Reset23/the-stack-v2-blamed2 · Datasets at Hugging Face

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#!/usr/bin/env python2 # # rail fence cipher implementation with optional offset feature # # for educational use only! (rail fence cipher is a very weak cipher.) # import sys def printFence(fence): for rail in range(len(fence)): print ''.join(fence[rail]) def encryptFence(plain, rails, offset=0, debug=False): cipher = '' # offset plain = '#'*offset + plain length = len(plain) fence = [['#']*length for _ in range(rails)] # build fence rail = 0 for x in range(length): fence[rail][x] = plain[x] if rail >= rails-1: dr = -1 elif rail <= 0: dr = 1 rail += dr # print pretty fence if debug: printFence(fence) # read fence for rail in range(rails): for x in range(length): if fence[rail][x] != '#': cipher += fence[rail][x] return cipher def decryptFence(cipher, rails, offset=0, debug=False): plain = '' # offset if offset: t = encryptFence('o'*offset + 'x'*len(cipher), rails) for i in range(len(t)): if(t[i] == 'o'): cipher = cipher[:i] + '#' + cipher[i:] length = len(cipher) fence = [['#']*length for _ in range(rails)] # build fence i = 0 for rail in range(rails): p = (rail != (rails-1)) x = rail while (x < length and i < length): fence[rail][x] = cipher[i] if p: x += 2*(rails - rail - 1) else: x += 2*rail if (rail != 0) and (rail != (rails-1)): p = not p i += 1 # print pretty fence if debug: printFence(fence) # read fence for i in range(length): for rail in range(rails): if fence[rail][i] != '#': plain += fence[rail][i] return plain if __name__ == "__main__": if not sys.stdin.isatty(): text = sys.stdin.read().replace('\n','') elif len(sys.argv) > 2: text = sys.argv[2] else: print '[>] Usage: %s ( -e or -d ) "text"'%sys.argv[0] exit() if sys.argv[1] == "-d": decoded = [] for x in range(len(text)): for y in range(len(text)): try: c = decryptFence(text, x, offset=y, debug=False) if len(c) == len(text): decoded.append(c) except Exception as e: pass for i in list(set(decoded)): print i if sys.argv[1] == "-e": encoded = [] for x in range(len(text)): for y in range(len(text)): try: c = encryptFence(text, x, offset=y, debug=False) if len(c) == len(text): encoded.append(c) except Exception as e: pass for i in list(set(encoded)): print i

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a = False b = False c = False print("feature a: %s" % a) print("feature b: %s" % b) print("feature c: %s" % c)

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import os import random import time import warnings import audiomentations as A import kornia.augmentation as K import librosa import numpy as np import pandas as pd import soundfile as sf import timm import torch import torch.nn as nn import torch.nn.functional as F from pathlib import Path from sklearn.model_selection import StratifiedKFold from torch.utils.data import Dataset from torch.optim.lr_scheduler import ReduceLROnPlateau, CosineAnnealingLR, CosineAnnealingWarmRestarts from torchlibrosa.augmentation import SpecAugmentation from torchlibrosa.stft import Spectrogram, LogmelFilterBank from tqdm import tqdm from transformers import get_linear_schedule_with_warmup warnings.filterwarnings("ignore") ################################################ # Directory Setting # ################################################ OUTPUT_DIR = Path(f"../out/{__file__.split('/')[-1].replace('.py', '')}") OUTPUT_DIR.mkdir(exist_ok=True, parents=True) ################################################ # Config # ################################################ class CFG: debug = False apex = False num_workers = 20 model_name = "tf_efficientnet_b7_ns" model_param = { "encoder": model_name, "classes_num": 24 } duration = 10 period = 6 step_scheduler = True epochs = 60 T_max = 10 T_0 = 10 lr = 1e-3 min_lr = 0.0 batch_size = 16 weight_decay = 1e-6 gradient_accumulation_steps = 1 max_grad_norm = 1000 alpha = 1.0 mixup_epochs = 0 p_mixup = 0.0 p_cutmux = 0.0 seed = 777 target_size = 24 target_col = "target" n_fold = 5 trn_fold = [0, 1, 2, 3, 4] train = True inference = True device = torch.device("cuda" if torch.cuda.is_available() else "cpu") ################################################ # Utilities # ################################################ def _one_sample_positive_class_precisions(scores: np.ndarray, truth: np.ndarray): num_classes = scores.shape[0] pos_class_indices = np.flatnonzero(truth > 0) if not len(pos_class_indices): return pos_class_indices, np.zeros(0) retrieved_classes = np.argsort(scores)[::-1] class_rankings = np.zeros(num_classes, dtype=np.int) class_rankings[retrieved_classes] = range(num_classes) retrieved_class_true = np.zeros(num_classes, dtype=np.bool) retrieved_class_true[class_rankings[pos_class_indices]] = True retrieved_cumulative_hits = np.cumsum(retrieved_class_true) precision_at_hits = ( retrieved_cumulative_hits[class_rankings[pos_class_indices]] / (1 + class_rankings[pos_class_indices].astype(np.float))) return pos_class_indices, precision_at_hits def lwlrap(truth: np.ndarray, scores: np.ndarray): assert truth.shape == scores.shape num_samples, num_classes = scores.shape precisions_for_samples_by_classes = np.zeros((num_samples, num_classes)) for sample_num in range(num_samples): pos_class_indices, precision_at_hits = _one_sample_positive_class_precisions(scores[sample_num, :], truth[sample_num, :]) precisions_for_samples_by_classes[sample_num, pos_class_indices] = precision_at_hits labels_per_class = np.sum(truth > 0, axis=0) weight_per_class = labels_per_class / float(np.sum(labels_per_class)) per_class_lwlrap = (np.sum(precisions_for_samples_by_classes, axis=0) / np.maximum(1, labels_per_class)) return per_class_lwlrap, weight_per_class def get_score(y_true: np.ndarray, y_pred: np.ndarray): """ y_true = np.array([[1, 0, 0], [0, 0, 1]]) y_pred = np.array([[0.75, 0.5, 1], [1, 0.2, 0.1]]) """ score_class, weight = lwlrap(y_true, y_pred) score = (score_class * weight).sum() return score def init_logger(log_file=OUTPUT_DIR / 'train.log'): from logging import getLogger, INFO, FileHandler, Formatter, StreamHandler logger = getLogger(__name__) logger.setLevel(INFO) handler1 = StreamHandler() handler1.setFormatter(Formatter("%(message)s")) handler2 = FileHandler(filename=log_file) handler2.setFormatter(Formatter("%(message)s")) logger.addHandler(handler1) logger.addHandler(handler2) return logger def seed_torch(seed=42): random.seed(seed) os.environ['PYTHONHASHSEED'] = str(seed) np.random.seed(seed) torch.manual_seed(seed) torch.cuda.manual_seed(seed) torch.backends.cudnn.deterministic = True torch.backends.cudnn.benchmark = False LOGGER = init_logger() seed_torch(seed=CFG.seed) ################################################ # Data Loading # ################################################ traint = pd.read_csv("../input/train_tp.csv") trainf = pd.read_csv("../input/train_fp.csv") traint["istp"] = 1 trainf["istp"] = 0 test = pd.read_csv("../input/sample_submission.csv") print(traint.shape, trainf.shape, test.shape) PERIOD = CFG.period TIME = CFG.duration SR = 48000 FMIN = 40 FMAX = SR // 2 IMAGE_WIDTH = 320 IMAGE_HEIGHT = 320 N_MELS = IMAGE_HEIGHT HOP_SIZE = 512 WINDOW_SIZE = 512 * 6 # 各speciesのfminとmfaxを求める species_fmin = traint.groupby("species_id")["f_min"].agg(min).reset_index() species_fmax = traint.groupby("species_id")["f_max"].agg(max).reset_index() species_fmin_fmax = pd.merge(species_fmin, species_fmax, on="species_id") MEL_FREQ = librosa.mel_frequencies(fmin=FMIN, fmax=FMAX, n_mels=IMAGE_HEIGHT) def search_bin(value): n = 0 for i, v in enumerate(MEL_FREQ): if v < value: pass else: n = i - 1 break return n # mel specに変換したときの座標を求める # https://akifukka.hatenablog.com/entry/text2speech2 species_fmin_fmax["f_min_mel"] = species_fmin_fmax["f_min"].map(search_bin) species_fmin_fmax["f_max_mel"] = species_fmin_fmax["f_max"].map(search_bin) # train_tpにmelの情報をmerge species_fmin_fmax["species_id"] = species_fmin_fmax["species_id"].astype(int) traint["species_id"] = traint["species_id"].astype(int) trainf["species_id"] = trainf["species_id"].astype(int) species_fmin_fmax.drop(["f_min", "f_max"], inplace=True, axis=1) traint = pd.merge(traint, species_fmin_fmax, on="species_id", how="left") trainf = pd.merge(trainf, species_fmin_fmax, on="species_id", how="left") # tpとfpをconcat train_df = pd.concat([traint, trainf], axis=0).reset_index() print(train_df.shape) ################################################ # CV split # ################################################ train_gby = train_df.groupby("recording_id")[["species_id"]].first().reset_index() train_gby = train_gby.sample(frac=1, random_state=CFG.seed).reset_index(drop=True) train_gby.loc[:, "kfold"] = -1 X = train_gby["recording_id"].values y = train_gby["species_id"].values kfold = StratifiedKFold(n_splits=CFG.n_fold) for fold, (t_idx, v_idx) in enumerate(kfold.split(X, y)): train_gby.loc[v_idx, "kfold"] = fold train_df = train_df.merge(train_gby[["recording_id", "kfold"]], on="recording_id", how="left") print(train_df.kfold.value_counts()) train_df.to_csv(OUTPUT_DIR / "folds.csv", index=False) species_fmin_fmax.to_csv(OUTPUT_DIR / "species_fmin_fmax.csv", index=False) ################################################ # audiomentations # ################################################ augmenter = A.Compose([ A.AddGaussianNoise(min_amplitude=0.01, max_amplitude=0.03, p=0.2), A.PitchShift(min_semitones=-3, max_semitones=3, p=0.2), A.Gain(p=0.2) ]) ################################################ # Dataset # ################################################ def cut_spect(spect: torch.Tensor, fmin_mel: int, fmax_mel: int): return spect[fmin_mel:fmax_mel] def do_normalize(img: torch.Tensor): bs, ch, w, h = img.shape _img = img.clone() _img = _img.view(bs, -1) _img -= _img.min(1, keepdim=True)[0] _img /= _img.max(1, keepdim=True)[0] _img = _img.view(bs, ch, w, h) * 255 return _img class AudioDataset(Dataset): def __init__(self, df, period=PERIOD, time=TIME, transforms=None, data_path="../input/rfcx-species-audio-detection/train"): dfgby = df.groupby("recording_id").agg(lambda x: list(x)).reset_index() self.period = period self.transforms = transforms self.data_path = data_path self.time = time self.recording_ids = dfgby["recording_id"].values self.species_ids = dfgby["species_id"].values self.t_mins = dfgby["t_min"].values self.t_maxs = dfgby["t_max"].values self.f_mins = dfgby["f_min"].values self.f_maxs = dfgby["f_max"].values self.f_min_mels = dfgby["f_min_mel"].values self.f_max_mels = dfgby["f_max_mel"].values self.istps = dfgby["istp"].values def __len__(self): return len(self.recording_ids) def __getitem__(self, idx): recording_id = self.recording_ids[idx] species_id = self.species_ids[idx] istp = self.istps[idx] t_min, t_max = self.t_mins[idx], self.t_maxs[idx] f_min, f_max = self.f_mins[idx], self.f_maxs[idx] f_min_mel, f_max_mel = self.f_min_mels[idx], self.f_max_mels[idx] # 読み込む y, sr = sf.read(f"{self.data_path}/{recording_id}.flac") len_y = len(y) # 全フレーム数 # sampling rate(frame/sec)と取得期間(sec)をかけて必要なフレームを取得 effective_length = sr * self.time rint = np.random.randint(len(t_min)) # tmin, tmaxをフレーム数に変換 tmin, tmax = round(sr * t_min[rint]), round(sr * t_max[rint]) cut_min = max(0, min(tmin - (effective_length - (tmax-tmin)) // 2, min(tmax + (effective_length - (tmax-tmin)) // 2, len_y) - effective_length)) extra = tmax+(effective_length - (tmax-tmin))//2 - len_y lack = tmin - (effective_length - (tmax-tmin)) // 2 start = cut_min + np.random.randint(0, (self.time-self.period)*sr) if extra > 0: start = np.random.randint(tmax-(tmax-tmin)//2-self.period*sr, len_y-self.period*sr) if lack < 0: start = cut_min + np.random.randint(0, tmin) end = start + self.period * sr y = y[start:end] if self.transforms: # 音声のAugumentation(gaussianノイズとか)が入ってる y = self.transforms(samples=y, sample_rate=sr) # start(フレーム数)->time(sec)に変換 # start_timeはeffective_lengthの左端 start_time = start / sr end_time = end / sr label = np.zeros(24, dtype='f') new_tmins = [] new_tmaxs = [] new_fmins = [] new_fmaxs = [] new_sids = [] new_istp = [] for i in range(len(t_min)): # 今回、複数のt_minから選んでいるため、データによってはTP,FPの期間がオーバーラップしている if (t_min[i] >= start_time) & (t_max[i] <= end_time): if f_min_mel[rint] <= (f_min_mel[i]+f_max_mel[i])/2 <= f_max_mel[rint]: if label[species_id[i]] == 0: label[species_id[i]] = 1 * istp[i] new_tmins.append(t_min[i]-start_time) new_tmaxs.append(t_max[i]-start_time) new_fmins.append(f_min[i]) new_fmaxs.append(f_max[i]) new_sids.append(species_id[i]) new_istp.append(istp[i]) elif start_time <= ((t_min[i] + t_max[i]) / 2) <= end_time: # bboxの重心がeffective_lengthの中にある if f_min_mel[rint] <= (f_min_mel[i]+f_max_mel[i])/2 <= f_max_mel[rint]: if label[species_id[i]] == 0: label[species_id[i]] = 1 * istp[i] new_tmin = 0 new_tmax = 0 if t_min[i] - start_time < 0: new_tmin = 0 else: new_tmin = t_min[i] - start_time if t_max[i] - start_time < 0: new_tmax = 0 elif t_max[i] > end_time: new_tmax = end_time - start_time else: new_tmax = t_max[i] - start_time new_tmins.append(new_tmin) new_tmaxs.append(new_tmax) new_fmins.append(f_min[i]) new_fmaxs.append(f_max[i]) new_sids.append(species_id[i]) new_istp.append(istp[i]) return { "wav": torch.tensor(y, dtype=torch.float), "target": torch.tensor(label, dtype=torch.float), "id": recording_id, "f_min_mel": f_min_mel[rint], "f_max_mel": f_max_mel[rint], } class ValidDataset(Dataset): def __init__(self, df, period=PERIOD, transforms=None, data_path="../input/rfcx-species-audio-detection/train"): dfgby = df.groupby("recording_id").agg(lambda x: list(x)).reset_index() self.period = period self.transforms = transforms self.data_path = data_path self.recording_ids = dfgby["recording_id"].values self.species_ids = dfgby["species_id"].values self.t_mins = dfgby["t_min"].values self.t_maxs = dfgby["t_max"].values self.f_mins = dfgby["f_min"].values self.f_maxs = dfgby["f_max"].values self.f_min_mels = dfgby["f_min_mel"].values self.f_max_mels = dfgby["f_max_mel"].values self.istps = dfgby["istp"].values def __len__(self): return len(self.recording_ids) def __getitem__(self, idx): recording_id = self.recording_ids[idx] species_id = self.species_ids[idx] istp = self.istps[idx] t_min, t_max = self.t_mins[idx], self.t_maxs[idx] f_min, f_max = self.f_mins[idx], self.f_maxs[idx] f_min_mel, f_max_mel = self.f_min_mels[idx], self.f_max_mels[idx] rint = np.random.randint(len(t_min)) # 読み込む y, sr = sf.read(f"{self.data_path}/{recording_id}.flac") # tmin, tmaxをフレーム数に変換 tmin, tmax = round(sr * t_min[rint]), round(sr * t_max[rint]) len_y = len(y) # 全フレーム数 # sampling rate(frame/sec)と取得期間(sec)をかけて必要なフレームを取得 effective_length = sr * self.period # 6 sec start = 0 start = max(0, min(tmin - (effective_length - (tmax-tmin)) // 2, min(tmax + (effective_length - (tmax-tmin)) // 2, len_y) - effective_length)) end = start + effective_length y = y[start:end] start_time = start / sr end_time = end / sr label = np.zeros(24, dtype='f') new_tmins = [] new_tmaxs = [] new_fmins = [] new_fmaxs = [] new_sids = [] new_istp = [] for i in range(len(t_min)): # 今回、複数のt_minから選んでいるため、データによってはTP,FPの期間がオーバーラップしている if (t_min[i] >= start_time) & (t_max[i] <= end_time): if f_min_mel[rint] <= (f_min_mel[i]+f_max_mel[i])/2 <= f_max_mel[rint]: if label[species_id[i]] == 0: label[species_id[i]] = 1 * istp[i] new_tmins.append(t_min[i]-start_time) new_tmaxs.append(t_max[i]-start_time) new_fmins.append(f_min[i]) new_fmaxs.append(f_max[i]) new_sids.append(species_id[i]) new_istp.append(istp[i]) elif start_time <= ((t_min[i] + t_max[i]) / 2) <= end_time: # bboxの重心がeffective_lengthの中にある if f_min_mel[rint] <= (f_min_mel[i]+f_max_mel[i])/2 <= f_max_mel[rint]: if label[species_id[i]] == 0: label[species_id[i]] = 1 * istp[i] new_tmin = 0 new_tmax = 0 if t_min[i] - start_time < 0: new_tmin = 0 else: new_tmin = t_min[i] - start_time if t_max[i] - start_time < 0: new_tmax = 0 elif t_max[i] > end_time: new_tmax = end_time - start_time else: new_tmax = t_max[i] - start_time new_tmins.append(new_tmin) new_tmaxs.append(new_tmax) new_fmins.append(f_min[i]) new_fmaxs.append(f_max[i]) new_sids.append(species_id[i]) new_istp.append(istp[i]) return { "wav": torch.tensor(y, dtype=torch.float), "target": torch.tensor(label, dtype=torch.float), "id": recording_id, "f_min_mel": f_min_mel[rint], "f_max_mel": f_max_mel[rint], } class TestDataset(Dataset): def __init__(self, df, period=PERIOD, transforms=None, data_path="../input/rfcx-species-audio-detection/test"): self.period = period self.transforms = transforms self.data_path = data_path self.recording_ids = df["recording_id"].values def __len__(self): return len(self.recording_ids) def __getitem__(self, idx): recording_id = self.recording_ids[idx] y, sr = sf.read(f"{self.data_path}/{recording_id}.flac") len_y = len(y) # フレーム数に変換 effective_length = sr * self.period y_ = [] i = 0 while i < len_y: # インクリメントしていき全部を舐めていく(effective_lengthずつ飛ばしているけど良い？？) y__ = y[i:i+effective_length] if effective_length > len(y__): break else: y_.append(y__) i = i + int(effective_length) y = np.stack(y_) # (effective_length, 2N) label = np.zeros(24, dtype='f') # y: clip nums, seq -> clip_nums, width, height return { "wav": torch.tensor(y, dtype=torch.float), "target": torch.tensor(label, dtype=torch.float), "id": recording_id, } ################################################ # Model # ################################################ def init_layer(layer): nn.init.xavier_uniform_(layer.weight) if hasattr(layer, "bias"): if layer.bias is not None: layer.bias.data.fill_(0.) class AudioClassifier(nn.Module): def __init__(self, model_name, n_out): super(AudioClassifier, self).__init__() # Spec augmenter self.spec_augmenter = SpecAugmentation(time_drop_width=80, time_stripes_num=2, freq_drop_width=16, freq_stripes_num=2) self.net = timm.create_model(model_name, pretrained=True, in_chans=1) self.avg_pool = nn.AdaptiveAvgPool2d((1, 1)) self.dropout1 = nn.Dropout(0.3) self.dropout2 = nn.Dropout(0.3) n_features = self.net.classifier.in_features self.net_classifier = nn.Linear(n_features, n_out) self.init_weight() # korrniaのrandom cropはh,wを想定しているため注意 self.transform = nn.Sequential(K.RandomHorizontalFlip(p=0.1), # K.GaussianBlur(7, p=0.5), # K.RandomCrop((round(IMAGE_HEIGHT*0.7), round(IMAGE_WIDTH*0.7)),p=0.3) ) def init_weight(self): init_layer(self.net_classifier) def forward(self, x, f_min_mels, f_max_mels, train=True, test=False): # x: (bs, 1, w, h) # f_min_melとf_max_melによってカットする bs, ch, w, h = x.shape x = x.reshape(bs*w, -1) bsw = bs*w spects = [] fi = 0 if test: for ii, i in enumerate(range(bsw)[::w]): spect = x[i:i+w] # torch (w, h) for f_min, f_max in zip(f_min_mels, f_max_mels): _spect = cut_spect(spect.transpose(0, 1), f_min, f_max).transpose(0, 1) # out:torch (w, h) # resizeする. _spect = torch.unsqueeze(_spect, 0) _spect = torch.unsqueeze(_spect, 0) # torch(1,1,w,h) _spect = F.interpolate(_spect, (IMAGE_WIDTH, IMAGE_HEIGHT), mode='bilinear', align_corners=False) # out: torch (1, 1, w, h) _spect = torch.squeeze(_spect, 0) # out: torch (1, w, h) spects.append(_spect) x = torch.stack(spects) # torch (bs, 1, w, h) bs=24*bs*10 else: for ii, i in enumerate(range(bsw)[::w]): spect = x[i:i+w] # torch (w, h) f_min = f_min_mels[fi] f_max = f_max_mels[fi] spect = cut_spect(spect.transpose(0, 1), f_min, f_max).transpose(0, 1) # out:torch (w, h) # resizeする. spect = torch.unsqueeze(spect, 0) spect = torch.unsqueeze(spect, 0) # torch(1,1,w,h) spect = F.interpolate(spect, (IMAGE_WIDTH, IMAGE_HEIGHT), mode='bilinear', align_corners=False) # out: torch (1, 1, w, h) if train: spect = self.transform(spect.transpose(2, 3)) # out: torch(1,1,h,w) spect = spect.transpose(2, 3) # out: torch(1,1,w,h) spect = torch.squeeze(spect, 0) # torch (1, w, h) spects.append(spect) fi += 1 x = torch.stack(spects) # torch (bs, 1, w, h) x = do_normalize(x) if train: x = self.spec_augmenter(x) # x = x.expand(x.shape[0], 3, x.shape[2], x.shape[3]) # channel分複製 # Output shape (batch size, channels, time, frequency) x = self.net.forward_features(x) x = self.avg_pool(x).flatten(1) x = self.dropout1(x) x = self.net_classifier(x) return x ################################################ # Loss # ################################################ def f1_loss(y_true, y_pred, is_training=False, epsilon=1e-7) -> torch.Tensor: ''' Calculate F1 score. Can work with gpu tensors The original implmentation is written by Michal Haltuf on Kaggle. Returns ------- torch.Tensor `ndim` == 1. 0 <= val <= 1 Reference --------- - https://www.kaggle.com/rejpalcz/best-loss-function-for-f1-score-metric - https://scikit-learn.org/stable/modules/generated/sklearn.metrics.f1_score.html#sklearn.metrics.f1_score - https://discuss.pytorch.org/t/calculating-precision-recall-and-f1-score-in-case-of-multi-label-classification/28265/6 ''' y_pred = y_pred > 0.5 tp = (y_true * y_pred).sum() fp = ((1 - y_true) * y_pred).sum() fn = (y_true * (1 - y_pred)).sum() precision = tp / (tp + fp + epsilon) recall = tp / (tp + fn + epsilon) f1 = 2 * (precision*recall) / (precision + recall + epsilon) return f1 # https://www.kaggle.com/c/rfcx-species-audio-detection/discussion/213075 class BCEFocalLoss(nn.Module): def __init__(self, alpha=0.25, gamma=2.0): super().__init__() self.alpha = alpha self.gamma = gamma def forward(self, preds, targets): bce_loss = nn.BCEWithLogitsLoss(reduction='none')(preds, targets) probas = torch.sigmoid(preds) loss = targets * self.alpha * (1. - probas)**self.gamma * bce_loss + (1. - targets) * probas**self.gamma * bce_loss loss = loss.mean() return loss ################################################ # Training helper functions # ################################################ class AverageMeter(object): """Computes and stores the average and current value""" def __init__(self): self.reset() def reset(self): self.val = 0 self.avg = 0 self.sum = 0 self.count = 0 def update(self, val, n=1): self.val = val self.sum += val * n self.count += n self.avg = self.sum / self.count class MetricMeter(object): def __init__(self): self.reset() def reset(self): self.y_true = [] self.y_pred = [] def update(self, y_true, y_pred): self.y_true.extend(y_true.cpu().detach().numpy().tolist()) self.y_pred.extend(torch.sigmoid(y_pred).cpu().detach().numpy().tolist()) @property def avg(self): self.f1score = f1_loss(np.array(self.y_true), np.array(self.y_pred)) score_class, weight = lwlrap(np.array(self.y_true), np.array(self.y_pred)) self.score = (score_class * weight).sum() return { "lwlrap": self.score, "f1score": self.f1score } def get_mixup_indices(bs, f_min_mels, f_max_mels): indices_matrix = np.zeros((bs, bs)) for img1_idx in range(bs): for img2_idx in range(bs): if img1_idx != img2_idx: mix_flag = (f_min_mels[img2_idx] >= f_min_mels[img1_idx]) & (f_max_mels[img2_idx] <= f_max_mels[img1_idx]) if mix_flag: indices_matrix[img1_idx, img2_idx] = 1 break # img1に対してmixupするimg2（img1の周波数帯に存在するもの）が1つ見つかり次第終了 indices = np.arange(bs) indices_matrix_1 = np.where(indices_matrix == 1) for i, j in zip(indices_matrix_1[0], indices_matrix_1[1]): if i in range(bs): indices[i] = j else: indices[i] = i return indices def mixup(data, targets, f_min_mels, f_max_mels, alpha=1.0): bs = data.size(0) indices = get_mixup_indices(bs, f_min_mels, f_max_mels) shuffled_data = data[indices] shuffled_targets = targets[indices] # lam = np.random.beta(alpha, alpha) lam = 0.5 data = data * lam + shuffled_data * (1 - lam) targets = targets * lam + shuffled_targets * (1 - lam) return data, targets def train_epoch(model, spectrogram_extractor, logmel_extractor, loader, criterion, optimizer, scheduler, epoch, device, p_mixup, normalize=True, resize=True, spec_aug=True): losses = AverageMeter() scores = MetricMeter() model.train() t = tqdm(loader) for i, sample in enumerate(t): x = sample['wav'].to(device) # (bs, seq) target = sample['target'].to(device) f_min_mels = sample["f_min_mel"] f_max_mels = sample["f_max_mel"] x = spectrogram_extractor(x) # (batch_size, 1, time_steps, freq_bins) x = logmel_extractor(x) if np.random.rand(1) < p_mixup: # mixup mix_x, mix_target = mixup(x, target, f_min_mels, f_max_mels) output = model(mix_x, f_min_mels, f_max_mels, train=True) loss = criterion(output, mix_target) else: output = model(x, f_min_mels, f_max_mels, train=True) loss = criterion(output, target) if CFG.gradient_accumulation_steps > 1: loss = loss / CFG.gradient_accumulation_steps else: loss.backward() if (i + 1) % CFG.gradient_accumulation_steps == 0: optimizer.step() optimizer.zero_grad() if CFG.step_scheduler: scheduler.step() bs = x.size(0) scores.update(target, output) losses.update(loss.item(), bs) t.set_description(f"Train E:{epoch} - Loss{losses.avg:0.4f}") t.close() return scores.avg, losses.avg def valid_epoch(model, spectrogram_extractor, logmel_extractor, loader, criterion, epoch, device): losses = AverageMeter() scores = MetricMeter() model.eval() with torch.no_grad(): t = tqdm(loader) for i, sample in enumerate(t): x = sample['wav'].to(device) # (bs, seq) target = sample['target'].to(device) f_min_mels = sample["f_min_mel"] f_max_mels = sample["f_max_mel"] x = spectrogram_extractor(x) # (batch_size, 1, time_steps, freq_bins) x = logmel_extractor(x) bs = x.size(0) output = model(x, f_min_mels, f_max_mels, train=False) # output = output.reshape(bs, 24, -1) #(bs, 24, 24) batchsize, # output, _ = torch.max(output, dim=1) loss = criterion(output, target) scores.update(target, output) losses.update(loss.item(), bs) t.set_description(f"Valid E:{epoch} - Loss:{losses.avg:0.4f}") t.close() return scores.avg, losses.avg def test_epoch(model, spectrogram_extractor, logmel_extractor, loader, f_min_mels, f_max_mels, device, normalize=True, resize=True): model.eval() pred_list = [] id_list = [] with torch.no_grad(): t = tqdm(loader) for i, sample in enumerate(t): x = sample["wav"].to(device) bs, c, seq = x.shape x = x.reshape(bs*c, seq) x = spectrogram_extractor(x) x = logmel_extractor(x) id = sample["id"] output = torch.sigmoid(model(x, f_min_mels, f_max_mels, train=False, test=True)) output = output.reshape(bs, c*24, -1) output, _ = torch.max(output, dim=1) output = output.cpu().detach().numpy().tolist() pred_list.extend(output) id_list.extend(id) return pred_list, id_list def get_valid_all_clip_result(fold: int): # Load Data train_df = pd.read_csv(OUTPUT_DIR / "folds.csv") train_df = train_df[train_df["istp"] == 1].reset_index(drop=True) species_fmin_fmax = pd.read_csv(OUTPUT_DIR / "species_fmin_fmax.csv") f_min_mels = torch.tensor(species_fmin_fmax["f_min_mel"].values, dtype=torch.int) f_max_mels = torch.tensor(species_fmin_fmax["f_max_mel"].values, dtype=torch.int) # Load model model = AudioClassifier(CFG.model_param["encoder"], CFG.model_param["classes_num"]) model.load_state_dict(torch.load(OUTPUT_DIR / f'fold-{fold}.bin')) model = model.to(device) # Get valid valid_fold = train_df[train_df.kfold == fold].reset_index(drop=True) test_dataset = TestDataset( df=valid_fold, period=CFG.period, transforms=None, data_path="../input/train", ) test_loader = torch.utils.data.DataLoader( test_dataset, batch_size=CFG.batch_size//32, shuffle=False, drop_last=False, num_workers=CFG.num_workers ) window = 'hann' center = True pad_mode = 'reflect' ref = 1.0 amin = 1e-10 top_db = None spectrogram_extractor = Spectrogram(n_fft=WINDOW_SIZE, hop_length=HOP_SIZE, win_length=WINDOW_SIZE, window=window, center=center, pad_mode=pad_mode, freeze_parameters=True).to(device) logmel_extractor = LogmelFilterBank(sr=SR, n_fft=WINDOW_SIZE, n_mels=N_MELS, fmin=FMIN, fmax=FMAX, ref=ref, amin=amin, top_db=top_db, freeze_parameters=True).to(device) test_pred, ids = test_epoch(model, spectrogram_extractor, logmel_extractor, test_loader, f_min_mels, f_max_mels, device, resize=True) test_pred_df = pd.DataFrame({ "recording_id": valid_fold.recording_id.values }) test_pred_df["kfold"] = fold for i in range(24): test_pred_df[f"s{i}"] = 0 test_pred_df[[f's{i}' for i in range(24)]] = test_pred return test_pred_df def inference(fold: int): # Load Data sub_df = pd.read_csv("../input/sample_submission.csv") species_fmin_fmax = pd.read_csv(OUTPUT_DIR / "species_fmin_fmax.csv") f_min_mels = torch.tensor(species_fmin_fmax["f_min_mel"].values, dtype=torch.int) f_max_mels = torch.tensor(species_fmin_fmax["f_max_mel"].values, dtype=torch.int) # Load model model = AudioClassifier(CFG.model_param["encoder"], CFG.model_param["classes_num"]) model.load_state_dict(torch.load(OUTPUT_DIR / f'fold-{fold}.bin')) model = model.to(device) # Get valid test_dataset = TestDataset( df=sub_df, period=CFG.period, transforms=None, data_path="../input/test", ) test_loader = torch.utils.data.DataLoader( test_dataset, batch_size=CFG.batch_size//16, shuffle=False, drop_last=False, num_workers=CFG.num_workers ) window = 'hann' center = True pad_mode = 'reflect' ref = 1.0 amin = 1e-10 top_db = None spectrogram_extractor = Spectrogram(n_fft=WINDOW_SIZE, hop_length=HOP_SIZE, win_length=WINDOW_SIZE, window=window, center=center, pad_mode=pad_mode, freeze_parameters=True).to(device) logmel_extractor = LogmelFilterBank(sr=SR, n_fft=WINDOW_SIZE, n_mels=N_MELS, fmin=FMIN, fmax=FMAX, ref=ref, amin=amin, top_db=top_db, freeze_parameters=True).to(device) test_pred, ids = test_epoch(model, spectrogram_extractor, logmel_extractor, test_loader, f_min_mels, f_max_mels, device, resize=True) test_pred_df = pd.DataFrame({ "recording_id": sub_df.recording_id.values }) test_pred_df["kfold"] = fold for i in range(24): test_pred_df[f"s{i}"] = 0 test_pred_df[[f's{i}' for i in range(24)]] = test_pred return test_pred_df ################################################ # Training Loop # ################################################ def train_loop(fold): LOGGER.info(f"========== fold: {fold} training ==========") train_df = pd.read_csv(OUTPUT_DIR / 'folds.csv') if CFG.debug: train_df = train_df.sample(n=1000, random_state=42) train_fold = train_df[train_df.kfold != fold] valid_fold = train_df[train_df.kfold == fold] columns = [ "recording_id", "species_id", "t_min", "f_min", "t_max", "f_max", "istp", "f_min_mel", "f_max_mel", "kfold" ] train_fold = train_fold[columns] print(f"train fold before concat: {train_fold.shape}") train_dataset = AudioDataset( df=train_fold, period=CFG.period, time=CFG.duration, transforms=augmenter, data_path="../input/train", ) valid_dataset = ValidDataset( df=valid_fold, period=CFG.period, transforms=None, data_path="../input/train" ) train_loader = torch.utils.data.DataLoader( train_dataset, batch_size=CFG.batch_size, shuffle=True, drop_last=True, num_workers=CFG.num_workers, ) valid_loader = torch.utils.data.DataLoader( valid_dataset, batch_size=CFG.batch_size//4, shuffle=False, drop_last=False, num_workers=CFG.num_workers ) window = 'hann' center = True pad_mode = 'reflect' ref = 1.0 amin = 1e-10 top_db = None spectrogram_extractor = Spectrogram(n_fft=WINDOW_SIZE, hop_length=HOP_SIZE, win_length=WINDOW_SIZE, window=window, center=center, pad_mode=pad_mode, freeze_parameters=True).to(device) logmel_extractor = LogmelFilterBank(sr=SR, n_fft=WINDOW_SIZE, n_mels=N_MELS, fmin=FMIN, fmax=FMAX, ref=ref, amin=amin, top_db=top_db, freeze_parameters=True).to(device) # ==================================================== # scheduler # ==================================================== def get_scheduler(optimizer): if CFG.scheduler == 'ReduceLROnPlateau': scheduler = ReduceLROnPlateau(optimizer, mode='min', factor=CFG.factor, patience=CFG.patience, verbose=True, eps=CFG.min_lr) elif CFG.scheduler == 'CosineAnnealingLR': scheduler = CosineAnnealingLR(optimizer, T_max=CFG.T_max, eta_min=CFG.min_lr, last_epoch=-1) elif CFG.scheduler == 'CosineAnnealingWarmRestarts': scheduler = CosineAnnealingWarmRestarts(optimizer, T_0=CFG.T_0, T_mult=1, eta_min=CFG.min_lr, last_epoch=-1) return scheduler # ==================================================== # model & optimizer # ==================================================== model = AudioClassifier(CFG.model_param["encoder"], CFG.model_param["classes_num"]) model = model.to(device) # optimizer = Adam(model.parameters(), lr=CFG.lr, weight_decay=CFG.weight_decay, amsgrad=False) # scheduler = get_scheduler(optimizer) optimizer = torch.optim.AdamW(model.parameters(), lr=CFG.lr) num_train_steps = int(len(train_loader) * CFG.epochs) num_warmup_steps = int(0.1 * CFG.epochs * len(train_loader)) scheduler = get_linear_schedule_with_warmup(optimizer, num_warmup_steps=num_warmup_steps, num_training_steps=num_train_steps) # criterion = nn.BCEWithLogitsLoss() criterion = BCEFocalLoss() best_score = -np.inf for epoch in range(CFG.epochs): if epoch < CFG.mixup_epochs: p_mixup = CFG.p_mixup else: p_mixup = 0. start_time = time.time() # train train_avg, train_loss = train_epoch(model, spectrogram_extractor, logmel_extractor, train_loader, criterion, optimizer, scheduler, epoch, device, p_mixup, spec_aug=True) # valid valid_avg, valid_loss = valid_epoch(model, spectrogram_extractor, logmel_extractor, valid_loader, criterion, epoch, device) if isinstance(scheduler, ReduceLROnPlateau): scheduler.step(valid_loss) elif isinstance(scheduler, CosineAnnealingLR): scheduler.step() elif isinstance(scheduler, CosineAnnealingWarmRestarts): scheduler.step() elapsed = time.time() - start_time LOGGER.info(f'Epoch {epoch+1} - avg_train_loss: {train_loss:.5f} avg_val_loss: {valid_loss:.5f} time: {elapsed:.0f}s') LOGGER.info(f"Epoch {epoch+1} - train_LWLRAP:{train_avg['lwlrap']:0.5f} valid_LWLRAP:{valid_avg['lwlrap']:0.5f}") LOGGER.info(f"Epoch {epoch+1} - train_F1:{train_avg['f1score']:0.5f} valid_F1:{valid_avg['f1score']:0.5f}") if valid_avg['f1score'] > best_score: LOGGER.info(f">>>>>>>> Model Improved From {best_score} ----> {valid_avg['f1score']}") torch.save(model.state_dict(), OUTPUT_DIR / f'fold-{fold}.bin') best_score = valid_avg['f1score'] def get_master_df(): df = pd.read_csv("../input/train_tp.csv").sort_values("recording_id") df['species_ids'] = df['species_id'].astype(str) label_dict = {} for recording_id, tmp in df.groupby(['recording_id']): label_dict[recording_id] = ' '.join(sorted(set(tmp['species_ids'].values))) output = pd.DataFrame({'recording_id': df['recording_id'].unique()}) output['species_ids'] = output['recording_id'].map(label_dict) y_true = np.zeros((len(output), 24)) for i, species in enumerate(output['species_ids'].values): for s in species.split(): y_true[i, int(s)] = 1 for i in range(24): output[f"true_s{i}"] = 0 output[[f'true_s{i}' for i in range(24)]] = y_true return output.reset_index(drop=True) def get_result(oof_df): y_true = np.zeros((len(oof_df), 24)) for i, species in enumerate(oof_df['species_ids'].values): for s in species.split(): y_true[i, int(s)] = 1 preds = oof_df[[f's{i}' for i in range(24)]].values score = get_score(y_true, preds) LOGGER.info(f'LWLRAP Score: {score:<.5f}') ################################################ # Main # ################################################ def main(): if CFG.train: master_df = get_master_df() # train oof_df = pd.DataFrame() for fold in range(CFG.n_fold): if fold in CFG.trn_fold: train_loop(fold) _oof_df = get_valid_all_clip_result(fold) _oof_df = _oof_df.merge(master_df, on='recording_id', how='left') oof_df = pd.concat([oof_df, _oof_df]) LOGGER.info(f"========== fold: {fold} result ==========") get_result(_oof_df) # CV result LOGGER.info("========== CV ==========") get_result(oof_df) # save result oof_df.to_csv(OUTPUT_DIR / 'oof_df.csv', index=False) if CFG.inference: # inference LOGGER.info("========== inference ==========") submission = pd.DataFrame() for fold in range(CFG.n_fold): if fold in CFG.trn_fold: sub = inference(fold) submission = pd.concat([submission, sub]) print(f'raw_submission: {submission.shape}') submission.to_csv(OUTPUT_DIR / "raw_submission.csv", index=False) sub = submission.groupby("recording_id", as_index=False).mean() output_cols = ['recording_id'] + [f's{i}' for i in range(24)] print(f'raw_submission: {sub.shape}') sub[output_cols].to_csv(OUTPUT_DIR / "submission.csv", index=False) LOGGER.info("========== submission ==========") LOGGER.info(sub[output_cols].head()) if __name__ == '__main__': main()

[ "arabiannight1994@yahoo.co.jp" ]

arabiannight1994@yahoo.co.jp

fbf7d1fe6bc3bc61de994fad6d0531e7069d8c22

b773717d0a79fdef3d03b8ec6b9d3a5eca21cd1f

/viholliset5(kantoalusOK+pelaajaNopeus).py

fe50dc17d1a35c9869a69b9710c6feb620371b07

[]

no_license

dim-bot/Space-game

e6812f6ed2970ae288966e65940df3805dde8328

955bdd38f49513f40848f8a00357e7549bcb0ba8

refs/heads/main

2023-05-08T05:45:32.125315

2021-05-25T09:01:39

370,622,317

0

null

UTF-8

Python

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24,300

py

import pygame import os import sys import time import random from pygame.locals import * from pygame import mixer pygame.init() pygame.font.init() width, height = 800, 600 window = pygame.display.set_mode((width,height)) pygame.display.set_caption('SuperDuperAwesome SpaceGame') main_font = pygame.font.SysFont('comicsans', 30) enemy_ship1 = pygame.image.load(os.path.join("assets","ufo.png")) enemy_ship2 = pygame.image.load(os.path.join("assets","ufoenemy.png")) enemy_ship3 = pygame.image.load(os.path.join("assets","attackship.png")) player_ship = pygame.image.load(os.path.join("assets","spaceship.png")) bullet_player = pygame.image.load(os.path.join("assets","bullet.png")) bullet_enemy = pygame.image.load(os.path.join("assets", "bulletEnemy.png")) background = pygame.transform.scale(pygame.image.load(os.path.join('assets','space.jpeg')),(width,height)) with open("volume.txt", "r") as file: volumeList = file.readlines() volume_now = float(volumeList[0]) # background sounds shotFired = mixer.Sound(os.path.join('assets', 'laser.wav')) hitSound = mixer.Sound(os.path.join('assets', 'explosion.wav')) hitSound.set_volume(volume_now) shotFired.set_volume(volume_now) mixer.music.load(os.path.join('assets','bg_music.wav')) mixer.music.set_volume(volume_now) mixer.music.play(-1) #rgb sets blue = (0,0,255) black = (0,0,0) white = (255,255,255) red = (255,0,0) green = (0,255,0) clicked = False class TextInputBox(pygame.sprite.Sprite): def __init__(self, x, y, w, font): super().__init__() self.color = (255, 255, 255) self.backcolor = None self.pos = (x, y) self.width = w self.font = font self.active = False self.text = "" self.render_text() def render_text(self): t_surf = self.font.render(self.text, True, self.color, self.backcolor) self.image = pygame.Surface((max(self.width, t_surf.get_width()+10), t_surf.get_height()+10), pygame.SRCALPHA) if self.backcolor: self.image.fill(self.backcolor) self.image.blit(t_surf, (5, 5)) pygame.draw.rect(self.image, self.color, self.image.get_rect().inflate(-2, -2), 2) self.rect = self.image.get_rect(topleft = self.pos) def update(self, event_list): for event in event_list: if event.type == pygame.KEYDOWN: if event.key == pygame.K_RETURN and len(self.text) != 0: scoreHandler(self.text,True) elif event.key == pygame.K_RETURN and len(self.text) == 0: pass elif event.key == pygame.K_BACKSPACE: self.text = self.text[:-1] elif event.key == pygame.K_SPACE: pass else: self.text += event.unicode self.render_text() def scoreHandler(text,state): with open("scores.txt", "r+") as file: score_list = file.readlines() score_list = [x.strip() for x in score_list] unsorted_list = [] for score in score_list: space = score.find(" ") tempScore = score[space:] tempName = score[0:space] tempString = list() tempString.insert(0,tempName) tempString.insert(1,int(tempScore)) unsorted_list.append(tempString) # sortin a list to be from highest to lowest score sorted_list = sorted(unsorted_list, key=lambda score: score[1], reverse=True) if state == False: return sorted_list if state == True: tempString = list() tempString.insert(0,text) tempString.insert(1,int(game_score)) unsorted_list.append(tempString) sorted_list = sorted(unsorted_list, key=lambda score: score[1], reverse=True) with open("scores.txt", "w") as file: i=0 for item in sorted_list: for thing in item: file.writelines(str(thing)) i+=1 if i%2 ==0: file.write("\n") else: file.write(" ") if i == 20: break main_menu() class button(): button_col = (0, 0, 255) hover_col = (75, 225, 255) click_col = (50, 150, 255) text_col = black buttonW = 100 buttonH = 40 def __init__(self, x, y, text): self.x = x self.y = y self.text = text def draw_button(self): global clicked action = False pos = pygame.mouse.get_pos() button_rect = Rect(self.x, self.y, self.buttonW, self.buttonH) if button_rect.collidepoint(pos): if pygame.mouse.get_pressed()[0] == 1: clicked = True pygame.draw.rect(window,self.click_col,button_rect) elif pygame.mouse.get_pressed()[0] == 0 and clicked == True: clicked = False action = True else: pygame.draw.rect(window, self.hover_col, button_rect) else: pygame.draw.rect(window, self.button_col, button_rect) text_img = main_font.render(self.text, True, self.text_col) text_len = text_img.get_width() window.blit(text_img, (self.x + int(self.buttonW / 2) - int(text_len / 2), self.y+13)) return action play_button = button(width/2-40, height/2+50, 'Play') options_button = button(width/2-40, height/2+100, 'Options') score_button = button(width/2-40, height/2+150, 'Scores') quit_button = button(width/2-40, height/2+200, 'Quit') back_button = button(width/2-40, height/2+200, 'Back') credit_button = button(width/2-40, height/2+150, 'Credits') class Bullet: def __init__(self, x, y, img): self.x = x self.y = y self.img = img self.mask = pygame.mask.from_surface(self.img) def draw(self, window): window.blit(self.img, (self.x, self.y)) def moveB(self, vel): self.y += vel def off_screen(self, height): return not (self.y <= height and self.y >= 0) def collision(self, obj): return collide(self, obj) class Ship: def __init__(self, x, y, health=100): self.x = x self.y = y self.health = health self.ship_img = None self.bullet_img = None self.velocity = 1 self.shooting = False self.bullets = [] self.cool_down_counter = 0 self.multi = False self.COOLDOWN = 30 def draw(self, window): window.blit(self.ship_img, (self.x, self.y)) for bullet in self.bullets: bullet.draw(window) def move_bullets(self, vel, obj): self.cooldown() for bullet in self.bullets: bullet.moveB(vel) if bullet.off_screen(height): self.bullets.remove(bullet) elif bullet.collision(obj): hitSound.play() obj.health -= 10 self.bullets.remove(bullet) def cooldown(self): if self.cool_down_counter >= self.COOLDOWN: self.cool_down_counter = 0 elif self.cool_down_counter > 0: self.cool_down_counter += 1 def shoot(self): if self.cool_down_counter == 0 and self.shooting == True: shotFired.play() bullet = Bullet(self.x, self.y, self.bullet_img) self.bullets.append(bullet) self.cool_down_counter = 1 def get_width(self): return self.ship_img.get_width() def get_height(self): return self.ship_img.get_height() # player class ingerets everything within class Ship class Player(Ship): def __init__(self, x, y, health=100): # super() = use ships init method the things inside () are ones that will change super().__init__(x, y, health) self.ship_img = player_ship self.bullet_img = bullet_player self.shooting = True # pygame has mask that allows for pixel perfect collision detection instead of basic square thingy # tells us where pixels are and aren't for collision self.mask = pygame.mask.from_surface(self.ship_img) self.max_health = health self.COOLDOWN = 15 def move_bullets(self, vel, objs): self.cooldown() for bullet in self.bullets: bullet.moveB(vel) if bullet.off_screen(height): self.bullets.remove(bullet) else: for obj in objs: if bullet.collision(obj): # removing obj, removes the list containing it's bullets hitSound.play() enemy_vars = obj.__dict__ enemy_vars_items = enemy_vars.items() for var in enemy_vars_items: if var == ('multi', True): global difficulty_multiplier rand_top = difficulty_multiplier*1 for i in range(0,int(rand_top)): new_enemy = Enemy(obj.x-50, obj.y, random.choice(["pew","zoom"])) objs.append(new_enemy) objs.remove(obj) global game_score game_score += 10 if bullet in self.bullets: self.bullets.remove(bullet) def draw(self,window): super().draw(window) self.health_bar(window) def health_bar(self, window): pygame.draw.rect(window, (255, 0, 0), (self.x, self.y + self.ship_img.get_height() + 10, self.ship_img.get_width(), 10)) pygame.draw.rect(window, (0, 255, 0), (self.x, self.y + self.ship_img.get_height() + 10, self.ship_img.get_width() * (self.health/self.max_health), 10)) class Enemy(Ship): COLOR_MAP = { "pew": (enemy_ship1, bullet_enemy,1,True,False), "zoom": (enemy_ship2, bullet_enemy,2,False,False), "chonk": (enemy_ship3, bullet_enemy,0.5,False,True) } def __init__(self, x, y, color, health=100): super().__init__(x, y, health) self.ship_img, self.bullet_img, self.velocity, self.shooting, self.multi = self.COLOR_MAP[color] self.mask = pygame.mask.from_surface(self.ship_img) global difficulty_multiplier if self.multi == False: self.velocity *= difficulty_multiplier direction = [-1,1] randomDirection = random.choice(direction) self.velocity *= randomDirection def move(self): if self.multi == True: self.y += self.velocity else: self.x += self.velocity if self.x <= 0: #self.velocity = 3 self.velocity = -self.velocity self.y += 20 elif self.x >= 766: self.velocity = -self.velocity self.y +=20 def collide(obj1, obj2): offset_x = int(obj2.x - obj1.x) offset_y = int(obj2.y - obj1.y) return obj1.mask.overlap(obj2.mask, (offset_x, offset_y)) != None def pauseMenu(current): pause_font = pygame.font.SysFont(None, 60) pause_label = pause_font.render("Game Paused",1,(255,255,255)) while True: window.blit(pause_label,(width/2-(pause_label.get_width()/2),height/2)) for event in pygame.event.get(): if event.type == pygame.QUIT: sys.exit() ''' if back_button.draw_button(): return ''' keys = pygame.key.get_pressed() if keys[pygame.K_m]: mixer.music.pause() shotFired.set_volume(0) hitSound.set_volume(0) if keys[pygame.K_n]: mixer.music.play(-1) volume_cur = mixer.music.get_volume() shotFired.set_volume(volume_cur) hitSound.set_volume(volume_cur) if keys[pygame.K_o]: return pygame.display.update() def game_over(): background = pygame.transform.scale(pygame.image.load(os.path.join('assets','space3.jpg')),(width,height)) clock = pygame.time.Clock() loss_font = pygame.font.SysFont("comicsans", 80) input_font = pygame.font.SysFont("comicsans",30) font = pygame.font.SysFont(None, 100) text_input_box = TextInputBox(300,400,200,font) lost_label = loss_font.render("You lost!", 1, (255, 255, 255)) input_label = input_font.render("Enter your name and press enter",1,(255,255,255)) group = pygame.sprite.Group(text_input_box) while True: window.blit(background,(0,0)) window.blit(lost_label, (280,250)) window.blit(input_label,(250,350)) clock.tick(60) event_list = pygame.event.get() keys = pygame.key.get_pressed() for event in event_list: if event.type == pygame.QUIT: sys.exit() group.update(event_list) group.draw(window) pygame.display.flip() def main(): run = True FPS = 60 clock = pygame.time.Clock() level = 0 lives = 3 main_font = pygame.font.SysFont("comicsans", 30) loss_font = pygame.font.SysFont("comicsans", 80) enemies = [] global game_score game_score = 0 wave_legth = 5 bullet_vel = 4 global difficulty_multiplier difficulty_multiplier = 1 lost = False lost_count = 0 mute = True player_speed = 6 player = Player(385,500) def redraw_window(): window.blit(background, (0,0)) lives_label = main_font.render(f"Lives: {lives}", 1, (0,0,255)) score_label = main_font.render(f"Score: {game_score}", 1, (0,255,255)) level_label = main_font.render(f"Level: {level}", 1, (255,255,255)) window.blit(lives_label, (10,10)) window.blit(level_label, (width-level_label.get_width()-10, 10)) window.blit(score_label, (10,30)) for enemy in enemies: enemy.draw(window) player.draw(window) pygame.display.update() while run: clock.tick(FPS) curr_window = redraw_window() if lives <= 0 and player.health <= 0: lost = True lost_count += 1 if lost: game_over() if len(enemies) == 0: level += 1 tutorial_label = main_font.render("If enemies reach the bottom you'll lose, stop them!",1,(255,0,0)) level_begin = loss_font.render(f"Level: {level}", 1, (200,2,50)) timed_loop = int(time.time() + 4) time_now = int(time.time()) i=0 while True: wave_countdown = timed_loop-time_now if wave_countdown == 3 and i == 0: redraw_window() i += 1 if wave_countdown == 2 and i == 1: redraw_window() i+=1 if wave_countdown == 1 and i == 2: redraw_window() i+=1 wave_start = loss_font.render(f"{wave_countdown}",1,(255,0,0)) if time_now == timed_loop: break if level == 1: window.blit(tutorial_label,((width/2-tutorial_label.get_width()/2),height/2-100)) window.blit(wave_start,((width/2-wave_start.get_width()/2),height/2+100)) window.blit(level_begin,((width/2-level_begin.get_width()/2),height/2)) pygame.display.update() time_now = int(time.time()) #adds this many enemies to the next level, started with 5 enemies moved to 10 etc. if level > 1: lives+=1 if level%2 != 0: wave_legth += 5 else: difficulty_multiplier += 0.1 for i in range(wave_legth): # gonna spawn them off screen, not aplicable for out game, but good to know enemy = Enemy(random.randrange(40, width-40), random.randrange(0,50), random.choice(["pew","zoom","chonk"])) enemies.append(enemy) for event in pygame.event.get(): if event.type == pygame.QUIT: sys.exit() paused = False keys = pygame.key.get_pressed() if keys[pygame.K_a] and player.x - player_speed > 0: player.x -= player_speed if keys[pygame.K_d] and player.x + player_speed + player.get_width() < width: player.x += player_speed if keys[pygame.K_w] and player.y - player_speed > 0: player.y -= player_speed if keys[pygame.K_s] and player.y + player_speed + player.get_height() + 15 < height: player.y += player_speed if keys[pygame.K_SPACE]: player.shoot() if keys[pygame.K_m]: mixer.music.pause() shotFired.set_volume(0) hitSound.set_volume(0) if keys[pygame.K_n]: mixer.music.play() volume_cur = mixer.music.get_volume() shotFired.set_volume(volume_cur) hitSound.set_volume(volume_cur) if keys[pygame.K_p]: pauseMenu(curr_window) for enemy in enemies[:]: enemy.move() enemy.move_bullets(bullet_vel, player) if random.randrange(0, 120) == 1: enemy.shoot() if collide(enemy, player): player.health -= 10 if player.health <= 0 and lives > 0: player.health = 100 lives -= 1 enemy_vars = enemy.__dict__ enemy_vars_items = enemy_vars.items() for var in enemy_vars_items: if var == ('multi', True): new_enemy = Enemy(enemy.x-50, enemy.y, random.choice(["pew","zoom"])) enemies.append(new_enemy) enemies.remove(enemy) elif enemy.y + enemy.get_height() > height: lives -= 1 enemies.remove(enemy) player.move_bullets(-bullet_vel, enemies) def options_menu(): with open("volume.txt", "r") as file: volumeList = file.readlines() volume_now = float(volumeList[0]) volume_max = 1 volume_min = 0 volume_show = int(volume_now*10) volume_up = button(width/2+80, height/2, 'up') volume_down = button(width/2-160, height/2, 'down') control_menu = button(width/2-40, height/2+100, 'Controls') volume_label_bg = Rect(width/2-40, height/2, 100, 40) masterVolume_label = main_font.render("Master Volume",1,(255,255,255)) background = pygame.transform.scale(pygame.image.load(os.path.join('assets','space2.webp')),(width,height)) while True: volume_label = main_font.render(f"{volume_show}", 1, (255,0,0)) window.blit(background,(0,0)) window.blit(masterVolume_label,(width/2-60, height/2-50)) pygame.draw.rect(window,(0,255,0),volume_label_bg) window.blit(volume_label, (width/2+2, height/2+10)) if volume_up.draw_button(): if volume_now < volume_max: volume_now += 0.1 volume_now = round(volume_now,2) volume_show += 1 with open("volume.txt", "w") as file: file.write(str(volume_now)) hitSound.set_volume(volume_now) shotFired.set_volume(volume_now) mixer.music.set_volume(volume_now) if volume_down.draw_button(): if volume_now > volume_min: volume_now -= 0.1 volume_now = round(volume_now,2) volume_show -= 1 with open("volume.txt", "w") as file: file.write(str(volume_now)) hitSound.set_volume(volume_now) shotFired.set_volume(volume_now) mixer.music.set_volume(volume_now) if control_menu.draw_button(): controls() if back_button.draw_button(): return if credit_button.draw_button(): credits() for event in pygame.event.get(): if event.type == pygame.QUIT: sys.exit() pygame.display.update() def controls(): while True: window.blit(background,(0,0)) menu_label = main_font.render("In game controls",1,(255,2,0)) moveHow = main_font.render("W,A,S,D to move",1,(255,255,255)) shootHow = main_font.render("Space to shoot",1,(255,255,255)) muteHow = main_font.render("M to Mute, N to Unmute",1,(255,255,255)) pauseHow = main_font.render("P to Pause, O to Unpause",1,(255,255,255)) window.blit(menu_label,(width/2-(menu_label.get_width()/2), 40)) window.blit(moveHow,(width/2-(moveHow.get_width()/2), 100)) window.blit(shootHow,(width/2-(shootHow.get_width()/2), 140)) window.blit(muteHow,(width/2-(muteHow.get_width()/2), 180)) window.blit(pauseHow,(width/2-(pauseHow.get_width()/2), 220)) if back_button.draw_button(): return for event in pygame.event.get(): if event.type == pygame.QUIT: sys.exit() pygame.display.update() def high_scores(): background = pygame.transform.scale(pygame.image.load(os.path.join('assets','space3.jpg')),(width,height)) tops = scoreHandler("x",False) while True: window.blit(background,(0,0)) scoreH = 140 nameW = 350 top5 = 0 i = 0 for item in tops: for thing in item: i+=1 tempLable = main_font.render(f"{thing}",1,(255,255,255)) if i%2 == 0: nameW += margin window.blit(tempLable,(nameW,scoreH)) nameW -= margin scoreH += 40 else: window.blit(tempLable,(nameW,scoreH)) margin = (tempLable.get_width()+ 40) top5+=1 if top5 == 5: break if back_button.draw_button(): return for event in pygame.event.get(): if event.type == pygame.QUIT: sys.exit() pygame.display.update() def credits(): label_tekijat = main_font.render("Tekijät:", 1, (255,255,255)) label_nimet = main_font.render("Dima, Pekka, Konsta, Marko",1,(0,255,255)) while True: window.blit(background,(0,0)) window.blit(label_tekijat, ((width/2-(label_tekijat.get_width()/2)), height/2)) window.blit(label_nimet,((width/2-(label_nimet.get_width()/2)), height/2+30)) if back_button.draw_button(): return for event in pygame.event.get(): if event.type == pygame.QUIT: sys.exit() pygame.display.update() def main_menu(): run = True while run: window.blit(background,(0,0)) if play_button.draw_button(): print('play') main() if options_button.draw_button(): options_menu() if score_button.draw_button(): high_scores() if quit_button.draw_button(): print('quit') sys.exit() for event in pygame.event.get(): if event.type == pygame.QUIT: sys.exit() pygame.display.update() main_menu()

[ "noreply@github.com" ]

noreply@github.com

f1bdea1ca514039345f8ed87d738ee50d65e70be

eacfc1c0b2acd991ec2cc7021664d8e79c9e58f6

/ccpnmr2.4/python/ccp/format/ansig/sequenceIO.py

c11cb240aad4a5e8c13d21ebc8b1168fd7d87865

[]

no_license

edbrooksbank/ccpnmr2.4

cfecb0896dcf8978d796e6327f7e05a3f233a921

f279ca9bb2d972b1ce075dad5fcc16e6f4a9496c

refs/heads/master

2021-06-30T22:29:44.043951

2019-03-20T15:01:09

176,757,815

0

1

null

2020-07-24T14:40:26

2019-03-20T14:59:23

HTML

UTF-8

Python

false

5,597

py

""" ======================COPYRIGHT/LICENSE START========================== sequenceIO.py: I/O for Ansig sequence files Copyright (C) 2005-2009 Wim Vranken (European Bioinformatics Institute) ======================================================================= This library is free software; you can redistribute it and/or modify it under the terms of the GNU Lesser General Public License as published by the Free Software Foundation; either version 2.1 of the License, or (at your option) any later version. A copy of this license can be found in ../../../../license/LGPL.license This library is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public License for more details. You should have received a copy of the GNU Lesser General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA ======================COPYRIGHT/LICENSE END============================ for further information, please contact : - CCPN website (http://www.ccpn.ac.uk/) - PDBe website (http://www.ebi.ac.uk/pdbe/) - contact Wim Vranken (wim@ebi.ac.uk) ======================================================================= If you are using this software for academic purposes, we suggest quoting the following references: ===========================REFERENCE START============================= R. Fogh, J. Ionides, E. Ulrich, W. Boucher, W. Vranken, J.P. Linge, M. Habeck, W. Rieping, T.N. Bhat, J. Westbrook, K. Henrick, G. Gilliland, H. Berman, J. Thornton, M. Nilges, J. Markley and E. Laue (2002). The CCPN project: An interim report on a data model for the NMR community (Progress report). Nature Struct. Biol. 9, 416-418. Wim F. Vranken, Wayne Boucher, Tim J. Stevens, Rasmus H. Fogh, Anne Pajon, Miguel Llinas, Eldon L. Ulrich, John L. Markley, John Ionides and Ernest D. Laue (2005). The CCPN Data Model for NMR Spectroscopy: Development of a Software Pipeline. Proteins 59, 687 - 696. ===========================REFERENCE END=============================== """ import os # Import general stuff from memops.universal.Util import returnInt from ccp.format.ansig.generalIO import AnsigGenericFile from ccp.format.general.formatIO import Sequence, SequenceElement ##################### # Class definitions # ##################### class AnsigSequenceFile(AnsigGenericFile): def initialize(self): self.sequences = [] def read(self,verbose = 0): if verbose == 1: print "Reading ansig sequence file %s" % self.name self.sequences.append(AnsigSequence()) lineErrors = [] validLines = 0 fin = open(self.name, 'rU') # Read first line line = fin.readline() while line: cols = line.split() if len(cols) == 0 or self.patt['exclamation'].search(line): pass elif cols[0] == 'sequence': self.sequences[-1].molName = cols[1] elif cols[0] == 'residue': # Get remarks on residue details = line.split('!') if len(details) > 1: details = details[1] else: details = None if cols[1] == 'lig': self.sequences.append(AnsigSequence()) self.sequences[-1].elements.append(AnsigSequenceElement(1,cols[2],details = details,ligand = True)) else: self.sequences[-1].elements.append(AnsigSequenceElement(cols[1],cols[2],details = details)) validLines += 1 else: lineErrors.append(line) line = fin.readline() fin.close() # # Check # if len(lineErrors) > min(5,validLines * 0.5): self.sequences = [] print " Bad %s format lines:%s" % (self.format,self.newline) for lineError in lineErrors: print lineError def write(self,verbose = 0): if verbose == 1: print "Writing ansig sequence file %s" % self.name if len(self.sequences) > 1: print "Warning: multiple sequences - writing to same file." fout = open(self.name,'w') for sequence in self.sequences: # # Writing header # fout.write("! Ansig sequence file" + self.newline) fout.write("!" + self.newline) fout.write("! written from Ansig sequenceIO in ccpNmr formatConverter suite" + self.newline) fout.write("!" + (self.newline * 2)) fout.write("sequence %s" % sequence.molName + self.newline) # # Write seqCode + code3Letter (lowercase with first uppercase) # for residue in sequence.elements: resLabel = residue.code3Letter.lower().capitalize() if residue.details: addString = " ! %s" % residue.details else: addString = "" if not residue.ligand: fout.write(" residue %5d %3s%s" % (residue.seqCode,resLabel,addString)) else: fout.write(" residue %5s %3s%s" % ('lig',resLabel,addString)) fout.write(self.newline) fout.write("end_sequence" + self.newline) fout.close() AnsigSequence = Sequence class AnsigSequenceElement(SequenceElement): def setFormatSpecific(self,*args,**keywds): if keywds.has_key('details') and keywds['details'] != None: self.details = keywds['details'].strip() else: self.details = None if keywds.has_key('ligand'): self.ligand = True else: self.ligand = False

[ "ejb66@le.ac.uk" ]

ejb66@le.ac.uk

85753b6d1cda8557c0dbee11136ee9f97f11e8be

2e3f847fda2370f1062ceb0c5c0bd5edb8b7e6a9

/consumer.py

3506e526f8c8d47c64854fbf395c9093f938f8f8

[]

no_license

CheHaoKang/Kafka

65b41fa9a4b43b35ba461bf11dfa5aa0d2566153

c409aa6658e404e7a0be514458ddacaec6b7b619

refs/heads/master

2020-04-09T21:48:27.390795

2018-12-06T03:25:37

null

0

null

UTF-8

Python

false

150

py

from kafka import KafkaConsumer consumer = KafkaConsumer("test", bootstrap_servers=["localhost:9092"]) for message in consumer: print(message)

[ "cywang@blueplanet.com.tw" ]

cywang@blueplanet.com.tw

7baed9c81d6e313c044b08471fd6269eabb744b5

1be53e96561e9323852ffcd04d42021a60ac4f4e

/delete_old_messages.py

17d7d254fa5726bd5ab2f77e7bbd69f113783017

[]

no_license

mek97/gmail_helper

530576f11c39e4c09422472f439d447f09ca07a3

09653ed46c7dafb5c16e8fc5ca4e25e4dbba8edc

refs/heads/main

2023-05-15T17:29:46.141342

2021-02-17T14:32:23

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0

null

UTF-8

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2,640

py

from __future__ import print_function import pickle import os.path from googleapiclient.discovery import build from google_auth_oauthlib.flow import InstalledAppFlow from google.auth.transport.requests import Request import time # If modifying these scopes, delete the file token.pickle. SCOPES = ['https://mail.google.com/'] # label:rollbar before:2019/06/01 def getMessagesToDelete(service): messageIds = [] results = service.users().messages().list( userId='me', q='in:spam', maxResults=500).execute() messages = results.get('messages', []) # metadataHeaders= ['From', 'To','Date','Subject' ] for message in messages: # messageData = service.users().messages().get(userId='me', id=message['id'], format='metadata', metadataHeaders= metadataHeaders).execute() # for header in messageData['payload']['headers']: # if(header['name']=='From'): # print(header['value']) messageIds.append(message['id']) return messageIds def deleteMessages(service, messageIds): start_time = time.time() print("Deleting " + str(len(messageIds)) + " messages") result = service.users().messages().batchDelete( userId='me', body={"ids": messageIds}).execute() print(result, "--- %s seconds ---" % (time.time() - start_time)) def getAndDeleteOldMessages(service): while True: messageIds = getMessagesToDelete(service) if (len(messageIds) == 0): break deleteMessages(service, messageIds) def main(): """Shows basic usage of the Gmail API. Lists the user's Gmail labels. """ creds = None # The file token.pickle stores the user's access and refresh tokens, and is # created automatically when the authorization flow completes for the first # time. if os.path.exists('token.pickle'): with open('token.pickle', 'rb') as token: creds = pickle.load(token) # If there are no (valid) credentials available, let the user log in. if not creds or not creds.valid: if creds and creds.expired and creds.refresh_token: creds.refresh(Request()) else: flow = InstalledAppFlow.from_client_secrets_file( 'credentials.json', SCOPES) creds = flow.run_local_server() # Save the credentials for the next run with open('token.pickle', 'wb') as token: pickle.dump(creds, token) service = build('gmail', 'v1', credentials=creds) # Call the Gmail API getAndDeleteOldMessages(service) # getMessagesToDelete(service) if __name__ == '__main__': main()

[ "mehul.k1997@gmail.com" ]

mehul.k1997@gmail.com

1a502113ddd4d449192d3e358b9feb2ec0648093

89a147200171fc044d333c54a967211cb8bf4df5

/revjo/_cli.py

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[ "MIT" ]

permissive

wtnb75/revjo

fa70d907edfd2c753c8929b623ee44470e967a1e

02c9bd258dea5f24519e67decd2eb97c3f4bd9aa

refs/heads/main

2023-03-30T21:38:34.657664

2021-03-30T13:18:31

351,506,019

0

MIT

2021-03-30T13:18:32

2021-03-25T16:36:19

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py

import sys import json import functools from logging import getLogger, basicConfig, INFO, DEBUG import click from .version import VERSION from .revjo import convert log = getLogger(__name__) @click.version_option(version=VERSION, prog_name="revjo") @click.group(invoke_without_command=True) @click.pass_context def cli(ctx): if ctx.invoked_subcommand is None: print(ctx.get_help()) def set_verbose(flag): fmt = '%(asctime)s %(levelname)s %(message)s' if flag: basicConfig(level=DEBUG, format=fmt) else: basicConfig(level=INFO, format=fmt) _cli_option = [ click.option("--verbose/--no-verbose"), ] def multi_options(decs): def deco(f): for dec in reversed(decs): f = dec(f) return f return deco def cli_option(func): @functools.wraps(func) def wrap(verbose, *args, **kwargs): set_verbose(verbose) return func(*args, **kwargs) return multi_options(_cli_option)(wrap) @cli.command("convert") @cli_option @click.option("--input", type=click.File('r')) @click.argument("data", type=str, default="") def do_convert(input, data): if input is not None: d = json.load(input) elif data != "": d = json.loads(data) else: d = json.load(sys.stdin) click.echo(convert(d)) if __name__ == "__main__": cli()

[ "noreply@github.com" ]

noreply@github.com

457001985badd69c0df323b440e434951e94bd1f

9301a8106502d903220486e1982830c12599e4fe

/strategies/sumoRL/Experiments/a2c_sarakki.py

dbfcc74c3d710c1d084ca4efce06fbd1f6c4857b

[]

no_license

intelligent-traffic-signal/mini-proj-traffic

7412faa6ef90b6d4af4e6d80ecce2c56a3b20aa5

3417654f71df9ffe19623a57db5e97ca18014999

refs/heads/main

2023-06-18T12:08:42.671280

2021-07-12T19:06:12

350,322,134

2

4

null

2021-07-12T19:06:13

2021-03-22T11:43:28

Jupyter Notebook

UTF-8

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py

import os import sys if 'SUMO_HOME' in os.environ: tools = os.path.join(os.environ['SUMO_HOME'], 'tools') sys.path.append(tools) else: sys.exit("Please declare the environment variable 'SUMO_HOME'") from sumo_rl import SumoEnvironment from sumo_rl.util.gen_route import write_route_file import traci from stable_baselines.common.policies import MlpPolicy from stable_baselines.common.vec_env import SubprocVecEnv from stable_baselines import A2C import time if __name__ == '__main__': #write_route_file('nets/2way-single-intersection/single-intersection-gen.rou.xml', 400000, 100000) # multiprocess environment n_cpu = 1 env = SubprocVecEnv([lambda: SumoEnvironment(net_file='Sarakki_network_weib/osm.net.xml', route_file='Sarakki_network_weib/network/train/ew_loaded.rou.xml', out_csv_name='Sarakki_outputs/Train_weib_ewload_green10/train', single_agent=True, use_gui=False, num_seconds=5500, min_green=10, delta_time=10, yellow_time=2, max_depart_delay=0) for _ in range(n_cpu)]) model = A2C(MlpPolicy, env, verbose=1, learning_rate=0.001, lr_schedule='constant') start = time.time() model.learn(total_timesteps=15000) end = time.time() model.save("Sarakki_models/a2c_ncpu=1_ewload_green10_15k") print('Training has Ended!') print('TIME TAKEN IS:', end-start) # del model # print('Testing has begun!') # model = A2C.load("models/a2csimpleMapVidali", env = env, policy = MlpPolicy) # obs = env.reset() # for i in range(5400): # action, _states = model.predict(obs) # obs, rewards, dones, info = env.step(action) # #print(i, rewards, dones, info)

[ "vishruth2002@gmail.com" ]

vishruth2002@gmail.com

1d8778f5d2e829da8c0a559c96e3babbd8a2c453

127f8b43991d2674477b1cf28ea15124dac3877c

/venv/Scripts/django-admin.py

b504545d6b529de530dbe27d4b146c9f44dbd328

[]

no_license

petrovdanil20/Angl2.0

1a89f297f11833ed53ec0fb627b2d682d782c3f8

c5efa1c9d01ea09016ef6e607ff24c0ece865597

refs/heads/master

2023-08-14T09:34:57.944280

2020-05-28T12:34:49

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0

null

2021-09-22T19:06:37

2020-05-28T12:15:28

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UTF-8

Python

false

158

py

#!C:\AcademicWritingProject\venv\Scripts\python.exe from django.core import management if __name__ == "__main__": management.execute_from_command_line()

[ "dpetrov@edu.hse.ru" ]

dpetrov@edu.hse.ru

3e436904f0f2dde6f5b4715e4ef0bab9ee10fb76

15f321878face2af9317363c5f6de1e5ddd9b749

/solutions_python/Problem_200/43.py

066bc53d2e703644911d495cf32ef62e7768e710

[]

no_license

dr-dos-ok/Code_Jam_Webscraper

c06fd59870842664cd79c41eb460a09553e1c80a

26a35bf114a3aa30fc4c677ef069d95f41665cc0

refs/heads/master

2020-04-06T08:17:40.938460

2018-10-14T10:12:47

null

0

null

UTF-8

Python

false

604

py

# Time: O((logn)^2) # Space: O(logn) def tidy_numbers(): digits = map(int, list(raw_input().strip())) for i in reversed(xrange(1, len(digits))): if digits[i] == 0 or digits[i] < digits[i-1]: for j in xrange(i, len(digits)): digits[j] = 9 for j in reversed(xrange(i)): if digits[j] != 0: digits[j] -= 1 break else: digits[j] = 9 return int("".join(map(str, digits))) for case in xrange(input()): print 'Case #%d: %s' % (case+1, tidy_numbers())

[ "miliar1732@gmail.com" ]

miliar1732@gmail.com

a9dcfe05f4c4e478e4587c722f15febc52961ea1

9743d5fd24822f79c156ad112229e25adb9ed6f6

/xai/brain/wordbase/otherforms/_welded.py

9d8c71c76ac244c69252e3e58618cb575c8c845f

[ "MIT" ]

permissive

cash2one/xai

de7adad1758f50dd6786bf0111e71a903f039b64

e76f12c9f4dcf3ac1c7c08b0cc8844c0b0a104b6

refs/heads/master

2021-01-19T12:33:54.964379

2017-01-28T02:00:50

null

0

null

UTF-8

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false

216

py

#calss header class _WELDED(): def __init__(self,): self.name = "WELDED" self.definitions = weld self.parents = [] self.childen = [] self.properties = [] self.jsondata = {} self.basic = ['weld']

[ "xingwang1991@gmail.com" ]

xingwang1991@gmail.com

591e7ebbdb734e5365c127be08d9523c00cecabe

04b52903cf3d1ce387073263ffe52f4b35ed78b9

/src/util.py

ee626192906ca837afa73fbae1454a330345c257

[]

no_license

arramanenka/totally_not_a_discord_bot

099907e8885f10b8f0db8c68bda9c707df904fb4

227309bdc4fdf48e45d93fc4a42c0fef6bf77ee2

refs/heads/master

2023-07-12T20:47:33.678988

2021-08-25T10:43:21

273,958,981

0

1

null

2021-08-25T10:43:52

2020-06-21T18:11:18

Python

UTF-8

Python

false

1,255

py

import re import flag import pycountry def insert_flags_from_nick(flag_dict, nick): flags = find_flags(nick) added_flags = [] for user_flag in set(flags): country = pycountry.countries.get(alpha_2=user_flag) if country is None: if user_flag == 'EA': country = pycountry.countries.get(alpha_2='ES') elif user_flag == 'CP': country = pycountry.countries.get(alpha_2='FR') else: print(f'{user_flag} not found :(') continue elif country.alpha_3 == 'PRI': country = pycountry.countries.get(alpha_2='US') country_name = country.alpha_3 if country_name not in added_flags: added_flags.append(country_name) flag_dict.setdefault(country_name, 0) flag_dict[country_name] = flag_dict[country_name] + 1 def find_flags(flag_string): if flag_string is None: return [] reformat_flag_string = flag.dflagize(re.sub(r':.*:', '', flag_string)) return re.findall(r':(\w+):', reformat_flag_string) def check_presence(item, key, dictionary): if dictionary is None or key not in dictionary: return False return item in dictionary[key]

[ "arramanenka@gmail.com" ]

arramanenka@gmail.com

dd0946036b4bbd27b6b26d7b97b6675ccec4013c

d1cb6c007263209e052527f1688d5622fd3d19c4

/starter_code/migrations/versions/4abdb197fcf2_.py

2c37edfe15f04fd97ac86731580d0bcd91bb0d6c

[ "MIT" ]

permissive

Abdullah-Ashehry/Fyyur

3c14658f4d6804d704bfdd2b1bf86dd7c5b04505

ad0b5e1d0394073b7c7bb03bd49ee5284596761b

refs/heads/master

2022-11-09T13:10:05.574664

2020-06-19T11:21:57

273,472,434

1

0

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UTF-8

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false

687

py

"""empty message Revision ID: 4abdb197fcf2 Revises: eff921208d31 Create Date: 2020-04-16 18:24:41.277620 """ from alembic import op import sqlalchemy as sa # revision identifiers, used by Alembic. revision = '4abdb197fcf2' down_revision = 'eff921208d31' branch_labels = None depends_on = None def upgrade(): # ### commands auto generated by Alembic - please adjust! ### op.drop_column('Show', 'start_time') # ### end Alembic commands ### def downgrade(): # ### commands auto generated by Alembic - please adjust! ### op.add_column('Show', sa.Column('start_time', sa.VARCHAR(length=120), autoincrement=False, nullable=True)) # ### end Alembic commands ###

[ "s201731050@kfupm.edu.sa" ]

s201731050@kfupm.edu.sa

2b9c1aa485a9a0971055595d900403d77eb49d68

3b4cd1901d5882afd4b68335781b4aa85e324a27

/Magnify_ws/my_app/add_to_noise_API/add_to_noise_view.py

abf6eb971c6a017e541de485d860e90b50385739

[]

no_license

Subhajit-git07/flask-mysql

1efeabd82ab871164ce08c48ce25aa116fa4a46f

e3cc9eb53e855815de2e0b8e0792870265aa5c85

refs/heads/master

2022-11-05T18:40:18.912885

2020-06-25T19:21:12

271,717,957

1

0

null

UTF-8

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false

1,943

py

from flask import request, render_template, flash, redirect, \ url_for, Blueprint, g from flask_login import current_user, login_user, \ logout_user, login_required from my_app import db, mysql from my_app import cache import requests import math from flask import Flask, abort, json, request, jsonify, g, url_for from flask_httpauth import HTTPBasicAuth Add_to_noise = Blueprint('Add_to_noise', __name__) @Add_to_noise.route('/add_to_noise',methods=['GET','POST','PUT']) @cache.cached(timeout=50) def index12(): cur = mysql.connection.cursor() updateCur = mysql.connection.cursor() #if request.json: #id = request.json.get('id') #stacktrace = request.json.get('stacktrace') stacktrace = request.args.get('stacktrace') query1 = "select id,status from new_anomalies where log_str =%s;" query2 = "insert into new_anomalies(log_str, count, status) values(%s, 1, 'N');" query3 = "update new_anomalies set status = 'N' where id = %s;" param = (stacktrace,) try: count = cur.execute(query1,param) data = cur.fetchall() if count == 0: cur.execute(query2,param) mysql.connection.commit() return jsonify({"result":"success"}) else : for i in data: log_id = i[0] status = i[1] if status != 'N': updateParam = (log_id,) updateCur.execute(query3,updateParam) mysql.connection.commit() return jsonify({"result":"success"}) else: return jsonify({"result":"failure. Record already exists in noise database with record id : "+str(log_id)}) break except Exception as e: print(e) updateCur.close() cur.close() return jsonify({"result":"failure "+e})

[ "subhajit.rakshit07@gmail.com" ]

subhajit.rakshit07@gmail.com

def3efc97b43c2fd714d88a900a8605d0ea4dce0

491135334066414143f7bb1463b830bdfbea2c39

/1/catkin_ws/build/two_int_talker/catkin_generated/pkg.develspace.context.pc.py

8adf3d35cac3658c60d53099663ac5ee91b0299d

[]

no_license

JafarAbdi/RoboticsCol

1df041093818db419f3758157fc2847c4c8c7639

766dd52a0b6dfc21f347e914cd87d890fd894271

refs/heads/master

2021-01-15T18:35:36.385272

2017-08-13T08:25:00

99,791,188

8

2

null

UTF-8

Python

false

420

py

# generated from catkin/cmake/template/pkg.context.pc.in CATKIN_PACKAGE_PREFIX = "" PROJECT_PKG_CONFIG_INCLUDE_DIRS = "".split(';') if "" != "" else [] PROJECT_CATKIN_DEPENDS = "message_runtime".replace(';', ' ') PKG_CONFIG_LIBRARIES_WITH_PREFIX = "".split(';') if "" != "" else [] PROJECT_NAME = "two_int_talker" PROJECT_SPACE_DIR = "/home/jafar/Desktop/Courses/RoboticsCol/1/catkin_ws/devel" PROJECT_VERSION = "0.0.0"

[ "cafer.abdi@gmail.com" ]

cafer.abdi@gmail.com

470147d3587bdbd5f59b7590652d3ab8ae0daded

1385e8eda4705d0285700fa9ce94bc7d52a14071

/examples/todo/tests/__init__.py

998cf1c3bdddaffa096cb2956ff099191aaaf983

[]

no_license

daonb/old-bbtest

d162ea4baa227b220cccfdd1b729f786d144c49e

b8ffc1075cad66cb2a4baac4e8cfc91946f8a31c

refs/heads/master

2022-12-10T02:16:20.890831

2019-01-17T13:04:33

161,623,698

0

null

2022-12-08T01:29:28

2018-12-13T10:37:49

Python

UTF-8

Python

false

53

py

from .todo_box import ToDoBox __all__ = [ToDoBox, ]

[ "benny.daon@cybereason.com" ]

benny.daon@cybereason.com

af847059f7c7769f05a7d85baede1650f9d928e6

f5f913273462e16c6cc2b9718a2d4f8066dba161

/account/views.py

6b1edc274d03a4e4509b321c396d710d1268fb3f

[]

no_license

markdawson/alu_eats

9549d1fda59a7af35efd0eb6876687c790f12dcc

190ff2b3ee204b2b49bf75a7a7899ee691a31d94

refs/heads/master

2021-01-17T11:53:14.784541

2017-02-14T13:28:43

63,774,617

0

null

UTF-8

Python

false

1,807

py

from django.shortcuts import render from django.http import HttpResponse from django.contrib.auth import authenticate, login from .forms import LoginForm, UserRegistrationForm from django.contrib.auth.decorators import login_required from menu.views import menu_list def user_login(request): if request.method == 'POST': form = LoginForm(request.POST) if form.is_valid(): cd = form.cleaned_data user = authenticate(username=cd['username'], password=cd['password']) if user is not None: if user.is_active: login(request, user) return HttpResponse('Authenticated successfully') else: return HttpResponse('Disabled account') else: return HttpResponse('Invalid login') else: form = LoginForm() return render(request, 'account/login.html',{'form':form}) def register(request): if request.method == 'POST': user_form = UserRegistrationForm(request.POST) if user_form.is_valid(): # Create a new user object but avoid saving it yet new_user = user_form.save(commit=False) # Set the chosen password new_user.set_password(user_form.cleaned_data['password']) #new_user.is_active = False # Save the User object new_user.save() # Create the user profile # profile = Profile.objects.create(user=new_user) return render(request, 'account/register_done.html', {'new_user': new_user}) else: user_form = UserRegistrationForm() return render(request, 'account/register.html', {'user_form': user_form}) @login_required def dashboard(request): return menu_list(request) # return render(request, # 'account/dashboard.html', # {'section': 'dashboard'})

[ "medawson94@gmail.com" ]

medawson94@gmail.com

92bfc6375ac81a74e4c1e8a1821c7fb92c38bef3

a7f22b314251129fb8828618c734d7b8510237ff

/Adeleine/reference/inference.py

d7a9f9af941a00a384975d91e4179cdecd5c945b

[]

no_license

chenzhao11/Colorization

5d20bd4bb41f673e4ae7f8a8ab2c3c392b48b7b9

59e7b809570509ef770e6c6fd9aa7cf988f32ac0

refs/heads/master

2023-06-11T23:52:35.507640

2021-07-05T08:56:44

null

0

null

UTF-8

Python

false

1,268

py

import torch import torch.nn as nn import argparse import cv2 as cv import numpy as np from pathlib import Path from tqdm import tqdm from .model import Generator class ReferenceInferer: def __init__(self, pretrain_path): self.model = self._model_load(pretrain_path) @staticmethod def _model_load(pretrain_path): model = Generator() weight = torch.load(pretrain_path) model.load_state_dict(weight) model.cuda() model.eval() return model @staticmethod def _preprocess(img): img = img[:, :, ::-1] img = (img.transpose(2, 0, 1) - 127.5) / 127.5 img = np.expand_dims(img, axis=0) img = torch.cuda.FloatTensor(img.astype(np.float32)) return img @staticmethod def _denorm(img: torch.Tensor): img = img[0].detach().cpu().numpy() img = np.clip(img*127.5+127.5, 0, 255).transpose(1, 2, 0).astype(np.uint8) return img def __call__(self, line, ref): line = self._preprocess(line) ref = self._preprocess(ref) with torch.no_grad(): y = self.model(line, ref) y = self._denorm(y) line = self._denorm(line) ref = self._denorm(ref) return y, line, ref

[ "crosssceneofwindff@gmail.com" ]

crosssceneofwindff@gmail.com

df6dd2353e401871a241b24c6eb060b31bf936ce

96b03f66f55b2f733f3da5defbd5b37d2a02bc8a

/modules/calc900_200.py

c57ba2ff7df493abc68557412c554913c82f8ea8

[]

no_license

th3fall3n0n3/my_first_calc_extended

641e66119c2b7055ea47a55ebd3559077394fc90

c2c0dfe50ebc59ea20bb595db50ef63d603d54af

refs/heads/master

2016-09-13T18:08:15.841173

2016-05-14T15:18:08

58,811,146

2

0

null

UTF-8

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false

863,801

py

def calc(num1, sign, num2): if num1 == 900 and sign == '+' and num2 == 200: print('900+200 = 1100') if num1 == 900 and sign == '+' and num2 == 201: print('900+201 = 1101') if num1 == 900 and sign == '+' and num2 == 202: print('900+202 = 1102') if num1 == 900 and sign == '+' and num2 == 203: print('900+203 = 1103') if num1 == 900 and sign == '+' and num2 == 204: print('900+204 = 1104') if num1 == 900 and sign == '+' and num2 == 205: print('900+205 = 1105') if num1 == 900 and sign == '+' and num2 == 206: print('900+206 = 1106') if num1 == 900 and sign == '+' and num2 == 207: print('900+207 = 1107') if num1 == 900 and sign == '+' and num2 == 208: print('900+208 = 1108') if num1 == 900 and sign == '+' and num2 == 209: print('900+209 = 1109') if num1 == 900 and sign == '+' and num2 == 210: print('900+210 = 1110') if num1 == 900 and sign == '+' and num2 == 211: print('900+211 = 1111') if num1 == 900 and sign == '+' and num2 == 212: print('900+212 = 1112') if num1 == 900 and sign == '+' and num2 == 213: print('900+213 = 1113') if num1 == 900 and sign == '+' and num2 == 214: print('900+214 = 1114') if num1 == 900 and sign == '+' and num2 == 215: print('900+215 = 1115') if num1 == 900 and sign == '+' and num2 == 216: print('900+216 = 1116') if num1 == 900 and sign == '+' and num2 == 217: print('900+217 = 1117') if num1 == 900 and sign == '+' and num2 == 218: print('900+218 = 1118') if num1 == 900 and sign == '+' and num2 == 219: print('900+219 = 1119') if num1 == 900 and sign == '+' and num2 == 220: print('900+220 = 1120') if num1 == 900 and sign == '+' and num2 == 221: print('900+221 = 1121') if num1 == 900 and sign == '+' and num2 == 222: print('900+222 = 1122') if num1 == 900 and sign == '+' and num2 == 223: print('900+223 = 1123') if num1 == 900 and sign == '+' and num2 == 224: print('900+224 = 1124') if num1 == 900 and sign == '+' and num2 == 225: print('900+225 = 1125') if num1 == 900 and sign == '+' and num2 == 226: print('900+226 = 1126') if num1 == 900 and sign == '+' and num2 == 227: print('900+227 = 1127') if num1 == 900 and sign == '+' and num2 == 228: print('900+228 = 1128') if num1 == 900 and sign == '+' and num2 == 229: print('900+229 = 1129') if num1 == 900 and sign == '+' and num2 == 230: print('900+230 = 1130') if num1 == 900 and sign == '+' and num2 == 231: print('900+231 = 1131') if num1 == 900 and sign == '+' and num2 == 232: print('900+232 = 1132') if num1 == 900 and sign == '+' and num2 == 233: print('900+233 = 1133') if num1 == 900 and sign == '+' and num2 == 234: print('900+234 = 1134') if num1 == 900 and sign == '+' and num2 == 235: print('900+235 = 1135') if num1 == 900 and sign == '+' and num2 == 236: print('900+236 = 1136') if num1 == 900 and sign == '+' and num2 == 237: print('900+237 = 1137') if num1 == 900 and sign == '+' and num2 == 238: print('900+238 = 1138') if num1 == 900 and sign == '+' and num2 == 239: print('900+239 = 1139') if num1 == 900 and sign == '+' and num2 == 240: print('900+240 = 1140') if num1 == 900 and sign == '+' and num2 == 241: print('900+241 = 1141') if num1 == 900 and sign == '+' and num2 == 242: print('900+242 = 1142') if num1 == 900 and sign == '+' and num2 == 243: print('900+243 = 1143') if num1 == 900 and sign == '+' and num2 == 244: print('900+244 = 1144') if num1 == 900 and sign == '+' and num2 == 245: print('900+245 = 1145') if num1 == 900 and sign == '+' and num2 == 246: print('900+246 = 1146') if num1 == 900 and sign == '+' and num2 == 247: print('900+247 = 1147') if num1 == 900 and sign == '+' and num2 == 248: print('900+248 = 1148') if num1 == 900 and sign == '+' and num2 == 249: print('900+249 = 1149') if num1 == 901 and sign == '+' and num2 == 200: print('901+200 = 1101') if num1 == 901 and sign == '+' and num2 == 201: print('901+201 = 1102') if num1 == 901 and sign == '+' and num2 == 202: print('901+202 = 1103') if num1 == 901 and sign == '+' and num2 == 203: print('901+203 = 1104') if num1 == 901 and sign == '+' and num2 == 204: print('901+204 = 1105') if num1 == 901 and sign == '+' and num2 == 205: print('901+205 = 1106') if num1 == 901 and sign == '+' and num2 == 206: print('901+206 = 1107') if num1 == 901 and sign == '+' and num2 == 207: print('901+207 = 1108') if num1 == 901 and sign == '+' and num2 == 208: print('901+208 = 1109') if num1 == 901 and sign == '+' and num2 == 209: print('901+209 = 1110') if num1 == 901 and sign == '+' and num2 == 210: print('901+210 = 1111') if num1 == 901 and sign == '+' and num2 == 211: print('901+211 = 1112') if num1 == 901 and sign == '+' and num2 == 212: print('901+212 = 1113') if num1 == 901 and sign == '+' and num2 == 213: print('901+213 = 1114') if num1 == 901 and sign == '+' and num2 == 214: print('901+214 = 1115') if num1 == 901 and sign == '+' and num2 == 215: print('901+215 = 1116') if num1 == 901 and sign == '+' and num2 == 216: print('901+216 = 1117') if num1 == 901 and sign == '+' and num2 == 217: print('901+217 = 1118') if num1 == 901 and sign == '+' and num2 == 218: print('901+218 = 1119') if num1 == 901 and sign == '+' and num2 == 219: print('901+219 = 1120') if num1 == 901 and sign == '+' and num2 == 220: print('901+220 = 1121') if num1 == 901 and sign == '+' and num2 == 221: print('901+221 = 1122') if num1 == 901 and sign == '+' and num2 == 222: print('901+222 = 1123') if num1 == 901 and sign == '+' and num2 == 223: print('901+223 = 1124') if num1 == 901 and sign == '+' and num2 == 224: print('901+224 = 1125') if num1 == 901 and sign == '+' and num2 == 225: print('901+225 = 1126') if num1 == 901 and sign == '+' and num2 == 226: print('901+226 = 1127') if num1 == 901 and sign == '+' and num2 == 227: print('901+227 = 1128') if num1 == 901 and sign == '+' and num2 == 228: print('901+228 = 1129') if num1 == 901 and sign == '+' and num2 == 229: print('901+229 = 1130') if num1 == 901 and sign == '+' and num2 == 230: print('901+230 = 1131') if num1 == 901 and sign == '+' and num2 == 231: print('901+231 = 1132') if num1 == 901 and sign == '+' and num2 == 232: print('901+232 = 1133') if num1 == 901 and sign == '+' and num2 == 233: print('901+233 = 1134') if num1 == 901 and sign == '+' and num2 == 234: print('901+234 = 1135') if num1 == 901 and sign == '+' and num2 == 235: print('901+235 = 1136') if num1 == 901 and sign == '+' and num2 == 236: print('901+236 = 1137') if num1 == 901 and sign == '+' and num2 == 237: print('901+237 = 1138') if num1 == 901 and sign == '+' and num2 == 238: print('901+238 = 1139') if num1 == 901 and sign == '+' and num2 == 239: print('901+239 = 1140') if num1 == 901 and sign == '+' and num2 == 240: print('901+240 = 1141') if num1 == 901 and sign == '+' and num2 == 241: print('901+241 = 1142') if num1 == 901 and sign == '+' and num2 == 242: print('901+242 = 1143') if num1 == 901 and sign == '+' and num2 == 243: print('901+243 = 1144') if num1 == 901 and sign == '+' and num2 == 244: print('901+244 = 1145') if num1 == 901 and sign == '+' and num2 == 245: print('901+245 = 1146') if num1 == 901 and sign == '+' and num2 == 246: print('901+246 = 1147') if num1 == 901 and sign == '+' and num2 == 247: print('901+247 = 1148') if num1 == 901 and sign == '+' and num2 == 248: print('901+248 = 1149') if num1 == 901 and sign == '+' and num2 == 249: print('901+249 = 1150') if num1 == 902 and sign == '+' and num2 == 200: print('902+200 = 1102') if num1 == 902 and sign == '+' and num2 == 201: print('902+201 = 1103') if num1 == 902 and sign == '+' and num2 == 202: print('902+202 = 1104') if num1 == 902 and sign == '+' and num2 == 203: print('902+203 = 1105') if num1 == 902 and sign == '+' and num2 == 204: print('902+204 = 1106') if num1 == 902 and sign == '+' and num2 == 205: print('902+205 = 1107') if num1 == 902 and sign == '+' and num2 == 206: print('902+206 = 1108') if num1 == 902 and sign == '+' and num2 == 207: print('902+207 = 1109') if num1 == 902 and sign == '+' and num2 == 208: print('902+208 = 1110') if num1 == 902 and sign == '+' and num2 == 209: print('902+209 = 1111') if num1 == 902 and sign == '+' and num2 == 210: print('902+210 = 1112') if num1 == 902 and sign == '+' and num2 == 211: print('902+211 = 1113') if num1 == 902 and sign == '+' and num2 == 212: print('902+212 = 1114') if num1 == 902 and sign == '+' and num2 == 213: print('902+213 = 1115') if num1 == 902 and sign == '+' and num2 == 214: print('902+214 = 1116') if num1 == 902 and sign == '+' and num2 == 215: print('902+215 = 1117') if num1 == 902 and sign == '+' and num2 == 216: print('902+216 = 1118') if num1 == 902 and sign == '+' and num2 == 217: print('902+217 = 1119') if num1 == 902 and sign == '+' and num2 == 218: print('902+218 = 1120') if num1 == 902 and sign == '+' and num2 == 219: print('902+219 = 1121') if num1 == 902 and sign == '+' and num2 == 220: print('902+220 = 1122') if num1 == 902 and sign == '+' and num2 == 221: print('902+221 = 1123') if num1 == 902 and sign == '+' and num2 == 222: print('902+222 = 1124') if num1 == 902 and sign == '+' and num2 == 223: print('902+223 = 1125') if num1 == 902 and sign == '+' and num2 == 224: print('902+224 = 1126') if num1 == 902 and sign == '+' and num2 == 225: print('902+225 = 1127') if num1 == 902 and sign == '+' and num2 == 226: print('902+226 = 1128') if num1 == 902 and sign == '+' and num2 == 227: print('902+227 = 1129') if num1 == 902 and sign == '+' and num2 == 228: print('902+228 = 1130') if num1 == 902 and sign == '+' and num2 == 229: print('902+229 = 1131') if num1 == 902 and sign == '+' and num2 == 230: print('902+230 = 1132') if num1 == 902 and sign == '+' and num2 == 231: print('902+231 = 1133') if num1 == 902 and sign == '+' and num2 == 232: print('902+232 = 1134') if num1 == 902 and sign == '+' and num2 == 233: print('902+233 = 1135') if num1 == 902 and sign == '+' and num2 == 234: print('902+234 = 1136') if num1 == 902 and sign == '+' and num2 == 235: print('902+235 = 1137') if num1 == 902 and sign == '+' and num2 == 236: print('902+236 = 1138') if num1 == 902 and sign == '+' and num2 == 237: print('902+237 = 1139') if num1 == 902 and sign == '+' and num2 == 238: print('902+238 = 1140') if num1 == 902 and sign == '+' and num2 == 239: print('902+239 = 1141') if num1 == 902 and sign == '+' and num2 == 240: print('902+240 = 1142') if num1 == 902 and sign == '+' and num2 == 241: print('902+241 = 1143') if num1 == 902 and sign == '+' and num2 == 242: print('902+242 = 1144') if num1 == 902 and sign == '+' and num2 == 243: print('902+243 = 1145') if num1 == 902 and sign == '+' and num2 == 244: print('902+244 = 1146') if num1 == 902 and sign == '+' and num2 == 245: print('902+245 = 1147') if num1 == 902 and sign == '+' and num2 == 246: print('902+246 = 1148') if num1 == 902 and sign == '+' and num2 == 247: print('902+247 = 1149') if num1 == 902 and sign == '+' and num2 == 248: print('902+248 = 1150') if num1 == 902 and sign == '+' and num2 == 249: print('902+249 = 1151') if num1 == 903 and sign == '+' and num2 == 200: print('903+200 = 1103') if num1 == 903 and sign == '+' and num2 == 201: print('903+201 = 1104') if num1 == 903 and sign == '+' and num2 == 202: print('903+202 = 1105') if num1 == 903 and sign == '+' and num2 == 203: print('903+203 = 1106') if num1 == 903 and sign == '+' and num2 == 204: print('903+204 = 1107') if num1 == 903 and sign == '+' and num2 == 205: print('903+205 = 1108') if num1 == 903 and sign == '+' and num2 == 206: print('903+206 = 1109') if num1 == 903 and sign == '+' and num2 == 207: print('903+207 = 1110') if num1 == 903 and sign == '+' and num2 == 208: print('903+208 = 1111') if num1 == 903 and sign == '+' and num2 == 209: print('903+209 = 1112') if num1 == 903 and sign == '+' and num2 == 210: print('903+210 = 1113') if num1 == 903 and sign == '+' and num2 == 211: print('903+211 = 1114') if num1 == 903 and sign == '+' and num2 == 212: print('903+212 = 1115') if num1 == 903 and sign == '+' and num2 == 213: print('903+213 = 1116') if num1 == 903 and sign == '+' and num2 == 214: print('903+214 = 1117') if num1 == 903 and sign == '+' and num2 == 215: print('903+215 = 1118') if num1 == 903 and sign == '+' and num2 == 216: print('903+216 = 1119') if num1 == 903 and sign == '+' and num2 == 217: print('903+217 = 1120') if num1 == 903 and sign == '+' and num2 == 218: print('903+218 = 1121') if num1 == 903 and sign == '+' and num2 == 219: print('903+219 = 1122') if num1 == 903 and sign == '+' and num2 == 220: print('903+220 = 1123') if num1 == 903 and sign == '+' and num2 == 221: print('903+221 = 1124') if num1 == 903 and sign == '+' and num2 == 222: print('903+222 = 1125') if num1 == 903 and sign == '+' and num2 == 223: print('903+223 = 1126') if num1 == 903 and sign == '+' and num2 == 224: print('903+224 = 1127') if num1 == 903 and sign == '+' and num2 == 225: print('903+225 = 1128') if num1 == 903 and sign == '+' and num2 == 226: print('903+226 = 1129') if num1 == 903 and sign == '+' and num2 == 227: print('903+227 = 1130') if num1 == 903 and sign == '+' and num2 == 228: print('903+228 = 1131') if num1 == 903 and sign == '+' and num2 == 229: print('903+229 = 1132') if num1 == 903 and sign == '+' and num2 == 230: print('903+230 = 1133') if num1 == 903 and sign == '+' and num2 == 231: print('903+231 = 1134') if num1 == 903 and sign == '+' and num2 == 232: print('903+232 = 1135') if num1 == 903 and sign == '+' and num2 == 233: print('903+233 = 1136') if num1 == 903 and sign == '+' and num2 == 234: print('903+234 = 1137') if num1 == 903 and sign == '+' and num2 == 235: print('903+235 = 1138') if num1 == 903 and sign == '+' and num2 == 236: print('903+236 = 1139') if num1 == 903 and sign == '+' and num2 == 237: print('903+237 = 1140') if num1 == 903 and sign == '+' and num2 == 238: print('903+238 = 1141') if num1 == 903 and sign == '+' and num2 == 239: print('903+239 = 1142') if num1 == 903 and sign == '+' and num2 == 240: print('903+240 = 1143') if num1 == 903 and sign == '+' and num2 == 241: print('903+241 = 1144') if num1 == 903 and sign == '+' and num2 == 242: print('903+242 = 1145') if num1 == 903 and sign == '+' and num2 == 243: print('903+243 = 1146') if num1 == 903 and sign == '+' and num2 == 244: print('903+244 = 1147') if num1 == 903 and sign == '+' and num2 == 245: print('903+245 = 1148') if num1 == 903 and sign == '+' and num2 == 246: print('903+246 = 1149') if num1 == 903 and sign == '+' and num2 == 247: print('903+247 = 1150') if num1 == 903 and sign == '+' and num2 == 248: print('903+248 = 1151') if num1 == 903 and sign == '+' and num2 == 249: print('903+249 = 1152') if num1 == 904 and sign == '+' and num2 == 200: print('904+200 = 1104') if num1 == 904 and sign == '+' and num2 == 201: print('904+201 = 1105') if num1 == 904 and sign == '+' and num2 == 202: print('904+202 = 1106') if num1 == 904 and sign == '+' and num2 == 203: print('904+203 = 1107') if num1 == 904 and sign == '+' and num2 == 204: print('904+204 = 1108') if num1 == 904 and sign == '+' and num2 == 205: print('904+205 = 1109') if num1 == 904 and sign == '+' and num2 == 206: print('904+206 = 1110') if num1 == 904 and sign == '+' and num2 == 207: print('904+207 = 1111') if num1 == 904 and sign == '+' and num2 == 208: print('904+208 = 1112') if num1 == 904 and sign == '+' and num2 == 209: print('904+209 = 1113') if num1 == 904 and sign == '+' and num2 == 210: print('904+210 = 1114') if num1 == 904 and sign == '+' and num2 == 211: print('904+211 = 1115') if num1 == 904 and sign == '+' and num2 == 212: print('904+212 = 1116') if num1 == 904 and sign == '+' and num2 == 213: print('904+213 = 1117') if num1 == 904 and sign == '+' and num2 == 214: print('904+214 = 1118') if num1 == 904 and sign == '+' and num2 == 215: print('904+215 = 1119') if num1 == 904 and sign == '+' and num2 == 216: print('904+216 = 1120') if num1 == 904 and sign == '+' and num2 == 217: print('904+217 = 1121') if num1 == 904 and sign == '+' and num2 == 218: print('904+218 = 1122') if num1 == 904 and sign == '+' and num2 == 219: print('904+219 = 1123') if num1 == 904 and sign == '+' and num2 == 220: print('904+220 = 1124') if num1 == 904 and sign == '+' and num2 == 221: print('904+221 = 1125') if num1 == 904 and sign == '+' and num2 == 222: print('904+222 = 1126') if num1 == 904 and sign == '+' and num2 == 223: print('904+223 = 1127') if num1 == 904 and sign == '+' and num2 == 224: print('904+224 = 1128') if num1 == 904 and sign == '+' and num2 == 225: print('904+225 = 1129') if num1 == 904 and sign == '+' and num2 == 226: print('904+226 = 1130') if num1 == 904 and sign == '+' and num2 == 227: print('904+227 = 1131') if num1 == 904 and sign == '+' and num2 == 228: print('904+228 = 1132') if num1 == 904 and sign == '+' and num2 == 229: print('904+229 = 1133') if num1 == 904 and sign == '+' and num2 == 230: print('904+230 = 1134') if num1 == 904 and sign == '+' and num2 == 231: print('904+231 = 1135') if num1 == 904 and sign == '+' and num2 == 232: print('904+232 = 1136') if num1 == 904 and sign == '+' and num2 == 233: print('904+233 = 1137') if num1 == 904 and sign == '+' and num2 == 234: print('904+234 = 1138') if num1 == 904 and sign == '+' and num2 == 235: print('904+235 = 1139') if num1 == 904 and sign == '+' and num2 == 236: print('904+236 = 1140') if num1 == 904 and sign == '+' and num2 == 237: print('904+237 = 1141') if num1 == 904 and sign == '+' and num2 == 238: print('904+238 = 1142') if num1 == 904 and sign == '+' and num2 == 239: print('904+239 = 1143') if num1 == 904 and sign == '+' and num2 == 240: print('904+240 = 1144') if num1 == 904 and sign == '+' and num2 == 241: print('904+241 = 1145') if num1 == 904 and sign == '+' and num2 == 242: print('904+242 = 1146') if num1 == 904 and sign == '+' and num2 == 243: print('904+243 = 1147') if num1 == 904 and sign == '+' and num2 == 244: print('904+244 = 1148') if num1 == 904 and sign == '+' and num2 == 245: print('904+245 = 1149') if num1 == 904 and sign == '+' and num2 == 246: print('904+246 = 1150') if num1 == 904 and sign == '+' and num2 == 247: print('904+247 = 1151') if num1 == 904 and sign == '+' and num2 == 248: print('904+248 = 1152') if num1 == 904 and sign == '+' and num2 == 249: print('904+249 = 1153') if num1 == 905 and sign == '+' and num2 == 200: print('905+200 = 1105') if num1 == 905 and sign == '+' and num2 == 201: print('905+201 = 1106') if num1 == 905 and sign == '+' and num2 == 202: print('905+202 = 1107') if num1 == 905 and sign == '+' and num2 == 203: print('905+203 = 1108') if num1 == 905 and sign == '+' and num2 == 204: print('905+204 = 1109') if num1 == 905 and sign == '+' and num2 == 205: print('905+205 = 1110') if num1 == 905 and sign == '+' and num2 == 206: print('905+206 = 1111') if num1 == 905 and sign == '+' and num2 == 207: print('905+207 = 1112') if num1 == 905 and sign == '+' and num2 == 208: print('905+208 = 1113') if num1 == 905 and sign == '+' and num2 == 209: print('905+209 = 1114') if num1 == 905 and sign == '+' and num2 == 210: print('905+210 = 1115') if num1 == 905 and sign == '+' and num2 == 211: print('905+211 = 1116') if num1 == 905 and sign == '+' and num2 == 212: print('905+212 = 1117') if num1 == 905 and sign == '+' and num2 == 213: print('905+213 = 1118') if num1 == 905 and sign == '+' and num2 == 214: print('905+214 = 1119') if num1 == 905 and sign == '+' and num2 == 215: print('905+215 = 1120') if num1 == 905 and sign == '+' and num2 == 216: print('905+216 = 1121') if num1 == 905 and sign == '+' and num2 == 217: print('905+217 = 1122') if num1 == 905 and sign == '+' and num2 == 218: print('905+218 = 1123') if num1 == 905 and sign == '+' and num2 == 219: print('905+219 = 1124') if num1 == 905 and sign == '+' and num2 == 220: print('905+220 = 1125') if num1 == 905 and sign == '+' and num2 == 221: print('905+221 = 1126') if num1 == 905 and sign == '+' and num2 == 222: print('905+222 = 1127') if num1 == 905 and sign == '+' and num2 == 223: print('905+223 = 1128') if num1 == 905 and sign == '+' and num2 == 224: print('905+224 = 1129') if num1 == 905 and sign == '+' and num2 == 225: print('905+225 = 1130') if num1 == 905 and sign == '+' and num2 == 226: print('905+226 = 1131') if num1 == 905 and sign == '+' and num2 == 227: print('905+227 = 1132') if num1 == 905 and sign == '+' and num2 == 228: print('905+228 = 1133') if num1 == 905 and sign == '+' and num2 == 229: print('905+229 = 1134') if num1 == 905 and sign == '+' and num2 == 230: print('905+230 = 1135') if num1 == 905 and sign == '+' and num2 == 231: print('905+231 = 1136') if num1 == 905 and sign == '+' and num2 == 232: print('905+232 = 1137') if num1 == 905 and sign == '+' and num2 == 233: print('905+233 = 1138') if num1 == 905 and sign == '+' and num2 == 234: print('905+234 = 1139') if num1 == 905 and sign == '+' and num2 == 235: print('905+235 = 1140') if num1 == 905 and sign == '+' and num2 == 236: print('905+236 = 1141') if num1 == 905 and sign == '+' and num2 == 237: print('905+237 = 1142') if num1 == 905 and sign == '+' and num2 == 238: print('905+238 = 1143') if num1 == 905 and sign == '+' and num2 == 239: print('905+239 = 1144') if num1 == 905 and sign == '+' and num2 == 240: print('905+240 = 1145') if num1 == 905 and sign == '+' and num2 == 241: print('905+241 = 1146') if num1 == 905 and sign == '+' and num2 == 242: print('905+242 = 1147') if num1 == 905 and sign == '+' and num2 == 243: print('905+243 = 1148') if num1 == 905 and sign == '+' and num2 == 244: print('905+244 = 1149') if num1 == 905 and sign == '+' and num2 == 245: print('905+245 = 1150') if num1 == 905 and sign == '+' and num2 == 246: print('905+246 = 1151') if num1 == 905 and sign == '+' and num2 == 247: print('905+247 = 1152') if num1 == 905 and sign == '+' and num2 == 248: print('905+248 = 1153') if num1 == 905 and sign == '+' and num2 == 249: print('905+249 = 1154') if num1 == 906 and sign == '+' and num2 == 200: print('906+200 = 1106') if num1 == 906 and sign == '+' and num2 == 201: print('906+201 = 1107') if num1 == 906 and sign == '+' and num2 == 202: print('906+202 = 1108') if num1 == 906 and sign == '+' and num2 == 203: print('906+203 = 1109') if num1 == 906 and sign == '+' and num2 == 204: print('906+204 = 1110') if num1 == 906 and sign == '+' and num2 == 205: print('906+205 = 1111') if num1 == 906 and sign == '+' and num2 == 206: print('906+206 = 1112') if num1 == 906 and sign == '+' and num2 == 207: print('906+207 = 1113') if num1 == 906 and sign == '+' and num2 == 208: print('906+208 = 1114') if num1 == 906 and sign == '+' and num2 == 209: print('906+209 = 1115') if num1 == 906 and sign == '+' and num2 == 210: print('906+210 = 1116') if num1 == 906 and sign == '+' and num2 == 211: print('906+211 = 1117') if num1 == 906 and sign == '+' and num2 == 212: print('906+212 = 1118') if num1 == 906 and sign == '+' and num2 == 213: print('906+213 = 1119') if num1 == 906 and sign == '+' and num2 == 214: print('906+214 = 1120') if num1 == 906 and sign == '+' and num2 == 215: print('906+215 = 1121') if num1 == 906 and sign == '+' and num2 == 216: print('906+216 = 1122') if num1 == 906 and sign == '+' and num2 == 217: print('906+217 = 1123') if num1 == 906 and sign == '+' and num2 == 218: print('906+218 = 1124') if num1 == 906 and sign == '+' and num2 == 219: print('906+219 = 1125') if num1 == 906 and sign == '+' and num2 == 220: print('906+220 = 1126') if num1 == 906 and sign == '+' and num2 == 221: print('906+221 = 1127') if num1 == 906 and sign == '+' and num2 == 222: print('906+222 = 1128') if num1 == 906 and sign == '+' and num2 == 223: print('906+223 = 1129') if num1 == 906 and sign == '+' and num2 == 224: print('906+224 = 1130') if num1 == 906 and sign == '+' and num2 == 225: print('906+225 = 1131') if num1 == 906 and sign == '+' and num2 == 226: print('906+226 = 1132') if num1 == 906 and sign == '+' and num2 == 227: print('906+227 = 1133') if num1 == 906 and sign == '+' and num2 == 228: print('906+228 = 1134') if num1 == 906 and sign == '+' and num2 == 229: print('906+229 = 1135') if num1 == 906 and sign == '+' and num2 == 230: print('906+230 = 1136') if num1 == 906 and sign == '+' and num2 == 231: print('906+231 = 1137') if num1 == 906 and sign == '+' and num2 == 232: print('906+232 = 1138') if num1 == 906 and sign == '+' and num2 == 233: print('906+233 = 1139') if num1 == 906 and sign == '+' and num2 == 234: print('906+234 = 1140') if num1 == 906 and sign == '+' and num2 == 235: print('906+235 = 1141') if num1 == 906 and sign == '+' and num2 == 236: print('906+236 = 1142') if num1 == 906 and sign == '+' and num2 == 237: print('906+237 = 1143') if num1 == 906 and sign == '+' and num2 == 238: print('906+238 = 1144') if num1 == 906 and sign == '+' and num2 == 239: print('906+239 = 1145') if num1 == 906 and sign == '+' and num2 == 240: print('906+240 = 1146') if num1 == 906 and sign == '+' and num2 == 241: print('906+241 = 1147') if num1 == 906 and sign == '+' and num2 == 242: print('906+242 = 1148') if num1 == 906 and sign == '+' and num2 == 243: print('906+243 = 1149') if num1 == 906 and sign == '+' and num2 == 244: print('906+244 = 1150') if num1 == 906 and sign == '+' and num2 == 245: print('906+245 = 1151') if num1 == 906 and sign == '+' and num2 == 246: print('906+246 = 1152') if num1 == 906 and sign == '+' and num2 == 247: print('906+247 = 1153') if num1 == 906 and sign == '+' and num2 == 248: print('906+248 = 1154') if num1 == 906 and sign == '+' and num2 == 249: print('906+249 = 1155') if num1 == 907 and sign == '+' and num2 == 200: print('907+200 = 1107') if num1 == 907 and sign == '+' and num2 == 201: print('907+201 = 1108') if num1 == 907 and sign == '+' and num2 == 202: print('907+202 = 1109') if num1 == 907 and sign == '+' and num2 == 203: print('907+203 = 1110') if num1 == 907 and sign == '+' and num2 == 204: print('907+204 = 1111') if num1 == 907 and sign == '+' and num2 == 205: print('907+205 = 1112') if num1 == 907 and sign == '+' and num2 == 206: print('907+206 = 1113') if num1 == 907 and sign == '+' and num2 == 207: print('907+207 = 1114') if num1 == 907 and sign == '+' and num2 == 208: print('907+208 = 1115') if num1 == 907 and sign == '+' and num2 == 209: print('907+209 = 1116') if num1 == 907 and sign == '+' and num2 == 210: print('907+210 = 1117') if num1 == 907 and sign == '+' and num2 == 211: print('907+211 = 1118') if num1 == 907 and sign == '+' and num2 == 212: print('907+212 = 1119') if num1 == 907 and sign == '+' and num2 == 213: print('907+213 = 1120') if num1 == 907 and sign == '+' and num2 == 214: print('907+214 = 1121') if num1 == 907 and sign == '+' and num2 == 215: print('907+215 = 1122') if num1 == 907 and sign == '+' and num2 == 216: print('907+216 = 1123') if num1 == 907 and sign == '+' and num2 == 217: print('907+217 = 1124') if num1 == 907 and sign == '+' and num2 == 218: print('907+218 = 1125') if num1 == 907 and sign == '+' and num2 == 219: print('907+219 = 1126') if num1 == 907 and sign == '+' and num2 == 220: print('907+220 = 1127') if num1 == 907 and sign == '+' and num2 == 221: print('907+221 = 1128') if num1 == 907 and sign == '+' and num2 == 222: print('907+222 = 1129') if num1 == 907 and sign == '+' and num2 == 223: print('907+223 = 1130') if num1 == 907 and sign == '+' and num2 == 224: print('907+224 = 1131') if num1 == 907 and sign == '+' and num2 == 225: print('907+225 = 1132') if num1 == 907 and sign == '+' and num2 == 226: print('907+226 = 1133') if num1 == 907 and sign == '+' and num2 == 227: print('907+227 = 1134') if num1 == 907 and sign == '+' and num2 == 228: print('907+228 = 1135') if num1 == 907 and sign == '+' and num2 == 229: print('907+229 = 1136') if num1 == 907 and sign == '+' and num2 == 230: print('907+230 = 1137') if num1 == 907 and sign == '+' and num2 == 231: print('907+231 = 1138') if num1 == 907 and sign == '+' and num2 == 232: print('907+232 = 1139') if num1 == 907 and sign == '+' and num2 == 233: print('907+233 = 1140') if num1 == 907 and sign == '+' and num2 == 234: print('907+234 = 1141') if num1 == 907 and sign == '+' and num2 == 235: print('907+235 = 1142') if num1 == 907 and sign == '+' and num2 == 236: print('907+236 = 1143') if num1 == 907 and sign == '+' and num2 == 237: print('907+237 = 1144') if num1 == 907 and sign == '+' and num2 == 238: print('907+238 = 1145') if num1 == 907 and sign == '+' and num2 == 239: print('907+239 = 1146') if num1 == 907 and sign == '+' and num2 == 240: print('907+240 = 1147') if num1 == 907 and sign == '+' and num2 == 241: print('907+241 = 1148') if num1 == 907 and sign == '+' and num2 == 242: print('907+242 = 1149') if num1 == 907 and sign == '+' and num2 == 243: print('907+243 = 1150') if num1 == 907 and sign == '+' and num2 == 244: print('907+244 = 1151') if num1 == 907 and sign == '+' and num2 == 245: print('907+245 = 1152') if num1 == 907 and sign == '+' and num2 == 246: print('907+246 = 1153') if num1 == 907 and sign == '+' and num2 == 247: print('907+247 = 1154') if num1 == 907 and sign == '+' and num2 == 248: print('907+248 = 1155') if num1 == 907 and sign == '+' and num2 == 249: print('907+249 = 1156') if num1 == 908 and sign == '+' and num2 == 200: print('908+200 = 1108') if num1 == 908 and sign == '+' and num2 == 201: print('908+201 = 1109') if num1 == 908 and sign == '+' and num2 == 202: print('908+202 = 1110') if num1 == 908 and sign == '+' and num2 == 203: print('908+203 = 1111') if num1 == 908 and sign == '+' and num2 == 204: print('908+204 = 1112') if num1 == 908 and sign == '+' and num2 == 205: print('908+205 = 1113') if num1 == 908 and sign == '+' and num2 == 206: print('908+206 = 1114') if num1 == 908 and sign == '+' and num2 == 207: print('908+207 = 1115') if num1 == 908 and sign == '+' and num2 == 208: print('908+208 = 1116') if num1 == 908 and sign == '+' and num2 == 209: print('908+209 = 1117') if num1 == 908 and sign == '+' and num2 == 210: print('908+210 = 1118') if num1 == 908 and sign == '+' and num2 == 211: print('908+211 = 1119') if num1 == 908 and sign == '+' and num2 == 212: print('908+212 = 1120') if num1 == 908 and sign == '+' and num2 == 213: print('908+213 = 1121') if num1 == 908 and sign == '+' and num2 == 214: print('908+214 = 1122') if num1 == 908 and sign == '+' and num2 == 215: print('908+215 = 1123') if num1 == 908 and sign == '+' and num2 == 216: print('908+216 = 1124') if num1 == 908 and sign == '+' and num2 == 217: print('908+217 = 1125') if num1 == 908 and sign == '+' and num2 == 218: print('908+218 = 1126') if num1 == 908 and sign == '+' and num2 == 219: print('908+219 = 1127') if num1 == 908 and sign == '+' and num2 == 220: print('908+220 = 1128') if num1 == 908 and sign == '+' and num2 == 221: print('908+221 = 1129') if num1 == 908 and sign == '+' and num2 == 222: print('908+222 = 1130') if num1 == 908 and sign == '+' and num2 == 223: print('908+223 = 1131') if num1 == 908 and sign == '+' and num2 == 224: print('908+224 = 1132') if num1 == 908 and sign == '+' and num2 == 225: print('908+225 = 1133') if num1 == 908 and sign == '+' and num2 == 226: print('908+226 = 1134') if num1 == 908 and sign == '+' and num2 == 227: print('908+227 = 1135') if num1 == 908 and sign == '+' and num2 == 228: print('908+228 = 1136') if num1 == 908 and sign == '+' and num2 == 229: print('908+229 = 1137') if num1 == 908 and sign == '+' and num2 == 230: print('908+230 = 1138') if num1 == 908 and sign == '+' and num2 == 231: print('908+231 = 1139') if num1 == 908 and sign == '+' and num2 == 232: print('908+232 = 1140') if num1 == 908 and sign == '+' and num2 == 233: print('908+233 = 1141') if num1 == 908 and sign == '+' and num2 == 234: print('908+234 = 1142') if num1 == 908 and sign == '+' and num2 == 235: print('908+235 = 1143') if num1 == 908 and sign == '+' and num2 == 236: print('908+236 = 1144') if num1 == 908 and sign == '+' and num2 == 237: print('908+237 = 1145') if num1 == 908 and sign == '+' and num2 == 238: print('908+238 = 1146') if num1 == 908 and sign == '+' and num2 == 239: print('908+239 = 1147') if num1 == 908 and sign == '+' and num2 == 240: print('908+240 = 1148') if num1 == 908 and sign == '+' and num2 == 241: print('908+241 = 1149') if num1 == 908 and sign == '+' and num2 == 242: print('908+242 = 1150') if num1 == 908 and sign == '+' and num2 == 243: print('908+243 = 1151') if num1 == 908 and sign == '+' and num2 == 244: print('908+244 = 1152') if num1 == 908 and sign == '+' and num2 == 245: print('908+245 = 1153') if num1 == 908 and sign == '+' and num2 == 246: print('908+246 = 1154') if num1 == 908 and sign == '+' and num2 == 247: print('908+247 = 1155') if num1 == 908 and sign == '+' and num2 == 248: print('908+248 = 1156') if num1 == 908 and sign == '+' and num2 == 249: print('908+249 = 1157') if num1 == 909 and sign == '+' and num2 == 200: print('909+200 = 1109') if num1 == 909 and sign == '+' and num2 == 201: print('909+201 = 1110') if num1 == 909 and sign == '+' and num2 == 202: print('909+202 = 1111') if num1 == 909 and sign == '+' and num2 == 203: print('909+203 = 1112') if num1 == 909 and sign == '+' and num2 == 204: print('909+204 = 1113') if num1 == 909 and sign == '+' and num2 == 205: print('909+205 = 1114') if num1 == 909 and sign == '+' and num2 == 206: print('909+206 = 1115') if num1 == 909 and sign == '+' and num2 == 207: print('909+207 = 1116') if num1 == 909 and sign == '+' and num2 == 208: print('909+208 = 1117') if num1 == 909 and sign == '+' and num2 == 209: print('909+209 = 1118') if num1 == 909 and sign == '+' and num2 == 210: print('909+210 = 1119') if num1 == 909 and sign == '+' and num2 == 211: print('909+211 = 1120') if num1 == 909 and sign == '+' and num2 == 212: print('909+212 = 1121') if num1 == 909 and sign == '+' and num2 == 213: print('909+213 = 1122') if num1 == 909 and sign == '+' and num2 == 214: print('909+214 = 1123') if num1 == 909 and sign == '+' and num2 == 215: print('909+215 = 1124') if num1 == 909 and sign == '+' and num2 == 216: print('909+216 = 1125') if num1 == 909 and sign == '+' and num2 == 217: print('909+217 = 1126') if num1 == 909 and sign == '+' and num2 == 218: print('909+218 = 1127') if num1 == 909 and sign == '+' and num2 == 219: print('909+219 = 1128') if num1 == 909 and sign == '+' and num2 == 220: print('909+220 = 1129') if num1 == 909 and sign == '+' and num2 == 221: print('909+221 = 1130') if num1 == 909 and sign == '+' and num2 == 222: print('909+222 = 1131') if num1 == 909 and sign == '+' and num2 == 223: print('909+223 = 1132') if num1 == 909 and sign == '+' and num2 == 224: print('909+224 = 1133') if num1 == 909 and sign == '+' and num2 == 225: print('909+225 = 1134') if num1 == 909 and sign == '+' and num2 == 226: print('909+226 = 1135') if num1 == 909 and sign == '+' and num2 == 227: print('909+227 = 1136') if num1 == 909 and sign == '+' and num2 == 228: print('909+228 = 1137') if num1 == 909 and sign == '+' and num2 == 229: print('909+229 = 1138') if num1 == 909 and sign == '+' and num2 == 230: print('909+230 = 1139') if num1 == 909 and sign == '+' and num2 == 231: print('909+231 = 1140') if num1 == 909 and sign == '+' and num2 == 232: print('909+232 = 1141') if num1 == 909 and sign == '+' and num2 == 233: print('909+233 = 1142') if num1 == 909 and sign == '+' and num2 == 234: print('909+234 = 1143') if num1 == 909 and sign == '+' and num2 == 235: print('909+235 = 1144') if num1 == 909 and sign == '+' and num2 == 236: print('909+236 = 1145') if num1 == 909 and sign == '+' and num2 == 237: print('909+237 = 1146') if num1 == 909 and sign == '+' and num2 == 238: print('909+238 = 1147') if num1 == 909 and sign == '+' and num2 == 239: print('909+239 = 1148') if num1 == 909 and sign == '+' and num2 == 240: print('909+240 = 1149') if num1 == 909 and sign == '+' and num2 == 241: print('909+241 = 1150') if num1 == 909 and sign == '+' and num2 == 242: print('909+242 = 1151') if num1 == 909 and sign == '+' and num2 == 243: print('909+243 = 1152') if num1 == 909 and sign == '+' and num2 == 244: print('909+244 = 1153') if num1 == 909 and sign == '+' and num2 == 245: print('909+245 = 1154') if num1 == 909 and sign == '+' and num2 == 246: print('909+246 = 1155') if num1 == 909 and sign == '+' and num2 == 247: print('909+247 = 1156') if num1 == 909 and sign == '+' and num2 == 248: print('909+248 = 1157') if num1 == 909 and sign == '+' and num2 == 249: print('909+249 = 1158') if num1 == 910 and sign == '+' and num2 == 200: print('910+200 = 1110') if num1 == 910 and sign == '+' and num2 == 201: print('910+201 = 1111') if num1 == 910 and sign == '+' and num2 == 202: print('910+202 = 1112') if num1 == 910 and sign == '+' and num2 == 203: print('910+203 = 1113') if num1 == 910 and sign == '+' and num2 == 204: print('910+204 = 1114') if num1 == 910 and sign == '+' and num2 == 205: print('910+205 = 1115') if num1 == 910 and sign == '+' and num2 == 206: print('910+206 = 1116') if num1 == 910 and sign == '+' and num2 == 207: print('910+207 = 1117') if num1 == 910 and sign == '+' and num2 == 208: print('910+208 = 1118') if num1 == 910 and sign == '+' and num2 == 209: print('910+209 = 1119') if num1 == 910 and sign == '+' and num2 == 210: print('910+210 = 1120') if num1 == 910 and sign == '+' and num2 == 211: print('910+211 = 1121') if num1 == 910 and sign == '+' and num2 == 212: print('910+212 = 1122') if num1 == 910 and sign == '+' and num2 == 213: print('910+213 = 1123') if num1 == 910 and sign == '+' and num2 == 214: print('910+214 = 1124') if num1 == 910 and sign == '+' and num2 == 215: print('910+215 = 1125') if num1 == 910 and sign == '+' and num2 == 216: print('910+216 = 1126') if num1 == 910 and sign == '+' and num2 == 217: print('910+217 = 1127') if num1 == 910 and sign == '+' and num2 == 218: print('910+218 = 1128') if num1 == 910 and sign == '+' and num2 == 219: print('910+219 = 1129') if num1 == 910 and sign == '+' and num2 == 220: print('910+220 = 1130') if num1 == 910 and sign == '+' and num2 == 221: print('910+221 = 1131') if num1 == 910 and sign == '+' and num2 == 222: print('910+222 = 1132') if num1 == 910 and sign == '+' and num2 == 223: print('910+223 = 1133') if num1 == 910 and sign == '+' and num2 == 224: print('910+224 = 1134') if num1 == 910 and sign == '+' and num2 == 225: print('910+225 = 1135') if num1 == 910 and sign == '+' and num2 == 226: print('910+226 = 1136') if num1 == 910 and sign == '+' and num2 == 227: print('910+227 = 1137') if num1 == 910 and sign == '+' and num2 == 228: print('910+228 = 1138') if num1 == 910 and sign == '+' and num2 == 229: print('910+229 = 1139') if num1 == 910 and sign == '+' and num2 == 230: print('910+230 = 1140') if num1 == 910 and sign == '+' and num2 == 231: print('910+231 = 1141') if num1 == 910 and sign == '+' and num2 == 232: print('910+232 = 1142') if num1 == 910 and sign == '+' and num2 == 233: print('910+233 = 1143') if num1 == 910 and sign == '+' and num2 == 234: print('910+234 = 1144') if num1 == 910 and sign == '+' and num2 == 235: print('910+235 = 1145') if num1 == 910 and sign == '+' and num2 == 236: print('910+236 = 1146') if num1 == 910 and sign == '+' and num2 == 237: print('910+237 = 1147') if num1 == 910 and sign == '+' and num2 == 238: print('910+238 = 1148') if num1 == 910 and sign == '+' and num2 == 239: print('910+239 = 1149') if num1 == 910 and sign == '+' and num2 == 240: print('910+240 = 1150') if num1 == 910 and sign == '+' and num2 == 241: print('910+241 = 1151') if num1 == 910 and sign == '+' and num2 == 242: print('910+242 = 1152') if num1 == 910 and sign == '+' and num2 == 243: print('910+243 = 1153') if num1 == 910 and sign == '+' and num2 == 244: print('910+244 = 1154') if num1 == 910 and sign == '+' and num2 == 245: print('910+245 = 1155') if num1 == 910 and sign == '+' and num2 == 246: print('910+246 = 1156') if num1 == 910 and sign == '+' and num2 == 247: print('910+247 = 1157') if num1 == 910 and sign == '+' and num2 == 248: print('910+248 = 1158') if num1 == 910 and sign == '+' and num2 == 249: print('910+249 = 1159') if num1 == 911 and sign == '+' and num2 == 200: print('911+200 = 1111') if num1 == 911 and sign == '+' and num2 == 201: print('911+201 = 1112') if num1 == 911 and sign == '+' and num2 == 202: print('911+202 = 1113') if num1 == 911 and sign == '+' and num2 == 203: print('911+203 = 1114') if num1 == 911 and sign == '+' and num2 == 204: print('911+204 = 1115') if num1 == 911 and sign == '+' and num2 == 205: print('911+205 = 1116') if num1 == 911 and sign == '+' and num2 == 206: print('911+206 = 1117') if num1 == 911 and sign == '+' and num2 == 207: print('911+207 = 1118') if num1 == 911 and sign == '+' and num2 == 208: print('911+208 = 1119') if num1 == 911 and sign == '+' and num2 == 209: print('911+209 = 1120') if num1 == 911 and sign == '+' and num2 == 210: print('911+210 = 1121') if num1 == 911 and sign == '+' and num2 == 211: print('911+211 = 1122') if num1 == 911 and sign == '+' and num2 == 212: print('911+212 = 1123') if num1 == 911 and sign == '+' and num2 == 213: print('911+213 = 1124') if num1 == 911 and sign == '+' and num2 == 214: print('911+214 = 1125') if num1 == 911 and sign == '+' and num2 == 215: print('911+215 = 1126') if num1 == 911 and sign == '+' and num2 == 216: print('911+216 = 1127') if num1 == 911 and sign == '+' and num2 == 217: print('911+217 = 1128') if num1 == 911 and sign == '+' and num2 == 218: print('911+218 = 1129') if num1 == 911 and sign == '+' and num2 == 219: print('911+219 = 1130') if num1 == 911 and sign == '+' and num2 == 220: print('911+220 = 1131') if num1 == 911 and sign == '+' and num2 == 221: print('911+221 = 1132') if num1 == 911 and sign == '+' and num2 == 222: print('911+222 = 1133') if num1 == 911 and sign == '+' and num2 == 223: print('911+223 = 1134') if num1 == 911 and sign == '+' and num2 == 224: print('911+224 = 1135') if num1 == 911 and sign == '+' and num2 == 225: print('911+225 = 1136') if num1 == 911 and sign == '+' and num2 == 226: print('911+226 = 1137') if num1 == 911 and sign == '+' and num2 == 227: print('911+227 = 1138') if num1 == 911 and sign == '+' and num2 == 228: print('911+228 = 1139') if num1 == 911 and sign == '+' and num2 == 229: print('911+229 = 1140') if num1 == 911 and sign == '+' and num2 == 230: print('911+230 = 1141') if num1 == 911 and sign == '+' and num2 == 231: print('911+231 = 1142') if num1 == 911 and sign == '+' and num2 == 232: print('911+232 = 1143') if num1 == 911 and sign == '+' and num2 == 233: print('911+233 = 1144') if num1 == 911 and sign == '+' and num2 == 234: print('911+234 = 1145') if num1 == 911 and sign == '+' and num2 == 235: print('911+235 = 1146') if num1 == 911 and sign == '+' and num2 == 236: print('911+236 = 1147') if num1 == 911 and sign == '+' and num2 == 237: print('911+237 = 1148') if num1 == 911 and sign == '+' and num2 == 238: print('911+238 = 1149') if num1 == 911 and sign == '+' and num2 == 239: print('911+239 = 1150') if num1 == 911 and sign == '+' and num2 == 240: print('911+240 = 1151') if num1 == 911 and sign == '+' and num2 == 241: print('911+241 = 1152') if num1 == 911 and sign == '+' and num2 == 242: print('911+242 = 1153') if num1 == 911 and sign == '+' and num2 == 243: print('911+243 = 1154') if num1 == 911 and sign == '+' and num2 == 244: print('911+244 = 1155') if num1 == 911 and sign == '+' and num2 == 245: print('911+245 = 1156') if num1 == 911 and sign == '+' and num2 == 246: print('911+246 = 1157') if num1 == 911 and sign == '+' and num2 == 247: print('911+247 = 1158') if num1 == 911 and sign == '+' and num2 == 248: print('911+248 = 1159') if num1 == 911 and sign == '+' and num2 == 249: print('911+249 = 1160') if num1 == 912 and sign == '+' and num2 == 200: print('912+200 = 1112') if num1 == 912 and sign == '+' and num2 == 201: print('912+201 = 1113') if num1 == 912 and sign == '+' and num2 == 202: print('912+202 = 1114') if num1 == 912 and sign == '+' and num2 == 203: print('912+203 = 1115') if num1 == 912 and sign == '+' and num2 == 204: print('912+204 = 1116') if num1 == 912 and sign == '+' and num2 == 205: print('912+205 = 1117') if num1 == 912 and sign == '+' and num2 == 206: print('912+206 = 1118') if num1 == 912 and sign == '+' and num2 == 207: print('912+207 = 1119') if num1 == 912 and sign == '+' and num2 == 208: print('912+208 = 1120') if num1 == 912 and sign == '+' and num2 == 209: print('912+209 = 1121') if num1 == 912 and sign == '+' and num2 == 210: print('912+210 = 1122') if num1 == 912 and sign == '+' and num2 == 211: print('912+211 = 1123') if num1 == 912 and sign == '+' and num2 == 212: print('912+212 = 1124') if num1 == 912 and sign == '+' and num2 == 213: print('912+213 = 1125') if num1 == 912 and sign == '+' and num2 == 214: print('912+214 = 1126') if num1 == 912 and sign == '+' and num2 == 215: print('912+215 = 1127') if num1 == 912 and sign == '+' and num2 == 216: print('912+216 = 1128') if num1 == 912 and sign == '+' and num2 == 217: print('912+217 = 1129') if num1 == 912 and sign == '+' and num2 == 218: print('912+218 = 1130') if num1 == 912 and sign == '+' and num2 == 219: print('912+219 = 1131') if num1 == 912 and sign == '+' and num2 == 220: print('912+220 = 1132') if num1 == 912 and sign == '+' and num2 == 221: print('912+221 = 1133') if num1 == 912 and sign == '+' and num2 == 222: print('912+222 = 1134') if num1 == 912 and sign == '+' and num2 == 223: print('912+223 = 1135') if num1 == 912 and sign == '+' and num2 == 224: print('912+224 = 1136') if num1 == 912 and sign == '+' and num2 == 225: print('912+225 = 1137') if num1 == 912 and sign == '+' and num2 == 226: print('912+226 = 1138') if num1 == 912 and sign == '+' and num2 == 227: print('912+227 = 1139') if num1 == 912 and sign == '+' and num2 == 228: print('912+228 = 1140') if num1 == 912 and sign == '+' and num2 == 229: print('912+229 = 1141') if num1 == 912 and sign == '+' and num2 == 230: print('912+230 = 1142') if num1 == 912 and sign == '+' and num2 == 231: print('912+231 = 1143') if num1 == 912 and sign == '+' and num2 == 232: print('912+232 = 1144') if num1 == 912 and sign == '+' and num2 == 233: print('912+233 = 1145') if num1 == 912 and sign == '+' and num2 == 234: print('912+234 = 1146') if num1 == 912 and sign == '+' and num2 == 235: print('912+235 = 1147') if num1 == 912 and sign == '+' and num2 == 236: print('912+236 = 1148') if num1 == 912 and sign == '+' and num2 == 237: print('912+237 = 1149') if num1 == 912 and sign == '+' and num2 == 238: print('912+238 = 1150') if num1 == 912 and sign == '+' and num2 == 239: print('912+239 = 1151') if num1 == 912 and sign == '+' and num2 == 240: print('912+240 = 1152') if num1 == 912 and sign == '+' and num2 == 241: print('912+241 = 1153') if num1 == 912 and sign == '+' and num2 == 242: print('912+242 = 1154') if num1 == 912 and sign == '+' and num2 == 243: print('912+243 = 1155') if num1 == 912 and sign == '+' and num2 == 244: print('912+244 = 1156') if num1 == 912 and sign == '+' and num2 == 245: print('912+245 = 1157') if num1 == 912 and sign == '+' and num2 == 246: print('912+246 = 1158') if num1 == 912 and sign == '+' and num2 == 247: print('912+247 = 1159') if num1 == 912 and sign == '+' and num2 == 248: print('912+248 = 1160') if num1 == 912 and sign == '+' and num2 == 249: print('912+249 = 1161') if num1 == 913 and sign == '+' and num2 == 200: print('913+200 = 1113') if num1 == 913 and sign == '+' and num2 == 201: print('913+201 = 1114') if num1 == 913 and sign == '+' and num2 == 202: print('913+202 = 1115') if num1 == 913 and sign == '+' and num2 == 203: print('913+203 = 1116') if num1 == 913 and sign == '+' and num2 == 204: print('913+204 = 1117') if num1 == 913 and sign == '+' and num2 == 205: print('913+205 = 1118') if num1 == 913 and sign == '+' and num2 == 206: print('913+206 = 1119') if num1 == 913 and sign == '+' and num2 == 207: print('913+207 = 1120') if num1 == 913 and sign == '+' and num2 == 208: print('913+208 = 1121') if num1 == 913 and sign == '+' and num2 == 209: print('913+209 = 1122') if num1 == 913 and sign == '+' and num2 == 210: print('913+210 = 1123') if num1 == 913 and sign == '+' and num2 == 211: print('913+211 = 1124') if num1 == 913 and sign == '+' and num2 == 212: print('913+212 = 1125') if num1 == 913 and sign == '+' and num2 == 213: print('913+213 = 1126') if num1 == 913 and sign == '+' and num2 == 214: print('913+214 = 1127') if num1 == 913 and sign == '+' and num2 == 215: print('913+215 = 1128') if num1 == 913 and sign == '+' and num2 == 216: print('913+216 = 1129') if num1 == 913 and sign == '+' and num2 == 217: print('913+217 = 1130') if num1 == 913 and sign == '+' and num2 == 218: print('913+218 = 1131') if num1 == 913 and sign == '+' and num2 == 219: print('913+219 = 1132') if num1 == 913 and sign == '+' and num2 == 220: print('913+220 = 1133') if num1 == 913 and sign == '+' and num2 == 221: print('913+221 = 1134') if num1 == 913 and sign == '+' and num2 == 222: print('913+222 = 1135') if num1 == 913 and sign == '+' and num2 == 223: print('913+223 = 1136') if num1 == 913 and sign == '+' and num2 == 224: print('913+224 = 1137') if num1 == 913 and sign == '+' and num2 == 225: print('913+225 = 1138') if num1 == 913 and sign == '+' and num2 == 226: print('913+226 = 1139') if num1 == 913 and sign == '+' and num2 == 227: print('913+227 = 1140') if num1 == 913 and sign == '+' and num2 == 228: print('913+228 = 1141') if num1 == 913 and sign == '+' and num2 == 229: print('913+229 = 1142') if num1 == 913 and sign == '+' and num2 == 230: print('913+230 = 1143') if num1 == 913 and sign == '+' and num2 == 231: print('913+231 = 1144') if num1 == 913 and sign == '+' and num2 == 232: print('913+232 = 1145') if num1 == 913 and sign == '+' and num2 == 233: print('913+233 = 1146') if num1 == 913 and sign == '+' and num2 == 234: print('913+234 = 1147') if num1 == 913 and sign == '+' and num2 == 235: print('913+235 = 1148') if num1 == 913 and sign == '+' and num2 == 236: print('913+236 = 1149') if num1 == 913 and sign == '+' and num2 == 237: print('913+237 = 1150') if num1 == 913 and sign == '+' and num2 == 238: print('913+238 = 1151') if num1 == 913 and sign == '+' and num2 == 239: print('913+239 = 1152') if num1 == 913 and sign == '+' and num2 == 240: print('913+240 = 1153') if num1 == 913 and sign == '+' and num2 == 241: print('913+241 = 1154') if num1 == 913 and sign == '+' and num2 == 242: print('913+242 = 1155') if num1 == 913 and sign == '+' and num2 == 243: print('913+243 = 1156') if num1 == 913 and sign == '+' and num2 == 244: print('913+244 = 1157') if num1 == 913 and sign == '+' and num2 == 245: print('913+245 = 1158') if num1 == 913 and sign == '+' and num2 == 246: print('913+246 = 1159') if num1 == 913 and sign == '+' and num2 == 247: print('913+247 = 1160') if num1 == 913 and sign == '+' and num2 == 248: print('913+248 = 1161') if num1 == 913 and sign == '+' and num2 == 249: print('913+249 = 1162') if num1 == 914 and sign == '+' and num2 == 200: print('914+200 = 1114') if num1 == 914 and sign == '+' and num2 == 201: print('914+201 = 1115') if num1 == 914 and sign == '+' and num2 == 202: print('914+202 = 1116') if num1 == 914 and sign == '+' and num2 == 203: print('914+203 = 1117') if num1 == 914 and sign == '+' and num2 == 204: print('914+204 = 1118') if num1 == 914 and sign == '+' and num2 == 205: print('914+205 = 1119') if num1 == 914 and sign == '+' and num2 == 206: print('914+206 = 1120') if num1 == 914 and sign == '+' and num2 == 207: print('914+207 = 1121') if num1 == 914 and sign == '+' and num2 == 208: print('914+208 = 1122') if num1 == 914 and sign == '+' and num2 == 209: print('914+209 = 1123') if num1 == 914 and sign == '+' and num2 == 210: print('914+210 = 1124') if num1 == 914 and sign == '+' and num2 == 211: print('914+211 = 1125') if num1 == 914 and sign == '+' and num2 == 212: print('914+212 = 1126') if num1 == 914 and sign == '+' and num2 == 213: print('914+213 = 1127') if num1 == 914 and sign == '+' and num2 == 214: print('914+214 = 1128') if num1 == 914 and sign == '+' and num2 == 215: print('914+215 = 1129') if num1 == 914 and sign == '+' and num2 == 216: print('914+216 = 1130') if num1 == 914 and sign == '+' and num2 == 217: print('914+217 = 1131') if num1 == 914 and sign == '+' and num2 == 218: print('914+218 = 1132') if num1 == 914 and sign == '+' and num2 == 219: print('914+219 = 1133') if num1 == 914 and sign == '+' and num2 == 220: print('914+220 = 1134') if num1 == 914 and sign == '+' and num2 == 221: print('914+221 = 1135') if num1 == 914 and sign == '+' and num2 == 222: print('914+222 = 1136') if num1 == 914 and sign == '+' and num2 == 223: print('914+223 = 1137') if num1 == 914 and sign == '+' and num2 == 224: print('914+224 = 1138') if num1 == 914 and sign == '+' and num2 == 225: print('914+225 = 1139') if num1 == 914 and sign == '+' and num2 == 226: print('914+226 = 1140') if num1 == 914 and sign == '+' and num2 == 227: print('914+227 = 1141') if num1 == 914 and sign == '+' and num2 == 228: print('914+228 = 1142') if num1 == 914 and sign == '+' and num2 == 229: print('914+229 = 1143') if num1 == 914 and sign == '+' and num2 == 230: print('914+230 = 1144') if num1 == 914 and sign == '+' and num2 == 231: print('914+231 = 1145') if num1 == 914 and sign == '+' and num2 == 232: print('914+232 = 1146') if num1 == 914 and sign == '+' and num2 == 233: print('914+233 = 1147') if num1 == 914 and sign == '+' and num2 == 234: print('914+234 = 1148') if num1 == 914 and sign == '+' and num2 == 235: print('914+235 = 1149') if num1 == 914 and sign == '+' and num2 == 236: print('914+236 = 1150') if num1 == 914 and sign == '+' and num2 == 237: print('914+237 = 1151') if num1 == 914 and sign == '+' and num2 == 238: print('914+238 = 1152') if num1 == 914 and sign == '+' and num2 == 239: print('914+239 = 1153') if num1 == 914 and sign == '+' and num2 == 240: print('914+240 = 1154') if num1 == 914 and sign == '+' and num2 == 241: print('914+241 = 1155') if num1 == 914 and sign == '+' and num2 == 242: print('914+242 = 1156') if num1 == 914 and sign == '+' and num2 == 243: print('914+243 = 1157') if num1 == 914 and sign == '+' and num2 == 244: print('914+244 = 1158') if num1 == 914 and sign == '+' and num2 == 245: print('914+245 = 1159') if num1 == 914 and sign == '+' and num2 == 246: print('914+246 = 1160') if num1 == 914 and sign == '+' and num2 == 247: print('914+247 = 1161') if num1 == 914 and sign == '+' and num2 == 248: print('914+248 = 1162') if num1 == 914 and sign == '+' and num2 == 249: print('914+249 = 1163') if num1 == 915 and sign == '+' and num2 == 200: print('915+200 = 1115') if num1 == 915 and sign == '+' and num2 == 201: print('915+201 = 1116') if num1 == 915 and sign == '+' and num2 == 202: print('915+202 = 1117') if num1 == 915 and sign == '+' and num2 == 203: print('915+203 = 1118') if num1 == 915 and sign == '+' and num2 == 204: print('915+204 = 1119') if num1 == 915 and sign == '+' and num2 == 205: print('915+205 = 1120') if num1 == 915 and sign == '+' and num2 == 206: print('915+206 = 1121') if num1 == 915 and sign == '+' and num2 == 207: print('915+207 = 1122') if num1 == 915 and sign == '+' and num2 == 208: print('915+208 = 1123') if num1 == 915 and sign == '+' and num2 == 209: print('915+209 = 1124') if num1 == 915 and sign == '+' and num2 == 210: print('915+210 = 1125') if num1 == 915 and sign == '+' and num2 == 211: print('915+211 = 1126') if num1 == 915 and sign == '+' and num2 == 212: print('915+212 = 1127') if num1 == 915 and sign == '+' and num2 == 213: print('915+213 = 1128') if num1 == 915 and sign == '+' and num2 == 214: print('915+214 = 1129') if num1 == 915 and sign == '+' and num2 == 215: print('915+215 = 1130') if num1 == 915 and sign == '+' and num2 == 216: print('915+216 = 1131') if num1 == 915 and sign == '+' and num2 == 217: print('915+217 = 1132') if num1 == 915 and sign == '+' and num2 == 218: print('915+218 = 1133') if num1 == 915 and sign == '+' and num2 == 219: print('915+219 = 1134') if num1 == 915 and sign == '+' and num2 == 220: print('915+220 = 1135') if num1 == 915 and sign == '+' and num2 == 221: print('915+221 = 1136') if num1 == 915 and sign == '+' and num2 == 222: print('915+222 = 1137') if num1 == 915 and sign == '+' and num2 == 223: print('915+223 = 1138') if num1 == 915 and sign == '+' and num2 == 224: print('915+224 = 1139') if num1 == 915 and sign == '+' and num2 == 225: print('915+225 = 1140') if num1 == 915 and sign == '+' and num2 == 226: print('915+226 = 1141') if num1 == 915 and sign == '+' and num2 == 227: print('915+227 = 1142') if num1 == 915 and sign == '+' and num2 == 228: print('915+228 = 1143') if num1 == 915 and sign == '+' and num2 == 229: print('915+229 = 1144') if num1 == 915 and sign == '+' and num2 == 230: print('915+230 = 1145') if num1 == 915 and sign == '+' and num2 == 231: print('915+231 = 1146') if num1 == 915 and sign == '+' and num2 == 232: print('915+232 = 1147') if num1 == 915 and sign == '+' and num2 == 233: print('915+233 = 1148') if num1 == 915 and sign == '+' and num2 == 234: print('915+234 = 1149') if num1 == 915 and sign == '+' and num2 == 235: print('915+235 = 1150') if num1 == 915 and sign == '+' and num2 == 236: print('915+236 = 1151') if num1 == 915 and sign == '+' and num2 == 237: print('915+237 = 1152') if num1 == 915 and sign == '+' and num2 == 238: print('915+238 = 1153') if num1 == 915 and sign == '+' and num2 == 239: print('915+239 = 1154') if num1 == 915 and sign == '+' and num2 == 240: print('915+240 = 1155') if num1 == 915 and sign == '+' and num2 == 241: print('915+241 = 1156') if num1 == 915 and sign == '+' and num2 == 242: print('915+242 = 1157') if num1 == 915 and sign == '+' and num2 == 243: print('915+243 = 1158') if num1 == 915 and sign == '+' and num2 == 244: print('915+244 = 1159') if num1 == 915 and sign == '+' and num2 == 245: print('915+245 = 1160') if num1 == 915 and sign == '+' and num2 == 246: print('915+246 = 1161') if num1 == 915 and sign == '+' and num2 == 247: print('915+247 = 1162') if num1 == 915 and sign == '+' and num2 == 248: print('915+248 = 1163') if num1 == 915 and sign == '+' and num2 == 249: print('915+249 = 1164') if num1 == 916 and sign == '+' and num2 == 200: print('916+200 = 1116') if num1 == 916 and sign == '+' and num2 == 201: print('916+201 = 1117') if num1 == 916 and sign == '+' and num2 == 202: print('916+202 = 1118') if num1 == 916 and sign == '+' and num2 == 203: print('916+203 = 1119') if num1 == 916 and sign == '+' and num2 == 204: print('916+204 = 1120') if num1 == 916 and sign == '+' and num2 == 205: print('916+205 = 1121') if num1 == 916 and sign == '+' and num2 == 206: print('916+206 = 1122') if num1 == 916 and sign == '+' and num2 == 207: print('916+207 = 1123') if num1 == 916 and sign == '+' and num2 == 208: print('916+208 = 1124') if num1 == 916 and sign == '+' and num2 == 209: print('916+209 = 1125') if num1 == 916 and sign == '+' and num2 == 210: print('916+210 = 1126') if num1 == 916 and sign == '+' and num2 == 211: print('916+211 = 1127') if num1 == 916 and sign == '+' and num2 == 212: print('916+212 = 1128') if num1 == 916 and sign == '+' and num2 == 213: print('916+213 = 1129') if num1 == 916 and sign == '+' and num2 == 214: print('916+214 = 1130') if num1 == 916 and sign == '+' and num2 == 215: print('916+215 = 1131') if num1 == 916 and sign == '+' and num2 == 216: print('916+216 = 1132') if num1 == 916 and sign == '+' and num2 == 217: print('916+217 = 1133') if num1 == 916 and sign == '+' and num2 == 218: print('916+218 = 1134') if num1 == 916 and sign == '+' and num2 == 219: print('916+219 = 1135') if num1 == 916 and sign == '+' and num2 == 220: print('916+220 = 1136') if num1 == 916 and sign == '+' and num2 == 221: print('916+221 = 1137') if num1 == 916 and sign == '+' and num2 == 222: print('916+222 = 1138') if num1 == 916 and sign == '+' and num2 == 223: print('916+223 = 1139') if num1 == 916 and sign == '+' and num2 == 224: print('916+224 = 1140') if num1 == 916 and sign == '+' and num2 == 225: print('916+225 = 1141') if num1 == 916 and sign == '+' and num2 == 226: print('916+226 = 1142') if num1 == 916 and sign == '+' and num2 == 227: print('916+227 = 1143') if num1 == 916 and sign == '+' and num2 == 228: print('916+228 = 1144') if num1 == 916 and sign == '+' and num2 == 229: print('916+229 = 1145') if num1 == 916 and sign == '+' and num2 == 230: print('916+230 = 1146') if num1 == 916 and sign == '+' and num2 == 231: print('916+231 = 1147') if num1 == 916 and sign == '+' and num2 == 232: print('916+232 = 1148') if num1 == 916 and sign == '+' and num2 == 233: print('916+233 = 1149') if num1 == 916 and sign == '+' and num2 == 234: print('916+234 = 1150') if num1 == 916 and sign == '+' and num2 == 235: print('916+235 = 1151') if num1 == 916 and sign == '+' and num2 == 236: print('916+236 = 1152') if num1 == 916 and sign == '+' and num2 == 237: print('916+237 = 1153') if num1 == 916 and sign == '+' and num2 == 238: print('916+238 = 1154') if num1 == 916 and sign == '+' and num2 == 239: print('916+239 = 1155') if num1 == 916 and sign == '+' and num2 == 240: print('916+240 = 1156') if num1 == 916 and sign == '+' and num2 == 241: print('916+241 = 1157') if num1 == 916 and sign == '+' and num2 == 242: print('916+242 = 1158') if num1 == 916 and sign == '+' and num2 == 243: print('916+243 = 1159') if num1 == 916 and sign == '+' and num2 == 244: print('916+244 = 1160') if num1 == 916 and sign == '+' and num2 == 245: print('916+245 = 1161') if num1 == 916 and sign == '+' and num2 == 246: print('916+246 = 1162') if num1 == 916 and sign == '+' and num2 == 247: print('916+247 = 1163') if num1 == 916 and sign == '+' and num2 == 248: print('916+248 = 1164') if num1 == 916 and sign == '+' and num2 == 249: print('916+249 = 1165') if num1 == 917 and sign == '+' and num2 == 200: print('917+200 = 1117') if num1 == 917 and sign == '+' and num2 == 201: print('917+201 = 1118') if num1 == 917 and sign == '+' and num2 == 202: print('917+202 = 1119') if num1 == 917 and sign == '+' and num2 == 203: print('917+203 = 1120') if num1 == 917 and sign == '+' and num2 == 204: print('917+204 = 1121') if num1 == 917 and sign == '+' and num2 == 205: print('917+205 = 1122') if num1 == 917 and sign == '+' and num2 == 206: print('917+206 = 1123') if num1 == 917 and sign == '+' and num2 == 207: print('917+207 = 1124') if num1 == 917 and sign == '+' and num2 == 208: print('917+208 = 1125') if num1 == 917 and sign == '+' and num2 == 209: print('917+209 = 1126') if num1 == 917 and sign == '+' and num2 == 210: print('917+210 = 1127') if num1 == 917 and sign == '+' and num2 == 211: print('917+211 = 1128') if num1 == 917 and sign == '+' and num2 == 212: print('917+212 = 1129') if num1 == 917 and sign == '+' and num2 == 213: print('917+213 = 1130') if num1 == 917 and sign == '+' and num2 == 214: print('917+214 = 1131') if num1 == 917 and sign == '+' and num2 == 215: print('917+215 = 1132') if num1 == 917 and sign == '+' and num2 == 216: print('917+216 = 1133') if num1 == 917 and sign == '+' and num2 == 217: print('917+217 = 1134') if num1 == 917 and sign == '+' and num2 == 218: print('917+218 = 1135') if num1 == 917 and sign == '+' and num2 == 219: print('917+219 = 1136') if num1 == 917 and sign == '+' and num2 == 220: print('917+220 = 1137') if num1 == 917 and sign == '+' and num2 == 221: print('917+221 = 1138') if num1 == 917 and sign == '+' and num2 == 222: print('917+222 = 1139') if num1 == 917 and sign == '+' and num2 == 223: print('917+223 = 1140') if num1 == 917 and sign == '+' and num2 == 224: print('917+224 = 1141') if num1 == 917 and sign == '+' and num2 == 225: print('917+225 = 1142') if num1 == 917 and sign == '+' and num2 == 226: print('917+226 = 1143') if num1 == 917 and sign == '+' and num2 == 227: print('917+227 = 1144') if num1 == 917 and sign == '+' and num2 == 228: print('917+228 = 1145') if num1 == 917 and sign == '+' and num2 == 229: print('917+229 = 1146') if num1 == 917 and sign == '+' and num2 == 230: print('917+230 = 1147') if num1 == 917 and sign == '+' and num2 == 231: print('917+231 = 1148') if num1 == 917 and sign == '+' and num2 == 232: print('917+232 = 1149') if num1 == 917 and sign == '+' and num2 == 233: print('917+233 = 1150') if num1 == 917 and sign == '+' and num2 == 234: print('917+234 = 1151') if num1 == 917 and sign == '+' and num2 == 235: print('917+235 = 1152') if num1 == 917 and sign == '+' and num2 == 236: print('917+236 = 1153') if num1 == 917 and sign == '+' and num2 == 237: print('917+237 = 1154') if num1 == 917 and sign == '+' and num2 == 238: print('917+238 = 1155') if num1 == 917 and sign == '+' and num2 == 239: print('917+239 = 1156') if num1 == 917 and sign == '+' and num2 == 240: print('917+240 = 1157') if num1 == 917 and sign == '+' and num2 == 241: print('917+241 = 1158') if num1 == 917 and sign == '+' and num2 == 242: print('917+242 = 1159') if num1 == 917 and sign == '+' and num2 == 243: print('917+243 = 1160') if num1 == 917 and sign == '+' and num2 == 244: print('917+244 = 1161') if num1 == 917 and sign == '+' and num2 == 245: print('917+245 = 1162') if num1 == 917 and sign == '+' and num2 == 246: print('917+246 = 1163') if num1 == 917 and sign == '+' and num2 == 247: print('917+247 = 1164') if num1 == 917 and sign == '+' and num2 == 248: print('917+248 = 1165') if num1 == 917 and sign == '+' and num2 == 249: print('917+249 = 1166') if num1 == 918 and sign == '+' and num2 == 200: print('918+200 = 1118') if num1 == 918 and sign == '+' and num2 == 201: print('918+201 = 1119') if num1 == 918 and sign == '+' and num2 == 202: print('918+202 = 1120') if num1 == 918 and sign == '+' and num2 == 203: print('918+203 = 1121') if num1 == 918 and sign == '+' and num2 == 204: print('918+204 = 1122') if num1 == 918 and sign == '+' and num2 == 205: print('918+205 = 1123') if num1 == 918 and sign == '+' and num2 == 206: print('918+206 = 1124') if num1 == 918 and sign == '+' and num2 == 207: print('918+207 = 1125') if num1 == 918 and sign == '+' and num2 == 208: print('918+208 = 1126') if num1 == 918 and sign == '+' and num2 == 209: print('918+209 = 1127') if num1 == 918 and sign == '+' and num2 == 210: print('918+210 = 1128') if num1 == 918 and sign == '+' and num2 == 211: print('918+211 = 1129') if num1 == 918 and sign == '+' and num2 == 212: print('918+212 = 1130') if num1 == 918 and sign == '+' and num2 == 213: print('918+213 = 1131') if num1 == 918 and sign == '+' and num2 == 214: print('918+214 = 1132') if num1 == 918 and sign == '+' and num2 == 215: print('918+215 = 1133') if num1 == 918 and sign == '+' and num2 == 216: print('918+216 = 1134') if num1 == 918 and sign == '+' and num2 == 217: print('918+217 = 1135') if num1 == 918 and sign == '+' and num2 == 218: print('918+218 = 1136') if num1 == 918 and sign == '+' and num2 == 219: print('918+219 = 1137') if num1 == 918 and sign == '+' and num2 == 220: print('918+220 = 1138') if num1 == 918 and sign == '+' and num2 == 221: print('918+221 = 1139') if num1 == 918 and sign == '+' and num2 == 222: print('918+222 = 1140') if num1 == 918 and sign == '+' and num2 == 223: print('918+223 = 1141') if num1 == 918 and sign == '+' and num2 == 224: print('918+224 = 1142') if num1 == 918 and sign == '+' and num2 == 225: print('918+225 = 1143') if num1 == 918 and sign == '+' and num2 == 226: print('918+226 = 1144') if num1 == 918 and sign == '+' and num2 == 227: print('918+227 = 1145') if num1 == 918 and sign == '+' and num2 == 228: print('918+228 = 1146') if num1 == 918 and sign == '+' and num2 == 229: print('918+229 = 1147') if num1 == 918 and sign == '+' and num2 == 230: print('918+230 = 1148') if num1 == 918 and sign == '+' and num2 == 231: print('918+231 = 1149') if num1 == 918 and sign == '+' and num2 == 232: print('918+232 = 1150') if num1 == 918 and sign == '+' and num2 == 233: print('918+233 = 1151') if num1 == 918 and sign == '+' and num2 == 234: print('918+234 = 1152') if num1 == 918 and sign == '+' and num2 == 235: print('918+235 = 1153') if num1 == 918 and sign == '+' and num2 == 236: print('918+236 = 1154') if num1 == 918 and sign == '+' and num2 == 237: print('918+237 = 1155') if num1 == 918 and sign == '+' and num2 == 238: print('918+238 = 1156') if num1 == 918 and sign == '+' and num2 == 239: print('918+239 = 1157') if num1 == 918 and sign == '+' and num2 == 240: print('918+240 = 1158') if num1 == 918 and sign == '+' and num2 == 241: print('918+241 = 1159') if num1 == 918 and sign == '+' and num2 == 242: print('918+242 = 1160') if num1 == 918 and sign == '+' and num2 == 243: print('918+243 = 1161') if num1 == 918 and sign == '+' and num2 == 244: print('918+244 = 1162') if num1 == 918 and sign == '+' and num2 == 245: print('918+245 = 1163') if num1 == 918 and sign == '+' and num2 == 246: print('918+246 = 1164') if num1 == 918 and sign == '+' and num2 == 247: print('918+247 = 1165') if num1 == 918 and sign == '+' and num2 == 248: print('918+248 = 1166') if num1 == 918 and sign == '+' and num2 == 249: print('918+249 = 1167') if num1 == 919 and sign == '+' and num2 == 200: print('919+200 = 1119') if num1 == 919 and sign == '+' and num2 == 201: print('919+201 = 1120') if num1 == 919 and sign == '+' and num2 == 202: print('919+202 = 1121') if num1 == 919 and sign == '+' and num2 == 203: print('919+203 = 1122') if num1 == 919 and sign == '+' and num2 == 204: print('919+204 = 1123') if num1 == 919 and sign == '+' and num2 == 205: print('919+205 = 1124') if num1 == 919 and sign == '+' and num2 == 206: print('919+206 = 1125') if num1 == 919 and sign == '+' and num2 == 207: print('919+207 = 1126') if num1 == 919 and sign == '+' and num2 == 208: print('919+208 = 1127') if num1 == 919 and sign == '+' and num2 == 209: print('919+209 = 1128') if num1 == 919 and sign == '+' and num2 == 210: print('919+210 = 1129') if num1 == 919 and sign == '+' and num2 == 211: print('919+211 = 1130') if num1 == 919 and sign == '+' and num2 == 212: print('919+212 = 1131') if num1 == 919 and sign == '+' and num2 == 213: print('919+213 = 1132') if num1 == 919 and sign == '+' and num2 == 214: print('919+214 = 1133') if num1 == 919 and sign == '+' and num2 == 215: print('919+215 = 1134') if num1 == 919 and sign == '+' and num2 == 216: print('919+216 = 1135') if num1 == 919 and sign == '+' and num2 == 217: print('919+217 = 1136') if num1 == 919 and sign == '+' and num2 == 218: print('919+218 = 1137') if num1 == 919 and sign == '+' and num2 == 219: print('919+219 = 1138') if num1 == 919 and sign == '+' and num2 == 220: print('919+220 = 1139') if num1 == 919 and sign == '+' and num2 == 221: print('919+221 = 1140') if num1 == 919 and sign == '+' and num2 == 222: print('919+222 = 1141') if num1 == 919 and sign == '+' and num2 == 223: print('919+223 = 1142') if num1 == 919 and sign == '+' and num2 == 224: print('919+224 = 1143') if num1 == 919 and sign == '+' and num2 == 225: print('919+225 = 1144') if num1 == 919 and sign == '+' and num2 == 226: print('919+226 = 1145') if num1 == 919 and sign == '+' and num2 == 227: print('919+227 = 1146') if num1 == 919 and sign == '+' and num2 == 228: print('919+228 = 1147') if num1 == 919 and sign == '+' and num2 == 229: print('919+229 = 1148') if num1 == 919 and sign == '+' and num2 == 230: print('919+230 = 1149') if num1 == 919 and sign == '+' and num2 == 231: print('919+231 = 1150') if num1 == 919 and sign == '+' and num2 == 232: print('919+232 = 1151') if num1 == 919 and sign == '+' and num2 == 233: print('919+233 = 1152') if num1 == 919 and sign == '+' and num2 == 234: print('919+234 = 1153') if num1 == 919 and sign == '+' and num2 == 235: print('919+235 = 1154') if num1 == 919 and sign == '+' and num2 == 236: print('919+236 = 1155') if num1 == 919 and sign == '+' and num2 == 237: print('919+237 = 1156') if num1 == 919 and sign == '+' and num2 == 238: print('919+238 = 1157') if num1 == 919 and sign == '+' and num2 == 239: print('919+239 = 1158') if num1 == 919 and sign == '+' and num2 == 240: print('919+240 = 1159') if num1 == 919 and sign == '+' and num2 == 241: print('919+241 = 1160') if num1 == 919 and sign == '+' and num2 == 242: print('919+242 = 1161') if num1 == 919 and sign == '+' and num2 == 243: print('919+243 = 1162') if num1 == 919 and sign == '+' and num2 == 244: print('919+244 = 1163') if num1 == 919 and sign == '+' and num2 == 245: print('919+245 = 1164') if num1 == 919 and sign == '+' and num2 == 246: print('919+246 = 1165') if num1 == 919 and sign == '+' and num2 == 247: print('919+247 = 1166') if num1 == 919 and sign == '+' and num2 == 248: print('919+248 = 1167') if num1 == 919 and sign == '+' and num2 == 249: print('919+249 = 1168') if num1 == 920 and sign == '+' and num2 == 200: print('920+200 = 1120') if num1 == 920 and sign == '+' and num2 == 201: print('920+201 = 1121') if num1 == 920 and sign == '+' and num2 == 202: print('920+202 = 1122') if num1 == 920 and sign == '+' and num2 == 203: print('920+203 = 1123') if num1 == 920 and sign == '+' and num2 == 204: print('920+204 = 1124') if num1 == 920 and sign == '+' and num2 == 205: print('920+205 = 1125') if num1 == 920 and sign == '+' and num2 == 206: print('920+206 = 1126') if num1 == 920 and sign == '+' and num2 == 207: print('920+207 = 1127') if num1 == 920 and sign == '+' and num2 == 208: print('920+208 = 1128') if num1 == 920 and sign == '+' and num2 == 209: print('920+209 = 1129') if num1 == 920 and sign == '+' and num2 == 210: print('920+210 = 1130') if num1 == 920 and sign == '+' and num2 == 211: print('920+211 = 1131') if num1 == 920 and sign == '+' and num2 == 212: print('920+212 = 1132') if num1 == 920 and sign == '+' and num2 == 213: print('920+213 = 1133') if num1 == 920 and sign == '+' and num2 == 214: print('920+214 = 1134') if num1 == 920 and sign == '+' and num2 == 215: print('920+215 = 1135') if num1 == 920 and sign == '+' and num2 == 216: print('920+216 = 1136') if num1 == 920 and sign == '+' and num2 == 217: print('920+217 = 1137') if num1 == 920 and sign == '+' and num2 == 218: print('920+218 = 1138') if num1 == 920 and sign == '+' and num2 == 219: print('920+219 = 1139') if num1 == 920 and sign == '+' and num2 == 220: print('920+220 = 1140') if num1 == 920 and sign == '+' and num2 == 221: print('920+221 = 1141') if num1 == 920 and sign == '+' and num2 == 222: print('920+222 = 1142') if num1 == 920 and sign == '+' and num2 == 223: print('920+223 = 1143') if num1 == 920 and sign == '+' and num2 == 224: print('920+224 = 1144') if num1 == 920 and sign == '+' and num2 == 225: print('920+225 = 1145') if num1 == 920 and sign == '+' and num2 == 226: print('920+226 = 1146') if num1 == 920 and sign == '+' and num2 == 227: print('920+227 = 1147') if num1 == 920 and sign == '+' and num2 == 228: print('920+228 = 1148') if num1 == 920 and sign == '+' and num2 == 229: print('920+229 = 1149') if num1 == 920 and sign == '+' and num2 == 230: print('920+230 = 1150') if num1 == 920 and sign == '+' and num2 == 231: print('920+231 = 1151') if num1 == 920 and sign == '+' and num2 == 232: print('920+232 = 1152') if num1 == 920 and sign == '+' and num2 == 233: print('920+233 = 1153') if num1 == 920 and sign == '+' and num2 == 234: print('920+234 = 1154') if num1 == 920 and sign == '+' and num2 == 235: print('920+235 = 1155') if num1 == 920 and sign == '+' and num2 == 236: print('920+236 = 1156') if num1 == 920 and sign == '+' and num2 == 237: print('920+237 = 1157') if num1 == 920 and sign == '+' and num2 == 238: print('920+238 = 1158') if num1 == 920 and sign == '+' and num2 == 239: print('920+239 = 1159') if num1 == 920 and sign == '+' and num2 == 240: print('920+240 = 1160') if num1 == 920 and sign == '+' and num2 == 241: print('920+241 = 1161') if num1 == 920 and sign == '+' and num2 == 242: print('920+242 = 1162') if num1 == 920 and sign == '+' and num2 == 243: print('920+243 = 1163') if num1 == 920 and sign == '+' and num2 == 244: print('920+244 = 1164') if num1 == 920 and sign == '+' and num2 == 245: print('920+245 = 1165') if num1 == 920 and sign == '+' and num2 == 246: print('920+246 = 1166') if num1 == 920 and sign == '+' and num2 == 247: print('920+247 = 1167') if num1 == 920 and sign == '+' and num2 == 248: print('920+248 = 1168') if num1 == 920 and sign == '+' and num2 == 249: print('920+249 = 1169') if num1 == 921 and sign == '+' and num2 == 200: print('921+200 = 1121') if num1 == 921 and sign == '+' and num2 == 201: print('921+201 = 1122') if num1 == 921 and sign == '+' and num2 == 202: print('921+202 = 1123') if num1 == 921 and sign == '+' and num2 == 203: print('921+203 = 1124') if num1 == 921 and sign == '+' and num2 == 204: print('921+204 = 1125') if num1 == 921 and sign == '+' and num2 == 205: print('921+205 = 1126') if num1 == 921 and sign == '+' and num2 == 206: print('921+206 = 1127') if num1 == 921 and sign == '+' and num2 == 207: print('921+207 = 1128') if num1 == 921 and sign == '+' and num2 == 208: print('921+208 = 1129') if num1 == 921 and sign == '+' and num2 == 209: print('921+209 = 1130') if num1 == 921 and sign == '+' and num2 == 210: print('921+210 = 1131') if num1 == 921 and sign == '+' and num2 == 211: print('921+211 = 1132') if num1 == 921 and sign == '+' and num2 == 212: print('921+212 = 1133') if num1 == 921 and sign == '+' and num2 == 213: print('921+213 = 1134') if num1 == 921 and sign == '+' and num2 == 214: print('921+214 = 1135') if num1 == 921 and sign == '+' and num2 == 215: print('921+215 = 1136') if num1 == 921 and sign == '+' and num2 == 216: print('921+216 = 1137') if num1 == 921 and sign == '+' and num2 == 217: print('921+217 = 1138') if num1 == 921 and sign == '+' and num2 == 218: print('921+218 = 1139') if num1 == 921 and sign == '+' and num2 == 219: print('921+219 = 1140') if num1 == 921 and sign == '+' and num2 == 220: print('921+220 = 1141') if num1 == 921 and sign == '+' and num2 == 221: print('921+221 = 1142') if num1 == 921 and sign == '+' and num2 == 222: print('921+222 = 1143') if num1 == 921 and sign == '+' and num2 == 223: print('921+223 = 1144') if num1 == 921 and sign == '+' and num2 == 224: print('921+224 = 1145') if num1 == 921 and sign == '+' and num2 == 225: print('921+225 = 1146') if num1 == 921 and sign == '+' and num2 == 226: print('921+226 = 1147') if num1 == 921 and sign == '+' and num2 == 227: print('921+227 = 1148') if num1 == 921 and sign == '+' and num2 == 228: print('921+228 = 1149') if num1 == 921 and sign == '+' and num2 == 229: print('921+229 = 1150') if num1 == 921 and sign == '+' and num2 == 230: print('921+230 = 1151') if num1 == 921 and sign == '+' and num2 == 231: print('921+231 = 1152') if num1 == 921 and sign == '+' and num2 == 232: print('921+232 = 1153') if num1 == 921 and sign == '+' and num2 == 233: print('921+233 = 1154') if num1 == 921 and sign == '+' and num2 == 234: print('921+234 = 1155') if num1 == 921 and sign == '+' and num2 == 235: print('921+235 = 1156') if num1 == 921 and sign == '+' and num2 == 236: print('921+236 = 1157') if num1 == 921 and sign == '+' and num2 == 237: print('921+237 = 1158') if num1 == 921 and sign == '+' and num2 == 238: print('921+238 = 1159') if num1 == 921 and sign == '+' and num2 == 239: print('921+239 = 1160') if num1 == 921 and sign == '+' and num2 == 240: print('921+240 = 1161') if num1 == 921 and sign == '+' and num2 == 241: print('921+241 = 1162') if num1 == 921 and sign == '+' and num2 == 242: print('921+242 = 1163') if num1 == 921 and sign == '+' and num2 == 243: print('921+243 = 1164') if num1 == 921 and sign == '+' and num2 == 244: print('921+244 = 1165') if num1 == 921 and sign == '+' and num2 == 245: print('921+245 = 1166') if num1 == 921 and sign == '+' and num2 == 246: print('921+246 = 1167') if num1 == 921 and sign == '+' and num2 == 247: print('921+247 = 1168') if num1 == 921 and sign == '+' and num2 == 248: print('921+248 = 1169') if num1 == 921 and sign == '+' and num2 == 249: print('921+249 = 1170') if num1 == 922 and sign == '+' and num2 == 200: print('922+200 = 1122') if num1 == 922 and sign == '+' and num2 == 201: print('922+201 = 1123') if num1 == 922 and sign == '+' and num2 == 202: print('922+202 = 1124') if num1 == 922 and sign == '+' and num2 == 203: print('922+203 = 1125') if num1 == 922 and sign == '+' and num2 == 204: print('922+204 = 1126') if num1 == 922 and sign == '+' and num2 == 205: print('922+205 = 1127') if num1 == 922 and sign == '+' and num2 == 206: print('922+206 = 1128') if num1 == 922 and sign == '+' and num2 == 207: print('922+207 = 1129') if num1 == 922 and sign == '+' and num2 == 208: print('922+208 = 1130') if num1 == 922 and sign == '+' and num2 == 209: print('922+209 = 1131') if num1 == 922 and sign == '+' and num2 == 210: print('922+210 = 1132') if num1 == 922 and sign == '+' and num2 == 211: print('922+211 = 1133') if num1 == 922 and sign == '+' and num2 == 212: print('922+212 = 1134') if num1 == 922 and sign == '+' and num2 == 213: print('922+213 = 1135') if num1 == 922 and sign == '+' and num2 == 214: print('922+214 = 1136') if num1 == 922 and sign == '+' and num2 == 215: print('922+215 = 1137') if num1 == 922 and sign == '+' and num2 == 216: print('922+216 = 1138') if num1 == 922 and sign == '+' and num2 == 217: print('922+217 = 1139') if num1 == 922 and sign == '+' and num2 == 218: print('922+218 = 1140') if num1 == 922 and sign == '+' and num2 == 219: print('922+219 = 1141') if num1 == 922 and sign == '+' and num2 == 220: print('922+220 = 1142') if num1 == 922 and sign == '+' and num2 == 221: print('922+221 = 1143') if num1 == 922 and sign == '+' and num2 == 222: print('922+222 = 1144') if num1 == 922 and sign == '+' and num2 == 223: print('922+223 = 1145') if num1 == 922 and sign == '+' and num2 == 224: print('922+224 = 1146') if num1 == 922 and sign == '+' and num2 == 225: print('922+225 = 1147') if num1 == 922 and sign == '+' and num2 == 226: print('922+226 = 1148') if num1 == 922 and sign == '+' and num2 == 227: print('922+227 = 1149') if num1 == 922 and sign == '+' and num2 == 228: print('922+228 = 1150') if num1 == 922 and sign == '+' and num2 == 229: print('922+229 = 1151') if num1 == 922 and sign == '+' and num2 == 230: print('922+230 = 1152') if num1 == 922 and sign == '+' and num2 == 231: print('922+231 = 1153') if num1 == 922 and sign == '+' and num2 == 232: print('922+232 = 1154') if num1 == 922 and sign == '+' and num2 == 233: print('922+233 = 1155') if num1 == 922 and sign == '+' and num2 == 234: print('922+234 = 1156') if num1 == 922 and sign == '+' and num2 == 235: print('922+235 = 1157') if num1 == 922 and sign == '+' and num2 == 236: print('922+236 = 1158') if num1 == 922 and sign == '+' and num2 == 237: print('922+237 = 1159') if num1 == 922 and sign == '+' and num2 == 238: print('922+238 = 1160') if num1 == 922 and sign == '+' and num2 == 239: print('922+239 = 1161') if num1 == 922 and sign == '+' and num2 == 240: print('922+240 = 1162') if num1 == 922 and sign == '+' and num2 == 241: print('922+241 = 1163') if num1 == 922 and sign == '+' and num2 == 242: print('922+242 = 1164') if num1 == 922 and sign == '+' and num2 == 243: print('922+243 = 1165') if num1 == 922 and sign == '+' and num2 == 244: print('922+244 = 1166') if num1 == 922 and sign == '+' and num2 == 245: print('922+245 = 1167') if num1 == 922 and sign == '+' and num2 == 246: print('922+246 = 1168') if num1 == 922 and sign == '+' and num2 == 247: print('922+247 = 1169') if num1 == 922 and sign == '+' and num2 == 248: print('922+248 = 1170') if num1 == 922 and sign == '+' and num2 == 249: print('922+249 = 1171') if num1 == 923 and sign == '+' and num2 == 200: print('923+200 = 1123') if num1 == 923 and sign == '+' and num2 == 201: print('923+201 = 1124') if num1 == 923 and sign == '+' and num2 == 202: print('923+202 = 1125') if num1 == 923 and sign == '+' and num2 == 203: print('923+203 = 1126') if num1 == 923 and sign == '+' and num2 == 204: print('923+204 = 1127') if num1 == 923 and sign == '+' and num2 == 205: print('923+205 = 1128') if num1 == 923 and sign == '+' and num2 == 206: print('923+206 = 1129') if num1 == 923 and sign == '+' and num2 == 207: print('923+207 = 1130') if num1 == 923 and sign == '+' and num2 == 208: print('923+208 = 1131') if num1 == 923 and sign == '+' and num2 == 209: print('923+209 = 1132') if num1 == 923 and sign == '+' and num2 == 210: print('923+210 = 1133') if num1 == 923 and sign == '+' and num2 == 211: print('923+211 = 1134') if num1 == 923 and sign == '+' and num2 == 212: print('923+212 = 1135') if num1 == 923 and sign == '+' and num2 == 213: print('923+213 = 1136') if num1 == 923 and sign == '+' and num2 == 214: print('923+214 = 1137') if num1 == 923 and sign == '+' and num2 == 215: print('923+215 = 1138') if num1 == 923 and sign == '+' and num2 == 216: print('923+216 = 1139') if num1 == 923 and sign == '+' and num2 == 217: print('923+217 = 1140') if num1 == 923 and sign == '+' and num2 == 218: print('923+218 = 1141') if num1 == 923 and sign == '+' and num2 == 219: print('923+219 = 1142') if num1 == 923 and sign == '+' and num2 == 220: print('923+220 = 1143') if num1 == 923 and sign == '+' and num2 == 221: print('923+221 = 1144') if num1 == 923 and sign == '+' and num2 == 222: print('923+222 = 1145') if num1 == 923 and sign == '+' and num2 == 223: print('923+223 = 1146') if num1 == 923 and sign == '+' and num2 == 224: print('923+224 = 1147') if num1 == 923 and sign == '+' and num2 == 225: print('923+225 = 1148') if num1 == 923 and sign == '+' and num2 == 226: print('923+226 = 1149') if num1 == 923 and sign == '+' and num2 == 227: print('923+227 = 1150') if num1 == 923 and sign == '+' and num2 == 228: print('923+228 = 1151') if num1 == 923 and sign == '+' and num2 == 229: print('923+229 = 1152') if num1 == 923 and sign == '+' and num2 == 230: print('923+230 = 1153') if num1 == 923 and sign == '+' and num2 == 231: print('923+231 = 1154') if num1 == 923 and sign == '+' and num2 == 232: print('923+232 = 1155') if num1 == 923 and sign == '+' and num2 == 233: print('923+233 = 1156') if num1 == 923 and sign == '+' and num2 == 234: print('923+234 = 1157') if num1 == 923 and sign == '+' and num2 == 235: print('923+235 = 1158') if num1 == 923 and sign == '+' and num2 == 236: print('923+236 = 1159') if num1 == 923 and sign == '+' and num2 == 237: print('923+237 = 1160') if num1 == 923 and sign == '+' and num2 == 238: print('923+238 = 1161') if num1 == 923 and sign == '+' and num2 == 239: print('923+239 = 1162') if num1 == 923 and sign == '+' and num2 == 240: print('923+240 = 1163') if num1 == 923 and sign == '+' and num2 == 241: print('923+241 = 1164') if num1 == 923 and sign == '+' and num2 == 242: print('923+242 = 1165') if num1 == 923 and sign == '+' and num2 == 243: print('923+243 = 1166') if num1 == 923 and sign == '+' and num2 == 244: print('923+244 = 1167') if num1 == 923 and sign == '+' and num2 == 245: print('923+245 = 1168') if num1 == 923 and sign == '+' and num2 == 246: print('923+246 = 1169') if num1 == 923 and sign == '+' and num2 == 247: print('923+247 = 1170') if num1 == 923 and sign == '+' and num2 == 248: print('923+248 = 1171') if num1 == 923 and sign == '+' and num2 == 249: print('923+249 = 1172') if num1 == 924 and sign == '+' and num2 == 200: print('924+200 = 1124') if num1 == 924 and sign == '+' and num2 == 201: print('924+201 = 1125') if num1 == 924 and sign == '+' and num2 == 202: print('924+202 = 1126') if num1 == 924 and sign == '+' and num2 == 203: print('924+203 = 1127') if num1 == 924 and sign == '+' and num2 == 204: print('924+204 = 1128') if num1 == 924 and sign == '+' and num2 == 205: print('924+205 = 1129') if num1 == 924 and sign == '+' and num2 == 206: print('924+206 = 1130') if num1 == 924 and sign == '+' and num2 == 207: print('924+207 = 1131') if num1 == 924 and sign == '+' and num2 == 208: print('924+208 = 1132') if num1 == 924 and sign == '+' and num2 == 209: print('924+209 = 1133') if num1 == 924 and sign == '+' and num2 == 210: print('924+210 = 1134') if num1 == 924 and sign == '+' and num2 == 211: print('924+211 = 1135') if num1 == 924 and sign == '+' and num2 == 212: print('924+212 = 1136') if num1 == 924 and sign == '+' and num2 == 213: print('924+213 = 1137') if num1 == 924 and sign == '+' and num2 == 214: print('924+214 = 1138') if num1 == 924 and sign == '+' and num2 == 215: print('924+215 = 1139') if num1 == 924 and sign == '+' and num2 == 216: print('924+216 = 1140') if num1 == 924 and sign == '+' and num2 == 217: print('924+217 = 1141') if num1 == 924 and sign == '+' and num2 == 218: print('924+218 = 1142') if num1 == 924 and sign == '+' and num2 == 219: print('924+219 = 1143') if num1 == 924 and sign == '+' and num2 == 220: print('924+220 = 1144') if num1 == 924 and sign == '+' and num2 == 221: print('924+221 = 1145') if num1 == 924 and sign == '+' and num2 == 222: print('924+222 = 1146') if num1 == 924 and sign == '+' and num2 == 223: print('924+223 = 1147') if num1 == 924 and sign == '+' and num2 == 224: print('924+224 = 1148') if num1 == 924 and sign == '+' and num2 == 225: print('924+225 = 1149') if num1 == 924 and sign == '+' and num2 == 226: print('924+226 = 1150') if num1 == 924 and sign == '+' and num2 == 227: print('924+227 = 1151') if num1 == 924 and sign == '+' and num2 == 228: print('924+228 = 1152') if num1 == 924 and sign == '+' and num2 == 229: print('924+229 = 1153') if num1 == 924 and sign == '+' and num2 == 230: print('924+230 = 1154') if num1 == 924 and sign == '+' and num2 == 231: print('924+231 = 1155') if num1 == 924 and sign == '+' and num2 == 232: print('924+232 = 1156') if num1 == 924 and sign == '+' and num2 == 233: print('924+233 = 1157') if num1 == 924 and sign == '+' and num2 == 234: print('924+234 = 1158') if num1 == 924 and sign == '+' and num2 == 235: print('924+235 = 1159') if num1 == 924 and sign == '+' and num2 == 236: print('924+236 = 1160') if num1 == 924 and sign == '+' and num2 == 237: print('924+237 = 1161') if num1 == 924 and sign == '+' and num2 == 238: print('924+238 = 1162') if num1 == 924 and sign == '+' and num2 == 239: print('924+239 = 1163') if num1 == 924 and sign == '+' and num2 == 240: print('924+240 = 1164') if num1 == 924 and sign == '+' and num2 == 241: print('924+241 = 1165') if num1 == 924 and sign == '+' and num2 == 242: print('924+242 = 1166') if num1 == 924 and sign == '+' and num2 == 243: print('924+243 = 1167') if num1 == 924 and sign == '+' and num2 == 244: print('924+244 = 1168') if num1 == 924 and sign == '+' and num2 == 245: print('924+245 = 1169') if num1 == 924 and sign == '+' and num2 == 246: print('924+246 = 1170') if num1 == 924 and sign == '+' and num2 == 247: print('924+247 = 1171') if num1 == 924 and sign == '+' and num2 == 248: print('924+248 = 1172') if num1 == 924 and sign == '+' and num2 == 249: print('924+249 = 1173') if num1 == 925 and sign == '+' and num2 == 200: print('925+200 = 1125') if num1 == 925 and sign == '+' and num2 == 201: print('925+201 = 1126') if num1 == 925 and sign == '+' and num2 == 202: print('925+202 = 1127') if num1 == 925 and sign == '+' and num2 == 203: print('925+203 = 1128') if num1 == 925 and sign == '+' and num2 == 204: print('925+204 = 1129') if num1 == 925 and sign == '+' and num2 == 205: print('925+205 = 1130') if num1 == 925 and sign == '+' and num2 == 206: print('925+206 = 1131') if num1 == 925 and sign == '+' and num2 == 207: print('925+207 = 1132') if num1 == 925 and sign == '+' and num2 == 208: print('925+208 = 1133') if num1 == 925 and sign == '+' and num2 == 209: print('925+209 = 1134') if num1 == 925 and sign == '+' and num2 == 210: print('925+210 = 1135') if num1 == 925 and sign == '+' and num2 == 211: print('925+211 = 1136') if num1 == 925 and sign == '+' and num2 == 212: print('925+212 = 1137') if num1 == 925 and sign == '+' and num2 == 213: print('925+213 = 1138') if num1 == 925 and sign == '+' and num2 == 214: print('925+214 = 1139') if num1 == 925 and sign == '+' and num2 == 215: print('925+215 = 1140') if num1 == 925 and sign == '+' and num2 == 216: print('925+216 = 1141') if num1 == 925 and sign == '+' and num2 == 217: print('925+217 = 1142') if num1 == 925 and sign == '+' and num2 == 218: print('925+218 = 1143') if num1 == 925 and sign == '+' and num2 == 219: print('925+219 = 1144') if num1 == 925 and sign == '+' and num2 == 220: print('925+220 = 1145') if num1 == 925 and sign == '+' and num2 == 221: print('925+221 = 1146') if num1 == 925 and sign == '+' and num2 == 222: print('925+222 = 1147') if num1 == 925 and sign == '+' and num2 == 223: print('925+223 = 1148') if num1 == 925 and sign == '+' and num2 == 224: print('925+224 = 1149') if num1 == 925 and sign == '+' and num2 == 225: print('925+225 = 1150') if num1 == 925 and sign == '+' and num2 == 226: print('925+226 = 1151') if num1 == 925 and sign == '+' and num2 == 227: print('925+227 = 1152') if num1 == 925 and sign == '+' and num2 == 228: print('925+228 = 1153') if num1 == 925 and sign == '+' and num2 == 229: print('925+229 = 1154') if num1 == 925 and sign == '+' and num2 == 230: print('925+230 = 1155') if num1 == 925 and sign == '+' and num2 == 231: print('925+231 = 1156') if num1 == 925 and sign == '+' and num2 == 232: print('925+232 = 1157') if num1 == 925 and sign == '+' and num2 == 233: print('925+233 = 1158') if num1 == 925 and sign == '+' and num2 == 234: print('925+234 = 1159') if num1 == 925 and sign == '+' and num2 == 235: print('925+235 = 1160') if num1 == 925 and sign == '+' and num2 == 236: print('925+236 = 1161') if num1 == 925 and sign == '+' and num2 == 237: print('925+237 = 1162') if num1 == 925 and sign == '+' and num2 == 238: print('925+238 = 1163') if num1 == 925 and sign == '+' and num2 == 239: print('925+239 = 1164') if num1 == 925 and sign == '+' and num2 == 240: print('925+240 = 1165') if num1 == 925 and sign == '+' and num2 == 241: print('925+241 = 1166') if num1 == 925 and sign == '+' and num2 == 242: print('925+242 = 1167') if num1 == 925 and sign == '+' and num2 == 243: print('925+243 = 1168') if num1 == 925 and sign == '+' and num2 == 244: print('925+244 = 1169') if num1 == 925 and sign == '+' and num2 == 245: print('925+245 = 1170') if num1 == 925 and sign == '+' and num2 == 246: print('925+246 = 1171') if num1 == 925 and sign == '+' and num2 == 247: print('925+247 = 1172') if num1 == 925 and sign == '+' and num2 == 248: print('925+248 = 1173') if num1 == 925 and sign == '+' and num2 == 249: print('925+249 = 1174') if num1 == 926 and sign == '+' and num2 == 200: print('926+200 = 1126') if num1 == 926 and sign == '+' and num2 == 201: print('926+201 = 1127') if num1 == 926 and sign == '+' and num2 == 202: print('926+202 = 1128') if num1 == 926 and sign == '+' and num2 == 203: print('926+203 = 1129') if num1 == 926 and sign == '+' and num2 == 204: print('926+204 = 1130') if num1 == 926 and sign == '+' and num2 == 205: print('926+205 = 1131') if num1 == 926 and sign == '+' and num2 == 206: print('926+206 = 1132') if num1 == 926 and sign == '+' and num2 == 207: print('926+207 = 1133') if num1 == 926 and sign == '+' and num2 == 208: print('926+208 = 1134') if num1 == 926 and sign == '+' and num2 == 209: print('926+209 = 1135') if num1 == 926 and sign == '+' and num2 == 210: print('926+210 = 1136') if num1 == 926 and sign == '+' and num2 == 211: print('926+211 = 1137') if num1 == 926 and sign == '+' and num2 == 212: print('926+212 = 1138') if num1 == 926 and sign == '+' and num2 == 213: print('926+213 = 1139') if num1 == 926 and sign == '+' and num2 == 214: print('926+214 = 1140') if num1 == 926 and sign == '+' and num2 == 215: print('926+215 = 1141') if num1 == 926 and sign == '+' and num2 == 216: print('926+216 = 1142') if num1 == 926 and sign == '+' and num2 == 217: print('926+217 = 1143') if num1 == 926 and sign == '+' and num2 == 218: print('926+218 = 1144') if num1 == 926 and sign == '+' and num2 == 219: print('926+219 = 1145') if num1 == 926 and sign == '+' and num2 == 220: print('926+220 = 1146') if num1 == 926 and sign == '+' and num2 == 221: print('926+221 = 1147') if num1 == 926 and sign == '+' and num2 == 222: print('926+222 = 1148') if num1 == 926 and sign == '+' and num2 == 223: print('926+223 = 1149') if num1 == 926 and sign == '+' and num2 == 224: print('926+224 = 1150') if num1 == 926 and sign == '+' and num2 == 225: print('926+225 = 1151') if num1 == 926 and sign == '+' and num2 == 226: print('926+226 = 1152') if num1 == 926 and sign == '+' and num2 == 227: print('926+227 = 1153') if num1 == 926 and sign == '+' and num2 == 228: print('926+228 = 1154') if num1 == 926 and sign == '+' and num2 == 229: print('926+229 = 1155') if num1 == 926 and sign == '+' and num2 == 230: print('926+230 = 1156') if num1 == 926 and sign == '+' and num2 == 231: print('926+231 = 1157') if num1 == 926 and sign == '+' and num2 == 232: print('926+232 = 1158') if num1 == 926 and sign == '+' and num2 == 233: print('926+233 = 1159') if num1 == 926 and sign == '+' and num2 == 234: print('926+234 = 1160') if num1 == 926 and sign == '+' and num2 == 235: print('926+235 = 1161') if num1 == 926 and sign == '+' and num2 == 236: print('926+236 = 1162') if num1 == 926 and sign == '+' and num2 == 237: print('926+237 = 1163') if num1 == 926 and sign == '+' and num2 == 238: print('926+238 = 1164') if num1 == 926 and sign == '+' and num2 == 239: print('926+239 = 1165') if num1 == 926 and sign == '+' and num2 == 240: print('926+240 = 1166') if num1 == 926 and sign == '+' and num2 == 241: print('926+241 = 1167') if num1 == 926 and sign == '+' and num2 == 242: print('926+242 = 1168') if num1 == 926 and sign == '+' and num2 == 243: print('926+243 = 1169') if num1 == 926 and sign == '+' and num2 == 244: print('926+244 = 1170') if num1 == 926 and sign == '+' and num2 == 245: print('926+245 = 1171') if num1 == 926 and sign == '+' and num2 == 246: print('926+246 = 1172') if num1 == 926 and sign == '+' and num2 == 247: print('926+247 = 1173') if num1 == 926 and sign == '+' and num2 == 248: print('926+248 = 1174') if num1 == 926 and sign == '+' and num2 == 249: print('926+249 = 1175') if num1 == 927 and sign == '+' and num2 == 200: print('927+200 = 1127') if num1 == 927 and sign == '+' and num2 == 201: print('927+201 = 1128') if num1 == 927 and sign == '+' and num2 == 202: print('927+202 = 1129') if num1 == 927 and sign == '+' and num2 == 203: print('927+203 = 1130') if num1 == 927 and sign == '+' and num2 == 204: print('927+204 = 1131') if num1 == 927 and sign == '+' and num2 == 205: print('927+205 = 1132') if num1 == 927 and sign == '+' and num2 == 206: print('927+206 = 1133') if num1 == 927 and sign == '+' and num2 == 207: print('927+207 = 1134') if num1 == 927 and sign == '+' and num2 == 208: print('927+208 = 1135') if num1 == 927 and sign == '+' and num2 == 209: print('927+209 = 1136') if num1 == 927 and sign == '+' and num2 == 210: print('927+210 = 1137') if num1 == 927 and sign == '+' and num2 == 211: print('927+211 = 1138') if num1 == 927 and sign == '+' and num2 == 212: print('927+212 = 1139') if num1 == 927 and sign == '+' and num2 == 213: print('927+213 = 1140') if num1 == 927 and sign == '+' and num2 == 214: print('927+214 = 1141') if num1 == 927 and sign == '+' and num2 == 215: print('927+215 = 1142') if num1 == 927 and sign == '+' and num2 == 216: print('927+216 = 1143') if num1 == 927 and sign == '+' and num2 == 217: print('927+217 = 1144') if num1 == 927 and sign == '+' and num2 == 218: print('927+218 = 1145') if num1 == 927 and sign == '+' and num2 == 219: print('927+219 = 1146') if num1 == 927 and sign == '+' and num2 == 220: print('927+220 = 1147') if num1 == 927 and sign == '+' and num2 == 221: print('927+221 = 1148') if num1 == 927 and sign == '+' and num2 == 222: print('927+222 = 1149') if num1 == 927 and sign == '+' and num2 == 223: print('927+223 = 1150') if num1 == 927 and sign == '+' and num2 == 224: print('927+224 = 1151') if num1 == 927 and sign == '+' and num2 == 225: print('927+225 = 1152') if num1 == 927 and sign == '+' and num2 == 226: print('927+226 = 1153') if num1 == 927 and sign == '+' and num2 == 227: print('927+227 = 1154') if num1 == 927 and sign == '+' and num2 == 228: print('927+228 = 1155') if num1 == 927 and sign == '+' and num2 == 229: print('927+229 = 1156') if num1 == 927 and sign == '+' and num2 == 230: print('927+230 = 1157') if num1 == 927 and sign == '+' and num2 == 231: print('927+231 = 1158') if num1 == 927 and sign == '+' and num2 == 232: print('927+232 = 1159') if num1 == 927 and sign == '+' and num2 == 233: print('927+233 = 1160') if num1 == 927 and sign == '+' and num2 == 234: print('927+234 = 1161') if num1 == 927 and sign == '+' and num2 == 235: print('927+235 = 1162') if num1 == 927 and sign == '+' and num2 == 236: print('927+236 = 1163') if num1 == 927 and sign == '+' and num2 == 237: print('927+237 = 1164') if num1 == 927 and sign == '+' and num2 == 238: print('927+238 = 1165') if num1 == 927 and sign == '+' and num2 == 239: print('927+239 = 1166') if num1 == 927 and sign == '+' and num2 == 240: print('927+240 = 1167') if num1 == 927 and sign == '+' and num2 == 241: print('927+241 = 1168') if num1 == 927 and sign == '+' and num2 == 242: print('927+242 = 1169') if num1 == 927 and sign == '+' and num2 == 243: print('927+243 = 1170') if num1 == 927 and sign == '+' and num2 == 244: print('927+244 = 1171') if num1 == 927 and sign == '+' and num2 == 245: print('927+245 = 1172') if num1 == 927 and sign == '+' and num2 == 246: print('927+246 = 1173') if num1 == 927 and sign == '+' and num2 == 247: print('927+247 = 1174') if num1 == 927 and sign == '+' and num2 == 248: print('927+248 = 1175') if num1 == 927 and sign == '+' and num2 == 249: print('927+249 = 1176') if num1 == 928 and sign == '+' and num2 == 200: print('928+200 = 1128') if num1 == 928 and sign == '+' and num2 == 201: print('928+201 = 1129') if num1 == 928 and sign == '+' and num2 == 202: print('928+202 = 1130') if num1 == 928 and sign == '+' and num2 == 203: print('928+203 = 1131') if num1 == 928 and sign == '+' and num2 == 204: print('928+204 = 1132') if num1 == 928 and sign == '+' and num2 == 205: print('928+205 = 1133') if num1 == 928 and sign == '+' and num2 == 206: print('928+206 = 1134') if num1 == 928 and sign == '+' and num2 == 207: print('928+207 = 1135') if num1 == 928 and sign == '+' and num2 == 208: print('928+208 = 1136') if num1 == 928 and sign == '+' and num2 == 209: print('928+209 = 1137') if num1 == 928 and sign == '+' and num2 == 210: print('928+210 = 1138') if num1 == 928 and sign == '+' and num2 == 211: print('928+211 = 1139') if num1 == 928 and sign == '+' and num2 == 212: print('928+212 = 1140') if num1 == 928 and sign == '+' and num2 == 213: print('928+213 = 1141') if num1 == 928 and sign == '+' and num2 == 214: print('928+214 = 1142') if num1 == 928 and sign == '+' and num2 == 215: print('928+215 = 1143') if num1 == 928 and sign == '+' and num2 == 216: print('928+216 = 1144') if num1 == 928 and sign == '+' and num2 == 217: print('928+217 = 1145') if num1 == 928 and sign == '+' and num2 == 218: print('928+218 = 1146') if num1 == 928 and sign == '+' and num2 == 219: print('928+219 = 1147') if num1 == 928 and sign == '+' and num2 == 220: print('928+220 = 1148') if num1 == 928 and sign == '+' and num2 == 221: print('928+221 = 1149') if num1 == 928 and sign == '+' and num2 == 222: print('928+222 = 1150') if num1 == 928 and sign == '+' and num2 == 223: print('928+223 = 1151') if num1 == 928 and sign == '+' and num2 == 224: print('928+224 = 1152') if num1 == 928 and sign == '+' and num2 == 225: print('928+225 = 1153') if num1 == 928 and sign == '+' and num2 == 226: print('928+226 = 1154') if num1 == 928 and sign == '+' and num2 == 227: print('928+227 = 1155') if num1 == 928 and sign == '+' and num2 == 228: print('928+228 = 1156') if num1 == 928 and sign == '+' and num2 == 229: print('928+229 = 1157') if num1 == 928 and sign == '+' and num2 == 230: print('928+230 = 1158') if num1 == 928 and sign == '+' and num2 == 231: print('928+231 = 1159') if num1 == 928 and sign == '+' and num2 == 232: print('928+232 = 1160') if num1 == 928 and sign == '+' and num2 == 233: print('928+233 = 1161') if num1 == 928 and sign == '+' and num2 == 234: print('928+234 = 1162') if num1 == 928 and sign == '+' and num2 == 235: print('928+235 = 1163') if num1 == 928 and sign == '+' and num2 == 236: print('928+236 = 1164') if num1 == 928 and sign == '+' and num2 == 237: print('928+237 = 1165') if num1 == 928 and sign == '+' and num2 == 238: print('928+238 = 1166') if num1 == 928 and sign == '+' and num2 == 239: print('928+239 = 1167') if num1 == 928 and sign == '+' and num2 == 240: print('928+240 = 1168') if num1 == 928 and sign == '+' and num2 == 241: print('928+241 = 1169') if num1 == 928 and sign == '+' and num2 == 242: print('928+242 = 1170') if num1 == 928 and sign == '+' and num2 == 243: print('928+243 = 1171') if num1 == 928 and sign == '+' and num2 == 244: print('928+244 = 1172') if num1 == 928 and sign == '+' and num2 == 245: print('928+245 = 1173') if num1 == 928 and sign == '+' and num2 == 246: print('928+246 = 1174') if num1 == 928 and sign == '+' and num2 == 247: print('928+247 = 1175') if num1 == 928 and sign == '+' and num2 == 248: print('928+248 = 1176') if num1 == 928 and sign == '+' and num2 == 249: print('928+249 = 1177') if num1 == 929 and sign == '+' and num2 == 200: print('929+200 = 1129') if num1 == 929 and sign == '+' and num2 == 201: print('929+201 = 1130') if num1 == 929 and sign == '+' and num2 == 202: print('929+202 = 1131') if num1 == 929 and sign == '+' and num2 == 203: print('929+203 = 1132') if num1 == 929 and sign == '+' and num2 == 204: print('929+204 = 1133') if num1 == 929 and sign == '+' and num2 == 205: print('929+205 = 1134') if num1 == 929 and sign == '+' and num2 == 206: print('929+206 = 1135') if num1 == 929 and sign == '+' and num2 == 207: print('929+207 = 1136') if num1 == 929 and sign == '+' and num2 == 208: print('929+208 = 1137') if num1 == 929 and sign == '+' and num2 == 209: print('929+209 = 1138') if num1 == 929 and sign == '+' and num2 == 210: print('929+210 = 1139') if num1 == 929 and sign == '+' and num2 == 211: print('929+211 = 1140') if num1 == 929 and sign == '+' and num2 == 212: print('929+212 = 1141') if num1 == 929 and sign == '+' and num2 == 213: print('929+213 = 1142') if num1 == 929 and sign == '+' and num2 == 214: print('929+214 = 1143') if num1 == 929 and sign == '+' and num2 == 215: print('929+215 = 1144') if num1 == 929 and sign == '+' and num2 == 216: print('929+216 = 1145') if num1 == 929 and sign == '+' and num2 == 217: print('929+217 = 1146') if num1 == 929 and sign == '+' and num2 == 218: print('929+218 = 1147') if num1 == 929 and sign == '+' and num2 == 219: print('929+219 = 1148') if num1 == 929 and sign == '+' and num2 == 220: print('929+220 = 1149') if num1 == 929 and sign == '+' and num2 == 221: print('929+221 = 1150') if num1 == 929 and sign == '+' and num2 == 222: print('929+222 = 1151') if num1 == 929 and sign == '+' and num2 == 223: print('929+223 = 1152') if num1 == 929 and sign == '+' and num2 == 224: print('929+224 = 1153') if num1 == 929 and sign == '+' and num2 == 225: print('929+225 = 1154') if num1 == 929 and sign == '+' and num2 == 226: print('929+226 = 1155') if num1 == 929 and sign == '+' and num2 == 227: print('929+227 = 1156') if num1 == 929 and sign == '+' and num2 == 228: print('929+228 = 1157') if num1 == 929 and sign == '+' and num2 == 229: print('929+229 = 1158') if num1 == 929 and sign == '+' and num2 == 230: print('929+230 = 1159') if num1 == 929 and sign == '+' and num2 == 231: print('929+231 = 1160') if num1 == 929 and sign == '+' and num2 == 232: print('929+232 = 1161') if num1 == 929 and sign == '+' and num2 == 233: print('929+233 = 1162') if num1 == 929 and sign == '+' and num2 == 234: print('929+234 = 1163') if num1 == 929 and sign == '+' and num2 == 235: print('929+235 = 1164') if num1 == 929 and sign == '+' and num2 == 236: print('929+236 = 1165') if num1 == 929 and sign == '+' and num2 == 237: print('929+237 = 1166') if num1 == 929 and sign == '+' and num2 == 238: print('929+238 = 1167') if num1 == 929 and sign == '+' and num2 == 239: print('929+239 = 1168') if num1 == 929 and sign == '+' and num2 == 240: print('929+240 = 1169') if num1 == 929 and sign == '+' and num2 == 241: print('929+241 = 1170') if num1 == 929 and sign == '+' and num2 == 242: print('929+242 = 1171') if num1 == 929 and sign == '+' and num2 == 243: print('929+243 = 1172') if num1 == 929 and sign == '+' and num2 == 244: print('929+244 = 1173') if num1 == 929 and sign == '+' and num2 == 245: print('929+245 = 1174') if num1 == 929 and sign == '+' and num2 == 246: print('929+246 = 1175') if num1 == 929 and sign == '+' and num2 == 247: print('929+247 = 1176') if num1 == 929 and sign == '+' and num2 == 248: print('929+248 = 1177') if num1 == 929 and sign == '+' and num2 == 249: print('929+249 = 1178') if num1 == 930 and sign == '+' and num2 == 200: print('930+200 = 1130') if num1 == 930 and sign == '+' and num2 == 201: print('930+201 = 1131') if num1 == 930 and sign == '+' and num2 == 202: print('930+202 = 1132') if num1 == 930 and sign == '+' and num2 == 203: print('930+203 = 1133') if num1 == 930 and sign == '+' and num2 == 204: print('930+204 = 1134') if num1 == 930 and sign == '+' and num2 == 205: print('930+205 = 1135') if num1 == 930 and sign == '+' and num2 == 206: print('930+206 = 1136') if num1 == 930 and sign == '+' and num2 == 207: print('930+207 = 1137') if num1 == 930 and sign == '+' and num2 == 208: print('930+208 = 1138') if num1 == 930 and sign == '+' and num2 == 209: print('930+209 = 1139') if num1 == 930 and sign == '+' and num2 == 210: print('930+210 = 1140') if num1 == 930 and sign == '+' and num2 == 211: print('930+211 = 1141') if num1 == 930 and sign == '+' and num2 == 212: print('930+212 = 1142') if num1 == 930 and sign == '+' and num2 == 213: print('930+213 = 1143') if num1 == 930 and sign == '+' and num2 == 214: print('930+214 = 1144') if num1 == 930 and sign == '+' and num2 == 215: print('930+215 = 1145') if num1 == 930 and sign == '+' and num2 == 216: print('930+216 = 1146') if num1 == 930 and sign == '+' and num2 == 217: print('930+217 = 1147') if num1 == 930 and sign == '+' and num2 == 218: print('930+218 = 1148') if num1 == 930 and sign == '+' and num2 == 219: print('930+219 = 1149') if num1 == 930 and sign == '+' and num2 == 220: print('930+220 = 1150') if num1 == 930 and sign == '+' and num2 == 221: print('930+221 = 1151') if num1 == 930 and sign == '+' and num2 == 222: print('930+222 = 1152') if num1 == 930 and sign == '+' and num2 == 223: print('930+223 = 1153') if num1 == 930 and sign == '+' and num2 == 224: print('930+224 = 1154') if num1 == 930 and sign == '+' and num2 == 225: print('930+225 = 1155') if num1 == 930 and sign == '+' and num2 == 226: print('930+226 = 1156') if num1 == 930 and sign == '+' and num2 == 227: print('930+227 = 1157') if num1 == 930 and sign == '+' and num2 == 228: print('930+228 = 1158') if num1 == 930 and sign == '+' and num2 == 229: print('930+229 = 1159') if num1 == 930 and sign == '+' and num2 == 230: print('930+230 = 1160') if num1 == 930 and sign == '+' and num2 == 231: print('930+231 = 1161') if num1 == 930 and sign == '+' and num2 == 232: print('930+232 = 1162') if num1 == 930 and sign == '+' and num2 == 233: print('930+233 = 1163') if num1 == 930 and sign == '+' and num2 == 234: print('930+234 = 1164') if num1 == 930 and sign == '+' and num2 == 235: print('930+235 = 1165') if num1 == 930 and sign == '+' and num2 == 236: print('930+236 = 1166') if num1 == 930 and sign == '+' and num2 == 237: print('930+237 = 1167') if num1 == 930 and sign == '+' and num2 == 238: print('930+238 = 1168') if num1 == 930 and sign == '+' and num2 == 239: print('930+239 = 1169') if num1 == 930 and sign == '+' and num2 == 240: print('930+240 = 1170') if num1 == 930 and sign == '+' and num2 == 241: print('930+241 = 1171') if num1 == 930 and sign == '+' and num2 == 242: print('930+242 = 1172') if num1 == 930 and sign == '+' and num2 == 243: print('930+243 = 1173') if num1 == 930 and sign == '+' and num2 == 244: print('930+244 = 1174') if num1 == 930 and sign == '+' and num2 == 245: print('930+245 = 1175') if num1 == 930 and sign == '+' and num2 == 246: print('930+246 = 1176') if num1 == 930 and sign == '+' and num2 == 247: print('930+247 = 1177') if num1 == 930 and sign == '+' and num2 == 248: print('930+248 = 1178') if num1 == 930 and sign == '+' and num2 == 249: print('930+249 = 1179') if num1 == 931 and sign == '+' and num2 == 200: print('931+200 = 1131') if num1 == 931 and sign == '+' and num2 == 201: print('931+201 = 1132') if num1 == 931 and sign == '+' and num2 == 202: print('931+202 = 1133') if num1 == 931 and sign == '+' and num2 == 203: print('931+203 = 1134') if num1 == 931 and sign == '+' and num2 == 204: print('931+204 = 1135') if num1 == 931 and sign == '+' and num2 == 205: print('931+205 = 1136') if num1 == 931 and sign == '+' and num2 == 206: print('931+206 = 1137') if num1 == 931 and sign == '+' and num2 == 207: print('931+207 = 1138') if num1 == 931 and sign == '+' and num2 == 208: print('931+208 = 1139') if num1 == 931 and sign == '+' and num2 == 209: print('931+209 = 1140') if num1 == 931 and sign == '+' and num2 == 210: print('931+210 = 1141') if num1 == 931 and sign == '+' and num2 == 211: print('931+211 = 1142') if num1 == 931 and sign == '+' and num2 == 212: print('931+212 = 1143') if num1 == 931 and sign == '+' and num2 == 213: print('931+213 = 1144') if num1 == 931 and sign == '+' and num2 == 214: print('931+214 = 1145') if num1 == 931 and sign == '+' and num2 == 215: print('931+215 = 1146') if num1 == 931 and sign == '+' and num2 == 216: print('931+216 = 1147') if num1 == 931 and sign == '+' and num2 == 217: print('931+217 = 1148') if num1 == 931 and sign == '+' and num2 == 218: print('931+218 = 1149') if num1 == 931 and sign == '+' and num2 == 219: print('931+219 = 1150') if num1 == 931 and sign == '+' and num2 == 220: print('931+220 = 1151') if num1 == 931 and sign == '+' and num2 == 221: print('931+221 = 1152') if num1 == 931 and sign == '+' and num2 == 222: print('931+222 = 1153') if num1 == 931 and sign == '+' and num2 == 223: print('931+223 = 1154') if num1 == 931 and sign == '+' and num2 == 224: print('931+224 = 1155') if num1 == 931 and sign == '+' and num2 == 225: print('931+225 = 1156') if num1 == 931 and sign == '+' and num2 == 226: print('931+226 = 1157') if num1 == 931 and sign == '+' and num2 == 227: print('931+227 = 1158') if num1 == 931 and sign == '+' and num2 == 228: print('931+228 = 1159') if num1 == 931 and sign == '+' and num2 == 229: print('931+229 = 1160') if num1 == 931 and sign == '+' and num2 == 230: print('931+230 = 1161') if num1 == 931 and sign == '+' and num2 == 231: print('931+231 = 1162') if num1 == 931 and sign == '+' and num2 == 232: print('931+232 = 1163') if num1 == 931 and sign == '+' and num2 == 233: print('931+233 = 1164') if num1 == 931 and sign == '+' and num2 == 234: print('931+234 = 1165') if num1 == 931 and sign == '+' and num2 == 235: print('931+235 = 1166') if num1 == 931 and sign == '+' and num2 == 236: print('931+236 = 1167') if num1 == 931 and sign == '+' and num2 == 237: print('931+237 = 1168') if num1 == 931 and sign == '+' and num2 == 238: print('931+238 = 1169') if num1 == 931 and sign == '+' and num2 == 239: print('931+239 = 1170') if num1 == 931 and sign == '+' and num2 == 240: print('931+240 = 1171') if num1 == 931 and sign == '+' and num2 == 241: print('931+241 = 1172') if num1 == 931 and sign == '+' and num2 == 242: print('931+242 = 1173') if num1 == 931 and sign == '+' and num2 == 243: print('931+243 = 1174') if num1 == 931 and sign == '+' and num2 == 244: print('931+244 = 1175') if num1 == 931 and sign == '+' and num2 == 245: print('931+245 = 1176') if num1 == 931 and sign == '+' and num2 == 246: print('931+246 = 1177') if num1 == 931 and sign == '+' and num2 == 247: print('931+247 = 1178') if num1 == 931 and sign == '+' and num2 == 248: print('931+248 = 1179') if num1 == 931 and sign == '+' and num2 == 249: print('931+249 = 1180') if num1 == 932 and sign == '+' and num2 == 200: print('932+200 = 1132') if num1 == 932 and sign == '+' and num2 == 201: print('932+201 = 1133') if num1 == 932 and sign == '+' and num2 == 202: print('932+202 = 1134') if num1 == 932 and sign == '+' and num2 == 203: print('932+203 = 1135') if num1 == 932 and sign == '+' and num2 == 204: print('932+204 = 1136') if num1 == 932 and sign == '+' and num2 == 205: print('932+205 = 1137') if num1 == 932 and sign == '+' and num2 == 206: print('932+206 = 1138') if num1 == 932 and sign == '+' and num2 == 207: print('932+207 = 1139') if num1 == 932 and sign == '+' and num2 == 208: print('932+208 = 1140') if num1 == 932 and sign == '+' and num2 == 209: print('932+209 = 1141') if num1 == 932 and sign == '+' and num2 == 210: print('932+210 = 1142') if num1 == 932 and sign == '+' and num2 == 211: print('932+211 = 1143') if num1 == 932 and sign == '+' and num2 == 212: print('932+212 = 1144') if num1 == 932 and sign == '+' and num2 == 213: print('932+213 = 1145') if num1 == 932 and sign == '+' and num2 == 214: print('932+214 = 1146') if num1 == 932 and sign == '+' and num2 == 215: print('932+215 = 1147') if num1 == 932 and sign == '+' and num2 == 216: print('932+216 = 1148') if num1 == 932 and sign == '+' and num2 == 217: print('932+217 = 1149') if num1 == 932 and sign == '+' and num2 == 218: print('932+218 = 1150') if num1 == 932 and sign == '+' and num2 == 219: print('932+219 = 1151') if num1 == 932 and sign == '+' and num2 == 220: print('932+220 = 1152') if num1 == 932 and sign == '+' and num2 == 221: print('932+221 = 1153') if num1 == 932 and sign == '+' and num2 == 222: print('932+222 = 1154') if num1 == 932 and sign == '+' and num2 == 223: print('932+223 = 1155') if num1 == 932 and sign == '+' and num2 == 224: print('932+224 = 1156') if num1 == 932 and sign == '+' and num2 == 225: print('932+225 = 1157') if num1 == 932 and sign == '+' and num2 == 226: print('932+226 = 1158') if num1 == 932 and sign == '+' and num2 == 227: print('932+227 = 1159') if num1 == 932 and sign == '+' and num2 == 228: print('932+228 = 1160') if num1 == 932 and sign == '+' and num2 == 229: print('932+229 = 1161') if num1 == 932 and sign == '+' and num2 == 230: print('932+230 = 1162') if num1 == 932 and sign == '+' and num2 == 231: print('932+231 = 1163') if num1 == 932 and sign == '+' and num2 == 232: print('932+232 = 1164') if num1 == 932 and sign == '+' and num2 == 233: print('932+233 = 1165') if num1 == 932 and sign == '+' and num2 == 234: print('932+234 = 1166') if num1 == 932 and sign == '+' and num2 == 235: print('932+235 = 1167') if num1 == 932 and sign == '+' and num2 == 236: print('932+236 = 1168') if num1 == 932 and sign == '+' and num2 == 237: print('932+237 = 1169') if num1 == 932 and sign == '+' and num2 == 238: print('932+238 = 1170') if num1 == 932 and sign == '+' and num2 == 239: print('932+239 = 1171') if num1 == 932 and sign == '+' and num2 == 240: print('932+240 = 1172') if num1 == 932 and sign == '+' and num2 == 241: print('932+241 = 1173') if num1 == 932 and sign == '+' and num2 == 242: print('932+242 = 1174') if num1 == 932 and sign == '+' and num2 == 243: print('932+243 = 1175') if num1 == 932 and sign == '+' and num2 == 244: print('932+244 = 1176') if num1 == 932 and sign == '+' and num2 == 245: print('932+245 = 1177') if num1 == 932 and sign == '+' and num2 == 246: print('932+246 = 1178') if num1 == 932 and sign == '+' and num2 == 247: print('932+247 = 1179') if num1 == 932 and sign == '+' and num2 == 248: print('932+248 = 1180') if num1 == 932 and sign == '+' and num2 == 249: print('932+249 = 1181') if num1 == 933 and sign == '+' and num2 == 200: print('933+200 = 1133') if num1 == 933 and sign == '+' and num2 == 201: print('933+201 = 1134') if num1 == 933 and sign == '+' and num2 == 202: print('933+202 = 1135') if num1 == 933 and sign == '+' and num2 == 203: print('933+203 = 1136') if num1 == 933 and sign == '+' and num2 == 204: print('933+204 = 1137') if num1 == 933 and sign == '+' and num2 == 205: print('933+205 = 1138') if num1 == 933 and sign == '+' and num2 == 206: print('933+206 = 1139') if num1 == 933 and sign == '+' and num2 == 207: print('933+207 = 1140') if num1 == 933 and sign == '+' and num2 == 208: print('933+208 = 1141') if num1 == 933 and sign == '+' and num2 == 209: print('933+209 = 1142') if num1 == 933 and sign == '+' and num2 == 210: print('933+210 = 1143') if num1 == 933 and sign == '+' and num2 == 211: print('933+211 = 1144') if num1 == 933 and sign == '+' and num2 == 212: print('933+212 = 1145') if num1 == 933 and sign == '+' and num2 == 213: print('933+213 = 1146') if num1 == 933 and sign == '+' and num2 == 214: print('933+214 = 1147') if num1 == 933 and sign == '+' and num2 == 215: print('933+215 = 1148') if num1 == 933 and sign == '+' and num2 == 216: print('933+216 = 1149') if num1 == 933 and sign == '+' and num2 == 217: print('933+217 = 1150') if num1 == 933 and sign == '+' and num2 == 218: print('933+218 = 1151') if num1 == 933 and sign == '+' and num2 == 219: print('933+219 = 1152') if num1 == 933 and sign == '+' and num2 == 220: print('933+220 = 1153') if num1 == 933 and sign == '+' and num2 == 221: print('933+221 = 1154') if num1 == 933 and sign == '+' and num2 == 222: print('933+222 = 1155') if num1 == 933 and sign == '+' and num2 == 223: print('933+223 = 1156') if num1 == 933 and sign == '+' and num2 == 224: print('933+224 = 1157') if num1 == 933 and sign == '+' and num2 == 225: print('933+225 = 1158') if num1 == 933 and sign == '+' and num2 == 226: print('933+226 = 1159') if num1 == 933 and sign == '+' and num2 == 227: print('933+227 = 1160') if num1 == 933 and sign == '+' and num2 == 228: print('933+228 = 1161') if num1 == 933 and sign == '+' and num2 == 229: print('933+229 = 1162') if num1 == 933 and sign == '+' and num2 == 230: print('933+230 = 1163') if num1 == 933 and sign == '+' and num2 == 231: print('933+231 = 1164') if num1 == 933 and sign == '+' and num2 == 232: print('933+232 = 1165') if num1 == 933 and sign == '+' and num2 == 233: print('933+233 = 1166') if num1 == 933 and sign == '+' and num2 == 234: print('933+234 = 1167') if num1 == 933 and sign == '+' and num2 == 235: print('933+235 = 1168') if num1 == 933 and sign == '+' and num2 == 236: print('933+236 = 1169') if num1 == 933 and sign == '+' and num2 == 237: print('933+237 = 1170') if num1 == 933 and sign == '+' and num2 == 238: print('933+238 = 1171') if num1 == 933 and sign == '+' and num2 == 239: print('933+239 = 1172') if num1 == 933 and sign == '+' and num2 == 240: print('933+240 = 1173') if num1 == 933 and sign == '+' and num2 == 241: print('933+241 = 1174') if num1 == 933 and sign == '+' and num2 == 242: print('933+242 = 1175') if num1 == 933 and sign == '+' and num2 == 243: print('933+243 = 1176') if num1 == 933 and sign == '+' and num2 == 244: print('933+244 = 1177') if num1 == 933 and sign == '+' and num2 == 245: print('933+245 = 1178') if num1 == 933 and sign == '+' and num2 == 246: print('933+246 = 1179') if num1 == 933 and sign == '+' and num2 == 247: print('933+247 = 1180') if num1 == 933 and sign == '+' and num2 == 248: print('933+248 = 1181') if num1 == 933 and sign == '+' and num2 == 249: print('933+249 = 1182') if num1 == 934 and sign == '+' and num2 == 200: print('934+200 = 1134') if num1 == 934 and sign == '+' and num2 == 201: print('934+201 = 1135') if num1 == 934 and sign == '+' and num2 == 202: print('934+202 = 1136') if num1 == 934 and sign == '+' and num2 == 203: print('934+203 = 1137') if num1 == 934 and sign == '+' and num2 == 204: print('934+204 = 1138') if num1 == 934 and sign == '+' and num2 == 205: print('934+205 = 1139') if num1 == 934 and sign == '+' and num2 == 206: print('934+206 = 1140') if num1 == 934 and sign == '+' and num2 == 207: print('934+207 = 1141') if num1 == 934 and sign == '+' and num2 == 208: print('934+208 = 1142') if num1 == 934 and sign == '+' and num2 == 209: print('934+209 = 1143') if num1 == 934 and sign == '+' and num2 == 210: print('934+210 = 1144') if num1 == 934 and sign == '+' and num2 == 211: print('934+211 = 1145') if num1 == 934 and sign == '+' and num2 == 212: print('934+212 = 1146') if num1 == 934 and sign == '+' and num2 == 213: print('934+213 = 1147') if num1 == 934 and sign == '+' and num2 == 214: print('934+214 = 1148') if num1 == 934 and sign == '+' and num2 == 215: print('934+215 = 1149') if num1 == 934 and sign == '+' and num2 == 216: print('934+216 = 1150') if num1 == 934 and sign == '+' and num2 == 217: print('934+217 = 1151') if num1 == 934 and sign == '+' and num2 == 218: print('934+218 = 1152') if num1 == 934 and sign == '+' and num2 == 219: print('934+219 = 1153') if num1 == 934 and sign == '+' and num2 == 220: print('934+220 = 1154') if num1 == 934 and sign == '+' and num2 == 221: print('934+221 = 1155') if num1 == 934 and sign == '+' and num2 == 222: print('934+222 = 1156') if num1 == 934 and sign == '+' and num2 == 223: print('934+223 = 1157') if num1 == 934 and sign == '+' and num2 == 224: print('934+224 = 1158') if num1 == 934 and sign == '+' and num2 == 225: print('934+225 = 1159') if num1 == 934 and sign == '+' and num2 == 226: print('934+226 = 1160') if num1 == 934 and sign == '+' and num2 == 227: print('934+227 = 1161') if num1 == 934 and sign == '+' and num2 == 228: print('934+228 = 1162') if num1 == 934 and sign == '+' and num2 == 229: print('934+229 = 1163') if num1 == 934 and sign == '+' and num2 == 230: print('934+230 = 1164') if num1 == 934 and sign == '+' and num2 == 231: print('934+231 = 1165') if num1 == 934 and sign == '+' and num2 == 232: print('934+232 = 1166') if num1 == 934 and sign == '+' and num2 == 233: print('934+233 = 1167') if num1 == 934 and sign == '+' and num2 == 234: print('934+234 = 1168') if num1 == 934 and sign == '+' and num2 == 235: print('934+235 = 1169') if num1 == 934 and sign == '+' and num2 == 236: print('934+236 = 1170') if num1 == 934 and sign == '+' and num2 == 237: print('934+237 = 1171') if num1 == 934 and sign == '+' and num2 == 238: print('934+238 = 1172') if num1 == 934 and sign == '+' and num2 == 239: print('934+239 = 1173') if num1 == 934 and sign == '+' and num2 == 240: print('934+240 = 1174') if num1 == 934 and sign == '+' and num2 == 241: print('934+241 = 1175') if num1 == 934 and sign == '+' and num2 == 242: print('934+242 = 1176') if num1 == 934 and sign == '+' and num2 == 243: print('934+243 = 1177') if num1 == 934 and sign == '+' and num2 == 244: print('934+244 = 1178') if num1 == 934 and sign == '+' and num2 == 245: print('934+245 = 1179') if num1 == 934 and sign == '+' and num2 == 246: print('934+246 = 1180') if num1 == 934 and sign == '+' and num2 == 247: print('934+247 = 1181') if num1 == 934 and sign == '+' and num2 == 248: print('934+248 = 1182') if num1 == 934 and sign == '+' and num2 == 249: print('934+249 = 1183') if num1 == 935 and sign == '+' and num2 == 200: print('935+200 = 1135') if num1 == 935 and sign == '+' and num2 == 201: print('935+201 = 1136') if num1 == 935 and sign == '+' and num2 == 202: print('935+202 = 1137') if num1 == 935 and sign == '+' and num2 == 203: print('935+203 = 1138') if num1 == 935 and sign == '+' and num2 == 204: print('935+204 = 1139') if num1 == 935 and sign == '+' and num2 == 205: print('935+205 = 1140') if num1 == 935 and sign == '+' and num2 == 206: print('935+206 = 1141') if num1 == 935 and sign == '+' and num2 == 207: print('935+207 = 1142') if num1 == 935 and sign == '+' and num2 == 208: print('935+208 = 1143') if num1 == 935 and sign == '+' and num2 == 209: print('935+209 = 1144') if num1 == 935 and sign == '+' and num2 == 210: print('935+210 = 1145') if num1 == 935 and sign == '+' and num2 == 211: print('935+211 = 1146') if num1 == 935 and sign == '+' and num2 == 212: print('935+212 = 1147') if num1 == 935 and sign == '+' and num2 == 213: print('935+213 = 1148') if num1 == 935 and sign == '+' and num2 == 214: print('935+214 = 1149') if num1 == 935 and sign == '+' and num2 == 215: print('935+215 = 1150') if num1 == 935 and sign == '+' and num2 == 216: print('935+216 = 1151') if num1 == 935 and sign == '+' and num2 == 217: print('935+217 = 1152') if num1 == 935 and sign == '+' and num2 == 218: print('935+218 = 1153') if num1 == 935 and sign == '+' and num2 == 219: print('935+219 = 1154') if num1 == 935 and sign == '+' and num2 == 220: print('935+220 = 1155') if num1 == 935 and sign == '+' and num2 == 221: print('935+221 = 1156') if num1 == 935 and sign == '+' and num2 == 222: print('935+222 = 1157') if num1 == 935 and sign == '+' and num2 == 223: print('935+223 = 1158') if num1 == 935 and sign == '+' and num2 == 224: print('935+224 = 1159') if num1 == 935 and sign == '+' and num2 == 225: print('935+225 = 1160') if num1 == 935 and sign == '+' and num2 == 226: print('935+226 = 1161') if num1 == 935 and sign == '+' and num2 == 227: print('935+227 = 1162') if num1 == 935 and sign == '+' and num2 == 228: print('935+228 = 1163') if num1 == 935 and sign == '+' and num2 == 229: print('935+229 = 1164') if num1 == 935 and sign == '+' and num2 == 230: print('935+230 = 1165') if num1 == 935 and sign == '+' and num2 == 231: print('935+231 = 1166') if num1 == 935 and sign == '+' and num2 == 232: print('935+232 = 1167') if num1 == 935 and sign == '+' and num2 == 233: print('935+233 = 1168') if num1 == 935 and sign == '+' and num2 == 234: print('935+234 = 1169') if num1 == 935 and sign == '+' and num2 == 235: print('935+235 = 1170') if num1 == 935 and sign == '+' and num2 == 236: print('935+236 = 1171') if num1 == 935 and sign == '+' and num2 == 237: print('935+237 = 1172') if num1 == 935 and sign == '+' and num2 == 238: print('935+238 = 1173') if num1 == 935 and sign == '+' and num2 == 239: print('935+239 = 1174') if num1 == 935 and sign == '+' and num2 == 240: print('935+240 = 1175') if num1 == 935 and sign == '+' and num2 == 241: print('935+241 = 1176') if num1 == 935 and sign == '+' and num2 == 242: print('935+242 = 1177') if num1 == 935 and sign == '+' and num2 == 243: print('935+243 = 1178') if num1 == 935 and sign == '+' and num2 == 244: print('935+244 = 1179') if num1 == 935 and sign == '+' and num2 == 245: print('935+245 = 1180') if num1 == 935 and sign == '+' and num2 == 246: print('935+246 = 1181') if num1 == 935 and sign == '+' and num2 == 247: print('935+247 = 1182') if num1 == 935 and sign == '+' and num2 == 248: print('935+248 = 1183') if num1 == 935 and sign == '+' and num2 == 249: print('935+249 = 1184') if num1 == 936 and sign == '+' and num2 == 200: print('936+200 = 1136') if num1 == 936 and sign == '+' and num2 == 201: print('936+201 = 1137') if num1 == 936 and sign == '+' and num2 == 202: print('936+202 = 1138') if num1 == 936 and sign == '+' and num2 == 203: print('936+203 = 1139') if num1 == 936 and sign == '+' and num2 == 204: print('936+204 = 1140') if num1 == 936 and sign == '+' and num2 == 205: print('936+205 = 1141') if num1 == 936 and sign == '+' and num2 == 206: print('936+206 = 1142') if num1 == 936 and sign == '+' and num2 == 207: print('936+207 = 1143') if num1 == 936 and sign == '+' and num2 == 208: print('936+208 = 1144') if num1 == 936 and sign == '+' and num2 == 209: print('936+209 = 1145') if num1 == 936 and sign == '+' and num2 == 210: print('936+210 = 1146') if num1 == 936 and sign == '+' and num2 == 211: print('936+211 = 1147') if num1 == 936 and sign == '+' and num2 == 212: print('936+212 = 1148') if num1 == 936 and sign == '+' and num2 == 213: print('936+213 = 1149') if num1 == 936 and sign == '+' and num2 == 214: print('936+214 = 1150') if num1 == 936 and sign == '+' and num2 == 215: print('936+215 = 1151') if num1 == 936 and sign == '+' and num2 == 216: print('936+216 = 1152') if num1 == 936 and sign == '+' and num2 == 217: print('936+217 = 1153') if num1 == 936 and sign == '+' and num2 == 218: print('936+218 = 1154') if num1 == 936 and sign == '+' and num2 == 219: print('936+219 = 1155') if num1 == 936 and sign == '+' and num2 == 220: print('936+220 = 1156') if num1 == 936 and sign == '+' and num2 == 221: print('936+221 = 1157') if num1 == 936 and sign == '+' and num2 == 222: print('936+222 = 1158') if num1 == 936 and sign == '+' and num2 == 223: print('936+223 = 1159') if num1 == 936 and sign == '+' and num2 == 224: print('936+224 = 1160') if num1 == 936 and sign == '+' and num2 == 225: print('936+225 = 1161') if num1 == 936 and sign == '+' and num2 == 226: print('936+226 = 1162') if num1 == 936 and sign == '+' and num2 == 227: print('936+227 = 1163') if num1 == 936 and sign == '+' and num2 == 228: print('936+228 = 1164') if num1 == 936 and sign == '+' and num2 == 229: print('936+229 = 1165') if num1 == 936 and sign == '+' and num2 == 230: print('936+230 = 1166') if num1 == 936 and sign == '+' and num2 == 231: print('936+231 = 1167') if num1 == 936 and sign == '+' and num2 == 232: print('936+232 = 1168') if num1 == 936 and sign == '+' and num2 == 233: print('936+233 = 1169') if num1 == 936 and sign == '+' and num2 == 234: print('936+234 = 1170') if num1 == 936 and sign == '+' and num2 == 235: print('936+235 = 1171') if num1 == 936 and sign == '+' and num2 == 236: print('936+236 = 1172') if num1 == 936 and sign == '+' and num2 == 237: print('936+237 = 1173') if num1 == 936 and sign == '+' and num2 == 238: print('936+238 = 1174') if num1 == 936 and sign == '+' and num2 == 239: print('936+239 = 1175') if num1 == 936 and sign == '+' and num2 == 240: print('936+240 = 1176') if num1 == 936 and sign == '+' and num2 == 241: print('936+241 = 1177') if num1 == 936 and sign == '+' and num2 == 242: print('936+242 = 1178') if num1 == 936 and sign == '+' and num2 == 243: print('936+243 = 1179') if num1 == 936 and sign == '+' and num2 == 244: print('936+244 = 1180') if num1 == 936 and sign == '+' and num2 == 245: print('936+245 = 1181') if num1 == 936 and sign == '+' and num2 == 246: print('936+246 = 1182') if num1 == 936 and sign == '+' and num2 == 247: print('936+247 = 1183') if num1 == 936 and sign == '+' and num2 == 248: print('936+248 = 1184') if num1 == 936 and sign == '+' and num2 == 249: print('936+249 = 1185') if num1 == 937 and sign == '+' and num2 == 200: print('937+200 = 1137') if num1 == 937 and sign == '+' and num2 == 201: print('937+201 = 1138') if num1 == 937 and sign == '+' and num2 == 202: print('937+202 = 1139') if num1 == 937 and sign == '+' and num2 == 203: print('937+203 = 1140') if num1 == 937 and sign == '+' and num2 == 204: print('937+204 = 1141') if num1 == 937 and sign == '+' and num2 == 205: print('937+205 = 1142') if num1 == 937 and sign == '+' and num2 == 206: print('937+206 = 1143') if num1 == 937 and sign == '+' and num2 == 207: print('937+207 = 1144') if num1 == 937 and sign == '+' and num2 == 208: print('937+208 = 1145') if num1 == 937 and sign == '+' and num2 == 209: print('937+209 = 1146') if num1 == 937 and sign == '+' and num2 == 210: print('937+210 = 1147') if num1 == 937 and sign == '+' and num2 == 211: print('937+211 = 1148') if num1 == 937 and sign == '+' and num2 == 212: print('937+212 = 1149') if num1 == 937 and sign == '+' and num2 == 213: print('937+213 = 1150') if num1 == 937 and sign == '+' and num2 == 214: print('937+214 = 1151') if num1 == 937 and sign == '+' and num2 == 215: print('937+215 = 1152') if num1 == 937 and sign == '+' and num2 == 216: print('937+216 = 1153') if num1 == 937 and sign == '+' and num2 == 217: print('937+217 = 1154') if num1 == 937 and sign == '+' and num2 == 218: print('937+218 = 1155') if num1 == 937 and sign == '+' and num2 == 219: print('937+219 = 1156') if num1 == 937 and sign == '+' and num2 == 220: print('937+220 = 1157') if num1 == 937 and sign == '+' and num2 == 221: print('937+221 = 1158') if num1 == 937 and sign == '+' and num2 == 222: print('937+222 = 1159') if num1 == 937 and sign == '+' and num2 == 223: print('937+223 = 1160') if num1 == 937 and sign == '+' and num2 == 224: print('937+224 = 1161') if num1 == 937 and sign == '+' and num2 == 225: print('937+225 = 1162') if num1 == 937 and sign == '+' and num2 == 226: print('937+226 = 1163') if num1 == 937 and sign == '+' and num2 == 227: print('937+227 = 1164') if num1 == 937 and sign == '+' and num2 == 228: print('937+228 = 1165') if num1 == 937 and sign == '+' and num2 == 229: print('937+229 = 1166') if num1 == 937 and sign == '+' and num2 == 230: print('937+230 = 1167') if num1 == 937 and sign == '+' and num2 == 231: print('937+231 = 1168') if num1 == 937 and sign == '+' and num2 == 232: print('937+232 = 1169') if num1 == 937 and sign == '+' and num2 == 233: print('937+233 = 1170') if num1 == 937 and sign == '+' and num2 == 234: print('937+234 = 1171') if num1 == 937 and sign == '+' and num2 == 235: print('937+235 = 1172') if num1 == 937 and sign == '+' and num2 == 236: print('937+236 = 1173') if num1 == 937 and sign == '+' and num2 == 237: print('937+237 = 1174') if num1 == 937 and sign == '+' and num2 == 238: print('937+238 = 1175') if num1 == 937 and sign == '+' and num2 == 239: print('937+239 = 1176') if num1 == 937 and sign == '+' and num2 == 240: print('937+240 = 1177') if num1 == 937 and sign == '+' and num2 == 241: print('937+241 = 1178') if num1 == 937 and sign == '+' and num2 == 242: print('937+242 = 1179') if num1 == 937 and sign == '+' and num2 == 243: print('937+243 = 1180') if num1 == 937 and sign == '+' and num2 == 244: print('937+244 = 1181') if num1 == 937 and sign == '+' and num2 == 245: print('937+245 = 1182') if num1 == 937 and sign == '+' and num2 == 246: print('937+246 = 1183') if num1 == 937 and sign == '+' and num2 == 247: print('937+247 = 1184') if num1 == 937 and sign == '+' and num2 == 248: print('937+248 = 1185') if num1 == 937 and sign == '+' and num2 == 249: print('937+249 = 1186') if num1 == 938 and sign == '+' and num2 == 200: print('938+200 = 1138') if num1 == 938 and sign == '+' and num2 == 201: print('938+201 = 1139') if num1 == 938 and sign == '+' and num2 == 202: print('938+202 = 1140') if num1 == 938 and sign == '+' and num2 == 203: print('938+203 = 1141') if num1 == 938 and sign == '+' and num2 == 204: print('938+204 = 1142') if num1 == 938 and sign == '+' and num2 == 205: print('938+205 = 1143') if num1 == 938 and sign == '+' and num2 == 206: print('938+206 = 1144') if num1 == 938 and sign == '+' and num2 == 207: print('938+207 = 1145') if num1 == 938 and sign == '+' and num2 == 208: print('938+208 = 1146') if num1 == 938 and sign == '+' and num2 == 209: print('938+209 = 1147') if num1 == 938 and sign == '+' and num2 == 210: print('938+210 = 1148') if num1 == 938 and sign == '+' and num2 == 211: print('938+211 = 1149') if num1 == 938 and sign == '+' and num2 == 212: print('938+212 = 1150') if num1 == 938 and sign == '+' and num2 == 213: print('938+213 = 1151') if num1 == 938 and sign == '+' and num2 == 214: print('938+214 = 1152') if num1 == 938 and sign == '+' and num2 == 215: print('938+215 = 1153') if num1 == 938 and sign == '+' and num2 == 216: print('938+216 = 1154') if num1 == 938 and sign == '+' and num2 == 217: print('938+217 = 1155') if num1 == 938 and sign == '+' and num2 == 218: print('938+218 = 1156') if num1 == 938 and sign == '+' and num2 == 219: print('938+219 = 1157') if num1 == 938 and sign == '+' and num2 == 220: print('938+220 = 1158') if num1 == 938 and sign == '+' and num2 == 221: print('938+221 = 1159') if num1 == 938 and sign == '+' and num2 == 222: print('938+222 = 1160') if num1 == 938 and sign == '+' and num2 == 223: print('938+223 = 1161') if num1 == 938 and sign == '+' and num2 == 224: print('938+224 = 1162') if num1 == 938 and sign == '+' and num2 == 225: print('938+225 = 1163') if num1 == 938 and sign == '+' and num2 == 226: print('938+226 = 1164') if num1 == 938 and sign == '+' and num2 == 227: print('938+227 = 1165') if num1 == 938 and sign == '+' and num2 == 228: print('938+228 = 1166') if num1 == 938 and sign == '+' and num2 == 229: print('938+229 = 1167') if num1 == 938 and sign == '+' and num2 == 230: print('938+230 = 1168') if num1 == 938 and sign == '+' and num2 == 231: print('938+231 = 1169') if num1 == 938 and sign == '+' and num2 == 232: print('938+232 = 1170') if num1 == 938 and sign == '+' and num2 == 233: print('938+233 = 1171') if num1 == 938 and sign == '+' and num2 == 234: print('938+234 = 1172') if num1 == 938 and sign == '+' and num2 == 235: print('938+235 = 1173') if num1 == 938 and sign == '+' and num2 == 236: print('938+236 = 1174') if num1 == 938 and sign == '+' and num2 == 237: print('938+237 = 1175') if num1 == 938 and sign == '+' and num2 == 238: print('938+238 = 1176') if num1 == 938 and sign == '+' and num2 == 239: print('938+239 = 1177') if num1 == 938 and sign == '+' and num2 == 240: print('938+240 = 1178') if num1 == 938 and sign == '+' and num2 == 241: print('938+241 = 1179') if num1 == 938 and sign == '+' and num2 == 242: print('938+242 = 1180') if num1 == 938 and sign == '+' and num2 == 243: print('938+243 = 1181') if num1 == 938 and sign == '+' and num2 == 244: print('938+244 = 1182') if num1 == 938 and sign == '+' and num2 == 245: print('938+245 = 1183') if num1 == 938 and sign == '+' and num2 == 246: print('938+246 = 1184') if num1 == 938 and sign == '+' and num2 == 247: print('938+247 = 1185') if num1 == 938 and sign == '+' and num2 == 248: print('938+248 = 1186') if num1 == 938 and sign == '+' and num2 == 249: print('938+249 = 1187') if num1 == 939 and sign == '+' and num2 == 200: print('939+200 = 1139') if num1 == 939 and sign == '+' and num2 == 201: print('939+201 = 1140') if num1 == 939 and sign == '+' and num2 == 202: print('939+202 = 1141') if num1 == 939 and sign == '+' and num2 == 203: print('939+203 = 1142') if num1 == 939 and sign == '+' and num2 == 204: print('939+204 = 1143') if num1 == 939 and sign == '+' and num2 == 205: print('939+205 = 1144') if num1 == 939 and sign == '+' and num2 == 206: print('939+206 = 1145') if num1 == 939 and sign == '+' and num2 == 207: print('939+207 = 1146') if num1 == 939 and sign == '+' and num2 == 208: print('939+208 = 1147') if num1 == 939 and sign == '+' and num2 == 209: print('939+209 = 1148') if num1 == 939 and sign == '+' and num2 == 210: print('939+210 = 1149') if num1 == 939 and sign == '+' and num2 == 211: print('939+211 = 1150') if num1 == 939 and sign == '+' and num2 == 212: print('939+212 = 1151') if num1 == 939 and sign == '+' and num2 == 213: print('939+213 = 1152') if num1 == 939 and sign == '+' and num2 == 214: print('939+214 = 1153') if num1 == 939 and sign == '+' and num2 == 215: print('939+215 = 1154') if num1 == 939 and sign == '+' and num2 == 216: print('939+216 = 1155') if num1 == 939 and sign == '+' and num2 == 217: print('939+217 = 1156') if num1 == 939 and sign == '+' and num2 == 218: print('939+218 = 1157') if num1 == 939 and sign == '+' and num2 == 219: print('939+219 = 1158') if num1 == 939 and sign == '+' and num2 == 220: print('939+220 = 1159') if num1 == 939 and sign == '+' and num2 == 221: print('939+221 = 1160') if num1 == 939 and sign == '+' and num2 == 222: print('939+222 = 1161') if num1 == 939 and sign == '+' and num2 == 223: print('939+223 = 1162') if num1 == 939 and sign == '+' and num2 == 224: print('939+224 = 1163') if num1 == 939 and sign == '+' and num2 == 225: print('939+225 = 1164') if num1 == 939 and sign == '+' and num2 == 226: print('939+226 = 1165') if num1 == 939 and sign == '+' and num2 == 227: print('939+227 = 1166') if num1 == 939 and sign == '+' and num2 == 228: print('939+228 = 1167') if num1 == 939 and sign == '+' and num2 == 229: print('939+229 = 1168') if num1 == 939 and sign == '+' and num2 == 230: print('939+230 = 1169') if num1 == 939 and sign == '+' and num2 == 231: print('939+231 = 1170') if num1 == 939 and sign == '+' and num2 == 232: print('939+232 = 1171') if num1 == 939 and sign == '+' and num2 == 233: print('939+233 = 1172') if num1 == 939 and sign == '+' and num2 == 234: print('939+234 = 1173') if num1 == 939 and sign == '+' and num2 == 235: print('939+235 = 1174') if num1 == 939 and sign == '+' and num2 == 236: print('939+236 = 1175') if num1 == 939 and sign == '+' and num2 == 237: print('939+237 = 1176') if num1 == 939 and sign == '+' and num2 == 238: print('939+238 = 1177') if num1 == 939 and sign == '+' and num2 == 239: print('939+239 = 1178') if num1 == 939 and sign == '+' and num2 == 240: print('939+240 = 1179') if num1 == 939 and sign == '+' and num2 == 241: print('939+241 = 1180') if num1 == 939 and sign == '+' and num2 == 242: print('939+242 = 1181') if num1 == 939 and sign == '+' and num2 == 243: print('939+243 = 1182') if num1 == 939 and sign == '+' and num2 == 244: print('939+244 = 1183') if num1 == 939 and sign == '+' and num2 == 245: print('939+245 = 1184') if num1 == 939 and sign == '+' and num2 == 246: print('939+246 = 1185') if num1 == 939 and sign == '+' and num2 == 247: print('939+247 = 1186') if num1 == 939 and sign == '+' and num2 == 248: print('939+248 = 1187') if num1 == 939 and sign == '+' and num2 == 249: print('939+249 = 1188') if num1 == 940 and sign == '+' and num2 == 200: print('940+200 = 1140') if num1 == 940 and sign == '+' and num2 == 201: print('940+201 = 1141') if num1 == 940 and sign == '+' and num2 == 202: print('940+202 = 1142') if num1 == 940 and sign == '+' and num2 == 203: print('940+203 = 1143') if num1 == 940 and sign == '+' and num2 == 204: print('940+204 = 1144') if num1 == 940 and sign == '+' and num2 == 205: print('940+205 = 1145') if num1 == 940 and sign == '+' and num2 == 206: print('940+206 = 1146') if num1 == 940 and sign == '+' and num2 == 207: print('940+207 = 1147') if num1 == 940 and sign == '+' and num2 == 208: print('940+208 = 1148') if num1 == 940 and sign == '+' and num2 == 209: print('940+209 = 1149') if num1 == 940 and sign == '+' and num2 == 210: print('940+210 = 1150') if num1 == 940 and sign == '+' and num2 == 211: print('940+211 = 1151') if num1 == 940 and sign == '+' and num2 == 212: print('940+212 = 1152') if num1 == 940 and sign == '+' and num2 == 213: print('940+213 = 1153') if num1 == 940 and sign == '+' and num2 == 214: print('940+214 = 1154') if num1 == 940 and sign == '+' and num2 == 215: print('940+215 = 1155') if num1 == 940 and sign == '+' and num2 == 216: print('940+216 = 1156') if num1 == 940 and sign == '+' and num2 == 217: print('940+217 = 1157') if num1 == 940 and sign == '+' and num2 == 218: print('940+218 = 1158') if num1 == 940 and sign == '+' and num2 == 219: print('940+219 = 1159') if num1 == 940 and sign == '+' and num2 == 220: print('940+220 = 1160') if num1 == 940 and sign == '+' and num2 == 221: print('940+221 = 1161') if num1 == 940 and sign == '+' and num2 == 222: print('940+222 = 1162') if num1 == 940 and sign == '+' and num2 == 223: print('940+223 = 1163') if num1 == 940 and sign == '+' and num2 == 224: print('940+224 = 1164') if num1 == 940 and sign == '+' and num2 == 225: print('940+225 = 1165') if num1 == 940 and sign == '+' and num2 == 226: print('940+226 = 1166') if num1 == 940 and sign == '+' and num2 == 227: print('940+227 = 1167') if num1 == 940 and sign == '+' and num2 == 228: print('940+228 = 1168') if num1 == 940 and sign == '+' and num2 == 229: print('940+229 = 1169') if num1 == 940 and sign == '+' and num2 == 230: print('940+230 = 1170') if num1 == 940 and sign == '+' and num2 == 231: print('940+231 = 1171') if num1 == 940 and sign == '+' and num2 == 232: print('940+232 = 1172') if num1 == 940 and sign == '+' and num2 == 233: print('940+233 = 1173') if num1 == 940 and sign == '+' and num2 == 234: print('940+234 = 1174') if num1 == 940 and sign == '+' and num2 == 235: print('940+235 = 1175') if num1 == 940 and sign == '+' and num2 == 236: print('940+236 = 1176') if num1 == 940 and sign == '+' and num2 == 237: print('940+237 = 1177') if num1 == 940 and sign == '+' and num2 == 238: print('940+238 = 1178') if num1 == 940 and sign == '+' and num2 == 239: print('940+239 = 1179') if num1 == 940 and sign == '+' and num2 == 240: print('940+240 = 1180') if num1 == 940 and sign == '+' and num2 == 241: print('940+241 = 1181') if num1 == 940 and sign == '+' and num2 == 242: print('940+242 = 1182') if num1 == 940 and sign == '+' and num2 == 243: print('940+243 = 1183') if num1 == 940 and sign == '+' and num2 == 244: print('940+244 = 1184') if num1 == 940 and sign == '+' and num2 == 245: print('940+245 = 1185') if num1 == 940 and sign == '+' and num2 == 246: print('940+246 = 1186') if num1 == 940 and sign == '+' and num2 == 247: print('940+247 = 1187') if num1 == 940 and sign == '+' and num2 == 248: print('940+248 = 1188') if num1 == 940 and sign == '+' and num2 == 249: print('940+249 = 1189') if num1 == 941 and sign == '+' and num2 == 200: print('941+200 = 1141') if num1 == 941 and sign == '+' and num2 == 201: print('941+201 = 1142') if num1 == 941 and sign == '+' and num2 == 202: print('941+202 = 1143') if num1 == 941 and sign == '+' and num2 == 203: print('941+203 = 1144') if num1 == 941 and sign == '+' and num2 == 204: print('941+204 = 1145') if num1 == 941 and sign == '+' and num2 == 205: print('941+205 = 1146') if num1 == 941 and sign == '+' and num2 == 206: print('941+206 = 1147') if num1 == 941 and sign == '+' and num2 == 207: print('941+207 = 1148') if num1 == 941 and sign == '+' and num2 == 208: print('941+208 = 1149') if num1 == 941 and sign == '+' and num2 == 209: print('941+209 = 1150') if num1 == 941 and sign == '+' and num2 == 210: print('941+210 = 1151') if num1 == 941 and sign == '+' and num2 == 211: print('941+211 = 1152') if num1 == 941 and sign == '+' and num2 == 212: print('941+212 = 1153') if num1 == 941 and sign == '+' and num2 == 213: print('941+213 = 1154') if num1 == 941 and sign == '+' and num2 == 214: print('941+214 = 1155') if num1 == 941 and sign == '+' and num2 == 215: print('941+215 = 1156') if num1 == 941 and sign == '+' and num2 == 216: print('941+216 = 1157') if num1 == 941 and sign == '+' and num2 == 217: print('941+217 = 1158') if num1 == 941 and sign == '+' and num2 == 218: print('941+218 = 1159') if num1 == 941 and sign == '+' and num2 == 219: print('941+219 = 1160') if num1 == 941 and sign == '+' and num2 == 220: print('941+220 = 1161') if num1 == 941 and sign == '+' and num2 == 221: print('941+221 = 1162') if num1 == 941 and sign == '+' and num2 == 222: print('941+222 = 1163') if num1 == 941 and sign == '+' and num2 == 223: print('941+223 = 1164') if num1 == 941 and sign == '+' and num2 == 224: print('941+224 = 1165') if num1 == 941 and sign == '+' and num2 == 225: print('941+225 = 1166') if num1 == 941 and sign == '+' and num2 == 226: print('941+226 = 1167') if num1 == 941 and sign == '+' and num2 == 227: print('941+227 = 1168') if num1 == 941 and sign == '+' and num2 == 228: print('941+228 = 1169') if num1 == 941 and sign == '+' and num2 == 229: print('941+229 = 1170') if num1 == 941 and sign == '+' and num2 == 230: print('941+230 = 1171') if num1 == 941 and sign == '+' and num2 == 231: print('941+231 = 1172') if num1 == 941 and sign == '+' and num2 == 232: print('941+232 = 1173') if num1 == 941 and sign == '+' and num2 == 233: print('941+233 = 1174') if num1 == 941 and sign == '+' and num2 == 234: print('941+234 = 1175') if num1 == 941 and sign == '+' and num2 == 235: print('941+235 = 1176') if num1 == 941 and sign == '+' and num2 == 236: print('941+236 = 1177') if num1 == 941 and sign == '+' and num2 == 237: print('941+237 = 1178') if num1 == 941 and sign == '+' and num2 == 238: print('941+238 = 1179') if num1 == 941 and sign == '+' and num2 == 239: print('941+239 = 1180') if num1 == 941 and sign == '+' and num2 == 240: print('941+240 = 1181') if num1 == 941 and sign == '+' and num2 == 241: print('941+241 = 1182') if num1 == 941 and sign == '+' and num2 == 242: print('941+242 = 1183') if num1 == 941 and sign == '+' and num2 == 243: print('941+243 = 1184') if num1 == 941 and sign == '+' and num2 == 244: print('941+244 = 1185') if num1 == 941 and sign == '+' and num2 == 245: print('941+245 = 1186') if num1 == 941 and sign == '+' and num2 == 246: print('941+246 = 1187') if num1 == 941 and sign == '+' and num2 == 247: print('941+247 = 1188') if num1 == 941 and sign == '+' and num2 == 248: print('941+248 = 1189') if num1 == 941 and sign == '+' and num2 == 249: print('941+249 = 1190') if num1 == 942 and sign == '+' and num2 == 200: print('942+200 = 1142') if num1 == 942 and sign == '+' and num2 == 201: print('942+201 = 1143') if num1 == 942 and sign == '+' and num2 == 202: print('942+202 = 1144') if num1 == 942 and sign == '+' and num2 == 203: print('942+203 = 1145') if num1 == 942 and sign == '+' and num2 == 204: print('942+204 = 1146') if num1 == 942 and sign == '+' and num2 == 205: print('942+205 = 1147') if num1 == 942 and sign == '+' and num2 == 206: print('942+206 = 1148') if num1 == 942 and sign == '+' and num2 == 207: print('942+207 = 1149') if num1 == 942 and sign == '+' and num2 == 208: print('942+208 = 1150') if num1 == 942 and sign == '+' and num2 == 209: print('942+209 = 1151') if num1 == 942 and sign == '+' and num2 == 210: print('942+210 = 1152') if num1 == 942 and sign == '+' and num2 == 211: print('942+211 = 1153') if num1 == 942 and sign == '+' and num2 == 212: print('942+212 = 1154') if num1 == 942 and sign == '+' and num2 == 213: print('942+213 = 1155') if num1 == 942 and sign == '+' and num2 == 214: print('942+214 = 1156') if num1 == 942 and sign == '+' and num2 == 215: print('942+215 = 1157') if num1 == 942 and sign == '+' and num2 == 216: print('942+216 = 1158') if num1 == 942 and sign == '+' and num2 == 217: print('942+217 = 1159') if num1 == 942 and sign == '+' and num2 == 218: print('942+218 = 1160') if num1 == 942 and sign == '+' and num2 == 219: print('942+219 = 1161') if num1 == 942 and sign == '+' and num2 == 220: print('942+220 = 1162') if num1 == 942 and sign == '+' and num2 == 221: print('942+221 = 1163') if num1 == 942 and sign == '+' and num2 == 222: print('942+222 = 1164') if num1 == 942 and sign == '+' and num2 == 223: print('942+223 = 1165') if num1 == 942 and sign == '+' and num2 == 224: print('942+224 = 1166') if num1 == 942 and sign == '+' and num2 == 225: print('942+225 = 1167') if num1 == 942 and sign == '+' and num2 == 226: print('942+226 = 1168') if num1 == 942 and sign == '+' and num2 == 227: print('942+227 = 1169') if num1 == 942 and sign == '+' and num2 == 228: print('942+228 = 1170') if num1 == 942 and sign == '+' and num2 == 229: print('942+229 = 1171') if num1 == 942 and sign == '+' and num2 == 230: print('942+230 = 1172') if num1 == 942 and sign == '+' and num2 == 231: print('942+231 = 1173') if num1 == 942 and sign == '+' and num2 == 232: print('942+232 = 1174') if num1 == 942 and sign == '+' and num2 == 233: print('942+233 = 1175') if num1 == 942 and sign == '+' and num2 == 234: print('942+234 = 1176') if num1 == 942 and sign == '+' and num2 == 235: print('942+235 = 1177') if num1 == 942 and sign == '+' and num2 == 236: print('942+236 = 1178') if num1 == 942 and sign == '+' and num2 == 237: print('942+237 = 1179') if num1 == 942 and sign == '+' and num2 == 238: print('942+238 = 1180') if num1 == 942 and sign == '+' and num2 == 239: print('942+239 = 1181') if num1 == 942 and sign == '+' and num2 == 240: print('942+240 = 1182') if num1 == 942 and sign == '+' and num2 == 241: print('942+241 = 1183') if num1 == 942 and sign == '+' and num2 == 242: print('942+242 = 1184') if num1 == 942 and sign == '+' and num2 == 243: print('942+243 = 1185') if num1 == 942 and sign == '+' and num2 == 244: print('942+244 = 1186') if num1 == 942 and sign == '+' and num2 == 245: print('942+245 = 1187') if num1 == 942 and sign == '+' and num2 == 246: print('942+246 = 1188') if num1 == 942 and sign == '+' and num2 == 247: print('942+247 = 1189') if num1 == 942 and sign == '+' and num2 == 248: print('942+248 = 1190') if num1 == 942 and sign == '+' and num2 == 249: print('942+249 = 1191') if num1 == 943 and sign == '+' and num2 == 200: print('943+200 = 1143') if num1 == 943 and sign == '+' and num2 == 201: print('943+201 = 1144') if num1 == 943 and sign == '+' and num2 == 202: print('943+202 = 1145') if num1 == 943 and sign == '+' and num2 == 203: print('943+203 = 1146') if num1 == 943 and sign == '+' and num2 == 204: print('943+204 = 1147') if num1 == 943 and sign == '+' and num2 == 205: print('943+205 = 1148') if num1 == 943 and sign == '+' and num2 == 206: print('943+206 = 1149') if num1 == 943 and sign == '+' and num2 == 207: print('943+207 = 1150') if num1 == 943 and sign == '+' and num2 == 208: print('943+208 = 1151') if num1 == 943 and sign == '+' and num2 == 209: print('943+209 = 1152') if num1 == 943 and sign == '+' and num2 == 210: print('943+210 = 1153') if num1 == 943 and sign == '+' and num2 == 211: print('943+211 = 1154') if num1 == 943 and sign == '+' and num2 == 212: print('943+212 = 1155') if num1 == 943 and sign == '+' and num2 == 213: print('943+213 = 1156') if num1 == 943 and sign == '+' and num2 == 214: print('943+214 = 1157') if num1 == 943 and sign == '+' and num2 == 215: print('943+215 = 1158') if num1 == 943 and sign == '+' and num2 == 216: print('943+216 = 1159') if num1 == 943 and sign == '+' and num2 == 217: print('943+217 = 1160') if num1 == 943 and sign == '+' and num2 == 218: print('943+218 = 1161') if num1 == 943 and sign == '+' and num2 == 219: print('943+219 = 1162') if num1 == 943 and sign == '+' and num2 == 220: print('943+220 = 1163') if num1 == 943 and sign == '+' and num2 == 221: print('943+221 = 1164') if num1 == 943 and sign == '+' and num2 == 222: print('943+222 = 1165') if num1 == 943 and sign == '+' and num2 == 223: print('943+223 = 1166') if num1 == 943 and sign == '+' and num2 == 224: print('943+224 = 1167') if num1 == 943 and sign == '+' and num2 == 225: print('943+225 = 1168') if num1 == 943 and sign == '+' and num2 == 226: print('943+226 = 1169') if num1 == 943 and sign == '+' and num2 == 227: print('943+227 = 1170') if num1 == 943 and sign == '+' and num2 == 228: print('943+228 = 1171') if num1 == 943 and sign == '+' and num2 == 229: print('943+229 = 1172') if num1 == 943 and sign == '+' and num2 == 230: print('943+230 = 1173') if num1 == 943 and sign == '+' and num2 == 231: print('943+231 = 1174') if num1 == 943 and sign == '+' and num2 == 232: print('943+232 = 1175') if num1 == 943 and sign == '+' and num2 == 233: print('943+233 = 1176') if num1 == 943 and sign == '+' and num2 == 234: print('943+234 = 1177') if num1 == 943 and sign == '+' and num2 == 235: print('943+235 = 1178') if num1 == 943 and sign == '+' and num2 == 236: print('943+236 = 1179') if num1 == 943 and sign == '+' and num2 == 237: print('943+237 = 1180') if num1 == 943 and sign == '+' and num2 == 238: print('943+238 = 1181') if num1 == 943 and sign == '+' and num2 == 239: print('943+239 = 1182') if num1 == 943 and sign == '+' and num2 == 240: print('943+240 = 1183') if num1 == 943 and sign == '+' and num2 == 241: print('943+241 = 1184') if num1 == 943 and sign == '+' and num2 == 242: print('943+242 = 1185') if num1 == 943 and sign == '+' and num2 == 243: print('943+243 = 1186') if num1 == 943 and sign == '+' and num2 == 244: print('943+244 = 1187') if num1 == 943 and sign == '+' and num2 == 245: print('943+245 = 1188') if num1 == 943 and sign == '+' and num2 == 246: print('943+246 = 1189') if num1 == 943 and sign == '+' and num2 == 247: print('943+247 = 1190') if num1 == 943 and sign == '+' and num2 == 248: print('943+248 = 1191') if num1 == 943 and sign == '+' and num2 == 249: print('943+249 = 1192') if num1 == 944 and sign == '+' and num2 == 200: print('944+200 = 1144') if num1 == 944 and sign == '+' and num2 == 201: print('944+201 = 1145') if num1 == 944 and sign == '+' and num2 == 202: print('944+202 = 1146') if num1 == 944 and sign == '+' and num2 == 203: print('944+203 = 1147') if num1 == 944 and sign == '+' and num2 == 204: print('944+204 = 1148') if num1 == 944 and sign == '+' and num2 == 205: print('944+205 = 1149') if num1 == 944 and sign == '+' and num2 == 206: print('944+206 = 1150') if num1 == 944 and sign == '+' and num2 == 207: print('944+207 = 1151') if num1 == 944 and sign == '+' and num2 == 208: print('944+208 = 1152') if num1 == 944 and sign == '+' and num2 == 209: print('944+209 = 1153') if num1 == 944 and sign == '+' and num2 == 210: print('944+210 = 1154') if num1 == 944 and sign == '+' and num2 == 211: print('944+211 = 1155') if num1 == 944 and sign == '+' and num2 == 212: print('944+212 = 1156') if num1 == 944 and sign == '+' and num2 == 213: print('944+213 = 1157') if num1 == 944 and sign == '+' and num2 == 214: print('944+214 = 1158') if num1 == 944 and sign == '+' and num2 == 215: print('944+215 = 1159') if num1 == 944 and sign == '+' and num2 == 216: print('944+216 = 1160') if num1 == 944 and sign == '+' and num2 == 217: print('944+217 = 1161') if num1 == 944 and sign == '+' and num2 == 218: print('944+218 = 1162') if num1 == 944 and sign == '+' and num2 == 219: print('944+219 = 1163') if num1 == 944 and sign == '+' and num2 == 220: print('944+220 = 1164') if num1 == 944 and sign == '+' and num2 == 221: print('944+221 = 1165') if num1 == 944 and sign == '+' and num2 == 222: print('944+222 = 1166') if num1 == 944 and sign == '+' and num2 == 223: print('944+223 = 1167') if num1 == 944 and sign == '+' and num2 == 224: print('944+224 = 1168') if num1 == 944 and sign == '+' and num2 == 225: print('944+225 = 1169') if num1 == 944 and sign == '+' and num2 == 226: print('944+226 = 1170') if num1 == 944 and sign == '+' and num2 == 227: print('944+227 = 1171') if num1 == 944 and sign == '+' and num2 == 228: print('944+228 = 1172') if num1 == 944 and sign == '+' and num2 == 229: print('944+229 = 1173') if num1 == 944 and sign == '+' and num2 == 230: print('944+230 = 1174') if num1 == 944 and sign == '+' and num2 == 231: print('944+231 = 1175') if num1 == 944 and sign == '+' and num2 == 232: print('944+232 = 1176') if num1 == 944 and sign == '+' and num2 == 233: print('944+233 = 1177') if num1 == 944 and sign == '+' and num2 == 234: print('944+234 = 1178') if num1 == 944 and sign == '+' and num2 == 235: print('944+235 = 1179') if num1 == 944 and sign == '+' and num2 == 236: print('944+236 = 1180') if num1 == 944 and sign == '+' and num2 == 237: print('944+237 = 1181') if num1 == 944 and sign == '+' and num2 == 238: print('944+238 = 1182') if num1 == 944 and sign == '+' and num2 == 239: print('944+239 = 1183') if num1 == 944 and sign == '+' and num2 == 240: print('944+240 = 1184') if num1 == 944 and sign == '+' and num2 == 241: print('944+241 = 1185') if num1 == 944 and sign == '+' and num2 == 242: print('944+242 = 1186') if num1 == 944 and sign == '+' and num2 == 243: print('944+243 = 1187') if num1 == 944 and sign == '+' and num2 == 244: print('944+244 = 1188') if num1 == 944 and sign == '+' and num2 == 245: print('944+245 = 1189') if num1 == 944 and sign == '+' and num2 == 246: print('944+246 = 1190') if num1 == 944 and sign == '+' and num2 == 247: print('944+247 = 1191') if num1 == 944 and sign == '+' and num2 == 248: print('944+248 = 1192') if num1 == 944 and sign == '+' and num2 == 249: print('944+249 = 1193') if num1 == 945 and sign == '+' and num2 == 200: print('945+200 = 1145') if num1 == 945 and sign == '+' and num2 == 201: print('945+201 = 1146') if num1 == 945 and sign == '+' and num2 == 202: print('945+202 = 1147') if num1 == 945 and sign == '+' and num2 == 203: print('945+203 = 1148') if num1 == 945 and sign == '+' and num2 == 204: print('945+204 = 1149') if num1 == 945 and sign == '+' and num2 == 205: print('945+205 = 1150') if num1 == 945 and sign == '+' and num2 == 206: print('945+206 = 1151') if num1 == 945 and sign == '+' and num2 == 207: print('945+207 = 1152') if num1 == 945 and sign == '+' and num2 == 208: print('945+208 = 1153') if num1 == 945 and sign == '+' and num2 == 209: print('945+209 = 1154') if num1 == 945 and sign == '+' and num2 == 210: print('945+210 = 1155') if num1 == 945 and sign == '+' and num2 == 211: print('945+211 = 1156') if num1 == 945 and sign == '+' and num2 == 212: print('945+212 = 1157') if num1 == 945 and sign == '+' and num2 == 213: print('945+213 = 1158') if num1 == 945 and sign == '+' and num2 == 214: print('945+214 = 1159') if num1 == 945 and sign == '+' and num2 == 215: print('945+215 = 1160') if num1 == 945 and sign == '+' and num2 == 216: print('945+216 = 1161') if num1 == 945 and sign == '+' and num2 == 217: print('945+217 = 1162') if num1 == 945 and sign == '+' and num2 == 218: print('945+218 = 1163') if num1 == 945 and sign == '+' and num2 == 219: print('945+219 = 1164') if num1 == 945 and sign == '+' and num2 == 220: print('945+220 = 1165') if num1 == 945 and sign == '+' and num2 == 221: print('945+221 = 1166') if num1 == 945 and sign == '+' and num2 == 222: print('945+222 = 1167') if num1 == 945 and sign == '+' and num2 == 223: print('945+223 = 1168') if num1 == 945 and sign == '+' and num2 == 224: print('945+224 = 1169') if num1 == 945 and sign == '+' and num2 == 225: print('945+225 = 1170') if num1 == 945 and sign == '+' and num2 == 226: print('945+226 = 1171') if num1 == 945 and sign == '+' and num2 == 227: print('945+227 = 1172') if num1 == 945 and sign == '+' and num2 == 228: print('945+228 = 1173') if num1 == 945 and sign == '+' and num2 == 229: print('945+229 = 1174') if num1 == 945 and sign == '+' and num2 == 230: print('945+230 = 1175') if num1 == 945 and sign == '+' and num2 == 231: print('945+231 = 1176') if num1 == 945 and sign == '+' and num2 == 232: print('945+232 = 1177') if num1 == 945 and sign == '+' and num2 == 233: print('945+233 = 1178') if num1 == 945 and sign == '+' and num2 == 234: print('945+234 = 1179') if num1 == 945 and sign == '+' and num2 == 235: print('945+235 = 1180') if num1 == 945 and sign == '+' and num2 == 236: print('945+236 = 1181') if num1 == 945 and sign == '+' and num2 == 237: print('945+237 = 1182') if num1 == 945 and sign == '+' and num2 == 238: print('945+238 = 1183') if num1 == 945 and sign == '+' and num2 == 239: print('945+239 = 1184') if num1 == 945 and sign == '+' and num2 == 240: print('945+240 = 1185') if num1 == 945 and sign == '+' and num2 == 241: print('945+241 = 1186') if num1 == 945 and sign == '+' and num2 == 242: print('945+242 = 1187') if num1 == 945 and sign == '+' and num2 == 243: print('945+243 = 1188') if num1 == 945 and sign == '+' and num2 == 244: print('945+244 = 1189') if num1 == 945 and sign == '+' and num2 == 245: print('945+245 = 1190') if num1 == 945 and sign == '+' and num2 == 246: print('945+246 = 1191') if num1 == 945 and sign == '+' and num2 == 247: print('945+247 = 1192') if num1 == 945 and sign == '+' and num2 == 248: print('945+248 = 1193') if num1 == 945 and sign == '+' and num2 == 249: print('945+249 = 1194') if num1 == 946 and sign == '+' and num2 == 200: print('946+200 = 1146') if num1 == 946 and sign == '+' and num2 == 201: print('946+201 = 1147') if num1 == 946 and sign == '+' and num2 == 202: print('946+202 = 1148') if num1 == 946 and sign == '+' and num2 == 203: print('946+203 = 1149') if num1 == 946 and sign == '+' and num2 == 204: print('946+204 = 1150') if num1 == 946 and sign == '+' and num2 == 205: print('946+205 = 1151') if num1 == 946 and sign == '+' and num2 == 206: print('946+206 = 1152') if num1 == 946 and sign == '+' and num2 == 207: print('946+207 = 1153') if num1 == 946 and sign == '+' and num2 == 208: print('946+208 = 1154') if num1 == 946 and sign == '+' and num2 == 209: print('946+209 = 1155') if num1 == 946 and sign == '+' and num2 == 210: print('946+210 = 1156') if num1 == 946 and sign == '+' and num2 == 211: print('946+211 = 1157') if num1 == 946 and sign == '+' and num2 == 212: print('946+212 = 1158') if num1 == 946 and sign == '+' and num2 == 213: print('946+213 = 1159') if num1 == 946 and sign == '+' and num2 == 214: print('946+214 = 1160') if num1 == 946 and sign == '+' and num2 == 215: print('946+215 = 1161') if num1 == 946 and sign == '+' and num2 == 216: print('946+216 = 1162') if num1 == 946 and sign == '+' and num2 == 217: print('946+217 = 1163') if num1 == 946 and sign == '+' and num2 == 218: print('946+218 = 1164') if num1 == 946 and sign == '+' and num2 == 219: print('946+219 = 1165') if num1 == 946 and sign == '+' and num2 == 220: print('946+220 = 1166') if num1 == 946 and sign == '+' and num2 == 221: print('946+221 = 1167') if num1 == 946 and sign == '+' and num2 == 222: print('946+222 = 1168') if num1 == 946 and sign == '+' and num2 == 223: print('946+223 = 1169') if num1 == 946 and sign == '+' and num2 == 224: print('946+224 = 1170') if num1 == 946 and sign == '+' and num2 == 225: print('946+225 = 1171') if num1 == 946 and sign == '+' and num2 == 226: print('946+226 = 1172') if num1 == 946 and sign == '+' and num2 == 227: print('946+227 = 1173') if num1 == 946 and sign == '+' and num2 == 228: print('946+228 = 1174') if num1 == 946 and sign == '+' and num2 == 229: print('946+229 = 1175') if num1 == 946 and sign == '+' and num2 == 230: print('946+230 = 1176') if num1 == 946 and sign == '+' and num2 == 231: print('946+231 = 1177') if num1 == 946 and sign == '+' and num2 == 232: print('946+232 = 1178') if num1 == 946 and sign == '+' and num2 == 233: print('946+233 = 1179') if num1 == 946 and sign == '+' and num2 == 234: print('946+234 = 1180') if num1 == 946 and sign == '+' and num2 == 235: print('946+235 = 1181') if num1 == 946 and sign == '+' and num2 == 236: print('946+236 = 1182') if num1 == 946 and sign == '+' and num2 == 237: print('946+237 = 1183') if num1 == 946 and sign == '+' and num2 == 238: print('946+238 = 1184') if num1 == 946 and sign == '+' and num2 == 239: print('946+239 = 1185') if num1 == 946 and sign == '+' and num2 == 240: print('946+240 = 1186') if num1 == 946 and sign == '+' and num2 == 241: print('946+241 = 1187') if num1 == 946 and sign == '+' and num2 == 242: print('946+242 = 1188') if num1 == 946 and sign == '+' and num2 == 243: print('946+243 = 1189') if num1 == 946 and sign == '+' and num2 == 244: print('946+244 = 1190') if num1 == 946 and sign == '+' and num2 == 245: print('946+245 = 1191') if num1 == 946 and sign == '+' and num2 == 246: print('946+246 = 1192') if num1 == 946 and sign == '+' and num2 == 247: print('946+247 = 1193') if num1 == 946 and sign == '+' and num2 == 248: print('946+248 = 1194') if num1 == 946 and sign == '+' and num2 == 249: print('946+249 = 1195') if num1 == 947 and sign == '+' and num2 == 200: print('947+200 = 1147') if num1 == 947 and sign == '+' and num2 == 201: print('947+201 = 1148') if num1 == 947 and sign == '+' and num2 == 202: print('947+202 = 1149') if num1 == 947 and sign == '+' and num2 == 203: print('947+203 = 1150') if num1 == 947 and sign == '+' and num2 == 204: print('947+204 = 1151') if num1 == 947 and sign == '+' and num2 == 205: print('947+205 = 1152') if num1 == 947 and sign == '+' and num2 == 206: print('947+206 = 1153') if num1 == 947 and sign == '+' and num2 == 207: print('947+207 = 1154') if num1 == 947 and sign == '+' and num2 == 208: print('947+208 = 1155') if num1 == 947 and sign == '+' and num2 == 209: print('947+209 = 1156') if num1 == 947 and sign == '+' and num2 == 210: print('947+210 = 1157') if num1 == 947 and sign == '+' and num2 == 211: print('947+211 = 1158') if num1 == 947 and sign == '+' and num2 == 212: print('947+212 = 1159') if num1 == 947 and sign == '+' and num2 == 213: print('947+213 = 1160') if num1 == 947 and sign == '+' and num2 == 214: print('947+214 = 1161') if num1 == 947 and sign == '+' and num2 == 215: print('947+215 = 1162') if num1 == 947 and sign == '+' and num2 == 216: print('947+216 = 1163') if num1 == 947 and sign == '+' and num2 == 217: print('947+217 = 1164') if num1 == 947 and sign == '+' and num2 == 218: print('947+218 = 1165') if num1 == 947 and sign == '+' and num2 == 219: print('947+219 = 1166') if num1 == 947 and sign == '+' and num2 == 220: print('947+220 = 1167') if num1 == 947 and sign == '+' and num2 == 221: print('947+221 = 1168') if num1 == 947 and sign == '+' and num2 == 222: print('947+222 = 1169') if num1 == 947 and sign == '+' and num2 == 223: print('947+223 = 1170') if num1 == 947 and sign == '+' and num2 == 224: print('947+224 = 1171') if num1 == 947 and sign == '+' and num2 == 225: print('947+225 = 1172') if num1 == 947 and sign == '+' and num2 == 226: print('947+226 = 1173') if num1 == 947 and sign == '+' and num2 == 227: print('947+227 = 1174') if num1 == 947 and sign == '+' and num2 == 228: print('947+228 = 1175') if num1 == 947 and sign == '+' and num2 == 229: print('947+229 = 1176') if num1 == 947 and sign == '+' and num2 == 230: print('947+230 = 1177') if num1 == 947 and sign == '+' and num2 == 231: print('947+231 = 1178') if num1 == 947 and sign == '+' and num2 == 232: print('947+232 = 1179') if num1 == 947 and sign == '+' and num2 == 233: print('947+233 = 1180') if num1 == 947 and sign == '+' and num2 == 234: print('947+234 = 1181') if num1 == 947 and sign == '+' and num2 == 235: print('947+235 = 1182') if num1 == 947 and sign == '+' and num2 == 236: print('947+236 = 1183') if num1 == 947 and sign == '+' and num2 == 237: print('947+237 = 1184') if num1 == 947 and sign == '+' and num2 == 238: print('947+238 = 1185') if num1 == 947 and sign == '+' and num2 == 239: print('947+239 = 1186') if num1 == 947 and sign == '+' and num2 == 240: print('947+240 = 1187') if num1 == 947 and sign == '+' and num2 == 241: print('947+241 = 1188') if num1 == 947 and sign == '+' and num2 == 242: print('947+242 = 1189') if num1 == 947 and sign == '+' and num2 == 243: print('947+243 = 1190') if num1 == 947 and sign == '+' and num2 == 244: print('947+244 = 1191') if num1 == 947 and sign == '+' and num2 == 245: print('947+245 = 1192') if num1 == 947 and sign == '+' and num2 == 246: print('947+246 = 1193') if num1 == 947 and sign == '+' and num2 == 247: print('947+247 = 1194') if num1 == 947 and sign == '+' and num2 == 248: print('947+248 = 1195') if num1 == 947 and sign == '+' and num2 == 249: print('947+249 = 1196') if num1 == 948 and sign == '+' and num2 == 200: print('948+200 = 1148') if num1 == 948 and sign == '+' and num2 == 201: print('948+201 = 1149') if num1 == 948 and sign == '+' and num2 == 202: print('948+202 = 1150') if num1 == 948 and sign == '+' and num2 == 203: print('948+203 = 1151') if num1 == 948 and sign == '+' and num2 == 204: print('948+204 = 1152') if num1 == 948 and sign == '+' and num2 == 205: print('948+205 = 1153') if num1 == 948 and sign == '+' and num2 == 206: print('948+206 = 1154') if num1 == 948 and sign == '+' and num2 == 207: print('948+207 = 1155') if num1 == 948 and sign == '+' and num2 == 208: print('948+208 = 1156') if num1 == 948 and sign == '+' and num2 == 209: print('948+209 = 1157') if num1 == 948 and sign == '+' and num2 == 210: print('948+210 = 1158') if num1 == 948 and sign == '+' and num2 == 211: print('948+211 = 1159') if num1 == 948 and sign == '+' and num2 == 212: print('948+212 = 1160') if num1 == 948 and sign == '+' and num2 == 213: print('948+213 = 1161') if num1 == 948 and sign == '+' and num2 == 214: print('948+214 = 1162') if num1 == 948 and sign == '+' and num2 == 215: print('948+215 = 1163') if num1 == 948 and sign == '+' and num2 == 216: print('948+216 = 1164') if num1 == 948 and sign == '+' and num2 == 217: print('948+217 = 1165') if num1 == 948 and sign == '+' and num2 == 218: print('948+218 = 1166') if num1 == 948 and sign == '+' and num2 == 219: print('948+219 = 1167') if num1 == 948 and sign == '+' and num2 == 220: print('948+220 = 1168') if num1 == 948 and sign == '+' and num2 == 221: print('948+221 = 1169') if num1 == 948 and sign == '+' and num2 == 222: print('948+222 = 1170') if num1 == 948 and sign == '+' and num2 == 223: print('948+223 = 1171') if num1 == 948 and sign == '+' and num2 == 224: print('948+224 = 1172') if num1 == 948 and sign == '+' and num2 == 225: print('948+225 = 1173') if num1 == 948 and sign == '+' and num2 == 226: print('948+226 = 1174') if num1 == 948 and sign == '+' and num2 == 227: print('948+227 = 1175') if num1 == 948 and sign == '+' and num2 == 228: print('948+228 = 1176') if num1 == 948 and sign == '+' and num2 == 229: print('948+229 = 1177') if num1 == 948 and sign == '+' and num2 == 230: print('948+230 = 1178') if num1 == 948 and sign == '+' and num2 == 231: print('948+231 = 1179') if num1 == 948 and sign == '+' and num2 == 232: print('948+232 = 1180') if num1 == 948 and sign == '+' and num2 == 233: print('948+233 = 1181') if num1 == 948 and sign == '+' and num2 == 234: print('948+234 = 1182') if num1 == 948 and sign == '+' and num2 == 235: print('948+235 = 1183') if num1 == 948 and sign == '+' and num2 == 236: print('948+236 = 1184') if num1 == 948 and sign == '+' and num2 == 237: print('948+237 = 1185') if num1 == 948 and sign == '+' and num2 == 238: print('948+238 = 1186') if num1 == 948 and sign == '+' and num2 == 239: print('948+239 = 1187') if num1 == 948 and sign == '+' and num2 == 240: print('948+240 = 1188') if num1 == 948 and sign == '+' and num2 == 241: print('948+241 = 1189') if num1 == 948 and sign == '+' and num2 == 242: print('948+242 = 1190') if num1 == 948 and sign == '+' and num2 == 243: print('948+243 = 1191') if num1 == 948 and sign == '+' and num2 == 244: print('948+244 = 1192') if num1 == 948 and sign == '+' and num2 == 245: print('948+245 = 1193') if num1 == 948 and sign == '+' and num2 == 246: print('948+246 = 1194') if num1 == 948 and sign == '+' and num2 == 247: print('948+247 = 1195') if num1 == 948 and sign == '+' and num2 == 248: print('948+248 = 1196') if num1 == 948 and sign == '+' and num2 == 249: print('948+249 = 1197') if num1 == 949 and sign == '+' and num2 == 200: print('949+200 = 1149') if num1 == 949 and sign == '+' and num2 == 201: print('949+201 = 1150') if num1 == 949 and sign == '+' and num2 == 202: print('949+202 = 1151') if num1 == 949 and sign == '+' and num2 == 203: print('949+203 = 1152') if num1 == 949 and sign == '+' and num2 == 204: print('949+204 = 1153') if num1 == 949 and sign == '+' and num2 == 205: print('949+205 = 1154') if num1 == 949 and sign == '+' and num2 == 206: print('949+206 = 1155') if num1 == 949 and sign == '+' and num2 == 207: print('949+207 = 1156') if num1 == 949 and sign == '+' and num2 == 208: print('949+208 = 1157') if num1 == 949 and sign == '+' and num2 == 209: print('949+209 = 1158') if num1 == 949 and sign == '+' and num2 == 210: print('949+210 = 1159') if num1 == 949 and sign == '+' and num2 == 211: print('949+211 = 1160') if num1 == 949 and sign == '+' and num2 == 212: print('949+212 = 1161') if num1 == 949 and sign == '+' and num2 == 213: print('949+213 = 1162') if num1 == 949 and sign == '+' and num2 == 214: print('949+214 = 1163') if num1 == 949 and sign == '+' and num2 == 215: print('949+215 = 1164') if num1 == 949 and sign == '+' and num2 == 216: print('949+216 = 1165') if num1 == 949 and sign == '+' and num2 == 217: print('949+217 = 1166') if num1 == 949 and sign == '+' and num2 == 218: print('949+218 = 1167') if num1 == 949 and sign == '+' and num2 == 219: print('949+219 = 1168') if num1 == 949 and sign == '+' and num2 == 220: print('949+220 = 1169') if num1 == 949 and sign == '+' and num2 == 221: print('949+221 = 1170') if num1 == 949 and sign == '+' and num2 == 222: print('949+222 = 1171') if num1 == 949 and sign == '+' and num2 == 223: print('949+223 = 1172') if num1 == 949 and sign == '+' and num2 == 224: print('949+224 = 1173') if num1 == 949 and sign == '+' and num2 == 225: print('949+225 = 1174') if num1 == 949 and sign == '+' and num2 == 226: print('949+226 = 1175') if num1 == 949 and sign == '+' and num2 == 227: print('949+227 = 1176') if num1 == 949 and sign == '+' and num2 == 228: print('949+228 = 1177') if num1 == 949 and sign == '+' and num2 == 229: print('949+229 = 1178') if num1 == 949 and sign == '+' and num2 == 230: print('949+230 = 1179') if num1 == 949 and sign == '+' and num2 == 231: print('949+231 = 1180') if num1 == 949 and sign == '+' and num2 == 232: print('949+232 = 1181') if num1 == 949 and sign == '+' and num2 == 233: print('949+233 = 1182') if num1 == 949 and sign == '+' and num2 == 234: print('949+234 = 1183') if num1 == 949 and sign == '+' and num2 == 235: print('949+235 = 1184') if num1 == 949 and sign == '+' and num2 == 236: print('949+236 = 1185') if num1 == 949 and sign == '+' and num2 == 237: print('949+237 = 1186') if num1 == 949 and sign == '+' and num2 == 238: print('949+238 = 1187') if num1 == 949 and sign == '+' and num2 == 239: print('949+239 = 1188') if num1 == 949 and sign == '+' and num2 == 240: print('949+240 = 1189') if num1 == 949 and sign == '+' and num2 == 241: print('949+241 = 1190') if num1 == 949 and sign == '+' and num2 == 242: print('949+242 = 1191') if num1 == 949 and sign == '+' and num2 == 243: print('949+243 = 1192') if num1 == 949 and sign == '+' and num2 == 244: print('949+244 = 1193') if num1 == 949 and sign == '+' and num2 == 245: print('949+245 = 1194') if num1 == 949 and sign == '+' and num2 == 246: print('949+246 = 1195') if num1 == 949 and sign == '+' and num2 == 247: print('949+247 = 1196') if num1 == 949 and sign == '+' and num2 == 248: print('949+248 = 1197') if num1 == 949 and sign == '+' and num2 == 249: print('949+249 = 1198') if num1 == 900 and sign == '-' and num2 == 200: print('900-200 = 700') if num1 == 900 and sign == '-' and num2 == 201: print('900-201 = 699') if num1 == 900 and sign == '-' and num2 == 202: print('900-202 = 698') if num1 == 900 and sign == '-' and num2 == 203: print('900-203 = 697') if num1 == 900 and sign == '-' and num2 == 204: print('900-204 = 696') if num1 == 900 and sign == '-' and num2 == 205: print('900-205 = 695') if num1 == 900 and sign == '-' and num2 == 206: print('900-206 = 694') if num1 == 900 and sign == '-' and num2 == 207: print('900-207 = 693') if num1 == 900 and sign == '-' and num2 == 208: print('900-208 = 692') if num1 == 900 and sign == '-' and num2 == 209: print('900-209 = 691') if num1 == 900 and sign == '-' and num2 == 210: print('900-210 = 690') if num1 == 900 and sign == '-' and num2 == 211: print('900-211 = 689') if num1 == 900 and sign == '-' and num2 == 212: print('900-212 = 688') if num1 == 900 and sign == '-' and num2 == 213: print('900-213 = 687') if num1 == 900 and sign == '-' and num2 == 214: print('900-214 = 686') if num1 == 900 and sign == '-' and num2 == 215: print('900-215 = 685') if num1 == 900 and sign == '-' and num2 == 216: print('900-216 = 684') if num1 == 900 and sign == '-' and num2 == 217: print('900-217 = 683') if num1 == 900 and sign == '-' and num2 == 218: print('900-218 = 682') if num1 == 900 and sign == '-' and num2 == 219: print('900-219 = 681') if num1 == 900 and sign == '-' and num2 == 220: print('900-220 = 680') if num1 == 900 and sign == '-' and num2 == 221: print('900-221 = 679') if num1 == 900 and sign == '-' and num2 == 222: print('900-222 = 678') if num1 == 900 and sign == '-' and num2 == 223: print('900-223 = 677') if num1 == 900 and sign == '-' and num2 == 224: print('900-224 = 676') if num1 == 900 and sign == '-' and num2 == 225: print('900-225 = 675') if num1 == 900 and sign == '-' and num2 == 226: print('900-226 = 674') if num1 == 900 and sign == '-' and num2 == 227: print('900-227 = 673') if num1 == 900 and sign == '-' and num2 == 228: print('900-228 = 672') if num1 == 900 and sign == '-' and num2 == 229: print('900-229 = 671') if num1 == 900 and sign == '-' and num2 == 230: print('900-230 = 670') if num1 == 900 and sign == '-' and num2 == 231: print('900-231 = 669') if num1 == 900 and sign == '-' and num2 == 232: print('900-232 = 668') if num1 == 900 and sign == '-' and num2 == 233: print('900-233 = 667') if num1 == 900 and sign == '-' and num2 == 234: print('900-234 = 666') if num1 == 900 and sign == '-' and num2 == 235: print('900-235 = 665') if num1 == 900 and sign == '-' and num2 == 236: print('900-236 = 664') if num1 == 900 and sign == '-' and num2 == 237: print('900-237 = 663') if num1 == 900 and sign == '-' and num2 == 238: print('900-238 = 662') if num1 == 900 and sign == '-' and num2 == 239: print('900-239 = 661') if num1 == 900 and sign == '-' and num2 == 240: print('900-240 = 660') if num1 == 900 and sign == '-' and num2 == 241: print('900-241 = 659') if num1 == 900 and sign == '-' and num2 == 242: print('900-242 = 658') if num1 == 900 and sign == '-' and num2 == 243: print('900-243 = 657') if num1 == 900 and sign == '-' and num2 == 244: print('900-244 = 656') if num1 == 900 and sign == '-' and num2 == 245: print('900-245 = 655') if num1 == 900 and sign == '-' and num2 == 246: print('900-246 = 654') if num1 == 900 and sign == '-' and num2 == 247: print('900-247 = 653') if num1 == 900 and sign == '-' and num2 == 248: print('900-248 = 652') if num1 == 900 and sign == '-' and num2 == 249: print('900-249 = 651') if num1 == 901 and sign == '-' and num2 == 200: print('901-200 = 701') if num1 == 901 and sign == '-' and num2 == 201: print('901-201 = 700') if num1 == 901 and sign == '-' and num2 == 202: print('901-202 = 699') if num1 == 901 and sign == '-' and num2 == 203: print('901-203 = 698') if num1 == 901 and sign == '-' and num2 == 204: print('901-204 = 697') if num1 == 901 and sign == '-' and num2 == 205: print('901-205 = 696') if num1 == 901 and sign == '-' and num2 == 206: print('901-206 = 695') if num1 == 901 and sign == '-' and num2 == 207: print('901-207 = 694') if num1 == 901 and sign == '-' and num2 == 208: print('901-208 = 693') if num1 == 901 and sign == '-' and num2 == 209: print('901-209 = 692') if num1 == 901 and sign == '-' and num2 == 210: print('901-210 = 691') if num1 == 901 and sign == '-' and num2 == 211: print('901-211 = 690') if num1 == 901 and sign == '-' and num2 == 212: print('901-212 = 689') if num1 == 901 and sign == '-' and num2 == 213: print('901-213 = 688') if num1 == 901 and sign == '-' and num2 == 214: print('901-214 = 687') if num1 == 901 and sign == '-' and num2 == 215: print('901-215 = 686') if num1 == 901 and sign == '-' and num2 == 216: print('901-216 = 685') if num1 == 901 and sign == '-' and num2 == 217: print('901-217 = 684') if num1 == 901 and sign == '-' and num2 == 218: print('901-218 = 683') if num1 == 901 and sign == '-' and num2 == 219: print('901-219 = 682') if num1 == 901 and sign == '-' and num2 == 220: print('901-220 = 681') if num1 == 901 and sign == '-' and num2 == 221: print('901-221 = 680') if num1 == 901 and sign == '-' and num2 == 222: print('901-222 = 679') if num1 == 901 and sign == '-' and num2 == 223: print('901-223 = 678') if num1 == 901 and sign == '-' and num2 == 224: print('901-224 = 677') if num1 == 901 and sign == '-' and num2 == 225: print('901-225 = 676') if num1 == 901 and sign == '-' and num2 == 226: print('901-226 = 675') if num1 == 901 and sign == '-' and num2 == 227: print('901-227 = 674') if num1 == 901 and sign == '-' and num2 == 228: print('901-228 = 673') if num1 == 901 and sign == '-' and num2 == 229: print('901-229 = 672') if num1 == 901 and sign == '-' and num2 == 230: print('901-230 = 671') if num1 == 901 and sign == '-' and num2 == 231: print('901-231 = 670') if num1 == 901 and sign == '-' and num2 == 232: print('901-232 = 669') if num1 == 901 and sign == '-' and num2 == 233: print('901-233 = 668') if num1 == 901 and sign == '-' and num2 == 234: print('901-234 = 667') if num1 == 901 and sign == '-' and num2 == 235: print('901-235 = 666') if num1 == 901 and sign == '-' and num2 == 236: print('901-236 = 665') if num1 == 901 and sign == '-' and num2 == 237: print('901-237 = 664') if num1 == 901 and sign == '-' and num2 == 238: print('901-238 = 663') if num1 == 901 and sign == '-' and num2 == 239: print('901-239 = 662') if num1 == 901 and sign == '-' and num2 == 240: print('901-240 = 661') if num1 == 901 and sign == '-' and num2 == 241: print('901-241 = 660') if num1 == 901 and sign == '-' and num2 == 242: print('901-242 = 659') if num1 == 901 and sign == '-' and num2 == 243: print('901-243 = 658') if num1 == 901 and sign == '-' and num2 == 244: print('901-244 = 657') if num1 == 901 and sign == '-' and num2 == 245: print('901-245 = 656') if num1 == 901 and sign == '-' and num2 == 246: print('901-246 = 655') if num1 == 901 and sign == '-' and num2 == 247: print('901-247 = 654') if num1 == 901 and sign == '-' and num2 == 248: print('901-248 = 653') if num1 == 901 and sign == '-' and num2 == 249: print('901-249 = 652') if num1 == 902 and sign == '-' and num2 == 200: print('902-200 = 702') if num1 == 902 and sign == '-' and num2 == 201: print('902-201 = 701') if num1 == 902 and sign == '-' and num2 == 202: print('902-202 = 700') if num1 == 902 and sign == '-' and num2 == 203: print('902-203 = 699') if num1 == 902 and sign == '-' and num2 == 204: print('902-204 = 698') if num1 == 902 and sign == '-' and num2 == 205: print('902-205 = 697') if num1 == 902 and sign == '-' and num2 == 206: print('902-206 = 696') if num1 == 902 and sign == '-' and num2 == 207: print('902-207 = 695') if num1 == 902 and sign == '-' and num2 == 208: print('902-208 = 694') if num1 == 902 and sign == '-' and num2 == 209: print('902-209 = 693') if num1 == 902 and sign == '-' and num2 == 210: print('902-210 = 692') if num1 == 902 and sign == '-' and num2 == 211: print('902-211 = 691') if num1 == 902 and sign == '-' and num2 == 212: print('902-212 = 690') if num1 == 902 and sign == '-' and num2 == 213: print('902-213 = 689') if num1 == 902 and sign == '-' and num2 == 214: print('902-214 = 688') if num1 == 902 and sign == '-' and num2 == 215: print('902-215 = 687') if num1 == 902 and sign == '-' and num2 == 216: print('902-216 = 686') if num1 == 902 and sign == '-' and num2 == 217: print('902-217 = 685') if num1 == 902 and sign == '-' and num2 == 218: print('902-218 = 684') if num1 == 902 and sign == '-' and num2 == 219: print('902-219 = 683') if num1 == 902 and sign == '-' and num2 == 220: print('902-220 = 682') if num1 == 902 and sign == '-' and num2 == 221: print('902-221 = 681') if num1 == 902 and sign == '-' and num2 == 222: print('902-222 = 680') if num1 == 902 and sign == '-' and num2 == 223: print('902-223 = 679') if num1 == 902 and sign == '-' and num2 == 224: print('902-224 = 678') if num1 == 902 and sign == '-' and num2 == 225: print('902-225 = 677') if num1 == 902 and sign == '-' and num2 == 226: print('902-226 = 676') if num1 == 902 and sign == '-' and num2 == 227: print('902-227 = 675') if num1 == 902 and sign == '-' and num2 == 228: print('902-228 = 674') if num1 == 902 and sign == '-' and num2 == 229: print('902-229 = 673') if num1 == 902 and sign == '-' and num2 == 230: print('902-230 = 672') if num1 == 902 and sign == '-' and num2 == 231: print('902-231 = 671') if num1 == 902 and sign == '-' and num2 == 232: print('902-232 = 670') if num1 == 902 and sign == '-' and num2 == 233: print('902-233 = 669') if num1 == 902 and sign == '-' and num2 == 234: print('902-234 = 668') if num1 == 902 and sign == '-' and num2 == 235: print('902-235 = 667') if num1 == 902 and sign == '-' and num2 == 236: print('902-236 = 666') if num1 == 902 and sign == '-' and num2 == 237: print('902-237 = 665') if num1 == 902 and sign == '-' and num2 == 238: print('902-238 = 664') if num1 == 902 and sign == '-' and num2 == 239: print('902-239 = 663') if num1 == 902 and sign == '-' and num2 == 240: print('902-240 = 662') if num1 == 902 and sign == '-' and num2 == 241: print('902-241 = 661') if num1 == 902 and sign == '-' and num2 == 242: print('902-242 = 660') if num1 == 902 and sign == '-' and num2 == 243: print('902-243 = 659') if num1 == 902 and sign == '-' and num2 == 244: print('902-244 = 658') if num1 == 902 and sign == '-' and num2 == 245: print('902-245 = 657') if num1 == 902 and sign == '-' and num2 == 246: print('902-246 = 656') if num1 == 902 and sign == '-' and num2 == 247: print('902-247 = 655') if num1 == 902 and sign == '-' and num2 == 248: print('902-248 = 654') if num1 == 902 and sign == '-' and num2 == 249: print('902-249 = 653') if num1 == 903 and sign == '-' and num2 == 200: print('903-200 = 703') if num1 == 903 and sign == '-' and num2 == 201: print('903-201 = 702') if num1 == 903 and sign == '-' and num2 == 202: print('903-202 = 701') if num1 == 903 and sign == '-' and num2 == 203: print('903-203 = 700') if num1 == 903 and sign == '-' and num2 == 204: print('903-204 = 699') if num1 == 903 and sign == '-' and num2 == 205: print('903-205 = 698') if num1 == 903 and sign == '-' and num2 == 206: print('903-206 = 697') if num1 == 903 and sign == '-' and num2 == 207: print('903-207 = 696') if num1 == 903 and sign == '-' and num2 == 208: print('903-208 = 695') if num1 == 903 and sign == '-' and num2 == 209: print('903-209 = 694') if num1 == 903 and sign == '-' and num2 == 210: print('903-210 = 693') if num1 == 903 and sign == '-' and num2 == 211: print('903-211 = 692') if num1 == 903 and sign == '-' and num2 == 212: print('903-212 = 691') if num1 == 903 and sign == '-' and num2 == 213: print('903-213 = 690') if num1 == 903 and sign == '-' and num2 == 214: print('903-214 = 689') if num1 == 903 and sign == '-' and num2 == 215: print('903-215 = 688') if num1 == 903 and sign == '-' and num2 == 216: print('903-216 = 687') if num1 == 903 and sign == '-' and num2 == 217: print('903-217 = 686') if num1 == 903 and sign == '-' and num2 == 218: print('903-218 = 685') if num1 == 903 and sign == '-' and num2 == 219: print('903-219 = 684') if num1 == 903 and sign == '-' and num2 == 220: print('903-220 = 683') if num1 == 903 and sign == '-' and num2 == 221: print('903-221 = 682') if num1 == 903 and sign == '-' and num2 == 222: print('903-222 = 681') if num1 == 903 and sign == '-' and num2 == 223: print('903-223 = 680') if num1 == 903 and sign == '-' and num2 == 224: print('903-224 = 679') if num1 == 903 and sign == '-' and num2 == 225: print('903-225 = 678') if num1 == 903 and sign == '-' and num2 == 226: print('903-226 = 677') if num1 == 903 and sign == '-' and num2 == 227: print('903-227 = 676') if num1 == 903 and sign == '-' and num2 == 228: print('903-228 = 675') if num1 == 903 and sign == '-' and num2 == 229: print('903-229 = 674') if num1 == 903 and sign == '-' and num2 == 230: print('903-230 = 673') if num1 == 903 and sign == '-' and num2 == 231: print('903-231 = 672') if num1 == 903 and sign == '-' and num2 == 232: print('903-232 = 671') if num1 == 903 and sign == '-' and num2 == 233: print('903-233 = 670') if num1 == 903 and sign == '-' and num2 == 234: print('903-234 = 669') if num1 == 903 and sign == '-' and num2 == 235: print('903-235 = 668') if num1 == 903 and sign == '-' and num2 == 236: print('903-236 = 667') if num1 == 903 and sign == '-' and num2 == 237: print('903-237 = 666') if num1 == 903 and sign == '-' and num2 == 238: print('903-238 = 665') if num1 == 903 and sign == '-' and num2 == 239: print('903-239 = 664') if num1 == 903 and sign == '-' and num2 == 240: print('903-240 = 663') if num1 == 903 and sign == '-' and num2 == 241: print('903-241 = 662') if num1 == 903 and sign == '-' and num2 == 242: print('903-242 = 661') if num1 == 903 and sign == '-' and num2 == 243: print('903-243 = 660') if num1 == 903 and sign == '-' and num2 == 244: print('903-244 = 659') if num1 == 903 and sign == '-' and num2 == 245: print('903-245 = 658') if num1 == 903 and sign == '-' and num2 == 246: print('903-246 = 657') if num1 == 903 and sign == '-' and num2 == 247: print('903-247 = 656') if num1 == 903 and sign == '-' and num2 == 248: print('903-248 = 655') if num1 == 903 and sign == '-' and num2 == 249: print('903-249 = 654') if num1 == 904 and sign == '-' and num2 == 200: print('904-200 = 704') if num1 == 904 and sign == '-' and num2 == 201: print('904-201 = 703') if num1 == 904 and sign == '-' and num2 == 202: print('904-202 = 702') if num1 == 904 and sign == '-' and num2 == 203: print('904-203 = 701') if num1 == 904 and sign == '-' and num2 == 204: print('904-204 = 700') if num1 == 904 and sign == '-' and num2 == 205: print('904-205 = 699') if num1 == 904 and sign == '-' and num2 == 206: print('904-206 = 698') if num1 == 904 and sign == '-' and num2 == 207: print('904-207 = 697') if num1 == 904 and sign == '-' and num2 == 208: print('904-208 = 696') if num1 == 904 and sign == '-' and num2 == 209: print('904-209 = 695') if num1 == 904 and sign == '-' and num2 == 210: print('904-210 = 694') if num1 == 904 and sign == '-' and num2 == 211: print('904-211 = 693') if num1 == 904 and sign == '-' and num2 == 212: print('904-212 = 692') if num1 == 904 and sign == '-' and num2 == 213: print('904-213 = 691') if num1 == 904 and sign == '-' and num2 == 214: print('904-214 = 690') if num1 == 904 and sign == '-' and num2 == 215: print('904-215 = 689') if num1 == 904 and sign == '-' and num2 == 216: print('904-216 = 688') if num1 == 904 and sign == '-' and num2 == 217: print('904-217 = 687') if num1 == 904 and sign == '-' and num2 == 218: print('904-218 = 686') if num1 == 904 and sign == '-' and num2 == 219: print('904-219 = 685') if num1 == 904 and sign == '-' and num2 == 220: print('904-220 = 684') if num1 == 904 and sign == '-' and num2 == 221: print('904-221 = 683') if num1 == 904 and sign == '-' and num2 == 222: print('904-222 = 682') if num1 == 904 and sign == '-' and num2 == 223: print('904-223 = 681') if num1 == 904 and sign == '-' and num2 == 224: print('904-224 = 680') if num1 == 904 and sign == '-' and num2 == 225: print('904-225 = 679') if num1 == 904 and sign == '-' and num2 == 226: print('904-226 = 678') if num1 == 904 and sign == '-' and num2 == 227: print('904-227 = 677') if num1 == 904 and sign == '-' and num2 == 228: print('904-228 = 676') if num1 == 904 and sign == '-' and num2 == 229: print('904-229 = 675') if num1 == 904 and sign == '-' and num2 == 230: print('904-230 = 674') if num1 == 904 and sign == '-' and num2 == 231: print('904-231 = 673') if num1 == 904 and sign == '-' and num2 == 232: print('904-232 = 672') if num1 == 904 and sign == '-' and num2 == 233: print('904-233 = 671') if num1 == 904 and sign == '-' and num2 == 234: print('904-234 = 670') if num1 == 904 and sign == '-' and num2 == 235: print('904-235 = 669') if num1 == 904 and sign == '-' and num2 == 236: print('904-236 = 668') if num1 == 904 and sign == '-' and num2 == 237: print('904-237 = 667') if num1 == 904 and sign == '-' and num2 == 238: print('904-238 = 666') if num1 == 904 and sign == '-' and num2 == 239: print('904-239 = 665') if num1 == 904 and sign == '-' and num2 == 240: print('904-240 = 664') if num1 == 904 and sign == '-' and num2 == 241: print('904-241 = 663') if num1 == 904 and sign == '-' and num2 == 242: print('904-242 = 662') if num1 == 904 and sign == '-' and num2 == 243: print('904-243 = 661') if num1 == 904 and sign == '-' and num2 == 244: print('904-244 = 660') if num1 == 904 and sign == '-' and num2 == 245: print('904-245 = 659') if num1 == 904 and sign == '-' and num2 == 246: print('904-246 = 658') if num1 == 904 and sign == '-' and num2 == 247: print('904-247 = 657') if num1 == 904 and sign == '-' and num2 == 248: print('904-248 = 656') if num1 == 904 and sign == '-' and num2 == 249: print('904-249 = 655') if num1 == 905 and sign == '-' and num2 == 200: print('905-200 = 705') if num1 == 905 and sign == '-' and num2 == 201: print('905-201 = 704') if num1 == 905 and sign == '-' and num2 == 202: print('905-202 = 703') if num1 == 905 and sign == '-' and num2 == 203: print('905-203 = 702') if num1 == 905 and sign == '-' and num2 == 204: print('905-204 = 701') if num1 == 905 and sign == '-' and num2 == 205: print('905-205 = 700') if num1 == 905 and sign == '-' and num2 == 206: print('905-206 = 699') if num1 == 905 and sign == '-' and num2 == 207: print('905-207 = 698') if num1 == 905 and sign == '-' and num2 == 208: print('905-208 = 697') if num1 == 905 and sign == '-' and num2 == 209: print('905-209 = 696') if num1 == 905 and sign == '-' and num2 == 210: print('905-210 = 695') if num1 == 905 and sign == '-' and num2 == 211: print('905-211 = 694') if num1 == 905 and sign == '-' and num2 == 212: print('905-212 = 693') if num1 == 905 and sign == '-' and num2 == 213: print('905-213 = 692') if num1 == 905 and sign == '-' and num2 == 214: print('905-214 = 691') if num1 == 905 and sign == '-' and num2 == 215: print('905-215 = 690') if num1 == 905 and sign == '-' and num2 == 216: print('905-216 = 689') if num1 == 905 and sign == '-' and num2 == 217: print('905-217 = 688') if num1 == 905 and sign == '-' and num2 == 218: print('905-218 = 687') if num1 == 905 and sign == '-' and num2 == 219: print('905-219 = 686') if num1 == 905 and sign == '-' and num2 == 220: print('905-220 = 685') if num1 == 905 and sign == '-' and num2 == 221: print('905-221 = 684') if num1 == 905 and sign == '-' and num2 == 222: print('905-222 = 683') if num1 == 905 and sign == '-' and num2 == 223: print('905-223 = 682') if num1 == 905 and sign == '-' and num2 == 224: print('905-224 = 681') if num1 == 905 and sign == '-' and num2 == 225: print('905-225 = 680') if num1 == 905 and sign == '-' and num2 == 226: print('905-226 = 679') if num1 == 905 and sign == '-' and num2 == 227: print('905-227 = 678') if num1 == 905 and sign == '-' and num2 == 228: print('905-228 = 677') if num1 == 905 and sign == '-' and num2 == 229: print('905-229 = 676') if num1 == 905 and sign == '-' and num2 == 230: print('905-230 = 675') if num1 == 905 and sign == '-' and num2 == 231: print('905-231 = 674') if num1 == 905 and sign == '-' and num2 == 232: print('905-232 = 673') if num1 == 905 and sign == '-' and num2 == 233: print('905-233 = 672') if num1 == 905 and sign == '-' and num2 == 234: print('905-234 = 671') if num1 == 905 and sign == '-' and num2 == 235: print('905-235 = 670') if num1 == 905 and sign == '-' and num2 == 236: print('905-236 = 669') if num1 == 905 and sign == '-' and num2 == 237: print('905-237 = 668') if num1 == 905 and sign == '-' and num2 == 238: print('905-238 = 667') if num1 == 905 and sign == '-' and num2 == 239: print('905-239 = 666') if num1 == 905 and sign == '-' and num2 == 240: print('905-240 = 665') if num1 == 905 and sign == '-' and num2 == 241: print('905-241 = 664') if num1 == 905 and sign == '-' and num2 == 242: print('905-242 = 663') if num1 == 905 and sign == '-' and num2 == 243: print('905-243 = 662') if num1 == 905 and sign == '-' and num2 == 244: print('905-244 = 661') if num1 == 905 and sign == '-' and num2 == 245: print('905-245 = 660') if num1 == 905 and sign == '-' and num2 == 246: print('905-246 = 659') if num1 == 905 and sign == '-' and num2 == 247: print('905-247 = 658') if num1 == 905 and sign == '-' and num2 == 248: print('905-248 = 657') if num1 == 905 and sign == '-' and num2 == 249: print('905-249 = 656') if num1 == 906 and sign == '-' and num2 == 200: print('906-200 = 706') if num1 == 906 and sign == '-' and num2 == 201: print('906-201 = 705') if num1 == 906 and sign == '-' and num2 == 202: print('906-202 = 704') if num1 == 906 and sign == '-' and num2 == 203: print('906-203 = 703') if num1 == 906 and sign == '-' and num2 == 204: print('906-204 = 702') if num1 == 906 and sign == '-' and num2 == 205: print('906-205 = 701') if num1 == 906 and sign == '-' and num2 == 206: print('906-206 = 700') if num1 == 906 and sign == '-' and num2 == 207: print('906-207 = 699') if num1 == 906 and sign == '-' and num2 == 208: print('906-208 = 698') if num1 == 906 and sign == '-' and num2 == 209: print('906-209 = 697') if num1 == 906 and sign == '-' and num2 == 210: print('906-210 = 696') if num1 == 906 and sign == '-' and num2 == 211: print('906-211 = 695') if num1 == 906 and sign == '-' and num2 == 212: print('906-212 = 694') if num1 == 906 and sign == '-' and num2 == 213: print('906-213 = 693') if num1 == 906 and sign == '-' and num2 == 214: print('906-214 = 692') if num1 == 906 and sign == '-' and num2 == 215: print('906-215 = 691') if num1 == 906 and sign == '-' and num2 == 216: print('906-216 = 690') if num1 == 906 and sign == '-' and num2 == 217: print('906-217 = 689') if num1 == 906 and sign == '-' and num2 == 218: print('906-218 = 688') if num1 == 906 and sign == '-' and num2 == 219: print('906-219 = 687') if num1 == 906 and sign == '-' and num2 == 220: print('906-220 = 686') if num1 == 906 and sign == '-' and num2 == 221: print('906-221 = 685') if num1 == 906 and sign == '-' and num2 == 222: print('906-222 = 684') if num1 == 906 and sign == '-' and num2 == 223: print('906-223 = 683') if num1 == 906 and sign == '-' and num2 == 224: print('906-224 = 682') if num1 == 906 and sign == '-' and num2 == 225: print('906-225 = 681') if num1 == 906 and sign == '-' and num2 == 226: print('906-226 = 680') if num1 == 906 and sign == '-' and num2 == 227: print('906-227 = 679') if num1 == 906 and sign == '-' and num2 == 228: print('906-228 = 678') if num1 == 906 and sign == '-' and num2 == 229: print('906-229 = 677') if num1 == 906 and sign == '-' and num2 == 230: print('906-230 = 676') if num1 == 906 and sign == '-' and num2 == 231: print('906-231 = 675') if num1 == 906 and sign == '-' and num2 == 232: print('906-232 = 674') if num1 == 906 and sign == '-' and num2 == 233: print('906-233 = 673') if num1 == 906 and sign == '-' and num2 == 234: print('906-234 = 672') if num1 == 906 and sign == '-' and num2 == 235: print('906-235 = 671') if num1 == 906 and sign == '-' and num2 == 236: print('906-236 = 670') if num1 == 906 and sign == '-' and num2 == 237: print('906-237 = 669') if num1 == 906 and sign == '-' and num2 == 238: print('906-238 = 668') if num1 == 906 and sign == '-' and num2 == 239: print('906-239 = 667') if num1 == 906 and sign == '-' and num2 == 240: print('906-240 = 666') if num1 == 906 and sign == '-' and num2 == 241: print('906-241 = 665') if num1 == 906 and sign == '-' and num2 == 242: print('906-242 = 664') if num1 == 906 and sign == '-' and num2 == 243: print('906-243 = 663') if num1 == 906 and sign == '-' and num2 == 244: print('906-244 = 662') if num1 == 906 and sign == '-' and num2 == 245: print('906-245 = 661') if num1 == 906 and sign == '-' and num2 == 246: print('906-246 = 660') if num1 == 906 and sign == '-' and num2 == 247: print('906-247 = 659') if num1 == 906 and sign == '-' and num2 == 248: print('906-248 = 658') if num1 == 906 and sign == '-' and num2 == 249: print('906-249 = 657') if num1 == 907 and sign == '-' and num2 == 200: print('907-200 = 707') if num1 == 907 and sign == '-' and num2 == 201: print('907-201 = 706') if num1 == 907 and sign == '-' and num2 == 202: print('907-202 = 705') if num1 == 907 and sign == '-' and num2 == 203: print('907-203 = 704') if num1 == 907 and sign == '-' and num2 == 204: print('907-204 = 703') if num1 == 907 and sign == '-' and num2 == 205: print('907-205 = 702') if num1 == 907 and sign == '-' and num2 == 206: print('907-206 = 701') if num1 == 907 and sign == '-' and num2 == 207: print('907-207 = 700') if num1 == 907 and sign == '-' and num2 == 208: print('907-208 = 699') if num1 == 907 and sign == '-' and num2 == 209: print('907-209 = 698') if num1 == 907 and sign == '-' and num2 == 210: print('907-210 = 697') if num1 == 907 and sign == '-' and num2 == 211: print('907-211 = 696') if num1 == 907 and sign == '-' and num2 == 212: print('907-212 = 695') if num1 == 907 and sign == '-' and num2 == 213: print('907-213 = 694') if num1 == 907 and sign == '-' and num2 == 214: print('907-214 = 693') if num1 == 907 and sign == '-' and num2 == 215: print('907-215 = 692') if num1 == 907 and sign == '-' and num2 == 216: print('907-216 = 691') if num1 == 907 and sign == '-' and num2 == 217: print('907-217 = 690') if num1 == 907 and sign == '-' and num2 == 218: print('907-218 = 689') if num1 == 907 and sign == '-' and num2 == 219: print('907-219 = 688') if num1 == 907 and sign == '-' and num2 == 220: print('907-220 = 687') if num1 == 907 and sign == '-' and num2 == 221: print('907-221 = 686') if num1 == 907 and sign == '-' and num2 == 222: print('907-222 = 685') if num1 == 907 and sign == '-' and num2 == 223: print('907-223 = 684') if num1 == 907 and sign == '-' and num2 == 224: print('907-224 = 683') if num1 == 907 and sign == '-' and num2 == 225: print('907-225 = 682') if num1 == 907 and sign == '-' and num2 == 226: print('907-226 = 681') if num1 == 907 and sign == '-' and num2 == 227: print('907-227 = 680') if num1 == 907 and sign == '-' and num2 == 228: print('907-228 = 679') if num1 == 907 and sign == '-' and num2 == 229: print('907-229 = 678') if num1 == 907 and sign == '-' and num2 == 230: print('907-230 = 677') if num1 == 907 and sign == '-' and num2 == 231: print('907-231 = 676') if num1 == 907 and sign == '-' and num2 == 232: print('907-232 = 675') if num1 == 907 and sign == '-' and num2 == 233: print('907-233 = 674') if num1 == 907 and sign == '-' and num2 == 234: print('907-234 = 673') if num1 == 907 and sign == '-' and num2 == 235: print('907-235 = 672') if num1 == 907 and sign == '-' and num2 == 236: print('907-236 = 671') if num1 == 907 and sign == '-' and num2 == 237: print('907-237 = 670') if num1 == 907 and sign == '-' and num2 == 238: print('907-238 = 669') if num1 == 907 and sign == '-' and num2 == 239: print('907-239 = 668') if num1 == 907 and sign == '-' and num2 == 240: print('907-240 = 667') if num1 == 907 and sign == '-' and num2 == 241: print('907-241 = 666') if num1 == 907 and sign == '-' and num2 == 242: print('907-242 = 665') if num1 == 907 and sign == '-' and num2 == 243: print('907-243 = 664') if num1 == 907 and sign == '-' and num2 == 244: print('907-244 = 663') if num1 == 907 and sign == '-' and num2 == 245: print('907-245 = 662') if num1 == 907 and sign == '-' and num2 == 246: print('907-246 = 661') if num1 == 907 and sign == '-' and num2 == 247: print('907-247 = 660') if num1 == 907 and sign == '-' and num2 == 248: print('907-248 = 659') if num1 == 907 and sign == '-' and num2 == 249: print('907-249 = 658') if num1 == 908 and sign == '-' and num2 == 200: print('908-200 = 708') if num1 == 908 and sign == '-' and num2 == 201: print('908-201 = 707') if num1 == 908 and sign == '-' and num2 == 202: print('908-202 = 706') if num1 == 908 and sign == '-' and num2 == 203: print('908-203 = 705') if num1 == 908 and sign == '-' and num2 == 204: print('908-204 = 704') if num1 == 908 and sign == '-' and num2 == 205: print('908-205 = 703') if num1 == 908 and sign == '-' and num2 == 206: print('908-206 = 702') if num1 == 908 and sign == '-' and num2 == 207: print('908-207 = 701') if num1 == 908 and sign == '-' and num2 == 208: print('908-208 = 700') if num1 == 908 and sign == '-' and num2 == 209: print('908-209 = 699') if num1 == 908 and sign == '-' and num2 == 210: print('908-210 = 698') if num1 == 908 and sign == '-' and num2 == 211: print('908-211 = 697') if num1 == 908 and sign == '-' and num2 == 212: print('908-212 = 696') if num1 == 908 and sign == '-' and num2 == 213: print('908-213 = 695') if num1 == 908 and sign == '-' and num2 == 214: print('908-214 = 694') if num1 == 908 and sign == '-' and num2 == 215: print('908-215 = 693') if num1 == 908 and sign == '-' and num2 == 216: print('908-216 = 692') if num1 == 908 and sign == '-' and num2 == 217: print('908-217 = 691') if num1 == 908 and sign == '-' and num2 == 218: print('908-218 = 690') if num1 == 908 and sign == '-' and num2 == 219: print('908-219 = 689') if num1 == 908 and sign == '-' and num2 == 220: print('908-220 = 688') if num1 == 908 and sign == '-' and num2 == 221: print('908-221 = 687') if num1 == 908 and sign == '-' and num2 == 222: print('908-222 = 686') if num1 == 908 and sign == '-' and num2 == 223: print('908-223 = 685') if num1 == 908 and sign == '-' and num2 == 224: print('908-224 = 684') if num1 == 908 and sign == '-' and num2 == 225: print('908-225 = 683') if num1 == 908 and sign == '-' and num2 == 226: print('908-226 = 682') if num1 == 908 and sign == '-' and num2 == 227: print('908-227 = 681') if num1 == 908 and sign == '-' and num2 == 228: print('908-228 = 680') if num1 == 908 and sign == '-' and num2 == 229: print('908-229 = 679') if num1 == 908 and sign == '-' and num2 == 230: print('908-230 = 678') if num1 == 908 and sign == '-' and num2 == 231: print('908-231 = 677') if num1 == 908 and sign == '-' and num2 == 232: print('908-232 = 676') if num1 == 908 and sign == '-' and num2 == 233: print('908-233 = 675') if num1 == 908 and sign == '-' and num2 == 234: print('908-234 = 674') if num1 == 908 and sign == '-' and num2 == 235: print('908-235 = 673') if num1 == 908 and sign == '-' and num2 == 236: print('908-236 = 672') if num1 == 908 and sign == '-' and num2 == 237: print('908-237 = 671') if num1 == 908 and sign == '-' and num2 == 238: print('908-238 = 670') if num1 == 908 and sign == '-' and num2 == 239: print('908-239 = 669') if num1 == 908 and sign == '-' and num2 == 240: print('908-240 = 668') if num1 == 908 and sign == '-' and num2 == 241: print('908-241 = 667') if num1 == 908 and sign == '-' and num2 == 242: print('908-242 = 666') if num1 == 908 and sign == '-' and num2 == 243: print('908-243 = 665') if num1 == 908 and sign == '-' and num2 == 244: print('908-244 = 664') if num1 == 908 and sign == '-' and num2 == 245: print('908-245 = 663') if num1 == 908 and sign == '-' and num2 == 246: print('908-246 = 662') if num1 == 908 and sign == '-' and num2 == 247: print('908-247 = 661') if num1 == 908 and sign == '-' and num2 == 248: print('908-248 = 660') if num1 == 908 and sign == '-' and num2 == 249: print('908-249 = 659') if num1 == 909 and sign == '-' and num2 == 200: print('909-200 = 709') if num1 == 909 and sign == '-' and num2 == 201: print('909-201 = 708') if num1 == 909 and sign == '-' and num2 == 202: print('909-202 = 707') if num1 == 909 and sign == '-' and num2 == 203: print('909-203 = 706') if num1 == 909 and sign == '-' and num2 == 204: print('909-204 = 705') if num1 == 909 and sign == '-' and num2 == 205: print('909-205 = 704') if num1 == 909 and sign == '-' and num2 == 206: print('909-206 = 703') if num1 == 909 and sign == '-' and num2 == 207: print('909-207 = 702') if num1 == 909 and sign == '-' and num2 == 208: print('909-208 = 701') if num1 == 909 and sign == '-' and num2 == 209: print('909-209 = 700') if num1 == 909 and sign == '-' and num2 == 210: print('909-210 = 699') if num1 == 909 and sign == '-' and num2 == 211: print('909-211 = 698') if num1 == 909 and sign == '-' and num2 == 212: print('909-212 = 697') if num1 == 909 and sign == '-' and num2 == 213: print('909-213 = 696') if num1 == 909 and sign == '-' and num2 == 214: print('909-214 = 695') if num1 == 909 and sign == '-' and num2 == 215: print('909-215 = 694') if num1 == 909 and sign == '-' and num2 == 216: print('909-216 = 693') if num1 == 909 and sign == '-' and num2 == 217: print('909-217 = 692') if num1 == 909 and sign == '-' and num2 == 218: print('909-218 = 691') if num1 == 909 and sign == '-' and num2 == 219: print('909-219 = 690') if num1 == 909 and sign == '-' and num2 == 220: print('909-220 = 689') if num1 == 909 and sign == '-' and num2 == 221: print('909-221 = 688') if num1 == 909 and sign == '-' and num2 == 222: print('909-222 = 687') if num1 == 909 and sign == '-' and num2 == 223: print('909-223 = 686') if num1 == 909 and sign == '-' and num2 == 224: print('909-224 = 685') if num1 == 909 and sign == '-' and num2 == 225: print('909-225 = 684') if num1 == 909 and sign == '-' and num2 == 226: print('909-226 = 683') if num1 == 909 and sign == '-' and num2 == 227: print('909-227 = 682') if num1 == 909 and sign == '-' and num2 == 228: print('909-228 = 681') if num1 == 909 and sign == '-' and num2 == 229: print('909-229 = 680') if num1 == 909 and sign == '-' and num2 == 230: print('909-230 = 679') if num1 == 909 and sign == '-' and num2 == 231: print('909-231 = 678') if num1 == 909 and sign == '-' and num2 == 232: print('909-232 = 677') if num1 == 909 and sign == '-' and num2 == 233: print('909-233 = 676') if num1 == 909 and sign == '-' and num2 == 234: print('909-234 = 675') if num1 == 909 and sign == '-' and num2 == 235: print('909-235 = 674') if num1 == 909 and sign == '-' and num2 == 236: print('909-236 = 673') if num1 == 909 and sign == '-' and num2 == 237: print('909-237 = 672') if num1 == 909 and sign == '-' and num2 == 238: print('909-238 = 671') if num1 == 909 and sign == '-' and num2 == 239: print('909-239 = 670') if num1 == 909 and sign == '-' and num2 == 240: print('909-240 = 669') if num1 == 909 and sign == '-' and num2 == 241: print('909-241 = 668') if num1 == 909 and sign == '-' and num2 == 242: print('909-242 = 667') if num1 == 909 and sign == '-' and num2 == 243: print('909-243 = 666') if num1 == 909 and sign == '-' and num2 == 244: print('909-244 = 665') if num1 == 909 and sign == '-' and num2 == 245: print('909-245 = 664') if num1 == 909 and sign == '-' and num2 == 246: print('909-246 = 663') if num1 == 909 and sign == '-' and num2 == 247: print('909-247 = 662') if num1 == 909 and sign == '-' and num2 == 248: print('909-248 = 661') if num1 == 909 and sign == '-' and num2 == 249: print('909-249 = 660') if num1 == 910 and sign == '-' and num2 == 200: print('910-200 = 710') if num1 == 910 and sign == '-' and num2 == 201: print('910-201 = 709') if num1 == 910 and sign == '-' and num2 == 202: print('910-202 = 708') if num1 == 910 and sign == '-' and num2 == 203: print('910-203 = 707') if num1 == 910 and sign == '-' and num2 == 204: print('910-204 = 706') if num1 == 910 and sign == '-' and num2 == 205: print('910-205 = 705') if num1 == 910 and sign == '-' and num2 == 206: print('910-206 = 704') if num1 == 910 and sign == '-' and num2 == 207: print('910-207 = 703') if num1 == 910 and sign == '-' and num2 == 208: print('910-208 = 702') if num1 == 910 and sign == '-' and num2 == 209: print('910-209 = 701') if num1 == 910 and sign == '-' and num2 == 210: print('910-210 = 700') if num1 == 910 and sign == '-' and num2 == 211: print('910-211 = 699') if num1 == 910 and sign == '-' and num2 == 212: print('910-212 = 698') if num1 == 910 and sign == '-' and num2 == 213: print('910-213 = 697') if num1 == 910 and sign == '-' and num2 == 214: print('910-214 = 696') if num1 == 910 and sign == '-' and num2 == 215: print('910-215 = 695') if num1 == 910 and sign == '-' and num2 == 216: print('910-216 = 694') if num1 == 910 and sign == '-' and num2 == 217: print('910-217 = 693') if num1 == 910 and sign == '-' and num2 == 218: print('910-218 = 692') if num1 == 910 and sign == '-' and num2 == 219: print('910-219 = 691') if num1 == 910 and sign == '-' and num2 == 220: print('910-220 = 690') if num1 == 910 and sign == '-' and num2 == 221: print('910-221 = 689') if num1 == 910 and sign == '-' and num2 == 222: print('910-222 = 688') if num1 == 910 and sign == '-' and num2 == 223: print('910-223 = 687') if num1 == 910 and sign == '-' and num2 == 224: print('910-224 = 686') if num1 == 910 and sign == '-' and num2 == 225: print('910-225 = 685') if num1 == 910 and sign == '-' and num2 == 226: print('910-226 = 684') if num1 == 910 and sign == '-' and num2 == 227: print('910-227 = 683') if num1 == 910 and sign == '-' and num2 == 228: print('910-228 = 682') if num1 == 910 and sign == '-' and num2 == 229: print('910-229 = 681') if num1 == 910 and sign == '-' and num2 == 230: print('910-230 = 680') if num1 == 910 and sign == '-' and num2 == 231: print('910-231 = 679') if num1 == 910 and sign == '-' and num2 == 232: print('910-232 = 678') if num1 == 910 and sign == '-' and num2 == 233: print('910-233 = 677') if num1 == 910 and sign == '-' and num2 == 234: print('910-234 = 676') if num1 == 910 and sign == '-' and num2 == 235: print('910-235 = 675') if num1 == 910 and sign == '-' and num2 == 236: print('910-236 = 674') if num1 == 910 and sign == '-' and num2 == 237: print('910-237 = 673') if num1 == 910 and sign == '-' and num2 == 238: print('910-238 = 672') if num1 == 910 and sign == '-' and num2 == 239: print('910-239 = 671') if num1 == 910 and sign == '-' and num2 == 240: print('910-240 = 670') if num1 == 910 and sign == '-' and num2 == 241: print('910-241 = 669') if num1 == 910 and sign == '-' and num2 == 242: print('910-242 = 668') if num1 == 910 and sign == '-' and num2 == 243: print('910-243 = 667') if num1 == 910 and sign == '-' and num2 == 244: print('910-244 = 666') if num1 == 910 and sign == '-' and num2 == 245: print('910-245 = 665') if num1 == 910 and sign == '-' and num2 == 246: print('910-246 = 664') if num1 == 910 and sign == '-' and num2 == 247: print('910-247 = 663') if num1 == 910 and sign == '-' and num2 == 248: print('910-248 = 662') if num1 == 910 and sign == '-' and num2 == 249: print('910-249 = 661') if num1 == 911 and sign == '-' and num2 == 200: print('911-200 = 711') if num1 == 911 and sign == '-' and num2 == 201: print('911-201 = 710') if num1 == 911 and sign == '-' and num2 == 202: print('911-202 = 709') if num1 == 911 and sign == '-' and num2 == 203: print('911-203 = 708') if num1 == 911 and sign == '-' and num2 == 204: print('911-204 = 707') if num1 == 911 and sign == '-' and num2 == 205: print('911-205 = 706') if num1 == 911 and sign == '-' and num2 == 206: print('911-206 = 705') if num1 == 911 and sign == '-' and num2 == 207: print('911-207 = 704') if num1 == 911 and sign == '-' and num2 == 208: print('911-208 = 703') if num1 == 911 and sign == '-' and num2 == 209: print('911-209 = 702') if num1 == 911 and sign == '-' and num2 == 210: print('911-210 = 701') if num1 == 911 and sign == '-' and num2 == 211: print('911-211 = 700') if num1 == 911 and sign == '-' and num2 == 212: print('911-212 = 699') if num1 == 911 and sign == '-' and num2 == 213: print('911-213 = 698') if num1 == 911 and sign == '-' and num2 == 214: print('911-214 = 697') if num1 == 911 and sign == '-' and num2 == 215: print('911-215 = 696') if num1 == 911 and sign == '-' and num2 == 216: print('911-216 = 695') if num1 == 911 and sign == '-' and num2 == 217: print('911-217 = 694') if num1 == 911 and sign == '-' and num2 == 218: print('911-218 = 693') if num1 == 911 and sign == '-' and num2 == 219: print('911-219 = 692') if num1 == 911 and sign == '-' and num2 == 220: print('911-220 = 691') if num1 == 911 and sign == '-' and num2 == 221: print('911-221 = 690') if num1 == 911 and sign == '-' and num2 == 222: print('911-222 = 689') if num1 == 911 and sign == '-' and num2 == 223: print('911-223 = 688') if num1 == 911 and sign == '-' and num2 == 224: print('911-224 = 687') if num1 == 911 and sign == '-' and num2 == 225: print('911-225 = 686') if num1 == 911 and sign == '-' and num2 == 226: print('911-226 = 685') if num1 == 911 and sign == '-' and num2 == 227: print('911-227 = 684') if num1 == 911 and sign == '-' and num2 == 228: print('911-228 = 683') if num1 == 911 and sign == '-' and num2 == 229: print('911-229 = 682') if num1 == 911 and sign == '-' and num2 == 230: print('911-230 = 681') if num1 == 911 and sign == '-' and num2 == 231: print('911-231 = 680') if num1 == 911 and sign == '-' and num2 == 232: print('911-232 = 679') if num1 == 911 and sign == '-' and num2 == 233: print('911-233 = 678') if num1 == 911 and sign == '-' and num2 == 234: print('911-234 = 677') if num1 == 911 and sign == '-' and num2 == 235: print('911-235 = 676') if num1 == 911 and sign == '-' and num2 == 236: print('911-236 = 675') if num1 == 911 and sign == '-' and num2 == 237: print('911-237 = 674') if num1 == 911 and sign == '-' and num2 == 238: print('911-238 = 673') if num1 == 911 and sign == '-' and num2 == 239: print('911-239 = 672') if num1 == 911 and sign == '-' and num2 == 240: print('911-240 = 671') if num1 == 911 and sign == '-' and num2 == 241: print('911-241 = 670') if num1 == 911 and sign == '-' and num2 == 242: print('911-242 = 669') if num1 == 911 and sign == '-' and num2 == 243: print('911-243 = 668') if num1 == 911 and sign == '-' and num2 == 244: print('911-244 = 667') if num1 == 911 and sign == '-' and num2 == 245: print('911-245 = 666') if num1 == 911 and sign == '-' and num2 == 246: print('911-246 = 665') if num1 == 911 and sign == '-' and num2 == 247: print('911-247 = 664') if num1 == 911 and sign == '-' and num2 == 248: print('911-248 = 663') if num1 == 911 and sign == '-' and num2 == 249: print('911-249 = 662') if num1 == 912 and sign == '-' and num2 == 200: print('912-200 = 712') if num1 == 912 and sign == '-' and num2 == 201: print('912-201 = 711') if num1 == 912 and sign == '-' and num2 == 202: print('912-202 = 710') if num1 == 912 and sign == '-' and num2 == 203: print('912-203 = 709') if num1 == 912 and sign == '-' and num2 == 204: print('912-204 = 708') if num1 == 912 and sign == '-' and num2 == 205: print('912-205 = 707') if num1 == 912 and sign == '-' and num2 == 206: print('912-206 = 706') if num1 == 912 and sign == '-' and num2 == 207: print('912-207 = 705') if num1 == 912 and sign == '-' and num2 == 208: print('912-208 = 704') if num1 == 912 and sign == '-' and num2 == 209: print('912-209 = 703') if num1 == 912 and sign == '-' and num2 == 210: print('912-210 = 702') if num1 == 912 and sign == '-' and num2 == 211: print('912-211 = 701') if num1 == 912 and sign == '-' and num2 == 212: print('912-212 = 700') if num1 == 912 and sign == '-' and num2 == 213: print('912-213 = 699') if num1 == 912 and sign == '-' and num2 == 214: print('912-214 = 698') if num1 == 912 and sign == '-' and num2 == 215: print('912-215 = 697') if num1 == 912 and sign == '-' and num2 == 216: print('912-216 = 696') if num1 == 912 and sign == '-' and num2 == 217: print('912-217 = 695') if num1 == 912 and sign == '-' and num2 == 218: print('912-218 = 694') if num1 == 912 and sign == '-' and num2 == 219: print('912-219 = 693') if num1 == 912 and sign == '-' and num2 == 220: print('912-220 = 692') if num1 == 912 and sign == '-' and num2 == 221: print('912-221 = 691') if num1 == 912 and sign == '-' and num2 == 222: print('912-222 = 690') if num1 == 912 and sign == '-' and num2 == 223: print('912-223 = 689') if num1 == 912 and sign == '-' and num2 == 224: print('912-224 = 688') if num1 == 912 and sign == '-' and num2 == 225: print('912-225 = 687') if num1 == 912 and sign == '-' and num2 == 226: print('912-226 = 686') if num1 == 912 and sign == '-' and num2 == 227: print('912-227 = 685') if num1 == 912 and sign == '-' and num2 == 228: print('912-228 = 684') if num1 == 912 and sign == '-' and num2 == 229: print('912-229 = 683') if num1 == 912 and sign == '-' and num2 == 230: print('912-230 = 682') if num1 == 912 and sign == '-' and num2 == 231: print('912-231 = 681') if num1 == 912 and sign == '-' and num2 == 232: print('912-232 = 680') if num1 == 912 and sign == '-' and num2 == 233: print('912-233 = 679') if num1 == 912 and sign == '-' and num2 == 234: print('912-234 = 678') if num1 == 912 and sign == '-' and num2 == 235: print('912-235 = 677') if num1 == 912 and sign == '-' and num2 == 236: print('912-236 = 676') if num1 == 912 and sign == '-' and num2 == 237: print('912-237 = 675') if num1 == 912 and sign == '-' and num2 == 238: print('912-238 = 674') if num1 == 912 and sign == '-' and num2 == 239: print('912-239 = 673') if num1 == 912 and sign == '-' and num2 == 240: print('912-240 = 672') if num1 == 912 and sign == '-' and num2 == 241: print('912-241 = 671') if num1 == 912 and sign == '-' and num2 == 242: print('912-242 = 670') if num1 == 912 and sign == '-' and num2 == 243: print('912-243 = 669') if num1 == 912 and sign == '-' and num2 == 244: print('912-244 = 668') if num1 == 912 and sign == '-' and num2 == 245: print('912-245 = 667') if num1 == 912 and sign == '-' and num2 == 246: print('912-246 = 666') if num1 == 912 and sign == '-' and num2 == 247: print('912-247 = 665') if num1 == 912 and sign == '-' and num2 == 248: print('912-248 = 664') if num1 == 912 and sign == '-' and num2 == 249: print('912-249 = 663') if num1 == 913 and sign == '-' and num2 == 200: print('913-200 = 713') if num1 == 913 and sign == '-' and num2 == 201: print('913-201 = 712') if num1 == 913 and sign == '-' and num2 == 202: print('913-202 = 711') if num1 == 913 and sign == '-' and num2 == 203: print('913-203 = 710') if num1 == 913 and sign == '-' and num2 == 204: print('913-204 = 709') if num1 == 913 and sign == '-' and num2 == 205: print('913-205 = 708') if num1 == 913 and sign == '-' and num2 == 206: print('913-206 = 707') if num1 == 913 and sign == '-' and num2 == 207: print('913-207 = 706') if num1 == 913 and sign == '-' and num2 == 208: print('913-208 = 705') if num1 == 913 and sign == '-' and num2 == 209: print('913-209 = 704') if num1 == 913 and sign == '-' and num2 == 210: print('913-210 = 703') if num1 == 913 and sign == '-' and num2 == 211: print('913-211 = 702') if num1 == 913 and sign == '-' and num2 == 212: print('913-212 = 701') if num1 == 913 and sign == '-' and num2 == 213: print('913-213 = 700') if num1 == 913 and sign == '-' and num2 == 214: print('913-214 = 699') if num1 == 913 and sign == '-' and num2 == 215: print('913-215 = 698') if num1 == 913 and sign == '-' and num2 == 216: print('913-216 = 697') if num1 == 913 and sign == '-' and num2 == 217: print('913-217 = 696') if num1 == 913 and sign == '-' and num2 == 218: print('913-218 = 695') if num1 == 913 and sign == '-' and num2 == 219: print('913-219 = 694') if num1 == 913 and sign == '-' and num2 == 220: print('913-220 = 693') if num1 == 913 and sign == '-' and num2 == 221: print('913-221 = 692') if num1 == 913 and sign == '-' and num2 == 222: print('913-222 = 691') if num1 == 913 and sign == '-' and num2 == 223: print('913-223 = 690') if num1 == 913 and sign == '-' and num2 == 224: print('913-224 = 689') if num1 == 913 and sign == '-' and num2 == 225: print('913-225 = 688') if num1 == 913 and sign == '-' and num2 == 226: print('913-226 = 687') if num1 == 913 and sign == '-' and num2 == 227: print('913-227 = 686') if num1 == 913 and sign == '-' and num2 == 228: print('913-228 = 685') if num1 == 913 and sign == '-' and num2 == 229: print('913-229 = 684') if num1 == 913 and sign == '-' and num2 == 230: print('913-230 = 683') if num1 == 913 and sign == '-' and num2 == 231: print('913-231 = 682') if num1 == 913 and sign == '-' and num2 == 232: print('913-232 = 681') if num1 == 913 and sign == '-' and num2 == 233: print('913-233 = 680') if num1 == 913 and sign == '-' and num2 == 234: print('913-234 = 679') if num1 == 913 and sign == '-' and num2 == 235: print('913-235 = 678') if num1 == 913 and sign == '-' and num2 == 236: print('913-236 = 677') if num1 == 913 and sign == '-' and num2 == 237: print('913-237 = 676') if num1 == 913 and sign == '-' and num2 == 238: print('913-238 = 675') if num1 == 913 and sign == '-' and num2 == 239: print('913-239 = 674') if num1 == 913 and sign == '-' and num2 == 240: print('913-240 = 673') if num1 == 913 and sign == '-' and num2 == 241: print('913-241 = 672') if num1 == 913 and sign == '-' and num2 == 242: print('913-242 = 671') if num1 == 913 and sign == '-' and num2 == 243: print('913-243 = 670') if num1 == 913 and sign == '-' and num2 == 244: print('913-244 = 669') if num1 == 913 and sign == '-' and num2 == 245: print('913-245 = 668') if num1 == 913 and sign == '-' and num2 == 246: print('913-246 = 667') if num1 == 913 and sign == '-' and num2 == 247: print('913-247 = 666') if num1 == 913 and sign == '-' and num2 == 248: print('913-248 = 665') if num1 == 913 and sign == '-' and num2 == 249: print('913-249 = 664') if num1 == 914 and sign == '-' and num2 == 200: print('914-200 = 714') if num1 == 914 and sign == '-' and num2 == 201: print('914-201 = 713') if num1 == 914 and sign == '-' and num2 == 202: print('914-202 = 712') if num1 == 914 and sign == '-' and num2 == 203: print('914-203 = 711') if num1 == 914 and sign == '-' and num2 == 204: print('914-204 = 710') if num1 == 914 and sign == '-' and num2 == 205: print('914-205 = 709') if num1 == 914 and sign == '-' and num2 == 206: print('914-206 = 708') if num1 == 914 and sign == '-' and num2 == 207: print('914-207 = 707') if num1 == 914 and sign == '-' and num2 == 208: print('914-208 = 706') if num1 == 914 and sign == '-' and num2 == 209: print('914-209 = 705') if num1 == 914 and sign == '-' and num2 == 210: print('914-210 = 704') if num1 == 914 and sign == '-' and num2 == 211: print('914-211 = 703') if num1 == 914 and sign == '-' and num2 == 212: print('914-212 = 702') if num1 == 914 and sign == '-' and num2 == 213: print('914-213 = 701') if num1 == 914 and sign == '-' and num2 == 214: print('914-214 = 700') if num1 == 914 and sign == '-' and num2 == 215: print('914-215 = 699') if num1 == 914 and sign == '-' and num2 == 216: print('914-216 = 698') if num1 == 914 and sign == '-' and num2 == 217: print('914-217 = 697') if num1 == 914 and sign == '-' and num2 == 218: print('914-218 = 696') if num1 == 914 and sign == '-' and num2 == 219: print('914-219 = 695') if num1 == 914 and sign == '-' and num2 == 220: print('914-220 = 694') if num1 == 914 and sign == '-' and num2 == 221: print('914-221 = 693') if num1 == 914 and sign == '-' and num2 == 222: print('914-222 = 692') if num1 == 914 and sign == '-' and num2 == 223: print('914-223 = 691') if num1 == 914 and sign == '-' and num2 == 224: print('914-224 = 690') if num1 == 914 and sign == '-' and num2 == 225: print('914-225 = 689') if num1 == 914 and sign == '-' and num2 == 226: print('914-226 = 688') if num1 == 914 and sign == '-' and num2 == 227: print('914-227 = 687') if num1 == 914 and sign == '-' and num2 == 228: print('914-228 = 686') if num1 == 914 and sign == '-' and num2 == 229: print('914-229 = 685') if num1 == 914 and sign == '-' and num2 == 230: print('914-230 = 684') if num1 == 914 and sign == '-' and num2 == 231: print('914-231 = 683') if num1 == 914 and sign == '-' and num2 == 232: print('914-232 = 682') if num1 == 914 and sign == '-' and num2 == 233: print('914-233 = 681') if num1 == 914 and sign == '-' and num2 == 234: print('914-234 = 680') if num1 == 914 and sign == '-' and num2 == 235: print('914-235 = 679') if num1 == 914 and sign == '-' and num2 == 236: print('914-236 = 678') if num1 == 914 and sign == '-' and num2 == 237: print('914-237 = 677') if num1 == 914 and sign == '-' and num2 == 238: print('914-238 = 676') if num1 == 914 and sign == '-' and num2 == 239: print('914-239 = 675') if num1 == 914 and sign == '-' and num2 == 240: print('914-240 = 674') if num1 == 914 and sign == '-' and num2 == 241: print('914-241 = 673') if num1 == 914 and sign == '-' and num2 == 242: print('914-242 = 672') if num1 == 914 and sign == '-' and num2 == 243: print('914-243 = 671') if num1 == 914 and sign == '-' and num2 == 244: print('914-244 = 670') if num1 == 914 and sign == '-' and num2 == 245: print('914-245 = 669') if num1 == 914 and sign == '-' and num2 == 246: print('914-246 = 668') if num1 == 914 and sign == '-' and num2 == 247: print('914-247 = 667') if num1 == 914 and sign == '-' and num2 == 248: print('914-248 = 666') if num1 == 914 and sign == '-' and num2 == 249: print('914-249 = 665') if num1 == 915 and sign == '-' and num2 == 200: print('915-200 = 715') if num1 == 915 and sign == '-' and num2 == 201: print('915-201 = 714') if num1 == 915 and sign == '-' and num2 == 202: print('915-202 = 713') if num1 == 915 and sign == '-' and num2 == 203: print('915-203 = 712') if num1 == 915 and sign == '-' and num2 == 204: print('915-204 = 711') if num1 == 915 and sign == '-' and num2 == 205: print('915-205 = 710') if num1 == 915 and sign == '-' and num2 == 206: print('915-206 = 709') if num1 == 915 and sign == '-' and num2 == 207: print('915-207 = 708') if num1 == 915 and sign == '-' and num2 == 208: print('915-208 = 707') if num1 == 915 and sign == '-' and num2 == 209: print('915-209 = 706') if num1 == 915 and sign == '-' and num2 == 210: print('915-210 = 705') if num1 == 915 and sign == '-' and num2 == 211: print('915-211 = 704') if num1 == 915 and sign == '-' and num2 == 212: print('915-212 = 703') if num1 == 915 and sign == '-' and num2 == 213: print('915-213 = 702') if num1 == 915 and sign == '-' and num2 == 214: print('915-214 = 701') if num1 == 915 and sign == '-' and num2 == 215: print('915-215 = 700') if num1 == 915 and sign == '-' and num2 == 216: print('915-216 = 699') if num1 == 915 and sign == '-' and num2 == 217: print('915-217 = 698') if num1 == 915 and sign == '-' and num2 == 218: print('915-218 = 697') if num1 == 915 and sign == '-' and num2 == 219: print('915-219 = 696') if num1 == 915 and sign == '-' and num2 == 220: print('915-220 = 695') if num1 == 915 and sign == '-' and num2 == 221: print('915-221 = 694') if num1 == 915 and sign == '-' and num2 == 222: print('915-222 = 693') if num1 == 915 and sign == '-' and num2 == 223: print('915-223 = 692') if num1 == 915 and sign == '-' and num2 == 224: print('915-224 = 691') if num1 == 915 and sign == '-' and num2 == 225: print('915-225 = 690') if num1 == 915 and sign == '-' and num2 == 226: print('915-226 = 689') if num1 == 915 and sign == '-' and num2 == 227: print('915-227 = 688') if num1 == 915 and sign == '-' and num2 == 228: print('915-228 = 687') if num1 == 915 and sign == '-' and num2 == 229: print('915-229 = 686') if num1 == 915 and sign == '-' and num2 == 230: print('915-230 = 685') if num1 == 915 and sign == '-' and num2 == 231: print('915-231 = 684') if num1 == 915 and sign == '-' and num2 == 232: print('915-232 = 683') if num1 == 915 and sign == '-' and num2 == 233: print('915-233 = 682') if num1 == 915 and sign == '-' and num2 == 234: print('915-234 = 681') if num1 == 915 and sign == '-' and num2 == 235: print('915-235 = 680') if num1 == 915 and sign == '-' and num2 == 236: print('915-236 = 679') if num1 == 915 and sign == '-' and num2 == 237: print('915-237 = 678') if num1 == 915 and sign == '-' and num2 == 238: print('915-238 = 677') if num1 == 915 and sign == '-' and num2 == 239: print('915-239 = 676') if num1 == 915 and sign == '-' and num2 == 240: print('915-240 = 675') if num1 == 915 and sign == '-' and num2 == 241: print('915-241 = 674') if num1 == 915 and sign == '-' and num2 == 242: print('915-242 = 673') if num1 == 915 and sign == '-' and num2 == 243: print('915-243 = 672') if num1 == 915 and sign == '-' and num2 == 244: print('915-244 = 671') if num1 == 915 and sign == '-' and num2 == 245: print('915-245 = 670') if num1 == 915 and sign == '-' and num2 == 246: print('915-246 = 669') if num1 == 915 and sign == '-' and num2 == 247: print('915-247 = 668') if num1 == 915 and sign == '-' and num2 == 248: print('915-248 = 667') if num1 == 915 and sign == '-' and num2 == 249: print('915-249 = 666') if num1 == 916 and sign == '-' and num2 == 200: print('916-200 = 716') if num1 == 916 and sign == '-' and num2 == 201: print('916-201 = 715') if num1 == 916 and sign == '-' and num2 == 202: print('916-202 = 714') if num1 == 916 and sign == '-' and num2 == 203: print('916-203 = 713') if num1 == 916 and sign == '-' and num2 == 204: print('916-204 = 712') if num1 == 916 and sign == '-' and num2 == 205: print('916-205 = 711') if num1 == 916 and sign == '-' and num2 == 206: print('916-206 = 710') if num1 == 916 and sign == '-' and num2 == 207: print('916-207 = 709') if num1 == 916 and sign == '-' and num2 == 208: print('916-208 = 708') if num1 == 916 and sign == '-' and num2 == 209: print('916-209 = 707') if num1 == 916 and sign == '-' and num2 == 210: print('916-210 = 706') if num1 == 916 and sign == '-' and num2 == 211: print('916-211 = 705') if num1 == 916 and sign == '-' and num2 == 212: print('916-212 = 704') if num1 == 916 and sign == '-' and num2 == 213: print('916-213 = 703') if num1 == 916 and sign == '-' and num2 == 214: print('916-214 = 702') if num1 == 916 and sign == '-' and num2 == 215: print('916-215 = 701') if num1 == 916 and sign == '-' and num2 == 216: print('916-216 = 700') if num1 == 916 and sign == '-' and num2 == 217: print('916-217 = 699') if num1 == 916 and sign == '-' and num2 == 218: print('916-218 = 698') if num1 == 916 and sign == '-' and num2 == 219: print('916-219 = 697') if num1 == 916 and sign == '-' and num2 == 220: print('916-220 = 696') if num1 == 916 and sign == '-' and num2 == 221: print('916-221 = 695') if num1 == 916 and sign == '-' and num2 == 222: print('916-222 = 694') if num1 == 916 and sign == '-' and num2 == 223: print('916-223 = 693') if num1 == 916 and sign == '-' and num2 == 224: print('916-224 = 692') if num1 == 916 and sign == '-' and num2 == 225: print('916-225 = 691') if num1 == 916 and sign == '-' and num2 == 226: print('916-226 = 690') if num1 == 916 and sign == '-' and num2 == 227: print('916-227 = 689') if num1 == 916 and sign == '-' and num2 == 228: print('916-228 = 688') if num1 == 916 and sign == '-' and num2 == 229: print('916-229 = 687') if num1 == 916 and sign == '-' and num2 == 230: print('916-230 = 686') if num1 == 916 and sign == '-' and num2 == 231: print('916-231 = 685') if num1 == 916 and sign == '-' and num2 == 232: print('916-232 = 684') if num1 == 916 and sign == '-' and num2 == 233: print('916-233 = 683') if num1 == 916 and sign == '-' and num2 == 234: print('916-234 = 682') if num1 == 916 and sign == '-' and num2 == 235: print('916-235 = 681') if num1 == 916 and sign == '-' and num2 == 236: print('916-236 = 680') if num1 == 916 and sign == '-' and num2 == 237: print('916-237 = 679') if num1 == 916 and sign == '-' and num2 == 238: print('916-238 = 678') if num1 == 916 and sign == '-' and num2 == 239: print('916-239 = 677') if num1 == 916 and sign == '-' and num2 == 240: print('916-240 = 676') if num1 == 916 and sign == '-' and num2 == 241: print('916-241 = 675') if num1 == 916 and sign == '-' and num2 == 242: print('916-242 = 674') if num1 == 916 and sign == '-' and num2 == 243: print('916-243 = 673') if num1 == 916 and sign == '-' and num2 == 244: print('916-244 = 672') if num1 == 916 and sign == '-' and num2 == 245: print('916-245 = 671') if num1 == 916 and sign == '-' and num2 == 246: print('916-246 = 670') if num1 == 916 and sign == '-' and num2 == 247: print('916-247 = 669') if num1 == 916 and sign == '-' and num2 == 248: print('916-248 = 668') if num1 == 916 and sign == '-' and num2 == 249: print('916-249 = 667') if num1 == 917 and sign == '-' and num2 == 200: print('917-200 = 717') if num1 == 917 and sign == '-' and num2 == 201: print('917-201 = 716') if num1 == 917 and sign == '-' and num2 == 202: print('917-202 = 715') if num1 == 917 and sign == '-' and num2 == 203: print('917-203 = 714') if num1 == 917 and sign == '-' and num2 == 204: print('917-204 = 713') if num1 == 917 and sign == '-' and num2 == 205: print('917-205 = 712') if num1 == 917 and sign == '-' and num2 == 206: print('917-206 = 711') if num1 == 917 and sign == '-' and num2 == 207: print('917-207 = 710') if num1 == 917 and sign == '-' and num2 == 208: print('917-208 = 709') if num1 == 917 and sign == '-' and num2 == 209: print('917-209 = 708') if num1 == 917 and sign == '-' and num2 == 210: print('917-210 = 707') if num1 == 917 and sign == '-' and num2 == 211: print('917-211 = 706') if num1 == 917 and sign == '-' and num2 == 212: print('917-212 = 705') if num1 == 917 and sign == '-' and num2 == 213: print('917-213 = 704') if num1 == 917 and sign == '-' and num2 == 214: print('917-214 = 703') if num1 == 917 and sign == '-' and num2 == 215: print('917-215 = 702') if num1 == 917 and sign == '-' and num2 == 216: print('917-216 = 701') if num1 == 917 and sign == '-' and num2 == 217: print('917-217 = 700') if num1 == 917 and sign == '-' and num2 == 218: print('917-218 = 699') if num1 == 917 and sign == '-' and num2 == 219: print('917-219 = 698') if num1 == 917 and sign == '-' and num2 == 220: print('917-220 = 697') if num1 == 917 and sign == '-' and num2 == 221: print('917-221 = 696') if num1 == 917 and sign == '-' and num2 == 222: print('917-222 = 695') if num1 == 917 and sign == '-' and num2 == 223: print('917-223 = 694') if num1 == 917 and sign == '-' and num2 == 224: print('917-224 = 693') if num1 == 917 and sign == '-' and num2 == 225: print('917-225 = 692') if num1 == 917 and sign == '-' and num2 == 226: print('917-226 = 691') if num1 == 917 and sign == '-' and num2 == 227: print('917-227 = 690') if num1 == 917 and sign == '-' and num2 == 228: print('917-228 = 689') if num1 == 917 and sign == '-' and num2 == 229: print('917-229 = 688') if num1 == 917 and sign == '-' and num2 == 230: print('917-230 = 687') if num1 == 917 and sign == '-' and num2 == 231: print('917-231 = 686') if num1 == 917 and sign == '-' and num2 == 232: print('917-232 = 685') if num1 == 917 and sign == '-' and num2 == 233: print('917-233 = 684') if num1 == 917 and sign == '-' and num2 == 234: print('917-234 = 683') if num1 == 917 and sign == '-' and num2 == 235: print('917-235 = 682') if num1 == 917 and sign == '-' and num2 == 236: print('917-236 = 681') if num1 == 917 and sign == '-' and num2 == 237: print('917-237 = 680') if num1 == 917 and sign == '-' and num2 == 238: print('917-238 = 679') if num1 == 917 and sign == '-' and num2 == 239: print('917-239 = 678') if num1 == 917 and sign == '-' and num2 == 240: print('917-240 = 677') if num1 == 917 and sign == '-' and num2 == 241: print('917-241 = 676') if num1 == 917 and sign == '-' and num2 == 242: print('917-242 = 675') if num1 == 917 and sign == '-' and num2 == 243: print('917-243 = 674') if num1 == 917 and sign == '-' and num2 == 244: print('917-244 = 673') if num1 == 917 and sign == '-' and num2 == 245: print('917-245 = 672') if num1 == 917 and sign == '-' and num2 == 246: print('917-246 = 671') if num1 == 917 and sign == '-' and num2 == 247: print('917-247 = 670') if num1 == 917 and sign == '-' and num2 == 248: print('917-248 = 669') if num1 == 917 and sign == '-' and num2 == 249: print('917-249 = 668') if num1 == 918 and sign == '-' and num2 == 200: print('918-200 = 718') if num1 == 918 and sign == '-' and num2 == 201: print('918-201 = 717') if num1 == 918 and sign == '-' and num2 == 202: print('918-202 = 716') if num1 == 918 and sign == '-' and num2 == 203: print('918-203 = 715') if num1 == 918 and sign == '-' and num2 == 204: print('918-204 = 714') if num1 == 918 and sign == '-' and num2 == 205: print('918-205 = 713') if num1 == 918 and sign == '-' and num2 == 206: print('918-206 = 712') if num1 == 918 and sign == '-' and num2 == 207: print('918-207 = 711') if num1 == 918 and sign == '-' and num2 == 208: print('918-208 = 710') if num1 == 918 and sign == '-' and num2 == 209: print('918-209 = 709') if num1 == 918 and sign == '-' and num2 == 210: print('918-210 = 708') if num1 == 918 and sign == '-' and num2 == 211: print('918-211 = 707') if num1 == 918 and sign == '-' and num2 == 212: print('918-212 = 706') if num1 == 918 and sign == '-' and num2 == 213: print('918-213 = 705') if num1 == 918 and sign == '-' and num2 == 214: print('918-214 = 704') if num1 == 918 and sign == '-' and num2 == 215: print('918-215 = 703') if num1 == 918 and sign == '-' and num2 == 216: print('918-216 = 702') if num1 == 918 and sign == '-' and num2 == 217: print('918-217 = 701') if num1 == 918 and sign == '-' and num2 == 218: print('918-218 = 700') if num1 == 918 and sign == '-' and num2 == 219: print('918-219 = 699') if num1 == 918 and sign == '-' and num2 == 220: print('918-220 = 698') if num1 == 918 and sign == '-' and num2 == 221: print('918-221 = 697') if num1 == 918 and sign == '-' and num2 == 222: print('918-222 = 696') if num1 == 918 and sign == '-' and num2 == 223: print('918-223 = 695') if num1 == 918 and sign == '-' and num2 == 224: print('918-224 = 694') if num1 == 918 and sign == '-' and num2 == 225: print('918-225 = 693') if num1 == 918 and sign == '-' and num2 == 226: print('918-226 = 692') if num1 == 918 and sign == '-' and num2 == 227: print('918-227 = 691') if num1 == 918 and sign == '-' and num2 == 228: print('918-228 = 690') if num1 == 918 and sign == '-' and num2 == 229: print('918-229 = 689') if num1 == 918 and sign == '-' and num2 == 230: print('918-230 = 688') if num1 == 918 and sign == '-' and num2 == 231: print('918-231 = 687') if num1 == 918 and sign == '-' and num2 == 232: print('918-232 = 686') if num1 == 918 and sign == '-' and num2 == 233: print('918-233 = 685') if num1 == 918 and sign == '-' and num2 == 234: print('918-234 = 684') if num1 == 918 and sign == '-' and num2 == 235: print('918-235 = 683') if num1 == 918 and sign == '-' and num2 == 236: print('918-236 = 682') if num1 == 918 and sign == '-' and num2 == 237: print('918-237 = 681') if num1 == 918 and sign == '-' and num2 == 238: print('918-238 = 680') if num1 == 918 and sign == '-' and num2 == 239: print('918-239 = 679') if num1 == 918 and sign == '-' and num2 == 240: print('918-240 = 678') if num1 == 918 and sign == '-' and num2 == 241: print('918-241 = 677') if num1 == 918 and sign == '-' and num2 == 242: print('918-242 = 676') if num1 == 918 and sign == '-' and num2 == 243: print('918-243 = 675') if num1 == 918 and sign == '-' and num2 == 244: print('918-244 = 674') if num1 == 918 and sign == '-' and num2 == 245: print('918-245 = 673') if num1 == 918 and sign == '-' and num2 == 246: print('918-246 = 672') if num1 == 918 and sign == '-' and num2 == 247: print('918-247 = 671') if num1 == 918 and sign == '-' and num2 == 248: print('918-248 = 670') if num1 == 918 and sign == '-' and num2 == 249: print('918-249 = 669') if num1 == 919 and sign == '-' and num2 == 200: print('919-200 = 719') if num1 == 919 and sign == '-' and num2 == 201: print('919-201 = 718') if num1 == 919 and sign == '-' and num2 == 202: print('919-202 = 717') if num1 == 919 and sign == '-' and num2 == 203: print('919-203 = 716') if num1 == 919 and sign == '-' and num2 == 204: print('919-204 = 715') if num1 == 919 and sign == '-' and num2 == 205: print('919-205 = 714') if num1 == 919 and sign == '-' and num2 == 206: print('919-206 = 713') if num1 == 919 and sign == '-' and num2 == 207: print('919-207 = 712') if num1 == 919 and sign == '-' and num2 == 208: print('919-208 = 711') if num1 == 919 and sign == '-' and num2 == 209: print('919-209 = 710') if num1 == 919 and sign == '-' and num2 == 210: print('919-210 = 709') if num1 == 919 and sign == '-' and num2 == 211: print('919-211 = 708') if num1 == 919 and sign == '-' and num2 == 212: print('919-212 = 707') if num1 == 919 and sign == '-' and num2 == 213: print('919-213 = 706') if num1 == 919 and sign == '-' and num2 == 214: print('919-214 = 705') if num1 == 919 and sign == '-' and num2 == 215: print('919-215 = 704') if num1 == 919 and sign == '-' and num2 == 216: print('919-216 = 703') if num1 == 919 and sign == '-' and num2 == 217: print('919-217 = 702') if num1 == 919 and sign == '-' and num2 == 218: print('919-218 = 701') if num1 == 919 and sign == '-' and num2 == 219: print('919-219 = 700') if num1 == 919 and sign == '-' and num2 == 220: print('919-220 = 699') if num1 == 919 and sign == '-' and num2 == 221: print('919-221 = 698') if num1 == 919 and sign == '-' and num2 == 222: print('919-222 = 697') if num1 == 919 and sign == '-' and num2 == 223: print('919-223 = 696') if num1 == 919 and sign == '-' and num2 == 224: print('919-224 = 695') if num1 == 919 and sign == '-' and num2 == 225: print('919-225 = 694') if num1 == 919 and sign == '-' and num2 == 226: print('919-226 = 693') if num1 == 919 and sign == '-' and num2 == 227: print('919-227 = 692') if num1 == 919 and sign == '-' and num2 == 228: print('919-228 = 691') if num1 == 919 and sign == '-' and num2 == 229: print('919-229 = 690') if num1 == 919 and sign == '-' and num2 == 230: print('919-230 = 689') if num1 == 919 and sign == '-' and num2 == 231: print('919-231 = 688') if num1 == 919 and sign == '-' and num2 == 232: print('919-232 = 687') if num1 == 919 and sign == '-' and num2 == 233: print('919-233 = 686') if num1 == 919 and sign == '-' and num2 == 234: print('919-234 = 685') if num1 == 919 and sign == '-' and num2 == 235: print('919-235 = 684') if num1 == 919 and sign == '-' and num2 == 236: print('919-236 = 683') if num1 == 919 and sign == '-' and num2 == 237: print('919-237 = 682') if num1 == 919 and sign == '-' and num2 == 238: print('919-238 = 681') if num1 == 919 and sign == '-' and num2 == 239: print('919-239 = 680') if num1 == 919 and sign == '-' and num2 == 240: print('919-240 = 679') if num1 == 919 and sign == '-' and num2 == 241: print('919-241 = 678') if num1 == 919 and sign == '-' and num2 == 242: print('919-242 = 677') if num1 == 919 and sign == '-' and num2 == 243: print('919-243 = 676') if num1 == 919 and sign == '-' and num2 == 244: print('919-244 = 675') if num1 == 919 and sign == '-' and num2 == 245: print('919-245 = 674') if num1 == 919 and sign == '-' and num2 == 246: print('919-246 = 673') if num1 == 919 and sign == '-' and num2 == 247: print('919-247 = 672') if num1 == 919 and sign == '-' and num2 == 248: print('919-248 = 671') if num1 == 919 and sign == '-' and num2 == 249: print('919-249 = 670') if num1 == 920 and sign == '-' and num2 == 200: print('920-200 = 720') if num1 == 920 and sign == '-' and num2 == 201: print('920-201 = 719') if num1 == 920 and sign == '-' and num2 == 202: print('920-202 = 718') if num1 == 920 and sign == '-' and num2 == 203: print('920-203 = 717') if num1 == 920 and sign == '-' and num2 == 204: print('920-204 = 716') if num1 == 920 and sign == '-' and num2 == 205: print('920-205 = 715') if num1 == 920 and sign == '-' and num2 == 206: print('920-206 = 714') if num1 == 920 and sign == '-' and num2 == 207: print('920-207 = 713') if num1 == 920 and sign == '-' and num2 == 208: print('920-208 = 712') if num1 == 920 and sign == '-' and num2 == 209: print('920-209 = 711') if num1 == 920 and sign == '-' and num2 == 210: print('920-210 = 710') if num1 == 920 and sign == '-' and num2 == 211: print('920-211 = 709') if num1 == 920 and sign == '-' and num2 == 212: print('920-212 = 708') if num1 == 920 and sign == '-' and num2 == 213: print('920-213 = 707') if num1 == 920 and sign == '-' and num2 == 214: print('920-214 = 706') if num1 == 920 and sign == '-' and num2 == 215: print('920-215 = 705') if num1 == 920 and sign == '-' and num2 == 216: print('920-216 = 704') if num1 == 920 and sign == '-' and num2 == 217: print('920-217 = 703') if num1 == 920 and sign == '-' and num2 == 218: print('920-218 = 702') if num1 == 920 and sign == '-' and num2 == 219: print('920-219 = 701') if num1 == 920 and sign == '-' and num2 == 220: print('920-220 = 700') if num1 == 920 and sign == '-' and num2 == 221: print('920-221 = 699') if num1 == 920 and sign == '-' and num2 == 222: print('920-222 = 698') if num1 == 920 and sign == '-' and num2 == 223: print('920-223 = 697') if num1 == 920 and sign == '-' and num2 == 224: print('920-224 = 696') if num1 == 920 and sign == '-' and num2 == 225: print('920-225 = 695') if num1 == 920 and sign == '-' and num2 == 226: print('920-226 = 694') if num1 == 920 and sign == '-' and num2 == 227: print('920-227 = 693') if num1 == 920 and sign == '-' and num2 == 228: print('920-228 = 692') if num1 == 920 and sign == '-' and num2 == 229: print('920-229 = 691') if num1 == 920 and sign == '-' and num2 == 230: print('920-230 = 690') if num1 == 920 and sign == '-' and num2 == 231: print('920-231 = 689') if num1 == 920 and sign == '-' and num2 == 232: print('920-232 = 688') if num1 == 920 and sign == '-' and num2 == 233: print('920-233 = 687') if num1 == 920 and sign == '-' and num2 == 234: print('920-234 = 686') if num1 == 920 and sign == '-' and num2 == 235: print('920-235 = 685') if num1 == 920 and sign == '-' and num2 == 236: print('920-236 = 684') if num1 == 920 and sign == '-' and num2 == 237: print('920-237 = 683') if num1 == 920 and sign == '-' and num2 == 238: print('920-238 = 682') if num1 == 920 and sign == '-' and num2 == 239: print('920-239 = 681') if num1 == 920 and sign == '-' and num2 == 240: print('920-240 = 680') if num1 == 920 and sign == '-' and num2 == 241: print('920-241 = 679') if num1 == 920 and sign == '-' and num2 == 242: print('920-242 = 678') if num1 == 920 and sign == '-' and num2 == 243: print('920-243 = 677') if num1 == 920 and sign == '-' and num2 == 244: print('920-244 = 676') if num1 == 920 and sign == '-' and num2 == 245: print('920-245 = 675') if num1 == 920 and sign == '-' and num2 == 246: print('920-246 = 674') if num1 == 920 and sign == '-' and num2 == 247: print('920-247 = 673') if num1 == 920 and sign == '-' and num2 == 248: print('920-248 = 672') if num1 == 920 and sign == '-' and num2 == 249: print('920-249 = 671') if num1 == 921 and sign == '-' and num2 == 200: print('921-200 = 721') if num1 == 921 and sign == '-' and num2 == 201: print('921-201 = 720') if num1 == 921 and sign == '-' and num2 == 202: print('921-202 = 719') if num1 == 921 and sign == '-' and num2 == 203: print('921-203 = 718') if num1 == 921 and sign == '-' and num2 == 204: print('921-204 = 717') if num1 == 921 and sign == '-' and num2 == 205: print('921-205 = 716') if num1 == 921 and sign == '-' and num2 == 206: print('921-206 = 715') if num1 == 921 and sign == '-' and num2 == 207: print('921-207 = 714') if num1 == 921 and sign == '-' and num2 == 208: print('921-208 = 713') if num1 == 921 and sign == '-' and num2 == 209: print('921-209 = 712') if num1 == 921 and sign == '-' and num2 == 210: print('921-210 = 711') if num1 == 921 and sign == '-' and num2 == 211: print('921-211 = 710') if num1 == 921 and sign == '-' and num2 == 212: print('921-212 = 709') if num1 == 921 and sign == '-' and num2 == 213: print('921-213 = 708') if num1 == 921 and sign == '-' and num2 == 214: print('921-214 = 707') if num1 == 921 and sign == '-' and num2 == 215: print('921-215 = 706') if num1 == 921 and sign == '-' and num2 == 216: print('921-216 = 705') if num1 == 921 and sign == '-' and num2 == 217: print('921-217 = 704') if num1 == 921 and sign == '-' and num2 == 218: print('921-218 = 703') if num1 == 921 and sign == '-' and num2 == 219: print('921-219 = 702') if num1 == 921 and sign == '-' and num2 == 220: print('921-220 = 701') if num1 == 921 and sign == '-' and num2 == 221: print('921-221 = 700') if num1 == 921 and sign == '-' and num2 == 222: print('921-222 = 699') if num1 == 921 and sign == '-' and num2 == 223: print('921-223 = 698') if num1 == 921 and sign == '-' and num2 == 224: print('921-224 = 697') if num1 == 921 and sign == '-' and num2 == 225: print('921-225 = 696') if num1 == 921 and sign == '-' and num2 == 226: print('921-226 = 695') if num1 == 921 and sign == '-' and num2 == 227: print('921-227 = 694') if num1 == 921 and sign == '-' and num2 == 228: print('921-228 = 693') if num1 == 921 and sign == '-' and num2 == 229: print('921-229 = 692') if num1 == 921 and sign == '-' and num2 == 230: print('921-230 = 691') if num1 == 921 and sign == '-' and num2 == 231: print('921-231 = 690') if num1 == 921 and sign == '-' and num2 == 232: print('921-232 = 689') if num1 == 921 and sign == '-' and num2 == 233: print('921-233 = 688') if num1 == 921 and sign == '-' and num2 == 234: print('921-234 = 687') if num1 == 921 and sign == '-' and num2 == 235: print('921-235 = 686') if num1 == 921 and sign == '-' and num2 == 236: print('921-236 = 685') if num1 == 921 and sign == '-' and num2 == 237: print('921-237 = 684') if num1 == 921 and sign == '-' and num2 == 238: print('921-238 = 683') if num1 == 921 and sign == '-' and num2 == 239: print('921-239 = 682') if num1 == 921 and sign == '-' and num2 == 240: print('921-240 = 681') if num1 == 921 and sign == '-' and num2 == 241: print('921-241 = 680') if num1 == 921 and sign == '-' and num2 == 242: print('921-242 = 679') if num1 == 921 and sign == '-' and num2 == 243: print('921-243 = 678') if num1 == 921 and sign == '-' and num2 == 244: print('921-244 = 677') if num1 == 921 and sign == '-' and num2 == 245: print('921-245 = 676') if num1 == 921 and sign == '-' and num2 == 246: print('921-246 = 675') if num1 == 921 and sign == '-' and num2 == 247: print('921-247 = 674') if num1 == 921 and sign == '-' and num2 == 248: print('921-248 = 673') if num1 == 921 and sign == '-' and num2 == 249: print('921-249 = 672') if num1 == 922 and sign == '-' and num2 == 200: print('922-200 = 722') if num1 == 922 and sign == '-' and num2 == 201: print('922-201 = 721') if num1 == 922 and sign == '-' and num2 == 202: print('922-202 = 720') if num1 == 922 and sign == '-' and num2 == 203: print('922-203 = 719') if num1 == 922 and sign == '-' and num2 == 204: print('922-204 = 718') if num1 == 922 and sign == '-' and num2 == 205: print('922-205 = 717') if num1 == 922 and sign == '-' and num2 == 206: print('922-206 = 716') if num1 == 922 and sign == '-' and num2 == 207: print('922-207 = 715') if num1 == 922 and sign == '-' and num2 == 208: print('922-208 = 714') if num1 == 922 and sign == '-' and num2 == 209: print('922-209 = 713') if num1 == 922 and sign == '-' and num2 == 210: print('922-210 = 712') if num1 == 922 and sign == '-' and num2 == 211: print('922-211 = 711') if num1 == 922 and sign == '-' and num2 == 212: print('922-212 = 710') if num1 == 922 and sign == '-' and num2 == 213: print('922-213 = 709') if num1 == 922 and sign == '-' and num2 == 214: print('922-214 = 708') if num1 == 922 and sign == '-' and num2 == 215: print('922-215 = 707') if num1 == 922 and sign == '-' and num2 == 216: print('922-216 = 706') if num1 == 922 and sign == '-' and num2 == 217: print('922-217 = 705') if num1 == 922 and sign == '-' and num2 == 218: print('922-218 = 704') if num1 == 922 and sign == '-' and num2 == 219: print('922-219 = 703') if num1 == 922 and sign == '-' and num2 == 220: print('922-220 = 702') if num1 == 922 and sign == '-' and num2 == 221: print('922-221 = 701') if num1 == 922 and sign == '-' and num2 == 222: print('922-222 = 700') if num1 == 922 and sign == '-' and num2 == 223: print('922-223 = 699') if num1 == 922 and sign == '-' and num2 == 224: print('922-224 = 698') if num1 == 922 and sign == '-' and num2 == 225: print('922-225 = 697') if num1 == 922 and sign == '-' and num2 == 226: print('922-226 = 696') if num1 == 922 and sign == '-' and num2 == 227: print('922-227 = 695') if num1 == 922 and sign == '-' and num2 == 228: print('922-228 = 694') if num1 == 922 and sign == '-' and num2 == 229: print('922-229 = 693') if num1 == 922 and sign == '-' and num2 == 230: print('922-230 = 692') if num1 == 922 and sign == '-' and num2 == 231: print('922-231 = 691') if num1 == 922 and sign == '-' and num2 == 232: print('922-232 = 690') if num1 == 922 and sign == '-' and num2 == 233: print('922-233 = 689') if num1 == 922 and sign == '-' and num2 == 234: print('922-234 = 688') if num1 == 922 and sign == '-' and num2 == 235: print('922-235 = 687') if num1 == 922 and sign == '-' and num2 == 236: print('922-236 = 686') if num1 == 922 and sign == '-' and num2 == 237: print('922-237 = 685') if num1 == 922 and sign == '-' and num2 == 238: print('922-238 = 684') if num1 == 922 and sign == '-' and num2 == 239: print('922-239 = 683') if num1 == 922 and sign == '-' and num2 == 240: print('922-240 = 682') if num1 == 922 and sign == '-' and num2 == 241: print('922-241 = 681') if num1 == 922 and sign == '-' and num2 == 242: print('922-242 = 680') if num1 == 922 and sign == '-' and num2 == 243: print('922-243 = 679') if num1 == 922 and sign == '-' and num2 == 244: print('922-244 = 678') if num1 == 922 and sign == '-' and num2 == 245: print('922-245 = 677') if num1 == 922 and sign == '-' and num2 == 246: print('922-246 = 676') if num1 == 922 and sign == '-' and num2 == 247: print('922-247 = 675') if num1 == 922 and sign == '-' and num2 == 248: print('922-248 = 674') if num1 == 922 and sign == '-' and num2 == 249: print('922-249 = 673') if num1 == 923 and sign == '-' and num2 == 200: print('923-200 = 723') if num1 == 923 and sign == '-' and num2 == 201: print('923-201 = 722') if num1 == 923 and sign == '-' and num2 == 202: print('923-202 = 721') if num1 == 923 and sign == '-' and num2 == 203: print('923-203 = 720') if num1 == 923 and sign == '-' and num2 == 204: print('923-204 = 719') if num1 == 923 and sign == '-' and num2 == 205: print('923-205 = 718') if num1 == 923 and sign == '-' and num2 == 206: print('923-206 = 717') if num1 == 923 and sign == '-' and num2 == 207: print('923-207 = 716') if num1 == 923 and sign == '-' and num2 == 208: print('923-208 = 715') if num1 == 923 and sign == '-' and num2 == 209: print('923-209 = 714') if num1 == 923 and sign == '-' and num2 == 210: print('923-210 = 713') if num1 == 923 and sign == '-' and num2 == 211: print('923-211 = 712') if num1 == 923 and sign == '-' and num2 == 212: print('923-212 = 711') if num1 == 923 and sign == '-' and num2 == 213: print('923-213 = 710') if num1 == 923 and sign == '-' and num2 == 214: print('923-214 = 709') if num1 == 923 and sign == '-' and num2 == 215: print('923-215 = 708') if num1 == 923 and sign == '-' and num2 == 216: print('923-216 = 707') if num1 == 923 and sign == '-' and num2 == 217: print('923-217 = 706') if num1 == 923 and sign == '-' and num2 == 218: print('923-218 = 705') if num1 == 923 and sign == '-' and num2 == 219: print('923-219 = 704') if num1 == 923 and sign == '-' and num2 == 220: print('923-220 = 703') if num1 == 923 and sign == '-' and num2 == 221: print('923-221 = 702') if num1 == 923 and sign == '-' and num2 == 222: print('923-222 = 701') if num1 == 923 and sign == '-' and num2 == 223: print('923-223 = 700') if num1 == 923 and sign == '-' and num2 == 224: print('923-224 = 699') if num1 == 923 and sign == '-' and num2 == 225: print('923-225 = 698') if num1 == 923 and sign == '-' and num2 == 226: print('923-226 = 697') if num1 == 923 and sign == '-' and num2 == 227: print('923-227 = 696') if num1 == 923 and sign == '-' and num2 == 228: print('923-228 = 695') if num1 == 923 and sign == '-' and num2 == 229: print('923-229 = 694') if num1 == 923 and sign == '-' and num2 == 230: print('923-230 = 693') if num1 == 923 and sign == '-' and num2 == 231: print('923-231 = 692') if num1 == 923 and sign == '-' and num2 == 232: print('923-232 = 691') if num1 == 923 and sign == '-' and num2 == 233: print('923-233 = 690') if num1 == 923 and sign == '-' and num2 == 234: print('923-234 = 689') if num1 == 923 and sign == '-' and num2 == 235: print('923-235 = 688') if num1 == 923 and sign == '-' and num2 == 236: print('923-236 = 687') if num1 == 923 and sign == '-' and num2 == 237: print('923-237 = 686') if num1 == 923 and sign == '-' and num2 == 238: print('923-238 = 685') if num1 == 923 and sign == '-' and num2 == 239: print('923-239 = 684') if num1 == 923 and sign == '-' and num2 == 240: print('923-240 = 683') if num1 == 923 and sign == '-' and num2 == 241: print('923-241 = 682') if num1 == 923 and sign == '-' and num2 == 242: print('923-242 = 681') if num1 == 923 and sign == '-' and num2 == 243: print('923-243 = 680') if num1 == 923 and sign == '-' and num2 == 244: print('923-244 = 679') if num1 == 923 and sign == '-' and num2 == 245: print('923-245 = 678') if num1 == 923 and sign == '-' and num2 == 246: print('923-246 = 677') if num1 == 923 and sign == '-' and num2 == 247: print('923-247 = 676') if num1 == 923 and sign == '-' and num2 == 248: print('923-248 = 675') if num1 == 923 and sign == '-' and num2 == 249: print('923-249 = 674') if num1 == 924 and sign == '-' and num2 == 200: print('924-200 = 724') if num1 == 924 and sign == '-' and num2 == 201: print('924-201 = 723') if num1 == 924 and sign == '-' and num2 == 202: print('924-202 = 722') if num1 == 924 and sign == '-' and num2 == 203: print('924-203 = 721') if num1 == 924 and sign == '-' and num2 == 204: print('924-204 = 720') if num1 == 924 and sign == '-' and num2 == 205: print('924-205 = 719') if num1 == 924 and sign == '-' and num2 == 206: print('924-206 = 718') if num1 == 924 and sign == '-' and num2 == 207: print('924-207 = 717') if num1 == 924 and sign == '-' and num2 == 208: print('924-208 = 716') if num1 == 924 and sign == '-' and num2 == 209: print('924-209 = 715') if num1 == 924 and sign == '-' and num2 == 210: print('924-210 = 714') if num1 == 924 and sign == '-' and num2 == 211: print('924-211 = 713') if num1 == 924 and sign == '-' and num2 == 212: print('924-212 = 712') if num1 == 924 and sign == '-' and num2 == 213: print('924-213 = 711') if num1 == 924 and sign == '-' and num2 == 214: print('924-214 = 710') if num1 == 924 and sign == '-' and num2 == 215: print('924-215 = 709') if num1 == 924 and sign == '-' and num2 == 216: print('924-216 = 708') if num1 == 924 and sign == '-' and num2 == 217: print('924-217 = 707') if num1 == 924 and sign == '-' and num2 == 218: print('924-218 = 706') if num1 == 924 and sign == '-' and num2 == 219: print('924-219 = 705') if num1 == 924 and sign == '-' and num2 == 220: print('924-220 = 704') if num1 == 924 and sign == '-' and num2 == 221: print('924-221 = 703') if num1 == 924 and sign == '-' and num2 == 222: print('924-222 = 702') if num1 == 924 and sign == '-' and num2 == 223: print('924-223 = 701') if num1 == 924 and sign == '-' and num2 == 224: print('924-224 = 700') if num1 == 924 and sign == '-' and num2 == 225: print('924-225 = 699') if num1 == 924 and sign == '-' and num2 == 226: print('924-226 = 698') if num1 == 924 and sign == '-' and num2 == 227: print('924-227 = 697') if num1 == 924 and sign == '-' and num2 == 228: print('924-228 = 696') if num1 == 924 and sign == '-' and num2 == 229: print('924-229 = 695') if num1 == 924 and sign == '-' and num2 == 230: print('924-230 = 694') if num1 == 924 and sign == '-' and num2 == 231: print('924-231 = 693') if num1 == 924 and sign == '-' and num2 == 232: print('924-232 = 692') if num1 == 924 and sign == '-' and num2 == 233: print('924-233 = 691') if num1 == 924 and sign == '-' and num2 == 234: print('924-234 = 690') if num1 == 924 and sign == '-' and num2 == 235: print('924-235 = 689') if num1 == 924 and sign == '-' and num2 == 236: print('924-236 = 688') if num1 == 924 and sign == '-' and num2 == 237: print('924-237 = 687') if num1 == 924 and sign == '-' and num2 == 238: print('924-238 = 686') if num1 == 924 and sign == '-' and num2 == 239: print('924-239 = 685') if num1 == 924 and sign == '-' and num2 == 240: print('924-240 = 684') if num1 == 924 and sign == '-' and num2 == 241: print('924-241 = 683') if num1 == 924 and sign == '-' and num2 == 242: print('924-242 = 682') if num1 == 924 and sign == '-' and num2 == 243: print('924-243 = 681') if num1 == 924 and sign == '-' and num2 == 244: print('924-244 = 680') if num1 == 924 and sign == '-' and num2 == 245: print('924-245 = 679') if num1 == 924 and sign == '-' and num2 == 246: print('924-246 = 678') if num1 == 924 and sign == '-' and num2 == 247: print('924-247 = 677') if num1 == 924 and sign == '-' and num2 == 248: print('924-248 = 676') if num1 == 924 and sign == '-' and num2 == 249: print('924-249 = 675') if num1 == 925 and sign == '-' and num2 == 200: print('925-200 = 725') if num1 == 925 and sign == '-' and num2 == 201: print('925-201 = 724') if num1 == 925 and sign == '-' and num2 == 202: print('925-202 = 723') if num1 == 925 and sign == '-' and num2 == 203: print('925-203 = 722') if num1 == 925 and sign == '-' and num2 == 204: print('925-204 = 721') if num1 == 925 and sign == '-' and num2 == 205: print('925-205 = 720') if num1 == 925 and sign == '-' and num2 == 206: print('925-206 = 719') if num1 == 925 and sign == '-' and num2 == 207: print('925-207 = 718') if num1 == 925 and sign == '-' and num2 == 208: print('925-208 = 717') if num1 == 925 and sign == '-' and num2 == 209: print('925-209 = 716') if num1 == 925 and sign == '-' and num2 == 210: print('925-210 = 715') if num1 == 925 and sign == '-' and num2 == 211: print('925-211 = 714') if num1 == 925 and sign == '-' and num2 == 212: print('925-212 = 713') if num1 == 925 and sign == '-' and num2 == 213: print('925-213 = 712') if num1 == 925 and sign == '-' and num2 == 214: print('925-214 = 711') if num1 == 925 and sign == '-' and num2 == 215: print('925-215 = 710') if num1 == 925 and sign == '-' and num2 == 216: print('925-216 = 709') if num1 == 925 and sign == '-' and num2 == 217: print('925-217 = 708') if num1 == 925 and sign == '-' and num2 == 218: print('925-218 = 707') if num1 == 925 and sign == '-' and num2 == 219: print('925-219 = 706') if num1 == 925 and sign == '-' and num2 == 220: print('925-220 = 705') if num1 == 925 and sign == '-' and num2 == 221: print('925-221 = 704') if num1 == 925 and sign == '-' and num2 == 222: print('925-222 = 703') if num1 == 925 and sign == '-' and num2 == 223: print('925-223 = 702') if num1 == 925 and sign == '-' and num2 == 224: print('925-224 = 701') if num1 == 925 and sign == '-' and num2 == 225: print('925-225 = 700') if num1 == 925 and sign == '-' and num2 == 226: print('925-226 = 699') if num1 == 925 and sign == '-' and num2 == 227: print('925-227 = 698') if num1 == 925 and sign == '-' and num2 == 228: print('925-228 = 697') if num1 == 925 and sign == '-' and num2 == 229: print('925-229 = 696') if num1 == 925 and sign == '-' and num2 == 230: print('925-230 = 695') if num1 == 925 and sign == '-' and num2 == 231: print('925-231 = 694') if num1 == 925 and sign == '-' and num2 == 232: print('925-232 = 693') if num1 == 925 and sign == '-' and num2 == 233: print('925-233 = 692') if num1 == 925 and sign == '-' and num2 == 234: print('925-234 = 691') if num1 == 925 and sign == '-' and num2 == 235: print('925-235 = 690') if num1 == 925 and sign == '-' and num2 == 236: print('925-236 = 689') if num1 == 925 and sign == '-' and num2 == 237: print('925-237 = 688') if num1 == 925 and sign == '-' and num2 == 238: print('925-238 = 687') if num1 == 925 and sign == '-' and num2 == 239: print('925-239 = 686') if num1 == 925 and sign == '-' and num2 == 240: print('925-240 = 685') if num1 == 925 and sign == '-' and num2 == 241: print('925-241 = 684') if num1 == 925 and sign == '-' and num2 == 242: print('925-242 = 683') if num1 == 925 and sign == '-' and num2 == 243: print('925-243 = 682') if num1 == 925 and sign == '-' and num2 == 244: print('925-244 = 681') if num1 == 925 and sign == '-' and num2 == 245: print('925-245 = 680') if num1 == 925 and sign == '-' and num2 == 246: print('925-246 = 679') if num1 == 925 and sign == '-' and num2 == 247: print('925-247 = 678') if num1 == 925 and sign == '-' and num2 == 248: print('925-248 = 677') if num1 == 925 and sign == '-' and num2 == 249: print('925-249 = 676') if num1 == 926 and sign == '-' and num2 == 200: print('926-200 = 726') if num1 == 926 and sign == '-' and num2 == 201: print('926-201 = 725') if num1 == 926 and sign == '-' and num2 == 202: print('926-202 = 724') if num1 == 926 and sign == '-' and num2 == 203: print('926-203 = 723') if num1 == 926 and sign == '-' and num2 == 204: print('926-204 = 722') if num1 == 926 and sign == '-' and num2 == 205: print('926-205 = 721') if num1 == 926 and sign == '-' and num2 == 206: print('926-206 = 720') if num1 == 926 and sign == '-' and num2 == 207: print('926-207 = 719') if num1 == 926 and sign == '-' and num2 == 208: print('926-208 = 718') if num1 == 926 and sign == '-' and num2 == 209: print('926-209 = 717') if num1 == 926 and sign == '-' and num2 == 210: print('926-210 = 716') if num1 == 926 and sign == '-' and num2 == 211: print('926-211 = 715') if num1 == 926 and sign == '-' and num2 == 212: print('926-212 = 714') if num1 == 926 and sign == '-' and num2 == 213: print('926-213 = 713') if num1 == 926 and sign == '-' and num2 == 214: print('926-214 = 712') if num1 == 926 and sign == '-' and num2 == 215: print('926-215 = 711') if num1 == 926 and sign == '-' and num2 == 216: print('926-216 = 710') if num1 == 926 and sign == '-' and num2 == 217: print('926-217 = 709') if num1 == 926 and sign == '-' and num2 == 218: print('926-218 = 708') if num1 == 926 and sign == '-' and num2 == 219: print('926-219 = 707') if num1 == 926 and sign == '-' and num2 == 220: print('926-220 = 706') if num1 == 926 and sign == '-' and num2 == 221: print('926-221 = 705') if num1 == 926 and sign == '-' and num2 == 222: print('926-222 = 704') if num1 == 926 and sign == '-' and num2 == 223: print('926-223 = 703') if num1 == 926 and sign == '-' and num2 == 224: print('926-224 = 702') if num1 == 926 and sign == '-' and num2 == 225: print('926-225 = 701') if num1 == 926 and sign == '-' and num2 == 226: print('926-226 = 700') if num1 == 926 and sign == '-' and num2 == 227: print('926-227 = 699') if num1 == 926 and sign == '-' and num2 == 228: print('926-228 = 698') if num1 == 926 and sign == '-' and num2 == 229: print('926-229 = 697') if num1 == 926 and sign == '-' and num2 == 230: print('926-230 = 696') if num1 == 926 and sign == '-' and num2 == 231: print('926-231 = 695') if num1 == 926 and sign == '-' and num2 == 232: print('926-232 = 694') if num1 == 926 and sign == '-' and num2 == 233: print('926-233 = 693') if num1 == 926 and sign == '-' and num2 == 234: print('926-234 = 692') if num1 == 926 and sign == '-' and num2 == 235: print('926-235 = 691') if num1 == 926 and sign == '-' and num2 == 236: print('926-236 = 690') if num1 == 926 and sign == '-' and num2 == 237: print('926-237 = 689') if num1 == 926 and sign == '-' and num2 == 238: print('926-238 = 688') if num1 == 926 and sign == '-' and num2 == 239: print('926-239 = 687') if num1 == 926 and sign == '-' and num2 == 240: print('926-240 = 686') if num1 == 926 and sign == '-' and num2 == 241: print('926-241 = 685') if num1 == 926 and sign == '-' and num2 == 242: print('926-242 = 684') if num1 == 926 and sign == '-' and num2 == 243: print('926-243 = 683') if num1 == 926 and sign == '-' and num2 == 244: print('926-244 = 682') if num1 == 926 and sign == '-' and num2 == 245: print('926-245 = 681') if num1 == 926 and sign == '-' and num2 == 246: print('926-246 = 680') if num1 == 926 and sign == '-' and num2 == 247: print('926-247 = 679') if num1 == 926 and sign == '-' and num2 == 248: print('926-248 = 678') if num1 == 926 and sign == '-' and num2 == 249: print('926-249 = 677') if num1 == 927 and sign == '-' and num2 == 200: print('927-200 = 727') if num1 == 927 and sign == '-' and num2 == 201: print('927-201 = 726') if num1 == 927 and sign == '-' and num2 == 202: print('927-202 = 725') if num1 == 927 and sign == '-' and num2 == 203: print('927-203 = 724') if num1 == 927 and sign == '-' and num2 == 204: print('927-204 = 723') if num1 == 927 and sign == '-' and num2 == 205: print('927-205 = 722') if num1 == 927 and sign == '-' and num2 == 206: print('927-206 = 721') if num1 == 927 and sign == '-' and num2 == 207: print('927-207 = 720') if num1 == 927 and sign == '-' and num2 == 208: print('927-208 = 719') if num1 == 927 and sign == '-' and num2 == 209: print('927-209 = 718') if num1 == 927 and sign == '-' and num2 == 210: print('927-210 = 717') if num1 == 927 and sign == '-' and num2 == 211: print('927-211 = 716') if num1 == 927 and sign == '-' and num2 == 212: print('927-212 = 715') if num1 == 927 and sign == '-' and num2 == 213: print('927-213 = 714') if num1 == 927 and sign == '-' and num2 == 214: print('927-214 = 713') if num1 == 927 and sign == '-' and num2 == 215: print('927-215 = 712') if num1 == 927 and sign == '-' and num2 == 216: print('927-216 = 711') if num1 == 927 and sign == '-' and num2 == 217: print('927-217 = 710') if num1 == 927 and sign == '-' and num2 == 218: print('927-218 = 709') if num1 == 927 and sign == '-' and num2 == 219: print('927-219 = 708') if num1 == 927 and sign == '-' and num2 == 220: print('927-220 = 707') if num1 == 927 and sign == '-' and num2 == 221: print('927-221 = 706') if num1 == 927 and sign == '-' and num2 == 222: print('927-222 = 705') if num1 == 927 and sign == '-' and num2 == 223: print('927-223 = 704') if num1 == 927 and sign == '-' and num2 == 224: print('927-224 = 703') if num1 == 927 and sign == '-' and num2 == 225: print('927-225 = 702') if num1 == 927 and sign == '-' and num2 == 226: print('927-226 = 701') if num1 == 927 and sign == '-' and num2 == 227: print('927-227 = 700') if num1 == 927 and sign == '-' and num2 == 228: print('927-228 = 699') if num1 == 927 and sign == '-' and num2 == 229: print('927-229 = 698') if num1 == 927 and sign == '-' and num2 == 230: print('927-230 = 697') if num1 == 927 and sign == '-' and num2 == 231: print('927-231 = 696') if num1 == 927 and sign == '-' and num2 == 232: print('927-232 = 695') if num1 == 927 and sign == '-' and num2 == 233: print('927-233 = 694') if num1 == 927 and sign == '-' and num2 == 234: print('927-234 = 693') if num1 == 927 and sign == '-' and num2 == 235: print('927-235 = 692') if num1 == 927 and sign == '-' and num2 == 236: print('927-236 = 691') if num1 == 927 and sign == '-' and num2 == 237: print('927-237 = 690') if num1 == 927 and sign == '-' and num2 == 238: print('927-238 = 689') if num1 == 927 and sign == '-' and num2 == 239: print('927-239 = 688') if num1 == 927 and sign == '-' and num2 == 240: print('927-240 = 687') if num1 == 927 and sign == '-' and num2 == 241: print('927-241 = 686') if num1 == 927 and sign == '-' and num2 == 242: print('927-242 = 685') if num1 == 927 and sign == '-' and num2 == 243: print('927-243 = 684') if num1 == 927 and sign == '-' and num2 == 244: print('927-244 = 683') if num1 == 927 and sign == '-' and num2 == 245: print('927-245 = 682') if num1 == 927 and sign == '-' and num2 == 246: print('927-246 = 681') if num1 == 927 and sign == '-' and num2 == 247: print('927-247 = 680') if num1 == 927 and sign == '-' and num2 == 248: print('927-248 = 679') if num1 == 927 and sign == '-' and num2 == 249: print('927-249 = 678') if num1 == 928 and sign == '-' and num2 == 200: print('928-200 = 728') if num1 == 928 and sign == '-' and num2 == 201: print('928-201 = 727') if num1 == 928 and sign == '-' and num2 == 202: print('928-202 = 726') if num1 == 928 and sign == '-' and num2 == 203: print('928-203 = 725') if num1 == 928 and sign == '-' and num2 == 204: print('928-204 = 724') if num1 == 928 and sign == '-' and num2 == 205: print('928-205 = 723') if num1 == 928 and sign == '-' and num2 == 206: print('928-206 = 722') if num1 == 928 and sign == '-' and num2 == 207: print('928-207 = 721') if num1 == 928 and sign == '-' and num2 == 208: print('928-208 = 720') if num1 == 928 and sign == '-' and num2 == 209: print('928-209 = 719') if num1 == 928 and sign == '-' and num2 == 210: print('928-210 = 718') if num1 == 928 and sign == '-' and num2 == 211: print('928-211 = 717') if num1 == 928 and sign == '-' and num2 == 212: print('928-212 = 716') if num1 == 928 and sign == '-' and num2 == 213: print('928-213 = 715') if num1 == 928 and sign == '-' and num2 == 214: print('928-214 = 714') if num1 == 928 and sign == '-' and num2 == 215: print('928-215 = 713') if num1 == 928 and sign == '-' and num2 == 216: print('928-216 = 712') if num1 == 928 and sign == '-' and num2 == 217: print('928-217 = 711') if num1 == 928 and sign == '-' and num2 == 218: print('928-218 = 710') if num1 == 928 and sign == '-' and num2 == 219: print('928-219 = 709') if num1 == 928 and sign == '-' and num2 == 220: print('928-220 = 708') if num1 == 928 and sign == '-' and num2 == 221: print('928-221 = 707') if num1 == 928 and sign == '-' and num2 == 222: print('928-222 = 706') if num1 == 928 and sign == '-' and num2 == 223: print('928-223 = 705') if num1 == 928 and sign == '-' and num2 == 224: print('928-224 = 704') if num1 == 928 and sign == '-' and num2 == 225: print('928-225 = 703') if num1 == 928 and sign == '-' and num2 == 226: print('928-226 = 702') if num1 == 928 and sign == '-' and num2 == 227: print('928-227 = 701') if num1 == 928 and sign == '-' and num2 == 228: print('928-228 = 700') if num1 == 928 and sign == '-' and num2 == 229: print('928-229 = 699') if num1 == 928 and sign == '-' and num2 == 230: print('928-230 = 698') if num1 == 928 and sign == '-' and num2 == 231: print('928-231 = 697') if num1 == 928 and sign == '-' and num2 == 232: print('928-232 = 696') if num1 == 928 and sign == '-' and num2 == 233: print('928-233 = 695') if num1 == 928 and sign == '-' and num2 == 234: print('928-234 = 694') if num1 == 928 and sign == '-' and num2 == 235: print('928-235 = 693') if num1 == 928 and sign == '-' and num2 == 236: print('928-236 = 692') if num1 == 928 and sign == '-' and num2 == 237: print('928-237 = 691') if num1 == 928 and sign == '-' and num2 == 238: print('928-238 = 690') if num1 == 928 and sign == '-' and num2 == 239: print('928-239 = 689') if num1 == 928 and sign == '-' and num2 == 240: print('928-240 = 688') if num1 == 928 and sign == '-' and num2 == 241: print('928-241 = 687') if num1 == 928 and sign == '-' and num2 == 242: print('928-242 = 686') if num1 == 928 and sign == '-' and num2 == 243: print('928-243 = 685') if num1 == 928 and sign == '-' and num2 == 244: print('928-244 = 684') if num1 == 928 and sign == '-' and num2 == 245: print('928-245 = 683') if num1 == 928 and sign == '-' and num2 == 246: print('928-246 = 682') if num1 == 928 and sign == '-' and num2 == 247: print('928-247 = 681') if num1 == 928 and sign == '-' and num2 == 248: print('928-248 = 680') if num1 == 928 and sign == '-' and num2 == 249: print('928-249 = 679') if num1 == 929 and sign == '-' and num2 == 200: print('929-200 = 729') if num1 == 929 and sign == '-' and num2 == 201: print('929-201 = 728') if num1 == 929 and sign == '-' and num2 == 202: print('929-202 = 727') if num1 == 929 and sign == '-' and num2 == 203: print('929-203 = 726') if num1 == 929 and sign == '-' and num2 == 204: print('929-204 = 725') if num1 == 929 and sign == '-' and num2 == 205: print('929-205 = 724') if num1 == 929 and sign == '-' and num2 == 206: print('929-206 = 723') if num1 == 929 and sign == '-' and num2 == 207: print('929-207 = 722') if num1 == 929 and sign == '-' and num2 == 208: print('929-208 = 721') if num1 == 929 and sign == '-' and num2 == 209: print('929-209 = 720') if num1 == 929 and sign == '-' and num2 == 210: print('929-210 = 719') if num1 == 929 and sign == '-' and num2 == 211: print('929-211 = 718') if num1 == 929 and sign == '-' and num2 == 212: print('929-212 = 717') if num1 == 929 and sign == '-' and num2 == 213: print('929-213 = 716') if num1 == 929 and sign == '-' and num2 == 214: print('929-214 = 715') if num1 == 929 and sign == '-' and num2 == 215: print('929-215 = 714') if num1 == 929 and sign == '-' and num2 == 216: print('929-216 = 713') if num1 == 929 and sign == '-' and num2 == 217: print('929-217 = 712') if num1 == 929 and sign == '-' and num2 == 218: print('929-218 = 711') if num1 == 929 and sign == '-' and num2 == 219: print('929-219 = 710') if num1 == 929 and sign == '-' and num2 == 220: print('929-220 = 709') if num1 == 929 and sign == '-' and num2 == 221: print('929-221 = 708') if num1 == 929 and sign == '-' and num2 == 222: print('929-222 = 707') if num1 == 929 and sign == '-' and num2 == 223: print('929-223 = 706') if num1 == 929 and sign == '-' and num2 == 224: print('929-224 = 705') if num1 == 929 and sign == '-' and num2 == 225: print('929-225 = 704') if num1 == 929 and sign == '-' and num2 == 226: print('929-226 = 703') if num1 == 929 and sign == '-' and num2 == 227: print('929-227 = 702') if num1 == 929 and sign == '-' and num2 == 228: print('929-228 = 701') if num1 == 929 and sign == '-' and num2 == 229: print('929-229 = 700') if num1 == 929 and sign == '-' and num2 == 230: print('929-230 = 699') if num1 == 929 and sign == '-' and num2 == 231: print('929-231 = 698') if num1 == 929 and sign == '-' and num2 == 232: print('929-232 = 697') if num1 == 929 and sign == '-' and num2 == 233: print('929-233 = 696') if num1 == 929 and sign == '-' and num2 == 234: print('929-234 = 695') if num1 == 929 and sign == '-' and num2 == 235: print('929-235 = 694') if num1 == 929 and sign == '-' and num2 == 236: print('929-236 = 693') if num1 == 929 and sign == '-' and num2 == 237: print('929-237 = 692') if num1 == 929 and sign == '-' and num2 == 238: print('929-238 = 691') if num1 == 929 and sign == '-' and num2 == 239: print('929-239 = 690') if num1 == 929 and sign == '-' and num2 == 240: print('929-240 = 689') if num1 == 929 and sign == '-' and num2 == 241: print('929-241 = 688') if num1 == 929 and sign == '-' and num2 == 242: print('929-242 = 687') if num1 == 929 and sign == '-' and num2 == 243: print('929-243 = 686') if num1 == 929 and sign == '-' and num2 == 244: print('929-244 = 685') if num1 == 929 and sign == '-' and num2 == 245: print('929-245 = 684') if num1 == 929 and sign == '-' and num2 == 246: print('929-246 = 683') if num1 == 929 and sign == '-' and num2 == 247: print('929-247 = 682') if num1 == 929 and sign == '-' and num2 == 248: print('929-248 = 681') if num1 == 929 and sign == '-' and num2 == 249: print('929-249 = 680') if num1 == 930 and sign == '-' and num2 == 200: print('930-200 = 730') if num1 == 930 and sign == '-' and num2 == 201: print('930-201 = 729') if num1 == 930 and sign == '-' and num2 == 202: print('930-202 = 728') if num1 == 930 and sign == '-' and num2 == 203: print('930-203 = 727') if num1 == 930 and sign == '-' and num2 == 204: print('930-204 = 726') if num1 == 930 and sign == '-' and num2 == 205: print('930-205 = 725') if num1 == 930 and sign == '-' and num2 == 206: print('930-206 = 724') if num1 == 930 and sign == '-' and num2 == 207: print('930-207 = 723') if num1 == 930 and sign == '-' and num2 == 208: print('930-208 = 722') if num1 == 930 and sign == '-' and num2 == 209: print('930-209 = 721') if num1 == 930 and sign == '-' and num2 == 210: print('930-210 = 720') if num1 == 930 and sign == '-' and num2 == 211: print('930-211 = 719') if num1 == 930 and sign == '-' and num2 == 212: print('930-212 = 718') if num1 == 930 and sign == '-' and num2 == 213: print('930-213 = 717') if num1 == 930 and sign == '-' and num2 == 214: print('930-214 = 716') if num1 == 930 and sign == '-' and num2 == 215: print('930-215 = 715') if num1 == 930 and sign == '-' and num2 == 216: print('930-216 = 714') if num1 == 930 and sign == '-' and num2 == 217: print('930-217 = 713') if num1 == 930 and sign == '-' and num2 == 218: print('930-218 = 712') if num1 == 930 and sign == '-' and num2 == 219: print('930-219 = 711') if num1 == 930 and sign == '-' and num2 == 220: print('930-220 = 710') if num1 == 930 and sign == '-' and num2 == 221: print('930-221 = 709') if num1 == 930 and sign == '-' and num2 == 222: print('930-222 = 708') if num1 == 930 and sign == '-' and num2 == 223: print('930-223 = 707') if num1 == 930 and sign == '-' and num2 == 224: print('930-224 = 706') if num1 == 930 and sign == '-' and num2 == 225: print('930-225 = 705') if num1 == 930 and sign == '-' and num2 == 226: print('930-226 = 704') if num1 == 930 and sign == '-' and num2 == 227: print('930-227 = 703') if num1 == 930 and sign == '-' and num2 == 228: print('930-228 = 702') if num1 == 930 and sign == '-' and num2 == 229: print('930-229 = 701') if num1 == 930 and sign == '-' and num2 == 230: print('930-230 = 700') if num1 == 930 and sign == '-' and num2 == 231: print('930-231 = 699') if num1 == 930 and sign == '-' and num2 == 232: print('930-232 = 698') if num1 == 930 and sign == '-' and num2 == 233: print('930-233 = 697') if num1 == 930 and sign == '-' and num2 == 234: print('930-234 = 696') if num1 == 930 and sign == '-' and num2 == 235: print('930-235 = 695') if num1 == 930 and sign == '-' and num2 == 236: print('930-236 = 694') if num1 == 930 and sign == '-' and num2 == 237: print('930-237 = 693') if num1 == 930 and sign == '-' and num2 == 238: print('930-238 = 692') if num1 == 930 and sign == '-' and num2 == 239: print('930-239 = 691') if num1 == 930 and sign == '-' and num2 == 240: print('930-240 = 690') if num1 == 930 and sign == '-' and num2 == 241: print('930-241 = 689') if num1 == 930 and sign == '-' and num2 == 242: print('930-242 = 688') if num1 == 930 and sign == '-' and num2 == 243: print('930-243 = 687') if num1 == 930 and sign == '-' and num2 == 244: print('930-244 = 686') if num1 == 930 and sign == '-' and num2 == 245: print('930-245 = 685') if num1 == 930 and sign == '-' and num2 == 246: print('930-246 = 684') if num1 == 930 and sign == '-' and num2 == 247: print('930-247 = 683') if num1 == 930 and sign == '-' and num2 == 248: print('930-248 = 682') if num1 == 930 and sign == '-' and num2 == 249: print('930-249 = 681') if num1 == 931 and sign == '-' and num2 == 200: print('931-200 = 731') if num1 == 931 and sign == '-' and num2 == 201: print('931-201 = 730') if num1 == 931 and sign == '-' and num2 == 202: print('931-202 = 729') if num1 == 931 and sign == '-' and num2 == 203: print('931-203 = 728') if num1 == 931 and sign == '-' and num2 == 204: print('931-204 = 727') if num1 == 931 and sign == '-' and num2 == 205: print('931-205 = 726') if num1 == 931 and sign == '-' and num2 == 206: print('931-206 = 725') if num1 == 931 and sign == '-' and num2 == 207: print('931-207 = 724') if num1 == 931 and sign == '-' and num2 == 208: print('931-208 = 723') if num1 == 931 and sign == '-' and num2 == 209: print('931-209 = 722') if num1 == 931 and sign == '-' and num2 == 210: print('931-210 = 721') if num1 == 931 and sign == '-' and num2 == 211: print('931-211 = 720') if num1 == 931 and sign == '-' and num2 == 212: print('931-212 = 719') if num1 == 931 and sign == '-' and num2 == 213: print('931-213 = 718') if num1 == 931 and sign == '-' and num2 == 214: print('931-214 = 717') if num1 == 931 and sign == '-' and num2 == 215: print('931-215 = 716') if num1 == 931 and sign == '-' and num2 == 216: print('931-216 = 715') if num1 == 931 and sign == '-' and num2 == 217: print('931-217 = 714') if num1 == 931 and sign == '-' and num2 == 218: print('931-218 = 713') if num1 == 931 and sign == '-' and num2 == 219: print('931-219 = 712') if num1 == 931 and sign == '-' and num2 == 220: print('931-220 = 711') if num1 == 931 and sign == '-' and num2 == 221: print('931-221 = 710') if num1 == 931 and sign == '-' and num2 == 222: print('931-222 = 709') if num1 == 931 and sign == '-' and num2 == 223: print('931-223 = 708') if num1 == 931 and sign == '-' and num2 == 224: print('931-224 = 707') if num1 == 931 and sign == '-' and num2 == 225: print('931-225 = 706') if num1 == 931 and sign == '-' and num2 == 226: print('931-226 = 705') if num1 == 931 and sign == '-' and num2 == 227: print('931-227 = 704') if num1 == 931 and sign == '-' and num2 == 228: print('931-228 = 703') if num1 == 931 and sign == '-' and num2 == 229: print('931-229 = 702') if num1 == 931 and sign == '-' and num2 == 230: print('931-230 = 701') if num1 == 931 and sign == '-' and num2 == 231: print('931-231 = 700') if num1 == 931 and sign == '-' and num2 == 232: print('931-232 = 699') if num1 == 931 and sign == '-' and num2 == 233: print('931-233 = 698') if num1 == 931 and sign == '-' and num2 == 234: print('931-234 = 697') if num1 == 931 and sign == '-' and num2 == 235: print('931-235 = 696') if num1 == 931 and sign == '-' and num2 == 236: print('931-236 = 695') if num1 == 931 and sign == '-' and num2 == 237: print('931-237 = 694') if num1 == 931 and sign == '-' and num2 == 238: print('931-238 = 693') if num1 == 931 and sign == '-' and num2 == 239: print('931-239 = 692') if num1 == 931 and sign == '-' and num2 == 240: print('931-240 = 691') if num1 == 931 and sign == '-' and num2 == 241: print('931-241 = 690') if num1 == 931 and sign == '-' and num2 == 242: print('931-242 = 689') if num1 == 931 and sign == '-' and num2 == 243: print('931-243 = 688') if num1 == 931 and sign == '-' and num2 == 244: print('931-244 = 687') if num1 == 931 and sign == '-' and num2 == 245: print('931-245 = 686') if num1 == 931 and sign == '-' and num2 == 246: print('931-246 = 685') if num1 == 931 and sign == '-' and num2 == 247: print('931-247 = 684') if num1 == 931 and sign == '-' and num2 == 248: print('931-248 = 683') if num1 == 931 and sign == '-' and num2 == 249: print('931-249 = 682') if num1 == 932 and sign == '-' and num2 == 200: print('932-200 = 732') if num1 == 932 and sign == '-' and num2 == 201: print('932-201 = 731') if num1 == 932 and sign == '-' and num2 == 202: print('932-202 = 730') if num1 == 932 and sign == '-' and num2 == 203: print('932-203 = 729') if num1 == 932 and sign == '-' and num2 == 204: print('932-204 = 728') if num1 == 932 and sign == '-' and num2 == 205: print('932-205 = 727') if num1 == 932 and sign == '-' and num2 == 206: print('932-206 = 726') if num1 == 932 and sign == '-' and num2 == 207: print('932-207 = 725') if num1 == 932 and sign == '-' and num2 == 208: print('932-208 = 724') if num1 == 932 and sign == '-' and num2 == 209: print('932-209 = 723') if num1 == 932 and sign == '-' and num2 == 210: print('932-210 = 722') if num1 == 932 and sign == '-' and num2 == 211: print('932-211 = 721') if num1 == 932 and sign == '-' and num2 == 212: print('932-212 = 720') if num1 == 932 and sign == '-' and num2 == 213: print('932-213 = 719') if num1 == 932 and sign == '-' and num2 == 214: print('932-214 = 718') if num1 == 932 and sign == '-' and num2 == 215: print('932-215 = 717') if num1 == 932 and sign == '-' and num2 == 216: print('932-216 = 716') if num1 == 932 and sign == '-' and num2 == 217: print('932-217 = 715') if num1 == 932 and sign == '-' and num2 == 218: print('932-218 = 714') if num1 == 932 and sign == '-' and num2 == 219: print('932-219 = 713') if num1 == 932 and sign == '-' and num2 == 220: print('932-220 = 712') if num1 == 932 and sign == '-' and num2 == 221: print('932-221 = 711') if num1 == 932 and sign == '-' and num2 == 222: print('932-222 = 710') if num1 == 932 and sign == '-' and num2 == 223: print('932-223 = 709') if num1 == 932 and sign == '-' and num2 == 224: print('932-224 = 708') if num1 == 932 and sign == '-' and num2 == 225: print('932-225 = 707') if num1 == 932 and sign == '-' and num2 == 226: print('932-226 = 706') if num1 == 932 and sign == '-' and num2 == 227: print('932-227 = 705') if num1 == 932 and sign == '-' and num2 == 228: print('932-228 = 704') if num1 == 932 and sign == '-' and num2 == 229: print('932-229 = 703') if num1 == 932 and sign == '-' and num2 == 230: print('932-230 = 702') if num1 == 932 and sign == '-' and num2 == 231: print('932-231 = 701') if num1 == 932 and sign == '-' and num2 == 232: print('932-232 = 700') if num1 == 932 and sign == '-' and num2 == 233: print('932-233 = 699') if num1 == 932 and sign == '-' and num2 == 234: print('932-234 = 698') if num1 == 932 and sign == '-' and num2 == 235: print('932-235 = 697') if num1 == 932 and sign == '-' and num2 == 236: print('932-236 = 696') if num1 == 932 and sign == '-' and num2 == 237: print('932-237 = 695') if num1 == 932 and sign == '-' and num2 == 238: print('932-238 = 694') if num1 == 932 and sign == '-' and num2 == 239: print('932-239 = 693') if num1 == 932 and sign == '-' and num2 == 240: print('932-240 = 692') if num1 == 932 and sign == '-' and num2 == 241: print('932-241 = 691') if num1 == 932 and sign == '-' and num2 == 242: print('932-242 = 690') if num1 == 932 and sign == '-' and num2 == 243: print('932-243 = 689') if num1 == 932 and sign == '-' and num2 == 244: print('932-244 = 688') if num1 == 932 and sign == '-' and num2 == 245: print('932-245 = 687') if num1 == 932 and sign == '-' and num2 == 246: print('932-246 = 686') if num1 == 932 and sign == '-' and num2 == 247: print('932-247 = 685') if num1 == 932 and sign == '-' and num2 == 248: print('932-248 = 684') if num1 == 932 and sign == '-' and num2 == 249: print('932-249 = 683') if num1 == 933 and sign == '-' and num2 == 200: print('933-200 = 733') if num1 == 933 and sign == '-' and num2 == 201: print('933-201 = 732') if num1 == 933 and