Carrom Board Game using Python | Simple Python Project | Vast Coding
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import pygame, sys,math
from pygame.locals import *
from math import *
pygame.init()
screen = pygame.display.set_mode((600, 600))
background=(255,255,255)
screen.fill(background)
pygame.display.set_caption("Carrom")
width=535
height=535
friction=0.2
border=65
mod = lambda v: sqrt(v[0] * v[0] + v[1] * v[1])
black=(0,0,0)
player1_color=(40,40,40)
player2_color=(180,180,180)
white=(255,255,255)
yellow=(255,255,0)
pink=(255,20,147)
def repaint():
pygame.draw.rect(screen,(0,0,0),Rect((40,40),(520,520)))
pygame.draw.rect(screen,(230,210,140),Rect((65,65),(470,470)))
pygame.draw.rect(screen,(0,0,0),Rect((180,140),(240,20)))
pygame.draw.rect(screen,(230,210,140),Rect((185,145),(230,10)))
pygame.draw.circle(screen,(139,0,0),(180,150),10)
pygame.draw.circle(screen,(139,0,0),(420,150),10)
pygame.draw.rect(screen,(0,0,0),Rect((180,440),(240,20)))
pygame.draw.rect(screen,(230,210,140),Rect((185,445),(230,10)))
pygame.draw.circle(screen,(160,0,0),(180,450),10)
pygame.draw.circle(screen,(160,0,0),(420,450),10)
pygame.draw.rect(screen,(0,0,0),Rect((140,180),(20,240)))
pygame.draw.rect(screen,(230,210,140),Rect((145,185),(10,230)))
pygame.draw.circle(screen,(139,0,0),(150,180),10)
pygame.draw.circle(screen,(139,0,0),(150,420),10)
pygame.draw.rect(screen,(0,0,0),Rect((440,180),(20,240)))
pygame.draw.rect(screen,(230,210,140),Rect((445,185),(10,230)))
pygame.draw.circle(screen,(139,0,0),(450,180),10)
pygame.draw.circle(screen,(139,0,0),(450,420),10)
pygame.draw.circle(screen,(139,0,0),(300,300),60,2)
pygame.draw.circle(screen,(139,0,0),(300,300),70,2)
pygame.draw.circle(screen,(139,10,0),(300,300),20,4)
pygame.draw.circle(screen,(139,10,0),(300,300),11,0)
pygame.draw.circle(screen,white,(80,80),20)
pygame.draw.circle(screen,white,(520,80),20)
pygame.draw.circle(screen,white,(80,520),20)
pygame.draw.circle(screen,white,(520,520),20)
def move(coin1,coin2):
center1 = [coin1.rect.x+coin1.radius, coin1.rect.y+coin1.radius]
center2 = [coin2.rect.x+coin2.radius, coin2.rect.y+coin2.radius]
distx = abs(center1[0]-center2[0])
disty = abs(center1[1]-center2[1])
#the distance between the centers of coins
dist = [abs(center1[0]-center2[0]), abs(center1[1]-center2[1])]
if mod(dist)==0:
cos_theta = 1
sin_theta = 0
else:
cos_theta = abs(distx)/mod(dist)
sin_theta = abs(disty)/mod(dist)
if mod(dist)<coin1.radius + coin2.radius:
diff = coin1.radius + coin2.radius - mod(dist)
if coin2.rect.x>=coin1.rect.x:
coin2.rect.x += ceil(diff*cos_theta/2)
coin1.rect.x -= ceil(diff*cos_theta/2)
else:
coin1.rect.x += ceil(diff*cos_theta/2)
coin2.rect.x -= ceil(diff*cos_theta/2)
if coin2.rect.y>=coin1.rect.y:
coin2.rect.y += ceil(diff*cos_theta/2)
coin1.rect.y -= ceil(diff*cos_theta/2)
else:
coin1.rect.y += ceil(diff*cos_theta/2)
coin2.rect.y += ceil(diff*cos_theta/2)
def collision(coin1,coin2):
v=(coin1.rect.x-coin2.rect.x,coin1.rect.y-coin2.rect.y)
m=math.sqrt(math.pow(v[0],2)+math.pow(v[1],2))
if m>0:
n=(v[0]/m,v[1]/m)
else:
n=(0,0)
t=((-n[1]),n[0])
move(coin1,coin2)
v_r=(coin1.velx,coin1.vely)
v_s=(coin2.velx,coin2.vely)
v_rnormal=(v_r[0]*n[0])+(v_r[1]*n[1])
v_rtangent=(v_r[0]*t[0])+(v_r[1]*t[1])
v_snormal=(v_s[0]*n[0])+(v_s[1]*n[1])
v_stangent=(v_s[0]*t[0])+(v_s[1]*t[1])
v_rnn=v_snormal*0.75
v_snn=v_rnormal*0.75
v_rnormal=((v_rnn*n[0]),(v_rnn*n[1]))
v_snormal=((v_snn*n[0]),(v_snn*n[1]))
v_rtangent=((v_rtangent*t[0]),(v_rtangent*t[1]))
v_stangent=((v_stangent*t[0]),(v_stangent*t[1]))
v_r=((v_rnormal[0]+v_rtangent[0]),(v_rnormal[1]+v_rtangent[1]))
v_s=((v_snormal[0]+v_stangent[0]),(v_snormal[1]+v_stangent[1]))
