This is the design of the classical Ludo board, which has been made with the help of a 2-D list.
Each box in the board is an element in the list.
These are the designs of the tokens that will be moving over the board, also made with a 2-D list.
The whole path of each token has been numbered to keep track of the tokens.
All the safe spots are corresponded to particular numbers.
By satisfying these conditions, each token will be able to cut the other token.
Once the token has been cut or moved forward, the board needs to reset and just remember the position of the token that was moved.
After rolling the dice, this is how the pieces move.
The dice is rolled using the random library and checks if the token user selects is movable or not.
Once all the tokens are at "HOME" the colour wins.
import random
import os
import time
# structure
board = [
[' ____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____\n'],#line1,
[['| ',' ',' ',' ',' ',' ','| ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['| ',' ____',' ',' ',' ____',' ','|____','|____','|____','| ',' ____',' ',' ',' ____',' ','|\n']],# line2
[['| ','| ','| ',' ','| ','| ','| ','| ','| /\\ ','| ','| ','| ',' ','| ','| ','|\n'],
['| ','|____','| ',' ','|____','| ','|____','| ','|_\\/_','| ','|____','| ',' ','|____','| ','|\n']],#line3
[['| ',' ',' ',' ',' ',' ','| /\\ ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['| ',' ',' ',' ',' ',' ','|_\\/_','| ','|____','| ',' ',' ',' ',' ',' ','|\n']],#line4
[['| ',' ',' ',' ',' ',' ','| ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['| ',' ____',' ',' ',' ____',' ','|____','| ','|____','| ',' ____',' ',' ',' ____',' ','|\n']],#line5
[['| ','| ','| ',' ','| ','| ','| ','| ','| ','| ','| ','| ',' ','| ','| ','|\n'],
['| ','|____','| ',' ','|____','| ','|____','| ','|____','| ','|____','| ',' ','|____','| ','|\n']],#line6
[['| ',' ',' ',' ',' ',' ','| ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['|____',' ____',' ____',' ____',' ____',' ____','|____','|____','|____','|____',' ____',' ____',' ____',' ____',' ____','|\n']],#line7
[['| ','| /\\ ','| ','| ','| ','| ','| ',' ',' ','| ','| ','| ','| /\\ ','| ','| ','|\n'],
['|____','|_\\/_','|____','|____','|____','|____','| ',' _ ',' _ ','|____','|____','|____','|_\\/_','|____','|____','|\n']],#line8
[['| ','| ',' ',' ',' ',' ','| |_|','| ||\\','/||_ ','| ',' ',' ',' ',' ','| ','|\n'],
['|____','|____',' ____',' ____',' ____',' ____','| | |','|_|| ',' ||_ ','|____',' ____',' ____',' ____',' ____','|____','|\n']],#line9
[['| ','| ','| /\\ ','| ','| ','| ','| ',' ',' ','| ','| ','| ','| ','| /\\ ','| ','|\n'],
['|____','|____','|_\\/_','|____','|____','|____','|____',' ____',' ____','|____','|____','|____','|____','|_\\/_','|____','|\n']],#line10
[['| ',' ',' ',' ',' ',' ','| ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['| ',' ____',' ',' ',' ____',' ','|____','| ','|____','| ',' ____',' ',' ',' ____',' ','|\n']],#line11
[['| ','| ','| ',' ','| ','| ','| ','| ','| ','| ','| ','| ',' ','| ','| ','|\n'],
['| ','|____','| ',' ','|____','| ','|____','| ','|____','| ','|____','| ',' ','|____','| ','|\n']],#line12
[['| ',' ',' ',' ',' ',' ','| ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['| ',' ',' ',' ',' ',' ','|____','| ','|____','| ',' ',' ',' ',' ',' ','|\n']],#line13
[['| ',' ',' ',' ',' ',' ','| ','| ','| /\\ ','| ',' ',' ',' ',' ',' ','|\n'],
['| ',' ____',' ',' ',' ____',' ','|____','| ','|_\\/_','| ',' ____',' ',' ',' ____',' ','|\n']],#line14
[['| ','| ','| ',' ','| ','| ','| /\\ ','| ','| ','| ','| ','| ',' ','| ','| ','|\n'],
['| ','|____','| ',' ','|____','| ','|_\\/_','|____','|____','| ','|____','| ',' ','|____','| ','|\n']],#line15
[['| ',' ',' ',' ',' ',' ','| ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['|____',' ____',' ____',' ____',' ____',' ____','|____','|____','|____','|____',' ____',' ____',' ____',' ____',' ____','|\n']]#line16
]
empty = [
[' ____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____ ____\n'],#line1,
[['| ',' ',' ',' ',' ',' ','| ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['| ',' ____',' ',' ',' ____',' ','|____','|____','|____','| ',' ____',' ',' ',' ____',' ','|\n']],# line2
[['| ','| ','| ',' ','| ','| ','| ','| ','| /\\ ','| ','| ','| ',' ','| ','| ','|\n'],
