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def dot(a, b): """ Scalar product of real-valued vectors """ return sum(map(lambda x, y: x*y, a, b))
def abs2(x): """ Calculates the squared magnitude of a complex array. """ return x.real * x.real + x.imag * x.imag
def _replace_suffix(string, old, new): """Returns a string with an old suffix replaced by a new suffix.""" return string.endswith(old) and string[:-len(old)] + new or string
def AdjListDictToString(AdjListDict): """Convert AdjListDict to it's string representation""" assert isinstance(AdjListDict, dict) AdjListString = str(AdjListDict) return AdjListString
def format_query(query): """Replaces spaces for %20""" return "%20".join(query.split())
def VAR(src_column): """ Builtin variance aggregator for groupby. Synonym for tc.aggregate.VARIANCE Example: Get the rating variance of each user. >>> sf.groupby("user", ... {'rating_var':tc.aggregate.VAR('rating')}) """ return ("__builtin__var__", [src_column])
def mkSSnam(S): """In : S (a set of states, possibly empty) Out: A string representing the set of states. Make the DFA state names the same as the NFA state names bashed together. """ if S==set({}): return "BH" else: S1 = list(S) S1.sort() return "".join( ...
def catalan(n): """ >>> catalan(2) 2 >>> catalan(5) 42 >>> catalan(-1) Traceback (most recent call last): ... IndexError: list assignment index out of range """ # Base Case if n == 0 or n == 1: return 1 # To store the result of subproblems cat_num = ...
def value_to_float(value_encoded: str): """ A simple wrapper around float() which supports empty strings (which are converted to 0). """ if len(value_encoded) == 0: return 0 return float(value_encoded)
def assert_positive_int(str_number, str_name): """ Check whether a string represents a positive integer. :param str_number: The string representation. :param str_name: The name to print on error. :return: The string representation if it was a positive interger. Exits with error code 12 othe...
def in_list(value, comma_separated_list): """ This filter checks whether a given string value is contained in a comma separated list :param value: The value which should be checked :type value: str :param comma_separated_list: The list of comma-separated strings :type comma_separated_list: str...
def _get_block_sizes(resnet_size): """Retrieve the size of each block_layer in the ResNet model. The number of block layers used for the Resnet model varies according to the size of the model. This helper grabs the layer set we want, throwing an error if a non-standard size has been selected. Args: resn...
def stringify_baseclass(baseclass): """Convert baseclass into printable form by converting typemap object""" # Replace typename instance with its name. pbase = [] for basetuple in baseclass: (access_specifier, ns_name, baseclass) = basetuple pbase.append((access_specifier, ns_name, basec...
def generate_bio_entity_tags(token_list, mentions): """ Generate BIO/IOB2 tags for entity detection task. """ bio_tags = ['O'] * len(token_list) for mention in mentions: start = mention['start'] end = mention['end'] bio_tags[start] = 'B-E' for i in range(start + 1, en...
def _integral_average(func, Xi, Xf): """Take the integral with a constant derivative at the average value.""" return func((Xi+Xf)/2)*(Xf-Xi)
def readable_to_kb(raw_value): """ Convert readable value to integer in kb :param raw_value: string :return: int """ # from math import ceil value_in_kb = 0 if raw_value.find('KB') != -1: value_in_kb = int(raw_value.replace('KB', '')) elif raw_value.find('MB') != -1: ...
def is_overlaping(start1: float, end1: float, start2: float, end2: float) -> float: """how much does the range (start1, end1) overlap with (start2, end2) Looks strange, but algorithm is tight and tested. Args_i: start1: start of interval 1, in any unit end1: end of interval 1 start2...
def _already_all_imported(group, imported_filepaths): """ Test is all the filepaths in groups are already imported in imported_filepaths""" nimported = 0 for fp in group: if fp in imported_filepaths: nimported += 1 if nimported == len(group): return True else: ...
def _compute_padding_to_prevent_task_description_from_moving(unfinished_tasks): """Compute the padding to have task descriptions with the same length. Some task names are longer than others. The tqdm progress bar would be constantly adjusting if more space is available. Instead, we compute the length of th...
