Top_Trumps_Project

import random
import requests
import time
import sys


# Get a random Pokemon and their stats
def random_pokemon():
    pokemon_number = random.randint(1, 151)
    url = f"https://pokeapi.co/api/v2/pokemon/{pokemon_number}/"
    response = requests.get(url)
    pokemon = response.json()
    return {
        "name": pokemon["name"],
        "id": pokemon["id"],
        "height": pokemon["height"],
        "weight": pokemon["weight"],
    }


# Stats available to player and computer for comparison during game play
stat_names = ["id", "height", "weight"]


#  Computer chooses a stat at random from available stat names
def comps_choice():
    return random.choice(stat_names)


# Player chooses a stat from available stat names
def players_choice():
    while True:
        chosen_stat = input("Which stat do you want to use? (id / height / weight): ").lower()
        if chosen_stat in stat_names:
            break
        else:
            print("Sorry, that's an invalid entry. Please enter \"id\", \"height\" or \"weight\".")

    return chosen_stat


# Results of each round printed to screen and win(1)/lose(0)/draw(0) result returned so round wins can be tracked
def result_of_round(player_stat, comp_stat, stat_choice, player_pokemon_name, comp_pokemon_name):
    if player_stat > comp_stat:
        print(f"\n ---You Win this round!---\nThe {stat_choice} of {player_pokemon_name} is {player_stat} versus {comp_pokemon_name} at {comp_stat}\n")
        round_won_by_player = 1
    elif player_stat < comp_stat:
        print(f"\n ---You Lose this round!---\nThe {stat_choice} of {player_pokemon_name} is {player_stat} versus {comp_pokemon_name} at {comp_stat}\n")
        round_won_by_player = 0
    else:
        print(f"\n ---This round is a Draw!---\nThe {stat_choice} of both {player_pokemon_name} and {comp_pokemon_name} is {player_stat}\n")
        round_won_by_player = 0
    time.sleep(4)
    return round_won_by_player


# Player gets to choose the stat in current round
def player_first():
    # Player's random Pokemon assigned
    player_pokemon = random_pokemon()
    player_pokemon_name = player_pokemon["name"].capitalize()
    # Computer's random Pokemon assigned
    comp_pokemon = random_pokemon()
    comp_pokemon_name = comp_pokemon["name"].capitalize()
    time.sleep(2.4)
    print(f"You were given {player_pokemon_name}")
    time.sleep(2.4)

    # Player chooses stat
    stat_choice = players_choice()
    player_stat = player_pokemon[stat_choice]
    comp_stat = comp_pokemon[stat_choice]
    time.sleep(2.4)

    print(f"Your opponent received {comp_pokemon_name}")
    time.sleep(2.4)

    # Return the total of player wins for rounds when player chose the stat
    wins = result_of_round(player_stat, comp_stat, stat_choice, player_pokemon_name, comp_pokemon_name)
    return wins


# Computer gets to choose the stat in current round
def comp_first():
    # Player's random Pokemon assigned
    player_pokemon = random_pokemon()
    player_pokemon_name = player_pokemon["name"].capitalize()
    # Computer's random Pokemon assigned
    comp_pokemon = random_pokemon()
    comp_pokemon_name = comp_pokemon["name"].capitalize()
    time.sleep(2.4)
    print(f"You were given {player_pokemon_name}")

    # Computer chooses stat
    stat_choice = comps_choice()
    player_stat = player_pokemon[stat_choice]
    comp_stat = comp_pokemon[stat_choice]
    time.sleep(2.4)

    print(f"Your opponent received {comp_pokemon_name}")
    time.sleep(2.4)
    print(f"They chose the {stat_choice} stat")
    time.sleep(2.4)

    # Return the total of player wins for rounds when the computer chose the stat
    wins = result_of_round(player_stat, comp_stat, stat_choice, player_pokemon_name, comp_pokemon_name)
    return wins


# Alternate between player and computer choosing stat when playing multiple rounds
# Track number of round wins
def play_with_rounds(rounds):
    total_wins = 0
    for Round in range(1, rounds+1):
        print(f"\n *** ROUND {Round} ***")
        if Round % 2:
            total_wins += player_first()
        else:
            total_wins += comp_first()
    print(f"\nYou won {total_wins}/{rounds} rounds.")


def play_again_or_quit():
    while True:
        play_again = input("\nWould you like to play again? (yes / no): ").lower()
        if play_again == "yes":
            play()
        elif play_again == "no":
            sys.exit("Thanks for playing! The game has now been terminated.")
        else:
            print("Sorry, your entry has not been recognised.\nPlease type \"yes\" or \"no\".")


# Player chooses number of rounds and begins match
def play():
    while True:
        try:
            rounds = int(input("How many rounds would you like to play? (1-5): "))
            if 0 < rounds < 6:
                break
            else:
                print("Sorry, that was an invalid entry. Please enter a number between 1 and 5.")
        except ValueError:
            print("Sorry, that was an invalid entry. Please try again.")
    play_with_rounds(rounds)
    play_again_or_quit()


play()