main.py

import game
import pawn
import bishop
import knight
import queen
import rook
import king
import gui
from tkinter import NW

alpha = ['H','G','F','E','D','C','B','A','X']
alpha2 = ['A','B','C','D','E','F','G','H']
game = game.Game()


#team white
Wpawn1 = pawn.Pawn('H2','white',game)
Wpawn2 = pawn.Pawn('G2','white',game)
Wpawn3 = pawn.Pawn('F2','white',game)
Wpawn4 = pawn.Pawn('E2','white',game)
Wpawn5 = pawn.Pawn('D2','white',game)
Wpawn6 = pawn.Pawn('C2','white',game)
Wpawn7 = pawn.Pawn('B2','white',game)
Wpawn8 = pawn.Pawn('A2','white',game)


Wknight1 = knight.Knight("B1","white",game)
Wknight2 = knight.Knight("G1","white",game)


Wbishop1 = bishop.Bishop("F1","white",game)
Wbishop2 = bishop.Bishop("C1","white",game)

Wrook1 = rook.Rook("H1","white",game)
Wrook2 = rook.Rook("A1","white",game)

Wking = king.King("D1","white",game)

Wqueen = queen.Queen("E1","white",game)


#team black
Bpawn1 = pawn.Pawn('H7','black',game)
Bpawn2 = pawn.Pawn('G7','black',game)
Bpawn3 = pawn.Pawn('F7','black',game)
Bpawn4 = pawn.Pawn('E7','black',game)
Bpawn5 = pawn.Pawn('D7','black',game)
Bpawn6 = pawn.Pawn('C7','black',game)
Bpawn7 = pawn.Pawn('B7','black',game)
Bpawn8 = pawn.Pawn('A7','black',game)

Bknight1 = knight.Knight("G8","black",game)
Bknight2 = knight.Knight("B8","black",game)

Bbishop1 = bishop.Bishop("F8","black",game)
Bbishop2 = bishop.Bishop("C8","black",game)

Brook1 = rook.Rook("H8","black",game)
Brook2 = rook.Rook("A8","black",game)

Bking = king.King("D8","black",game)

Bqueen = queen.Queen("E8","black",game)


def undo(event):
    game.undo(guiw)


def lgetxy(event):
    try:
        for i in guiw.selec_poss_seen:
            guiw.canvas.delete(i)
        game.left = alpha2[int(event.x/80)-1]+str(9-int(event.y/80))
        assert game.board[game.left].team  ==  game.turn
        game.selec_poss = game.board[game.left].possible_moves()+game.board[game.left].possible_attacks()
        guiw.selec_poss_seen = [
        guiw.canvas.create_image(
        gui.convert(i)[0],
        gui.convert(i)[1],
        image = guiw.selec_poss_im,
        anchor = NW )
        for i in game.selec_poss
        ]
    except:
        print('invalid selection')

def rgetxy(event):
    try:
        game.right = alpha2[int(event.x/80)-1]+str(9-int(event.y/80))
    except:
        print('error')
    game.play(guiw)
    for i in guiw.selec_poss_seen:
        guiw.canvas.delete(i)
    if game.winner  !=  None:
        print('the winner is {}'.format(game.winner))
        input()



guiw = gui.Window(game)
guiw.canvas.bind('<Button-1>', lgetxy)
guiw.canvas.bind('<Button-2>', undo)
guiw.canvas.bind('<Button-3>', rgetxy)
guiw.canvas.grid()
guiw.update()
guiw.window.mainloop()