sign == '-' and num2 == 202: print('933-202 = 731') if num1 == 933 and sign == '-' and num2 == 203: print('933-203 = 730') if num1 == 933 and sign == '-' and num2 == 204: print('933-204 = 729') if num1 == 933 and sign == '-' and num2 == 205: print('933-205 = 728') if num1 == 933 and sign == '-' and num2 == 206: print('933-206 = 727') if num1 == 933 and sign == '-' and num2 == 207: print('933-207 = 726') if num1 == 933 and sign == '-' and num2 == 208: print('933-208 = 725') if num1 == 933 and sign == '-' and num2 == 209: print('933-209 = 724') if num1 == 933 and sign == '-' and num2 == 210: print('933-210 = 723') if num1 == 933 and sign == '-' and num2 == 211: print('933-211 = 722') if num1 == 933 and sign == '-' and num2 == 212: print('933-212 = 721') if num1 == 933 and sign == '-' and num2 == 213: print('933-213 = 720') if num1 == 933 and sign == '-' and num2 == 214: print('933-214 = 719') if num1 == 933 and sign == '-' and num2 == 215: print('933-215 = 718') if num1 == 933 and sign == '-' and num2 == 216: print('933-216 = 717') if num1 == 933 and sign == '-' and num2 == 217: print('933-217 = 716') if num1 == 933 and sign == '-' and num2 == 218: print('933-218 = 715') if num1 == 933 and sign == '-' and num2 == 219: print('933-219 = 714') if num1 == 933 and sign == '-' and num2 == 220: print('933-220 = 713') if num1 == 933 and sign == '-' and num2 == 221: print('933-221 = 712') if num1 == 933 and sign == '-' and num2 == 222: print('933-222 = 711') if num1 == 933 and sign == '-' and num2 == 223: print('933-223 = 710') if num1 == 933 and sign == '-' and num2 == 224: print('933-224 = 709') if num1 == 933 and sign == '-' and num2 == 225: print('933-225 = 708') if num1 == 933 and sign == '-' and num2 == 226: print('933-226 = 707') if num1 == 933 and sign == '-' and num2 == 227: print('933-227 = 706') if num1 == 933 and sign == '-' and num2 == 228: print('933-228 = 705') if num1 == 933 and sign == '-' and num2 == 229: print('933-229 = 704') if num1 == 933 and sign == '-' and num2 == 230: print('933-230 = 703') if num1 == 933 and sign == '-' and num2 == 231: print('933-231 = 702') if num1 == 933 and sign == '-' and num2 == 232: print('933-232 = 701') if num1 == 933 and sign == '-' and num2 == 233: print('933-233 = 700') if num1 == 933 and sign == '-' and num2 == 234: print('933-234 = 699') if num1 == 933 and sign == '-' and num2 == 235: print('933-235 = 698') if num1 == 933 and sign == '-' and num2 == 236: print('933-236 = 697') if num1 == 933 and sign == '-' and num2 == 237: print('933-237 = 696') if num1 == 933 and sign == '-' and num2 == 238: print('933-238 = 695') if num1 == 933 and sign == '-' and num2 == 239: print('933-239 = 694') if num1 == 933 and sign == '-' and num2 == 240: print('933-240 = 693') if num1 == 933 and sign == '-' and num2 == 241: print('933-241 = 692') if num1 == 933 and sign == '-' and num2 == 242: print('933-242 = 691') if num1 == 933 and sign == '-' and num2 == 243: print('933-243 = 690') if num1 == 933 and sign == '-' and num2 == 244: print('933-244 = 689') if num1 == 933 and sign == '-' and num2 == 245: print('933-245 = 688') if num1 == 933 and sign == '-' and num2 == 246: print('933-246 = 687') if num1 == 933 and sign == '-' and num2 == 247: print('933-247 = 686') if num1 == 933 and sign == '-' and num2 == 248: print('933-248 = 685') if num1 == 933 and sign == '-' and num2 == 249: print('933-249 = 684') if num1 == 934 and sign == '-' and num2 == 200: print('934-200 = 734') if num1 == 934 and sign == '-' and num2 == 201: print('934-201 = 733') if num1 == 934 and sign == '-' and num2 == 202: print('934-202 = 732') if num1 == 934 and sign == '-' and num2 == 203: print('934-203 = 731') if num1 == 934 and sign == '-' and num2 == 204: print('934-204 = 730') if num1 == 934 and sign == '-' and num2 == 205: print('934-205 = 729') if num1 == 934 and sign == '-' and num2 == 206: print('934-206 = 728') if num1 == 934 and sign == '-' and num2 == 207: print('934-207 = 727') if num1 == 934 and sign == '-' and num2 == 208: print('934-208 = 726') if num1 == 934 and sign == '-' and num2 == 209: print('934-209 = 725') if num1 == 934 and sign == '-' and num2 == 210: print('934-210 = 724') if num1 == 934 and sign == '-' and num2 == 211: print('934-211 = 723') if num1 == 934 and sign == '-' and num2 == 212: print('934-212 = 722') if num1 == 934 and sign == '-' and num2 == 213: print('934-213 = 721') if num1 == 934 and sign == '-' and num2 == 214: print('934-214 = 720') if num1 == 934 and sign == '-' and num2 == 215: print('934-215 = 719') if num1 == 934 and sign == '-' and num2 == 216: print('934-216 = 718') if num1 == 934 and sign == '-' and num2 == 217: print('934-217 = 717') if num1 == 934 and sign == '-' and num2 == 218: print('934-218 = 716') if num1 == 934 and sign == '-' and num2 == 219: print('934-219 = 715') if num1 == 934 and sign == '-' and num2 == 220: print('934-220 = 714') if num1 == 934 and sign == '-' and num2 == 221: print('934-221 = 713') if num1 == 934 and sign == '-' and num2 == 222: print('934-222 = 712') if num1 == 934 and sign == '-' and num2 == 223: print('934-223 = 711') if num1 == 934 and sign == '-' and num2 == 224: print('934-224 = 710') if num1 == 934 and sign == '-' and num2 == 225: print('934-225 = 709') if num1 == 934 and sign == '-' and num2 == 226: print('934-226 = 708') if num1 == 934 and sign == '-' and num2 == 227: print('934-227 = 707') if num1 == 934 and sign == '-' and num2 == 228: print('934-228 = 706') if num1 == 934 and sign == '-' and num2 == 229: print('934-229 = 705') if num1 == 934 and sign == '-' and num2 == 230: print('934-230 = 704') if num1 == 934 and sign == '-' and num2 == 231: print('934-231 = 703') if num1 == 934 and sign == '-' and num2 == 232: print('934-232 = 702') if num1 == 934 and sign == '-' and num2 == 233: print('934-233 = 701') if num1 == 934 and sign == '-' and num2 == 234: print('934-234 = 700') if num1 == 934 and sign == '-' and num2 == 235: print('934-235 = 699') if num1 == 934 and sign == '-' and num2 == 236: print('934-236 = 698') if num1 == 934 and sign == '-' and num2 == 237: print('934-237 = 697') if num1 == 934 and sign == '-' and num2 == 238: print('934-238 = 696') if num1 == 934 and sign == '-' and num2 == 239: print('934-239 = 695') if num1 == 934 and sign == '-' and num2 == 240: print('934-240 = 694') if num1 == 934 and sign == '-' and num2 == 241: print('934-241 = 693') if num1 == 934 and sign == '-' and num2 == 242: print('934-242 = 692') if num1 == 934 and sign == '-' and num2 == 243: print('934-243 = 691') if num1 == 934 and sign == '-' and num2 == 244: print('934-244 = 690') if num1 == 934 and sign == '-' and num2 == 245: print('934-245 = 689') if num1 == 934 and sign == '-' and num2 == 246: print('934-246 = 688') if num1 == 934 and sign == '-' and num2 == 247: print('934-247 = 687') if num1 == 934 and sign == '-' and num2 == 248: print('934-248 = 686') if num1 == 934 and sign == '-' and num2 == 249: print('934-249 = 685') if num1 == 935 and sign == '-' and num2 == 200: print('935-200 = 735') if num1 == 935 and sign == '-' and num2 == 201: print('935-201 = 734') if num1 == 935 and sign == '-' and num2 == 202: print('935-202 = 733') if num1 == 935 and sign == '-' and num2 == 203: print('935-203 = 732') if num1 == 935 and sign == '-' and num2 == 204: print('935-204 = 731') if num1 == 935 and sign == '-' and num2 == 205: print('935-205 = 730') if num1 == 935 and sign == '-' and num2 == 206: print('935-206 = 729') if num1 == 935 and sign == '-' and num2 == 207: print('935-207 = 728') if num1 == 935 and sign == '-' and num2 == 208: print('935-208 = 727') if num1 == 935 and sign == '-' and num2 == 209: print('935-209 = 726') if num1 == 935 and sign == '-' and num2 == 210: print('935-210 = 725') if num1 == 935 and sign == '-' and num2 == 211: print('935-211 = 724') if num1 == 935 and sign == '-' and num2 == 212: print('935-212 = 723') if num1 == 935 and sign == '-' and num2 == 213: print('935-213 = 722') if num1 == 935 and sign == '-' and num2 == 214: print('935-214 = 721') if num1 == 935 and sign == '-' and num2 == 215: print('935-215 = 720') if num1 == 935 and sign == '-' and num2 == 216: print('935-216 = 719') if num1 == 935 and sign == '-' and num2 == 217: print('935-217 = 718') if num1 == 935 and sign == '-' and num2 == 218: print('935-218 = 717') if num1 == 935 and sign == '-' and num2 == 219: print('935-219 = 716') if num1 == 935 and sign == '-' and num2 == 220: print('935-220 = 715') if num1 == 935 and sign == '-' and num2 == 221: print('935-221 = 714') if num1 == 935 and sign == '-' and num2 == 222: print('935-222 = 713') if num1 == 935 and sign == '-' and num2 == 223: print('935-223 = 712') if num1 == 935 and sign == '-' and num2 == 224: print('935-224 = 711') if num1 == 935 and sign == '-' and num2 == 225: print('935-225 = 710') if num1 == 935 and sign == '-' and num2 == 226: print('935-226 = 709') if num1 == 935 and sign == '-' and num2 == 227: print('935-227 = 708') if num1 == 935 and sign == '-' and num2 == 228: print('935-228 = 707') if num1 == 935 and sign == '-' and num2 == 229: print('935-229 = 706') if num1 == 935 and sign == '-' and num2 == 230: print('935-230 = 705') if num1 == 935 and sign == '-' and num2 == 231: print('935-231 = 704') if num1 == 935 and sign == '-' and num2 == 232: print('935-232 = 703') if num1 == 935 and sign == '-' and num2 == 233: print('935-233 = 702') if num1 == 935 and sign == '-' and num2 == 234: print('935-234 = 701') if num1 == 935 and sign == '-' and num2 == 235: print('935-235 = 700') if num1 == 935 and sign == '-' and num2 == 236: print('935-236 = 699') if num1 == 935 and sign == '-' and num2 == 237: print('935-237 = 698') if num1 == 935 and sign == '-' and num2 == 238: print('935-238 = 697') if num1 == 935 and sign == '-' and num2 == 239: print('935-239 = 696') if num1 == 935 and sign == '-' and num2 == 240: print('935-240 = 695') if num1 == 935 and sign == '-' and num2 == 241: print('935-241 = 694') if num1 == 935 and sign == '-' and num2 == 242: print('935-242 = 693') if num1 == 935 and sign == '-' and num2 == 243: print('935-243 = 692') if num1 == 935 and sign == '-' and num2 == 244: print('935-244 = 691') if num1 == 935 and sign == '-' and num2 == 245: print('935-245 = 690') if num1 == 935 and sign == '-' and num2 == 246: print('935-246 = 689') if num1 == 935 and sign == '-' and num2 == 247: print('935-247 = 688') if num1 == 935 and sign == '-' and num2 == 248: print('935-248 = 687') if num1 == 935 and sign == '-' and num2 == 249: print('935-249 = 686') if num1 == 936 and sign == '-' and num2 == 200: print('936-200 = 736') if num1 == 936 and sign == '-' and num2 == 201: print('936-201 = 735') if num1 == 936 and sign == '-' and num2 == 202: print('936-202 = 734') if num1 == 936 and sign == '-' and num2 == 203: print('936-203 = 733') if num1 == 936 and sign == '-' and num2 == 204: print('936-204 = 732') if num1 == 936 and sign == '-' and num2 == 205: print('936-205 = 731') if num1 == 936 and sign == '-' and num2 == 206: print('936-206 = 730') if num1 == 936 and sign == '-' and num2 == 207: print('936-207 = 729') if num1 == 936 and sign == '-' and num2 == 208: print('936-208 = 728') if num1 == 936 and sign == '-' and num2 == 209: print('936-209 = 727') if num1 == 936 and sign == '-' and num2 == 210: print('936-210 = 726') if num1 == 936 and sign == '-' and num2 == 211: print('936-211 = 725') if num1 == 936 and sign == '-' and num2 == 212: print('936-212 = 724') if num1 == 936 and sign == '-' and num2 == 213: print('936-213 = 723') if num1 == 936 and sign == '-' and num2 == 214: print('936-214 = 722') if num1 == 936 and sign == '-' and num2 == 215: print('936-215 = 721') if num1 == 936 and sign == '-' and num2 == 216: print('936-216 = 720') if num1 == 936 and sign == '-' and num2 == 217: print('936-217 = 719') if num1 == 936 and sign == '-' and num2 == 218: print('936-218 = 718') if num1 == 936 and sign == '-' and num2 == 219: print('936-219 = 717') if num1 == 936 and sign == '-' and num2 == 220: print('936-220 = 716') if num1 == 936 and sign == '-' and num2 == 221: print('936-221 = 715') if num1 == 936 and sign == '-' and num2 == 222: print('936-222 = 714') if num1 == 936 and sign == '-' and num2 == 223: print('936-223 = 713') if num1 == 936 and sign == '-' and num2 == 224: print('936-224 = 712') if num1 == 936 and sign == '-' and num2 == 225: print('936-225 = 711') if num1 == 936 and sign == '-' and num2 == 226: print('936-226 = 710') if num1 == 936 and sign == '-' and num2 == 227: print('936-227 = 709') if num1 == 936 and sign == '-' and num2 == 228: print('936-228 = 708') if num1 == 936 and sign == '-' and num2 == 229: print('936-229 = 707') if num1 == 936 and sign == '-' and num2 == 230: print('936-230 = 706') if num1 == 936 and sign == '-' and num2 == 231: print('936-231 = 705') if num1 == 936 and sign == '-' and num2 == 232: print('936-232 = 704') if num1 == 936 and sign == '-' and num2 == 233: print('936-233 = 703') if num1 == 936 and sign == '-' and num2 == 234: print('936-234 = 702') if num1 == 936 and sign == '-' and num2 == 235: print('936-235 = 701') if num1 == 936 and sign == '-' and num2 == 236: print('936-236 = 700') if num1 == 936 and sign == '-' and num2 == 237: print('936-237 = 699') if num1 == 936 and sign == '-' and num2 == 238: print('936-238 = 698') if num1 == 936 and sign == '-' and num2 == 239: print('936-239 = 697') if num1 == 936 and sign == '-' and num2 == 240: print('936-240 = 696') if num1 == 936 and sign == '-' and num2 == 241: print('936-241 = 695') if num1 == 936 and sign == '-' and num2 == 242: print('936-242 = 694') if num1 == 936 and sign == '-' and num2 == 243: print('936-243 = 693') if num1 == 936 and sign == '-' and num2 == 244: print('936-244 = 692') if num1 == 936 and sign == '-' and num2 == 245: print('936-245 = 691') if num1 == 936 and sign == '-' and num2 == 246: print('936-246 = 690') if num1 == 936 and sign == '-' and num2 == 247: print('936-247 = 689') if num1 == 936 and sign == '-' and num2 == 248: print('936-248 = 688') if num1 == 936 and sign == '-' and num2 == 249: print('936-249 = 687') if num1 == 937 and sign == '-' and num2 == 200: print('937-200 = 737') if num1 == 937 and sign == '-' and num2 == 201: print('937-201 = 736') if num1 == 937 and sign == '-' and num2 == 202: print('937-202 = 735') if num1 == 937 and sign == '-' and num2 == 203: print('937-203 = 734') if num1 == 937 and sign == '-' and num2 == 204: print('937-204 = 733') if num1 == 937 and sign == '-' and num2 == 205: print('937-205 = 732') if num1 == 937 and sign == '-' and num2 == 206: print('937-206 = 731') if num1 == 937 and sign == '-' and num2 == 207: print('937-207 = 730') if num1 == 937 and sign == '-' and num2 == 208: print('937-208 = 729') if num1 == 937 and sign == '-' and num2 == 209: print('937-209 = 728') if num1 == 937 and sign == '-' and num2 == 210: print('937-210 = 727') if num1 == 937 and sign == '-' and num2 == 211: print('937-211 = 726') if num1 == 937 and sign == '-' and num2 == 212: print('937-212 = 725') if num1 == 937 and sign == '-' and num2 == 213: print('937-213 = 724') if num1 == 937 and sign == '-' and num2 == 214: print('937-214 = 723') if num1 == 937 and sign == '-' and num2 == 215: print('937-215 = 722') if num1 == 937 and sign == '-' and num2 == 216: print('937-216 = 721') if num1 == 937 and sign == '-' and num2 == 217: print('937-217 = 720') if num1 == 937 and sign == '-' and num2 == 218: print('937-218 = 719') if num1 == 937 and sign == '-' and num2 == 219: print('937-219 = 718') if num1 == 937 and sign == '-' and num2 == 220: print('937-220 = 717') if num1 == 937 and sign == '-' and num2 == 221: print('937-221 = 716') if num1 == 937 and sign == '-' and num2 == 222: print('937-222 = 715') if num1 == 937 and sign == '-' and num2 == 223: print('937-223 = 714') if num1 == 937 and sign == '-' and num2 == 224: print('937-224 = 713') if num1 == 937 and sign == '-' and num2 == 225: print('937-225 = 712') if num1 == 937 and sign == '-' and num2 == 226: print('937-226 = 711') if num1 == 937 and sign == '-' and num2 == 227: print('937-227 = 710') if num1 == 937 and sign == '-' and num2 == 228: print('937-228 = 709') if num1 == 937 and sign == '-' and num2 == 229: print('937-229 = 708') if num1 == 937 and sign == '-' and num2 == 230: print('937-230 = 707') if num1 == 937 and sign == '-' and num2 == 231: print('937-231 = 706') if num1 == 937 and sign == '-' and num2 == 232: print('937-232 = 705') if num1 == 937 and sign == '-' and num2 == 233: print('937-233 = 704') if num1 == 937 and sign == '-' and num2 == 234: print('937-234 = 703') if num1 == 937 and sign == '-' and num2 == 235: print('937-235 = 702') if num1 == 937 and sign == '-' and num2 == 236: print('937-236 = 701') if num1 == 937 and sign == '-' and num2 == 237: print('937-237 = 700') if num1 == 937 and sign == '-' and num2 == 238: print('937-238 = 699') if num1 == 937 and sign == '-' and num2 == 239: print('937-239 = 698') if num1 == 937 and sign == '-' and num2 == 240: print('937-240 = 697') if num1 == 937 and sign == '-' and num2 == 241: print('937-241 = 696') if num1 == 937 and sign == '-' and num2 == 242: print('937-242 = 695') if num1 == 937 and sign == '-' and num2 == 243: print('937-243 = 694') if num1 == 937 and sign == '-' and num2 == 244: print('937-244 = 693') if num1 == 937 and sign == '-' and num2 == 245: print('937-245 = 692') if num1 == 937 and sign == '-' and num2 == 246: print('937-246 = 691') if num1 == 937 and sign == '-' and num2 == 247: print('937-247 = 690') if num1 == 937 and sign == '-' and num2 == 248: print('937-248 = 689') if num1 == 937 and sign == '-' and num2 == 249: print('937-249 = 688') if num1 == 938 and sign == '-' and num2 == 200: print('938-200 = 738') if num1 == 938 and sign == '-' and num2 == 201: print('938-201 = 737') if num1 == 938 and sign == '-' and num2 == 202: print('938-202 = 736') if num1 == 938 and sign == '-' and num2 == 203: print('938-203 = 735') if num1 == 938 and sign == '-' and num2 == 204: print('938-204 = 734') if num1 == 938 and sign == '-' and num2 == 205: print('938-205 = 733') if num1 == 938 and sign == '-' and num2 == 206: print('938-206 = 732') if num1 == 938 and sign == '-' and num2 == 207: print('938-207 = 731') if num1 == 938 and sign == '-' and num2 == 208: print('938-208 = 730') if num1 == 938 and sign == '-' and num2 == 209: print('938-209 = 729') if num1 == 938 and sign == '-' and num2 == 210: print('938-210 = 728') if num1 == 938 and sign == '-' and num2 == 211: print('938-211 = 727') if num1 == 938 and sign == '-' and num2 == 212: print('938-212 = 726') if num1 == 938 and sign == '-' and num2 == 213: print('938-213 = 725') if num1 == 938 and sign == '-' and num2 == 214: print('938-214 = 724') if num1 == 938 and sign == '-' and num2 == 215: print('938-215 = 723') if num1 == 938 and sign == '-' and num2 == 216: print('938-216 = 722') if num1 == 938 and sign == '-' and num2 == 217: print('938-217 = 721') if num1 == 938 and sign == '-' and num2 == 218: print('938-218 = 720') if num1 == 938 and sign == '-' and num2 == 219: print('938-219 = 719') if num1 == 938 and sign == '-' and num2 == 220: print('938-220 = 718') if num1 == 938 and sign == '-' and num2 == 221: print('938-221 = 717') if num1 == 938 and sign == '-' and num2 == 222: print('938-222 = 716') if num1 == 938 and sign == '-' and num2 == 223: print('938-223 = 715') if num1 == 938 and sign == '-' and num2 == 224: print('938-224 = 714') if num1 == 938 and sign == '-' and num2 == 225: print('938-225 = 713') if num1 == 938 and sign == '-' and num2 == 226: print('938-226 = 712') if num1 == 938 and sign == '-' and num2 == 227: print('938-227 = 711') if num1 == 938 and sign == '-' and num2 == 228: print('938-228 = 710') if num1 == 938 and sign == '-' and num2 == 229: print('938-229 = 709') if num1 == 938 and sign == '-' and num2 == 230: print('938-230 = 708') if num1 == 938 and sign == '-' and num2 == 231: print('938-231 = 707') if num1 == 938 and sign == '-' and num2 == 232: print('938-232 = 706') if num1 == 938 and sign == '-' and num2 == 233: print('938-233 = 705') if num1 == 938 and sign == '-' and num2 == 234: print('938-234 = 704') if num1 == 938 and sign == '-' and num2 == 235: print('938-235 = 703') if num1 == 938 and sign == '-' and num2 == 236: print('938-236 = 702') if num1 == 938 and sign == '-' and num2 == 237: print('938-237 = 701') if num1 == 938 and sign == '-' and num2 == 238: print('938-238 = 700') if num1 == 938 and sign == '-' and num2 == 239: print('938-239 = 699') if num1 == 938 and sign == '-' and num2 == 240: print('938-240 = 698') if num1 == 938 and sign == '-' and num2 == 241: print('938-241 = 697') if num1 == 938 and sign == '-' and num2 == 242: print('938-242 = 696') if num1 == 938 and sign == '-' and num2 == 243: print('938-243 = 695') if num1 == 938 and sign == '-' and num2 == 244: print('938-244 = 694') if num1 == 938 and sign == '-' and num2 == 245: print('938-245 = 693') if num1 == 938 and sign == '-' and num2 == 246: print('938-246 = 692') if num1 == 938 and sign == '-' and num2 == 247: print('938-247 = 691') if num1 == 938 and sign == '-' and num2 == 248: print('938-248 = 690') if num1 == 938 and sign == '-' and num2 == 249: print('938-249 = 689') if num1 == 939 and sign == '-' and num2 == 200: print('939-200 = 739') if num1 == 939 and sign == '-' and num2 == 201: print('939-201 = 738') if num1 == 939 and sign == '-' and num2 == 202: print('939-202 = 737') if num1 == 939 and sign == '-' and num2 == 203: print('939-203 = 736') if num1 == 939 and sign == '-' and num2 == 204: print('939-204 = 735') if num1 == 939 and sign == '-' and num2 == 205: print('939-205 = 734') if num1 == 939 and sign == '-' and num2 == 206: print('939-206 = 733') if num1 == 939 and sign == '-' and num2 == 207: print('939-207 = 732') if num1 == 939 and sign == '-' and num2 == 208: print('939-208 = 731') if num1 == 939 and sign == '-' and num2 == 209: print('939-209 = 730') if num1 == 939 and sign == '-' and num2 == 210: print('939-210 = 729') if num1 == 939 and sign == '-' and num2 == 211: print('939-211 = 728') if num1 == 939 and sign == '-' and num2 == 212: print('939-212 = 727') if num1 == 939 and sign == '-' and num2 == 213: print('939-213 = 726') if num1 == 939 and sign == '-' and num2 == 214: print('939-214 = 725') if num1 == 939 and sign == '-' and num2 == 215: print('939-215 = 724') if num1 == 939 and sign == '-' and num2 == 216: print('939-216 = 723') if num1 == 939 and sign == '-' and num2 == 217: print('939-217 = 722') if num1 == 939 and sign == '-' and num2 == 218: print('939-218 = 721') if num1 == 939 and sign == '-' and num2 == 219: print('939-219 = 720') if num1 == 939 and sign == '-' and num2 == 220: print('939-220 = 719') if num1 == 939 and sign == '-' and num2 == 221: print('939-221 = 718') if num1 == 939 and sign == '-' and num2 == 222: print('939-222 = 717') if num1 == 939 and sign == '-' and num2 == 223: print('939-223 = 716') if num1 == 939 and sign == '-' and num2 == 224: print('939-224 = 715') if num1 == 939 and sign == '-' and num2 == 225: print('939-225 = 714') if num1 == 939 and sign == '-' and num2 == 226: print('939-226 = 713') if num1 == 939 and sign == '-' and num2 == 227: print('939-227 = 712') if num1 == 939 and sign == '-' and num2 == 228: print('939-228 = 711') if num1 == 939 and sign == '-' and num2 == 229: print('939-229 = 710') if num1 == 939 and sign == '-' and num2 == 230: print('939-230 = 709') if num1 == 939 and sign == '-' and num2 == 231: print('939-231 = 708') if num1 == 939 and sign == '-' and num2 == 232: print('939-232 = 707') if num1 == 939 and sign == '-' and num2 == 233: print('939-233 = 706') if num1 == 939 and sign == '-' and num2 == 234: print('939-234 = 705') if num1 == 939 and sign == '-' and num2 == 235: print('939-235 = 704') if num1 == 939 and sign == '-' and num2 == 236: print('939-236 = 703') if num1 == 939 and sign == '-' and num2 == 237: print('939-237 = 702') if num1 == 939 and sign == '-' and num2 == 238: print('939-238 = 701') if num1 == 939 and sign == '-' and num2 == 239: print('939-239 = 700') if num1 == 939 and sign == '-' and num2 == 240: print('939-240 = 699') if num1 == 939 and sign == '-' and num2 == 241: print('939-241 = 698') if num1 == 939 and sign == '-' and num2 == 242: print('939-242 = 697') if num1 == 939 and sign == '-' and num2 == 243: print('939-243 = 696') if num1 == 939 and sign == '-' and num2 == 244: print('939-244 = 695') if num1 == 939 and sign == '-' and num2 == 245: print('939-245 = 694') if num1 == 939 and sign == '-' and num2 == 246: print('939-246 = 693') if num1 == 939 and sign == '-' and num2 == 247: print('939-247 = 692') if num1 == 939 and sign == '-' and num2 == 248: print('939-248 = 691') if num1 == 939 and sign == '-' and num2 == 249: print('939-249 = 690') if num1 == 940 and sign == '-' and num2 == 200: print('940-200 = 740') if num1 == 940 and sign == '-' and num2 == 201: print('940-201 = 739') if num1 == 940 and sign == '-' and num2 == 202: print('940-202 = 738') if num1 == 940 and sign == '-' and num2 == 203: print('940-203 = 737') if num1 == 940 and sign == '-' and num2 == 204: print('940-204 = 736') if num1 == 940 and sign == '-' and num2 == 205: print('940-205 = 735') if num1 == 940 and sign == '-' and num2 == 206: print('940-206 = 734') if num1 == 940 and sign == '-' and num2 == 207: print('940-207 = 733') if num1 == 940 and sign == '-' and num2 == 208: print('940-208 = 732') if num1 == 940 and sign == '-' and num2 == 209: print('940-209 = 731') if num1 == 940 and sign == '-' and num2 == 210: print('940-210 = 730') if num1 == 940 and sign == '-' and num2 == 211: print('940-211 = 729') if num1 == 940 and sign == '-' and num2 == 212: print('940-212 = 728') if num1 == 940 and sign == '-' and num2 == 213: print('940-213 = 727') if num1 == 940 and sign == '-' and num2 == 214: print('940-214 = 726') if num1 == 940 and sign == '-' and num2 == 215: print('940-215 = 725') if num1 == 940 and sign == '-' and num2 == 216: print('940-216 = 724') if num1 == 940 and sign == '-' and num2 == 217: print('940-217 = 723') if num1 == 940 and sign == '-' and num2 == 218: print('940-218 = 722') if num1 == 940 and sign == '-' and num2 == 219: print('940-219 = 721') if num1 == 940 and sign == '-' and num2 == 220: print('940-220 = 720') if num1 == 940 and sign == '-' and num2 == 221: print('940-221 = 719') if num1 == 940 and sign == '-' and num2 == 222: print('940-222 = 718') if num1 == 940 and sign == '-' and num2 == 223: print('940-223 = 717') if num1 == 940 and sign == '-' and num2 == 224: print('940-224 = 716') if num1 == 940 and sign == '-' and num2 == 225: print('940-225 = 715') if num1 == 940 and sign == '-' and num2 == 226: print('940-226 = 714') if num1 == 940 and sign == '-' and num2 == 227: print('940-227 = 713') if num1 == 940 and sign == '-' and num2 == 228: print('940-228 = 712') if num1 == 940 and sign == '-' and num2 == 229: print('940-229 = 711') if num1 == 940 and sign == '-' and num2 == 230: print('940-230 = 710') if num1 == 940 and sign == '-' and num2 == 231: print('940-231 = 709') if num1 == 940 and sign == '-' and num2 == 232: print('940-232 = 708') if num1 == 940 and sign == '-' and num2 == 233: print('940-233 = 707') if num1 == 940 and sign == '-' and num2 == 234: print('940-234 = 706') if num1 == 940 and sign == '-' and num2 == 235: print('940-235 = 705') if num1 == 940 and sign == '-' and num2 == 236: print('940-236 = 704') if num1 == 940 and sign == '-' and num2 == 237: print('940-237 = 703') if num1 == 940 and sign == '-' and num2 == 238: print('940-238 = 702') if num1 == 940 and sign == '-' and num2 == 239: print('940-239 = 701') if num1 == 940 and sign == '-' and num2 == 240: print('940-240 = 700') if num1 == 940 and sign == '-' and num2 == 241: print('940-241 = 699') if num1 == 940 and sign == '-' and num2 == 242: print('940-242 = 698') if num1 == 940 and sign == '-' and num2 == 243: print('940-243 = 697') if num1 == 940 and sign == '-' and num2 == 244: print('940-244 = 696') if num1 == 940 and sign == '-' and num2 == 245: print('940-245 = 695') if num1 == 940 and sign == '-' and num2 == 246: print('940-246 = 694') if num1 == 940 and sign == '-' and num2 == 247: print('940-247 = 693') if num1 == 940 and sign == '-' and num2 == 248: print('940-248 = 692') if num1 == 940 and sign == '-' and num2 == 249: print('940-249 = 691') if num1 == 941 and sign == '-' and num2 == 200: print('941-200 = 741') if num1 == 941 and sign == '-' and num2 == 201: print('941-201 = 740') if num1 == 941 and sign == '-' and num2 == 202: print('941-202 = 739') if num1 == 941 and sign == '-' and num2 == 203: print('941-203 = 738') if num1 == 941 and sign == '-' and num2 == 204: print('941-204 = 737') if num1 == 941 and sign == '-' and num2 == 205: print('941-205 = 736') if num1 == 941 and sign == '-' and num2 == 206: print('941-206 = 735') if num1 == 941 and sign == '-' and num2 == 207: print('941-207 = 734') if num1 == 941 and sign == '-' and num2 == 208: print('941-208 = 733') if num1 == 941 and sign == '-' and num2 == 209: print('941-209 = 732') if num1 == 941 and sign == '-' and num2 == 210: print('941-210 = 731') if num1 == 941 and sign == '-' and num2 == 211: print('941-211 = 730') if num1 == 941 and sign == '-' and num2 == 212: print('941-212 = 729') if num1 == 941 and sign == '-' and num2 == 213: print('941-213 = 728') if num1 == 941 and sign == '-' and num2 == 214: print('941-214 = 727') if num1 == 941 and sign == '-' and num2 == 215: print('941-215 = 726') if num1 == 941 and sign == '-' and num2 == 216: print('941-216 = 725') if num1 == 941 and sign == '-' and num2 == 217: print('941-217 = 724') if num1 == 941 and sign == '-' and num2 == 218: print('941-218 = 723') if num1 == 941 and sign == '-' and num2 == 219: print('941-219 = 722') if num1 == 941 and sign == '-' and num2 == 220: print('941-220 = 721') if num1 == 941 and sign == '-' and num2 == 221: print('941-221 = 720') if num1 == 941 and sign == '-' and num2 == 222: print('941-222 = 719') if num1 == 941 and sign == '-' and num2 == 223: print('941-223 = 718') if num1 == 941 and sign == '-' and num2 == 224: print('941-224 = 717') if num1 == 941 and sign == '-' and num2 == 225: print('941-225 = 716') if num1 == 941 and sign == '-' and num2 == 226: print('941-226 = 715') if num1 == 941 and sign == '-' and num2 == 227: print('941-227 = 714') if num1 == 941 and sign == '-' and num2 == 228: print('941-228 = 713') if num1 == 941 and sign == '-' and num2 == 229: print('941-229 = 712') if num1 == 941 and sign == '-' and num2 == 230: print('941-230 = 711') if num1 == 941 and sign == '-' and num2 == 231: print('941-231 = 710') if num1 == 941 and sign == '-' and num2 == 232: print('941-232 = 709') if num1 == 941 and sign == '-' and num2 == 233: print('941-233 = 708') if num1 == 941 and sign == '-' and num2 == 234: print('941-234 = 707') if num1 == 941 and sign == '-' and num2 == 235: print('941-235 = 706') if num1 == 941 and sign == '-' and num2 == 236: print('941-236 = 705') if num1 == 941 and sign == '-' and num2 == 237: print('941-237 = 704') if num1 == 941 and sign == '-' and num2 == 238: print('941-238 = 703') if num1 == 941 and sign == '-' and num2 == 239: print('941-239 = 702') if num1 == 941 and sign == '-' and num2 == 240: print('941-240 = 701') if num1 == 941 and sign == '-' and num2 == 241: print('941-241 = 700') if num1 == 941 and sign == '-' and num2 == 242: print('941-242 = 699') if num1 == 941 and sign == '-' and num2 == 243: print('941-243 = 698') if num1 == 941 and sign == '-' and num2 == 244: print('941-244 = 697') if num1 == 941 and sign == '-' and num2 == 245: print('941-245 = 696') if num1 == 941 and sign == '-' and num2 == 246: print('941-246 = 695') if num1 == 941 and sign == '-' and num2 == 247: print('941-247 = 694') if num1 == 941 and sign == '-' and num2 == 248: print('941-248 = 693') if num1 == 941 and sign == '-' and num2 == 249: print('941-249 = 692') if num1 == 942 and sign == '-' and num2 == 200: print('942-200 = 742') if num1 == 942 and sign == '-' and num2 == 201: print('942-201 = 741') if num1 == 942 and sign == '-' and num2 == 202: print('942-202 = 740') if num1 == 942 and sign == '-' and num2 == 203: print('942-203 = 739') if num1 == 942 and sign == '-' and num2 == 204: print('942-204 = 738') if num1 == 942 and sign == '-' and num2 == 205: print('942-205 = 737') if num1 == 942 and sign == '-' and num2 == 206: print('942-206 = 736') if num1 == 942 and sign == '-' and num2 == 207: print('942-207 = 735') if num1 == 942 and sign == '-' and num2 == 208: print('942-208 = 734') if num1 == 942 and sign == '-' and num2 == 209: print('942-209 = 733') if num1 == 942 and sign == '-' and num2 == 210: print('942-210 = 732') if num1 == 942 and sign == '-' and num2 == 211: print('942-211 = 731') if num1 == 942 and sign == '-' and num2 == 212: print('942-212 = 730') if num1 == 942 and sign == '-' and num2 == 213: print('942-213 = 729') if num1 == 942 and sign == '-' and num2 == 214: print('942-214 = 728') if num1 == 942 and sign == '-' and num2 == 215: print('942-215 = 727') if num1 == 942 and sign == '-' and num2 == 216: print('942-216 = 726') if num1 == 942 and sign == '-' and num2 == 217: print('942-217 = 725') if num1 == 942 and sign == '-' and num2 == 218: print('942-218 = 724') if num1 == 942 and sign == '-' and num2 == 219: print('942-219 = 723') if num1 == 942 and sign == '-' and num2 == 220: print('942-220 = 722') if num1 == 942 and sign == '-' and num2 == 221: print('942-221 = 721') if num1 == 942 and sign == '-' and num2 == 222: print('942-222 = 720') if num1 == 942 and sign == '-' and num2 == 223: print('942-223 = 719') if num1 == 942 and sign == '-' and num2 == 224: print('942-224 = 718') if num1 == 942 and sign == '-' and num2 == 225: print('942-225 = 717') if num1 == 942 and sign == '-' and num2 == 226: print('942-226 = 716') if num1 == 942 and sign == '-' and num2 == 227: print('942-227 = 715') if num1 == 942 and sign == '-' and num2 == 228: print('942-228 = 714') if num1 == 942 and sign == '-' and num2 == 229: print('942-229 = 713') if num1 == 942 and sign == '-' and num2 == 230: print('942-230 = 712') if num1 == 942 and sign == '-' and num2 == 231: print('942-231 = 711') if num1 == 942 and sign == '-' and num2 == 232: print('942-232 = 710') if num1 == 942 and sign == '-' and num2 == 233: print('942-233 = 709') if num1 == 942 and sign == '-' and num2 == 234: print('942-234 = 708') if num1 == 942 and sign == '-' and num2 == 235: print('942-235 = 707') if num1 == 942 and sign == '-' and num2 == 236: print('942-236 = 706') if num1 == 942 and sign == '-' and num2 == 237: print('942-237 = 705') if num1 == 942 and sign == '-' and num2 == 238: print('942-238 = 704') if num1 == 942 and sign == '-' and num2 == 239: print('942-239 = 703') if num1 == 942 and sign == '-' and num2 == 240: print('942-240 = 702') if num1 == 942 and sign == '-' and num2 == 241: print('942-241 = 701') if num1 == 942 and sign == '-' and num2 == 242: print('942-242 = 700') if num1 == 942 and sign == '-' and num2 == 243: print('942-243 = 699') if num1 == 942 and sign == '-' and num2 == 244: print('942-244 = 698') if num1 == 942 and sign == '-' and num2 == 245: print('942-245 = 697') if num1 == 942 and sign == '-' and num2 == 246: print('942-246 = 696') if num1 == 942 and sign == '-' and num2 == 247: print('942-247 = 695') if num1 == 942 and sign == '-' and num2 == 248: print('942-248 = 694') if num1 == 942 and sign == '-' and num2 == 249: print('942-249 = 693') if num1 == 943 and sign == '-' and num2 == 200: print('943-200 = 743') if num1 == 943 and sign == '-' and num2 == 201: print('943-201 = 742') if num1 == 943 and sign == '-' and num2 == 202: print('943-202 = 741') if num1 == 943 and sign == '-' and num2 == 203: print('943-203 = 740') if num1 == 943 and sign == '-' and num2 == 204: print('943-204 = 739') if num1 == 943 and sign == '-' and num2 == 205: print('943-205 = 738') if num1 == 943 and sign == '-' and num2 == 206: print('943-206 = 737') if num1 == 943 and sign == '-' and num2 == 207: print('943-207 = 736') if num1 == 943 and sign == '-' and num2 == 208: print('943-208 = 735') if num1 == 943 and sign == '-' and num2 == 209: print('943-209 = 734') if num1 == 943 and sign == '-' and num2 == 210: print('943-210 = 733') if num1 == 943 and sign == '-' and num2 == 211: print('943-211 = 732') if num1 == 943 and sign == '-' and num2 == 212: print('943-212 = 731') if num1 == 943 and sign == '-' and num2 == 213: print('943-213 = 730') if num1 == 943 and sign == '-' and num2 == 214: print('943-214 = 729') if num1 == 943 and sign == '-' and num2 == 215: print('943-215 = 728') if num1 == 943 and sign == '-' and num2 == 216: print('943-216 = 727') if num1 == 943 and sign == '-' and num2 == 217: print('943-217 = 726') if num1 == 943 and sign == '-' and num2 == 218: print('943-218 = 725') if num1 == 943 and sign == '-' and num2 == 219: print('943-219 = 724') if num1 == 943 and sign == '-' and num2 == 220: print('943-220 = 723') if num1 == 943 and sign == '-' and num2 == 221: print('943-221 = 722') if num1 == 943 and sign == '-' and num2 == 222: print('943-222 = 721') if num1 == 943 and sign == '-' and num2 == 223: print('943-223 = 720') if num1 == 943 and sign == '-' and num2 == 224: print('943-224 = 719') if num1 == 943 and sign == '-' and num2 == 225: print('943-225 = 718') if num1 == 943 and sign == '-' and num2 == 226: print('943-226 = 717') if num1 == 943 and sign == '-' and num2 == 227: print('943-227 = 716') if num1 == 943 and sign == '-' and num2 == 228: print('943-228 = 715') if num1 == 943 and sign == '-' and num2 == 229: print('943-229 = 714') if num1 == 943 and sign == '-' and num2 == 230: print('943-230 = 713') if num1 == 943 and sign == '-' and num2 == 231: print('943-231 = 712') if num1 == 943 and sign == '-' and num2 == 232: print('943-232 = 711') if num1 == 943 and sign == '-' and num2 == 233: print('943-233 = 710') if num1 == 943 and sign == '-' and num2 == 234: print('943-234 = 709') if num1 == 943 and sign == '-' and num2 == 235: print('943-235 = 708') if num1 == 943 and sign == '-' and num2 == 236: print('943-236 = 707') if num1 == 943 and sign == '-' and num2 == 237: print('943-237 = 706') if num1 == 943 and sign == '-' and num2 == 238: print('943-238 = 705') if num1 == 943 and sign == '-' and num2 == 239: print('943-239 = 704') if num1 == 943 and sign == '-' and num2 == 240: print('943-240 = 703') if num1 == 943 and sign == '-' and num2 == 241: print('943-241 = 702') if num1 == 943 and sign == '-' and num2 == 242: print('943-242 = 701') if num1 == 943 and sign == '-' and num2 == 243: print('943-243 = 700') if num1 == 943 and sign == '-' and num2 == 244: print('943-244 = 699') if num1 == 943 and sign == '-' and num2 == 245: print('943-245 = 698') if num1 == 943 and sign == '-' and num2 == 246: print('943-246 = 697') if num1 == 943 and sign == '-' and num2 == 247: print('943-247 = 696') if num1 == 943 and sign == '-' and num2 == 248: print('943-248 = 695') if num1 == 943 and sign == '-' and num2 == 249: print('943-249 = 694') if num1 == 944 and sign == '-' and num2 == 200: print('944-200 = 744') if num1 == 944 and sign == '-' and num2 == 201: print('944-201 = 743') if num1 == 944 and sign == '-' and num2 == 202: print('944-202 = 742') if num1 == 944 and sign == '-' and num2 == 203: print('944-203 = 741') if num1 == 944 and sign == '-' and num2 == 204: print('944-204 = 740') if num1 == 944 and sign == '-' and num2 == 205: print('944-205 = 739') if num1 == 944 and sign == '-' and num2 == 206: print('944-206 = 738') if num1 == 944 and sign == '-' and num2 == 207: print('944-207 = 737') if num1 == 944 and sign == '-' and num2 == 208: print('944-208 = 736') if num1 == 944 and sign == '-' and num2 == 209: print('944-209 = 735') if num1 == 944 and sign == '-' and num2 == 210: print('944-210 = 734') if num1 == 944 and sign == '-' and num2 == 211: print('944-211 = 733') if num1 == 944 and sign == '-' and num2 == 212: print('944-212 = 732') if num1 == 944 and sign == '-' and num2 == 213: print('944-213 = 731') if num1 == 944 and sign == '-' and num2 == 214: print('944-214 = 730') if num1 == 944 and sign == '-' and num2 == 215: print('944-215 = 729') if num1 == 944 and sign == '-' and num2 == 216: print('944-216 = 728') if num1 == 944 and sign == '-' and num2 == 217: print('944-217 = 727') if num1 == 944 and sign == '-' and num2 == 218: print('944-218 = 726') if num1 == 944 and sign == '-' and num2 == 219: print('944-219 = 725') if num1 == 944 and sign == '-' and num2 == 220: print('944-220 = 724') if num1 == 944 and sign == '-' and num2 == 221: print('944-221 = 723') if num1 == 944 and sign == '-' and num2 == 222: print('944-222 = 722') if num1 == 944 and sign == '-' and num2 == 223: print('944-223 = 721') if num1 == 944 and sign == '-' and num2 == 224: print('944-224 = 720') if num1 == 944 and sign == '-' and num2 == 225: print('944-225 = 719') if num1 == 944 and sign == '-' and num2 == 226: print('944-226 = 718') if num1 == 944 and sign == '-' and num2 == 227: print('944-227 = 717') if num1 == 944 and sign == '-' and num2 == 228: print('944-228 = 716') if num1 == 944 and sign == '-' and num2 == 229: print('944-229 = 715') if num1 == 944 and sign == '-' and num2 == 230: print('944-230 = 714') if num1 == 944 and sign == '-' and num2 == 231: print('944-231 = 713') if num1 == 944 and sign == '-' and num2 == 232: print('944-232 = 712') if num1 == 944 and sign == '-' and num2 == 233: print('944-233 = 711') if num1 == 944 and sign == '-' and num2 == 234: print('944-234 = 710') if num1 == 944 and sign == '-' and num2 == 235: print('944-235 = 709') if num1 == 944 and sign == '-' and num2 == 236: print('944-236 = 708') if num1 == 944 and sign == '-' and num2 == 237: print('944-237 = 707') if num1 == 944 and sign == '-' and num2 == 238: print('944-238 = 706') if num1 == 944 and sign == '-' and num2 == 239: print('944-239 = 705') if num1 == 944 and sign == '-' and num2 == 240: print('944-240 = 704') if num1 == 944 and sign == '-' and num2 == 241: print('944-241 = 703') if num1 == 944 and sign == '-' and num2 == 242: print('944-242 = 702') if num1 == 944 and sign == '-' and num2 == 243: print('944-243 = 701') if num1 == 944 and sign == '-' and num2 == 244: print('944-244 = 700') if num1 == 944 and sign == '-' and num2 == 245: print('944-245 = 699') if num1 == 944 and sign == '-' and num2 == 246: print('944-246 = 698') if num1 == 944 and sign == '-' and num2 == 247: print('944-247 = 697') if num1 == 944 and sign == '-' and num2 == 248: print('944-248 = 696') if num1 == 944 and sign == '-' and num2 == 249: print('944-249 = 695') if num1 == 945 and sign == '-' and num2 == 200: print('945-200 = 745') if num1 == 945 and sign == '-' and num2 == 201: print('945-201 = 744') if num1 == 945 and sign == '-' and num2 == 202: print('945-202 = 743') if num1 == 945 and sign == '-' and num2 == 203: print('945-203 = 742') if num1 == 945 and sign == '-' and num2 == 204: print('945-204 = 741') if num1 == 945 and sign == '-' and num2 == 205: print('945-205 = 740') if num1 == 945 and sign == '-' and num2 == 206: print('945-206 = 739') if num1 == 945 and sign == '-' and num2 == 207: print('945-207 = 738') if num1 == 945 and sign == '-' and num2 == 208: print('945-208 = 737') if num1 == 945 and sign == '-' and num2 == 209: print('945-209 = 736') if num1 == 945 and sign == '-' and num2 == 210: print('945-210 = 735') if num1 == 945 and sign == '-' and num2 == 211: print('945-211 = 734') if num1 == 945 and sign == '-' and num2 == 212: print('945-212 = 733') if num1 == 945 and sign == '-' and num2 == 213: print('945-213 = 732') if num1 == 945 and sign == '-' and num2 == 214: print('945-214 = 731') if num1 == 945 and sign == '-' and num2 == 215: print('945-215 = 730') if num1 == 945 and sign == '-' and num2 == 216: print('945-216 = 729') if num1 == 945 and sign == '-' and num2 == 217: print('945-217 = 728') if num1 == 945 and sign == '-' and num2 == 218: print('945-218 = 727') if num1 == 945 and sign == '-' and num2 == 219: print('945-219 = 726') if num1 == 945 and sign == '-' and num2 == 220: print('945-220 = 725') if num1 == 945 and sign == '-' and num2 == 221: print('945-221 = 724') if num1 == 945 and sign == '-' and num2 == 222: print('945-222 = 723') if num1 == 945 and sign == '-' and num2 == 223: print('945-223 = 722') if num1 == 945 and sign == '-' and num2 == 224: print('945-224 = 721') if num1 == 945 and sign == '-' and num2 == 225: print('945-225 = 720') if num1 == 945 and sign == '-' and num2 == 226: print('945-226 = 719') if num1 == 945 and sign == '-' and num2 == 227: print('945-227 = 718') if num1 == 945 and sign == '-' and num2 == 228: print('945-228 = 717') if num1 == 945 and sign == '-' and num2 == 229: print('945-229 = 716') if num1 == 945 and sign == '-' and num2 == 230: print('945-230 = 715') if num1 == 945 and sign == '-' and num2 == 231: print('945-231 = 714') if num1 == 945 and sign == '-' and num2 == 232: print('945-232 = 713') if num1 == 945 and sign == '-' and num2 == 233: print('945-233 = 712') if num1 == 945 and sign == '-' and num2 == 234: print('945-234 = 711') if num1 == 945 and sign == '-' and num2 == 235: print('945-235 = 710') if num1 == 945 and sign == '-' and num2 == 236: print('945-236 = 709') if num1 == 945 and sign == '-' and num2 == 237: print('945-237 = 708') if num1 == 945 and sign == '-' and num2 == 238: print('945-238 = 707') if num1 == 945 and sign == '-' and num2 == 239: print('945-239 = 706') if num1 == 945 and sign == '-' and num2 == 240: print('945-240 = 705') if num1 == 945 and sign == '-' and num2 == 241: print('945-241 = 704') if num1 == 945 and sign == '-' and num2 == 242: print('945-242 = 703') if num1 == 945 and sign == '-' and num2 == 243: print('945-243 = 702') if num1 == 945 and sign == '-' and num2 == 244: print('945-244 = 701') if num1 == 945 and sign == '-' and num2 == 245: print('945-245 = 700') if num1 == 945 and sign == '-' and num2 == 246: print('945-246 = 699') if num1 == 945 and sign == '-' and num2 == 247: print('945-247 = 698') if num1 == 945 and sign == '-' and num2 == 248: print('945-248 = 697') if num1 == 945 and sign == '-' and num2 == 249: print('945-249 = 696') if num1 == 946 and sign == '-' and num2 == 200: print('946-200 = 746') if num1 == 946 and sign == '-' and num2 == 201: print('946-201 = 745') if num1 == 946 and sign == '-' and num2 == 202: print('946-202 = 744') if num1 == 946 and sign == '-' and num2 == 203: print('946-203 = 743') if num1 == 946 and sign == '-' and num2 == 204: print('946-204 = 742') if num1 == 946 and sign == '-' and num2 == 205: print('946-205 = 741') if num1 == 946 and sign == '-' and num2 == 206: print('946-206 = 740') if num1 == 946 and sign == '-' and num2 == 207: print('946-207 = 739') if num1 == 946 and sign == '-' and num2 == 208: print('946-208 = 738') if num1 == 946 and sign == '-' and num2 == 209: print('946-209 = 737') if num1 == 946 and sign == '-' and num2 == 210: print('946-210 = 736') if num1 == 946 and sign == '-' and num2 == 211: print('946-211 = 735') if num1 == 946 and sign == '-' and num2 == 212: print('946-212 = 734') if num1 == 946 and sign == '-' and num2 == 213: print('946-213 = 733') if num1 == 946 and sign == '-' and num2 == 214: print('946-214 = 732') if num1 == 946 and sign == '-' and num2 == 215: print('946-215 = 731') if num1 == 946 and sign == '-' and num2 == 216: print('946-216 = 730') if num1 == 946 and sign == '-' and num2 == 217: print('946-217 = 729') if num1 == 946 and sign == '-' and num2 == 218: print('946-218 = 728') if num1 == 946 and sign == '-' and num2 == 219: print('946-219 = 727') if num1 == 946 and sign == '-' and num2 == 220: print('946-220 = 726') if num1 == 946 and sign == '-' and num2 == 221: print('946-221 = 725') if num1 == 946 and sign == '-' and num2 == 222: print('946-222 = 724') if num1 == 946 and sign == '-' and num2 == 223: print('946-223 = 723') if num1 == 946 and sign == '-' and num2 == 224: print('946-224 = 722') if num1 == 946 and sign == '-' and num2 == 225: print('946-225 = 721') if num1 == 946 and sign == '-' and num2 == 226: print('946-226 = 720') if num1 == 946 and sign == '-' and num2 == 227: print('946-227 = 719') if num1 == 946 and sign == '-' and num2 == 228: print('946-228 = 718') if num1 == 946 and sign == '-' and num2 == 229: print('946-229 = 717') if num1 == 946 and sign == '-' and num2 == 230: print('946-230 = 716') if num1 == 946 and sign == '-' and num2 == 231: print('946-231 = 715') if num1 == 946 and sign == '-' and num2 == 232: print('946-232 = 714') if num1 == 946 and sign == '-' and num2 == 233: print('946-233 = 713') if num1 == 946 and sign == '-' and num2 == 234: print('946-234 = 712') if num1 == 946 and sign == '-' and num2 == 235: print('946-235 = 711') if num1 == 946 and sign == '-' and num2 == 236: print('946-236 = 710') if num1 == 946 and sign == '-' and num2 == 237: print('946-237 = 709') if num1 == 946 and sign == '-' and num2 == 238: print('946-238 = 708') if num1 == 946 and sign == '-' and num2 == 239: print('946-239 = 707') if num1 == 946 and sign == '-' and num2 == 240: print('946-240 = 706') if num1 == 946 and sign == '-' and num2 == 241: print('946-241 = 705') if num1 == 946 and sign == '-' and num2 == 242: print('946-242 = 704') if num1 == 946 and sign == '-' and num2 == 243: print('946-243 = 703') if num1 == 946 and sign == '-' and num2 == 244: print('946-244 = 702') if num1 == 946 and sign == '-' and num2 == 245: print('946-245 = 701') if num1 == 946 and sign == '-' and num2 == 246: print('946-246 = 700') if num1 == 946 and sign == '-' and num2 == 247: print('946-247 = 699') if num1 == 946 and sign == '-' and num2 == 248: print('946-248 = 698') if num1 == 946 and sign == '-' and num2 == 249: print('946-249 = 697') if num1 == 947 and sign == '-' and num2 == 200: print('947-200 = 747') if num1 == 947 and sign == '-' and num2 == 201: print('947-201 = 746') if num1 == 947 and sign == '-' and num2 == 202: print('947-202 = 745') if num1 == 947 and sign == '-' and num2 == 203: print('947-203 = 744') if num1 == 947 and sign == '-' and num2 == 204: print('947-204 = 743') if num1 == 947 and sign == '-' and num2 == 205: print('947-205 = 742') if num1 == 947 and sign == '-' and num2 == 206: print('947-206 = 741') if num1 == 947 and sign == '-' and num2 == 207: print('947-207 = 740') if num1 == 947 and sign == '-' and num2 == 208: print('947-208 = 739') if num1 == 947 and sign == '-' and num2 == 209: print('947-209 = 738') if num1 == 947 and sign == '-' and num2 == 210: print('947-210 = 737') if num1 == 947 and sign == '-' and num2 == 211: print('947-211 = 736') if num1 == 947 and sign == '-' and num2 == 212: print('947-212 = 735') if num1 == 947 and sign == '-' and num2 == 213: print('947-213 = 734') if num1 == 947 and sign == '-' and num2 == 214: print('947-214 = 733') if num1 == 947 and sign == '-' and num2 == 215: print('947-215 = 732') if num1 == 947 and sign == '-' and num2 == 216: print('947-216 = 731') if num1 == 947 and sign == '-' and num2 == 217: print('947-217 = 730') if num1 == 947 and sign == '-' and num2 == 218: print('947-218 = 729') if num1 == 947 and sign == '-' and num2 == 219: print('947-219 = 728') if num1 == 947 and sign == '-' and num2 == 220: print('947-220 = 727') if num1 == 947 and sign == '-' and num2 == 221: print('947-221 = 726') if num1 == 947 and sign == '-' and num2 == 222: print('947-222 = 725') if num1 == 947 and sign == '-' and num2 == 223: print('947-223 = 724') if num1 == 947 and sign == '-' and num2 == 224: print('947-224 = 723') if num1 == 947 and sign == '-' and num2 == 225: print('947-225 = 722') if num1 == 947 and sign == '-' and num2 == 226: print('947-226 = 721') if num1 == 947 and sign == '-' and num2 == 227: print('947-227 = 720') if num1 == 947 and sign == '-' and num2 == 228: print('947-228 = 719') if num1 == 947 and sign == '-' and num2 == 229: print('947-229 = 718') if num1 == 947 and sign == '-' and num2 == 230: print('947-230 = 717') if num1 == 947 and sign == '-' and num2 == 231: print('947-231 = 716') if num1 == 947 and sign == '-' and num2 == 232: print('947-232 = 715') if num1 == 947 and sign == '-' and num2 == 233: print('947-233 = 714') if num1 == 947 and sign == '-' and num2 == 234: print('947-234 = 713') if num1 == 947 and sign == '-' and num2 == 235: print('947-235 = 712') if num1 == 947 and sign == '-' and num2 == 236: print('947-236 = 711') if num1 == 947 and sign == '-' and num2 == 237: print('947-237 = 710') if num1 == 947 and sign == '-' and num2 == 238: print('947-238 = 709') if num1 == 947 and sign == '-' and num2 == 239: print('947-239 = 708') if num1 == 947 and sign == '-' and num2 == 240: print('947-240 = 707') if num1 == 947 and sign == '-' and num2 == 241: print('947-241 = 706') if num1 == 947 and sign == '-' and num2 == 242: print('947-242 = 705') if num1 == 947 and sign == '-' and num2 == 243: print('947-243 = 704') if num1 == 947 and sign == '-' and num2 == 244: print('947-244 = 703') if num1 == 947 and sign == '-' and num2 == 245: print('947-245 = 702') if num1 == 947 and sign == '-' and num2 == 246: print('947-246 = 701') if num1 == 947 and sign == '-' and num2 == 247: print('947-247 = 700') if num1 == 947 and sign == '-' and num2 == 248: print('947-248 = 699') if num1 == 947 and sign == '-' and num2 == 249: print('947-249 = 698') if num1 == 948 and sign == '-' and num2 == 200: print('948-200 = 748') if num1 == 948 and sign == '-' and num2 == 201: print('948-201 = 747') if num1 == 948 and sign == '-' and num2 == 202: print('948-202 = 746') if num1 == 948 and sign == '-' and num2 == 203: print('948-203 = 745') if num1 == 948 and sign == '-' and num2 == 204: print('948-204 = 744') if num1 == 948 and sign == '-' and num2 == 205: print('948-205 = 743') if num1 == 948 and sign == '-' and num2 == 206: print('948-206 = 742') if num1 == 948 and sign == '-' and num2 == 207: print('948-207 = 741') if num1 == 948 and sign == '-' and num2 == 208: print('948-208 = 740') if num1 == 948 and sign == '-' and num2 == 209: print('948-209 = 739') if num1 == 948 and sign == '-' and num2 == 210: print('948-210 = 738') if num1 == 948 and sign == '-' and num2 == 211: print('948-211 = 737') if num1 == 948 and sign == '-' and num2 == 212: print('948-212 = 736') if num1 == 948 and sign == '-' and num2 == 213: print('948-213 = 735') if num1 == 948 and sign == '-' and num2 == 214: print('948-214 = 734') if num1 == 948 and sign == '-' and num2 == 215: print('948-215 = 733') if num1 == 948 and sign == '-' and num2 == 216: print('948-216 = 732') if num1 == 948 and sign == '-' and num2 == 217: print('948-217 = 731') if num1 == 948 and sign == '-' and num2 == 218: print('948-218 = 730') if num1 == 948 and sign == '-' and num2 == 219: print('948-219 = 729') if num1 == 948 and sign == '-' and num2 == 220: print('948-220 = 728') if num1 == 948 and sign == '-' and num2 == 221: print('948-221 = 727') if num1 == 948 and sign == '-' and num2 == 222: print('948-222 = 726') if num1 == 948 and sign == '-' and num2 == 223: print('948-223 = 725') if num1 == 948 and sign == '-' and num2 == 224: print('948-224 = 724') if num1 == 948 and sign == '-' and num2 == 225: print('948-225 = 723') if num1 == 948 and sign == '-' and num2 == 226: print('948-226 = 722') if num1 == 948 and sign == '-' and num2 == 227: print('948-227 = 721') if num1 == 948 and sign == '-' and num2 == 228: print('948-228 = 720') if num1 == 948 and sign == '-' and num2 == 229: print('948-229 = 719') if num1 == 948 and sign == '-' and num2 == 230: print('948-230 = 718') if num1 == 948 and sign == '-' and num2 == 231: print('948-231 = 717') if num1 == 948 and sign == '-' and num2 == 232: print('948-232 = 716') if num1 == 948 and sign == '-' and num2 == 233: print('948-233 = 715') if num1 == 948 and sign == '-' and num2 == 234: print('948-234 = 714') if num1 == 948 and sign == '-' and num2 == 235: print('948-235 = 713') if num1 == 948 and sign == '-' and num2 == 236: print('948-236 = 712') if num1 == 948 and sign == '-' and num2 == 237: print('948-237 = 711') if num1 == 948 and sign == '-' and num2 == 238: print('948-238 = 710') if num1 == 948 and sign == '-' and num2 == 239: print('948-239 = 709') if num1 == 948 and sign == '-' and num2 == 240: print('948-240 = 708') if num1 == 948 and sign == '-' and num2 == 241: print('948-241 = 707') if num1 == 948 and sign == '-' and num2 == 242: print('948-242 = 706') if num1 == 948 and sign == '-' and num2 == 243: print('948-243 = 705') if num1 == 948 and sign == '-' and num2 == 244: print('948-244 = 704') if num1 == 948 and sign == '-' and num2 == 245: print('948-245 = 703') if num1 == 948 and sign == '-' and num2 == 246: print('948-246 = 702') if num1 == 948 and sign == '-' and num2 == 247: print('948-247 = 701') if num1 == 948 and sign == '-' and num2 == 248: print('948-248 = 700') if num1 == 948 and sign == '-' and num2 == 249: print('948-249 = 699') if num1 == 949 and sign == '-' and num2 == 200: print('949-200 = 749') if num1 == 949 and sign == '-' and num2 == 201: print('949-201 = 748') if num1 == 949 and sign == '-' and num2 == 202: print('949-202 = 747') if num1 == 949 and sign == '-' and num2 == 203: print('949-203 = 746') if num1 == 949 and sign == '-' and num2 == 204: print('949-204 = 745') if num1 == 949 and sign == '-' and num2 == 205: print('949-205 = 744') if num1 == 949 and sign == '-' and num2 == 206: print('949-206 = 743') if num1 == 949 and sign == '-' and num2 == 207: print('949-207 = 742') if num1 == 949 and sign == '-' and num2 == 208: print('949-208 = 741') if num1 == 949 and sign == '-' and num2 == 209: print('949-209 = 740') if num1 == 949 and sign == '-' and num2 == 210: print('949-210 = 739') if num1 == 949 and sign == '-' and num2 == 211: print('949-211 = 738') if num1 == 949 and sign == '-' and num2 == 212: print('949-212 = 737') if num1 == 949 and sign == '-' and num2 == 213: print('949-213 = 736') if num1 == 949 and sign == '-' and num2 == 214: print('949-214 = 735') if num1 == 949 and sign == '-' and num2 == 215: print('949-215 = 734') if num1 == 949 and sign == '-' and num2 == 216: print('949-216 = 733') if num1 == 949 and sign == '-' and num2 == 217: print('949-217 = 732') if num1 == 949 and sign == '-' and num2 == 218: print('949-218 = 731') if num1 == 949 and sign == '-' and num2 == 219: print('949-219 = 730') if num1 == 949 and sign == '-' and num2 == 220: print('949-220 = 729') if num1 == 949 and sign == '-' and num2 == 221: print('949-221 = 728') if num1 == 949 and sign == '-' and num2 == 222: print('949-222 = 727') if num1 == 949 and sign == '-' and num2 == 223: print('949-223 = 726') if num1 == 949 and sign == '-' and num2 == 224: print('949-224 = 725') if num1 == 949 and sign == '-' and num2 == 225: print('949-225 = 724') if num1 == 949 and sign == '-' and num2 == 226: print('949-226 = 723') if num1 == 949 and sign == '-' and num2 == 227: print('949-227 = 722') if num1 == 949 and sign == '-' and num2 == 228: print('949-228 = 721') if num1 == 949 and sign == '-' and num2 == 229: print('949-229 = 720') if num1 == 949 and sign == '-' and num2 == 230: print('949-230 = 719') if num1 == 949 and sign == '-' and num2 == 231: print('949-231 = 718') if num1 == 949 and sign == '-' and num2 == 232: print('949-232 = 717') if num1 == 949 and sign == '-' and num2 == 233: print('949-233 = 716') if num1 == 949 and sign == '-' and num2 == 234: print('949-234 = 715') if num1 == 949 and sign == '-' and num2 == 235: print('949-235 = 714') if num1 == 949 and sign == '-' and num2 == 236: print('949-236 = 713') if num1 == 949 and sign == '-' and num2 == 237: print('949-237 = 712') if num1 == 949 and sign == '-' and num2 == 238: print('949-238 = 711') if num1 == 949 and sign == '-' and num2 == 239: print('949-239 = 710') if num1 == 949 and sign == '-' and num2 == 240: print('949-240 = 709') if num1 == 949 and sign == '-' and num2 == 241: print('949-241 = 708') if num1 == 949 and sign == '-' and num2 == 242: print('949-242 = 707') if num1 == 949 and sign == '-' and num2 == 243: print('949-243 = 706') if num1 == 949 and sign == '-' and num2 == 244: print('949-244 = 705') if num1 == 949 and sign == '-' and num2 == 245: print('949-245 = 704') if num1 == 949 and sign == '-' and num2 == 246: print('949-246 = 703') if num1 == 949 and sign == '-' and num2 == 247: print('949-247 = 702') if num1 == 949 and sign == '-' and num2 == 248: print('949-248 = 701') if num1 == 949 and sign == '-' and num2 == 249: print('949-249 = 700') if num1 == 900 and sign == '/' and num2 == 200: print('900/200 = 4.5') if num1 == 900 and sign == '/' and num2 == 201: print('900/201 = 4.4776119403') if num1 == 900 and sign == '/' and num2 == 202: print('900/202 = 4.45544554455') if num1 == 900 and sign == '/' and num2 == 203: print('900/203 = 4.43349753695') if num1 == 900 and sign == '/' and num2 == 204: print('900/204 = 4.41176470588') if num1 == 900 and sign == '/' and num2 == 205: print('900/205 = 4.39024390244') if num1 == 900 and sign == '/' and num2 == 206: print('900/206 = 4.36893203883') if num1 == 900 and sign == '/' and num2 == 207: print('900/207 = 4.34782608696') if num1 == 900 and sign == '/' and num2 == 208: print('900/208 = 4.32692307692') if num1 == 900 and sign == '/' and num2 == 209: print('900/209 = 4.30622009569') if num1 == 900 and sign == '/' and num2 == 210: print('900/210 = 4.28571428571') if num1 == 900 and sign == '/' and num2 == 211: print('900/211 = 4.2654028436') if num1 == 900 and sign == '/' and num2 == 212: print('900/212 = 4.24528301887') if num1 == 900 and sign == '/' and num2 == 213: print('900/213 = 4.22535211268') if num1 == 900 and sign == '/' and num2 == 214: print('900/214 = 4.20560747664') if num1 == 900 and sign == '/' and num2 == 215: print('900/215 = 4.18604651163') if num1 == 900 and sign == '/' and num2 == 216: print('900/216 = 4.16666666667') if num1 == 900 and sign == '/' and num2 == 217: print('900/217 = 4.14746543779') if num1 == 900 and sign == '/' and num2 == 218: print('900/218 = 4.12844036697') if num1 == 900 and sign == '/' and num2 == 219: print('900/219 = 4.1095890411') if num1 == 900 and sign == '/' and num2 == 220: print('900/220 = 4.09090909091') if num1 == 900 and sign == '/' and num2 == 221: print('900/221 = 4.07239819005') if num1 == 900 and sign == '/' and num2 == 222: print('900/222 = 4.05405405405') if num1 == 900 and sign == '/' and num2 == 223: print('900/223 = 4.03587443946') if num1 == 900 and sign == '/' and num2 == 224: print('900/224 = 4.01785714286') if num1 == 900 and sign == '/' and num2 == 225: print('900/225 = 4.0') if num1 == 900 and sign == '/' and num2 == 226: print('900/226 = 3.98230088496') if num1 == 900 and sign == '/' and num2 == 227: print('900/227 = 3.96475770925') if num1 == 900 and sign == '/' and num2 == 228: print('900/228 = 3.94736842105') if num1 == 900 and sign == '/' and num2 == 229: print('900/229 = 3.93013100437') if num1 == 900 and sign == '/' and num2 == 230: print('900/230 = 3.91304347826') if num1 == 900 and sign == '/' and num2 == 231: print('900/231 = 3.8961038961') if num1 == 900 and sign == '/' and num2 == 232: print('900/232 = 3.87931034483') if num1 == 900 and sign == '/' and num2 == 233: print('900/233 = 3.86266094421') if num1 == 900 and sign == '/' and num2 == 234: print('900/234 = 3.84615384615') if num1 == 900 and sign == '/' and num2 == 235: print('900/235 = 3.82978723404') if num1 == 900 and sign == '/' and num2 == 236: print('900/236 = 3.81355932203') if num1 == 900 and sign == '/' and num2 == 237: print('900/237 = 3.79746835443') if num1 == 900 and sign == '/' and num2 == 238: print('900/238 = 3.78151260504') if num1 == 900 and sign == '/' and num2 == 239: print('900/239 = 3.76569037657') if num1 == 900 and sign == '/' and num2 == 240: print('900/240 = 3.75') if num1 == 900 and sign == '/' and num2 == 241: print('900/241 = 3.73443983402') if num1 == 900 and sign == '/' and num2 == 242: print('900/242 = 3.71900826446') if num1 == 900 and sign == '/' and num2 == 243: print('900/243 = 3.7037037037') if num1 == 900 and sign == '/' and num2 == 244: print('900/244 = 3.68852459016') if num1 == 900 and sign == '/' and num2 == 245: print('900/245 = 3.67346938776') if num1 == 900 and sign == '/' and num2 == 246: print('900/246 = 3.65853658537') if num1 == 900 and sign == '/' and num2 == 247: print('900/247 = 3.64372469636') if num1 == 900 and sign == '/' and num2 == 248: print('900/248 = 3.62903225806') if num1 == 900 and sign == '/' and num2 == 249: print('900/249 = 3.61445783133') if num1 == 901 and sign == '/' and num2 == 200: print('901/200 = 4.505') if num1 == 901 and sign == '/' and num2 == 201: print('901/201 = 4.48258706468') if num1 == 901 and sign == '/' and num2 == 202: print('901/202 = 4.4603960396') if num1 == 901 and sign == '/' and num2 == 203: print('901/203 = 4.43842364532') if num1 == 901 and sign == '/' and num2 == 204: print('901/204 = 4.41666666667') if num1 == 901 and sign == '/' and num2 == 205: print('901/205 = 4.39512195122') if num1 == 901 and sign == '/' and num2 == 206: print('901/206 = 4.37378640777') if num1 == 901 and sign == '/' and num2 == 207: print('901/207 = 4.35265700483') if num1 == 901 and sign == '/' and num2 == 208: print('901/208 = 4.33173076923') if num1 == 901 and sign == '/' and num2 == 209: print('901/209 = 4.31100478469') if num1 == 901 and sign == '/' and num2 == 210: print('901/210 = 4.29047619048') if num1 == 901 and sign == '/' and num2 == 211: print('901/211 = 4.27014218009') if num1 == 901 and sign == '/' and num2 == 212: print('901/212 = 4.25') if num1 == 901 and sign == '/' and num2 == 213: print('901/213 = 4.23004694836') if num1 == 901 and sign == '/' and num2 == 214: print('901/214 = 4.21028037383') if num1 == 901 and sign == '/' and num2 == 215: print('901/215 = 4.19069767442') if num1 == 901 and sign == '/' and num2 == 216: print('901/216 = 4.1712962963') if num1 == 901 and sign == '/' and num2 == 217: print('901/217 = 4.15207373272') if num1 == 901 and sign == '/' and num2 == 218: print('901/218 = 4.13302752294') if num1 == 901 and sign == '/' and num2 == 219: print('901/219 = 4.11415525114') if num1 == 901 and sign == '/' and num2 == 220: print('901/220 = 4.09545454545') if num1 == 901 and sign == '/' and num2 == 221: print('901/221 = 4.07692307692') if num1 == 901 and sign == '/' and num2 == 222: print('901/222 = 4.05855855856') if num1 == 901 and sign == '/' and num2 == 223: print('901/223 = 4.04035874439') if num1 == 901 and sign == '/' and num2 == 224: print('901/224 = 4.02232142857') if num1 == 901 and sign == '/' and num2 == 225: print('901/225 = 4.00444444444') if num1 == 901 and sign == '/' and num2 == 226: print('901/226 = 3.98672566372') if num1 == 901 and sign == '/' and num2 == 227: print('901/227 = 3.96916299559') if num1 == 901 and sign == '/' and num2 == 228: print('901/228 = 3.95175438596') if num1 == 901 and sign == '/' and num2 == 229: print('901/229 = 3.93449781659') if num1 == 901 and sign == '/' and num2 == 230: print('901/230 = 3.91739130435') if num1 == 901 and sign == '/' and num2 == 231: print('901/231 = 3.90043290043') if num1 == 901 and sign == '/' and num2 == 232: print('901/232 = 3.88362068966') if num1 == 901 and sign == '/' and num2 == 233: print('901/233 = 3.8669527897') if num1 == 901 and sign == '/' and num2 == 234: print('901/234 = 3.85042735043') if num1 == 901 and sign == '/' and num2 == 235: print('901/235 = 3.83404255319') if num1 == 901 and sign == '/' and num2 == 236: print('901/236 = 3.81779661017') if num1 == 901 and sign == '/' and num2 == 237: print('901/237 = 3.80168776371') if num1 == 901 and sign == '/' and num2 == 238: print('901/238 = 3.78571428571') if num1 == 901 and sign == '/' and num2 == 239: print('901/239 = 3.76987447699') if num1 == 901 and sign == '/' and num2 == 240: print('901/240 = 3.75416666667') if num1 == 901 and sign == '/' and num2 == 241: print('901/241 = 3.73858921162') if num1 == 901 and sign == '/' and num2 == 242: print('901/242 = 3.72314049587') if num1 == 901 and sign == '/' and num2 == 243: print('901/243 = 3.70781893004') if num1 == 901 and sign == '/' and num2 == 244: print('901/244 = 3.69262295082') if num1 == 901 and sign == '/' and num2 == 245: print('901/245 = 3.67755102041') if num1 == 901 and sign == '/' and num2 == 246: print('901/246 = 3.66260162602') if num1 == 901 and sign == '/' and num2 == 247: print('901/247 = 3.64777327935') if num1 == 901 and sign == '/' and num2 == 248: print('901/248 = 3.63306451613') if num1 == 901 and sign == '/' and num2 == 249: print('901/249 = 3.61847389558') if num1 == 902 and sign == '/' and num2 == 200: print('902/200 = 4.51') if num1 == 902 and sign == '/' and num2 == 201: print('902/201 = 4.48756218905') if num1 == 902 and sign == '/' and num2 == 202: print('902/202 = 4.46534653465') if num1 == 902 and sign == '/' and num2 == 203: print('902/203 = 4.44334975369') if num1 == 902 and sign == '/' and num2 == 204: print('902/204 = 4.42156862745') if num1 == 902 and sign == '/' and num2 == 205: print('902/205 = 4.4') if num1 == 902 and sign == '/' and num2 == 206: print('902/206 = 4.3786407767') if num1 == 902 and sign == '/' and num2 == 207: print('902/207 = 4.35748792271') if num1 == 902 and sign == '/' and num2 == 208: print('902/208 = 4.33653846154') if num1 == 902 and sign == '/' and num2 == 209: print('902/209 = 4.31578947368') if num1 == 902 and sign == '/' and num2 == 210: print('902/210 = 4.29523809524') if num1 == 902 and sign == '/' and num2 == 211: print('902/211 = 4.27488151659') if num1 == 902 and sign == '/' and num2 == 212: print('902/212 = 4.25471698113') if num1 == 902 and sign == '/' and num2 == 213: print('902/213 = 4.23474178404') if num1 == 902 and sign == '/' and num2 == 214: print('902/214 = 4.21495327103') if num1 == 902 and sign == '/' and num2 == 215: print('902/215 = 4.19534883721') if num1 == 902 and sign == '/' and num2 == 216: print('902/216 = 4.17592592593') if num1 == 902 and sign == '/' and num2 == 217: print('902/217 = 4.15668202765') if num1 == 902 and sign == '/' and num2 == 218: print('902/218 = 4.1376146789') if num1 == 902 and sign == '/' and num2 == 219: print('902/219 = 4.11872146119') if num1 == 902 and sign == '/' and num2 == 220: print('902/220 = 4.1') if num1 == 902 and sign == '/' and num2 == 221: print('902/221 = 4.0814479638') if num1 == 902 and sign == '/' and num2 == 222: print('902/222 = 4.06306306306') if num1 == 902 and sign == '/' and num2 == 223: print('902/223 = 4.04484304933') if num1 == 902 and sign == '/' and num2 == 224: print('902/224 = 4.02678571429') if num1 == 902 and sign == '/' and num2 == 225: print('902/225 = 4.00888888889') if num1 == 902 and sign == '/' and num2 == 226: print('902/226 = 3.99115044248') if num1 == 902 and sign == '/' and num2 == 227: print('902/227 = 3.97356828194') if num1 == 902 and sign == '/' and num2 == 228: print('902/228 = 3.95614035088') if num1 == 902 and sign == '/' and num2 == 229: print('902/229 = 3.93886462882') if num1 == 902 and sign == '/' and num2 == 230: print('902/230 = 3.92173913043') if num1 == 902 and sign == '/' and num2 == 231: print('902/231 = 3.90476190476') if num1 == 902 and sign == '/' and num2 == 232: print('902/232 = 3.88793103448') if num1 == 902 and sign == '/' and num2 == 233: print('902/233 = 3.87124463519') if num1 == 902 and sign == '/' and num2 == 234: print('902/234 = 3.8547008547') if num1 == 902 and sign == '/' and num2 == 235: print('902/235 = 3.83829787234') if num1 == 902 and sign == '/' and num2 == 236: print('902/236 = 3.82203389831') if num1 == 902 and sign == '/' and num2 == 237: print('902/237 = 3.805907173') if num1 == 902 and sign == '/' and num2 == 238: print('902/238 = 3.78991596639') if num1 == 902 and sign == '/' and num2 == 239: print('902/239 = 3.77405857741') if num1 == 902 and sign == '/' and num2 == 240: print('902/240 = 3.75833333333') if num1 == 902 and sign == '/' and num2 == 241: print('902/241 = 3.74273858921') if num1 == 902 and sign == '/' and num2 == 242: print('902/242 = 3.72727272727') if num1 == 902 and sign == '/' and num2 == 243: print('902/243 = 3.71193415638') if num1 == 902 and sign == '/' and num2 == 244: print('902/244 = 3.69672131148') if num1 == 902 and sign == '/' and num2 == 245: print('902/245 = 3.68163265306') if num1 == 902 and sign == '/' and num2 == 246: print('902/246 = 3.66666666667') if num1 == 902 and sign == '/' and num2 == 247: print('902/247 = 3.65182186235') if num1 == 902 and sign == '/' and num2 == 248: print('902/248 = 3.63709677419') if num1 == 902 and sign == '/' and num2 == 249: print('902/249 = 3.62248995984') if num1 == 903 and sign == '/' and num2 == 200: print('903/200 = 4.515') if num1 == 903 and sign == '/' and num2 == 201: print('903/201 = 4.49253731343') if num1 == 903 and sign == '/' and num2 == 202: print('903/202 = 4.4702970297') if num1 == 903 and sign == '/' and num2 == 203: print('903/203 = 4.44827586207') if num1 == 903 and sign == '/' and num2 == 204: print('903/204 = 4.42647058824') if num1 == 903 and sign == '/' and num2 == 205: print('903/205 = 4.40487804878') if num1 == 903 and sign == '/' and num2 == 206: print('903/206 = 4.38349514563') if num1 == 903 and sign == '/' and num2 == 207: print('903/207 = 4.36231884058') if num1 == 903 and sign == '/' and num2 == 208: print('903/208 = 4.34134615385') if num1 == 903 and sign == '/' and num2 == 209: print('903/209 = 4.32057416268') if num1 == 903 and sign == '/' and num2 == 210: print('903/210 = 4.3') if num1 == 903 and sign == '/' and num2 == 211: print('903/211 = 4.27962085308') if num1 == 903 and sign == '/' and num2 == 212: print('903/212 = 4.25943396226') if num1 == 903 and sign == '/' and num2 == 213: print('903/213 = 4.23943661972') if num1 == 903 and sign == '/' and num2 == 214: print('903/214 = 4.21962616822') if num1 == 903 and sign == '/' and num2 == 215: print('903/215 = 4.2') if num1 == 903 and sign == '/' and num2 == 216: print('903/216 = 4.18055555556') if num1 == 903 and sign == '/' and num2 == 217: print('903/217 = 4.16129032258') if num1 == 903 and sign == '/' and num2 == 218: print('903/218 = 4.14220183486') if num1 == 903 and sign == '/' and num2 == 219: print('903/219 = 4.12328767123') if num1 == 903 and sign == '/' and num2 == 220: print('903/220 = 4.10454545455') if num1 == 903 and sign == '/' and num2 == 221: print('903/221 = 4.08597285068') if num1 == 903 and sign == '/' and num2 == 222: print('903/222 = 4.06756756757') if num1 == 903 and sign == '/' and num2 == 223: print('903/223 = 4.04932735426') if num1 == 903 and sign == '/' and num2 == 224: print('903/224 = 4.03125') if num1 == 903 and sign == '/' and num2 == 225: print('903/225 = 4.01333333333') if num1 == 903 and sign == '/' and num2 == 226: print('903/226 = 3.99557522124') if num1 == 903 and sign == '/' and num2 == 227: print('903/227 = 3.97797356828') if num1 == 903 and sign == '/' and num2 == 228: print('903/228 = 3.96052631579') if num1 == 903 and sign == '/' and num2 == 229: print('903/229 = 3.94323144105') if num1 == 903 and sign == '/' and num2 == 230: print('903/230 = 3.92608695652') if num1 == 903 and sign == '/' and num2 == 231: print('903/231 = 3.90909090909') if num1 == 903 and sign == '/' and num2 == 232: print('903/232 = 3.89224137931') if num1 == 903 and sign == '/' and num2 == 233: print('903/233 = 3.87553648069') if num1 == 903 and sign == '/' and num2 == 234: print('903/234 = 3.85897435897') if num1 == 903 and sign == '/' and num2 == 235: print('903/235 = 3.84255319149') if num1 == 903 and sign == '/' and num2 == 236: print('903/236 = 3.82627118644') if num1 == 903 and sign == '/' and num2 == 237: print('903/237 = 3.81012658228') if num1 == 903 and sign == '/' and num2 == 238: print('903/238 = 3.79411764706') if num1 == 903 and sign == '/' and num2 == 239: print('903/239 = 3.77824267782') if num1 == 903 and sign == '/' and num2 == 240: print('903/240 = 3.7625') if num1 == 903 and sign == '/' and num2 == 241: print('903/241 = 3.7468879668') if num1 == 903 and sign == '/' and num2 == 242: print('903/242 = 3.73140495868') if num1 == 903 and sign == '/' and num2 == 243: print('903/243 = 3.71604938272') if num1 == 903 and sign == '/' and num2 == 244: print('903/244 = 3.70081967213') if num1 == 903 and sign == '/' and num2 == 245: print('903/245 = 3.68571428571') if num1 == 903 and sign == '/' and num2 == 246: print('903/246 = 3.67073170732') if num1 == 903 and sign == '/' and num2 == 247: print('903/247 = 3.65587044534') if num1 == 903 and sign == '/' and num2 == 248: print('903/248 = 3.64112903226') if num1 == 903 and sign == '/' and num2 == 249: print('903/249 = 3.6265060241') if num1 == 904 and sign == '/' and num2 == 200: print('904/200 = 4.52') if num1 == 904 and sign == '/' and num2 == 201: print('904/201 = 4.49751243781') if num1 == 904 and sign == '/' and num2 == 202: print('904/202 = 4.47524752475') if num1 == 904 and sign == '/' and num2 == 203: print('904/203 = 4.45320197044') if num1 == 904 and sign == '/' and num2 == 204: print('904/204 = 4.43137254902') if num1 == 904 and sign == '/' and num2 == 205: print('904/205 = 4.40975609756') if num1 == 904 and sign == '/' and num2 == 206: print('904/206 = 4.38834951456') if num1 == 904 and sign == '/' and num2 == 207: print('904/207 = 4.36714975845') if num1 == 904 and sign == '/' and num2 == 208: print('904/208 = 4.34615384615') if num1 == 904 and sign == '/' and num2 == 209: print('904/209 = 4.32535885167') if num1 == 904 and sign == '/' and num2 == 210: print('904/210 = 4.30476190476') if num1 == 904 and sign == '/' and num2 == 211: print('904/211 = 4.28436018957') if num1 == 904 and sign == '/' and num2 == 212: print('904/212 = 4.2641509434') if num1 == 904 and sign == '/' and num2 == 213: print('904/213 = 4.2441314554') if num1 == 904 and sign == '/' and num2 == 214: print('904/214 = 4.22429906542') if num1 == 904 and sign == '/' and num2 == 215: print('904/215 = 4.20465116279') if num1 == 904 and sign == '/' and num2 == 216: print('904/216 = 4.18518518519') if num1 == 904 and sign == '/' and num2 == 217: print('904/217 = 4.16589861751') if num1 == 904 and sign == '/' and num2 == 218: print('904/218 = 4.14678899083') if num1 == 904 and sign == '/' and num2 == 219: print('904/219 = 4.12785388128') if num1 == 904 and sign == '/' and num2 == 220: print('904/220 = 4.10909090909') if num1 == 904 and sign == '/' and num2 == 221: print('904/221 = 4.09049773756') if num1 == 904 and sign == '/' and num2 == 222: print('904/222 = 4.07207207207') if num1 == 904 and sign == '/' and num2 == 223: print('904/223 = 4.05381165919') if num1 == 904 and sign == '/' and num2 == 224: print('904/224 = 4.03571428571') if num1 == 904 and sign == '/' and num2 == 225: print('904/225 = 4.01777777778') if num1 == 904 and sign == '/' and num2 == 226: print('904/226 = 4.0') if num1 == 904 and sign == '/' and num2 == 227: print('904/227 = 3.98237885463') if num1 == 904 and sign == '/' and num2 == 228: print('904/228 = 3.9649122807') if num1 == 904 and sign == '/' and num2 == 229: print('904/229 = 3.94759825328') if num1 == 904 and sign == '/' and num2 == 230: print('904/230 = 3.93043478261') if num1 == 904 and sign == '/' and num2 == 231: print('904/231 = 3.91341991342') if num1 == 904 and sign == '/' and num2 == 232: print('904/232 = 3.89655172414') if num1 == 904 and sign == '/' and num2 == 233: print('904/233 = 3.87982832618') if num1 == 904 and sign == '/' and num2 == 234: print('904/234 = 3.86324786325') if num1 == 904 and sign == '/' and num2 == 235: print('904/235 = 3.84680851064') if num1 == 904 and sign == '/' and num2 == 236: print('904/236 = 3.83050847458') if num1 == 904 and sign == '/' and num2 == 237: print('904/237 = 3.81434599156') if num1 == 904 and sign == '/' and num2 == 238: print('904/238 = 3.79831932773') if num1 == 904 and sign == '/' and num2 == 239: print('904/239 = 3.78242677824') if num1 == 904 and sign == '/' and num2 == 240: print('904/240 = 3.76666666667') if num1 == 904 and sign == '/' and num2 == 241: print('904/241 = 3.7510373444') if num1 == 904 and sign == '/' and num2 == 242: print('904/242 = 3.73553719008') if num1 == 904 and sign == '/' and num2 == 243: print('904/243 = 3.72016460905') if num1 == 904 and sign == '/' and num2 == 244: print('904/244 = 3.70491803279') if num1 == 904 and sign == '/' and num2 == 245: print('904/245 = 3.68979591837') if num1 == 904 and sign == '/' and num2 == 246: print('904/246 = 3.67479674797') if num1 == 904 and sign == '/' and num2 == 247: print('904/247 = 3.65991902834') if num1 == 904 and sign == '/' and num2 == 248: print('904/248 = 3.64516129032') if num1 == 904 and sign == '/' and num2 == 249: print('904/249 = 3.63052208835') if num1 == 905 and sign == '/' and num2 == 200: print('905/200 = 4.525') if num1 == 905 and sign == '/' and num2 == 201: print('905/201 = 4.50248756219') if num1 == 905 and sign == '/' and num2 == 202: print('905/202 = 4.4801980198') if num1 == 905 and sign == '/' and num2 == 203: print('905/203 = 4.45812807882') if num1 == 905 and sign == '/' and num2 == 204: print('905/204 = 4.4362745098') if num1 == 905 and sign == '/' and num2 == 205: print('905/205 = 4.41463414634') if num1 == 905 and sign == '/' and num2 == 206: print('905/206 = 4.3932038835') if num1 == 905 and sign == '/' and num2 == 207: print('905/207 = 4.37198067633') if num1 == 905 and sign == '/' and num2 == 208: print('905/208 = 4.35096153846') if num1 == 905 and sign == '/' and num2 == 209: print('905/209 = 4.33014354067') if num1 == 905 and sign == '/' and num2 == 210: print('905/210 = 4.30952380952') if num1 == 905 and sign == '/' and num2 == 211: print('905/211 = 4.28909952607') if num1 == 905 and sign == '/' and num2 == 212: print('905/212 = 4.26886792453') if num1 == 905 and sign == '/' and num2 == 213: print('905/213 = 4.24882629108') if num1 == 905 and sign == '/' and num2 == 214: print('905/214 = 4.22897196262') if num1 == 905 and sign == '/' and num2 == 215: print('905/215 = 4.20930232558') if num1 == 905 and sign == '/' and num2 == 216: print('905/216 = 4.18981481481') if num1 == 905 and sign == '/' and num2 == 217: print('905/217 = 4.17050691244') if num1 == 905 and sign == '/' and num2 == 218: print('905/218 = 4.15137614679') if num1 == 905 and sign == '/' and num2 == 219: print('905/219 = 4.13242009132') if num1 == 905 and sign == '/' and num2 == 220: print('905/220 = 4.11363636364') if num1 == 905 and sign == '/' and num2 == 221: print('905/221 = 4.09502262443') if num1 == 905 and sign == '/' and num2 == 222: print('905/222 = 4.07657657658') if num1 == 905 and sign == '/' and num2 == 223: print('905/223 = 4.05829596413') if num1 == 905 and sign == '/' and num2 == 224: print('905/224 = 4.04017857143') if num1 == 905 and sign == '/' and num2 == 225: print('905/225 = 4.02222222222') if num1 == 905 and sign == '/' and num2 == 226: print('905/226 = 4.00442477876') if num1 == 905 and sign == '/' and num2 == 227: print('905/227 = 3.98678414097') if num1 == 905 and sign == '/' and num2 == 228: print('905/228 = 3.96929824561') if num1 == 905 and sign == '/' and num2 == 229: print('905/229 = 3.9519650655') if num1 == 905 and sign == '/' and num2 == 230: print('905/230 = 3.9347826087') if num1 == 905 and sign == '/' and num2 == 231: print('905/231 = 3.91774891775') if num1 == 905 and sign == '/' and num2 == 232: print('905/232 = 3.90086206897') if num1 == 905 and sign == '/' and num2 == 233: print('905/233 = 3.88412017167') if num1 == 905 and sign == '/' and num2 == 234: print('905/234 = 3.86752136752') if num1 == 905 and sign == '/' and num2 == 235: print('905/235 = 3.85106382979') if num1 == 905 and sign == '/' and num2 == 236: print('905/236 = 3.83474576271') if num1 == 905 and sign == '/' and num2 == 237: print('905/237 = 3.81856540084') if num1 == 905 and sign == '/' and num2 == 238: print('905/238 = 3.8025210084') if num1 == 905 and sign == '/' and num2 == 239: print('905/239 = 3.78661087866') if num1 == 905 and sign == '/' and num2 == 240: print('905/240 = 3.77083333333') if num1 == 905 and sign == '/' and num2 == 241: print('905/241 = 3.75518672199') if num1 == 905 and sign == '/' and num2 == 242: print('905/242 = 3.73966942149') if num1 == 905 and sign == '/' and num2 == 243: print('905/243 = 3.72427983539') if num1 == 905 and sign == '/' and num2 == 244: print('905/244 = 3.70901639344') if num1 == 905 and sign == '/' and num2 == 245: print('905/245 = 3.69387755102') if num1 == 905 and sign == '/' and num2 == 246: print('905/246 = 3.67886178862') if num1 == 905 and sign == '/' and num2 == 247: print('905/247 = 3.66396761134') if num1 == 905 and sign == '/' and num2 == 248: print('905/248 = 3.64919354839') if num1 == 905 and sign == '/' and num2 == 249: print('905/249 = 3.63453815261') if num1 == 906 and sign == '/' and num2 == 200: print('906/200 = 4.53') if num1 == 906 and sign == '/' and num2 == 201: print('906/201 = 4.50746268657') if num1 == 906 and sign == '/' and num2 == 202: print('906/202 = 4.48514851485') if num1 == 906 and sign == '/' and num2 == 203: print('906/203 = 4.46305418719') if num1 == 906 and sign == '/' and num2 == 204: print('906/204 = 4.44117647059') if num1 == 906 and sign == '/' and num2 == 205: print('906/205 = 4.41951219512') if num1 == 906 and sign == '/' and num2 == 206: print('906/206 = 4.39805825243') if num1 == 906 and sign == '/' and num2 == 207: print('906/207 = 4.3768115942') if num1 == 906 and sign == '/' and num2 == 208: print('906/208 = 4.35576923077') if num1 == 906 and sign == '/' and num2 == 209: print('906/209 = 4.33492822967') if num1 == 906 and sign == '/' and num2 == 210: print('906/210 = 4.31428571429') if num1 == 906 and sign == '/' and num2 == 211: print('906/211 = 4.29383886256') if num1 == 906 and sign == '/' and num2 == 212: print('906/212 = 4.27358490566') if num1 == 906 and sign == '/' and num2 == 213: print('906/213 = 4.25352112676') if num1 == 906 and sign == '/' and num2 == 214: print('906/214 = 4.23364485981') if num1 == 906 and sign == '/' and num2 == 215: print('906/215 = 4.21395348837') if num1 == 906 and sign == '/' and num2 == 216: print('906/216 = 4.19444444444') if num1 == 906 and sign == '/' and num2 == 217: print('906/217 = 4.17511520737') if num1 == 906 and sign == '/' and num2 == 218: print('906/218 = 4.15596330275') if num1 == 906 and sign == '/' and num2 == 219: print('906/219 = 4.13698630137') if num1 == 906 and sign == '/' and num2 == 220: print('906/220 = 4.11818181818') if num1 == 906 and sign == '/' and num2 == 221: print('906/221 = 4.09954751131') if num1 == 906 and sign == '/' and num2 == 222: print('906/222 = 4.08108108108') if num1 == 906 and sign == '/' and num2 == 223: print('906/223 = 4.06278026906') if num1 == 906 and sign == '/' and num2 == 224: print('906/224 = 4.04464285714') if num1 == 906 and sign == '/' and num2 == 225: print('906/225 = 4.02666666667') if num1 == 906 and sign == '/' and num2 == 226: print('906/226 = 4.00884955752') if num1 == 906 and sign == '/' and num2 == 227: print('906/227 = 3.99118942731') if num1 == 906 and sign == '/' and num2 == 228: print('906/228 = 3.97368421053') if num1 == 906 and sign == '/' and num2 == 229: print('906/229 = 3.95633187773') if num1 == 906 and sign == '/' and num2 == 230: print('906/230 = 3.93913043478') if num1 == 906 and sign == '/' and num2 == 231: print('906/231 = 3.92207792208') if num1 == 906 and sign == '/' and num2 == 232: print('906/232 = 3.90517241379') if num1 == 906 and sign == '/' and num2 == 233: print('906/233 = 3.88841201717') if num1 == 906 and sign == '/' and num2 == 234: print('906/234 = 3.87179487179') if num1 == 906 and sign == '/' and num2 == 235: print('906/235 = 3.85531914894') if num1 == 906 and sign == '/' and num2 == 236: print('906/236 = 3.83898305085') if num1 == 906 and sign == '/' and num2 == 237: print('906/237 = 3.82278481013') if num1 == 906 and sign == '/' and num2 == 238: print('906/238 = 3.80672268908') if num1 == 906 and sign == '/' and num2 == 239: print('906/239 = 3.79079497908') if num1 == 906 and sign == '/' and num2 == 240: print('906/240 = 3.775') if num1 == 906 and sign == '/' and num2 == 241: print('906/241 = 3.75933609959') if num1 == 906 and sign == '/' and num2 == 242: print('906/242 = 3.74380165289') if num1 == 906 and sign == '/' and num2 == 243: print('906/243 = 3.72839506173') if num1 == 906 and sign == '/' and num2 == 244: print('906/244 = 3.7131147541') if num1 == 906 and sign == '/' and num2 == 245: print('906/245 = 3.69795918367') if num1 == 906 and sign == '/' and num2 == 246: print('906/246 = 3.68292682927') if num1 == 906 and sign == '/' and num2 == 247: print('906/247 = 3.66801619433') if num1 == 906 and sign == '/' and num2 == 248: print('906/248 = 3.65322580645') if num1 == 906 and sign == '/' and num2 == 249: print('906/249 = 3.63855421687') if num1 == 907 and sign == '/' and num2 == 200: print('907/200 = 4.535') if num1 == 907 and sign == '/' and num2 == 201: print('907/201 = 4.51243781095') if num1 == 907 and sign == '/' and num2 == 202: print('907/202 = 4.4900990099') if num1 == 907 and sign == '/' and num2 == 203: print('907/203 = 4.46798029557') if num1 == 907 and sign == '/' and num2 == 204: print('907/204 = 4.44607843137') if num1 == 907 and sign == '/' and num2 == 205: print('907/205 = 4.4243902439') if num1 == 907 and sign == '/' and num2 == 206: print('907/206 = 4.40291262136') if num1 == 907 and sign == '/' and num2 == 207: print('907/207 = 4.38164251208') if num1 == 907 and sign == '/' and num2 == 208: print('907/208 = 4.36057692308') if num1 == 907 and sign == '/' and num2 == 209: print('907/209 = 4.33971291866') if num1 == 907 and sign == '/' and num2 == 210: print('907/210 = 4.31904761905') if num1 == 907 and sign == '/' and num2 == 211: print('907/211 = 4.29857819905') if num1 == 907 and sign == '/' and num2 == 212: print('907/212 = 4.27830188679') if num1 == 907 and sign == '/' and num2 == 213: print('907/213 = 4.25821596244') if num1 == 907 and sign == '/' and num2 == 214: print('907/214 = 4.23831775701') if num1 == 907 and sign == '/' and num2 == 215: print('907/215 = 4.21860465116') if num1 == 907 and sign == '/' and num2 == 216: print('907/216 = 4.19907407407') if num1 == 907 and sign == '/' and num2 == 217: print('907/217 = 4.1797235023') if num1 == 907 and sign == '/' and num2 == 218: print('907/218 = 4.16055045872') if num1 == 907 and sign == '/' and num2 == 219: print('907/219 = 4.14155251142') if num1 == 907 and sign == '/' and num2 == 220: print('907/220 = 4.12272727273') if num1 == 907 and sign == '/' and num2 == 221: print('907/221 = 4.10407239819') if num1 == 907 and sign == '/' and num2 == 222: print('907/222 = 4.08558558559') if num1 == 907 and sign == '/' and num2 == 223: print('907/223 = 4.06726457399') if num1 == 907 and sign == '/' and num2 == 224: print('907/224 = 4.04910714286') if num1 == 907 and sign == '/' and num2 == 225: print('907/225 = 4.03111111111') if num1 == 907 and sign == '/' and num2 == 226: print('907/226 = 4.01327433628') if num1 == 907 and sign == '/' and num2 == 227: print('907/227 = 3.99559471366') if num1 == 907 and sign == '/' and num2 == 228: print('907/228 = 3.97807017544') if num1 == 907 and sign == '/' and num2 == 229: print('907/229 = 3.96069868996') if num1 == 907 and sign == '/' and num2 == 230: print('907/230 = 3.94347826087') if num1 == 907 and sign == '/' and num2 == 231: print('907/231 = 3.92640692641') if num1 == 907 and sign == '/' and num2 == 232: print('907/232 = 3.90948275862') if num1 == 907 and sign == '/' and num2 == 233: print('907/233 = 3.89270386266') if num1 == 907 and sign == '/' and num2 == 234: print('907/234 = 3.87606837607') if num1 == 907 and sign == '/' and num2 == 235: print('907/235 = 3.85957446809') if num1 == 907 and sign == '/' and num2 == 236: print('907/236 = 3.84322033898') if num1 == 907 and sign == '/' and num2 == 237: print('907/237 = 3.82700421941') if num1 == 907 and sign == '/' and num2 == 238: print('907/238 = 3.81092436975') if num1 == 907 and sign == '/' and num2 == 239: print('907/239 = 3.7949790795') if num1 == 907 and sign == '/' and num2 == 240: print('907/240 = 3.77916666667') if num1 == 907 and sign == '/' and num2 == 241: print('907/241 = 3.76348547718') if num1 == 907 and sign == '/' and num2 == 242: print('907/242 = 3.7479338843') if num1 == 907 and sign == '/' and num2 == 243: print('907/243 = 3.73251028807') if num1 == 907 and sign == '/' and num2 == 244: print('907/244 = 3.71721311475') if num1 == 907 and sign == '/' and num2 == 245: print('907/245 = 3.70204081633') if num1 == 907 and sign == '/' and num2 == 246: print('907/246 = 3.68699186992') if num1 == 907 and sign == '/' and num2 == 247: print('907/247 = 3.67206477733') if num1 == 907 and sign == '/' and num2 == 248: print('907/248 = 3.65725806452') if num1 == 907 and sign == '/' and num2 == 249: print('907/249 = 3.64257028112') if num1 == 908 and sign == '/' and num2 == 200: print('908/200 = 4.54') if num1 == 908 and sign == '/' and num2 == 201: print('908/201 = 4.51741293532') if num1 == 908 and sign == '/' and num2 == 202: print('908/202 = 4.49504950495') if num1 == 908 and sign == '/' and num2 == 203: print('908/203 = 4.47290640394') if num1 == 908 and sign == '/' and num2 == 204: print('908/204 = 4.45098039216') if num1 == 908 and sign == '/' and num2 == 205: print('908/205 = 4.42926829268') if num1 == 908 and sign == '/' and num2 == 206: print('908/206 = 4.40776699029') if num1 == 908 and sign == '/' and num2 == 207: print('908/207 = 4.38647342995') if num1 == 908 and sign == '/' and num2 == 208: print('908/208 = 4.36538461538') if num1 == 908 and sign == '/' and num2 == 209: print('908/209 = 4.34449760766') if num1 == 908 and sign == '/' and num2 == 210: print('908/210 = 4.32380952381') if num1 == 908 and sign == '/' and num2 == 211: print('908/211 = 4.30331753555') if num1 == 908 and sign == '/' and num2 == 212: print('908/212 = 4.28301886792') if num1 == 908 and sign == '/' and num2 == 213: print('908/213 = 4.26291079812') if num1 == 908 and sign == '/' and num2 == 214: print('908/214 = 4.24299065421') if num1 == 908 and sign == '/' and num2 == 215: print('908/215 = 4.22325581395') if num1 == 908 and sign == '/' and num2 == 216: print('908/216 = 4.2037037037') if num1 == 908 and sign == '/' and num2 == 217: print('908/217 = 4.18433179724') if num1 == 908 and sign == '/' and num2 == 218: print('908/218 = 4.16513761468') if num1 == 908 and sign == '/' and num2 == 219: print('908/219 = 4.14611872146') if num1 == 908 and sign == '/' and num2 == 220: print('908/220 = 4.12727272727') if num1 == 908 and sign == '/' and num2 == 221: print('908/221 = 4.10859728507') if num1 == 908 and sign == '/' and num2 == 222: print('908/222 = 4.09009009009') if num1 == 908 and sign == '/' and num2 == 223: print('908/223 = 4.07174887892') if num1 == 908 and sign == '/' and num2 == 224: print('908/224 = 4.05357142857') if num1 == 908 and sign == '/' and num2 == 225: print('908/225 = 4.03555555556') if num1 == 908 and sign == '/' and num2 == 226: print('908/226 = 4.01769911504') if num1 == 908 and sign == '/' and num2 == 227: print('908/227 = 4.0') if num1 == 908 and sign == '/' and num2 == 228: print('908/228 = 3.98245614035') if num1 == 908 and sign == '/' and num2 == 229: print('908/229 = 3.96506550218') if num1 == 908 and sign == '/' and num2 == 230: print('908/230 = 3.94782608696') if num1 == 908 and sign == '/' and num2 == 231: print('908/231 = 3.93073593074') if num1 == 908 and sign == '/' and num2 == 232: print('908/232 = 3.91379310345') if num1 == 908 and sign == '/' and num2 == 233: print('908/233 = 3.89699570815') if num1 == 908 and sign == '/' and num2 == 234: print('908/234 = 3.88034188034') if num1 == 908 and sign == '/' and num2 == 235: print('908/235 = 3.86382978723') if num1 == 908 and sign == '/' and num2 == 236: print('908/236 = 3.84745762712') if num1 == 908 and sign == '/' and num2 == 237: print('908/237 = 3.83122362869') if num1 == 908 and sign == '/' and num2 == 238: print('908/238 = 3.81512605042') if num1 == 908 and sign == '/' and num2 == 239: print('908/239 = 3.79916317992') if num1 == 908 and sign == '/' and num2 == 240: print('908/240 = 3.78333333333') if num1 == 908 and sign == '/' and num2 == 241: print('908/241 = 3.76763485477') if num1 == 908 and sign == '/' and num2 == 242: print('908/242 = 3.7520661157') if num1 == 908 and sign == '/' and num2 == 243: print('908/243 = 3.7366255144') if num1 == 908 and sign == '/' and num2 == 244: print('908/244 = 3.72131147541') if num1 == 908 and sign == '/' and num2 == 245: print('908/245 = 3.70612244898') if num1 == 908 and sign == '/' and num2 == 246: print('908/246 = 3.69105691057') if num1 == 908 and sign == '/' and num2 == 247: print('908/247 = 3.67611336032') if num1 == 908 and sign == '/' and num2 == 248: print('908/248 = 3.66129032258') if num1 == 908 and sign == '/' and num2 == 249: print('908/249 = 3.64658634538') if num1 == 909 and sign == '/' and num2 == 200: print('909/200 = 4.545') if num1 == 909 and sign == '/' and num2 == 201: print('909/201 = 4.5223880597') if num1 == 909 and sign == '/' and num2 == 202: print('909/202 = 4.5') if num1 == 909 and sign == '/' and num2 == 203: print('909/203 = 4.47783251232') if num1 == 909 and sign == '/' and num2 == 204: print('909/204 = 4.45588235294') if num1 == 909 and sign == '/' and num2 == 205: print('909/205 = 4.43414634146') if num1 == 909 and sign == '/' and num2 == 206: print('909/206 = 4.41262135922') if num1 == 909 and sign == '/' and num2 == 207: print('909/207 = 4.39130434783') if num1 == 909 and sign == '/' and num2 == 208: print('909/208 = 4.37019230769') if num1 == 909 and sign == '/' and num2 == 209: print('909/209 = 4.34928229665') if num1 == 909 and sign == '/' and num2 == 210: print('909/210 = 4.32857142857') if num1 == 909 and sign == '/' and num2 == 211: print('909/211 = 4.30805687204') if num1 == 909 and sign == '/' and num2 == 212: print('909/212 = 4.28773584906') if num1 == 909 and sign == '/' and num2 == 213: print('909/213 = 4.2676056338') if num1 == 909 and sign == '/' and num2 == 214: print('909/214 = 4.2476635514') if num1 == 909 and sign == '/' and num2 == 215: print('909/215 = 4.22790697674') if num1 == 909 and sign == '/' and num2 == 216: print('909/216 = 4.20833333333') if num1 == 909 and sign == '/' and num2 == 217: print('909/217 = 4.18894009217') if num1 == 909 and sign == '/' and num2 == 218: print('909/218 = 4.16972477064') if num1 == 909 and sign == '/' and num2 == 219: print('909/219 = 4.15068493151') if num1 == 909 and sign == '/' and num2 == 220: print('909/220 = 4.13181818182') if num1 == 909 and sign == '/' and num2 == 221: print('909/221 = 4.11312217195') if num1 == 909 and sign == '/' and num2 == 222: print('909/222 = 4.09459459459') if num1 == 909 and sign == '/' and num2 == 223: print('909/223 = 4.07623318386') if num1 == 909 and sign == '/' and num2 == 224: print('909/224 = 4.05803571429') if num1 == 909 and sign == '/' and num2 == 225: print('909/225 = 4.04') if num1 == 909 and sign == '/' and num2 == 226: print('909/226 = 4.02212389381') if num1 == 909 and sign == '/' and num2 == 227: print('909/227 = 4.00440528634') if num1 == 909 and sign == '/' and num2 == 228: print('909/228 = 3.98684210526') if num1 == 909 and sign == '/' and num2 == 229: print('909/229 = 3.96943231441') if num1 == 909 and sign == '/' and num2 == 230: print('909/230 = 3.95217391304') if num1 == 909 and sign == '/' and num2 == 231: print('909/231 = 3.93506493506') if num1 == 909 and sign == '/' and num2 == 232: print('909/232 = 3.91810344828') if num1 == 909 and sign == '/' and num2 == 233: print('909/233 = 3.90128755365') if num1 == 909 and sign == '/' and num2 == 234: print('909/234 = 3.88461538462') if num1 == 909 and sign == '/' and num2 == 235: print('909/235 = 3.86808510638') if num1 == 909 and sign == '/' and num2 == 236: print('909/236 = 3.85169491525') if num1 == 909 and sign == '/' and num2 == 237: print('909/237 = 3.83544303797') if num1 == 909 and sign == '/' and num2 == 238: print('909/238 = 3.81932773109') if num1 == 909 and sign == '/' and num2 == 239: print('909/239 = 3.80334728033') if num1 == 909 and sign == '/' and num2 == 240: print('909/240 = 3.7875') if num1 == 909 and sign == '/' and num2 == 241: print('909/241 = 3.77178423237') if num1 == 909 and sign == '/' and num2 == 242: print('909/242 = 3.75619834711') if num1 == 909 and sign == '/' and num2 == 243: print('909/243 = 3.74074074074') if num1 == 909 and sign == '/' and num2 == 244: print('909/244 = 3.72540983607') if num1 == 909 and sign == '/' and num2 == 245: print('909/245 = 3.71020408163') if num1 == 909 and sign == '/' and num2 == 246: print('909/246 = 3.69512195122') if num1 == 909 and sign == '/' and num2 == 247: print('909/247 = 3.68016194332') if num1 == 909 and sign == '/' and num2 == 248: print('909/248 = 3.66532258065') if num1 == 909 and sign == '/' and num2 == 249: print('909/249 = 3.65060240964') if num1 == 910 and sign == '/' and num2 == 200: print('910/200 = 4.55') if num1 == 910 and sign == '/' and num2 == 201: print('910/201 = 4.52736318408') if num1 == 910 and sign == '/' and num2 == 202: print('910/202 = 4.50495049505') if num1 == 910 and sign == '/' and num2 == 203: print('910/203 = 4.48275862069') if num1 == 910 and sign == '/' and num2 == 204: print('910/204 = 4.46078431373') if num1 == 910 and sign == '/' and num2 == 205: print('910/205 = 4.43902439024') if num1 == 910 and sign == '/' and num2 == 206: print('910/206 = 4.41747572816') if num1 == 910 and sign == '/' and num2 == 207: print('910/207 = 4.3961352657') if num1 == 910 and sign == '/' and num2 == 208: print('910/208 = 4.375') if num1 == 910 and sign == '/' and num2 == 209: print('910/209 = 4.35406698565') if num1 == 910 and sign == '/' and num2 == 210: print('910/210 = 4.33333333333') if num1 == 910 and sign == '/' and num2 == 211: print('910/211 = 4.31279620853') if num1 == 910 and sign == '/' and num2 == 212: print('910/212 = 4.29245283019') if num1 == 910 and sign == '/' and num2 == 213: print('910/213 = 4.27230046948') if num1 == 910 and sign == '/' and num2 == 214: print('910/214 = 4.2523364486') if num1 == 910 and sign == '/' and num2 == 215: print('910/215 = 4.23255813953') if num1 == 910 and sign == '/' and num2 == 216: print('910/216 = 4.21296296296') if num1 == 910 and sign == '/' and num2 == 217: print('910/217 = 4.1935483871') if num1 == 910 and sign == '/' and num2 == 218: print('910/218 = 4.17431192661') if num1 == 910 and sign == '/' and num2 == 219: print('910/219 = 4.15525114155') if num1 == 910 and sign == '/' and num2 == 220: print('910/220 = 4.13636363636') if num1 == 910 and sign == '/' and num2 == 221: print('910/221 = 4.11764705882') if num1 == 910 and sign == '/' and num2 == 222: print('910/222 = 4.0990990991') if num1 == 910 and sign == '/' and num2 == 223: print('910/223 = 4.08071748879') if num1 == 910 and sign == '/' and num2 == 224: print('910/224 = 4.0625') if num1 == 910 and sign == '/' and num2 == 225: print('910/225 = 4.04444444444') if num1 == 910 and sign == '/' and num2 == 226: print('910/226 = 4.02654867257') if num1 == 910 and sign == '/' and num2 == 227: print('910/227 = 4.00881057269') if num1 == 910 and sign == '/' and num2 == 228: print('910/228 = 3.99122807018') if num1 == 910 and sign == '/' and num2 == 229: print('910/229 = 3.97379912664') if num1 == 910 and sign == '/' and num2 == 230: print('910/230 = 3.95652173913') if num1 == 910 and sign == '/' and num2 == 231: print('910/231 = 3.93939393939') if num1 == 910 and sign == '/' and num2 == 232: print('910/232 = 3.9224137931') if num1 == 910 and sign == '/' and num2 == 233: print('910/233 = 3.90557939914') if num1 == 910 and sign == '/' and num2 == 234: print('910/234 = 3.88888888889') if num1 == 910 and sign == '/' and num2 == 235: print('910/235 = 3.87234042553') if num1 == 910 and sign == '/' and num2 == 236: print('910/236 = 3.85593220339') if num1 == 910 and sign == '/' and num2 == 237: print('910/237 = 3.83966244726') if num1 == 910 and sign == '/' and num2 == 238: print('910/238 = 3.82352941176') if num1 == 910 and sign == '/' and num2 == 239: print('910/239 = 3.80753138075') if num1 == 910 and sign == '/' and num2 == 240: print('910/240 = 3.79166666667') if num1 == 910 and sign == '/' and num2 == 241: print('910/241 = 3.77593360996') if num1 == 910 and sign == '/' and num2 == 242: print('910/242 = 3.76033057851') if num1 == 910 and sign == '/' and num2 == 243: print('910/243 = 3.74485596708') if num1 == 910 and sign == '/' and num2 == 244: print('910/244 = 3.72950819672') if num1 == 910 and sign == '/' and num2 == 245: print('910/245 = 3.71428571429') if num1 == 910 and sign == '/' and num2 == 246: print('910/246 = 3.69918699187') if num1 == 910 and sign == '/' and num2 == 247: print('910/247 = 3.68421052632') if num1 == 910 and sign == '/' and num2 == 248: print('910/248 = 3.66935483871') if num1 == 910 and sign == '/' and num2 == 249: print('910/249 = 3.6546184739') if num1 == 911 and sign == '/' and num2 == 200: print('911/200 = 4.555') if num1 == 911 and sign == '/' and num2 == 201: print('911/201 = 4.53233830846') if num1 == 911 and sign == '/' and num2 == 202: print('911/202 = 4.5099009901') if num1 == 911 and sign == '/' and num2 == 203: print('911/203 = 4.48768472906') if num1 == 911 and sign == '/' and num2 == 204: print('911/204 = 4.46568627451') if num1 == 911 and sign == '/' and num2 == 205: print('911/205 = 4.44390243902') if num1 == 911 and sign == '/' and num2 == 206: print('911/206 = 4.42233009709') if num1 == 911 and sign == '/' and num2 == 207: print('911/207 = 4.40096618357') if num1 == 911 and sign == '/' and num2 == 208: print('911/208 = 4.37980769231') if num1 == 911 and sign == '/' and num2 == 209: print('911/209 = 4.35885167464') if num1 == 911 and sign == '/' and num2 == 210: print('911/210 = 4.3380952381') if num1 == 911 and sign == '/' and num2 == 211: print('911/211 = 4.31753554502') if num1 == 911 and sign == '/' and num2 == 212: print('911/212 = 4.29716981132') if num1 == 911 and sign == '/' and num2 == 213: print('911/213 = 4.27699530516') if num1 == 911 and sign == '/' and num2 == 214: print('911/214 = 4.25700934579') if num1 == 911 and sign == '/' and num2 == 215: print('911/215 = 4.23720930233') if num1 == 911 and sign == '/' and num2 == 216: print('911/216 = 4.21759259259') if num1 == 911 and sign == '/' and num2 == 217: print('911/217 = 4.19815668203') if num1 == 911 and sign == '/' and num2 == 218: print('911/218 = 4.17889908257') if num1 == 911 and sign == '/' and num2 == 219: print('911/219 = 4.1598173516') if num1 == 911 and sign == '/' and num2 == 220: print('911/220 = 4.14090909091') if num1 == 911 and sign == '/' and num2 == 221: print('911/221 = 4.1221719457') if num1 == 911 and sign == '/' and num2 == 222: print('911/222 = 4.1036036036') if num1 == 911 and sign == '/' and num2 == 223: print('911/223 = 4.08520179372') if num1 == 911 and sign == '/' and num2 == 224: print('911/224 = 4.06696428571') if num1 == 911 and sign == '/' and num2 == 225: print('911/225 = 4.04888888889') if num1 == 911 and sign == '/' and num2 == 226: print('911/226 = 4.03097345133') if num1 == 911 and sign == '/' and num2 == 227: print('911/227 = 4.01321585903') if num1 == 911 and sign == '/' and num2 == 228: print('911/228 = 3.99561403509') if num1 == 911 and sign == '/' and num2 == 229: print('911/229 = 3.97816593886') if num1 == 911 and sign == '/' and num2 == 230: print('911/230 = 3.96086956522') if num1 == 911 and sign == '/' and num2 == 231: print('911/231 = 3.94372294372') if num1 == 911 and sign == '/' and num2 == 232: print('911/232 = 3.92672413793') if num1 == 911 and sign == '/' and num2 == 233: print('911/233 = 3.90987124464') if num1 == 911 and sign == '/' and num2 == 234: print('911/234 = 3.89316239316') if num1 == 911 and sign == '/' and num2 == 235: print('911/235 = 3.87659574468') if num1 == 911 and sign == '/' and num2 == 236: print('911/236 = 3.86016949153') if num1 == 911 and sign == '/' and num2 == 237: print('911/237 = 3.84388185654') if num1 == 911 and sign == '/' and num2 == 238: print('911/238 = 3.82773109244') if num1 == 911 and sign == '/' and num2 == 239: print('911/239 = 3.81171548117') if num1 == 911 and sign == '/' and num2 == 240: print('911/240 = 3.79583333333') if num1 == 911 and sign == '/' and num2 == 241: print('911/241 = 3.78008298755') if num1 == 911 and sign == '/' and num2 == 242: print('911/242 = 3.76446280992') if num1 == 911 and sign == '/' and num2 == 243: print('911/243 = 3.74897119342') if num1 == 911 and sign == '/' and num2 == 244: print('911/244 = 3.73360655738') if num1 == 911 and sign == '/' and num2 == 245: print('911/245 = 3.71836734694') if num1 == 911 and sign == '/' and num2 == 246: print('911/246 = 3.70325203252') if num1 == 911 and sign == '/' and num2 == 247: print('911/247 = 3.68825910931') if num1 == 911 and sign == '/' and num2 == 248: print('911/248 = 3.67338709677') if num1 == 911 and sign == '/' and num2 == 249: print('911/249 = 3.65863453815') if num1 == 912 and sign == '/' and num2 == 200: print('912/200 = 4.56') if num1 == 912 and sign == '/' and num2 == 201: print('912/201 = 4.53731343284') if num1 == 912 and sign == '/' and num2 == 202: print('912/202 = 4.51485148515') if num1 == 912 and sign == '/' and num2 == 203: print('912/203 = 4.49261083744') if num1 == 912 and sign == '/' and num2 == 204: print('912/204 = 4.47058823529') if num1 == 912 and sign == '/' and num2 == 205: print('912/205 = 4.4487804878') if num1 == 912 and sign == '/' and num2 == 206: print('912/206 = 4.42718446602') if num1 == 912 and sign == '/' and num2 == 207: print('912/207 = 4.40579710145') if num1 == 912 and sign == '/' and num2 == 208: print('912/208 = 4.38461538462') if num1 == 912 and sign == '/' and num2 == 209: print('912/209 = 4.36363636364') if num1 == 912 and sign == '/' and num2 == 210: print('912/210 = 4.34285714286') if num1 == 912 and sign == '/' and num2 == 211: print('912/211 = 4.32227488152') if num1 == 912 and sign == '/' and num2 == 212: print('912/212 = 4.30188679245') if num1 == 912 and sign == '/' and num2 == 213: print('912/213 = 4.28169014085') if num1 == 912 and sign == '/' and num2 == 214: print('912/214 = 4.26168224299') if num1 == 912 and sign == '/' and num2 == 215: print('912/215 = 4.24186046512') if num1 == 912 and sign == '/' and num2 == 216: print('912/216 = 4.22222222222') if num1 == 912 and sign == '/' and num2 == 217: print('912/217 = 4.20276497696') if num1 == 912 and sign == '/' and num2 == 218: print('912/218 = 4.18348623853') if num1 == 912 and sign == '/' and num2 == 219: print('912/219 = 4.16438356164') if num1 == 912 and sign == '/' and num2 == 220: print('912/220 = 4.14545454545') if num1 == 912 and sign == '/' and num2 == 221: print('912/221 = 4.12669683258') if num1 == 912 and sign == '/' and num2 == 222: print('912/222 = 4.10810810811') if num1 == 912 and sign == '/' and num2 == 223: print('912/223 = 4.08968609865') if num1 == 912 and sign == '/' and num2 == 224: print('912/224 = 4.07142857143') if num1 == 912 and sign == '/' and num2 == 225: print('912/225 = 4.05333333333') if num1 == 912 and sign == '/' and num2 == 226: print('912/226 = 4.03539823009') if num1 == 912 and sign == '/' and num2 == 227: print('912/227 = 4.01762114537') if num1 == 912 and sign == '/' and num2 == 228: print('912/228 = 4.0') if num1 == 912 and sign == '/' and num2 == 229: print('912/229 = 3.98253275109') if num1 == 912 and sign == '/' and num2 == 230: print('912/230 = 3.9652173913') if num1 == 912 and sign == '/' and num2 == 231: print('912/231 = 3.94805194805') if num1 == 912 and sign == '/' and num2 == 232: print('912/232 = 3.93103448276') if num1 == 912 and sign == '/' and num2 == 233: print('912/233 = 3.91416309013') if num1 == 912 and sign == '/' and num2 == 234: print('912/234 = 3.89743589744') if num1 == 912 and sign == '/' and num2 == 235: print('912/235 = 3.88085106383') if num1 == 912 and sign == '/' and num2 == 236: print('912/236 = 3.86440677966') if num1 == 912 and sign == '/' and num2 == 237: print('912/237 = 3.84810126582') if num1 == 912 and sign == '/' and num2 == 238: print('912/238 = 3.83193277311') if num1 == 912 and sign == '/' and num2 == 239: print('912/239 = 3.81589958159') if num1 == 912 and sign == '/' and num2 == 240: print('912/240 = 3.8') if num1 == 912 and sign == '/' and num2 == 241: print('912/241 = 3.78423236515') if num1 == 912 and sign == '/' and num2 == 242: print('912/242 = 3.76859504132') if num1 == 912 and sign == '/' and num2 == 243: print('912/243 = 3.75308641975') if num1 == 912 and sign == '/' and num2 == 244: print('912/244 = 3.73770491803') if num1 == 912 and sign == '/' and num2 == 245: print('912/245 = 3.72244897959') if num1 == 912 and sign == '/' and num2 == 246: print('912/246 = 3.70731707317') if num1 == 912 and sign == '/' and num2 == 247: print('912/247 = 3.69230769231') if num1 == 912 and sign == '/' and num2 == 248: print('912/248 = 3.67741935484') if num1 == 912 and sign == '/' and num2 == 249: print('912/249 = 3.66265060241') if num1 == 913 and sign == '/' and num2 == 200: print('913/200 = 4.565') if num1 == 913 and sign == '/' and num2 == 201: print('913/201 = 4.54228855721') if num1 == 913 and sign == '/' and num2 == 202: print('913/202 = 4.5198019802') if num1 == 913 and sign == '/' and num2 == 203: print('913/203 = 4.49753694581') if num1 == 913 and sign == '/' and num2 == 204: print('913/204 = 4.47549019608') if num1 == 913 and sign == '/' and num2 == 205: print('913/205 = 4.45365853659') if num1 == 913 and sign == '/' and num2 == 206: print('913/206 = 4.43203883495') if num1 == 913 and sign == '/' and num2 == 207: print('913/207 = 4.41062801932') if num1 == 913 and sign == '/' and num2 == 208: print('913/208 = 4.38942307692') if num1 == 913 and sign == '/' and num2 == 209: print('913/209 = 4.36842105263') if num1 == 913 and sign == '/' and num2 == 210: print('913/210 = 4.34761904762') if num1 == 913 and sign == '/' and num2 == 211: print('913/211 = 4.32701421801') if num1 == 913 and sign == '/' and num2 == 212: print('913/212 = 4.30660377358') if num1 == 913 and sign == '/' and num2 == 213: print('913/213 = 4.28638497653') if num1 == 913 and sign == '/' and num2 == 214: print('913/214 = 4.26635514019') if num1 == 913 and sign == '/' and num2 == 215: print('913/215 = 4.24651162791') if num1 == 913 and sign == '/' and num2 == 216: print('913/216 = 4.22685185185') if num1 == 913 and sign == '/' and num2 == 217: print('913/217 = 4.20737327189') if num1 == 913 and sign == '/' and num2 == 218: print('913/218 = 4.1880733945') if num1 == 913 and sign == '/' and num2 == 219: print('913/219 = 4.16894977169') if num1 == 913 and sign == '/' and num2 == 220: print('913/220 = 4.15') if num1 == 913 and sign == '/' and num2 == 221: print('913/221 = 4.13122171946') if num1 == 913 and sign == '/' and num2 == 222: print('913/222 = 4.11261261261') if num1 == 913 and sign == '/' and num2 == 223: print('913/223 = 4.09417040359') if num1 == 913 and sign == '/' and num2 == 224: print('913/224 = 4.07589285714') if num1 == 913 and sign == '/' and num2 == 225: print('913/225 = 4.05777777778') if num1 == 913 and sign == '/' and num2 == 226: print('913/226 = 4.03982300885') if num1 == 913 and sign == '/' and num2 == 227: print('913/227 = 4.02202643172') if num1 == 913 and sign == '/' and num2 == 228: print('913/228 = 4.00438596491') if num1 == 913 and sign == '/' and num2 == 229: print('913/229 = 3.98689956332') if num1 == 913 and sign == '/' and num2 == 230: print('913/230 = 3.96956521739') if num1 == 913 and sign == '/' and num2 == 231: print('913/231 = 3.95238095238') if num1 == 913 and sign == '/' and num2 == 232: print('913/232 = 3.93534482759') if num1 == 913 and sign == '/' and num2 == 233: print('913/233 = 3.91845493562') if num1 == 913 and sign == '/' and num2 == 234: print('913/234 = 3.90170940171') if num1 == 913 and sign == '/' and num2 == 235: print('913/235 = 3.88510638298') if num1 == 913 and sign == '/' and num2 == 236: print('913/236 = 3.8686440678') if num1 == 913 and sign == '/' and num2 == 237: print('913/237 = 3.85232067511') if num1 == 913 and sign == '/' and num2 == 238: print('913/238 = 3.83613445378') if num1 == 913 and sign == '/' and num2 == 239: print('913/239 = 3.82008368201') if num1 == 913 and sign == '/' and num2 == 240: print('913/240 = 3.80416666667') if num1 == 913 and sign == '/' and num2 == 241: print('913/241 = 3.78838174274') if num1 == 913 and sign == '/' and num2 == 242: print('913/242 = 3.77272727273') if num1 == 913 and sign == '/' and num2 == 243: print('913/243 = 3.75720164609') if num1 == 913 and sign == '/' and num2 == 244: print('913/244 = 3.74180327869') if num1 == 913 and sign == '/' and num2 == 245: print('913/245 = 3.72653061224') if num1 == 913 and sign == '/' and num2 == 246: print('913/246 = 3.71138211382') if num1 == 913 and sign == '/' and num2 == 247: print('913/247 = 3.6963562753') if num1 == 913 and sign == '/' and num2 == 248: print('913/248 = 3.6814516129') if num1 == 913 and sign == '/' and num2 == 249: print('913/249 = 3.66666666667') if num1 == 914 and sign == '/' and num2 == 200: print('914/200 = 4.57') if num1 == 914 and sign == '/' and num2 == 201: print('914/201 = 4.54726368159') if num1 == 914 and sign == '/' and num2 == 202: print('914/202 = 4.52475247525') if num1 == 914 and sign == '/' and num2 == 203: print('914/203 = 4.50246305419') if num1 == 914 and sign == '/' and num2 == 204: print('914/204 = 4.48039215686') if num1 == 914 and sign == '/' and num2 == 205: print('914/205 = 4.45853658537') if num1 == 914 and sign == '/' and num2 == 206: print('914/206 = 4.43689320388') if num1 == 914 and sign == '/' and num2 == 207: print('914/207 = 4.4154589372') if num1 == 914 and sign == '/' and num2 == 208: print('914/208 = 4.39423076923') if num1 == 914 and sign == '/' and num2 == 209: print('914/209 = 4.37320574163') if num1 == 914 and sign == '/' and num2 == 210: print('914/210 = 4.35238095238') if num1 == 914 and sign == '/' and num2 == 211: print('914/211 = 4.3317535545') if num1 == 914 and sign == '/' and num2 == 212: print('914/212 = 4.31132075472') if num1 == 914 and sign == '/' and num2 == 213: print('914/213 = 4.29107981221') if num1 == 914 and sign == '/' and num2 == 214: print('914/214 = 4.27102803738') if num1 == 914 and sign == '/' and num2 == 215: print('914/215 = 4.2511627907') if num1 == 914 and sign == '/' and num2 == 216: print('914/216 = 4.23148148148') if num1 == 914 and sign == '/' and num2 == 217: print('914/217 = 4.21198156682') if num1 == 914 and sign == '/' and num2 == 218: print('914/218 = 4.19266055046') if num1 == 914 and sign == '/' and num2 == 219: print('914/219 = 4.17351598174') if num1 == 914 and sign == '/' and num2 == 220: print('914/220 = 4.15454545455') if num1 == 914 and sign == '/' and num2 == 221: print('914/221 = 4.13574660633') if num1 == 914 and sign == '/' and num2 == 222: print('914/222 = 4.11711711712') if num1 == 914 and sign == '/' and num2 == 223: print('914/223 = 4.09865470852') if num1 == 914 and sign == '/' and num2 == 224: print('914/224 = 4.08035714286') if num1 == 914 and sign == '/' and num2 == 225: print('914/225 = 4.06222222222') if num1 == 914 and sign == '/' and num2 == 226: print('914/226 = 4.04424778761') if num1 == 914 and sign == '/' and num2 == 227: print('914/227 = 4.02643171806') if num1 == 914 and sign == '/' and num2 == 228: print('914/228 = 4.00877192982') if num1 == 914 and sign == '/' and num2 == 229: print('914/229 = 3.99126637555') if num1 == 914 and sign == '/' and num2 == 230: print('914/230 = 3.97391304348') if num1 == 914 and sign == '/' and num2 == 231: print('914/231 = 3.95670995671') if num1 == 914 and sign == '/' and num2 == 232: print('914/232 = 3.93965517241') if num1 == 914 and sign == '/' and num2 == 233: print('914/233 = 3.92274678112') if num1 == 914 and sign == '/' and num2 == 234: print('914/234 = 3.90598290598') if num1 == 914 and sign == '/' and num2 == 235: print('914/235 = 3.88936170213') if num1 == 914 and sign == '/' and num2 == 236: print('914/236 = 3.87288135593') if num1 == 914 and sign == '/' and num2 == 237: print('914/237 = 3.85654008439') if num1 == 914 and sign == '/' and num2 == 238: print('914/238 = 3.84033613445') if num1 == 914 and sign == '/' and num2 == 239: print('914/239 = 3.82426778243') if num1 == 914 and sign == '/' and num2 == 240: print('914/240 = 3.80833333333') if num1 == 914 and sign == '/' and num2 == 241: print('914/241 = 3.79253112033') if num1 == 914 and sign == '/' and num2 == 242: print('914/242 = 3.77685950413') if num1 == 914 and sign == '/' and num2 == 243: print('914/243 = 3.76131687243') if num1 == 914 and sign == '/' and num2 == 244: print('914/244 = 3.74590163934') if num1 == 914 and sign == '/' and num2 == 245: print('914/245 = 3.7306122449') if num1 == 914 and sign == '/' and num2 == 246: print('914/246 = 3.71544715447') if num1 == 914 and sign == '/' and num2 == 247: print('914/247 = 3.7004048583') if num1 == 914 and sign == '/' and num2 == 248: print('914/248 = 3.68548387097') if num1 == 914 and sign == '/' and num2 == 249: print('914/249 = 3.67068273092') if num1 == 915 and sign == '/' and num2 == 200: print('915/200 = 4.575') if num1 == 915 and sign == '/' and num2 == 201: print('915/201 = 4.55223880597') if num1 == 915 and sign == '/' and num2 == 202: print('915/202 = 4.5297029703') if num1 == 915 and sign == '/' and num2 == 203: print('915/203 = 4.50738916256') if num1 == 915 and sign == '/' and num2 == 204: print('915/204 = 4.48529411765') if num1 == 915 and sign == '/' and num2 == 205: print('915/205 = 4.46341463415') if num1 == 915 and sign == '/' and num2 == 206: print('915/206 = 4.44174757282') if num1 == 915 and sign == '/' and num2 == 207: print('915/207 = 4.42028985507') if num1 == 915 and sign == '/' and num2 == 208: print('915/208 = 4.39903846154') if num1 == 915 and sign == '/' and num2 == 209: print('915/209 = 4.37799043062') if num1 == 915 and sign == '/' and num2 == 210: print('915/210 = 4.35714285714') if num1 == 915 and sign == '/' and num2 == 211: print('915/211 = 4.336492891') if num1 == 915 and sign == '/' and num2 == 212: print('915/212 = 4.31603773585') if num1 == 915 and sign == '/' and num2 == 213: print('915/213 = 4.29577464789') if num1 == 915 and sign == '/' and num2 == 214: print('915/214 = 4.27570093458') if num1 == 915 and sign == '/' and num2 == 215: print('915/215 = 4.25581395349') if num1 == 915 and sign == '/' and num2 == 216: print('915/216 = 4.23611111111') if num1 == 915 and sign == '/' and num2 == 217: print('915/217 = 4.21658986175') if num1 == 915 and sign == '/' and num2 == 218: print('915/218 = 4.19724770642') if num1 == 915 and sign == '/' and num2 == 219: print('915/219 = 4.17808219178') if num1 == 915 and sign == '/' and num2 == 220: print('915/220 = 4.15909090909') if num1 == 915 and sign == '/' and num2 == 221: print('915/221 = 4.14027149321') if num1 == 915 and sign == '/' and num2 == 222: print('915/222 = 4.12162162162') if num1 == 915 and sign == '/' and num2 == 223: print('915/223 = 4.10313901345') if num1 == 915 and sign == '/' and num2 == 224: print('915/224 = 4.08482142857') if num1 == 915 and sign == '/' and num2 == 225: print('915/225 = 4.06666666667') if num1 == 915 and sign == '/' and num2 == 226: print('915/226 = 4.04867256637') if num1 == 915 and sign == '/' and num2 == 227: print('915/227 = 4.03083700441') if num1 == 915 and sign == '/' and num2 == 228: print('915/228 = 4.01315789474') if num1 == 915 and sign == '/' and num2 == 229: print('915/229 = 3.99563318777') if num1 == 915 and sign == '/' and num2 == 230: print('915/230 = 3.97826086957') if num1 == 915 and sign == '/' and num2 == 231: print('915/231 = 3.96103896104') if num1 == 915 and sign == '/' and num2 == 232: print('915/232 = 3.94396551724') if num1 == 915 and sign == '/' and num2 == 233: print('915/233 = 3.92703862661') if num1 == 915 and sign == '/' and num2 == 234: print('915/234 = 3.91025641026') if num1 == 915 and sign == '/' and num2 == 235: print('915/235 = 3.89361702128') if num1 == 915 and sign == '/' and num2 == 236: print('915/236 = 3.87711864407') if num1 == 915 and sign == '/' and num2 == 237: print('915/237 = 3.86075949367') if num1 == 915 and sign == '/' and num2 == 238: print('915/238 = 3.84453781513') if num1 == 915 and sign == '/' and num2 == 239: print('915/239 = 3.82845188285') if num1 == 915 and sign == '/' and num2 == 240: print('915/240 = 3.8125') if num1 == 915 and sign == '/' and num2 == 241: print('915/241 = 3.79668049793') if num1 == 915 and sign == '/' and num2 == 242: print('915/242 = 3.78099173554') if num1 == 915 and sign == '/' and num2 == 243: print('915/243 = 3.76543209877') if num1 == 915 and sign == '/' and num2 == 244: print('915/244 = 3.75') if num1 == 915 and sign == '/' and num2 == 245: print('915/245 = 3.73469387755') if num1 == 915 and sign == '/' and num2 == 246: print('915/246 = 3.71951219512') if num1 == 915 and sign == '/' and num2 == 247: print('915/247 = 3.7044534413') if num1 == 915 and sign == '/' and num2 == 248: print('915/248 = 3.68951612903') if num1 == 915 and sign == '/' and num2 == 249: print('915/249 = 3.67469879518') if num1 == 916 and sign == '/' and num2 == 200: print('916/200 = 4.58') if num1 == 916 and sign == '/' and num2 == 201: print('916/201 = 4.55721393035') if num1 == 916 and sign == '/' and num2 == 202: print('916/202 = 4.53465346535') if num1 == 916 and sign == '/' and num2 == 203: print('916/203 = 4.51231527094') if num1 == 916 and sign == '/' and num2 == 204: print('916/204 = 4.49019607843') if num1 == 916 and sign == '/' and num2 == 205: print('916/205 = 4.46829268293') if num1 == 916 and sign == '/' and num2 == 206: print('916/206 = 4.44660194175') if num1 == 916 and sign == '/' and num2 == 207: print('916/207 = 4.42512077295') if num1 == 916 and sign == '/' and num2 == 208: print('916/208 = 4.40384615385') if num1 == 916 and sign == '/' and num2 == 209: print('916/209 = 4.38277511962') if num1 == 916 and sign == '/' and num2 == 210: print('916/210 = 4.3619047619') if num1 == 916 and sign == '/' and num2 == 211: print('916/211 = 4.34123222749') if num1 == 916 and sign == '/' and num2 == 212: print('916/212 = 4.32075471698') if num1 == 916 and sign == '/' and num2 == 213: print('916/213 = 4.30046948357') if num1 == 916 and sign == '/' and num2 == 214: print('916/214 = 4.28037383178') if num1 == 916 and sign == '/' and num2 == 215: print('916/215 = 4.26046511628') if num1 == 916 and sign == '/' and num2 == 216: print('916/216 = 4.24074074074') if num1 == 916 and sign == '/' and num2 == 217: print('916/217 = 4.22119815668') if num1 == 916 and sign == '/' and num2 == 218: print('916/218 = 4.20183486239') if num1 == 916 and sign == '/' and num2 == 219: print('916/219 = 4.18264840183') if num1 == 916 and sign == '/' and num2 == 220: print('916/220 = 4.16363636364') if num1 == 916 and sign == '/' and num2 == 221: print('916/221 = 4.14479638009') if num1 == 916 and sign == '/' and num2 == 222: print('916/222 = 4.12612612613') if num1 == 916 and sign == '/' and num2 == 223: print('916/223 = 4.10762331839') if num1 == 916 and sign == '/' and num2 == 224: print('916/224 = 4.08928571429') if num1 == 916 and sign == '/' and num2 == 225: print('916/225 = 4.07111111111') if num1 == 916 and sign == '/' and num2 == 226: print('916/226 = 4.05309734513') if num1 == 916 and sign == '/' and num2 == 227: print('916/227 = 4.03524229075') if num1 == 916 and sign == '/' and num2 == 228: print('916/228 = 4.01754385965') if num1 == 916 and sign == '/' and num2 == 229: print('916/229 = 4.0') if num1 == 916 and sign == '/' and num2 == 230: print('916/230 = 3.98260869565') if num1 == 916 and sign == '/' and num2 == 231: print('916/231 = 3.96536796537') if num1 == 916 and sign == '/' and num2 == 232: print('916/232 = 3.94827586207') if num1 == 916 and sign == '/' and num2 == 233: print('916/233 = 3.9313304721') if num1 == 916 and sign == '/' and num2 == 234: print('916/234 = 3.91452991453') if num1 == 916 and sign == '/' and num2 == 235: print('916/235 = 3.89787234043') if num1 == 916 and sign == '/' and num2 == 236: print('916/236 = 3.8813559322') if num1 == 916 and sign == '/' and num2 == 237: print('916/237 = 3.86497890295') if num1 == 916 and sign == '/' and num2 == 238: print('916/238 = 3.8487394958') if num1 == 916 and sign == '/' and num2 == 239: print('916/239 = 3.83263598326') if num1 == 916 and sign == '/' and num2 == 240: print('916/240 = 3.81666666667') if num1 == 916 and sign == '/' and num2 == 241: print('916/241 = 3.80082987552') if num1 == 916 and sign == '/' and num2 == 242: print('916/242 = 3.78512396694') if num1 == 916 and sign == '/' and num2 == 243: print('916/243 = 3.7695473251') if num1 == 916 and sign == '/' and num2 == 244: print('916/244 = 3.75409836066') if num1 == 916 and sign == '/' and num2 == 245: print('916/245 = 3.7387755102') if num1 == 916 and sign == '/' and num2 == 246: print('916/246 = 3.72357723577') if num1 == 916 and sign == '/' and num2 == 247: print('916/247 = 3.70850202429') if num1 == 916 and sign == '/' and num2 == 248: print('916/248 = 3.6935483871') if num1 == 916 and sign == '/' and num2 == 249: print('916/249 = 3.67871485944') if num1 == 917 and sign == '/' and num2 == 200: print('917/200 = 4.585') if num1 == 917 and sign == '/' and num2 == 201: print('917/201 = 4.56218905473') if num1 == 917 and sign == '/' and num2 == 202: print('917/202 = 4.5396039604') if num1 == 917 and sign == '/' and num2 == 203: print('917/203 = 4.51724137931') if num1 == 917 and sign == '/' and num2 == 204: print('917/204 = 4.49509803922') if num1 == 917 and sign == '/' and num2 == 205: print('917/205 = 4.47317073171') if num1 == 917 and sign == '/' and num2 == 206: print('917/206 = 4.45145631068') if num1 == 917 and sign == '/' and num2 == 207: print('917/207 = 4.42995169082') if num1 == 917 and sign == '/' and num2 == 208: print('917/208 = 4.40865384615') if num1 == 917 and sign == '/' and num2 == 209: print('917/209 = 4.38755980861') if num1 == 917 and sign == '/' and num2 == 210: print('917/210 = 4.36666666667') if num1 == 917 and sign == '/' and num2 == 211: print('917/211 = 4.34597156398') if num1 == 917 and sign == '/' and num2 == 212: print('917/212 = 4.32547169811') if num1 == 917 and sign == '/' and num2 == 213: print('917/213 = 4.30516431925') if num1 == 917 and sign == '/' and num2 == 214: print('917/214 = 4.28504672897') if num1 == 917 and sign == '/' and num2 == 215: print('917/215 = 4.26511627907') if num1 == 917 and sign == '/' and num2 == 216: print('917/216 = 4.24537037037') if num1 == 917 and sign == '/' and num2 == 217: print('917/217 = 4.22580645161') if num1 == 917 and sign == '/' and num2 == 218: print('917/218 = 4.20642201835') if num1 == 917 and sign == '/' and num2 == 219: print('917/219 = 4.18721461187') if num1 == 917 and sign == '/' and num2 == 220: print('917/220 = 4.16818181818') if num1 == 917 and sign == '/' and num2 == 221: print('917/221 = 4.14932126697') if num1 == 917 and sign == '/' and num2 == 222: print('917/222 = 4.13063063063') if num1 == 917 and sign == '/' and num2 == 223: print('917/223 = 4.11210762332') if num1 == 917 and sign == '/' and num2 == 224: print('917/224 = 4.09375') if num1 == 917 and sign == '/' and num2 == 225: print('917/225 = 4.07555555556') if num1 == 917 and sign == '/' and num2 == 226: print('917/226 = 4.05752212389') if num1 == 917 and sign == '/' and num2 == 227: print('917/227 = 4.03964757709') if num1 == 917 and sign == '/' and num2 == 228: print('917/228 = 4.02192982456') if num1 == 917 and sign == '/' and num2 == 229: print('917/229 = 4.00436681223') if num1 == 917 and sign == '/' and num2 == 230: print('917/230 = 3.98695652174') if num1 == 917 and sign == '/' and num2 == 231: print('917/231 = 3.9696969697') if num1 == 917 and sign == '/' and num2 == 232: print('917/232 = 3.9525862069') if num1 == 917 and sign == '/' and num2 == 233: print('917/233 = 3.9356223176') if num1 == 917 and sign == '/' and num2 == 234: print('917/234 = 3.9188034188') if num1 == 917 and sign == '/' and num2 == 235: print('917/235 = 3.90212765957') if num1 == 917 and sign == '/' and num2 == 236: print('917/236 = 3.88559322034') if num1 == 917 and sign == '/' and num2 == 237: print('917/237 = 3.86919831224') if num1 == 917 and sign == '/' and num2 == 238: print('917/238 = 3.85294117647') if num1 == 917 and sign == '/' and num2 == 239: print('917/239 = 3.83682008368') if num1 == 917 and sign == '/' and num2 == 240: print('917/240 = 3.82083333333') if num1 == 917 and sign == '/' and num2 == 241: print('917/241 = 3.80497925311') if num1 == 917 and sign == '/' and num2 == 242: print('917/242 = 3.78925619835') if num1 == 917 and sign == '/' and num2 == 243: print('917/243 = 3.77366255144') if num1 == 917 and sign == '/' and num2 == 244: print('917/244 = 3.75819672131') if num1 == 917 and sign == '/' and num2 == 245: print('917/245 = 3.74285714286') if num1 == 917 and sign == '/' and num2 == 246: print('917/246 = 3.72764227642') if num1 == 917 and sign == '/' and num2 == 247: print('917/247 = 3.71255060729') if num1 == 917 and sign == '/' and num2 == 248: print('917/248 = 3.69758064516') if num1 == 917 and sign == '/' and num2 == 249: print('917/249 = 3.68273092369') if num1 == 918 and sign == '/' and num2 == 200: print('918/200 = 4.59') if num1 == 918 and sign == '/' and num2 == 201: print('918/201 = 4.5671641791') if num1 == 918 and sign == '/' and num2 == 202: print('918/202 = 4.54455445545') if num1 == 918 and sign == '/' and num2 == 203: print('918/203 = 4.52216748768') if num1 == 918 and sign == '/' and num2 == 204: print('918/204 = 4.5') if num1 == 918 and sign == '/' and num2 == 205: print('918/205 = 4.47804878049') if num1 == 918 and sign == '/' and num2 == 206: print('918/206 = 4.45631067961') if num1 == 918 and sign == '/' and num2 == 207: print('918/207 = 4.4347826087') if num1 == 918 and sign == '/' and num2 == 208: print('918/208 = 4.41346153846') if num1 == 918 and sign == '/' and num2 == 209: print('918/209 = 4.39234449761') if num1 == 918 and sign == '/' and num2 == 210: print('918/210 = 4.37142857143') if num1 == 918 and sign == '/' and num2 == 211: print('918/211 = 4.35071090047') if num1 == 918 and sign == '/' and num2 == 212: print('918/212 = 4.33018867925') if num1 == 918 and sign == '/' and num2 == 213: print('918/213 = 4.30985915493') if num1 == 918 and sign == '/' and num2 == 214: print('918/214 = 4.28971962617') if num1 == 918 and sign == '/' and num2 == 215: print('918/215 = 4.26976744186') if num1 == 918 and sign == '/' and num2 == 216: print('918/216 = 4.25') if num1 == 918 and sign == '/' and num2 == 217: print('918/217 = 4.23041474654') if num1 == 918 and sign == '/' and num2 == 218: print('918/218 = 4.21100917431') if num1 == 918 and sign == '/' and num2 == 219: print('918/219 = 4.19178082192') if num1 == 918 and sign == '/' and num2 == 220: print('918/220 = 4.17272727273') if num1 == 918 and sign == '/' and num2 == 221: print('918/221 = 4.15384615385') if num1 == 918 and sign == '/' and num2 == 222: print('918/222 = 4.13513513514') if num1 == 918 and sign == '/' and num2 == 223: print('918/223 = 4.11659192825') if num1 == 918 and sign == '/' and num2 == 224: print('918/224 = 4.09821428571') if num1 == 918 and sign == '/' and num2 == 225: print('918/225 = 4.08') if num1 == 918 and sign == '/' and num2 == 226: print('918/226 = 4.06194690265') if num1 == 918 and sign == '/' and num2 == 227: print('918/227 = 4.04405286344') if num1 == 918 and sign == '/' and num2 == 228: print('918/228 = 4.02631578947') if num1 == 918 and sign == '/' and num2 == 229: print('918/229 = 4.00873362445') if num1 == 918 and sign == '/' and num2 == 230: print('918/230 = 3.99130434783') if num1 == 918 and sign == '/' and num2 == 231: print('918/231 = 3.97402597403') if num1 == 918 and sign == '/' and num2 == 232: print('918/232 = 3.95689655172') if num1 == 918 and sign == '/' and num2 == 233: print('918/233 = 3.93991416309') if num1 == 918 and sign == '/' and num2 == 234: print('918/234 = 3.92307692308') if num1 == 918 and sign == '/' and num2 == 235: print('918/235 = 3.90638297872') if num1 == 918 and sign == '/' and num2 == 236: print('918/236 = 3.88983050847') if num1 == 918 and sign == '/' and num2 == 237: print('918/237 = 3.87341772152') if num1 == 918 and sign == '/' and num2 == 238: print('918/238 = 3.85714285714') if num1 == 918 and sign == '/' and num2 == 239: print('918/239 = 3.8410041841') if num1 == 918 and sign == '/' and num2 == 240: print('918/240 = 3.825') if num1 == 918 and sign == '/' and num2 == 241: print('918/241 = 3.80912863071') if num1 == 918 and sign == '/' and num2 == 242: print('918/242 = 3.79338842975') if num1 == 918 and sign == '/' and num2 == 243: print('918/243 = 3.77777777778') if num1 == 918 and sign == '/' and num2 == 244: print('918/244 = 3.76229508197') if num1 == 918 and sign == '/' and num2 == 245: print('918/245 = 3.74693877551') if num1 == 918 and sign == '/' and num2 == 246: print('918/246 = 3.73170731707') if num1 == 918 and sign == '/' and num2 == 247: print('918/247 = 3.71659919028') if num1 == 918 and sign == '/' and num2 == 248: print('918/248 = 3.70161290323') if num1 == 918 and sign == '/' and num2 == 249: print('918/249 = 3.68674698795') if num1 == 919 and sign == '/' and num2 == 200: print('919/200 = 4.595') if num1 == 919 and sign == '/' and num2 == 201: print('919/201 = 4.57213930348') if num1 == 919 and sign == '/' and num2 == 202: print('919/202 = 4.5495049505') if num1 == 919 and sign == '/' and num2 == 203: print('919/203 = 4.52709359606') if num1 == 919 and sign == '/' and num2 == 204: print('919/204 = 4.50490196078') if num1 == 919 and sign == '/' and num2 == 205: print('919/205 = 4.48292682927') if num1 == 919 and sign == '/' and num2 == 206: print('919/206 = 4.46116504854') if num1 == 919 and sign == '/' and num2 == 207: print('919/207 = 4.43961352657') if num1 == 919 and sign == '/' and num2 == 208: print('919/208 = 4.41826923077') if num1 == 919 and sign == '/' and num2 == 209: print('919/209 = 4.3971291866') if num1 == 919 and sign == '/' and num2 == 210: print('919/210 = 4.37619047619') if num1 == 919 and sign == '/' and num2 == 211: print('919/211 = 4.35545023697') if num1 == 919 and sign == '/' and num2 == 212: print('919/212 = 4.33490566038') if num1 == 919 and sign == '/' and num2 == 213: print('919/213 = 4.31455399061') if num1 == 919 and sign == '/' and num2 == 214: print('919/214 = 4.29439252336') if num1 == 919 and sign == '/' and num2 == 215: print('919/215 = 4.27441860465') if num1 == 919 and sign == '/' and num2 == 216: print('919/216 = 4.25462962963') if num1 == 919 and sign == '/' and num2 == 217: print('919/217 = 4.23502304147') if num1 == 919 and sign == '/' and num2 == 218: print('919/218 = 4.21559633028') if num1 == 919 and sign == '/' and num2 == 219: print('919/219 = 4.19634703196') if num1 == 919 and sign == '/' and num2 == 220: print('919/220 = 4.17727272727') if num1 == 919 and sign == '/' and num2 == 221: print('919/221 = 4.15837104072') if num1 == 919 and sign == '/' and num2 == 222: print('919/222 = 4.13963963964') if num1 == 919 and sign == '/' and num2 == 223: print('919/223 = 4.12107623318') if num1 == 919 and sign == '/' and num2 == 224: print('919/224 = 4.10267857143') if num1 == 919 and sign == '/' and num2 == 225: print('919/225 = 4.08444444444') if num1 == 919 and sign == '/' and num2 == 226: print('919/226 = 4.06637168142') if num1 == 919 and sign == '/' and num2 == 227: print('919/227 = 4.04845814978') if num1 == 919 and sign == '/' and num2 == 228: print('919/228 = 4.03070175439') if num1 == 919 and sign == '/' and num2 == 229: print('919/229 = 4.01310043668') if num1 == 919 and sign == '/' and num2 == 230: print('919/230 = 3.99565217391') if num1 == 919 and sign == '/' and num2 == 231: print('919/231 = 3.97835497835') if num1 == 919 and sign == '/' and num2 == 232: print('919/232 = 3.96120689655') if num1 == 919 and sign == '/' and num2 == 233: print('919/233 = 3.94420600858') if num1 == 919 and sign == '/' and num2 == 234: print('919/234 = 3.92735042735') if num1 == 919 and sign == '/' and num2 == 235: print('919/235 = 3.91063829787') if num1 == 919 and sign == '/' and num2 == 236: print('919/236 = 3.89406779661') if num1 == 919 and sign == '/' and num2 == 237: print('919/237 = 3.8776371308') if num1 == 919 and sign == '/' and num2 == 238: print('919/238 = 3.86134453782') if num1 == 919 and sign == '/' and num2 == 239: print('919/239 = 3.84518828452') if num1 == 919 and sign == '/' and num2 == 240: print('919/240 = 3.82916666667') if num1 == 919 and sign == '/' and num2 == 241: print('919/241 = 3.8132780083') if num1 == 919 and sign == '/' and num2 == 242: print('919/242 = 3.79752066116') if num1 == 919 and sign == '/' and num2 == 243: print('919/243 = 3.78189300412') if num1 == 919 and sign == '/' and num2 == 244: print('919/244 = 3.76639344262') if num1 == 919 and sign == '/' and num2 == 245: print('919/245 = 3.75102040816') if num1 == 919 and sign == '/' and num2 == 246: print('919/246 = 3.73577235772') if num1 == 919 and sign == '/' and num2 == 247: print('919/247 = 3.72064777328') if num1 == 919 and sign == '/' and num2 == 248: print('919/248 = 3.70564516129') if num1 == 919 and sign == '/' and num2 == 249: print('919/249 = 3.69076305221') if num1 == 920 and sign == '/' and num2 == 200: print('920/200 = 4.6') if num1 == 920 and sign == '/' and num2 == 201: print('920/201 = 4.57711442786') if num1 == 920 and sign == '/' and num2 == 202: print('920/202 = 4.55445544554') if num1 == 920 and sign == '/' and num2 == 203: print('920/203 = 4.53201970443') if num1 == 920 and sign == '/' and num2 == 204: print('920/204 = 4.50980392157') if num1 == 920 and sign == '/' and num2 == 205: print('920/205 = 4.48780487805') if num1 == 920 and sign == '/' and num2 == 206: print('920/206 = 4.46601941748') if num1 == 920 and sign == '/' and num2 == 207: print('920/207 = 4.44444444444') if num1 == 920 and sign == '/' and num2 == 208: print('920/208 = 4.42307692308') if num1 == 920 and sign == '/' and num2 == 209: print('920/209 = 4.4019138756') if num1 == 920 and sign == '/' and num2 == 210: print('920/210 = 4.38095238095') if num1 == 920 and sign == '/' and num2 == 211: print('920/211 = 4.36018957346') if num1 == 920 and sign == '/' and num2 == 212: print('920/212 = 4.33962264151') if num1 == 920 and sign == '/' and num2 == 213: print('920/213 = 4.31924882629') if num1 == 920 and sign == '/' and num2 == 214: print('920/214 = 4.29906542056') if num1 == 920 and sign == '/' and num2 == 215: print('920/215 = 4.27906976744') if num1 == 920 and sign == '/' and num2 == 216: print('920/216 = 4.25925925926') if num1 == 920 and sign == '/' and num2 == 217: print('920/217 = 4.23963133641') if num1 == 920 and sign == '/' and num2 == 218: print('920/218 = 4.22018348624') if num1 == 920 and sign == '/' and num2 == 219: print('920/219 = 4.20091324201') if num1 == 920 and sign == '/' and num2 == 220: print('920/220 = 4.18181818182') if num1 == 920 and sign == '/' and num2 == 221: print('920/221 = 4.1628959276') if num1 == 920 and sign == '/' and num2 == 222: print('920/222 = 4.14414414414') if num1 == 920 and sign == '/' and num2 == 223: print('920/223 = 4.12556053812') if num1 == 920 and sign == '/' and num2 == 224: print('920/224 = 4.10714285714') if num1 == 920 and sign == '/' and num2 == 225: print('920/225 = 4.08888888889') if num1 == 920 and sign == '/' and num2 == 226: print('920/226 = 4.07079646018') if num1 == 920 and sign == '/' and num2 == 227: print('920/227 = 4.05286343612') if num1 == 920 and sign == '/' and num2 == 228: print('920/228 = 4.0350877193') if num1 == 920 and sign == '/' and num2 == 229: print('920/229 = 4.01746724891') if num1 == 920 and sign == '/' and num2 == 230: print('920/230 = 4.0') if num1 == 920 and sign == '/' and num2 == 231: print('920/231 = 3.98268398268') if num1 == 920 and sign == '/' and num2 == 232: print('920/232 = 3.96551724138') if num1 == 920 and sign == '/' and num2 == 233: print('920/233 = 3.94849785408') if num1 == 920 and sign == '/' and num2 == 234: print('920/234 = 3.93162393162') if num1 == 920 and sign == '/' and num2 == 235: print('920/235 = 3.91489361702') if num1 == 920 and sign == '/' and num2 == 236: print('920/236 = 3.89830508475') if num1 == 920 and sign == '/' and num2 == 237: print('920/237 = 3.88185654008') if num1 == 920 and sign == '/' and num2 == 238: print('920/238 = 3.86554621849') if num1 == 920 and sign == '/' and num2 == 239: print('920/239 = 3.84937238494') if num1 == 920 and sign == '/' and num2 == 240: print('920/240 = 3.83333333333') if num1 == 920 and sign == '/' and num2 == 241: print('920/241 = 3.81742738589') if num1 == 920 and sign == '/' and num2 == 242: print('920/242 = 3.80165289256') if num1 == 920 and sign == '/' and num2 == 243: print('920/243 = 3.78600823045') if num1 == 920 and sign == '/' and num2 == 244: print('920/244 = 3.77049180328') if num1 == 920 and sign == '/' and num2 == 245: print('920/245 = 3.75510204082') if num1 == 920 and sign == '/' and num2 == 246: print('920/246 = 3.73983739837') if num1 == 920 and sign == '/' and num2 == 247: print('920/247 = 3.72469635628') if num1 == 920 and sign == '/' and num2 == 248: print('920/248 = 3.70967741935') if num1 == 920 and sign == '/' and num2 == 249: print('920/249 = 3.69477911647') if num1 == 921 and sign == '/' and num2 == 200: print('921/200 = 4.605') if num1 == 921 and sign == '/' and num2 == 201: print('921/201 = 4.58208955224') if num1 == 921 and sign == '/' and num2 == 202: print('921/202 = 4.55940594059') if num1 == 921 and sign == '/' and num2 == 203: print('921/203 = 4.53694581281') if num1 == 921 and sign == '/' and num2 == 204: print('921/204 = 4.51470588235') if num1 == 921 and sign == '/' and num2 == 205: print('921/205 = 4.49268292683') if num1 == 921 and sign == '/' and num2 == 206: print('921/206 = 4.47087378641') if num1 == 921 and sign == '/' and num2 == 207: print('921/207 = 4.44927536232') if num1 == 921 and sign == '/' and num2 == 208: print('921/208 = 4.42788461538') if num1 == 921 and sign == '/' and num2 == 209: print('921/209 = 4.40669856459') if num1 == 921 and sign == '/' and num2 == 210: print('921/210 = 4.38571428571') if num1 == 921 and sign == '/' and num2 == 211: print('921/211 = 4.36492890995') if num1 == 921 and sign == '/' and num2 == 212: print('921/212 = 4.34433962264') if num1 == 921 and sign == '/' and num2 == 213: print('921/213 = 4.32394366197') if num1 == 921 and sign == '/' and num2 == 214: print('921/214 = 4.30373831776') if num1 == 921 and sign == '/' and num2 == 215: print('921/215 = 4.28372093023') if num1 == 921 and sign == '/' and num2 == 216: print('921/216 = 4.26388888889') if num1 == 921 and sign == '/' and num2 == 217: print('921/217 = 4.24423963134') if num1 == 921 and sign == '/' and num2 == 218: print('921/218 = 4.2247706422') if num1 == 921 and sign == '/' and num2 == 219: print('921/219 = 4.20547945205') if num1 == 921 and sign == '/' and num2 == 220: print('921/220 = 4.18636363636') if num1 == 921 and sign == '/' and num2 == 221: print('921/221 = 4.16742081448') if num1 == 921 and sign == '/' and num2 == 222: print('921/222 = 4.14864864865') if num1 == 921 and sign == '/' and num2 == 223: print('921/223 = 4.13004484305') if num1 == 921 and sign == '/' and num2 == 224: print('921/224 = 4.11160714286') if num1 == 921 and sign == '/' and num2 == 225: print('921/225 = 4.09333333333') if num1 == 921 and sign == '/' and num2 == 226: print('921/226 = 4.07522123894') if num1 == 921 and sign == '/' and num2 == 227: print('921/227 = 4.05726872247') if num1 == 921 and sign == '/' and num2 == 228: print('921/228 = 4.03947368421') if num1 == 921 and sign == '/' and num2 == 229: print('921/229 = 4.02183406114') if num1 == 921 and sign == '/' and num2 == 230: print('921/230 = 4.00434782609') if num1 == 921 and sign == '/' and num2 == 231: print('921/231 = 3.98701298701') if num1 == 921 and sign == '/' and num2 == 232: print('921/232 = 3.96982758621') if num1 == 921 and sign == '/' and num2 == 233: print('921/233 = 3.95278969957') if num1 == 921 and sign == '/' and num2 == 234: print('921/234 = 3.9358974359') if num1 == 921 and sign == '/' and num2 == 235: print('921/235 = 3.91914893617') if num1 == 921 and sign == '/' and num2 == 236: print('921/236 = 3.90254237288') if num1 == 921 and sign == '/' and num2 == 237: print('921/237 = 3.88607594937') if num1 == 921 and sign == '/' and num2 == 238: print('921/238 = 3.86974789916') if num1 == 921 and sign == '/' and num2 == 239: print('921/239 = 3.85355648536') if num1 == 921 and sign == '/' and num2 == 240: print('921/240 = 3.8375') if num1 == 921 and sign == '/' and num2 == 241: print('921/241 = 3.82157676349') if num1 == 921 and sign == '/' and num2 == 242: print('921/242 = 3.80578512397') if num1 == 921 and sign == '/' and num2 == 243: print('921/243 = 3.79012345679') if num1 == 921 and sign == '/' and num2 == 244: print('921/244 = 3.77459016393') if num1 == 921 and sign == '/' and num2 == 245: print('921/245 = 3.75918367347') if num1 == 921 and sign == '/' and num2 == 246: print('921/246 = 3.74390243902') if num1 == 921 and sign == '/' and num2 == 247: print('921/247 = 3.72874493927') if num1 == 921 and sign == '/' and num2 == 248: print('921/248 = 3.71370967742') if num1 == 921 and sign == '/' and num2 == 249: print('921/249 = 3.69879518072') if num1 == 922 and sign == '/' and num2 == 200: print('922/200 = 4.61') if num1 == 922 and sign == '/' and num2 == 201: print('922/201 = 4.58706467662') if num1 == 922 and sign == '/' and num2 == 202: print('922/202 = 4.56435643564') if num1 == 922 and sign == '/' and num2 == 203: print('922/203 = 4.54187192118') if num1 == 922 and sign == '/' and num2 == 204: print('922/204 = 4.51960784314') if num1 == 922 and sign == '/' and num2 == 205: print('922/205 = 4.49756097561') if num1 == 922 and sign == '/' and num2 == 206: print('922/206 = 4.47572815534') if num1 == 922 and sign == '/' and num2 == 207: print('922/207 = 4.45410628019') if num1 == 922 and sign == '/' and num2 == 208: print('922/208 = 4.43269230769') if num1 == 922 and sign == '/' and num2 == 209: print('922/209 = 4.41148325359') if num1 == 922 and sign == '/' and num2 == 210: print('922/210 = 4.39047619048') if num1 == 922 and sign == '/' and num2 == 211: print('922/211 = 4.36966824645') if num1 == 922 and sign == '/' and num2 == 212: print('922/212 = 4.34905660377') if num1 == 922 and sign == '/' and num2 == 213: print('922/213 = 4.32863849765') if num1 == 922 and sign == '/' and num2 == 214: print('922/214 = 4.30841121495') if num1 == 922 and sign == '/' and num2 == 215: print('922/215 = 4.28837209302') if num1 == 922 and sign == '/' and num2 == 216: print('922/216 = 4.26851851852') if num1 == 922 and sign == '/' and num2 == 217: print('922/217 = 4.24884792627') if num1 == 922 and sign == '/' and num2 == 218: print('922/218 = 4.22935779817') if num1 == 922 and sign == '/' and num2 == 219: print('922/219 = 4.2100456621') if num1 == 922 and sign == '/' and num2 == 220: print('922/220 = 4.19090909091') if num1 == 922 and sign == '/' and num2 == 221: print('922/221 = 4.17194570136') if num1 == 922 and sign == '/' and num2 == 222: print('922/222 = 4.15315315315') if num1 == 922 and sign == '/' and num2 == 223: print('922/223 = 4.13452914798') if num1 == 922 and sign == '/' and num2 == 224: print('922/224 = 4.11607142857') if num1 == 922 and sign == '/' and num2 == 225: print('922/225 = 4.09777777778') if num1 == 922 and sign == '/' and num2 == 226: print('922/226 = 4.0796460177') if num1 == 922 and sign == '/' and num2 == 227: print('922/227 = 4.06167400881') if num1 == 922 and sign == '/' and num2 == 228: print('922/228 = 4.04385964912') if num1 == 922 and sign == '/' and num2 == 229: print('922/229 = 4.02620087336') if num1 == 922 and sign == '/' and num2 == 230: print('922/230 = 4.00869565217') if num1 == 922 and sign == '/' and num2 == 231: print('922/231 = 3.99134199134') if num1 == 922 and sign == '/' and num2 == 232: print('922/232 = 3.97413793103') if num1 == 922 and sign == '/' and num2 == 233: print('922/233 = 3.95708154506') if num1 == 922 and sign == '/' and num2 == 234: print('922/234 = 3.94017094017') if num1 == 922 and sign == '/' and num2 == 235: print('922/235 = 3.92340425532') if num1 == 922 and sign == '/' and num2 == 236: print('922/236 = 3.90677966102') if num1 == 922 and sign == '/' and num2 == 237: print('922/237 = 3.89029535865') if num1 == 922 and sign == '/' and num2 == 238: print('922/238 = 3.87394957983') if num1 == 922 and sign == '/' and num2 == 239: print('922/239 = 3.85774058577') if num1 == 922 and sign == '/' and num2 == 240: print('922/240 = 3.84166666667') if num1 == 922 and sign == '/' and num2 == 241: print('922/241 = 3.82572614108') if num1 == 922 and sign == '/' and num2 == 242: print('922/242 = 3.80991735537') if num1 == 922 and sign == '/' and num2 == 243: print('922/243 = 3.79423868313') if num1 == 922 and sign == '/' and num2 == 244: print('922/244 = 3.77868852459') if num1 == 922 and sign == '/' and num2 == 245: print('922/245 = 3.76326530612') if num1 == 922 and sign == '/' and num2 == 246: print('922/246 = 3.74796747967') if num1 == 922 and sign == '/' and num2 == 247: print('922/247 = 3.73279352227') if num1 == 922 and sign == '/' and num2 == 248: print('922/248 = 3.71774193548') if num1 == 922 and sign == '/' and num2 == 249: print('922/249 = 3.70281124498') if num1 == 923 and sign == '/' and num2 == 200: print('923/200 = 4.615') if num1 == 923 and sign == '/' and num2 == 201: print('923/201 = 4.592039801') if num1 == 923 and sign == '/' and num2 == 202: print('923/202 = 4.56930693069') if num1 == 923 and sign == '/' and num2 == 203: print('923/203 = 4.54679802956') if num1 == 923 and sign == '/' and num2 == 204: print('923/204 = 4.52450980392') if num1 == 923 and sign == '/' and num2 == 205: print('923/205 = 4.50243902439') if num1 == 923 and sign == '/' and num2 == 206: print('923/206 = 4.48058252427') if num1 == 923 and sign == '/' and num2 == 207: print('923/207 = 4.45893719807') if num1 == 923 and sign == '/' and num2 == 208: print('923/208 = 4.4375') if num1 == 923 and sign == '/' and num2 == 209: print('923/209 = 4.41626794258') if num1 == 923 and sign == '/' and num2 == 210: print('923/210 = 4.39523809524') if num1 == 923 and sign == '/' and num2 == 211: print('923/211 = 4.37440758294') if num1 == 923 and sign == '/' and num2 == 212: print('923/212 = 4.35377358491') if num1 == 923 and sign == '/' and num2 == 213: print('923/213 = 4.33333333333') if num1 == 923 and sign == '/' and num2 == 214: print('923/214 = 4.31308411215') if num1 == 923 and sign == '/' and num2 == 215: print('923/215 = 4.29302325581') if num1 == 923 and sign == '/' and num2 == 216: print('923/216 = 4.27314814815') if num1 == 923 and sign == '/' and num2 == 217: print('923/217 = 4.2534562212') if num1 == 923 and sign == '/' and num2 == 218: print('923/218 = 4.23394495413') if num1 == 923 and sign == '/' and num2 == 219: print('923/219 = 4.21461187215') if num1 == 923 and sign == '/' and num2 == 220: print('923/220 = 4.19545454545') if num1 == 923 and sign == '/' and num2 == 221: print('923/221 = 4.17647058824') if num1 == 923 and sign == '/' and num2 == 222: print('923/222 = 4.15765765766') if num1 == 923 and sign == '/' and num2 == 223: print('923/223 = 4.13901345291') if num1 == 923 and sign == '/' and num2 == 224: print('923/224 = 4.12053571429') if num1 == 923 and sign == '/' and num2 == 225: print('923/225 = 4.10222222222') if num1 == 923 and sign == '/' and num2 == 226: print('923/226 = 4.08407079646') if num1 == 923 and sign == '/' and num2 == 227: print('923/227 = 4.06607929515') if num1 == 923 and sign == '/' and num2 == 228: print('923/228 = 4.04824561404') if num1 == 923 and sign == '/' and num2 == 229: print('923/229 = 4.03056768559') if num1 == 923 and sign == '/' and num2 == 230: print('923/230 = 4.01304347826') if num1 == 923 and sign == '/' and num2 == 231: print('923/231 = 3.99567099567') if num1 == 923 and sign == '/' and num2 == 232: print('923/232 = 3.97844827586') if num1 == 923 and sign == '/' and num2 == 233: print('923/233 = 3.96137339056') if num1 == 923 and sign == '/' and num2 == 234: print('923/234 = 3.94444444444') if num1 == 923 and sign == '/' and num2 == 235: print('923/235 = 3.92765957447') if num1 == 923 and sign == '/' and num2 == 236: print('923/236 = 3.91101694915') if num1 == 923 and sign == '/' and num2 == 237: print('923/237 = 3.89451476793') if num1 == 923 and sign == '/' and num2 == 238: print('923/238 = 3.8781512605') if num1 == 923 and sign == '/' and num2 == 239: print('923/239 = 3.86192468619') if num1 == 923 and sign == '/' and num2 == 240: print('923/240 = 3.84583333333') if num1 == 923 and sign == '/' and num2 == 241: print('923/241 = 3.82987551867') if num1 == 923 and sign == '/' and num2 == 242: print('923/242 = 3.81404958678') if num1 == 923 and sign == '/' and num2 == 243: print('923/243 = 3.79835390947') if num1 == 923 and sign == '/' and num2 == 244: print('923/244 = 3.78278688525') if num1 == 923 and sign == '/' and num2 == 245: print('923/245 = 3.76734693878') if num1 == 923 and sign == '/' and num2 == 246: print('923/246 = 3.75203252033') if num1 == 923 and sign == '/' and num2 == 247: print('923/247 = 3.73684210526') if num1 == 923 and sign == '/' and num2 == 248: print('923/248 = 3.72177419355') if num1 == 923 and sign == '/' and num2 == 249: print('923/249 = 3.70682730924') if num1 == 924 and sign == '/' and num2 == 200: print('924/200 = 4.62') if num1 == 924 and sign == '/' and num2 == 201: print('924/201 = 4.59701492537') if num1 == 924 and sign == '/' and num2 == 202: print('924/202 = 4.57425742574') if num1 == 924 and sign == '/' and num2 == 203: print('924/203 = 4.55172413793') if num1 == 924 and sign == '/' and num2 == 204: print('924/204 = 4.52941176471') if num1 == 924 and sign == '/' and num2 == 205: print('924/205 = 4.50731707317') if num1 == 924 and sign == '/' and num2 == 206: print('924/206 = 4.4854368932') if num1 == 924 and sign == '/' and num2 == 207: print('924/207 = 4.46376811594') if num1 == 924 and sign == '/' and num2 == 208: print('924/208 = 4.44230769231') if num1 == 924 and sign == '/' and num2 == 209: print('924/209 = 4.42105263158') if num1 == 924 and sign == '/' and num2 == 210: print('924/210 = 4.4') if num1 == 924 and sign == '/' and num2 == 211: print('924/211 = 4.37914691943') if num1 == 924 and sign == '/' and num2 == 212: print('924/212 = 4.35849056604') if num1 == 924 and sign == '/' and num2 == 213: print('924/213 = 4.33802816901') if num1 == 924 and sign == '/' and num2 == 214: print('924/214 = 4.31775700935') if num1 == 924 and sign == '/' and num2 == 215: print('924/215 = 4.2976744186') if num1 == 924 and sign == '/' and num2 == 216: print('924/216 = 4.27777777778') if num1 == 924 and sign == '/' and num2 == 217: print('924/217 = 4.25806451613') if num1 == 924 and sign == '/' and num2 == 218: print('924/218 = 4.23853211009') if num1 == 924 and sign == '/' and num2 == 219: print('924/219 = 4.21917808219') if num1 == 924 and sign == '/' and num2 == 220: print('924/220 = 4.2') if num1 == 924 and sign == '/' and num2 == 221: print('924/221 = 4.18099547511') if num1 == 924 and sign == '/' and num2 == 222: print('924/222 = 4.16216216216') if num1 == 924 and sign == '/' and num2 == 223: print('924/223 = 4.14349775785') if num1 == 924 and sign == '/' and num2 == 224: print('924/224 = 4.125') if num1 == 924 and sign == '/' and num2 == 225: print('924/225 = 4.10666666667') if num1 == 924 and sign == '/' and num2 == 226: print('924/226 = 4.08849557522') if num1 == 924 and sign == '/' and num2 == 227: print('924/227 = 4.0704845815') if num1 == 924 and sign == '/' and num2 == 228: print('924/228 = 4.05263157895') if num1 == 924 and sign == '/' and num2 == 229: print('924/229 = 4.03493449782') if num1 == 924 and sign == '/' and num2 == 230: print('924/230 = 4.01739130435') if num1 == 924 and sign == '/' and num2 == 231: print('924/231 = 4.0') if num1 == 924 and sign == '/' and num2 == 232: print('924/232 = 3.98275862069') if num1 == 924 and sign == '/' and num2 == 233: print('924/233 = 3.96566523605') if num1 == 924 and sign == '/' and num2 == 234: print('924/234 = 3.94871794872') if num1 == 924 and sign == '/' and num2 == 235: print('924/235 = 3.93191489362') if num1 == 924 and sign == '/' and num2 == 236: print('924/236 = 3.91525423729') if num1 == 924 and sign == '/' and num2 == 237: print('924/237 = 3.89873417722') if num1 == 924 and sign == '/' and num2 == 238: print('924/238 = 3.88235294118') if num1 == 924 and sign == '/' and num2 == 239: print('924/239 = 3.86610878661') if num1 == 924 and sign == '/' and num2 == 240: print('924/240 = 3.85') if num1 == 924 and sign == '/' and num2 == 241: print('924/241 = 3.83402489627') if num1 == 924 and sign == '/' and num2 == 242: print('924/242 = 3.81818181818') if num1 == 924 and sign == '/' and num2 == 243: print('924/243 = 3.8024691358') if num1 == 924 and sign == '/' and num2 == 244: print('924/244 = 3.7868852459') if num1 == 924 and sign == '/' and num2 == 245: print('924/245 = 3.77142857143') if num1 == 924 and sign == '/' and num2 == 246: print('924/246 = 3.75609756098') if num1 == 924 and sign == '/' and num2 == 247: print('924/247 = 3.74089068826') if num1 == 924 and sign == '/' and num2 == 248: print('924/248 = 3.72580645161') if num1 == 924 and sign == '/' and num2 == 249: print('924/249 = 3.71084337349') if num1 == 925 and sign == '/' and num2 == 200: print('925/200 = 4.625') if num1 == 925 and sign == '/' and num2 == 201: print('925/201 = 4.60199004975') if num1 == 925 and sign == '/' and num2 == 202: print('925/202 = 4.57920792079') if num1 == 925 and sign == '/' and num2 == 203: print('925/203 = 4.55665024631') if num1 == 925 and sign == '/' and num2 == 204: print('925/204 = 4.53431372549') if num1 == 925 and sign == '/' and num2 == 205: print('925/205 = 4.51219512195') if num1 == 925 and sign == '/' and num2 == 206: print('925/206 = 4.49029126214') if num1 == 925 and sign == '/' and num2 == 207: print('925/207 = 4.46859903382') if num1 == 925 and sign == '/' and num2 == 208: print('925/208 = 4.44711538462') if num1 == 925 and sign == '/' and num2 == 209: print('925/209 = 4.42583732057') if num1 == 925 and sign == '/' and num2 == 210: print('925/210 = 4.40476190476') if num1 == 925 and sign == '/' and num2 == 211: print('925/211 = 4.38388625592') if num1 == 925 and sign == '/' and num2 == 212: print('925/212 = 4.36320754717') if num1 == 925 and sign == '/' and num2 == 213: print('925/213 = 4.34272300469') if num1 == 925 and sign == '/' and num2 == 214: print('925/214 = 4.32242990654') if num1 == 925 and sign == '/' and num2 == 215: print('925/215 = 4.3023255814') if num1 == 925 and sign == '/' and num2 == 216: print('925/216 = 4.28240740741') if num1 == 925 and sign == '/' and num2 == 217: print('925/217 = 4.26267281106') if num1 == 925 and sign == '/' and num2 == 218: print('925/218 = 4.24311926606') if num1 == 925 and sign == '/' and num2 == 219: print('925/219 = 4.22374429224') if num1 == 925 and sign == '/' and num2 == 220: print('925/220 = 4.20454545455') if num1 == 925 and sign == '/' and num2 == 221: print('925/221 = 4.18552036199') if num1 == 925 and sign == '/' and num2 == 222: print('925/222 = 4.16666666667') if num1 == 925 and sign == '/' and num2 == 223: print('925/223 = 4.14798206278') if num1 == 925 and sign == '/' and num2 == 224: print('925/224 = 4.12946428571') if num1 == 925 and sign == '/' and num2 == 225: print('925/225 = 4.11111111111') if num1 == 925 and sign == '/' and num2 == 226: print('925/226 = 4.09292035398') if num1 == 925 and sign == '/' and num2 == 227: print('925/227 = 4.07488986784') if num1 == 925 and sign == '/' and num2 == 228: print('925/228 = 4.05701754386') if num1 == 925 and sign == '/' and num2 == 229: print('925/229 = 4.03930131004') if num1 == 925 and sign == '/' and num2 == 230: print('925/230 = 4.02173913043') if num1 == 925 and sign == '/' and num2 == 231: print('925/231 = 4.00432900433') if num1 == 925 and sign == '/' and num2 == 232: print('925/232 = 3.98706896552') if num1 == 925 and sign == '/' and num2 == 233: print('925/233 = 3.96995708155') if num1 == 925 and sign == '/' and num2 == 234: print('925/234 = 3.95299145299') if num1 == 925 and sign == '/' and num2 == 235: print('925/235 = 3.93617021277') if num1 == 925 and sign == '/' and num2 == 236: print('925/236 = 3.91949152542') if num1 == 925 and sign == '/' and num2 == 237: print('925/237 = 3.9029535865') if num1 == 925 and sign == '/' and num2 == 238: print('925/238 = 3.88655462185') if num1 == 925 and sign == '/' and num2 == 239: print('925/239 = 3.87029288703') if num1 == 925 and sign == '/' and num2 == 240: print('925/240 = 3.85416666667') if num1 == 925 and sign == '/' and num2 == 241: print('925/241 = 3.83817427386') if num1 == 925 and sign == '/' and num2 == 242: print('925/242 = 3.82231404959') if num1 == 925 and sign == '/' and num2 == 243: print('925/243 = 3.80658436214') if num1 == 925 and sign == '/' and num2 == 244: print('925/244 = 3.79098360656') if num1 == 925 and sign == '/' and num2 == 245: print('925/245 = 3.77551020408') if num1 == 925 and sign == '/' and num2 == 246: print('925/246 = 3.76016260163') if num1 == 925 and sign == '/' and num2 == 247: print('925/247 = 3.74493927126') if num1 == 925 and sign == '/' and num2 == 248: print('925/248 = 3.72983870968') if num1 == 925 and sign == '/' and num2 == 249: print('925/249 = 3.71485943775') if num1 == 926 and sign == '/' and num2 == 200: print('926/200 = 4.63') if num1 == 926 and sign == '/' and num2 == 201: print('926/201 = 4.60696517413') if num1 == 926 and sign == '/' and num2 == 202: print('926/202 = 4.58415841584') if num1 == 926 and sign == '/' and num2 == 203: print('926/203 = 4.56157635468') if num1 == 926 and sign == '/' and num2 == 204: print('926/204 = 4.53921568627') if num1 == 926 and sign == '/' and num2 == 205: print('926/205 = 4.51707317073') if num1 == 926 and sign == '/' and num2 == 206: print('926/206 = 4.49514563107') if num1 == 926 and sign == '/' and num2 == 207: print('926/207 = 4.47342995169') if num1 == 926 and sign == '/' and num2 == 208: print('926/208 = 4.45192307692') if num1 == 926 and sign == '/' and num2 == 209: print('926/209 = 4.43062200957') if num1 == 926 and sign == '/' and num2 == 210: print('926/210 = 4.40952380952') if num1 == 926 and sign == '/' and num2 == 211: print('926/211 = 4.38862559242') if num1 == 926 and sign == '/' and num2 == 212: print('926/212 = 4.3679245283') if num1 == 926 and sign == '/' and num2 == 213: print('926/213 = 4.34741784038') if num1 == 926 and sign == '/' and num2 == 214: print('926/214 = 4.32710280374') if num1 == 926 and sign == '/' and num2 == 215: print('926/215 = 4.30697674419') if num1 == 926 and sign == '/' and num2 == 216: print('926/216 = 4.28703703704') if num1 == 926 and sign == '/' and num2 == 217: print('926/217 = 4.26728110599') if num1 == 926 and sign == '/' and num2 == 218: print('926/218 = 4.24770642202') if num1 == 926 and sign == '/' and num2 == 219: print('926/219 = 4.22831050228') if num1 == 926 and sign == '/' and num2 == 220: print('926/220 = 4.20909090909') if num1 == 926 and sign == '/' and num2 == 221: print('926/221 = 4.19004524887') if num1 == 926 and sign == '/' and num2 == 222: print('926/222 = 4.17117117117') if num1 == 926 and sign == '/' and num2 == 223: print('926/223 = 4.15246636771') if num1 == 926 and sign == '/' and num2 == 224: print('926/224 = 4.13392857143') if num1 == 926 and sign == '/' and num2 == 225: print('926/225 = 4.11555555556') if num1 == 926 and sign == '/' and num2 == 226: print('926/226 = 4.09734513274') if num1 == 926 and sign == '/' and num2 == 227: print('926/227 = 4.07929515419') if num1 == 926 and sign == '/' and num2 == 228: print('926/228 = 4.06140350877') if num1 == 926 and sign == '/' and num2 == 229: print('926/229 = 4.04366812227') if num1 == 926 and sign == '/' and num2 == 230: print('926/230 = 4.02608695652') if num1 == 926 and sign == '/' and num2 == 231: print('926/231 = 4.00865800866') if num1 == 926 and sign == '/' and num2 == 232: print('926/232 = 3.99137931034') if num1 == 926 and sign == '/' and num2 == 233: print('926/233 = 3.97424892704') if num1 == 926 and sign == '/' and num2 == 234: print('926/234 = 3.95726495726') if num1 == 926 and sign == '/' and num2 == 235: print('926/235 = 3.94042553191') if num1 == 926 and sign == '/' and num2 == 236: print('926/236 = 3.92372881356') if num1 == 926 and sign == '/' and num2 == 237: print('926/237 = 3.90717299578') if num1 == 926 and sign == '/' and num2 == 238: print('926/238 = 3.89075630252') if num1 == 926 and sign == '/' and num2 == 239: print('926/239 = 3.87447698745') if num1 == 926 and sign == '/' and num2 == 240: print('926/240 = 3.85833333333') if num1 == 926 and sign == '/' and num2 == 241: print('926/241 = 3.84232365145') if num1 == 926 and sign == '/' and num2 == 242: print('926/242 = 3.82644628099') if num1 == 926 and sign == '/' and num2 == 243: print('926/243 = 3.81069958848') if num1 == 926 and sign == '/' and num2 == 244: print('926/244 = 3.79508196721') if num1 == 926 and sign == '/' and num2 == 245: print('926/245 = 3.77959183673') if num1 == 926 and sign == '/' and num2 == 246: print('926/246 = 3.76422764228') if num1 == 926 and sign == '/' and num2 == 247: print('926/247 = 3.74898785425') if num1 == 926 and sign == '/' and num2 == 248: print('926/248 = 3.73387096774') if num1 == 926 and sign == '/' and num2 == 249: print('926/249 = 3.71887550201') if num1 == 927 and sign == '/' and num2 == 200: print('927/200 = 4.635') if num1 == 927 and sign == '/' and num2 == 201: print('927/201 = 4.61194029851') if num1 == 927 and sign == '/' and num2 == 202: print('927/202 = 4.58910891089') if num1 == 927 and sign == '/' and num2 == 203: print('927/203 = 4.56650246305') if num1 == 927 and sign == '/' and num2 == 204: print('927/204 = 4.54411764706') if num1 == 927 and sign == '/' and num2 == 205: print('927/205 = 4.52195121951') if num1 == 927 and sign == '/' and num2 == 206: print('927/206 = 4.5') if num1 == 927 and sign == '/' and num2 == 207: print('927/207 = 4.47826086957') if num1 == 927 and sign == '/' and num2 == 208: print('927/208 = 4.45673076923') if num1 == 927 and sign == '/' and num2 == 209: print('927/209 = 4.43540669856') if num1 == 927 and sign == '/' and num2 == 210: print('927/210 = 4.41428571429') if num1 == 927 and sign == '/' and num2 == 211: print('927/211 = 4.39336492891') if num1 == 927 and sign == '/' and num2 == 212: print('927/212 = 4.37264150943') if num1 == 927 and sign == '/' and num2 == 213: print('927/213 = 4.35211267606') if num1 == 927 and sign == '/' and num2 == 214: print('927/214 = 4.33177570093') if num1 == 927 and sign == '/' and num2 == 215: print('927/215 = 4.31162790698') if num1 == 927 and sign == '/' and num2 == 216: print('927/216 = 4.29166666667') if num1 == 927 and sign == '/' and num2 == 217: print('927/217 = 4.27188940092') if num1 == 927 and sign == '/' and num2 == 218: print('927/218 = 4.25229357798') if num1 == 927 and sign == '/' and num2 == 219: print('927/219 = 4.23287671233') if num1 == 927 and sign == '/' and num2 == 220: print('927/220 = 4.21363636364') if num1 == 927 and sign == '/' and num2 == 221: print('927/221 = 4.19457013575') if num1 == 927 and sign == '/' and num2 == 222: print('927/222 = 4.17567567568') if num1 == 927 and sign == '/' and num2 == 223: print('927/223 = 4.15695067265') if num1 == 927 and sign == '/' and num2 == 224: print('927/224 = 4.13839285714') if num1 == 927 and sign == '/' and num2 == 225: print('927/225 = 4.12') if num1 == 927 and sign == '/' and num2 == 226: print('927/226 = 4.1017699115') if num1 == 927 and sign == '/' and num2 == 227: print('927/227 = 4.08370044053') if num1 == 927 and sign == '/' and num2 == 228: print('927/228 = 4.06578947368') if num1 == 927 and sign == '/' and num2 == 229: print('927/229 = 4.0480349345') if num1 == 927 and sign == '/' and num2 == 230: print('927/230 = 4.03043478261') if num1 == 927 and sign == '/' and num2 == 231: print('927/231 = 4.01298701299') if num1 == 927 and sign == '/' and num2 == 232: print('927/232 = 3.99568965517') if num1 == 927 and sign == '/' and num2 == 233: print('927/233 = 3.97854077253') if num1 == 927 and sign == '/' and num2 == 234: print('927/234 = 3.96153846154') if num1 == 927 and sign == '/' and num2 == 235: print('927/235 = 3.94468085106') if num1 == 927 and sign == '/' and num2 == 236: print('927/236 = 3.92796610169') if num1 == 927 and sign == '/' and num2 == 237: print('927/237 = 3.91139240506') if num1 == 927 and sign == '/' and num2 == 238: print('927/238 = 3.89495798319') if num1 == 927 and sign == '/' and num2 == 239: print('927/239 = 3.87866108787') if num1 == 927 and sign == '/' and num2 == 240: print('927/240 = 3.8625') if num1 == 927 and sign == '/' and num2 == 241: print('927/241 = 3.84647302905') if num1 == 927 and sign == '/' and num2 == 242: print('927/242 = 3.8305785124') if num1 == 927 and sign == '/' and num2 == 243: print('927/243 = 3.81481481481') if num1 == 927 and sign == '/' and num2 == 244: print('927/244 = 3.79918032787') if num1 == 927 and sign == '/' and num2 == 245: print('927/245 = 3.78367346939') if num1 == 927 and sign == '/' and num2 == 246: print('927/246 = 3.76829268293') if num1 == 927 and sign == '/' and num2 == 247: print('927/247 = 3.75303643725') if num1 == 927 and sign == '/' and num2 == 248: print('927/248 = 3.73790322581') if num1 == 927 and sign == '/' and num2 == 249: print('927/249 = 3.72289156627') if num1 == 928 and sign == '/' and num2 == 200: print('928/200 = 4.64') if num1 == 928 and sign == '/' and num2 == 201: print('928/201 = 4.61691542289') if num1 == 928 and sign == '/' and num2 == 202: print('928/202 = 4.59405940594') if num1 == 928 and sign == '/' and num2 == 203: print('928/203 = 4.57142857143') if num1 == 928 and sign == '/' and num2 == 204: print('928/204 = 4.54901960784') if num1 == 928 and sign == '/' and num2 == 205: print('928/205 = 4.52682926829') if num1 == 928 and sign == '/' and num2 == 206: print('928/206 = 4.50485436893') if num1 == 928 and sign == '/' and num2 == 207: print('928/207 = 4.48309178744') if num1 == 928 and sign == '/' and num2 == 208: print('928/208 = 4.46153846154') if num1 == 928 and sign == '/' and num2 == 209: print('928/209 = 4.44019138756') if num1 == 928 and sign == '/' and num2 == 210: print('928/210 = 4.41904761905') if num1 == 928 and sign == '/' and num2 == 211: print('928/211 = 4.3981042654') if num1 == 928 and sign == '/' and num2 == 212: print('928/212 = 4.37735849057') if num1 == 928 and sign == '/' and num2 == 213: print('928/213 = 4.35680751174') if num1 == 928 and sign == '/' and num2 == 214: print('928/214 = 4.33644859813') if num1 == 928 and sign == '/' and num2 == 215: print('928/215 = 4.31627906977') if num1 == 928 and sign == '/' and num2 == 216: print('928/216 = 4.2962962963') if num1 == 928 and sign == '/' and num2 == 217: print('928/217 = 4.27649769585') if num1 == 928 and sign == '/' and num2 == 218: print('928/218 = 4.25688073394') if num1 == 928 and sign == '/' and num2 == 219: print('928/219 = 4.23744292237') if num1 == 928 and sign == '/' and num2 == 220: print('928/220 = 4.21818181818') if num1 == 928 and sign == '/' and num2 == 221: print('928/221 = 4.19909502262') if num1 == 928 and sign == '/' and num2 == 222: print('928/222 = 4.18018018018') if num1 == 928 and sign == '/' and num2 == 223: print('928/223 = 4.16143497758') if num1 == 928 and sign == '/' and num2 == 224: print('928/224 = 4.14285714286') if num1 == 928 and sign == '/' and num2 == 225: print('928/225 = 4.12444444444') if num1 == 928 and sign == '/' and num2 == 226: print('928/226 = 4.10619469027') if num1 == 928 and sign == '/' and num2 == 227: print('928/227 = 4.08810572687') if num1 == 928 and sign == '/' and num2 == 228: print('928/228 = 4.0701754386') if num1 == 928 and sign == '/' and num2 == 229: print('928/229 = 4.05240174672') if num1 == 928 and sign == '/' and num2 == 230: print('928/230 = 4.0347826087') if num1 == 928 and sign == '/' and num2 == 231: print('928/231 = 4.01731601732') if num1 == 928 and sign == '/' and num2 == 232: print('928/232 = 4.0') if num1 == 928 and sign == '/' and num2 == 233: print('928/233 = 3.98283261803') if num1 == 928 and sign == '/' and num2 == 234: print('928/234 = 3.96581196581') if num1 == 928 and sign == '/' and num2 == 235: print('928/235 = 3.94893617021') if num1 == 928 and sign == '/' and num2 == 236: print('928/236 = 3.93220338983') if num1 == 928 and sign == '/' and num2 == 237: print('928/237 = 3.91561181435') if num1 == 928 and sign == '/' and num2 == 238: print('928/238 = 3.89915966387') if num1 == 928 and sign == '/' and num2 == 239: print('928/239 = 3.88284518828') if num1 == 928 and sign == '/' and num2 == 240: print('928/240 = 3.86666666667') if num1 == 928 and sign == '/' and num2 == 241: print('928/241 = 3.85062240664') if num1 == 928 and sign == '/' and num2 == 242: print('928/242 = 3.8347107438') if num1 == 928 and sign == '/' and num2 == 243: print('928/243 = 3.81893004115') if num1 == 928 and sign == '/' and num2 == 244: print('928/244 = 3.80327868852') if num1 == 928 and sign == '/' and num2 == 245: print('928/245 = 3.78775510204') if num1 == 928 and sign == '/' and num2 == 246: print('928/246 = 3.77235772358') if num1 == 928 and sign == '/' and num2 == 247: print('928/247 = 3.75708502024') if num1 == 928 and sign == '/' and num2 == 248: print('928/248 = 3.74193548387') if num1 == 928 and sign == '/' and num2 == 249: print('928/249 = 3.72690763052') if num1 == 929 and sign == '/' and num2 == 200: print('929/200 = 4.645') if num1 == 929 and sign == '/' and num2 == 201: print('929/201 = 4.62189054726') if num1 == 929 and sign == '/' and num2 == 202: print('929/202 = 4.59900990099') if num1 == 929 and sign == '/' and num2 == 203: print('929/203 = 4.5763546798') if num1 == 929 and sign == '/' and num2 == 204: print('929/204 = 4.55392156863') if num1 == 929 and sign == '/' and num2 == 205: print('929/205 = 4.53170731707') if num1 == 929 and sign == '/' and num2 == 206: print('929/206 = 4.50970873786') if num1 == 929 and sign == '/' and num2 == 207: print('929/207 = 4.48792270531') if num1 == 929 and sign == '/' and num2 == 208: print('929/208 = 4.46634615385') if num1 == 929 and sign == '/' and num2 == 209: print('929/209 = 4.44497607656') if num1 == 929 and sign == '/' and num2 == 210: print('929/210 = 4.42380952381') if num1 == 929 and sign == '/' and num2 == 211: print('929/211 = 4.4028436019') if num1 == 929 and sign == '/' and num2 == 212: print('929/212 = 4.3820754717') if num1 == 929 and sign == '/' and num2 == 213: print('929/213 = 4.36150234742') if num1 == 929 and sign == '/' and num2 == 214: print('929/214 = 4.34112149533') if num1 == 929 and sign == '/' and num2 == 215: print('929/215 = 4.32093023256') if num1 == 929 and sign == '/' and num2 == 216: print('929/216 = 4.30092592593') if num1 == 929 and sign == '/' and num2 == 217: print('929/217 = 4.28110599078') if num1 == 929 and sign == '/' and num2 == 218: print('929/218 = 4.26146788991') if num1 == 929 and sign == '/' and num2 == 219: print('929/219 = 4.24200913242') if num1 == 929 and sign == '/' and num2 == 220: print('929/220 = 4.22272727273') if num1 == 929 and sign == '/' and num2 == 221: print('929/221 = 4.2036199095') if num1 == 929 and sign == '/' and num2 == 222: print('929/222 = 4.18468468468') if num1 == 929 and sign == '/' and num2 == 223: print('929/223 = 4.16591928251') if num1 == 929 and sign == '/' and num2 == 224: print('929/224 = 4.14732142857') if num1 == 929 and sign == '/' and num2 == 225: print('929/225 = 4.12888888889') if num1 == 929 and sign == '/' and num2 == 226: print('929/226 = 4.11061946903') if num1 == 929 and sign == '/' and num2 == 227: print('929/227 = 4.09251101322') if num1 == 929 and sign == '/' and num2 == 228: print('929/228 = 4.07456140351') if num1 == 929 and sign == '/' and num2 == 229: print('929/229 = 4.05676855895') if num1 == 929 and sign == '/' and num2 == 230: print('929/230 = 4.03913043478') if num1 == 929 and sign == '/' and num2 == 231: print('929/231 = 4.02164502165') if num1 == 929 and sign == '/' and num2 == 232: print('929/232 = 4.00431034483') if num1 == 929 and sign == '/' and num2 == 233: print('929/233 = 3.98712446352') if num1 == 929 and sign == '/' and num2 == 234: print('929/234 = 3.97008547009') if num1 == 929 and sign == '/' and num2 == 235: print('929/235 = 3.95319148936') if num1 == 929 and sign == '/' and num2 == 236: print('929/236 = 3.93644067797') if num1 == 929 and sign == '/' and num2 == 237: print('929/237 = 3.91983122363') if num1 == 929 and sign == '/' and num2 == 238: print('929/238 = 3.90336134454') if num1 == 929 and sign == '/' and num2 == 239: print('929/239 = 3.8870292887') if num1 == 929 and sign == '/' and num2 == 240: print('929/240 = 3.87083333333') if num1 == 929 and sign == '/' and num2 == 241: print('929/241 = 3.85477178423') if num1 == 929 and sign == '/' and num2 == 242: print('929/242 = 3.83884297521') if num1 == 929 and sign == '/' and num2 == 243: print('929/243 = 3.82304526749') if num1 == 929 and sign == '/' and num2 == 244: print('929/244 = 3.80737704918') if num1 == 929 and sign == '/' and num2 == 245: print('929/245 = 3.79183673469') if num1 == 929 and sign == '/' and num2 == 246: print('929/246 = 3.77642276423') if num1 == 929 and sign == '/' and num2 == 247: print('929/247 = 3.76113360324') if num1 == 929 and sign == '/' and num2 == 248: print('929/248 = 3.74596774194') if num1 == 929 and sign == '/' and num2 == 249: print('929/249 = 3.73092369478') if num1 == 930 and sign == '/' and num2 == 200: print('930/200 = 4.65') if num1 == 930 and sign == '/' and num2 == 201: print('930/201 = 4.62686567164') if num1 == 930 and sign == '/' and num2 == 202: print('930/202 = 4.60396039604') if num1 == 930 and sign == '/' and num2 == 203: print('930/203 = 4.58128078818') if num1 == 930 and sign == '/' and num2 == 204: print('930/204 = 4.55882352941') if num1 == 930 and sign == '/' and num2 == 205: print('930/205 = 4.53658536585') if num1 == 930 and sign == '/' and num2 == 206: print('930/206 = 4.5145631068') if num1 == 930 and sign == '/' and num2 == 207: print('930/207 = 4.49275362319') if num1 == 930 and sign == '/' and num2 == 208: print('930/208 = 4.47115384615') if num1 == 930 and sign == '/' and num2 == 209: print('930/209 = 4.44976076555') if num1 == 930 and sign == '/' and num2 == 210: print('930/210 = 4.42857142857') if num1 == 930 and sign == '/' and num2 == 211: print('930/211 = 4.40758293839') if num1 == 930 and sign == '/' and num2 == 212: print('930/212 = 4.38679245283') if num1 == 930 and sign == '/' and num2 == 213: print('930/213 = 4.3661971831') if num1 == 930 and sign == '/' and num2 == 214: print('930/214 = 4.34579439252') if num1 == 930 and sign == '/' and num2 == 215: print('930/215 = 4.32558139535') if num1 == 930 and sign == '/' and num2 == 216: print('930/216 = 4.30555555556') if num1 == 930 and sign == '/' and num2 == 217: print('930/217 = 4.28571428571') if num1 == 930 and sign == '/' and num2 == 218: print('930/218 = 4.26605504587') if num1 == 930 and sign == '/' and num2 == 219: print('930/219 = 4.24657534247') if num1 == 930 and sign == '/' and num2 == 220: print('930/220 = 4.22727272727') if num1 == 930 and sign == '/' and num2 == 221: print('930/221 = 4.20814479638') if num1 == 930 and sign == '/' and num2 == 222: print('930/222 = 4.18918918919') if num1 == 930 and sign == '/' and num2 == 223: print('930/223 = 4.17040358744') if num1 == 930 and sign == '/' and num2 == 224: print('930/224 = 4.15178571429') if num1 == 930 and sign == '/' and num2 == 225: print('930/225 = 4.13333333333') if num1 == 930 and sign == '/' and num2 == 226: print('930/226 = 4.11504424779') if num1 == 930 and sign == '/' and num2 == 227: print('930/227 = 4.09691629956') if num1 == 930 and sign == '/' and num2 == 228: print('930/228 = 4.07894736842') if num1 == 930 and sign == '/' and num2 == 229: print('930/229 = 4.06113537118') if num1 == 930 and sign == '/' and num2 == 230: print('930/230 = 4.04347826087') if num1 == 930 and sign == '/' and num2 == 231: print('930/231 = 4.02597402597') if num1 == 930 and sign == '/' and num2 == 232: print('930/232 = 4.00862068966') if num1 == 930 and sign == '/' and num2 == 233: print('930/233 = 3.99141630901') if num1 == 930 and sign == '/' and num2 == 234: print('930/234 = 3.97435897436') if num1 == 930 and sign == '/' and num2 == 235: print('930/235 = 3.95744680851') if num1 == 930 and sign == '/' and num2 == 236: print('930/236 = 3.9406779661') if num1 == 930 and sign == '/' and num2 == 237: print('930/237 = 3.92405063291') if num1 == 930 and sign == '/' and num2 == 238: print('930/238 = 3.90756302521') if num1 == 930 and sign == '/' and num2 == 239: print('930/239 = 3.89121338912') if num1 == 930 and sign == '/' and num2 == 240: print('930/240 = 3.875') if num1 == 930 and sign == '/' and num2 == 241: print('930/241 = 3.85892116183') if num1 == 930 and sign == '/' and num2 == 242: print('930/242 = 3.84297520661') if num1 == 930 and sign == '/' and num2 == 243: print('930/243 = 3.82716049383') if num1 == 930 and sign == '/' and num2 == 244: print('930/244 = 3.81147540984') if num1 == 930 and sign == '/' and num2 == 245: print('930/245 = 3.79591836735') if num1 == 930 and sign == '/' and num2 == 246: print('930/246 = 3.78048780488') if num1 == 930 and sign == '/' and num2 == 247: print('930/247 = 3.76518218623') if num1 == 930 and sign == '/' and num2 == 248: print('930/248 = 3.75') if num1 == 930 and sign == '/' and num2 == 249: print('930/249 = 3.73493975904') if num1 == 931 and sign == '/' and num2 == 200: print('931/200 = 4.655') if num1 == 931 and sign == '/' and num2 == 201: print('931/201 = 4.63184079602') if num1 == 931 and sign == '/' and num2 == 202: print('931/202 = 4.60891089109') if num1 == 931 and sign == '/' and num2 == 203: print('931/203 = 4.58620689655') if num1 == 931 and sign == '/' and num2 == 204: print('931/204 = 4.5637254902') if num1 == 931 and sign == '/' and num2 == 205: print('931/205 = 4.54146341463') if num1 == 931 and sign == '/' and num2 == 206: print('931/206 = 4.51941747573') if num1 == 931 and sign == '/' and num2 == 207: print('931/207 = 4.49758454106') if num1 == 931 and sign == '/' and num2 == 208: print('931/208 = 4.47596153846') if num1 == 931 and sign == '/' and num2 == 209: print('931/209 = 4.45454545455') if num1 == 931 and sign == '/' and num2 == 210: print('931/210 = 4.43333333333') if num1 == 931 and sign == '/' and num2 == 211: print('931/211 = 4.41232227488') if num1 == 931 and sign == '/' and num2 == 212: print('931/212 = 4.39150943396') if num1 == 931 and sign == '/' and num2 == 213: print('931/213 = 4.37089201878') if num1 == 931 and sign == '/' and num2 == 214: print('931/214 = 4.35046728972') if num1 == 931 and sign == '/' and num2 == 215: print('931/215 = 4.33023255814') if num1 == 931 and sign == '/' and num2 == 216: print('931/216 = 4.31018518519') if num1 == 931 and sign == '/' and num2 == 217: print('931/217 = 4.29032258065') if num1 == 931 and sign == '/' and num2 == 218: print('931/218 = 4.27064220183') if num1 == 931 and sign == '/' and num2 == 219: print('931/219 = 4.25114155251') if num1 == 931 and sign == '/' and num2 == 220: print('931/220 = 4.23181818182') if num1 == 931 and sign == '/' and num2 == 221: print('931/221 = 4.21266968326') if num1 == 931 and sign == '/' and num2 == 222: print('931/222 = 4.19369369369') if num1 == 931 and sign == '/' and num2 == 223: print('931/223 = 4.17488789238') if num1 == 931 and sign == '/' and num2 == 224: print('931/224 = 4.15625') if num1 == 931 and sign == '/' and num2 == 225: print('931/225 = 4.13777777778') if num1 == 931 and sign == '/' and num2 == 226: print('931/226 = 4.11946902655') if num1 == 931 and sign == '/' and num2 == 227: print('931/227 = 4.1013215859') if num1 == 931 and sign == '/' and num2 == 228: print('931/228 = 4.08333333333') if num1 == 931 and sign == '/' and num2 == 229: print('931/229 = 4.06550218341') if num1 == 931 and sign == '/' and num2 == 230: print('931/230 = 4.04782608696') if num1 == 931 and sign == '/' and num2 == 231: print('931/231 = 4.0303030303') if num1 == 931 and sign == '/' and num2 == 232: print('931/232 = 4.01293103448') if num1 == 931 and sign == '/' and num2 == 233: print('931/233 = 3.99570815451') if num1 == 931 and sign == '/' and num2 == 234: print('931/234 = 3.97863247863') if num1 == 931 and sign == '/' and num2 == 235: print('931/235 = 3.96170212766') if num1 == 931 and sign == '/' and num2 == 236: print('931/236 = 3.94491525424') if num1 == 931 and sign == '/' and num2 == 237: print('931/237 = 3.92827004219') if num1 == 931 and sign == '/' and num2 == 238: print('931/238 = 3.91176470588') if num1 == 931 and sign == '/' and num2 == 239: print('931/239 = 3.89539748954') if num1 == 931 and sign == '/' and num2 == 240: print('931/240 = 3.87916666667') if num1 == 931 and sign == '/' and num2 == 241: print('931/241 = 3.86307053942') if num1 == 931 and sign == '/' and num2 == 242: print('931/242 = 3.84710743802') if num1 == 931 and sign == '/' and num2 == 243: print('931/243 = 3.83127572016') if num1 == 931 and sign == '/' and num2 == 244: print('931/244 = 3.81557377049') if num1 == 931 and sign == '/' and num2 == 245: print('931/245 = 3.8') if num1 == 931 and sign == '/' and num2 == 246: print('931/246 = 3.78455284553') if num1 == 931 and sign == '/' and num2 == 247: print('931/247 = 3.76923076923') if num1 == 931 and sign == '/' and num2 == 248: print('931/248 = 3.75403225806') if num1 == 931 and sign == '/' and num2 == 249: print('931/249 = 3.73895582329') if num1 == 932 and sign == '/' and num2 == 200: print('932/200 = 4.66') if num1 == 932 and sign == '/' and num2 == 201: print('932/201 = 4.6368159204') if num1 == 932 and sign == '/' and num2 == 202: print('932/202 = 4.61386138614') if num1 == 932 and sign == '/' and num2 == 203: print('932/203 = 4.59113300493') if num1 == 932 and sign == '/' and num2 == 204: print('932/204 = 4.56862745098') if num1 == 932 and sign == '/' and num2 == 205: print('932/205 = 4.54634146341') if num1 == 932 and sign == '/' and num2 == 206: print('932/206 = 4.52427184466') if num1 == 932 and sign == '/' and num2 == 207: print('932/207 = 4.50241545894') if num1 == 932 and sign == '/' and num2 == 208: print('932/208 = 4.48076923077') if num1 == 932 and sign == '/' and num2 == 209: print('932/209 = 4.45933014354') if num1 == 932 and sign == '/' and num2 == 210: print('932/210 = 4.4380952381') if num1 == 932 and sign == '/' and num2 == 211: print('932/211 = 4.41706161137') if num1 == 932 and sign == '/' and num2 == 212: print('932/212 = 4.39622641509') if num1 == 932 and sign == '/' and num2 == 213: print('932/213 = 4.37558685446') if num1 == 932 and sign == '/' and num2 == 214: print('932/214 = 4.35514018692') if num1 == 932 and sign == '/' and num2 == 215: print('932/215 = 4.33488372093') if num1 == 932 and sign == '/' and num2 == 216: print('932/216 = 4.31481481481') if num1 == 932 and sign == '/' and num2 == 217: print('932/217 = 4.29493087558') if num1 == 932 and sign == '/' and num2 == 218: print('932/218 = 4.2752293578') if num1 == 932 and sign == '/' and num2 == 219: print('932/219 = 4.25570776256') if num1 == 932 and sign == '/' and num2 == 220: print('932/220 = 4.23636363636') if num1 == 932 and sign == '/' and num2 == 221: print('932/221 = 4.21719457014') if num1 == 932 and sign == '/' and num2 == 222: print('932/222 = 4.1981981982') if num1 == 932 and sign == '/' and num2 == 223: print('932/223 = 4.17937219731') if num1 == 932 and sign == '/' and num2 == 224: print('932/224 = 4.16071428571') if num1 == 932 and sign == '/' and num2 == 225: print('932/225 = 4.14222222222') if num1 == 932 and sign == '/' and num2 == 226: print('932/226 = 4.12389380531') if num1 == 932 and sign == '/' and num2 == 227: print('932/227 = 4.10572687225') if num1 == 932 and sign == '/' and num2 == 228: print('932/228 = 4.08771929825') if num1 == 932 and sign == '/' and num2 == 229: print('932/229 = 4.06986899563') if num1 == 932 and sign == '/' and num2 == 230: print('932/230 = 4.05217391304') if num1 == 932 and sign == '/' and num2 == 231: print('932/231 = 4.03463203463') if num1 == 932 and sign == '/' and num2 == 232: print('932/232 = 4.01724137931') if num1 == 932 and sign == '/' and num2 == 233: print('932/233 = 4.0') if num1 == 932 and sign == '/' and num2 == 234: print('932/234 = 3.98290598291') if num1 == 932 and sign == '/' and num2 == 235: print('932/235 = 3.96595744681') if num1 == 932 and sign == '/' and num2 == 236: print('932/236 = 3.94915254237') if num1 == 932 and sign == '/' and num2 == 237: print('932/237 = 3.93248945148') if num1 == 932 and sign == '/' and num2 == 238: print('932/238 = 3.91596638655') if num1 == 932 and sign == '/' and num2 == 239: print('932/239 = 3.89958158996') if num1 == 932 and sign == '/' and num2 == 240: print('932/240 = 3.88333333333') if num1 == 932 and sign == '/' and num2 == 241: print('932/241 = 3.86721991701') if num1 == 932 and sign == '/' and num2 == 242: print('932/242 = 3.85123966942') if num1 == 932 and sign == '/' and num2 == 243: print('932/243 = 3.8353909465') if num1 == 932 and sign == '/' and num2 == 244: print('932/244 = 3.81967213115') if num1 == 932 and sign == '/' and num2 == 245: print('932/245 = 3.80408163265') if num1 == 932 and sign == '/' and num2 == 246: print('932/246 = 3.78861788618') if num1 == 932 and sign == '/' and num2 == 247: print('932/247 = 3.77327935223') if num1 == 932 and sign == '/' and num2 == 248: print('932/248 = 3.75806451613') if num1 == 932 and sign == '/' and num2 == 249: print('932/249 = 3.74297188755') if num1 == 933 and sign == '/' and num2 == 200: print('933/200 = 4.665') if num1 == 933 and sign == '/' and num2 == 201: print('933/201 = 4.64179104478') if num1 == 933 and sign == '/' and num2 == 202: print('933/202 = 4.61881188119') if num1 == 933 and sign == '/' and num2 == 203: print('933/203 = 4.5960591133') if num1 == 933 and sign == '/' and num2 == 204: print('933/204 = 4.57352941176') if num1 == 933 and sign == '/' and num2 == 205: print('933/205 = 4.5512195122') if num1 == 933 and sign == '/' and num2 == 206: print('933/206 = 4.52912621359') if num1 == 933 and sign == '/' and num2 == 207: print('933/207 = 4.50724637681') if num1 == 933 and sign == '/' and num2 == 208: print('933/208 = 4.48557692308') if num1 == 933 and sign == '/' and num2 == 209: print('933/209 = 4.46411483254') if num1 == 933 and sign == '/' and num2 == 210: print('933/210 = 4.44285714286') if num1 == 933 and sign == '/' and num2 == 211: print('933/211 = 4.42180094787') if num1 == 933 and sign == '/' and num2 == 212: print('933/212 = 4.40094339623') if num1 == 933 and sign == '/' and num2 == 213: print('933/213 = 4.38028169014') if num1 == 933 and sign == '/' and num2 == 214: print('933/214 = 4.35981308411') if num1 == 933 and sign == '/' and num2 == 215: print('933/215 = 4.33953488372') if num1 == 933 and sign == '/' and num2 == 216: print('933/216 = 4.31944444444') if num1 == 933 and sign == '/' and num2 == 217: print('933/217 = 4.29953917051') if num1 == 933 and sign == '/' and num2 == 218: print('933/218 = 4.27981651376') if num1 == 933 and sign == '/' and num2 == 219: print('933/219 = 4.2602739726') if num1 == 933 and sign == '/' and num2 == 220: print('933/220 = 4.24090909091') if num1 == 933 and sign == '/' and num2 == 221: print('933/221 = 4.22171945701') if num1 == 933 and sign == '/' and num2 == 222: print('933/222 = 4.2027027027') if num1 == 933 and sign == '/' and num2 == 223: print('933/223 = 4.18385650224') if num1 == 933 and sign == '/' and num2 == 224: print('933/224 = 4.16517857143') if num1 == 933 and sign == '/' and num2 == 225: print('933/225 = 4.14666666667') if num1 == 933 and sign == '/' and num2 == 226: print('933/226 = 4.12831858407') if num1 == 933 and sign == '/' and num2 == 227: print('933/227 = 4.11013215859') if num1 == 933 and sign == '/' and num2 == 228: print('933/228 = 4.09210526316') if num1 == 933 and sign == '/' and num2 == 229: print('933/229 = 4.07423580786') if num1 == 933 and sign == '/' and num2 == 230: print('933/230 = 4.05652173913') if num1 == 933 and sign == '/' and num2 == 231: print('933/231 = 4.03896103896') if num1 == 933 and sign == '/' and num2 == 232: print('933/232 = 4.02155172414') if num1 == 933 and sign == '/' and num2 == 233: print('933/233 = 4.00429184549') if num1 == 933 and sign == '/' and num2 == 234: print('933/234 = 3.98717948718') if num1 == 933 and sign == '/' and num2 == 235: print('933/235 = 3.97021276596') if num1 == 933 and sign == '/' and num2 == 236: print('933/236 = 3.95338983051') if num1 == 933 and sign == '/' and num2 == 237: print('933/237 = 3.93670886076') if num1 == 933 and sign == '/' and num2 == 238: print('933/238 = 3.92016806723') if num1 == 933 and sign == '/' and num2 == 239: print('933/239 = 3.90376569038') if num1 == 933 and sign == '/' and num2 == 240: print('933/240 = 3.8875') if num1 == 933 and sign == '/' and num2 == 241: print('933/241 = 3.87136929461') if num1 == 933 and sign == '/' and num2 == 242: print('933/242 = 3.85537190083') if num1 == 933 and sign == '/' and num2 == 243: print('933/243 = 3.83950617284') if num1 == 933 and sign == '/' and num2 == 244: print('933/244 = 3.8237704918') if num1 == 933 and sign == '/' and num2 == 245: print('933/245 = 3.80816326531') if num1 == 933 and sign == '/' and num2 == 246: print('933/246 = 3.79268292683') if num1 == 933 and sign == '/' and num2 == 247: print('933/247 = 3.77732793522') if num1 == 933 and sign == '/' and num2 == 248: print('933/248 = 3.76209677419') if num1 == 933 and sign == '/' and num2 == 249: print('933/249 = 3.74698795181') if num1 == 934 and sign == '/' and num2 == 200: print('934/200 = 4.67') if num1 == 934 and sign == '/' and num2 == 201: print('934/201 = 4.64676616915') if num1 == 934 and sign == '/' and num2 == 202: print('934/202 = 4.62376237624') if num1 == 934 and sign == '/' and num2 == 203: print('934/203 = 4.60098522167') if num1 == 934 and sign == '/' and num2 == 204: print('934/204 = 4.57843137255') if num1 == 934 and sign == '/' and num2 == 205: print('934/205 = 4.55609756098') if num1 == 934 and sign == '/' and num2 == 206: print('934/206 = 4.53398058252') if num1 == 934 and sign == '/' and num2 == 207: print('934/207 = 4.51207729469') if num1 == 934 and sign == '/' and num2 == 208: print('934/208 = 4.49038461538') if num1 == 934 and sign == '/' and num2 == 209: print('934/209 = 4.46889952153') if num1 == 934 and sign == '/' and num2 == 210: print('934/210 = 4.44761904762') if num1 == 934 and sign == '/' and num2 == 211: print('934/211 = 4.42654028436') if num1 == 934 and sign == '/' and num2 == 212: print('934/212 = 4.40566037736') if num1 == 934 and sign == '/' and num2 == 213: print('934/213 = 4.38497652582') if num1 == 934 and sign == '/' and num2 == 214: print('934/214 = 4.36448598131') if num1 == 934 and sign == '/' and num2 == 215: print('934/215 = 4.34418604651') if num1 == 934 and sign == '/' and num2 == 216: print('934/216 = 4.32407407407') if num1 == 934 and sign == '/' and num2 == 217: print('934/217 = 4.30414746544') if num1 == 934 and sign == '/' and num2 == 218: print('934/218 = 4.28440366972') if num1 == 934 and sign == '/' and num2 == 219: print('934/219 = 4.26484018265') if num1 == 934 and sign == '/' and num2 == 220: print('934/220 = 4.24545454545') if num1 == 934 and sign == '/' and num2 == 221: print('934/221 = 4.22624434389') if num1 == 934 and sign == '/' and num2 == 222: print('934/222 = 4.20720720721') if num1 == 934 and sign == '/' and num2 == 223: print('934/223 = 4.18834080717') if num1 == 934 and sign == '/' and num2 == 224: print('934/224 = 4.16964285714') if num1 == 934 and sign == '/' and num2 == 225: print('934/225 = 4.15111111111') if num1 == 934 and sign == '/' and num2 == 226: print('934/226 = 4.13274336283') if num1 == 934 and sign == '/' and num2 == 227: print('934/227 = 4.11453744493') if num1 == 934 and sign == '/' and num2 == 228: print('934/228 = 4.09649122807') if num1 == 934 and sign == '/' and num2 == 229: print('934/229 = 4.07860262009') if num1 == 934 and sign == '/' and num2 == 230: print('934/230 = 4.06086956522') if num1 == 934 and sign == '/' and num2 == 231: print('934/231 = 4.04329004329') if num1 == 934 and sign == '/' and num2 == 232: print('934/232 = 4.02586206897') if num1 == 934 and sign == '/' and num2 == 233: print('934/233 = 4.00858369099') if num1 == 934 and sign == '/' and num2 == 234: print('934/234 = 3.99145299145') if num1 == 934 and sign == '/' and num2 == 235: print('934/235 = 3.97446808511') if num1 == 934 and sign == '/' and num2 == 236: print('934/236 = 3.95762711864') if num1 == 934 and sign == '/' and num2 == 237: print('934/237 = 3.94092827004') if num1 == 934 and sign == '/' and num2 == 238: print('934/238 = 3.9243697479') if num1 == 934 and sign == '/' and num2 == 239: print('934/239 = 3.90794979079') if num1 == 934 and sign == '/' and num2 == 240: print('934/240 = 3.89166666667') if num1 == 934 and sign == '/' and num2 == 241: print('934/241 = 3.8755186722') if num1 == 934 and sign == '/' and num2 == 242: print('934/242 = 3.85950413223') if num1 == 934 and sign == '/' and num2 == 243: print('934/243 = 3.84362139918') if num1 == 934 and sign == '/' and num2 == 244: print('934/244 = 3.82786885246') if num1 == 934 and sign == '/' and num2 == 245: print('934/245 = 3.81224489796') if num1 == 934 and sign == '/' and num2 == 246: print('934/246 = 3.79674796748') if num1 == 934 and sign == '/' and num2 == 247: print('934/247 = 3.78137651822') if num1 == 934 and sign == '/' and num2 == 248: print('934/248 = 3.76612903226') if num1 == 934 and sign == '/' and num2 == 249: print('934/249 = 3.75100401606') if num1 == 935 and sign == '/' and num2 == 200: print('935/200 = 4.675') if num1 == 935 and sign == '/' and num2 == 201: print('935/201 = 4.65174129353') if num1 == 935 and sign == '/' and num2 == 202: print('935/202 = 4.62871287129') if num1 == 935 and sign == '/' and num2 == 203: print('935/203 = 4.60591133005') if num1 == 935 and sign == '/' and num2 == 204: print('935/204 = 4.58333333333') if num1 == 935 and sign == '/' and num2 == 205: print('935/205 = 4.56097560976') if num1 == 935 and sign == '/' and num2 == 206: print('935/206 = 4.53883495146') if num1 == 935 and sign == '/' and num2 == 207: print('935/207 = 4.51690821256') if num1 == 935 and sign == '/' and num2 == 208: print('935/208 = 4.49519230769') if num1 == 935 and sign == '/' and num2 == 209: print('935/209 = 4.47368421053') if num1 == 935 and sign == '/' and num2 == 210: print('935/210 = 4.45238095238') if num1 == 935 and sign == '/' and num2 == 211: print('935/211 = 4.43127962085') if num1 == 935 and sign == '/' and num2 == 212: print('935/212 = 4.41037735849') if num1 == 935 and sign == '/' and num2 == 213: print('935/213 = 4.3896713615') if num1 == 935 and sign == '/' and num2 == 214: print('935/214 = 4.3691588785') if num1 == 935 and sign == '/' and num2 == 215: print('935/215 = 4.3488372093') if num1 == 935 and sign == '/' and num2 == 216: print('935/216 = 4.3287037037') if num1 == 935 and sign == '/' and num2 == 217: print('935/217 = 4.30875576037') if num1 == 935 and sign == '/' and num2 == 218: print('935/218 = 4.28899082569') if num1 == 935 and sign == '/' and num2 == 219: print('935/219 = 4.26940639269') if num1 == 935 and sign == '/' and num2 == 220: print('935/220 = 4.25') if num1 == 935 and sign == '/' and num2 == 221: print('935/221 = 4.23076923077') if num1 == 935 and sign == '/' and num2 == 222: print('935/222 = 4.21171171171') if num1 == 935 and sign == '/' and num2 == 223: print('935/223 = 4.19282511211') if num1 == 935 and sign == '/' and num2 == 224: print('935/224 = 4.17410714286') if num1 == 935 and sign == '/' and num2 == 225: print('935/225 = 4.15555555556') if num1 == 935 and sign == '/' and num2 == 226: print('935/226 = 4.13716814159') if num1 == 935 and sign == '/' and num2 == 227: print('935/227 = 4.11894273128') if num1 == 935 and sign == '/' and num2 == 228: print('935/228 = 4.10087719298') if num1 == 935 and sign == '/' and num2 == 229: print('935/229 = 4.08296943231') if num1 == 935 and sign == '/' and num2 == 230: print('935/230 = 4.0652173913') if num1 == 935 and sign == '/' and num2 == 231: print('935/231 = 4.04761904762') if num1 == 935 and sign == '/' and num2 == 232: print('935/232 = 4.03017241379') if num1 == 935 and sign == '/' and num2 == 233: print('935/233 = 4.01287553648') if num1 == 935 and sign == '/' and num2 == 234: print('935/234 = 3.99572649573') if num1 == 935 and sign == '/' and num2 == 235: print('935/235 = 3.97872340426') if num1 == 935 and sign == '/' and num2 == 236: print('935/236 = 3.96186440678') if num1 == 935 and sign == '/' and num2 == 237: print('935/237 = 3.94514767932') if num1 == 935 and sign == '/' and num2 == 238: print('935/238 = 3.92857142857') if num1 == 935 and sign == '/' and num2 == 239: print('935/239 = 3.91213389121') if num1 == 935 and sign == '/' and num2 == 240: print('935/240 = 3.89583333333') if num1 == 935 and sign == '/' and num2 == 241: print('935/241 = 3.87966804979') if num1 == 935 and sign == '/' and num2 == 242: print('935/242 = 3.86363636364') if num1 == 935 and sign == '/' and num2 == 243: print('935/243 = 3.84773662551') if num1 == 935 and sign == '/' and num2 == 244: print('935/244 = 3.83196721311') if num1 == 935 and sign == '/' and num2 == 245: print('935/245 = 3.81632653061') if num1 == 935 and sign == '/' and num2 == 246: print('935/246 = 3.80081300813') if num1 == 935 and sign == '/' and num2 == 247: print('935/247 = 3.78542510121') if num1 == 935 and sign == '/' and num2 == 248: print('935/248 = 3.77016129032') if num1 == 935 and sign == '/' and num2 == 249: print('935/249 = 3.75502008032') if num1 == 936 and sign == '/' and num2 == 200: print('936/200 = 4.68') if num1 == 936 and sign == '/' and num2 == 201: print('936/201 = 4.65671641791') if num1 == 936 and sign == '/' and num2 == 202: print('936/202 = 4.63366336634') if num1 == 936 and sign == '/' and num2 == 203: print('936/203 = 4.61083743842') if num1 == 936 and sign == '/' and num2 == 204: print('936/204 = 4.58823529412') if num1 == 936 and sign == '/' and num2 == 205: print('936/205 = 4.56585365854') if num1 == 936 and sign == '/' and num2 == 206: print('936/206 = 4.54368932039') if num1 == 936 and sign == '/' and num2 == 207: print('936/207 = 4.52173913043') if num1 == 936 and sign == '/' and num2 == 208: print('936/208 = 4.5') if num1 == 936 and sign == '/' and num2 == 209: print('936/209 = 4.47846889952') if num1 == 936 and sign == '/' and num2 == 210: print('936/210 = 4.45714285714') if num1 == 936 and sign == '/' and num2 == 211: print('936/211 = 4.43601895735') if num1 == 936 and sign == '/' and num2 == 212: print('936/212 = 4.41509433962') if num1 == 936 and sign == '/' and num2 == 213: print('936/213 = 4.39436619718') if num1 == 936 and sign == '/' and num2 == 214: print('936/214 = 4.3738317757') if num1 == 936 and sign == '/' and num2 == 215: print('936/215 = 4.35348837209') if num1 == 936 and sign == '/' and num2 == 216: print('936/216 = 4.33333333333') if num1 == 936 and sign == '/' and num2 == 217: print('936/217 = 4.3133640553') if num1 == 936 and sign == '/' and num2 == 218: print('936/218 = 4.29357798165') if num1 == 936 and sign == '/' and num2 == 219: print('936/219 = 4.27397260274') if num1 == 936 and sign == '/' and num2 == 220: print('936/220 = 4.25454545455') if num1 == 936 and sign == '/' and num2 == 221: print('936/221 = 4.23529411765') if num1 == 936 and sign == '/' and num2 == 222: print('936/222 = 4.21621621622') if num1 == 936 and sign == '/' and num2 == 223: print('936/223 = 4.19730941704') if num1 == 936 and sign == '/' and num2 == 224: print('936/224 = 4.17857142857') if num1 == 936 and sign == '/' and num2 == 225: print('936/225 = 4.16') if num1 == 936 and sign == '/' and num2 == 226: print('936/226 = 4.14159292035') if num1 == 936 and sign == '/' and num2 == 227: print('936/227 = 4.12334801762') if num1 == 936 and sign == '/' and num2 == 228: print('936/228 = 4.10526315789') if num1 == 936 and sign == '/' and num2 == 229: print('936/229 = 4.08733624454') if num1 == 936 and sign == '/' and num2 == 230: print('936/230 = 4.06956521739') if num1 == 936 and sign == '/' and num2 == 231: print('936/231 = 4.05194805195') if num1 == 936 and sign == '/' and num2 == 232: print('936/232 = 4.03448275862') if num1 == 936 and sign == '/' and num2 == 233: print('936/233 = 4.01716738197') if num1 == 936 and sign == '/' and num2 == 234: print('936/234 = 4.0') if num1 == 936 and sign == '/' and num2 == 235: print('936/235 = 3.9829787234') if num1 == 936 and sign == '/' and num2 == 236: print('936/236 = 3.96610169492') if num1 == 936 and sign == '/' and num2 == 237: print('936/237 = 3.94936708861') if num1 == 936 and sign == '/' and num2 == 238: print('936/238 = 3.93277310924') if num1 == 936 and sign == '/' and num2 == 239: print('936/239 = 3.91631799163') if num1 == 936 and sign == '/' and num2 == 240: print('936/240 = 3.9') if num1 == 936 and sign == '/' and num2 == 241: print('936/241 = 3.88381742739') if num1 == 936 and sign == '/' and num2 == 242: print('936/242 = 3.86776859504') if num1 == 936 and sign == '/' and num2 == 243: print('936/243 = 3.85185185185') if num1 == 936 and sign == '/' and num2 == 244: print('936/244 = 3.83606557377') if num1 == 936 and sign == '/' and num2 == 245: print('936/245 = 3.82040816327') if num1 == 936 and sign == '/' and num2 == 246: print('936/246 = 3.80487804878') if num1 == 936 and sign == '/' and num2 == 247: print('936/247 = 3.78947368421') if num1 == 936 and sign == '/' and num2 == 248: print('936/248 = 3.77419354839') if num1 == 936 and sign == '/' and num2 == 249: print('936/249 = 3.75903614458') if num1 == 937 and sign == '/' and num2 == 200: print('937/200 = 4.685') if num1 == 937 and sign == '/' and num2 == 201: print('937/201 = 4.66169154229') if num1 == 937 and sign == '/' and num2 == 202: print('937/202 = 4.63861386139') if num1 == 937 and sign == '/' and num2 == 203: print('937/203 = 4.6157635468') if num1 == 937 and sign == '/' and num2 == 204: print('937/204 = 4.5931372549') if num1 == 937 and sign == '/' and num2 == 205: print('937/205 = 4.57073170732') if num1 == 937 and sign == '/' and num2 == 206: print('937/206 = 4.54854368932') if num1 == 937 and sign == '/' and num2 == 207: print('937/207 = 4.52657004831') if num1 == 937 and sign == '/' and num2 == 208: print('937/208 = 4.50480769231') if num1 == 937 and sign == '/' and num2 == 209: print('937/209 = 4.48325358852') if num1 == 937 and sign == '/' and num2 == 210: print('937/210 = 4.4619047619') if num1 == 937 and sign == '/' and num2 == 211: print('937/211 = 4.44075829384') if num1 == 937 and sign == '/' and num2 == 212: print('937/212 = 4.41981132075') if num1 == 937 and sign == '/' and num2 == 213: print('937/213 = 4.39906103286') if num1 == 937 and sign == '/' and num2 == 214: print('937/214 = 4.3785046729') if num1 == 937 and sign == '/' and num2 == 215: print('937/215 = 4.35813953488') if num1 == 937 and sign == '/' and num2 == 216: print('937/216 = 4.33796296296') if num1 == 937 and sign == '/' and num2 == 217: print('937/217 = 4.31797235023') if num1 == 937 and sign == '/' and num2 == 218: print('937/218 = 4.29816513761') if num1 == 937 and sign == '/' and num2 == 219: print('937/219 = 4.27853881279') if num1 == 937 and sign == '/' and num2 == 220: print('937/220 = 4.25909090909') if num1 == 937 and sign == '/' and num2 == 221: print('937/221 = 4.23981900452') if num1 == 937 and sign == '/' and num2 == 222: print('937/222 = 4.22072072072') if num1 == 937 and sign == '/' and num2 == 223: print('937/223 = 4.20179372197') if num1 == 937 and sign == '/' and num2 == 224: print('937/224 = 4.18303571429') if num1 == 937 and sign == '/' and num2 == 225: print('937/225 = 4.16444444444') if num1 == 937 and sign == '/' and num2 == 226: print('937/226 = 4.14601769912') if num1 == 937 and sign == '/' and num2 == 227: print('937/227 = 4.12775330396') if num1 == 937 and sign == '/' and num2 == 228: print('937/228 = 4.10964912281') if num1 == 937 and sign == '/' and num2 == 229: print('937/229 = 4.09170305677') if num1 == 937 and sign == '/' and num2 == 230: print('937/230 = 4.07391304348') if num1 == 937 and sign == '/' and num2 == 231: print('937/231 = 4.05627705628') if num1 == 937 and sign == '/' and num2 == 232: print('937/232 = 4.03879310345') if num1 == 937 and sign == '/' and num2 == 233: print('937/233 = 4.02145922747') if num1 == 937 and sign == '/' and num2 == 234: print('937/234 = 4.00427350427') if num1 == 937 and sign == '/' and num2 == 235: print('937/235 = 3.98723404255') if num1 == 937 and sign == '/' and num2 == 236: print('937/236 = 3.97033898305') if num1 == 937 and sign == '/' and num2 == 237: print('937/237 = 3.95358649789') if num1 == 937 and sign == '/' and num2 == 238: print('937/238 = 3.93697478992') if num1 == 937 and sign == '/' and num2 == 239: print('937/239 = 3.92050209205') if num1 == 937 and sign == '/' and num2 == 240: print('937/240 = 3.90416666667') if num1 == 937 and sign == '/' and num2 == 241: print('937/241 = 3.88796680498') if num1 == 937 and sign == '/' and num2 == 242: print('937/242 = 3.87190082645') if num1 == 937 and sign == '/' and num2 == 243: print('937/243 = 3.85596707819') if num1 == 937 and sign == '/' and num2 == 244: print('937/244 = 3.84016393443') if num1 == 937 and sign == '/' and num2 == 245: print('937/245 = 3.82448979592') if num1 == 937 and sign == '/' and num2 == 246: print('937/246 = 3.80894308943') if num1 == 937 and sign == '/' and num2 == 247: print('937/247 = 3.79352226721') if num1 == 937 and sign == '/' and num2 == 248: print('937/248 = 3.77822580645') if num1 == 937 and sign == '/' and num2 == 249: print('937/249 = 3.76305220884') if num1 == 938 and sign == '/' and num2 == 200: print('938/200 = 4.69') if num1 == 938 and sign == '/' and num2 == 201: print('938/201 = 4.66666666667') if num1 == 938 and sign == '/' and num2 == 202: print('938/202 = 4.64356435644') if num1 == 938 and sign == '/' and num2 == 203: print('938/203 = 4.62068965517') if num1 == 938 and sign == '/' and num2 == 204: print('938/204 = 4.59803921569') if num1 == 938 and sign == '/' and num2 == 205: print('938/205 = 4.5756097561') if num1 == 938 and sign == '/' and num2 == 206: print('938/206 = 4.55339805825') if num1 == 938 and sign == '/' and num2 == 207: print('938/207 = 4.53140096618') if num1 == 938 and sign == '/' and num2 == 208: print('938/208 = 4.50961538462') if num1 == 938 and sign == '/' and num2 == 209: print('938/209 = 4.48803827751') if num1 == 938 and sign == '/' and num2 == 210: print('938/210 = 4.46666666667') if num1 == 938 and sign == '/' and num2 == 211: print('938/211 = 4.44549763033') if num1 == 938 and sign == '/' and num2 == 212: print('938/212 = 4.42452830189') if num1 == 938 and sign == '/' and num2 == 213: print('938/213 = 4.40375586854') if num1 == 938 and sign == '/' and num2 == 214: print('938/214 = 4.38317757009') if num1 == 938 and sign == '/' and num2 == 215: print('938/215 = 4.36279069767') if num1 == 938 and sign == '/' and num2 == 216: print('938/216 = 4.34259259259') if num1 == 938 and sign == '/' and num2 == 217: print('938/217 = 4.32258064516') if num1 == 938 and sign == '/' and num2 == 218: print('938/218 = 4.30275229358') if num1 == 938 and sign == '/' and num2 == 219: print('938/219 = 4.28310502283') if num1 == 938 and sign == '/' and num2 == 220: print('938/220 = 4.26363636364') if num1 == 938 and sign == '/' and num2 == 221: print('938/221 = 4.2443438914') if num1 == 938 and sign == '/' and num2 == 222: print('938/222 = 4.22522522523') if num1 == 938 and sign == '/' and num2 == 223: print('938/223 = 4.20627802691') if num1 == 938 and sign == '/' and num2 == 224: print('938/224 = 4.1875') if num1 == 938 and sign == '/' and num2 == 225: print('938/225 = 4.16888888889') if num1 == 938 and sign == '/' and num2 == 226: print('938/226 = 4.15044247788') if num1 == 938 and sign == '/' and num2 == 227: print('938/227 = 4.13215859031') if num1 == 938 and sign == '/' and num2 == 228: print('938/228 = 4.11403508772') if num1 == 938 and sign == '/' and num2 == 229: print('938/229 = 4.096069869') if num1 == 938 and sign == '/' and num2 == 230: print('938/230 = 4.07826086957') if num1 == 938 and sign == '/' and num2 == 231: print('938/231 = 4.06060606061') if num1 == 938 and sign == '/' and num2 == 232: print('938/232 = 4.04310344828') if num1 == 938 and sign == '/' and num2 == 233: print('938/233 = 4.02575107296') if num1 == 938 and sign == '/' and num2 == 234: print('938/234 = 4.00854700855') if num1 == 938 and sign == '/' and num2 == 235: print('938/235 = 3.9914893617') if num1 == 938 and sign == '/' and num2 == 236: print('938/236 = 3.97457627119') if num1 == 938 and sign == '/' and num2 == 237: print('938/237 = 3.95780590717') if num1 == 938 and sign == '/' and num2 == 238: print('938/238 = 3.94117647059') if num1 == 938 and sign == '/' and num2 == 239: print('938/239 = 3.92468619247') if num1 == 938 and sign == '/' and num2 == 240: print('938/240 = 3.90833333333') if num1 == 938 and sign == '/' and num2 == 241: print('938/241 = 3.89211618257') if num1 == 938 and sign == '/' and num2 == 242: print('938/242 = 3.87603305785') if num1 == 938 and sign == '/' and num2 == 243: print('938/243 = 3.86008230453') if num1 == 938 and sign == '/' and num2 == 244: print('938/244 = 3.84426229508') if num1 == 938 and sign == '/' and num2 == 245: print('938/245 = 3.82857142857') if num1 == 938 and sign == '/' and num2 == 246: print('938/246 = 3.81300813008') if num1 == 938 and sign == '/' and num2 == 247: print('938/247 = 3.7975708502') if num1 == 938 and sign == '/' and num2 == 248: print('938/248 = 3.78225806452') if num1 == 938 and sign == '/' and num2 == 249: print('938/249 = 3.76706827309') if num1 == 939 and sign == '/' and num2 == 200: print('939/200 = 4.695') if num1 == 939 and sign == '/' and num2 == 201: print('939/201 = 4.67164179104') if num1 == 939 and sign == '/' and num2 == 202: print('939/202 = 4.64851485149') if num1 == 939 and sign == '/' and num2 == 203: print('939/203 = 4.62561576355') if num1 == 939 and sign == '/' and num2 == 204: print('939/204 = 4.60294117647') if num1 == 939 and sign == '/' and num2 == 205: print('939/205 = 4.58048780488') if num1 == 939 and sign == '/' and num2 == 206: print('939/206 = 4.55825242718') if num1 == 939 and sign == '/' and num2 == 207: print('939/207 = 4.53623188406') if num1 == 939 and sign == '/' and num2 == 208: print('939/208 = 4.51442307692') if num1 == 939 and sign == '/' and num2 == 209: print('939/209 = 4.49282296651') if num1 == 939 and sign == '/' and num2 == 210: print('939/210 = 4.47142857143') if num1 == 939 and sign == '/' and num2 == 211: print('939/211 = 4.45023696682') if num1 == 939 and sign == '/' and num2 == 212: print('939/212 = 4.42924528302') if num1 == 939 and sign == '/' and num2 == 213: print('939/213 = 4.40845070423') if num1 == 939 and sign == '/' and num2 == 214: print('939/214 = 4.38785046729') if num1 == 939 and sign == '/' and num2 == 215: print('939/215 = 4.36744186047') if num1 == 939 and sign == '/' and num2 == 216: print('939/216 = 4.34722222222') if num1 == 939 and sign == '/' and num2 == 217: print('939/217 = 4.32718894009') if num1 == 939 and sign == '/' and num2 == 218: print('939/218 = 4.30733944954') if num1 == 939 and sign == '/' and num2 == 219: print('939/219 = 4.28767123288') if num1 == 939 and sign == '/' and num2 == 220: print('939/220 = 4.26818181818') if num1 == 939 and sign == '/' and num2 == 221: print('939/221 = 4.24886877828') if num1 == 939 and sign == '/' and num2 == 222: print('939/222 = 4.22972972973') if num1 == 939 and sign == '/' and num2 == 223: print('939/223 = 4.21076233184') if num1 == 939 and sign == '/' and num2 == 224: print('939/224 = 4.19196428571') if num1 == 939 and sign == '/' and num2 == 225: print('939/225 = 4.17333333333') if num1 == 939 and sign == '/' and num2 == 226: print('939/226 = 4.15486725664') if num1 == 939 and sign == '/' and num2 == 227: print('939/227 = 4.13656387665') if num1 == 939 and sign == '/' and num2 == 228: print('939/228 = 4.11842105263') if num1 == 939 and sign == '/' and num2 == 229: print('939/229 = 4.10043668122') if num1 == 939 and sign == '/' and num2 == 230: print('939/230 = 4.08260869565') if num1 == 939 and sign == '/' and num2 == 231: print('939/231 = 4.06493506494') if num1 == 939 and sign == '/' and num2 == 232: print('939/232 = 4.0474137931') if num1 == 939 and sign == '/' and num2 == 233: print('939/233 = 4.03004291845') if num1 == 939 and sign == '/' and num2 == 234: print('939/234 = 4.01282051282') if num1 == 939 and sign == '/' and num2 == 235: print('939/235 = 3.99574468085') if num1 == 939 and sign == '/' and num2 == 236: print('939/236 = 3.97881355932') if num1 == 939 and sign == '/' and num2 == 237: print('939/237 = 3.96202531646') if num1 == 939 and sign == '/' and num2 == 238: print('939/238 = 3.94537815126') if num1 == 939 and sign == '/' and num2 == 239: print('939/239 = 3.92887029289') if num1 == 939 and sign == '/' and num2 == 240: print('939/240 = 3.9125') if num1 == 939 and sign == '/' and num2 == 241: print('939/241 = 3.89626556017') if num1 == 939 and sign == '/' and num2 == 242: print('939/242 = 3.88016528926') if num1 == 939 and sign == '/' and num2 == 243: print('939/243 = 3.86419753086') if num1 == 939 and sign == '/' and num2 == 244: print('939/244 = 3.84836065574') if num1 == 939 and sign == '/' and num2 == 245: print('939/245 = 3.83265306122') if num1 == 939 and sign == '/' and num2 == 246: print('939/246 = 3.81707317073') if num1 == 939 and sign == '/' and num2 == 247: print('939/247 = 3.8016194332') if num1 == 939 and sign == '/' and num2 == 248: print('939/248 = 3.78629032258') if num1 == 939 and sign == '/' and num2 == 249: print('939/249 = 3.77108433735') if num1 == 940 and sign == '/' and num2 == 200: print('940/200 = 4.7') if num1 == 940 and sign == '/' and num2 == 201: print('940/201 = 4.67661691542') if num1 == 940 and sign == '/' and num2 == 202: print('940/202 = 4.65346534653') if num1 == 940 and sign == '/' and num2 == 203: print('940/203 = 4.63054187192') if num1 == 940 and sign == '/' and num2 == 204: print('940/204 = 4.60784313725') if num1 == 940 and sign == '/' and num2 == 205: print('940/205 = 4.58536585366') if num1 == 940 and sign == '/' and num2 == 206: print('940/206 = 4.56310679612') if num1 == 940 and sign == '/' and num2 == 207: print('940/207 = 4.54106280193') if num1 == 940 and sign == '/' and num2 == 208: print('940/208 = 4.51923076923') if num1 == 940 and sign == '/' and num2 == 209: print('940/209 = 4.4976076555') if num1 == 940 and sign == '/' and num2 == 210: print('940/210 = 4.47619047619') if num1 == 940 and sign == '/' and num2 == 211: print('940/211 = 4.45497630332') if num1 == 940 and sign == '/' and num2 == 212: print('940/212 = 4.43396226415') if num1 == 940 and sign == '/' and num2 == 213: print('940/213 = 4.41314553991') if num1 == 940 and sign == '/' and num2 == 214: print('940/214 = 4.39252336449') if num1 == 940 and sign == '/' and num2 == 215: print('940/215 = 4.37209302326') if num1 == 940 and sign == '/' and num2 == 216: print('940/216 = 4.35185185185') if num1 == 940 and sign == '/' and num2 == 217: print('940/217 = 4.33179723502') if num1 == 940 and sign == '/' and num2 == 218: print('940/218 = 4.3119266055') if num1 == 940 and sign == '/' and num2 == 219: print('940/219 = 4.29223744292') if num1 == 940 and sign == '/' and num2 == 220: print('940/220 = 4.27272727273') if num1 == 940 and sign == '/' and num2 == 221: print('940/221 = 4.25339366516') if num1 == 940 and sign == '/' and num2 == 222: print('940/222 = 4.23423423423') if num1 == 940 and sign == '/' and num2 == 223: print('940/223 = 4.21524663677') if num1 == 940 and sign == '/' and num2 == 224: print('940/224 = 4.19642857143') if num1 == 940 and sign == '/' and num2 == 225: print('940/225 = 4.17777777778') if num1 == 940 and sign == '/' and num2 == 226: print('940/226 = 4.1592920354') if num1 == 940 and sign == '/' and num2 == 227: print('940/227 = 4.140969163') if num1 == 940 and sign == '/' and num2 == 228: print('940/228 = 4.12280701754') if num1 == 940 and sign == '/' and num2 == 229: print('940/229 = 4.10480349345') if num1 == 940 and sign == '/' and num2 == 230: print('940/230 = 4.08695652174') if num1 == 940 and sign == '/' and num2 == 231: print('940/231 = 4.06926406926') if num1 == 940 and sign == '/' and num2 == 232: print('940/232 = 4.05172413793') if num1 == 940 and sign == '/' and num2 == 233: print('940/233 = 4.03433476395') if num1 == 940 and sign == '/' and num2 == 234: print('940/234 = 4.01709401709') if num1 == 940 and sign == '/' and num2 == 235: print('940/235 = 4.0') if num1 == 940 and sign == '/' and num2 == 236: print('940/236 = 3.98305084746') if num1 == 940 and sign == '/' and num2 == 237: print('940/237 = 3.96624472574') if num1 == 940 and sign == '/' and num2 == 238: print('940/238 = 3.94957983193') if num1 == 940 and sign == '/' and num2 == 239: print('940/239 = 3.93305439331') if num1 == 940 and sign == '/' and num2 == 240: print('940/240 = 3.91666666667') if num1 == 940 and sign == '/' and num2 == 241: print('940/241 = 3.90041493776') if num1 == 940 and sign == '/' and num2 == 242: print('940/242 = 3.88429752066') if num1 == 940 and sign == '/' and num2 == 243: print('940/243 = 3.8683127572') if num1 == 940 and sign == '/' and num2 == 244: print('940/244 = 3.85245901639') if num1 == 940 and sign == '/' and num2 == 245: print('940/245 = 3.83673469388') if num1 == 940 and sign == '/' and num2 == 246: print('940/246 = 3.82113821138') if num1 == 940 and sign == '/' and num2 == 247: print('940/247 = 3.80566801619') if num1 == 940 and sign == '/' and num2 == 248: print('940/248 = 3.79032258065') if num1 == 940 and sign == '/' and num2 == 249: print('940/249 = 3.77510040161') if num1 == 941 and sign == '/' and num2 == 200: print('941/200 = 4.705') if num1 == 941 and sign == '/' and num2 == 201: print('941/201 = 4.6815920398') if num1 == 941 and sign == '/' and num2 == 202: print('941/202 = 4.65841584158') if num1 == 941 and sign == '/' and num2 == 203: print('941/203 = 4.6354679803') if num1 == 941 and sign == '/' and num2 == 204: print('941/204 = 4.61274509804') if num1 == 941 and sign == '/' and num2 == 205: print('941/205 = 4.59024390244') if num1 == 941 and sign == '/' and num2 == 206: print('941/206 = 4.56796116505') if num1 == 941 and sign == '/' and num2 == 207: print('941/207 = 4.54589371981') if num1 == 941 and sign == '/' and num2 == 208: print('941/208 = 4.52403846154') if num1 == 941 and sign == '/' and num2 == 209: print('941/209 = 4.5023923445') if num1 == 941 and sign == '/' and num2 == 210: print('941/210 = 4.48095238095') if num1 == 941 and sign == '/' and num2 == 211: print('941/211 = 4.45971563981') if num1 == 941 and sign == '/' and num2 == 212: print('941/212 = 4.43867924528') if num1 == 941 and sign == '/' and num2 == 213: print('941/213 = 4.41784037559') if num1 == 941 and sign == '/' and num2 == 214: print('941/214 = 4.39719626168') if num1 == 941 and sign == '/' and num2 == 215: print('941/215 = 4.37674418605') if num1 == 941 and sign == '/' and num2 == 216: print('941/216 = 4.35648148148') if num1 == 941 and sign == '/' and num2 == 217: print('941/217 = 4.33640552995') if num1 == 941 and sign == '/' and num2 == 218: print('941/218 = 4.31651376147') if num1 == 941 and sign == '/' and num2 == 219: print('941/219 = 4.29680365297') if num1 == 941 and sign == '/' and num2 == 220: print('941/220 = 4.27727272727') if num1 == 941 and sign == '/' and num2 == 221: print('941/221 = 4.25791855204') if num1 == 941 and sign == '/' and num2 == 222: print('941/222 = 4.23873873874') if num1 == 941 and sign == '/' and num2 == 223: print('941/223 = 4.2197309417') if num1 == 941 and sign == '/' and num2 == 224: print('941/224 = 4.20089285714') if num1 == 941 and sign == '/' and num2 == 225: print('941/225 = 4.18222222222') if num1 == 941 and sign == '/' and num2 == 226: print('941/226 = 4.16371681416') if num1 == 941 and sign == '/' and num2 == 227: print('941/227 = 4.14537444934') if num1 == 941 and sign == '/' and num2 == 228: print('941/228 = 4.12719298246') if num1 == 941 and sign == '/' and num2 == 229: print('941/229 = 4.10917030568') if num1 == 941 and sign == '/' and num2 == 230: print('941/230 = 4.09130434783') if num1 == 941 and sign == '/' and num2 == 231: print('941/231 = 4.07359307359') if num1 == 941 and sign == '/' and num2 == 232: print('941/232 = 4.05603448276') if num1 == 941 and sign == '/' and num2 == 233: print('941/233 = 4.03862660944') if num1 == 941 and sign == '/' and num2 == 234: print('941/234 = 4.02136752137') if num1 == 941 and sign == '/' and num2 == 235: print('941/235 = 4.00425531915') if num1 == 941 and sign == '/' and num2 == 236: print('941/236 = 3.98728813559') if num1 == 941 and sign == '/' and num2 == 237: print('941/237 = 3.97046413502') if num1 == 941 and sign == '/' and num2 == 238: print('941/238 = 3.95378151261') if num1 == 941 and sign == '/' and num2 == 239: print('941/239 = 3.93723849372') if num1 == 941 and sign == '/' and num2 == 240: print('941/240 = 3.92083333333') if num1 == 941 and sign == '/' and num2 == 241: print('941/241 = 3.90456431535') if num1 == 941 and sign == '/' and num2 == 242: print('941/242 = 3.88842975207') if num1 == 941 and sign == '/' and num2 == 243: print('941/243 = 3.87242798354') if num1 == 941 and sign == '/' and num2 == 244: print('941/244 = 3.85655737705') if num1 == 941 and sign == '/' and num2 == 245: print('941/245 = 3.84081632653') if num1 == 941 and sign == '/' and num2 == 246: print('941/246 = 3.82520325203') if num1 == 941 and sign == '/' and num2 == 247: print('941/247 = 3.80971659919') if num1 == 941 and sign == '/' and num2 == 248: print('941/248 = 3.79435483871') if num1 == 941 and sign == '/' and num2 == 249: print('941/249 = 3.77911646586') if num1 == 942 and sign == '/' and num2 == 200: print('942/200 = 4.71') if num1 == 942 and sign == '/' and num2 == 201: print('942/201 = 4.68656716418') if num1 == 942 and sign == '/' and num2 == 202: print('942/202 = 4.66336633663') if num1 == 942 and sign == '/' and num2 == 203: print('942/203 = 4.64039408867') if num1 == 942 and sign == '/' and num2 == 204: print('942/204 = 4.61764705882') if num1 == 942 and sign == '/' and num2 == 205: print('942/205 = 4.59512195122') if num1 == 942 and sign == '/' and num2 == 206: print('942/206 = 4.57281553398') if num1 == 942 and sign == '/' and num2 == 207: print('942/207 = 4.55072463768') if num1 == 942 and sign == '/' and num2 == 208: print('942/208 = 4.52884615385') if num1 == 942 and sign == '/' and num2 == 209: print('942/209 = 4.50717703349') if num1 == 942 and sign == '/' and num2 == 210: print('942/210 = 4.48571428571') if num1 == 942 and sign == '/' and num2 == 211: print('942/211 = 4.4644549763') if num1 == 942 and sign == '/' and num2 == 212: print('942/212 = 4.44339622642') if num1 == 942 and sign == '/' and num2 == 213: print('942/213 = 4.42253521127') if num1 == 942 and sign == '/' and num2 == 214: print('942/214 = 4.40186915888') if num1 == 942 and sign == '/' and num2 == 215: print('942/215 = 4.38139534884') if num1 == 942 and sign == '/' and num2 == 216: print('942/216 = 4.36111111111') if num1 == 942 and sign == '/' and num2 == 217: print('942/217 = 4.34101382488') if num1 == 942 and sign == '/' and num2 == 218: print('942/218 = 4.32110091743') if num1 == 942 and sign == '/' and num2 == 219: print('942/219 = 4.30136986301') if num1 == 942 and sign == '/' and num2 == 220: print('942/220 = 4.28181818182') if num1 == 942 and sign == '/' and num2 == 221: print('942/221 = 4.26244343891') if num1 == 942 and sign == '/' and num2 == 222: print('942/222 = 4.24324324324') if num1 == 942 and sign == '/' and num2 == 223: print('942/223 = 4.22421524664') if num1 == 942 and sign == '/' and num2 == 224: print('942/224 = 4.20535714286') if num1 == 942 and sign == '/' and num2 == 225: print('942/225 = 4.18666666667') if num1 == 942 and sign == '/' and num2 == 226: print('942/226 = 4.16814159292') if num1 == 942 and sign == '/' and num2 == 227: print('942/227 = 4.14977973568') if num1 == 942 and sign == '/' and num2 == 228: print('942/228 = 4.13157894737') if num1 == 942 and sign == '/' and num2 == 229: print('942/229 = 4.1135371179') if num1 == 942 and sign == '/' and num2 == 230: print('942/230 = 4.09565217391') if num1 == 942 and sign == '/' and num2 == 231: print('942/231 = 4.07792207792') if num1 == 942 and sign == '/' and num2 == 232: print('942/232 = 4.06034482759') if num1 == 942 and sign == '/' and num2 == 233: print('942/233 = 4.04291845494') if num1 == 942 and sign == '/' and num2 == 234: print('942/234 = 4.02564102564') if num1 == 942 and sign == '/' and num2 == 235: print('942/235 = 4.0085106383') if num1 == 942 and sign == '/' and num2 == 236: print('942/236 = 3.99152542373') if num1 == 942 and sign == '/' and num2 == 237: print('942/237 = 3.9746835443') if num1 == 942 and sign == '/' and num2 == 238: print('942/238 = 3.95798319328') if num1 == 942 and sign == '/' and num2 == 239: print('942/239 = 3.94142259414') if num1 == 942 and sign == '/' and num2 == 240: print('942/240 = 3.925') if num1 == 942 and sign == '/' and num2 == 241: print('942/241 = 3.90871369295') if num1 == 942 and sign == '/' and num2 == 242: print('942/242 = 3.89256198347') if num1 == 942 and sign == '/' and num2 == 243: print('942/243 = 3.87654320988') if num1 == 942 and sign == '/' and num2 == 244: print('942/244 = 3.8606557377') if num1 == 942 and sign == '/' and num2 == 245: print('942/245 = 3.84489795918') if num1 == 942 and sign == '/' and num2 == 246: print('942/246 = 3.82926829268') if num1 == 942 and sign == '/' and num2 == 247: print('942/247 = 3.81376518219') if num1 == 942 and sign == '/' and num2 == 248: print('942/248 = 3.79838709677') if num1 == 942 and sign == '/' and num2 == 249: print('942/249 = 3.78313253012') if num1 == 943 and sign == '/' and num2 == 200: print('943/200 = 4.715') if num1 == 943 and sign == '/' and num2 == 201: print('943/201 = 4.69154228856') if num1 == 943 and sign == '/' and num2 == 202: print('943/202 = 4.66831683168') if num1 == 943 and sign == '/' and num2 == 203: print('943/203 = 4.64532019704') if num1 == 943 and sign == '/' and num2 == 204: print('943/204 = 4.62254901961') if num1 == 943 and sign == '/' and num2 == 205: print('943/205 = 4.6') if num1 == 943 and sign == '/' and num2 == 206: print('943/206 = 4.57766990291') if num1 == 943 and sign == '/' and num2 == 207: print('943/207 = 4.55555555556') if num1 == 943 and sign == '/' and num2 == 208: print('943/208 = 4.53365384615') if num1 == 943 and sign == '/' and num2 == 209: print('943/209 = 4.51196172249') if num1 == 943 and sign == '/' and num2 == 210: print('943/210 = 4.49047619048') if num1 == 943 and sign == '/' and num2 == 211: print('943/211 = 4.4691943128') if num1 == 943 and sign == '/' and num2 == 212: print('943/212 = 4.44811320755') if num1 == 943 and sign == '/' and num2 == 213: print('943/213 = 4.42723004695') if num1 == 943 and sign == '/' and num2 == 214: print('943/214 = 4.40654205607') if num1 == 943 and sign == '/' and num2 == 215: print('943/215 = 4.38604651163') if num1 == 943 and sign == '/' and num2 == 216: print('943/216 = 4.36574074074') if num1 == 943 and sign == '/' and num2 == 217: print('943/217 = 4.34562211982') if num1 == 943 and sign == '/' and num2 == 218: print('943/218 = 4.32568807339') if num1 == 943 and sign == '/' and num2 == 219: print('943/219 = 4.30593607306') if num1 == 943 and sign == '/' and num2 == 220: print('943/220 = 4.28636363636') if num1 == 943 and sign == '/' and num2 == 221: print('943/221 = 4.26696832579') if num1 == 943 and sign == '/' and num2 == 222: print('943/222 = 4.24774774775') if num1 == 943 and sign == '/' and num2 == 223: print('943/223 = 4.22869955157') if num1 == 943 and sign == '/' and num2 == 224: print('943/224 = 4.20982142857') if num1 == 943 and sign == '/' and num2 == 225: print('943/225 = 4.19111111111') if num1 == 943 and sign == '/' and num2 == 226: print('943/226 = 4.17256637168') if num1 == 943 and sign == '/' and num2 == 227: print('943/227 = 4.15418502203') if num1 == 943 and sign == '/' and num2 == 228: print('943/228 = 4.13596491228') if num1 == 943 and sign == '/' and num2 == 229: print('943/229 = 4.11790393013') if num1 == 943 and sign == '/' and num2 == 230: print('943/230 = 4.1') if num1 == 943 and sign == '/' and num2 == 231: print('943/231 = 4.08225108225') if num1 == 943 and sign == '/' and num2 == 232: print('943/232 = 4.06465517241') if num1 == 943 and sign == '/' and num2 == 233: print('943/233 = 4.04721030043') if num1 == 943 and sign == '/' and num2 == 234: print('943/234 = 4.02991452991') if num1 == 943 and sign == '/' and num2 == 235: print('943/235 = 4.01276595745') if num1 == 943 and sign == '/' and num2 == 236: print('943/236 = 3.99576271186') if num1 == 943 and sign == '/' and num2 == 237: print('943/237 = 3.97890295359') if num1 == 943 and sign == '/' and num2 == 238: print('943/238 = 3.96218487395') if num1 == 943 and sign == '/' and num2 == 239: print('943/239 = 3.94560669456') if num1 == 943 and sign == '/' and num2 == 240: print('943/240 = 3.92916666667') if num1 == 943 and sign == '/' and num2 == 241: print('943/241 = 3.91286307054') if num1 == 943 and sign == '/' and num2 == 242: print('943/242 = 3.89669421488') if num1 == 943 and sign == '/' and num2 == 243: print('943/243 = 3.88065843621') if num1 == 943 and sign == '/' and num2 == 244: print('943/244 = 3.86475409836') if num1 == 943 and sign == '/' and num2 == 245: print('943/245 = 3.84897959184') if num1 == 943 and sign == '/' and num2 == 246: print('943/246 = 3.83333333333') if num1 == 943 and sign == '/' and num2 == 247: print('943/247 = 3.81781376518') if num1 == 943 and sign == '/' and num2 == 248: print('943/248 = 3.80241935484') if num1 == 943 and sign == '/' and num2 == 249: print('943/249 = 3.78714859438') if num1 == 944 and sign == '/' and num2 == 200: print('944/200 = 4.72') if num1 == 944 and sign == '/' and num2 == 201: print('944/201 = 4.69651741294') if num1 == 944 and sign == '/' and num2 == 202: print('944/202 = 4.67326732673') if num1 == 944 and sign == '/' and num2 == 203: print('944/203 = 4.65024630542') if num1 == 944 and sign == '/' and num2 == 204: print('944/204 = 4.62745098039') if num1 == 944 and sign == '/' and num2 == 205: print('944/205 = 4.60487804878') if num1 == 944 and sign == '/' and num2 == 206: print('944/206 = 4.58252427184') if num1 == 944 and sign == '/' and num2 == 207: print('944/207 = 4.56038647343') if num1 == 944 and sign == '/' and num2 == 208: print('944/208 = 4.53846153846') if num1 == 944 and sign == '/' and num2 == 209: print('944/209 = 4.51674641148') if num1 == 944 and sign == '/' and num2 == 210: print('944/210 = 4.49523809524') if num1 == 944 and sign == '/' and num2 == 211: print('944/211 = 4.47393364929') if num1 == 944 and sign == '/' and num2 == 212: print('944/212 = 4.45283018868') if num1 == 944 and sign == '/' and num2 == 213: print('944/213 = 4.43192488263') if num1 == 944 and sign == '/' and num2 == 214: print('944/214 = 4.41121495327') if num1 == 944 and sign == '/' and num2 == 215: print('944/215 = 4.39069767442') if num1 == 944 and sign == '/' and num2 == 216: print('944/216 = 4.37037037037') if num1 == 944 and sign == '/' and num2 == 217: print('944/217 = 4.35023041475') if num1 == 944 and sign == '/' and num2 == 218: print('944/218 = 4.33027522936') if num1 == 944 and sign == '/' and num2 == 219: print('944/219 = 4.31050228311') if num1 == 944 and sign == '/' and num2 == 220: print('944/220 = 4.29090909091') if num1 == 944 and sign == '/' and num2 == 221: print('944/221 = 4.27149321267') if num1 == 944 and sign == '/' and num2 == 222: print('944/222 = 4.25225225225') if num1 == 944 and sign == '/' and num2 == 223: print('944/223 = 4.2331838565') if num1 == 944 and sign == '/' and num2 == 224: print('944/224 = 4.21428571429') if num1 == 944 and sign == '/' and num2 == 225: print('944/225 = 4.19555555556') if num1 == 944 and sign == '/' and num2 == 226: print('944/226 = 4.17699115044') if num1 == 944 and sign == '/' and num2 == 227: print('944/227 = 4.15859030837') if num1 == 944 and sign == '/' and num2 == 228: print('944/228 = 4.14035087719') if num1 == 944 and sign == '/' and num2 == 229: print('944/229 = 4.12227074236') if num1 == 944 and sign == '/' and num2 == 230: print('944/230 = 4.10434782609') if num1 == 944 and sign == '/' and num2 == 231: print('944/231 = 4.08658008658') if num1 == 944 and sign == '/' and num2 == 232: print('944/232 = 4.06896551724') if num1 == 944 and sign == '/' and num2 == 233: print('944/233 = 4.05150214592') if num1 == 944 and sign == '/' and num2 == 234: print('944/234 = 4.03418803419') if num1 == 944 and sign == '/' and num2 == 235: print('944/235 = 4.0170212766') if num1 == 944 and sign == '/' and num2 == 236: print('944/236 = 4.0') if num1 == 944 and sign == '/' and num2 == 237: print('944/237 = 3.98312236287') if num1 == 944 and sign == '/' and num2 == 238: print('944/238 = 3.96638655462') if num1 == 944 and sign == '/' and num2 == 239: print('944/239 = 3.94979079498') if num1 == 944 and sign == '/' and num2 == 240: print('944/240 = 3.93333333333') if num1 == 944 and sign == '/' and num2 == 241: print('944/241 = 3.91701244813') if num1 == 944 and sign == '/' and num2 == 242: print('944/242 = 3.90082644628') if num1 == 944 and sign == '/' and num2 == 243: print('944/243 = 3.88477366255') if num1 == 944 and sign == '/' and num2 == 244: print('944/244 = 3.86885245902') if num1 == 944 and sign == '/' and num2 == 245: print('944/245 = 3.85306122449') if num1 == 944 and sign == '/' and num2 == 246: print('944/246 = 3.83739837398') if num1 == 944 and sign == '/' and num2 == 247: print('944/247 = 3.82186234818') if num1 == 944 and sign == '/' and num2 == 248: print('944/248 = 3.8064516129') if num1 == 944 and sign == '/' and num2 == 249: print('944/249 = 3.79116465863') if num1 == 945 and sign == '/' and num2 == 200: print('945/200 = 4.725') if num1 == 945 and sign == '/' and num2 == 201: print('945/201 = 4.70149253731') if num1 == 945 and sign == '/' and num2 == 202: print('945/202 = 4.67821782178') if num1 == 945 and sign == '/' and num2 == 203: print('945/203 = 4.65517241379') if num1 == 945 and sign == '/' and num2 == 204: print('945/204 = 4.63235294118') if num1 == 945 and sign == '/' and num2 == 205: print('945/205 = 4.60975609756') if num1 == 945 and sign == '/' and num2 == 206: print('945/206 = 4.58737864078') if num1 == 945 and sign == '/' and num2 == 207: print('945/207 = 4.5652173913') if num1 == 945 and sign == '/' and num2 == 208: print('945/208 = 4.54326923077') if num1 == 945 and sign == '/' and num2 == 209: print('945/209 = 4.52153110048') if num1 == 945 and sign == '/' and num2 == 210: print('945/210 = 4.5') if num1 == 945 and sign == '/' and num2 == 211: print('945/211 = 4.47867298578') if num1 == 945 and sign == '/' and num2 == 212: print('945/212 = 4.45754716981') if num1 == 945 and sign == '/' and num2 == 213: print('945/213 = 4.43661971831') if num1 == 945 and sign == '/' and num2 == 214: print('945/214 = 4.41588785047') if num1 == 945 and sign == '/' and num2 == 215: print('945/215 = 4.39534883721') if num1 == 945 and sign == '/' and num2 == 216: print('945/216 = 4.375') if num1 == 945 and sign == '/' and num2 == 217: print('945/217 = 4.35483870968') if num1 == 945 and sign == '/' and num2 == 218: print('945/218 = 4.33486238532') if num1 == 945 and sign == '/' and num2 == 219: print('945/219 = 4.31506849315') if num1 == 945 and sign == '/' and num2 == 220: print('945/220 = 4.29545454545') if num1 == 945 and sign == '/' and num2 == 221: print('945/221 = 4.27601809955') if num1 == 945 and sign == '/' and num2 == 222: print('945/222 = 4.25675675676') if num1 == 945 and sign == '/' and num2 == 223: print('945/223 = 4.23766816143') if num1 == 945 and sign == '/' and num2 == 224: print('945/224 = 4.21875') if num1 == 945 and sign == '/' and num2 == 225: print('945/225 = 4.2') if num1 == 945 and sign == '/' and num2 == 226: print('945/226 = 4.1814159292') if num1 == 945 and sign == '/' and num2 == 227: print('945/227 = 4.16299559471') if num1 == 945 and sign == '/' and num2 == 228: print('945/228 = 4.14473684211') if num1 == 945 and sign == '/' and num2 == 229: print('945/229 = 4.12663755459') if num1 == 945 and sign == '/' and num2 == 230: print('945/230 = 4.10869565217') if num1 == 945 and sign == '/' and num2 == 231: print('945/231 = 4.09090909091') if num1 == 945 and sign == '/' and num2 == 232: print('945/232 = 4.07327586207') if num1 == 945 and sign == '/' and num2 == 233: print('945/233 = 4.05579399142') if num1 == 945 and sign == '/' and num2 == 234: print('945/234 = 4.03846153846') if num1 == 945 and sign == '/' and num2 == 235: print('945/235 = 4.02127659574') if num1 == 945 and sign == '/' and num2 == 236: print('945/236 = 4.00423728814') if num1 == 945 and sign == '/' and num2 == 237: print('945/237 = 3.98734177215') if num1 == 945 and sign == '/' and num2 == 238: print('945/238 = 3.97058823529') if num1 == 945 and sign == '/' and num2 == 239: print('945/239 = 3.9539748954') if num1 == 945 and sign == '/' and num2 == 240: print('945/240 = 3.9375') if num1 == 945 and sign == '/' and num2 == 241: print('945/241 = 3.92116182573') if num1 == 945 and sign == '/' and num2 == 242: print('945/242 = 3.90495867769') if num1 == 945 and sign == '/' and num2 == 243: print('945/243 = 3.88888888889') if num1 == 945 and sign == '/' and num2 == 244: print('945/244 = 3.87295081967') if num1 == 945 and sign == '/' and num2 == 245: print('945/245 = 3.85714285714') if num1 == 945 and sign == '/' and num2 == 246: print('945/246 = 3.84146341463') if num1 == 945 and sign == '/' and num2 == 247: print('945/247 = 3.82591093117') if num1 == 945 and sign == '/' and num2 == 248: print('945/248 = 3.81048387097') if num1 == 945 and sign == '/' and num2 == 249: print('945/249 = 3.79518072289') if num1 == 946 and sign == '/' and num2 == 200: print('946/200 = 4.73') if num1 == 946 and sign == '/' and num2 == 201: print('946/201 = 4.70646766169') if num1 == 946 and sign == '/' and num2 == 202: print('946/202 = 4.68316831683') if num1 == 946 and sign == '/' and num2 == 203: print('946/203 = 4.66009852217') if num1 == 946 and sign == '/' and num2 == 204: print('946/204 = 4.63725490196') if num1 == 946 and sign == '/' and num2 == 205: print('946/205 = 4.61463414634') if num1 == 946 and sign == '/' and num2 == 206: print('946/206 = 4.59223300971') if num1 == 946 and sign == '/' and num2 == 207: print('946/207 = 4.57004830918') if num1 == 946 and sign == '/' and num2 == 208: print('946/208 = 4.54807692308') if num1 == 946 and sign == '/' and num2 == 209: print('946/209 = 4.52631578947') if num1 == 946 and sign == '/' and num2 == 210: print('946/210 = 4.50476190476') if num1 == 946 and sign == '/' and num2 == 211: print('946/211 = 4.48341232227') if num1 == 946 and sign == '/' and num2 == 212: print('946/212 = 4.46226415094') if num1 == 946 and sign == '/' and num2 == 213: print('946/213 = 4.44131455399') if num1 == 946 and sign == '/' and num2 == 214: print('946/214 = 4.42056074766') if num1 == 946 and sign == '/' and num2 == 215: print('946/215 = 4.4') if num1 == 946 and sign == '/' and num2 == 216: print('946/216 = 4.37962962963') if num1 == 946 and sign == '/' and num2 == 217: print('946/217 = 4.35944700461') if num1 == 946 and sign == '/' and num2 == 218: print('946/218 = 4.33944954128') if num1 == 946 and sign == '/' and num2 == 219: print('946/219 = 4.3196347032') if num1 == 946 and sign == '/' and num2 == 220: print('946/220 = 4.3') if num1 == 946 and sign == '/' and num2 == 221: print('946/221 = 4.28054298643') if num1 == 946 and sign == '/' and num2 == 222: print('946/222 = 4.26126126126') if num1 == 946 and sign == '/' and num2 == 223: print('946/223 = 4.24215246637') if num1 == 946 and sign == '/' and num2 == 224: print('946/224 = 4.22321428571') if num1 == 946 and sign == '/' and num2 == 225: print('946/225 = 4.20444444444') if num1 == 946 and sign == '/' and num2 == 226: print('946/226 = 4.18584070796') if num1 == 946 and sign == '/' and num2 == 227: print('946/227 = 4.16740088106') if num1 == 946 and sign == '/' and num2 == 228: print('946/228 = 4.14912280702') if num1 == 946 and sign == '/' and num2 == 229: print('946/229 = 4.13100436681') if num1 == 946 and sign == '/' and num2 == 230: print('946/230 = 4.11304347826') if num1 == 946 and sign == '/' and num2 == 231: print('946/231 = 4.09523809524') if num1 == 946 and sign == '/' and num2 == 232: print('946/232 = 4.0775862069') if num1 == 946 and sign == '/' and num2 == 233: print('946/233 = 4.06008583691') if num1 == 946 and sign == '/' and num2 == 234: print('946/234 = 4.04273504274') if num1 == 946 and sign == '/' and num2 == 235: print('946/235 = 4.02553191489') if num1 == 946 and sign == '/' and num2 == 236: print('946/236 = 4.00847457627') if num1 == 946 and sign == '/' and num2 == 237: print('946/237 = 3.99156118143') if num1 == 946 and sign == '/' and num2 == 238: print('946/238 = 3.97478991597') if num1 == 946 and sign == '/' and num2 == 239: print('946/239 = 3.95815899582') if num1 == 946 and sign == '/' and num2 == 240: print('946/240 = 3.94166666667') if num1 == 946 and sign == '/' and num2 == 241: print('946/241 = 3.92531120332') if num1 == 946 and sign == '/' and num2 == 242: print('946/242 = 3.90909090909') if num1 == 946 and sign == '/' and num2 == 243: print('946/243 = 3.89300411523') if num1 == 946 and sign == '/' and num2 == 244: print('946/244 = 3.87704918033') if num1 == 946 and sign == '/' and num2 == 245: print('946/245 = 3.8612244898') if num1 == 946 and sign == '/' and num2 == 246: print('946/246 = 3.84552845528') if num1 == 946 and sign == '/' and num2 == 247: print('946/247 = 3.82995951417') if num1 == 946 and sign == '/' and num2 == 248: print('946/248 = 3.81451612903') if num1 == 946 and sign == '/' and num2 == 249: print('946/249 = 3.79919678715') if num1 == 947 and sign == '/' and num2 == 200: print('947/200 = 4.735') if num1 == 947 and sign == '/' and num2 == 201: print('947/201 = 4.71144278607') if num1 == 947 and sign == '/' and num2 == 202: print('947/202 = 4.68811881188') if num1 == 947 and sign == '/' and num2 == 203: print('947/203 = 4.66502463054') if num1 == 947 and sign == '/' and num2 == 204: print('947/204 = 4.64215686275') if num1 == 947 and sign == '/' and num2 == 205: print('947/205 = 4.61951219512') if num1 == 947 and sign == '/' and num2 == 206: print('947/206 = 4.59708737864') if num1 == 947 and sign == '/' and num2 == 207: print('947/207 = 4.57487922705') if num1 == 947 and sign == '/' and num2 == 208: print('947/208 = 4.55288461538') if num1 == 947 and sign == '/' and num2 == 209: print('947/209 = 4.53110047847') if num1 == 947 and sign == '/' and num2 == 210: print('947/210 = 4.50952380952') if num1 == 947 and sign == '/' and num2 == 211: print('947/211 = 4.48815165877') if num1 == 947 and sign == '/' and num2 == 212: print('947/212 = 4.46698113208') if num1 == 947 and sign == '/' and num2 == 213: print('947/213 = 4.44600938967') if num1 == 947 and sign == '/' and num2 == 214: print('947/214 = 4.42523364486') if num1 == 947 and sign == '/' and num2 == 215: print('947/215 = 4.40465116279') if num1 == 947 and sign == '/' and num2 == 216: print('947/216 = 4.38425925926') if num1 == 947 and sign == '/' and num2 == 217: print('947/217 = 4.36405529954') if num1 == 947 and sign == '/' and num2 == 218: print('947/218 = 4.34403669725') if num1 == 947 and sign == '/' and num2 == 219: print('947/219 = 4.32420091324') if num1 == 947 and sign == '/' and num2 == 220: print('947/220 = 4.30454545455') if num1 == 947 and sign == '/' and num2 == 221: print('947/221 = 4.2850678733') if num1 == 947 and sign == '/' and num2 == 222: print('947/222 = 4.26576576577') if num1 == 947 and sign == '/' and num2 == 223: print('947/223 = 4.2466367713') if num1 == 947 and sign == '/' and num2 == 224: print('947/224 = 4.22767857143') if num1 == 947 and sign == '/' and num2 == 225: print('947/225 = 4.20888888889') if num1 == 947 and sign == '/' and num2 == 226: print('947/226 = 4.19026548673') if num1 == 947 and sign == '/' and num2 == 227: print('947/227 = 4.1718061674') if num1 == 947 and sign == '/' and num2 == 228: print('947/228 = 4.15350877193') if num1 == 947 and sign == '/' and num2 == 229: print('947/229 = 4.13537117904') if num1 == 947 and sign == '/' and num2 == 230: print('947/230 = 4.11739130435') if num1 == 947 and sign == '/' and num2 == 231: print('947/231 = 4.09956709957') if num1 == 947 and sign == '/' and num2 == 232: print('947/232 = 4.08189655172') if num1 == 947 and sign == '/' and num2 == 233: print('947/233 = 4.0643776824') if num1 == 947 and sign == '/' and num2 == 234: print('947/234 = 4.04700854701') if num1 == 947 and sign == '/' and num2 == 235: print('947/235 = 4.02978723404') if num1 == 947 and sign == '/' and num2 == 236: print('947/236 = 4.01271186441') if num1 == 947 and sign == '/' and num2 == 237: print('947/237 = 3.99578059072') if num1 == 947 and sign == '/' and num2 == 238: print('947/238 = 3.97899159664') if num1 == 947 and sign == '/' and num2 == 239: print('947/239 = 3.96234309623') if num1 == 947 and sign == '/' and num2 == 240: print('947/240 = 3.94583333333') if num1 == 947 and sign == '/' and num2 == 241: print('947/241 = 3.92946058091') if num1 == 947 and sign == '/' and num2 == 242: print('947/242 = 3.9132231405') if num1 == 947 and sign == '/' and num2 == 243: print('947/243 = 3.89711934156') if num1 == 947 and sign == '/' and num2 == 244: print('947/244 = 3.88114754098') if num1 == 947 and sign == '/' and num2 == 245: print('947/245 = 3.86530612245') if num1 == 947 and sign == '/' and num2 == 246: print('947/246 = 3.84959349593') if num1 == 947 and sign == '/' and num2 == 247: print('947/247 = 3.83400809717') if num1 == 947 and sign == '/' and num2 == 248: print('947/248 = 3.8185483871') if num1 == 947 and sign == '/' and num2 == 249: print('947/249 = 3.80321285141') if num1 == 948 and sign == '/' and num2 == 200: print('948/200 = 4.74') if num1 == 948 and sign == '/' and num2 == 201: print('948/201 = 4.71641791045') if num1 == 948 and sign == '/' and num2 == 202: print('948/202 = 4.69306930693') if num1 == 948 and sign == '/' and num2 == 203: print('948/203 = 4.66995073892') if num1 == 948 and sign == '/' and num2 == 204: print('948/204 = 4.64705882353') if num1 == 948 and sign == '/' and num2 == 205: print('948/205 = 4.6243902439') if num1 == 948 and sign == '/' and num2 == 206: print('948/206 = 4.60194174757') if num1 == 948 and sign == '/' and num2 == 207: print('948/207 = 4.57971014493') if num1 == 948 and sign == '/' and num2 == 208: print('948/208 = 4.55769230769') if num1 == 948 and sign == '/' and num2 == 209: print('948/209 = 4.53588516746') if num1 == 948 and sign == '/' and num2 == 210: print('948/210 = 4.51428571429') if num1 == 948 and sign == '/' and num2 == 211: print('948/211 = 4.49289099526') if num1 == 948 and sign == '/' and num2 == 212: print('948/212 = 4.47169811321') if num1 == 948 and sign == '/' and num2 == 213: print('948/213 = 4.45070422535') if num1 == 948 and sign == '/' and num2 == 214: print('948/214 = 4.42990654206') if num1 == 948 and sign == '/' and num2 == 215: print('948/215 = 4.40930232558') if num1 == 948 and sign == '/' and num2 == 216: print('948/216 = 4.38888888889') if num1 == 948 and sign == '/' and num2 == 217: print('948/217 = 4.36866359447') if num1 == 948 and sign == '/' and num2 == 218: print('948/218 = 4.34862385321') if num1 == 948 and sign == '/' and num2 == 219: print('948/219 = 4.32876712329') if num1 == 948 and sign == '/' and num2 == 220: print('948/220 = 4.30909090909') if num1 == 948 and sign == '/' and num2 == 221: print('948/221 = 4.28959276018') if num1 == 948 and sign == '/' and num2 == 222: print('948/222 = 4.27027027027') if num1 == 948 and sign == '/' and num2 == 223: print('948/223 = 4.25112107623') if num1 == 948 and sign == '/' and num2 == 224: print('948/224 = 4.23214285714') if num1 == 948 and sign == '/' and num2 == 225: print('948/225 = 4.21333333333') if num1 == 948 and sign == '/' and num2 == 226: print('948/226 = 4.19469026549') if num1 == 948 and sign == '/' and num2 == 227: print('948/227 = 4.17621145374') if num1 == 948 and sign == '/' and num2 == 228: print('948/228 = 4.15789473684') if num1 == 948 and sign == '/' and num2 == 229: print('948/229 = 4.13973799127') if num1 == 948 and sign == '/' and num2 == 230: print('948/230 = 4.12173913043') if num1 == 948 and sign == '/' and num2 == 231: print('948/231 = 4.1038961039') if num1 == 948 and sign == '/' and num2 == 232: print('948/232 = 4.08620689655') if num1 == 948 and sign == '/' and num2 == 233: print('948/233 = 4.0686695279') if num1 == 948 and sign == '/' and num2 == 234: print('948/234 = 4.05128205128') if num1 == 948 and sign == '/' and num2 == 235: print('948/235 = 4.03404255319') if num1 == 948 and sign == '/' and num2 == 236: print('948/236 = 4.01694915254') if num1 == 948 and sign == '/' and num2 == 237: print('948/237 = 4.0') if num1 == 948 and sign == '/' and num2 == 238: print('948/238 = 3.98319327731') if num1 == 948 and sign == '/' and num2 == 239: print('948/239 = 3.96652719665') if num1 == 948 and sign == '/' and num2 == 240: print('948/240 = 3.95') if num1 == 948 and sign == '/' and num2 == 241: print('948/241 = 3.93360995851') if num1 == 948 and sign == '/' and num2 == 242: print('948/242 = 3.9173553719') if num1 == 948 and sign == '/' and num2 == 243: print('948/243 = 3.9012345679') if num1 == 948 and sign == '/' and num2 == 244: print('948/244 = 3.88524590164') if num1 == 948 and sign == '/' and num2 == 245: print('948/245 = 3.8693877551') if num1 == 948 and sign == '/' and num2 == 246: print('948/246 = 3.85365853659') if num1 == 948 and sign == '/' and num2 == 247: print('948/247 = 3.83805668016') if num1 == 948 and sign == '/' and num2 == 248: print('948/248 = 3.82258064516') if num1 == 948 and sign == '/' and num2 == 249: print('948/249 = 3.80722891566') if num1 == 949 and sign == '/' and num2 == 200: print('949/200 = 4.745') if num1 == 949 and sign == '/' and num2 == 201: print('949/201 = 4.72139303483') if num1 == 949 and sign == '/' and num2 == 202: print('949/202 = 4.69801980198') if num1 == 949 and sign == '/' and num2 == 203: print('949/203 = 4.67487684729') if num1 == 949 and sign == '/' and num2 == 204: print('949/204 = 4.65196078431') if num1 == 949 and sign == '/' and num2 == 205: print('949/205 = 4.62926829268') if num1 == 949 and sign == '/' and num2 == 206: print('949/206 = 4.6067961165') if num1 == 949 and sign == '/' and num2 == 207: print('949/207 = 4.5845410628') if num1 == 949 and sign == '/' and num2 == 208: print('949/208 = 4.5625') if num1 == 949 and sign == '/' and num2 == 209: print('949/209 = 4.54066985646') if num1 == 949 and sign == '/' and num2 == 210: print('949/210 = 4.51904761905') if num1 == 949 and sign == '/' and num2 == 211: print('949/211 = 4.49763033175') if num1 == 949 and sign == '/' and num2 == 212: print('949/212 = 4.47641509434') if num1 == 949 and sign == '/' and num2 == 213: print('949/213 = 4.45539906103') if num1 == 949 and sign == '/' and num2 == 214: print('949/214 = 4.43457943925') if num1 == 949 and sign == '/' and num2 == 215: print('949/215 = 4.41395348837') if num1 == 949 and sign == '/' and num2 == 216: print('949/216 = 4.39351851852') if num1 == 949 and sign == '/' and num2 == 217: print('949/217 = 4.3732718894') if num1 == 949 and sign == '/' and num2 == 218: print('949/218 = 4.35321100917') if num1 == 949 and sign == '/' and num2 == 219: print('949/219 = 4.33333333333') if num1 == 949 and sign == '/' and num2 == 220: print('949/220 = 4.31363636364') if num1 == 949 and sign == '/' and num2 == 221: print('949/221 = 4.29411764706') if num1 == 949 and sign == '/' and num2 == 222: print('949/222 = 4.27477477477') if num1 == 949 and sign == '/' and num2 == 223: print('949/223 = 4.25560538117') if num1 == 949 and sign == '/' and num2 == 224: print('949/224 = 4.23660714286') if num1 == 949 and sign == '/' and num2 == 225: print('949/225 = 4.21777777778') if num1 == 949 and sign == '/' and num2 == 226: print('949/226 = 4.19911504425') if num1 == 949 and sign == '/' and num2 == 227: print('949/227 = 4.18061674009') if num1 == 949 and sign == '/' and num2 == 228: print('949/228 = 4.16228070175') if num1 == 949 and sign == '/' and num2 == 229: print('949/229 = 4.14410480349') if num1 == 949 and sign == '/' and num2 == 230: print('949/230 = 4.12608695652') if num1 == 949 and sign == '/' and num2 == 231: print('949/231 = 4.10822510823') if num1 == 949 and sign == '/' and num2 == 232: print('949/232 = 4.09051724138') if num1 == 949 and sign == '/' and num2 == 233: print('949/233 = 4.07296137339') if num1 == 949 and sign == '/' and num2 == 234: print('949/234 = 4.05555555556') if num1 == 949 and sign == '/' and num2 == 235: print('949/235 = 4.03829787234') if num1 == 949 and sign == '/' and num2 == 236: print('949/236 = 4.02118644068') if num1 == 949 and sign == '/' and num2 == 237: print('949/237 = 4.00421940928') if num1 == 949 and sign == '/' and num2 == 238: print('949/238 = 3.98739495798') if num1 == 949 and sign == '/' and num2 == 239: print('949/239 = 3.97071129707') if num1 == 949 and sign == '/' and num2 == 240: print('949/240 = 3.95416666667') if num1 == 949 and sign == '/' and num2 == 241: print('949/241 = 3.9377593361') if num1 == 949 and sign == '/' and num2 == 242: print('949/242 = 3.92148760331') if num1 == 949 and sign == '/' and num2 == 243: print('949/243 = 3.90534979424') if num1 == 949 and sign == '/' and num2 == 244: print('949/244 = 3.8893442623') if num1 == 949 and sign == '/' and num2 == 245: print('949/245 = 3.87346938776') if num1 == 949 and sign == '/' and num2 == 246: print('949/246 = 3.85772357724') if num1 == 949 and sign == '/' and num2 == 247: print('949/247 = 3.84210526316') if num1 == 949 and sign == '/' and num2 == 248: print('949/248 = 3.82661290323') if num1 == 949 and sign == '/' and num2 == 249: print('949/249 = 3.81124497992') if num1 == 900 and sign == '*' and num2 == 200: print('900*200 = 180000') if num1 == 900 and sign == '*' and num2 == 201: print('900*201 = 180900') if num1 == 900 and sign == '*' and num2 == 202: print('900*202 = 181800') if num1 == 900 and sign == '*' and num2 == 203: print('900*203 = 182700') if num1 == 900 and sign == '*' and num2 == 204: print('900*204 = 183600') if num1 == 900 and sign == '*' and num2 == 205: print('900*205 = 184500') if num1 == 900 and sign == '*' and num2 == 206: print('900*206 = 185400') if num1 == 900 and sign == '*' and num2 == 207: print('900*207 = 186300') if num1 == 900 and sign == '*' and num2 == 208: print('900*208 = 187200') if num1 == 900 and sign == '*' and num2 == 209: print('900*209 = 188100') if num1 == 900 and sign == '*' and num2 == 210: print('900*210 = 189000') if num1 == 900 and sign == '*' and num2 == 211: print('900*211 = 189900') if num1 == 900 and sign == '*' and num2 == 212: print('900*212 = 190800') if num1 == 900 and sign == '*' and num2 == 213: print('900*213 = 191700') if num1 == 900 and sign == '*' and num2 == 214: print('900*214 = 192600') if num1 == 900 and sign == '*' and num2 == 215: print('900*215 = 193500') if num1 == 900 and sign == '*' and num2 == 216: print('900*216 = 194400') if num1 == 900 and sign == '*' and num2 == 217: print('900*217 = 195300') if num1 == 900 and sign == '*' and num2 == 218: print('900*218 = 196200') if num1 == 900 and sign == '*' and num2 == 219: print('900*219 = 197100') if num1 == 900 and sign == '*' and num2 == 220: print('900*220 = 198000') if num1 == 900 and sign == '*' and num2 == 221: print('900*221 = 198900') if num1 == 900 and sign == '*' and num2 == 222: print('900*222 = 199800') if num1 == 900 and sign == '*' and num2 == 223: print('900*223 = 200700') if num1 == 900 and sign == '*' and num2 == 224: print('900*224 = 201600') if num1 == 900 and sign == '*' and num2 == 225: print('900*225 = 202500') if num1 == 900 and sign == '*' and num2 == 226: print('900*226 = 203400') if num1 == 900 and sign == '*' and num2 == 227: print('900*227 = 204300') if num1 == 900 and sign == '*' and num2 == 228: print('900*228 = 205200') if num1 == 900 and sign == '*' and num2 == 229: print('900*229 = 206100') if num1 == 900 and sign == '*' and num2 == 230: print('900*230 = 207000') if num1 == 900 and sign == '*' and num2 == 231: print('900*231 = 207900') if num1 == 900 and sign == '*' and num2 == 232: print('900*232 = 208800') if num1 == 900 and sign == '*' and num2 == 233: print('900*233 = 209700') if num1 == 900 and sign == '*' and num2 == 234: print('900*234 = 210600') if num1 == 900 and sign == '*' and num2 == 235: print('900*235 = 211500') if num1 == 900 and sign == '*' and num2 == 236: print('900*236 = 212400') if num1 == 900 and sign == '*' and num2 == 237: print('900*237 = 213300') if num1 == 900 and sign == '*' and num2 == 238: print('900*238 = 214200') if num1 == 900 and sign == '*' and num2 == 239: print('900*239 = 215100') if num1 == 900 and sign == '*' and num2 == 240: print('900*240 = 216000') if num1 == 900 and sign == '*' and num2 == 241: print('900*241 = 216900') if num1 == 900 and sign == '*' and num2 == 242: print('900*242 = 217800') if num1 == 900 and sign == '*' and num2 == 243: print('900*243 = 218700') if num1 == 900 and sign == '*' and num2 == 244: print('900*244 = 219600') if num1 == 900 and sign == '*' and num2 == 245: print('900*245 = 220500') if num1 == 900 and sign == '*' and num2 == 246: print('900*246 = 221400') if num1 == 900 and sign == '*' and num2 == 247: print('900*247 = 222300') if num1 == 900 and sign == '*' and num2 == 248: print('900*248 = 223200') if num1 == 900 and sign == '*' and num2 == 249: print('900*249 = 224100') if num1 == 901 and sign == '*' and num2 == 200: print('901*200 = 180200') if num1 == 901 and sign == '*' and num2 == 201: print('901*201 = 181101') if num1 == 901 and sign == '*' and num2 == 202: print('901*202 = 182002') if num1 == 901 and sign == '*' and num2 == 203: print('901*203 = 182903') if num1 == 901 and sign == '*' and num2 == 204: print('901*204 = 183804') if num1 == 901 and sign == '*' and num2 == 205: print('901*205 = 184705') if num1 == 901 and sign == '*' and num2 == 206: print('901*206 = 185606') if num1 == 901 and sign == '*' and num2 == 207: print('901*207 = 186507') if num1 == 901 and sign == '*' and num2 == 208: print('901*208 = 187408') if num1 == 901 and sign == '*' and num2 == 209: print('901*209 = 188309') if num1 == 901 and sign == '*' and num2 == 210: print('901*210 = 189210') if num1 == 901 and sign == '*' and num2 == 211: print('901*211 = 190111') if num1 == 901 and sign == '*' and num2 == 212: print('901*212 = 191012') if num1 == 901 and sign == '*' and num2 == 213: print('901*213 = 191913') if num1 == 901 and sign == '*' and num2 == 214: print('901*214 = 192814') if num1 == 901 and sign == '*' and num2 == 215: print('901*215 = 193715') if num1 == 901 and sign == '*' and num2 == 216: print('901*216 = 194616') if num1 == 901 and sign == '*' and num2 == 217: print('901*217 = 195517') if num1 == 901 and sign == '*' and num2 == 218: print('901*218 = 196418') if num1 == 901 and sign == '*' and num2 == 219: print('901*219 = 197319') if num1 == 901 and sign == '*' and num2 == 220: print('901*220 = 198220') if num1 == 901 and sign == '*' and num2 == 221: print('901*221 = 199121') if num1 == 901 and sign == '*' and num2 == 222: print('901*222 = 200022') if num1 == 901 and sign == '*' and num2 == 223: print('901*223 = 200923') if num1 == 901 and sign == '*' and num2 == 224: print('901*224 = 201824') if num1 == 901 and sign == '*' and num2 == 225: print('901*225 = 202725') if num1 == 901 and sign == '*' and num2 == 226: print('901*226 = 203626') if num1 == 901 and sign == '*' and num2 == 227: print('901*227 = 204527') if num1 == 901 and sign == '*' and num2 == 228: print('901*228 = 205428') if num1 == 901 and sign == '*' and num2 == 229: print('901*229 = 206329') if num1 == 901 and sign == '*' and num2 == 230: print('901*230 = 207230') if num1 == 901 and sign == '*' and num2 == 231: print('901*231 = 208131') if num1 == 901 and sign == '*' and num2 == 232: print('901*232 = 209032') if num1 == 901 and sign == '*' and num2 == 233: print('901*233 = 209933') if num1 == 901 and sign == '*' and num2 == 234: print('901*234 = 210834') if num1 == 901 and sign == '*' and num2 == 235: print('901*235 = 211735') if num1 == 901 and sign == '*' and num2 == 236: print('901*236 = 212636') if num1 == 901 and sign == '*' and num2 == 237: print('901*237 = 213537') if num1 == 901 and sign == '*' and num2 == 238: print('901*238 = 214438') if num1 == 901 and sign == '*' and num2 == 239: print('901*239 = 215339') if num1 == 901 and sign == '*' and num2 == 240: print('901*240 = 216240') if num1 == 901 and sign == '*' and num2 == 241: print('901*241 = 217141') if num1 == 901 and sign == '*' and num2 == 242: print('901*242 = 218042') if num1 == 901 and sign == '*' and num2 == 243: print('901*243 = 218943') if num1 == 901 and sign == '*' and num2 == 244: print('901*244 = 219844') if num1 == 901 and sign == '*' and num2 == 245: print('901*245 = 220745') if num1 == 901 and sign == '*' and num2 == 246: print('901*246 = 221646') if num1 == 901 and sign == '*' and num2 == 247: print('901*247 = 222547') if num1 == 901 and sign == '*' and num2 == 248: print('901*248 = 223448') if num1 == 901 and sign == '*' and num2 == 249: print('901*249 = 224349') if num1 == 902 and sign == '*' and num2 == 200: print('902*200 = 180400') if num1 == 902 and sign == '*' and num2 == 201: print('902*201 = 181302') if num1 == 902 and sign == '*' and num2 == 202: print('902*202 = 182204') if num1 == 902 and sign == '*' and num2 == 203: print('902*203 = 183106') if num1 == 902 and sign == '*' and num2 == 204: print('902*204 = 184008') if num1 == 902 and sign == '*' and num2 == 205: print('902*205 = 184910') if num1 == 902 and sign == '*' and num2 == 206: print('902*206 = 185812') if num1 == 902 and sign == '*' and num2 == 207: print('902*207 = 186714') if num1 == 902 and sign == '*' and num2 == 208: print('902*208 = 187616') if num1 == 902 and sign == '*' and num2 == 209: print('902*209 = 188518') if num1 == 902 and sign == '*' and num2 == 210: print('902*210 = 189420') if num1 == 902 and sign == '*' and num2 == 211: print('902*211 = 190322') if num1 == 902 and sign == '*' and num2 == 212: print('902*212 = 191224') if num1 == 902 and sign == '*' and num2 == 213: print('902*213 = 192126') if num1 == 902 and sign == '*' and num2 == 214: print('902*214 = 193028') if num1 == 902 and sign == '*' and num2 == 215: print('902*215 = 193930') if num1 == 902 and sign == '*' and num2 == 216: print('902*216 = 194832') if num1 == 902 and sign == '*' and num2 == 217: print('902*217 = 195734') if num1 == 902 and sign == '*' and num2 == 218: print('902*218 = 196636') if num1 == 902 and sign == '*' and num2 == 219: print('902*219 = 197538') if num1 == 902 and sign == '*' and num2 == 220: print('902*220 = 198440') if num1 == 902 and sign == '*' and num2 == 221: print('902*221 = 199342') if num1 == 902 and sign == '*' and num2 == 222: print('902*222 = 200244') if num1 == 902 and sign == '*' and num2 == 223: print('902*223 = 201146') if num1 == 902 and sign == '*' and num2 == 224: print('902*224 = 202048') if num1 == 902 and sign == '*' and num2 == 225: print('902*225 = 202950') if num1 == 902 and sign == '*' and num2 == 226: print('902*226 = 203852') if num1 == 902 and sign == '*' and num2 == 227: print('902*227 = 204754') if num1 == 902 and sign == '*' and num2 == 228: print('902*228 = 205656') if num1 == 902 and sign == '*' and num2 == 229: print('902*229 = 206558') if num1 == 902 and sign == '*' and num2 == 230: print('902*230 = 207460') if num1 == 902 and sign == '*' and num2 == 231: print('902*231 = 208362') if num1 == 902 and sign == '*' and num2 == 232: print('902*232 = 209264') if num1 == 902 and sign == '*' and num2 == 233: print('902*233 = 210166') if num1 == 902 and sign == '*' and num2 == 234: print('902*234 = 211068') if num1 == 902 and sign == '*' and num2 == 235: print('902*235 = 211970') if num1 == 902 and sign == '*' and num2 == 236: print('902*236 = 212872') if num1 == 902 and sign == '*' and num2 == 237: print('902*237 = 213774') if num1 == 902 and sign == '*' and num2 == 238: print('902*238 = 214676') if num1 == 902 and sign == '*' and num2 == 239: print('902*239 = 215578') if num1 == 902 and sign == '*' and num2 == 240: print('902*240 = 216480') if num1 == 902 and sign == '*' and num2 == 241: print('902*241 = 217382') if num1 == 902 and sign == '*' and num2 == 242: print('902*242 = 218284') if num1 == 902 and sign == '*' and num2 == 243: print('902*243 = 219186') if num1 == 902 and sign == '*' and num2 == 244: print('902*244 = 220088') if num1 == 902 and sign == '*' and num2 == 245: print('902*245 = 220990') if num1 == 902 and sign == '*' and num2 == 246: print('902*246 = 221892') if num1 == 902 and sign == '*' and num2 == 247: print('902*247 = 222794') if num1 == 902 and sign == '*' and num2 == 248: print('902*248 = 223696') if num1 == 902 and sign == '*' and num2 == 249: print('902*249 = 224598') if num1 == 903 and sign == '*' and num2 == 200: print('903*200 = 180600') if num1 == 903 and sign == '*' and num2 == 201: print('903*201 = 181503') if num1 == 903 and sign == '*' and num2 == 202: print('903*202 = 182406') if num1 == 903 and sign == '*' and num2 == 203: print('903*203 = 183309') if num1 == 903 and sign == '*' and num2 == 204: print('903*204 = 184212') if num1 == 903 and sign == '*' and num2 == 205: print('903*205 = 185115') if num1 == 903 and sign == '*' and num2 == 206: print('903*206 = 186018') if num1 == 903 and sign == '*' and num2 == 207: print('903*207 = 186921') if num1 == 903 and sign == '*' and num2 == 208: print('903*208 = 187824') if num1 == 903 and sign == '*' and num2 == 209: print('903*209 = 188727') if num1 == 903 and sign == '*' and num2 == 210: print('903*210 = 189630') if num1 == 903 and sign == '*' and num2 == 211: print('903*211 = 190533') if num1 == 903 and sign == '*' and num2 == 212: print('903*212 = 191436') if num1 == 903 and sign == '*' and num2 == 213: print('903*213 = 192339') if num1 == 903 and sign == '*' and num2 == 214: print('903*214 = 193242') if num1 == 903 and sign == '*' and num2 == 215: print('903*215 = 194145') if num1 == 903 and sign == '*' and num2 == 216: print('903*216 = 195048') if num1 == 903 and sign == '*' and num2 == 217: print('903*217 = 195951') if num1 == 903 and sign == '*' and num2 == 218: print('903*218 = 196854') if num1 == 903 and sign == '*' and num2 == 219: print('903*219 = 197757') if num1 == 903 and sign == '*' and num2 == 220: print('903*220 = 198660') if num1 == 903 and sign == '*' and num2 == 221: print('903*221 = 199563') if num1 == 903 and sign == '*' and num2 == 222: print('903*222 = 200466') if num1 == 903 and sign == '*' and num2 == 223: print('903*223 = 201369') if num1 == 903 and sign == '*' and num2 == 224: print('903*224 = 202272') if num1 == 903 and sign == '*' and num2 == 225: print('903*225 = 203175') if num1 == 903 and sign == '*' and num2 == 226: print('903*226 = 204078') if num1 == 903 and sign == '*' and num2 == 227: print('903*227 = 204981') if num1 == 903 and sign == '*' and num2 == 228: print('903*228 = 205884') if num1 == 903 and sign == '*' and num2 == 229: print('903*229 = 206787') if num1 == 903 and sign == '*' and num2 == 230: print('903*230 = 207690') if num1 == 903 and sign == '*' and num2 == 231: print('903*231 = 208593') if num1 == 903 and sign == '*' and num2 == 232: print('903*232 = 209496') if num1 == 903 and sign == '*' and num2 == 233: print('903*233 = 210399') if num1 == 903 and sign == '*' and num2 == 234: print('903*234 = 211302') if num1 == 903 and sign == '*' and num2 == 235: print('903*235 = 212205') if num1 == 903 and sign == '*' and num2 == 236: print('903*236 = 213108') if num1 == 903 and sign == '*' and num2 == 237: print('903*237 = 214011') if num1 == 903 and sign == '*' and num2 == 238: print('903*238 = 214914') if num1 == 903 and sign == '*' and num2 == 239: print('903*239 = 215817') if num1 == 903 and sign == '*' and num2 == 240: print('903*240 = 216720') if num1 == 903 and sign == '*' and num2 == 241: print('903*241 = 217623') if num1 == 903 and sign == '*' and num2 == 242: print('903*242 = 218526') if num1 == 903 and sign == '*' and num2 == 243: print('903*243 = 219429') if num1 == 903 and sign == '*' and num2 == 244: print('903*244 = 220332') if num1 == 903 and sign == '*' and num2 == 245: print('903*245 = 221235') if num1 == 903 and sign == '*' and num2 == 246: print('903*246 = 222138') if num1 == 903 and sign == '*' and num2 == 247: print('903*247 = 223041') if num1 == 903 and sign == '*' and num2 == 248: print('903*248 = 223944') if num1 == 903 and sign == '*' and num2 == 249: print('903*249 = 224847') if num1 == 904 and sign == '*' and num2 == 200: print('904*200 = 180800') if num1 == 904 and sign == '*' and num2 == 201: print('904*201 = 181704') if num1 == 904 and sign == '*' and num2 == 202: print('904*202 = 182608') if num1 == 904 and sign == '*' and num2 == 203: print('904*203 = 183512') if num1 == 904 and sign == '*' and num2 == 204: print('904*204 = 184416') if num1 == 904 and sign == '*' and num2 == 205: print('904*205 = 185320') if num1 == 904 and sign == '*' and num2 == 206: print('904*206 = 186224') if num1 == 904 and sign == '*' and num2 == 207: print('904*207 = 187128') if num1 == 904 and sign == '*' and num2 == 208: print('904*208 = 188032') if num1 == 904 and sign == '*' and num2 == 209: print('904*209 = 188936') if num1 == 904 and sign == '*' and num2 == 210: print('904*210 = 189840') if num1 == 904 and sign == '*' and num2 == 211: print('904*211 = 190744') if num1 == 904 and sign == '*' and num2 == 212: print('904*212 = 191648') if num1 == 904 and sign == '*' and num2 == 213: print('904*213 = 192552') if num1 == 904 and sign == '*' and num2 == 214: print('904*214 = 193456') if num1 == 904 and sign == '*' and num2 == 215: print('904*215 = 194360') if num1 == 904 and sign == '*' and num2 == 216: print('904*216 = 195264') if num1 == 904 and sign == '*' and num2 == 217: print('904*217 = 196168') if num1 == 904 and sign == '*' and num2 == 218: print('904*218 = 197072') if num1 == 904 and sign == '*' and num2 == 219: print('904*219 = 197976') if num1 == 904 and sign == '*' and num2 == 220: print('904*220 = 198880') if num1 == 904 and sign == '*' and num2 == 221: print('904*221 = 199784') if num1 == 904 and sign == '*' and num2 == 222: print('904*222 = 200688') if num1 == 904 and sign == '*' and num2 == 223: print('904*223 = 201592') if num1 == 904 and sign == '*' and num2 == 224: print('904*224 = 202496') if num1 == 904 and sign == '*' and num2 == 225: print('904*225 = 203400') if num1 == 904 and sign == '*' and num2 == 226: print('904*226 = 204304') if num1 == 904 and sign == '*' and num2 == 227: print('904*227 = 205208') if num1 == 904 and sign == '*' and num2 == 228: print('904*228 = 206112') if num1 == 904 and sign == '*' and num2 == 229: print('904*229 = 207016') if num1 == 904 and sign == '*' and num2 == 230: print('904*230 = 207920') if num1 == 904 and sign == '*' and num2 == 231: print('904*231 = 208824') if num1 == 904 and sign == '*' and num2 == 232: print('904*232 = 209728') if num1 == 904 and sign == '*' and num2 == 233: print('904*233 = 210632') if num1 == 904 and sign == '*' and num2 == 234: print('904*234 = 211536') if num1 == 904 and sign == '*' and num2 == 235: print('904*235 = 212440') if num1 == 904 and sign == '*' and num2 == 236: print('904*236 = 213344') if num1 == 904 and sign == '*' and num2 == 237: print('904*237 = 214248') if num1 == 904 and sign == '*' and num2 == 238: print('904*238 = 215152') if num1 == 904 and sign == '*' and num2 == 239: print('904*239 = 216056') if num1 == 904 and sign == '*' and num2 == 240: print('904*240 = 216960') if num1 == 904 and sign == '*' and num2 == 241: print('904*241 = 217864') if num1 == 904 and sign == '*' and num2 == 242: print('904*242 = 218768') if num1 == 904 and sign == '*' and num2 == 243: print('904*243 = 219672') if num1 == 904 and sign == '*' and num2 == 244: print('904*244 = 220576') if num1 == 904 and sign == '*' and num2 == 245: print('904*245 = 221480') if num1 == 904 and sign == '*' and num2 == 246: print('904*246 = 222384') if num1 == 904 and sign == '*' and num2 == 247: print('904*247 = 223288') if num1 == 904 and sign == '*' and num2 == 248: print('904*248 = 224192') if num1 == 904 and sign == '*' and num2 == 249: print('904*249 = 225096') if num1 == 905 and sign == '*' and num2 == 200: print('905*200 = 181000') if num1 == 905 and sign == '*' and num2 == 201: print('905*201 = 181905') if num1 == 905 and sign == '*' and num2 == 202: print('905*202 = 182810') if num1 == 905 and sign == '*' and num2 == 203: print('905*203 = 183715') if num1 == 905 and sign == '*' and num2 == 204: print('905*204 = 184620') if num1 == 905 and sign == '*' and num2 == 205: print('905*205 = 185525') if num1 == 905 and sign == '*' and num2 == 206: print('905*206 = 186430') if num1 == 905 and sign == '*' and num2 == 207: print('905*207 = 187335') if num1 == 905 and sign == '*' and num2 == 208: print('905*208 = 188240') if num1 == 905 and sign == '*' and num2 == 209: print('905*209 = 189145') if num1 == 905 and sign == '*' and num2 == 210: print('905*210 = 190050') if num1 == 905 and sign == '*' and num2 == 211: print('905*211 = 190955') if num1 == 905 and sign == '*' and num2 == 212: print('905*212 = 191860') if num1 == 905 and sign == '*' and num2 == 213: print('905*213 = 192765') if num1 == 905 and sign == '*' and num2 == 214: print('905*214 = 193670') if num1 == 905 and sign == '*' and num2 == 215: print('905*215 = 194575') if num1 == 905 and sign == '*' and num2 == 216: print('905*216 = 195480') if num1 == 905 and sign == '*' and num2 == 217: print('905*217 = 196385') if num1 == 905 and sign == '*' and num2 == 218: print('905*218 = 197290') if num1 == 905 and sign == '*' and num2 == 219: print('905*219 = 198195') if num1 == 905 and sign == '*' and num2 == 220: print('905*220 = 199100') if num1 == 905 and sign == '*' and num2 == 221: print('905*221 = 200005') if num1 == 905 and sign == '*' and num2 == 222: print('905*222 = 200910') if num1 == 905 and sign == '*' and num2 == 223: print('905*223 = 201815') if num1 == 905 and sign == '*' and num2 == 224: print('905*224 = 202720') if num1 == 905 and sign == '*' and num2 == 225: print('905*225 = 203625') if num1 == 905 and sign == '*' and num2 == 226: print('905*226 = 204530') if num1 == 905 and sign == '*' and num2 == 227: print('905*227 = 205435') if num1 == 905 and sign == '*' and num2 == 228: print('905*228 = 206340') if num1 == 905 and sign == '*' and num2 == 229: print('905*229 = 207245') if num1 == 905 and sign == '*' and num2 == 230: print('905*230 = 208150') if num1 == 905 and sign == '*' and num2 == 231: print('905*231 = 209055') if num1 == 905 and sign == '*' and num2 == 232: print('905*232 = 209960') if num1 == 905 and sign == '*' and num2 == 233: print('905*233 = 210865') if num1 == 905 and sign == '*' and num2 == 234: print('905*234 = 211770') if num1 == 905 and sign == '*' and num2 == 235: print('905*235 = 212675') if num1 == 905 and sign == '*' and num2 == 236: print('905*236 = 213580') if num1 == 905 and sign == '*' and num2 == 237: print('905*237 = 214485') if num1 == 905 and sign == '*' and num2 == 238: print('905*238 = 215390') if num1 == 905 and sign == '*' and num2 == 239: print('905*239 = 216295') if num1 == 905 and sign == '*' and num2 == 240: print('905*240 = 217200') if num1 == 905 and sign == '*' and num2 == 241: print('905*241 = 218105') if num1 == 905 and sign == '*' and num2 == 242: print('905*242 = 219010') if num1 == 905 and sign == '*' and num2 == 243: print('905*243 = 219915') if num1 == 905 and sign == '*' and num2 == 244: print('905*244 = 220820') if num1 == 905 and sign == '*' and num2 == 245: print('905*245 = 221725') if num1 == 905 and sign == '*' and num2 == 246: print('905*246 = 222630') if num1 == 905 and sign == '*' and num2 == 247: print('905*247 = 223535') if num1 == 905 and sign == '*' and num2 == 248: print('905*248 = 224440') if num1 == 905 and sign == '*' and num2 == 249: print('905*249 = 225345') if num1 == 906 and sign == '*' and num2 == 200: print('906*200 = 181200') if num1 == 906 and sign == '*' and num2 == 201: print('906*201 = 182106') if num1 == 906 and sign == '*' and num2 == 202: print('906*202 = 183012') if num1 == 906 and sign == '*' and num2 == 203: print('906*203 = 183918') if num1 == 906 and sign == '*' and num2 == 204: print('906*204 = 184824') if num1 == 906 and sign == '*' and num2 == 205: print('906*205 = 185730') if num1 == 906 and sign == '*' and num2 == 206: print('906*206 = 186636') if num1 == 906 and sign == '*' and num2 == 207: print('906*207 = 187542') if num1 == 906 and sign == '*' and num2 == 208: print('906*208 = 188448') if num1 == 906 and sign == '*' and num2 == 209: print('906*209 = 189354') if num1 == 906 and sign == '*' and num2 == 210: print('906*210 = 190260') if num1 == 906 and sign == '*' and num2 == 211: print('906*211 = 191166') if num1 == 906 and sign == '*' and num2 == 212: print('906*212 = 192072') if num1 == 906 and sign == '*' and num2 == 213: print('906*213 = 192978') if num1 == 906 and sign == '*' and num2 == 214: print('906*214 = 193884') if num1 == 906 and sign == '*' and num2 == 215: print('906*215 = 194790') if num1 == 906 and sign == '*' and num2 == 216: print('906*216 = 195696') if num1 == 906 and sign == '*' and num2 == 217: print('906*217 = 196602') if num1 == 906 and sign == '*' and num2 == 218: print('906*218 = 197508') if num1 == 906 and sign == '*' and num2 == 219: print('906*219 = 198414') if num1 == 906 and sign == '*' and num2 == 220: print('906*220 = 199320') if num1 == 906 and sign == '*' and num2 == 221: print('906*221 = 200226') if num1 == 906 and sign == '*' and num2 == 222: print('906*222 = 201132') if num1 == 906 and sign == '*' and num2 == 223: print('906*223 = 202038') if num1 == 906 and sign == '*' and num2 == 224: print('906*224 = 202944') if num1 == 906 and sign == '*' and num2 == 225: print('906*225 = 203850') if num1 == 906 and sign == '*' and num2 == 226: print('906*226 = 204756') if num1 == 906 and sign == '*' and num2 == 227: print('906*227 = 205662') if num1 == 906 and sign == '*' and num2 == 228: print('906*228 = 206568') if num1 == 906 and sign == '*' and num2 == 229: print('906*229 = 207474') if num1 == 906 and sign == '*' and num2 == 230: print('906*230 = 208380') if num1 == 906 and sign == '*' and num2 == 231: print('906*231 = 209286') if num1 == 906 and sign == '*' and num2 == 232: print('906*232 = 210192') if num1 == 906 and sign == '*' and num2 == 233: print('906*233 = 211098') if num1 == 906 and sign == '*' and num2 == 234: print('906*234 = 212004') if num1 == 906 and sign == '*' and num2 == 235: print('906*235 = 212910') if num1 == 906 and sign == '*' and num2 == 236: print('906*236 = 213816') if num1 == 906 and sign == '*' and num2 == 237: print('906*237 = 214722') if num1 == 906 and sign == '*' and num2 == 238: print('906*238 = 215628') if num1 == 906 and sign == '*' and num2 == 239: print('906*239 = 216534') if num1 == 906 and sign == '*' and num2 == 240: print('906*240 = 217440') if num1 == 906 and sign == '*' and num2 == 241: print('906*241 = 218346') if num1 == 906 and sign == '*' and num2 == 242: print('906*242 = 219252') if num1 == 906 and sign == '*' and num2 == 243: print('906*243 = 220158') if num1 == 906 and sign == '*' and num2 == 244: print('906*244 = 221064') if num1 == 906 and sign == '*' and num2 == 245: print('906*245 = 221970') if num1 == 906 and sign == '*' and num2 == 246: print('906*246 = 222876') if num1 == 906 and sign == '*' and num2 == 247: print('906*247 = 223782') if num1 == 906 and sign == '*' and num2 == 248: print('906*248 = 224688') if num1 == 906 and sign == '*' and num2 == 249: print('906*249 = 225594') if num1 == 907 and sign == '*' and num2 == 200: print('907*200 = 181400') if num1 == 907 and sign == '*' and num2 == 201: print('907*201 = 182307') if num1 == 907 and sign == '*' and num2 == 202: print('907*202 = 183214') if num1 == 907 and sign == '*' and num2 == 203: print('907*203 = 184121') if num1 == 907 and sign == '*' and num2 == 204: print('907*204 = 185028') if num1 == 907 and sign == '*' and num2 == 205: print('907*205 = 185935') if num1 == 907 and sign == '*' and num2 == 206: print('907*206 = 186842') if num1 == 907 and sign == '*' and num2 == 207: print('907*207 = 187749') if num1 == 907 and sign == '*' and num2 == 208: print('907*208 = 188656') if num1 == 907 and sign == '*' and num2 == 209: print('907*209 = 189563') if num1 == 907 and sign == '*' and num2 == 210: print('907*210 = 190470') if num1 == 907 and sign == '*' and num2 == 211: print('907*211 = 191377') if num1 == 907 and sign == '*' and num2 == 212: print('907*212 = 192284') if num1 == 907 and sign == '*' and num2 == 213: print('907*213 = 193191') if num1 == 907 and sign == '*' and num2 == 214: print('907*214 = 194098') if num1 == 907 and sign == '*' and num2 == 215: print('907*215 = 195005') if num1 == 907 and sign == '*' and num2 == 216: print('907*216 = 195912') if num1 == 907 and sign == '*' and num2 == 217: print('907*217 = 196819') if num1 == 907 and sign == '*' and num2 == 218: print('907*218 = 197726') if num1 == 907 and sign == '*' and num2 == 219: print('907*219 = 198633') if num1 == 907 and sign == '*' and num2 == 220: print('907*220 = 199540') if num1 == 907 and sign == '*' and num2 == 221: print('907*221 = 200447') if num1 == 907 and sign == '*' and num2 == 222: print('907*222 = 201354') if num1 == 907 and sign == '*' and num2 == 223: print('907*223 = 202261') if num1 == 907 and sign == '*' and num2 == 224: print('907*224 = 203168') if num1 == 907 and sign == '*' and num2 == 225: print('907*225 = 204075') if num1 == 907 and sign == '*' and num2 == 226: print('907*226 = 204982') if num1 == 907 and sign == '*' and num2 == 227: print('907*227 = 205889') if num1 == 907 and sign == '*' and num2 == 228: print('907*228 = 206796') if num1 == 907 and sign == '*' and num2 == 229: print('907*229 = 207703') if num1 == 907 and sign == '*' and num2 == 230: print('907*230 = 208610') if num1 == 907 and sign == '*' and num2 == 231: print('907*231 = 209517') if num1 == 907 and sign == '*' and num2 == 232: print('907*232 = 210424') if num1 == 907 and sign == '*' and num2 == 233: print('907*233 = 211331') if num1 == 907 and sign == '*' and num2 == 234: print('907*234 = 212238') if num1 == 907 and sign == '*' and num2 == 235: print('907*235 = 213145') if num1 == 907 and sign == '*' and num2 == 236: print('907*236 = 214052') if num1 == 907 and sign == '*' and num2 == 237: print('907*237 = 214959') if num1 == 907 and sign == '*' and num2 == 238: print('907*238 = 215866') if num1 == 907 and sign == '*' and num2 == 239: print('907*239 = 216773') if num1 == 907 and sign == '*' and num2 == 240: print('907*240 = 217680') if num1 == 907 and sign == '*' and num2 == 241: print('907*241 = 218587') if num1 == 907 and sign == '*' and num2 == 242: print('907*242 = 219494') if num1 == 907 and sign == '*' and num2 == 243: print('907*243 = 220401') if num1 == 907 and sign == '*' and num2 == 244: print('907*244 = 221308') if num1 == 907 and sign == '*' and num2 == 245: print('907*245 = 222215') if num1 == 907 and sign == '*' and num2 == 246: print('907*246 = 223122') if num1 == 907 and sign == '*' and num2 == 247: print('907*247 = 224029') if num1 == 907 and sign == '*' and num2 == 248: print('907*248 = 224936') if num1 == 907 and sign == '*' and num2 == 249: print('907*249 = 225843') if num1 == 908 and sign == '*' and num2 == 200: print('908*200 = 181600') if num1 == 908 and sign == '*' and num2 == 201: print('908*201 = 182508') if num1 == 908 and sign == '*' and num2 == 202: print('908*202 = 183416') if num1 == 908 and sign == '*' and num2 == 203: print('908*203 = 184324') if num1 == 908 and sign == '*' and num2 == 204: print('908*204 = 185232') if num1 == 908 and sign == '*' and num2 == 205: print('908*205 = 186140') if num1 == 908 and sign == '*' and num2 == 206: print('908*206 = 187048') if num1 == 908 and sign == '*' and num2 == 207: print('908*207 = 187956') if num1 == 908 and sign == '*' and num2 == 208: print('908*208 = 188864') if num1 == 908 and sign == '*' and num2 == 209: print('908*209 = 189772') if num1 == 908 and sign == '*' and num2 == 210: print('908*210 = 190680') if num1 == 908 and sign == '*' and num2 == 211: print('908*211 = 191588') if num1 == 908 and sign == '*' and num2 == 212: print('908*212 = 192496') if num1 == 908 and sign == '*' and num2 == 213: print('908*213 = 193404') if num1 == 908 and sign == '*' and num2 == 214: print('908*214 = 194312') if num1 == 908 and sign == '*' and num2 == 215: print('908*215 = 195220') if num1 == 908 and sign == '*' and num2 == 216: print('908*216 = 196128') if num1 == 908 and sign == '*' and num2 == 217: print('908*217 = 197036') if num1 == 908 and sign == '*' and num2 == 218: print('908*218 = 197944') if num1 == 908 and sign == '*' and num2 == 219: print('908*219 = 198852') if num1 == 908 and sign == '*' and num2 == 220: print('908*220 = 199760') if num1 == 908 and sign == '*' and num2 == 221: print('908*221 = 200668') if num1 == 908 and sign == '*' and num2 == 222: print('908*222 = 201576') if num1 == 908 and sign == '*' and num2 == 223: print('908*223 = 202484') if num1 == 908 and sign == '*' and num2 == 224: print('908*224 = 203392') if num1 == 908 and sign == '*' and num2 == 225: print('908*225 = 204300') if num1 == 908 and sign == '*' and num2 == 226: print('908*226 = 205208') if num1 == 908 and sign == '*' and num2 == 227: print('908*227 = 206116') if num1 == 908 and sign == '*' and num2 == 228: print('908*228 = 207024') if num1 == 908 and sign == '*' and num2 == 229: print('908*229 = 207932') if num1 == 908 and sign == '*' and num2 == 230: print('908*230 = 208840') if num1 == 908 and sign == '*' and num2 == 231: print('908*231 = 209748') if num1 == 908 and sign == '*' and num2 == 232: print('908*232 = 210656') if num1 == 908 and sign == '*' and num2 == 233: print('908*233 = 211564') if num1 == 908 and sign == '*' and num2 == 234: print('908*234 = 212472') if num1 == 908 and sign == '*' and num2 == 235: print('908*235 = 213380') if num1 == 908 and sign == '*' and num2 == 236: print('908*236 = 214288') if num1 == 908 and sign == '*' and num2 == 237: print('908*237 = 215196') if num1 == 908 and sign == '*' and num2 == 238: print('908*238 = 216104') if num1 == 908 and sign == '*' and num2 == 239: print('908*239 = 217012') if num1 == 908 and sign == '*' and num2 == 240: print('908*240 = 217920') if num1 == 908 and sign == '*' and num2 == 241: print('908*241 = 218828') if num1 == 908 and sign == '*' and num2 == 242: print('908*242 = 219736') if num1 == 908 and sign == '*' and num2 == 243: print('908*243 = 220644') if num1 == 908 and sign == '*' and num2 == 244: print('908*244 = 221552') if num1 == 908 and sign == '*' and num2 == 245: print('908*245 = 222460') if num1 == 908 and sign == '*' and num2 == 246: print('908*246 = 223368') if num1 == 908 and sign == '*' and num2 == 247: print('908*247 = 224276') if num1 == 908 and sign == '*' and num2 == 248: print('908*248 = 225184') if num1 == 908 and sign == '*' and num2 == 249: print('908*249 = 226092') if num1 == 909 and sign == '*' and num2 == 200: print('909*200 = 181800') if num1 == 909 and sign == '*' and num2 == 201: print('909*201 = 182709') if num1 == 909 and sign == '*' and num2 == 202: print('909*202 = 183618') if num1 == 909 and sign == '*' and num2 == 203: print('909*203 = 184527') if num1 == 909 and sign == '*' and num2 == 204: print('909*204 = 185436') if num1 == 909 and sign == '*' and num2 == 205: print('909*205 = 186345') if num1 == 909 and sign == '*' and num2 == 206: print('909*206 = 187254') if num1 == 909 and sign == '*' and num2 == 207: print('909*207 = 188163') if num1 == 909 and sign == '*' and num2 == 208: print('909*208 = 189072') if num1 == 909 and sign == '*' and num2 == 209: print('909*209 = 189981') if num1 == 909 and sign == '*' and num2 == 210: print('909*210 = 190890') if num1 == 909 and sign == '*' and num2 == 211: print('909*211 = 191799') if num1 == 909 and sign == '*' and num2 == 212: print('909*212 = 192708') if num1 == 909 and sign == '*' and num2 == 213: print('909*213 = 193617') if num1 == 909 and sign == '*' and num2 == 214: print('909*214 = 194526') if num1 == 909 and sign == '*' and num2 == 215: print('909*215 = 195435') if num1 == 909 and sign == '*' and num2 == 216: print('909*216 = 196344') if num1 == 909 and sign == '*' and num2 == 217: print('909*217 = 197253') if num1 == 909 and sign == '*' and num2 == 218: print('909*218 = 198162') if num1 == 909 and sign == '*' and num2 == 219: print('909*219 = 199071') if num1 == 909 and sign == '*' and num2 == 220: print('909*220 = 199980') if num1 == 909 and sign == '*' and num2 == 221: print('909*221 = 200889') if num1 == 909 and sign == '*' and num2 == 222: print('909*222 = 201798') if num1 == 909 and sign == '*' and num2 == 223: print('909*223 = 202707') if num1 == 909 and sign == '*' and num2 == 224: print('909*224 = 203616') if num1 == 909 and sign == '*' and num2 == 225: print('909*225 = 204525') if num1 == 909 and sign == '*' and num2 == 226: print('909*226 = 205434') if num1 == 909 and sign == '*' and num2 == 227: print('909*227 = 206343') if num1 == 909 and sign == '*' and num2 == 228: print('909*228 = 207252') if num1 == 909 and sign == '*' and num2 == 229: print('909*229 = 208161') if num1 == 909 and sign == '*' and num2 == 230: print('909*230 = 209070') if num1 == 909 and sign == '*' and num2 == 231: print('909*231 = 209979') if num1 == 909 and sign == '*' and num2 == 232: print('909*232 = 210888') if num1 == 909 and sign == '*' and num2 == 233: print('909*233 = 211797') if num1 == 909 and sign == '*' and num2 == 234: print('909*234 = 212706') if num1 == 909 and sign == '*' and num2 == 235: print('909*235 = 213615') if num1 == 909 and sign == '*' and num2 == 236: print('909*236 = 214524') if num1 == 909 and sign == '*' and num2 == 237: print('909*237 = 215433') if num1 == 909 and sign == '*' and num2 == 238: print('909*238 = 