content stringlengths 7 1.05M |
|---|
#PAIS A 80000 3% DE TAXA DE CRESCIMENTO
#PAIS B 200000HABITANTES TAXA DE CRESCIMENTO 1,5%
a = int(input('Digite a população da cidade A: '))
b = int(input('Digite a população da cidade B: '))
cont = 0
if b > a:
while b > a:
a += a * 0.03
b += b * 0.015
cont += 1
print(f'A ultrapassa B em {cont} anos\n'
f'População A: {a:.2f}\n'
f'População B: {b:.2f}')
if b < a:
while b < a:
a += a * 0.03
b += b * 0.015
cont += 1
print(f'B ultrapassa A em {cont} Anos\n'
f' População A: {a:.2f}\n'
f' População B: {b:.2f}')
|
#Iniciando o navegador e acessando a página de login que se deseja testar
click("1509147510293.png");
type("Google Chrome");
type(Key.ENTER);
wait("1509147713937.png");
click("1509147762955.png");
paste("http://localhost/ChuvaInc/ChuWar/");
type(Key.ENTER);
wait("1509148189422.png");
#Criando Menu de Seleção de Testes
opcoes = ('1', '2');
escolha = select("Escolha 1 para teste de Login ou 2 para teste de Registro: ", options = opcoes);
if escolha == opcoes[0]:
#Página Carregada - Testando para campos vazios
click("1509148329279.png");
wait("1509148516450.png");
#Testando para entrada somente de usuário
click("1509148792209.png");
type("Teste01");
click("1509148329279.png");
wait("1509148516450.png");
#Testando para usuário correto e senha errada
click("1509148792209.png");
type("Teste01");
type(Key.TAB);
type("senhaerrada");
click("1509148329279.png");
wait("1509150616345.png");
#Testando com usuário correto e senha correta
click("1509148792209.png");
type("Teste01");
type(Key.TAB);
type("123456789");
click("1509148329279.png");
wait("1509150691340.png");
click("1509150702770.png");
popup("Teste de Login Concluido com Sucesso!");
else:
#Página Carregada - Testando com Campos Vazios
click("1509151729549.png");
click("1509151929229.png");
wait("1509151945935.png");
#Testando com Entrada somente de Username
click("1509152202418.png");
type("Sikuli01");
click("1509151929229.png");
wait("1509151945935.png");
#Testando com entrada somente de Username e Nome
click("1509152202418.png");
type("Sikuli01");
type(Key.TAB);
type("Sikuli");
click("1509151929229.png");
wait("1509151945935.png");
#Testando somente com entrada de Nome
click("1509152448748.png");
type("Sikuli");
click("1509151929229.png");
wait("1509151945935.png");
#Testando somente com entrada de Senha
click("1509152553548.png");
type("123456789");
click("1509151929229.png");
wait("1509151945935.png");
#Testando com entrada de Nome e Senha
click("1509152448748.png");
type("Sikuli");
type(Key.TAB);
type("123456789");
click("1509151929229.png");
wait("1509151945935.png");
#Testando com entrada de Usuario, Nome e Senha Muito Curta
click("1509152202418.png");
type("Sikuli01");
type(Key.TAB);
type("Sikuli");
type(Key.TAB);
type("1234567");
click("1509151929229.png");
wait("1509152734618.png");
#Testando com Usuário, Nome e Senha Corretamente
click("1509152202418.png");
type("Sikuli01");
type(Key.TAB);
type("Sikuli");
type(Key.TAB);
type("123456789");
click("1509151929229.png");
wait("1509152792694.png");
popup("Teste de Registro Concluido com Sucesso!");
|
# -*- coding: utf-8 -*-
# region CUT ROD
def memoized_cut_rod(p, n):
"""
钢条切个问题
动态规划实现
待备忘录的自顶向下法(top-down with memoization)
:param p:
:param n:
:return:
"""
r = [float('-inf')] * n
return _memoized_cut_rod_aux(p, n, r)
def _memoized_cut_rod_aux(p, n, r):
if r[n - 1] >= 0:
return r[n - 1]
if n == 0:
q = 0
else:
q = float('-inf')
for i in range(n):
q = max(q, p[i] + _memoized_cut_rod_aux(p, n - i - 1, r))
r[n - 1] = q
return q
def bottom_up_cut_rod(p, n):
"""
钢条切个问题
动态规划实现
自底向上法(bottom-up)
:param p:
:param n:
:return:
"""
r = [float('-inf')] * (n + 1)
r[0] = 0
for i in range(1, n + 1):
q = float('-inf')
for j in range(i + 1):
q = max(q, p[j - 1] + r[i - j])
r[i] = q
return r[n]
# endregion
|
X = 'spam'
Y = 'eggs'
# will swap
X, Y = Y, X
print((X, Y)) |
fout=open('oops.txt','wt')
print('oops, i created a file',file=fout)
fout.close()
fin=open('oops.txt','rt')
po=fin.read()
fin.close()
print(po) |
# Curbrock Summon 3
CURBROCK3 = 9400931 # MOD ID
CURBROCKS_ESCAPE_ROUTE_VER3 = 600050050 # MAP ID
sm.spawnMob(CURBROCK3, 320, -208, False)
sm.createClock(1800)
sm.addEvent(sm.invokeAfterDelay(1800000, "warp", CURBROCKS_ESCAPE_ROUTE_VER3, 0))
sm.waitForMobDeath(CURBROCK3)
sm.warp(CURBROCKS_ESCAPE_ROUTE_VER3)
sm.stopEvents() |
#! /usr/bin/python
class Calculator(object):
def add(self, operanda, operandb):
return operanda + operandb
|
#!/usr/bin/python3
def print_matrix_integer(matrix=[[]]):
for X in matrix:
for Y in X:
print('{:d}'.format(Y), end="")
if Y != X[-1]:
print(' ', end="")
print()
|
class Position:
""" Coordanates system that uses an 'y' and 'x' notation
to represent unequivocally a specific location that goes
universally for every object.
"""
__slots__ = ('y', 'x')
@staticmethod
def create_collection(first_position: tuple, last_position: tuple):
""" Generates the postions between the passed two position index.
"""
assert type(last_position[0]) == int and type(first_position[0]) == int, \
"'y' must be an int."
assert type(first_position[1]) == int and type(last_position[1]) == int, \
"'x' must be an int."
return [[Position(y, x)
for x in range(first_position[1], last_position[1] + 1)]
for y in range(first_position[0], last_position[0] + 1)]
def __init__(self, y:int, x:int):
self.y = y
self.x = x
def get_index(self):
return (self.y, self.x)
def __hash__(self): return hash((self.y, self.x))
def __repr__(self): return f"({self.y}, {self.x})"
def __getitem__(self, i): return list(self.get_index())[i]
def __eq__(self, other):
""" Uses the get_index method to equalize
both instannces of position
"""
try:
other_get_index = other.get_index
except AttributeError:
return False
return self.get_index() == other_get_index()
|
#!/usr/bin/env python3
bday_dict = {}
while True:
name = input("\nEnter name: ")
if len(name) != 0 and type(name) == str:
# Check the existence of the name in bday_dict
if bday_dict.get(name):
print("\n{} found in db".format(name))
print("Name: {}".format(name))
print("Date : {}\n".format(bday_dict[name]))
else:
print("* {} not found in db, Adding.".format(name))
new_date = input("* Enter bday date of {}: ".format(name))
bday_dict[name] = new_date
print("\nExisting names and b'day dates")
for _ in bday_dict:
print("{} : {}".format(_, bday_dict[_]))
else:
print("A proper name is required")
|
N=int(input())
A=list(map(int,input().split()))
diff=0
ans=N
for i in range(N-1):
if A[i]<A[i+1]:
diff+=1
ans+=diff
else:
diff=0
print(ans) |
clientes = {
'cliente1': {'nome': 'Rafael',
'sobrenome': 'Inacio'},
'cliente2': {'nome': 'Jacaré',
'sobrenome': 'Vacinado'}
}
for clientes_k, clientes_v in clientes.items():
print('Exibindo {}'.format(clientes_k))
for dados_k, dados_v in clientes_v.items():
print('\t {} = {}'.format(dados_k, dados_v))
print()
|
"""
An issue with binary trees is the insertion order can make the tree unbalanced, making the complexity O(n) for all
operations
We can solve this issue with a self-balancing tree: the two most common being:
1: AVL tree- faster for looking up values and may take less space than red-black trees (depending on the situation)
2: Red-Black trees- faster for insertion and deletion. It is more general purpose and used in Java, C, Linux, etc
AVL trees work by storing the balance factor fo each node:
-Starting with a standard binary search tree
-Storing the balance factor for each node. This is the right subtree's height minus it left subtree's height (make sure
to also update it each time there is an insertion/deletion)
-A balance factor of 0 or +-1 is ok because its approximately balanced. If not, we need to 'rotate' the tree
-There are four cases of imbalance. We can consider the grandparent node since there is a maximum balance factor of +-2,
meaning we can rotate around the nodes
Red-black trees work by storing a bit for each node, specifying whether each node is 'red' or 'black':
-Starting with a standard binary search tree
-Each node is either red or black:
1. The root node and all null leaves (a leaf's left and right (which are None)) are black
2. If a node is red, all of its children are black
3. For every node, every path from the node to descendant leaves contains the same number of black nodes (we don’t
count the root, but this won’t change if it is balanced or not anyway)
Note that the tree is only roughly balanced. There could be an imbalance by a factor of 2 at most, making search less
efficient.
The example below is from CISC 235 assignment 2. Note this is a tree map (nodes have a key:value pair), but much of the
logic like rotations are similar (see https://i.imgur.com/SEsSRit.png for a visual rotation guide)
"""
# Node with a key and value
class MapNode:
def __init__(self, key, val):
self.key = key
self.values = [val]
self.left = None
self.right = None
self.height = 1
class AVLTreeMap:
def __init__(self):
self.root = None
def get(self, root, key):
"""
Gets the value(s) mapped to in this tree by a specified key
:param root: MapNode of an AVLTreeMap
:param key: a key
:return: the values mapped to by this key
(as a list) if the key is in this
AVL tree map; otherwise None
"""
return self.__get(root, key)
def __get(self, root, key):
if not root:
return None
elif key == root.key:
return root.values
elif key < root.key:
return self.__get(root.left, key)
return self.__get(root.right, key)
def put(self, root, key, val):
"""
Adds a key:value pair to this AVL tree
If the key already exists, the value will be added
to the list of values associated with this key
:param root: tree root
:param key: a key
:param val: a value mapped to by this key
:return: a tree with the key/val pair inserted
"""
# Case 1: Empty tree
if not root:
return MapNode(key, val)
# Case 2: Insert on the left
elif key < root.key:
if root.left:
root.left = self.put(root.left, key, val)
else:
root.left = MapNode(key, val)
return root
# Case 3: Insert on the right
elif key > root.key:
if root.right:
root.right = self.put(root.right, key, val)
else:
root.right = MapNode(key, val)
return root
# Case 4: Add to the root's values (key == root.key)
else:
root.values.append(val)
return root
# Update the height of this root
root.height = max(self.getHeight(root.left),
self.getHeight(root.right)) + 1
# Find the balance of this root
balance = self.getBalance(root)
if balance > 1:
# Unbalanced case 1: Left - Left
if key < root.left.key:
return self.__rightRotation(root)
# Unbalanced case 2: Left - Right
# Note that key != root.left.key because no node
# is inserted; if there was an imbalance it would have
# been present last insertion and fixed
else:
root.left = self.__leftRotation(root.left)
return self.__rightRotation(root)
elif balance < -1:
# Unbalanced case 3: Right - Right
if key > root.right.key:
return self.__leftRotation(root)
# Unbalanced case 4: Right - Left
# key != root.right.key using the same logic as case 2
else:
root.right = self.__rightRotation(root.right)
return self.__leftRotation(root)
return root
def __rightRotation(self, root_node):
# Perform a right rotation on the root node
pivot = root_node.left
temp = pivot.right # pivot.right will be overridden
pivot.right = root_node
root_node.left = temp
# Update the heights of the changed nodes
root_node.height = max(self.getHeight(root_node.left),
self.getHeight(root_node.right)) + 1
pivot.height = max(self.getHeight(pivot.left),
self.getHeight(pivot.right)) + 1
# pivot is now in the root's place
return pivot
def __leftRotation(self, root_node):
# Perform a left rotation on the root node
pivot = root_node.right
temp = pivot.left # pivot.left will be overridden
pivot.left = root_node
root_node.right = temp
# Update the heights of the changed nodes
root_node.height = max(self.getHeight(root_node.left),
self.getHeight(root_node.right)) + 1
pivot.height = max(self.getHeight(pivot.left),
self.getHeight(pivot.right)) + 1
# pivot is now in the root's place
return pivot
def getHeight(self, root):
"""
Return the high of a given node
:param root: a node
:return: the node's height
"""
return root.height if root else 0
def getBalance(self, root):
"""
Returns the balance of a node
:param root: a node
:return: the node's balance
"""
return self.getHeight(root.left) - self.getHeight(root.right) if root else 0
print_increment = 4 # Number of spaces between each level when printing the AVL tree
def print2D(root, space=0):
"""
Prints an AVL tree map in a 2-D representation
"""
# Terminate this recursive branch if root is None
if not root:
return
# Increase distance between levels
space += print_increment
# Process right child first
print2D(root.right, space)
# Print current node after a newline
print()
for spaces in range(print_increment, space):
print(end=" ")
print("%s [" % root.key, end="")
for val_index in range(len(root.values)):
print("%s" % root.values[val_index], end="")
if val_index < len(root.values) - 1:
print(", ", end="")
else:
print("]")
# Process left child
print2D(root.left, space)
if __name__ == "__main__":
# Test a AVL tree map with 9 nodes
tree_map = AVLTreeMap()
tree = None
tree = tree_map.put(tree, 15, "bob")
tree = tree_map.put(tree, 20, "anna")
tree = tree_map.put(tree, 24, "tom")
tree = tree_map.put(tree, 10, "david")
tree = tree_map.put(tree, 13, "david")
tree = tree_map.put(tree, 7, "ben")
tree = tree_map.put(tree, 30, "karen")
tree = tree_map.put(tree, 36, "erin")
tree = tree_map.put(tree, 25, "david")
print2D(tree)
|
inFile = open('input.txt')
primes = [2, 3, 5, 7, 11, 13, 17, 19, 23, 29, 31, 37,
41, 43, 47, 53, 59, 61, 67, 71, 73, 79, 83, 89, 97]
for line in inFile:
n = int(line)
if n == 0:
break
lenPrime = len(primes)
counter = [0] * lenPrime
for i in range(1, n + 1):
number = i
for i, p in enumerate(primes):
while number % p == 0:
counter[i] += 1
number /= p
while counter[-1] == 0:
counter.pop()
print ('%3d! = ' % n) + ' '.join(str(c) for c in counter)
|
structure = {
'Public_encryption': 'public Alice key for encoding',
'Public_signing': 'public Alice key for signing',
'Message':
{'message_id_hash': #message_id_5383710b780583f1f462b6e719071523147cde25a5a47c380126c3395f84b9b3
{'Address': address, #e6jB08WPeBjoPS4Lb4CFRVW/TAWSrGq7MD5OG8NVA794z4GwhlXz7vov1i2w6GLWYkY2vjhCgtux5vUuE+sKC97yMd9X9xhf5V8=
'Files': ['Qm...', 'Qm...', 'Qm...']}},
#... and other messages
'Points': []}
|
# We are dealing with the "Young's Double Slit Experiment" simulation here:
# https://github.com/NSLS-II/sirepo-bluesky/blob/master/sirepo_bluesky/tests/SIREPO_SRDB_ROOT/user/SdP3aU5G/srw/00000000/sirepo-data.json
RE(
optimization_plan(
fly_plan=run_fly_sim,
bounds=param_bounds,
db=db,
run_parallel=True,
num_interm_vals=1,
num_scans_at_once=4,
sim_id="00000000",
server_name="http://localhost:8000",
root_dir=root_dir,
watch_name="W60",
flyer_name="sirepo_flyer",
intensity_name="mean",
opt_type="sirepo",
max_iter=5,
)
)
|
"""
This module includes wrapper classes for Tool connection parameters
"""
#pylint: disable=too-few-public-methods
class ToolConnection(object):
"""
Base class for ToolConnection classes used to wrap configuration parameters for tool connections
"""
#pylint: disable=too-few-public-methods
class ToolUsbHidConnection(ToolConnection):
"""
Helper class wrapping configuration parameters for a connection to a USB HID tool
"""
serialnumber = None
tool_name = None
def __init__(self, serialnumber=None, tool_name=None):
"""
:param tool_name: Tool name as given in USB Product string. Some shortnames are also supported
as defined in pyedbglib.hidtransport.toolinfo.py. Set to None if don't care
:param serialnumber: USB serial number string. Set to None if don't care
"""
self.serialnumber = serialnumber
self.tool_name = tool_name
#pylint: disable=too-few-public-methods
class ToolSerialConnection(ToolConnection):
"""
Helper class wrapping configuration parameters for a connection to a serial port
"""
serialport = None
def __init__(self, serialport="COM1"):
self.serialport = serialport
|
'''class Pessoa(object):
def __init__(self, nome, idade, peso):
self.nome = nome
self.idade = idade
self.peso = peso
def andar(self):
print('anda')
pessoa1 = Pessoa("Juliana", 23, 75)
pessoa2 = Pessoa("Carlos", 39, 72)
print(pessoa1.nome)
pessoa1.andar()
def fatorial(n):
if n == 0:
return 0
if n == 1:
return 1
if n > 1:
return fatorial(n-1) * n
print(fatorial(5))''' |
"""
Implements a set of ORMs for getting, setting against a database
"""
class RawJobDescriptionClient(object):
raise NotImplementedError |
{
"targets": [
{
"target_name": "addon",
"sources": ["./src/cpp/nodeBridge.cpp", "./src/cpp/os/windows.cpp"],
"include_dirs": [
"<!@(node -p \"require('node-addon-api').include\")"
],
'defines': [ 'NAPI_CPP_EXCEPTIONS' ]
}
]
} |
#1.根据以下描述,尝试用程序呈现
# 属性:长和宽
# 方法:1)设置长和宽 2)获取长和宽 3)获取面积
class Cfx(object):
def __init__(self,length1,width1):
self.__length1 = length1
self.__width1 = width1
def pri_cfx(self):
print("长方形的长和宽分别为{}，{}".format(self.__length1,self.__width1))
def setlength1(self,newlength1):
self.__length1 = newlength1
def setwidth1(self,newwidth1):
self.__width1 = newwidth1
def cj(self):
self.__cj = self.__length1 * self.__width1
print("长方形的面积为{}".format(self.__cj))
if __name__ == "__main__":
l = Cfx(2,5)
l.pri_cfx()
l.cj()
l.setlength1(5)
l.setwidth1(10)
l.pri_cfx()
l.cj()
|
expected_output = {'interface':
{'Eth5/48.106':
{'interface_status': 'protocol-down/link-down/admin-up',
'ip_address': '10.81.6.1'},
'Lo3':
{'interface_status': 'protocol-up/link-up/admin-up',
'ip_address': '192.168.205.1'},
'Po1.102':
{'interface_status': 'protocol-up/link-up/admin-up', 'ip_address': '192.168.70.2'},
'Lo11':
{'interface_status': 'protocol-up/link-up/admin-up',
'ip_address': '192.168.151.1'},
'Vlan23':
{'vlan_id':
{'23':
{'interface_status': 'protocol-up/link-up/admin-up',
'ip_address': '192.168.186.1'}}},
'Eth5/48.101':
{'interface_status': 'protocol-down/link-down/admin-up',
'ip_address': '10.81.1.1'},
'Eth5/48.102':
{'interface_status': 'protocol-down/link-down/admin-up',
'ip_address': '10.81.2.1'},
'Eth5/48.105':
{'interface_status': 'protocol-down/link-down/admin-up',
'ip_address': '10.81.5.1'},
'Lo2':
{'interface_status': 'protocol-up/link-up/admin-up', 'ip_address': '192.168.51.1'},
'Lo1':
{'interface_status': 'protocol-up/link-up/admin-up',
'ip_address': '192.168.154.1'},
'Eth6/22':
{'interface_status': 'protocol-up/link-up/admin-up',
'ip_address': '192.168.145.1'},
'Po1.101':
{'interface_status': 'protocol-up/link-up/admin-up',
'ip_address': '192.168.151.2'},
'Lo10':
{'interface_status': 'protocol-up/link-up/admin-up', 'ip_address': '192.168.64.1'},
'Po1.103':
{'interface_status': 'protocol-up/link-up/admin-up',
'ip_address': '192.168.246.2'},
'Eth5/48.100':
{'interface_status': 'protocol-down/link-down/admin-up',
'ip_address': '10.81.0.1'},
'Po2.107':
{'interface_status': 'protocol-up/link-up/admin-up', 'ip_address': '192.168.66.1'},
'Eth5/48.103':
{'interface_status': 'protocol-down/link-down/admin-up',
'ip_address': '10.81.3.1'},
'tunnel-te12':
{'interface_status': 'protocol-up/link-up/admin-up',
'ip_address': 'unnumbered(loopback0)'},
'Eth5/48.110':
{'interface_status': 'protocol-down/link-down/admin-up',
'ip_address': '10.81.10.1'},
'Po2.103':
{'interface_status': 'protocol-up/link-up/admin-up', 'ip_address': '192.168.19.1'},
'Lo0':
{'interface_status': 'protocol-up/link-up/admin-up', 'ip_address': '192.168.4.1'},
'Po2.101':
{'interface_status': 'protocol-up/link-up/admin-up',
'ip_address': '192.168.135.1'},
'Po2.100':
{'interface_status': 'protocol-up/link-up/admin-up',
'ip_address': '192.168.196.1'},
'tunnel-te11':
{'interface_status': 'protocol-up/link-up/admin-up',
'ip_address': 'unnumbered(loopback0)'},
'Po2.102':
{'interface_status': 'protocol-up/link-up/admin-up', 'ip_address': '192.168.76.1'},
'Eth5/48.104':
{'interface_status': 'protocol-down/link-down/admin-up', 'ip_address': '10.81.4.1'}
}
}
|
# Desafio 085 -> C. um programa onde o usuário possa digitar 7 valores numericos e cadastre-os em uma lista única
# que mantenha separados os valores pares e impares (duas listas, uma pra par e outra pra impar).
# No final, mostre os valores pares e impares em ordem crescente
lista = [[], []]
for c in range(0, 7):
valor = int(input(f'Digite o {c+1}° valor numérico: '))
if valor % 2 == 0:
lista[0].append(valor)
else:
lista[1].append(valor)
lista[0].sort()
lista[1].sort()
print('Os valores pares são:', end=' ')
for pos, valor in enumerate(lista[0]):
if pos + 1 == len(lista[0]):
print(f'{valor}.')
else:
print(valor, end=', ')
print('Os valores ímpares são:', end=' ')
for pos, valor in enumerate(lista[1]):
if pos + 1 == len(lista[1]):
print(f'{valor}.')
else:
print(valor, end=', ')
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#!/usr/bin/env python3
grid = {}
def sum_neighboors(x, y):
sum = 0
for i in range(-1, 2):
for k in range(-1, 2):
sum = sum + grid.get((x + i, y + k), 0)
return sum
def print_grid(grid):
print("---")
for i in range(-10, 10):
for k in range(-10, 10):
print(grid.get((i, k), 0), end=" ")
print()
print("---")
def move_right(x, y):
return x, y + 1
def move_down(x, y):
return x - 1, y
def move_up(x, y):
return x + 1, y
def move_left(x, y):
return x, y - 1
def change_move(move):
if move == move_right:
return move_down
if move == move_down:
return move_left
if move == move_left:
return move_up
if move == move_up:
return move_right
value = 289326
# Starting point
x = 0
y = 0
grid[(x, y)] = 1
steps = 1
next_steps = 1
move = move_right
index_loop = 0
while grid[(x, y)] < value:
print("Looped: %s times" % index_loop)
while steps > 0:
print("Moving: %s for %s steps" % (move, steps))
x, y = move(x, y)
grid[(x, y)] = sum_neighboors(x, y)
if grid[(x, y)] > value:
break # Value found, exit early
steps = steps - 1
steps = next_steps
index_loop = index_loop + 1
next_steps = next_steps + (index_loop % 2)
move = change_move(move)
print_grid(grid)
print(grid[(x, y)])
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#!/usr/bin/env python3
ipchk = "192.168.0.1"
# a string tests as True
if ipchk:
print("Looks like the IP address was set: " + ipchk)
|
class BloxplorerException(Exception):
def __init__(self, message, resource_url, request_method):
self.message = message
self.resource_url = resource_url
self.request_method = request_method
def __str__(self):
return f'{self.message} (URL: {self.resource_url}, Method: {self.request_method})'
class BlockstreamClientError(BloxplorerException):
pass
class BlockstreamClientTimeout(BloxplorerException):
pass
class BlockstreamClientNetworkError(BloxplorerException):
pass
class BlockstreamApiError(BloxplorerException):
def __init__(self, message, resource_url, request_method, status_code):
super().__init__(message, resource_url, request_method)
self.status_code = status_code
def __str__(self):
return f'{self.message} ' \
f'(URL: {self.resource_url}, Method: {self.request_method}, ' \
f'Status code: {self.status_code})'
|
__author__ = 'Managed by Q, Inc.',
__author_email__ = 'open-source@managedbyq.com'
__description__ = 'MBQ Atomiq'
__license__ = 'Apache 2.0'
__title__ = 'mbq.atomiq'
__url__ = 'https://github.com/managedbyq/mbq.atomiq'
__version__ = '1.1.0'
|
# -*- coding: utf-8 -*-
__author__ = "Thomas Bianchi"
__copyright__ = "Thomas Bianchi"
__license__ = "mit"
|
num1=int(input("enter a num"))
num2=int(input("enter a num"))
if num1<0 and num2<0:
print("enter a positive number")
else:
sum=0
while(num1>0 and num2>0):
sum = num1+num2
print("the sum is",sum)
break
|
def counting_sort(A, B, k):
C = [0 for i in range(0, k+1)]
for j in A:
C[j] += 1
for i in range(1, k+1):
C[i] += C[i-1]
for n in reversed(A):
B[C[n]-1] = n
C[n] = C[n] - 1
return B
if __name__ == "__main__":
myList = [4,0,3,6,1,5,7,0,4]
otherList = [0 for i in range(0, len(myList))]
print(counting_sort(myList, otherList, 7)) |
class APP:
APPLICATION = "denon-commander"
AUTHOR = "Aleksander Psuj"
VERSION = "V1.0"
class CONNECTION:
# I recommend to set static IP address on device
IP = "192.168.1.150"
class DEFAULT:
# Default volume from -80 to 18
VOLUME = "-40"
# Default input
INPUT = "GAME"
# Default sound mode
SOUND_MODE = "MCH STEREO"
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#ex042: Refaça o DESAFIO 35 dos triângulos, acrescentando o recurso de mostrar que tipo de triângulo será formado:
#– EQUILÁTERO: todos os lados iguais
#– ISÓSCELES: dois lados iguais, um diferente
#– ESCALENO: todos os lados diferentes
r1 = float(input('Primeiro segmento: '))
r2 = float(input('Segundo segmento: '))
r3 = float(input('Terceiro segmento: '))
if r1 == r2 == r3:
print('Os segmentos acima PODEM formar um triângulo {}EQUILÁTERO!{}' .format('\033[1;33m', '\033[m'))
elif r1 == r2 > r3 or r1 == r3 > r2 or r2 == r3 > r1:
print('Os segmentos acima PODEM formar um triângulo {}ISÓSCELES!{}' .format('\033[1;32m', '\033[m'))
else:
r1 != r2 != r3
print('Os segmentos acima PODEM formar um triângulo {}ESCALENO!{}' .format('\033[1;36m', '\033[m')) |
def longestSubsequence(A, N):
L = [1]*N
hm = {}
for i in range(1,N):
if abs(A[i]-A[i-1]) == 1:
L[i] = 1 + L[i-1]
elif hm.get(A[i]+1,0) or hm.get(A[i]-1,0):
L[i] = 1+max(hm.get(A[i]+1,0), hm.get(A[i]-1,0))
hm[A[i]] = L[i]
return max(L)
A = [1, 2, 3, 4, 5, 3, 2]
N = len(A)
print(longestSubsequence(A, N))
|
#reversing a string using loop
s = ('Python is the best programming language')
reversed_string = ''
for i in range(len(s)-1, -1, -1):
reversed_string += s[i]
print("reversed string: ", reversed_string)
exit()
#The range() function has two sets of parameters, as follows:
#range(stop)
#stop: Number of integers (whole numbers) to generate, starting from zero. eg. range(3) == [0, 1, 2].
#range([start], stop[, step])
#start: Starting number of the sequence.
#stop: Generate numbers up to, but not including this number.
#step: Difference between each number in the sequence. |
# math3d_side.py
class Side:
NEITHER = 'NEITHER'
BACK = 'BACK'
FRONT = 'FRONT' |
#!/usr/bin/python
# encoding: utf-8
"""
@author: Ian
@contact:yongguiluo@hotmail.com
@file: text.py.py
@time: 2019/3/20 14:02
"""
title = '智能金融起锚:文因、数库、通联瞄准的kensho革命'
text = '''2015年9月13日,39岁的鲍捷乘上从硅谷至北京的飞机,开启了他心中的金融梦想。
鲍捷,人工智能博士后,如今他是文因互联公司创始人兼CEO。和鲍捷一样,越来越多的硅谷以及华尔街的金融和科技人才已经踏上了归国创业征程。
在硅谷和华尔街,已涌现出Alphasense、Kensho等智能金融公司。
如今,这些公司已经成长为独角兽。
大数据、算法驱动的人工智能已经进入到金融领域。人工智能有望在金融领域最新爆发。
前段时间,笔者写完了《激荡二十五年:Wind、同花顺、东方财富、大智慧等金融服务商争霸史》、《边缘崛起:雪球、老虎、富途、牛股王等互联网券商的新玩法》,探讨了互联网时代、移动互联网时代创业者们的创想。
人工智能与金融正在融合,这里我们聚焦一下投研领域,后续会向交易、投顾等领域延展。这篇文章将描绘一下Kensho、文因互联、数库科技、通联数据在这个领域的探索和尝试,看看新时代正在掀起的巨浪。
1、Kensho的颠覆式革命
华尔街的Kensho是金融数据分析领域里谁也绕不过的一个独角兽。这家公司获得由高盛领投的6280万美元投资,总融资高达7280万美元。
33岁的Kensho创始人Daniel Nadler预言:在未来十年内,由于Kensho和其他自动化软件,金融行业有三分之一到二分之一的雇员将失业。
2014年,Nadler在哈佛大学学习数学和古希腊文化。大学期间,他在美联储担任访问学者时惊奇地发现,这家全球最具权势的金融监管机构仍然依靠Excel来对经济进行分析。
当时,希腊选举以及整个欧洲的不稳定局面正强烈冲击金融市场。访问期间,Nadler意识到无论是监管者还是银行家,除了翻过去的新闻消息以外,并不能给出什么好的方案。
于是,他和麻省理工学院的好友一起想办法,并借鉴Google的信息处理方法,来分析资本市场,设计出了Kensho软件。
一个典型的工作场景是:早上八点,华尔街的金融分析师冲进办公室,等待即将在8点半公布的劳工统计局月度就业报告。他打开电脑,用Kensho软件搜集劳工部数据。
两分钟之内,一份Kensho自动分析报告便出现在他的电脑屏幕上:一份简明的概览,随后是13份基于以往类似就业报告对投资情况的预测。
金融分析师们再无需检查,因为Kensho提取的这些分析基于来自数十个数据库的成千上万条数据。
Kensho界面与Google相似,由一条简单的黑色搜索框构成。其搜索引擎自动将发生的事件根据抽象特征进行分类。
福布斯报道过运用Kensho的成功案例。例如,英国脱欧期间,交易员成功运用Kensho了解到退欧选举造成当地货币贬值;此外,Kensho还分析了美国总统任期的前100天内股票涨跌情况(见下图):
(图片来源:福布斯)
Kensho在构建金融与万物的关联,并用结构化、数据化的方式去呈现。公司还专门雇佣了一位机器学习专家,而这位专家此前为谷歌研究世界图书馆的大型分类方法。
处理复杂的事件与投资关联,Kensho只需要几分钟。但是在华尔街一个普通的分析师需要几天时间去测算对各类资产的影响。而这些分析师普遍拿着30—40万美元的年薪。
此外,硅谷的创业公司AlphaSense公司已经悄然建成了一个解决专业信息获取和解决信息碎片问题的金融搜索引擎。
AlphaSense的首席执行官Jack Kukko曾是摩根士丹利分析师,这赋予了其强大的金融基因。
AlphaSense可以搜索“研究文献,包括公司提交的文件证明、演示、实时新闻、新闻报道、华尔街的投资研究、以及客户的内部内容。”
AlphaSense几秒钟内即可搜索数百万个不同的财务文档, 公司内部纰漏内容和卖方研究等,使用户可以快速发现关键数据点,并通过智能提醒、跟踪重要信息点、防止数据遗漏,做出关键的决策。
AlphaSense目前已经向包括摩根大通等投资和咨询公司、全球银行、律师事务所和公司(如甲骨文)等500余位客户提供服务。
2、海归博士的智能金融实验
2017年6月,在北京朝阳区的一个居民楼的办公室内,鲍捷和他的20名创业伙伴正在摸索打造一款智能金融分析工具,而他的目标正是华尔街的AlphaSense和Kensho。
41岁的鲍捷很享受创业,他说在中国这是最好的创业时代。在此之前,他有一段漫长的求学历程。
鲍捷是一个信息整理控,他从小学开始整理所有的历史人物、水文地理、卡通人物的关系等。合肥工业大学研究生阶段,他师从德国斯图加特大学归来的博士高隽,学习人工智能,深度研究神经网络。
2001年,他离开中国进入美国,先后为Lowa State Univ博士、RPI博士后、MIT访问研究员、BBN访问研究员,在美国完成了11年人工智能的学习和研究。他先后师从语义网创始人Jim Hendler和万维网发明人、图灵奖得主Tim Berners-Lee,参与了语义网学科形成期间的一些关键研究项目,并是知识图谱国际标准OWL的作者之一。
2013年,在三星研究院工作不到两年后,他开始了在硅谷的创业,研发了一款名为“好东西传送门”的产品。
该产品主要利用机器人程序在网站抓取人工智能、机器学习、大数据的最新技术资讯,利用专业领域知识过滤后,自动生产内容,传送至需要的人。
好东西传送门获取了数万铁粉,但无法盈利。2015年9月,他离开硅谷飞往北京,归国的第一天,便获得了无量资本100万美元的天使轮融资。他在中国创立了“文因互联”。
其实鲍捷很早就看到了人工智能和金融结合的前景。在2010年,他就提出了金融报表语言XBRL的语义模型。2015年底,他看到了Kensho在金融领域带来的革命,结合国内的投资需求,他选择了在新三板领域开始切入,当时只有7名员工,经过半年研发,文因在2016年5月推出了“快报”和“搜索”。
“快报”能够自动抓取每日公告、财报、新闻资讯等;而“搜索”能够自动提取产业链上下游公司、结构化财报等各类数据。
“这两款产品为我们获取了1万铁粉,虽然产品有很多缺陷,但是依旧很多人喜欢这个工具,因为以前没有能够满足这种需求的服务。”鲍捷向华尔街见闻表示。
但是他们发现做搜索需要庞大的知识架构,需要去集成各种金融相关数据,开发公司标签、产业标签、产业链等复杂的知识图谱,而做这个体系,再烧几亿,可能也无法完成。
更为恐怖的是,做完产品还要和金融信息服务商竞争。Wind、同花顺、东方财富,挡在了文因互联面前。
“我放弃了从头到尾设计一个大系统的想法,而是从具体场景出发解决单点问题。从年底开始我分了一部分人去做项目,但每一个项目都是我们大系统里面的一个组件,这个项目根据金融客户的真实需求去打磨,然后将这些组件整合为一个系统的产品。”鲍捷反思道,创业需要寻找用户最痛的点,然后扎下去解决问题。
经过一年的创业,鲍捷变得更接地气。去年下半年以来,他密集地拜访各大银行、基金、保险、券商,根据金融机构的需求,在标准化产品之上定制化,从具体业务的自动化出发走向智能化。
目前恒丰银行、南京银行、中债资信等均已成为文因互联的合作客户。
文因互联很快根据金融机构的需求开发出了公告摘要、自动化报告、财报结构化数据等多个软件产品,并开发出了投研小机器人。
2016年年底,文因互联再次获得睿鲸资本Pre-A轮融资。而这位睿鲸资本的投资人,曾经是鲍捷的网友,他们经常在一起讨论人工智能问题。
鲍捷举例说,深市、沪市、新三板加在一起每天平均大概3000-4000份公告,每天处理公告数据提取和摘要,这是一件非常繁琐的事情。很多金融机构要养20多人处理公告,而且这些人还不能快速高效准确地处理。这类事情机器做最适合。给机器程序输入金融知识,并通过模型训练,能够快速准确地提取各项公告摘要和年报摘要。
鲍捷表示,文因互联长远目标是Kensho,用人工智能提升金融投研效率和渠道效率,而这还有很长的路要走。
3、中国式创新距离Kensho有多远?
