Initial version

[battleship.git] / battleship.py

#!/usr/bin/env python3
# -*- coding: utf8 -*-

# Programme de Bataille Navale
# 
# Codé par Lucie Mazet
#
# Janvier 2024

# Constants

N = 10

tab_human = []

tab_machine = []

ships = [1, 1, 1, 1, 2, 2, 3]

# value in tab
#  S: ship position
#  O: bomb missed
#  X: ship hit

# init table
def init_table(tab):
    return

# display table
def display(main_tab, second_tab=[]):
    
    # display all symbols in main tab
    print("foobar")

    # if defined
    if len(second_tab) != 0:
        # only display 'O' and 'X'
        pass
        
    return

# read coordonate
def read_coordonate(size, tab):
    return []

# generate coordonate
def generate_coordonate(size, tab):
    return []

# put element into table
def put_in_table(element, pos, tab):
    return

# check table status
def check_status(tab):
    return True

# main function
def main():

    # init table for human
    init_table(tab_human)
    for ship in ships:
        display(tab_human)
        print("Where do you want to place a ship of", ship, "?")
        pos = read_coordonate(ship, tab_human)
        put_in_table('S', pos, tab_human)

    # init table for machine
    init_table(tab_machine)
    for ship in ships:
        display(tab_machine)
        pos = generate_coordonate(ship, tab_machine)
        put_in_table('S', pos, tab_machine)

    # main loop
    while True:
        
        # humain play
        display(tab_human, tab_machine)
        print("Where do you want to bomb?")
        pos = read_coordonate(1, tab_machine)
        put_in_table('B', pos, tab_machine)
        if check_status(tab_machine):
            print("Humain won")
            display(tab_machine)
            exit(0)

	# machine play
        pos = generate_coordonate(1, tab_human)
        put_in_table('B', pos, tab_human)
        if check_status(tab_human):
            print("Machine won")
            display(tab_human)
            exit(0)

    exit(1)   

# exec main funtion
if __name__ == "__main__":
    main()

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