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ludo.py
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ludo.py
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import random, pygame, sys
from pygame.locals import *
FPS = 30
windowHeight = 750
windowWidth = 1200
boardWidth = 600
BLACK = ( 0, 0, 0)
WHITE = (255,255,255)
BRIGHTBLUE = ( 0, 50,255)
DARKGREY = ( 30, 30, 30)
DARKTURQUOISE = ( 3, 54, 73)
GREEN = ( 34,139, 34)
LIGHTGREEN = (154,205, 50)
RED = (178, 34, 34)
LIGHTRED = (205, 92, 92)
PURPLE = (255, 0,255)
GREY = (205,201,201)
NEW = ( 3,150,100)
NORMALGREY = (105,105,105)
ORANGERED = (255, 69, 0)
MAROON = (176, 48, 96)
DEEPPINK = (255, 20,147)
DARKVIOLET = (148, 0,211)
LIGHTYELLOW = (255,215, 0)
YELLOW = (255,165, 0)
HOTPINK = (255,105,180)
PERU = (205,133, 65)
BLUE = ( 0, 0,128)
LIGHTBLUE = ( 0, 0,205)
HilightColor = WHITE
openBgColor = WHITE
bgcolor = BLACK
bgColor = BLACK
forthWindowColor = (255, 218, 165)
basicfontsize = 20
x = 40
mainboard = [(200 + x, x,'GREEN'),(200 + 4*x,x,'GREEN'),(200 + x,4*x,'GREEN'),(200 + 4*x,4*x,'GREEN'),(200 + 10*x,x,'YELLOW'),(200 + 13*x,x,'YELLOW'),(200 + 10*x,4*x,'YELLOW'),(200+13*x,4*x,'YELLOW'),(200 + 10*x,10*x,'BLUE'),(200 + 10*x,13*x,'BLUE'),(200 + 13*x,10*x,'BLUE'), (200 + 13*x,13*x,'BLUE'),(200 + x, 10*x,'RED'),(200 + 4*x,10*x,'RED'),(200 + 4*x,13*x,'RED'),(200+x,13*x,'RED')]
greenBox = [(1,200 + x,x),(1,200 + 4*x,x),(1,200 + x,4*x),(1,200+4*x,4*x)]
yellowBox = [(1,200 + 10*x,x),(1,200 + 13*x,x),(1,200 + 10*x,4*x), (1,200 + 13*x,4*x)]
redBox = [(1,200 + x, 10*x),(1,200 + 4*x,10*x),(1,200 + x,13*x),(1,200+ 4*x,13*x)]
blueBox = [(1,200 + 10*x,10*x),(1,200 + 13*x,10*x),(1,200 + 13*x,13*x),(1,200 + 10*x,13*x)]
greenDead = [(0,200 - (3*x) / 2, x),(0,200 - (3*x) / 2, 2*x),(0,200 - (3*x) / 2, 3*x),(0,200 - (3*x) / 2, 4*x)]
yellowDead = [(0,200 +15*x + x/ 2, x),(0,200 +15*x+ (x) / 2, 2*x),(0,200 +15*x+ (x) / 2, 3*x), (0,200 +15*x+ (x) / 2, 4*x)]
redDead = [(0,200 - (3*x) / 2, 13*x),(0,200 - (3*x) / 2, 10*x),(0,200 +15*x + (x) / 2, 12*x),(0,200 - (3*x) / 2, 12*x)]
blueDead = [(0,200 +15*x + (x) / 2, 10*x),(0,200 +15*x + (x) / 2, 11*x),(0,200 + 13*x,13*x),(0,200 +15*x + (x) / 2, 13*x)]
newboard = [(200 + x, x,'GREEN'),(200 + 4*x,x,'GREEN'),(200 + x,4*x,'GREEN'),(200 + 4*x,4*x,'GREEN'),(200 + 10*x,x,'YELLOW'),(200 + 13*x,x,'YELLOW'),(200 + 10*x,4*x,'YELLOW'),(200+13*x,4*x,'YELLOW'),(200 + 10*x,10*x,'BLUE'),(200 + 10*x,13*x,'BLUE'),(200 + 13*x,10*x,'BLUE'), (200 + 13*x,13*x,'BLUE'),(200 + x, 10*x,'RED'),(200 + 4*x,10*x,'RED'),(200 + 4*x,13*x,'RED'),(200+x,13*x,'RED')]
greenArr = [(200 - (3*x) / 2, x),(200 - (3*x) / 2, 2*x),(200 - (3*x) / 2, 3*x),(200 - (3*x) / 2, 4*x)]
yellowArr = [(200 +15*x + x/ 2, x),(200 +15*x+ (x) / 2, 2*x),(200 +15*x+ (x) / 2, 3*x), (200 +15*x+ (x) / 2, 4*x)]
redArr = [(200 - (3*x) / 2, 13*x),(200 - (3*x) / 2, 10*x),(200 +15*x + (x) / 2, 12*x),(200 - (3*x) / 2, 12*x)]
blueArr = [(200 +15*x + (x) / 2, 10*x),(200 +15*x + (x) / 2, 11*x),(200 + 13*x,13*x),(200 +15*x + (x) / 2, 13*x)]
greenArr1 = [(200 - (3*x) / 2, x),(200 - (3*x) / 2, 2*x),(200 - (3*x) / 2, 3*x),(200 - (3*x) / 2, 4*x)]
yellowArr1 = [(200 +15*x + x/ 2, x),(200 +15*x+ (x) / 2, 2*x),(200 +15*x+ (x) / 2, 3*x), (200 +15*x+ (x) / 2, 4*x)]