上海的另外一位海归,也选择在金融研投领域创业,他叫刘彦,已经归国创业了八年。
八年前,他创立的数库科技,如今获得了京东金融1000万美元的投资。
2003年,23岁的他从密歇根商学院毕业,进入华尔街瑞信公司,一年后他主动调到香港分公司。 5年里,他主导完成了建设银行、工商银行、太平洋保险等大公司的上市项目。
华尔街2008年的金融危机波及全球,人性的贪婪和恐惧暴露无遗。在刘彦眼里,从数据层面到决策层面,每一个环节都充斥着被加工过的信息。2009年,他选择回到上海创业。刘彦最初的野心很大,想构建中国的彭博终端,他花费两年的时间构建完成“半结构化数据”。
2011年,数库获得穆迪资本500万美元投资。很快,原公司从70人扩张到140人。但因数库的战略计划并未完成,穆迪资本放弃进一步投资,他和联合创始人沈鑫卖掉房子,继续维持运营。
刘彦破釜沉舟,公司很快攻克了信息识别系统和精度抓取,并在深度分析等方面取得突破。
数库科技试图覆盖全球上市公司:A股3218家、港股1993家美股4953家、新三板10725家、非上市金融490家、股权交易中心2467家。
目前,数库主要服务于B端金融机构。数库自称核心独家的产品有两款:其一、SAM(Segment Analytics Mapping)行业分析工具。数库是根据上市公司实际披露的产品分项推导出其行业分类,会根据上市公司的定期报告实时做出调整。数库行业分类,分为10个层级,4000个产品节点,帮助投资者快速了解产业竞争环境、系统化对比公司财务及运营数据。其二、产业链的分析工具。数库在行业分析工具SAM的基础上,衍生出的一个分析工具。从产业链条的角度,将上市公司通过产品相互关联,帮助投资人优先布局上下游的投资机会。
刘彦的终极理想是通过科技的发展,使金融从“投机”和“博弈”中逐渐走出来,走向非人为的自动化运行,把专业人士和投资弱势群体之间的距离拉近,使个人拥有机构投资者的能力。
这两年,科技金融成为创投最热的风口。中国的大集团也瞄准了这个产业变革的机会。国内民营巨头万向集团看准了智能金融这个方向。
2011年,万向集团挖来了时任博时基金总经理肖风,担任万向集团副董事长。他迅速构建起庞大的金融帝国:浙商银行、浙商基金、民生人寿、万向财务、通联数据等公司。
2013年12月,注册资本3亿元的通联数据在上海创立,肖峰为创始人兼董事长。
通联数据的野心很庞大,目前员工达到300人,正面与Wind、同花顺、东方财富竞争,并推出了PC和移动端的资产管理业务的一站式服务平台,内容涵盖大数据分析、智能投资研究、量化研究、智能投顾和资产配置管理服务等多个领域。
通联数据认为,自己的核心是有一批高素质的技术人才,同时还有顶级金融人才。
2017年6月6日,恒生电子正式面向金融机构推出最新的人工智能产品:涵盖智能投资、智能资讯、智能投顾、智能客服四大领域。其中一款产品智能小梵可通过强大人机自然交互,提供精准数据提炼及智能资讯分析。
在笔者的走访中,越来越多高科技人才、金融人才进入智能金融投研领域,这个领域已经成为红海。
谁能够乘着人工智能浪潮,成为新一代的金融信息服务终端?
敬请关注后续报道。
'''
|
"""Defines the StartResponseMock class.
Copyright 2013 by Rackspace Hosting, Inc.
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.
"""
class StartResponseMock:
"""Mock object that represents a WSGI start_response callable
Attributes:
call_count: Number of times start_response was called.
status: HTTP status line, e.g. "785 TPS Cover Sheet not attached".
headers: Headers array passed to start_response, per PEP-333
headers_dict: Headers array parsed into a dict to facilitate lookups
"""
def __init__(self):
"""Initialize attributes to default values"""
self._called = 0
self.status = None
self.headers = None
self.exc_info = None
def __call__(self, status, headers, exc_info=None):
"""Implements the PEP-3333 start_response protocol"""
self._called += 1
self.status = status
self.headers = headers
self.headers_dict = dict(headers)
self.exc_info = exc_info
@property
def call_count(self):
return self._called
|
first_space = int(input())
end_space = int(input())
magic_num = int(input())
combinations = 0
is_found = False
for a in range(first_space, end_space + 1):
for b in range(first_space, end_space + 1):
combinations +=1
if a + b == magic_num:
print(f'Combination N:{combinations} ({a} + {b} = {magic_num})')
is_found = True
break
if is_found:
break
if not is_found:
print(f'{combinations} combinations - neither equals {magic_num}')
|
#!/bin/python
PrimerTypes = ["ForwardPrimer", "ReversePrimer"]
FastaRegionPrefix = "REGION_"
ClustalCommand = "clustalo"
|
# DICTIONARY
cod_uf = {
21 : 'Maranhão',
22 : 'Piauí',
23 : 'Ceará',
24 : 'Rio grande Do Norte',
25 : 'Paraíba',
26 : 'Pernanbuco',
27 : 'Alagoas',
28 : 'Sergipe',
29 : 'Bahia'}
print(type(cod_uf))
print(cod_uf)
print('\n/******************************/\n')
# Valores Ordenados.
print(cod_uf.values())
print('\n/******************************/\n')
# Duplicados Não São permitidos.
# Acessando os Valores.
print(cod_uf.get(29))
print(cod_uf.get(23))
print(cod_uf.keys())
print('\n/******************************/\n')
# Adicionando Novos Valores.
cod_uf[30] = 'Léo De Paula'
print(cod_uf) |
# Read two integer numbers and, after that, exchange their values. Print the variable values before and after the exchange, as shown below:
a = int(input())
b = int(input())
print(f'Before:\na = {a}\nb = {b}')
a, b = b, a
print(f'After:\na = {a}\nb = {b}')
|
IDENTITY = lambda a: a
IF = IDENTITY
# boolean values
TRUE = lambda a: lambda b: a
FALSE = lambda a: lambda b: b
# base boolean operations
OR = lambda a: lambda b: a(TRUE)(b)
AND = lambda a: lambda b: a(b)(FALSE)
NOT = lambda a: a(FALSE)(TRUE)
# additional boolean operations
XOR = lambda a: lambda b: a(b(FALSE)(TRUE))(b(TRUE)(FALSE))
XNOR = lambda a: lambda b: NOT(XOR(a)(b))
|
def merge(d, *dicts):
"""
Recursively merges dictionaries
"""
for d_update in dicts:
if not isinstance(d, dict):
raise TypeError("{0} is not a dict".format(d))
dict_merge_pair(d, d_update)
return d
def dict_merge_pair(d1, d2):
"""
Recursively merges values from d2 into d1.
"""
for key in d2:
if key in d1 and isinstance(d1[key], dict) and \
isinstance(d2[key], dict):
dict_merge_pair(d1[key], d2[key])
else:
d1[key] = d2[key]
return d1
|
# example to understand variables
a = [2, 4, 6]
b = a
a.append(8)
print(b)
# example to understand variables scope
a = 15; b = 25
def my_function():
global a
a = 11; b = 21
my_function()
print(a) #11
print(b) #25 |
def multiply(a,b):
return a*b
def divide(a,b):
return a/b
|
expected_output = {
"version": {
"build_time": "08:13:43 Apr 7, 2021",
"firmware_ver": "18r.1.00h",
"install_time": "07:14:32 Jun 1, 2021",
"slot": {
"L1/0": {
"name": "L1/0",
"primary_ver": "18r.1.00h",
"secondary_ver": "18r.1.00h",
"status": "ACTIVE",
},
"L2/0": {
"name": "L2/0",
"primary_ver": "18r.1.00h",
"secondary_ver": "18r.1.00h",
"status": "ACTIVE",
},
"L3/0": {
"name": "L3/0",
"primary_ver": "18r.1.00h",
"secondary_ver": "18r.1.00h",
"status": "ACTIVE",
},
"L4/0": {
"name": "L4/0",
"primary_ver": "18r.1.00h",
"secondary_ver": "18r.1.00h",
"status": "ACTIVE",
},
"L5/0": {
"name": "L5/0",
"primary_ver": "18r.1.00h",
"secondary_ver": "18r.1.00h",
"status": "ACTIVE",
},
"L6/0": {
"name": "L6/0",
"primary_ver": "18r.1.00h",
"secondary_ver": "18r.1.00h",
"status": "ACTIVE",
},
"L7/0": {
"name": "L7/0",
"primary_ver": "18r.1.00h",
"secondary_ver": "18r.1.00h",
"status": "ACTIVE",
},
"L8/0": {
"name": "L8/0",
"primary_ver": "18r.1.00h",
"secondary_ver": "18r.1.00h",
"status": "ACTIVE",
},
"M1": {
"name": "M1",
"primary_ver": "18r.1.00h",
"secondary_ver": "18r.1.00h",
"status": "ACTIVE",
},
"M2": {
"name": "M2",
"primary_ver": "18r.1.00h",
"secondary_ver": "18r.1.00h",
"status": "STANDBY",
},
},
"system_uptime": "94days 8hrs 25mins 29secs",
}
}
|
# coding:utf-8
# example 20: priority_queue.py
class Array(object):
def __init__(self, size=32):
self._size = size
self._items = [None] * size
def __getitem__(self, idx):
return self._items[idx]
def __setitem__(self, idx, val):
self._items[idx] = val
def __len__(self):
return self._size
def __iter__(self):
for item in self._items:
yield item
def clear(self, val=None):
for i in range(len(self._items)):
self._items[i] = val
# 上边是 Array 的代码，下边是 MaxHeap 的实现
class MaxHeap(object):
def __init__(self, maxsize=None):
self.maxsize = maxsize
self._elements = Array(maxsize)
self._cnt = 0
def __len__(self):
return self._cnt
def _siftup(self, idx): # 递归版
if idx > 0:
parent = (idx - 1) // 2
if self._elements[parent] < self._elements[idx]:
self._elements[parent], self._elements[idx] =\
self._elements[idx], self._elements[parent]
self._siftup(parent)
def _siftdown(self, idx):
largest = idx
left = 2 * idx + 1
right = 2 * idx + 2
if right < self._cnt:
if self._elements[left] < self._elements[right] and\
self._elements[largest] < self._elements[right]:
largest = right
elif self._elements[largest] < self._elements[left]:
largest = left
elif left < self._cnt:
if self._elements[largest] < self._elements[left]:
largest = left
if largest != idx:
self._elements[largest], self._elements[idx] =\
self._elements[idx], self._elements[largest]
self._siftdown(largest)
def add(self, val):
if self._cnt == self.maxsize:
raise Exception("maxheap full")
self._elements[self._cnt] = val
self._siftup(self._cnt)
self._cnt += 1
def extract(self):
if self._cnt == 0:
raise Exception("maxheap empty")
val = self._elements[0]
self._cnt -= 1
self._elements[0] = self._elements[self._cnt]
self._siftdown(0)
return val
# 上边是 MaxHeap 的代码，下边是 PriorityQueue 的实现
class PriorityQueue(object):
def __init__(self, maxsize=None):
self.maxsize = maxsize
self._maxheap = MaxHeap(maxsize)
def push(self, priority, val):
entry = (priority, val)
self._maxheap.add(entry) # 比较的是 priority
def pop(self, with_priority=False):
entry = self._maxheap.extract()
return entry if with_priority else entry[1]
def empty(self):
return len(self._maxheap) == 0
# use pytest
size = 5
pq = PriorityQueue(size)
class TestPriorityQueue(object):
def test_push(self):
pq.push(5, "神")
pq.push(3, "鬼")
pq.push(4, "龙")
pq.push(1, "狼")
pq.push(2, "虎")
def test_pop(self):
res = []
while not pq.empty():
res.append(pq.pop())
assert res == ["神", "龙", "鬼", "虎", "狼"]
|
# testNamespace.someFunction
testNamespace.some_function("", 0, False)
# testNamespace.someFunctionWithDefl
testNamespace.some_function_with_defl(5, True)
|
def solve():
n = int(input())
f = [1, 2] + [0] * (n - 2)
for i in range(2, n):
f[i] = (f[i - 2] + f[i - 1]) % 15746
print(f[n - 1])
solve()
|
# Faça uma solução lógica em Python para resolver a o problema do Pedro, que comprou um saco de ração com peso em quilos. Ele possui três gatos, para os quais fornece a quantidade de ração em gramas. A quantidade diária de ração fornecida para cada gato é sempre a mesma. Faça uma lógica que receba o peso do saco de ração e a quantidade de ração fornecida para cada gato, calcule e mostre quanto restará de ração no saco após sete dias.
kilo = float(input('Digite os quilos de ração: '))
gato1 = float(input('Digite o consumo diário de ração para o primeiro em gramas: '))
gato2 = float(input('Digite o consumo diário de ração para o segundo em gramas: '))
gato3 = float(input('Digite o consumo diário de ração para o terceiro em gramas: '))
quant1 = gato1 / 1000 * 7
quant2 = gato2 / 1000 * 7
quant3 = gato3 / 1000 * 7
res = kilo - quant1 - quant2 - quant3
print(f'\nRestaram {res:.1f} Kg de ração após 7 dias de consumo por três gatos') |
# -*- coding: UTF-8 -*-
"""Set Operations."""
hero1 = {"smart", "rich", "armored", "martial_artist", "strong"}
hero2 = {"smart", "fast", "strong", "invulnerable", "antigravity"}
type(hero1)
type(hero2)
# Attributes for both heros (union)
hero1 | hero2
hero1.union(hero2)
# Attributes common to both heros (intersection)
hero1 & hero2
hero1.intersection(hero2)
# Attributes in hero1 that are not in hero2 (difference)
hero1 - hero2
hero1.difference(hero2)
# Attributes in hero2 that are not in hero1 (difference)
hero2 - hero1
hero2.difference(hero1)
# Attributes for hero1 or hero2 but not both (symmetric difference)
hero1 ^ hero2
hero1.symmetric_difference(hero2)
|
m, n = map(int, input().split())
dicionario = {}
for i in range(m):
cargo, valor = input().split()
dicionario[cargo] = int(valor)
for i in range(n):
a = input().split()
total = 0
while a != ["."]:
for word in a:
if word in dicionario:
total += dicionario[word]
a = input().split()
print(total)
|
f = lambda seg,c: sum([v[0]/(v[1]+c) for v in seg])
n,t = [int(i) for i in input().split()]
seg = []
l,r = -2011,10**9
for i in range(n):
seg.append([int(j) for j in input().split()])
l = max(l,-seg[i][1])
c = (l+r)/2
curr = f(seg,c)
it = 1000
while abs(curr-t) > 10**(-7) and it > 0:
if curr >= t:
l = c
elif curr < t:
r = c
c = (l+r)/2
curr = f(seg,c)
it -= 1
print(c)
|
def particionar(lista, inicio, fim):
"""
Com base em um elemento pivo, coloca a esquerda dele
todos os elementos menores que ele e a direita todos
os elementos maiores que ele. Retornando a real posição
desse pivo
"""
pivo = lista[inicio]
i = inicio
j = fim
terminou = False
while not terminou:
while j > inicio:
if j == i:
terminou = True
break
if lista[j] < pivo:
lista[i] = lista[j]
break
j-=1
while i < fim:
if j == i:
terminou = True
break
if lista[i] > pivo:
lista[j] = lista[i]
break
i+=1
lista[j] = pivo
return j
def quick_sort(lista, inicio, fim):
"""
Realiza o quick_sort para ordenar uma lista de
forma recursiva
"""
if inicio < fim:
posicao_pivo = particionar(lista, inicio, fim)
quick_sort(lista, inicio, posicao_pivo - 1)
quick_sort(lista, posicao_pivo + 1, fim)
def main():
lista = list(map(int, input().split()))
quick_sort(lista, 0, len(lista)-1)
print(' '.join(map(str, lista)))
main()
|
# Copyright (c) 2020 Graphcore Ltd. All rights reserved
# signatures for manually added operators
signatures = {
'beginIpuBlock': [['clong'], ['clong'], ['clong']],
'cast': ['Args', ['scalar_type']],
'internalCast': ['Args', ['cstr']],
'constantPad': ['Args', ['clong_list'], ['cfloat']],
'edgePad': ['Args', ['clong_list']],
'optimizerGroup': [['clong'], ['tensor_list']],
'printIpuTensor': ['Args', ['cstr']],
'callCpuOp': [['tensor_list'], ['cstr'], ['node']],
'randomNormal': [
'Args', ['tensor_shape'], ['cfloat'], ['cfloat'],
['scalar_type', 'None']
],
'randomUniform': [
'Args', ['tensor_shape'], ['cfloat'], ['cfloat'],
['scalar_type', 'None']
],
'recomputationCheckpoint': ['Args'],
'reflectionPad': ['Args', ['clong_list']],
'setAvailableMemory': ['Args', ['cfloat']],
'setMatMulSerialization': ['Args', ['cstr'], ['clong'], ['cint']],
'endForLoop': ['Args', ['clong']]
}
|
def post(settings):
data = {"dynaconf_merge": True}
if settings.get("ADD_BEATLES") is True:
data["BANDS"] = ["Beatles"]
return data
|
# Bluerred Image Detection
#
# Author: Jasonsey
# Email: 2627866800@qq.com
#
# =============================================================================
"""global config file"""
# ------------------------------net config------------------------
NUM_CLASS = 2 # number of classes
CUDA_VISIBLE_DEVICES = '2' # which device to use
BATCH_SIZE = 32 # the batch size to train the CNN model
PREDICT_GPU_MEMORY = 0.08 # limit the gpu use for each process
# ------------------------------queue config-----------------------
THRIFT_HOST = '172.18.31.211' # the host of thrift served
THRIFT_PORT = 9099 # the port of thrift served
THRIFT_NUM_WORKS = 12 # how manny subprocess the thrift use
def init_config():
"""config the remaining configuration"""
global GPUS
GPUS = len(CUDA_VISIBLE_DEVICES.split(','))
init_config()
|
#Задачи на циклы и оператор условия------
#----------------------------------------
'''
Задача 1
Вывести на экран циклом пять строк из нулей длиной 4, причем каждая строка должна быть пронумерована.
Пример:
0 0000
1 0000
2 0000
3 0000
....
'''
'''
Задача 2
Пользователь в цикле вводит 10 производных цифр. Выведите количество введеных пользователем цифр 5.
'''
'''
Задача 3
Вывести сумму ряда чисел от 1 до 100. Полученный результат вывести на экран.
'''
'''
Задача 4
Найти произведение ряда чисел от 1 до 10. Полученный результат вывести на экран(можно поискать в интернете алгоритм факториала в python).
'''
'''
(!!!Подсказка на следующую задачу - превратите число в строку, а потом работайте с строкой)
Задача 5
Вывести цифры числа на каждой новой строке.
Пример:
123567
1
2
3
4
5
6
7
'''
|
class Text():
RED = "\033[1;31;1m"
GREEN = '\033[1;32;1m'
YELLOW = '\033[1;33;1m'
UNDERLINE = '\033[4m'
def apply(str, format):
return(format + str + '\033[0m')
|
qntpao=12
qntcookies=20
precopao=6.79
precookies=11.34
valor=0
quantidade=0
tipocomida=str(input('digite o tipo de comida :')).upper()
qntpessoas=int(input('digite a quantidade de pessoas que vão à festa:'))
if tipocomida=='COOKIE':
quantidade=int(qntpessoas/qntcookies)
print('a quantidade de pacotes é {} e o valor é {}'.format(quantidade,precookies*quantidade))
|
# .................................................................................................................
level_dict["bronze"] = {
"scheme": "bronze_scheme",
"size": (9,6,9),
"intro": "bronze",
"help": (
"$scale(1.5)mission:\nactivate the exit!\n\n" + \
"to activate the exit\nfeed it with electricity:\n\n" + \
"connect the generator\nwith the motor\n"+ \
"and close the circuit\nwith the wire stones",
),
"player": { "position": (0,1,0),
},
"exits": [
{
"name": "exit",
"active": 0,
"position": (0,0,0),
},
],
"create":
"""
s = world.getSize()
d = 2
world.addObjectAtPos (KikiMotorCylinder (KikiFace.PY), KikiPos (s.x/2, 1, s.z/2))
world.addObjectAtPos (KikiMotorGear (KikiFace.PY), KikiPos (s.x/2, 0, s.z/2))
world.addObjectAtPos (KikiGear (KikiFace.PY), KikiPos (s.x/2-1, s.y-1, s.z/2-1))
world.addObjectAtPos (KikiGenerator (KikiFace.PY), KikiPos (s.x/2+1, s.y-1, s.z/2-1))
#world.addObjectAtPos (KikiHealthAtom (), KikiPos (s.x/2+1, s.y-1, s.z/2+1))
world.addObjectAtPos (KikiBomb (), KikiPos (s.x/2-1, s.y-1, s.z/2+1))
world.addObjectAtPos (KikiWireStone (), KikiPos (s.x/2, s.y-1, s.z/2))
world.addObjectAtPos (KikiWireStone (), KikiPos (s.x/2+1, s.y-2, s.z/2))
world.addObjectAtPos (KikiWireStone (), KikiPos (s.x/2-1, s.y-2, s.z/2))
# floor wire square
world.addObjectLine ("KikiWire (KikiFace.PY, 10)", KikiPos (s.x/2-d+1, 0, s.z/2-d), KikiPos (s.x/2+d, 0, s.z/2-d))
world.addObjectLine ("KikiWire (KikiFace.PY, 10)", KikiPos (s.x/2-d+1, 0, s.z/2+d), KikiPos (s.x/2+d, 0, s.z/2+d))
world.addObjectAtPos (KikiWire (KikiFace.PY, 5), KikiPos (s.x/2-d, 0, s.z/2+1))
world.addObjectAtPos (KikiWire (KikiFace.PY, 5), KikiPos (s.x/2-d, 0, s.z/2-1))
world.addObjectAtPos (KikiWire (KikiFace.PY, 13), KikiPos (s.x/2-d, 0, s.z/2))
world.addObjectAtPos (KikiWire (KikiFace.PY, 5), KikiPos (s.x/2+d, 0, s.z/2+1))
world.addObjectAtPos (KikiWire (KikiFace.PY, 5), KikiPos (s.x/2+d, 0, s.z/2-1))
world.addObjectAtPos (KikiWire (KikiFace.PY, 7), KikiPos (s.x/2+d, 0, s.z/2))
# corners of wire square
world.addObjectAtPos (KikiWire (KikiFace.PY, 6), KikiPos (s.x/2-d, 0, s.z/2-d))
world.addObjectAtPos (KikiWire (KikiFace.PY, 3), KikiPos (s.x/2-d, 0, s.z/2+d))
world.addObjectAtPos (KikiWire (KikiFace.PY, 9), KikiPos (s.x/2+d, 0, s.z/2+d))
world.addObjectAtPos (KikiWire (KikiFace.PY, 12), KikiPos (s.x/2+d, 0, s.z/2-d))
world.addObjectLine ("KikiWire (KikiFace.PY, 10)", KikiPos (0, 0, s.z/2), KikiPos (s.x/2-d, 0, s.z/2))
world.addObjectLine ("KikiWire (KikiFace.PY, 10)", KikiPos (s.x/2+d+1, 0, s.z/2), KikiPos (s.x, 0, s.z/2))
# ceiling wire square
world.addObjectLine ("KikiWire (KikiFace.NY, 10)", KikiPos (s.x/2-d+1, s.y-1, s.z/2-d), KikiPos (s.x/2+d, s.y-1, s.z/2-d))
world.addObjectLine ("KikiWire (KikiFace.NY, 10)", KikiPos (s.x/2-d+1, s.y-1, s.z/2+d), KikiPos (s.x/2+d, s.y-1, s.z/2+d))
world.addObjectAtPos (KikiWire (KikiFace.NY, 5), KikiPos (s.x/2-d, s.y-1, s.z/2+1))
world.addObjectAtPos (KikiWire (KikiFace.NY, 5), KikiPos (s.x/2-d, s.y-1, s.z/2-1))
world.addObjectAtPos (KikiWire (KikiFace.NY, 13), KikiPos (s.x/2-d, s.y-1, s.z/2))
world.addObjectAtPos (KikiWire (KikiFace.NY, 5), KikiPos (s.x/2+d, s.y-1, s.z/2+1))
world.addObjectAtPos (KikiWire (KikiFace.NY, 5), KikiPos (s.x/2+d, s.y-1, s.z/2-1))
world.addObjectAtPos (KikiWire (KikiFace.NY, 7), KikiPos (s.x/2+d, s.y-1, s.z/2))
# corners of wire square
world.addObjectAtPos (KikiWire (KikiFace.NY, 3), KikiPos (s.x/2-d, s.y-1, s.z/2-d))
world.addObjectAtPos (KikiWire (KikiFace.NY, 6), KikiPos (s.x/2-d, s.y-1, s.z/2+d))
world.addObjectAtPos (KikiWire (KikiFace.NY, 12), KikiPos (s.x/2+d, s.y-1, s.z/2+d))
world.addObjectAtPos (KikiWire (KikiFace.NY, 9), KikiPos (s.x/2+d, s.y-1, s.z/2-d))
world.addObjectLine ("KikiWire (KikiFace.NY, 10)", KikiPos (0, s.y-1, s.z/2), KikiPos (s.x/2-d, s.y-1, s.z/2))
world.addObjectLine ("KikiWire (KikiFace.NY, 10)", KikiPos (s.x/2+d+1, s.y-1, s.z/2), KikiPos (s.x, s.y-1, s.z/2))
# wall wire lines
world.addObjectLine ("KikiWire (KikiFace.PX, 5)", KikiPos ( 0, 0, s.z/2), KikiPos ( 0, s.y, s.z/2))
world.addObjectLine ("KikiWire (KikiFace.NX, 5)", KikiPos (s.x-1, 0, s.z/2), KikiPos (s.x-1, s.y, s.z/2))
""",
} |
# parsetab.py
# This file is automatically generated. Do not edit.
_tabversion = '3.10'
_lr_method = 'LALR'
_lr_signature = 'leftIDleftNUMBERINFINITYleftBEGIN_CASEEND_CASEBEGIN_BMATRIXEND_BMATRIXBEGIN_PMATRIXEND_PMATRIXBACKSLASHESleftINTEGRALDIFFERENTIALDIEPARTIALLIMITTOrightCOMMArightPIPErightLPARENRPARENrightLBRACERBRACELBRACKETRBRACKETFRACleftPIPRIMErightLEGELTGTEQNEQleftINrightDOTSleftSUMPRODleftFACTORIALleftPLUSMINUSleftTIMESDIVIDEMODCHOOSEDOTleftUPLUSUMINUSrightCARETleftLFLOORRFLOORLCEILRCEILSINHASINHSINASINCOSHACOSHCOSACOSTANHATANHTANATANSECASECCSCACSCCOTHACOTHCOTACOTSQRTLNLOGEXPGCDDEGGRADIENTDETERMINANTCROSSFRAC NUMBER PLUS MINUS TIMES DIVIDE LPAREN RPAREN LBRACKET RBRACKET LBRACE RBRACE LFLOOR RFLOOR LCEIL RCEIL ASINH SINH ASIN SIN ACOSH COSH ACOS COS ATANH TANH ATAN TAN ASEC SEC ACSC CSC ACOTH COTH ACOT COT SQRT LOG LN EXP MOD CARET COMMA ID PIPE INFINITY UNDERLINE INTEGRAL DIFFERENTIAL D I E PARTIAL SUM PROD IN DOTS EQ NEQ LT LE GT GE FACTORIAL PERCENT ETA_LOWER ZETA_LOWER PHI_LOWER PSI_LOWER SIGMA_LOWER DELTA_LOWER THETA_LOWER LAMBDA_LOWER EPSILON_LOWER TAU_LOWER KAPPA_LOWER OMEGA_LOWER ALPHA_LOWER XI_LOWER CHI_LOWER NU_LOWER RHO_LOWER OMICRON_LOWER UPSILON_LOWER IOTA_LOWER BETA_LOWER GAMMA_LOWER MU_LOWER PI_UPPER PI BETA GAMMA MU KAPPA OMICRON OMEGA LAMBDA IOTA PSI PHI SIGMA ETA ZETA THETA EPSILON TAU ALPHA XI CHI NU RHO UPSILON LIMIT TO PRIME GCD DEG CHOOSE GRADIENT LAPLACIAN BEGIN_CASE END_CASE BACKSLASHES BEGIN_BMATRIX END_BMATRIX BEGIN_PMATRIX END_PMATRIX BEGIN_VMATRIX END_VMATRIX BEGIN_NMATRIX END_NMATRIX AMPERSAND DETERMINANT CROSS DOTMAIN : Expression\n | Constraint\n | ConstraintSystemFactor : NUMBER\n | ImaginaryNumber\n | NapierNumber\n | ID\n | INFINITY\n | Symbol\n | IteratedExpression\n | DivisorFunction\n | Derivative\n | Integral\n | Limit\n | DifferentialVariable\n | ChooseExpression\n | Matrix\n | Determinant\n | Norm\n | FractionalExpression\n | ID CARET LBRACE Expression RBRACE\n | LPAREN Expression RPARENTerm : Term TIMES Factor\n | Term DOT Factor\n | Term CROSS Factor\n | Term DIVIDE Factor\n | Term MOD Factor\n | Term CARET LBRACE Expression RBRACE\n | FactorExpression : Expression PLUS Term\n | Expression MINUS Term\n | TermFactor : PLUS Expression %prec UPLUS\n | MINUS Expression %prec UMINUSFactor : NUMBER FACTORIAL\n | ID FACTORIAL\n | LPAREN Expression RPAREN FACTORIAL\n | NUMBER PERCENT\n | ID PERCENT\n | LPAREN Expression RPAREN PERCENTFractionalExpression : FRAC LBRACE Expression RBRACE LBRACE Expression RBRACEFactor : SQRT LBRACE Expression RBRACE\n\n | SQRT LBRACKET NUMBER RBRACKET LBRACE Expression RBRACE\n \n | LFLOOR Expression RFLOOR\n \n | LCEIL Expression RCEIL\n \n | PIPE Expression PIPE\n\n | ASINH LPAREN Expression RPAREN\n \n | ASINH ID\n\n | ASINH NUMBER\n\n | SINH LPAREN Expression RPAREN\n \n | SINH ID\n\n | SINH NUMBER\n \n | ASIN LPAREN Expression RPAREN\n\n | ASIN ID\n\n | ASIN NUMBER\n\n | SIN LPAREN Expression RPAREN\n \n | SIN ID\n\n | SIN NUMBER\n\n | ACOSH LPAREN Expression RPAREN\n\n | ACOSH ID\n\n | ACOSH NUMBER\n\n | COSH LPAREN Expression RPAREN\n\n | COSH ID\n\n | COSH NUMBER\n\n | ACOS LPAREN Expression RPAREN\n\n | ACOS ID\n\n | ACOS NUMBER\n\n | COS LPAREN Expression RPAREN\n\n | COS ID\n\n | COS NUMBER\n\n | ATANH LPAREN Expression RPAREN\n\n | ATANH ID\n\n | ATANH NUMBER\n\n | TANH LPAREN Expression RPAREN\n\n | TANH ID\n\n | TANH NUMBER\n\n | ATAN LPAREN Expression COMMA Expression RPAREN\n | ATAN LPAREN Expression RPAREN\n \n | ATAN ID\n\n | ATAN NUMBER\n\n | TAN LPAREN Expression RPAREN\n\n | TAN ID\n\n | TAN NUMBER\n\n | ASEC LPAREN Expression RPAREN\n\n | ASEC ID\n\n | ASEC NUMBER\n\n | SEC LPAREN Expression RPAREN\n \n | SEC ID\n\n | SEC NUMBER\n\n | ACSC LPAREN Expression RPAREN\n\n | ACSC ID\n\n | ACSC NUMBER\n\n | CSC LPAREN Expression RPAREN\n\n | CSC ID\n\n | CSC NUMBER\n\n | ACOTH LPAREN Expression RPAREN\n\n | ACOTH ID\n\n | ACOTH NUMBER\n\n | COTH LPAREN Expression RPAREN\n\n | COTH ID\n\n | COTH NUMBER\n\n | ACOT LPAREN Expression RPAREN\n\n | ACOT ID\n\n | ACOT NUMBER\n\n | COT LPAREN Expression RPAREN\n\n | COT ID\n\n | COT NUMBER\n \n | LOG LPAREN Expression RPAREN\n\n | LOG ID\n\n | LOG NUMBER\n\n | LOG UNDERLINE LBRACE NUMBER RBRACE LPAREN Expression RPAREN\n \n | LN LPAREN Expression RPAREN\n\n | LN ID\n\n | LN NUMBER\n \n | EXP LPAREN Expression RPAREN\n\n | EXP ID\n\n | EXP NUMBER\n\n | GCD LPAREN ExpressionList RPAREN\n\n | GCD ID\n\n | GCD NUMBER\n\n | DEG LPAREN ExpressionList RPAREN\n\n | DEG ID\n\n | DEG NUMBER\n\n | GRADIENT LPAREN ExpressionList RPAREN\n\n | GRADIENT ID\n\n | GRADIENT NUMBER\n\n | GRADIENT DOT LPAREN ExpressionList RPAREN\n\n | GRADIENT DOT ID\n\n | GRADIENT DOT NUMBER\n\n | GRADIENT CROSS LPAREN ExpressionList RPAREN\n \n | GRADIENT CROSS ID\n \n | GRADIENT CROSS NUMBER\n \n | LAPLACIAN LPAREN Expression RPAREN\n \n | LAPLACIAN NUMBER\n \n | LAPLACIAN ID\n \n | DETERMINANT LPAREN Matrix RPAREN\n \n | DETERMINANT Matrix\n\n | Symbol LPAREN ExpressionList RPAREN\n \n | ID LPAREN ExpressionList RPAREN\n \n | ID LPAREN RPARENRange : Expression DOTS ExpressionIndexingExpression : ID IN RangeIteratedExpression : SUM UNDERLINE LBRACE IndexingExpression RBRACE Expression\n | SUM UNDERLINE LBRACE ID EQ Expression RBRACE CARET LBRACE Expression RBRACE Expression\n | PROD UNDERLINE LBRACE IndexingExpression RBRACE Expression\n | PROD UNDERLINE LBRACE ID EQ Expression RBRACE CARET LBRACE Expression RBRACE ExpressionIntegral : INTEGRAL UNDERLINE LBRACE Expression RBRACE CARET LBRACE Expression RBRACE Expression DIFFERENTIAL\n | INTEGRAL UNDERLINE LBRACE Expression RBRACE Expression DIFFERENTIAL\n | INTEGRAL CARET LBRACE Expression RBRACE Expression DIFFERENTIAL\n | INTEGRAL Expression DIFFERENTIALDerivative : FRAC LBRACE D RBRACE LBRACE DIFFERENTIAL RBRACE Expression\n | FRAC LBRACE D CARET LBRACE NUMBER RBRACE RBRACE LBRACE DIFFERENTIAL CARET LBRACE NUMBER RBRACE RBRACE ExpressionDerivative : FRAC LBRACE D Expression RBRACE LBRACE DIFFERENTIAL RBRACE\n | FRAC LBRACE D CARET LBRACE NUMBER RBRACE Expression RBRACE LBRACE DIFFERENTIAL CARET LBRACE NUMBER RBRACE RBRACEDerivative : FRAC LBRACE PARTIAL RBRACE LBRACE PARTIAL ID RBRACE Expression\n | FRAC LBRACE PARTIAL CARET LBRACE NUMBER RBRACE RBRACE LBRACE PARTIAL ID CARET LBRACE NUMBER RBRACE RBRACE ExpressionDerivative : FRAC LBRACE PARTIAL Expression RBRACE LBRACE PARTIAL ID RBRACE\n | FRAC LBRACE PARTIAL CARET LBRACE NUMBER RBRACE Expression RBRACE LBRACE PARTIAL ID CARET LBRACE NUMBER RBRACE RBRACEDivisorFunction : SIGMA_LOWER UNDERLINE LBRACE NUMBER RBRACE LPAREN ExpressionList RPARENImaginaryNumber : I\n | NUMBER INapierNumber : E\n | NUMBER EDifferentialVariable : ID PrimeList LPAREN ExpressionList RPAREN\n | ID PrimeListDifferentialVariable : ID CARET LBRACE LPAREN NUMBER RPAREN RBRACE LPAREN ExpressionList RPAREN\n | ID CARET LBRACE LPAREN NUMBER RPAREN RBRACEChooseExpression : LBRACE Expression CHOOSE Expression RBRACELimit : LIMIT UNDERLINE LBRACE ID TO Expression RBRACE Expression\n | LIMIT UNDERLINE LBRACE ID TO Expression PLUS RBRACE Expression\n | LIMIT UNDERLINE LBRACE ID TO Expression MINUS RBRACE Expression\n | LIMIT UNDERLINE LBRACE ID TO Expression CARET LBRACE PLUS RBRACE RBRACE Expression\n | LIMIT UNDERLINE LBRACE ID TO Expression CARET LBRACE MINUS RBRACE RBRACE Expression\n | LIMIT UNDERLINE LBRACE ID TO Term CARET LBRACE PLUS RBRACE RBRACE Expression\n | LIMIT UNDERLINE LBRACE ID TO Term CARET LBRACE MINUS RBRACE RBRACE ExpressionConstraintSystem : BEGIN_CASE Constraints END_CASE\n | BEGIN_CASE Constraints BACKSLASHES END_CASEConstraints : Constraints BACKSLASHES Constraint\n | ConstraintDeterminant : BEGIN_VMATRIX ExpressionsRows END_VMATRIX\n | BEGIN_VMATRIX ExpressionsRows BACKSLASHES END_VMATRIXNorm : BEGIN_NMATRIX ExpressionsRows END_NMATRIX\n | BEGIN_NMATRIX ExpressionsRows BACKSLASHES END_NMATRIXMatrix : BEGIN_BMATRIX ExpressionsRows END_BMATRIX\n | BEGIN_BMATRIX ExpressionsRows BACKSLASHES END_BMATRIX\n\n | BEGIN_PMATRIX ExpressionsRows END_PMATRIX\n | BEGIN_PMATRIX ExpressionsRows BACKSLASHES END_PMATRIXExpressionsRow : ExpressionsRow AMPERSAND Expression\n | ExpressionExpressionsRows : ExpressionsRows BACKSLASHES ExpressionsRow\n | ExpressionsRowExpressionList : ExpressionList COMMA Expression\n | ExpressionPrimeList : PrimeList PRIME\n | PRIMEConstraint : Expression EQ Expression\n | Expression NEQ Expression\n | Expression LT Expression\n | Expression LE Expression\n | Expression GT Expression\n | Expression GE ExpressionSymbol : PI\n | XI_LOWER\n | CHI_LOWER\n | PHI_LOWER\n | PSI_LOWER\n | SIGMA_LOWER\n | ZETA_LOWER\n | ETA_LOWER\n | DELTA_LOWER\n | THETA_LOWER\n | LAMBDA_LOWER\n | EPSILON_LOWER\n | TAU_LOWER\n | KAPPA_LOWER\n | OMEGA_LOWER\n | ALPHA_LOWER\n | NU_LOWER\n | RHO_LOWER\n | OMICRON_LOWER\n | UPSILON_LOWER\n | IOTA_LOWER\n | BETA_LOWER\n | GAMMA_LOWER\n | MU_LOWER\n | PI_UPPER\n | BETA\n | GAMMA\n | KAPPA\n | OMICRON\n | OMEGA\n | LAMBDA\n | IOTA\n | PSI\n | MU\n | PHI\n | SIGMA\n | ETA\n | ZETA\n | THETA\n | EPSILON\n | TAU\n | ALPHA\n | XI\n | CHI\n | NU\n | RHO\n | UPSILON'