['| ','|____','| ',' ','|____','| ','|____','| ','|_\\/_','| ','|____','| ',' ','|____','| ','|\n']],#line3
[['| ',' ',' ',' ',' ',' ','| /\\ ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['| ',' ',' ',' ',' ',' ','|_\\/_','| ','|____','| ',' ',' ',' ',' ',' ','|\n']],#line4
[['| ',' ',' ',' ',' ',' ','| ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['| ',' ____',' ',' ',' ____',' ','|____','| ','|____','| ',' ____',' ',' ',' ____',' ','|\n']],#line5
[['| ','| ','| ',' ','| ','| ','| ','| ','| ','| ','| ','| ',' ','| ','| ','|\n'],
['| ','|____','| ',' ','|____','| ','|____','| ','|____','| ','|____','| ',' ','|____','| ','|\n']],#line6
[['| ',' ',' ',' ',' ',' ','| ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['|____',' ____',' ____',' ____',' ____',' ____','|____','|____','|____','|____',' ____',' ____',' ____',' ____',' ____','|\n']],#line7
[['| ','| /\\ ','| ','| ','| ','| ','| ',' ',' ','| ','| ','| ','| /\\ ','| ','| ','|\n'],
['|____','|_\\/_','|____','|____','|____','|____','| ',' _ ',' _ ','|____','|____','|____','|_\\/_','|____','|____','|\n']],#line8
[['| ','| ',' ',' ',' ',' ','| |_|','| ||\\','/||_ ','| ',' ',' ',' ',' ','| ','|\n'],
['|____','|____',' ____',' ____',' ____',' ____','| | |','|_|| ',' ||_ ','|____',' ____',' ____',' ____',' ____','|____','|\n']],#line9
[['| ','| ','| /\\ ','| ','| ','| ','| ',' ',' ','| ','| ','| ','| ','| /\\ ','| ','|\n'],
['|____','|____','|_\\/_','|____','|____','|____','|____',' ____',' ____','|____','|____','|____','|____','|_\\/_','|____','|\n']],#line10
[['| ',' ',' ',' ',' ',' ','| ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['| ',' ____',' ',' ',' ____',' ','|____','| ','|____','| ',' ____',' ',' ',' ____',' ','|\n']],#line11
[['| ','| ','| ',' ','| ','| ','| ','| ','| ','| ','| ','| ',' ','| ','| ','|\n'],
['| ','|____','| ',' ','|____','| ','|____','| ','|____','| ','|____','| ',' ','|____','| ','|\n']],#line12
[['| ',' ',' ',' ',' ',' ','| ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['| ',' ',' ',' ',' ',' ','|____','| ','|____','| ',' ',' ',' ',' ',' ','|\n']],#line13
[['| ',' ',' ',' ',' ',' ','| ','| ','| /\\ ','| ',' ',' ',' ',' ',' ','|\n'],
['| ',' ____',' ',' ',' ____',' ','|____','| ','|_\\/_','| ',' ____',' ',' ',' ____',' ','|\n']],#line14
[['| ','| ','| ',' ','| ','| ','| /\\ ','| ','| ','| ','| ','| ',' ','| ','| ','|\n'],
['| ','|____','| ',' ','|____','| ','|_\\/_','|____','|____','| ','|____','| ',' ','|____','| ','|\n']],#line15
[['| ',' ',' ',' ',' ',' ','| ','| ','| ','| ',' ',' ',' ',' ',' ','|\n'],
['|____',' ____',' ____',' ____',' ____',' ____','|____','|____','|____','|____',' ____',' ____',' ____',' ____',' ____','|\n']]#line16
]
#TOKEN MODELS
RED1 = ['|/R1\\','|\\__/']
RED2 = ['|/R2\\','|\\__/']
RED3 = ['|/R3\\','|\\__/']
RED4 = ['|/R4\\','|\\__/']
YELLOW1 = ['|/Y1\\','|\\__/']
YELLOW2 = ['|/Y2\\','|\\__/']
YELLOW3 = ['|/Y3\\','|\\__/']
YELLOW4 = ['|/Y4\\','|\\__/']
double_r = ['|/RR\\','|\\__/']
double_y = ['|/YY\\','|\\__/']
r_y = ['|/YR\\','|\\__/']
triple_r = ['|/RR\\','|\\R_/']
r2_y1 = ['|/RR\\','|\\Y_/']
y2_r1 = ['|/YY\\','|\\R_/']
triple_y = ['|/YY\\','|\\Y_/']
quad_r = ['|/RR\\','|\\RR/']
r3_y1 = ['|/RR\\','|\\RY/']
r2_y2 = ['|/RR\\','|\\YY/']
y3_r1 = ['|/YY\\','|\\YR/']
quad_y = ['|/YY\\','|\\YY/']
# TOKEN POSITIONS
print('', end = '\n')
R1 = 0
R2 = 0
R3 = 0
R4 = 0
Y1 = 0
Y2 = 0
Y3 = 0
Y4 = 0
turn = 1
# CHECKING FOR SAFE SPOTS YELLOW
def safe_yellow(x):
global R1,R2,R3,R4,Y1,Y2,Y3,Y4,turn
if x + dice not in [6, 14, 19, 27, 32, 40, 45, 53, 57, 58, 59, 60, 61, 62]:
cut_yellow(x)
# CHECKING FOR SAFE SPOTS RED
def safe_red(x):
global R1,R2,R3,R4,Y1,Y2,Y3,Y4,turn
if x + dice not in [6, 14, 19, 27, 32, 40, 45, 53, 57, 58, 59, 60, 61, 62]:
cut_red(x)
# CUT YELLOW
def cut_yellow(x):
global R1,R2,R3,R4,turn
if x + dice == R1 + 26 or x + dice + 26 == R1:
R1 = 0
turn = 3
if x + dice == R2 + 26 or x + dice + 26 == R2:
R2 = 0
turn = 3
if x + dice == R3 + 26 or x + dice + 26 == R3:
R3 = 0
turn = 3
if x + dice == R4 + 26 or x + dice + 26 == R4:
R4 = 0
turn = 3
# CUT RED
def cut_red(x):
global Y1,Y2,Y3,Y4,turn
if x + dice + 26 == Y1 or x + dice == Y1 + 26:
Y1 = 0
turn = 0
if x + dice + 26 == Y2 or x + dice == Y2 + 26:
Y2 = 0
turn = 0
if x + dice + 26 == Y3 or x + dice == Y3 + 26:
Y3 = 0
turn = 0
if x + dice + 26 == Y4 or x + dice == Y4 + 26:
Y4 = 0
turn = 0
#RESET SQUARES RED
def reset_red(x):