def empty_slot(nb_empty): """Return a list of n empty strings """ return ['']*nb_empty
def get_data(stats): """format the statistics into a dictionary""" data = {} for s in stats: info = s.split() key = info[0][:-1] data[key] = "\t".join(info[1:]) return data
def split(pathnfile): """Return file and directory path from string""" sp = pathnfile.split('/') if len(sp) == 1: filename = sp[0] path = './' else: filename = sp.pop(len(sp) - 1) path = '/'.join(sp) + '/' return path, filename
def _retain_centroids(numbers, thres): """Only keep one number for each cluster within thres of each other""" numbers.sort() prev = -1 ret = [] for n in numbers: if prev < 0 or n - prev > thres: ret.append(n) prev = n return ret
def genSchedulerTrigger(trigger_name, repo, refs, path_regexps, builds): """Generate the luci scheduler job for a given build config. Args: trigger_name: Name of the trigger as a string. repo: Gitiles URL git git repository. refs: Iterable of git refs to check. May use regular expressions. path_reg...
def go_match_fuzzy(name, string): """Check if string matches name using approximation.""" if not string: return False name_len = len(name) string_len = len(string) if string_len > name_len: return False if name_len == string_len: return name == string # Attempt to ...
def phone_cleanup(s): """Clean the phones' output""" if not s: return '' s = ''.join([c for c in s if c.isdigit() or c == '+']) if s and s[0] != '+' and len(s) == 10: s = '+39' + s # if not already internationalized, make it Italian return '-'.join([s[:3], s[3:7], s[7:]]) if s.start...
def recursiveIndex(nestedList, query): """ Find index of element (first occurrence) in an arbitrarily nested list. Args: nestedList(list): list object to search in query: target element to find Returns: list: Position indices """ for index, element in enumerate(nestedLi...
def make_freq_dict(text): """ Return a dictionary that maps each byte in text to its frequency. @param bytes text: a bytes object @rtype: dict{int,int} >>> d = make_freq_dict(bytes([65, 66, 67, 66])) >>> d == {65: 1, 66: 2, 67: 1} True """ res = {} text = list(text) ...
def create_500(cause=None, verbose=None) -> dict: """ creates a dictionary with error code, type, message """ return { "status": 500, "error": { "cause": cause, "type": "Internal Server Error", "message": "Could not process request due to an internal s...
def _get_comma_tab(lines): """ Get parallel collections of comma- and tab-delimiter lines """ return [l.replace("\t", ",") for l in lines], \ [l.replace(",", "\t") for l in lines]
def clean_integer(num): """ Pasa de string a int """ ntmp = num.replace('.', '') return int(ntmp)
def str2bool(value): """Converts string to bool.""" value = value.lower() if value in ('yes', 'true', 't', '1'): return True if value in ('no', 'false', 'f', '0'): return False raise ValueError('Boolean argument needs to be true or false. ' 'Instead, it is %s.' %...
def _test_pbm(h): """PBM (portable bitmap)""" if len(h) >= 3 and \ h[0] == ord(b'P') and h[1] in b'14' and h[2] in b' \t\n\r': return 'pbm'
def label(originalLabel): """reformat some instrument labels for legends and stuff""" labels = { 'TESSERACT+TESS' : 'TESS', 'CHAT+i' : 'CHAT' } try: label = labels[originalLabel] except KeyError: label = originalLabel return label
def merge_datamodels(user, default): """Merges datamodel files alternative - try hiyapyco package or yamlload for merging purposes """ if isinstance(user, dict) and isinstance(default, dict): for kk, vv in default.items(): if kk not in user: user[kk] = vv ...
def set_offsets(offsets, offset_sys = None, cy = 0, cz = 0): """Takes 6 offset values from ETABS and converts into GSA standard ('LENGTHOFFI', 'OFFSETYI', 'OFFSETZI', 'LENGTHOFFJ', 'OFFSETYJ', 'OFFSETZJ') off_x1, off_x2, off_y, off_z Note that we need a coordinate system to implement ...
def remove_question_mark_and_point(url): """ Used by the BBC links :param url: :return: """ if url != "": pos = url.find("?") if pos != -1: url = url[:pos] poi = url.find(".app") if poi != -1: url = url[:poi] return url
def redact_url(url): """Remove user:password from the URL.""" protocol = url[:url.index('://')+3] remainder = url.split('@', 1)[-1] # return f'{protocol}[redacted]@{remainder}' return protocol + '[redacted]@' + remainder
def gnome_sort(unsorted): """Pure implementation of the gnome sort algorithm in Python.""" if len(unsorted) <= 1: return unsorted i = 1 while i < len(unsorted): if unsorted[i - 1] <= unsorted[i]: i += 1 else: unsorted[i - 1], unsorted[i] = unsorted[i], u...
def find_quad_residue(m): """Return a list of all quadratic residues modulo m""" L = [] for i in range(m): q = i**2 % m if q not in L: L.append(q) L.sort() return L
def dsfr_accordion_group(items: list) -> dict: """ Returns a group of accordion items. Takes a list of dicts as parameters (see the accordeon tag for the structure of these dicts.) **Tag name**:: dsfr_accordion_group **Usage**:: {% dsfr_accordion_group data_list %} """ retur...