_lr_action_items = 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_lr_action = {}
for _k, _v in _lr_action_items.items():
for _x,_y in zip(_v[0],_v[1]):
if not _x in _lr_action: _lr_action[_x] = {}
_lr_action[_x][_k] = _y
del _lr_action_items
_lr_goto_items = {'DivisorFunction':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,91,]),'DifferentialVariable':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,92,]),'Matrix':([0,1,6,15,18,38,47,52,67,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,199,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[7,7,7,7,7,7,7,7,198,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,297,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,7,]),'FractionalExpression':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,]),'Factor':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,283,284,285,286,287,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,35,]),'Derivative':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,]),'Norm':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,97,]),'Determinant':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,9,]),'ExpressionsRows':([47,78,87,100,],[168,205,214,235,]),'Symbol':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,69,]),'NapierNumber':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,13,]),'ImaginaryNumber':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,43,]),'ExpressionsRow':([47,78,87,100,280,301,311,322,],[169,169,169,169,367,367,367,367,]),'Term':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,308,309,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,434,48,48,48,48,48,48,48,48,48,48,48,48,309,308,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,48,]),'PrimeList':([110,],[245,]),'Constraint':([0,38,272,],[77,150,359,]),'Range':([421,],[446,]),'Limit':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,]),'IndexingExpression':([291,294,],[374,378,]),'Expression':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,178,181,186,189,193,196,200,203,206,207,208,209,210,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[84,119,127,134,138,151,170,183,201,170,170,221,170,239,257,259,260,262,263,267,268,269,271,262,275,276,277,278,288,289,292,293,295,296,262,300,303,304,305,306,307,310,314,318,319,320,323,262,262,337,339,348,352,151,170,368,369,372,170,170,388,389,170,397,262,262,262,408,416,239,435,442,445,447,448,449,450,452,454,456,262,473,481,484,487,490,494,497,369,503,504,507,262,127,134,523,524,525,538,539,540,541,546,547,561,564,]),'Constraints':([38,],[152,]),'IteratedExpression':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,]),'Integral':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,]),'ConstraintSystem':([0,],[56,]),'ChooseExpression':([0,1,6,15,18,38,47,52,70,78,87,94,100,108,121,125,129,132,136,139,141,144,148,154,157,161,163,167,172,173,174,175,176,178,181,186,189,193,196,200,203,206,207,208,209,210,211,212,213,217,227,230,233,237,244,248,251,254,265,266,272,280,281,282,290,301,311,315,316,322,325,329,331,335,345,355,398,407,415,420,421,422,423,424,426,427,433,444,451,459,460,461,462,464,466,471,475,479,482,483,488,498,499,500,511,512,513,527,528,529,530,535,536,557,562,],[88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,88,]),'ExpressionList':([132,154,200,244,248,329,331,335,444,498,],[261,274,298,327,333,400,401,403,469,514,]),'MAIN':([0,],[29,]),}
_lr_goto = {}
for _k, _v in _lr_goto_items.items():
for _x, _y in zip(_v[0], _v[1]):
if not _x in _lr_goto: _lr_goto[_x] = {}
_lr_goto[_x][_k] = _y
del _lr_goto_items
_lr_productions = [
("S' -> MAIN","S'",1,None,None,None),
('MAIN -> Expression','MAIN',1,'p_Main','parser.py',49),
('MAIN -> Constraint','MAIN',1,'p_Main','parser.py',50),
('MAIN -> ConstraintSystem','MAIN',1,'p_Main','parser.py',51),
('Factor -> NUMBER','Factor',1,'p_Factor','parser.py',55),
('Factor -> ImaginaryNumber','Factor',1,'p_Factor','parser.py',56),
('Factor -> NapierNumber','Factor',1,'p_Factor','parser.py',57),
('Factor -> ID','Factor',1,'p_Factor','parser.py',58),
('Factor -> INFINITY','Factor',1,'p_Factor','parser.py',59),
('Factor -> Symbol','Factor',1,'p_Factor','parser.py',60),
('Factor -> IteratedExpression','Factor',1,'p_Factor','parser.py',61),
('Factor -> DivisorFunction','Factor',1,'p_Factor','parser.py',62),
('Factor -> Derivative','Factor',1,'p_Factor','parser.py',63),
('Factor -> Integral','Factor',1,'p_Factor','parser.py',64),
('Factor -> Limit','Factor',1,'p_Factor','parser.py',65),
('Factor -> DifferentialVariable','Factor',1,'p_Factor','parser.py',66),
('Factor -> ChooseExpression','Factor',1,'p_Factor','parser.py',67),
('Factor -> Matrix','Factor',1,'p_Factor','parser.py',68),
('Factor -> Determinant','Factor',1,'p_Factor','parser.py',69),
('Factor -> Norm','Factor',1,'p_Factor','parser.py',70),
('Factor -> FractionalExpression','Factor',1,'p_Factor','parser.py',71),
('Factor -> ID CARET LBRACE Expression RBRACE','Factor',5,'p_Factor','parser.py',72),
('Factor -> LPAREN Expression RPAREN','Factor',3,'p_Factor','parser.py',73),
('Term -> Term TIMES Factor','Term',3,'p_Term','parser.py',89),
('Term -> Term DOT Factor','Term',3,'p_Term','parser.py',90),
('Term -> Term CROSS Factor','Term',3,'p_Term','parser.py',91),
('Term -> Term DIVIDE Factor','Term',3,'p_Term','parser.py',92),
('Term -> Term MOD Factor','Term',3,'p_Term','parser.py',93),
('Term -> Term CARET LBRACE Expression RBRACE','Term',5,'p_Term','parser.py',94),
('Term -> Factor','Term',1,'p_Term','parser.py',95),
('Expression -> Expression PLUS Term','Expression',3,'p_Expression_binop','parser.py',127),
('Expression -> Expression MINUS Term','Expression',3,'p_Expression_binop','parser.py',128),
('Expression -> Term','Expression',1,'p_Expression_binop','parser.py',129),
('Factor -> PLUS Expression','Factor',2,'p_UnaryExpressionOperatorBefore','parser.py',145),
('Factor -> MINUS Expression','Factor',2,'p_UnaryExpressionOperatorBefore','parser.py',146),
('Factor -> NUMBER FACTORIAL','Factor',2,'p_UnaryExpressionOperatorAfter','parser.py',156),
('Factor -> ID FACTORIAL','Factor',2,'p_UnaryExpressionOperatorAfter','parser.py',157),
('Factor -> LPAREN Expression RPAREN FACTORIAL','Factor',4,'p_UnaryExpressionOperatorAfter','parser.py',158),
('Factor -> NUMBER PERCENT','Factor',2,'p_UnaryExpressionOperatorAfter','parser.py',159),
('Factor -> ID PERCENT','Factor',2,'p_UnaryExpressionOperatorAfter','parser.py',160),
('Factor -> LPAREN Expression RPAREN PERCENT','Factor',4,'p_UnaryExpressionOperatorAfter','parser.py',161),
('FractionalExpression -> FRAC LBRACE Expression RBRACE LBRACE Expression RBRACE','FractionalExpression',7,'p_FractionalExpression','parser.py',182),
('Factor -> SQRT LBRACE Expression RBRACE','Factor',4,'p_FunctionExpression','parser.py',187),
('Factor -> SQRT LBRACKET NUMBER RBRACKET LBRACE Expression RBRACE','Factor',7,'p_FunctionExpression','parser.py',189),
('Factor -> LFLOOR Expression RFLOOR','Factor',3,'p_FunctionExpression','parser.py',191),
('Factor -> LCEIL Expression RCEIL','Factor',3,'p_FunctionExpression','parser.py',193),
('Factor -> PIPE Expression PIPE','Factor',3,'p_FunctionExpression','parser.py',195),
('Factor -> ASINH LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',197),
('Factor -> ASINH ID','Factor',2,'p_FunctionExpression','parser.py',199),
('Factor -> ASINH NUMBER','Factor',2,'p_FunctionExpression','parser.py',201),
('Factor -> SINH LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',203),
('Factor -> SINH ID','Factor',2,'p_FunctionExpression','parser.py',205),
('Factor -> SINH NUMBER','Factor',2,'p_FunctionExpression','parser.py',207),
('Factor -> ASIN LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',209),
('Factor -> ASIN ID','Factor',2,'p_FunctionExpression','parser.py',211),
('Factor -> ASIN NUMBER','Factor',2,'p_FunctionExpression','parser.py',213),
('Factor -> SIN LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',215),
('Factor -> SIN ID','Factor',2,'p_FunctionExpression','parser.py',217),
('Factor -> SIN NUMBER','Factor',2,'p_FunctionExpression','parser.py',219),
('Factor -> ACOSH LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',221),
('Factor -> ACOSH ID','Factor',2,'p_FunctionExpression','parser.py',223),
('Factor -> ACOSH NUMBER','Factor',2,'p_FunctionExpression','parser.py',225),
('Factor -> COSH LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',227),
('Factor -> COSH ID','Factor',2,'p_FunctionExpression','parser.py',229),
('Factor -> COSH NUMBER','Factor',2,'p_FunctionExpression','parser.py',231),
('Factor -> ACOS LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',233),
('Factor -> ACOS ID','Factor',2,'p_FunctionExpression','parser.py',235),
('Factor -> ACOS NUMBER','Factor',2,'p_FunctionExpression','parser.py',237),
('Factor -> COS LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',239),
('Factor -> COS ID','Factor',2,'p_FunctionExpression','parser.py',241),
('Factor -> COS NUMBER','Factor',2,'p_FunctionExpression','parser.py',243),
('Factor -> ATANH LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',245),
('Factor -> ATANH ID','Factor',2,'p_FunctionExpression','parser.py',247),
('Factor -> ATANH NUMBER','Factor',2,'p_FunctionExpression','parser.py',249),
('Factor -> TANH LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',251),
('Factor -> TANH ID','Factor',2,'p_FunctionExpression','parser.py',253),
('Factor -> TANH NUMBER','Factor',2,'p_FunctionExpression','parser.py',255),
('Factor -> ATAN LPAREN Expression COMMA Expression RPAREN','Factor',6,'p_FunctionExpression','parser.py',257),
('Factor -> ATAN LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',258),
('Factor -> ATAN ID','Factor',2,'p_FunctionExpression','parser.py',260),
('Factor -> ATAN NUMBER','Factor',2,'p_FunctionExpression','parser.py',262),
('Factor -> TAN LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',264),
('Factor -> TAN ID','Factor',2,'p_FunctionExpression','parser.py',266),
('Factor -> TAN NUMBER','Factor',2,'p_FunctionExpression','parser.py',268),
('Factor -> ASEC LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',270),
('Factor -> ASEC ID','Factor',2,'p_FunctionExpression','parser.py',272),
('Factor -> ASEC NUMBER','Factor',2,'p_FunctionExpression','parser.py',274),
('Factor -> SEC LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',276),
('Factor -> SEC ID','Factor',2,'p_FunctionExpression','parser.py',278),
('Factor -> SEC NUMBER','Factor',2,'p_FunctionExpression','parser.py',280),
('Factor -> ACSC LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',282),
('Factor -> ACSC ID','Factor',2,'p_FunctionExpression','parser.py',284),
('Factor -> ACSC NUMBER','Factor',2,'p_FunctionExpression','parser.py',286),
('Factor -> CSC LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',288),
('Factor -> CSC ID','Factor',2,'p_FunctionExpression','parser.py',290),
('Factor -> CSC NUMBER','Factor',2,'p_FunctionExpression','parser.py',292),
('Factor -> ACOTH LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',294),
('Factor -> ACOTH ID','Factor',2,'p_FunctionExpression','parser.py',296),
('Factor -> ACOTH NUMBER','Factor',2,'p_FunctionExpression','parser.py',298),
('Factor -> COTH LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',300),
('Factor -> COTH ID','Factor',2,'p_FunctionExpression','parser.py',302),
('Factor -> COTH NUMBER','Factor',2,'p_FunctionExpression','parser.py',304),
('Factor -> ACOT LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',306),
('Factor -> ACOT ID','Factor',2,'p_FunctionExpression','parser.py',308),
('Factor -> ACOT NUMBER','Factor',2,'p_FunctionExpression','parser.py',310),
('Factor -> COT LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',312),
('Factor -> COT ID','Factor',2,'p_FunctionExpression','parser.py',314),
('Factor -> COT NUMBER','Factor',2,'p_FunctionExpression','parser.py',316),
('Factor -> LOG LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',318),
('Factor -> LOG ID','Factor',2,'p_FunctionExpression','parser.py',320),
('Factor -> LOG NUMBER','Factor',2,'p_FunctionExpression','parser.py',322),
('Factor -> LOG UNDERLINE LBRACE NUMBER RBRACE LPAREN Expression RPAREN','Factor',8,'p_FunctionExpression','parser.py',324),
('Factor -> LN LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',326),
('Factor -> LN ID','Factor',2,'p_FunctionExpression','parser.py',328),
('Factor -> LN NUMBER','Factor',2,'p_FunctionExpression','parser.py',330),
('Factor -> EXP LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',332),
('Factor -> EXP ID','Factor',2,'p_FunctionExpression','parser.py',334),
('Factor -> EXP NUMBER','Factor',2,'p_FunctionExpression','parser.py',336),
('Factor -> GCD LPAREN ExpressionList RPAREN','Factor',4,'p_FunctionExpression','parser.py',338),
('Factor -> GCD ID','Factor',2,'p_FunctionExpression','parser.py',340),
('Factor -> GCD NUMBER','Factor',2,'p_FunctionExpression','parser.py',342),
('Factor -> DEG LPAREN ExpressionList RPAREN','Factor',4,'p_FunctionExpression','parser.py',344),
('Factor -> DEG ID','Factor',2,'p_FunctionExpression','parser.py',346),
('Factor -> DEG NUMBER','Factor',2,'p_FunctionExpression','parser.py',348),
('Factor -> GRADIENT LPAREN ExpressionList RPAREN','Factor',4,'p_FunctionExpression','parser.py',350),
('Factor -> GRADIENT ID','Factor',2,'p_FunctionExpression','parser.py',352),
('Factor -> GRADIENT NUMBER','Factor',2,'p_FunctionExpression','parser.py',354),
('Factor -> GRADIENT DOT LPAREN ExpressionList RPAREN','Factor',5,'p_FunctionExpression','parser.py',356),
('Factor -> GRADIENT DOT ID','Factor',3,'p_FunctionExpression','parser.py',358),
('Factor -> GRADIENT DOT NUMBER','Factor',3,'p_FunctionExpression','parser.py',360),
('Factor -> GRADIENT CROSS LPAREN ExpressionList RPAREN','Factor',5,'p_FunctionExpression','parser.py',362),