coin1.velx=v_r[0]
coin1.vely=v_r[1]
coin2.velx=v_s[0]
coin2.vely=v_s[1]
def inhole(sprite):
(centerx,centery)=sprite.rect.center
a=78
b=522
dist= math.sqrt((centerx-a)**2 + (centery-a)**2)
if dist<=(2*sprite.radius+20)/3:
return True
dist= math.sqrt((centerx-a)**2 + (centery-b)**2)
if dist<=(2*sprite.radius+20)/3:
return True
dist= math.sqrt((centerx-b)**2 + (centery-a)**2)
if dist<=(2*sprite.radius+20)/3:
return True
dist= math.sqrt((centerx-b)**2 + (centery-b)**2)
if dist<=(2*sprite.radius+20)/3:
return True
return False
class Coins(pygame.sprite.Sprite):
def __init__(self,radius,colour):
pygame.sprite.Sprite.__init__(self)
self.image=pygame.Surface([(2*radius),(2*radius)])
self.image.fill((255,255,255))
self.image.set_colorkey((255,255,255))
pygame.draw.ellipse(self.image,colour,[0,0,(2*radius),(2*radius)])
self.rect=self.image.get_rect()
self.radius=radius
self.angle=0
self.velx=0
self.vely=0
self.collided=False
self.colour=colour
def collide(self,coin_array):
for coin in coin_array:
if coin!= self:
self.other_list.add(coin)
for coin in self.other_list:
collision(self,coin)
def update(self):
self.rect.x +=self.velx
self.rect.y +=self.vely
if (self.rect.x) > width-(2*self.radius):
self.rect.x = 2*(width - (2*self.radius)) - self.rect.x
self.velx = -1*abs(self.velx)
elif (self.rect.x) < (65):
self.rect.x = 2*(65)- self.rect.x
self.velx = abs(self.velx)
if (self.rect.y) > height-(2*self.radius):
self.rect.y = 2*(height - (2*self.radius)) - self.rect.y
self.vely = -1*abs(self.vely)
elif (self.rect.y) < (65):
self.rect.y = 2*(65) - self.rect.y
self.vely = abs(self.vely)
if mod([self.velx, self.vely])==0:
self.velx = 0
self.vely = 0
else:
self.velx = self.velx - friction * self.velx / mod([self.velx, self.vely])
self.vely = self.vely - friction * self.vely / mod([self.velx, self.vely])
if abs(self.velx)<friction:
self.velx = 0
if abs(self.vely)<friction:
self.vely = 0
coin_list=pygame.sprite.Group()
coin_array=pygame.sprite.Group()
striker=Coins(15,(255,240,120))
striker.rect.x=282
striker.rect.y=435
coin_array.add(striker)
coin11=Coins(11,player2_color)
coin11.rect.x=288
coin11.rect.y=288-27
coin_array.add(coin11)
coin_list.add(coin11)
coin22=Coins(11,player2_color)
coin22.rect.x=288
coin22.rect.y=288+27
coin_array.add(coin22)
coin_list.add(coin22)
coin3=Coins(11,player2_color)
coin3.rect.x=288-27
coin3.rect.y=288
coin_array.add(coin3)
coin_list.add(coin3)
coin4=Coins(11,player2_color)
coin4.rect.x=288+27
coin4.rect.y=288
coin_array.add(coin4)
coin_list.add(coin4)
coin6=Coins(11,player1_color)
coin6.rect.x=288+21
coin6.rect.y=288+21
coin_array.add(coin6)
coin_list.add(coin6)
coin7=Coins(11,player1_color)
coin7.rect.x=288+21
coin7.rect.y=288-21
coin_array.add(coin7)
coin_list.add(coin7)
coin8=Coins(11,player1_color)
coin8.rect.x=288-21
coin8.rect.y=288+21
coin_array.add(coin8)
coin_list.add(coin8)
coin9=Coins(11,player1_color)
coin9.rect.x=288-21
coin9.rect.y=288-21
coin_array.add(coin9)
coin_list.add(coin9)
coin10=Coins(11,player2_color)
coin10.rect.x=288-38
coin10.rect.y=288-38
coin_array.add(coin10)
coin_list.add(coin10)
coin11=Coins(11,player2_color)
coin11.rect.x=288-38
coin11.rect.y=288+38
coin_array.add(coin11)
coin_list.add(coin11)
coin12=Coins(11,player2_color)
coin12.rect.x=288+38
coin12.rect.y=288-38
coin_array.add(coin12)
coin_list.add(coin12)
coin13=Coins(11,player2_color)
coin13.rect.x=288+38
coin13.rect.y=288+38
coin_array.add(coin13)
coin_list.add(coin13)
coin14=Coins(11,player2_color)
coin14.rect.x=288-36
coin14.rect.y=288+38
coin_array.add(coin14)
coin_list.add(coin9)
coin15=Coins(11,player1_color)
coin15.rect.x=288
coin15.rect.y=288-49
coin_array.add(coin15)
coin_list.add(coin15)