global board,empty,R1,R2,R3,R4,Y1,Y2,Y3,Y4
if x in [6, 7, 8, 9, 10]:
pos = x - 5
board[7][0][pos] = empty[7][0][pos]
board[7][1][pos] = empty[7][1][pos]
if x in [11, 12, 13, 14, 15, 16]:
deviation = (x - 11)
pos = 6 - deviation
board[pos][0][6] = empty[pos][0][6]
board[pos][1][6] = empty[pos][1][6]
if x == 17:
board[1][0][7] = empty[1][0][7]
board[1][1][7] = empty[1][1][7]
if x in [18, 19, 20, 21, 22, 23]:
pos = x - 17
board[pos][0][8] = empty[pos][0][8]
board[pos][1][8] = empty[pos][1][8]
if x in [24, 25, 26, 27, 28, 29]:
pos = x - 15
board[7][0][pos] = empty[7][0][pos]
board[7][1][pos] = empty[7][1][pos]
if x == 30:
board[8][0][14] = empty[8][0][14]
board[8][1][14] = empty[8][1][14]
if x in [31, 32, 33, 34, 35, 36]:
deviation = x - 31
pos = 14 - deviation
board[9][0][pos] = empty[9][0][pos]
board[9][1][pos] = empty[9][1][pos]
if x in [37, 38, 39, 40, 41, 42]:
pos = x - 27
board[pos][0][8] = empty[pos][0][8]
board[pos][1][8] = empty[pos][1][8]
if x == 43:
board[15][0][7] = empty[15][0][7]
board[15][1][7] = empty[15][1][7]
if x in [44, 45, 46, 47, 48, 49]:
deviation = x - 44
pos = 15 - deviation
board[pos][0][6] = empty[pos][0][6]
board[pos][1][6] = empty[pos][1][6]
if x in [50, 51, 52, 53, 54, 55]:
deviation = x - 50
pos = 5 - deviation
board[9][0][pos] = empty[9][0][pos]
board[9][1][pos] = empty[9][1][pos]
if x in [56, 57, 58, 59, 60, 61]:
pos = x - 56
board[8][0][pos] = empty[8][0][pos]
board[8][1][pos] = empty[8][1][pos]
# RESET SQUARES YELLOW
def reset_yellow(x):
global board, empty, R1, R2, R3, R4, Y1, Y2, Y3, Y4
if x in [6, 7, 8, 9, 10]:
deviation = x - 5
pos = 14 - deviation
board[9][0][pos] = empty[9][0][pos]
board[9][1][pos] = empty[9][1][pos]
if x in [11, 12, 13, 14, 15, 16]:
pos = x - 1
board[pos][0][8] = empty[pos][0][8]
board[pos][1][8] = empty[pos][1][8]
if x == 17:
board[15][0][7] = empty[15][0][7]
board[15][1][7] = empty[15][1][7]
if x in [18, 19, 20, 21, 22, 23]:
deviation = x - 18
pos = 15 - deviation
board[pos][0][6] = empty[pos][0][6]
board[pos][1][6] = empty[pos][1][6]
if x in [24, 25, 26, 27, 28, 29]:
deviation = x - 24
pos = 5 - deviation
board[9][0][pos] = empty[9][0][pos]
board[9][1][pos] = empty[9][1][pos]
if x == 30:
board[8][0][0] = empty[8][0][0]
board[8][1][0] = empty[8][1][0]
if x in [31, 32, 33, 34, 35, 36]:
pos = x - 31
board[7][0][pos] = empty[7][0][pos]
board[7][1][pos] = empty[7][1][pos]
if x in [37, 38, 39, 40, 41, 42]:
deviation = x - 37
pos = 6 - deviation
board[pos][0][6] = empty[pos][0][6]
board[pos][1][6] = empty[pos][1][6]
if x == 43:
board[1][0][7] = empty[1][0][7]
board[1][1][7] = empty[1][1][7]
if x in [44, 45, 46, 47, 48, 49]:
pos = x - 43
board[pos][0][8] = empty[pos][0][8]
board[pos][1][8] = empty[pos][1][8]
if x in [50, 51, 52, 53, 54, 55]:
pos = x - 41
board[7][0][pos] = empty[7][0][pos]
board[7][1][pos] = empty[7][1][pos]
if x in [56, 57, 58, 59, 60, 61]:
deviation = x - 56
pos = 14 - deviation
board[8][0][pos] = empty[8][0][pos]
board[8][1][pos] = empty[8][1][pos]
# MOVEMENT RED
def move_red(x,y):
global board,R1,R2,R3,R4,Y1,Y2,Y3,Y4
if x in [6, 7, 8, 9, 10]:
pos = x - 5
board[7][0][pos] = y[0]
board[7][1][pos] = y[1]
if x in [11, 12, 13, 14, 15, 16]:
deviation = (x - 11)
pos = 6 - deviation
board[pos][0][6] = y[0]
board[pos][1][6] = y[1]
if x == 17:
board[1][0][7] = y[0]
board[1][1][7] = y[1]
if x in [18, 19, 20, 21, 22, 23]:
pos = x - 17
board[pos][0][8] = y[0]
board[pos][1][8] = y[1]
if x in [24, 25, 26, 27, 28, 29]:
pos = x - 15
board[7][0][pos] = y[0]
board[7][1][pos] = y[1]
if x == 30:
board[8][0][14] = y[0]
board[8][1][14] = y[1]
if x in [31, 32, 33, 34, 35, 36]:
deviation = x - 31
pos = 14 - deviation
board[9][0][pos] = y[0]
board[9][1][pos] = y[1]
if x in [37, 38, 39, 40, 41, 42]:
pos = x - 27
board[pos][0][8] = y[0]
board[pos][1][8] = y[1]
if x == 43:
board[15][0][7] = y[0]
board[15][1][7] = y[1]
if x in [44, 45, 46, 47, 48, 49]:
deviation = x - 44
pos = 15 - deviation
board[pos][0][6] = y[0]
board[pos][1][6] = y[1]
if x in [50, 51, 52, 53, 54, 55]:
deviation = x - 50
pos = 5 - deviation
board[9][0][pos] = y[0]
board[9][1][pos] = y[1]
if x in [56, 57, 58, 59, 60, 61]:
pos = x - 56
board[8][0][pos] = y[0]
board[8][1][pos] = y[1]
#MOVEMENT YELLOW
def move_yellow(x,y):
global board, R1, R2, R3, R4, Y1, Y2, Y3, Y4
if x in [6, 7, 8, 9, 10]:
deviation = x - 5
pos = 14 - deviation
board[9][0][pos] = y[0]
board[9][1][pos] = y[1]
if x in [11, 12, 13, 14, 15, 16]:
pos = x - 1
board[pos][0][8] = y[0]
board[pos][1][8] = y[1]
if x == 17:
board[15][0][7] = y[0]
board[15][1][7] = y[1]
if x in [18, 19, 20, 21, 22, 23]:
deviation = x - 18
pos = 15 - deviation
board[pos][0][6] = y[0]
board[pos][1][6] = y[1]
if x in [24, 25, 26, 27, 28, 29]:
deviation = x - 24
pos = 5 - deviation
board[9][0][pos] = y[0]
board[9][1][pos] = y[1]
if x == 30:
board[8][0][0] = y[0]
board[8][1][0] = y[1]
if x in [31, 32, 33, 34, 35, 36]:
pos = x - 31
board[7][0][pos] = y[0]
board[7][1][pos] = y[1]
if x in [37, 38, 39, 40, 41, 42]:
deviation = x - 37
pos = 6 - deviation
board[pos][0][6] = y[0]
board[pos][1][6] = y[1]
if x == 43:
board[1][0][7] = y[0]
board[1][1][7] = y[1]
if x in [44, 45, 46, 47, 48, 49]:
pos = x - 43
board[pos][0][8] = y[0]
board[pos][1][8] = y[1]
if x in [50, 51, 52, 53, 54, 55]:
pos = x - 41
board[7][0][pos] = y[0]
board[7][1][pos] = y[1]
if x in [56, 57, 58, 59, 60, 61]:
deviation = x - 56
pos = 14 - deviation
board[8][0][pos] = y[0]
board[8][1][pos] = y[1]
# A FUNCTION FOR FULL MOVEMENT
def start():
global R1,R2,R3,R4,Y1,Y2,Y3,Y4,board,RED1,RED2,RED3,RED4,YELLOW1,YELLOW2,YELLOW3,YELLOW4,empty,token,dice
if R1 == 0:
board[2][0][1] = RED1[0]
board[2][1][1] = RED1[1]
if R2 == 0:
board[2][0][4] = RED2[0]
board[2][1][4] = RED2[1]
if R3 == 0:
board[5][0][1] = RED3[0]
board[5][1][1] = RED3[1]
if R4 == 0:
board[5][0][4] = RED4[0]
board[5][1][4] = RED4[1]
if Y1 == 0:
board[11][0][10] = YELLOW1[0]
board[11][1][10] = YELLOW1[1]
if Y2 == 0:
board[11][0][13] = YELLOW2[0]
board[11][1][13] = YELLOW2[1]
if Y3 == 0:
board[14][0][10] = YELLOW3[0]
board[14][1][10] = YELLOW3[1]
if Y4 == 0:
board[14][0][13] = YELLOW4[0]
board[14][1][13] = YELLOW4[1]
if token == 'R1' or R1 >= 0:
move_red(R1,RED1)
if token == 'R2' or R2 >= 0:
move_red(R2,RED2)
if token == 'R3' or R3 >= 0:
move_red(R3,RED3)
if token == 'R4' or R4 >= 0:
move_red(R4,RED4)
if token == 'Y1' or Y1 >= 0:
move_yellow(Y1, YELLOW1)
if token == 'Y2' or Y2 >= 0:
move_yellow(Y2, YELLOW2)
if token == 'Y3' or Y3 >= 0:
move_yellow(Y3, YELLOW3)
if token == 'Y4' or Y4 >= 0:
move_yellow(Y4, YELLOW4)
if R1 in [R2,R3,R4]:
move_red(R1,double_r)
if R2 in [R3,R4]:
move_red(R2,double_r)
if R3 == R4:
move_red(R3,double_r)
if Y1 in [Y2,Y3,Y4]:
move_yellow(Y1,double_y)
if Y2 in [Y3,Y4]:
move_yellow(Y2,double_y)
if Y3 == Y4:
move_yellow(Y3,double_y)
if R1 == R2 and R2 == R3:
move_red(R1,triple_r)
if R2 == R3 and R3 == R4:
move_red(R2,triple_r)
if R1 == R3 and R3 == R4:
move_red(R1,triple_r)
if R1 == R2 and R2 == R4:
move_red(R1,triple_r)
if Y1 == Y2 and Y2 == Y3:
move_yellow(Y1, triple_y)
if Y2 == Y3 and Y3 == Y4:
move_yellow(Y2, triple_y)
if Y1 == Y3 and Y3 == Y4:
move_yellow(Y1, triple_y)
if Y1 == Y2 and Y2 == Y4:
move_yellow(Y1, triple_y)
if R1 == R2 and R2 == R3 and R3 == R4:
move_red(R1,quad_r)
if Y1 == Y2 and Y2 == Y3 and Y3 == Y4:
move_yellow(Y1, quad_y)
if R1 - 26 != 0 and R2 - 26 != 0 and R3 - 26 != 0 and R4 - 26 != 0 and Y1 - 26 != 0 and Y2 - 26 != 0 and Y3 - 26 != 0 and Y4 - 26 != 0:
if R1 + 26 in [Y1, Y2, Y3, Y4]:
move_red(R1, r_y)
if R2 + 26 in [Y1, Y2, Y3, Y4]:
move_red(R2, r_y)
if R3 + 26 in [Y1, Y2, Y3, Y4]:
move_red(R3, r_y)
if R4 + 26 in [Y1, Y2, Y3, Y4]:
move_red(R4, r_y)
if R1 - 26 in [Y1, Y2, Y3, Y4]:
move_red(R1, r_y)
if R2 - 26 in [Y1, Y2, Y3, Y4]:
move_red(R2, r_y)
if R3 - 26 in [Y1, Y2, Y3, Y4]:
move_red(R3, r_y)
if R4 - 26 in [Y1, Y2, Y3, Y4]:
move_red(R4, r_y)
if R1 + 26 == Y1 and Y1 == Y2:
move_red(R1, y2_r1)
if R2 + 26 == Y1 and Y1 == Y2:
move_red(R2, y2_r1)
if R3 + 26 == Y1 and Y1 == Y2:
move_red(R3, y2_r1)
if R4 + 26 == Y1 and Y1 == Y2:
move_red(R4, y2_r1)
if R1 + 26 == Y2 and Y2 == Y3:
move_red(R1, y2_r1)
if R2 + 26 == Y2 and Y2 == Y3:
move_red(R2, y2_r1)
if R3 + 26 == Y2 and Y2 == Y3:
move_red(R3, y2_r1)
if R4 + 26 == Y2 and Y2 == Y3:
move_red(R4, y2_r1)
if R1 + 26 == Y3 and Y3 == Y4:
move_red(R1, y2_r1)
if R2 + 26 == Y3 and Y3 == Y4:
move_red(R2, y2_r1)
if R3 + 26 == Y3 and Y3 == Y4:
move_red(R3, y2_r1)
if R4 + 26 == Y3 and Y3 == Y4:
move_red(R4, y2_r1)
if R1 + 26 == Y1 and Y1 == Y3:
move_red(R1, y2_r1)
if R2 + 26 == Y1 and Y1 == Y3:
move_red(R2, y2_r1)
if R3 + 26 == Y1 and Y1 == Y3:
move_red(R3, y2_r1)
if R4 + 26 == Y1 and Y1 == Y3:
move_red(R4, y2_r1)
if R1 + 26 == Y2 and Y2 == Y4:
move_red(R1, y2_r1)
if R2 + 26 == Y2 and Y2 == Y4:
move_red(R2, y2_r1)
if R3 + 26 == Y2 and Y2 == Y4:
move_red(R3, y2_r1)
if R4 + 26 == Y2 and Y2 == Y4:
move_red(R4, y2_r1)
if R1 - 26 == Y1 and Y1 == Y2:
move_red(R1, y2_r1)
if R2 - 26 == Y1 and Y1 == Y2:
move_red(R2, y2_r1)
if R3 - 26 == Y1 and Y1 == Y2:
move_red(R3, y2_r1)
if R4 - 26 == Y1 and Y1 == Y2:
move_red(R4, y2_r1)
if R1 - 26 == Y2 and Y2 == Y3:
move_red(R1, y2_r1)
if R2 - 26 == Y2 and Y2 == Y3:
move_red(R2, y2_r1)
if R3 - 26 == Y2 and Y2 == Y3:
move_red(R3, y2_r1)
if R4 - 26 == Y2 and Y2 == Y3:
move_red(R4, y2_r1)
if R1 - 26 == Y3 and Y3 == Y4:
move_red(R1, y2_r1)
if R2 - 26 == Y3 and Y3 == Y4:
move_red(R2, y2_r1)
if R3 - 26 == Y3 and Y3 == Y4:
move_red(R3, y2_r1)
if R4 - 26 == Y3 and Y3 == Y4:
move_red(R4, y2_r1)
if R1 - 26 == Y1 and Y1 == Y3:
move_red(R1, y2_r1)
if R2 - 26 == Y1 and Y1 == Y3:
move_red(R2, y2_r1)
if R3 - 26 == Y1 and Y1 == Y3:
move_red(R3, y2_r1)
if R4 - 26 == Y1 and Y1 == Y3:
move_red(R4, y2_r1)
if R1 - 26 == Y2 and Y2 == Y4:
move_red(R1, y2_r1)
if R2 - 26 == Y2 and Y2 == Y4:
move_red(R2, y2_r1)
if R3 - 26 == Y2 and Y2 == Y4:
move_red(R3, y2_r1)
if R4 - 26 == Y2 and Y2 == Y4:
move_red(R4, y2_r1)
if Y1 + 26 == R1 and R1 == R2:
move_yellow(Y1, r2_y1)
if Y2 + 26 == R1 and R1 == R2:
move_yellow(Y2, r2_y1)
if Y3 + 26 == R1 and R1 == R2:
move_yellow(Y3, r2_y1)
if Y4 + 26 == R1 and R1 == R2:
move_yellow(Y4, r2_y1)
if Y1 + 26 == R2 and R2 == R3:
move_yellow(Y1, r2_y1)
if Y2 + 26 == R2 and R2 == R3:
move_yellow(Y2, r2_y1)
if Y3 + 26 == R2 and R2 == R3:
move_yellow(Y3, r2_y1)
if Y4 + 26 == R2 and R2 == R3:
move_yellow(Y4, r2_y1)
if Y1 + 26 == R3 and R3 == R4:
move_yellow(Y1, r2_y1)
if Y2 + 26 == R3 and R3 == R4:
move_yellow(Y2, r2_y1)
if Y3 + 26 == R3 and R3 == R4:
move_yellow(Y3, r2_y1)
if Y4 + 26 == R3 and R3 == R4:
move_yellow(Y4, r2_y1)
if Y1 + 26 == R1 and R1 == R3:
move_yellow(Y1, r2_y1)
if Y2 + 26 == R1 and R1 == R3:
move_yellow(Y2, r2_y1)
if Y3 + 26 == R1 and R1 == R3:
move_yellow(Y3, r2_y1)
if Y4 + 26 == R1 and R1 == R3:
move_yellow(Y4, r2_y1)
if Y1 + 26 == R2 and R2 == R4:
move_yellow(Y1, r2_y1)
if Y2 + 26 == R2 and R2 == R4:
move_yellow(Y2, r2_y1)
if Y3 + 26 == R2 and R2 == R4:
move_yellow(Y3, r2_y1)
if Y4 + 26 == R2 and R2 == R4:
move_yellow(Y4, r2_y1)
if Y1 - 26 == R1 and R1 == R2:
move_yellow(Y1, r2_y1)
if Y2 - 26 == R1 and R1 == R2:
move_yellow(Y2, r2_y1)
if Y3 - 26 == R1 and R1 == R2:
move_yellow(Y3, r2_y1)
if Y4 - 26 == R1 and R1 == R2:
move_yellow(Y4, r2_y1)
if Y1 - 26 == R2 and R2 == R3:
move_yellow(Y1, r2_y1)
if Y2 - 26 == R2 and R2 == R3:
move_yellow(Y2, r2_y1)
if Y3 - 26 == R2 and R2 == R3:
move_yellow(Y3, r2_y1)
if Y4 - 26 == R2 and R2 == R3:
move_yellow(Y4, r2_y1)
if Y1 - 26 == R3 and R3 == R4:
move_yellow(Y1, r2_y1)
if Y2 - 26 == R3 and R3 == R4:
move_yellow(Y2, r2_y1)
if Y3 - 26 == R3 and R3 == R4:
move_yellow(Y3, r2_y1)
if Y4 - 26 == R3 and R3 == R4:
move_yellow(Y4, r2_y1)
if Y1 - 26 == R1 and R1 == R3:
move_yellow(Y1, r2_y1)
if Y2 - 26 == R1 and R1 == R3:
move_yellow(Y2, r2_y1)
if Y3 - 26 == R1 and R1 == R3:
move_yellow(Y3, r2_y1)
if Y4 - 26 == R1 and R1 == R3:
move_yellow(Y4, r2_y1)
if Y1 - 26 == R2 and R2 == R4:
move_yellow(Y1, r2_y1)
if Y2 - 26 == R2 and R2 == R4:
move_yellow(Y2, r2_y1)
if Y3 - 26 == R2 and R2 == R4:
move_yellow(Y3, r2_y1)
if Y4 - 26 == R2 and R2 == R4:
move_yellow(Y4, r2_y1)
if R1 + 26 == Y1 and Y1 == Y2 and Y2 == Y3:
move_red(R1, y3_r1)
if R1 + 26 == Y2 and Y2 == Y3 and Y3 == Y4:
move_red(R1, y3_r1)
if R1 + 26 == Y3 and Y3 == Y4 and Y4 == Y1:
move_red(R1, y3_r1)
if R1 + 26 == Y4 and Y4 == Y1 and Y1 == Y2:
move_red(R1, y3_r1)
if R2 + 26 == Y1 and Y1 == Y2 and Y2 == Y3:
move_red(R2, y3_r1)
if R2 + 26 == Y2 and Y2 == Y3 and Y3 == Y4:
move_red(R2, y3_r1)
if R2 + 26 == Y3 and Y3 == Y4 and Y4 == Y1:
move_red(R2, y3_r1)
if R2 + 26 == Y4 and Y4 == Y1 and Y1 == Y2:
move_red(R2, y3_r1)
if R3 + 26 == Y1 and Y1 == Y2 and Y2 == Y3:
move_red(R3, y3_r1)
if R3 + 26 == Y2 and Y2 == Y3 and Y3 == Y4:
move_red(R3, y3_r1)
if R3 + 26 == Y3 and Y3 == Y4 and Y4 == Y1:
move_red(R3, y3_r1)
if R3 + 26 == Y4 and Y4 == Y1 and Y1 == Y2:
move_red(R3, y3_r1)
if R4 + 26 == Y1 and Y1 == Y2 and Y2 == Y3:
move_red(R4, y3_r1)
if R4 + 26 == Y2 and Y2 == Y3 and Y3 == Y4:
move_red(R4, y3_r1)
if R4 + 26 == Y3 and Y3 == Y4 and Y4 == Y1:
move_red(R4, y3_r1)
if R4 + 26 == Y4 and Y4 == Y1 and Y1 == Y2:
move_red(R4, y3_r1)
if R1 - 26 == Y1 and Y1 == Y2 and Y2 == Y3:
move_red(R1, y3_r1)
if R1 - 26 == Y2 and Y2 == Y3 and Y3 == Y4:
move_red(R1, y3_r1)
if R1 - 26 == Y3 and Y3 == Y4 and Y4 == Y1:
move_red(R1, y3_r1)
if R1 - 26 == Y4 and Y4 == Y1 and Y1 == Y2:
move_red(R1, y3_r1)
if R2 - 26 == Y1 and Y1 == Y2 and Y2 == Y3:
move_red(R2, y3_r1)
if R2 - 26 == Y2 and Y2 == Y3 and Y3 == Y4:
move_red(R2, y3_r1)
if R2 - 26 == Y3 and Y3 == Y4 and Y4 == Y1:
move_red(R2, y3_r1)
if R2 - 26 == Y4 and Y4 == Y1 and Y1 == Y2:
move_red(R2, y3_r1)
if R3 - 26 == Y1 and Y1 == Y2 and Y2 == Y3:
move_red(R3, y3_r1)
if R3 - 26 == Y2 and Y2 == Y3 and Y3 == Y4:
move_red(R3, y3_r1)
if R3 - 26 == Y3 and Y3 == Y4 and Y4 == Y1:
move_red(R3, y3_r1)
if R3 - 26 == Y4 and Y4 == Y1 and Y1 == Y2:
move_red(R3, y3_r1)
if R4 - 26 == Y1 and Y1 == Y2 and Y2 == Y3:
move_red(R4, y3_r1)
if R4 - 26 == Y2 and Y2 == Y3 and Y3 == Y4:
move_red(R4, y3_r1)
if R4 - 26 == Y3 and Y3 == Y4 and Y4 == Y1:
move_red(R4, y3_r1)
if R4 - 26 == Y4 and Y4 == Y1 and Y1 == Y2:
move_red(R4, y3_r1)
if Y1 + 26 == R1 and R1 == R2 and R2 == R3:
move_yellow(Y1, r3_y1)
if Y1 + 26 == R2 and R2 == R3 and R3 == R4:
move_yellow(Y1, r3_y1)
if Y1 + 26 == R3 and R3 == R4 and R4 == R1:
move_yellow(Y1, r3_y1)
if Y1 + 26 == R4 and R4 == R1 and R1 == R2:
move_yellow(Y1, r3_y1)
if Y2 + 26 == R1 and R1 == R2 and R2 == R3:
move_yellow(Y2, r3_y1)
if Y2 + 26 == R2 and R2 == R3 and R3 == R4:
move_yellow(Y2, r3_y1)
if Y2 + 26 == R3 and R3 == R4 and R4 == R1:
move_yellow(Y2, r3_y1)
if Y2 + 26 == R4 and R4 == R1 and R1 == R2:
move_yellow(Y2, r3_y1)
if Y3 + 26 == R1 and R1 == R2 and R2 == R3:
move_yellow(Y3, r3_y1)
if Y3 + 26 == R2 and R2 == R3 and R3 == R4:
move_yellow(Y3, r3_y1)
if Y3 + 26 == R3 and R3 == R4 and R4 == R1:
move_yellow(Y3, r3_y1)
if Y3 + 26 == R4 and R4 == R1 and R1 == R2:
move_yellow(Y3, r3_y1)
if Y4 + 26 == R1 and R1 == R2 and R2 == R3:
move_yellow(Y4, r3_y1)
if Y4 + 26 == R2 and R2 == R3 and R3 == R4:
move_yellow(Y4, r3_y1)
if Y4 + 26 == R3 and R3 == R4 and R4 == R1:
move_yellow(Y4, r3_y1)
if Y4 + 26 == R4 and R4 == R1 and R1 == R2:
move_yellow(Y4, r3_y1)
if Y1 - 26 == R1 and R1 == R2 and R2 == R3:
move_yellow(Y1, r3_y1)
if Y1 - 26 == R2 and R2 == R3 and R3 == R4:
move_yellow(Y1, r3_y1)
if Y1 - 26 == R3 and R3 == R4 and R4 == R1:
move_yellow(Y1, r3_y1)
if Y1 - 26 == R4 and R4 == R1 and R1 == R2:
move_yellow(Y1, r3_y1)
if Y2 - 26 == R1 and R1 == R2 and R2 == R3:
move_yellow(Y2, r3_y1)
if Y2 - 26 == R2 and R2 == R3 and R3 == R4:
move_yellow(Y2, r3_y1)
if Y2 - 26 == R3 and R3 == R4 and R4 == R1:
move_yellow(Y2, r3_y1)
if Y2 - 26 == R4 and R4 == R1 and R1 == R2:
move_yellow(Y2, r3_y1)
if Y3 - 26 == R1 and R1 == R2 and R2 == R3:
move_yellow(Y3, r3_y1)
if Y3 - 26 == R2 and R2 == R3 and R3 == R4:
move_yellow(Y3, r3_y1)
if Y3 - 26 == R3 and R3 == R4 and R4 == R1:
move_yellow(Y3, r3_y1)
if Y3 - 26 == R4 and R4 == R1 and R1 == R2:
move_yellow(Y3, r3_y1)
if Y4 - 26 == R1 and R1 == R2 and R2 == R3:
move_yellow(Y4, r3_y1)
if Y4 - 26 == R2 and R2 == R3 and R3 == R4:
move_yellow(Y4, r3_y1)
if Y4 - 26 == R3 and R3 == R4 and R4 == R1:
move_yellow(Y4, r3_y1)
if Y4 - 26 == R4 and R4 == R1 and R1 == R2:
move_yellow(Y4, r3_y1)
if R1 == R2 == Y1 + 26 == Y2 + 26:
move_red(R1, r2_y2)
if R1 == R2 == Y1 + 26 == Y3 + 26:
move_red(R1, r2_y2)
if R1 == R2 == Y1 + 26 == Y4 + 26:
move_red(R1, r2_y2)
if R1 == R2 == Y2 + 26 == Y3 + 26:
move_red(R1, r2_y2)
if R1 == R2 == Y2 + 26 == Y4 + 26:
move_red(R1, r2_y2)
if R1 == R2 == Y3 + 26 == Y4 + 26:
move_red(R1, r2_y2)
if R1 == R3 == Y1 + 26 == Y2 + 26:
move_red(R1, r2_y2)
if R1 == R3 == Y1 + 26 == Y3 + 26:
move_red(R1, r2_y2)
if R1 == R3 == Y1 + 26 == Y4 + 26:
move_red(R1, r2_y2)
if R1 == R3 == Y2 + 26 == Y3 + 26:
move_red(R1, r2_y2)
if R1 == R3 == Y2 + 26 == Y4 + 26:
move_red(R1, r2_y2)
if R1 == R3 == Y3 + 26 == Y4 + 26:
move_red(R1, r2_y2)
if R1 == R4 == Y1 + 26 == Y2 + 26:
move_red(R1, r2_y2)
if R1 == R4 == Y1 + 26 == Y3 + 26:
move_red(R1, r2_y2)
if R1 == R4 == Y1 + 26 == Y4 + 26:
move_red(R1, r2_y2)
if R1 == R4 == Y2 + 26 == Y3 + 26:
move_red(R1, r2_y2)
if R1 == R4 == Y2 + 26 == Y4 + 26:
move_red(R1, r2_y2)
if R1 == R4 == Y3 + 26 == Y4 + 26:
move_red(R1, r2_y2)
if R2 == R3 == Y1 + 26 == Y2 + 26:
move_red(R2, r2_y2)
if R2 == R3 == Y1 + 26 == Y3 + 26:
move_red(R2, r2_y2)
if R2 == R3 == Y1 + 26 == Y4 + 26:
move_red(R2, r2_y2)
if R2 == R3 == Y2 + 26 == Y3 + 26:
move_red(R2, r2_y2)
if R2 == R3 == Y2 + 26 == Y4 + 26:
move_red(R2, r2_y2)
if R2 == R3 == Y3 + 26 == Y4 + 26:
move_red(R2, r2_y2)
if R2 == R4 == Y1 + 26 == Y2 + 26:
move_red(R2, r2_y2)
if R2 == R4 == Y1 + 26 == Y3 + 26:
move_red(R2, r2_y2)
if R2 == R4 == Y1 + 26 == Y4 + 26:
move_red(R2, r2_y2)
if R2 == R4 == Y2 + 26 == Y3 + 26:
move_red(R2, r2_y2)
if R2 == R4 == Y2 + 26 == Y4 + 26:
move_red(R2, r2_y2)
if R2 == R4 == Y3 + 26 == Y4 + 26:
move_red(R2, r2_y2)
if R3 == R4 == Y1 + 26 == Y2 + 26:
move_red(R3, r2_y2)
if R3 == R4 == Y1 + 26 == Y3 + 26:
move_red(R3, r2_y2)
if R3 == R4 == Y1 + 26 == Y4 + 26:
move_red(R3, r2_y2)
if R3 == R4 == Y2 + 26 == Y3 + 26:
move_red(R3, r2_y2)
if R3 == R4 == Y2 + 26 == Y4 + 26:
move_red(R3, r2_y2)
if R3 == R4 == Y3 + 26 == Y4 + 26:
move_red(R3, r2_y2)
if R1 == R2 == Y1 - 26 == Y2 - 26:
move_red(R1, r2_y2)
if R1 == R2 == Y1 - 26 == Y3 - 26:
move_red(R1, r2_y2)
if R1 == R2 == Y1 - 26 == Y4 - 26:
move_red(R1, r2_y2)
if R1 == R2 == Y2 - 26 == Y3 - 26:
move_red(R1, r2_y2)
if R1 == R2 == Y2 - 26 == Y4 - 26:
move_red(R1, r2_y2)
if R1 == R2 == Y3 - 26 == Y4 - 26:
move_red(R1, r2_y2)
if R1 == R3 == Y1 - 26 == Y2 - 26:
move_red(R1, r2_y2)
if R1 == R3 == Y1 - 26 == Y3 - 26:
move_red(R1, r2_y2)
if R1 == R3 == Y1 - 26 == Y4 - 26:
move_red(R1, r2_y2)
if R1 == R3 == Y2 - 26 == Y3 - 26:
move_red(R1, r2_y2)
if R1 == R3 == Y2 - 26 == Y4 - 26:
move_red(R1, r2_y2)
if R1 == R3 == Y3 - 26 == Y4 - 26:
move_red(R1, r2_y2)
if R1 == R4 == Y1 - 26 == Y2 - 26:
move_red(R1, r2_y2)
if R1 == R4 == Y1 - 26 == Y3 - 26:
move_red(R1, r2_y2)
if R1 == R4 == Y1 - 26 == Y4 - 26:
move_red(R1, r2_y2)
if R1 == R4 == Y2 - 26 == Y3 - 26:
move_red(R1, r2_y2)
if R1 == R4 == Y2 - 26 == Y4 - 26:
move_red(R1, r2_y2)
if R1 == R4 == Y3 - 26 == Y4 - 26:
move_red(R1, r2_y2)
if R2 == R3 == Y1 - 26 == Y2 - 26:
move_red(R2, r2_y2)
if R2 == R3 == Y1 - 26 == Y3 - 26:
move_red(R2, r2_y2)
if R2 == R3 == Y1 - 26 == Y4 - 26:
move_red(R2, r2_y2)
if R2 == R3 == Y2 - 26 == Y3 - 26:
move_red(R2, r2_y2)
if R2 == R3 == Y2 - 26 == Y4 - 26:
move_red(R2, r2_y2)
if R2 == R3 == Y3 - 26 == Y4 - 26:
move_red(R2, r2_y2)
if R2 == R4 == Y1 - 26 == Y2 - 26:
move_red(R2, r2_y2)
if R2 == R4 == Y1 - 26 == Y3 - 26:
move_red(R2, r2_y2)
if R2 == R4 == Y1 - 26 == Y4 - 26:
move_red(R2, r2_y2)
if R2 == R4 == Y2 - 26 == Y3 - 26:
move_red(R2, r2_y2)
if R2 == R4 == Y2 - 26 == Y4 - 26:
move_red(R2, r2_y2)
if R2 == R4 == Y3 - 26 == Y4 - 26:
move_red(R2, r2_y2)
if R3 == R4 == Y1 - 26 == Y2 - 26:
move_red(R3, r2_y2)
if R3 == R4 == Y1 - 26 == Y3 - 26:
move_red(R3, r2_y2)
if R3 == R4 == Y1 - 26 == Y4 - 26:
move_red(R3, r2_y2)
if R3 == R4 == Y2 - 26 == Y3 - 26:
move_red(R3, r2_y2)
if R3 == R4 == Y2 - 26 == Y4 - 26:
move_red(R3, r2_y2)
if R3 == R4 == Y3 - 26 == Y4 - 26:
move_red(R3, r2_y2)
os.system('cls')
for i in board:
for x in i:
for y in x:
print(y, end='')
if R1 == 0:
board[2][0][1] = empty[2][0][1]
board[2][1][1] = empty[2][1][1]
if R2 == 0:
board[2][0][4] = empty[2][0][4]
board[2][1][4] = empty[2][1][4]
if R3 == 0:
board[5][0][1] = empty[5][0][1]
board[5][1][1] = empty[5][1][1]
if R4 == 0:
board[5][0][4] = empty[5][0][4]
board[5][1][4] = empty[5][1][4]
if Y1 == 0:
board[11][0][10] = empty[11][0][10]
board[11][1][10] = empty[11][1][10]
if Y2 == 0:
board[11][0][13] = empty[11][0][13]
board[11][1][13] = empty[11][1][13]
if Y3 == 0:
board[14][0][10] = empty[14][0][10]
board[14][1][10] = empty[14][1][10]
if Y4 == 0:
board[14][0][13] = empty[14][0][13]
board[14][1][13] = empty[14][1][13]
if token == 'R1' or R1 >= 0:
reset_red(R1)
if token == 'R2' or R2 >= 0:
reset_red(R2)
if token == 'R3' or R3 >= 0:
reset_red(R3)
if token == 'R4' or R4 >= 0:
reset_red(R4)
if token == 'Y1' or Y1 >= 0:
reset_yellow(Y1)
if token == 'Y2' or Y2 >= 0:
reset_yellow(Y2)
if token == 'Y3' or Y3 >= 0:
reset_yellow(Y3)
if token == 'Y4' or Y4 >= 0:
reset_yellow(Y4)
# OTHER MECHANICS
while 1 == 1:
#RED
if turn == 1:
print("RED'S TURN")
time.sleep(0.001)
roll = input('press enter to roll the dice')
dice = random.randrange(1,7)
print(dice)
if R1 == 0 and R2 == 0 and R3 == 0 and R4 == 0 and dice != 6:
turn += 1
elif R1 + dice > 62 and [R2,R3,R4] == [0,0,0] and dice != 6:
turn += 1
elif R2 + dice > 62 and [R1,R3,R4] == [0,0,0] and dice != 6:
turn += 1
elif R3 + dice > 62 and [R2,R1,R4] == [0,0,0] and dice != 6:
turn += 1
elif R4 + dice > 62 and [R3,R2,R1] == [0,0,0] and dice != 6:
turn += 1
elif R1 + dice > 62 and R2 + dice > 62 and [R3,R4] == [0,0] and dice != 6:
turn += 1
elif R1 + dice > 62 and R3 + dice > 62 and [R2,R4] == [0,0] and dice != 6:
turn += 1
elif R1 + dice > 62 and R4 + dice > 62 and [R2,R3] == [0,0] and dice != 6:
turn += 1
elif R2 + dice > 62 and R3 + dice > 62 and [R1,R4] == [0,0] and dice != 6:
turn += 1
elif R2 + dice > 62 and R4 + dice > 62 and [R1,R3] == [0,0] and dice != 6:
turn += 1
elif R3 + dice > 62 and R4 + dice > 62 and [R1,R2] == [0,0] and dice != 6:
turn += 1
elif R1 + dice > 62 and R2 + dice > 62 and R3 + dice > 62 and R4 == 0 and dice != 6:
turn += 1
elif R2 + dice > 62 and R3 + dice > 62 and R4 + dice >62 and R1 == 0 and dice != 6:
turn += 1
elif R1 + dice > 62 and R3 + dice > 62 and R4 + dice > 62 and R2 == 0 and dice != 6:
turn += 1
elif R1 + dice > 62 and R2 + dice > 62 and R4 + dice > 62 and R3 == 0 and dice != 6:
turn += 1
else:
while 1 == 1:
token = input('enter the token you want to move ')
if token not in ['R1', 'R2', 'R3', 'R4']:
print('invalid token')
elif token == 'R1' and R1 == 0 and dice != 6:
print('invalid token')
elif token == 'R2' and R2 == 0 and dice != 6:
print('invalid token')
elif token == 'R3' and R3 == 0 and dice != 6:
print('invalid token')
elif token == 'R4' and R4 == 0 and dice != 6:
print('invalid token')
elif token == 'R1' and R1+dice >= 63:
print('invalid token')
elif token == 'R2' and R2+dice >= 63:
print('invalid token')
elif token == 'R3' and R3+dice >= 63:
print('invalid token')
elif token == 'R4' and R4+dice >= 63:
print('invalid token')
else:
if token == 'R1':
safe_red(R1)
R1 += dice
if token == 'R2':
safe_red(R2)
R2 += dice
if token == 'R3':
safe_red(R3)
R3 += dice
if token == 'R4':
safe_red(R4)
R4 += dice
if dice == 6:
turn = 1
else:
turn += 1
break
start()
#YELLOW
if turn == 2:
print("YELLOW'S TURN")
time.sleep(0.001)
roll = input('press enter to roll the dice')
dice = random.randrange(1,7)
print(dice)
if Y1 == 0 and Y2 == 0 and Y3 == 0 and Y4 == 0 and dice != 6:
turn = 1
elif Y1 + dice > 62 and [Y2,Y3,Y4] == [0,0,0] and dice != 6:
turn = 1
elif Y2 + dice > 62 and [Y1,Y3,Y4] == [0,0,0] and dice != 6:
turn = 1
elif Y3 + dice > 62 and [Y2,Y1,Y4] == [0,0,0] and dice != 6:
turn = 1
elif Y4 + dice > 62 and [Y3,Y2,Y1] == [0,0,0] and dice != 6:
turn = 1
elif Y1 + dice > 62 and Y2 + dice > 62 and [Y3,Y4] == [0,0] and dice != 6:
turn = 1
elif Y1 + dice > 62 and Y3 + dice > 62 and [Y2,Y4] == [0,0] and dice != 6:
turn = 1
elif Y1 + dice > 62 and Y4 + dice > 62 and [Y2,Y3] == [0,0] and dice != 6:
turn = 1
elif Y2 + dice > 62 and Y3 + dice > 62 and [Y1,Y4] == [0,0] and dice != 6:
turn = 1
elif Y2 + dice > 62 and Y4 + dice > 62 and [Y1,Y3] == [0,0] and dice != 6:
turn = 1
elif Y3 + dice > 62 and Y4 + dice > 62 and [Y1,Y2] == [0,0] and dice != 6:
turn = 1
elif Y1 + dice > 62 and Y2 + dice > 62 and Y3 + dice > 62 and Y4 == 0 and dice != 6:
turn = 1
elif Y2 + dice > 62 and Y3 + dice > 62 and Y4 + dice > 62 and Y1 == 0 and dice != 6:
turn = 1
elif Y1 + dice > 62 and Y3 + dice > 62 and Y4 + dice > 62 and Y2 == 0 and dice != 6:
turn = 1
elif Y1 + dice > 62 and Y2 + dice > 62 and Y4 + dice > 62 and Y3 == 0 and dice != 6:
turn = 1
else:
while 1 == 1:
token = input('enter the token you want to move ')
if token not in ['Y1', 'Y2', 'Y3', 'Y4']:
print('invalid token')
elif token == 'Y1' and Y1 == 0 and dice != 6:
print('invalid token')
elif token == 'Y2' and Y2 == 0 and dice != 6:
print('invalid token')
elif token == 'Y3' and Y3 == 0 and dice != 6:
print('invalid token')
elif token == 'Y4' and Y4 == 0 and dice != 6:
print('invalid token')
elif token == 'Y1' and Y1 + dice >= 63:
print('invalid token')
elif token == 'Y2' and Y2 + dice >= 63:
print('invalid token')
elif token == 'Y3' and Y3 + dice >= 63:
print('invalid token')
elif token == 'Y4' and Y4 + dice >= 63:
print('invalid token')
else:
if token == 'Y1':
safe_yellow(Y1)
Y1 += dice
if token == 'Y2':
safe_yellow(Y2)
Y2 += dice
if token == 'Y3':
safe_yellow(Y3)
Y3 += dice
if token == 'Y4':
safe_yellow(Y4)
Y4 += dice
if dice == 6:
turn = 2
else:
turn -= 1
break
start()
if R1 == R2 == R3 == R4 == 62:
print('RED WINS!!!')
break
if Y1 == Y2 == Y3 == Y4 == 64:
print('YELLOW WINS!!!')
break
# FOR REFERENCE
print(R1,R2,R3,R4,Y1,Y2,Y3,Y4)
print('Start A New Game!!!')