redArr1 = [(200 - (3*x) / 2, 13*x),(200 - (3*x) / 2, 10*x),(200 +15*x + (x) / 2, 12*x),(200 - (3*x) / 2, 12*x)]
blueArr1 = [(200 +15*x + (x) / 2, 10*x),(200 +15*x + (x) / 2, 11*x),(200 + 13*x,13*x),(200 +15*x + (x) / 2, 13*x)]
leaveList = []
d = (0,"None")
logList = []
numberOfPlayers = 4
wonList = []
Exit = 0
def main():
global FPSCLOCK, displaySurf, BASICFONT, x, fullBoard, greenBox, yellowBox, blueBox, redBox, mainboard, moves, d, newboard, second, namePlayer, wonList, logList, leaveList
pygame.init()
FPSCLOCK = pygame.time.Clock()
displaySurf = pygame.display.set_mode((windowWidth,windowHeight))
pygame.display.set_caption(' LUDO STUPEFY CORPORATIONS')
BASICFONT = pygame.font.Font('freesansbold.ttf', basicfontsize)
pygame.mixer.music.load('ludo.mp3')
pygame.mixer.music.play(0)
opening()
second = secondWindow()
numberOfPlayers, mode = thirdWindow()
if mode == "offline":
namePlayer1 = nameWindow("1")
namePlayer2 = nameWindow("2")
namePlayer3 = nameWindow("3")
namePlayer4 = nameWindow("4")
#iconPlayer1 = iconWindow(1)
#iconPlayer2 = iconWindow(2)
#iconPlayer3 = iconWindow(3)
#iconPlayer4 = iconWindow(4)
namePlayer = [namePlayer1,namePlayer2, namePlayer3,namePlayer4]
#iconPlayer = [iconPlayer1, iconPlayer2, iconPlayer3, iconPlayer4]
#thirdWindow()
#numberOfPlayers = selectNumberOfPlayer()
if numberOfPlayers == 4:
k = 1
elif numberOfPlayers == 2:
k = 2
mainboard = []
for i in newboard:
if i[2] == 'GREEN' or i[2] == 'BLUE':
mainboard.append(i)
#newboard.remove(i)
newboard = []
for i in mainboard:
newboard.append(i)
img1 = pygame.image.load('grey.jpg')
displaySurf.blit(img1,(0,0))
img1 = pygame.image.load('home.png')
displaySurf.blit(img1,(440,240))
#newboard = mainboard
player = 0
moves = 0
Exit = 0
while True:
player = revisedPlayer(k,player)
drawboard(player)
drawDice(moves, player)
drawLine(moves, player)
if player == None:
wonAnimation()
if Exit == 1:
pygame.quit()
sys.exit()
ifquit()
#moves = 1
color = getColor(player)
if moves > 0 and checkNoMove(moves, color):
logListUpdate("P"+str(player+1), moves,0)
time = pygame.time.get_ticks() + 1000
while time >= pygame.time.get_ticks():
drawDice(moves,player)
pygame.display.update()
moves = 0
player = (player + k) % 4
else :
for event in pygame.event.get():
if event.type == MOUSEMOTION:
spotx, spoty = event.pos[0], event.pos[1]
centerx, centery = getCenter(spotx, spoty)
if (centerx, centery) != (None, None) and Valid(centerx, centery, color, moves) :
if isValid(centerx, centery, moves, color) :
drawHighlightBox(centerx, centery, moves, color)
if event.type == MOUSEBUTTONUP:
spotx, spoty = event.pos[0], event.pos[1]
centerx, centery = getCenter(spotx, spoty)
if ifleave(centerx,centery):
performLeave(player)
player = (player + k) % 4
moves = 0
# elif ifexit(centerx,centery):
# Exit = 1
# elif ifreset(centerx,centery):
# performReset()
elif (centerx, centery) != (None, None) and Valid( centerx, centery, color, moves):
if isValid(centerx, centery, moves, color) :
if moves == 0:
pygame.mixer.music.load('dice2.WAV')
pygame.mixer.music.play(0)
moves = getRandom()
else :
logListUpdate("P"+str(player+1), moves,1)
newx, newy = getNew(centerx, centery, moves, color)
if (newx, newy) != (None, None):
shiftAnimation(newx, newy ,color)
mainboard.append((newx, newy, color))
if (newx == 200+x or newx == 200+4*x or newx == 200+10*x or newx == 200+13*x) and (newy == x or newy == 4*x or newy == 10*x or newy == 13*x):
pygame.mixer.music.load('splat.mp3')
pygame.mixer.music.play(0)
else :
pygame.mixer.music.load('button.mp3')
pygame.mixer.music.play(0)
mainboard.remove((centerx,centery,color))
player = (player+k)%4
moves = 0
pygame.display.update()
FPSCLOCK.tick(FPS)
def ifexit(centerx,centery):
if (centerx == 40) and (centery == 640) :
return True
return False
def ifleave(centerx,centery):
if (centerx == 1040 or centerx == 1080 or centerx == 1120) and (centery == 640) :
return True
return False
def ifreset(centerx,centery):
if (centerx == 1040 or centerx == 1080 or centerx == 1120) and (centery == 680) :
return True
return False
def performLeave(player):
if player == 0:
leaveList.append(1)
for tup in mainboard:
if tup[2] == 'GREEN':
mainboard.remove(tup)
for tup in greenDead:
tup[0] = 1
for tup in greenBox:
tup[0] = 0
greenArr = []
if player == 0:
leaveList.append(2)
for tup in mainboard:
if tup[2] == 'YELLOW':
mainboard.remove(tup)
for tup in yellowDead:
tup[0] = 1
for tup in yellowBox:
tup[0] = 0
yellowArr = []
if player == 2:
leaveList.append(3)
for tup in mainboard:
if tup[2] == 'BLUE':
mainboard.remove(tup)
for tup in blueDead:
tup[0] = 1
for tup in blueBox:
tup[0] = 0
blueArr = []
if player == 3:
leaveList.append(4)
for tup in mainboard:
if tup[2] == 'RED':
mainboard.remove(tup)
for tup in redDead:
tup[0] = 1
for tup in redBox:
tup[0] = 0
redArr = []
def performReset():
mainboard = [(200 + x, x,'GREEN'),(200 + 4*x,x,'GREEN'),(200 + x,4*x,'GREEN'),(200 + 4*x,4*x,'GREEN'),(200 + 10*x,x,'YELLOW'),(200 + 13*x,x,'YELLOW'),(200 + 10*x,4*x,'YELLOW'),(200+13*x,4*x,'YELLOW'),(200 + 10*x,10*x,'BLUE'),(200 + 10*x,13*x,'BLUE'),(200 + 13*x,10*x,'BLUE'), (200 + 13*x,13*x,'BLUE'),(200 + x, 10*x,'RED'),(200 + 4*x,10*x,'RED'),(200 + 4*x,13*x,'RED'),(200+x,13*x,'RED')]
greenBox = [(1,200 + x,x),(1,200 + 4*x,x),(1,200 + x,4*x),(1,200+4*x,4*x)]
yellowBox = [(1,200 + 10*x,x),(1,200 + 13*x,x),(1,200 + 10*x,4*x), (1,200 + 13*x,4*x)]
redBox = [(1,200 + x, 10*x),(1,200 + 4*x,10*x),(1,200 + x,13*x),(1,200+ 4*x,13*x)]
blueBox = [(1,200 + 10*x,10*x),(1,200 + 13*x,10*x),(1,200 + 13*x,13*x),(1,200 + 10*x,13*x)]
greenDead = [(0,200 - (3*x) / 2, x),(0,200 - (3*x) / 2, 2*x),(0,200 - (3*x) / 2, 3*x),(0,200 - (3*x) / 2, 4*x)]
yellowDead = [(0,200 +15*x + x/ 2, x),(0,200 +15*x+ (x) / 2, 2*x),(0,200 +15*x+ (x) / 2, 3*x), (0,200 +15*x+ (x) / 2, 4*x)]
redDead = [(0,200 - (3*x) / 2, 13*x),(0,200 - (3*x) / 2, 10*x),(0,200 +15*x + (x) / 2, 12*x),(0,200 - (3*x) / 2, 12*x)]
blueDead = [(0,200 +15*x + (x) / 2, 10*x),(0,200 +15*x + (x) / 2, 11*x),(0,200 + 13*x,13*x),(0,200 +15*x + (x) / 2, 13*x)]
newboard = [(200 + x, x,'GREEN'),(200 + 4*x,x,'GREEN'),(200 + x,4*x,'GREEN'),(200 + 4*x,4*x,'GREEN'),(200 + 10*x,x,'YELLOW'),(200 + 13*x,x,'YELLOW'),(200 + 10*x,4*x,'YELLOW'),(200+13*x,4*x,'YELLOW'),(200 + 10*x,10*x,'BLUE'),(200 + 10*x,13*x,'BLUE'),(200 + 13*x,10*x,'BLUE'), (200 + 13*x,13*x,'BLUE'),(200 + x, 10*x,'RED'),(200 + 4*x,10*x,'RED'),(200 + 4*x,13*x,'RED'),(200+x,13*x,'RED')]
greenArr = [(200 - (3*x) / 2, x),(200 - (3*x) / 2, 2*x),(200 - (3*x) / 2, 3*x),(200 - (3*x) / 2, 4*x)]
yellowArr = [(200 +15*x + x/ 2, x),(200 +15*x+ (x) / 2, 2*x),(200 +15*x+ (x) / 2, 3*x), (200 +15*x+ (x) / 2, 4*x)]
redArr = [(200 - (3*x) / 2, 13*x),(200 - (3*x) / 2, 10*x),(200 +15*x + (x) / 2, 12*x),(200 - (3*x) / 2, 12*x)]
blueArr = [(200 +15*x + (x) / 2, 10*x),(200 +15*x + (x) / 2, 11*x),(200 + 13*x,13*x),(200 +15*x + (x) / 2, 13*x)]
greenArr1 = [(200 - (3*x) / 2, x),(200 - (3*x) / 2, 2*x),(200 - (3*x) / 2, 3*x),(200 - (3*x) / 2, 4*x)]
yellowArr1 = [(200 +15*x + x/ 2, x),(200 +15*x+ (x) / 2, 2*x),(200 +15*x+ (x) / 2, 3*x), (200 +15*x+ (x) / 2, 4*x)]
redArr1 = [(200 - (3*x) / 2, 13*x),(200 - (3*x) / 2, 10*x),(200 +15*x + (x) / 2, 12*x),(200 - (3*x) / 2, 12*x)]
blueArr1 = [(200 +15*x + (x) / 2, 10*x),(200 +15*x + (x) / 2, 11*x),(200 + 13*x,13*x),(200 +15*x + (x) / 2, 13*x)]
leaveList = []
d = (0,"None")
logList = []
player = 0
moves = 0
wonList = []
def logListUpdate(playerName, moves,isMoved):
if len(logList) == 14:
for i in range(13):
logList[i] = logList[i+1]
logList[13] = (playerName, moves, isMoved)
else:
logList.append((playerName, moves, isMoved))
def maketext(text, color, backcolor, top, left):
textsurf = BASICFONT.render(text, True, color, backcolor)
textrect = textsurf.get_rect()
textrect.topleft = (top, left)
return (textsurf, textrect)
def drawNameWindow(player,strng):
displaySurf.fill(forthWindowColor)
textsurf, textrect = maketext("PLAYER" + player + " ENTER NAME", BLACK, forthWindowColor, 350+120, 100)
displaySurf.blit(textsurf, textrect)
#pygame.draw.rect(displaySurf, WHITE, (350, 350, 200, 50))
textsurf, textrect = maketext(strng, BLACK, WHITE, 450+120, 350)
displaySurf.blit(textsurf, textrect)
def nameWindow(player):
strng = ""
drawNameWindow(player,strng)
while True:
ifquit()
drawNameWindow(player,strng)
for event in pygame.event.get():
if event.type == KEYUP:
if event.key == K_a:
strng += "A"
elif event.key == K_b:
strng += "B"
elif event.key == K_c:
strng += "C"
elif event.key == K_d:
strng += "D"
elif event.key == K_e:
strng += "E"
elif event.key == K_f:
strng += "F"
elif event.key == K_g:
strng += "G"
elif event.key == K_h:
strng += "H"
elif event.key == K_i:
strng += "I"
elif event.key == K_j:
strng += "J"
elif event.key == K_k:
strng += "K"
elif event.key == K_l:
strng += "L"
elif event.key == K_m:
strng += "M"
elif event.key == K_n:
strng += "N"
elif event.key == K_o:
strng += "O"
elif event.key == K_p:
strng += "P"
elif event.key == K_q:
strng += "Q"
elif event.key == K_r:
strng += "R"
elif event.key == K_s:
strng += "S"
elif event.key == K_t:
strng += "T"
elif event.key == K_u:
strng += "U"
elif event.key == K_v:
strng += "V"
elif event.key == K_w:
strng += "W"
elif event.key == K_x:
strng += "X"
elif event.key == K_y:
strng += "Y"
elif event.key == K_z:
strng += "Z"
elif event.key == K_SPACE:
if strng != "" :
return strng
elif event.key == K_BACKSPACE:
strng = strng[0:len(strng)-1]
pygame.display.update()
def revisedPlayer(k,player):
for i in range(4):
if player == 0 and greenArr == []:
player = (player+k)%4
elif player == 1 and yellowArr == []:
player = (player+k)%4
elif player == 2 and blueArr == []:
player = (player + k ) %4
elif player == 3 and redArr == []:
player = (player + k) % 4
else :
return player
return None
def checkNoMove(moves, color):
for tup in mainboard:
if tup[2] == color and isValid(tup[0], tup[1], moves, tup[2]):
#pygame.draw.rect(displaySurf,BLACK,(tup[0],tup[1],x,x))
#pygame.display.update()
return False
return True
def drawLine(moves, player):
if moves == 0 and player == 0:
pygame.draw.line(displaySurf, BLACK, (10, 5*x+10), (10+100,5*x+10),8)
elif moves == 0 and player == 1:
pygame.draw.line(displaySurf, BLACK, (890,5*x+10), (890+100,5*x+10),8)
elif moves == 0 and player == 2:
pygame.draw.line(displaySurf, BLACK, (890,5*x+10+9*x), (890+100,5*x+10+9*x),8)
elif moves == 0 and player == 3:
pygame.draw.line(displaySurf, BLACK, (10,5*x+10+9*x), (10+100,5*x+10+9*x),8)
def shiftDead(color):
if color == 'GREEN':
for tup in greenDead:
if i[0] == 0:
greenDead.append((1,i[1],i[2]))
greenDead.remove((0,i[1],i[2]))
return (i[1], i[2])
if color == 'YELLOW':
for tup in yellowDead:
if i[0] == 0:
yellowDead.append((1,i[1],i[2]))
yellowDead.remove((0,i[1],i[2]))
return (i[1], i[2])
if color == 'BLUE':
for tup in blueDead:
if i[0] == 0:
blueDead.append((1,i[1],i[2]))
blueDead.remove((0,i[1],i[2]))
return (i[1], i[2])
if color == 'RED':
for tup in redDead:
if i[0] == 0:
redDead.append((1,i[1],i[2]))
redDead.remove((0,i[1],i[2]))
return (i[1], i[2])
return (None, None)
def shiftAnimation(newx, newy, color):
for tup in mainboard:
if tup[0] == newx and tup[1] == newy and tup[2] != color:
lol1, lol2 = findEmpty(tup[2])
mainboard.append((lol1,lol2,tup[2]))
mainboard.remove((newx,newy,tup[2]))
return
return
def findEmpty(color):
if color == 'GREEN':
for i in greenBox:
if i[0] == 0:
greenBox.remove((0,i[1],i[2]))
greenBox.append((1,i[1],i[2]))
return (i[1], i[2])
if color == 'YELLOW':
for i in yellowBox:
if i[0] == 0:
yellowBox.remove((0,i[1],i[2]))
yellowBox.append((1,i[1],i[2]))
return (i[1], i[2])
if color == 'RED':
for i in redBox:
if i[0] == 0:
redBox.remove((0,i[1],i[2]))
redBox.append((1,i[1],i[2]))
return (i[1], i[2])
if color == 'BLUE':
for i in blueBox:
if i[0] == 0:
blueBox.remove((0,i[1],i[2]))
blueBox.append((1,i[1],i[2]))
return (i[1], i[2])
return (None,None)
def drawHighlightBox(boxx, boxy, moves , color):
if moves > 0:
pygame.draw.circle(displaySurf, HilightColor, (boxx+20,boxy+20),23, 4)
def getNew(a, b, moves, color):
if a < 440 and b == 7*x and color == 'GREEN':
if a + moves*x < 440:
return (a + moves*x, 7*x)
elif a+moves*x == 440:
for tup in greenArr:
greenArr.remove(tup)
if greenArr == []:
wonList.append(1)
return (tup[0],tup[1])
else:
return (None, None)
elif a == 440 + x and b < 6*x and color == 'YELLOW':
if b + moves*x < 6*x:
return (a, b + moves*x)
elif b +moves*x == 6*x :
for tup in yellowArr:
yellowArr.remove(tup)
if yellowArr == []:
wonList.append(2)
return (tup[0],tup[1])
else:
return (None, None)
elif a >= 440 + 3*x and b == 7*x and color == 'BLUE':
if a - moves*x >= 440+3*x:
return (a - moves*x, 7*x)
elif a - moves*x == 440 + 2*x:
for tup in blueArr:
blueArr.remove(tup)
if blueArr == []:
wonList.append(3)
return (tup[0],tup[1])
else:
return (None, None)
elif a == 440+x and b >= 9*x and color == 'RED':
if b - moves*x >= 9*x:
return (a, b-moves*x)
elif b - moves*x == 8*x:
for tup in redArr:
redArr.remove(tup)
if redArr == []:
wonList.append(4)
return (tup[0],tup[1])
else:
return (None, None)
elif b == 240 and a < 440:
if a + x*moves > 400:
return getNew(440, 5*x, moves - (400 - a)/x - 1, color)
else:
return (a + x*moves, 240)
elif a == 440 and b < 240:
if b - x*moves < 0:
return getNew(440 + x,0 , moves - (b)/x - 1, color)
else:
return (440, b - moves*x)
elif a == 440 + x and b == 0:
if moves > 0:
return getNew(440 + 2*x, 0, moves - 1, color)
else:
return (a, b)
elif a == 440 + 2*x and b < 240:
if b + x*moves > 200:
return getNew(440 + 3*x, 240, moves - (200 - b)/x - 1, color)
else:
return (a, b + x*moves)
elif a >= 440 + 3*x and b == 240:
if a + x*moves > 760:
return getNew(200 + 14*x, 240+x, moves - (760 - a)/x - 1, color)
else:
return (a + x*moves, b)
elif a == 200 + 14*x and b == 240+x:
if moves > 0:
return getNew(a, 240 + 2*x, moves - 1, color)
else:
return (a, b)
elif b == 240+2*x and a >= 440 + 3*x:
if a - x*moves < 440 + 3*x:
return getNew(440 + 2*x, 9*x, moves - (a - 440 - 3*x)/x - 1, color)
else:
return (a - x*moves, 240 + 2*x)
elif a == 440 + 2*x and b >= 9*x:
if b + x*moves > 14*x:
return getNew(a-x, 14*x, moves - (14*x - b)/x - 1, color)
else:
return (a, b + x*moves)
elif a == 440 + x and b == 14*x:
if moves > 0:
return getNew(a-x, 14*x, moves - 1, color)
else:
return (a, b)
elif a == 440 and b >= 9*x:
if b - moves*x < 9*x:
return getNew(a - x, 240 + 2*x, moves - ( b - 9*x) / x - 1, color)
else:
return (a, b - moves*x)
elif b == 240+2*x and a < 440:
if a - x*moves < 200:
return getNew(200, 7*x, moves - (a - 200)/x - 1, color)
else:
return (a - x*moves, 240 + 2*x)
elif a == 200 and b == 7*x:
if moves > 0:
return getNew(200, 6*x, moves - 1, color)
else:
return (a, b)
else:
for tup in newboard:
if tup[0] == a and tup[1] == b and tup[2] == color:
checkHome(a,b,color)
return findOpen(color)
def checkHome(a, b, color):
if color == 'GREEN':
for i in greenBox:
#pygame.draw.rect(displaySurf, WHITE, (a,b,40,40))
#pygame.time.wait(500)
#pygame.draw.rect(displaySurf, RED, (i[0],i[0],40,40))
#pygame.time.wait(1000)
if i[0] == 1 and i[1] == a and i[2] == b:
#pygame.draw.rect(displaySurf, WHITE, (a,b,40,40))
greenBox.remove((1,i[1],i[2]))
greenBox.append((0,i[1],i[2]))
elif color == 'YELLOW':
for i in yellowBox:
if i[0] == 1 and i[1] == a and i[2] == b:
yellowBox.remove((1,i[1],i[2]))
yellowBox.append((0,i[1],i[2]))
elif color == 'RED':
for i in redBox:
if i[0] == 1 and i[1] == a and i[2] == b:
redBox.remove((1,i[1],i[2]))
redBox.append((0,i[1],i[2]))
elif color == 'BLUE':
for i in blueBox:
if i[0] == 1 and i[1] == a and i[2] == b:
blueBox.remove((1,i[1],i[2]))
blueBox.append((0,i[1],i[2]))
def findOpen(color):
if color == 'GREEN':
return (240,240)
elif color == 'YELLOW':
return (440+2*x,40)
elif color == 'BLUE':
return (200 + 13*x, 240+2*x)
else:
return (440, 13*x)
def isValid(a, b, moves, color):
if moves == 0:
return True
elif moves > 0:
for tup in newboard:
if tup[0] == a and tup[1] == b and tup[2] == color and moves != 1:
#pygame.draw.rect(displaySurf,WHITE,(tup[0],tup[1],x,x))
#pygame.display.update()
return False
if color == 'GREEN' and ((a < 440 and b == (240+x) and ((440 - a)/40) < moves) or ((a,b) in greenArr1)):