('Factor -> GRADIENT CROSS ID','Factor',3,'p_FunctionExpression','parser.py',364),
('Factor -> GRADIENT CROSS NUMBER','Factor',3,'p_FunctionExpression','parser.py',366),
('Factor -> LAPLACIAN LPAREN Expression RPAREN','Factor',4,'p_FunctionExpression','parser.py',368),
('Factor -> LAPLACIAN NUMBER','Factor',2,'p_FunctionExpression','parser.py',370),
('Factor -> LAPLACIAN ID','Factor',2,'p_FunctionExpression','parser.py',372),
('Factor -> DETERMINANT LPAREN Matrix RPAREN','Factor',4,'p_FunctionExpression','parser.py',374),
('Factor -> DETERMINANT Matrix','Factor',2,'p_FunctionExpression','parser.py',376),
('Factor -> Symbol LPAREN ExpressionList RPAREN','Factor',4,'p_FunctionExpression','parser.py',378),
('Factor -> ID LPAREN ExpressionList RPAREN','Factor',4,'p_FunctionExpression','parser.py',380),
('Factor -> ID LPAREN RPAREN','Factor',3,'p_FunctionExpression','parser.py',382),
('Range -> Expression DOTS Expression','Range',3,'p_Range','parser.py',527),
('IndexingExpression -> ID IN Range','IndexingExpression',3,'p_IndexingExpression','parser.py',531),
('IteratedExpression -> SUM UNDERLINE LBRACE IndexingExpression RBRACE Expression','IteratedExpression',6,'p_IteratedExpression','parser.py',535),
('IteratedExpression -> SUM UNDERLINE LBRACE ID EQ Expression RBRACE CARET LBRACE Expression RBRACE Expression','IteratedExpression',12,'p_IteratedExpression','parser.py',536),
('IteratedExpression -> PROD UNDERLINE LBRACE IndexingExpression RBRACE Expression','IteratedExpression',6,'p_IteratedExpression','parser.py',537),
('IteratedExpression -> PROD UNDERLINE LBRACE ID EQ Expression RBRACE CARET LBRACE Expression RBRACE Expression','IteratedExpression',12,'p_IteratedExpression','parser.py',538),
('Integral -> INTEGRAL UNDERLINE LBRACE Expression RBRACE CARET LBRACE Expression RBRACE Expression DIFFERENTIAL','Integral',11,'p_Integral','parser.py',555),
('Integral -> INTEGRAL UNDERLINE LBRACE Expression RBRACE Expression DIFFERENTIAL','Integral',7,'p_Integral','parser.py',556),
('Integral -> INTEGRAL CARET LBRACE Expression RBRACE Expression DIFFERENTIAL','Integral',7,'p_Integral','parser.py',557),
('Integral -> INTEGRAL Expression DIFFERENTIAL','Integral',3,'p_Integral','parser.py',558),
('Derivative -> FRAC LBRACE D RBRACE LBRACE DIFFERENTIAL RBRACE Expression','Derivative',8,'p_Derivative1','parser.py',575),
('Derivative -> FRAC LBRACE D CARET LBRACE NUMBER RBRACE RBRACE LBRACE DIFFERENTIAL CARET LBRACE NUMBER RBRACE RBRACE Expression','Derivative',16,'p_Derivative1','parser.py',576),
('Derivative -> FRAC LBRACE D Expression RBRACE LBRACE DIFFERENTIAL RBRACE','Derivative',8,'p_Derivative2','parser.py',585),
('Derivative -> FRAC LBRACE D CARET LBRACE NUMBER RBRACE Expression RBRACE LBRACE DIFFERENTIAL CARET LBRACE NUMBER RBRACE RBRACE','Derivative',16,'p_Derivative2','parser.py',586),
('Derivative -> FRAC LBRACE PARTIAL RBRACE LBRACE PARTIAL ID RBRACE Expression','Derivative',9,'p_Derivative3','parser.py',595),
('Derivative -> FRAC LBRACE PARTIAL CARET LBRACE NUMBER RBRACE RBRACE LBRACE PARTIAL ID CARET LBRACE NUMBER RBRACE RBRACE Expression','Derivative',17,'p_Derivative3','parser.py',596),
('Derivative -> FRAC LBRACE PARTIAL Expression RBRACE LBRACE PARTIAL ID RBRACE','Derivative',9,'p_Derivative4','parser.py',605),
('Derivative -> FRAC LBRACE PARTIAL CARET LBRACE NUMBER RBRACE Expression RBRACE LBRACE PARTIAL ID CARET LBRACE NUMBER RBRACE RBRACE','Derivative',17,'p_Derivative4','parser.py',606),
('DivisorFunction -> SIGMA_LOWER UNDERLINE LBRACE NUMBER RBRACE LPAREN ExpressionList RPAREN','DivisorFunction',8,'p_DivisorFunction','parser.py',615),
('ImaginaryNumber -> I','ImaginaryNumber',1,'p_ImaginaryNumber','parser.py',620),
('ImaginaryNumber -> NUMBER I','ImaginaryNumber',2,'p_ImaginaryNumber','parser.py',621),
('NapierNumber -> E','NapierNumber',1,'p_NapierNumber','parser.py',628),
('NapierNumber -> NUMBER E','NapierNumber',2,'p_NapierNumber','parser.py',629),
('DifferentialVariable -> ID PrimeList LPAREN ExpressionList RPAREN','DifferentialVariable',5,'p_DifferentialVariable1','parser.py',636),
('DifferentialVariable -> ID PrimeList','DifferentialVariable',2,'p_DifferentialVariable1','parser.py',637),
('DifferentialVariable -> ID CARET LBRACE LPAREN NUMBER RPAREN RBRACE LPAREN ExpressionList RPAREN','DifferentialVariable',10,'p_DifferentialVariable2','parser.py',646),
('DifferentialVariable -> ID CARET LBRACE LPAREN NUMBER RPAREN RBRACE','DifferentialVariable',7,'p_DifferentialVariable2','parser.py',647),
('ChooseExpression -> LBRACE Expression CHOOSE Expression RBRACE','ChooseExpression',5,'p_Choose','parser.py',678),
('Limit -> LIMIT UNDERLINE LBRACE ID TO Expression RBRACE Expression','Limit',8,'p_LIMIT','parser.py',682),
('Limit -> LIMIT UNDERLINE LBRACE ID TO Expression PLUS RBRACE Expression','Limit',9,'p_LIMIT','parser.py',683),
('Limit -> LIMIT UNDERLINE LBRACE ID TO Expression MINUS RBRACE Expression','Limit',9,'p_LIMIT','parser.py',684),
('Limit -> LIMIT UNDERLINE LBRACE ID TO Expression CARET LBRACE PLUS RBRACE RBRACE Expression','Limit',12,'p_LIMIT','parser.py',685),
('Limit -> LIMIT UNDERLINE LBRACE ID TO Expression CARET LBRACE MINUS RBRACE RBRACE Expression','Limit',12,'p_LIMIT','parser.py',686),
('Limit -> LIMIT UNDERLINE LBRACE ID TO Term CARET LBRACE PLUS RBRACE RBRACE Expression','Limit',12,'p_LIMIT','parser.py',687),
('Limit -> LIMIT UNDERLINE LBRACE ID TO Term CARET LBRACE MINUS RBRACE RBRACE Expression','Limit',12,'p_LIMIT','parser.py',688),
('ConstraintSystem -> BEGIN_CASE Constraints END_CASE','ConstraintSystem',3,'p_ConstraintSystem','parser.py',714),
('ConstraintSystem -> BEGIN_CASE Constraints BACKSLASHES END_CASE','ConstraintSystem',4,'p_ConstraintSystem','parser.py',715),
('Constraints -> Constraints BACKSLASHES Constraint','Constraints',3,'p_Constraints','parser.py',719),
('Constraints -> Constraint','Constraints',1,'p_Constraints','parser.py',720),
('Determinant -> BEGIN_VMATRIX ExpressionsRows END_VMATRIX','Determinant',3,'p_Determinant','parser.py',730),
('Determinant -> BEGIN_VMATRIX ExpressionsRows BACKSLASHES END_VMATRIX','Determinant',4,'p_Determinant','parser.py',731),
('Norm -> BEGIN_NMATRIX ExpressionsRows END_NMATRIX','Norm',3,'p_Norm','parser.py',736),
('Norm -> BEGIN_NMATRIX ExpressionsRows BACKSLASHES END_NMATRIX','Norm',4,'p_Norm','parser.py',737),
('Matrix -> BEGIN_BMATRIX ExpressionsRows END_BMATRIX','Matrix',3,'p_Matrix','parser.py',742),
('Matrix -> BEGIN_BMATRIX ExpressionsRows BACKSLASHES END_BMATRIX','Matrix',4,'p_Matrix','parser.py',743),
('Matrix -> BEGIN_PMATRIX ExpressionsRows END_PMATRIX','Matrix',3,'p_Matrix','parser.py',745),
('Matrix -> BEGIN_PMATRIX ExpressionsRows BACKSLASHES END_PMATRIX','Matrix',4,'p_Matrix','parser.py',746),
('ExpressionsRow -> ExpressionsRow AMPERSAND Expression','ExpressionsRow',3,'p_ExpressionsRow','parser.py',751),
('ExpressionsRow -> Expression','ExpressionsRow',1,'p_ExpressionsRow','parser.py',752),
('ExpressionsRows -> ExpressionsRows BACKSLASHES ExpressionsRow','ExpressionsRows',3,'p_ExpressionsRows','parser.py',762),
('ExpressionsRows -> ExpressionsRow','ExpressionsRows',1,'p_ExpressionsRows','parser.py',763),
('ExpressionList -> ExpressionList COMMA Expression','ExpressionList',3,'p_ExpessionList','parser.py',773),
('ExpressionList -> Expression','ExpressionList',1,'p_ExpessionList','parser.py',774),
('PrimeList -> PrimeList PRIME','PrimeList',2,'p_PrimeList','parser.py',784),
('PrimeList -> PRIME','PrimeList',1,'p_PrimeList','parser.py',785),
('Constraint -> Expression EQ Expression','Constraint',3,'p_Constraint','parser.py',794),
('Constraint -> Expression NEQ Expression','Constraint',3,'p_Constraint','parser.py',795),
('Constraint -> Expression LT Expression','Constraint',3,'p_Constraint','parser.py',796),
('Constraint -> Expression LE Expression','Constraint',3,'p_Constraint','parser.py',797),
('Constraint -> Expression GT Expression','Constraint',3,'p_Constraint','parser.py',798),
('Constraint -> Expression GE Expression','Constraint',3,'p_Constraint','parser.py',799),
('Symbol -> PI','Symbol',1,'p_Symbol','parser.py',824),
('Symbol -> XI_LOWER','Symbol',1,'p_Symbol','parser.py',825),
('Symbol -> CHI_LOWER','Symbol',1,'p_Symbol','parser.py',826),
('Symbol -> PHI_LOWER','Symbol',1,'p_Symbol','parser.py',827),
('Symbol -> PSI_LOWER','Symbol',1,'p_Symbol','parser.py',828),
('Symbol -> SIGMA_LOWER','Symbol',1,'p_Symbol','parser.py',829),
('Symbol -> ZETA_LOWER','Symbol',1,'p_Symbol','parser.py',830),
('Symbol -> ETA_LOWER','Symbol',1,'p_Symbol','parser.py',831),
('Symbol -> DELTA_LOWER','Symbol',1,'p_Symbol','parser.py',832),
('Symbol -> THETA_LOWER','Symbol',1,'p_Symbol','parser.py',833),
('Symbol -> LAMBDA_LOWER','Symbol',1,'p_Symbol','parser.py',834),
('Symbol -> EPSILON_LOWER','Symbol',1,'p_Symbol','parser.py',835),
('Symbol -> TAU_LOWER','Symbol',1,'p_Symbol','parser.py',836),
('Symbol -> KAPPA_LOWER','Symbol',1,'p_Symbol','parser.py',837),
('Symbol -> OMEGA_LOWER','Symbol',1,'p_Symbol','parser.py',838),
('Symbol -> ALPHA_LOWER','Symbol',1,'p_Symbol','parser.py',839),
('Symbol -> NU_LOWER','Symbol',1,'p_Symbol','parser.py',840),
('Symbol -> RHO_LOWER','Symbol',1,'p_Symbol','parser.py',841),
('Symbol -> OMICRON_LOWER','Symbol',1,'p_Symbol','parser.py',842),
('Symbol -> UPSILON_LOWER','Symbol',1,'p_Symbol','parser.py',843),
('Symbol -> IOTA_LOWER','Symbol',1,'p_Symbol','parser.py',844),
('Symbol -> BETA_LOWER','Symbol',1,'p_Symbol','parser.py',845),
('Symbol -> GAMMA_LOWER','Symbol',1,'p_Symbol','parser.py',846),
('Symbol -> MU_LOWER','Symbol',1,'p_Symbol','parser.py',847),
('Symbol -> PI_UPPER','Symbol',1,'p_Symbol','parser.py',848),
('Symbol -> BETA','Symbol',1,'p_Symbol','parser.py',849),
('Symbol -> GAMMA','Symbol',1,'p_Symbol','parser.py',850),
('Symbol -> KAPPA','Symbol',1,'p_Symbol','parser.py',851),
('Symbol -> OMICRON','Symbol',1,'p_Symbol','parser.py',852),
('Symbol -> OMEGA','Symbol',1,'p_Symbol','parser.py',853),
('Symbol -> LAMBDA','Symbol',1,'p_Symbol','parser.py',854),
('Symbol -> IOTA','Symbol',1,'p_Symbol','parser.py',855),
('Symbol -> PSI','Symbol',1,'p_Symbol','parser.py',856),
('Symbol -> MU','Symbol',1,'p_Symbol','parser.py',857),
('Symbol -> PHI','Symbol',1,'p_Symbol','parser.py',858),
('Symbol -> SIGMA','Symbol',1,'p_Symbol','parser.py',859),
('Symbol -> ETA','Symbol',1,'p_Symbol','parser.py',860),
('Symbol -> ZETA','Symbol',1,'p_Symbol','parser.py',861),
('Symbol -> THETA','Symbol',1,'p_Symbol','parser.py',862),
('Symbol -> EPSILON','Symbol',1,'p_Symbol','parser.py',863),
('Symbol -> TAU','Symbol',1,'p_Symbol','parser.py',864),
('Symbol -> ALPHA','Symbol',1,'p_Symbol','parser.py',865),
('Symbol -> XI','Symbol',1,'p_Symbol','parser.py',866),
('Symbol -> CHI','Symbol',1,'p_Symbol','parser.py',867),
('Symbol -> NU','Symbol',1,'p_Symbol','parser.py',868),
('Symbol -> RHO','Symbol',1,'p_Symbol','parser.py',869),
('Symbol -> UPSILON','Symbol',1,'p_Symbol','parser.py',870),
]
|
class EndPointParam:
NO_VALUE = (None, ) # Simple tuple for testing with `is`
def __init__(self, vtype=str, default=NO_VALUE, help_text=None, required=False):
self.name = 'param'
self.data_type = vtype
self.default = default
self.help_text = help_text
self.required = required
def clean(self, value):
if value is EndPointParam.NO_VALUE or (value is None and self.required):
value = self.default
return value
class ChoicesParam(EndPointParam):
def __init__(self, choices, *args, **kwargs):
super().__init__(*args, **kwargs)
self.choices = choices
def clean(self, value):
value = super().clean(value)
if value is not None and value not in self.choices:
raise ValueError("Invalid Choice. Choices are {}".format(
', '.join(self.choices))
)
return value
class IntegerParam(EndPointParam):
def __init__(self, min=None, max=None, *args, **kwargs):
super().__init__(*args, **kwargs)
self.min = min
self.max = max
def clean(self, value):
value = super().clean(value)
if value is not EndPointParam.NO_VALUE:
if self.min is not None and value < self.min:
raise ValueError("Invalid Value. Minimum allowed value is {}".format(
self.min
))
if self.max is not None and value > self.max:
raise ValueError("Invalid Value. Maximum allowed value is {}".format(
self.min
))
return value
class EndpointMeta(type):
def __new__(mcs, clsname, bases, clsdict):
params = []
for name, val in clsdict.items():
if isinstance(val, EndPointParam):
clsdict[name].name = name
params.append(val)
clsdict['params'] = tuple(params)
clsobj = super().__new__(mcs, clsname, bases, clsdict)
return clsobj
class EndPoint(metaclass=EndpointMeta):
params = ()
def __init__(self, uri, params=None):
self.uri = uri
self.simple_params = params
def prepare(self, **kwargs):
uri = self.uri.format(**kwargs)
params = {}
for param in self.params:
value = param.clean(kwargs.get(param.name, EndPointParam.NO_VALUE))
if value is not EndPointParam.NO_VALUE:
params[param.name] = value
if isinstance(self.simple_params, list):
for param in self.simple_params:
value = kwargs.get(param, None)
if value is not None:
params[param] = value
return uri, params
def explain(self):
return "URI: {uri}\n\nDescription: {doc}\n\nParams:\n{params}".format(
uri=self.uri,
doc=self.__doc__,
params="\n".join(
[
'{name}: {help_text}'.format(
name=param.name,
help_text=param.help_text
)
for param in self.params
]
)
)
|
async def test_index(test_cli):
resp = await test_cli.get('/')
assert resp.status == 200
data = await resp.text()
assert '<title>squash</title>' in data
|
if name:
env = 1
else:
env = 2
|
n,k = map(int,input().split())
s = input()
if n//2 >= k:
for i in range(k-1):
print("LEFT")
for i in range(n-1):
print("PRINT",s[i])
print("RIGHT")
print("PRINT",s[n-1])
else:
for i in range(n-k):
print("RIGHT")
for i in range(1,n):
print("PRINT",s[-i])
print("LEFT")
print("PRINT",s[0])
|
def stringsRearrangement(inputArray):
'''
Given an array of equal-length strings, check if it is possible to rearrange the strings in
such a way that after the rearrangement the strings at consecutive positions would differ
by exactly one character.
'''
totalLen = len(inputArray)
for i in range(totalLen):
print("================================================")
if analizeElement(inputArray[i], inputArray[:i] + inputArray[i + 1:], 1, totalLen):
return True
print("================================================")
return False
def analizeElement(item, array, step, totalLen):
print("Now analizing '{}' with array {} in step {}".format(item, array, step))
if step == totalLen:
return True
for i in range(len(array)):
if sum(1 for a, c in zip(item, array[i]) if a != c) == 1:
if analizeElement(array[i], array[:i] + array[i + 1:], step + 1, totalLen):
return True
return False
print(stringsRearrangement(["abc", "bef", "bcc", "bec", "bbc", "bdc"]))
print(stringsRearrangement(["aba", "bbb", "bab"]))
|
print('\033[33m-=' * 13)
print('Analisador de Triângulos')
print('-=' * 13 + '\033[m')
primeiroSegmento = float(input('Primeiro segmento: '))
segundoSegmento = float(input('Segundo segmento: '))
terceiroSegmento = float(input('Terceiro segmento: '))
lados = [primeiroSegmento, segundoSegmento, terceiroSegmento]
lados.sort()
if lados[2] < lados[0] + lados[1]:
print('Os segmentos acima \033[1;34mPODEM FORMAR\033[m um triângulo!')
else:
print('Os segmentos acima \033[1;31mNÃO PODEM FORMAR\033[m um triângulo!')
|
# https://projecteuler.net/problem=20
def reverse_str(s):
return s[::-1]
def sum_str(a, b):
if len(b) > len(a):
return sum_str(b, a)
reverseA = reverse_str(a)
reverseB = reverse_str(b)
i = 0
add = 0
result = []
while i < len(a):
o1 = int(reverseA[i])
o2 = 0
if i < len(b):
o2 = int(reverseB[i])
r = (o1+o2+add)%10
add = (o1+o2+add)/10
result.append(str(r))
i = i + 1
if add > 0:
result.append(str(add))
return reverse_str(''.join(result))
def str_x_n(s, n):
if n == 0:
return ""
if n > 10:
low = str_x_n(s, n%10)
high = str_x_n(s, n/10)
return sum_str(high+"0", low)
reverse = reverse_str(s)
add = 0
result = []
for c in reverse:
m = int(c)*n + add
add = m/10
r = m%10
result.append(str(r))
if add > 0:
result.append(str(add))
return reverse_str(''.join(result))
def sum_str_digits(s):
sum = 0
for c in s:
sum = sum + int(c)
return sum
xret = "1"
for i in range(2, 101):
xret = str_x_n(xret, i)
print(i, len(xret), xret)
print(xret, sum_str_digits(xret))
|
'''
lec 3
'''
my_list = [1,2,3,4,5]
print(my_list)
my_nested_list = [1,2,3,my_list]
print(my_nested_list)
my_list [0] = 6
print(my_list)
print(my_list[0])
print(my_list[1])
print(my_list[-1])
print(my_list)
print(my_list[1:3])
print(my_list[:])
x,y = ['a', 'b']
print(x,y)
print(my_list)
my_list.append(7)
print(my_list)
my_list.remove(7)
print(my_list)
my_list.sort()
print(my_list)
my_list.reverse()
print(my_list)
print(my_list + [8,9])
my_list.extend( ['a', 'b'])
print(my_list)
print('a' in my_list)
print('hello\tworld')
print('hello\nworld')
my_letter_list = ['a','a','b','b','c']
print(my_letter_list)
print( set(my_letter_list))
my_unique_letters = set(my_letter_list)
print(my_unique_letters)
|
class dummy_storage:
def retrieve(self):
return {}
def persist(self, credentials):
return None
|
# https://app.codesignal.com/interview-practice/task/5vcioHMkhGqkaQQYt/solutions
# Singly-linked lists are already defined with this interface:
# class ListNode(object):
# def __init__(self, x):
# self.value = x
# self.next = None
#
def rearrangeLastN(head, n):
if n < 1:
return head
l = 0
iterator = head
while iterator:
iterator = iterator.next
l += 1
if l <= 1 or n >= l:
return head
reversing_elements = l - n
i = 0
start = head
while head:
i += 1
if i == reversing_elements:
new_head = head.next
head.next = None
head = new_head
if head.next:
head = head.next
else:
break
head.next = start
return new_head
|
x = int(input())
ans = 0
ans = (x//500)*1000
x = x % 500
ans += (x//5)*5
print(ans)
|
# Definition for a binary tree node.
# class TreeNode:
# def __init__(self, x):
# self.val = x
# self.left = None
# self.right = None
class Solution:
def dfs(self, root):
stack = []
stack.append((root, 1))
ans = sys.maxsize
while stack:
curr, depth = stack.pop()
if curr.right != None:
stack.append((curr.right, depth + 1))
if curr.left != None:
stack.append((curr.left, depth + 1))
if curr.left == None and curr.right == None:
ans = min(depth, ans)
return ans
def minDepth(self, root):
"""
:type root: TreeNode
:rtype: int
"""
if root:
return self.dfs(root)
else:
return 0
|
class SubScript():
"""Creates an instance of SubScript"""
def __init__(self):
self.NUM_0 = u'\u2080'
self.NUM_1 = u'\u2081'
self.NUM_2 = u'\u2082'
self.NUM_3 = u'\u2083'
self.NUM_4 = u'\u2084'
self.NUM_5 = u'\u2085'
self.NUM_6 = u'\u2086'
self.NUM_7 = u'\u2087'
self.NUM_8 = u'\u2088'
self.NUM_9 = u'\u2089'
self.PLUS = u'\u208a'
self.MINUS = u'\u208b'
self.EQUALS = u'\u208c'
self.L_PAR = u'\u208d'
self.R_PAR = u'\u208e'
class SuperScript():
"""Creates an instance of SuperScript"""
def __init__(self):
self.NUM_0 = u'\u2070'
self.NUM_1 = u'\u00b9'
self.NUM_2 = u'\u00b2'
self.NUM_3 = u'\u00b3'
self.NUM_4 = u'\u2074'
self.NUM_5 = u'\u2075'
self.NUM_6 = u'\u2076'
self.NUM_7 = u'\u2077'
self.NUM_8 = u'\u2078'
self.NUM_9 = u'\u2079'
self.PLUS = u'\u207a'
self.MINUS = u'\u207b'
self.EQUALS = u'\u207c'
self.L_PAR = u'\u207d'
self.R_PAR = u'\u207e' |
student = {
"name": "Mark",
"student_id": 15163,
"feedback": None
}
all_students = [
{"name": "Mark", "student_id": 15163},
{"name": "Katarina", "student_id": 63112},
{"name": "Jessica", "student_id": 30021}
]
student["name"] == "Mark"
student["last_name"] == KeyError
student.get("last_name", "Unknown") == "Unknown"
student.keys() == ["name", "student_id", "feedback"]
student.values() == ["Mark", 15163, None]
student["name"] = "James"
del student["name"] |
og=list(input("Enter number "))
new=set(og)
print("".join(og),"is a Unique Number") if len(new)==len(og) else print("".join(og),"is not a Unique Number")
|
n = int(input())
cont = 0
while cont < n:
num = int(input())
if cont == 0:
maior = num
elif num > maior:
maior = num
cont += 1
print(maior)
|
class Solution:
def climbStairs(self, n: int) -> int:
if n==1:
return 1
if n==2:
return 2
l=[1,2]
for i in range(2,n):
l.append(l[i-1]+l[i-2])
return l.pop()
|
class PipelineException(Exception):
def __init__(self, msg=''):
self.msg = msg
super(PipelineException, self).__init__(msg)
|
b=[9,6,3,2,5,8,7,4,1,0]
def selection_sort(b):
for i in range((len(b))-1):
min = b[i]
for j in range(i + 1, len(b)):
if b[j] < min:
min = b[j]
pos=j
b[pos] = b[i]
b[i]=min
print(b)
selection_sort(b)
print()
def cbse_selsort(b):
for i in range(0,len(b)):
min=i
for j in range (i+1,len(b)):
if b[j] < b[min]:
min=j
pos=b[min]
b[min]=b[i]
b[i]=pos
print(b)
b=[9,6,3,2,5,8,7,4,1,0]
cbse_selsort(b)
|
"""
Python escritura en disco
Puede leer y escribir archivo con la funcion (open)
Los archivos pueden ser de texto o binarios
Manejadores :
* r = read
* w = write
* a = append
* r+ = lee y escribe
Se deben cerrar los archivos con el método (close)
"""
archivo = '/Users/javier/file.txt'
def main():
nombre = input('Tu nombre : ')
archivo = '/Users/javier/file.txt'
with open(archivo, 'w') as f:
for i in range(5):
f.write(f'{nombre}\n')
f.close()
f = open(archivo, 'a')
f.write('ULTIMO')
f.close()
def lectura():
with open(archivo, 'r') as f:
for linea in f:
print(linea)
f.close()
if __name__ == "__main__":
main()
lectura()
|
def cipher(s):
return ''.join((map(lambda c: chr(219-ord(c)) if 97 <= ord(c) <= 122 else c, s)))
print(cipher('Anyone who has never made a mistake has never tried anything new.'))
|
#conversor de moedas
reais = float(input('Digite o valor em reais: R$ '))
print('R$ {:.2f} equivalem a US$ {:.2f} dolares. Triste :<'.format(reais, (reais/5.74)))
print ('R$ {:.2f} equivalem a € {:.2f} euros. hahaha só piora\n'.format(reais, (reais/6.71)))
|
"""Task queue - deque example"""
class TaskQueue:
"""Task queue using list"""
def __init__(self):
self._tasks = []
def push(self, task):
self._tasks.insert(0, task)
def pop(self):
return self._tasks.pop()
def __len__(self):
return len(self._tasks)
def test_queue(count=100):
tq = TaskQueue()
for i in range(count):
tq.push(i)
assert len(tq) == i + 1
for i in range(count):
assert tq.pop() == i
assert len(tq) == count - i - 1
if __name__ == '__main__':
test_queue()
|
# BOJ 9465
n = 5
stickers = [[50, 10, 100, 20, 40], [30, 50, 70, 10, 60]]
memo = [[0 for _ in range(n)] for _ in range(2)]
memo[0][0] = stickers[0][0]
memo[0][1] = stickers[0][1]
def solve(n):
for i in range(1, n):
if i < 2:
memo[0][i] = memo[1][i - 1] + stickers[0][i]
memo[1][i] = memo[0][i - 1] + stickers[1][i]
else:
memo[0][i] = max(memo[1][i - 1], memo[0][i - 2]) + stickers[0][i]
memo[1][i] = max(memo[0][i - 1], memo[1][i - 2]) + stickers[1][i]
return max(memo[0][n - 1], memo[1][n - 1]) |
class GenericMachine():
alphabet = set()
trans_func = dict()
start_state = str()
final_states = set()
def __init__(self, _alphabet, _trans_func, _start_state, _final_states):
self.alphabet = _alphabet
self.trans_func = _trans_func
self.start_state = _start_state
self.final_states = _final_states
def __validate_string(self, _string):
for char in _string:
if char not in self.alphabet:
return False
return True
def process_string(self, string):
state = self.start_state
for char in string:
try:
state = self.trans_func[state][char]
except:
return False
return (state in self.final_states)
|
'''
Python has built-in string validation methods for basic data. It can check if a string is composed of alphabetical characters, alphanumeric characters, digits, etc.
str.isalnum()
This method checks if all the characters of a string are alphanumeric (a-z, A-Z and 0-9).
>>> print 'ab123'.isalnum()
True
>>> print 'ab123#'.isalnum()
False
str.isalpha()
This method checks if all the characters of a string are alphabetical (a-z and A-Z).
>>> print 'abcD'.isalpha()
True
>>> print 'abcd1'.isalpha()
False
str.isdigit()
This method checks if all the characters of a string are digits (0-9).
>>> print '1234'.isdigit()
True
>>> print '123edsd'.isdigit()
False
str.islower()
This method checks if all the characters of a string are lowercase characters (a-z).
>>> print 'abcd123#'.islower()
True
>>> print 'Abcd123#'.islower()
False
str.isupper()
This method checks if all the characters of a string are uppercase characters (A-Z).
>>> print 'ABCD123#'.isupper()
True
>>> print 'Abcd123#'.isupper()
False
Task
You are given a string
.
Your task is to find out if the string
contains: alphanumeric characters, alphabetical characters, digits, lowercase and uppercase characters.
Input Format
A single line containing a string
.
Constraints
Output Format
In the first line, print True if
has any alphanumeric characters. Otherwise, print False.
In the second line, print True if has any alphabetical characters. Otherwise, print False.
In the third line, print True if has any digits. Otherwise, print False.
In the fourth line, print True if has any lowercase characters. Otherwise, print False.
In the fifth line, print True if
has any uppercase characters. Otherwise, print False.
Sample Input
qA2
Sample Output
True
True
True
True
True
'''
if __name__ == '__main__':
s = input()
v=False
for n in s:
if n.isalnum():
v=True
print(v)
v=False
for n in s:
if n.isalpha():
v=True
print(v)
v=False
for n in s:
if n.isdigit():
v=True
print(v)
v=False
for n in s:
if n.islower():
v=True
print(v)
v=False
for n in s:
if n.isupper():
v=True
print(v) |
"""
This is the page definition file for Famcy.
There are two variables very important, which
defines the page content: PAGE_HEADER and PAGE_CONTENT.
PAGE_HEADER:
* title: a list of titles of the sections on the page. It is usually put
at the top of the section as a header.
* size: a list. defines section size. Options include half_inner_section
and inner_section -> half means share two sections on one page
* type: list of fblock type of the sections on the page. This should match the
defined fblock name.
PAGE_CONTENT:
* a list of dictionary that defines the fblock sections on the page.
example:
PAGE_HEADER = {
"title": ["Nexuni 員工後台"],
"size": ["inner_section"],
"type": ["display"]
}
PAGE_CONTENT = [
{
"values": [{
"type": "displayParagraph",
"title": "",
"content": '''
**Nexuni 会社ウェブサイトの案内**
1. 希望能讓來到Nexuni的新朋友都能夠快速地學習並瞭解我們工作時會使用到的軟體、程式語言、工具等等。
2. 作為能力考核的依據
3. 整合所有公司內部的管理工具，如發票上傳、PO申請、報帳工具、打卡記錄等
快速入門:
* 點擊總覽 -> 訓練網介紹（可以看到本網頁的所有的內容簡介
* 點擊相關訓練內容 -> 開始練習
* 點擊總覽 -> 學習進度裡面的進度報告（可以看到練習的成果）
（網頁內容的版權皆為Nexuni Co. 擁有）
''',
},{
"type": "displayTag",
"title": "測試不知道這是用來幹嘛的Layout",
"content": "到底Display Tag有什麼不一樣？",
},
{
"type": "displayImage",
"title": "下面這個解析度也太糟糕了吧",
"img_name": "test.jpg", # This is gathered from static folder or _images_ user folder
}]
}
]
"""
# import Famcy
# PAGE_HEADER = {
# "title": ["Nexuni 圓餅圖", "Nexuni 圓餅圖"],
# "size": ["inner_section", "inner_section"],
# "type": ["table", ["display", "input_form"]]
# }
# table_content = Famcy.table_block.generate_template_content()
# display_light_block = Famcy.display.generate_values_content("displayLight")
# list_form_content1 = Famcy.input_form.generate_values_content("inputList")
# list_form_content1.update({
# "value": ["1", "2", "3"]
# })
# list_form_content2 = Famcy.input_form.generate_values_content("inputList")
# list_form_content2.update({
# "value": ["5", "6", "7"]
# })
# input_form_content = Famcy.input_form.generate_template_content([list_form_content1, list_form_content2])
# input_form_content.update({
# "main_button_name": ["送出"], # btn name in same section must not be same
# "action_after_post": "save", # (clean / save)
# })
# PAGE_CONTENT = [table_content, [Famcy.display.generate_template_content([display_light_block]), input_form_content]]
# def after_submit(submission_list, **configs):
# submission_dict_handler = Famcy.SijaxSubmit(PAGE_CONTENT_OBJECT[0].context["submit_type"])
# table_content.update({
# "data": [
# {
# "col_title1": "row_content11",
# "col_title2": "row_content12",
# "col_title3": "row_content13"
# },
# {
# "col_title1": "row_content21",
# "col_title2": "row_content22",
# "col_title3": "row_content23"
# },
# {
# "col_title1": "row_content31",
# "col_title2": "row_content32",
# "col_title3": "row_content33"
# },
# {
# "col_title1": "row_content11",
# "col_title2": "row_content12",
# "col_title3": "row_content13"
# },
# {
# "col_title1": "row_content21",
# "col_title2": "row_content22",
# "col_title3": "row_content23"
# },
# {
# "col_title1": "row_content31",
# "col_title2": "row_content32",
# "col_title3": "row_content33"
# }
# ]
# })
# PAGE_CONTENT_OBJECT[0].update_page_context(table_content)
# content = submission_dict_handler.generate_block_html(PAGE_CONTENT_OBJECT[0])
# return submission_dict_handler.return_submit_info(msg=content, script="console.log('succeed')")
# def after_submit_2(submission_list, **configs):
# submission_dict_handler = Famcy.SijaxSubmit(PAGE_CONTENT_OBJECT[1][1].context["submit_type"])
# if submission_list[0][0] == "1":
# display_light_block.update({
# "status": {"red": "", "yellow": "bulb_yellow", "green": ""},
# })
# elif submission_list[0][0] == "2":
# display_light_block.update({
# "status": {"red": "", "yellow": "", "green": "bulb_green"},
# })
# elif submission_list[0][0] == "3":
# display_light_block.update({
# "status": {"red": "bulb_red", "yellow": "", "green": ""},
# })
# PAGE_CONTENT_OBJECT[1][0].update_page_context({
# "values": [display_light_block]
# })
# content = submission_dict_handler.generate_block_html(PAGE_CONTENT_OBJECT[1])
# return submission_dict_handler.return_submit_info(msg=content, script="console.log('succeed')")
# PAGE_CONTENT_OBJECT = Famcy.generate_content_obj(PAGE_HEADER, PAGE_CONTENT, [after_submit, [None, after_submit_2]]) |
# -*- encoding: utf-8 -*-
class WebError(Exception):
def __init__(self, code, message=''):
Exception.__init__(self)
self.code = code
self.message = message
def __str__(self):
return self.message
|
HELP_MESSAGE = """Hi there, I am a bot that shows the current free games on all the major game platforms out there.
You will get automatically notified when new games become free to collect.
If you would like to see the current free game please use the following command: /freegame
"""
BOT_TOKEN = '123' |
# EG7-09 get_value investigation 2
def get_value(prompt, value_min, value_max):
return
ride_number=get_value(prompt='Please enter the ride number you want:',value_min=1,value_max=5)
print('You have selected ride:',ride_number)
|
# https://www.codewars.com/kata/5266876b8f4bf2da9b000362/train/python
def likes(names):
counter=0
for name in names:
counter+=1
if counter==0:
return("no one likes this")
elif counter==1:
return(f"{names[0]} likes this")
elif counter==2:
return(f"{names[0]} and {names[1]} like this")
elif counter==3:
return(f"{names[0]}, {names[1]} and {names[2]} like this")
elif counter>3:
return(f"{names[0]}, {names[1]} and {counter-2} others like this")
#names=input("Names: ")
#print(likes(names))
|
# Created by MechAviv
# Quest ID :: 20865
# The Path of a Thunder Breaker
sm.setSpeakerID(1101007)
if sm.sendAskYesNo("Yer sure about this? Remember, ye can't change yer mind, so ye'll want to pick carefully. Ye really want to join me as a Thunder Breaker?"):
sm.setSpeakerID(1101007)
sm.sendNext("Just like that, yer a Thunder Breaker! Now let me give ye some abilities.")
sm.giveItem(1482014)
sm.giveItem(1142066)
# [HIRE_TUTOR] [00 ]
sm.completeQuest(20865)
sm.removeSkill(10000259)
sm.setJob(1500)
sm.resetStats()
sm.addSP(4, True)
# Unhandled Stat Changed [MHP] Packet: 00 00 00 08 00 00 00 00 00 00 58 01 00 00 FF 00 00 00 00
# Unhandled Stat Changed [MMP] Packet: 00 00 00 20 00 00 00 00 00 00 A3 00 00 00 FF 00 00 00 00
# Unhandled Stat Changed [HP] Packet: 00 00 00 04 00 00 00 00 00 00 58 01 00 00 FF 00 00 00 00
# Unhandled Stat Changed [MP] Packet: 00 00 00 10 00 00 00 00 00 00 A3 00 00 00 FF 00 00 00 00
sm.giveSkill(10001245, 1, 1)
sm.giveSkill(10000246, 1, 1)
# [INVENTORY_GROW] [01 1C ]
# [INVENTORY_GROW] [02 1C ]
# [INVENTORY_GROW] [03 1C ]
# [INVENTORY_GROW] [04 1C ]
sm.setSpeakerID(1101007)
sm.sendSay("To become a stronger Thunder Breaker, ye have to distribute yer stats. Just open yer Stats Window (S) to do so. If yer unsure what stats to upgrade, try usin' the ol' #bAuto-Assign#k feature.")
sm.setSpeakerID(1101007)
sm.sendSay("A Thunder Breaker be needin' an awful lot of items, so I've expanded yer Etc slots.")
sm.setSpeakerID(1101007)
sm.sendSay("I've also given ye some #bSP#k. Just open yer #bSkill Menu#k to learn some new skills. There isn't much to learn and ye can't learn them all at once, and some of them require that ye learn other skills first.")
sm.setSpeakerID(1101007)
sm.sendSay("As an ol' Thunder Breaker, remember that if ye die, ye'll lose some EXP. So, don't go bargin' into fights without thinkin', ye hear?")
sm.setSpeakerID(1101007)
sm.sendSay("Now, set sail on yer adventure as a Cygnus Knight!")
else:
sm.setSpeakerID(1101007)
sm.sendNext("Well, that's too bad! I would've loved to have ye on me crew.") |
"""
1. get the user,pwd and current sold from the console
2. validate the user and password
3. Enable the login through an enter
4. Display the sold after the login
5. Retrieve an amount of cash
6. Display the password encrypted e.g. instead of 'abcd' show '****'.
7. Be aware that the nr of '*' should be equal with the length of the pwd
"""
# Define the expected results in terms of code
expected_usr: str = "Paul"
expected_pwd: str = "abcg"
expected_sold: int = 10000
# Implement the test case
usr = input("Please enter a valid username ")
assert usr == expected_usr
pwd = input("Please enter a valid password ")
assert pwd == expected_pwd
input("Press enter to login")
print(f"Logged in successfully, your sold is {expected_sold}")
cash = int(input("How much cash do you want?"))
print(f"Your sold now is {expected_sold - cash} RON")
show_pwd = len(pwd)
print(f'The password for user {usr} is {show_pwd * "*"}, is {show_pwd} characters long', end='')
print(f'The password for user {usr} is {show_pwd * "*"}, is {show_pwd} characters long')
|
"""
Author: Trevor Stalnaker, Justin Pusztay
File: fsm.py
A class that models a finite state machine
"""
class FSM():
"""
Models a generalized finite state machine
"""
def __init__(self, startState, states, transitions):
self._state = startState
self._startState = startState
self._states = states
self._transitions = transitions
def changeState(self, action):
"""
Changes the state based on the action
"""
for rule in self._transitions:
if rule.getStartState() == self._state and \
rule.getAction() == action:
self._state = rule.getEndState()
def getCurrentState(self):
"""
Returns the current state
"""
return self._state
def getStates(self):
"""
Returns all the possible states.
"""
return self._states
def getTransitions(self):
"""
Returns the transitions.
"""
return self._transitions
def backToStart(self):
"""
Returns the FSM to the start state.
"""
self._state = self._startState
class Rule():
"""
Models a transition in a finite state machine
"""
def __init__(self, state1, action, state2):
self._startState = state1
self._action = action
self._endState = state2
def getStartState(self):
"""
Returns the start state.
"""
return self._startState
def getAction(self):
"""
Returns the action
"""
return self._action
def getEndState(self):
"""
Returns the end state
"""
return self._endState
def __repr__(self):
"""
Returns a reprsentation of the rule.
"""
return "(" + str(self._startState) + "," + str(self._symbol) + \
"," + str(self._endState) + ")"
|
#!/usr/bin/env python
# -*- coding: utf-8 -*-
arr = [6,5,4,2,1,8,3]
def qsort(l, r):
global arr
if l >= r: return
first, last, key = l, r, arr[l]
while first < last:
while first < last and arr[last] >= key: last -= 1
arr[first] = arr[last]
while first < last and arr[first] <= key: first += 1
arr[last] = arr[first]
arr[first] = key
print(arr)
if first == l: return
qsort(l, first)
qsort(first+1, r)
qsort(0, len(arr)-1)
print(arr)
|
print('Exercício Python #025 - Procurando uma string dentro de outra')
print('By Guanabara')
name = str(input('Qual é o seu nome? ')).title().strip()
print('Seu nome tem Silva? {}'.format('Silva' in name))
|
retas_convertidas = {
'75': '38', # Ladrilho de início
'77': '37', # Ladrilho de início com paredes
'76': '36', # Ladrilho de início sem linha
'78': '11', # Ladrilho final
'80': '10', # Ladrilho final com paredes
'73': '8', # Terceira Sala
'54': '4', # Conjunto Bilateral
'66': '5', # Conjunto Unilateral
'18': '32', # 4 Retornos
'6': '7', # Encruzilhada C
'50': '6', # Encruzilhada C com Gap
'24': '33', # Encruzilhada Reta
'25': '39', # Encruzilhada T Reta
'82': '35', # Escadaria
'0': '1', # Linha
'51': '40', # Linha com V
'56': '21', # Meia Lua
'3': '2', # Zigue-Zague
'5': '3', # Zigue-Zague 90°
'68': '26', # Zigue-Zague 90° Unilateral
'57': '41', # Zigue-Zague Suave
'60': '42', # Zigue-Zague Suave Unilateral
'63': '43', # Zigue-Zague Unilateral
'33': '14', # 2 Gaps
'74': '12', # Gangorra
'1': '13', # Gap
'32': '17', # Gap e Redutor
'35': '16', # Gap e Redutor Inclinado
'4': '22', # Obstáculo
'23': '31', # Portal
'2': '18', # Redutor
'34': '15', # Redutor Inclinado
'22': '20', # Redutores
'36': '19', # Redutores Inclinados
'81': '34', # Rotatória
'37': '44', # Zigue-Zague com Redutor
'21': '25', # 3 Paredes
'20': '24', # Parede
'19': '23', # Paredes Laterais
'8': '30', # Rampa
'9': '27', # Rampa com Gap
'10': '28', # Rampa com Redutor
'11': '29', # Rampa com Redutores
}
curvas_convertidas = {
# Antigo: Novo
'22': '0', # Ladrilho Vazio
'19': '3', # Conjunto simples
'21': '2', # Conjunto Encruzilhadas Simples
'4': '5', # Intersecção C
'14': '4', # Encruzilhada C com Gap
'2': '24', # Encruzilhada Circular
'7': '19', # Encruzilhada com Verde
'8': '17', # Encruzilhada Dupla
'9': '16', # Encruzilhada Dupla Cruzada
'5': '27', # Encruzilhada T
'6': '26', # Encruzilhada T Dupla
'10': '18', # Encruzilhada T Tripla
'23': '14', # Obstáculo
'27': '22', # Rotatória Com Curva 90°
'26': '21', # Rotatória com Degraus
'28': '23', # Rotatória Externa
'1': '1', # Curva 90°
'3': '13', # Curva Complexa
'15': '8', # Curva Degrau
'17': '7', # Curva Degrau Suave
'24': '6', # Curva Diagonal
'0': '25', # Curva Suave
'30': '10', # Dupla de Curvas Degrau
'29': '9', # Dupla de Curvas Degrau Suave
'31': '11', # Dupla de Curvas Diagonal
'32': '12', # Dupla de Curvas Suave
'25': '20', # Rotatória Aberta
'11': '15' # Parede Curvada
}
curvas_elevadas = {
# Antigo: Elevado Novo
'12': '1',
'13': '25',
'16': '25',
'18': '7',
'20': '3',
}
retas_elevadas = {
# Antigo: Elevado Novo
'12': '1',
'13': '13',
'14': '18',
'15': '20',
'16': '2',
'17': '3',
'26': '1', # Linha inferior
'27': '1', # Linha inferior
'28': '1', # Linha inferior
'29': '1', # Linha inferior
'30': '1', # Linha inferior
'31': '1', # Linha inferior
'38': '14', # Linha inferior
'39': '14',
'40': '15', # Linha inferior
'41': '15',
'42': '16', # Linha inferior
'43': '16',
'44': '16', # Linha inferior
'45': '17',
'46': '19', # Linha inferior
'47': '19',
'48': '44', # Linha inferior
'49': '44',
'52': '40',
'53': '40', # Linha inferior
'55': '4',
'58': '41',
'59': '41', # Linha inferior
'61': '42', # Linha inferior
'62': '42', # Linha inferior
'64': '43',
'65': '43', # Linha inferior
'67': '5',
'69': '26',
'70': '26' # Linha inferior
}
ids = {
'0': '0', '1': '1', '2': '2', '3': '3',
'4': '4', '5': '5', '6': '6', '7': '7',
'8': '8', '9': '9', 'a': '10', 'b': '11',
'c': '12', 'd': '13', 'e': '14', 'f': '15',
'g': '16', 'h': '17', 'i': '18', 'j': '19',
'k': '20', 'l': '21', 'm': '22', 'n': '23',
'o': '24', 'p': '25', 'q': '26', 'r': '27',
's': '28', 't': '29', 'u': '30', 'v': '31',
'w': '32', 'x': '33', 'y': '34', 'z': '35',
'A': '36', 'B': '37', 'C': '38', 'D': '39',
'E': '40', 'F': '41', 'G': '42', 'H': '43',
'I': '44', 'J': '45', 'K': '46', 'L': '47',
'M': '48', 'N': '49', 'O': '50', 'P': '51',
'Q': '52', 'R': '53', 'S': '54', 'T': '55',
'U': '56', 'V': '57', 'W': '58', 'X': '59',
'Y': '60', 'Z': '61', '+': '62', '/': '63',
'=': '64', '<': '65', '>': '66', '{': '67',
'}': '68', '[': '69', ']': '70', '(': '71',
')': '72', '?': '73', '&': '74', '$': '75',
'^': '76', '-': '77', '_': '78', '@': '79',
'Á': '80', 'É': '81', 'Í': '82', 'Ó': '83'
}
config_adicional_padrao = ', SaidaSala: 0, TRescueKit: true, RescueKit: false'
# Não utilizado ainda
linha_inferior = [
'26', '27', '28', '29', '30', '31',
'38', '40', '42', '44', '46', '48',
'53', '59', '61', '62', '65', '70'
]
configs = {
'HoraDoDia': 'time_of_day',
'TempoMxmo': 'time_limit',
'SaveMrcds': 'number_of_checkpoints',
'ObstacTmp': 'obstacle_dodging_time',
'MoveObsto': 'obstacle_pushing',
'RescueKit': 'rescue_kit_enabled',
'BoolTpFim': 'time_limit_stops_code_execution',
'BoolEndCd': 'finish_execution_after_code',
'PontoDist': 'distance_based_checkpoint_scoring',
'RbCpJrScr': 'standard_robocup_jr_scoring',
'BoolTSala': 'level_two_evacuation_point',
'Descricao': 'description',
'BoolPrgso': 'lack_of_progress',
'LRescueKt': 'level_two_rescue_kit',
'BoolSlnha': 'robot_has_to_follow_line'
}
configs_resgate = {
'VtmsVivas': 'live_victims',
'VtmsMrtas': 'dead_victims',
'SaidaSala': 'exit',
'ResgtePos': 'point_position',
}
|
def test_accounts(client):
client.session.get.return_value.json.return_value.update({'accounts': [1, ]})
client.accounts()
client.session.get.called_once_with('https://api.getdrip.com/v2/accounts/')
def test_account(client):
client.session.get.return_value.json.return_value.update({'accounts': [1, ]})
client.account(1234)
client.session.get.called_once_with('https://api.getdrip.com/v2/accounts/1234')
|
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