def fib(n): """ Fibonacci :param n: :return: """ sum = 0 if n > 2: first = 1 second = 1 sum = first + second count = 3 while count <= n: temp = first + second first = second second = temp sum += temp ...
def separate_times(data:dict,primary_key) -> dict: """ This will, given a synchronized and homogenized dictionary of timeseries with a designated main timeseries, transform it into a dictionary timeseries with two data fields. These data fields corresponds to the primary timeseries data and to the smaller t...
def strip_prefix(path, prefix): """Returns the path with the specified prefix removed. Args: path: The path to strip prefix from prefix: The prefix to strip """ if path.startswith(prefix): return path[len(prefix):] return path
def valid_range(minimum, maximum, variable): """ Check range of valid values :param minimum: Minimum value :param maximum: Maximum value :param variable: Check value :return: True - value is valid """ if (variable >= minimum) and (variable <= maximum): result = Tr...
def gen_col_list(num_signals): """ Given the number of signals returns a list of columns for the data. E.g. 3 signals returns the list: ['Time','Signal1','Signal2','Signal3'] """ col_list = ['Time'] for i in range(1, num_signals + 1): col = 'Signal' + str(i) col_list.append(c...
def generate_matrix2(n): """ :type n: int :rtype: List[List[int]] """ max_num = n * n output = [] for i in range(n): lists = [0 for i in range(n)] output.append(lists) dr = [0, 1, 0, -1] dc = [1, 0, -1, 0] r = c = di = 0 for num in range(1, max_num + 1): ...
def wep_check_some_params_against_set(valid_params: set, request: dict) -> str: """ Check one or more request parameters against a set of valid inputs. Args: valid_params: a set of valid parameters request: the request object containing zero or more parameters Returns: The inva...
def _decode_helper(obj): """A decoding helper that is TF-object aware.""" if isinstance(obj, dict) and 'class_name' in obj: if obj['class_name'] == '__tuple__': return tuple(_decode_helper(i) for i in obj['items']) elif obj['class_name'] == '__ellipsis__': return Ellipsi...
def get_model_name(epoch): """ Return filename of model snapshot by epoch :param epoch: global epoch of model :type epoch: int :return: model snapshot file name :rtype: str """ return 'network-snapshot-{:04d}.pth'.format(epoch)
def new_symbol(grammar, symbol_name="<symbol>"): """Return a new symbol for `grammar` based on `symbol_name`""" if symbol_name not in grammar: return symbol_name count = 1 while True: tentative_symbol_name = symbol_name[:-1] + "-" + repr(count) + ">" if tentative_symbol_name not...
def _remove_duplicates(items): """Return `items`, filtering any duplicate items. Disussion: https://stackoverflow.com/a/7961390/4472195 NOTE: this requires Python 3.7+ in order to preserve order Parameters ---------- items : list [description] Returns ------- list ...
def wind_chill(temp, wind_speed, a=13.12, b=0.6215, c=-11.37, d=0.16, e=0.3965): """ Converts temperature and wind speed into wind-chill index. Formula: wci = a + b*T + c*W^d + e*T*W^d, where T is temperature and W is wind speed Parameters temp: temperature in Celsius wind_speed: wind sp...
def merge(numbs1, numbs2): """ Go through the two sorted arrays simultaneously from left to right. Find the smallest element between the two in the two arrays. Append the smallest element to a third array and increase the index from which the element was taken by one. If the two elements are the...
def escape_path(value: bytes) -> str: """ Take a binary path value, and return a printable string, with special characters escaped. """ def human_readable_byte(b: int) -> str: if b < 0x20 or b >= 0x7F: return "\\x{:02x}".format(b) elif b == ord(b"\\"): return...
def normalize(name): """Normalize the name of an encoding.""" return name.replace('_', '').replace('-', '').upper()
def style(text,mute, recon): """Styles some text. The two styles are: muted: When something was not selected in filter_by but show_all is true. recon: When something was the initiator (client) or target of possible recon activity indicators. """ styles = [] if ...
def normalizeFileFormatVersion(value): """ Normalizes a font's file format version. * **value** must be a :ref:`type-int`. * Returned value will be a ``int``. """ if not isinstance(value, int): raise TypeError("File format versions must be instances of " ":ref:`t...