216342') if num1 == 909 and sign == '*' and num2 == 239: print('909*239 = 217251') if num1 == 909 and sign == '*' and num2 == 240: print('909*240 = 218160') if num1 == 909 and sign == '*' and num2 == 241: print('909*241 = 219069') if num1 == 909 and sign == '*' and num2 == 242: print('909*242 = 219978') if num1 == 909 and sign == '*' and num2 == 243: print('909*243 = 220887') if num1 == 909 and sign == '*' and num2 == 244: print('909*244 = 221796') if num1 == 909 and sign == '*' and num2 == 245: print('909*245 = 222705') if num1 == 909 and sign == '*' and num2 == 246: print('909*246 = 223614') if num1 == 909 and sign == '*' and num2 == 247: print('909*247 = 224523') if num1 == 909 and sign == '*' and num2 == 248: print('909*248 = 225432') if num1 == 909 and sign == '*' and num2 == 249: print('909*249 = 226341') if num1 == 910 and sign == '*' and num2 == 200: print('910*200 = 182000') if num1 == 910 and sign == '*' and num2 == 201: print('910*201 = 182910') if num1 == 910 and sign == '*' and num2 == 202: print('910*202 = 183820') if num1 == 910 and sign == '*' and num2 == 203: print('910*203 = 184730') if num1 == 910 and sign == '*' and num2 == 204: print('910*204 = 185640') if num1 == 910 and sign == '*' and num2 == 205: print('910*205 = 186550') if num1 == 910 and sign == '*' and num2 == 206: print('910*206 = 187460') if num1 == 910 and sign == '*' and num2 == 207: print('910*207 = 188370') if num1 == 910 and sign == '*' and num2 == 208: print('910*208 = 189280') if num1 == 910 and sign == '*' and num2 == 209: print('910*209 = 190190') if num1 == 910 and sign == '*' and num2 == 210: print('910*210 = 191100') if num1 == 910 and sign == '*' and num2 == 211: print('910*211 = 192010') if num1 == 910 and sign == '*' and num2 == 212: print('910*212 = 192920') if num1 == 910 and sign == '*' and num2 == 213: print('910*213 = 193830') if num1 == 910 and sign == '*' and num2 == 214: print('910*214 = 194740') if num1 == 910 and sign == '*' and num2 == 215: print('910*215 = 195650') if num1 == 910 and sign == '*' and num2 == 216: print('910*216 = 196560') if num1 == 910 and sign == '*' and num2 == 217: print('910*217 = 197470') if num1 == 910 and sign == '*' and num2 == 218: print('910*218 = 198380') if num1 == 910 and sign == '*' and num2 == 219: print('910*219 = 199290') if num1 == 910 and sign == '*' and num2 == 220: print('910*220 = 200200') if num1 == 910 and sign == '*' and num2 == 221: print('910*221 = 201110') if num1 == 910 and sign == '*' and num2 == 222: print('910*222 = 202020') if num1 == 910 and sign == '*' and num2 == 223: print('910*223 = 202930') if num1 == 910 and sign == '*' and num2 == 224: print('910*224 = 203840') if num1 == 910 and sign == '*' and num2 == 225: print('910*225 = 204750') if num1 == 910 and sign == '*' and num2 == 226: print('910*226 = 205660') if num1 == 910 and sign == '*' and num2 == 227: print('910*227 = 206570') if num1 == 910 and sign == '*' and num2 == 228: print('910*228 = 207480') if num1 == 910 and sign == '*' and num2 == 229: print('910*229 = 208390') if num1 == 910 and sign == '*' and num2 == 230: print('910*230 = 209300') if num1 == 910 and sign == '*' and num2 == 231: print('910*231 = 210210') if num1 == 910 and sign == '*' and num2 == 232: print('910*232 = 211120') if num1 == 910 and sign == '*' and num2 == 233: print('910*233 = 212030') if num1 == 910 and sign == '*' and num2 == 234: print('910*234 = 212940') if num1 == 910 and sign == '*' and num2 == 235: print('910*235 = 213850') if num1 == 910 and sign == '*' and num2 == 236: print('910*236 = 214760') if num1 == 910 and sign == '*' and num2 == 237: print('910*237 = 215670') if num1 == 910 and sign == '*' and num2 == 238: print('910*238 = 216580') if num1 == 910 and sign == '*' and num2 == 239: print('910*239 = 217490') if num1 == 910 and sign == '*' and num2 == 240: print('910*240 = 218400') if num1 == 910 and sign == '*' and num2 == 241: print('910*241 = 219310') if num1 == 910 and sign == '*' and num2 == 242: print('910*242 = 220220') if num1 == 910 and sign == '*' and num2 == 243: print('910*243 = 221130') if num1 == 910 and sign == '*' and num2 == 244: print('910*244 = 222040') if num1 == 910 and sign == '*' and num2 == 245: print('910*245 = 222950') if num1 == 910 and sign == '*' and num2 == 246: print('910*246 = 223860') if num1 == 910 and sign == '*' and num2 == 247: print('910*247 = 224770') if num1 == 910 and sign == '*' and num2 == 248: print('910*248 = 225680') if num1 == 910 and sign == '*' and num2 == 249: print('910*249 = 226590') if num1 == 911 and sign == '*' and num2 == 200: print('911*200 = 182200') if num1 == 911 and sign == '*' and num2 == 201: print('911*201 = 183111') if num1 == 911 and sign == '*' and num2 == 202: print('911*202 = 184022') if num1 == 911 and sign == '*' and num2 == 203: print('911*203 = 184933') if num1 == 911 and sign == '*' and num2 == 204: print('911*204 = 185844') if num1 == 911 and sign == '*' and num2 == 205: print('911*205 = 186755') if num1 == 911 and sign == '*' and num2 == 206: print('911*206 = 187666') if num1 == 911 and sign == '*' and num2 == 207: print('911*207 = 188577') if num1 == 911 and sign == '*' and num2 == 208: print('911*208 = 189488') if num1 == 911 and sign == '*' and num2 == 209: print('911*209 = 190399') if num1 == 911 and sign == '*' and num2 == 210: print('911*210 = 191310') if num1 == 911 and sign == '*' and num2 == 211: print('911*211 = 192221') if num1 == 911 and sign == '*' and num2 == 212: print('911*212 = 193132') if num1 == 911 and sign == '*' and num2 == 213: print('911*213 = 194043') if num1 == 911 and sign == '*' and num2 == 214: print('911*214 = 194954') if num1 == 911 and sign == '*' and num2 == 215: print('911*215 = 195865') if num1 == 911 and sign == '*' and num2 == 216: print('911*216 = 196776') if num1 == 911 and sign == '*' and num2 == 217: print('911*217 = 197687') if num1 == 911 and sign == '*' and num2 == 218: print('911*218 = 198598') if num1 == 911 and sign == '*' and num2 == 219: print('911*219 = 199509') if num1 == 911 and sign == '*' and num2 == 220: print('911*220 = 200420') if num1 == 911 and sign == '*' and num2 == 221: print('911*221 = 201331') if num1 == 911 and sign == '*' and num2 == 222: print('911*222 = 202242') if num1 == 911 and sign == '*' and num2 == 223: print('911*223 = 203153') if num1 == 911 and sign == '*' and num2 == 224: print('911*224 = 204064') if num1 == 911 and sign == '*' and num2 == 225: print('911*225 = 204975') if num1 == 911 and sign == '*' and num2 == 226: print('911*226 = 205886') if num1 == 911 and sign == '*' and num2 == 227: print('911*227 = 206797') if num1 == 911 and sign == '*' and num2 == 228: print('911*228 = 207708') if num1 == 911 and sign == '*' and num2 == 229: print('911*229 = 208619') if num1 == 911 and sign == '*' and num2 == 230: print('911*230 = 209530') if num1 == 911 and sign == '*' and num2 == 231: print('911*231 = 210441') if num1 == 911 and sign == '*' and num2 == 232: print('911*232 = 211352') if num1 == 911 and sign == '*' and num2 == 233: print('911*233 = 212263') if num1 == 911 and sign == '*' and num2 == 234: print('911*234 = 213174') if num1 == 911 and sign == '*' and num2 == 235: print('911*235 = 214085') if num1 == 911 and sign == '*' and num2 == 236: print('911*236 = 214996') if num1 == 911 and sign == '*' and num2 == 237: print('911*237 = 215907') if num1 == 911 and sign == '*' and num2 == 238: print('911*238 = 216818') if num1 == 911 and sign == '*' and num2 == 239: print('911*239 = 217729') if num1 == 911 and sign == '*' and num2 == 240: print('911*240 = 218640') if num1 == 911 and sign == '*' and num2 == 241: print('911*241 = 219551') if num1 == 911 and sign == '*' and num2 == 242: print('911*242 = 220462') if num1 == 911 and sign == '*' and num2 == 243: print('911*243 = 221373') if num1 == 911 and sign == '*' and num2 == 244: print('911*244 = 222284') if num1 == 911 and sign == '*' and num2 == 245: print('911*245 = 223195') if num1 == 911 and sign == '*' and num2 == 246: print('911*246 = 224106') if num1 == 911 and sign == '*' and num2 == 247: print('911*247 = 225017') if num1 == 911 and sign == '*' and num2 == 248: print('911*248 = 225928') if num1 == 911 and sign == '*' and num2 == 249: print('911*249 = 226839') if num1 == 912 and sign == '*' and num2 == 200: print('912*200 = 182400') if num1 == 912 and sign == '*' and num2 == 201: print('912*201 = 183312') if num1 == 912 and sign == '*' and num2 == 202: print('912*202 = 184224') if num1 == 912 and sign == '*' and num2 == 203: print('912*203 = 185136') if num1 == 912 and sign == '*' and num2 == 204: print('912*204 = 186048') if num1 == 912 and sign == '*' and num2 == 205: print('912*205 = 186960') if num1 == 912 and sign == '*' and num2 == 206: print('912*206 = 187872') if num1 == 912 and sign == '*' and num2 == 207: print('912*207 = 188784') if num1 == 912 and sign == '*' and num2 == 208: print('912*208 = 189696') if num1 == 912 and sign == '*' and num2 == 209: print('912*209 = 190608') if num1 == 912 and sign == '*' and num2 == 210: print('912*210 = 191520') if num1 == 912 and sign == '*' and num2 == 211: print('912*211 = 192432') if num1 == 912 and sign == '*' and num2 == 212: print('912*212 = 193344') if num1 == 912 and sign == '*' and num2 == 213: print('912*213 = 194256') if num1 == 912 and sign == '*' and num2 == 214: print('912*214 = 195168') if num1 == 912 and sign == '*' and num2 == 215: print('912*215 = 196080') if num1 == 912 and sign == '*' and num2 == 216: print('912*216 = 196992') if num1 == 912 and sign == '*' and num2 == 217: print('912*217 = 197904') if num1 == 912 and sign == '*' and num2 == 218: print('912*218 = 198816') if num1 == 912 and sign == '*' and num2 == 219: print('912*219 = 199728') if num1 == 912 and sign == '*' and num2 == 220: print('912*220 = 200640') if num1 == 912 and sign == '*' and num2 == 221: print('912*221 = 201552') if num1 == 912 and sign == '*' and num2 == 222: print('912*222 = 202464') if num1 == 912 and sign == '*' and num2 == 223: print('912*223 = 203376') if num1 == 912 and sign == '*' and num2 == 224: print('912*224 = 204288') if num1 == 912 and sign == '*' and num2 == 225: print('912*225 = 205200') if num1 == 912 and sign == '*' and num2 == 226: print('912*226 = 206112') if num1 == 912 and sign == '*' and num2 == 227: print('912*227 = 207024') if num1 == 912 and sign == '*' and num2 == 228: print('912*228 = 207936') if num1 == 912 and sign == '*' and num2 == 229: print('912*229 = 208848') if num1 == 912 and sign == '*' and num2 == 230: print('912*230 = 209760') if num1 == 912 and sign == '*' and num2 == 231: print('912*231 = 210672') if num1 == 912 and sign == '*' and num2 == 232: print('912*232 = 211584') if num1 == 912 and sign == '*' and num2 == 233: print('912*233 = 212496') if num1 == 912 and sign == '*' and num2 == 234: print('912*234 = 213408') if num1 == 912 and sign == '*' and num2 == 235: print('912*235 = 214320') if num1 == 912 and sign == '*' and num2 == 236: print('912*236 = 215232') if num1 == 912 and sign == '*' and num2 == 237: print('912*237 = 216144') if num1 == 912 and sign == '*' and num2 == 238: print('912*238 = 217056') if num1 == 912 and sign == '*' and num2 == 239: print('912*239 = 217968') if num1 == 912 and sign == '*' and num2 == 240: print('912*240 = 218880') if num1 == 912 and sign == '*' and num2 == 241: print('912*241 = 219792') if num1 == 912 and sign == '*' and num2 == 242: print('912*242 = 220704') if num1 == 912 and sign == '*' and num2 == 243: print('912*243 = 221616') if num1 == 912 and sign == '*' and num2 == 244: print('912*244 = 222528') if num1 == 912 and sign == '*' and num2 == 245: print('912*245 = 223440') if num1 == 912 and sign == '*' and num2 == 246: print('912*246 = 224352') if num1 == 912 and sign == '*' and num2 == 247: print('912*247 = 225264') if num1 == 912 and sign == '*' and num2 == 248: print('912*248 = 226176') if num1 == 912 and sign == '*' and num2 == 249: print('912*249 = 227088') if num1 == 913 and sign == '*' and num2 == 200: print('913*200 = 182600') if num1 == 913 and sign == '*' and num2 == 201: print('913*201 = 183513') if num1 == 913 and sign == '*' and num2 == 202: print('913*202 = 184426') if num1 == 913 and sign == '*' and num2 == 203: print('913*203 = 185339') if num1 == 913 and sign == '*' and num2 == 204: print('913*204 = 186252') if num1 == 913 and sign == '*' and num2 == 205: print('913*205 = 187165') if num1 == 913 and sign == '*' and num2 == 206: print('913*206 = 188078') if num1 == 913 and sign == '*' and num2 == 207: print('913*207 = 188991') if num1 == 913 and sign == '*' and num2 == 208: print('913*208 = 189904') if num1 == 913 and sign == '*' and num2 == 209: print('913*209 = 190817') if num1 == 913 and sign == '*' and num2 == 210: print('913*210 = 191730') if num1 == 913 and sign == '*' and num2 == 211: print('913*211 = 192643') if num1 == 913 and sign == '*' and num2 == 212: print('913*212 = 193556') if num1 == 913 and sign == '*' and num2 == 213: print('913*213 = 194469') if num1 == 913 and sign == '*' and num2 == 214: print('913*214 = 195382') if num1 == 913 and sign == '*' and num2 == 215: print('913*215 = 196295') if num1 == 913 and sign == '*' and num2 == 216: print('913*216 = 197208') if num1 == 913 and sign == '*' and num2 == 217: print('913*217 = 198121') if num1 == 913 and sign == '*' and num2 == 218: print('913*218 = 199034') if num1 == 913 and sign == '*' and num2 == 219: print('913*219 = 199947') if num1 == 913 and sign == '*' and num2 == 220: print('913*220 = 200860') if num1 == 913 and sign == '*' and num2 == 221: print('913*221 = 201773') if num1 == 913 and sign == '*' and num2 == 222: print('913*222 = 202686') if num1 == 913 and sign == '*' and num2 == 223: print('913*223 = 203599') if num1 == 913 and sign == '*' and num2 == 224: print('913*224 = 204512') if num1 == 913 and sign == '*' and num2 == 225: print('913*225 = 205425') if num1 == 913 and sign == '*' and num2 == 226: print('913*226 = 206338') if num1 == 913 and sign == '*' and num2 == 227: print('913*227 = 207251') if num1 == 913 and sign == '*' and num2 == 228: print('913*228 = 208164') if num1 == 913 and sign == '*' and num2 == 229: print('913*229 = 209077') if num1 == 913 and sign == '*' and num2 == 230: print('913*230 = 209990') if num1 == 913 and sign == '*' and num2 == 231: print('913*231 = 210903') if num1 == 913 and sign == '*' and num2 == 232: print('913*232 = 211816') if num1 == 913 and sign == '*' and num2 == 233: print('913*233 = 212729') if num1 == 913 and sign == '*' and num2 == 234: print('913*234 = 213642') if num1 == 913 and sign == '*' and num2 == 235: print('913*235 = 214555') if num1 == 913 and sign == '*' and num2 == 236: print('913*236 = 215468') if num1 == 913 and sign == '*' and num2 == 237: print('913*237 = 216381') if num1 == 913 and sign == '*' and num2 == 238: print('913*238 = 217294') if num1 == 913 and sign == '*' and num2 == 239: print('913*239 = 218207') if num1 == 913 and sign == '*' and num2 == 240: print('913*240 = 219120') if num1 == 913 and sign == '*' and num2 == 241: print('913*241 = 220033') if num1 == 913 and sign == '*' and num2 == 242: print('913*242 = 220946') if num1 == 913 and sign == '*' and num2 == 243: print('913*243 = 221859') if num1 == 913 and sign == '*' and num2 == 244: print('913*244 = 222772') if num1 == 913 and sign == '*' and num2 == 245: print('913*245 = 223685') if num1 == 913 and sign == '*' and num2 == 246: print('913*246 = 224598') if num1 == 913 and sign == '*' and num2 == 247: print('913*247 = 225511') if num1 == 913 and sign == '*' and num2 == 248: print('913*248 = 226424') if num1 == 913 and sign == '*' and num2 == 249: print('913*249 = 227337') if num1 == 914 and sign == '*' and num2 == 200: print('914*200 = 182800') if num1 == 914 and sign == '*' and num2 == 201: print('914*201 = 183714') if num1 == 914 and sign == '*' and num2 == 202: print('914*202 = 184628') if num1 == 914 and sign == '*' and num2 == 203: print('914*203 = 185542') if num1 == 914 and sign == '*' and num2 == 204: print('914*204 = 186456') if num1 == 914 and sign == '*' and num2 == 205: print('914*205 = 187370') if num1 == 914 and sign == '*' and num2 == 206: print('914*206 = 188284') if num1 == 914 and sign == '*' and num2 == 207: print('914*207 = 189198') if num1 == 914 and sign == '*' and num2 == 208: print('914*208 = 190112') if num1 == 914 and sign == '*' and num2 == 209: print('914*209 = 191026') if num1 == 914 and sign == '*' and num2 == 210: print('914*210 = 191940') if num1 == 914 and sign == '*' and num2 == 211: print('914*211 = 192854') if num1 == 914 and sign == '*' and num2 == 212: print('914*212 = 193768') if num1 == 914 and sign == '*' and num2 == 213: print('914*213 = 194682') if num1 == 914 and sign == '*' and num2 == 214: print('914*214 = 195596') if num1 == 914 and sign == '*' and num2 == 215: print('914*215 = 196510') if num1 == 914 and sign == '*' and num2 == 216: print('914*216 = 197424') if num1 == 914 and sign == '*' and num2 == 217: print('914*217 = 198338') if num1 == 914 and sign == '*' and num2 == 218: print('914*218 = 199252') if num1 == 914 and sign == '*' and num2 == 219: print('914*219 = 200166') if num1 == 914 and sign == '*' and num2 == 220: print('914*220 = 201080') if num1 == 914 and sign == '*' and num2 == 221: print('914*221 = 201994') if num1 == 914 and sign == '*' and num2 == 222: print('914*222 = 202908') if num1 == 914 and sign == '*' and num2 == 223: print('914*223 = 203822') if num1 == 914 and sign == '*' and num2 == 224: print('914*224 = 204736') if num1 == 914 and sign == '*' and num2 == 225: print('914*225 = 205650') if num1 == 914 and sign == '*' and num2 == 226: print('914*226 = 206564') if num1 == 914 and sign == '*' and num2 == 227: print('914*227 = 207478') if num1 == 914 and sign == '*' and num2 == 228: print('914*228 = 208392') if num1 == 914 and sign == '*' and num2 == 229: print('914*229 = 209306') if num1 == 914 and sign == '*' and num2 == 230: print('914*230 = 210220') if num1 == 914 and sign == '*' and num2 == 231: print('914*231 = 211134') if num1 == 914 and sign == '*' and num2 == 232: print('914*232 = 212048') if num1 == 914 and sign == '*' and num2 == 233: print('914*233 = 212962') if num1 == 914 and sign == '*' and num2 == 234: print('914*234 = 213876') if num1 == 914 and sign == '*' and num2 == 235: print('914*235 = 214790') if num1 == 914 and sign == '*' and num2 == 236: print('914*236 = 215704') if num1 == 914 and sign == '*' and num2 == 237: print('914*237 = 216618') if num1 == 914 and sign == '*' and num2 == 238: print('914*238 = 217532') if num1 == 914 and sign == '*' and num2 == 239: print('914*239 = 218446') if num1 == 914 and sign == '*' and num2 == 240: print('914*240 = 219360') if num1 == 914 and sign == '*' and num2 == 241: print('914*241 = 220274') if num1 == 914 and sign == '*' and num2 == 242: print('914*242 = 221188') if num1 == 914 and sign == '*' and num2 == 243: print('914*243 = 222102') if num1 == 914 and sign == '*' and num2 == 244: print('914*244 = 223016') if num1 == 914 and sign == '*' and num2 == 245: print('914*245 = 223930') if num1 == 914 and sign == '*' and num2 == 246: print('914*246 = 224844') if num1 == 914 and sign == '*' and num2 == 247: print('914*247 = 225758') if num1 == 914 and sign == '*' and num2 == 248: print('914*248 = 226672') if num1 == 914 and sign == '*' and num2 == 249: print('914*249 = 227586') if num1 == 915 and sign == '*' and num2 == 200: print('915*200 = 183000') if num1 == 915 and sign == '*' and num2 == 201: print('915*201 = 183915') if num1 == 915 and sign == '*' and num2 == 202: print('915*202 = 184830') if num1 == 915 and sign == '*' and num2 == 203: print('915*203 = 185745') if num1 == 915 and sign == '*' and num2 == 204: print('915*204 = 186660') if num1 == 915 and sign == '*' and num2 == 205: print('915*205 = 187575') if num1 == 915 and sign == '*' and num2 == 206: print('915*206 = 188490') if num1 == 915 and sign == '*' and num2 == 207: print('915*207 = 189405') if num1 == 915 and sign == '*' and num2 == 208: print('915*208 = 190320') if num1 == 915 and sign == '*' and num2 == 209: print('915*209 = 191235') if num1 == 915 and sign == '*' and num2 == 210: print('915*210 = 192150') if num1 == 915 and sign == '*' and num2 == 211: print('915*211 = 193065') if num1 == 915 and sign == '*' and num2 == 212: print('915*212 = 193980') if num1 == 915 and sign == '*' and num2 == 213: print('915*213 = 194895') if num1 == 915 and sign == '*' and num2 == 214: print('915*214 = 195810') if num1 == 915 and sign == '*' and num2 == 215: print('915*215 = 196725') if num1 == 915 and sign == '*' and num2 == 216: print('915*216 = 197640') if num1 == 915 and sign == '*' and num2 == 217: print('915*217 = 198555') if num1 == 915 and sign == '*' and num2 == 218: print('915*218 = 199470') if num1 == 915 and sign == '*' and num2 == 219: print('915*219 = 200385') if num1 == 915 and sign == '*' and num2 == 220: print('915*220 = 201300') if num1 == 915 and sign == '*' and num2 == 221: print('915*221 = 202215') if num1 == 915 and sign == '*' and num2 == 222: print('915*222 = 203130') if num1 == 915 and sign == '*' and num2 == 223: print('915*223 = 204045') if num1 == 915 and sign == '*' and num2 == 224: print('915*224 = 204960') if num1 == 915 and sign == '*' and num2 == 225: print('915*225 = 205875') if num1 == 915 and sign == '*' and num2 == 226: print('915*226 = 206790') if num1 == 915 and sign == '*' and num2 == 227: print('915*227 = 207705') if num1 == 915 and sign == '*' and num2 == 228: print('915*228 = 208620') if num1 == 915 and sign == '*' and num2 == 229: print('915*229 = 209535') if num1 == 915 and sign == '*' and num2 == 230: print('915*230 = 210450') if num1 == 915 and sign == '*' and num2 == 231: print('915*231 = 211365') if num1 == 915 and sign == '*' and num2 == 232: print('915*232 = 212280') if num1 == 915 and sign == '*' and num2 == 233: print('915*233 = 213195') if num1 == 915 and sign == '*' and num2 == 234: print('915*234 = 214110') if num1 == 915 and sign == '*' and num2 == 235: print('915*235 = 215025') if num1 == 915 and sign == '*' and num2 == 236: print('915*236 = 215940') if num1 == 915 and sign == '*' and num2 == 237: print('915*237 = 216855') if num1 == 915 and sign == '*' and num2 == 238: print('915*238 = 217770') if num1 == 915 and sign == '*' and num2 == 239: print('915*239 = 218685') if num1 == 915 and sign == '*' and num2 == 240: print('915*240 = 219600') if num1 == 915 and sign == '*' and num2 == 241: print('915*241 = 220515') if num1 == 915 and sign == '*' and num2 == 242: print('915*242 = 221430') if num1 == 915 and sign == '*' and num2 == 243: print('915*243 = 222345') if num1 == 915 and sign == '*' and num2 == 244: print('915*244 = 223260') if num1 == 915 and sign == '*' and num2 == 245: print('915*245 = 224175') if num1 == 915 and sign == '*' and num2 == 246: print('915*246 = 225090') if num1 == 915 and sign == '*' and num2 == 247: print('915*247 = 226005') if num1 == 915 and sign == '*' and num2 == 248: print('915*248 = 226920') if num1 == 915 and sign == '*' and num2 == 249: print('915*249 = 227835') if num1 == 916 and sign == '*' and num2 == 200: print('916*200 = 183200') if num1 == 916 and sign == '*' and num2 == 201: print('916*201 = 184116') if num1 == 916 and sign == '*' and num2 == 202: print('916*202 = 185032') if num1 == 916 and sign == '*' and num2 == 203: print('916*203 = 185948') if num1 == 916 and sign == '*' and num2 == 204: print('916*204 = 186864') if num1 == 916 and sign == '*' and num2 == 205: print('916*205 = 187780') if num1 == 916 and sign == '*' and num2 == 206: print('916*206 = 188696') if num1 == 916 and sign == '*' and num2 == 207: print('916*207 = 189612') if num1 == 916 and sign == '*' and num2 == 208: print('916*208 = 190528') if num1 == 916 and sign == '*' and num2 == 209: print('916*209 = 191444') if num1 == 916 and sign == '*' and num2 == 210: print('916*210 = 192360') if num1 == 916 and sign == '*' and num2 == 211: print('916*211 = 193276') if num1 == 916 and sign == '*' and num2 == 212: print('916*212 = 194192') if num1 == 916 and sign == '*' and num2 == 213: print('916*213 = 195108') if num1 == 916 and sign == '*' and num2 == 214: print('916*214 = 196024') if num1 == 916 and sign == '*' and num2 == 215: print('916*215 = 196940') if num1 == 916 and sign == '*' and num2 == 216: print('916*216 = 197856') if num1 == 916 and sign == '*' and num2 == 217: print('916*217 = 198772') if num1 == 916 and sign == '*' and num2 == 218: print('916*218 = 199688') if num1 == 916 and sign == '*' and num2 == 219: print('916*219 = 200604') if num1 == 916 and sign == '*' and num2 == 220: print('916*220 = 201520') if num1 == 916 and sign == '*' and num2 == 221: print('916*221 = 202436') if num1 == 916 and sign == '*' and num2 == 222: print('916*222 = 203352') if num1 == 916 and sign == '*' and num2 == 223: print('916*223 = 204268') if num1 == 916 and sign == '*' and num2 == 224: print('916*224 = 205184') if num1 == 916 and sign == '*' and num2 == 225: print('916*225 = 206100') if num1 == 916 and sign == '*' and num2 == 226: print('916*226 = 207016') if num1 == 916 and sign == '*' and num2 == 227: print('916*227 = 207932') if num1 == 916 and sign == '*' and num2 == 228: print('916*228 = 208848') if num1 == 916 and sign == '*' and num2 == 229: print('916*229 = 209764') if num1 == 916 and sign == '*' and num2 == 230: print('916*230 = 210680') if num1 == 916 and sign == '*' and num2 == 231: print('916*231 = 211596') if num1 == 916 and sign == '*' and num2 == 232: print('916*232 = 212512') if num1 == 916 and sign == '*' and num2 == 233: print('916*233 = 213428') if num1 == 916 and sign == '*' and num2 == 234: print('916*234 = 214344') if num1 == 916 and sign == '*' and num2 == 235: print('916*235 = 215260') if num1 == 916 and sign == '*' and num2 == 236: print('916*236 = 216176') if num1 == 916 and sign == '*' and num2 == 237: print('916*237 = 217092') if num1 == 916 and sign == '*' and num2 == 238: print('916*238 = 218008') if num1 == 916 and sign == '*' and num2 == 239: print('916*239 = 218924') if num1 == 916 and sign == '*' and num2 == 240: print('916*240 = 219840') if num1 == 916 and sign == '*' and num2 == 241: print('916*241 = 220756') if num1 == 916 and sign == '*' and num2 == 242: print('916*242 = 221672') if num1 == 916 and sign == '*' and num2 == 243: print('916*243 = 222588') if num1 == 916 and sign == '*' and num2 == 244: print('916*244 = 223504') if num1 == 916 and sign == '*' and num2 == 245: print('916*245 = 224420') if num1 == 916 and sign == '*' and num2 == 246: print('916*246 = 225336') if num1 == 916 and sign == '*' and num2 == 247: print('916*247 = 226252') if num1 == 916 and sign == '*' and num2 == 248: print('916*248 = 227168') if num1 == 916 and sign == '*' and num2 == 249: print('916*249 = 228084') if num1 == 917 and sign == '*' and num2 == 200: print('917*200 = 183400') if num1 == 917 and sign == '*' and num2 == 201: print('917*201 = 184317') if num1 == 917 and sign == '*' and num2 == 202: print('917*202 = 185234') if num1 == 917 and sign == '*' and num2 == 203: print('917*203 = 186151') if num1 == 917 and sign == '*' and num2 == 204: print('917*204 = 187068') if num1 == 917 and sign == '*' and num2 == 205: print('917*205 = 187985') if num1 == 917 and sign == '*' and num2 == 206: print('917*206 = 188902') if num1 == 917 and sign == '*' and num2 == 207: print('917*207 = 189819') if num1 == 917 and sign == '*' and num2 == 208: print('917*208 = 190736') if num1 == 917 and sign == '*' and num2 == 209: print('917*209 = 191653') if num1 == 917 and sign == '*' and num2 == 210: print('917*210 = 192570') if num1 == 917 and sign == '*' and num2 == 211: print('917*211 = 193487') if num1 == 917 and sign == '*' and num2 == 212: print('917*212 = 194404') if num1 == 917 and sign == '*' and num2 == 213: print('917*213 = 195321') if num1 == 917 and sign == '*' and num2 == 214: print('917*214 = 196238') if num1 == 917 and sign == '*' and num2 == 215: print('917*215 = 197155') if num1 == 917 and sign == '*' and num2 == 216: print('917*216 = 198072') if num1 == 917 and sign == '*' and num2 == 217: print('917*217 = 198989') if num1 == 917 and sign == '*' and num2 == 218: print('917*218 = 199906') if num1 == 917 and sign == '*' and num2 == 219: print('917*219 = 200823') if num1 == 917 and sign == '*' and num2 == 220: print('917*220 = 201740') if num1 == 917 and sign == '*' and num2 == 221: print('917*221 = 202657') if num1 == 917 and sign == '*' and num2 == 222: print('917*222 = 203574') if num1 == 917 and sign == '*' and num2 == 223: print('917*223 = 204491') if num1 == 917 and sign == '*' and num2 == 224: print('917*224 = 205408') if num1 == 917 and sign == '*' and num2 == 225: print('917*225 = 206325') if num1 == 917 and sign == '*' and num2 == 226: print('917*226 = 207242') if num1 == 917 and sign == '*' and num2 == 227: print('917*227 = 208159') if num1 == 917 and sign == '*' and num2 == 228: print('917*228 = 209076') if num1 == 917 and sign == '*' and num2 == 229: print('917*229 = 209993') if num1 == 917 and sign == '*' and num2 == 230: print('917*230 = 210910') if num1 == 917 and sign == '*' and num2 == 231: print('917*231 = 211827') if num1 == 917 and sign == '*' and num2 == 232: print('917*232 = 212744') if num1 == 917 and sign == '*' and num2 == 233: print('917*233 = 213661') if num1 == 917 and sign == '*' and num2 == 234: print('917*234 = 214578') if num1 == 917 and sign == '*' and num2 == 235: print('917*235 = 215495') if num1 == 917 and sign == '*' and num2 == 236: print('917*236 = 216412') if num1 == 917 and sign == '*' and num2 == 237: print('917*237 = 217329') if num1 == 917 and sign == '*' and num2 == 238: print('917*238 = 218246') if num1 == 917 and sign == '*' and num2 == 239: print('917*239 = 219163') if num1 == 917 and sign == '*' and num2 == 240: print('917*240 = 220080') if num1 == 917 and sign == '*' and num2 == 241: print('917*241 = 220997') if num1 == 917 and sign == '*' and num2 == 242: print('917*242 = 221914') if num1 == 917 and sign == '*' and num2 == 243: print('917*243 = 222831') if num1 == 917 and sign == '*' and num2 == 244: print('917*244 = 223748') if num1 == 917 and sign == '*' and num2 == 245: print('917*245 = 224665') if num1 == 917 and sign == '*' and num2 == 246: print('917*246 = 225582') if num1 == 917 and sign == '*' and num2 == 247: print('917*247 = 226499') if num1 == 917 and sign == '*' and num2 == 248: print('917*248 = 227416') if num1 == 917 and sign == '*' and num2 == 249: print('917*249 = 228333') if num1 == 918 and sign == '*' and num2 == 200: print('918*200 = 183600') if num1 == 918 and sign == '*' and num2 == 201: print('918*201 = 184518') if num1 == 918 and sign == '*' and num2 == 202: print('918*202 = 185436') if num1 == 918 and sign == '*' and num2 == 203: print('918*203 = 186354') if num1 == 918 and sign == '*' and num2 == 204: print('918*204 = 187272') if num1 == 918 and sign == '*' and num2 == 205: print('918*205 = 188190') if num1 == 918 and sign == '*' and num2 == 206: print('918*206 = 189108') if num1 == 918 and sign == '*' and num2 == 207: print('918*207 = 190026') if num1 == 918 and sign == '*' and num2 == 208: print('918*208 = 190944') if num1 == 918 and sign == '*' and num2 == 209: print('918*209 = 191862') if num1 == 918 and sign == '*' and num2 == 210: print('918*210 = 192780') if num1 == 918 and sign == '*' and num2 == 211: print('918*211 = 193698') if num1 == 918 and sign == '*' and num2 == 212: print('918*212 = 194616') if num1 == 918 and sign == '*' and num2 == 213: print('918*213 = 195534') if num1 == 918 and sign == '*' and num2 == 214: print('918*214 = 196452') if num1 == 918 and sign == '*' and num2 == 215: print('918*215 = 197370') if num1 == 918 and sign == '*' and num2 == 216: print('918*216 = 198288') if num1 == 918 and sign == '*' and num2 == 217: print('918*217 = 199206') if num1 == 918 and sign == '*' and num2 == 218: print('918*218 = 200124') if num1 == 918 and sign == '*' and num2 == 219: print('918*219 = 201042') if num1 == 918 and sign == '*' and num2 == 220: print('918*220 = 201960') if num1 == 918 and sign == '*' and num2 == 221: print('918*221 = 202878') if num1 == 918 and sign == '*' and num2 == 222: print('918*222 = 203796') if num1 == 918 and sign == '*' and num2 == 223: print('918*223 = 204714') if num1 == 918 and sign == '*' and num2 == 224: print('918*224 = 205632') if num1 == 918 and sign == '*' and num2 == 225: print('918*225 = 206550') if num1 == 918 and sign == '*' and num2 == 226: print('918*226 = 207468') if num1 == 918 and sign == '*' and num2 == 227: print('918*227 = 208386') if num1 == 918 and sign == '*' and num2 == 228: print('918*228 = 209304') if num1 == 918 and sign == '*' and num2 == 229: print('918*229 = 210222') if num1 == 918 and sign == '*' and num2 == 230: print('918*230 = 211140') if num1 == 918 and sign == '*' and num2 == 231: print('918*231 = 212058') if num1 == 918 and sign == '*' and num2 == 232: print('918*232 = 212976') if num1 == 918 and sign == '*' and num2 == 233: print('918*233 = 213894') if num1 == 918 and sign == '*' and num2 == 234: print('918*234 = 214812') if num1 == 918 and sign == '*' and num2 == 235: print('918*235 = 215730') if num1 == 918 and sign == '*' and num2 == 236: print('918*236 = 216648') if num1 == 918 and sign == '*' and num2 == 237: print('918*237 = 217566') if num1 == 918 and sign == '*' and num2 == 238: print('918*238 = 218484') if num1 == 918 and sign == '*' and num2 == 239: print('918*239 = 219402') if num1 == 918 and sign == '*' and num2 == 240: print('918*240 = 220320') if num1 == 918 and sign == '*' and num2 == 241: print('918*241 = 221238') if num1 == 918 and sign == '*' and num2 == 242: print('918*242 = 222156') if num1 == 918 and sign == '*' and num2 == 243: print('918*243 = 223074') if num1 == 918 and sign == '*' and num2 == 244: print('918*244 = 223992') if num1 == 918 and sign == '*' and num2 == 245: print('918*245 = 224910') if num1 == 918 and sign == '*' and num2 == 246: print('918*246 = 225828') if num1 == 918 and sign == '*' and num2 == 247: print('918*247 = 226746') if num1 == 918 and sign == '*' and num2 == 248: print('918*248 = 227664') if num1 == 918 and sign == '*' and num2 == 249: print('918*249 = 228582') if num1 == 919 and sign == '*' and num2 == 200: print('919*200 = 183800') if num1 == 919 and sign == '*' and num2 == 201: print('919*201 = 184719') if num1 == 919 and sign == '*' and num2 == 202: print('919*202 = 185638') if num1 == 919 and sign == '*' and num2 == 203: print('919*203 = 186557') if num1 == 919 and sign == '*' and num2 == 204: print('919*204 = 187476') if num1 == 919 and sign == '*' and num2 == 205: print('919*205 = 188395') if num1 == 919 and sign == '*' and num2 == 206: print('919*206 = 189314') if num1 == 919 and sign == '*' and num2 == 207: print('919*207 = 190233') if num1 == 919 and sign == '*' and num2 == 208: print('919*208 = 191152') if num1 == 919 and sign == '*' and num2 == 209: print('919*209 = 192071') if num1 == 919 and sign == '*' and num2 == 210: print('919*210 = 192990') if num1 == 919 and sign == '*' and num2 == 211: print('919*211 = 193909') if num1 == 919 and sign == '*' and num2 == 212: print('919*212 = 194828') if num1 == 919 and sign == '*' and num2 == 213: print('919*213 = 195747') if num1 == 919 and sign == '*' and num2 == 214: print('919*214 = 196666') if num1 == 919 and sign == '*' and num2 == 215: print('919*215 = 197585') if num1 == 919 and sign == '*' and num2 == 216: print('919*216 = 198504') if num1 == 919 and sign == '*' and num2 == 217: print('919*217 = 199423') if num1 == 919 and sign == '*' and num2 == 218: print('919*218 = 200342') if num1 == 919 and sign == '*' and num2 == 219: print('919*219 = 201261') if num1 == 919 and sign == '*' and num2 == 220: print('919*220 = 202180') if num1 == 919 and sign == '*' and num2 == 221: print('919*221 = 203099') if num1 == 919 and sign == '*' and num2 == 222: print('919*222 = 204018') if num1 == 919 and sign == '*' and num2 == 223: print('919*223 = 204937') if num1 == 919 and sign == '*' and num2 == 224: print('919*224 = 205856') if num1 == 919 and sign == '*' and num2 == 225: print('919*225 = 206775') if num1 == 919 and sign == '*' and num2 == 226: print('919*226 = 207694') if num1 == 919 and sign == '*' and num2 == 227: print('919*227 = 208613') if num1 == 919 and sign == '*' and num2 == 228: print('919*228 = 209532') if num1 == 919 and sign == '*' and num2 == 229: print('919*229 = 210451') if num1 == 919 and sign == '*' and num2 == 230: print('919*230 = 211370') if num1 == 919 and sign == '*' and num2 == 231: print('919*231 = 212289') if num1 == 919 and sign == '*' and num2 == 232: print('919*232 = 213208') if num1 == 919 and sign == '*' and num2 == 233: print('919*233 = 214127') if num1 == 919 and sign == '*' and num2 == 234: print('919*234 = 215046') if num1 == 919 and sign == '*' and num2 == 235: print('919*235 = 215965') if num1 == 919 and sign == '*' and num2 == 236: print('919*236 = 216884') if num1 == 919 and sign == '*' and num2 == 237: print('919*237 = 217803') if num1 == 919 and sign == '*' and num2 == 238: print('919*238 = 218722') if num1 == 919 and sign == '*' and num2 == 239: print('919*239 = 219641') if num1 == 919 and sign == '*' and num2 == 240: print('919*240 = 220560') if num1 == 919 and sign == '*' and num2 == 241: print('919*241 = 221479') if num1 == 919 and sign == '*' and num2 == 242: print('919*242 = 222398') if num1 == 919 and sign == '*' and num2 == 243: print('919*243 = 223317') if num1 == 919 and sign == '*' and num2 == 244: print('919*244 = 224236') if num1 == 919 and sign == '*' and num2 == 245: print('919*245 = 225155') if num1 == 919 and sign == '*' and num2 == 246: print('919*246 = 226074') if num1 == 919 and sign == '*' and num2 == 247: print('919*247 = 226993') if num1 == 919 and sign == '*' and num2 == 248: print('919*248 = 227912') if num1 == 919 and sign == '*' and num2 == 249: print('919*249 = 228831') if num1 == 920 and sign == '*' and num2 == 200: print('920*200 = 184000') if num1 == 920 and sign == '*' and num2 == 201: print('920*201 = 184920') if num1 == 920 and sign == '*' and num2 == 202: print('920*202 = 185840') if num1 == 920 and sign == '*' and num2 == 203: print('920*203 = 186760') if num1 == 920 and sign == '*' and num2 == 204: print('920*204 = 187680') if num1 == 920 and sign == '*' and num2 == 205: print('920*205 = 188600') if num1 == 920 and sign == '*' and num2 == 206: print('920*206 = 189520') if num1 == 920 and sign == '*' and num2 == 207: print('920*207 = 190440') if num1 == 920 and sign == '*' and num2 == 208: print('920*208 = 191360') if num1 == 920 and sign == '*' and num2 == 209: print('920*209 = 192280') if num1 == 920 and sign == '*' and num2 == 210: print('920*210 = 193200') if num1 == 920 and sign == '*' and num2 == 211: print('920*211 = 194120') if num1 == 920 and sign == '*' and num2 == 212: print('920*212 = 195040') if num1 == 920 and sign == '*' and num2 == 213: print('920*213 = 195960') if num1 == 920 and sign == '*' and num2 == 214: print('920*214 = 196880') if num1 == 920 and sign == '*' and num2 == 215: print('920*215 = 197800') if num1 == 920 and sign == '*' and num2 == 216: print('920*216 = 198720') if num1 == 920 and sign == '*' and num2 == 217: print('920*217 = 199640') if num1 == 920 and sign == '*' and num2 == 218: print('920*218 = 200560') if num1 == 920 and sign == '*' and num2 == 219: print('920*219 = 201480') if num1 == 920 and sign == '*' and num2 == 220: print('920*220 = 202400') if num1 == 920 and sign == '*' and num2 == 221: print('920*221 = 203320') if num1 == 920 and sign == '*' and num2 == 222: print('920*222 = 204240') if num1 == 920 and sign == '*' and num2 == 223: print('920*223 = 205160') if num1 == 920 and sign == '*' and num2 == 224: print('920*224 = 206080') if num1 == 920 and sign == '*' and num2 == 225: print('920*225 = 207000') if num1 == 920 and sign == '*' and num2 == 226: print('920*226 = 207920') if num1 == 920 and sign == '*' and num2 == 227: print('920*227 = 208840') if num1 == 920 and sign == '*' and num2 == 228: print('920*228 = 209760') if num1 == 920 and sign == '*' and num2 == 229: print('920*229 = 210680') if num1 == 920 and sign == '*' and num2 == 230: print('920*230 = 211600') if num1 == 920 and sign == '*' and num2 == 231: print('920*231 = 212520') if num1 == 920 and sign == '*' and num2 == 232: print('920*232 = 213440') if num1 == 920 and sign == '*' and num2 == 233: print('920*233 = 214360') if num1 == 920 and sign == '*' and num2 == 234: print('920*234 = 215280') if num1 == 920 and sign == '*' and num2 == 235: print('920*235 = 216200') if num1 == 920 and sign == '*' and num2 == 236: print('920*236 = 217120') if num1 == 920 and sign == '*' and num2 == 237: print('920*237 = 218040') if num1 == 920 and sign == '*' and num2 == 238: print('920*238 = 218960') if num1 == 920 and sign == '*' and num2 == 239: print('920*239 = 219880') if num1 == 920 and sign == '*' and num2 == 240: print('920*240 = 220800') if num1 == 920 and sign == '*' and num2 == 241: print('920*241 = 221720') if num1 == 920 and sign == '*' and num2 == 242: print('920*242 = 222640') if num1 == 920 and sign == '*' and num2 == 243: print('920*243 = 223560') if num1 == 920 and sign == '*' and num2 == 244: print('920*244 = 224480') if num1 == 920 and sign == '*' and num2 == 245: print('920*245 = 225400') if num1 == 920 and sign == '*' and num2 == 246: print('920*246 = 226320') if num1 == 920 and sign == '*' and num2 == 247: print('920*247 = 227240') if num1 == 920 and sign == '*' and num2 == 248: print('920*248 = 228160') if num1 == 920 and sign == '*' and num2 == 249: print('920*249 = 229080') if num1 == 921 and sign == '*' and num2 == 200: print('921*200 = 184200') if num1 == 921 and sign == '*' and num2 == 201: print('921*201 = 185121') if num1 == 921 and sign == '*' and num2 == 202: print('921*202 = 186042') if num1 == 921 and sign == '*' and num2 == 203: print('921*203 = 186963') if num1 == 921 and sign == '*' and num2 == 204: print('921*204 = 187884') if num1 == 921 and sign == '*' and num2 == 205: print('921*205 = 188805') if num1 == 921 and sign == '*' and num2 == 206: print('921*206 = 189726') if num1 == 921 and sign == '*' and num2 == 207: print('921*207 = 190647') if num1 == 921 and sign == '*' and num2 == 208: print('921*208 = 191568') if num1 == 921 and sign == '*' and num2 == 209: print('921*209 = 192489') if num1 == 921 and sign == '*' and num2 == 210: print('921*210 = 193410') if num1 == 921 and sign == '*' and num2 == 211: print('921*211 = 194331') if num1 == 921 and sign == '*' and num2 == 212: print('921*212 = 195252') if num1 == 921 and sign == '*' and num2 == 213: print('921*213 = 196173') if num1 == 921 and sign == '*' and num2 == 214: print('921*214 = 197094') if num1 == 921 and sign == '*' and num2 == 215: print('921*215 = 198015') if num1 == 921 and sign == '*' and num2 == 216: print('921*216 = 198936') if num1 == 921 and sign == '*' and num2 == 217: print('921*217 = 199857') if num1 == 921 and sign == '*' and num2 == 218: print('921*218 = 200778') if num1 == 921 and sign == '*' and num2 == 219: print('921*219 = 201699') if num1 == 921 and sign == '*' and num2 == 220: print('921*220 = 202620') if num1 == 921 and sign == '*' and num2 == 221: print('921*221 = 203541') if num1 == 921 and sign == '*' and num2 == 222: print('921*222 = 204462') if num1 == 921 and sign == '*' and num2 == 223: print('921*223 = 205383') if num1 == 921 and sign == '*' and num2 == 224: print('921*224 = 206304') if num1 == 921 and sign == '*' and num2 == 225: print('921*225 = 207225') if num1 == 921 and sign == '*' and num2 == 226: print('921*226 = 208146') if num1 == 921 and sign == '*' and num2 == 227: print('921*227 = 209067') if num1 == 921 and sign == '*' and num2 == 228: print('921*228 = 209988') if num1 == 921 and sign == '*' and num2 == 229: print('921*229 = 210909') if num1 == 921 and sign == '*' and num2 == 230: print('921*230 = 211830') if num1 == 921 and sign == '*' and num2 == 231: print('921*231 = 212751') if num1 == 921 and sign == '*' and num2 == 232: print('921*232 = 213672') if num1 == 921 and sign == '*' and num2 == 233: print('921*233 = 214593') if num1 == 921 and sign == '*' and num2 == 234: print('921*234 = 215514') if num1 == 921 and sign == '*' and num2 == 235: print('921*235 = 216435') if num1 == 921 and sign == '*' and num2 == 236: print('921*236 = 217356') if num1 == 921 and sign == '*' and num2 == 237: print('921*237 = 218277') if num1 == 921 and sign == '*' and num2 == 238: print('921*238 = 219198') if num1 == 921 and sign == '*' and num2 == 239: print('921*239 = 220119') if num1 == 921 and sign == '*' and num2 == 240: print('921*240 = 221040') if num1 == 921 and sign == '*' and num2 == 241: print('921*241 = 221961') if num1 == 921 and sign == '*' and num2 == 242: print('921*242 = 222882') if num1 == 921 and sign == '*' and num2 == 243: print('921*243 = 223803') if num1 == 921 and sign == '*' and num2 == 244: print('921*244 = 224724') if num1 == 921 and sign == '*' and num2 == 245: print('921*245 = 225645') if num1 == 921 and sign == '*' and num2 == 246: print('921*246 = 226566') if num1 == 921 and sign == '*' and num2 == 247: print('921*247 = 227487') if num1 == 921 and sign == '*' and num2 == 248: print('921*248 = 228408') if num1 == 921 and sign == '*' and num2 == 249: print('921*249 = 229329') if num1 == 922 and sign == '*' and num2 == 200: print('922*200 = 184400') if num1 == 922 and sign == '*' and num2 == 201: print('922*201 = 185322') if num1 == 922 and sign == '*' and num2 == 202: print('922*202 = 186244') if num1 == 922 and sign == '*' and num2 == 203: print('922*203 = 187166') if num1 == 922 and sign == '*' and num2 == 204: print('922*204 = 188088') if num1 == 922 and sign == '*' and num2 == 205: print('922*205 = 189010') if num1 == 922 and sign == '*' and num2 == 206: print('922*206 = 189932') if num1 == 922 and sign == '*' and num2 == 207: print('922*207 = 190854') if num1 == 922 and sign == '*' and num2 == 208: print('922*208 = 191776') if num1 == 922 and sign == '*' and num2 == 209: print('922*209 = 192698') if num1 == 922 and sign == '*' and num2 == 210: print('922*210 = 193620') if num1 == 922 and sign == '*' and num2 == 211: print('922*211 = 194542') if num1 == 922 and sign == '*' and num2 == 212: print('922*212 = 195464') if num1 == 922 and sign == '*' and num2 == 213: print('922*213 = 196386') if num1 == 922 and sign == '*' and num2 == 214: print('922*214 = 197308') if num1 == 922 and sign == '*' and num2 == 215: print('922*215 = 198230') if num1 == 922 and sign == '*' and num2 == 216: print('922*216 = 199152') if num1 == 922 and sign == '*' and num2 == 217: print('922*217 = 200074') if num1 == 922 and sign == '*' and num2 == 218: print('922*218 = 200996') if num1 == 922 and sign == '*' and num2 == 219: print('922*219 = 201918') if num1 == 922 and sign == '*' and num2 == 220: print('922*220 = 202840') if num1 == 922 and sign == '*' and num2 == 221: print('922*221 = 203762') if num1 == 922 and sign == '*' and num2 == 222: print('922*222 = 204684') if num1 == 922 and sign == '*' and num2 == 223: print('922*223 = 205606') if num1 == 922 and sign == '*' and num2 == 224: print('922*224 = 206528') if num1 == 922 and sign == '*' and num2 == 225: print('922*225 = 207450') if num1 == 922 and sign == '*' and num2 == 226: print('922*226 = 208372') if num1 == 922 and sign == '*' and num2 == 227: print('922*227 = 209294') if num1 == 922 and sign == '*' and num2 == 228: print('922*228 = 210216') if num1 == 922 and sign == '*' and num2 == 229: print('922*229 = 211138') if num1 == 922 and sign == '*' and num2 == 230: print('922*230 = 212060') if num1 == 922 and sign == '*' and num2 == 231: print('922*231 = 212982') if num1 == 922 and sign == '*' and num2 == 232: print('922*232 = 213904') if num1 == 922 and sign == '*' and num2 == 233: print('922*233 = 214826') if num1 == 922 and sign == '*' and num2 == 234: print('922*234 = 215748') if num1 == 922 and sign == '*' and num2 == 235: print('922*235 = 216670') if num1 == 922 and sign == '*' and num2 == 236: print('922*236 = 217592') if num1 == 922 and sign == '*' and num2 == 237: print('922*237 = 218514') if num1 == 922 and sign == '*' and num2 == 238: print('922*238 = 219436') if num1 == 922 and sign == '*' and num2 == 239: print('922*239 = 220358') if num1 == 922 and sign == '*' and num2 == 240: print('922*240 = 221280') if num1 == 922 and sign == '*' and num2 == 241: print('922*241 = 222202') if num1 == 922 and sign == '*' and num2 == 242: print('922*242 = 223124') if num1 == 922 and sign == '*' and num2 == 243: print('922*243 = 224046') if num1 == 922 and sign == '*' and num2 == 244: print('922*244 = 224968') if num1 == 922 and sign == '*' and num2 == 245: print('922*245 = 225890') if num1 == 922 and sign == '*' and num2 == 246: print('922*246 = 226812') if num1 == 922 and sign == '*' and num2 == 247: print('922*247 = 227734') if num1 == 922 and sign == '*' and num2 == 248: print('922*248 = 228656') if num1 == 922 and sign == '*' and num2 == 249: print('922*249 = 229578') if num1 == 923 and sign == '*' and num2 == 200: print('923*200 = 184600') if num1 == 923 and sign == '*' and num2 == 201: print('923*201 = 185523') if num1 == 923 and sign == '*' and num2 == 202: print('923*202 = 186446') if num1 == 923 and sign == '*' and num2 == 203: print('923*203 = 187369') if num1 == 923 and sign == '*' and num2 == 204: print('923*204 = 188292') if num1 == 923 and sign == '*' and num2 == 205: print('923*205 = 189215') if num1 == 923 and sign == '*' and num2 == 206: print('923*206 = 190138') if num1 == 923 and sign == '*' and num2 == 207: print('923*207 = 191061') if num1 == 923 and sign == '*' and num2 == 208: print('923*208 = 191984') if num1 == 923 and sign == '*' and num2 == 209: print('923*209 = 192907') if num1 == 923 and sign == '*' and num2 == 210: print('923*210 = 193830') if num1 == 923 and sign == '*' and num2 == 211: print('923*211 = 194753') if num1 == 923 and sign == '*' and num2 == 212: print('923*212 = 195676') if num1 == 923 and sign == '*' and num2 == 213: print('923*213 = 196599') if num1 == 923 and sign == '*' and num2 == 214: print('923*214 = 197522') if num1 == 923 and sign == '*' and num2 == 215: print('923*215 = 198445') if num1 == 923 and sign == '*' and num2 == 216: print('923*216 = 199368') if num1 == 923 and sign == '*' and num2 == 217: print('923*217 = 200291') if num1 == 923 and sign == '*' and num2 == 218: print('923*218 = 201214') if num1 == 923 and sign == '*' and num2 == 219: print('923*219 = 202137') if num1 == 923 and sign == '*' and num2 == 220: print('923*220 = 203060') if num1 == 923 and sign == '*' and num2 == 221: print('923*221 = 203983') if num1 == 923 and sign == '*' and num2 == 222: print('923*222 = 204906') if num1 == 923 and sign == '*' and num2 == 223: print('923*223 = 205829') if num1 == 923 and sign == '*' and num2 == 224: print('923*224 = 206752') if num1 == 923 and sign == '*' and num2 == 225: print('923*225 = 207675') if num1 == 923 and sign == '*' and num2 == 226: print('923*226 = 208598') if num1 == 923 and sign == '*' and num2 == 227: print('923*227 = 209521') if num1 == 923 and sign == '*' and num2 == 228: print('923*228 = 210444') if num1 == 923 and sign == '*' and num2 == 229: print('923*229 = 211367') if num1 == 923 and sign == '*' and num2 == 230: print('923*230 = 212290') if num1 == 923 and sign == '*' and num2 == 231: print('923*231 = 213213') if num1 == 923 and sign == '*' and num2 == 232: print('923*232 = 214136') if num1 == 923 and sign == '*' and num2 == 233: print('923*233 = 215059') if num1 == 923 and sign == '*' and num2 == 234: print('923*234 = 215982') if num1 == 923 and sign == '*' and num2 == 235: print('923*235 = 216905') if num1 == 923 and sign == '*' and num2 == 236: print('923*236 = 217828') if num1 == 923 and sign == '*' and num2 == 237: print('923*237 = 218751') if num1 == 923 and sign == '*' and num2 == 238: print('923*238 = 219674') if num1 == 923 and sign == '*' and num2 == 239: print('923*239 = 220597') if num1 == 923 and sign == '*' and num2 == 240: print('923*240 = 221520') if num1 == 923 and sign == '*' and num2 == 241: print('923*241 = 222443') if num1 == 923 and sign == '*' and num2 == 242: print('923*242 = 223366') if num1 == 923 and sign == '*' and num2 == 243: print('923*243 = 224289') if num1 == 923 and sign == '*' and num2 == 244: print('923*244 = 225212') if num1 == 923 and sign == '*' and num2 == 245: print('923*245 = 226135') if num1 == 923 and sign == '*' and num2 == 246: print('923*246 = 227058') if num1 == 923 and sign == '*' and num2 == 247: print('923*247 = 227981') if num1 == 923 and sign == '*' and num2 == 248: print('923*248 = 228904') if num1 == 923 and sign == '*' and num2 == 249: print('923*249 = 229827') if num1 == 924 and sign == '*' and num2 == 200: print('924*200 = 184800') if num1 == 924 and sign == '*' and num2 == 201: print('924*201 = 185724') if num1 == 924 and sign == '*' and num2 == 202: print('924*202 = 186648') if num1 == 924 and sign == '*' and num2 == 203: print('924*203 = 187572') if num1 == 924 and sign == '*' and num2 == 204: print('924*204 = 188496') if num1 == 924 and sign == '*' and num2 == 205: print('924*205 = 189420') if num1 == 924 and sign == '*' and num2 == 206: print('924*206 = 190344') if num1 == 924 and sign == '*' and num2 == 207: print('924*207 = 191268') if num1 == 924 and sign == '*' and num2 == 208: print('924*208 = 192192') if num1 == 924 and sign == '*' and num2 == 209: print('924*209 = 193116') if num1 == 924 and sign == '*' and num2 == 210: print('924*210 = 194040') if num1 == 924 and sign == '*' and num2 == 211: print('924*211 = 194964') if num1 == 924 and sign == '*' and num2 == 212: print('924*212 = 195888') if num1 == 924 and sign == '*' and num2 == 213: print('924*213 = 196812') if num1 == 924 and sign == '*' and num2 == 214: print('924*214 = 197736') if num1 == 924 and sign == '*' and num2 == 215: print('924*215 = 198660') if num1 == 924 and sign == '*' and num2 == 216: print('924*216 = 199584') if num1 == 924 and sign == '*' and num2 == 217: print('924*217 = 200508') if num1 == 924 and sign == '*' and num2 == 218: print('924*218 = 201432') if num1 == 924 and sign == '*' and num2 == 219: print('924*219 = 202356') if num1 == 924 and sign == '*' and num2 == 220: print('924*220 = 203280') if num1 == 924 and sign == '*' and num2 == 221: print('924*221 = 204204') if num1 == 924 and sign == '*' and num2 == 222: print('924*222 = 205128') if num1 == 924 and sign == '*' and num2 == 223: print('924*223 = 206052') if num1 == 924 and sign == '*' and num2 == 224: print('924*224 = 206976') if num1 == 924 and sign == '*' and num2 == 225: print('924*225 = 207900') if num1 == 924 and sign == '*' and num2 == 226: print('924*226 = 208824') if num1 == 924 and sign == '*' and num2 == 227: print('924*227 = 209748') if num1 == 924 and sign == '*' and num2 == 228: print('924*228 = 210672') if num1 == 924 and sign == '*' and num2 == 229: print('924*229 = 211596') if num1 == 924 and sign == '*' and num2 == 230: print('924*230 = 212520') if num1 == 924 and sign == '*' and num2 == 231: print('924*231 = 213444') if num1 == 924 and sign == '*' and num2 == 232: print('924*232 = 214368') if num1 == 924 and sign == '*' and num2 == 233: print('924*233 = 215292') if num1 == 924 and sign == '*' and num2 == 234: print('924*234 = 216216') if num1 == 924 and sign == '*' and num2 == 235: print('924*235 = 217140') if num1 == 924 and sign == '*' and num2 == 236: print('924*236 = 218064') if num1 == 924 and sign == '*' and num2 == 237: print('924*237 = 218988') if num1 == 924 and sign == '*' and num2 == 238: print('924*238 = 219912') if num1 == 924 and sign == '*' and num2 == 239: print('924*239 = 220836') if num1 == 924 and sign == '*' and num2 == 240: print('924*240 = 221760') if num1 == 924 and sign == '*' and num2 == 241: print('924*241 = 222684') if num1 == 924 and sign == '*' and num2 == 242: print('924*242 = 223608') if num1 == 924 and sign == '*' and num2 == 243: print('924*243 = 224532') if num1 == 924 and sign == '*' and num2 == 244: print('924*244 = 225456') if num1 == 924 and sign == '*' and num2 == 245: print('924*245 = 226380') if num1 == 924 and sign == '*' and num2 == 246: print('924*246 = 227304') if num1 == 924 and sign == '*' and num2 == 247: print('924*247 = 228228') if num1 == 924 and sign == '*' and num2 == 248: print('924*248 = 229152') if num1 == 924 and sign == '*' and num2 == 249: print('924*249 = 230076') if num1 == 925 and sign == '*' and num2 == 200: print('925*200 = 185000') if num1 == 925 and sign == '*' and num2 == 201: print('925*201 = 185925') if num1 == 925 and sign == '*' and num2 == 202: print('925*202 = 186850') if num1 == 925 and sign == '*' and num2 == 203: print('925*203 = 187775') if num1 == 925 and sign == '*' and num2 == 204: print('925*204 = 188700') if num1 == 925 and sign == '*' and num2 == 205: print('925*205 = 189625') if num1 == 925 and sign == '*' and num2 == 206: print('925*206 = 190550') if num1 == 925 and sign == '*' and num2 == 207: print('925*207 = 191475') if num1 == 925 and sign == '*' and num2 == 208: print('925*208 = 192400') if num1 == 925 and sign == '*' and num2 == 209: print('925*209 = 193325') if num1 == 925 and sign == '*' and num2 == 210: print('925*210 = 194250') if num1 == 925 and sign == '*' and num2 == 211: print('925*211 = 195175') if num1 == 925 and sign == '*' and num2 == 212: print('925*212 = 196100') if num1 == 925 and sign == '*' and num2 == 213: print('925*213 = 197025') if num1 == 925 and sign == '*' and num2 == 214: print('925*214 = 197950') if num1 == 925 and sign == '*' and num2 == 215: print('925*215 = 198875') if num1 == 925 and sign == '*' and num2 == 216: print('925*216 = 199800') if num1 == 925 and sign == '*' and num2 == 217: print('925*217 = 200725') if num1 == 925 and sign == '*' and num2 == 218: print('925*218 = 201650') if num1 == 925 and sign == '*' and num2 == 219: print('925*219 = 202575') if num1 == 925 and sign == '*' and num2 == 220: print('925*220 = 203500') if num1 == 925 and sign == '*' and num2 == 221: print('925*221 = 204425') if num1 == 925 and sign == '*' and num2 == 222: print('925*222 = 205350') if num1 == 925 and sign == '*' and num2 == 223: print('925*223 = 206275') if num1 == 925 and sign == '*' and num2 == 224: print('925*224 = 207200') if num1 == 925 and sign == '*' and num2 == 225: print('925*225 = 208125') if num1 == 925 and sign == '*' and num2 == 226: print('925*226 = 209050') if num1 == 925 and sign == '*' and num2 == 227: print('925*227 = 209975') if num1 == 925 and sign == '*' and num2 == 228: print('925*228 = 210900') if num1 == 925 and sign == '*' and num2 == 229: print('925*229 = 211825') if num1 == 925 and sign == '*' and num2 == 230: print('925*230 = 212750') if num1 == 925 and sign == '*' and num2 == 231: print('925*231 = 213675') if num1 == 925 and sign == '*' and num2 == 232: print('925*232 = 214600') if num1 == 925 and sign == '*' and num2 == 233: print('925*233 = 215525') if num1 == 925 and sign == '*' and num2 == 234: print('925*234 = 216450') if num1 == 925 and sign == '*' and num2 == 235: print('925*235 = 217375') if num1 == 925 and sign == '*' and num2 == 236: print('925*236 = 218300') if num1 == 925 and sign == '*' and num2 == 237: print('925*237 = 219225') if num1 == 925 and sign == '*' and num2 == 238: print('925*238 = 220150') if num1 == 925 and sign == '*' and num2 == 239: print('925*239 = 221075') if num1 == 925 and sign == '*' and num2 == 240: print('925*240 = 222000') if num1 == 925 and sign == '*' and num2 == 241: print('925*241 = 222925') if num1 == 925 and sign == '*' and num2 == 242: print('925*242 = 223850') if num1 == 925 and sign == '*' and num2 == 243: print('925*243 = 224775') if num1 == 925 and sign == '*' and num2 == 244: print('925*244 = 225700') if num1 == 925 and sign == '*' and num2 == 245: print('925*245 = 226625') if num1 == 925 and sign == '*' and num2 == 246: print('925*246 = 227550') if num1 == 925 and sign == '*' and num2 == 247: print('925*247 = 228475') if num1 == 925 and sign == '*' and num2 == 248: print('925*248 = 229400') if num1 == 925 and sign == '*' and num2 == 249: print('925*249 = 230325') if num1 == 926 and sign == '*' and num2 == 200: print('926*200 = 185200') if num1 == 926 and sign == '*' and num2 == 201: print('926*201 = 186126') if num1 == 926 and sign == '*' and num2 == 202: print('926*202 = 187052') if num1 == 926 and sign == '*' and num2 == 203: print('926*203 = 187978') if num1 == 926 and sign == '*' and num2 == 204: print('926*204 = 188904') if num1 == 926 and sign == '*' and num2 == 205: print('926*205 = 189830') if num1 == 926 and sign == '*' and num2 == 206: print('926*206 = 190756') if num1 == 926 and sign == '*' and num2 == 207: print('926*207 = 191682') if num1 == 926 and sign == '*' and num2 == 208: print('926*208 = 192608') if num1 == 926 and sign == '*' and num2 == 209: print('926*209 = 193534') if num1 == 926 and sign == '*' and num2 == 210: print('926*210 = 194460') if num1 == 926 and sign == '*' and num2 == 211: print('926*211 = 195386') if num1 == 926 and sign == '*' and num2 == 212: print('926*212 = 196312') if num1 == 926 and sign == '*' and num2 == 213: print('926*213 = 197238') if num1 == 926 and sign == '*' and num2 == 214: print('926*214 = 198164') if num1 == 926 and sign == '*' and num2 == 215: print('926*215 = 199090') if num1 == 926 and sign == '*' and num2 == 216: print('926*216 = 200016') if num1 == 926 and sign == '*' and num2 == 217: print('926*217 = 200942') if num1 == 926 and sign == '*' and num2 == 218: print('926*218 = 201868') if num1 == 926 and sign == '*' and num2 == 219: print('926*219 = 202794') if num1 == 926 and sign == '*' and num2 == 220: print('926*220 = 203720') if num1 == 926 and sign == '*' and num2 == 221: print('926*221 = 204646') if num1 == 926 and sign == '*' and num2 == 222: print('926*222 = 205572') if num1 == 926 and sign == '*' and num2 == 223: print('926*223 = 206498') if num1 == 926 and sign == '*' and num2 == 224: print('926*224 = 207424') if num1 == 926 and sign == '*' and num2 == 225: print('926*225 = 208350') if num1 == 926 and sign == '*' and num2 == 226: print('926*226 = 209276') if num1 == 926 and sign == '*' and num2 == 227: print('926*227 = 210202') if num1 == 926 and sign == '*' and num2 == 228: print('926*228 = 211128') if num1 == 926 and sign == '*' and num2 == 229: print('926*229 = 212054') if num1 == 926 and sign == '*' and num2 == 230: print('926*230 = 212980') if num1 == 926 and sign == '*' and num2 == 231: print('926*231 = 213906') if num1 == 926 and sign == '*' and num2 == 232: print('926*232 = 214832') if num1 == 926 and sign == '*' and num2 == 233: print('926*233 = 215758') if num1 == 926 and sign == '*' and num2 == 234: print('926*234 = 216684') if num1 == 926 and sign == '*' and num2 == 235: print('926*235 = 217610') if num1 == 926 and sign == '*' and num2 == 236: print('926*236 = 218536') if num1 == 926 and sign == '*' and num2 == 237: print('926*237 = 219462') if num1 == 926 and sign == '*' and num2 == 238: print('926*238 = 220388') if num1 == 926 and sign == '*' and num2 == 239: print('926*239 = 221314') if num1 == 926 and sign == '*' and num2 == 240: print('926*240 = 222240') if num1 == 926 and sign == '*' and num2 == 241: print('926*241 = 223166') if num1 == 926 and sign == '*' and num2 == 242: print('926*242 = 224092') if num1 == 926 and sign == '*' and num2 == 243: print('926*243 = 225018') if num1 == 926 and sign == '*' and num2 == 244: print('926*244 = 225944') if num1 == 926 and sign == '*' and num2 == 245: print('926*245 = 226870') if num1 == 926 and sign == '*' and num2 == 246: print('926*246 = 227796') if num1 == 926 and sign == '*' and num2 == 247: print('926*247 = 228722') if num1 == 926 and sign == '*' and num2 == 248: print('926*248 = 229648') if num1 == 926 and sign == '*' and num2 == 249: print('926*249 = 230574') if num1 == 927 and sign == '*' and num2 == 200: print('927*200 = 185400') if num1 == 927 and sign == '*' and num2 == 201: print('927*201 = 186327') if num1 == 927 and sign == '*' and num2 == 202: print('927*202 = 187254') if num1 == 927 and sign == '*' and num2 == 203: print('927*203 = 188181') if num1 == 927 and sign == '*' and num2 == 204: print('927*204 = 189108') if num1 == 927 and sign == '*' and num2 == 205: print('927*205 = 190035') if num1 == 927 and sign == '*' and num2 == 206: print('927*206 = 190962') if num1 == 927 and sign == '*' and num2 == 207: print('927*207 = 191889') if num1 == 927 and sign == '*' and num2 == 208: print('927*208 = 192816') if num1 == 927 and sign == '*' and num2 == 209: print('927*209 = 193743') if num1 == 927 and sign == '*' and num2 == 210: print('927*210 = 194670') if num1 == 927 and sign == '*' and num2 == 211: print('927*211 = 195597') if num1 == 927 and sign == '*' and num2 == 212: print('927*212 = 196524') if num1 == 927 and sign == '*' and num2 == 213: print('927*213 = 197451') if num1 == 927 and sign == '*' and num2 == 214: print('927*214 = 198378') if num1 == 927 and sign == '*' and num2 == 215: print('927*215 = 199305') if num1 == 927 and sign == '*' and num2 == 216: print('927*216 = 200232') if num1 == 927 and sign == '*' and num2 == 217: print('927*217 = 201159') if num1 == 927 and sign == '*' and num2 == 218: print('927*218 = 202086') if num1 == 927 and sign == '*' and num2 == 219: print('927*219 = 203013') if num1 == 927 and sign == '*' and num2 == 220: print('927*220 = 203940') if num1 == 927 and sign == '*' and num2 == 221: print('927*221 = 204867') if num1 == 927 and sign == '*' and num2 == 222: print('927*222 = 205794') if num1 == 927 and sign == '*' and num2 == 223: print('927*223 = 206721') if num1 == 927 and sign == '*' and num2 == 224: print('927*224 = 207648') if num1 == 927 and sign == '*' and num2 == 225: print('927*225 = 208575') if num1 == 927 and sign == '*' and num2 == 226: print('927*226 = 209502') if num1 == 927 and sign == '*' and num2 == 227: print('927*227 = 210429') if num1 == 927 and sign == '*' and num2 == 228: print('927*228 = 211356') if num1 == 927 and sign == '*' and num2 == 229: print('927*229 = 212283') if num1 == 927 and sign == '*' and num2 == 230: print('927*230 = 213210') if num1 == 927 and sign == '*' and num2 == 231: print('927*231 = 214137') if num1 == 927 and sign == '*' and num2 == 232: print('927*232 = 215064') if num1 == 927 and sign == '*' and num2 == 233: print('927*233 = 215991') if num1 == 927 and sign == '*' and num2 == 234: print('927*234 = 216918') if num1 == 927 and sign == '*' and num2 == 235: print('927*235 = 217845') if num1 == 927 and sign == '*' and num2 == 236: print('927*236 = 218772') if num1 == 927 and sign == '*' and num2 == 237: print('927*237 = 219699') if num1 == 927 and sign == '*' and num2 == 238: print('927*238 = 220626') if num1 == 927 and sign == '*' and num2 == 239: print('927*239 = 221553') if num1 == 927 and sign == '*' and num2 == 240: print('927*240 = 222480') if num1 == 927 and sign == '*' and num2 == 241: print('927*241 = 223407') if num1 == 927 and sign == '*' and num2 == 242: print('927*242 = 224334') if num1 == 927 and sign == '*' and num2 == 243: print('927*243 = 225261') if num1 == 927 and sign == '*' and num2 == 244: print('927*244 = 226188') if num1 == 927 and sign == '*' and num2 == 245: print('927*245 = 227115') if num1 == 927 and sign == '*' and num2 == 246: print('927*246 = 228042') if num1 == 927 and sign == '*' and num2 == 247: print('927*247 = 228969') if num1 == 927 and sign == '*' and num2 == 248: print('927*248 = 229896') if num1 == 927 and sign == '*' and num2 == 249: print('927*249 = 230823') if num1 == 928 and sign == '*' and num2 == 200: print('928*200 = 185600') if num1 == 928 and sign == '*' and num2 == 201: print('928*201 = 186528') if num1 == 928 and sign == '*' and num2 == 202: print('928*202 = 187456') if num1 == 928 and sign == '*' and num2 == 203: print('928*203 = 188384') if num1 == 928 and sign == '*' and num2 == 204: print('928*204 = 189312') if num1 == 928 and sign == '*' and num2 == 205: print('928*205 = 190240') if num1 == 928 and sign == '*' and num2 == 206: print('928*206 = 191168') if num1 == 928 and sign == '*' and num2 == 207: print('928*207 = 192096') if num1 == 928 and sign == '*' and num2 == 208: print('928*208 = 193024') if num1 == 928 and sign == '*' and num2 == 209: print('928*209 = 193952') if num1 == 928 and sign == '*' and num2 == 210: print('928*210 = 194880') if num1 == 928 and sign == '*' and num2 == 211: print('928*211 = 195808') if num1 == 928 and sign == '*' and num2 == 212: print('928*212 = 196736') if num1 == 928 and sign == '*' and num2 == 213: print('928*213 = 197664') if num1 == 928 and sign == '*' and num2 == 214: print('928*214 = 198592') if num1 == 928 and sign == '*' and num2 == 215: print('928*215 = 199520') if num1 == 928 and sign == '*' and num2 == 216: print('928*216 = 200448') if num1 == 928 and sign == '*' and num2 == 217: print('928*217 = 201376') if num1 == 928 and sign == '*' and num2 == 218: print('928*218 = 202304') if num1 == 928 and sign == '*' and num2 == 219: print('928*219 = 203232') if num1 == 928 and sign == '*' and num2 == 220: print('928*220 = 204160') if num1 == 928 and sign == '*' and num2 == 221: print('928*221 = 205088') if num1 == 928 and sign == '*' and num2 == 222: print('928*222 = 206016') if num1 == 928 and sign == '*' and num2 == 223: print('928*223 = 206944') if num1 == 928 and sign == '*' and num2 == 224: print('928*224 = 207872') if num1 == 928 and sign == '*' and num2 == 225: print('928*225 = 208800') if num1 == 928 and sign == '*' and num2 == 226: print('928*226 = 209728') if num1 == 928 and sign == '*' and num2 == 227: print('928*227 = 210656') if num1 == 928 and sign == '*' and num2 == 228: print('928*228 = 211584') if num1 == 928 and sign == '*' and num2 == 229: print('928*229 = 212512') if num1 == 928 and sign == '*' and num2 == 230: print('928*230 = 213440') if num1 == 928 and sign == '*' and num2 == 231: print('928*231 = 214368') if num1 == 928 and sign == '*' and num2 == 232: print('928*232 = 215296') if num1 == 928 and sign == '*' and num2 == 233: print('928*233 = 216224') if num1 == 928 and sign == '*' and num2 == 234: print('928*234 = 217152') if num1 == 928 and sign == '*' and num2 == 235: print('928*235 = 218080') if num1 == 928 and sign == '*' and num2 == 236: print('928*236 = 219008') if num1 == 928 and sign == '*' and num2 == 237: print('928*237 = 219936') if num1 == 928 and sign == '*' and num2 == 238: print('928*238 = 220864') if num1 == 928 and sign == '*' and num2 == 239: print('928*239 = 221792') if num1 == 928 and sign == '*' and num2 == 240: print('928*240 = 222720') if num1 == 928 and sign == '*' and num2 == 241: print('928*241 = 223648') if num1 == 928 and sign == '*' and num2 == 242: print('928*242 = 224576') if num1 == 928 and sign == '*' and num2 == 243: print('928*243 = 225504') if num1 == 928 and sign == '*' and num2 == 244: print('928*244 = 226432') if num1 == 928 and sign == '*' and num2 == 245: print('928*245 = 227360') if num1 == 928 and sign == '*' and num2 == 246: print('928*246 = 228288') if num1 == 928 and sign == '*' and num2 == 247: print('928*247 = 229216') if num1 == 928 and sign == '*' and num2 == 248: print('928*248 = 230144') if num1 == 928 and sign == '*' and num2 == 249: print('928*249 = 231072') if num1 == 929 and sign == '*' and num2 == 200: print('929*200 = 185800') if num1 == 929 and sign == '*' and num2 == 201: print('929*201 = 186729') if num1 == 929 and sign == '*' and num2 == 202: print('929*202 = 187658') if num1 == 929 and sign == '*' and num2 == 203: print('929*203 = 188587') if num1 == 929 and sign == '*' and num2 == 204: print('929*204 = 189516') if num1 == 929 and sign == '*' and num2 == 205: print('929*205 = 190445') if num1 == 929 and sign == '*' and num2 == 206: print('929*206 = 191374') if num1 == 929 and sign == '*' and num2 == 207: print('929*207 = 192303') if num1 == 929 and sign == '*' and num2 == 208: print('929*208 = 193232') if num1 == 929 and sign == '*' and num2 == 209: print('929*209 = 194161') if num1 == 929 and sign == '*' and num2 == 210: print('929*210 = 195090') if num1 == 929 and sign == '*' and num2 == 211: print('929*211 = 196019') if num1 == 929 and sign == '*' and num2 == 212: print('929*212 = 196948') if num1 == 929 and sign == '*' and num2 == 213: print('929*213 = 197877') if num1 == 929 and sign == '*' and num2 == 214: print('929*214 = 198806') if num1 == 929 and sign == '*' and num2 == 215: print('929*215 = 199735') if num1 == 929 and sign == '*' and num2 == 216: print('929*216 = 200664') if num1 == 929 and sign == '*' and num2 == 217: print('929*217 = 201593') if num1 == 929 and sign == '*' and num2 == 218: print('929*218 = 202522') if num1 == 929 and sign == '*' and num2 == 219: print('929*219 = 203451') if num1 == 929 and sign == '*' and num2 == 220: print('929*220 = 204380') if num1 == 929 and sign == '*' and num2 == 221: print('929*221 = 205309') if num1 == 929 and sign == '*' and num2 == 222: print('929*222 = 206238') if num1 == 929 and sign == '*' and num2 == 223: print('929*223 = 207167') if num1 == 929 and sign == '*' and num2 == 224: print('929*224 = 208096') if num1 == 929 and sign == '*' and num2 == 225: print('929*225 = 209025') if num1 == 929 and sign == '*' and num2 == 226: print('929*226 = 209954') if num1 == 929 and sign == '*' and num2 == 227: print('929*227 = 210883') if num1 == 929 and sign == '*' and num2 == 228: print('929*228 = 211812') if num1 == 929 and sign == '*' and num2 == 229: print('929*229 = 212741') if num1 == 929 and sign == '*' and num2 == 230: print('929*230 = 213670') if num1 == 929 and sign == '*' and num2 == 231: print('929*231 = 214599') if num1 == 929 and sign == '*' and num2 == 232: print('929*232 = 215528') if num1 == 929 and sign == '*' and num2 == 233: print('929*233 = 216457') if num1 == 929 and sign == '*' and num2 == 234: print('929*234 = 217386') if num1 == 929 and sign == '*' and num2 == 235: print('929*235 = 218315') if num1 == 929 and sign == '*' and num2 == 236: print('929*236 = 219244') if num1 == 929 and sign == '*' and num2 == 237: print('929*237 = 220173') if num1 == 929 and sign == '*' and num2 == 238: print('929*238 = 221102') if num1 == 929 and sign == '*' and num2 == 239: print('929*239 = 222031') if num1 == 929 and sign == '*' and num2 == 240: print('929*240 = 222960') if num1 == 929 and sign == '*' and num2 == 241: print('929*241 = 223889') if num1 == 929 and sign == '*' and num2 == 242: print('929*242 = 224818') if num1 == 929 and sign == '*' and num2 == 243: print('929*243 = 225747') if num1 == 929 and sign == '*' and num2 == 244: print('929*244 = 226676') if num1 == 929 and sign == '*' and num2 == 245: print('929*245 = 227605') if num1 == 929 and sign == '*' and num2 == 246: print('929*246 = 228534') if num1 == 929 and sign == '*' and num2 == 247: print('929*247 = 229463') if num1 == 929 and sign == '*' and num2 == 248: print('929*248 = 230392') if num1 == 929 and sign == '*' and num2 == 249: print('929*249 = 231321') if num1 == 930 and sign == '*' and num2 == 200: print('930*200 = 186000') if num1 == 930 and sign == '*' and num2 == 201: print('930*201 = 186930') if num1 == 930 and sign == '*' and num2 == 202: print('930*202 = 187860') if num1 == 930 and sign == '*' and num2 == 203: print('930*203 = 188790') if num1 == 930 and sign == '*' and num2 == 204: print('930*204 = 189720') if num1 == 930 and sign == '*' and num2 == 205: print('930*205 = 190650') if num1 == 930 and sign == '*' and num2 == 206: print('930*206 = 191580') if num1 == 930 and sign == '*' and num2 == 207: print('930*207 = 192510') if num1 == 930 and sign == '*' and num2 == 208: print('930*208 = 193440') if num1 == 930 and sign == '*' and num2 == 209: print('930*209 = 194370') if num1 == 930 and sign == '*' and num2 == 210: print('930*210 = 195300') if num1 == 930 and sign == '*' and num2 == 211: print('930*211 = 196230') if num1 == 930 and sign == '*' and num2 == 212: print('930*212 = 197160') if num1 == 930 and sign == '*' and num2 == 213: print('930*213 = 198090') if num1 == 930 and sign == '*' and num2 == 214: print('930*214 = 199020') if num1 == 930 and sign == '*' and num2 == 215: print('930*215 = 199950') if num1 == 930 and sign == '*' and num2 == 216: print('930*216 = 200880') if num1 == 930 and sign == '*' and num2 == 217: print('930*217 = 201810') if num1 == 930 and sign == '*' and num2 == 218: print('930*218 = 202740') if num1 == 930 and sign == '*' and num2 == 219: print('930*219 = 203670') if num1 == 930 and sign == '*' and num2 == 220: print('930*220 = 204600') if num1 == 930 and sign == '*' and num2 == 221: print('930*221 = 205530') if num1 == 930 and sign == '*' and num2 == 222: print('930*222 = 206460') if num1 == 930 and sign == '*' and num2 == 223: print('930*223 = 207390') if num1 == 930 and sign == '*' and num2 == 224: print('930*224 = 208320') if num1 == 930 and sign == '*' and num2 == 225: print('930*225 = 209250') if num1 == 930 and sign == '*' and num2 == 226: print('930*226 = 210180') if num1 == 930 and sign == '*' and num2 == 227: print('930*227 = 211110') if num1 == 930 and sign == '*' and num2 == 228: print('930*228 = 212040') if num1 == 930 and sign == '*' and num2 == 229: print('930*229 = 212970') if num1 == 930 and sign == '*' and num2 == 230: print('930*230 = 213900') if num1 == 930 and sign == '*' and num2 == 231: print('930*231 = 214830') if num1 == 930 and sign == '*' and num2 == 232: print('930*232 = 215760') if num1 == 930 and sign == '*' and num2 == 233: print('930*233 = 216690') if num1 == 930 and sign == '*' and num2 == 234: print('930*234 = 217620') if num1 == 930 and sign == '*' and num2 == 235: print('930*235 = 218550') if num1 == 930 and sign == '*' and num2 == 236: print('930*236 = 219480') if num1 == 930 and sign == '*' and num2 == 237: print('930*237 = 220410') if num1 == 930 and sign == '*' and num2 == 238: print('930*238 = 221340') if num1 == 930 and sign == '*' and num2 == 239: print('930*239 = 222270') if num1 == 930 and sign == '*' and num2 == 240: print('930*240 = 223200') if num1 == 930 and sign == '*' and num2 == 241: print('930*241 = 224130') if num1 == 930 and sign == '*' and num2 == 242: print('930*242 = 225060') if num1 == 930 and sign == '*' and num2 == 243: print('930*243 = 225990') if num1 == 930 and sign == '*' and num2 == 244: print('930*244 = 226920') if num1 == 930 and sign == '*' and num2 == 245: print('930*245 = 227850') if num1 == 930 and sign == '*' and num2 == 246: print('930*246 = 228780') if num1 == 930 and sign == '*' and num2 == 247: print('930*247 = 229710') if num1 == 930 and sign == '*' and num2 == 248: print('930*248 = 230640') if num1 == 930 and sign == '*' and num2 == 249: print('930*249 = 231570') if num1 == 931 and sign == '*' and num2 == 200: print('931*200 = 186200') if num1 == 931 and sign == '*' and num2 == 201: print('931*201 = 187131') if num1 == 931 and sign == '*' and num2 == 202: print('931*202 = 188062') if num1 == 931 and sign == '*' and num2 == 203: print('931*203 = 188993') if num1 == 931 and sign == '*' and num2 == 204: print('931*204 = 189924') if num1 == 931 and sign == '*' and num2 == 205: print('931*205 = 190855') if num1 == 931 and sign == '*' and num2 == 206: print('931*206 = 191786') if num1 == 931 and sign == '*' and num2 == 207: print('931*207 = 192717') if num1 == 931 and sign == '*' and num2 == 208: print('931*208 = 193648') if num1 == 931 and sign == '*' and num2 == 209: print('931*209 = 194579') if num1 == 931 and sign == '*' and num2 == 210: print('931*210 = 195510') if num1 == 931 and sign == '*' and num2 == 211: print('931*211 = 196441') if num1 == 931 and sign == '*' and num2 == 212: print('931*212 = 197372') if num1 == 931 and sign == '*' and num2 == 213: print('931*213 = 198303') if num1 == 931 and sign == '*' and num2 == 214: print('931*214 = 199234') if num1 == 931 and sign == '*' and num2 == 215: print('931*215 = 200165') if num1 == 931 and sign == '*' and num2 == 216: print('931*216 = 201096') if num1 == 931 and sign == '*' and num2 == 217: print('931*217 = 202027') if num1 == 931 and sign == '*' and num2 == 218: print('931*218 = 202958') if num1 == 931 and sign == '*' and num2 == 219: print('931*219 = 203889') if num1 == 931 and sign == '*' and num2 == 220: print('931*220 = 204820') if num1 == 931 and sign == '*' and num2 == 221: print('931*221 = 205751') if num1 == 931 and sign == '*' and num2 == 222: print('931*222 = 206682') if num1 == 931 and sign == '*' and num2 == 223: print('931*223 = 207613') if num1 == 931 and sign == '*' and num2 == 224: print('931*224 = 208544') if num1 == 931 and sign == '*' and num2 == 225: print('931*225 = 209475') if num1 == 931 and sign == '*' and num2 == 226: print('931*226 = 210406') if num1 == 931 and sign == '*' and num2 == 227: print('931*227 = 211337') if num1 == 931 and sign == '*' and num2 == 228: print('931*228 = 212268') if num1 == 931 and sign == '*' and num2 == 229: print('931*229 = 213199') if num1 == 931 and sign == '*' and num2 == 230: print('931*230 = 214130') if num1 == 931 and sign == '*' and num2 == 231: print('931*231 = 215061') if num1 == 931 and sign == '*' and num2 == 232: print('931*232 = 215992') if num1 == 931 and sign == '*' and num2 == 233: print('931*233 = 216923') if num1 == 931 and sign == '*' and num2 == 234: print('931*234 = 217854') if num1 == 931 and sign == '*' and num2 == 235: print('931*235 = 218785') if num1 == 931 and sign == '*' and num2 == 236: print('931*236 = 219716') if num1 == 931 and sign == '*' and num2 == 237: print('931*237 = 220647') if num1 == 931 and sign == '*' and num2 == 238: print('931*238 = 221578') if num1 == 931 and sign == '*' and num2 == 239: print('931*239 = 222509') if num1 == 931 and sign == '*' and num2 == 240: print('931*240 = 223440') if num1 == 931 and sign == '*' and num2 == 241: print('931*241 = 224371') if num1 == 931 and sign == '*' and num2 == 242: print('931*242 = 225302') if num1 == 931 and sign == '*' and num2 == 243: print('931*243 = 226233') if num1 == 931 and sign == '*' and num2 == 244: print('931*244 = 227164') if num1 == 931 and sign == '*' and num2 == 245: print('931*245 = 228095') if num1 == 931 and sign == '*' and num2 == 246: print('931*246 = 229026') if num1 == 931 and sign == '*' and num2 == 247: print('931*247 = 229957') if num1 == 931 and sign == '*' and num2 == 248: print('931*248 = 230888') if num1 == 931 and sign == '*' and num2 == 249: print('931*249 = 231819') if num1 == 932 and sign == '*' and num2 == 200: print('932*200 = 186400') if num1 == 932 and sign == '*' and num2 == 201: print('932*201 = 187332') if num1 == 932 and sign == '*' and num2 == 202: print('932*202 = 188264') if num1 == 932 and sign == '*' and num2 == 203: print('932*203 = 189196') if num1 == 932 and sign == '*' and num2 == 204: print('932*204 = 190128') if num1 == 932 and sign == '*' and num2 == 205: print('932*205 = 191060') if num1 == 932 and sign == '*' and num2 == 206: print('932*206 = 191992') if num1 == 932 and sign == '*' and num2 == 207: print('932*207 = 192924') if num1 == 932 and sign == '*' and num2 == 208: print('932*208 = 193856') if num1 == 932 and sign == '*' and num2 == 209: print('932*209 = 194788') if num1 == 932 and sign == '*' and num2 == 210: print('932*210 = 195720') if num1 == 932 and sign == '*' and num2 == 211: print('932*211 = 196652') if num1 == 932 and sign == '*' and num2 == 212: print('932*212 = 197584') if num1 == 932 and sign == '*' and num2 == 213: print('932*213 = 198516') if num1 == 932 and sign == '*' and num2 == 214: print('932*214 = 199448') if num1 == 932 and sign == '*' and num2 == 215: print('932*215 = 200380') if num1 == 932 and sign == '*' and num2 == 216: print('932*216 = 201312') if num1 == 932 and sign == '*' and num2 == 217: print('932*217 = 202244') if num1 == 932 and sign == '*' and num2 == 218: print('932*218 = 203176') if num1 == 932 and sign == '*' and num2 == 219: print('932*219 = 204108') if num1 == 932 and sign == '*' and num2 == 220: print('932*220 = 205040') if num1 == 932 and sign == '*' and num2 == 221: print('932*221 = 205972') if num1 == 932 and sign == '*' and num2 == 222: print('932*222 = 206904') if num1 == 932 and sign == '*' and num2 == 223: print('932*223 = 207836') if num1 == 932 and sign == '*' and num2 == 224: print('932*224 = 208768') if num1 == 932 and sign == '*' and num2 == 225: print('932*225 = 209700') if num1 == 932 and sign == '*' and num2 == 226: print('932*226 = 210632') if num1 == 932 and sign == '*' and num2 == 227: print('932*227 = 211564') if num1 == 932 and sign == '*' and num2 == 228: print('932*228 = 212496') if num1 == 932 and sign == '*' and num2 == 229: print('932*229 = 213428') if num1 == 932 and sign == '*' and num2 == 230: print('932*230 = 214360') if num1 == 932 and sign == '*' and num2 == 231: print('932*231 = 215292') if num1 == 932 and sign == '*' and num2 == 232: print('932*232 = 216224') if num1 == 932 and sign == '*' and num2 == 233: print('932*233 = 217156') if num1 == 932 and sign == '*' and num2 == 234: print('932*234 = 218088') if num1 == 932 and sign == '*' and num2 == 235: print('932*235 = 219020') if num1 == 932 and sign == '*' and num2 == 236: print('932*236 = 219952') if num1 == 932 and sign == '*' and num2 == 237: print('932*237 = 220884') if num1 == 932 and sign == '*' and num2 == 238: print('932*238 = 221816') if num1 == 932 and sign == '*' and num2 == 239: print('932*239 = 222748') if num1 == 932 and sign == '*' and num2 == 240: print('932*240 = 223680') if num1 == 932 and sign == '*' and num2 == 241: print('932*241 = 224612') if num1 == 932 and sign == '*' and num2 == 242: print('932*242 = 225544') if num1 == 932 and sign == '*' and num2 == 243: print('932*243 = 226476') if num1 == 932 and sign == '*' and num2 == 244: print('932*244 = 227408') if num1 == 932 and sign == '*' and num2 == 245: print('932*245 = 228340') if num1 == 932 and sign == '*' and num2 == 246: print('932*246 = 229272') if num1 == 932 and sign == '*' and num2 == 247: print('932*247 = 230204') if num1 == 932 and sign == '*' and num2 == 248: print('932*248 = 231136') if num1 == 932 and sign == '*' and num2 == 249: print('932*249 = 232068') if num1 == 933 and sign == '*' and num2 == 200: print('933*200 = 186600') if num1 == 933 and sign == '*' and num2 == 201: print('933*201 = 187533') if num1 == 933 and sign == '*' and num2 == 202: print('933*202 = 188466') if num1 == 933 and sign == '*' and num2 == 203: print('933*203 = 189399') if num1 == 933 and sign == '*' and num2 == 204: print('933*204 = 190332') if num1 == 933 and sign == '*' and num2 == 205: print('933*205 = 191265') if num1 == 933 and sign == '*' and num2 == 206: print('933*206 = 192198') if num1 == 933 and sign == '*' and num2 == 207: print('933*207 = 193131') if num1 == 933 and sign == '*' and num2 == 208: print('933*208 = 194064') if num1 == 933 and sign == '*' and num2 == 209: print('933*209 = 194997') if num1 == 933 and sign == '*' and num2 == 210: print('933*210 = 195930') if num1 == 933 and sign == '*' and num2 == 211: print('933*211 = 196863') if num1 == 933 and sign == '*' and num2 == 212: print('933*212 = 197796') if num1 == 933 and sign == '*' and num2 == 213: print('933*213 = 198729') if num1 == 933 and sign == '*' and num2 == 214: print('933*214 = 199662') if num1 == 933 and sign == '*' and num2 == 215: print('933*215 = 200595') if num1 == 933 and sign == '*' and num2 == 216: print('933*216 = 201528') if num1 == 933 and sign == '*' and num2 == 217: print('933*217 = 202461') if num1 == 933 and sign == '*' and num2 == 218: print('933*218 = 203394') if num1 == 933 and sign == '*' and num2 == 219: print('933*219 = 204327') if num1 == 933 and sign == '*' and num2 == 220: print('933*220 = 205260') if num1 == 933 and sign == '*' and num2 == 221: print('933*221 = 206193') if num1 == 933 and sign == '*' and num2 == 222: print('933*222 = 207126') if num1 == 933 and sign == '*' and num2 == 223: print('933*223 = 208059') if num1 == 933 and sign == '*' and num2 == 224: print('933*224 = 208992') if num1 == 933 and sign == '*' and num2 == 225: print('933*225 = 209925') if num1 == 933 and sign == '*' and num2 == 226: print('933*226 = 210858') if num1 == 933 and sign == '*' and num2 == 227: print('933*227 = 211791') if num1 == 933 and sign == '*' and num2 == 228: print('933*228 = 212724') if num1 == 933 and sign == '*' and num2 == 229: print('933*229 = 213657') if num1 == 933 and sign == '*' and num2 == 230: print('933*230 = 214590') if num1 == 933 and sign == '*' and num2 == 231: print('933*231 = 215523') if num1 == 933 and sign == '*' and num2 == 232: print('933*232 = 216456') if num1 == 933 and sign == '*' and num2 == 233: print('933*233 = 217389') if num1 == 933 and sign == '*' and num2 == 234: print('933*234 = 218322') if num1 == 933 and sign == '*' and num2 == 235: print('933*235 = 219255') if num1 == 933 and sign == '*' and num2 == 236: print('933*236 = 220188') if num1 == 933 and sign == '*' and num2 == 237: print('933*237 = 221121') if num1 == 933 and sign == '*' and num2 == 238: print('933*238 = 222054') if num1 == 933 and sign == '*' and num2 == 239: print('933*239 = 222987') if num1 == 933 and sign == '*' and num2 == 240: print('933*240 = 223920') if num1 == 933 and sign == '*' and num2 == 241: print('933*241 = 224853') if num1 == 933 and sign == '*' and num2 == 242: print('933*242 = 225786') if num1 == 933 and sign == '*' and num2 == 243: print('933*243 = 226719') if num1 == 933 and sign == '*' and num2 == 244: print('933*244 = 227652') if num1 == 933 and sign == '*' and num2 == 245: print('933*245 = 228585') if num1 == 933 and sign == '*' and num2 == 246: print('933*246 = 229518') if num1 == 933 and sign == '*' and num2 == 247: print('933*247 = 230451') if num1 == 933 and sign == '*' and num2 == 248: print('933*248 = 231384') if num1 == 933 and sign == '*' and num2 == 249: print('933*249 = 232317') if num1 == 934 and sign == '*' and num2 == 200: print('934*200 = 186800') if num1 == 934 and sign == '*' and num2 == 201: print('934*201 = 187734') if num1 == 934 and sign == '*' and num2 == 202: print('934*202 = 188668') if num1 == 934 and sign == '*' and num2 == 203: print('934*203 = 189602') if num1 == 934 and sign == '*' and num2 == 204: print('934*204 = 190536') if num1 == 934 and sign == '*' and num2 == 205: print('934*205 = 191470') if num1 == 934 and sign == '*' and num2 == 206: print('934*206 = 192404') if num1 == 934 and sign == '*' and num2 == 207: print('934*207 = 193338') if num1 == 934 and sign == '*' and num2 == 208: print('934*208 = 194272') if num1 == 934 and sign == '*' and num2 == 209: print('934*209 = 195206') if num1 == 934 and sign == '*' and num2 == 210: print('934*210 = 196140') if num1 == 934 and sign == '*' and num2 == 211: print('934*211 = 197074') if num1 == 934 and sign == '*' and num2 == 212: print('934*212 = 198008') if num1 == 934 and sign == '*' and num2 == 213: print('934*213 = 198942') if num1 == 934 and sign == '*' and num2 == 214: print('934*214 = 199876') if num1 == 934 and sign == '*' and num2 == 215: print('934*215 = 200810') if num1 == 934 and sign == '*' and num2 == 216: print('934*216 = 201744') if num1 == 934 and sign == '*' and num2 == 217: print('934*217 = 202678') if num1 == 934 and sign == '*' and num2 == 218: print('934*218 = 203612') if num1 == 934 and sign == '*' and num2 == 219: print('934*219 = 204546') if num1 == 934 and sign == '*' and num2 == 220: print('934*220 = 205480') if num1 == 934 and sign == '*' and num2 == 221: print('934*221 = 206414') if num1 == 934 and sign == '*' and num2 == 222: print('934*222 = 207348') if num1 == 934 and sign == '*' and num2 == 223: print('934*223 = 208282') if num1 == 934 and sign == '*' and num2 == 224: print('934*224 = 209216') if num1 == 934 and sign == '*' and num2 == 225: print('934*225 = 210150') if num1 == 934 and sign == '*' and num2 == 226: print('934*226 = 211084') if num1 == 934 and sign == '*' and num2 == 227: print('934*227 = 212018') if num1 == 934 and sign == '*' and num2 == 228: print('934*228 = 212952') if num1 == 934 and sign == '*' and num2 == 229: print('934*229 = 213886') if num1 == 934 and sign == '*' and num2 == 230: print('934*230 = 214820') if num1 == 934 and sign == '*' and num2 == 231: print('934*231 = 215754') if num1 == 934 and sign == '*' and num2 == 232: print('934*232 = 216688') if num1 == 934 and sign == '*' and num2 == 233: print('934*233 = 217622') if num1 == 934 and sign == '*' and num2 == 234: print('934*234 = 218556') if num1 == 934 and sign == '*' and num2 == 235: print('934*235 = 219490') if num1 == 934 and sign == '*' and num2 == 236: print('934*236 = 220424') if num1 == 934 and sign == '*' and num2 == 237: print('934*237 = 221358') if num1 == 934 and sign == '*' and num2 == 238: print('934*238 = 222292') if num1 == 934 and sign == '*' and num2 == 239: print('934*239 = 223226') if num1 == 934 and sign == '*' and num2 == 240: print('934*240 = 224160') if num1 == 934 and sign == '*' and num2 == 241: print('934*241 = 225094') if num1 == 934 and sign == '*' and num2 == 242: print('934*242 = 226028') if num1 == 934 and sign == '*' and num2 == 243: print('934*243 = 226962') if num1 == 934 and sign == '*' and num2 == 244: print('934*244 = 227896') if num1 == 934 and sign == '*' and num2 == 245: print('934*245 = 228830') if num1 == 934 and sign == '*' and num2 == 246: print('934*246 = 229764') if num1 == 934 and sign == '*' and num2 == 247: print('934*247 = 230698') if num1 == 934 and sign == '*' and num2 == 248: print('934*248 = 231632') if num1 == 934 and sign == '*' and num2 == 249: print('934*249 = 232566') if num1 == 935 and sign == '*' and num2 == 200: print('935*200 = 187000') if num1 == 935 and sign == '*' and num2 == 201: print('935*201 = 187935') if num1 == 935 and sign == '*' and num2 == 202: print('935*202 = 188870') if num1 == 935 and sign == '*' and num2 == 203: print('935*203 = 189805') if num1 == 935 and sign == '*' and num2 == 204: print('935*204 = 190740') if num1 == 935 and sign == '*' and num2 == 205: print('935*205 = 191675') if num1 == 935 and sign == '*' and num2 == 206: print('935*206 = 192610') if num1 == 935 and sign == '*' and num2 == 207: print('935*207 = 193545') if num1 == 935 and sign == '*' and num2 == 208: print('935*208 = 194480') if num1 == 935 and sign == '*' and num2 == 209: print('935*209 = 195415') if num1 == 935 and sign == '*' and num2 == 210: print('935*210 = 196350') if num1 == 935 and sign == '*' and num2 == 211: print('935*211 = 197285') if num1 == 935 and sign == '*' and num2 == 212: print('935*212 = 198220') if num1 == 935 and sign == '*' and num2 == 213: print('935*213 = 199155') if num1 == 935 and sign == '*' and num2 == 214: print('935*214 = 200090') if num1 == 935 and sign == '*' and num2 == 215: print('935*215 = 201025') if num1 == 935 and sign == '*' and num2 == 216: print('935*216 = 201960') if num1 == 935 and sign == '*' and num2 == 217: print('935*217 = 202895') if num1 == 935 and sign == '*' and num2 == 218: print('935*218 = 203830') if num1 == 935 and sign == '*' and num2 == 219: print('935*219 = 204765') if num1 == 935 and sign == '*' and num2 == 220: print('935*220 = 205700') if num1 == 935 and sign == '*' and num2 == 221: print('935*221 = 206635') if num1 == 935 and sign == '*' and num2 == 222: print('935*222 = 207570') if num1 == 935 and sign == '*' and num2 == 223: print('935*223 = 208505') if num1 == 935 and sign == '*' and num2 == 224: print('935*224 = 209440') if num1 == 935 and sign == '*' and num2 == 225: print('935*225 = 210375') if num1 == 935 and sign == '*' and num2 == 226: print('935*226 = 211310') if num1 == 935 and sign == '*' and num2 == 227: print('935*227 = 212245') if num1 == 935 and sign == '*' and num2 == 228: print('935*228 = 213180') if num1 == 935 and sign == '*' and num2 == 229: print('935*229 = 214115') if num1 == 935 and sign == '*' and num2 == 230: print('935*230 = 215050') if num1 == 935 and sign == '*' and num2 == 231: print('935*231 = 215985') if num1 == 935 and sign == '*' and num2 == 232: print('935*232 = 216920') if num1 == 935 and sign == '*' and num2 == 233: print('935*233 = 217855') if num1 == 935 and sign == '*' and num2 == 234: print('935*234 = 218790') if num1 == 935 and sign == '*' and num2 == 235: print('935*235 = 219725') if num1 == 935 and sign == '*' and num2 == 236: print('935*236 = 220660') if num1 == 935 and sign == '*' and num2 == 237: print('935*237 = 221595') if num1 == 935 and sign == '*' and num2 == 238: print('935*238 = 222530') if num1 == 935 and sign == '*' and num2 == 239: print('935*239 = 223465') if num1 == 935 and sign == '*' and num2 == 240: print('935*240 = 224400') if num1 == 935 and sign == '*' and num2 == 241: print('935*241 = 225335') if num1 == 935 and sign == '*' and num2 == 242: print('935*242 = 226270') if num1 == 935 and sign == '*' and num2 == 243: print('935*243 = 227205') if num1 == 935 and sign == '*' and num2 == 244: print('935*244 = 228140') if num1 == 935 and sign == '*' and num2 == 245: print('935*245 = 229075') if num1 == 935 and sign == '*' and num2 == 246: print('935*246 = 230010') if num1 == 935 and sign == '*' and num2 == 247: print('935*247 = 230945') if num1 == 935 and sign == '*' and num2 == 248: print('935*248 = 231880') if num1 == 935 and sign == '*' and num2 == 249: print('935*249 = 232815') if num1 == 936 and sign == '*' and num2 == 200: print('936*200 = 187200') if num1 == 936 and sign == '*' and num2 == 201: print('936*201 = 188136') if num1 == 936 and sign == '*' and num2 == 202: print('936*202 = 189072') if num1 == 936 and sign == '*' and num2 == 203: print('936*203 = 190008') if num1 == 936 and sign == '*' and num2 == 204: print('936*204 = 190944') if num1 == 936 and sign == '*' and num2 == 205: print('936*205 = 191880') if num1 == 936 and sign == '*' and num2 == 206: print('936*206 = 192816') if num1 == 936 and sign == '*' and num2 == 207: print('936*207 = 193752') if num1 == 936 and sign == '*' and num2 == 208: print('936*208 = 194688') if num1 == 936 and sign == '*' and num2 == 209: print('936*209 = 195624') if num1 == 936 and sign == '*' and num2 == 210: print('936*210 = 196560') if num1 == 936 and sign == '*' and num2 == 211: print('936*211 = 197496') if num1 == 936 and sign == '*' and num2 == 212: print('936*212 = 198432') if num1 == 936 and sign == '*' and num2 == 213: print('936*213 = 199368') if num1 == 936 and sign == '*' and num2 == 214: print('936*214 = 200304') if num1 == 936 and sign == '*' and num2 == 215: print('936*215 = 201240') if num1 == 936 and sign == '*' and num2 == 216: print('936*216 = 202176') if num1 == 936 and sign == '*' and num2 == 217: print('936*217 = 203112') if num1 == 936 and sign == '*' and num2 == 218: print('936*218 = 204048') if num1 == 936 and sign == '*' and num2 == 219: print('936*219 = 204984') if num1 == 936 and sign == '*' and num2 == 220: print('936*220 = 205920') if num1 == 936 and sign == '*' and num2 == 221: print('936*221 = 206856') if num1 == 936 and sign == '*' and num2 == 222: print('936*222 = 207792') if num1 == 936 and sign == '*' and num2 == 223: print('936*223 = 208728') if num1 == 936 and sign == '*' and num2 == 224: print('936*224 = 209664') if num1 == 936 and sign == '*' and num2 == 225: print('936*225 = 210600') if num1 == 936 and sign == '*' and num2 == 226: print('936*226 = 211536') if num1 == 936 and sign == '*' and num2 == 227: print('936*227 = 212472') if num1 == 936 and sign == '*' and num2 == 228: print('936*228 = 213408') if num1 == 936 and sign == '*' and num2 == 229: print('936*229 = 214344') if num1 == 936 and sign == '*' and num2 == 230: print('936*230 = 215280') if num1 == 936 and sign == '*' and num2 == 231: print('936*231 = 216216') if num1 == 936 and sign == '*' and num2 == 232: print('936*232 = 217152') if num1 == 936 and sign == '*' and num2 == 233: print('936*233 = 218088') if num1 == 936 and sign == '*' and num2 == 234: print('936*234 = 219024') if num1 == 936 and sign == '*' and num2 == 235: print('936*235 = 219960') if num1 == 936 and sign == '*' and num2 == 236: print('936*236 = 220896') if num1 == 936 and sign == '*' and num2 == 237: print('936*237 = 221832') if num1 == 936 and sign == '*' and num2 == 238: print('936*238 = 222768') if num1 == 936 and sign == '*' and num2 == 239: print('936*239 = 223704') if num1 == 936 and sign == '*' and num2 == 240: print('936*240 = 224640') if num1 == 936 and sign == '*' and num2 == 241: print('936*241 = 225576') if num1 == 936 and sign == '*' and num2 == 242: print('936*242 = 226512') if num1 == 936 and sign == '*' and num2 == 243: print('936*243 = 227448') if num1 == 936 and sign == '*' and num2 == 244: print('936*244 = 228384') if num1 == 936 and sign == '*' and num2 == 245: print('936*245 = 229320') if num1 == 936 and sign == '*' and num2 == 246: print('936*246 = 230256') if num1 == 936 and sign == '*' and num2 == 247: print('936*247 = 231192') if num1 == 936 and sign == '*' and num2 == 248: print('936*248 = 232128') if num1 == 936 and sign == '*' and num2 == 249: print('936*249 = 233064') if num1 == 937 and sign == '*' and num2 == 200: print('937*200 = 187400') if num1 == 937 and sign == '*' and num2 == 201: print('937*201 = 188337') if num1 == 937 and sign == '*' and num2 == 202: print('937*202 = 189274') if num1 == 937 and sign == '*' and num2 == 203: print('937*203 = 190211') if num1 == 937 and sign == '*' and num2 == 204: print('937*204 = 191148') if num1 == 937 and sign == '*' and num2 == 205: print('937*205 = 192085') if num1 == 937 and sign == '*' and num2 == 206: print('937*206 = 193022') if num1 == 937 and sign == '*' and num2 == 207: print('937*207 = 193959') if num1 == 937 and sign == '*' and num2 == 208: print('937*208 = 194896') if num1 == 937 and sign == '*' and num2 == 209: print('937*209 = 195833') if num1 == 937 and sign == '*' and num2 == 210: print('937*210 = 196770') if num1 == 937 and sign == '*' and num2 == 211: print('937*211 = 197707') if num1 == 937 and sign == '*' and num2 == 212: print('937*212 = 198644') if num1 == 937 and sign == '*' and num2 == 213: print('937*213 = 199581') if num1 == 937 and sign == '*' and num2 == 214: print('937*214 = 200518') if num1 == 937 and sign == '*' and num2 == 215: print('937*215 = 201455') if num1 == 937 and sign == '*' and num2 == 216: print('937*216 = 202392') if num1 == 937 and sign == '*' and num2 == 217: print('937*217 = 203329') if num1 == 937 and sign == '*' and num2 == 218: print('937*218 = 204266') if num1 == 937 and sign == '*' and num2 == 219: print('937*219 = 205203') if num1 == 937 and sign == '*' and num2 == 220: print('937*220 = 206140') if num1 == 937 and sign == '*' and num2 == 221: print('937*221 = 207077') if num1 == 937 and sign == '*' and num2 == 222: print('937*222 = 208014') if num1 == 937 and sign == '*' and num2 == 223: print('937*223 = 208951') if num1 == 937 and sign == '*' and num2 == 224: print('937*224 = 209888') if num1 == 937 and sign == '*' and num2 == 225: print('937*225 = 210825') if num1 == 937 and sign == '*' and num2 == 226: print('937*226 = 211762') if num1 == 937 and sign == '*' and num2 == 227: print('937*227 = 212699') if num1 == 937 and sign == '*' and num2 == 228: print('937*228 = 213636') if num1 == 937 and sign == '*' and num2 == 229: print('937*229 = 214573') if num1 == 937 and sign == '*' and num2 == 230: print('937*230 = 215510') if num1 == 937 and sign == '*' and num2 == 231: print('937*231 = 216447') if num1 == 937 and sign == '*' and num2 == 232: print('937*232 = 217384') if num1 == 937 and sign == '*' and num2 == 233: print('937*233 = 218321') if num1 == 937 and sign == '*' and num2 == 234: print('937*234 = 219258') if num1 == 937 and sign == '*' and num2 == 235: print('937*235 = 220195') if num1 == 937 and sign == '*' and num2 == 236: print('937*236 = 221132') if num1 == 937 and sign == '*' and num2 == 237: print('937*237 = 222069') if num1 == 937 and sign == '*' and num2 == 238: print('937*238 = 223006') if num1 == 937 and sign == '*' and num2 == 239: print('937*239 = 223943') if num1 == 937 and sign == '*' and num2 == 240: print('937*240 = 224880') if num1 == 937 and sign == '*' and num2 == 241: print('937*241 = 225817') if num1 == 937 and sign == '*' and num2 == 242: print('937*242 = 226754') if num1 == 937 and sign == '*' and num2 == 243: print('937*243 = 227691') if num1 == 937 and sign == '*' and num2 == 244: print('937*244 = 228628') if num1 == 937 and sign == '*' and num2 == 245: print('937*245 = 229565') if num1 == 937 and sign == '*' and num2 == 246: print('937*246 = 230502') if num1 == 937 and sign == '*' and num2 == 247: print('937*247 = 231439') if num1 == 937 and sign == '*' and num2 == 248: print('937*248 = 232376') if num1 == 937 and sign == '*' and num2 == 249: print('937*249 = 233313') if num1 == 938 and sign == '*' and num2 == 200: print('938*200 = 187600') if num1 == 938 and sign == '*' and num2 == 201: print('938*201 = 188538') if num1 == 938 and sign == '*' and num2 == 202: print('938*202 = 189476') if num1 == 938 and sign == '*' and num2 == 203: print('938*203 = 190414') if num1 == 938 and sign == '*' and num2 == 204: print('938*204 = 191352') if num1 == 938 and sign == '*' and num2 == 205: print('938*205 = 192290') if num1 == 938 and sign == '*' and num2 == 206: print('938*206 = 193228') if num1 == 938 and sign == '*' and num2 == 207: print('938*207 = 194166') if num1 == 938 and sign == '*' and num2 == 208: print('938*208 = 195104') if num1 == 938 and sign == '*' and num2 == 209: print('938*209 = 196042') if num1 == 938 and sign == '*' and num2 == 210: print('938*210 = 196980') if num1 == 938 and sign == '*' and num2 == 211: print('938*211 = 197918') if num1 == 938 and sign == '*' and num2 == 212: print('938*212 = 198856') if num1 == 938 and sign == '*' and num2 == 213: print('938*213 = 199794') if num1 == 938 and sign == '*' and num2 == 214: print('938*214 = 200732') if num1 == 938 and sign == '*' and num2 == 215: print('938*215 = 201670') if num1 == 938 and sign == '*' and num2 == 216: print('938*216 = 202608') if num1 == 938 and sign == '*' and num2 == 217: print('938*217 = 203546') if num1 == 938 and sign == '*' and num2 == 218: print('938*218 = 204484') if num1 == 938 and sign == '*' and num2 == 219: print('938*219 = 205422') if num1 == 938 and sign == '*' and num2 == 220: print('938*220 = 206360') if num1 == 938 and sign == '*' and num2 == 221: print('938*221 = 207298') if num1 == 938 and sign == '*' and num2 == 222: print('938*222 = 208236') if num1 == 938 and sign == '*' and num2 == 223: print('938*223 = 209174') if num1 == 938 and sign == '*' and num2 == 224: print('938*224 = 210112') if num1 == 938 and sign == '*' and num2 == 225: print('938*225 = 211050') if num1 == 938 and sign == '*' and num2 == 226: print('938*226 = 211988') if num1 == 938 and sign == '*' and num2 == 227: print('938*227 = 212926') if num1 == 938 and sign == '*' and num2 == 228: print('938*228 = 213864') if num1 == 938 and sign == '*' and num2 == 229: print('938*229 = 214802') if num1 == 938 and sign == '*' and num2 == 230: print('938*230 = 215740') if num1 == 938 and sign == '*' and num2 == 231: print('938*231 = 216678') if num1 == 938 and sign == '*' and num2 == 232: print('938*232 = 217616') if num1 == 938 and sign == '*' and num2 == 233: print('938*233 = 218554') if num1 == 938 and sign == '*' and num2 == 234: print('938*234 = 219492') if num1 == 938 and sign == '*' and num2 == 235: print('938*235 = 220430') if num1 == 938 and sign == '*' and num2 == 236: print('938*236 = 221368') if num1 == 938 and sign == '*' and num2 == 237: print('938*237 = 222306') if num1 == 938 and sign == '*' and num2 == 238: print('938*238 = 223244') if num1 == 938 and sign == '*' and num2 == 239: print('938*239 = 224182') if num1 == 938 and sign == '*' and num2 == 240: print('938*240 = 225120') if num1 == 938 and sign == '*' and num2 == 241: print('938*241 = 226058') if num1 == 938 and sign == '*' and num2 == 242: print('938*242 = 226996') if num1 == 938 and sign == '*' and num2 == 243: print('938*243 = 227934') if num1 == 938 and sign == '*' and num2 == 244: print('938*244 = 228872') if num1 == 938 and sign == '*' and num2 == 245: print('938*245 = 229810') if num1 == 938 and sign == '*' and num2 == 246: print('938*246 = 230748') if num1 == 938 and sign == '*' and num2 == 247: print('938*247 = 231686') if num1 == 938 and sign == '*' and num2 == 248: print('938*248 = 232624') if num1 == 938 and sign == '*' and num2 == 249: print('938*249 = 233562') if num1 == 939 and sign == '*' and num2 == 200: print('939*200 = 187800') if num1 == 939 and sign == '*' and num2 == 201: print('939*201 = 188739') if num1 == 939 and sign == '*' and num2 == 202: print('939*202 = 189678') if num1 == 939 and sign == '*' and num2 == 203: print('939*203 = 190617') if num1 == 939 and sign == '*' and num2 == 204: print('939*204 = 191556') if num1 == 939 and sign == '*' and num2 == 205: print('939*205 = 192495') if num1 == 939 and sign == '*' and num2 == 206: print('939*206 = 193434') if num1 == 939 and sign == '*' and num2 == 207: print('939*207 = 194373') if num1 == 939 and sign == '*' and num2 == 208: print('939*208 = 195312') if num1 == 939 and sign == '*' and num2 == 209: print('939*209 = 196251') if num1 == 939 and sign == '*' and num2 == 210: print('939*210 = 197190') if num1 == 939 and sign == '*' and num2 == 211: print('939*211 = 198129') if num1 == 939 and sign == '*' and num2 == 212: print('939*212 = 199068') if num1 == 939 and sign == '*' and num2 == 213: print('939*213 = 200007') if num1 == 939 and sign == '*' and num2 == 214: print('939*214 = 200946') if num1 == 939 and sign == '*' and num2 == 215: print('939*215 = 201885') if num1 == 939 and sign == '*' and num2 == 216: print('939*216 = 202824') if num1 == 939 and sign == '*' and num2 == 217: print('939*217 = 203763') if num1 == 939 and sign == '*' and num2 == 218: print('939*218 = 204702') if num1 == 939 and sign == '*' and num2 == 219: print('939*219 = 205641') if num1 == 939 and sign == '*' and num2 == 220: print('939*220 = 206580') if num1 == 939 and sign == '*' and num2 == 221: print('939*221 = 207519') if num1 == 939 and sign == '*' and num2 == 222: print('939*222 = 208458') if num1 == 939 and sign == '*' and num2 == 223: print('939*223 = 209397') if num1 == 939 and sign == '*' and num2 == 224: print('939*224 = 210336') if num1 == 939 and sign == '*' and num2 == 225: print('939*225 = 211275') if num1 == 939 and sign == '*' and num2 == 226: print('939*226 = 212214') if num1 == 939 and sign == '*' and num2 == 227: print('939*227 = 213153') if num1 == 939 and sign == '*' and num2 == 228: print('939*228 = 214092') if num1 == 939 and sign == '*' and num2 == 229: print('939*229 = 215031') if num1 == 939 and sign == '*' and num2 == 230: print('939*230 = 215970') if num1 == 939 and sign == '*' and num2 == 231: print('939*231 = 216909') if num1 == 939 and sign == '*' and num2 == 232: print('939*232 = 217848') if num1 == 939 and sign == '*' and num2 == 233: print('939*233 = 218787') if num1 == 939 and sign == '*' and num2 == 234: print('939*234 = 219726') if num1 == 939 and sign == '*' and num2 == 235: print('939*235 = 220665') if num1 == 939 and sign == '*' and num2 == 236: print('939*236 = 221604') if num1 == 939 and sign == '*' and num2 == 237: print('939*237 = 222543') if num1 == 939 and sign == '*' and num2 == 238: print('939*238 = 223482') if num1 == 939 and sign == '*' and num2 == 239: print('939*239 = 224421') if num1 == 939 and sign == '*' and num2 == 240: print('939*240 = 225360') if num1 == 939 and sign == '*' and num2 == 241: print('939*241 = 226299') if num1 == 939 and sign == '*' and num2 == 242: print('939*242 = 227238') if num1 == 939 and sign == '*' and num2 == 243: print('939*243 = 228177') if num1 == 939 and sign == '*' and num2 == 244: print('939*244 = 229116') if num1 == 939 and sign == '*' and num2 == 245: print('939*245 = 230055') if num1 == 939 and sign == '*' and num2 == 246: print('939*246 = 230994') if num1 == 939 and sign == '*' and num2 == 247: print('939*247 = 231933') if num1 == 939 and sign == '*' and num2 == 248: print('939*248 = 232872') if num1 == 939 and sign == '*' and num2 == 249: print('939*249 = 233811') if num1 == 940 and sign == '*' and num2 == 200: print('940*200 = 188000') if num1 == 940 and sign == '*' and num2 == 201: print('940*201 = 188940') if num1 == 940 and sign == '*' and num2 == 202: print('940*202 = 189880') if num1 == 940 and sign == '*' and num2 == 203: print('940*203 = 190820') if num1 == 940 and sign == '*' and num2 == 204: print('940*204 = 191760') if num1 == 940 and sign == '*' and num2 == 205: print('940*205 = 192700') if num1 == 940 and sign == '*' and num2 == 206: print('940*206 = 193640') if num1 == 940 and sign == '*' and num2 == 207: print('940*207 = 194580') if num1 == 940 and sign == '*' and num2 == 208: print('940*208 = 195520') if num1 == 940 and sign == '*' and num2 == 209: print('940*209 = 196460') if num1 == 940 and sign == '*' and num2 == 210: print('940*210 = 197400') if num1 == 940 and sign == '*' and num2 == 211: print('940*211 = 198340') if num1 == 940 and sign == '*' and num2 == 212: print('940*212 = 199280') if num1 == 940 and sign == '*' and num2 == 213: print('940*213 = 200220') if num1 == 940 and sign == '*' and num2 == 214: print('940*214 = 201160') if num1 == 940 and sign == '*' and num2 == 215: print('940*215 = 202100') if num1 == 940 and sign == '*' and num2 == 216: print('940*216 = 203040') if num1 == 940 and sign == '*' and num2 == 217: print('940*217 = 203980') if num1 == 940 and sign == '*' and num2 == 218: print('940*218 = 204920') if num1 == 940 and sign == '*' and num2 == 219: print('940*219 = 205860') if num1 == 940 and sign == '*' and num2 == 220: print('940*220 = 206800') if num1 == 940 and sign == '*' and num2 == 221: print('940*221 = 207740') if num1 == 940 and sign == '*' and num2 == 222: print('940*222 = 208680') if num1 == 940 and sign == '*' and num2 == 223: print('940*223 = 209620') if num1 == 940 and sign == '*' and num2 == 224: print('940*224 = 210560') if num1 == 940 and sign == '*' and num2 == 225: print('940*225 = 211500') if num1 == 940 and sign == '*' and num2 == 226: print('940*226 = 212440') if num1 == 940 and sign == '*' and num2 == 227: print('940*227 = 213380') if num1 == 940 and sign == '*' and num2 == 228: print('940*228 = 214320') if num1 == 940 and sign == '*' and num2 == 229: print('940*229 = 215260') if num1 == 940 and sign == '*' and num2 == 230: print('940*230 = 216200') if num1 == 940 and sign == '*' and num2 == 231: print('940*231 = 217140') if num1 == 940 and sign == '*' and num2 == 232: print('940*232 = 218080') if num1 == 940 and sign == '*' and num2 == 233: print('940*233 = 219020') if num1 == 940 and sign == '*' and num2 == 234: print('940*234 = 219960') if num1 == 940 and sign == '*' and num2 == 235: print('940*235 = 220900') if num1 == 940 and sign == '*' and num2 == 236: print('940*236 = 221840') if num1 == 940 and sign == '*' and num2 == 237: print('940*237 = 222780') if num1 == 940 and sign == '*' and num2 == 238: print('940*238 = 223720') if num1 == 940 and sign == '*' and num2 == 239: print('940*239 = 224660') if num1 == 940 and sign == '*' and num2 == 240: print('940*240 = 225600') if num1 == 940 and sign == '*' and num2 == 241: print('940*241 = 226540') if num1 == 940 and sign == '*' and num2 == 242: print('940*242 = 227480') if num1 == 940 and sign == '*' and num2 == 243: print('940*243 = 228420') if num1 == 940 and sign == '*' and num2 == 244: print('940*244 = 229360') if num1 == 940 and sign == '*' and num2 == 245: print('940*245 = 230300') if num1 == 940 and sign == '*' and num2 == 246: print('940*246 = 231240') if num1 == 940 and sign == '*' and num2 == 247: print('940*247 = 232180') if num1 == 940 and sign == '*' and num2 == 248: print('940*248 = 233120') if num1 == 940 and sign == '*' and num2 == 249: print('940*249 = 234060') if num1 == 941 and sign == '*' and num2 == 200: print('941*200 = 188200') if num1 == 941 and sign == '*' and num2 == 201: print('941*201 = 189141') if num1 == 941 and sign == '*' and num2 == 202: print('941*202 = 190082') if num1 == 941 and sign == '*' and num2 == 203: print('941*203 = 191023') if num1 == 941 and sign == '*' and num2 == 204: print('941*204 = 191964') if num1 == 941 and sign == '*' and num2 == 205: print('941*205 = 192905') if num1 == 941 and sign == '*' and num2 == 206: print('941*206 = 193846') if num1 == 941 and sign == '*' and num2 == 207: print('941*207 = 194787') if num1 == 941 and sign == '*' and num2 == 208: print('941*208 = 195728') if num1 == 941 and sign == '*' and num2 == 209: print('941*209 = 196669') if num1 == 941 and sign == '*' and num2 == 210: print('941*210 = 197610') if num1 == 941 and sign == '*' and num2 == 211: print('941*211 = 198551') if num1 == 941 and sign == '*' and num2 == 212: print('941*212 = 199492') if num1 == 941 and sign == '*' and num2 == 213: print('941*213 = 200433') if num1 == 941 and sign == '*' and num2 == 214: print('941*214 = 201374') if num1 == 941 and sign == '*' and num2 == 215: print('941*215 = 202315') if num1 == 941 and sign == '*' and num2 == 216: print('941*216 = 203256') if num1 == 941 and sign == '*' and num2 == 217: print('941*217 = 204197') if num1 == 941 and sign == '*' and num2 == 218: print('941*218 = 205138') if num1 == 941 and sign == '*' and num2 == 219: print('941*219 = 206079') if num1 == 941 and sign == '*' and num2 == 220: print('941*220 = 207020') if num1 == 941 and sign == '*' and num2 == 221: print('941*221 = 207961') if num1 == 941 and sign == '*' and num2 == 222: print('941*222 = 208902') if num1 == 941 and sign == '*' and num2 == 223: print('941*223 = 209843') if num1 == 941 and sign == '*' and num2 == 224: print('941*224 = 210784') if num1 == 941 and sign == '*' and num2 == 225: print('941*225 = 211725') if num1 == 941 and sign == '*' and num2 == 226: print('941*226 = 212666') if num1 == 941 and sign == '*' and num2 == 227: print('941*227 = 213607') if num1 == 941 and sign == '*' and num2 == 228: print('941*228 = 214548') if num1 == 941 and sign == '*' and num2 == 229: print('941*229 = 215489') if num1 == 941 and sign == '*' and num2 == 230: print('941*230 = 216430') if num1 == 941 and sign == '*' and num2 == 231: print('941*231 = 217371') if num1 == 941 and sign == '*' and num2 == 232: print('941*232 = 218312') if num1 == 941 and sign == '*' and num2 == 233: print('941*233 = 219253') if num1 == 941 and sign == '*' and num2 == 234: print('941*234 = 220194') if num1 == 941 and sign == '*' and num2 == 235: print('941*235 = 221135') if num1 == 941 and sign == '*' and num2 == 236: print('941*236 = 222076') if num1 == 941 and sign == '*' and num2 == 237: print('941*237 = 223017') if num1 == 941 and sign == '*' and num2 == 238: print('941*238 = 223958') if num1 == 941 and sign == '*' and num2 == 239: print('941*239 = 224899') if num1 == 941 and sign == '*' and num2 == 240: print('941*240 = 225840') if num1 == 941 and sign == '*' and num2 == 241: print('941*241 = 226781') if num1 == 941 and sign == '*' and num2 == 242: print('941*242 = 227722') if num1 == 941 and sign == '*' and num2 == 243: print('941*243 = 228663') if num1 == 941 and sign == '*' and num2 == 244: print('941*244 = 229604') if num1 == 941 and sign == '*' and num2 == 245: print('941*245 = 230545') if num1 == 941 and sign == '*' and num2 == 246: print('941*246 = 231486') if num1 == 941 and sign == '*' and num2 == 247: print('941*247 = 232427') if num1 == 941 and sign == '*' and num2 == 248: print('941*248 = 233368') if num1 == 941 and sign == '*' and num2 == 249: print('941*249 = 234309') if num1 == 942 and sign == '*' and num2 == 200: print('942*200 = 188400') if num1 == 942 and sign == '*' and num2 == 201: print('942*201 = 189342') if num1 == 942 and sign == '*' and num2 == 202: print('942*202 = 190284') if num1 == 942 and sign == '*' and num2 == 203: print('942*203 = 191226') if num1 == 942 and sign == '*' and num2 == 204: print('942*204 = 192168') if num1 == 942 and sign == '*' and num2 == 205: print('942*205 = 193110') if num1 == 942 and sign == '*' and num2 == 206: print('942*206 = 194052') if num1 == 942 and sign == '*' and num2 == 207: print('942*207 = 194994') if num1 == 942 and sign == '*' and num2 == 208: print('942*208 = 195936') if num1 == 942 and sign == '*' and num2 == 209: print('942*209 = 196878') if num1 == 942 and sign == '*' and num2 == 210: print('942*210 = 197820') if num1 == 942 and sign == '*' and num2 == 211: print('942*211 = 198762') if num1 == 942 and sign == '*' and num2 == 212: print('942*212 = 199704') if num1 == 942 and sign == '*' and num2 == 213: print('942*213 = 200646') if num1 == 942 and sign == '*' and num2 == 214: print('942*214 = 201588') if num1 == 942 and sign == '*' and num2 == 215: print('942*215 = 202530') if num1 == 942 and sign == '*' and num2 == 216: print('942*216 = 203472') if num1 == 942 and sign == '*' and num2 == 217: print('942*217 = 204414') if num1 == 942 and sign == '*' and num2 == 218: print('942*218 = 205356') if num1 == 942 and sign == '*' and num2 == 219: print('942*219 = 206298') if num1 == 942 and sign == '*' and num2 == 220: print('942*220 = 207240') if num1 == 942 and sign == '*' and num2 == 221: print('942*221 = 208182') if num1 == 942 and sign == '*' and num2 == 222: print('942*222 = 209124') if num1 == 942 and sign == '*' and num2 == 223: print('942*223 = 210066') if num1 == 942 and sign == '*' and num2 == 224: print('942*224 = 211008') if num1 == 942 and sign == '*' and num2 == 225: print('942*225 = 211950') if num1 == 942 and sign == '*' and num2 == 226: print('942*226 = 212892') if num1 == 942 and sign == '*' and num2 == 227: print('942*227 = 213834') if num1 == 942 and sign == '*' and num2 == 228: print('942*228 = 214776') if num1 == 942 and sign == '*' and num2 == 229: print('942*229 = 215718') if num1 == 942 and sign == '*' and num2 == 230: print('942*230 = 216660') if num1 == 942 and sign == '*' and num2 == 231: print('942*231 = 217602') if num1 == 942 and sign == '*' and num2 == 232: print('942*232 = 218544') if num1 == 942 and sign == '*' and num2 == 233: print('942*233 = 219486') if num1 == 942 and sign == '*' and num2 == 234: print('942*234 = 220428') if num1 == 942 and sign == '*' and num2 == 235: print('942*235 = 221370') if num1 == 942 and sign == '*' and num2 == 236: print('942*236 = 222312') if num1 == 942 and sign == '*' and num2 == 237: print('942*237 = 223254') if num1 == 942 and sign == '*' and num2 == 238: print('942*238 = 224196') if num1 == 942 and sign == '*' and num2 == 239: print('942*239 = 225138') if num1 == 942 and sign == '*' and num2 == 240: print('942*240 = 226080') if num1 == 942 and sign == '*' and num2 == 241: print('942*241 = 227022') if num1 == 942 and sign == '*' and num2 == 242: print('942*242 = 227964') if num1 == 942 and sign == '*' and num2 == 243: print('942*243 = 228906') if num1 == 942 and sign == '*' and num2 == 244: print('942*244 = 229848') if num1 == 942 and sign == '*' and num2 == 245: print('942*245 = 230790') if num1 == 942 and sign == '*' and num2 == 246: print('942*246 = 231732') if num1 == 942 and sign == '*' and num2 == 247: print('942*247 = 232674') if num1 == 942 and sign == '*' and num2 == 248: print('942*248 = 233616') if num1 == 942 and sign == '*' and num2 == 249: print('942*249 = 234558') if num1 == 943 and sign == '*' and num2 == 200: print('943*200 = 188600') if num1 == 943 and sign == '*' and num2 == 201: print('943*201 = 189543') if num1 == 943 and sign == '*' and num2 == 202: print('943*202 = 190486') if num1 == 943 and sign == '*' and num2 == 203: print('943*203 = 191429') if num1 == 943 and sign == '*' and num2 == 204: print('943*204 = 192372') if num1 == 943 and sign == '*' and num2 == 205: print('943*205 = 193315') if num1 == 943 and sign == '*' and num2 == 206: print('943*206 = 194258') if num1 == 943 and sign == '*' and num2 == 207: print('943*207 = 195201') if num1 == 943 and sign == '*' and num2 == 208: print('943*208 = 196144') if num1 == 943 and sign == '*' and num2 == 209: print('943*209 = 197087') if num1 == 943 and sign == '*' and num2 == 210: print('943*210 = 198030') if num1 == 943 and sign == '*' and num2 == 211: print('943*211 = 198973') if num1 == 943 and sign == '*' and num2 == 212: print('943*212 = 199916') if num1 == 943 and sign == '*' and num2 == 213: print('943*213 = 200859') if num1 == 943 and sign == '*' and num2 == 214: print('943*214 = 201802') if num1 == 943 and sign == '*' and num2 == 215: print('943*215 = 202745') if num1 == 943 and sign == '*' and num2 == 216: print('943*216 = 203688') if num1 == 943 and sign == '*' and num2 == 217: print('943*217 = 204631') if num1 == 943 and sign == '*' and num2 == 218: print('943*218 = 205574') if num1 == 943 and sign == '*' and num2 == 219: print('943*219 = 206517') if num1 == 943 and sign == '*' and num2 == 220: print('943*220 = 207460') if num1 == 943 and sign == '*' and num2 == 221: print('943*221 = 208403') if num1 == 943 and sign == '*' and num2 == 222: print('943*222 = 209346') if num1 == 943 and sign == '*' and num2 == 223: print('943*223 = 210289') if num1 == 943 and sign == '*' and num2 == 224: print('943*224 = 211232') if num1 == 943 and sign == '*' and num2 == 225: print('943*225 = 212175') if num1 == 943 and sign == '*' and num2 == 226: print('943*226 = 213118') if num1 == 943 and sign == '*' and num2 == 227: print('943*227 = 214061') if num1 == 943 and sign == '*' and num2 == 228: print('943*228 = 215004') if num1 == 943 and sign == '*' and num2 == 229: print('943*229 = 215947') if num1 == 943 and sign == '*' and num2 == 230: print('943*230 = 216890') if num1 == 943 and sign == '*' and num2 == 231: print('943*231 = 217833') if num1 == 943 and sign == '*' and num2 == 232: print('943*232 = 218776') if num1 == 943 and sign == '*' and num2 == 233: print('943*233 = 219719') if num1 == 943 and sign == '*' and num2 == 234: print('943*234 = 220662') if num1 == 943 and sign == '*' and num2 == 235: print('943*235 = 221605') if num1 == 943 and sign == '*' and num2 == 236: print('943*236 = 222548') if num1 == 943 and sign == '*' and num2 == 237: print('943*237 = 223491') if num1 == 943 and sign == '*' and num2 == 238: print('943*238 = 224434') if num1 == 943 and sign == '*' and num2 == 239: print('943*239 = 225377') if num1 == 943 and sign == '*' and num2 == 240: print('943*240 = 226320') if num1 == 943 and sign == '*' and num2 == 241: print('943*241 = 227263') if num1 == 943 and sign == '*' and num2 == 242: print('943*242 = 228206') if num1 == 943 and sign == '*' and num2 == 243: print('943*243 = 229149') if num1 == 943 and sign == '*' and num2 == 244: print('943*244 = 230092') if num1 == 943 and sign == '*' and num2 == 245: print('943*245 = 231035') if num1 == 943 and sign == '*' and num2 == 246: print('943*246 = 231978') if num1 == 943 and sign == '*' and num2 == 247: print('943*247 = 232921') if num1 == 943 and sign == '*' and num2 == 248: print('943*248 = 233864') if num1 == 943 and sign == '*' and num2 == 249: print('943*249 = 234807') if num1 == 944 and sign == '*' and num2 == 200: print('944*200 = 188800') if num1 == 944 and sign == '*' and num2 == 201: print('944*201 = 189744') if num1 == 944 and sign == '*' and num2 == 202: print('944*202 = 190688') if num1 == 944 and sign == '*' and num2 == 203: print('944*203 = 191632') if num1 == 944 and sign == '*' and num2 == 204: print('944*204 = 192576') if num1 == 944 and sign == '*' and num2 == 205: print('944*205 = 193520') if num1 == 944 and sign == '*' and num2 == 206: print('944*206 = 194464') if num1 == 944 and sign == '*' and num2 == 207: print('944*207 = 195408') if num1 == 944 and sign == '*' and num2 == 208: print('944*208 = 196352') if num1 == 944 and sign == '*' and num2 == 209: print('944*209 = 197296') if num1 == 944 and sign == '*' and num2 == 210: print('944*210 = 198240') if num1 == 944 and sign == '*' and num2 == 211: print('944*211 = 199184') if num1 == 944 and sign == '*' and num2 == 212: print('944*212 = 200128') if num1 == 944 and sign == '*' and num2 == 213: print('944*213 = 201072') if num1 == 944 and sign == '*' and num2 == 214: print('944*214 = 202016') if num1 == 944 and sign == '*' and num2 == 215: print('944*215 = 202960') if num1 == 944 and sign == '*' and num2 == 216: print('944*216 = 203904') if num1 == 944 and sign == '*' and num2 == 217: print('944*217 = 204848') if num1 == 944 and sign == '*' and num2 == 218: print('944*218 = 205792') if num1 == 944 and sign == '*' and num2 == 219: print('944*219 = 206736') if num1 == 944 and sign == '*' and num2 == 220: print('944*220 = 207680') if num1 == 944 and sign == '*' and num2 == 221: print('944*221 = 208624') if num1 == 944 and sign == '*' and num2 == 222: print('944*222 = 209568') if num1 == 944 and sign == '*' and num2 == 223: print('944*223 = 210512') if num1 == 944 and sign == '*' and num2 == 224: print('944*224 = 211456') if num1 == 944 and sign == '*' and num2 == 225: print('944*225 = 212400') if num1 == 944 and sign == '*' and num2 == 226: print('944*226 = 213344') if num1 == 944 and sign == '*' and num2 == 227: print('944*227 = 214288') if num1 == 944 and sign == '*' and num2 == 228: print('944*228 = 215232') if num1 == 944 and sign == '*' and num2 == 229: print('944*229 = 216176') if num1 == 944 and sign == '*' and num2 == 230: print('944*230 = 217120') if num1 == 944 and sign == '*' and num2 == 231: print('944*231 = 218064') if num1 == 944 and sign == '*' and num2 == 232: print('944*232 = 219008') if num1 == 944 and sign == '*' and num2 == 233: print('944*233 = 219952') if num1 == 944 and sign == '*' and num2 == 234: print('944*234 = 220896') if num1 == 944 and sign == '*' and num2 == 235: print('944*235 = 221840') if num1 == 944 and sign == '*' and num2 == 236: print('944*236 = 222784') if num1 == 944 and sign == '*' and num2 == 237: print('944*237 = 223728') if num1 == 944 and sign == '*' and num2 == 238: print('944*238 = 224672') if num1 == 944 and sign == '*' and num2 == 239: print('944*239 = 225616') if num1 == 944 and sign == '*' and num2 == 240: print('944*240 = 226560') if num1 == 944 and sign == '*' and num2 == 241: print('944*241 = 227504') if num1 == 944 and sign == '*' and num2 == 242: print('944*242 = 228448') if num1 == 944 and sign == '*' and num2 == 243: print('944*243 = 229392') if num1 == 944 and sign == '*' and num2 == 244: print('944*244 = 230336') if num1 == 944 and sign == '*' and num2 == 245: print('944*245 = 231280') if num1 == 944 and sign == '*' and num2 == 246: print('944*246 = 232224') if num1 == 944 and sign == '*' and num2 == 247: print('944*247 = 233168') if num1 == 944 and sign == '*' and num2 == 248: print('944*248 = 234112') if num1 == 944 and sign == '*' and num2 == 249: print('944*249 = 235056') if num1 == 945 and sign == '*' and num2 == 200: print('945*200 = 189000') if num1 == 945 and sign == '*' and num2 == 201: print('945*201 = 189945') if num1 == 945 and sign == '*' and num2 == 202: print('945*202 = 190890') if num1 == 945 and sign == '*' and num2 == 203: print('945*203 = 191835') if num1 == 945 and sign == '*' and num2 == 204: print('945*204 = 192780') if num1 == 945 and sign == '*' and num2 == 205: print('945*205 = 193725') if num1 == 945 and sign == '*' and num2 == 206: print('945*206 = 194670') if num1 == 945 and sign == '*' and num2 == 207: print('945*207 = 195615') if num1 == 945 and sign == '*' and num2 == 208: print('945*208 = 196560') if num1 == 945 and sign == '*' and num2 == 209: print('945*209 = 197505') if num1 == 945 and sign == '*' and num2 == 210: print('945*210 = 198450') if num1 == 945 and sign == '*' and num2 == 211: print('945*211 = 199395') if num1 == 945 and sign == '*' and num2 == 212: print('945*212 = 200340') if num1 == 945 and sign == '*' and num2 == 213: print('945*213 = 201285') if num1 == 945 and sign == '*' and num2 == 214: print('945*214 = 202230') if num1 == 945 and sign == '*' and num2 == 215: print('945*215 = 203175') if num1 == 945 and sign == '*' and num2 == 216: print('945*216 = 204120') if num1 == 945 and sign == '*' and num2 == 217: print('945*217 = 205065') if num1 == 945 and sign == '*' and num2 == 218: print('945*218 = 206010') if num1 == 945 and sign == '*' and num2 == 219: print('945*219 = 206955') if num1 == 945 and sign == '*' and num2 == 220: print('945*220 = 207900') if num1 == 945 and sign == '*' and num2 == 221: print('945*221 = 208845') if num1 == 945 and sign == '*' and num2 == 222: print('945*222 = 209790') if num1 == 945 and sign == '*' and num2 == 223: print('945*223 = 210735') if num1 == 945 and sign == '*' and num2 == 224: print('945*224 = 211680') if num1 == 945 and sign == '*' and num2 == 225: print('945*225 = 212625') if num1 == 945 and sign == '*' and num2 == 226: print('945*226 = 213570') if num1 == 945 and sign == '*' and num2 == 227: print('945*227 = 214515') if num1 == 945 and sign == '*' and num2 == 228: print('945*228 = 215460') if num1 == 945 and sign == '*' and num2 == 229: print('945*229 = 216405') if num1 == 945 and sign == '*' and num2 == 230: print('945*230 = 217350') if num1 == 945 and sign == '*' and num2 == 231: print('945*231 = 218295') if num1 == 945 and sign == '*' and num2 == 232: print('945*232 = 219240') if num1 == 945 and sign == '*' and num2 == 233: print('945*233 = 220185') if num1 == 945 and sign == '*' and num2 == 234: print('945*234 = 221130') if num1 == 945 and sign == '*' and num2 == 235: print('945*235 = 222075') if num1 == 945 and sign == '*' and num2 == 236: print('945*236 = 223020') if num1 == 945 and sign == '*' and num2 == 237: print('945*237 = 223965') if num1 == 945 and sign == '*' and num2 == 238: print('945*238 = 224910') if num1 == 945 and sign == '*' and num2 == 239: print('945*239 = 225855') if num1 == 945 and sign == '*' and num2 == 240: print('945*240 = 226800') if num1 == 945 and sign == '*' and num2 == 241: print('945*241 = 227745') if num1 == 945 and sign == '*' and num2 == 242: print('945*242 = 228690') if num1 == 945 and sign == '*' and num2 == 243: print('945*243 = 229635') if num1 == 945 and sign == '*' and num2 == 244: print('945*244 = 230580') if num1 == 945 and sign == '*' and num2 == 245: print('945*245 = 231525') if num1 == 945 and sign == '*' and num2 == 246: print('945*246 = 232470') if num1 == 945 and sign == '*' and num2 == 247: print('945*247 = 233415') if num1 == 945 and sign == '*' and num2 == 248: print('945*248 = 234360') if num1 == 945 and sign == '*' and num2 == 249: print('945*249 = 235305') if num1 == 946 and sign == '*' and num2 == 200: print('946*200 = 189200') if num1 == 946 and sign == '*' and num2 == 201: print('946*201 = 190146') if num1 == 946 and sign == '*' and num2 == 202: print('946*202 = 191092') if num1 == 946 and sign == '*' and num2 == 203: print('946*203 = 192038') if num1 == 946 and sign == '*' and num2 == 204: print('946*204 = 192984') if num1 == 946 and sign == '*' and num2 == 205: print('946*205 = 193930') if num1 == 946 and sign == '*' and num2 == 206: print('946*206 = 194876') if num1 == 946 and sign == '*' and num2 == 207: print('946*207 = 195822') if num1 == 946 and sign == '*' and num2 == 208: print('946*208 = 196768') if num1 == 946 and sign == '*' and num2 == 209: print('946*209 = 197714') if num1 == 946 and sign == '*' and num2 == 210: print('946*210 = 198660') if num1 == 946 and sign == '*' and num2 == 211: print('946*211 = 199606') if num1 == 946 and sign == '*' and num2 == 212: print('946*212 = 200552') if num1 == 946 and sign == '*' and num2 == 213: print('946*213 = 201498') if num1 == 946 and sign == '*' and num2 == 214: print('946*214 = 202444') if num1 == 946 and sign == '*' and num2 == 215: print('946*215 = 203390') if num1 == 946 and sign == '*' and num2 == 216: print('946*216 = 204336') if num1 == 946 and sign == '*' and num2 == 217: print('946*217 = 205282') if num1 == 946 and sign == '*' and num2 == 218: print('946*218 = 206228') if num1 == 946 and sign == '*' and num2 == 219: print('946*219 = 207174') if num1 == 946 and sign == '*' and num2 == 220: print('946*220 = 208120') if num1 == 946 and sign == '*' and num2 == 221: print('946*221 = 209066') if num1 == 946 and sign == '*' and num2 == 222: print('946*222 = 210012') if num1 == 946 and sign == '*' and num2 == 223: print('946*223 = 210958') if num1 == 946 and sign == '*' and num2 == 224: print('946*224 = 211904') if num1 == 946 and sign == '*' and num2 == 225: print('946*225 = 212850') if num1 == 946 and sign == '*' and num2 == 226: print('946*226 = 213796') if num1 == 946 and sign == '*' and num2 == 227: print('946*227 = 214742') if num1 == 946 and sign == '*' and num2 == 228: print('946*228 = 215688') if num1 == 946 and sign == '*' and num2 == 229: print('946*229 = 216634') if num1 == 946 and sign == '*' and num2 == 230: print('946*230 = 217580') if num1 == 946 and sign == '*' and num2 == 231: print('946*231 = 218526') if num1 == 946 and sign == '*' and num2 == 232: print('946*232 = 219472') if num1 == 946 and sign == '*' and num2 == 233: print('946*233 = 220418') if num1 == 946 and sign == '*' and num2 == 234: print('946*234 = 221364') if num1 == 946 and sign == '*' and num2 == 235: print('946*235 = 222310') if num1 == 946 and sign == '*' and num2 == 236: print('946*236 = 223256') if num1 == 946 and sign == '*' and num2 == 237: print('946*237 = 224202') if num1 == 946 and sign == '*' and num2 == 238: print('946*238 = 225148') if num1 == 946 and sign == '*' and num2 == 239: print('946*239 = 226094') if num1 == 946 and sign == '*' and num2 == 240: print('946*240 = 227040') if num1 == 946 and sign == '*' and num2 == 241: print('946*241 = 227986') if num1 == 946 and sign == '*' and num2 == 242: print('946*242 = 228932') if num1 == 946 and sign == '*' and num2 == 243: print('946*243 = 229878') if num1 == 946 and sign == '*' and num2 == 244: print('946*244 = 230824') if num1 == 946 and sign == '*' and num2 == 245: print('946*245 = 231770') if num1 == 946 and sign == '*' and num2 == 246: print('946*246 = 232716') if num1 == 946 and sign == '*' and num2 == 247: print('946*247 = 233662') if num1 == 946 and sign == '*' and num2 == 248: print('946*248 = 234608') if num1 == 946 and sign == '*' and num2 == 249: print('946*249 = 235554') if num1 == 947 and sign == '*' and num2 == 200: print('947*200 = 189400') if num1 == 947 and sign == '*' and num2 == 201: print('947*201 = 190347') if num1 == 947 and sign == '*' and num2 == 202: print('947*202 = 191294') if num1 == 947 and sign == '*' and num2 == 203: print('947*203 = 192241') if num1 == 947 and sign == '*' and num2 == 204: print('947*204 = 193188') if num1 == 947 and sign == '*' and num2 == 205: print('947*205 = 194135') if num1 == 947 and sign == '*' and num2 == 206: print('947*206 = 195082') if num1 == 947 and sign == '*' and num2 == 207: print('947*207 = 196029') if num1 == 947 and sign == '*' and num2 == 208: print('947*208 = 196976') if num1 == 947 and sign == '*' and num2 == 209: print('947*209 = 197923') if num1 == 947 and sign == '*' and num2 == 210: print('947*210 = 198870') if num1 == 947 and sign == '*' and num2 == 211: print('947*211 = 199817') if num1 == 947 and sign == '*' and num2 == 212: print('947*212 = 200764') if num1 == 947 and sign == '*' and num2 == 213: print('947*213 = 201711') if num1 == 947 and sign == '*' and num2 == 214: print('947*214 = 202658') if num1 == 947 and sign == '*' and num2 == 215: print('947*215 = 203605') if num1 == 947 and sign == '*' and num2 == 216: print('947*216 = 204552') if num1 == 947 and sign == '*' and num2 == 217: print('947*217 = 205499') if num1 == 947 and sign == '*' and num2 == 218: print('947*218 = 206446') if num1 == 947 and sign == '*' and num2 == 219: print('947*219 = 207393') if num1 == 947 and sign == '*' and num2 == 220: print('947*220 = 208340') if num1 == 947 and sign == '*' and num2 == 221: print('947*221 = 209287') if num1 == 947 and sign == '*' and num2 == 222: print('947*222 = 210234') if num1 == 947 and sign == '*' and num2 == 223: print('947*223 = 211181') if num1 == 947 and sign == '*' and num2 == 224: print('947*224 = 212128') if num1 == 947 and sign == '*' and num2 == 225: print('947*225 = 213075') if num1 == 947 and sign == '*' and num2 == 226: print('947*226 = 214022') if num1 == 947 and sign == '*' and num2 == 227: print('947*227 = 214969') if num1 == 947 and sign == '*' and num2 == 228: print('947*228 = 215916') if num1 == 947 and sign == '*' and num2 == 229: print('947*229 = 216863') if num1 == 947 and sign == '*' and num2 == 230: print('947*230 = 217810') if num1 == 947 and sign == '*' and num2 == 231: print('947*231 = 218757') if num1 == 947 and sign == '*' and num2 == 232: print('947*232 = 219704') if num1 == 947 and sign == '*' and num2 == 233: print('947*233 = 220651') if num1 == 947 and sign == '*' and num2 == 234: print('947*234 = 221598') if num1 == 947 and sign == '*' and num2 == 235: print('947*235 = 222545') if num1 == 947 and sign == '*' and num2 == 236: print('947*236 = 223492') if num1 == 947 and sign == '*' and num2 == 237: print('947*237 = 224439') if num1 == 947 and sign == '*' and num2 == 238: print('947*238 = 225386') if num1 == 947 and sign == '*' and num2 == 239: print('947*239 = 226333') if num1 == 947 and sign == '*' and num2 == 240: print('947*240 = 227280') if num1 == 947 and sign == '*' and num2 == 241: print('947*241 = 228227') if num1 == 947 and sign == '*' and num2 == 242: print('947*242 = 229174') if num1 == 947 and sign == '*' and num2 == 243: print('947*243 = 230121') if num1 == 947 and sign == '*' and num2 == 244: print('947*244 = 231068') if num1 == 947 and sign == '*' and num2 == 245: print('947*245 = 232015') if num1 == 947 and sign == '*' and num2 == 246: print('947*246 = 232962') if num1 == 947 and sign == '*' and num2 == 247: print('947*247 = 233909') if num1 == 947 and sign == '*' and num2 == 248: print('947*248 = 234856') if num1 == 947 and sign == '*' and num2 == 249: print('947*249 = 235803') if num1 == 948 and sign == '*' and num2 == 200: print('948*200 = 189600') if num1 == 948 and sign == '*' and num2 == 201: print('948*201 = 190548') if num1 == 948 and sign == '*' and num2 == 202: print('948*202 = 191496') if num1 == 948 and sign == '*' and num2 == 203: print('948*203 = 192444') if num1 == 948 and sign == '*' and num2 == 204: print('948*204 = 193392') if num1 == 948 and sign == '*' and num2 == 205: print('948*205 = 194340') if num1 == 948 and sign == '*' and num2 == 206: print('948*206 = 195288') if num1 == 948 and sign == '*' and num2 == 207: print('948*207 = 196236') if num1 == 948 and sign == '*' and num2 == 208: print('948*208 = 197184') if num1 == 948 and sign == '*' and num2 == 209: print('948*209 = 198132') if num1 == 948 and sign == '*' and num2 == 210: print('948*210 = 199080') if num1 == 948 and sign == '*' and num2 == 211: print('948*211 = 200028') if num1 == 948 and sign == '*' and num2 == 212: print('948*212 = 200976') if num1 == 948 and sign == '*' and num2 == 213: print('948*213 = 201924') if num1 == 948 and sign == '*' and num2 == 214: print('948*214 = 202872') if num1 == 948 and sign == '*' and num2 == 215: print('948*215 = 203820') if num1 == 948 and sign == '*' and num2 == 216: print('948*216 = 204768') if num1 == 948 and sign == '*' and num2 == 217: print('948*217 = 205716') if num1 == 948 and sign == '*' and num2 == 218: print('948*218 = 206664') if num1 == 948 and sign == '*' and num2 == 219: print('948*219 = 207612') if num1 == 948 and sign == '*' and num2 == 220: print('948*220 = 208560') if num1 == 948 and sign == '*' and num2 == 221: print('948*221 = 209508') if num1 == 948 and sign == '*' and num2 == 222: print('948*222 = 210456') if num1 == 948 and sign == '*' and num2 == 223: print('948*223 = 211404') if num1 == 948 and sign == '*' and num2 == 224: print('948*224 = 212352') if num1 == 948 and sign == '*' and num2 == 225: print('948*225 = 213300') if num1 == 948 and sign == '*' and num2 == 226: print('948*226 = 214248') if num1 == 948 and sign == '*' and num2 == 227: print('948*227 = 215196') if num1 == 948 and sign == '*' and num2 == 228: print('948*228 = 216144') if num1 == 948 and sign == '*' and num2 == 229: print('948*229 = 217092') if num1 == 948 and sign == '*' and num2 == 230: print('948*230 = 218040') if num1 == 948 and sign == '*' and num2 == 231: print('948*231 = 218988') if num1 == 948 and sign == '*' and num2 == 232: print('948*232 = 219936') if num1 == 948 and sign == '*' and num2 == 233: print('948*233 = 220884') if num1 == 948 and sign == '*' and num2 == 234: print('948*234 = 221832') if num1 == 948 and sign == '*' and num2 == 235: print('948*235 = 222780') if num1 == 948 and sign == '*' and num2 == 236: print('948*236 = 223728') if num1 == 948 and sign == '*' and num2 == 237: print('948*237 = 224676') if num1 == 948 and sign == '*' and num2 == 238: print('948*238 = 225624') if num1 == 948 and sign == '*' and num2 == 239: print('948*239 = 226572') if num1 == 948 and sign == '*' and num2 == 240: print('948*240 = 227520') if num1 == 948 and sign == '*' and num2 == 241: print('948*241 = 228468') if num1 == 948 and sign == '*' and num2 == 242: print('948*242 = 229416') if num1 == 948 and sign == '*' and num2 == 243: print('948*243 = 230364') if num1 == 948 and sign == '*' and num2 == 244: print('948*244 = 231312') if num1 == 948 and sign == '*' and num2 == 245: print('948*245 = 232260') if num1 == 948 and sign == '*' and num2 == 246: print('948*246 = 233208') if num1 == 948 and sign == '*' and num2 == 247: print('948*247 = 234156') if num1 == 948 and sign == '*' and num2 == 248: print('948*248 = 235104') if num1 == 948 and sign == '*' and num2 == 249: print('948*249 = 236052') if num1 == 949 and sign == '*' and num2 == 200: print('949*200 = 189800') if num1 == 949 and sign == '*' and num2 == 201: print('949*201 = 190749') if num1 == 949 and sign == '*' and num2 == 202: print('949*202 = 191698') if num1 == 949 and sign == '*' and num2 == 203: print('949*203 = 192647') if num1 == 949 and sign == '*' and num2 == 204: print('949*204 = 193596') if num1 == 949 and sign == '*' and num2 == 205: print('949*205 = 194545') if num1 == 949 and sign == '*' and num2 == 206: print('949*206 = 195494') if num1 == 949 and sign == '*' and num2 == 207: print('949*207 = 196443') if num1 == 949 and sign == '*' and num2 == 208: print('949*208 = 197392') if num1 == 949 and sign == '*' and num2 == 209: print('949*209 = 198341') if num1 == 949 and sign == '*' and num2 == 210: print('949*210 = 199290') if num1 == 949 and sign == '*' and num2 == 211: print('949*211 = 200239') if num1 == 949 and sign == '*' and num2 == 212: print('949*212 = 201188') if num1 == 949 and sign == '*' and num2 == 213: print('949*213 = 202137') if num1 == 949 and sign == '*' and num2 == 214: print('949*214 = 203086') if num1 == 949 and sign == '*' and num2 == 215: print('949*215 = 204035') if num1 == 949 and sign == '*' and num2 == 216: print('949*216 = 204984') if num1 == 949 and sign == '*' and num2 == 217: print('949*217 = 205933') if num1 == 949 and sign == '*' and num2 == 218: print('949*218 = 206882') if num1 == 949 and sign == '*' and num2 == 219: print('949*219 = 207831') if num1 == 949 and sign == '*' and num2 == 220: print('949*220 = 208780') if num1 == 949 and sign == '*' and num2 == 221: print('949*221 = 209729') if num1 == 949 and sign == '*' and num2 == 222: print('949*222 = 210678') if num1 == 949 and sign == '*' and num2 == 223: print('949*223 = 211627') if num1 == 949 and sign == '*' and num2 == 224: print('949*224 = 212576') if num1 == 949 and sign == '*' and num2 == 225: print('949*225 = 213525') if num1 == 949 and sign == '*' and num2 == 226: print('949*226 = 214474') if num1 == 949 and sign == '*' and num2 == 227: print('949*227 = 215423') if num1 == 949 and sign == '*' and num2 == 228: print('949*228 = 216372') if num1 == 949 and sign == '*' and num2 == 229: print('949*229 = 217321') if num1 == 949 and sign == '*' and num2 == 230: print('949*230 = 218270') if num1 == 949 and sign == '*' and num2 == 231: print('949*231 = 219219') if num1 == 949 and sign == '*' and num2 == 232: print('949*232 = 220168') if num1 == 949 and sign == '*' and num2 == 233: print('949*233 = 221117') if num1 == 949 and sign == '*' and num2 == 234: print('949*234 = 222066') if num1 == 949 and sign == '*' and num2 == 235: print('949*235 = 223015') if num1 == 949 and sign == '*' and num2 == 236: print('949*236 = 223964') if num1 == 949 and sign == '*' and num2 == 237: print('949*237 = 224913') if num1 == 949 and sign == '*' and num2 == 238: print('949*238 = 225862') if num1 == 949 and sign == '*' and num2 == 239: print('949*239 = 226811') if num1 == 949 and sign == '*' and num2 == 240: print('949*240 = 227760') if num1 == 949 and sign == '*' and num2 == 241: print('949*241 = 228709') if num1 == 949 and sign == '*' and num2 == 242: print('949*242 = 229658') if num1 == 949 and sign == '*' and num2 == 243: print('949*243 = 230607') if num1 == 949 and sign == '*' and num2 == 244: print('949*244 = 231556') if num1 == 949 and sign == '*' and num2 == 245: print('949*245 = 232505') if num1 == 949 and sign == '*' and num2 == 246: print('949*246 = 233454') if num1 == 949 and sign == '*' and num2 == 247: print('949*247 = 234403') if num1 == 949 and sign == '*' and num2 == 248: print('949*248 = 235352') if num1 == 949 and sign == '*' and num2 == 249: print('949*249 = 236301')

