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Commit c82a7b3

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author
SamLaFell
committed
Class_Assignments
1 parent c39c494 commit c82a7b3

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‎.DS_Store

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‎Python_Class/sam_lafell_dark_sky.py

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#!/usr/bin/env python
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# coding: utf-8
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# In[ ]:
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import os
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import pandas as pd
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import numpy as np
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os.chdir('/Users/samlafell/Desktop/MSA/Python/Healy_Class')
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print(os.getcwd())
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from forecastiopy import *
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api_key = 'c14295d6060f09271a3d29d107f614b2'
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loc = [["Anchorage, Alaska", 61.2181, -149.9003],
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["Buenos Aires, Argentina", -34.6037, -58.3816],
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["Sao Jose dos Campos, Brazil", -23.2237, -45.9009],
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['San Jose, Costa Rica', 9.9281, -84.0907],
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['Nanaimo, Canada', 49.1659, -123.9401],
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['Ningbo, China', 29.8683, 121.5440],
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['Giza, Egypt', 30.0131, 31.2089],
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['Mannheim, Germany', 49.4875, 8.4660],
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['Hyderabad, India', 17.3850, 78.4867],
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['Tehran, Iran', 35.6892, 51.3890],
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['Bishkek, Kyrgyzstan', 42.8746, 74.5698],
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['Riga, Latvia', 56.9496, 24.1052],
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['Quetta, Pakistan', 30.1798, 66.9750],
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['Warsaw, Poland', 52.2297, 21.0122],
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['Dhahran, Saudi Arabia', 26.2361, 50.0393],
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["Madrid, Spain", 40.4168, -3.7038],
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["Oldham, United Kingdom", 53.5409, -2.1114]]
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whole_list = []
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new_list = []
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for i in loc:
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max = []
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min = []
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city = i[0]
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latitude = i[1]
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longitude = i[2]
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weather = ForecastIO.ForecastIO(api_key, latitude=latitude, longitude=longitude, units=ForecastIO.ForecastIO.UNITS_SI)
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daily = FIODaily.FIODaily(weather)
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for day in range(2, 7):
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val = daily.get(day)
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min.append(val['temperatureMin'])
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max.append(val['temperatureMax'])
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max_mean = round((sum(max) / 5), 2)
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min_mean = round((sum(min) / 5), 2)
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max.append(max_mean)
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min.append(min_mean)
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whole_list = [city, min[0], max[0], min[1], max[1], min[2], max[2], min[3], max[3], min[4], max[4], min[5], max[5]]
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new_list.append(whole_list)
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dark_sky_api = pd.DataFrame(new_list, columns=['City', 'Min 1', 'Max 1', 'Min 2', 'Max 2',
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'Min 3', 'Max 3', 'Min 4', 'Max 4', 'Min 5', 'Max 5', 'Min Avg', 'Max Avg'])
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dark_sky_api.set_index('City', inplace=True)
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dark_sky_api.to_csv('lafell_dark_sky_api.csv')
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‎Python_Class/tic_tac_toe.py