def find_peak(list_of_integers): """ Function that finds the peak in a list of unsorted integers """ if list_of_integers: list_of_integers.sort() return list_of_integers[-1] else: return None
def build_feature_dict(opt): """Make mapping of feature option to feature index.""" feature_dict = {} if opt['use_in_question']: feature_dict['in_question'] = len(feature_dict) feature_dict['in_question_uncased'] = len(feature_dict) if opt['use_tf']: feature_dict['tf'] = len(feat...
def count_refs_in_mapping( references, mapping ): """Count the number of references in the mapping""" count = 0 for r in references: if r in mapping: count += 1 return count
def param_encode(payload): """ This is to get around the default url encode of requests.get(). We need *.* to be encoded as *%3A* but it's encoding it as %2A.%2 IntroSpect doesn't like that """ payload_str = "&".join("%s=%s" % (k,v) for k,v in payload.items()) return payload_str.replace('.',...
def parse_video_response(video=dict()): """ Parse video dict to extract key metadata, including: id, title, description, tags, viewCount, likeCount, likeCount, dislikeCount :param video: :return: """ result = dict() result['id'] = video['id'] result['title'] = video['snippet']['t...
def binary_search_iterative(array, value) -> int: """Use moving pointers to size the array at each iteration.""" left = 0 right = len(array) while left < right: mid = (right - left) // 2 + left # take lower mid if array[mid] == value: return mid if array[mid] > value...
def closest_half_integer(number): """ Round a number to the closest half integer. >>> closest_half_integer(1.3) 1.5 >>> closest_half_integer(2.6) 2.5 >>> closest_half_integer(3.0) 3.0 >>> closest_half_integer(4.1) 4.0 """ return round(number * 2) / 2.0
def create_fake_drs_uri(object_id: str): """Create a fake DRS URI based on an object id.""" return f"drs://www.example.org/{object_id}"
def make_terms_from_string(s): """turn string s into a list of unicode terms""" u = s return u.split()
def is_exactly_one_not_none(*args): """ >>> is_exactly_one_not_none(1, 2, 3) False >>> is_exactly_one_not_none(None, 2, 3) False >>> is_exactly_one_not_none(1, None, 3) False >>> is_exactly_one_not_none(1, 2, None) False >>> is_exactly_one_not_none(1, None, None) T...
def to_float(x, error=float('nan'), dir='N'): """Convert argument to float, treating errors and direction.""" try: sign = -1 if dir in 'SW' else 1 return float(x) * sign except (ValueError, TypeError): return error
def is_none(attribute): """Filter SQLAlchemy attribute is None""" return attribute == None # pylint: disable=singleton-comparison
def crossProd(a,b): """Pretty self-explanatory, this function bakes cookies""" normal_vect = [ a[1]*b[2] - a[2]*b[1], a[2]*b[0] - a[0]*b[2], a[0]*b[1] - a[1]*b[0]] return normal_vect
def validate_under_over_sampling_input(class_populations, minority_labels, majority_labels, base_minority=None, base_majority=None): """ This is to validate the arguments of two methods in the class `Sampler` in `sampling.sampler`, namely `undersample` and `oversample`...
def digit_count(num): """ Returns the count of the digits (length) of the number """ return len(f"{num}")
def greeter(name :str)->str: """greeter function to New Comer""" return 'Hello,%s' %(name)
def to_title(text): """ Description: Convert text to title type and remove underscores :param text: raw text :return: Converted text """ return str(text).title().replace('_', ' ')
def enumer(value): """ Conversion routine for enumeration values. Accepts ints or strings. :param str value: The value to convert. :returns: A value of an appropriate type. """ try: # Convert as an integer return int(value) except ValueError: # Return the stri...
def clean_code(code: str) -> str: """Replaces certain parts of the code, which cannot be enforced via the generator""" # Mapping used for replacement replace_map = [ ("...", "default_factory=list"), ("type_class", "typeClass"), ("type_name", "typeName"), ("from core", "from ...
def isarray(value): """Is the value a container, like tuple, list or numpy array?""" from six import string_types if isinstance(value,string_types): return False if hasattr(value,"__len__"): return True else: return False
def split_ents_no_mix(ents, targets): """Split ents into target and non-target targets: list of target entity in text returns: qids of target and nontarget ent """ target_qids = [] non_target_qids = [] for i, ent in enumerate(ents, 0): ent_start = ent[1] ent_end = ent[2] qid = ent[0] is_ta...