return False
elif color == 'YELLOW' and ((b < 240 and a == (440+x) and ((240 - b)/40) < moves) or ((a,b) in yellowArr1)):
return False
elif color == 'BLUE' and ((a >= 200 + 9*x and b == (240+x) and ((a - (200+8*x))/40) < moves) or ((a,b) in blueArr1)):
return False
elif color == 'RED' and ((b >= 9*x and a == (440+x) and ((b - (240+2*x))/40) < moves) or ((a,b) in redArr1)):
return False
else:
return True
def Valid(a,b,color, moves):
if moves == 0 and color == 'GREEN' and ((a,b) == (0, 160) or (a,b) == (40, 160) or (a,b) == (80, 160)):
return True
elif moves == 0 and color == 'YELLOW' and ((a,b) == (880, 160) or (a,b) == (920, 160) or (a,b) == (960, 160)):
return True
elif moves == 0 and color == 'BLUE' and ((a,b) == (880, 520) or (a,b) == (920, 520) or (a,b) == (960, 520)):
return True
elif moves == 0 and color == 'RED' and ((a,b) == (0, 520) or (a,b) == (40, 520) or (a,b) == (80, 520)):
return True
elif moves > 0:
for tup in mainboard:
if tup[0] == a and tup[1] == b and tup[2] == color:
return True
return False
def getCenter(a, b):
for i in range(0,1000,40):
for j in range(0, 600, 40):
tilerect = pygame.Rect(i, j, 40, 40)
if tilerect.collidepoint(a,b):
return (i,j)
return (None, None)
def ifquit():
for event in pygame.event.get(QUIT):
pygame.quit()
sys.exit()
for event in pygame.event.get(KEYUP):
if event.key == K_ESCAPE:
pygame.quit()
sys.exit()
pygame.event.post(event)
def getRandom():
return random.randint(1,6)
def getColor(player):
if player == 0:
return 'GREEN'
elif player == 1:
return 'YELLOW'
elif player == 2:
return 'BLUE'
elif player == 3:
return 'RED'
def drawboard(player):
img1 = pygame.image.load('grey.jpg')
displaySurf.blit(img1,(0,0))
img1 = pygame.image.load('home.png')
displaySurf.blit(img1,(440,240))
drawOuterRect()
drawInnerRect()
drawGrids()
#drawDice()
#drawCoins()
drawDeadCoins()
drawCoins()
drawLowerRect()
for i in range(4):
if i == 0:
textsurf, textrect = maketext(namePlayer[i], WHITE, GREEN,200 , 0)
displaySurf.blit(textsurf, textrect)
elif i == 1:
textsurf, textrect = maketext(namePlayer[i], WHITE, YELLOW,560 , 0)
displaySurf.blit(textsurf, textrect)
elif i == 2:
textsurf, textrect = maketext(namePlayer[i], WHITE, BLUE,560 , 360)
displaySurf.blit(textsurf, textrect)
elif i == 3:
textsurf, textrect = maketext(namePlayer[i], WHITE, RED,200 , 360)
displaySurf.blit(textsurf, textrect)
pygame.draw.rect(displaySurf, BLACK, (1000, 0, 200, 600))
textsurf, textrect = maketext("MOVE LOGS", WHITE, BLACK, 1040, 20)
displaySurf.blit(textsurf, textrect)
drawLogs()
#pygame.draw.rect(displaySurf, WHITE, (200, 0, 600, 600), 8)
#pygame.draw.rect(displaySurf, BLACK, (206, 6, 588, 588), 2)
pygame.display.update()
def drawLowerRect():
pygame.draw.rect(displaySurf, BLACK, (0,600, 1200, 150))
img1 = pygame.image.load('exit.png')
displaySurf.blit(img1,(40,640))
img1 = pygame.image.load('leave.png')
displaySurf.blit(img1,(1040,640))
img1 = pygame.image.load('reset.png')
displaySurf.blit(img1,(1040,680))
def drawLogs():
cnt = 40
for tup in logList:
textsurf, textrect = maketext(tup[0], WHITE, BLACK, 1000, cnt)
displaySurf.blit(textsurf, textrect)
textsurf, textrect = maketext(str(tup[1]), WHITE, BLACK, 1000+2*x, cnt)
displaySurf.blit(textsurf, textrect)
#textsurf, textrect = maketext(str(tup[2]), WHITE, BLACK, 1000+4*x, cnt)
#displaySurf.blit(textsurf, textrect)
if tup[2] == 0:
img1 = pygame.image.load('cross.png')
displaySurf.blit(img1,(1000+4*x, cnt))
else:
if tup[0] == "P1":
img1 = pygame.image.load('green.png')
displaySurf.blit(img1,(1000+4*x, cnt))
elif tup[0] == "P2":
img1 = pygame.image.load('yellow.png')
displaySurf.blit(img1,(1000+4*x, cnt))
elif tup[0] == "P3":
img1 = pygame.image.load('blue.png')
displaySurf.blit(img1,(1000+4*x, cnt))
elif tup[0] == "P4":
img1 = pygame.image.load('red.png')
displaySurf.blit(img1,(1000+4*x, cnt))
cnt = cnt + 40
def drawDeadCoins():
pygame.draw.rect(displaySurf, LIGHTGREEN, (200 - (3*x) / 2, x, 40, 40))
pygame.draw.rect(displaySurf, GREEN, (200 - (3*x) / 2, 2*x, 40, 40))
pygame.draw.rect(displaySurf, LIGHTGREEN, (200 - (3*x) / 2, 3*x, 40, 40))
pygame.draw.rect(displaySurf, GREEN, (200 - (3*x) / 2, 4*x, 40, 40))
pygame.draw.rect(displaySurf, LIGHTYELLOW, (200 +15*x + x/ 2, x, 40, 40))
pygame.draw.rect(displaySurf, YELLOW, (200 +15*x+ (x) / 2, 2*x, 40, 40))
pygame.draw.rect(displaySurf, LIGHTYELLOW, (200 +15*x+ (x) / 2, 3*x, 40, 40))
pygame.draw.rect(displaySurf, YELLOW, (200 +15*x+ (x) / 2, 4*x, 40, 40))
pygame.draw.rect(displaySurf, RED, (200 - (3*x) / 2, 13*x, 40, 40))
pygame.draw.rect(displaySurf, LIGHTRED, (200 - (3*x) / 2, 10*x, 40, 40))
pygame.draw.rect(displaySurf, RED, (200 - (3*x) / 2, 11*x, 40, 40))
pygame.draw.rect(displaySurf, LIGHTRED, (200 - (3*x) / 2, 12*x, 40, 40))
pygame.draw.rect(displaySurf, LIGHTBLUE, (200 +15*x + (x) / 2, 10*x, 40, 40))
pygame.draw.rect(displaySurf, BLUE, (200 +15*x + (x) / 2, 11*x, 40, 40))
pygame.draw.rect(displaySurf, LIGHTBLUE, (200 +15*x + (x) / 2, 12*x, 40, 40))
pygame.draw.rect(displaySurf, BLUE, (200 +15*x + (x) / 2, 13*x, 40, 40))
def drawOuterRect():
pygame.draw.rect(displaySurf, GREEN, (200, 0, 240, 240))
pygame.draw.rect(displaySurf, YELLOW, (560, 0, 240, 240))
pygame.draw.rect(displaySurf, BLUE, (560,360, 240, 240))
pygame.draw.rect(displaySurf, RED, (200,360, 240, 240))
def drawInnerRect():
#GREEN
pygame.draw.rect(displaySurf, LIGHTGREEN, (200 + x, x, 160, 160))
#YELLOW
pygame.draw.rect(displaySurf, LIGHTYELLOW, (200 + 10*x, x, 160, 160))
#BLUE
pygame.draw.rect(displaySurf, LIGHTBLUE, (200 + 10*x, 10*x, 160, 160))
#RED
pygame.draw.rect(displaySurf, LIGHTRED, (200 + x, 10*x, 160, 160))
#BLACK BORDERS
img1 = pygame.image.load('down.png')
displaySurf.blit(img1,(240 , 200))
img1 = pygame.image.load('left.png')
displaySurf.blit(img1,(560 , 40))
img1 = pygame.image.load('up.png')
displaySurf.blit(img1,(720, 360))
img1 = pygame.image.load('right.png')
displaySurf.blit(img1,(400, 520))
pygame.draw.rect(displaySurf, BLACK, (200-80,0,80,600))
pygame.draw.rect(displaySurf, BLACK, (800,0,80,600))
#img1 = pygame.image.load('button_leave.png')
#displaySurf.blit(img1,(5, 120))
img1 = pygame.image.load('green_roll.png')
displaySurf.blit(img1,(10, 160))
#img1 = pygame.image.load('button_leave.png')
#displaySurf.blit(img1,(885, 120))
img1 = pygame.image.load('yellow_roll.png')
displaySurf.blit(img1,(890, 160))
#img1 = pygame.image.load('button_leave.png')
#displaySurf.blit(img1,(5, 480))