coin16=Coins(11,player1_color)
coin16.rect.x=288-49
coin16.rect.y=288
coin_array.add(coin16)
coin_list.add(coin16)
coin17=Coins(11,player1_color)
coin17.rect.x=288+49
coin17.rect.y=288
coin_array.add(coin17)
coin_list.add(coin17)
coin18=Coins(11,player1_color)
coin18.rect.x=288
coin18.rect.y=288+49
coin_array.add(coin18)
coin_list.add(coin18)
queen=Coins(11,(255,30,177))
queen.rect.x=289
queen.rect.y=289
coin_array.add(queen)
coin_list.add(queen)
repaint()
coin_array.draw(screen)
clock=pygame.time.Clock()
speed=200
attempt=0
queen_gone_temp=0
queen_gone_final=0
x=300
y=450
movex=0
movey=0
flag=0
degree=0.04
i=0
player=0
player1_points=0
player2_points=0
foul=0
while True:
for event in pygame.event.get():
if event.type == QUIT:
pygame.quit()
sys.exit()
if flag==0:
if player==0:
x,y=pygame.mouse.get_pos()
y=450;
if(x<180):
x=180
if(x>420):
x=420
else:
x,y=pygame.mouse.get_pos()
y=150;
if(x<180):
x=180
if(x>420):
x=420
striker.rect.x=x-striker.radius
striker.rect.y=y-striker.radius
striker_center=(striker.rect.x+striker.radius,striker.rect.y+striker.radius)
repaint()
coin_array.draw(screen)
if event.type == pygame.MOUSEBUTTONDOWN:
if flag==0:
flag=1
elif flag==1:
flag=2
if flag==1:
x_point,y_point=pygame.mouse.get_pos()
if player==0:#down player
if(y_point<470):
y_point=480
if(y_point>535):
y_point=535
if(x_point<65):
x_point=65
if(x_point>535):
x_point=535
if player==1:
if(y_point>120):
y_point=120
if(y_point<65):
y_point=65
if(x_point<65):
x_point=65
if(x_point>535):
x_point=535
repaint()
coin_array.draw(screen)
line=pygame.draw.line(screen,black,(striker_center[0],striker_center[1]),(x_point,y_point),3)
if flag==2:
flag=3
i=25
striker.velx=(striker_center[0]-x_point)/4
striker.vely=(striker_center[1]-y_point)/4
if flag==3:
coin_array.update()
for coin1 in coin_array:
for coin2 in coin_list:
if coin1 is not coin2 and pygame.sprite.collide_circle(coin1, coin2) and not coin1.collided and not coin2.collided:
collision(coin1, coin2)
for coin1 in coin_list:
for coin2 in coin_list:
if coin1 is not coin2:
move(coin1, coin2)
coin1.collided, coin2.collided = True, True
for coin in coin_array:
coin.collided = False
if inhole(coin):
if coin is not striker:
coin_array.remove(coin)
coin_array.remove(coin)
if coin.colour==(255,30,177):
queen_gone_temp=1
if coin.colour==player1_color:
if queen_gone_temp==1:
player1_points+=5
queen_gone_final=1
coin_array.remove(queen)
else:
player1_points+=1
elif coin.colour==player2_color:
if queen_gone_temp==1:
player2_points+=5
queen_gone_final=1
coin_queen.remove(queen)
attempt=1
else:
player2_points+=1
else:
if queen_gone_temp==1:
attempt=1
print ('Player1 Points= {}'.format(player1_points,"\n"))
print ('Player2 Points= {}'.format(player2_points,"\n"))
if coin is not queen and not striker:
if queen_gone_temp==1 and attempt==1:
queen=Coins(11,(255,30,177))
queen.rect.x=289
queen.rect.y=289
coin_array.add(queen)
coin_list.add(queen)
if coin is striker:
print ("foul")
if player==0:
player1_points-=1
else:
player2_points-=1
coin_array.remove(striker)
foul=1
repaint()
coin_array.draw(screen)
boardHalt = True
for coin in coin_array:
if coin.velx!=0 or coin.vely!=0:
boardHalt = False
break
if boardHalt and flag==3:
x=300
y=450
flag=0
striker.velx=0
striker.vely=0
striker.angle=0
coin_array.vely=0
coin_array.velx=0
if(foul==1):
striker=Coins(15,(255,240,120))
coin_array.add(striker)
foul=0
if player==0:
player=1
else:
player=0
pygame.display.update()
clock.tick(100)
 |
| Output |
Note:- Please help me to grow my Youtube Channel called Vast Coding. 👈Click on this you will automatically redirected to my channel.
Bro when we have new code
ReplyDeleteBro you are osm
ReplyDelete