def _format_path_with_rank_zero(path: str) -> str: """Formats ``path`` with the rank zero values.""" return path.format( rank=0, local_rank=0, node_rank=0, )
def replace_qp_value(payload, key, value): """ Replaces the given value of the query parameter """ payload_split = payload.split('&') for i, query_p in enumerate(payload_split): if query_p.startswith(key+'='): payload_split[i] = key+'='+value return '&'.join(payload_split)
def cross(coords1, coords2): """ Find the cross product of two 3-dimensional points Parameters coords1: coordinates of form [x,y,z] coords2: coordinates of form [x,y,z] Returns list: Cross product coords2 and coords1 (list) """ list = [] x = ...
def filterize(d): """ Return dictionary 'd' as a boto3 "filters" object by unfolding it to a list of dict with 'Name' and 'Values' entries. """ return [{'Name': k, 'Values': [v]} for k, v in d.items()]
def xor_bytes(a: bytes, b: bytes): """XOR function for two byte sequences of arbitrary (but equal) length""" assert len(a) == len(b) return bytes([x ^ y for x,y in zip(a, b)])
def eps(newEps=None): """ Get/Set the epsilon for float comparisons. """ global _eps if newEps is not None: _eps = newEps return _eps
def update(old, new, priority='new'): """ Update a nested dictionary with values from another This is like dict.update except that it smoothly merges nested values This operates in-place and modifies old Parameters ---------- priority: string {'old', 'new'} If new (default) then the n...
def parentheses_match(string): """ Return True if opening and closing brackets are all matched in an input logical expression """ verification_stack = [] matched = True itr_index = 0 while itr_index < len(string) and matched: if string[itr_index]=="(": verification_stack.append(string[itr_index]) elif st...
def BuildVersion(major, minor, revision): """Calculates int version number from major, minor and revision numbers. Returns: int representing version number """ assert isinstance(major, int) assert isinstance(minor, int) assert isinstance(revision, int) return (1000000 * major + 10000 * minor...
def find_gcd(a: int, b: int): """Uses Euclid's Algorithm to find the greatest common denomenator between two numbers, a and b.""" while a != 0: a, b = b % a, a return b
def package_name(build_number, host): """Returns the file name for a given package configuration. >>> package_name('1234', 'linux') 'clang-1234-linux-x86.tar.bz2' """ return 'clang-{}-{}-x86.tar.bz2'.format(build_number, host)
def extract_text(pdf_list): """Extract text from a list of pdfs Usage: extract_text(pdf_list): pdf_list -- a list of PyPDF4.PdfFileReader objects Returns a list of lists of strings. Each list of strings is a list comprised of one string for each line of text on a pdf page. """ ...
def radii(mag): """The relation used to set the radius of bright star masks. Parameters ---------- mag : :class:`flt` or :class:`recarray` Magnitude. Typically, in order of preference, G-band for Gaia or VT then HP then BT for Tycho. Returns ------- :class:`recarray` ...
def __check_colnames_type(cols): """Check if it is a list-like object.""" if cols is None or cols == []: return None elif not isinstance(cols, list): raise TypeError("Third item of the tuple (func, args, cols) must be list-like \ object not a {} object".format(type(cols))) else: ...
def is_valid_passport_no(passport_no): """A very basic passport_no validation check""" return len(passport_no) >= 1
def calc_precision_recall(frame_results): """Calculates precision and recall from the set of frames by summing the true positives, false positives, and false negatives for each frame. Args: frame_results (dict): dictionary formatted like: { 'frame1': {'true_pos': int, '...
def play_game(game): """ Play cards. Higher card wins. If value on the cards for both players is same or lower than count of cards players have in package, then the sub-game is playing. Result of subgame determine winner of parent game. If the game is in infinitive loop, then the winner is automatic...
def _next_major(entry, major): """Create next major heading index.""" # First appendix. if entry.get("appendix", False): return "A" # Chapters are numbered. if isinstance(major, int): return major + 1 # Appendices are lettered. assert isinstance(major, str) and (len(major) ...
def calc_consumer_sentiment(scenario, years, total_sales): """OPPORTUNITY: Consumer Sentiment - Increasing consumer sentiment and increasing sales of products Args: scenario (object): The farm scenario years (int): No. of years for analysis total_sales (list): Waste-adju...
def freqdistlines(lines): """freqdist generates a frequency distribution over tokens in lines format """ fd = {} for tokens in lines: for w in tokens: fd[w] = 1 + fd.get(w, 0) return fd
def order_flds(flds): """ Arguments: - `flds`: """ FNKEYS = ["PRJ_CD", "SAM", "EFF", "SPC", "GRP", "FISH", "AGEID", "FOODID"] # order the fields so that we have keys first then alphabetically after that: key_flds = [x for x in FNKEYS if x in flds] data_flds = [x for x in flds if x not ...