simple-math-projects-5-28-2018/distance_cities at master · Zandy12/simple-math-projects-5-28-2018 · GitHub

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''' Distance Between Two Cities - Calculates the distance between two
cities and allows the user to specify a unit of distance. This program
may require finding coordinates for the cities like latitude and
longitude.
'''

#Figure out how to calculate with indexes inside of indexes

first = [41.8781,-87.6298] #Chicago
second = [34.0522,-118.2437] #Los Angeles
third = [40.7128,-74.0060] #New York
fourth = [25.7617,-80.1918] #Miami
fifth = [33.7490,-84.3880] #Atlanta
sixth = [47.6062,-122.3321] #Seattle
seventh = [42.3601,-71.0589] #Boston
eighth = [33.4484,-112.0740] #Phoenix
ninth = [29.7604,-95.3698] #Houston
tenth = [61.2181,-149.9003] #Anchorage

Quit = False

while not Quit:

    places = []

    question = str(input('Which city would you like to start from? '))
    print('You have chosen',question,'as your starting point! ')
    if question == ('Chicago'):
        places.append(first)
        print(places)
    if question == ('Los Angeles'):
        places.append(second)
        print(places)
    if question == ('New York'):
        places.append(third)
        print(places)
    if question == ('Miami'):
        places.append(fourth)
        print(places)
    if question == ('Atlanta'):
        places.append(fifth)
        print(places)
    if question == ('Seattle'):
        places.append(sixth)
        print(places)
    if question == ('Boston'):
        places.append(seventh)
        print(places)
    if question == ('Phoenix'):
        places.append(eighth)
        print(places)
    if question == ('Houston'):
        places.append(ninth)
        print(places)
    if question == ('Anchorage'):
        places.append(tenth)
        print(places)

    seconds = input('Which city would like to know the distance from your chosen place?')
    print('You have chosen',second,'as your destination! ')
    if seconds == ('Chicago'):
        places.append(first)
        print(places)
        d = (abs((((places[1][0]-places[0][0])**2 - (places[1][1]-places[0][1])**2)**1/2)*10))
        print('Your total distance from',question,'to',seconds,'is',d,'miles!')
    if seconds == ('Los Angeles'):
        places.append(second)
        print(places)
        d = (abs((((places[1][0]-places[0][0])**2 - (places[1][1]-places[0][1])**2)**1/2)*10))
        print('Your total distance from',question,'to',seconds,'is',d,'miles!')
    if seconds == ('New York'):
        places.append(third)
        print(places)
        d = (abs((((places[1][0]-places[0][0])**2 - (places[1][1]-places[0][1])**2)**1/2)*10))
        print('Your total distance from',question,'to',seconds,'is',d,'miles!')
    if seconds == ('Miami'):
        places.append(fourth)
        print(places)
        d = (abs((((places[1][0]-places[0][0])**2 - (places[1][1]-places[0][1])**2)**1/2)*10))
        print('Your total distance from',question,'to',seconds,'is',d,'miles!')
    if seconds == ('Atlanta'):
        places.append(fifth)
        print(places)
        d = (abs((((places[1][0]-places[0][0])**2 - (places[1][1]-places[0][1])**2)**1/2)*10))
        print('Your total distance from',question,'to',seconds,'is',d,'miles!')
    if seconds == ('Seattle'):
        places.append(sixth)
        print(places)
        d = (abs((((places[1][0]-places[0][0])**2 - (places[1][1]-places[0][1])**2)**1/2)*10))
        print('Your total distance from',question,'to',seconds,'is',d,'miles!')
    if seconds == ('Boston'):
        places.append(seventh)
        print(places)
        d = (abs((((places[1][0]-places[0][0])**2 - (places[1][1]-places[0][1])**2)**1/2)*10))
        print('Your total distance from',question,'to',seconds,'is',d,'miles!')
    if seconds == ('Phoenix'):
        places.append(eighth)
        print(places)
        d = (abs((((places[1][0]-places[0][0])**2 - (places[1][1]-places[0][1])**2)**1/2)*10))
        print('Your total distance from',question,'to',seconds,'is',d,'miles!')
    if seconds == ('Houston'):
        places.append(ninth)
        print(places)
        d = (abs((((places[1][0]-places[0][0])**2 - (places[1][1]-places[0][1])**2)**1/2)*10))
        print('Your total distance from',question,'to',seconds,'is',d,'miles!')
    if seconds == ('Anchorage'):
        places.append(tenth)
        print(places)
        d = (abs((((places[1][0]-places[0][0])**2 - (places[1][1]-places[0][1])**2)**1/2)*10))
        print('Your total distance from',question,'to',seconds,'is',d,'miles!')


# Needed nested lists to work out distance formula with appended data.