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ivan.tarasenko@oracle.com

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#!/Users/alessiomatricardi/Desktop/calc4testing/venv/bin/python3.9 # -*- coding: utf-8 -*- import re import sys from tox import cmdline if __name__ == '__main__': sys.argv[0] = re.sub(r'(-script\.pyw|\.exe)?$', '', sys.argv[0]) sys.exit(cmdline())

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alessiomatricardi@yahoo.com

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dagbay/RegisterYourCar

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from website_car import create_app app = create_app() if __name__ == '__main__': app.run(debug=True) # Debug is true for development purposes.

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""" The interface to load log datasets. The datasets currently supported include HDFS and BGL. Authors: LogPAI Team """ import pandas as pd import os import numpy as np import re from sklearn.utils import shuffle from collections import OrderedDict def _split_data(x_data, y_data=None, train_ratio=0, split_type='uniform'): if split_type == 'uniform' and y_data is not None: pos_idx = y_data > 0 x_pos = x_data[pos_idx] y_pos = y_data[pos_idx] x_neg = x_data[~pos_idx] y_neg = y_data[~pos_idx] train_pos = int(train_ratio * x_pos.shape[0]) train_neg = int(train_ratio * x_neg.shape[0]) x_train = np.hstack([x_pos[0:train_pos], x_neg[0:train_neg]]) y_train = np.hstack([y_pos[0:train_pos], y_neg[0:train_neg]]) x_test = np.hstack([x_pos[train_pos:], x_neg[train_neg:]]) y_test = np.hstack([y_pos[train_pos:], y_neg[train_neg:]]) elif split_type == 'sequential': num_train = int(train_ratio * x_data.shape[0]) x_train = x_data[0:num_train] x_test = x_data[num_train:] if y_data is None: y_train = None y_test = None else: y_train = y_data[0:num_train] y_test = y_data[num_train:] # Random shuffle indexes = shuffle(np.arange(x_train.shape[0])) x_train = x_train[indexes] if y_train is not None: y_train = y_train[indexes] return (x_train, y_train), (x_test, y_test) def recover_window(x_train,y_train,x_test,y_test,window_size): if window_size > 0: x_train, window_y_train, y_train = slice_hdfs(x_train, y_train, window_size) x_test, window_y_test, y_test = slice_hdfs(x_test, y_test, window_size) log = "{} {} windows ({}/{} anomaly), {}/{} normal" print(log.format("Train:", x_train.shape[0], y_train.sum(), y_train.shape[0], (1 - y_train).sum(), y_train.shape[0])) print(log.format("Test:", x_test.shape[0], y_test.sum(), y_test.shape[0], (1 - y_test).sum(), y_test.shape[0])) return (x_train, window_y_train, y_train), (x_test, window_y_test, y_test) def load_HDFS(log_file, label_file=None, window='session', train_ratio=0.5, split_type='sequential', save_csv=False, window_size=0): """ Load HDFS structured log into train and test data Arguments --------- log_file: str, the file path of structured log. 字符串，结构化的日志文件路径 label_file: str, the file path of anomaly labels, None for unlabeled data 字符串，带异常标签的文件路径 window: str, the window options including `session` (default). 字符串，窗口类型 train_ratio: float, the ratio of training data for train/test split.浮点型，训练数据与测试数据的比例 split_type: `uniform统一的` or `sequential有序的`, which determines how to split dataset. `uniform` means to split positive samples and negative samples equally when setting label_file. `sequential` means to split the data sequentially without label_file. That is, the first part is for training, while the second part is for testing. 确定如何拆分数据集，统一的或是有序的 uniform 意思是在建立文件标签时按照正样本和负样本划分 sequential 意思是不使用文件标签，按顺序将数据划分为两类，第一类用来训练，第二类用来测试 Returns ------- (x_train, y_train): the training data (x_test, y_test): the testing data """ print('====== Input data summary ======***') print('====== Input data summary ======') if log_file.endswith('.npz'): # Split training and validation set in a class-uniform way data = np.load(log_file,allow_pickle=True) x_data = data['x_data'] y_data = data['y_data'] (x_train, y_train), (x_test, y_test) = _split_data(x_data, y_data, train_ratio, split_type) elif log_file.endswith('.csv'): assert window == 'session', "Only window=session is supported for HDFS dataset." print("Loading", log_file) struct_log = pd.read_csv(log_file, engine='c',##使用c为分析引擎 na_filter=False, memory_map=True) ##na_filter=False 是否检查丢失值（空字符串或者是空值）。对于大文件来说数据集中没有空值，设定na_filter=False可以提升读取速度。 ##memory_map=True如果使用的文件在内存内，那么直接map文件使用。使用这种方式可以避免文件再次进行IO操作。 data_dict = OrderedDict()##将排序函数赋值给data_dict for idx, row in struct_log.iterrows(): blkId_list = re.findall(r'(blk_-?\d+)', row['Content']) blkId_set = set(blkId_list) for blk_Id in blkId_set: if not blk_Id in data_dict: data_dict[blk_Id] = [] data_dict[blk_Id].append(row['EventId']) data_df = pd.DataFrame(list(data_dict.items()), columns=['BlockId', 'EventSequence']) # print(data_df) if label_file: # Split training and validation set in a class-uniform way label_data = pd.read_csv(label_file, engine='c', na_filter=False, memory_map=True) label_data = label_data.set_index('BlockId') label_dict = label_data['Label'].to_dict() data_df['Label'] = data_df['BlockId'].apply(lambda x: 1 if label_dict[x] == 'Anomaly' else 0) # Split train and test data (x_train, y_train), (x_test, y_test) = _split_data(data_df['EventSequence'].values, data_df['Label'].values, train_ratio, split_type) print("哈哈哈我被调用了") print(y_train.sum(), y_test.sum()) for i in x_train: i=np.array(i) if save_csv: data_df.to_csv('data_instances.csv', index=False) if window_size > 0: x_train, window_y_train, y_train = slice_hdfs(x_train, y_train, window_size) x_test, window_y_test, y_test = slice_hdfs(x_test, y_test, window_size) ####################分层分组 # X_event=np.copy(x_train['EventSequence']) # # print('player:',np.unique(window_y_train)) # # T2=[X_event[i].append(window_y_train[i]) for i in range(0,len(X_event))] # T=np.c_[np.array(list(X_event)).reshape(-1,2),window_y_train,] # # Uniquelist=np.unique(X_event).reshape(-1,1) # # new_array = [np.array(row) for row in T] ########################### log = "{} {} windows ({}/{} anomaly), {}/{} normal" print(log.format("Train:", x_train.shape[0], y_train.sum(), y_train.shape[0], (1-y_train).sum(), y_train.shape[0])) print(log.format("Test:", x_test.shape[0], y_test.sum(), y_test.shape[0], (1-y_test).sum(), y_test.shape[0])) return (x_train, window_y_train, y_train), (x_test, window_y_test, y_test) if label_file is None: if split_type == 'uniform': split_type = 'sequential' print('Warning: Only split_type=sequential is supported \ if label_file=None.'.format(split_type)) # Split training and validation set sequentially x_data = data_df['EventSequence'].values (x_train, _), (x_test, _) = _split_data(x_data, train_ratio=train_ratio, split_type=split_type) print('Total: {} instances, train: {} instances, test: {} instances'.format( x_data.shape[0], x_train.shape[0], x_test.shape[0])) return (x_train, None), (x_test, None), data_df else: raise NotImplementedError('load_HDFS() only support csv and npz files!') num_train = x_train.shape[0] num_test = x_test.shape[0] num_total = num_train + num_test num_train_pos = sum(y_train) num_test_pos = sum(y_test) num_pos = num_train_pos + num_test_pos print('Total: {} instances, {} anomaly, {} normal' \ .format(num_total, num_pos, num_total - num_pos)) print('Train: {} instances, {} anomaly, {} normal' \ .format(num_train, num_train_pos, num_train - num_train_pos)) print('Test: {} instances, {} anomaly, {} normal\n' \ .format(num_test, num_test_pos, num_test - num_test_pos)) return (x_train, y_train), (x_test, y_test) def slice_hdfs(x, y, window_size): results_data = [] print("Slicing {} sessions, with window {}".format(x.shape[0], window_size)) for idx, sequence in enumerate(x): seqlen = len(sequence) i = 0 while (i + window_size) < seqlen: slice = sequence[i: i + window_size] results_data.append([idx, slice, sequence[i + window_size], y[idx]]) i += 1 else: slice = sequence[i: i + window_size] slice += ["#Pad"] * (window_size - len(slice)) results_data.append([idx, slice, "#Pad", y[idx]]) results_df = pd.DataFrame(results_data, columns=["SessionId", "EventSequence", "Label", "SessionLabel"]) print("Slicing done, {} windows generated".format(results_df.shape[0])) return results_df[["SessionId", "EventSequence"]], results_df["Label"], results_df["SessionLabel"] def load_BGL(log_file, label_file=None, window='sliding', time_interval=60, stepping_size=60, train_ratio=0.8): """ TODO """ def bgl_preprocess_data(para, raw_data, event_mapping_data): """ split logs into sliding windows, built an event count matrix and get the corresponding label Args: -------- para: the parameters dictionary raw_data: list of (label, time) event_mapping_data: a list of event index, where each row index indicates a corresponding log Returns: -------- event_count_matrix: event count matrix, where each row is an instance (log sequence vector) labels: a list of labels, 1 represents anomaly """ # create the directory for saving the sliding windows (start_index, end_index), which can be directly loaded in future running if not os.path.exists(para['save_path']): os.mkdir(para['save_path']) log_size = raw_data.shape[0] sliding_file_path = para['save_path']+'sliding_'+str(para['window_size'])+'h_'+str(para['step_size'])+'h.csv' #=============divide into sliding windows=========# start_end_index_list = [] # list of tuples, tuple contains two number, which represent the start and end of sliding time window label_data, time_data = raw_data[:,0], raw_data[:, 1] if not os.path.exists(sliding_file_path): # split into sliding window start_time = time_data[0] start_index = 0 end_index = 0 # get the first start, end index, end time for cur_time in time_data: if cur_time < start_time + para['window_size']*3600: end_index += 1 end_time = cur_time else: start_end_pair=tuple((start_index,end_index)) start_end_index_list.append(start_end_pair) break # move the start and end index until next sliding window while end_index < log_size: start_time = start_time + para['step_size']*3600 end_time = end_time + para['step_size']*3600 for i in range(start_index,end_index): if time_data[i] < start_time: i+=1 else: break for j in range(end_index, log_size): if time_data[j] < end_time: j+=1 else: break start_index = i end_index = j start_end_pair = tuple((start_index, end_index)) start_end_index_list.append(start_end_pair) inst_number = len(start_end_index_list) print('there are %d instances (sliding windows) in this dataset\n'%inst_number) np.savetxt(sliding_file_path,start_end_index_list,delimiter=',',fmt='%d') else: print('Loading start_end_index_list from file') start_end_index_list = pd.read_csv(sliding_file_path, header=None).values inst_number = len(start_end_index_list) print('there are %d instances (sliding windows) in this dataset' % inst_number) # get all the log indexes in each time window by ranging from start_index to end_index expanded_indexes_list=[] for t in range(inst_number): index_list = [] expanded_indexes_list.append(index_list) for i in range(inst_number): start_index = start_end_index_list[i][0] end_index = start_end_index_list[i][1] for l in range(start_index, end_index): expanded_indexes_list[i].append(l) event_mapping_data = [row[0] for row in event_mapping_data] event_num = len(list(set(event_mapping_data))) print('There are %d log events'%event_num) #=============get labels and event count of each sliding window =========# labels = [] event_count_matrix = np.zeros((inst_number,event_num)) for j in range(inst_number): label = 0 #0 represent success, 1 represent failure for k in expanded_indexes_list[j]: event_index = event_mapping_data[k] event_count_matrix[j, event_index] += 1 if label_data[k]: label = 1 continue labels.append(label) assert inst_number == len(labels) print("Among all instances, %d are anomalies"%sum(labels)) assert event_count_matrix.shape[0] == len(labels) return event_count_matrix, labels

[ "jesco4482@gmail.com" ]

jesco4482@gmail.com

8ff499f46838a0962c4c120ae559e75c9314dcb8

c2bd6c9fa7c8fe8e1b71deec11f7247419035b2d

/urls.py

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[]

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HelloWorldPeru/redAutonoma

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refs/heads/master

2021-01-25T03:54:26.703316

2013-11-10T17:27:44

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import connection as cn from views import dashboard from views import home from views import phonegap app = cn.app #Website app.add_url_rule('/', view_func=home.index) app.add_url_rule('/login', view_func=home.log, methods=['GET', 'POST']) app.add_url_rule('/logout', view_func=home.logout) #Dashboard app.add_url_rule('/dashboard', view_func=dashboard.dashboard) app.add_url_rule('/dashboard/carreras-list', view_func=dashboard.carreras) app.add_url_rule('/dashboard/criterios-list', view_func=dashboard.criterios) app.add_url_rule('/dashboard/profesor-list', view_func=dashboard.profesores) app.add_url_rule('/dashboard/turno-list', view_func=dashboard.turnos) app.add_url_rule('/dashboard/usuarios-list', view_func=dashboard.usuarios) app.add_url_rule('/dashboard/usuarios-detail/<int:token_user>', view_func=dashboard.detale_usuario) app.add_url_rule('/dashboard/cursos-list', view_func=dashboard.cursos) #WebService (Phonegap) app.add_url_rule('/login-ajax', view_func=phonegap.login_ajax, methods=['POST']) app.add_url_rule('/login-token', view_func=phonegap.login_token, methods=['POST']) app.add_url_rule('/actualizar', view_func=phonegap.update_information, methods=['POST']) app.add_url_rule('/perfil', view_func=phonegap.get_current_user, methods=['POST']) app.add_url_rule('/carrera', view_func=phonegap.get_current_carreras) app.add_url_rule('/criterios', view_func=phonegap.get_criterios) app.add_url_rule('/turno', view_func=phonegap.get_current_turno) app.add_url_rule('/curso', view_func=phonegap.get_curso, methods=['POST']) app.add_url_rule('/califica', view_func=phonegap.calificar_curso, methods=['POST']) #Ejecutando servidor if __name__ == "__main__": app.run(debug=True)

[ "Jonathancg90@gmail.com" ]

Jonathancg90@gmail.com

b546fba116b12c32eecc1627b25695ff587079b3

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/units/migrations/0006_auto_20211002_0951.py

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[]

no_license

Sept-Hackathon-Team8/Django-backend

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2023-09-02T19:47:45.726985

2021-11-03T16:00:05

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# Generated by Django 3.1.13 on 2021-10-02 09:51 from django.db import migrations, models import django.db.models.deletion class Migration(migrations.Migration): dependencies = [ ('units', '0005_auto_20211002_0915'), ] operations = [ migrations.AlterModelOptions( name='unit', options={'ordering': ['order']}, ), migrations.AlterField( model_name='task', name='unit', field=models.ForeignKey(on_delete=django.db.models.deletion.CASCADE, related_name='tasks', to='units.unit'), ), ]

[ "commonzenmedia@gmail.com" ]

commonzenmedia@gmail.com

d7aebebb169f95c5469949fb86170cf4d6013507

64a5f836b1b1024e0dce4bd60e3e93bb0b8ec084

/library/migrations/0005_issuedbooks_datetime.py

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Sonic-Master/Library-Management-System

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2020-04-14T06:31:51

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# Generated by Django 2.2.6 on 2020-03-20 09:33 from django.db import migrations, models import django.utils.timezone class Migration(migrations.Migration): dependencies = [ ('library', '0004_remove_issuedbooks_datetime'), ] operations = [ migrations.AddField( model_name='issuedbooks', name='datetime', field=models.DateTimeField(default=django.utils.timezone.now), preserve_default=False, ), ]

[ "jinshad4212@gmail.com" ]

jinshad4212@gmail.com

6c9c21c685c14aa3bdf2a4f48ea2f84410ab5e09

c864f6423987b94408faff890697be096757e741

/RandomWalk.py

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no_license

chamindu123/Physics

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d53f4977c8154d16f6e340592b97808ebea88a9f

refs/heads/master

2021-01-09T05:30:32.549931

2017-02-26T23:44:02

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import math import pylab as plt from random import randint def randwalk(): #returns a list of displacements with each step x = 0 y = 0 coord = [] for i in range(0,100): a = randint(1,4) if a == 1: #up y+=1 elif a == 2: #down y-=1 elif a == 3: #right x+=1 else: #left x-=1 coord.append(math.sqrt((x*x)+(y*y))) return coord def main(): num_of_runs = 5000 #Number of runs to be averaged #-- Averaging routine --# fin = randwalk() for n in range(0,num_of_runs-1): p = randwalk() for i in range(0,100): fin[i] += p[i] for i in range(0,100): fin[i] /=num_of_runs #----------------------# fin.insert(0,0) #zero steps -> zero displacement #-- Plotting routine --# plt.plot(fin) plt.ylabel('Net Displacement') plt.xlabel('Steps') plt.show() #----------------------# if __name__ == '__main__': main()

[ "noreply@github.com" ]

noreply@github.com

e3115e42846e195446fc894e10dd6ac61f5d1618

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/4_Podstawowa wiedza o języku/4.33_String.py

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rucpata/udemy-python_poczatkujacy

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atext='This is a text' atext.endswith('ext') atext.endswith('ext.')

[ "rucinska.patrycja@gmail.com" ]

rucinska.patrycja@gmail.com

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/grad_network.py

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[]

no_license

coreyjpieper/netsci-capstone

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2023-01-04T18:52:28.104647

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import itertools import re from pprint import pp from typing import List, Tuple, Dict, Union subject_to_prefix = { "African Studies": "AFRI", "American Studies": "AMST", "Anthropology": "ANTH", "Applied Mathematics and Statistics": "AMS", "Art": "ART", "Asian Studies": "ASIA", "Biology": "BIOL", "Chemistry": "CHEM", "Chinese": "CHIN", "Classical Mediterranean and Middle East": "CLAS", "Cognitive Science": "CGSC", "Community and Global Health": "CGHC", "Computer Science": "COMP", "Critical Theory": "CRIT", "Data Science": "DATA", "Economics": "ECON", "Educational Studies": "EDUC", "English": "ENGL", "Environmental Studies": "ENVI", "Food, Agriculture and Society": "FASC", "French": "FREN", "Geography": "GEOG", "Geology": "GEOL", "German Studies": "GERM", "History": "HIST", "Human Rights and Humanitarianism": "HRHC", "Individually Designed Interdepartmental": "IDDI", "International Development": "INDE", "International Studies": "INTL", "Japanese": "JAPA", "Latin American Studies": "LATI", "Legal Studies": "LGLS", "Linguistics": "LING", "Mathematics": "MATH", "Media Studies": "MDST", "Media and Cultural Studies": "MCST", "Middle Eastern Studies and Islamic Civilization": "MEIC", "Music": "MUSI", "Neuroscience": "NSCI", "Performance Design and Technologies": "PFDT", "Philosophy": "PHIL", "Physics": "PHYS", "Political Science": "POLI", "Portuguese": "PORT", "Psychology": "PSYC", "Religious Studies": "RELI", "Russian Studies": "RUSS", "Sociology": "SOCI", "Spanish": "SPAN", "Statistics": "STAT", "Theater": "THTR", "Theater and Dance": "THDA", "Urban Studies": "URBN", "Women's, Gender, and Sexuality Studies": "WGSS" } prefix_to_subject = {v: k for k, v in subject_to_prefix.items()} def create_nodes(in_file, out_file): degree_counts = count_grad_degrees(in_file) with open(out_file, 'w') as f: f.write("Id, Label, Weight, Size\n") for subject, counts in degree_counts.items(): prefix = subject_to_prefix[subject.replace(" Concentration", "")] if type(counts) == int: # concentration weight = 0.5 * counts size = counts else: # majors and minors weight = 1 * counts["major"] + 0.5 * counts["minor"] size = counts["major"] + counts["minor"] f.write(f'{prefix}, "{subject}", {weight}, {size}\n') # ex: ANTH, "Anthropology", 17.5, 19 def create_edges(in_file, out_file): with open(in_file, 'r') as inp: with open(out_file, 'w') as out: out.write("Source, Target, Type, Weight\n") for line in inp: # read the subject and the word Major/Minor/Concentration, ex: (Computer Science) (Major) degrees = re.findall(r"(?:, )?(.*?) (Major|Minor|Concentration)", line) subject_pairs = itertools.combinations(degrees, 2) # flatten tuples in the list # (('Chemistry', 'Major'), ('Biology', 'Minor')), --> ('Chemistry', 'Major', 'Biology', 'Minor'), subject_pairs = [i[0] + i[1] for i in subject_pairs] for pair in subject_pairs: edge_weight = compute_edge_weight(pair[1], pair[3]) prefix_1, prefix_2 = subject_to_prefix[pair[0]], subject_to_prefix[pair[2]] out.write(f'{prefix_1}, {prefix_2}, Undirected, {edge_weight}\n') def compute_edge_weight(degree_type_1, degree_type_2): if degree_type_1 == "Major" and degree_type_2 == "Major": return 1 else: return 0.5 def clean_commencement_text(in_file, out_file, separate_AMS=True, merge_majors=True, repl_apostrophe=True): new_text: str with open(in_file, 'r', encoding="utf-8") as f: text = f.read() # combine lines with major/minor/concentration info into one line new_text, num_subs = re.subn(r"""(?x) (.* (?:Major|Minor) .*)\n # match the first line (.* (?:Major|Minor|\b and\b|Concentration) .*)\n # match the second line (.* (?:Major|Minor|Concentration) )? (\n)? # match the third, optional line """, r"\1 \2 \3\n", text) # put the lines all on one line # the same regex without whitespace is: # "(.*(?:Major|Minor).*)\n(.*(?:Major|Minor|\band\b|Concentration).*)\n(.*(?:Major|Minor|Concentration))?(\n)?" print(f"{num_subs} substitutions made") if separate_AMS: new_text = re.sub(r"Mathematics $Applied Mathematics and Statistics$", "Applied Mathematics and Statistics", new_text) if merge_majors: new_text = re.sub(r" $.*?$", "", new_text) if repl_apostrophe: new_text = re.sub(r"’", "'", new_text) # get every third line from the text, these correspond to the lines with degree info degree_info = new_text.splitlines(keepends=True)[2::3] with open(out_file, 'w', encoding="utf-8") as f: f.write("".join(degree_info)) def count_grad_degrees(file): degree_counts: Dict[str, Union[Dict, int]] = {} degrees: List[Tuple[str, str]] with open(file, 'r', encoding="utf-8") as f: text = f.read() # read the subject and the word Major/Minor/Concentration, ex: (Computer Science) (Major) degrees = re.findall(r"(?:, )?(.*?) (Major|Minor|Concentration)", text) for degree, degree_type in degrees: degree = degree + (" Concentration" if degree_type == "Concentration" else "") degree_type = degree_type.lower() if degree not in degree_counts: if degree_type == "concentration": degree_counts[degree] = 1 else: degree_counts[degree] = {"major": 0, "minor": 0, degree_type: 1} else: if degree_type == "concentration": degree_counts[degree] += 1 else: degree_counts[degree][degree_type] += 1 return degree_counts # clean_commencement_text("commencement_2020.txt", "mac_grads_2020_clean.txt") # degree_counts = count_grad_degrees("mac_grads_2020_clean.txt") # pp({k: degree_counts[k] for k in sorted(degree_counts.keys())}) create_nodes("nodes_grad.csv") create_edges("mac_grads_2020_clean.txt", "edges_grad.csv")

[ "26394708+coreyjpieper@users.noreply.github.com" ]

26394708+coreyjpieper@users.noreply.github.com

dfe00bb40896725836e52634e7f491e28530586c

8a77ba4c00604f338edb17319b3a4ca702e5f331

/accelerationConstante.py

a5206198416fd3bc4347dc6633076bb745d938cb

[]

no_license

Sarcotome/Kobra

da6cbc7ee9a7de877a374d0e3c2ffac5bea6b97d

6a344b259810fc25a2a1ded406aa906aa04c931c

refs/heads/master

2021-01-06T11:52:49.106780

2020-02-18T10:02:55

241,317,388

0

null

UTF-8

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7,572

py

#========================================================================= # Newport Proprietary and Confidential Newport Corporation 2010 # # No part of this file in any format, with or without modification # shall be used, copied or distributed without the express written # consent of Newport Corporation. # # Description: This is a sample Python Script to illustrate how to execute following # Cyclic Motion. # This script run only when Controller state is "Ready" #========================================================================== #========================================================================== #Initialization Start #The script within Initialization Start and Initialization End is needed for properly #initializing IOPortClientLib and Command Interface DLL for Conex-CCT instrument. #The user should copy this code as is and specify correct paths here. import sys import time #IOPortClientLib and Command Interface DLL can be found here. print "Adding location of IOPortClientLib.dll & Newport.CONEXCC.CommandInterface.dll to sys.path" sys.path.append(r'C:\Program Files\Newport\Instrument Manager\NStruct\Instruments\CONEX-CC\Bin') # The CLR module provide functions for interacting with the underlying # .NET runtime import clr # Add reference to assembly and import names from namespace clr.AddReferenceToFile("Newport.CONEXCC.CommandInterface.dll") from CommandInterfaceConexCC import * import System #========================================================================== #************************************************* # Procedure to get the current position #************************************************* def GetCurrentPosition (componentID, address, flag): result, currentPosition, errStringPosition = CCT.TP(componentID,address) if result == 0 : if (flag == 1): print 'Current Position =>', currentPosition return result, currentPosition #************************************************* # Procedure to get the current controller status #************************************************* def GetControllerStatus (componentID, address, flag): result, errorCode, controllerState, errString = CCT.TS(componentID,address) if result == 0 : if (flag == 1): print 'Current controller status =>', controllerState return result, controllerState #************************************************* # Procedure to perform an absolute motion #************************************************* def AbsoluteMove (componentID, address, targetPosition, flag): if (flag == 1): print 'Moving to position ' , targetPosition # Execute an absolute motion result, errStringMove = CCT.PA_Set(componentID,address,targetPosition) # Wait the end of motion WaitEndOfMotion(componentID,address) return result #************************************************* # Procedure to wait the end of current motion #************************************************* def WaitEndOfMotion (componentID, address): print "WaitEndOfMotion ..." # Get controller status result, errorCode, ControllerState, errString = CCT.TS(componentID, address) if result != 0 : print 'TS Error=>',errString # while MOVING state, get the controller state while ControllerState == "28": # Get controller status result, errorCode, ControllerState, errString = CCT.TS(componentID, address) if result != 0 : print 'TS Error=>',errString #************************************************* # Procedure to wait the end of current motion #************************************************* def WaitEndOfHomeSearch (componentID, address): print "WaitEndOfHomeSearch ..." # Get controller status result, errorCode, ControllerState, errString = CCT.TS(componentID, address) if result != 0 : print 'TS Error=>',errString else: while ControllerState == "1E": # Get controller status result, errorCode, ControllerState, errString = CCT.TS(componentID, address) if result != 0 : print 'TS Error=>',errString #************************************************* # Procedure to check if the controller is READY # 1 = Controller is "Not Referenced" # -1 = Controller is not in "Not Referenced" state #************************************************* def IsNotReferenced (componentID, address): # Get controller state result, errorCode, controllerState, errString = CCT.TS(componentID, address) print "controllerState = ", controllerState if result == 0 : if (controllerState == "0A") | \ (controllerState == "0B") | \ (controllerState == "0C") | \ (controllerState == "0D") | \ (controllerState == "0E") | \ (controllerState == "0F") | \ (controllerState == "10"): return 1 else: return -1 #************************************************* # Procedure to check if the controller is READY # 1 = Controller is ready # -1 = Controller is not Ready #************************************************* def IsReady (componentID, address): # Get controller state result, errorCode, controllerState, errString = CCT.TS(componentID, address) if result == 0 : if (controllerState == "32") | \ (controllerState == "33") | \ (controllerState == "34") | \ (controllerState == "36") | \ (controllerState == "37") | \ (controllerState == "38"): return 1 else: return -1 #************************************************* # Procedure to execute motion cycle(s) #************************************************* def deplacement(componentID, address, step, Vmin, Vmax, stepV): # Initialization result = 0 displayFlag = 1 # Home search if needed if ((IsReady(componentID,address) == -1) & (IsNotReferenced(componentID,address) == 1)): result, errString = CCT.OR(componentID,address) if result == 0 : # Wait the end of home search WaitEndOfHomeSearch(componentID,address) # Controller must be READY if (IsReady(componentID,address) == 1): v = Vmin while v<Vmax : print 'Current velocity =>', v result, errStringVelocity = CCT.VA_Set(componentID,address,v) # Get current position = first position result, position1 = GetCurrentPosition(componentID, address, displayFlag) v = v + stepV if result == 0: # Calculate the second position position2 = (float)(position1) + step # Displacement 1 : go to position #2 result = AbsoluteMove(componentID,address,position2,displayFlag) # Get current position result, currentPosition = GetCurrentPosition(componentID, address, displayFlag) else: print 'Error while getting position=>',errStringPosition else: print 'Controller is not in READY state ...' #************************************************* #* * #* Main script * #* * #************************************************* # Instrument Initialization instrument="CONEX-CC (A6UCP20G)" print 'Instrument Key=>', instrument CCT = ConexCC() #componentID needs to be used in all commands componentID = CCT.RegisterComponent(instrument); print 'Instrument ID=>', componentID address = 1 motionStep = 0.01 #mm Vmin = 0.001 #mm/s Vmax = 0.1 #mm/s stepV = 0.001 #mm/s deplacement (componentID, address, motionStep, Vmin, Vmax, stepV) # Unregister Component CCT.UnregisterComponent(componentID); print 'End of script'

[ "noreply@github.com" ]

noreply@github.com

90332083e7fee25f53c629a82dd5c8343d543865

7a4f8f0557fc7d86bcd3f87b420ae9ebf9203966

/src/Models/SICRD.py

18fb30796eacd55a7c2db66c8d299b8252e94c00

[]

no_license

agussomacal/MasteringCOVID19

e1a58b3ca7d5a07c771805fea498fe79ed7607e6

20723b087867eb842fa0a07c287f62b71442e52e

refs/heads/master

2021-05-17T06:01:00.521678

2020-04-13T21:02:02

250,661,858

0

null

UTF-8

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false

1,459

py

from src.Models.BaseModels import ModelBase class SICRD(ModelBase): # def __init__(self, a, b, gamma1, gamma2, mu, t0, bfactor): def __init__(self, b, gamma1, mu, t0, bfactor): # def __init__(self, a, b, mu): self.gamma1 = gamma1 self.mu = mu self.b = b self.t0 = t0 self.bfactor = bfactor # def equation(self, S, I, C, M, RD, RI, t): def equation(self, S, C, M, RD, t): # S susceptibles # I Infectadxs que no estan en cuarentena # C Infectadxs Detectadxs # M Muertxs # RD Recuperadxs detectadxs # RI Recuperadxs bo detectadxs # if t < 28: # R = R0 # if t >= 28: # R = k * R0 # if t >= 40: # R = R0 # b = R / Tinc # gamma2 = (1 - 3 * self.a) / 7 # gamma1 = (1 - 8 * self.mu) / 20 # b = self.b * (1 if t < self.t0 else self.bfactor) # dS = -b * S * I # dI = b * S * I - (self.a + self.gamma2) * I # dC = self.a * I - self.mu * C - self.gamma1 * C # dM = self.mu * C # dRD = self.gamma1 * C # dRI = self.gamma2 * I # # return dS, dI, dC, dM, dRD, dRI b = self.b * (1 if t < self.t0 else self.bfactor) dS = -b * S * C dC = self.b * C - self.mu * C - self.gamma1 * C dM = self.mu * C dRD = self.gamma1 * C return dS, dC, dM, dRD

[ "saogmuas@gmail.com" ]

saogmuas@gmail.com

3d2c7250fc86e1e1fccb50cb1bc9c92c8f7ed1a8

803ecf76ed40efd3908af798d7e84ffe04d94557

/moto/init.py

655adb6044c84c700e3674cf2ea90bda5a34daed

[]

no_license

gbeced/moto_docker

388cafbe3c47658e802a028e0f995cf1b39fdb22

d1761ec5fb3f6d1b510c1f2beb11a8663a4b11d4

refs/heads/master

2022-01-06T23:34:48.759892

2019-05-29T18:02:10

null

0

null

UTF-8

Python

false

1,012

py

#!/usr/bin/env python import os from boto import sns as botosns from boto import sqs as botosqs AWS_REGION = "us-east-1" AWS_ACCESS_KEY_ID = os.getenv("AWS_ACCESS_KEY_ID") AWS_SECRET_ACCESS_KEY = os.getenv("AWS_SECRET_ACCESS_KEY") def init_queue(name): conn = __get_connection(botosqs) q = conn.get_queue(name) if not q: conn.create_queue(name) def init_topic(name): __get_connection(botosns).create_topic(name) def __get_connection(service): return service.connect_to_region( AWS_REGION, aws_access_key_id=AWS_ACCESS_KEY_ID, aws_secret_access_key=AWS_SECRET_ACCESS_KEY ) def __init_entities(env_var_name, init_entity_function): names = os.getenv(env_var_name) if names: for name in names.split(","): init_entity_function(name) # SQS initialization __init_entities("SQS_INIT_QUEUES", init_queue) # SNS initialization __init_entities("SNS_INIT_TOPICS", init_topic) # add initialization for more services as needed

[ "jformoso@gmail.com" ]

jformoso@gmail.com

21312c88e896f1e53ab8fee42e26d84f8cd8ba4e

0e70ba6dba641a14f1e328e4b577dffe25d394dc

/Tests/test_ball.py

ff3287e3fff0e79212a2a6349689b0b7c6ee9b88

[]

no_license

Griboedoff/lines

88914d6edfff7de5b80dc7fc278f604932226f77

ade0977bd36bc134a7a87835f89e973b60797f7c

refs/heads/master

2021-01-13T09:14:47.842245

2016-11-29T17:15:01

72,410,513

0

null

UTF-8

Python

false

934

py

import os import sys from unittest import TestCase, main from Model.ball import Ball from Model.ball_color import BallColor sys.path.append(os.path.join(os.path.dirname(os.path.abspath(__file__)), os.path.pardir)) class TestBall(TestCase): def setUp(self): self.one_color_ball = Ball({BallColor.CYAN}) # type: Ball self.multicolor_color_ball = Ball({BallColor.CYAN, BallColor.BROWN}) # type: Ball def test_is_multicolor(self): self.assertTrue(self.multicolor_color_ball.is_multicolor) self.assertFalse(self.one_color_ball.is_multicolor) def test_colors(self): self.assertSetEqual(set(self.multicolor_color_ball.colors), {BallColor.CYAN, BallColor.BROWN}) self.assertSetEqual(set(self.one_color_ball.colors), {BallColor.CYAN}) if __name__ == '__main__': main()

[ "igormb@MacBook-Pro-IgorMb.local" ]

igormb@MacBook-Pro-IgorMb.local

7e2178bbaea5a74da95f3e91c473d6314be0c123

53dd5d2cfb79edc87f6c606bbfb7d0bedcf6da61

/.history/EMR/EMRryzd_1_20190410143150.py

447c8d147b75b36af2f0e17929c25c3b55f8321c

[]

no_license

cyc19950621/python

4add54894dc81187211aa8d45e5115903b69a182

d184b83e73334a37d413306d3694e14a19580cb0

refs/heads/master

2020-04-11T20:39:34.641303

2019-07-02T12:54:49

162,078,640

0

null

UTF-8

Python

false

1,494

py

#-*- coding: UTF-8 -*- #本文件用于提取目标目录中的所有txt，并提取关键词所在行到指定目录，并提取关键词新建文件 import time import math import os import sys import os, os.path,shutil import codecs import EMRdef import re emrtxts = EMRdef.txttq(u'D:\DeepLearning ER\EHR')#txt目录提取 zljhs = [] for emrtxt in emrtxts: f = open(emrtxt,'r',errors="ignore")#中文加入errors emrtxt = os.path.basename(emrtxt) emrtxt_str = re.findall(r'(^.+?)\_',emrtxt)#提取ID emrtxt = "".join(emrtxt_str)#转成str pattern = r',|.|，|。|;|；'#清除标点 #txtp=txtp.decode('utf-8') for line in f.readlines(): line = re.sub(' ','',line)#删除空格 if line.find (u'入院诊断：',0,6) >-1: line = re.sub(r'h|H', '小时', line)#小时替换成中文 line = re.sub(r'入院诊断：', '', line)#删除入院诊断字样 line_deldl = re.split(r'；|。|，|;|？',line)#根据标点分行 line_deld = '\n'.join(line_deldl) #转成str格式 line_out = re.sub(r'\d+、','\n',line_deld) #删除序号 line_output = re.split('\n',line_out) line = ''.join(line_output) EMRdef.text_create(r'D:\DeepLearning ER\EHRryzd','.txt' ,emrtxt,line)#导出带有诊疗计划的文件和诊疗计划 #zljhs.append(emrtxt+':'+line) #EMRdef.text_save('D:\python\EMR\zljh.txt',zljhs)

[ "1044801968@qq.com" ]

1044801968@qq.com

3081ad286ed7ba0b6f961edb970e6c68a711da17

43c5eafff817c3b130d8b4ec16c992d86208500c

/lino_avanti/lib/tickets/models.py

d831bc25bd9a0efddf3a6883c015383e6dfc9eaa

[ "BSD-2-Clause" ]

permissive

khchine5/avanti

a8b9e9e75ac593a00b11ffa5bd5cfd00f06db6c0

5a5f9d1ddfa20ae0eb8fa33cb906daf78d9568b1

refs/heads/master

2021-01-11T17:29:16.012089

2018-08-23T05:46:52

79,784,948

0

BSD-2-Clause

2018-08-19T12:28:12

2017-01-23T08:28:46

Python

UTF-8

Python

false

1,287

py

# -*- coding: UTF-8 -*- # Copyright 2016-2017 Luc Saffre # License: BSD (see file COPYING for details) from lino_xl.lib.tickets.models import * from lino.api import _ Ticket.hide_elements('closed') # class Ticket(Ticket): # class Meta(Ticket.Meta): # app_label = 'tickets' # abstract = dd.is_abstract_model(__name__, 'Ticket') # client = dd.ForeignKey('avanti.Client', blank=True, null=True) dd.update_field( 'tickets.Ticket', 'upgrade_notes', verbose_name=_("Solution")) # dd.update_field( # 'tickets.Ticket', 'state', default=TicketStates.todo.as_callable) class TicketDetail(TicketDetail): main = "general #history_tab more" general = dd.Panel(""" summary:40 end_user id:6 user:12 workflow_buttons description """, label=_("General")) # history_tab = dd.Panel(""" # changes.ChangesByMaster:50 #stars.StarsByController:20 # """, label=_("History"), required_roles=dd.login_required(Triager)) more = dd.Panel(""" more1:60 upgrade_notes:20 """, label=_("More"), required_roles=dd.login_required(Triager)) more1 = """ created modified ticket_type:10 deadline site state priority project # standby feedback closed """ Tickets.detail_layout = TicketDetail()

[ "luc.saffre@gmail.com" ]

luc.saffre@gmail.com

f56ec2e37f5245dcb7f44bca1b5244795ec53b15

3185dc605853fdaf942fd06e206225793b198638

/剑指offer/No33_二叉搜索树的后序遍历.py

3f91cd02bac6390558ce1f02fee1723e7f138edf

[]

no_license

fank-cd/books_exercise_code

cb81ee8ec8167a5f5e3bfc58d3c1d6d931ca9286

1e8109adb82f741df1203658d4bf272f09a651b8

refs/heads/master

2021-07-11T01:15:11.980179

2020-06-29T04:01:53

156,671,075

0

null

UTF-8

Python

false

1,113

py

# 题目：输入一个整数数组，判断该数组是不是某二叉搜索 # 树的后序遍历结果。如果是则返回true，否则返回false。 # 假设输入的数组的任意两个数字都不相同。 # 后续遍历：左右根 # 思路：最后一位是根节点，比根节点小的是左子树，大的是右子树 def verify_sequence_of_BST(sequence): if not isinstance(sequence, list) or len(sequence) == 0: return False root = sequence[-1] # 根节点 for index, element in enumerate(sequence): # 左子树 i = index if element > root: break for element in sequence[i:]: # 判断右子树是否符合条件即右子树大于根节点 if element < root: return False left = True if i > 0: left = verify_sequence_of_BST(sequence[:i]) right = True if i < len(sequence) - 1: right = verify_sequence_of_BST(sequence[i:-1]) return left and right if __name__ == "__main__": print(verify_sequence_of_BST([5, 7, 6, 9, 11, 10, 8])) print(verify_sequence_of_BST([7, 4, 6, 5]))

[ "2464512446@qq.com" ]

2464512446@qq.com

9961cce078c09c6d7ad15798b5fd0a668d725c2e

15898330b2faa9c0b90d44632cf388e6bc1dce19

/classes/Tile.py

d9f3a26f0db6f539d9cc95005886b37dc7c36cd7

[]

no_license

hahamark1/Safe-Exploration

3cf1c03e158da5888ea7654a1fa1cc2c21541e73

addfde248b605c348ea9e5e4a96658833a439cb8

refs/heads/master

2022-07-10T16:47:02.740427

2019-08-12T07:57:36

201,884,692

0

null

2022-06-21T22:31:17

2019-08-12T07:59:58

Python

UTF-8

Python

false

287

py

import pygame class Tile(): def __init__(self, sprite, rect): self.sprite = sprite self.rect = rect def drawRect(self, screen): try: pygame.draw.rect(screen, pygame.Color(255, 0, 0), self.rect, 1) except Exception: pass

[ "bart@bit-students.com" ]

bart@bit-students.com

cc79ae7247755ae4f7bbd5184ba22ebaa91c6c18

3167ff58ede2b62ff5ae3375df0ad1e2d8bb1383

/RPI/mainSerialTest.py

89c9bb631f856ece75624cae10bf3c3c7742299d

[]

no_license

aktoro/Delta-Autonomous-Pet-Bot

44143cb135a55572ef305a820e3c75014744d5a5

230583451c030f8b3b520f5cdc6aa54aa6040e48

refs/heads/master

2020-06-21T10:07:31.431080

2016-11-27T05:58:46

74,793,433

0

null

2016-11-25T23:21:44

null

UTF-8

Python

false

367

py

import time import serial import comsManager import ledManager led = ledManager.LedManager() coms = comsManager.ComsManager() sleep(.5) coms.sendSerialData(1,2,3) if coms.receiveSerialData() == 0: print "error receiving data/n" else: print "data received/n" dataList = coms.getData print '\n'.join(str(p) for p in dataList) led.test()

[ "kaalodabney@gmail.com" ]

kaalodabney@gmail.com

195891c411049061539e4df6d8b388c9c0b3ecea

7c0eb8e9e23f3face53cb3e0cab756867b40f456

/Ch6/text.py

7ab821de3c2da882e2c5554fce89f82fd76ab17e

[]

no_license

sagood/Web-Scraping-with-Python3

731b04cc87ff0fcfacb115bca1a243a6c63a9768

bd4fb8622f50eab22e26f05e39cd39490764bce4

refs/heads/master

2021-01-10T03:55:22.584924

2015-11-22T09:51:36

46,294,722

0

null

UTF-8

Python

false

142

py

from urllib.request import urlopen textPage = urlopen('http://www.pythonscraping.com/pages/warandpeace/chapter1.txt') print(textPage.read())

[ "gasnus@gmail.com" ]

gasnus@gmail.com

b47d922a817614c0bef4873a9674211ca5f9882d

279f415dd1e06c594c6c87deda57e201c73c4542

/espnet2/asr/state_spaces/pool.py

4d08194d770af120e16c05bb6bb769f4114f0b0e

[ "Apache-2.0" ]

permissive

espnet/espnet

f7ba47271c1a6b1ed606dbbfb04a7f14220bb585

bcd20948db7846ee523443ef9fd78c7a1248c95e

refs/heads/master

2023-08-28T23:43:34.238336

2023-08-23T02:51:39

114,054,873

7,242

2,244

Apache-2.0

2023-09-14T08:01:11

2017-12-13T00:45:11

Python

UTF-8

Python

false

11,292

py

# This code is derived from https://github.com/HazyResearch/state-spaces """Implements downsampling and upsampling on sequences.""" import torch import torch.nn.functional as F from einops import rearrange, reduce, repeat from torch import nn from espnet2.asr.state_spaces.base import SequenceModule from espnet2.asr.state_spaces.components import LinearActivation """Simple pooling functions that just downsample or repeat stride: Subsample on the layer dimension expand: Repeat on the feature dimension """ def downsample(x, stride=1, expand=1, transposed=False): if x is None: return None if stride > 1: assert x.ndim == 3, ( "Downsampling with higher-dimensional inputs is currently not supported." "It is recommended to use average or spectral pooling instead." ) if transposed: x = x[..., 0::stride] else: x = x[..., 0::stride, :] if expand > 1: if transposed: x = repeat(x, "b d ... -> b (d e) ...", e=expand) else: x = repeat(x, "b ... d -> b ... (d e)", e=expand) return x def upsample(x, stride=1, expand=1, transposed=False): if x is None: return None if expand > 1: if transposed: x = reduce(x, "... (d e) l -> ... d l", "mean", e=expand) else: x = reduce(x, "... (d e) -> ... d", "mean", e=expand) if stride > 1: if transposed: x = repeat(x, "... l -> ... (l e)", e=stride) else: x = repeat(x, "... l d -> ... (l e) d", e=stride) return x class DownSample(SequenceModule): def __init__(self, d_input, stride=1, expand=1, transposed=True): super().__init__() self.d_input = d_input self.stride = stride self.expand = expand self.transposed = transposed def forward(self, x): return downsample(x, self.stride, self.expand, False, self.transposed) def step(self, x, state, **kwargs): if self.stride > 1 or self.expand > 1: raise NotImplementedError return x, state @property def d_output(self): return self.d_input * self.expand class DownAvgPool(SequenceModule): def __init__(self, d_input, stride=1, expand=1, transposed=True): super().__init__() self.d_input = d_input self.stride = stride self.expand = expand self.transposed = transposed def forward(self, x): if not self.transposed: x = rearrange(x, "b ... d -> b d ...") if self.stride > 1: # einops appears slower than F if x.ndim == 3: x = F.avg_pool1d(x, self.stride, self.stride) elif x.ndim == 4: x = F.avg_pool2d(x, self.stride, self.stride) else: # Reduction string e.g. "b d (l1 2) (l2 2) -> b d l1 l2" reduce_str = ( "b d " + " ".join([f"(l{i} {self.stride})" for i in range(x.ndim - 2)]) + " -> b d " + " ".join([f"l{i}" for i in range(x.ndim - 2)]) ) x = reduce(x, reduce_str, "mean") if self.expand > 1: x = repeat(x, "b d ... -> b (d e) ...", e=self.expand) if not self.transposed: x = rearrange(x, "b d ... -> b ... d") return x def step(self, x, state, **kwargs): if self.stride > 1 or self.expand > 1: raise NotImplementedError return x, state @property def d_output(self): return self.d_input * self.expand class DownSpectralPool(SequenceModule): def __init__(self, d_input, stride=1, expand=1, transposed=True): super().__init__() self.d_input = d_input self.stride = stride self.expand = expand self.transposed = transposed def forward(self, x): """Forward pass. x: (B, L..., D) """ if not self.transposed: x = rearrange(x, "b ... d -> b d ...") shape = x.shape[2:] x_f = torch.fft.ifftn(x, s=shape) for axis, l in enumerate(shape): assert l % self.stride == 0, "input length must be divisible by stride" new_l = l // self.stride idx = torch.cat( [torch.arange(0, new_l - new_l // 2), l + torch.arange(-new_l // 2, 0)] ).to(x_f.device) x_f = torch.index_select(x_f, 2 + axis, idx) x = torch.fft.ifftn(x_f, s=[length // self.stride for length in shape]) x = x.real if self.expand > 1: x = repeat(x, "b d ... -> b (d e) ...", e=self.expand) if not self.transposed: x = rearrange(x, "b d ... -> b ... d") return x def step(self, x, state, **kwargs): if self.stride > 1 or self.expand > 1: raise NotImplementedError return x, state @property def d_output(self): return self.d_input * self.expand class UpSample(nn.Module): def __init__(self, d_input, stride=1, expand=1, transposed=True): super().__init__() self.d_input = d_input self.stride = stride self.expand = expand self.transposed = transposed def forward(self, x): return upsample(x, self.stride, self.expand, self.transposed) @property def d_output(self): return self.d_input // self.expand def step(self, x, state, **kwargs): if self.stride > 1 or self.expand > 1: raise NotImplementedError return x, state """ Pooling functions with trainable parameters """ # For the flexible backbone SequenceModel class DownLinearPool(SequenceModule): def __init__(self, d_input, stride=1, expand=1, transposed=True): super().__init__() self.d_input = d_input self.stride = stride self.expand = expand self.transposed = transposed self.linear = LinearActivation( d_input * stride, d_input * expand, transposed=transposed, ) def forward(self, x): if self.transposed: x = rearrange(x, "... h (l s) -> ... (h s) l", s=self.stride) else: x = rearrange(x, "... (l s) h -> ... l (h s)", s=self.stride) x = self.linear(x) return x def step(self, x, state, **kwargs): if self.stride > 1 or self.expand > 1: raise NotImplementedError return x, state @property def d_output(self): return self.d_input * self.expand """ Pooling functions with trainable parameters """ class DownPool2d(SequenceModule): def __init__(self, d_input, d_output, stride=1, transposed=True, weight_norm=True): super().__init__() self.linear = LinearActivation( d_input, d_output, transposed=transposed, weight_norm=weight_norm, ) self.pool = (nn.AvgPool2d(kernel_size=stride, stride=stride),) def forward(self, x): if self.transposed: x = self.pool(x) # DownLinearPool is used by the registry (for isotropic backbone) # DownPool is essentially the same as DownLinearPool. These should be consolidated class DownPool(SequenceModule): def __init__( self, d_input, d_output=None, expand=None, stride=1, transposed=True, weight_norm=True, initializer=None, activation=None, ): super().__init__() assert (d_output is None) + (expand is None) == 1 if d_output is None: d_output = d_input * expand self.d_output = d_output self.stride = stride self.transposed = transposed self.linear = LinearActivation( d_input * stride, d_output, transposed=transposed, initializer=initializer, weight_norm=weight_norm, activation=activation, activate=True if activation is not None else False, ) def forward(self, x): if self.transposed: x = rearrange(x, "... h (l s) -> ... (h s) l", s=self.stride) else: x = rearrange(x, "... (l s) h -> ... l (h s)", s=self.stride) x = self.linear(x) return x, None def step(self, x, state, **kwargs): """Step one time step as a recurrent model. x: (..., H) """ if x is None: return None, state state.append(x) if len(state) == self.stride: x = rearrange(torch.stack(state, dim=-1), "... h s -> ... (h s)") if self.transposed: x = x.unsqueeze(-1) x = self.linear(x) if self.transposed: x = x.squeeze(-1) return x, [] else: return None, state def default_state(self, *batch_shape, device=None): return [] class UpPool(SequenceModule): def __init__( self, d_input, d_output, stride, transposed=True, weight_norm=True, initializer=None, activation=None, ): super().__init__() self.d_input = d_input self._d_output = d_output self.stride = stride self.transposed = transposed self.linear = LinearActivation( d_input, d_output * stride, transposed=transposed, initializer=initializer, weight_norm=weight_norm, activation=activation, activate=True if activation is not None else False, ) def forward(self, x, skip=None): x = self.linear(x) if self.transposed: x = F.pad(x[..., :-1], (1, 0)) # Shift to ensure causality x = rearrange(x, "... (h s) l -> ... h (l s)", s=self.stride) else: x = F.pad(x[..., :-1, :], (0, 0, 1, 0)) # Shift to ensure causality x = rearrange(x, "... l (h s) -> ... (l s) h", s=self.stride) if skip is not None: x = x + skip return x, None def step(self, x, state, **kwargs): """Step one time step as a recurrent model. x: (..., H) """ assert len(state) > 0 y, state = state[0], state[1:] if len(state) == 0: assert x is not None if self.transposed: x = x.unsqueeze(-1) x = self.linear(x) if self.transposed: x = x.squeeze(-1) x = rearrange(x, "... (h s) -> ... h s", s=self.stride) state = list(torch.unbind(x, dim=-1)) else: assert x is None return y, state def default_state(self, *batch_shape, device=None): state = torch.zeros( batch_shape + (self.d_output, self.stride), device=device ) # (batch, h, s) state = list(torch.unbind(state, dim=-1)) # List of (..., H) return state @property def d_output(self): return self._d_output registry = { "sample": DownSample, "pool": DownAvgPool, "linear": DownLinearPool, "spectral": DownSpectralPool, }

[ "koichi_miyazaki_xa@cyberagent.co.jp" ]

koichi_miyazaki_xa@cyberagent.co.jp

7b44dc1ca5547e96f889aa391f271ffc1af3a36b

f77b0f2cc709b9670e6b4dc7145a6ea5368585d2

/project/services/__init__.py

db39b8c13a29c94642f59828bc1ba56e2a186ac3

[]

no_license

sgammon/StonerHub

45ccac6bd349200bbc75c494002c3ffeb082dcb8

a81f7fdd2c7118c6cea3c25ef9f53f272d27b0cc

refs/heads/master

2021-01-20T10:54:47.546251

2011-11-07T12:02:20

2,664,437

0

null

UTF-8

Python

false

209

py

# -*- coding: utf-8 -*- from apptools import BaseService import protorpc from protorpc import remote from protorpc import messages from protorpc import message_types class RemoteService(BaseService): pass

[ "sgammon@bluestatedigital.com" ]

sgammon@bluestatedigital.com

0b3198ba2f6a50c27a259e272e579b6426334efa

737ebe7ccb1baf2470e4b8d14046629b10679424

/EGamma/ECGelec/python/NtupleProducer_spike_cfi.py

f8c77e02f51f55235bc6b12b20e845a3c05ef5b4

[]

no_license

fanbomeng/Ecal_Turnon_2012_data

b1d7354b3cb88079a5a17cf3066843b7a99e53f4

9989077fd2d346fa158c84a929ae230bb1dc8b5e

refs/heads/master

2021-01-21T13:48:59.575843

2015-09-18T12:00:12

42,649,664

0

null

UTF-8

Python

false

5,927

py

import FWCore.ParameterSet.Config as cms produceNtupleSpike = cms.EDAnalyzer("SimpleNtpleSpike", ## Custom Nadir # boolean parameters NadL1M = cms.untracked.bool(False), NadTP = cms.untracked.bool(False), NadTPmodif = cms.untracked.bool(False), NadTPemul = cms.untracked.bool(False), PrintDebug = cms.untracked.bool(False), PrintDebug_HLT = cms.untracked.bool(False), # to get the RecHits --> spikes EcalRecHitCollectionEB = cms.InputTag("ecalRecHit","EcalRecHitsEB"), # to get the trigger primitives TPCollectionNormal = cms.InputTag("ecalDigis","EcalTriggerPrimitives"), TPCollectionModif = cms.InputTag("zeroedEcalTrigPrimDigis"), TPEmulatorCollection = cms.InputTag("simEcalTriggerPrimitiveDigis"), # HCAL TPG #TP_HCAL = cms.InputTag("hcalDigis","HcalTriggerPrimitives"), # to get the L1 algorithms bits GTRecordCollection = cms.string('gtDigis'), #GTRecordCollectionM = cms.string('simGtDigis'), #GTRecordCollectionM = cms.string('gtDigis'), eleID_VeryLooseTag = cms.InputTag("eidVeryLoose"), eleID_LooseTag = cms.InputTag("eidLoose"), eleID_MediumTag = cms.InputTag("eidMedium"), eleID_TightTag = cms.InputTag("eidTight"), eleID_SuperTightTag = cms.InputTag("eidSuperTight"), eleID_HyperTight1Tag = cms.InputTag("eidHyperTight1"), #in the new optimization there is just 2 values of hypertighness eleID_HyperTight2Tag = cms.InputTag("eidHyperTight1"), eleID_HyperTight3Tag = cms.InputTag("eidHyperTight1"), eleID_HyperTight4Tag = cms.InputTag("eidHyperTight1"), eleIso_TdrHzzTkMapTag = cms.InputTag("TdrHzzIsolationProducer:Tk"), eleIso_TdrHzzHcalMapTag= cms.InputTag("TdrHzzIsolationProducer:Hcal"), eleIso_Eg4HzzTkMapTag = cms.InputTag("eleIsoFromDepsTkOptimized"), eleIso_Eg4HzzEcalMapTag = cms.InputTag("eleIsoFromDepsEcalFromHitsByCrystalOptimized"), eleIso_Eg4HzzHcalMapTag = cms.InputTag("eleIsoFromDepsHcalFromTowersOptimized"), EleTag = cms.InputTag("gedGsfElectrons"), MuonTag = cms.InputTag("muons"), MuonIso_HzzMapTag = cms.InputTag("MuonHzzIsolationProducer"), MuonIsoTk_HzzMapTag = cms.InputTag("MuonHzzIsolationProducer:Tk"), MuonIsoEcal_HzzMapTag = cms.InputTag("MuonHzzIsolationProducer:Ecal"), MuonIsoHcal_HzzMapTag = cms.InputTag("MuonHzzIsolationProducer:Hcal"), CaloJetTag = cms.InputTag("ak5CaloJets"), JPTJetTag = cms.InputTag("JetPlusTrackZSPCorJetAntiKt5"), PFJetTag = cms.InputTag("ak5PFJets"), # VerticesTag = cms.InputTag("offlinePrimaryVertices"), VerticesTag = cms.InputTag("offlinePrimaryVerticesWithBS"), SeedTag = cms.InputTag("electronMergedSeeds"), MCTag = cms.InputTag("generator"), TkPTag = cms.InputTag("mergedtruth:MergedTrackTruth:readseeds"), # Trigger Stuff HLTTag = cms.InputTag("TriggerResults","","HLT"), TriggerEventTag = cms.InputTag("hltTriggerSummaryAOD","","HLT"), HLTElePaths = cms.vstring("HLT_Photon15_L1R"), HLTMuonPaths = cms.vstring("HLT_Mu9"), HLTFilters = cms.VInputTag("hltL1NonIsoHLTNonIsoSinglePhotonEt10HcalIsolFilter::HLT"), # dcsTag = cms.untracked.InputTag("scalersRawToDigi"), type = cms.string("signalType"), AOD = cms.untracked.bool(False), #Pileupsrc = cms.InputTag("addPileupInfo"), simulation = cms.untracked.bool(False), FillSC = cms.untracked.bool(False), hcalTowers = cms.InputTag("towerMaker"), hOverEPtMin = cms.double(0.), hOverEConeSize = cms.double(0.15), useBeamSpot = cms.bool(False) )

[ "fanbo.meng@cern.ch" ]

fanbo.meng@cern.ch

d8331a729aa504d88b84d2f713ef41c11aec03d3

5d3fd91bb81f417374007935553fdab8a1a9deef

/pysim/network/edison/edisonsingle.py

8ece80b06468dabe42172c4d9d793c84a3a36d8d

[]

no_license

FSU-CS-EXPLORER-LAB/PySim

024dd44d7f0e42d6ec1b235a587ae6a049d8d538

6b2575c6f7987a3e076a51ec6e669dda345208c0

refs/heads/master

2022-09-19T06:20:55.616676

2019-05-16T04:54:20

null

0

null

UTF-8

Python

false

1,185

py

# -*- coding: utf-8 -*- from pysim.network.edison.edisondragonfly import EdisonDragonfly from pysim.evaluation.booksim import makeBooksimConfig from pysim.routing.routing import Routing, makeRouting @makeBooksimConfig class EdisonSingle(EdisonDragonfly): def __init__(self, **kwargs): super().__init__(**kwargs) self.routing = kwargs.get('routing', self.Tpr) @makeRouting @makeBooksimConfig class Min(Routing): def __init__(self): super().__init__() def getPathsOneSD(self, s, d): pass @makeRouting @makeBooksimConfig class Vlb(Routing): def __init__(self): super().__init__() def getPathsOneSD(self, s, d): pass @makeRouting @makeBooksimConfig class Ugal(Routing): def __init__(self): super().__init__() def getPathsOneSD(self, s, d): pass @makeRouting @makeBooksimConfig class Tpr(Routing): def __init__(self): super().__init__() def getPathsOneSD(self, s, d): pass

[ "generyas@gmail.com" ]

generyas@gmail.com

c2be8aae5904e3f1bc747bd18e6e9c8f4421f555

12df5a309179cb1b35268745a14eda6ddbca5c06

/api/data_generation.py

cc7e184863d1ba288558b00316f6aac80e86d97e

[]

no_license

bhawnam/good-samaritan-finder

1228e83f438bd64c3cbeed87d30aa7303e4f2444

df3bcb5d6732e794294970985798e4425371f5a8

refs/heads/main

2023-07-13T07:23:23.683000

2021-08-18T06:38:52

374,189,728

0

null

UTF-8

Python

false

2,180

py

from faker import Faker import json import random fake = Faker() def create_user_profile(): user_profile = {} user_address = get_user_address("data/mlsListings.csv") for i in range(0, 25): user_profile[i] = {} first_name = fake.unique.first_name() user_profile[i]['first_name'] = first_name last_name = fake.last_name() user_profile[i]['last_name'] = last_name display_name = generate_display_name(first_name) user_profile[i]['display_name'] = display_name email = f'{display_name}@mailsac.com' user_profile[i]['email'] = email password = fake.password() user_profile[i]['password'] = password street_address = user_address[i+1]['street_address'] user_profile[i]['street'] = street_address zipcode = user_address[i+1]['zipcode'] user_profile[i]['zipcode'] = zipcode phone_number = fake.phone_number() user_profile[i]['phone_number'] = phone_number availability = fake.future_datetime(end_date="+5d") user_profile[i]['datetime_availability'] = availability latitude = user_address[i+1]['latitude'] user_profile[i]['latitude'] = latitude longitude = user_address[i+1]['longitude'] user_profile[i]['longitude'] = longitude return user_profile def generate_display_name(name): display_name = f'{name}{random.randint(1,10)}' return display_name def get_user_address(filename): """Read a csv file to retrieve address-specific details. """ address_data = open(filename) address_dict = {} idx = 0 for line in address_data: if line == '\n': break address_dict[idx] = {} street_address = line.rstrip().split(',')[3] address_dict[idx]['street_address'] = street_address zipcode = line.rstrip().split(',')[6] address_dict[idx]['zipcode'] = zipcode latitude = line.rstrip().split(',')[-2] address_dict[idx]['latitude'] = latitude longitude = line.rstrip().split(',')[-1] address_dict[idx]['longitude'] = longitude idx = idx + 1 return address_dict

[ "bhawna.bm@gmail.com" ]

bhawna.bm@gmail.com

83ec920752db5e6af4a272739161eb3812fd5df8

4879cf7b685fa3d33a6dc0b2bff1155937bf662b

/django_emprendimiento/myapp/models.py

4756bd56ca227bcb453ad0a3188234cefb86afef

[]

no_license

wagiodev/diplomado_python_django

b4717420faecad7818968e511e0528f4b44ffc28

4e3a67b2d9c79f3eb2ffda2582d069b7df5c189b

refs/heads/master

2023-04-15T00:54:02.441767

2021-05-01T04:36:38

351,246,809

0

null

UTF-8

Python

false

3,356

py

from django.db import models from django.contrib.auth.models import AbstractUser from uuid import uuid4 # Django from django.contrib.auth.models import AbstractUser from django.core.validators import RegexValidator from django.db import models from django.urls import reverse class Role(models.Model): """ The Role entries are managed by the system, automatically created via a Django data migration. """ SUPER_ADMIN = 1 REPAIRMENT = 2 CLIENT = 3 ALL_ROLES = [SUPER_ADMIN, REPAIRMENT, CLIENT] ROLE_CHOICES = ( (SUPER_ADMIN, 'super_admin'), (REPAIRMENT, 'repairment'), (CLIENT, 'client'), ) id = models.PositiveSmallIntegerField(choices=ROLE_CHOICES, primary_key=True) name = models.CharField(max_length=255, unique=True) def __str__(self): return self.get_id_display() class Meta: db_table = 'role' class User(AbstractUser): username = None email = None phone_regex = RegexValidator( regex=r'\+?1?\d{9,15}$', message="Phone number must be entered in the format: +999999999. Up to 15 digits allowed." ) phone_number = models.CharField(validators=[phone_regex], max_length=17, blank=False, unique=True) is_verified = models.BooleanField( 'verified', default=True, help_text='Set to true when the user have verified its email address.' ) must_change_password = models.BooleanField(default=False) # Roles and permissions roles = models.ManyToManyField(Role) USERNAME_FIELD = 'phone_number' # Locations country = models.CharField(max_length=255, null=True) city = models.CharField(max_length=255, null=True) def get_absolute_url(self): return reverse("users:detail", kwargs={"username": self.email}) def get_roles(self): if self.roles.all(): return self.roles.all()[0].name return ' -- ' class Meta: db_table = 'user' # Create your models here. class Client(models.Model): name = models.CharField(max_length=30) address = models.CharField(max_length=30) cellphone = models.CharField(max_length=30) user = models.OneToOneField(User, on_delete=models.CASCADE, null=True, related_name='client') def __str__(self): return '{} {}'.format(self.name, self.address, self.cellphone) class Repairman(models.Model): name = models.CharField(max_length=30) address = models.CharField(max_length=30) cellphone = models.CharField(max_length=30) user = models.OneToOneField(User, on_delete=models.CASCADE, null=True, related_name='repairment') def __str__(self): return '{} {}'.format(self.name, self.address, self.cellphone) class Appliance(models.Model): serial = models.CharField(max_length=30) trade_mark = models.CharField(max_length=30) id_client = models.ForeignKey('Client', on_delete=models.CASCADE) def __str__(self): return '{} {}'.format(self.serial, self.trade_mark) class Service(models.Model): description = models.TextField() date = models.DateField() id_client = models.ForeignKey('Client', on_delete=models.CASCADE) id_repairman = models.ForeignKey('Repairman', on_delete=models.CASCADE) id_appliance = models.ForeignKey('Appliance', on_delete=models.CASCADE)

[ "waltergiovannycuadros93@gmail.com" ]

waltergiovannycuadros93@gmail.com

506791034bb4fa2febef6891ea7e23d6db874603

1e026402add57278035b357feacb24e2f93baff5

/Medicelab/main_part/sub_part/migrations/0009_alter_admin_mess_pat_id.py

dc25af1aada3552cca036edd521a61c23c2940ec

[]

no_license

Vignesh282000/Medicelab

49a3b839482a077c5634b34ab9c528d967a2550d

000605abf76542eeea0c779b8ad1b0910e0267c5

refs/heads/main

2023-06-03T23:52:28.074720

2021-06-29T10:14:11

381,313,452

0

null

UTF-8

Python

false

394

py

# Generated by Django 3.2.3 on 2021-06-27 05:42 from django.db import migrations, models class Migration(migrations.Migration): dependencies = [ ('sub_part', '0008_alter_reg_department'), ] operations = [ migrations.AlterField( model_name='admin_mess', name='pat_id', field=models.CharField(max_length=100), ), ]

[ "vicky2000ssvv@gmail.com" ]

vicky2000ssvv@gmail.com

b3091967ca2295a42f480875d29c9828ca79c371

ee53b0262007b2f0db0fe15b2ad85f65fafa4e25

/Leetcode/594. Longest Harmonious Subsequence.py

ce388e0d7f6aef49ca1706ff198232b0568caac0

[]

no_license

xiaohuanlin/Algorithms

bd48caacb08295fc5756acdac609be78e143a760

157cbaeeff74130e5105e58a6b4cdf66403a8a6f

refs/heads/master

2023-08-09T05:18:06.221485

2023-08-08T11:53:15

131,491,056

1

0

null

UTF-8

Python

false

1,487

py

''' We define a harmonious array is an array where the difference between its maximum value and its minimum value is exactly 1. Now, given an integer array, you need to find the length of its longest harmonious subsequence among all its possible subsequences. Example 1: Input: [1,3,2,2,5,2,3,7] Output: 5 Explanation: The longest harmonious subsequence is [3,2,2,2,3]. Note: The length of the input array will not exceed 20,000. ''' import unittest class Solution: def findLHS(self, nums): """ :type nums: List[int] :rtype: int """ from collections import Counter if nums == []: return 0 nums_dict = Counter(nums) nums = sorted(nums) pre = nums[0] result = [] for num in nums: if num != pre: if num - pre == 1: result.append((pre, num)) pre = num return max((nums_dict[record[0]] + nums_dict[record[1]] for record in result), default=0) class TestSolution(unittest.TestCase): def test_case(self): examples = ( ([1,3,2,2,5,2,3,7], 5), ([], 0), ([0, 1], 2) ) for first, second in examples: self.assert_function(first, second) def assert_function(self, first, second): self.assertEqual(Solution().findLHS(first), second, msg="first: {}; second: {}".format(first, second)) unittest.main()

[ "derek.xiao@loftk.us" ]

derek.xiao@loftk.us

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# -*- coding: utf-8 -*- """FPTree Automatically generated by Colaboratory. Original file is located at https://colab.research.google.com/drive/1NfbqrGSuPIMf5vMSb5IoJKFlyk4-WiDI """ #import os #os.chdir('/content/drive/My Drive/Code') import numpy as np import pandas as pd import copy import math import csv import time import sys import os import psutil # Default value MIN_SUPPORT_COUNT = 1 FRACTION = 0.005 NO_OF_TRANSACTION = 100 MAX_FREQ_ITEMSET_SIZE = 5 NO_OF_FREQ_ITEM = 1 TRANSACTION_AVG_WIDTH = 4 TOTAL_ITEMS = 10 EXECUTION_TIME = 0 class Node: def __init__(self, name): self.name = name self.count = 1 self.children = set() self.nextPointer = None self.parent = None def incrementCount(self): self.count = self.count + 1 def incrementCountOffset(self,offset): self.count = self.count + offset def addChild(self,node): self.children.add(node) node.parent = self def removeChild(self,node): newSet = set() for child in self.children: if child != node: newSet.add(child) self.children = newSet #self.children.remove(node) def getChildren(self): return self.children def getCount(self): return self.count def getName(self): return self.name def setNextPointer(self,nextNode): self.nextPointer = nextNode def getNextPointer(self): return self.nextPointer def getParent(self): return self.parent class CondPatNode: def __init__(self,condPat,count): self.condPat = condPat self.count = count def getcondPat(self): return self.condPat def getCount(self): return self.count def insertItems(itemList,root,df): for item in itemList: children = root.getChildren() foundChild = False for node in children: if node.getName() == item: node.incrementCount() root = node foundChild = True break if not foundChild: newnode = Node(item) df_row = df.index[df['item'] == item].tolist() df_row = df_row[0] if not df.at[df_row ,'pointer'] is None: newnode.setNextPointer(df.at[df_row,'pointer']) df.at[df_row,'pointer'] = newnode root.addChild(newnode) root = copy.copy(newnode) def FPTreeUtil(df,data,root): print('Inside FPTree Util') for transaction in data: mp = {} for item in df['item']: mp[item] = 0 #Find Item in transaction in the count order for item in transaction: try: mp[item] = mp[item] + 1 except: dummy = 0 itemTobeAdd = [] for item in df['item']: if mp[item] != 0: itemTobeAdd.append(item) newRoot = copy.copy(root) insertItems(itemTobeAdd,newRoot,df) def printTree(root,level): print(root.getName(),':',root.getCount(),':',level) for child in root.getChildren(): printTree(child,level+1) def printNeighour(df): nodes = df['pointer'] for node in nodes: while not node is None: print(node.getName(),':',node.getCount(),'->',end=" ") node = node.getNextPointer() print('') def findPrefixPath(node,prefixPath): if not node.getParent() is None: prefixPath.append(node.getName()) findPrefixPath(node.getParent(),prefixPath) def conditionalPatternBase(node): conditionalPats = [] while not node is None: prefixPath = [] findPrefixPath(node,prefixPath) if len(prefixPath) > 1: condNode = CondPatNode(prefixPath[1:],node.getCount()) conditionalPats.append(condNode) node = node.getNextPointer() return conditionalPats def createCondFPTreeUtil(root,itemList,count,NextPointer): index = len(itemList) - 1 while index >= 0: children = root.getChildren() #print(len(children)) foundChild = False for node in children: if node.getName() == itemList[index]: node.incrementCountOffset(count) # have to modify root = node foundChild = True break if not foundChild: newnode = Node(itemList[index]) newnode.incrementCountOffset(count-1) # 1 has been increased by default if not NextPointer[itemList[index]] is None: newnode.setNextPointer(NextPointer[itemList[index]]) NextPointer[itemList[index]] = newnode root.addChild(newnode) root = newnode index = index -1 def UpdateCondFPTree(root,dic,NextPointer): for item in dic: if dic[item] < MIN_SUPPORT_COUNT: # Delete Such Node node = NextPointer[item] while not node is None: parent = node.getParent() for child in node.getChildren(): parent.addChild(child) parent.removeChild(node) node = node.getNextPointer() def FindAllPathToleaf(root,path,paths): if root is None: return if root.getName() != 'null': path[root.getName()] = root.getCount() #path.append(root.getName()) if len(root.getChildren()) == 0: paths.append(path.copy()) for child in root.getChildren(): FindAllPathToleaf(child,path,paths) if root.getName() != 'null': del path[root.getName()] def findAllSubSet(itemSet,freqItem,index,minCount,freqItemSet): if index == len(itemSet): if len(freqItem) != 0: try: count = freqItemSet[tuple(freqItem)] freqItemSet[tuple(freqItem)] = count + minCount except: freqItemSet[tuple(freqItem)] = minCount #print(fre,'::',minCount) return item = list(itemSet)[index] freqItem.append(item) prevminCount = minCount if itemSet[item] < minCount: minCount = itemSet[item] findAllSubSet(itemSet,freqItem,index+1,minCount,freqItemSet) freqItem.remove(item) findAllSubSet(itemSet,freqItem,index+1,prevminCount,freqItemSet) def createCondFPTree(condPats,additional,AllfrequentItem): root = Node('null') dic = {} NextPointer = {} for pat in condPats: for item in pat.getcondPat(): try: dic[item] += pat.getCount() except: dic[item] = pat.getCount() NextPointer[item] = None for pat in condPats: createCondFPTreeUtil(root,pat.getcondPat(),pat.getCount(),NextPointer) UpdateCondFPTree(root,dic,NextPointer) #print(dic) L1= [] L1_Count = [] L1_NodePointer = [] for item in dic: if dic[item] >= MIN_SUPPORT_COUNT: lst = [item] if lst == list(additional): print(lst) else: lst.extend(list(additional)) #print(lst,':',list(additional)) AllfrequentItem[tuple(lst)] = dic[item] L1.append(tuple(lst)) L1_Count.append(dic[item]) L1_NodePointer.append(NextPointer[item]) df = pd.DataFrame({ 'item': L1, 'count': L1_Count, 'pointer': L1_NodePointer }) df = df.sort_values(by='count', ascending=False) return df def hasSinglePath(itemList): singlePath = True # go to parent node = itemList[0] while node.getName() != 'null': node = node.getParent() while not node is None: children = node.getChildren() if len(children) > 1: return False if len(children) == 1: for child in children: node = child else: break return singlePath def FPGrowth(df,AllfrequentItem): itemList = df['pointer'] index = len(itemList) - 1 if hasSinglePath(itemList): path = {} freqItem = [] freqItemSet = {} minCount = 100000 listToAdd = '1' for item in itemList: path[item.getName()] = item.getCount() itemsName = df['item'][0] listToAdd = list(itemsName) listToAdd = listToAdd[1:] findAllSubSet(path,freqItem,0,minCount,freqItemSet) for item in freqItemSet: newList = list(item) newList.extend(listToAdd) AllfrequentItem[tuple(newList)] = freqItemSet[item] else: while index >= 0: condPats = conditionalPatternBase(itemList[index]) if not type(df['item'][index]) is tuple: conv = [df['item'][index]] conv = tuple(conv) AllfrequentItem[conv] = df['count'][index] else: conv = df['item'][index] newdf = createCondFPTree(condPats,conv,AllfrequentItem) if not newdf.empty: FPGrowth(newdf,AllfrequentItem) #print('------------------------------------------------>>>>>>>>') index = index -1 def find_frequent_ItemCount(data,uniqueItems): L1 = [] L1_Count = [] L1_NodePointer = [] for item in uniqueItems: countItem = 0 for transaction in data: for transItem in transaction: if transItem == item: countItem = countItem + 1 break #If count>=MinSupportCount if countItem >= MIN_SUPPORT_COUNT: L1.append(item) L1_Count.append(countItem) L1_NodePointer.append(None) df = pd.DataFrame({ 'item': L1, 'count': L1_Count, 'pointer': L1_NodePointer }) #print(df) df = df.sort_values(by='count', ascending=False) #print(df) return df def FPTree(data,uniqueItems): print('Inside FPTree Initialize') df = find_frequent_ItemCount(data,uniqueItems) root = Node('null') AllfrequentItem = {} if not df.empty: FPTreeUtil(df,data,root) FPGrowth(df,AllfrequentItem) MaxLength = 0 for item in AllfrequentItem: if len(item) > MaxLength: MaxLength = len(item) MaxLenFreqItemSet = [] for item in AllfrequentItem: if len(item) == MaxLength: MaxLenFreqItemSet.append(item) for itemSet in MaxLenFreqItemSet: print(itemSet) global MAX_FREQ_ITEMSET_SIZE global NO_OF_FREQ_ITEM MAX_FREQ_ITEMSET_SIZE = MaxLength NO_OF_FREQ_ITEM = len(MaxLenFreqItemSet) def fetchtxtData(data,filename): # Using readlines() file_read = open(filename, 'r') Lines = file_read.readlines() count = 0 # Strips the newline character TotalItems = 0 UniqueItems = set() for line in Lines: arr = line.split(" ") arr = arr[:len(arr)-1] UniqueItems = UniqueItems.union(set(arr)) TotalItems = TotalItems + len(arr) data.append(arr) count = count + 1 #set data global NO_OF_TRANSACTION global TRANSACTION_AVG_WIDTH global TOTAL_ITEMS NO_OF_TRANSACTION = count TRANSACTION_AVG_WIDTH = TotalItems/NO_OF_TRANSACTION TOTAL_ITEMS = len(UniqueItems) return list(UniqueItems) def fetchCSVdata(data,filename): reader = csv.reader(open(filename, 'r'), delimiter=',') DataSet = [list(row[1:]) for row in reader] DataSet = DataSet[1:] count = 0 TotalItems = 0 uniqueItems = set() for trans in DataSet: newlist = [] for elem in trans: if elem == '': break newlist.append(elem) uniqueItems = uniqueItems.union(set(newlist)) data.append(newlist) count += 1 TotalItems += len(newlist) # set data global NO_OF_TRANSACTION global TRANSACTION_AVG_WIDTH global TOTAL_ITEMS NO_OF_TRANSACTION = count TRANSACTION_AVG_WIDTH = TotalItems/NO_OF_TRANSACTION TOTAL_ITEMS = len(uniqueItems) return list(uniqueItems) def printData(): print('----------------------------------------------------') print('Minimum support Count:',MIN_SUPPORT_COUNT) print('No of Transaction:',NO_OF_TRANSACTION) print('Avg Width of Transaction:',TRANSACTION_AVG_WIDTH) print('Total Items:',TOTAL_ITEMS) print('Max Freq Item Size:',MAX_FREQ_ITEMSET_SIZE) print('No of Freq Items:',NO_OF_FREQ_ITEM) print('Execution Time:',EXECUTION_TIME) print('Memory Used in Bytes',MEMORY) def main(): args = sys.argv fileName = '' global FRACTION isCSV = True try: fileName = args[1] if fileName[-3:] == 'txt': isCSV = False FRACTION = float(args[2]) except: print('Error in Command Line Input!\nPlease Enter Format: python <DatafileName> <Fraction>') return start_time = time.time() data = [] if isCSV: uniqueItems = fetchCSVdata(data,fileName) else: uniqueItems = fetchtxtData(data,fileName) global MIN_SUPPORT_COUNT MIN_SUPPORT_COUNT = math.ceil(NO_OF_TRANSACTION * FRACTION) FPTree(data,uniqueItems) end_time = time.time() global EXECUTION_TIME EXECUTION_TIME = end_time - start_time process = psutil.Process(os.getpid()) global MEMORY MEMORY = process.memory_info().rss printData() if __name__ == "__main__": main()

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# -*- encoding: utf-8 -*- # # Licensed under the Apache License, Version 2.0 (the "License"); # you may not use this file except in compliance with the License. # You may obtain a copy of the License at # # http://www.apache.org/licenses/LICENSE-2.0 # # Unless required by applicable law or agreed to in writing, software # distributed under the License is distributed on an "AS IS" BASIS, # WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or # implied. # See the License for the specific language governing permissions and # limitations under the License. """ Version 1 of the Watcher API NOTE: IN PROGRESS AND NOT FULLY IMPLEMENTED. """ import datetime import pecan from pecan import rest import wsme from wsme import types as wtypes import wsmeext.pecan as wsme_pecan from watcher.api.controllers import link from watcher.api.controllers.v1 import action from watcher.api.controllers.v1 import action_plan from watcher.api.controllers.v1 import audit from watcher.api.controllers.v1 import audit_template from watcher.api.controllers.v1 import goal from watcher.api.controllers.v1 import scoring_engine from watcher.api.controllers.v1 import service from watcher.api.controllers.v1 import strategy class APIBase(wtypes.Base): created_at = wsme.wsattr(datetime.datetime, readonly=True) """The time in UTC at which the object is created""" updated_at = wsme.wsattr(datetime.datetime, readonly=True) """The time in UTC at which the object is updated""" deleted_at = wsme.wsattr(datetime.datetime, readonly=True) """The time in UTC at which the object is deleted""" def as_dict(self): """Render this object as a dict of its fields.""" return dict((k, getattr(self, k)) for k in self.fields if hasattr(self, k) and getattr(self, k) != wsme.Unset) def unset_fields_except(self, except_list=None): """Unset fields so they don't appear in the message body. :param except_list: A list of fields that won't be touched. """ if except_list is None: except_list = [] for k in self.as_dict(): if k not in except_list: setattr(self, k, wsme.Unset) class MediaType(APIBase): """A media type representation.""" base = wtypes.text type = wtypes.text def __init__(self, base, type): self.base = base self.type = type class V1(APIBase): """The representation of the version 1 of the API.""" id = wtypes.text """The ID of the version, also acts as the release number""" media_types = [MediaType] """An array of supcontainersed media types for this version""" audit_templates = [link.Link] """Links to the audit templates resource""" audits = [link.Link] """Links to the audits resource""" actions = [link.Link] """Links to the actions resource""" action_plans = [link.Link] """Links to the action plans resource""" scoring_engines = [link.Link] """Links to the Scoring Engines resource""" services = [link.Link] """Links to the services resource""" links = [link.Link] """Links that point to a specific URL for this version and documentation""" @staticmethod def convert(): v1 = V1() v1.id = "v1" v1.links = [link.Link.make_link('self', pecan.request.host_url, 'v1', '', bookmark=True), link.Link.make_link('describedby', 'http://docs.openstack.org', 'developer/watcher/dev', 'api-spec-v1.html', bookmark=True, type='text/html') ] v1.media_types = [MediaType('application/json', 'application/vnd.openstack.watcher.v1+json')] v1.audit_templates = [link.Link.make_link('self', pecan.request.host_url, 'audit_templates', ''), link.Link.make_link('bookmark', pecan.request.host_url, 'audit_templates', '', bookmark=True) ] v1.audits = [link.Link.make_link('self', pecan.request.host_url, 'audits', ''), link.Link.make_link('bookmark', pecan.request.host_url, 'audits', '', bookmark=True) ] v1.actions = [link.Link.make_link('self', pecan.request.host_url, 'actions', ''), link.Link.make_link('bookmark', pecan.request.host_url, 'actions', '', bookmark=True) ] v1.action_plans = [link.Link.make_link( 'self', pecan.request.host_url, 'action_plans', ''), link.Link.make_link('bookmark', pecan.request.host_url, 'action_plans', '', bookmark=True) ] v1.scoring_engines = [link.Link.make_link( 'self', pecan.request.host_url, 'scoring_engines', ''), link.Link.make_link('bookmark', pecan.request.host_url, 'scoring_engines', '', bookmark=True) ] v1.services = [link.Link.make_link( 'self', pecan.request.host_url, 'services', ''), link.Link.make_link('bookmark', pecan.request.host_url, 'services', '', bookmark=True) ] return v1 class Controller(rest.RestController): """Version 1 API controller root.""" audits = audit.AuditsController() audit_templates = audit_template.AuditTemplatesController() actions = action.ActionsController() action_plans = action_plan.ActionPlansController() goals = goal.GoalsController() scoring_engines = scoring_engine.ScoringEngineController() services = service.ServicesController() strategies = strategy.StrategiesController() @wsme_pecan.wsexpose(V1) def get(self): # NOTE: The reason why convert() it's being called for every # request is because we need to get the host url from # the request object to make the links. return V1.convert() __all__ = ("Controller", )

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kilmer7/workspace_python

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dia = input('Dia = ') mes = input('Mês = ') ano = input('Ano = ') print('Você nasceu no dia '+ dia +' de '+ mes +' de '+ ano +'. Correto?')

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from Utilities.config import app,db from Models.data import * from flask import request @app.route('/data',methods=['POST']) def Receive(): data=request.json result=receiveData(data) return result if __name__ == "__main__": app.run(port=5002, debug=True)

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import pandas as pd import matplotlib.pyplot as plt db = pd.read_csv('./DB/loop1 coldleg_loca_20.csv') print(db['BFV122']) plt.plot(db['BFV122']) plt.show()

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from main import app from models.database import db with app.app_context(): db.create_all()

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import os from eyec.settings.base import * #Override for dev settings DEBUG = True ALLOWED_HOSTS = []

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# Generated by Django 3.1 on 2020-12-05 06:53 from django.db import migrations, models class Migration(migrations.Migration): dependencies = [ ('OnlineLearn', '0006_auto_20201205_0642'), ] operations = [ migrations.AddField( model_name='user', name='profile_pic', field=models.ImageField(blank=True, null=True, upload_to=''), ), ]

[ "frasulov4671@ada.edu.az" ]

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Germey/TextSummarization

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#! /usr/bin/env python from __future__ import print_function import sys from collections import Counter c = Counter() for line in sys.stdin: for word in line.strip().split(' '): if word: c[word] += 1 for key,f in sorted(c.items(), key=lambda x: x[1], reverse=True): print(key+" "+ str(f))

[ "cqc@cuiqingcai.com" ]

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#!/home/xhyue/work/stock/stockenv/bin/python3 # -*- coding: utf-8 -*- import re import sys from twisted.scripts.twistd import run if __name__ == '__main__': sys.argv[0] = re.sub(r'(-script\.pyw?|\.exe)?$', '', sys.argv[0]) sys.exit(run())

[ "xhyue_0209@sina.com" ]

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from app.models.persistence.base import BaseMeta, BaseModel from app.models.persistence.mixins.timestamps import TimeStampableMixin from pynamodb.attributes import ListAttribute, MapAttribute, UnicodeAttribute, UTCDateTimeAttribute class EventReferenceModel(MapAttribute): event_id = UnicodeAttribute() hares = ListAttribute() name = UnicodeAttribute() description = UnicodeAttribute() kennels = ListAttribute() start_time = UTCDateTimeAttribute() start_location = UnicodeAttribute() def is_ref_of(self, event): if not isinstance(event, EventDataModel): return False for attr in self.attribute_values.keys(): if self.attribute_values[attr] != event.attribute_values[attr]: return False return True def __eq__(self, other): if not isinstance(other, self.__class__): return False return self.__dict__ == other.__dict__ class EventDataModel(TimeStampableMixin, BaseModel): class Meta(BaseMeta): table_name = 'events' event_id = UnicodeAttribute(hash_key=True) hares = ListAttribute() name = UnicodeAttribute() description = UnicodeAttribute() kennels = ListAttribute() type = UnicodeAttribute() start_time = UTCDateTimeAttribute(range_key=True) end_time = UTCDateTimeAttribute(null=True) start_location = UnicodeAttribute() trails = ListAttribute(null=True) def to_ref(self): valid_keys = [key for key in EventReferenceModel.__dict__.keys() if not key.startswith('_')] return EventReferenceModel(**{k: v for k, v in self.attributes().items() if k in valid_keys}) class HareEventDataModel(TimeStampableMixin, BaseModel): class Meta(BaseMeta): table_name = 'hare_events' hasher_id = UnicodeAttribute(hash_key=True) event_id = UnicodeAttribute() start_time = UTCDateTimeAttribute(range_key=True) event_ref = EventReferenceModel() class KennelEventDataModel(TimeStampableMixin, BaseModel): class Meta(BaseMeta): table_name = 'kennel_events' kennel_id = UnicodeAttribute(hash_key=True) event_id = UnicodeAttribute() start_time = UTCDateTimeAttribute(range_key=True) event_ref = EventReferenceModel()

[ "nathan.menge@arcadiasolutions.com" ]

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# -*- coding: utf-8 -*- # Form implementation generated from reading ui file 'fall.ui' # # Created: Fri Jan 03 21:40:07 2014 # by: PyQt4 UI code generator 4.10.3 # # WARNING! All changes made in this file will be lost! from PyQt4 import QtCore, QtGui try: _fromUtf8 = QtCore.QString.fromUtf8 except AttributeError: def _fromUtf8(s): return s try: _encoding = QtGui.QApplication.UnicodeUTF8 def _translate(context, text, disambig): return QtGui.QApplication.translate(context, text, disambig, _encoding) except AttributeError: def _translate(context, text, disambig): return QtGui.QApplication.translate(context, text, disambig) class Ui_MainWindow22(object): def setupUi(self, MainWindow22): MainWindow22.setObjectName(_fromUtf8("MainWindow22")) MainWindow22.resize(842, 570) self.centralwidget = QtGui.QWidget(MainWindow22) self.centralwidget.setObjectName(_fromUtf8("centralwidget")) self.label = QtGui.QLabel(self.centralwidget) self.label.setGeometry(QtCore.QRect(230, 10, 331, 61)) font = QtGui.QFont() font.setFamily(_fromUtf8("Arial Unicode MS")) font.setPointSize(26) font.setBold(True) font.setUnderline(True) font.setWeight(75) self.label.setFont(font) self.label.setObjectName(_fromUtf8("label")) self.label_2 = QtGui.QLabel(self.centralwidget) self.label_2.setGeometry(QtCore.QRect(20, 110, 211, 51)) font = QtGui.QFont() font.setPointSize(16) font.setBold(True) font.setWeight(75) self.label_2.setFont(font) self.label_2.setText(_fromUtf8("")) self.label_2.setObjectName(_fromUtf8("label_2")) self.label_3 = QtGui.QLabel(self.centralwidget) self.label_3.setGeometry(QtCore.QRect(240, 110, 181, 51)) font = QtGui.QFont() font.setPointSize(16) font.setBold(True) font.setWeight(75) self.label_3.setFont(font) self.label_3.setText(_fromUtf8("")) self.label_3.setObjectName(_fromUtf8("label_3")) self.line = QtGui.QFrame(self.centralwidget) self.line.setGeometry(QtCore.QRect(50, 250, 731, 20)) self.line.setFrameShape(QtGui.QFrame.HLine) self.line.setFrameShadow(QtGui.QFrame.Sunken) self.line.setObjectName(_fromUtf8("line")) self.line_2 = QtGui.QFrame(self.centralwidget) self.line_2.setGeometry(QtCore.QRect(400, 260, 31, 241)) self.line_2.setFrameShape(QtGui.QFrame.VLine) self.line_2.setFrameShadow(QtGui.QFrame.Sunken) self.line_2.setObjectName(_fromUtf8("line_2")) self.label_14 = QtGui.QLabel(self.centralwidget) self.label_14.setGeometry(QtCore.QRect(240, 180, 51, 20)) font = QtGui.QFont() font.setPointSize(10) font.setBold(True) font.setWeight(75) self.label_14.setFont(font) self.label_14.setObjectName(_fromUtf8("label_14")) self.label_15 = QtGui.QLabel(self.centralwidget) self.label_15.setGeometry(QtCore.QRect(300, 180, 91, 21)) font = QtGui.QFont() font.setPointSize(10) font.setBold(True) font.setWeight(75) self.label_15.setFont(font) self.label_15.setText(_fromUtf8("")) self.label_15.setObjectName(_fromUtf8("label_15")) self.frame = QtGui.QFrame(self.centralwidget) self.frame.setGeometry(QtCore.QRect(570, 50, 211, 201)) self.frame.setStyleSheet(_fromUtf8("background-image: url(:/newPrefix/p2.jpg);")) self.frame.setFrameShape(QtGui.QFrame.StyledPanel) self.frame.setFrameShadow(QtGui.QFrame.Raised) self.frame.setObjectName(_fromUtf8("frame")) self.layoutWidget = QtGui.QWidget(self.centralwidget) self.layoutWidget.setGeometry(QtCore.QRect(60, 260, 351, 241)) self.layoutWidget.setObjectName(_fromUtf8("layoutWidget")) self.verticalLayout = QtGui.QVBoxLayout(self.layoutWidget) self.verticalLayout.setMargin(0) self.verticalLayout.setObjectName(_fromUtf8("verticalLayout")) self.label01 = QtGui.QLabel(self.layoutWidget) font = QtGui.QFont() font.setPointSize(10) font.setBold(True) font.setWeight(75) self.label01.setFont(font) self.label01.setText(_fromUtf8("")) self.label01.setObjectName(_fromUtf8("label01")) self.verticalLayout.addWidget(self.label01) self.label02 = QtGui.QLabel(self.layoutWidget) font = QtGui.QFont() font.setPointSize(10) font.setBold(True) font.setWeight(75) self.label02.setFont(font) self.label02.setText(_fromUtf8("")) self.label02.setObjectName(_fromUtf8("label02")) self.verticalLayout.addWidget(self.label02) self.label03 = QtGui.QLabel(self.layoutWidget) font = QtGui.QFont() font.setPointSize(10) font.setBold(True) font.setWeight(75) self.label03.setFont(font) self.label03.setText(_fromUtf8("")) self.label03.setObjectName(_fromUtf8("label03")) self.verticalLayout.addWidget(self.label03) self.label04 = QtGui.QLabel(self.layoutWidget) font = QtGui.QFont() font.setPointSize(10) font.setBold(True) font.setWeight(75) self.label04.setFont(font) self.label04.setText(_fromUtf8("")) self.label04.setObjectName(_fromUtf8("label04")) self.verticalLayout.addWidget(self.label04) self.label05 = QtGui.QLabel(self.layoutWidget) font = QtGui.QFont() font.setPointSize(10) font.setBold(True) font.setWeight(75) self.label05.setFont(font) self.label05.setText(_fromUtf8("")) self.label05.setObjectName(_fromUtf8("label05")) self.verticalLayout.addWidget(self.label05) self.layoutWidget1 = QtGui.QWidget(self.centralwidget) self.layoutWidget1.setGeometry(QtCore.QRect(420, 260, 351, 241)) self.layoutWidget1.setObjectName(_fromUtf8("layoutWidget1")) self.verticalLayout_2 = QtGui.QVBoxLayout(self.layoutWidget1) self.verticalLayout_2.setMargin(0) self.verticalLayout_2.setObjectName(_fromUtf8("verticalLayout_2")) self.label06 = QtGui.QLabel(self.layoutWidget1) font = QtGui.QFont() font.setPointSize(10) font.setBold(True) font.setWeight(75) self.label06.setFont(font) self.label06.setText(_fromUtf8("")) self.label06.setObjectName(_fromUtf8("label06")) self.verticalLayout_2.addWidget(self.label06) self.label07 = QtGui.QLabel(self.layoutWidget1) font = QtGui.QFont() font.setPointSize(10) font.setBold(True) font.setWeight(75) self.label07.setFont(font) self.label07.setText(_fromUtf8("")) self.label07.setObjectName(_fromUtf8("label07")) self.verticalLayout_2.addWidget(self.label07) self.label08 = QtGui.QLabel(self.layoutWidget1) font = QtGui.QFont() font.setPointSize(10) font.setBold(True) font.setWeight(75) self.label08.setFont(font) self.label08.setText(_fromUtf8("")) self.label08.setObjectName(_fromUtf8("label08")) self.verticalLayout_2.addWidget(self.label08) self.label09 = QtGui.QLabel(self.layoutWidget1) font = QtGui.QFont() font.setPointSize(10) font.setBold(True) font.setWeight(75) self.label09.setFont(font) self.label09.setText(_fromUtf8("")) self.label09.setObjectName(_fromUtf8("label09")) self.verticalLayout_2.addWidget(self.label09) self.label10 = QtGui.QLabel(self.layoutWidget1) font = QtGui.QFont() font.setPointSize(10) font.setBold(True) font.setWeight(75) self.label10.setFont(font) self.label10.setText(_fromUtf8("")) self.label10.setObjectName(_fromUtf8("label10")) self.verticalLayout_2.addWidget(self.label10) self.pushButton = QtGui.QPushButton(self.centralwidget) self.pushButton.setGeometry(QtCore.QRect(690, 510, 75, 23)) self.pushButton.setObjectName(_fromUtf8("pushButton")) MainWindow22.setCentralWidget(self.centralwidget) self.menubar = QtGui.QMenuBar(MainWindow22) self.menubar.setGeometry(QtCore.QRect(0, 0, 842, 21)) self.menubar.setObjectName(_fromUtf8("menubar")) MainWindow22.setMenuBar(self.menubar) self.statusbar = QtGui.QStatusBar(MainWindow22) self.statusbar.setObjectName(_fromUtf8("statusbar")) MainWindow22.setStatusBar(self.statusbar) self.retranslateUi(MainWindow22) QtCore.QMetaObject.connectSlotsByName(MainWindow22) def retranslateUi(self, MainWindow22): MainWindow22.setWindowTitle(_translate("MainWindow22", "MainWindow", None)) self.label.setText(_translate("MainWindow22", "FALL OF WICKETS", None)) self.label_14.setText(_translate("MainWindow22", "Extras -", None)) self.pushButton.setText(_translate("MainWindow22", "Close", None)) import pro

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# Generated by Django 2.2.5 on 2019-10-27 11:29 from django.db import migrations, models class Migration(migrations.Migration): dependencies = [ ('classified', '0003_auto_20191026_2123'), ] operations = [ migrations.AlterField( model_name='classifiedad', name='active', field=models.BooleanField(default=True, verbose_name='активный'), ), migrations.AlterField( model_name='classifiedad', name='body', field=models.TextField(verbose_name='body'), ), migrations.AlterField( model_name='classifiedad', name='date_posted', field=models.DateTimeField(auto_now_add=True, verbose_name='date_posted'), ), migrations.AlterField( model_name='classifiedad', name='date_updated', field=models.DateTimeField(auto_now_add=True, verbose_name='date_updated'), ), migrations.AlterField( model_name='classifiedad', name='header', field=models.CharField(max_length=100, verbose_name='header'), ), migrations.AlterField( model_name='classifiedad', name='price', field=models.DecimalField(decimal_places=2, max_digits=10, verbose_name='price'), ), ]

[ "icnmtrx@gmail.com" ]

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N=int(input("Write a N number: ")) i=0 y=0 for x in range(1,N+1): if x%2==0: i+=x else: y+=x if N%2==0: print(f"Average of an even numbers:{i/(N/2)}") else: print(f"Average of an even numbers:{i/((N-1)/2)}") print(f"Sum of odd functions:{y}")

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import asyncio import os import socket import signal import time import pytest from cryptography.fernet import Fernet from traitlets import Integer, Float from traitlets.config import Config import dask from dask_gateway import Gateway, GatewayClusterError, GatewayWarning, GatewayCluster from dask_gateway_server.app import DaskGateway from dask_gateway_server.compat import get_running_loop from dask_gateway_server.objects import ClusterStatus from dask_gateway_server.managers import ClusterManager from dask_gateway_server.managers.inprocess import InProcessClusterManager from dask_gateway_server import options from .utils import LocalTestingClusterManager, temp_gateway @pytest.fixture(autouse=True) def ensure_clusters_closed(): instances = len(GatewayCluster._instances) for c in list(GatewayCluster._instances): if not c.asynchronous: c.close() assert instances == 0 class SlowStartClusterManager(ClusterManager): pause_time = Float(0.2, config=True) state_1 = {"state_1": 1} state_2 = {"state_2": 2} state_3 = {"state_3": 3} stop_cluster_state = None running = False async def start_cluster(self): self.running = True yield self.state_1 await asyncio.sleep(self.pause_time) yield self.state_2 await asyncio.sleep(self.pause_time) yield self.state_3 async def cluster_status(self, cluster_state): return self.running async def stop_cluster(self, cluster_state): self.stop_cluster_state = cluster_state self.running = False class ClusterFailsDuringStart(ClusterManager): fail_stage = Integer(1, config=True) stop_cluster_state = None async def start_cluster(self): for i in range(3): if i == self.fail_stage: raise ValueError("Oh No") yield {"i": i} async def stop_cluster(self, cluster_state): self.stop_cluster_state = cluster_state class ClusterFailsBetweenStartAndConnect(InProcessClusterManager): status = "starting" async def start_cluster(self): yield {"foo": "bar"} self.status = "failed" async def cluster_status(self, cluster_state): return self.status not in ("failed", "stopped") async def stop_cluster(self, cluster_state): self.status = "stopped" class ClusterFailsAfterConnect(InProcessClusterManager): fail_after = 0.5 async def start_cluster(self): # Initiate state loop = get_running_loop() self.failed = loop.create_future() self.stop_cluster_called = loop.create_future() # Start the cluster async for state in super().start_cluster(): yield state # Launch a task to kill the cluster soon self.task_pool.create_task(self.delay_fail_cluster()) async def delay_fail_cluster(self): await asyncio.sleep(self.fail_after) self.failed.set_result(True) async def cluster_status(self, cluster_state): if self.failed.done(): return False return await super().cluster_status(cluster_state) async def stop_cluster(self, cluster_state): await super().stop_cluster(cluster_state) self.stop_cluster_called.set_result(True) class SlowWorkerStartClusterManager(InProcessClusterManager): pause_time = Float(0.2, config=True) stop_worker_state = None async def start_worker(self, worker_name, cluster_state): for i in range(3): yield {"i": i} await asyncio.sleep(self.pause_time) self.workers[worker_name] = None async def worker_status(self, worker_name, worker_state, cluster_state): return worker_name in self.workers async def stop_worker(self, worker_name, worker_state, cluster_state): self.stop_worker_state = worker_state self.workers.pop(worker_name, None) class WorkerFailsDuringStart(InProcessClusterManager): fail_stage = Integer(1, config=True) stop_worker_state = None async def start_worker(self, worker_name, cluster_state): for i in range(3): if i == self.fail_stage: raise ValueError("Oh No") yield {"i": i} async def stop_worker(self, worker_name, worker_state, cluster_state): self.stop_worker_state = worker_state class WorkerFailsBetweenStartAndConnect(InProcessClusterManager): status = "starting" async def start_worker(self, worker_name, cluster_state): yield {"foo": "bar"} self.status = "failed" async def worker_status(self, worker_name, worker_state, cluster_state): return self.status not in ("failed", "stopped") async def stop_worker(self, worker_name, worker_state, cluster_state): self.status = "stopped" class WorkerFailsAfterConnect(InProcessClusterManager): def __init__(self, *args, **kwargs): super().__init__(*args, **kwargs) loop = get_running_loop() self.stop_worker_called = loop.create_future() self.worker_connected = loop.create_future() def on_worker_running(self, *args, **kwargs): self.worker_connected.set_result(True) async def stop_worker(self, *args, **kwargs): await super().stop_worker(*args, **kwargs) if not self.stop_worker_called.done(): self.stop_worker_called.set_result(True) @pytest.mark.asyncio async def test_shutdown_on_startup_error(tmpdir): # A configuration that will cause a failure at runtime (not init time) gateway = DaskGateway( gateway_url="tls://127.0.0.1:0", private_url="http://127.0.0.1:0", public_url="http://127.0.0.1:0", temp_dir=str(tmpdir), tls_cert=str(tmpdir.join("tls_cert.pem")), authenticator_class="dask_gateway_server.auth.DummyAuthenticator", ) with pytest.raises(SystemExit) as exc: gateway.initialize([]) await gateway.start_or_exit() assert exc.value.code == 1 def test_db_encrypt_keys_required(tmpdir): with pytest.raises(ValueError) as exc: gateway = DaskGateway( gateway_url="tls://127.0.0.1:0", private_url="http://127.0.0.1:0", public_url="http://127.0.0.1:0", temp_dir=str(tmpdir), db_url="sqlite:///%s" % tmpdir.join("dask_gateway.sqlite"), authenticator_class="dask_gateway_server.auth.DummyAuthenticator", ) gateway.initialize([]) assert "DASK_GATEWAY_ENCRYPT_KEYS" in str(exc.value) def test_db_encrypt_keys_invalid(tmpdir): with pytest.raises(ValueError) as exc: gateway = DaskGateway( gateway_url="tls://127.0.0.1:0", private_url="http://127.0.0.1:0", public_url="http://127.0.0.1:0", temp_dir=str(tmpdir), db_url="sqlite:///%s" % tmpdir.join("dask_gateway.sqlite"), db_encrypt_keys=["abc"], authenticator_class="dask_gateway_server.auth.DummyAuthenticator", ) gateway.initialize([]) assert "DASK_GATEWAY_ENCRYPT_KEYS" in str(exc.value) def test_db_decrypt_keys_from_env(monkeypatch): keys = [Fernet.generate_key(), Fernet.generate_key()] val = b";".join(keys).decode() monkeypatch.setenv("DASK_GATEWAY_ENCRYPT_KEYS", val) gateway = DaskGateway() assert gateway.db_encrypt_keys == keys def test_resume_clusters_forbid_in_memory_db(tmpdir): with pytest.raises(ValueError) as exc: DaskGateway( gateway_url="tls://127.0.0.1:0", private_url="http://127.0.0.1:0", public_url="http://127.0.0.1:0", temp_dir=str(tmpdir), db_url="sqlite://", stop_clusters_on_shutdown=False, authenticator_class="dask_gateway_server.auth.DummyAuthenticator", ) assert "stop_clusters_on_shutdown" in str(exc.value) def test_default_urls_from_config(): hostname = socket.gethostname() gateway = DaskGateway() gateway.init_server_urls() assert gateway.public_urls.bind_host == "" assert gateway.public_urls.connect.hostname == hostname assert gateway.gateway_urls.bind.scheme == "tls" assert gateway.gateway_urls.bind_host == "" assert gateway.gateway_urls.connect.hostname == hostname assert gateway.private_urls.bind_port != 0 @pytest.mark.asyncio @pytest.mark.parametrize("start_timeout,state", [(0.1, "state_1"), (0.25, "state_2")]) async def test_slow_cluster_start(tmpdir, start_timeout, state): config = Config() config.DaskGateway.cluster_manager_class = SlowStartClusterManager config.DaskGateway.temp_dir = str(tmpdir) config.SlowStartClusterManager.cluster_start_timeout = start_timeout async with temp_gateway(config=config) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: # Submission fails due to start timeout cluster_id = await gateway.submit() with pytest.raises(GatewayClusterError) as exc: async with gateway.connect(cluster_id): pass assert cluster_id in str(exc.value) cluster = gateway_proc.db.cluster_from_name(cluster_id) # Stop cluster called with last reported state res = getattr(cluster.manager, state) assert cluster.manager.stop_cluster_state == res @pytest.mark.asyncio async def test_slow_cluster_connect(tmpdir): config = Config() config.DaskGateway.cluster_manager_class = SlowStartClusterManager config.DaskGateway.temp_dir = str(tmpdir) config.SlowStartClusterManager.cluster_start_timeout = 0.1 config.SlowStartClusterManager.pause_time = 0 async with temp_gateway(config=config) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: # Submission fails due to connect timeout cluster_id = await gateway.submit() with pytest.raises(GatewayClusterError) as exc: async with gateway.connect(cluster_id): pass assert cluster_id in str(exc.value) cluster = gateway_proc.db.cluster_from_name(cluster_id) # Stop cluster called with last reported state res = cluster.manager.state_3 assert cluster.manager.stop_cluster_state == res @pytest.mark.asyncio @pytest.mark.parametrize("fail_stage", [0, 1]) async def test_cluster_fails_during_start(tmpdir, fail_stage): config = Config() config.DaskGateway.cluster_manager_class = ClusterFailsDuringStart config.DaskGateway.temp_dir = str(tmpdir) config.ClusterFailsDuringStart.fail_stage = fail_stage async with temp_gateway(config=config) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: # Submission fails due to error during start cluster_id = await gateway.submit() with pytest.raises(GatewayClusterError) as exc: async with gateway.connect(cluster_id): pass assert cluster_id in str(exc.value) cluster_obj = gateway_proc.db.cluster_from_name(cluster_id) # Stop cluster called with last reported state res = {} if fail_stage == 0 else {"i": fail_stage - 1} assert cluster_obj.manager.stop_cluster_state == res @pytest.mark.asyncio async def test_cluster_fails_between_start_and_connect(tmpdir): config = Config() config.DaskGateway.cluster_manager_class = ClusterFailsBetweenStartAndConnect config.DaskGateway.temp_dir = str(tmpdir) config.ClusterFailsBetweenStartAndConnect.cluster_status_period = 0.1 async with temp_gateway(config=config) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: # Submit cluster cluster_id = await gateway.submit() cluster_obj = gateway_proc.db.cluster_from_name(cluster_id) # Connect and wait for start failure with pytest.raises(GatewayClusterError) as exc: await asyncio.wait_for(gateway.connect(cluster_id), 5) assert cluster_id in str(exc.value) assert "failed to start" in str(exc.value) assert cluster_obj.manager.status == "stopped" @pytest.mark.asyncio async def test_cluster_fails_after_connect(tmpdir): config = Config() config.DaskGateway.cluster_manager_class = ClusterFailsAfterConnect config.DaskGateway.temp_dir = str(tmpdir) config.ClusterFailsAfterConnect.cluster_status_period = 0.25 async with temp_gateway(config=config) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: # Cluster starts successfully cluster_id = await gateway.submit() cluster_obj = gateway_proc.db.cluster_from_name(cluster_id) async with gateway.connect(cluster_id): # Wait for cluster to fail while running await asyncio.wait_for(cluster_obj.manager.failed, 3) # Stop cluster called to cleanup after failure await asyncio.wait_for(cluster_obj.manager.stop_cluster_called, 3) @pytest.mark.asyncio @pytest.mark.parametrize("start_timeout,state", [(0.1, 0), (0.25, 1)]) async def test_slow_worker_start(tmpdir, start_timeout, state): config = Config() config.DaskGateway.cluster_manager_class = SlowWorkerStartClusterManager config.DaskGateway.temp_dir = str(tmpdir) config.SlowWorkerStartClusterManager.worker_start_timeout = start_timeout async with temp_gateway(config=config) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: cluster = await gateway.new_cluster() await cluster.scale(1) cluster_obj = gateway_proc.db.cluster_from_name(cluster.name) # Wait for worker failure timeout = 5 while timeout > 0: if cluster_obj.manager.stop_worker_state is not None: break await asyncio.sleep(0.1) timeout -= 0.1 else: assert False, "Operation timed out" # Stop worker called with last reported state assert cluster_obj.manager.stop_worker_state == {"i": state} # Stop the cluster await cluster.shutdown() @pytest.mark.asyncio async def test_slow_worker_connect(tmpdir): config = Config() config.DaskGateway.cluster_manager_class = SlowWorkerStartClusterManager config.DaskGateway.temp_dir = str(tmpdir) config.SlowWorkerStartClusterManager.worker_start_timeout = 0.1 config.SlowWorkerStartClusterManager.pause_time = 0 async with temp_gateway(config=config) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: cluster = await gateway.new_cluster() await cluster.scale(1) cluster_obj = gateway_proc.db.cluster_from_name(cluster.name) # Wait for worker failure timeout = 5 while timeout > 0: if cluster_obj.manager.stop_worker_state is not None: break await asyncio.sleep(0.1) timeout -= 0.1 else: assert False, "Operation timed out" # Stop worker called with last reported state assert cluster_obj.manager.stop_worker_state == {"i": 2} # Stop the cluster await cluster.shutdown() @pytest.mark.asyncio @pytest.mark.parametrize("fail_stage", [0, 1]) async def test_worker_fails_during_start(tmpdir, fail_stage): config = Config() config.DaskGateway.cluster_manager_class = WorkerFailsDuringStart config.DaskGateway.temp_dir = str(tmpdir) config.WorkerFailsDuringStart.fail_stage = fail_stage async with temp_gateway(config=config) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: cluster = await gateway.new_cluster() await cluster.scale(1) cluster_obj = gateway_proc.db.cluster_from_name(cluster.name) # Wait for worker failure timeout = 5 while timeout > 0: if cluster_obj.manager.stop_worker_state is not None: break await asyncio.sleep(0.1) timeout -= 0.1 else: assert False, "Operation timed out" # Stop worker called with last reported state res = {} if fail_stage == 0 else {"i": fail_stage - 1} assert cluster_obj.manager.stop_worker_state == res # Stop the cluster await cluster.shutdown() @pytest.mark.asyncio async def test_worker_fails_between_start_and_connect(tmpdir): config = Config() config.DaskGateway.cluster_manager_class = WorkerFailsBetweenStartAndConnect config.DaskGateway.temp_dir = str(tmpdir) config.WorkerFailsBetweenStartAndConnect.worker_status_period = 0.1 async with temp_gateway(config=config) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: cluster = await gateway.new_cluster() await cluster.scale(1) cluster_obj = gateway_proc.db.cluster_from_name(cluster.name) # Wait for worker failure and stop_worker called timeout = 5 while timeout > 0: if cluster_obj.manager.status == "stopped": break await asyncio.sleep(0.1) timeout -= 0.1 else: assert False, "Operation timed out" # Stop the cluster await cluster.shutdown() @pytest.mark.asyncio async def test_worker_fails_after_connect(tmpdir): async with temp_gateway( cluster_manager_class=WorkerFailsAfterConnect, temp_dir=str(tmpdir) ) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: cluster = await gateway.new_cluster() await cluster.scale(1) cluster_obj = gateway_proc.db.cluster_from_name(cluster.name) # Wait for worker to connect await asyncio.wait_for(cluster_obj.manager.worker_connected, 30) # Close the worker worker = list(cluster_obj.manager.workers.values())[0] await worker.close(1) # Stop cluster called to cleanup after failure await asyncio.wait_for(cluster_obj.manager.stop_worker_called, 30) await cluster.shutdown() @pytest.mark.asyncio async def test_successful_cluster(tmpdir): async with temp_gateway( cluster_manager_class=InProcessClusterManager, temp_dir=str(tmpdir) ) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: # No currently running clusters clusters = await gateway.list_clusters() assert clusters == [] # Start a cluster cluster = await gateway.new_cluster() # Cluster is now present in list clusters = await gateway.list_clusters() assert len(clusters) assert clusters[0].name == cluster.name # Scale up, connect, and compute await cluster.scale(2) with cluster.get_client(set_as_default=False) as client: res = await client.submit(lambda x: x + 1, 1) assert res == 2 # Scale down await cluster.scale(1) # Can still compute with cluster.get_client(set_as_default=False) as client: res = await client.submit(lambda x: x + 1, 1) assert res == 2 # Shutdown the cluster await cluster.shutdown() class ClusterOptionsManager(InProcessClusterManager): option_two = Float(config=True) option_one_b = Integer(config=True) @pytest.mark.asyncio async def test_cluster_manager_options(tmpdir): async with temp_gateway( cluster_manager_class=ClusterOptionsManager, cluster_manager_options=options.Options( options.Integer( "option_one", default=1, min=1, max=4, target="option_one_b" ), options.Select("option_two", options=[("small", 1.5), ("large", 15)]), ), temp_dir=str(tmpdir), ) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: # Create with no parameters cluster = await gateway.new_cluster() cluster_obj = gateway_proc.db.cluster_from_name(cluster.name) assert cluster_obj.manager.option_one_b == 1 assert cluster_obj.manager.option_two == 1.5 assert cluster_obj.options == {"option_one": 1, "option_two": "small"} await cluster.shutdown() # Create with parameters cluster = await gateway.new_cluster(option_two="large") cluster_obj = gateway_proc.db.cluster_from_name(cluster.name) assert cluster_obj.manager.option_one_b == 1 assert cluster_obj.manager.option_two == 15 assert cluster_obj.options == {"option_one": 1, "option_two": "large"} await cluster.shutdown() # With options object opts = await gateway.cluster_options() opts.option_one = 2 cluster = await gateway.new_cluster(opts, option_two="large") cluster_obj = gateway_proc.db.cluster_from_name(cluster.name) assert cluster_obj.manager.option_one_b == 2 assert cluster_obj.manager.option_two == 15 assert cluster_obj.options == {"option_one": 2, "option_two": "large"} await cluster.shutdown() # Bad parameters with pytest.raises(TypeError): await gateway.new_cluster(cluster_options=10) with pytest.raises(ValueError) as exc: await gateway.new_cluster(option_two="medium") assert "option_two" in str(exc.value) @pytest.mark.asyncio async def test_cluster_manager_options_client_config(tmpdir, monkeypatch): monkeypatch.setenv("TEST_OPTION_TWO", "large") async with temp_gateway( cluster_manager_class=ClusterOptionsManager, cluster_manager_options=options.Options( options.Integer( "option_one", default=1, min=1, max=4, target="option_one_b" ), options.Select("option_two", options=[("small", 1.5), ("large", 15)]), ), temp_dir=str(tmpdir), ) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: with dask.config.set(gateway__cluster__options={"option_one": 2}): # Local config can override opts = await gateway.cluster_options() assert opts.option_one == 2 assert opts.option_two == "small" # Without local config, uses server-side defaults opts = await gateway.cluster_options(use_local_defaults=False) assert opts.option_one == 1 assert opts.option_two == "small" with dask.config.set( gateway__cluster__options={"option_two": "{TEST_OPTION_TWO}"} ): # Values can format from environment variables opts = await gateway.cluster_options() assert opts.option_one == 1 assert opts.option_two == "large" with dask.config.set( gateway__cluster__options={ "option_two": "{TEST_OPTION_TWO}", "option_one": 3, } ): # Defaults are merged with kwargs to new_cluster cluster = await gateway.new_cluster(option_one=2) cluster_obj = gateway_proc.db.cluster_from_name(cluster.name) assert cluster_obj.options == {"option_one": 2, "option_two": "large"} await cluster.shutdown() # If passing `cluster_options`, defaults are assumed already applied opts = await gateway.cluster_options() opts.option_two = "small" cluster = await gateway.new_cluster(opts) cluster_obj = gateway_proc.db.cluster_from_name(cluster.name) assert cluster_obj.options == {"option_one": 3, "option_two": "small"} await cluster.shutdown() @pytest.mark.asyncio async def test_gateway_stop_clusters_on_shutdown(tmpdir): async with temp_gateway( cluster_manager_class=InProcessClusterManager, temp_dir=str(tmpdir) ) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: cluster = await gateway.new_cluster() cluster2 = await gateway.new_cluster() await cluster2.shutdown() cluster_obj = gateway_proc.db.cluster_from_name(cluster.name) cluster_obj2 = gateway_proc.db.cluster_from_name(cluster2.name) # There is an active cluster assert cluster_obj.manager.scheduler is not None # Active clusters are stopped on shutdown for c in [cluster_obj, cluster_obj2]: assert c.manager.scheduler is None assert c.status >= ClusterStatus.STOPPED @pytest.mark.asyncio async def test_gateway_resume_clusters_after_shutdown(tmpdir): temp_dir = str(tmpdir) db_url = "sqlite:///%s" % tmpdir.join("dask_gateway.sqlite") db_encrypt_keys = [Fernet.generate_key()] async with temp_gateway( cluster_manager_class=LocalTestingClusterManager, temp_dir=temp_dir, db_url=db_url, db_encrypt_keys=db_encrypt_keys, stop_clusters_on_shutdown=False, ) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: cluster1_name = await gateway.submit() async with gateway.connect(cluster1_name) as c: await c.scale(2) cluster2_name = await gateway.submit() async with gateway.connect(cluster2_name): pass async with gateway.new_cluster(): pass active_clusters = {c.name: c for c in gateway_proc.db.active_clusters()} # Active clusters are not stopped on shutdown assert active_clusters # Stop 1 worker in cluster 1 worker = list(active_clusters[cluster1_name].workers.values())[0] pid = worker.state["pid"] os.kill(pid, signal.SIGTERM) # Stop cluster 2 pid = active_clusters[cluster2_name].state["pid"] os.kill(pid, signal.SIGTERM) # Restart a new temp_gateway async with temp_gateway( cluster_manager_class=LocalTestingClusterManager, temp_dir=temp_dir, db_url=db_url, db_encrypt_keys=db_encrypt_keys, stop_clusters_on_shutdown=False, gateway_url=gateway_proc.gateway_urls.connect_url, private_url=gateway_proc.private_urls.connect_url, public_url=gateway_proc.public_urls.connect_url, check_cluster_timeout=2, ) as gateway_proc: active_clusters = list(gateway_proc.db.active_clusters()) assert len(active_clusters) == 1 cluster = active_clusters[0] assert cluster.name == cluster1_name assert len(cluster.active_workers()) == 1 # Check that cluster is available and everything still works async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: async with gateway.connect( cluster1_name, shutdown_on_close=True ) as cluster: with cluster.get_client(set_as_default=False) as client: res = await client.submit(lambda x: x + 1, 1) assert res == 2 @pytest.mark.asyncio async def test_user_limits(tmpdir): config = Config() config.DaskGateway.cluster_manager_class = InProcessClusterManager config.DaskGateway.temp_dir = str(tmpdir) config.UserLimits.max_clusters = 1 config.UserLimits.max_cores = 3 config.InProcessClusterManager.scheduler_cores = 1 config.InProcessClusterManager.worker_cores = 2 async with temp_gateway(config=config) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: # Start a cluster cluster = await gateway.new_cluster() # Only one cluster allowed with pytest.raises(ValueError) as exc: await gateway.new_cluster() assert "user limit" in str(exc.value) # Scaling > 1 triggers a warning, only scales to 1 with pytest.warns(GatewayWarning, match="user cores limit"): await cluster.scale(2) # Shutdown the cluster await cluster.shutdown() # Can create a new cluster after resources returned cluster = await gateway.new_cluster() await cluster.shutdown() async def wait_for_workers(cluster, atleast=None, exact=None, timeout=30): timeout = time.time() + timeout while time.time() < timeout: workers = cluster.scheduler_info.get("workers") nworkers = len(workers) if atleast is not None and nworkers >= atleast: break elif exact is not None and nworkers == exact: break await asyncio.sleep(0.25) else: assert False, "scaling timed out" @pytest.mark.asyncio async def test_scaling(tmpdir): config = Config() config.DaskGateway.cluster_manager_class = InProcessClusterManager config.DaskGateway.temp_dir = str(tmpdir) async with temp_gateway(config=config) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: # Start a cluster cluster = await gateway.new_cluster() await cluster.scale(5) await wait_for_workers(cluster, atleast=3) await cluster.scale(1) await wait_for_workers(cluster, exact=1) await cluster.shutdown() @pytest.mark.asyncio async def test_adaptive_scaling(tmpdir): # XXX: we should be able to use `InProcessClusterManager` here, but due to # https://github.com/dask/distributed/issues/3251 this results in periodic # failures. config = Config() config.DaskGateway.cluster_manager_class = LocalTestingClusterManager config.DaskGateway.temp_dir = str(tmpdir) config.LocalTestingClusterManager.adaptive_period = 0.25 async with temp_gateway(config=config) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: # Start a cluster cluster = await gateway.new_cluster() async def is_adaptive(): report = await gateway.get_cluster(cluster.name) return report.adaptive # Not in adaptive mode assert not await is_adaptive() # Turn on adaptive scaling await cluster.adapt() # Now in adaptive mode assert await is_adaptive() # Worker is automatically requested with cluster.get_client(set_as_default=False) as client: res = await client.submit(lambda x: x + 1, 1) assert res == 2 # Scales down automatically await wait_for_workers(cluster, exact=0) # Still in adaptive mode assert await is_adaptive() # Turn off adaptive scaling implicitly await cluster.scale(1) assert not await is_adaptive() # Turn off adaptive scaling explicitly await cluster.adapt() assert await is_adaptive() await cluster.adapt(active=False) assert not await is_adaptive() # Shutdown the cluster await cluster.shutdown() @pytest.mark.asyncio async def test_idle_timeout(tmpdir): config = Config() config.DaskGateway.cluster_manager_class = InProcessClusterManager config.DaskGateway.temp_dir = str(tmpdir) config.InProcessClusterManager.idle_timeout = 2 async with temp_gateway(config=config) as gateway_proc: async with Gateway( address=gateway_proc.public_urls.connect_url, proxy_address=gateway_proc.gateway_urls.connect_url, asynchronous=True, ) as gateway: # Start a cluster cluster = await gateway.new_cluster() # Add some workers await cluster.scale(2) await wait_for_workers(cluster, atleast=1) waited = 0 while await gateway.list_clusters(): await asyncio.sleep(0.25) waited += 0.25 if waited >= 5: assert False, "Failed to automatically shutdown in time" # Calling shutdown doesn't break anything await cluster.shutdown()

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ymitskevich/auto-template

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from utils.testrail import APIClient class TestRailsReporter(): def __init__(self): self.client = APIClient("") self.client.password = "" self.client.user = "" def send_passed_test_result(self, case_id, comment=None): if comment: data = dict(status_id=1, comment=comment) self.client.send_post( 'add_result_for_case/{0}/{1}'.format(TESTRAIL_RUN, case_id), data ) else: data = dict(status_id=1, comment="PASSED") # print json.dumps(data) self.client.send_post( 'add_result_for_case/{0}/{1}'.format(TESTRAIL_RUN, case_id), data ) def send_failed_testresult(self, case_id, comment=None): if comment: data = dict(status_id=5, comment=comment) self.client.send_post( 'add_result_for_case/{0}/{1}'.format(TESTRAIL_RUN, case_id), data ) else: data = dict(status_id=5, comment="FAILED") # print json.dumps(data) self.client.send_post( 'add_result_for_case/{0}/{1}'.format(TESTRAIL_RUN, case_id), data ) def send_blocked_testresult(self, case_id, comment=None): if comment: data = dict(status_id=2, comment=comment) self.client.send_post( 'add_result_for_case/{0}/{1}'.format(TESTRAIL_RUN, case_id), data ) else: data = dict(status_id=2, comment="BLOCKED") self.client.send_post( 'add_result_for_case/{0}/{1}'.format(TESTRAIL_RUN, case_id), data )

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y_mitskevich@wargaming.net

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/main.py

20a1913618a4ca435d0ac67ecee1b5e325df5fc4

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Clouptiburger/submarineGame

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import pygame import sys import matplotlib.image as mpimg import numpy from pygame.locals import * from utils.layouts import * import time height = 600 width = 1200 dictControls = {K_w : "movingUp", K_s : "movingDown", K_a : "movingLeft", K_d : "movingRight"} clock=pygame.time.Clock() fps = 60 subHeight = 333 subWidth = 750 layout = 0 pygame.init() screen = pygame.display.set_mode((width, height)) screen.fill([0, 0, 255]) repairing = "repairing" def getDamage(submarine): nComp = len(submarine.compartments) proba = 0 nrand = numpy.random.rand()*100 if nrand>proba: return int(numpy.floor(numpy.random.rand()*nComp)) else: return None def load_image(path): return pygame.image.load(path) def terminate(): pygame.quit() sys.exit() class Score(): val = 0 font = pygame.font.SysFont("ocraextended", 50) def __init__(self): self.text = self.font.render(str(self.val), True, [0, 0, 0]) self.textRect = self.text.get_rect() self.textRect.center = (round(width/2), height - 50) def update(self, gameOver = False): self.val = self.val + 5/fps self.text = (self.font).render(str(round(self.val)), True, [0, 0, 0]) if gameOver: self.text = self.font.render("GAME OVER", True, [0, 0, 0]) class Submarine(): def __init__(self): self.pos = [round(width/2), round(height/2)] self.image = load_image("assets/submarineLayout" + str(layout) + "Transparent.png").convert_alpha() self.boundaries = mpimg.imread("assets/submarineLayout" + str(layout) + "TransparentBoundaries.png").T self._createBackground("assets/backgroundSub.png", "assets/submarineLayout" + str(layout) + "Transparent.png") # self.image.paste(self.image, (0,0) , self.backgroundImage) self.imageRect = self.image.get_rect() self.imageRect.center = self.pos # TODO : set center of the image at the center of the screen instead of topleft of image self._populateCompartments(layout) def _createBackground(self, backgroundPath, layoutPath): imgBackground = mpimg.imread(backgroundPath) imgLayout = mpimg.imread(layoutPath) if numpy.size(imgLayout) != numpy.size(imgBackground): raise Exception("Submarine background and submarine image don't have the same size") for i in range(len(imgLayout)): for j in range(len(imgLayout[0])): if imgLayout[i][j][3] != 0: imgBackground[i][j] = imgLayout[i][j] mpimg.imsave("assets/tempBackground.png", imgBackground) self.backgroundImage = load_image("assets/tempBackground.png") def _populateCompartments(self, layout): compartmentsInfo = LAYOUTS[layout][0] self.compartments = [] id = 0 for compInfo in compartmentsInfo: compartment = Compartment(compInfo, id) self.compartments.append(compartment) id += 1 def getCompartmentId(self, pos): posSubRef = self.globPos2SubPos(pos) for comp in self.compartments: if comp.isInside(posSubRef): return comp.id def isFreeSpace(self, pos): """ :param pos: global position of the pilot :return: 1 if in the submarine and on a free cell 0 else """ posInSub = self.globPos2SubPos(pos) return self.boundaries[0][posInSub[0]][posInSub[1]] # if posInSub[0]<=0 or posInSub[1]<=0: # return False # elif posInSub[0] > len(self.boundaries[0]) or posInSub[1] > len(self.boundaries[0][0]): # return False # elif self.boundaries[0][posInSub[0]][posInSub[1]] == 1: # return True # else: # return False def globPos2SubPos(self,pos): posInSub = [pos[0]-self.imageRect[0], pos[1]-self.imageRect[1]] return posInSub def updateCompartments(self, pilot): pilotCompId = self.getCompartmentId(pilot.pos) for comp in self.compartments: if comp.health < 100 and pilotCompId == comp.id and repairing in pilot.state: comp.health = min(comp.health + 20, 100) elif comp.isDamaged: comp.health = max(comp.health - 10, 0) if comp.health >= 100 and comp.isDamaged: comp.health = 100 comp.isDamaged = False if comp.health <= 0: return True class Compartment(): isDamaged = False health = 100 def __init__(self, compartmentInfo, id): self.id = id self.topRight = compartmentInfo[0] self.bottomLeft = compartmentInfo[1] self.functions = compartmentInfo[2] def isInside(self, pos): "returns true if pos is inside the compartment" return pos[0] >= self.topRight[0] and pos[1] >= self.topRight[1] and pos[0] < self.bottomLeft[0] and pos[1] < self.bottomLeft[1] class Pilot(): dictControls = {K_w : "movingUp", K_s : "movingDown", K_a : "movingLeft", K_d : "movingRight", K_e: repairing} vel = 10 state = [] # empty is still def __init__(self): self.pos = [round(width/2), round(height/2)] self.image = load_image("assets/wn.webp").convert_alpha() heightImg = self.image.get_size()[1] widthImg = self.image.get_size()[0] self.image = pygame.transform.scale(self.image, (round(widthImg/3), round(heightImg/3))) # TODO : normalize according to screen size self.imageRect=self.image.get_rect() self.imageRect.center = self.pos def update(self, key): # Obsolete if key == K_w: # up self.pos[1] = self.pos[1] - self.vel self.imagerect.topleft = self.pos if key == K_s: # down self.pos[1] = self.pos[1] + self.vel self.imagerect.topleft = self.pos if key == K_a: # left self.pos[0] = self.pos[0] - self.vel self.imagerect.topleft = self.pos if key == K_d: # right self.pos[0] = self.pos[0] + self.vel self.imagerect.topleft = self.pos def updateState(self,submarine): newPos = self.pos.copy() if len(self.state) == 0: return if "movingUp" in self.state: # up newPos[1] = self.pos[1] - self.vel if "movingDown" in self.state: # down newPos[1] = self.pos[1] + self.vel if "movingLeft" in self.state: # left newPos[0] = self.pos[0] - self.vel if "movingRight" in self.state: # right newPos[0] = self.pos[0] + self.vel if submarine.isFreeSpace(newPos): self.pos = newPos self.imageRect.center = newPos pilot = Pilot() submarine = Submarine() screen.blit(submarine.backgroundImage, submarine.imageRect) score = Score() nextVal = 5 frameCounter = 0 if __name__ == '__main__': # main loop running = True while running: for event in pygame.event.get(): if event.type == KEYDOWN: if event.key in pilot.dictControls.keys(): pilot.state.append(pilot.dictControls[event.key]) # pilot.update(event.key) if event.key == K_ESCAPE: running = False terminate() if event.type == KEYUP: if event.key in pilot.dictControls.keys(): pilot.state.remove(pilot.dictControls[event.key]) if event.type == pygame.QUIT: running = False terminate() pilot.updateState(submarine) score.update() if score.val > nextVal: compartmentDamaged = getDamage(submarine) nextVal = score.val + numpy.random.rand()*25 if compartmentDamaged is not None: submarine.compartments[compartmentDamaged].isDamaged = True if frameCounter > 30: gameOver = submarine.updateCompartments(pilot) frameCounter = 0 if gameOver: score.update(gameOver=True) running = False pygame.time.delay(5000) screen.fill([0, 0, 255]) # screen.blit(submarine.backgroundImage, submarine.imageRect) #screen.blit(background, position, position) screen.blit(submarine.image, submarine.imageRect) for comp in submarine.compartments: if comp.isDamaged: # pygame.draw.rect(submarine.image, [0, 255, 0], ((comp.bottomLeft[0] - comp.topRight[0])/2, comp.topRight[1] + 15, 60, 5)) pygame.draw.rect(screen, [255, 0, 0], (int(submarine.imageRect[0] + comp.topRight[0] + (comp.bottomLeft[0] - comp.topRight[0])/4),submarine.imageRect[1] + comp.topRight[1] + 15, 60, 10)) pygame.draw.rect(screen, [0, 255, 0], (int(submarine.imageRect[0] + comp.topRight[0] + (comp.bottomLeft[0] - comp.topRight[0]) / 4),submarine.imageRect[1] + comp.topRight[1] + 15, int(comp.health*60/100), 10)) screen.blit(pilot.image, pilot.imageRect) screen.blit(score.text, score.textRect) pygame.display.update() frameCounter += 1 clock.tick(fps)

[ "maxdenniel@gmail.com" ]

maxdenniel@gmail.com

0e79bf71b9be9ebae25ee4e6680c3cf0372d48ca

d14c8419786129124c4a81a9f2f6ba963ada0f0b

/labs/lab06/tests/q2_2.py

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[]

no_license

ucsb-ds/ds1-w21-content

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1ab3d43d3b66d7eb5774dab3ff23e0bc848241bd

refs/heads/main

2023-03-13T19:11:14.271885

2021-03-08T17:48:22

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test = { 'name': 'q2_2', 'points': 1, 'suites': [ { 'cases': [ {'code': ">>> np.all(np.sort(retweets_likes_age.labels) == ('Likes sum', 'Meme Format Posted', 'Retweets sum', 'age'))\nTrue", 'hidden': False, 'locked': False}, {'code': '>>> np.all(np.sort(retweets_likes_age.column("age")) == [10, 15, 16, 21, 23, 40, 42, 50])\nTrue', 'hidden': False, 'locked': False}], 'scored': True, 'setup': '', 'teardown': '', 'type': 'doctest'}]}

[ "swsolis@ucsb.edu" ]

swsolis@ucsb.edu

75e25c09247507829e56bc9b21b111cf87fc5c63

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/algorithms/algorithms-python/leetcode/Question_0050_Pow_x_n.py

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[]

no_license

Lanceolata/code

aae54af632a212c878ce45b11dab919bba55bcb3

f7d5a7de27c3cc8a7a4abf63eab9ff9b21d512fb

refs/heads/master

2022-09-01T04:26:56.190829

2021-07-29T05:14:40

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#!/usr/bin/python # coding: utf-8 class Solution(object): def myPow(self, x, n): """ :type x: float :type n: int :rtype: float """ if n < 0: return 1 / x * 1 / self.myPow(x, -(n + 1)) elif n == 0: return 1.0 elif n == 1: return float(x) half = self.myPow(x, n >> 1) half *= half if n & 1 == 1: half *= x return half

[ "lanceolatayuan@gmail.com" ]

lanceolatayuan@gmail.com

e5fbe9034b6cd9ff213fff2667ef921b8b97fde4

52d43258c6e6e305746d5827f6746688fb12bfb7

/jobs/migrations/0004_auto_20200923_0322.py

6634ddd2827a1db32c1786c0fb540d01d08d488c

[]

no_license

andreykot/jobs_example

07b82104e05b794d6f38dd8d2747d1ddb4e7f04d

7f2e7c8c97f1838184676ea1b0ec0cb01ef4416b

refs/heads/master

2022-12-28T09:27:41.732929

2020-10-02T13:53:37

295,043,313

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2020-09-25T11:57:26

2020-09-12T23:28:49

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py

# Generated by Django 3.1.1 on 2020-09-23 00:22 from django.db import migrations, models class Migration(migrations.Migration): dependencies = [ ('jobs', '0003_auto_20200923_0320'), ] operations = [ migrations.AlterField( model_name='company', name='name', field=models.CharField(max_length=200, null=True), ), ]

[ "kotovskyandrew@yandex.ru" ]

kotovskyandrew@yandex.ru

6e7013590a3194e571802864cfde0efbe0f508fa

3693ed5f7439d010c1d087dadf9c3879b4bb7558

/DNS/DNS.py

61dc90ac9ee5d624b80041360310c6e6b18eb1d1

[]

no_license

kk296/micro

4367d884d313bbb0625ca91f28b666c453ff2e4b

2e7f43b8aa19c93725b3567c3db7acf6f6567e77

refs/heads/master

2021-09-26T06:36:08.246689

2018-10-27T14:13:49

109,430,314

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null

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py

#/* # Assignment No = 10 # #Write a program for DNS lookup. Given an IP address input, it should return URL and vice- #versa. #********************************************************************/ import socket print 'Welcome to DNS to IP Address' URL=raw_input('Enter URL: ') addr1 = socket.gethostbyname(URL) print(addr1) print 'WelCome IP address to DNS' IP=raw_input('Enter IP Address: ') addr6=socket.gethostbyaddr(IP) print addr6 #Output # python DNS.py #Welcome to DNS to IP Address #Enter URL: www.google.com #172.217.27.196 #WelCome IP address to DNS #Enter IP Address: 172.217.27.196 #('bom07s15-in-f4.1e100.net', [], ['172.217.27.196'])

[ "noreply@github.com" ]

noreply@github.com

e58311dfe24a099db95e483e368905d36e9691a7

f9c6854c81a57d618ba89bcf711f8365979077b3

/process_exist.py

7dcf549dadc2df3842dd6387793ba11e829143e5

[]

no_license

hzlpy/python-tools

553c4988a902e15b7dfec52572c1df3b01338315

3d8df5ec3e31762bb8aa3e021807c346b12ab88c

refs/heads/master

2021-01-12T15:59:09.052578

2016-10-08T07:22:00

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py

# !/usr/bin/env python # -*- coding: utf-8 -*- import os import logging import datetime def process_exist(process_name): process_lock = '/root/phxsql/tools/' + process_name + '.lock' # print(process_lock) os.system('ps -ef | grep %s | grep -v grep >%s' % (process_name, process_lock)) if not(os.path.getsize(process_lock)): # print('%s is not exist. Will you want to restart it ?' % process_name) logging.info('%s is not exist. Will you want to restart it ? %s' % (process_name, datetime.datetime.now())) else: # print ('%s is running.' % process_name) logging.info('%s is running. %s' % (process_name, datetime.datetime.now())) if __name__ == '__main__': logging.basicConfig(level=logging.INFO, filename='/tmp/data/process_exist.log') logging.info('check whether process exist.. %s', datetime.datetime.now()) process_exist('mysqld') process_exist('phxbinlogsvr') process_exist('phxsqlproxy')

[ "ihzlpy@gmail.com" ]

ihzlpy@gmail.com

b91548533873b0b01b3adebbf32524f9926cc02a

d84cdb299680929fce7008968f474c0232fd24ff

/src/metrics/ap_iou.py

70c839e124b64d79dbba39cef91751d19ae5773d

[]

no_license

chevalierNoir/FS-Detection

878e8289df6f2e467b9fe6f5fbd683480b7cd0cb

b386f04d90b88daf9f7bf598e5ca7075d8376421

refs/heads/main

2023-07-27T17:02:26.163138

2021-09-15T02:48:46

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import os import pickle import numpy as np def get_iou(y_pred, y_true): # y_pred, y_true: [[start, end],...] # return: ndarray of shape (n_pred, n_true) y_pred, y_true = np.array(y_pred), np.array(y_true) n_pred, n_true = y_pred.shape[0], y_true.shape[0] y_pred = np.repeat(y_pred.reshape(n_pred, 1, 2), n_true, axis=1).reshape(-1, 2) y_true = np.repeat(y_true.reshape(1, n_true, 2), n_pred, axis=0).reshape(-1, 2) max_start, min_end = np.maximum(y_pred[:, 0], y_true[:, 0]), np.minimum(y_pred[:, 1], y_true[:, 1]) min_start, max_end = np.minimum(y_pred[:, 0], y_true[:, 0]), np.maximum(y_pred[:, 1], y_true[:, 1]) intersection = min_end - max_start + 1 union = max_end - min_start + 1 iou = (intersection / union).reshape(n_pred, n_true).clip(min=0) iou = iou.reshape(n_pred, n_true) return iou def get_precision_recall(y_pred, y_true, thr, ordering=False): n_pred, n_true = len(y_pred), len(y_true) if n_pred == 0: precision_tp, recall_tp = 0, 0 else: iou = get_iou(y_pred, y_true) conf = (iou > thr).astype(np.int32) # if >1 detections for one segment, only the one with highest IoU is TP if ordering: n_tp = 0 for i in range(n_pred): max_id = np.argmax(iou[i]) if conf[i, max_id]: n_tp += 1 iou, conf = np.delete(iou, max_id, axis=1), np.delete(conf, max_id, axis=1) if iou.shape[1] == 0: break precision_tp, recall_tp = n_tp, n_tp else: try: mask = (np.max(iou, axis=0).reshape(1, -1) == iou).astype(np.int32) except Exception as err: print(iou) raise err conf = conf * mask precision_tp, recall_tp = (conf.sum(axis=1) > 0).sum(), (conf.sum(axis=0) > 0).sum() return precision_tp, recall_tp, n_pred, n_true def get_mAP(pred_pkl, stat_pkl, iou_thrs=[0.1], ordering=False): ss = pickle.load(open(pred_pkl, 'rb')) y_true = ss['grt'] num_roi_thrs = range(1, 50) aps = {} for iou_thr in iou_thrs: precisions, recalls = [], [] for num_roi_thr in num_roi_thrs: y_pred = [x[:num_roi_thr, :2] for x in ss['pred']] # parallel args = list(zip(y_pred, y_true, [iou_thr for _ in range(len(y_pred))], [ordering for _ in range(len(y_pred))])) prs = list(map(lambda x: get_precision_recall(*x), args)) prs = list(zip(*prs)) precision_tp, recall_tp, n_pred, n_true = sum(prs[0]), sum(prs[1]), sum(prs[2]), sum(prs[3]) precision, recall = precision_tp / max(n_pred, 1), recall_tp / max(n_true, 1) precisions.append(precision) recalls.append(recall) print(f"IoU={iou_thr}") aps[iou_thr] = [precisions, recalls] pickle.dump(aps, open(stat_pkl, 'wb')) return aps def compute_mAP_from_stat(stat_pkl, ptype='pascal'): ss = pickle.load(open(stat_pkl, 'rb')) if ptype == 'pascal': target_recall_vals = np.arange(0, 1.05, 0.1) elif ptype == 'coco': target_recall_vals = np.arange(0, 1.00001, 0.01) else: raise NotImplementedError err_thr = 0.1 iou_to_mAP = {} for iou_thr, stats in ss.items(): precision, recall = np.array(stats[0]), np.array(stats[1]) target_precision_vals = [] for val in target_recall_vals: recall_diff = recall - val valid_ids = recall_diff >= 0 if valid_ids.sum() > 0: target_precision_val = np.max(precision[valid_ids]) else: target_precision_val = 0 target_precision_vals.append(target_precision_val) mAP = np.array(target_precision_vals).mean() iou_to_mAP[iou_thr] = mAP print('IoU %.1f, mAP: %.3f' % (iou_thr, mAP)) return iou_to_mAP def get_precision_per_sample(pred_pkl, stat_pkl, iou_thr=0.5, recall_thr=0.5): ss = pickle.load(open(pred_pkl, 'rb')) y_true = ss['grt'] num_roi_thrs = range(1, 50) precision_all = [] for i in range(len(y_true)): precisions, recalls = np.zeros(len(num_roi_thrs)), np.zeros(len(num_roi_thrs)) for j, num_roi_thr in enumerate(num_roi_thrs): y_pred_i = [ss['pred'][i][:num_roi_thr, :2]] y_true_i = [ss['grt'][i]] # parallel args = list(zip(y_pred_i, y_true_i, [iou_thr for _ in range(len(y_pred_i))])) prs = list(map(lambda x: get_precision_recall(*x), args)) prs = list(zip(*prs)) precision_tp, recall_tp, n_pred, n_true = sum(prs[0]), sum(prs[1]), sum(prs[2]), sum(prs[3]) precision, recall = precision_tp / max(n_pred, 1), recall_tp / max(n_true, 1) precisions[j] = precision recalls[j] = recall mask = recalls >= recall_thr if mask.sum() > 0: precision_val = precisions[mask].max() else: precision_val = 0 precision_all.append(precision_val) pickle.dump(precision_all, open(stat_pkl, 'wb')) return 0 def get_ap_iou(pred_pkl, iou_thrs=[0.1, 0.2, 0.3, 0.4, 0.5], ptype='coco'): stat_pkl, result_txt = pred_pkl + ".tmp", pred_pkl + '.iou' get_mAP(pred_pkl, stat_pkl, iou_thrs=iou_thrs, ordering=True) iou_to_mAP = compute_mAP_from_stat(stat_pkl, ptype) print(f"Write AP@IoU into {result_txt}") with open(result_txt, 'w') as fo: for iou, mAP in iou_to_mAP.items(): fo.write(str(iou)+","+str(mAP)+"\n") os.remove(stat_pkl) return iou_to_mAP

[ "bshi@slurm.ttic.edu" ]

bshi@slurm.ttic.edu

1f20d42defaa41a02c4ed00b2f7326dbbed5ee7d

520d42dd9d21e4476da7d18b70a8d1c43d0eaf17

/final/char_rnn/src/char-rnn-test.py

764d740447b046df0b22a56d7add3f0d0949d47e

[]

no_license

SimonCqChen/NNhomework

c24fd4c0719d2b8bae6d464ae946573f6053b585

e175404a90bab3551cf17e984cb8a4cbf1fdb3bf

refs/heads/master

2021-09-17T14:36:44.407816

2018-07-02T16:05:00

126,039,282

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import tensorflow as tf import numpy as np import heapq from char_rnn.src import data_reader embedding_size = 50 hidden_size = 512 rnn_layers = 2 keep_prob = 0.5 vocab_size = 4060 batch_size = 64 num_steps = 100 learning_rate = 0.001 init_scale = 0.1 MAX_EPOCH = 51 MAX_GRAD_NORM = 5 # 最大梯度，用于梯度修剪 class RNNModel: def __init__(self, is_training, batch_size, num_steps, is_test=False): self.input_data = tf.placeholder(tf.int32, [batch_size, num_steps]) self.targets = tf.placeholder(tf.int32, [batch_size, num_steps]) # 构建cell def lstm_cell(hidden_size): # FIXME: forget_bias=0.0, state_is_tuple=True如果不加這個，那麼test时会出错 cell = tf.nn.rnn_cell.BasicLSTMCell(hidden_size, forget_bias=0.0, state_is_tuple=True) if is_training and keep_prob < 1: cell = tf.nn.rnn_cell.DropoutWrapper(cell, output_keep_prob=keep_prob) return cell cell = tf.nn.rnn_cell.MultiRNNCell([lstm_cell(hidden_size) for _ in range(rnn_layers)]) # 查找wordVector with tf.device("/cpu:0"): self.embedding = tf.get_variable("embedding", [vocab_size, embedding_size], dtype=tf.float32) inputs = tf.nn.embedding_lookup(self.embedding, self.input_data) self._initial_state = cell.zero_state(batch_size, tf.float32) outputs = [] state = self._initial_state with tf.variable_scope("RNN"): for time_step in range(num_steps): if time_step > 0: tf.get_variable_scope().reuse_variables() (cell_output, state) = cell(inputs[:, time_step, :], state) outputs.append(cell_output) self.final_state = state outputs = tf.reshape(tf.concat(outputs, 1), [-1, hidden_size]) self.softmax_w = tf.get_variable("softmax_w", [hidden_size, vocab_size], dtype=tf.float32) self.softmax_b = tf.get_variable("softmax_b", [vocab_size], dtype=tf.float32) self.logits = tf.matmul(outputs, self.softmax_w) + self.softmax_b self.final_prob = tf.nn.softmax(self.logits) self.final_prob = tf.reshape(self.final_prob, [batch_size, num_steps, -1]) if not is_test: self.loss = tf.contrib.legacy_seq2seq.sequence_loss_by_example( [self.logits], [tf.reshape(self.targets, [-1])], [tf.ones([batch_size * num_steps], dtype=tf.float32)]) # self.loss = tf.reduce_sum(self.loss) / tf.to_float(batch_size) self.loss = tf.reduce_mean(self.loss) global_step = tf.contrib.framework.get_or_create_global_step() self.learning_rate = tf.train.exponential_decay( learning_rate, global_step, 50, 0.98 ) # 控制梯度大小，定义优化方法和训练步骤。 trainable_variables = tf.trainable_variables() grads, _ = tf.clip_by_global_norm(tf.gradients(self.loss, trainable_variables), MAX_GRAD_NORM) optimizer = tf.train.AdamOptimizer(self.learning_rate) self.train_op = optimizer.apply_gradients(zip(grads, trainable_variables)) def run_epoch(sess, model, data_queue, total_steps, id_to_word=None): pred_words = [] for i in range(5): pred_words.append([]) embedding = sess.run(model.embedding) for step in range(total_steps): datas, targets = sess.run(data_queue) loss_, final_prob = sess.run([model.loss, model.final_prob], {model.input_data: datas, model.targets: targets}) pred_ids = np.argmax(final_prob, axis=-1) for i in range(5): target_sentence = ''.join([id_to_word[id] for id in targets[i]]) pred_sentence = ''.join([id_to_word[id] for id in pred_ids[i]]) print('T:%s\nP:%s' % (target_sentence, pred_sentence)) if step % 50 == 0: print(loss_) for i in range(5): print(''.join(pred_words[i])) def pick_ids(preds): ids = [] for pred_per_batch in preds: ids_per_batch = [] for pred in pred_per_batch: top_5_prob = heapq.nlargest(5, pred) top_5_index = heapq.nlargest(5, range(len(pred)), pred.take) s = sum(top_5_prob) rnd = np.random.uniform(0, s) cur_s = 0 for p, index in zip(top_5_prob, top_5_index): cur_s += p if rnd <= cur_s: ids_per_batch.append(index) break ids.append(ids_per_batch) return ids class BeamSearchUnit: def __init__(self, cur_str, prob_list): self.cur_str = cur_str self.next_char = cur_str[-1] # self.state = state # if len(prob_list) > 10: # prob_list = prob_list[-10:] self.prob = prob_list # self.prob = sum(self.prob_list) def set_state(self, c_state, h_state): self.c_state = c_state self.h_state = h_state def __lt__(self, other): return self.prob < other.prob def topK_heapq(units, k): array = [] for i in range(len(units)): if len(array) < k: heapq.heappush(array, units[i]) else: array_min = array[0] # or np.random.random() < 0.2 if units[i] > array_min: heapq.heapreplace(array, units[i]) topK = array return topK def generate_sample(): data_path = '../data/《斗破苍穹》全本.txt' raw_train_data, raw_valid_data, raw_test_data, vocab_size_, word_to_id = data_reader.read_data(data_path, saving_folder='../data') id_to_word = data_reader.reverse_dic(word_to_id) sample_batch_size = 3 with tf.variable_scope("Model", reuse=None): para_model = RNNModel(is_training=False, batch_size=sample_batch_size, num_steps=1, is_test=True) with tf.Session() as sess: tf.global_variables_initializer().run() saver = tf.train.Saver() saver.restore(sess, '../result/doupo/model-2.ckpt') # region #... beam search # beam_search_k = 15 # bs_units = [[BeamSearchUnit('第', 1.0)] * beam_search_k, # 重复k次, 作为满足Model的batchsize必须固定问题的临时解决方案 # [BeamSearchUnit('萧', 1.0)] * beam_search_k, # [BeamSearchUnit('天', 1.0)] * beam_search_k] # input_state = sess.run(para_model._initial_state) # for i in range(len(bs_units)): # units = bs_units[i] # for j in range(len(units)): # unit = units[j] # # c_state = [] # h_state = [] # for layer in range(2): # cur_c_state = input_state[layer].c[i * len(bs_units) + j] # cur_h_state = input_state[layer].h[i * len(bs_units) + j] # # c_state.append(cur_c_state) # h_state.append(cur_h_state) # # unit.set_state(c_state, h_state) # # for i in range(5): # bs_units = [topK_heapq(units, beam_search_k) for units in bs_units] # # states = [] # for layer in range(2): # c_state = [] # h_state = [] # for units in bs_units: # for unit in units: # c_state.append(unit.c_state[layer]) # h_state.append(unit.h_state[layer]) # state = tf.nn.rnn_cell.LSTMStateTuple( # c=np.array(c_state), # h=np.array(h_state)) # states.append(state) # # input_state = tuple(states) # # input_id_batch = [] # for units in bs_units: # for unit in units: # input_id_batch.append([word_to_id[unit.next_char]]) # # preds, input_state = sess.run([para_model.final_prob, para_model.final_state], # {para_model.input_data: input_id_batch, para_model._initial_state: input_state}) # # if i == 0: # for j in range(len(bs_units)): # pred_per_batch = preds[j * beam_search_k] # # c_state = [] # h_state = [] # for layer in range(2): # cur_c_state = input_state[layer].c[j * beam_search_k] # cur_h_state = input_state[layer].h[j * beam_search_k] # # c_state.append(cur_c_state) # h_state.append(cur_h_state) # # new_units = [] # for pred in pred_per_batch: # top_k_prob = heapq.nlargest(beam_search_k, pred) # top_k_index = heapq.nlargest(beam_search_k, range(len(pred)), pred.take) # # for k in range(beam_search_k): # # 在i==0时是特例，全都取第0个 # ori_unit = bs_units[j][0] # new_unit = BeamSearchUnit(ori_unit.cur_str + id_to_word[top_k_index[k]], # ori_unit.prob + top_k_prob[k]) # new_unit.set_state(c_state, h_state) # new_units.append(new_unit) # bs_units[j] = new_units # else: # for j in range(len(bs_units)): # new_units = [] # for ori_unit, k in zip(bs_units[j], range(len(bs_units[j]))): # pred_per_batch = preds[j * beam_search_k + k] # c_state = [] # h_state = [] # for layer in range(2): # cur_c_state = input_state[layer].c[j * beam_search_k + k] # cur_h_state = input_state[layer].h[j * beam_search_k + k] # # c_state.append(cur_c_state) # h_state.append(cur_h_state) # # for pred in pred_per_batch: # top_k_prob = heapq.nlargest(beam_search_k, pred) # top_k_index = heapq.nlargest(beam_search_k, range(len(pred)), pred.take) # # for kk in range(beam_search_k): # # 在i==0时是特例，全都取第0个 # new_unit = BeamSearchUnit(ori_unit.cur_str + id_to_word[top_k_index[kk]], # ori_unit.prob + top_k_prob[kk]) # new_unit.set_state(c_state, h_state) # new_units.append(new_unit) # bs_units[j] = new_units # # bs_units = [topK_heapq(units, 1) for units in bs_units] # for units in bs_units: # for unit in units: # print(unit.cur_str.replace('EoL', '\n')) # print('=' * 80) # regionend # region ...普通概率生成 next_input_char = [['第'], ['萧'], ['天']] article = [[next_input_char[j][0]] for j in range(sample_batch_size)] state = sess.run(para_model._initial_state) for i in range(1000): input_id_batch = [[word_to_id[next_input_char[j][0]]] for j in range(sample_batch_size)] pred, state = sess.run([para_model.final_prob, para_model.final_state], {para_model.input_data: input_id_batch, para_model._initial_state: state}) id = pick_ids(pred) next_input_char = [[id_to_word[id[j][0]]] for j in range(sample_batch_size)] for j in range(sample_batch_size): article[j].append(next_input_char[j][0]) for j in range(sample_batch_size): print(''.join(article[j]).replace('EoL', '\n')) print('=' * 80) # regionend def main(): # 读取数据 data_path = '../data/《斗破苍穹》全本.txt' raw_train_data, raw_valid_data, raw_test_data, vocab_size, word_to_id = data_reader.read_data(data_path, saving_folder='../data') # 处理成 test_data_queue = data_reader.data_producer(raw_test_data, batch_size, num_steps) id_to_word = data_reader.reverse_dic(word_to_id) with tf.variable_scope("Model", reuse=None): test_model = RNNModel(is_training=False, batch_size=batch_size, num_steps=num_steps) with tf.Session() as sess: tf.global_variables_initializer().run() coord = tf.train.Coordinator() threads = tf.train.start_queue_runners(sess=sess, coord=coord) saver = tf.train.Saver() # saver.restore(sess, '../result/doupo-[1024]-[2]-about3.3-3.5/model-4.ckpt') saver.restore(sess, '../result/doupo/model-2.ckpt') run_epoch(sess, test_model, test_data_queue, total_steps=(len(raw_train_data) // batch_size - 1) // num_steps, id_to_word=id_to_word) coord.request_stop() coord.join(threads) if __name__ == '__main__': # main() generate_sample()

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import speech_recognition as sr import pyaudio import audioop import os import math from os import system import threading def transcribe_audio(): with sr.Microphone() as source: # read the audio data from the default microphone r = sr.Recognizer() #print("Chatbot : Hey! How can I help?") print("recording ...") audio_data = r.record(source, duration=3) # convert speech to text text = r.recognize_google(audio_data, show_all = True) try: text = text['alternative'][0]['transcript'] #print(text) return text except: print("can't hear you, speak up") pass return None # with open("recorded.wav", "wb") as f: # f.write(audio_data.get_wav_data())

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# coding: utf-8 """ Zuora API Reference # Introduction Welcome to the reference for the Zuora REST API! <a href=\"http://en.wikipedia.org/wiki/REST_API\" target=\"_blank\">REST</a> is a web-service protocol that lends itself to rapid development by using everyday HTTP and JSON technology. The Zuora REST API provides a broad set of operations and resources that: * Enable Web Storefront integration from your website. * Support self-service subscriber sign-ups and account management. * Process revenue schedules through custom revenue rule models. * Enable manipulation of most objects in the Zuora Object Model. Want to share your opinion on how our API works for you? <a href=\"https://community.zuora.com/t5/Developers/API-Feedback-Form/gpm-p/21399\" target=\"_blank\">Tell us how you feel </a>about using our API and what we can do to make it better. ## Access to the API If you have a Zuora tenant, you can access the Zuora REST API via one of the following endpoints: | Tenant | Base URL for REST Endpoints | |-------------------------|-------------------------| |US Production | https://rest.zuora.com | |US API Sandbox | https://rest.apisandbox.zuora.com| |US Performance Test | https://rest.pt1.zuora.com | |EU Production | https://rest.eu.zuora.com | |EU Sandbox | https://rest.sandbox.eu.zuora.com | The Production endpoint provides access to your live user data. API Sandbox tenants are a good place to test code without affecting real-world data. If you would like Zuora to provision an API Sandbox tenant for you, contact your Zuora representative for assistance. **Note:** If you have a tenant in the Production Copy Environment, submit a request at <a href=\"http://support.zuora.com/\" target=\"_blank\">Zuora Global Support</a> to enable the Zuora REST API in your tenant and obtain the base URL for REST endpoints. If you do not have a Zuora tenant, go to <a href=\"https://www.zuora.com/resource/zuora-test-drive\" target=\"_blank\">https://www.zuora.com/resource/zuora-test-drive</a> and sign up for a Production Test Drive tenant. The tenant comes with seed data, including a sample product catalog. # API Changelog You can find the <a href=\"https://community.zuora.com/t5/Developers/API-Changelog/gpm-p/18092\" target=\"_blank\">Changelog</a> of the API Reference in the Zuora Community. # Authentication ## OAuth v2.0 Zuora recommends that you use OAuth v2.0 to authenticate to the Zuora REST API. Currently, OAuth is not available in every environment. See [Zuora Testing Environments](https://knowledgecenter.zuora.com/BB_Introducing_Z_Business/D_Zuora_Environments) for more information. Zuora recommends you to create a dedicated API user with API write access on a tenant when authenticating via OAuth, and then create an OAuth client for this user. See <a href=\"https://knowledgecenter.zuora.com/CF_Users_and_Administrators/A_Administrator_Settings/Manage_Users/Create_an_API_User\" target=\"_blank\">Create an API User</a> for how to do this. By creating a dedicated API user, you can control permissions of the API user without affecting other non-API users. If a user is deactivated, all of the user's OAuth clients will be automatically deactivated. Authenticating via OAuth requires the following steps: 1. Create a Client 2. Generate a Token 3. Make Authenticated Requests ### Create a Client You must first [create an OAuth client](https://knowledgecenter.zuora.com/CF_Users_and_Administrators/A_Administrator_Settings/Manage_Users#Create_an_OAuth_Client_for_a_User) in the Zuora UI. To do this, you must be an administrator of your Zuora tenant. This is a one-time operation. You will be provided with a Client ID and a Client Secret. Please note this information down, as it will be required for the next step. **Note:** The OAuth client will be owned by a Zuora user account. If you want to perform PUT, POST, or DELETE operations using the OAuth client, the owner of the OAuth client must have a Platform role that includes the \"API Write Access\" permission. ### Generate a Token After creating a client, you must make a call to obtain a bearer token using the [Generate an OAuth token](https://www.zuora.com/developer/api-reference/#operation/createToken) operation. This operation requires the following parameters: - `client_id` - the Client ID displayed when you created the OAuth client in the previous step - `client_secret` - the Client Secret displayed when you created the OAuth client in the previous step - `grant_type` - must be set to `client_credentials` **Note**: The Client ID and Client Secret mentioned above were displayed when you created the OAuth Client in the prior step. The [Generate an OAuth token](https://www.zuora.com/developer/api-reference/#operation/createToken) response specifies how long the bearer token is valid for. Call [Generate an OAuth token](https://www.zuora.com/developer/api-reference/#operation/createToken) again to generate a new bearer token. ### Make Authenticated Requests To authenticate subsequent API requests, you must provide a valid bearer token in an HTTP header: `Authorization: Bearer {bearer_token}` If you have [Zuora Multi-entity](https://www.zuora.com/developer/api-reference/#tag/Entities) enabled, you need to set an additional header to specify the ID of the entity that you want to access. You can use the `scope` field in the [Generate an OAuth token](https://www.zuora.com/developer/api-reference/#operation/createToken) response to determine whether you need to specify an entity ID. If the `scope` field contains more than one entity ID, you must specify the ID of the entity that you want to access. For example, if the `scope` field contains `entity.1a2b7a37-3e7d-4cb3-b0e2-883de9e766cc` and `entity.c92ed977-510c-4c48-9b51-8d5e848671e9`, specify one of the following headers: - `Zuora-Entity-Ids: 1a2b7a37-3e7d-4cb3-b0e2-883de9e766cc` - `Zuora-Entity-Ids: c92ed977-510c-4c48-9b51-8d5e848671e9` **Note**: For a limited period of time, Zuora will accept the `entityId` header as an alternative to the `Zuora-Entity-Ids` header. If you choose to set the `entityId` header, you must remove all \"-\" characters from the entity ID in the `scope` field. If the `scope` field contains a single entity ID, you do not need to specify an entity ID. ## Other Supported Authentication Schemes Zuora continues to support the following additional legacy means of authentication: * Use username and password. Include authentication with each request in the header: * `apiAccessKeyId` * `apiSecretAccessKey` Zuora recommends that you create an API user specifically for making API calls. See <a href=\"https://knowledgecenter.zuora.com/CF_Users_and_Administrators/A_Administrator_Settings/Manage_Users/Create_an_API_User\" target=\"_blank\">Create an API User</a> for more information. * Use an authorization cookie. The cookie authorizes the user to make calls to the REST API for the duration specified in **Administration > Security Policies > Session timeout**. The cookie expiration time is reset with this duration after every call to the REST API. To obtain a cookie, call the [Connections](https://www.zuora.com/developer/api-reference/#tag/Connections) resource with the following API user information: * ID * Password * For CORS-enabled APIs only: Include a 'single-use' token in the request header, which re-authenticates the user with each request. See below for more details. ### Entity Id and Entity Name The `entityId` and `entityName` parameters are only used for [Zuora Multi-entity](https://knowledgecenter.zuora.com/BB_Introducing_Z_Business/Multi-entity \"Zuora Multi-entity\"). These are the legacy parameters that Zuora will only continue to support for a period of time. Zuora recommends you to use the `Zuora-Entity-Ids` parameter instead. The `entityId` and `entityName` parameters specify the Id and the [name of the entity](https://knowledgecenter.zuora.com/BB_Introducing_Z_Business/Multi-entity/B_Introduction_to_Entity_and_Entity_Hierarchy#Name_and_Display_Name \"Introduction to Entity and Entity Hierarchy\") that you want to access, respectively. Note that you must have permission to access the entity. You can specify either the `entityId` or `entityName` parameter in the authentication to access and view an entity. * If both `entityId` and `entityName` are specified in the authentication, an error occurs. * If neither `entityId` nor `entityName` is specified in the authentication, you will log in to the entity in which your user account is created. To get the entity Id and entity name, you can use the GET Entities REST call. For more information, see [API User Authentication](https://knowledgecenter.zuora.com/BB_Introducing_Z_Business/Multi-entity/A_Overview_of_Multi-entity#API_User_Authentication \"API User Authentication\"). ### Token Authentication for CORS-Enabled APIs The CORS mechanism enables REST API calls to Zuora to be made directly from your customer's browser, with all credit card and security information transmitted directly to Zuora. This minimizes your PCI compliance burden, allows you to implement advanced validation on your payment forms, and makes your payment forms look just like any other part of your website. For security reasons, instead of using cookies, an API request via CORS uses **tokens** for authentication. The token method of authentication is only designed for use with requests that must originate from your customer's browser; **it should not be considered a replacement to the existing cookie authentication** mechanism. See [Zuora CORS REST](https://knowledgecenter.zuora.com/DC_Developers/REST_API/A_REST_basics/G_CORS_REST \"Zuora CORS REST\") for details on how CORS works and how you can begin to implement customer calls to the Zuora REST APIs. See [HMAC Signatures](https://www.zuora.com/developer/api-reference/#operation/POSTHMACSignature \"HMAC Signatures\") for details on the HMAC method that returns the authentication token. # Requests and Responses ## Request IDs As a general rule, when asked to supply a \"key\" for an account or subscription (accountKey, account-key, subscriptionKey, subscription-key), you can provide either the actual ID or the number of the entity. ## HTTP Request Body Most of the parameters and data accompanying your requests will be contained in the body of the HTTP request. The Zuora REST API accepts JSON in the HTTP request body. No other data format (e.g., XML) is supported. ### Data Type ([Actions](https://www.zuora.com/developer/api-reference/#tag/Actions) and CRUD operations only) We recommend that you do not specify the decimal values with quotation marks, commas, and spaces. Use characters of `+-0-9.eE`, for example, `5`, `1.9`, `-8.469`, and `7.7e2`. Also, Zuora does not convert currencies for decimal values. ## Testing a Request Use a third party client, such as [curl](https://curl.haxx.se \"curl\"), [Postman](https://www.getpostman.com \"Postman\"), or [Advanced REST Client](https://advancedrestclient.com \"Advanced REST Client\"), to test the Zuora REST API. You can test the Zuora REST API from the Zuora API Sandbox or Production tenants. If connecting to Production, bear in mind that you are working with your live production data, not sample data or test data. ## Testing with Credit Cards Sooner or later it will probably be necessary to test some transactions that involve credit cards. For suggestions on how to handle this, see [Going Live With Your Payment Gateway](https://knowledgecenter.zuora.com/CB_Billing/M_Payment_Gateways/C_Managing_Payment_Gateways/B_Going_Live_Payment_Gateways#Testing_with_Credit_Cards \"C_Zuora_User_Guides/A_Billing_and_Payments/M_Payment_Gateways/C_Managing_Payment_Gateways/B_Going_Live_Payment_Gateways#Testing_with_Credit_Cards\" ). ## Concurrent Request Limits Zuora enforces tenant-level concurrent request limits. See <a href=\"https://knowledgecenter.zuora.com/BB_Introducing_Z_Business/Policies/Concurrent_Request_Limits\" target=\"_blank\">Concurrent Request Limits</a> for more information. ## Timeout Limit If a request does not complete within 120 seconds, the request times out and Zuora returns a Gateway Timeout error. ## Error Handling Responses and error codes are detailed in [Responses and errors](https://knowledgecenter.zuora.com/DC_Developers/REST_API/A_REST_basics/3_Responses_and_errors \"Responses and errors\"). # Pagination When retrieving information (using GET methods), the optional `pageSize` query parameter sets the maximum number of rows to return in a response. The maximum is `40`; larger values are treated as `40`. If this value is empty or invalid, `pageSize` typically defaults to `10`. The default value for the maximum number of rows retrieved can be overridden at the method level. If more rows are available, the response will include a `nextPage` element, which contains a URL for requesting the next page. If this value is not provided, no more rows are available. No \"previous page\" element is explicitly provided; to support backward paging, use the previous call. ## Array Size For data items that are not paginated, the REST API supports arrays of up to 300 rows. Thus, for instance, repeated pagination can retrieve thousands of customer accounts, but within any account an array of no more than 300 rate plans is returned. # API Versions The Zuora REST API are version controlled. Versioning ensures that Zuora REST API changes are backward compatible. Zuora uses a major and minor version nomenclature to manage changes. By specifying a version in a REST request, you can get expected responses regardless of future changes to the API. ## Major Version The major version number of the REST API appears in the REST URL. Currently, Zuora only supports the **v1** major version. For example, `POST https://rest.zuora.com/v1/subscriptions`. ## Minor Version Zuora uses minor versions for the REST API to control small changes. For example, a field in a REST method is deprecated and a new field is used to replace it. Some fields in the REST methods are supported as of minor versions. If a field is not noted with a minor version, this field is available for all minor versions. If a field is noted with a minor version, this field is in version control. You must specify the supported minor version in the request header to process without an error. If a field is in version control, it is either with a minimum minor version or a maximum minor version, or both of them. You can only use this field with the minor version between the minimum and the maximum minor versions. For example, the `invoiceCollect` field in the POST Subscription method is in version control and its maximum minor version is 189.0. You can only use this field with the minor version 189.0 or earlier. If you specify a version number in the request header that is not supported, Zuora will use the minimum minor version of the REST API. In our REST API documentation, if a field or feature requires a minor version number, we note that in the field description. You only need to specify the version number when you use the fields require a minor version. To specify the minor version, set the `zuora-version` parameter to the minor version number in the request header for the request call. For example, the `collect` field is in 196.0 minor version. If you want to use this field for the POST Subscription method, set the `zuora-version` parameter to `196.0` in the request header. The `zuora-version` parameter is case sensitive. For all the REST API fields, by default, if the minor version is not specified in the request header, Zuora will use the minimum minor version of the REST API to avoid breaking your integration. ### Minor Version History The supported minor versions are not serial. This section documents the changes made to each Zuora REST API minor version. The following table lists the supported versions and the fields that have a Zuora REST API minor version. | Fields | Minor Version | REST Methods | Description | |:--------|:--------|:--------|:--------| | invoiceCollect | 189.0 and earlier | [Create Subscription](https://www.zuora.com/developer/api-reference/#operation/POST_Subscription \"Create Subscription\"); [Update Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_Subscription \"Update Subscription\"); [Renew Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_RenewSubscription \"Renew Subscription\"); [Cancel Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_CancelSubscription \"Cancel Subscription\"); [Suspend Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_SuspendSubscription \"Suspend Subscription\"); [Resume Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_ResumeSubscription \"Resume Subscription\"); [Create Account](https://www.zuora.com/developer/api-reference/#operation/POST_Account \"Create Account\")|Generates an invoice and collects a payment for a subscription. | | collect | 196.0 and later | [Create Subscription](https://www.zuora.com/developer/api-reference/#operation/POST_Subscription \"Create Subscription\"); [Update Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_Subscription \"Update Subscription\"); [Renew Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_RenewSubscription \"Renew Subscription\"); [Cancel Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_CancelSubscription \"Cancel Subscription\"); [Suspend Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_SuspendSubscription \"Suspend Subscription\"); [Resume Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_ResumeSubscription \"Resume Subscription\"); [Create Account](https://www.zuora.com/developer/api-reference/#operation/POST_Account \"Create Account\")|Collects an automatic payment for a subscription. | | invoice | 196.0 and 207.0| [Create Subscription](https://www.zuora.com/developer/api-reference/#operation/POST_Subscription \"Create Subscription\"); [Update Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_Subscription \"Update Subscription\"); [Renew Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_RenewSubscription \"Renew Subscription\"); [Cancel Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_CancelSubscription \"Cancel Subscription\"); [Suspend Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_SuspendSubscription \"Suspend Subscription\"); [Resume Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_ResumeSubscription \"Resume Subscription\"); [Create Account](https://www.zuora.com/developer/api-reference/#operation/POST_Account \"Create Account\")|Generates an invoice for a subscription. | | invoiceTargetDate | 196.0 and earlier | [Preview Subscription](https://www.zuora.com/developer/api-reference/#operation/POST_SubscriptionPreview \"Preview Subscription\") |Date through which charges are calculated on the invoice, as `yyyy-mm-dd`. | | invoiceTargetDate | 207.0 and earlier | [Create Subscription](https://www.zuora.com/developer/api-reference/#operation/POST_Subscription \"Create Subscription\"); [Update Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_Subscription \"Update Subscription\"); [Renew Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_RenewSubscription \"Renew Subscription\"); [Cancel Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_CancelSubscription \"Cancel Subscription\"); [Suspend Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_SuspendSubscription \"Suspend Subscription\"); [Resume Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_ResumeSubscription \"Resume Subscription\"); [Create Account](https://www.zuora.com/developer/api-reference/#operation/POST_Account \"Create Account\")|Date through which charges are calculated on the invoice, as `yyyy-mm-dd`. | | targetDate | 207.0 and later | [Preview Subscription](https://www.zuora.com/developer/api-reference/#operation/POST_SubscriptionPreview \"Preview Subscription\") |Date through which charges are calculated on the invoice, as `yyyy-mm-dd`. | | targetDate | 211.0 and later | [Create Subscription](https://www.zuora.com/developer/api-reference/#operation/POST_Subscription \"Create Subscription\"); [Update Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_Subscription \"Update Subscription\"); [Renew Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_RenewSubscription \"Renew Subscription\"); [Cancel Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_CancelSubscription \"Cancel Subscription\"); [Suspend Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_SuspendSubscription \"Suspend Subscription\"); [Resume Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_ResumeSubscription \"Resume Subscription\"); [Create Account](https://www.zuora.com/developer/api-reference/#operation/POST_Account \"Create Account\")|Date through which charges are calculated on the invoice, as `yyyy-mm-dd`. | | includeExisting DraftInvoiceItems | 196.0 and earlier| [Preview Subscription](https://www.zuora.com/developer/api-reference/#operation/POST_SubscriptionPreview \"Preview Subscription\"); [Update Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_Subscription \"Update Subscription\") | Specifies whether to include draft invoice items in subscription previews. Specify it to be `true` (default) to include draft invoice items in the preview result. Specify it to be `false` to excludes draft invoice items in the preview result. | | includeExisting DraftDocItems | 207.0 and later | [Preview Subscription](https://www.zuora.com/developer/api-reference/#operation/POST_SubscriptionPreview \"Preview Subscription\"); [Update Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_Subscription \"Update Subscription\") | Specifies whether to include draft invoice items in subscription previews. Specify it to be `true` (default) to include draft invoice items in the preview result. Specify it to be `false` to excludes draft invoice items in the preview result. | | previewType | 196.0 and earlier| [Preview Subscription](https://www.zuora.com/developer/api-reference/#operation/POST_SubscriptionPreview \"Preview Subscription\"); [Update Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_Subscription \"Update Subscription\") | The type of preview you will receive. The possible values are `InvoiceItem`(default), `ChargeMetrics`, and `InvoiceItemChargeMetrics`. | | previewType | 207.0 and later | [Preview Subscription](https://www.zuora.com/developer/api-reference/#operation/POST_SubscriptionPreview \"Preview Subscription\"); [Update Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_Subscription \"Update Subscription\") | The type of preview you will receive. The possible values are `LegalDoc`(default), `ChargeMetrics`, and `LegalDocChargeMetrics`. | | runBilling | 211.0 and later | [Create Subscription](https://www.zuora.com/developer/api-reference/#operation/POST_Subscription \"Create Subscription\"); [Update Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_Subscription \"Update Subscription\"); [Renew Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_RenewSubscription \"Renew Subscription\"); [Cancel Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_CancelSubscription \"Cancel Subscription\"); [Suspend Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_SuspendSubscription \"Suspend Subscription\"); [Resume Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_ResumeSubscription \"Resume Subscription\"); [Create Account](https://www.zuora.com/developer/api-reference/#operation/POST_Account \"Create Account\")|Generates an invoice or credit memo for a subscription. **Note:** Credit memos are only available if you have the Invoice Settlement feature enabled. | | invoiceDate | 214.0 and earlier | [Invoice and Collect](https://www.zuora.com/developer/api-reference/#operation/POST_TransactionInvoicePayment \"Invoice and Collect\") |Date that should appear on the invoice being generated, as `yyyy-mm-dd`. | | invoiceTargetDate | 214.0 and earlier | [Invoice and Collect](https://www.zuora.com/developer/api-reference/#operation/POST_TransactionInvoicePayment \"Invoice and Collect\") |Date through which to calculate charges on this account if an invoice is generated, as `yyyy-mm-dd`. | | documentDate | 215.0 and later | [Invoice and Collect](https://www.zuora.com/developer/api-reference/#operation/POST_TransactionInvoicePayment \"Invoice and Collect\") |Date that should appear on the invoice and credit memo being generated, as `yyyy-mm-dd`. | | targetDate | 215.0 and later | [Invoice and Collect](https://www.zuora.com/developer/api-reference/#operation/POST_TransactionInvoicePayment \"Invoice and Collect\") |Date through which to calculate charges on this account if an invoice or a credit memo is generated, as `yyyy-mm-dd`. | | memoItemAmount | 223.0 and earlier | [Create credit memo from charge](https://www.zuora.com/developer/api-reference/#operation/POST_CreditMemoFromPrpc \"Create credit memo from charge\"); [Create debit memo from charge](https://www.zuora.com/developer/api-reference/#operation/POST_DebitMemoFromPrpc \"Create debit memo from charge\") | Amount of the memo item. | | amount | 224.0 and later | [Create credit memo from charge](https://www.zuora.com/developer/api-reference/#operation/POST_CreditMemoFromPrpc \"Create credit memo from charge\"); [Create debit memo from charge](https://www.zuora.com/developer/api-reference/#operation/POST_DebitMemoFromPrpc \"Create debit memo from charge\") | Amount of the memo item. | | subscriptionNumbers | 222.4 and earlier | [Create order](https://www.zuora.com/developer/api-reference/#operation/POST_Order \"Create order\") | Container for the subscription numbers of the subscriptions in an order. | | subscriptions | 223.0 and later | [Create order](https://www.zuora.com/developer/api-reference/#operation/POST_Order \"Create order\") | Container for the subscription numbers and statuses in an order. | #### Version 207.0 and Later The response structure of the [Preview Subscription](https://www.zuora.com/developer/api-reference/#operation/POST_SubscriptionPreview \"Preview Subscription\") and [Update Subscription](https://www.zuora.com/developer/api-reference/#operation/PUT_Subscription \"Update Subscription\") methods are changed. The following invoice related response fields are moved to the invoice container: * amount * amountWithoutTax * taxAmount * invoiceItems * targetDate * chargeMetrics # Zuora Object Model The following diagram presents a high-level view of the key Zuora objects. Click the image to open it in a new tab to resize it. <a href=\"https://www.zuora.com/wp-content/uploads/2017/01/ZuoraERD.jpeg\" target=\"_blank\"><img src=\"https://www.zuora.com/wp-content/uploads/2017/01/ZuoraERD.jpeg\" alt=\"Zuora Object Model Diagram\"></a> See the following articles for information about other parts of the Zuora business object model: * <a href=\"https://knowledgecenter.zuora.com/CB_Billing/Invoice_Settlement/D_Invoice_Settlement_Object_Model\" target=\"_blank\">Invoice Settlement Object Model</a> * <a href=\"https://knowledgecenter.zuora.com/BC_Subscription_Management/Orders/BA_Orders_Object_Model\" target=\"_blank\">Orders Object Model</a> You can use the [Describe object](https://www.zuora.com/developer/api-reference/#operation/GET_Describe) operation to list the fields of each Zuora object that is available in your tenant. When you call the operation, you must specify the API name of the Zuora object. The following table provides the API name of each Zuora object: | Object | API Name | |-----------------------------------------------|--------------------------------------------| | Account | `Account` | | Accounting Code | `AccountingCode` | | Accounting Period | `AccountingPeriod` | | Amendment | `Amendment` | | Application Group | `ApplicationGroup` | | Billing Run | <p>`BillingRun`</p><p>**Note:** The API name of this object is `BillingRun` in the [Describe object](https://www.zuora.com/developer/api-reference/#operation/GET_Describe) operation and Export ZOQL queries only. Otherwise, the API name of this object is `BillRun`.</p> | | Contact | `Contact` | | Contact Snapshot | `ContactSnapshot` | | Credit Balance Adjustment | `CreditBalanceAdjustment` | | Credit Memo | `CreditMemo` | | Credit Memo Application | `CreditMemoApplication` | | Credit Memo Application Item | `CreditMemoApplicationItem` | | Credit Memo Item | `CreditMemoItem` | | Credit Memo Part | `CreditMemoPart` | | Credit Memo Part Item | `CreditMemoPartItem` | | Credit Taxation Item | `CreditTaxationItem` | | Custom Exchange Rate | `FXCustomRate` | | Debit Memo | `DebitMemo` | | Debit Memo Item | `DebitMemoItem` | | Debit Taxation Item | `DebitTaxationItem` | | Discount Applied Metrics | `DiscountAppliedMetrics` | | Entity | `Tenant` | | Gateway Reconciliation Event | `PaymentGatewayReconciliationEventLog` | | Gateway Reconciliation Job | `PaymentReconciliationJob` | | Gateway Reconciliation Log | `PaymentReconciliationLog` | | Invoice | `Invoice` | | Invoice Adjustment | `InvoiceAdjustment` | | Invoice Item | `InvoiceItem` | | Invoice Item Adjustment | `InvoiceItemAdjustment` | | Invoice Payment | `InvoicePayment` | | Journal Entry | `JournalEntry` | | Journal Entry Item | `JournalEntryItem` | | Journal Run | `JournalRun` | | Order | `Order` | | Order Action | `OrderAction` | | Order ELP | `OrderElp` | | Order Item | `OrderItem` | | Order MRR | `OrderMrr` | | Order Quantity | `OrderQuantity` | | Order TCB | `OrderTcb` | | Order TCV | `OrderTcv` | | Payment | `Payment` | | Payment Application | `PaymentApplication` | | Payment Application Item | `PaymentApplicationItem` | | Payment Method | `PaymentMethod` | | Payment Method Snapshot | `PaymentMethodSnapshot` | | Payment Method Transaction Log | `PaymentMethodTransactionLog` | | Payment Method Update | `UpdaterDetail` | | Payment Part | `PaymentPart` | | Payment Part Item | `PaymentPartItem` | | Payment Run | `PaymentRun` | | Payment Transaction Log | `PaymentTransactionLog` | | Processed Usage | `ProcessedUsage` | | Product | `Product` | | Product Rate Plan | `ProductRatePlan` | | Product Rate Plan Charge | `ProductRatePlanCharge` | | Product Rate Plan Charge Tier | `ProductRatePlanChargeTier` | | Rate Plan | `RatePlan` | | Rate Plan Charge | `RatePlanCharge` | | Rate Plan Charge Tier | `RatePlanChargeTier` | | Refund | `Refund` | | Refund Application | `RefundApplication` | | Refund Application Item | `RefundApplicationItem` | | Refund Invoice Payment | `RefundInvoicePayment` | | Refund Part | `RefundPart` | | Refund Part Item | `RefundPartItem` | | Refund Transaction Log | `RefundTransactionLog` | | Revenue Charge Summary | `RevenueChargeSummary` | | Revenue Charge Summary Item | `RevenueChargeSummaryItem` | | Revenue Event | `RevenueEvent` | | Revenue Event Credit Memo Item | `RevenueEventCreditMemoItem` | | Revenue Event Debit Memo Item | `RevenueEventDebitMemoItem` | | Revenue Event Invoice Item | `RevenueEventInvoiceItem` | | Revenue Event Invoice Item Adjustment | `RevenueEventInvoiceItemAdjustment` | | Revenue Event Item | `RevenueEventItem` | | Revenue Event Item Credit Memo Item | `RevenueEventItemCreditMemoItem` | | Revenue Event Item Debit Memo Item | `RevenueEventItemDebitMemoItem` | | Revenue Event Item Invoice Item | `RevenueEventItemInvoiceItem` | | Revenue Event Item Invoice Item Adjustment | `RevenueEventItemInvoiceItemAdjustment` | | Revenue Event Type | `RevenueEventType` | | Revenue Schedule | `RevenueSchedule` | | Revenue Schedule Credit Memo Item | `RevenueScheduleCreditMemoItem` | | Revenue Schedule Debit Memo Item | `RevenueScheduleDebitMemoItem` | | Revenue Schedule Invoice Item | `RevenueScheduleInvoiceItem` | | Revenue Schedule Invoice Item Adjustment | `RevenueScheduleInvoiceItemAdjustment` | | Revenue Schedule Item | `RevenueScheduleItem` | | Revenue Schedule Item Credit Memo Item | `RevenueScheduleItemCreditMemoItem` | | Revenue Schedule Item Debit Memo Item | `RevenueScheduleItemDebitMemoItem` | | Revenue Schedule Item Invoice Item | `RevenueScheduleItemInvoiceItem` | | Revenue Schedule Item Invoice Item Adjustment | `RevenueScheduleItemInvoiceItemAdjustment` | | Subscription | `Subscription` | | Taxable Item Snapshot | `TaxableItemSnapshot` | | Taxation Item | `TaxationItem` | | Updater Batch | `UpdaterBatch` | | Usage | `Usage` | # noqa: E501 OpenAPI spec version: 2018-08-23 Contact: docs@zuora.com Generated by: https://github.com/swagger-api/swagger-codegen.git """ from __future__ import absolute_import import unittest import zuora_client from zuora_client.models.payment_debit_memo_application_unapply_request_type import PaymentDebitMemoApplicationUnapplyRequestType # noqa: E501 from zuora_client.rest import ApiException class TestPaymentDebitMemoApplicationUnapplyRequestType(unittest.TestCase): """PaymentDebitMemoApplicationUnapplyRequestType unit test stubs""" def setUp(self): pass def tearDown(self): pass def testPaymentDebitMemoApplicationUnapplyRequestType(self): """Test PaymentDebitMemoApplicationUnapplyRequestType""" # FIXME: construct object with mandatory attributes with example values # model = zuora_client.models.payment_debit_memo_application_unapply_request_type.PaymentDebitMemoApplicationUnapplyRequestType() # noqa: E501 pass if __name__ == '__main__': unittest.main()

[ "jairo.velasco@alertlogic.com" ]

jairo.velasco@alertlogic.com

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fgui/hy-tryton-hello_button

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import hy from trytond.pool import Pool from . import hello def register(): Pool.register( hello.Hello, module='hello_button', type_='model')

[ "francesc.guillen@gmail.com" ]

francesc.guillen@gmail.com

f5526ecba7d57516aec200d40fd864392e91210b

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/PythonistaAppTemplate/PythonistaKit.framework/pylib/site-packages/reportlab/lib/units.py

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sreyemnayr/jss-lost-mode-app

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texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #\input texinfo #Copyright ReportLab Europe Ltd. 2000-2012 #see license.txt for license details #history http://www.reportlab.co.uk/cgi-bin/viewcvs.cgi/public/reportlab/trunk/reportlab/lib/units.py __version__=''' $Id$ ''' __doc__='''Defines inch, cm, mm etc as multiples of a point You can now in user-friendly units by doing:: from reportlab.lib.units import inch r = Rect(0, 0, 3 * inch, 6 * inch) ''' inch = 72.0 cm = inch / 2.54 mm = cm * 0.1 pica = 12.0 def toLength(s): '''convert a string to a length''' try: if s[-2:]=='cm': return float(s[:-2])*cm if s[-2:]=='in': return float(s[:-2])*inch if s[-2:]=='pt': return float(s[:-2]) if s[-1:]=='i': return float(s[:-1])*inch if s[-2:]=='mm': return float(s[:-2])*mm if s[-4:]=='pica': return float(s[:-4])*pica return float(s) except: raise ValueError("Can't convert '%s' to length" % s)

[ "ryanmeyersweb@gmail.com" ]

ryanmeyersweb@gmail.com

94107fdab373a1c2512302c118cf750de48d9b44

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/qutebrowser/themes/base16-qutebrowser/themes/base16-atelier-seaside-light.config.py

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# base16-qutebrowser (https://github.com/theova/base16-qutebrowser) # Base16 qutebrowser template by theova # Atelier Seaside Light scheme by Bram de Haan (http://atelierbramdehaan.nl) base00 = "#f4fbf4" base01 = "#cfe8cf" base02 = "#8ca68c" base03 = "#809980" base04 = "#687d68" base05 = "#5e6e5e" base06 = "#242924" base07 = "#131513" base08 = "#e6193c" base09 = "#87711d" base0A = "#98981b" base0B = "#29a329" base0C = "#1999b3" base0D = "#3d62f5" base0E = "#ad2bee" base0F = "#e619c3" # set qutebrowser colors # Text color of the completion widget. May be a single color to use for # all columns or a list of three colors, one for each column. c.colors.completion.fg = base05 # Background color of the completion widget for odd rows. c.colors.completion.odd.bg = base03 # Background color of the completion widget for even rows. c.colors.completion.even.bg = base00 # Foreground color of completion widget category headers. c.colors.completion.category.fg = base0A # Background color of the completion widget category headers. c.colors.completion.category.bg = base00 # Top border color of the completion widget category headers. c.colors.completion.category.border.top = base00 # Bottom border color of the completion widget category headers. c.colors.completion.category.border.bottom = base00 # Foreground color of the selected completion item. c.colors.completion.item.selected.fg = base01 # Background color of the selected completion item. c.colors.completion.item.selected.bg = base0A # Top border color of the completion widget category headers. c.colors.completion.item.selected.border.top = base0A # Bottom border color of the selected completion item. c.colors.completion.item.selected.border.bottom = base0A # Foreground color of the matched text in the completion. c.colors.completion.match.fg = base0B # Color of the scrollbar handle in the completion view. c.colors.completion.scrollbar.fg = base05 # Color of the scrollbar in the completion view. c.colors.completion.scrollbar.bg = base00 # Background color for the download bar. c.colors.downloads.bar.bg = base00 # Color gradient start for download text. c.colors.downloads.start.fg = base00 # Color gradient start for download backgrounds. c.colors.downloads.start.bg = base0D # Color gradient end for download text. c.colors.downloads.stop.fg = base00 # Color gradient stop for download backgrounds. c.colors.downloads.stop.bg = base0C # Foreground color for downloads with errors. c.colors.downloads.error.fg = base08 # Font color for hints. c.colors.hints.fg = base00 # Background color for hints. Note that you can use a `rgba(...)` value # for transparency. c.colors.hints.bg = base0A # Font color for the matched part of hints. c.colors.hints.match.fg = base05 # Text color for the keyhint widget. c.colors.keyhint.fg = base05 # Highlight color for keys to complete the current keychain. c.colors.keyhint.suffix.fg = base05 # Background color of the keyhint widget. c.colors.keyhint.bg = base00 # Foreground color of an error message. c.colors.messages.error.fg = base00 # Background color of an error message. c.colors.messages.error.bg = base08 # Border color of an error message. c.colors.messages.error.border = base08 # Foreground color of a warning message. c.colors.messages.warning.fg = base00 # Background color of a warning message. c.colors.messages.warning.bg = base0E # Border color of a warning message. c.colors.messages.warning.border = base0E # Foreground color of an info message. c.colors.messages.info.fg = base05 # Background color of an info message. c.colors.messages.info.bg = base00 # Border color of an info message. c.colors.messages.info.border = base00 # Foreground color for prompts. c.colors.prompts.fg = base05 # Border used around UI elements in prompts. c.colors.prompts.border = base00 # Background color for prompts. c.colors.prompts.bg = base00 # Background color for the selected item in filename prompts. c.colors.prompts.selected.bg = base0A # Foreground color of the statusbar. c.colors.statusbar.normal.fg = base0B # Background color of the statusbar. c.colors.statusbar.normal.bg = base00 # Foreground color of the statusbar in insert mode. c.colors.statusbar.insert.fg = base00 # Background color of the statusbar in insert mode. c.colors.statusbar.insert.bg = base0D # Foreground color of the statusbar in passthrough mode. c.colors.statusbar.passthrough.fg = base00 # Background color of the statusbar in passthrough mode. c.colors.statusbar.passthrough.bg = base0C # Foreground color of the statusbar in private browsing mode. c.colors.statusbar.private.fg = base00 # Background color of the statusbar in private browsing mode. c.colors.statusbar.private.bg = base03 # Foreground color of the statusbar in command mode. c.colors.statusbar.command.fg = base05 # Background color of the statusbar in command mode. c.colors.statusbar.command.bg = base00 # Foreground color of the statusbar in private browsing + command mode. c.colors.statusbar.command.private.fg = base05 # Background color of the statusbar in private browsing + command mode. c.colors.statusbar.command.private.bg = base00 # Foreground color of the statusbar in caret mode. c.colors.statusbar.caret.fg = base00 # Background color of the statusbar in caret mode. c.colors.statusbar.caret.bg = base0E # Foreground color of the statusbar in caret mode with a selection. c.colors.statusbar.caret.selection.fg = base00 # Background color of the statusbar in caret mode with a selection. c.colors.statusbar.caret.selection.bg = base0D # Background color of the progress bar. c.colors.statusbar.progress.bg = base0D # Default foreground color of the URL in the statusbar. c.colors.statusbar.url.fg = base05 # Foreground color of the URL in the statusbar on error. c.colors.statusbar.url.error.fg = base08 # Foreground color of the URL in the statusbar for hovered links. c.colors.statusbar.url.hover.fg = base05 # Foreground color of the URL in the statusbar on successful load # (http). c.colors.statusbar.url.success.http.fg = base0C # Foreground color of the URL in the statusbar on successful load # (https). c.colors.statusbar.url.success.https.fg = base0B # Foreground color of the URL in the statusbar when there's a warning. c.colors.statusbar.url.warn.fg = base0E # Background color of the tab bar. c.colors.tabs.bar.bg = base00 # Color gradient start for the tab indicator. c.colors.tabs.indicator.start = base0D # Color gradient end for the tab indicator. c.colors.tabs.indicator.stop = base0C # Color for the tab indicator on errors. c.colors.tabs.indicator.error = base08 # Foreground color of unselected odd tabs. c.colors.tabs.odd.fg = base05 # Background color of unselected odd tabs. c.colors.tabs.odd.bg = base03 # Foreground color of unselected even tabs. c.colors.tabs.even.fg = base05 # Background color of unselected even tabs. c.colors.tabs.even.bg = base00 # Foreground color of selected odd tabs. c.colors.tabs.selected.odd.fg = base00 # Background color of selected odd tabs. c.colors.tabs.selected.odd.bg = base05 # Foreground color of selected even tabs. c.colors.tabs.selected.even.fg = base00 # Background color of selected even tabs. c.colors.tabs.selected.even.bg = base05 # Background color for webpages if unset (or empty to use the theme's # color). # c.colors.webpage.bg = base00

[ "rommel.martinez@valmiz.com" ]

rommel.martinez@valmiz.com

64aee0076002b24b245235b85ae954ce82577ad7

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/Lab11 - GP/models/chromosome.py

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[]

no_license

CMihai998/Artificial-Intelligence

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import math import random UNARY_FUNCTIONS = ['sin', 'cos'] BINARY_FUNCTIONS = ['+', '-', '*'] class Chromosome: def __init__(self, maxDepth, terminals, functions, constants): self._constants = constants self._maxDepth = maxDepth self._terminals = terminals self._functions = functions self._fitness = 0 self._accuracy = 0 self._size = 0 self._representation = [0 for i in range(2 ** (maxDepth + 1) - 1)] self.generateTree() self._representation = [x for x in self._representation if x != 0] def generateTree(self, position=0, depth=0): if position == 0 or depth < self._maxDepth: if position != 0 and random.random() < 0.4: self._representation[position] = random.randint(1, len(self._terminals)) self._size = position + 1 return position + 1 else: self._representation[position] = -random.randint(1, len(self._functions)) if self._functions[-self._representation[position] - 1] in ['sin', 'cos']: childIndex = self.generateTree(position + 1, depth + 1) return childIndex else: firstBornIndex = self.generateTree(position + 1, depth + 1) secondAirIndex = self.generateTree(firstBornIndex, depth + 1) return secondAirIndex else: self._representation[position] = random.randint(1, len(self._terminals)) self._size = position + 1 return position + 1 def getFunctionWithIndex(self, index): return self._functions[-self._representation[index] - 1] def getTerminalWithIndex(self, index): return self._terminals[self._representation[index] - 1] def evaluateExpression(self, position, data): position = min(position, len(self._representation) - 1) if self._representation[position] > 0: return data[self._representation[position] - 1], position elif self._representation[position] < 0: currentFunction = self.getFunctionWithIndex(position) if currentFunction == '+': aux1 = self.evaluateExpression(position + 1, data) aux2 = self.evaluateExpression(aux1[1] + 1, data) return aux1[0] + aux2[0], aux2[1] elif currentFunction == '-': aux1 = self.evaluateExpression(position + 1, data) aux2 = self.evaluateExpression(aux1[1] + 1, data) return aux1[0] - aux2[0], aux2[1] elif currentFunction == '*': aux1 = self.evaluateExpression(position + 1, data) aux2 = self.evaluateExpression(aux1[1] + 1, data) return aux1[0] * aux2[0], aux2[1] elif currentFunction == 'sin': aux = self.evaluateExpression(position + 1, data) return math.sin(aux[0]), aux[1] elif currentFunction == 'cos': aux = self.evaluateExpression(position + 1, data) return math.cos(aux[0]), aux[1] def computeFitness(self, data, labels): def computeOutputClass(row): output = self.evaluateExpression(0, row)[0] if output < 2: return 1 if output < 4: return 2 if output < 6: return 3 if output < 8: return 4 return 5 totalError = 0.0 hit, total = 0, 0 examplesCount = len(data) for index in range(examplesCount): error = abs(labels[index] - computeOutputClass(row=data[index])) totalError += error hit += 1 if error == 0 else 0 total += 1 self._accuracy = hit /total self._fitness = totalError def traverse(self, position): if self._representation[position] > 0: return min(position + 1, len(self._representation) - 1) else: return self.traverse(self.traverse(position + 1)) @property def representation(self): return self._representation @representation.setter def representation(self, newRepresentation): self._representation = newRepresentation def getSize(self): return self._size def setSize(self, newSize): self._size = newSize def getFitness(self): return self._fitness def getAccuracy(self): return self._accuracy def __str__(self): result = '' for i, position in enumerate(self._representation): if self._representation[position] < 0: result += self.getFunctionWithIndex(position) + ' ' else: result += self.getTerminalWithIndex(position) + ' ' return result def __getitem__(self, key): return self._representation[key] def __setitem__(self, key, value): self._representation[key] = value def __add__(self, other): # aka crossover child = Chromosome(maxDepth=self._maxDepth, terminals=self._terminals, functions=self._functions, constants=self._constants) startCutMother = random.randint(0, self._size - 1) endCutMother = self.traverse(startCutMother) startCutFather = random.randint(0, other.getSize() - 1) endCutFather = other.traverse(startCutFather) child.representation = [0 for i in range(len(self._representation) + len(other.representation))] while len(child.representation) < len(self._representation) + len(other.representation): child.representation += [0] i = -1 for i in range(startCutMother): child[i] = self[i] for j in range(startCutFather, endCutFather): i += 1 child[i] = other[j] for j in range(endCutMother, self._size): i += 1 child[i] = self[j] child.representation = [x for x in child.representation if x != 0] child.setSize(len(child.representation)) return child def mutate(self): mutant = Chromosome(maxDepth=self._maxDepth, terminals=self._terminals, functions=self._functions, constants=self._constants) position = random.randint(0, self._size - 1) mutant.representation = self[:] mutant.setSize(self._size) if mutant[position] > 0: mutant[position] = random.randint(1, len(self._terminals)) else: currentFunction = mutant.getFunctionWithIndex(position) if currentFunction in UNARY_FUNCTIONS: while True: mutant[position] = -random.randint(1, len(self._functions)) newFunction = mutant.getFunctionWithIndex(position) if newFunction in UNARY_FUNCTIONS and newFunction != currentFunction: break else: while True: mutant[position] = -random.randint(1, len(self._functions)) newFunction = mutant.getFunctionWithIndex(position) if newFunction in BINARY_FUNCTIONS and newFunction != currentFunction: break return mutant

[ "mihai3198@gmail.com" ]

mihai3198@gmail.com

088050dde073045050777fdec843ac327c8826bd

2f92d4577202c1163a803452fd7b115bcc78de8f

/venv/Scripts/pip-script.py

46d0783b77b49abd571b6c86cd79ce1c28a8c0b0

[]

no_license

Pisoh/Resistor-color-code-calculator

0e5ae39ea986db019caba8c1f74ed01a1e43819e

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refs/heads/master

2020-05-02T01:18:22.401746

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#!"C:\Users\Buma Pisoh\Desktop\Python Projects\Resistor simulator\venv\Scripts\python.exe" # EASY-INSTALL-ENTRY-SCRIPT: 'pip==10.0.1','console_scripts','pip' __requires__ = 'pip==10.0.1' import re import sys from pkg_resources import load_entry_point if __name__ == '__main__': sys.argv[0] = re.sub(r'(-script\.pyw?|\.exe)?$', '', sys.argv[0]) sys.exit( load_entry_point('pip==10.0.1', 'console_scripts', 'pip')() )

[ "ransom.pisoh@pethersolutions.com" ]

ransom.pisoh@pethersolutions.com

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/election_registrar/urls.py

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SCPR/kpcc_backroom_handshakes

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refs/heads/master

2020-05-21T23:22:04.301088

2018-07-03T17:36:37

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from django.conf import settings from django.conf.urls import patterns, include, url from django.views.generic import RedirectView from django.views.decorators.cache import cache_page from election_registrar.views import ElectionIndexView, ElectionDetailView app_name = "election_registrar" urlpatterns = [ url(r"(?P<slug>[-\w]+)/?$", ElectionDetailView.as_view(), name="detail"), url(r"$", ElectionIndexView.as_view(), name="list"), ]

[ "christopherlawrencekeller@gmail.com" ]

christopherlawrencekeller@gmail.com

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/middle/broken_calculator.py

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no_license

luozhiping/leetcode

85eeeea167c65cc77ecfacd1f9544f01142f595a

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refs/heads/master

2020-03-31T21:36:53.357258

2019-09-03T13:14:48

152,587,301

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# 991. 坏了的计算器 # https://leetcode-cn.com/problems/broken-calculator/ class Solution(object): def brokenCalc(self, X, Y): """ :type X: int :type Y: int :rtype: int """ if X >= Y: return X - Y count = 0 while X < Y: if Y % 2 == 0: Y = Y / 2 else: Y = Y + 1 count += 1 return int(count + X - Y) s = Solution() print(s.brokenCalc(5, 8))

[ "lzp9802021@qq.com" ]

lzp9802021@qq.com

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hawkthorne/bearweb

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refs/heads/master

2021-05-28T05:54:55.533462

2014-03-16T23:12:01

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# -*- coding: utf-8 -*- # # stackmachine documentation build configuration file, created by # sphinx-quickstart on Sun Feb 17 11:46:20 2013. # # This file is execfile()d with the current directory set to its containing dir. # # Note that not all possible configuration values are present in this # autogenerated file. # # All configuration values have a default; values that are commented out # serve to show the default. import sys, os # If extensions (or modules to document with autodoc) are in another directory, # add these directories to sys.path here. If the directory is relative to the # documentation root, use os.path.abspath to make it absolute, like shown here. #sys.path.insert(0, os.path.abspath('.')) # -- General configuration ----------------------------------------------------- # If your documentation needs a minimal Sphinx version, state it here. #needs_sphinx = '1.0' # Add any Sphinx extension module names here, as strings. They can be extensions # coming with Sphinx (named 'sphinx.ext.*') or your custom ones. extensions = [] # Add any paths that contain templates here, relative to this directory. templates_path = ['_templates'] # The suffix of source filenames. source_suffix = '.rst' # The encoding of source files. #source_encoding = 'utf-8-sig' # The master toctree document. master_doc = 'index' # General information about the project. project = u'stackmachine' copyright = u'2013, ChangeMyName' # The version info for the project you're documenting, acts as replacement for # |version| and |release|, also used in various other places throughout the # built documents. # # The short X.Y version. version = '0.1' # The full version, including alpha/beta/rc tags. release = '0.1' # The language for content autogenerated by Sphinx. Refer to documentation # for a list of supported languages. #language = None # There are two options for replacing |today|: either, you set today to some # non-false value, then it is used: #today = '' # Else, today_fmt is used as the format for a strftime call. #today_fmt = '%B %d, %Y' # List of patterns, relative to source directory, that match files and # directories to ignore when looking for source files. exclude_patterns = ['_build'] # The reST default role (used for this markup: `text`) to use for all documents. #default_role = None # If true, '()' will be appended to :func: etc. cross-reference text. #add_function_parentheses = True # If true, the current module name will be prepended to all description # unit titles (such as .. function::). #add_module_names = True # If true, sectionauthor and moduleauthor directives will be shown in the # output. They are ignored by default. #show_authors = False # The name of the Pygments (syntax highlighting) style to use. pygments_style = 'sphinx' # A list of ignored prefixes for module index sorting. #modindex_common_prefix = [] # -- Options for HTML output --------------------------------------------------- # The theme to use for HTML and HTML Help pages. See the documentation for # a list of builtin themes. html_theme = 'default' # Theme options are theme-specific and customize the look and feel of a theme # further. For a list of options available for each theme, see the # documentation. #html_theme_options = {} # Add any paths that contain custom themes here, relative to this directory. #html_theme_path = [] # The name for this set of Sphinx documents. If None, it defaults to # "<project> v<release> documentation". #html_title = None # A shorter title for the navigation bar. Default is the same as html_title. #html_short_title = None # The name of an image file (relative to this directory) to place at the top # of the sidebar. #html_logo = None # The name of an image file (within the static path) to use as favicon of the # docs. This file should be a Windows icon file (.ico) being 16x16 or 32x32 # pixels large. #html_favicon = None # Add any paths that contain custom static files (such as style sheets) here, # relative to this directory. They are copied after the builtin static files, # so a file named "default.css" will overwrite the builtin "default.css". html_static_path = ['_static'] # If not '', a 'Last updated on:' timestamp is inserted at every page bottom, # using the given strftime format. #html_last_updated_fmt = '%b %d, %Y' # If true, SmartyPants will be used to convert quotes and dashes to # typographically correct entities. #html_use_smartypants = True # Custom sidebar templates, maps document names to template names. #html_sidebars = {} # Additional templates that should be rendered to pages, maps page names to # template names. #html_additional_pages = {} # If false, no module index is generated. #html_domain_indices = True # If false, no index is generated. #html_use_index = True # If true, the index is split into individual pages for each letter. #html_split_index = False # If true, links to the reST sources are added to the pages. #html_show_sourcelink = True # If true, "Created using Sphinx" is shown in the HTML footer. Default is True. #html_show_sphinx = True # If true, "(C) Copyright ..." is shown in the HTML footer. Default is True. #html_show_copyright = True # If true, an OpenSearch description file will be output, and all pages will # contain a <link> tag referring to it. The value of this option must be the # base URL from which the finished HTML is served. #html_use_opensearch = '' # This is the file name suffix for HTML files (e.g. ".xhtml"). #html_file_suffix = None # Output file base name for HTML help builder. htmlhelp_basename = 'stackmachinedoc' # -- Options for LaTeX output -------------------------------------------------- latex_elements = { # The paper size ('letterpaper' or 'a4paper'). #'papersize': 'letterpaper', # The font size ('10pt', '11pt' or '12pt'). #'pointsize': '10pt', # Additional stuff for the LaTeX preamble. #'preamble': '', } # Grouping the document tree into LaTeX files. List of tuples # (source start file, target name, title, author, documentclass [howto/manual]). latex_documents = [ ('index', 'stackmachine.tex', u'stackmachine Documentation', u'ChangeToMyName', 'manual'), ] # The name of an image file (relative to this directory) to place at the top of # the title page. #latex_logo = None # For "manual" documents, if this is true, then toplevel headings are parts, # not chapters. #latex_use_parts = False # If true, show page references after internal links. #latex_show_pagerefs = False # If true, show URL addresses after external links. #latex_show_urls = False # Documents to append as an appendix to all manuals. #latex_appendices = [] # If false, no module index is generated. #latex_domain_indices = True # -- Options for manual page output -------------------------------------------- # One entry per manual page. List of tuples # (source start file, name, description, authors, manual section). man_pages = [ ('index', 'stackmachine', u'stackmachine Documentation', [u'ChangeToMyName'], 1) ] # If true, show URL addresses after external links. #man_show_urls = False # -- Options for Texinfo output ------------------------------------------------ # Grouping the document tree into Texinfo files. List of tuples # (source start file, target name, title, author, # dir menu entry, description, category) texinfo_documents = [ ('index', 'stackmachine', u'stackmachine Documentation', u'ChangeToMyName', 'stackmachine', 'One line description of project.', 'Miscellaneous'), ] # Documents to append as an appendix to all manuals. #texinfo_appendices = [] # If false, no module index is generated. #texinfo_domain_indices = True # How to display URL addresses: 'footnote', 'no', or 'inline'. #texinfo_show_urls = 'footnote'

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kyle@kyleconroy.com

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from django.urls import path from .views import ( PostListView, PostDetailView, ) from . import views urlpatterns = [ path('post/<int:pk>/', PostDetailView.as_view(), name='post-detail'), path('', PostListView.as_view(), name='blog-home'), path('about/', views.about, name='blog-about'), path('create/', views.create, name='blog-create'), path('activity/', views.activity, name='blog-activity'), path('favorite/', views.favorite, name='blog-favorite'), path('apinew/', views.register, name='blog-apicreate') ]

[ "dgraudins@gmail.com" ]

dgraudins@gmail.com

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chenshuo666/pythonWell

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#!/usr/bin/python #-*- coding:utf-8 -*- # Author:Sebastian Williams import time import threading lock=threading.RLock() num=0 def run(n): lock.acquire() global num num+=1 lock.release() t_obj=[] for i in range(50): t=threading.Thread(target=run,args=("t-%s"%i,)) t.setDaemon(True) #将当前线程设置成守护线程 t.start() t_obj.append(t) for t in t_obj: t.join() print("num:",num)

[ "929387146@qq.com" ]

929387146@qq.com

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/swaligner_weighted.py

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RenhaoL/q2hw5

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#!/usr/bin/env python import numpy as np #penalty box match = 3 mismatch_transit = -1.5 mismatch_transver = -3 gap = -2 #sequences. seq2 should always be larger than seq1 seq1 = 'TGTTACGG' seq2 = 'GGTTGACTA' #scoring matrix size rows = len(seq1) + 1 cols = len(seq2) + 1 def create_score_matrix(rows, cols): ''' Create a matrix of scores representing trial alignments of the two sequences. Sequence alignment can be treated as a graph search problem. This function creates a graph (2D matrix) of scores, which are based on trial alignments of different base pairs. The path with the highest cummulative score is the best alignment. ''' score_matrix = [[0 for col in range(cols)] for row in range(rows)] # Fill the scoring matrix. max_score = 0 max_pos = None # The row and columbn of the highest score in matrix. for i in range(1, rows): for j in range(1, cols): score = calc_score(score_matrix, i, j) if score > max_score: max_score = score max_pos = (i, j) score_matrix[i][j] = score assert max_pos is not None, 'the x, y position with the highest score was not found' return score_matrix, max_pos def calc_score(matrix, x, y): #Calculate score for a given x, y position in the scoring matrix. #The score is based on the up, left, and upper-left diagnol neighbors if seq1[x - 1] == seq2[y - 1]: similarity = match elif seq1[x - 1] == 'A' and seq2[y - 1] == 'G': similarity = mismatch_transit elif seq1[x - 1] == 'C' and seq2[y - 1] == 'T': similarity = mismatch_transit else: similarity = mismatch_transver diag_score = matrix[x - 1][y - 1] + similarity up_score = matrix[x - 1][y] + gap left_score = matrix[x][y - 1] + gap return max(0, diag_score, up_score, left_score) def print_matrix(matrix): ''' Print the scoring matrix. ex: 0 0 0 0 0 0 0 2 1 2 1 2 0 1 1 1 1 1 0 0 3 2 3 2 0 2 2 5 4 5 0 1 4 4 7 6 ''' print(np.matrix(matrix).T) #add your function(s) to find a solution here. score_matrix, start_pos = create_score_matrix(rows, cols) def find_path(matrix, start_pos): ''' print a string of a path with arrows (i1j1 -> i2j2 -> i3j3). From the biggest number to 0, which is the starting point. If the three number around the biggest number are same, you can choose a random one to go. ''' x, y = start_pos[0], start_pos[1] curr_point = matrix[x][y] loc = [] loc.append((x,y)) while curr_point != 0: potential = [] x_up, y_up = x, y-1 x_left, y_left = x-1, y x_dia, y_dia = x-1, y-1 potential.append((matrix[x_up][y_up], x_up, y_up)) potential.append((matrix[x_left][y_left], x_left, y_left)) potential.append((matrix[x_dia][y_dia], x_dia, y_dia)) target = max(potential, key = lambda x:x[0]) curr_point = target[0] x, y = target[1], target[2] loc.append((x,y)) result = 'The path is: ' for coord in loc: if coord == loc[-1]: result += str(coord) else: result += str(coord) + ' -> ' print(result) #end of your function(s) if __name__ == '__main__': #my main score_matrix, start_pos = create_score_matrix(rows, cols) print_matrix(score_matrix) # find_path(score_matrix, start_pos)

[ "noreply@github.com" ]

noreply@github.com

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/user_service/server.py

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no_license

1260228859/EvanKao-ms

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refs/heads/master

2020-09-26T19:39:48.587556

2020-07-08T03:00:01

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from sanic import response import logging from views import user_bp from sanicms.server import app from sanicms.client import Client logger = logging.getLogger('sanic') # add blueprint app.blueprint(user_bp) @app.listener('before_server_start') async def before_srver_start(app, loop): # TODO: 改为配置文件读取相关依赖应用服务 app.region_client = Client('region-service', app=app) # service name is APP-ID app.role_client = Client('role-service', app=app) @app.listener('before_server_stop') async def before_server_stop(app, loop): app.region_client.close() app.role_client.close() @app.route("/") async def index(request): return 'user service Evankao' if __name__ == '__main__': app.run(host="0.0.0.0", port=app.config['PORT'], debug=True)

[ "jiantao.gao@cityio.cn" ]

jiantao.gao@cityio.cn

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/opts.py

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# -*- coding: utf-8 -*- # @Author: KunchangLi # @Date: 2020-02-09 16:03:29 # @LastEditor: KunchangLi # @LastEditTime: 2020-03-18 17:38:56 # @Oringin: https://github.com/mit-han-lab/temporal-shift-module/blob/master/opts.py import argparse parser = argparse.ArgumentParser(description='PyTorch implementation of Temporal Segment Networks') parser.add_argument('dataset', type=str, default=None, choices=['kinetics', 'something', 'somethingv2', 'ucf101_1', 'ucf101_2', 'ucf101_3', 'hmdb51_1', 'hmdb51_2', 'hmdb51_3'], help='name of dateset(kinetics/something/somethingv2/ucf101_1/ucf101_2/ucf101_3/hmdb51_1/hmdb51_2/hmdb51_3) (default: None)') parser.add_argument('modality', type=str, default=None, choices=['RGB', 'Flow', 'RGBDiff'], help='modalit fo dataset(RGB/Flow/RGBDiff) (default: None)') parser.add_argument('--train-list', type=str, default=None, help='list of train data (default: None)') parser.add_argument('--val-list', type=str, default=None, help='list of val data (default: None)') parser.add_argument('--root-path', type=str, default=None, help='root path to data, (default: None)') parser.add_argument('--root-log',type=str, default='log', help='root path to log (default: log)') parser.add_argument('--root-model', type=str, default='checkpoint', help='root path to checkpoint (default: checkpoint)') parser.add_argument('--store-name', type=str, default=None, help='name of experiment (default: None)') parser.add_argument('--suffix', type=str, default=None, help='suffix of the name of experiment (default: None)') parser.add_argument('--pkl', type=str, default=None, help='name of pkl (default: None)') # ========================= Model Configs ========================== parser.add_argument('--arch', type=str, default='resnet50', help='name of backbone (default: resnet50)') parser.add_argument('--model', type=str, default=None, choices=['TSN', 'TSM', 'CT_Net'], help='name of model(TSN/TSM/CT_Net) (default: None)') parser.add_argument('--num-segments', type=int, default=8, help='number of segments) (default: 8)') parser.add_argument('--consensus-type', type=str, default='avg', help='type of consensus (default: avg))') parser.add_argument('--dropout', '--do', type=float, default=0.5, metavar='DO', help='dropout ratio (default: 0.5)') parser.add_argument('--loss-type', type=str, default='nll', choices=['nll'], help='type of loss function (default: nll)',) parser.add_argument('--pretrain', type=str, default='ImageNet', choices=['ImageNet', 'Something'], help='ImageNet for ResNet, Something for TSM(ImageNet/Something) (default: ImageNet)') parser.add_argument('--tune-from', type=str, default=None, help='fine-tune from checkpoint (default: None)') # for TSM parser.add_argument('--shift', default=False, action='store_true', help='use shift for models (default: False)') parser.add_argument('--shift-div', default=8, type=int, help='number of div for shift (default: 8)') parser.add_argument('--shift-place', type=str, default='blockres', help='place for shift (default: blockres)') parser.add_argument('--temporal-pool', default=False, action='store_true', help='add temporal pooling (default: False)') # for VRM parser.add_argument('--aggregation', type=str, default='sum', choices=['sum', 'cat', 'mul'], help='how to arrregation(sum/cat/mul) (default: sum)') parser.add_argument('--diff-div', default=8, type=int, help='number of div for diff (default: 8)') parser.add_argument('--unfrozen-epoch', type=int, default=-1, help='unfreeze the frozon pretrained layers (default: -1)') parser.add_argument('--pretrain-from', type=str, default=None, help='path to pretrained model checkpoint (default: None)') parser.add_argument('--num-total', type=int, default=7, help='number of total block (default: 7)') parser.add_argument('--num-pretrain', type=int, default=0, help='number of pretrained block (default: 0)') parser.add_argument('--group_x', type=str, default=None, help='the number of group_x, such as 4/8/16, (default: None)') parser.add_argument('--non-local', default=False, action='store_true', help='add non local block (default: False)') # ========================= Learning Configs ========================== parser.add_argument('--epochs', type=int, default=120, metavar='N', help='number of total epochs (default: 120)') parser.add_argument('-b', '--batch-size', type=int, default=128, metavar='N', help='mini-batch size (default: 256)') parser.add_argument('--lr', '--learning-rate',type=float, default=0.001, metavar='LR', help='initial learning rate (default: 0.001)') parser.add_argument('--lr-type', type=str, default='step', choices=['step', 'cos'], help='learning rate type (default: step)') parser.add_argument('--lr-steps', type=int, default=[100], nargs='+', help='epochs to decay learning rate by 10 (default: [100])') parser.add_argument('--tune-epoch', type=int, default=40, help='epoch to set smaller learning rate (default: 40)') parser.add_argument('--tune-lr', type=float, default=0.0001, help='the minimum learning rate while fine-tuning (default: 0.0001)') parser.add_argument('--momentum', type=float, default=0.9, metavar='M', help='momentum (default: 0.9)') parser.add_argument('--weight-decay', '--wd',type=float, default=5e-4, metavar='W', help='weight decay (default: 5e-4)') parser.add_argument('--clip-gradient', '--gd', type=float, default=None, metavar='W', help='gradient norm clipping (default: disabled)') parser.add_argument('--no-partialbn', '--npb', default=False, action='store_true', help='disable partialBN (default: False)') parser.add_argument('--warmup', type=int, default=0, help='number of warmup epochs (default: 0)') # ========================= Monitor Configs ========================== parser.add_argument('--print-freq', '-pf', type=int, default=1, metavar='N', help='print frequency (default: 1)') parser.add_argument('--log-freq', '-lf', type=int, default=20, metavar='N', help='log frequency (default: 20)') parser.add_argument('--eval-freq', '-ef', type=int, default=1, metavar='N', help='evaluation frequency (default: 1)') # ========================= Runtime Configs ========================== parser.add_argument('-j', '--workers', type=int, default=8, metavar='N', help='number of data loading workers (default: 8)') parser.add_argument('--resume', type=str, default=None, help='path to latest checkpoint (default: None)') parser.add_argument('-e', '--evaluate', default=False, action='store_true', help='evaluate model (default false)') parser.add_argument('--start-epoch', type=int, default=0, metavar='N', help='number of start epoch (default 0)') parser.add_argument('--dense-sample', default=False, action='store_true', help='enable dense sampling (default False)') parser.add_argument('--twice-sample', default=False, action='store_true', help='enable twice sampling (default False)') parser.add_argument('--test-crops', type=int, default=1) parser.add_argument('--full-res', default=False, action='store_true', help='enable full resolution (default False)') parser.add_argument('--gpus', nargs='+', type=int, default=None, help='the No of gpu (default: None)') parser.add_argument('--local_rank', default=-1, type=int, help='node rank for distributed training')

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"""Glue for numeric data types from different modules.""" __all__ = ['Int8', 'UInt8', 'Int16', 'UInt16', 'Int32', 'UInt32', 'Float32', 'Float64'] import ctypes import numpy import OpenGL.GL as gl class Int8(object): """8-bit int type.""" pass class UInt8(object): """8-bit unsigned int type.""" pass class Int16(object): """16-bit int type.""" pass class UInt16(object): """16-bit unsigned int type.""" pass class Int32(object): """32-bit int type.""" pass class UInt32(object): """32-bit unsigned int type.""" pass class Float32(object): """32-bit floating-point type.""" pass class Float64(object): """64-bit floating-point type.""" pass _TYPES_DATA = { Int8: { 'size': 1, 'literal': 'b', 'ctype': ctypes.c_int8, 'gl': gl.GL_BYTE, 'numpy': numpy.int8, }, UInt8: { 'size': 1, 'literal': 'ub', 'ctype': ctypes.c_uint8, 'gl': gl.GL_UNSIGNED_BYTE, 'numpy': numpy.uint8, }, Int16: { 'size': 2, 'literal': 's', 'ctype': ctypes.c_int16, 'gl': gl.GL_SHORT, 'numpy': numpy.int16, }, UInt16: { 'size': 2, 'literal': 'us', 'ctype': ctypes.c_uint16, 'gl': gl.GL_UNSIGNED_SHORT, 'numpy': numpy.uint16, }, Int32: { 'size': 4, 'literal': 'i', 'ctype': ctypes.c_int32, 'gl': gl.GL_INT, 'numpy': numpy.int32, }, UInt32: { 'size': 4, 'literal': 'ui', 'ctype': ctypes.c_uint32, 'gl': gl.GL_UNSIGNED_INT, 'numpy': numpy.uint32, }, Float32: { 'size': 4, 'literal': 'f', 'ctype': ctypes.c_float, 'gl': gl.GL_FLOAT, 'numpy': numpy.float32, }, Float64: { 'size': 8, 'literal': 'd', 'ctype': ctypes.c_double, 'gl': gl.GL_DOUBLE, 'numpy': numpy.float64, }, } _TYPES = tuple(_TYPES_DATA.keys()) _CTYPE_TO_THIS = {_TYPES_DATA[this_type]['ctype']: this_type for this_type in _TYPES} _GL_TO_THIS = {_TYPES_DATA[this_type]['gl']: this_type for this_type in _TYPES} _NUMPY_TO_THIS = {_TYPES_DATA[this_type]['numpy']: this_type for this_type in _TYPES} def get_types(): """Retrieve all the numeric types supported by hienoi.""" return _TYPES def get_type_size(this_type): """Retrieve the size in bytes of a hienoi type.""" return _TYPES_DATA[this_type]['size'] def get_type_literal(this_type): """Retrieve the string literal of a hienoi type.""" return _TYPES_DATA[this_type]['literal'] def from_ctype(ctype_type): """Convert a C type to its hienoi equivalent.""" return _CTYPE_TO_THIS[ctype_type] def from_gl(gl_type): """Convert an OpenGL type to its hienoi equivalent.""" return _GL_TO_THIS[gl_type] def from_numpy(numpy_type): """Convert a NumPy type to its hienoi equivalent.""" return _NUMPY_TO_THIS[numpy_type] def to_ctype(this_type): """Convert a hienoi type to its ctypes equivalent.""" return _TYPES_DATA[this_type]['ctype'] def to_gl(this_type): """Convert a hienoi type to its OpenGL equivalent.""" return _TYPES_DATA[this_type]['gl'] def to_numpy(this_type): """Convert a hienoi type to its NumPy equivalent.""" return _TYPES_DATA[this_type]['numpy']

[ "christopher.crouzet@gmail.com" ]

christopher.crouzet@gmail.com

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/f8a_jobs/handlers/kronos_data_update.py

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"""Class to append new data for Kronos training.""" from selinon import StoragePool from sqlalchemy.exc import SQLAlchemyError from sqlalchemy import text from .base import BaseHandler import os class KronosDataUpdater(BaseHandler): """Class to append new data for Kronos training.""" def __init__(self, *args, **kwargs): """Initialize instance of the KronosDataUpdater class.""" super().__init__(*args, **kwargs) self._MANIFEST_PATH = "github/data_input_manifest_file_list" self._PACKAGE_TOPIC_PATH = "github/data_input_raw_package_list/package_topic.json" self._MANIFEST_FILE = "manifest.json" self.ecosystem = None self.user_persona = None self.extra_manifest_list = [] self.unique_packages = set() self.past_days = None def execute(self, kronos_bucket=None, ecosystem="maven", user_persona=1, past_days=7): """Append new data for Kronos training. :param kronos_bucket: The source where data is to be added. :param ecosystem: The ecosystem for which data is to be added. :param user_persona: The User type for which data is to be added. :param past_days: The number of days for sync. """ self.ecosystem = str(ecosystem) self.past_days = int(past_days) self.user_persona = str(user_persona) return self._processing(kronos_bucket) def _generate_query(self): """Generate Query to fetch required data.""" text_query = text("SELECT all_details -> 'ecosystem' as ecosystem," "all_details -> '_resolved' as deps from worker_results" " cross join jsonb_array_elements" "(worker_results.task_result -> 'result')" " all_results cross join jsonb_array_elements" "(all_results -> 'details') all_details" " where worker = 'GraphAggregatorTask'" " and EXTRACT(DAYS FROM age(to_timestamp" "(task_result->'_audit'->>'started_at','YYYY-MM-DDThh24:mi:ss')))" "<= :past_days and all_details->>'ecosystem'= :ecosystem;") self.log.debug("Generated Query is \n {}".format(text_query)) return text_query def _execute_query(self, text_query): """Execute the query and return the ResultProxy.""" return self.postgres.session.execute(text_query, {'past_days': self.past_days, 'ecosystem': self.ecosystem}) def _append_manifest(self, s3): """For each extra manifest list, append it to existing list. :param s3: The S3 datastore object. """ manifest_path = os.path.join(self.ecosystem, self._MANIFEST_PATH, self.user_persona, self._MANIFEST_FILE) manifest_data = s3.retrieve_dict(manifest_path) for each in manifest_data: if each.get('ecosystem') == self.ecosystem: cur_package_list = each.get('package_list', []) cur_package_list.extend(self.extra_manifest_list) each['package_list'] = cur_package_list break s3.store_dict(manifest_data, manifest_path) def _append_package_topic(self, s3): """For each extra package, append it to existing package_topic. Default topic list for new packages is an empty list []. :param s3: The S3 datastore object. """ package_topic_path = os.path.join(self.ecosystem, self._PACKAGE_TOPIC_PATH) package_topic = s3.retrieve_dict(package_topic_path) for each in package_topic: if each.get('ecosystem') == self.ecosystem: cur_package_list = each.get('package_topic_map', {}) for each_package in self.unique_packages: if each_package not in cur_package_list: cur_package_list[each_package] = [] each['package_list'] = cur_package_list break s3.store_dict(package_topic, package_topic_path) def _processing(self, kronos_bucket=None): """Append new data for Kronos training. :param kronos_bucket: The source where data is to be added. """ try: if kronos_bucket: s3 = StoragePool.get_connected_storage('AmazonS3') s3.bucket_name = kronos_bucket else: s3 = StoragePool.get_connected_storage('S3KronosAppend') result = self._execute_query(self._generate_query()).fetchall() result_len = len(result) self.log.info("Query executed.") self.log.info("Number of results = {}".format(result_len)) if result_len > 0: for each_row in result: package_list = [] if len(each_row) != 2 or each_row[0] != self.ecosystem: continue for dep in each_row[1]: package_name = dep.get('package') if package_name: package_list.append(package_name) self.unique_packages.add(package_name) self.extra_manifest_list.append(package_list) self._append_manifest(s3) self._append_package_topic(s3) self.log.info("User Input Stacks appended.") except Exception as e: self.log.exception('Unable to append input stack for ecosystem {ecosystem}: {reason}'. format(ecosystem=self.ecosystem, reason=str(e)))

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sarahmasud02@gamil.com

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''' Created on 28 Jun 2017 @author: jdrumgoole ''' import logging class Logger(object): ''' Logging class that encapsulates logging interface ''' format_string = "%(asctime)s - %(name)s - %(levelname)s - %(message)s" def __init__(self, logger_name, log_level = None): self._logger = logging.getLogger( logger_name ) self._log_level = Logger.LoggingLevel( log_level ) if log_level : self._logger.setLevel( log_level ) else: self._logger.setLevel( logging.INFO ) self.add_stream_handler(log_level) @staticmethod def formatter(): return logging.Formatter( Logger.format_string ) def add_stream_handler(self, log_level = None ): sh = logging.StreamHandler() sh.setFormatter( Logger.formatter()) if log_level : sh.setLevel( log_level ) else: sh.setLevel( logging.INFO ) self._logger.addHandler( sh ) return self._logger def add_file_handler(self, logfile_name, log_level= None ): fh = logging.FileHandler( logfile_name ) fh.setFormatter( Logger.formatter()) if log_level : fh.setLevel( log_level ) else: fh.setLevel( logging.INFO ) self._logger.addHandler( fh ) return self._logger def log(self): return self._logger @staticmethod def LoggingLevel( level="WARN" ): loglevel = None if level == "DEBUG" : loglevel = logging.DEBUG elif level == "INFO" : loglevel = logging.INFO elif level == "WARNING" : loglevel = logging.WARNING elif level == "ERROR" : loglevel = logging.ERROR elif level == "CRITICAL" : loglevel = logging.CRITICAL return loglevel

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joe.drumgoole@mongodb.com

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/src/restfw/tests/test_serializers.py

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refs/heads/master

2023-01-23T11:30:11.769448

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""" :Authors: cykooz :Date: 11.01.2021 """ import json from pyramid.renderers import render from .. import views from ..hal import HalResource, SimpleContainer from ..resources import Resource from ..typing import Json from ..utils import open_pyramid_request class DummyResource(Resource): def __init__(self, title, description): self.title = title self.description = description class DummyResourceView(views.ResourceView): resource: DummyResource def as_dict(self) -> Json: return { 'title': self.resource.title, 'description': self.resource.description, } class DummyHalResource(HalResource): def __init__(self, title, description): self.title = title self.description = description @views.resource_view_config(DummyHalResource) class DummyHalResourceView(views.HalResourceView): resource: DummyHalResource def as_dict(self) -> Json: return { 'title': self.resource.title, 'description': self.resource.description, } def as_embedded(self) -> dict: return { '_links': self.get_links(), 'title': self.resource.title, } class Container(SimpleContainer): pass @views.resource_view_config(Container) class ContainerView(views.HalResourceWithEmbeddedView): resource: Container def as_dict(self) -> Json: return { 'title': 'It is container', } def get_embedded(self, params: dict): return views.list_to_embedded_resources( self.request, params, resources=list(self.resource.values()), parent=self.resource, embedded_name='items' ) # Tests def test_resource_serializer(pyramid_request, app_config): container = SimpleContainer() pyramid_request.root['test_container'] = container resource = DummyResource('Resource title', 'Resource description') container['resource'] = resource res = render(None, resource, request=pyramid_request) assert res == '{}' app_config.add_resource_view(DummyResourceView, resource_class=DummyResource) app_config.commit() res = render(None, resource, request=pyramid_request) assert json.loads(res) == { 'title': 'Resource title', 'description': 'Resource description', } def test_hal_resource_serializer(pyramid_request, app_config): container = SimpleContainer() pyramid_request.root['test_container'] = container resource = DummyHalResource('Resource title', 'Resource description') container['resource'] = resource resource_url = pyramid_request.resource_url(resource) res = render(None, resource, request=pyramid_request) assert json.loads(res) == { '_links': { 'self': {'href': resource_url} }, } app_config.scan('restfw.tests.test_serializers') app_config.commit() res = render(None, resource, request=pyramid_request) assert json.loads(res) == { '_links': { 'self': {'href': resource_url} }, 'title': 'Resource title', 'description': 'Resource description', } def test_hal_resource_with_embedded_resources(pyramid_request, app_config): container = Container() pyramid_request.root['container'] = container for i in range(3): resource = DummyHalResource(f'Resource {i} title', f'Resource {i} description') container[f'res{i}'] = resource params = { 'offset': 0, 'limit': 500, 'total_count': True, } url = pyramid_request.resource_url(container, query=params) with open_pyramid_request(pyramid_request.registry, url) as request: view = views.get_resource_view(container, request) res = render(None, view.http_get(), request=request) assert json.loads(res) == { '_links': { 'self': {'href': 'http://localhost/container/'}, 'res0': {'href': 'http://localhost/container/res0/'}, 'res1': {'href': 'http://localhost/container/res1/'}, 'res2': {'href': 'http://localhost/container/res2/'}, }, } # Register custom views app_config.scan('restfw.tests.test_serializers') app_config.commit() with open_pyramid_request(pyramid_request.registry, url) as request: view = views.get_resource_view(container, request) res = render(None, view.http_get(), request=request) assert json.loads(res) == { '_links': { 'self': {'href': 'http://localhost/container/'}, }, 'title': 'It is container', '_embedded': { 'items': [ { '_links': {'self': {'href': 'http://localhost/container/res0/'}}, 'title': 'Resource 0 title', }, { '_links': {'self': {'href': 'http://localhost/container/res1/'}}, 'title': 'Resource 1 title', }, { '_links': {'self': {'href': 'http://localhost/container/res2/'}}, 'title': 'Resource 2 title', } ] } }

[ "cykooz@gmail.com" ]

cykooz@gmail.com

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dipty13/Data-Structure

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class HashTable: HASH_MAX = 10 class linkedList: data = None next = None hashTable = [1000] def Hashtable(): i = 0 while i <= HASH_MAX: HashTable.hashTable[i] = linkedList() HashTable.hashTable[i].linkedList.data = "empty" HashTable.hashTable[i].linkedList.next = None i += 1 def hashFunction(key): sum = 0 for i in range(len(key)): sum += int(ord(key[i])) return sum % HashTable.HASH_MAX def insertItem(key): index = HashTable.hashFunction(key) - 1 print(index) if HashTable.hashTable[index].linkedList.data == "empty": HashTable.hashTable[index].linkedList.data = key else: tmp = HashTable.hashTable[index] x = HashTable.linkedList() x.linkedList.data = key x.linkedList.next = None while tmp.next != None: tmp = tmp.next tmp.next = x if __name__ == '__main__': ob = HashTable() ob.insertItem("John")

[ "13dipty@gmail.com" ]

13dipty@gmail.com

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/Player_Class_2.py

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tommeredith14/Math-Eng-Hacks

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refs/heads/master

2020-06-11T21:24:39.791866

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#!/usr/bin/python import serial import time ser = serial.Serial('/dev/ttyACM1', 9600) Input = [0, 0, 0, 0, 0, 0] print('Horizontal Vertical Shooting Steering Other Pause') def Update(Input): #UPDATES DATA READINGS ser.write(b'`') #tells arduino it wants some readings val1 = ser.readline().strip() #reads all input at once as a string if (len(val1) != 0): #makes sure not empty rawArray = val1.decode().split(' ') #generates array with ' ' delimiter if (len(rawArray) == 6): #gets rid of first garbage read Input[0] = int(rawArray[0]) Input[1] = int(rawArray[1]) Input[2] = int(rawArray[2]) Input[3] = str(rawArray[3]) Input[4] = int(rawArray[4]) Input[5] = int(rawArray[5]) #val1 = ser.readline().strip() #reads all input at once as a string #if (len(val1) != 0): #makes sure not empty # testArray = str(val1).split(' ') #generates array with ' ' delimiter # if (len(testArray) == 6): #gets # print (testArray) # time.sleep(1)print('Reading...') import pygame import random import math pygame.init() size = [1560, 900] screen = pygame.display.set_mode(size) pygame.display.set_caption("Will Clark's Game") BLACK = ( 0, 0, 0) WHITE = [255, 255, 255] RED = (255, 0, 0) RESPONSE = 0.005 clock = pygame.time.Clock() class Turret(pygame.sprite.Sprite): def __init__(self): pygame.init() pygame.sprite.Sprite.__init__(self) # Sets up the image and Rect self.image = pygame.image.load("tankGun.png").convert_alpha() self.image.set_colorkey([0,0,0,0]) self.rect = self.image.get_rect() self.rect.centerx = size[0] / 2 self.rect.centery = size[1] / 2 self.image2 = self.image def update(self, xpos, ypos, angle): self.rect.centerx = xpos self.rect.centery = ypos self.image = pygame.transform.rotate(self.image2, angle) self.rect = self.image.get_rect(center=self.rect.center) class Tank(pygame.sprite.Sprite): def __init__(self, bullet_list): pygame.init() pygame.sprite.Sprite.__init__(self) self.still_alive = True # It was a triumph. # Sets up the image and Rect self.image = pygame.image.load("Chassis.png").convert_alpha() self.image.set_colorkey([0,0,0,0]) self.rect = self.image.get_rect() self.rect.centerx = size[0] / 2 self.rect.centery = size[1] / 2 self.image2 = self.image self.angle = 0 self.speedx = -600 self.speedy = 300 self.accelx = 78 self.accely = -38.0 self.bullet_list = bullet_list self.turret = Turret() self.turret_rot = 0 self.turret_angle = 200 def getType(): return "Player" def firebullet(self): fire_angle = angle + turret_angle # angle in degrees def inputFromController(self, xjoy, yjoy, turret_rot): self.accelx = xjoy self.accely = yjoy if (turret_rot == "L"): self.turret_rot = 1 elif (turret_rot == "R"): self.turret_rot = -1 else: self.turret_rot = 0 def collideImmutable(self, immutable_list): immutCollisionList = pygame.sprite.spritecollide(self, immutable_list, False) if not immutCollisionList: return False else: return True def collideDestructable(self, destructable_list): destructCollisionList = pygame.sprite.spritecollide(self, destructable_list, True) if not destructCollisionList: return 0 elif (self.speedx / math.cos(self.playerAngle) > 500): self.speed.x = 0 self.speed.y = 0 return 1 else: return 2 def rotate(self): self.image = pygame.transform.rotate(self.image2, self.angle) self.rect = self.image.get_rect(center=self.rect.center) def update(self, immutable_list, destructable_list): if self.still_alive: self.turret_angle += 10 * self.turret_rot self.rotate() # self.turret_angle += 30 # self.angle -=10 oldxpos = self.rect.centerx oldypos = self.rect.centery self.speedx += self.accelx self.speedy += self.accely self.speedx *= 0.95 self.speedy *= 0.95 self.rect.centerx += self.speedx * RESPONSE self.rect.centery += self.speedy * RESPONSE self.angle = math.atan2(self.speedx, self.speedy) * 180 / math.pi #self.image = pygame.transform.rotate(self.image2, self.angle) if (self.collideImmutable(immutable_list) or self.collideDestructable(destructable_list) == 2): self.rect.centerx = oldxpos self.rect.centery = oldypos self.speedx = 0 self.speedy = 0 self.turret.update(self.rect.centerx, self.rect.centery, self.angle + self.turret_angle) def render(self): # screen.blit(self.image, (self.rect)) # screen.blit(self.turret.image, (self.turret.rect)) rendering = pygame.sprite.Group() rendering2 = pygame.sprite.Group() rendering.add(self) rendering2.add(self.turret) rendering.draw(screen) rendering2.draw(screen) tank = Tank(14) immut = pygame.sprite.Group() destruct = pygame.sprite.Group() done = False while done == False: screen.fill(WHITE) Update(Input) tank.inputFromController(Input[0], Input[1], Input[3]) for event in pygame.event.get(): if event.type == pygame.QUIT: done = True tank.update(immut, destruct) tank.render() pygame.display.flip() clock.tick(20) pygame.quit()

[ "willdavidc@gmail.com" ]

willdavidc@gmail.com

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Pepslee/image_processing

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refs/heads/master

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import os import glob import cv2 from tqdm import tqdm load_path = '/mnt/75b9aae6-291e-4314-90c2-b27cf3e3f5cd/Kaggle/aptos2019-blindness-detection/train_croped_images' save_path = '/mnt/75b9aae6-291e-4314-90c2-b27cf3e3f5cd/Kaggle/aptos2019-blindness-detection/train_croped_images_1024' globs = glob.glob(os.path.join(load_path, '*.png')) SIZE = 1024 for image_path in tqdm(globs): image_name = os.path.basename(image_path) image = cv2.imread(image_path) y_size, x_size = image.shape[:2] k = float(y_size)/x_size resized_image = cv2.resize(image, (SIZE, int(k*SIZE))) cv2.imwrite(os.path.join(save_path, image_name), resized_image)

[ "sergey.panchenko@eos.com" ]

sergey.panchenko@eos.com

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/pyDEER/awg.py

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refs/heads/master

2022-12-22T02:27:29.521143

2020-05-27T19:06:48

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import numpy as np default_number = 43 # default number for saving pulse shape resolution = 1.e-9 # default pulse shape resolution # define sech function np.sech = lambda x: 1./np.cosh(x) def save_shape(pulse_shape, filename): '''Save a numpy array as csv format compatible with Xepr Args: pulse_shape (numpy.ndarray): Array of pulse shape filename (str): Filename to save pulse shape ''' pulse_shape = np.array(pulse_shape) with open(filename,'w') as f: f.write('begin shape%i "Shape %i"\n'%(int(num),int(num))) if pulse_shape.dtype is np.dtype(complex): for ix, value in enumerate(pulse_shape): f.write('%0.4f,%0.04f\n'%(np.real(pulse_shape[ix]),np.imag(pulse_shape[ix]))) else: for ix, value in enumerate(pulse_shape): f.write('%0.4f\n'%(pulse_shape[ix])) f.write('end shape%i'%(int(num))) def load_shape(filename): '''Load a pulse shape from csv file Args: filename (str): Path to file Returns: numpy.ndarray: Array of pulse shape ''' with open(filename, 'r') as f: # Read Preamble raw_string = f.read() lines = raw_string.strip().split('\n') pulse_real = [] pulse_imag = [] for line in lines: if ('begin' in line) or ('end' in line): continue if ',' in line: split_line = line.rsplit(',') pulse_real.append(float(split_line[0])) pulse_imag.append(float(split_line[1])) else: pulse_real.append(float(line)) pulse_imag.append(0.) pulse = np.array(pulse_real) + 1j*np.array(pulse_imag) return pulse def adiabatic(tp, BW, beta, resolution = resolution): ''' Make Adiabatic Pulse Shape based on Hyperbolic Secant pulse .. math:: \\text{sech} \\left( \\beta (t - \\frac{t_p}{2}) \\right) ^{1+i(\pi BW / \\beta)} Args: tp (float): pulse length BW (float): pulse bandwidth beta (float): truncation factor resolution (float): pulse resolution Returns: tuple: tuple containing: t (*numpy.ndarray*): Time axes pulse (*numpy.ndarray*): Pulse shape ''' beta = float(beta)/tp mu = np.pi*BW/beta t = np.r_[0.:tp:resolution] pulse = (np.sech(beta*(t-0.5*tp)))**(1.+1.j*mu) return t, pulse def chirp(tp, BW, resolution = resolution): '''Complex chirp pulse .. math:: e^{i 2 \pi (k/2) (t - t_p/2)^2} Args: tp (float): Pulse length BW (float): Bandwidth of pulse Returns: tuple: tuple containing: t (*numpy.ndarray*): Time axis pulse (*numpy.ndarray*): Pulse shape ''' k = BW/tp t = np.r_[0.:tp:resolution] pulse = np.exp(1.j*2.*np.pi*((k/2.)*((t-tp/2.)**2.))) return t, pulse def wurst(tp, N, resolution = resolution): '''Real value WURST envelope pulse shape .. math:: 1 - \\text{abs} \left( \cos \left( \\frac{\pi}{t_p} (t - \\frac{t_p}{2}) + \\frac{\pi}{2} \\right) \\right) ^N Args: tp (float): Pulse length N (float): exponential Returns: tuple: tuple containing: t (*numpy.ndarray*): Time axis pulse (*numpy.ndarray*): Pulse shape ''' t = np.r_[0.:tp:resolution] pulse = (1. - np.abs(np.cos(np.pi*(t-tp/2.)/tp + np.pi/2.))**N) + 0j return t,pulse def gaussian_pulse(tp, sigmas, resolution = resolution): '''Gaussian pulse .. math:: e^{- \\frac{1}{2} \left( \\frac{t - t_p/2}{\sigma} \\right)^2} Args: tp (float): Pulse length sigmas (float): Number of standard deviations where pulse is truncated Returns: tuple: tuple containing: t (*numpy.ndarray*): Time axis pulse (*numpy.ndarray*): Pulse shape ''' sigma = 0.5*tp/sigmas t = np.r_[0.:tp:resolution] pulse = np.exp(-1.*(t-tp/2.)**2./(2.*(sigma**2.))) + 0j return t, pulse def sq_pulse(tp, t_length = 0., resolution = resolution): '''Square pulse Args: tp (float): Pulse length t_length (float): Total length of time axis Returns: tuple: tuple containing: t (*numpy.ndarray*): Time axis pulse (*numpy.ndarray*): Pulse shape ''' if t_length > tp: t = np.r_[0.:t_length:resolution] pulse = np.zeros_like(t, dtype = complex) for t_ix,t_value in enumerate(t): if abs(t_value - t_length/2.) < (tp/2.): pulse[t_ix] = 1. else: t = np.r_[0.:tp:resolution] pulse = np.ones_like(t, dtype = complex) return t, pulse def plane_wave(tp, f, resolution = resolution): '''Complex plane wave pulse shape .. math:: e^{i 2 \pi f \left( t - \\frac{t_p}{2} \\right) } Args: tp (float): Pulse length f (float): Frequency of plane wave Returns: tuple: tuple containing: t (*numpy.ndarray*): Time axis pulse (*numpy.ndarray*): Pulse shape ''' t = np.r_[0.:tp:resolution] pulse = np.exp(1.j*2.*np.pi*f*(t - tp/2.)) return t, pulse def sinc(tp, n, resolution = resolution): '''Sinc pulse .. math:: \\frac{\sin \left( \\frac{\pi}{2} (n + 1) x \\right) }{x} x = \\frac{t-\\frac{t_p}{2}}{\\frac{t_p}{2}} Args: tp (float): Pulse length n (float): Total sinc lobes, must be odd for full sinc n is number of sinc lobes, should be odd for full sinc Returns: tuple: tuple containing: t (*numpy.ndarray*): Time axis pulse (*numpy.ndarray*): Pulse shape ''' t = np.r_[0.:tp:resolution] pulse = np.sin(((n+1.)/2.)*np.pi*(t-tp/2.)/(0.5*tp))/((t-tp/2)/(0.5*tp)) return t, pulse if __name__ == '__main__': pass

[ "tkeller@bridge12.com" ]

tkeller@bridge12.com

70f10f1add937c50d07e5e8235e15a6fb0fa56cf

d771ec4626a32f6122b155d24eba1320db230fbd

/web_frameworks/django/mysite/serializer_relations/apps.py

7ec3af488ec96ebd4370ff3a54dd351853e5a9c1

[]

no_license

axu4github/Templates

9351983f8f7f65b9b2ca354909ce0d2198d23120

37e7a7182f14c98eb5cbc1202af3fd74df2bc297

refs/heads/master

2022-12-11T12:26:19.213955

2019-03-03T04:10:08

154,787,446

0

null

2022-12-08T01:17:45

2018-10-26T06:27:54

Python

UTF-8

Python

false

114

py

from django.apps import AppConfig class SerializerRelationsConfig(AppConfig): name = 'serializer_relations'

[ "axu.home@gmail.com" ]

axu.home@gmail.com

eea5ae8094220d0fd649bc62d8fd6927965db4d0

3243103e1b0cae118f1aec991f1b555923d8568b

/Python-Script/streamer.py

70d0109c181f37e7e82b8491455685234ea433d4

[]

no_license

huyouare/Duke-Study-Group

12bba5c092486b05e2fa7c9251f338e6d8f4f933

155976b0b4cc28c6b8bb66a6d18cfbbaa85fe12d

refs/heads/master

2021-01-10T10:10:00.951420

2016-01-17T01:30:47

30,263,414

3

1

null

2015-04-28T03:56:49

2015-02-03T20:38:26

Swift

UTF-8

Python

false

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py

import json import requests subjects_output = [] # Array for output json streamer_url = "https://streamer.oit.duke.edu/curriculum/courses/subject/" streamer_url_suffix = "?access_token=6448bb1e9d6f2380428de491aaa83cf0" with open("subjects.json") as json_file: json_data = json.load(json_file) values = json_data["values"] for value in values: print("Code: " + value["code"]) print("Description: " + value["desc"]) r = requests.get(streamer_url + value["code"] + streamer_url_suffix) r_json = r.json() course_count = r_json["ssr_get_courses_resp"]["course_search_result"]["ssr_crs_srch_count"] if r_json["ssr_get_courses_resp"]["course_search_result"]["subjects"]["subject"]["course_summaries"]: courses = r_json["ssr_get_courses_resp"]["course_search_result"]["subjects"]["subject"]["course_summaries"]["course_summary"] # Force object into list, because Streamer API JSON is not structured correctly - may result in single course # ...NOT an array of one course if not isinstance(courses, list): courses = [courses] courses_output = [] for course in courses: courses_output.append({ "course_number": course["catalog_nbr"].strip(), "course_title": course["course_title_long"], "crse_id": course["crse_id"], }) subjects_output.append({ "code": value["code"], "desc": value["desc"], "courses": courses_output }) with open("courses.json", "w") as outfile: json.dump(subjects_output, outfile)

[ "huyouare@gmail.com" ]

huyouare@gmail.com

4609643ace645f4f97139036b9c90ce0a8d8ba63

a073e730e32b75f5d4e02f6bcf8defcaa9c5da97

/backend/fashion_candy_18064/settings.py

bba67dbee4f4084134baf664a6af612e2792240d

[]

no_license

crowdbotics-apps/fashion-candy-18064

a962d38c9cbc27a90428dda3f962edbb32b5e427

87b8ef7ce8c9e29c8b543cfc5b0a0af8191f52a8

refs/heads/master

2022-10-21T06:00:25.083275

2020-06-13T01:15:59

271,917,534

0

null

UTF-8

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false

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py

""" Django settings for fashion_candy_18064 project. Generated by 'django-admin startproject' using Django 2.2.2. For more information on this file, see https://docs.djangoproject.com/en/2.2/topics/settings/ For the full list of settings and their values, see https://docs.djangoproject.com/en/2.2/ref/settings/ """ import os import environ env = environ.Env() # SECURITY WARNING: don't run with debug turned on in production! DEBUG = env.bool("DEBUG", default=False) # Build paths inside the project like this: os.path.join(BASE_DIR, ...) BASE_DIR = os.path.dirname(os.path.dirname(os.path.abspath(__file__))) # Quick-start development settings - unsuitable for production # See https://docs.djangoproject.com/en/2.2/howto/deployment/checklist/ # SECURITY WARNING: keep the secret key used in production secret! SECRET_KEY = env.str("SECRET_KEY") ALLOWED_HOSTS = env.list("HOST", default=["*"]) SITE_ID = 1 SECURE_PROXY_SSL_HEADER = ("HTTP_X_FORWARDED_PROTO", "https") SECURE_SSL_REDIRECT = env.bool("SECURE_REDIRECT", default=False) # Application definition INSTALLED_APPS = [ "django.contrib.admin", "django.contrib.auth", "django.contrib.contenttypes", "django.contrib.sessions", "django.contrib.messages", "django.contrib.staticfiles", "django.contrib.sites", "task", "task_profile", "tasker_business", "location", "wallet", "task_category", "chat", "chat_user_profile", ] LOCAL_APPS = [ "home", "users.apps.UsersConfig", ] THIRD_PARTY_APPS = [ "rest_framework", "rest_framework.authtoken", "rest_auth", "rest_auth.registration", "bootstrap4", "allauth", "allauth.account", "allauth.socialaccount", "allauth.socialaccount.providers.google", "django_extensions", "drf_yasg", # start fcm_django push notifications "fcm_django", # end fcm_django push notifications ] INSTALLED_APPS += LOCAL_APPS + THIRD_PARTY_APPS MIDDLEWARE = [ "django.middleware.security.SecurityMiddleware", "django.contrib.sessions.middleware.SessionMiddleware", "django.middleware.common.CommonMiddleware", "django.middleware.csrf.CsrfViewMiddleware", "django.contrib.auth.middleware.AuthenticationMiddleware", "django.contrib.messages.middleware.MessageMiddleware", "django.middleware.clickjacking.XFrameOptionsMiddleware", ] ROOT_URLCONF = "fashion_candy_18064.urls" TEMPLATES = [ { "BACKEND": "django.template.backends.django.DjangoTemplates", "DIRS": [], "APP_DIRS": True, "OPTIONS": { "context_processors": [ "django.template.context_processors.debug", "django.template.context_processors.request", "django.contrib.auth.context_processors.auth", "django.contrib.messages.context_processors.messages", ], }, }, ] WSGI_APPLICATION = "fashion_candy_18064.wsgi.application" # Database # https://docs.djangoproject.com/en/2.2/ref/settings/#databases DATABASES = { "default": { "ENGINE": "django.db.backends.sqlite3", "NAME": os.path.join(BASE_DIR, "db.sqlite3"), } } if env.str("DATABASE_URL", default=None): DATABASES = {"default": env.db()} # Password validation # https://docs.djangoproject.com/en/2.2/ref/settings/#auth-password-validators AUTH_PASSWORD_VALIDATORS = [ { "NAME": "django.contrib.auth.password_validation.UserAttributeSimilarityValidator", }, {"NAME": "django.contrib.auth.password_validation.MinimumLengthValidator",}, {"NAME": "django.contrib.auth.password_validation.CommonPasswordValidator",}, {"NAME": "django.contrib.auth.password_validation.NumericPasswordValidator",}, ] # Internationalization # https://docs.djangoproject.com/en/2.2/topics/i18n/ LANGUAGE_CODE = "en-us" TIME_ZONE = "UTC" USE_I18N = True USE_L10N = True USE_TZ = True # Static files (CSS, JavaScript, Images) # https://docs.djangoproject.com/en/2.2/howto/static-files/ STATIC_URL = "/static/" MIDDLEWARE += ["whitenoise.middleware.WhiteNoiseMiddleware"] AUTHENTICATION_BACKENDS = ( "django.contrib.auth.backends.ModelBackend", "allauth.account.auth_backends.AuthenticationBackend", ) STATIC_ROOT = os.path.join(BASE_DIR, "staticfiles") STATICFILES_DIRS = [os.path.join(BASE_DIR, "static")] STATICFILES_STORAGE = "whitenoise.storage.CompressedManifestStaticFilesStorage" # allauth / users ACCOUNT_EMAIL_REQUIRED = True ACCOUNT_AUTHENTICATION_METHOD = "email" ACCOUNT_USERNAME_REQUIRED = False ACCOUNT_EMAIL_VERIFICATION = "mandatory" ACCOUNT_CONFIRM_EMAIL_ON_GET = True ACCOUNT_LOGIN_ON_EMAIL_CONFIRMATION = True ACCOUNT_UNIQUE_EMAIL = True LOGIN_REDIRECT_URL = "users:redirect" ACCOUNT_ADAPTER = "users.adapters.AccountAdapter" SOCIALACCOUNT_ADAPTER = "users.adapters.SocialAccountAdapter" ACCOUNT_ALLOW_REGISTRATION = env.bool("ACCOUNT_ALLOW_REGISTRATION", True) SOCIALACCOUNT_ALLOW_REGISTRATION = env.bool("SOCIALACCOUNT_ALLOW_REGISTRATION", True) REST_AUTH_SERIALIZERS = { # Replace password reset serializer to fix 500 error "PASSWORD_RESET_SERIALIZER": "home.api.v1.serializers.PasswordSerializer", } REST_AUTH_REGISTER_SERIALIZERS = { # Use custom serializer that has no username and matches web signup "REGISTER_SERIALIZER": "home.api.v1.serializers.SignupSerializer", } # Custom user model AUTH_USER_MODEL = "users.User" EMAIL_HOST = env.str("EMAIL_HOST", "smtp.sendgrid.net") EMAIL_HOST_USER = env.str("SENDGRID_USERNAME", "") EMAIL_HOST_PASSWORD = env.str("SENDGRID_PASSWORD", "") EMAIL_PORT = 587 EMAIL_USE_TLS = True # start fcm_django push notifications FCM_DJANGO_SETTINGS = {"FCM_SERVER_KEY": env.str("FCM_SERVER_KEY", "")} # end fcm_django push notifications if DEBUG: # output email to console instead of sending EMAIL_BACKEND = "django.core.mail.backends.console.EmailBackend"

[ "team@crowdbotics.com" ]

team@crowdbotics.com

e8f740e26272bafd38b053bb5e8e1737f5b16837

d62863d049c0206bfa744ca4c9e886030bfce1ab

/apps/sw_shop/sw_order/views.py

2eb7cbc57083cb103a5b7c6b5f867553d8a37e5f

[]

no_license

jurgeon018/box

51738b99e640202936ed72357d3c67d2517e589b

50b84a0afa73fab85a00eef54194f3c126d15397

refs/heads/master

2021-07-17T13:37:08.665292

2020-10-15T09:50:33

232,013,297

0

1

null

2020-03-27T02:16:44

2020-01-06T03:01:34

Python

UTF-8

Python

false

937

py

from django.shortcuts import render, redirect from .models import Payment, Order from box.core.sw_currency.models import Currency from django.http import JsonResponse def liqpay_callback(request): try: from box.apps.sw_payment.liqpay.utils import create_liqpay_transaction except: # except RuntimeError: from sw_liqpay.utils import create_liqpay_transaction # if request.method == 'GET': # return JsonResponse({'Hello':'Hello'}) print('order liqpay_callback') form = create_liqpay_transaction(request) transaction = form.instance print("transaction:", transaction) print("transaction.order_id:", transaction.order_id) order = Order.objects.get(id=transaction.order_id) payment = Payment.objects.create( order=order, amount=transaction.amount, currency=Currency.objects.get(code=transaction.currency) ) order.make_order(request) return redirect('thank_you')

[ "jurgeon018@gmail.com" ]

jurgeon018@gmail.com

7f8e01f26bc15e7cc7ecc55472938779bf17bdf0

a846e30ca890d1958e1daf37af8ac2935639f724

/blog/migrations/0001_initial.py

5d8e08bc34778c2d6e9b34bc61035b5d345cae65

[]

no_license

computacity/my-first-Django-blog

f46fe778e25b66ea02ec686a332aa277570ef43d

d951a6f934193f4dd27b8b4a448e3eefcb69ff29

refs/heads/master

2020-04-16T10:19:15.217356

2019-01-14T07:09:43

165,500,275

0

null

UTF-8

Python

false

986

py

# Generated by Django 2.1.5 on 2019-01-13 10:52 from django.conf import settings from django.db import migrations, models import django.db.models.deletion import django.utils.timezone class Migration(migrations.Migration): initial = True dependencies = [ migrations.swappable_dependency(settings.AUTH_USER_MODEL), ] operations = [ migrations.CreateModel( name='Post', fields=[ ('id', models.AutoField(auto_created=True, primary_key=True, serialize=False, verbose_name='ID')), ('title', models.CharField(max_length=200)), ('text', models.TextField()), ('created_date', models.DateTimeField(default=django.utils.timezone.now)), ('published_date', models.DateTimeField(blank=True, null=True)), ('author', models.ForeignKey(on_delete=django.db.models.deletion.CASCADE, to=settings.AUTH_USER_MODEL)), ], ), ]

[ "valamasiatu@gmail.com" ]

valamasiatu@gmail.com