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tic_tac_toe = {'A1': ' ', 'B1': ' ', 'C1': ' ', 'A2': ' ', 'B2': ' ', 'C2': ' ',
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'A3': ' ', 'B3': ' ', 'C3': ' '}
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while True:
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print('Welcome to Tic-Tac-Toe! Player 1, please enter your name. (blank to quit)')
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player1name = input()
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if player1name == '':
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break
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print('Welcome, ' + player1name + '. You will be X')
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print('Player 2, please enter your name')
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player2name = input()
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print('Welcome, ' + player2name + '. You will be O')
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break
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def board(board):
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print(tic_tac_toe['A1'] + '|' + tic_tac_toe['B1'] + '|' + tic_tac_toe['C1'])
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print('------')
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print(tic_tac_toe['A2'] + '|' + tic_tac_toe['B2'] + '|' + tic_tac_toe['C2'])
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print('------')
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print(tic_tac_toe['A3'] + '|' + tic_tac_toe['B3'] + '|' + tic_tac_toe['C3'])
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def win_check(tic_tac_toe):
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if tic_tac_toe['A1'] == 'X' and tic_tac_toe['A2'] == 'X' and tic_tac_toe['A3'] == 'X':
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global win
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win = 1
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return print(player1name, 'wins!')
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elif tic_tac_toe['B1'] == 'X' and tic_tac_toe['B2'] == 'X' and tic_tac_toe['B3'] == 'X':
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win = 1
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return print(player1name, 'wins!')
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elif tic_tac_toe['C1'] == 'X' and tic_tac_toe['C2'] == 'X' and tic_tac_toe['C3'] == 'X':
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win = 1
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return print(player1name, 'wins!')
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elif tic_tac_toe['A1'] == 'X' and tic_tac_toe['B2'] == 'X' and tic_tac_toe['C3'] == 'X':
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win = 1
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return print(player1name, 'wins!')
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elif tic_tac_toe['A1'] == 'X' and tic_tac_toe['B1'] == 'X' and tic_tac_toe['C1'] == 'X':
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win = 1
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return print(player1name, 'wins!')
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elif tic_tac_toe['A1'] == 'X' and tic_tac_toe['B1'] == 'X' and tic_tac_toe['C1'] == 'X':
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win = 1
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return print(player1name, 'wins!')
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elif tic_tac_toe['A2'] == 'X' and tic_tac_toe['B2'] == 'X' and tic_tac_toe['C2'] == 'X':
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win = 1
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return print(player1name, 'wins!')
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elif tic_tac_toe['A3'] == 'X' and tic_tac_toe['B3'] == 'X' and tic_tac_toe['C3'] == 'X':
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win = 1
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return print(player1name, 'wins!')
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elif tic_tac_toe['A3'] == 'X' and tic_tac_toe['B2'] == 'X' and tic_tac_toe['C1'] == 'X':
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win = 1
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return print(player1name, 'wins!')
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elif tic_tac_toe['A1'] == 'O' and tic_tac_toe['A2'] == 'O' and tic_tac_toe['A3'] == 'O':
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win = 1
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return print(player2name, 'wins!')
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elif tic_tac_toe['B1'] == 'O' and tic_tac_toe['B2'] == 'O' and tic_tac_toe['B3'] == 'O':
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win = 1
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return print(player2name, 'wins!')
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elif tic_tac_toe['C1'] == 'O' and tic_tac_toe['C2'] == 'O' and tic_tac_toe['C3'] == 'O':
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win = 1
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return print(player2name, 'wins!')
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elif tic_tac_toe['A1'] == 'O' and tic_tac_toe['B2'] == 'O' and tic_tac_toe['C3'] == 'O':
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win = 1
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return print(player2name, 'wins!')
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elif tic_tac_toe['A1'] == 'O' and tic_tac_toe['B1'] == 'O' and tic_tac_toe['C1'] == 'O':
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win = 1
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return print(player2name, 'wins!')
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elif tic_tac_toe['A2'] == 'O' and tic_tac_toe['B2'] == 'O' and tic_tac_toe['C2'] == 'O':
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win = 1
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return print(player2name, 'wins!')
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elif tic_tac_toe['A3'] == 'O' and tic_tac_toe['B3'] == 'O' and tic_tac_toe['C3'] == 'O':
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win = 1
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return print(player2name, 'wins!')
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elif tic_tac_toe['A3'] == 'O' and tic_tac_toe['B2'] == 'O' and tic_tac_toe['C1'] == 'O':
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win = 1
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return print(player2name, 'wins!')
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board(board)
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turn = 'X'
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win = 0
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for num in range(9):
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if win:
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break
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print('Turn for ', turn + '. Which space would you like?' +
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' Type A1 for top-left and C3 for bottom-right.')
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move = input()
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while move not in tic_tac_toe.keys():
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print('I did not get that. Could you enter a valid value between A1 and C3.')
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move = input()
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while tic_tac_toe[move] != ' ':
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print('Try a space that has not been taken.')
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board(board)
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move = input()
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tic_tac_toe[move] = turn
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if turn == 'X':
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turn = 'O'
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else:
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turn = 'X'
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board(board)
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if win_check(tic_tac_toe):
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break
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if not win:
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print('It was a tie!')

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