Shogun89

from num2words import num2words

numbers = list(range(10,100))
number_to_word_dict = {num : num2words(num) for num in numbers}

sorted_numbers = sorted(numbers, key = lambda x : number_to_word_dict[x])
print(sorted_numbers)

Shogun89

import pandas as pd
import github as Github


def get_repo_information(org_name, access_token):
    git = Github(access_token)
    org = git.get_organization(org_name)
    repositories = org.get_repos()

    data = []

Shogun89

Monkey 0:
  Starting items: 78, 53, 89, 51, 52, 59, 58, 85
  Operation: new = old * 3
  Test: divisible by 5
    If true: throw to monkey 2
    If false: throw to monkey 7

Monkey 1:
  Starting items: 64
  Operation: new = old + 7

Shogun89

def fetch_input(file) -> str:
    ''' Fetches the txt file input for the current challenge '''

    with open(file, 'r') as file:
        data = file.read().replace('\n', '')

    return data

def check_start_of_packet(txt,window_length) -> bool:
    ''' Determine if current text is all unique characters '''

Shogun89

16-80,80-87
4-9,10-97
6-94,93-93
31-73,8-73
4-72,5-73
6-63,4-5
3-44,4-45
89-96,95-95
56-95,29-95
5-22,5-22

Shogun89

BdbzzddChsWrRFbzBrszbhWMLNJHLLLLHZtSLglFNZHLJH
nnfMwqpQTMffHlNNLllHnZSS
cGpcMwfppfqcjcTCBBzWDsDbDrjzWz
LhfjhcdjcGdhFfdGfdjdvwCCZMvvLvWwMLCLSwZC
rDnsbmptPmlbQMCrQWQQBZQW
gltgVPngDPbptPsbPzVgmDldfTdfczThjJJjfMcJdFHjjH
dGlgDflTLLLrRLTLVdQLcQMnbvHbbFzNNvMbnHHn
sZjWJJCSjWqfCqSjSmJSbFvCzBMBBzHncHNvMBHN
twqqwpZwfrlwRwDGDR
zCGGFTQMQrsNRNGZdR

Shogun89

BdbzzddChsWrRFbzBrszbhWMLNJHLLLLHZtSLglFNZHLJH
nnfMwqpQTMffHlNNLllHnZSS
cGpcMwfppfqcjcTCBBzWDsDbDrjzWz
LhfjhcdjcGdhFfdGfdjdvwCCZMvvLvWwMLCLSwZC
rDnsbmptPmlbQMCrQWQQBZQW
gltgVPngDPbptPsbPzVgmDldfTdfczThjJJjfMcJdFHjjH
dGlgDflTLLLrRLTLVdQLcQMnbvHbbFzNNvMbnHHn
sZjWJJCSjWqfCqSjSmJSbFvCzBMBBzHncHNvMBHN
twqqwpZwfrlwRwDGDR
zCGGFTQMQrsNRNGZdR

Shogun89

def fetch_tournament(file) -> list[str]:
    with open(file) as f:
        lines = f.readlines()
    
    return lines

def clean_game(game) -> str:
    
    dic = {
        'A' : 'Rock',

Shogun89

from math import sqrt 
 
def get_triangle_area(a,b,c): 
    ''' Given triangle side lengths a,b,c returns the area of the triangle ''' 
     
    assert a > 0 and b > 0 and c > 0, "Side lengths must be positive" 
     
    s = (a+b+c)/2  
     
    area = sqrt(s*(s-a)*(s-b)*(s-c)) 

Shogun89

class Solution:
    def countPoints(self, points: List[List[int]], queries: List[List[int]]) -> List[int]:
        
        output = []
        def point_distance(circ, point):
            
            dist =  ((circ[0] - point[0])**2 + (circ[1] - point[1])**2 )**(1/2) 
            return dist
            
        for circ in queries: