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April 9, 2024 20:58
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Save CoolGuyBraydan/a2ebfc8b14a976cb3c902ea2bafe8714 to your computer and use it in GitHub Desktop.
this game i made is like a cross between slither.io and snake, and its 2 players, hope you enjoy.
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| import turtle | |
| import time | |
| import random | |
| blue_segments=[] | |
| red_segments=[] | |
| blgame="stop" | |
| rdgame="stop" | |
| blue_wait="nothing" | |
| red_wait="nothing" | |
| yvalues=[0,-20,-40,-60,-80,-100,-120,-140,-160,-180,-200,-220,-240,-260,-280,20,40,60,80,100,120,140,160,180,200,220,240,260,280] | |
| xvalues=[-20,-40,-60,-80,-100,-120,-140,-160,-180,-200,-220,-240,-260,-280,-300,-320,-340,-360,-380,-400,-420,-440,-460,-480,-500,-520,-540,-560,-580,0,20,40,60,80,100,120,140,160,180,200,220,240,260,280,300,320,340,360,380,400,420,440,460,480,500,520,540,560,580] | |
| delay=0.05 | |
| redscore=0 | |
| bluescore=0 | |
| print("Left side: Blue, wasd keys. Right side: Red, arrow keys.") | |
| bluename=input("Player 1 (left side) username: ") | |
| redname=input("Player 2 (right side) username: ") | |
| wn=turtle.Screen() | |
| wn.title("Snake Battle") | |
| wn.setup(width=1200,height=600) | |
| wn.tracer(0) | |
| pen = turtle.Turtle() | |
| pen.speed(0) | |
| pen.color("black") | |
| pen.penup() | |
| pen.setposition(-600, -300) | |
| pen.pendown() | |
| pen.pensize(3) | |
| for side in range(2): | |
| pen.fd(1200) | |
| pen.lt(90) | |
| pen.fd(600) | |
| pen.lt(90) | |
| pen.penup() | |
| pen.ht() | |
| scorepen=turtle.Turtle() | |
| scorepen.ht() | |
| scorepen.penup() | |
| scorepen.goto(0,250) | |
| headpen=turtle.Turtle() | |
| headpen.ht() | |
| headpen.penup() | |
| apple=turtle.Turtle() | |
| apple.speed(0) | |
| apple.shape("circle") | |
| apple.color("red") | |
| apple.penup() | |
| x=random.choice(xvalues) | |
| y=random.choice(yvalues) | |
| apple.goto(x,y) | |
| bl_h=turtle.Turtle() #bl_h=blue head | |
| bl_h.shape("circle") | |
| bl_h.color("blue") | |
| bl_h.penup() | |
| bl_h.goto(-660,0) | |
| bl_h.direction="right" | |
| rd_h=bl_h.clone() | |
| rd_h.color("red") | |
| rd_h.goto(660,0) | |
| rd_h.direction="left" | |
| def bl_up(): | |
| global xvalues | |
| global blue_wait | |
| if bl_h.direction != "down" and blgame == "start": | |
| if(bl_h.xcor() in xvalues): | |
| bl_h.direction = "up" | |
| elif(bl_h.xcor() not in xvalues): | |
| blue_wait="up" | |
| def bl_down(): | |
| global xvalues | |
| global blue_wait | |
| if bl_h.direction != "up" and blgame == "start": | |
| if(bl_h.xcor() in xvalues): | |
| bl_h.direction = "down" | |
| elif(bl_h.xcor() not in xvalues): | |
| blue_wait="down" | |
| def bl_left(): | |
| global yvalues | |
| global blue_wait | |
| if bl_h.direction != "right" and blgame == "start": | |
| if(bl_h.ycor() in yvalues): | |
| bl_h.direction = "left" | |
| elif(bl_h.ycor() not in yvalues): | |
| blue_wait="left" | |
| def bl_right(): | |
| global yvalues | |
| global blue_wait | |
| if bl_h.direction != "left" and blgame == "start": | |
| if(bl_h.ycor() in yvalues): | |
| bl_h.direction = "right" | |
| elif(bl_h.ycor() not in yvalues): | |
| blue_wait="right" | |
| def rd_up(): | |
| global xvalues | |
| global red_wait | |
| if rd_h.direction != "down" and rdgame == "start": | |
| if(rd_h.xcor() in xvalues): | |
| rd_h.direction = "up" | |
| elif(rd_h.xcor() not in xvalues): | |
| red_wait="up" | |
| def rd_down(): | |
| global xvalues | |
| global red_wait | |
| if rd_h.direction != "up" and rdgame == "start": | |
| if(rd_h.xcor() in xvalues): | |
| rd_h.direction = "down" | |
| elif(rd_h.xcor() not in xvalues): | |
| red_wait="down" | |
| def rd_left(): | |
| global yvalues | |
| global red_wait | |
| if rd_h.direction != "right" and rdgame == "start": | |
| if(rd_h.ycor() in yvalues): | |
| rd_h.direction = "left" | |
| elif(rd_h.ycor() not in yvalues): | |
| red_wait="left" | |
| def rd_right(): | |
| global yvalues | |
| global red_wait | |
| if rd_h.direction != "left" and rdgame == "start": | |
| if(rd_h.ycor() in yvalues): | |
| rd_h.direction = "right" | |
| elif(rd_h.ycor() not in yvalues): | |
| red_wait="right" | |
| def move(): | |
| global blue_wait | |
| global red_wait | |
| global xvalues | |
| global yvalues | |
| if(bl_h.xcor() in xvalues): | |
| if blue_wait=="up": | |
| bl_h.direction="up" | |
| blue_wait="nothing" | |
| if blue_wait=="down": | |
| bl_h.direction="down" | |
| blue_wait="nothing" | |
| if(bl_h.ycor() in yvalues): | |
| if blue_wait=="left": | |
| bl_h.direction="left" | |
| blue_wait="nothing" | |
| if blue_wait=="right": | |
| bl_h.direction="right" | |
| blue_wait="nothing" | |
| if(rd_h.xcor() in xvalues): | |
| if red_wait=="up": | |
| rd_h.direction="up" | |
| red_wait="nothing" | |
| if red_wait=="down": | |
| rd_h.direction="down" | |
| red_wait="nothing" | |
| if(rd_h.ycor() in yvalues): | |
| if red_wait=="left": | |
| rd_h.direction="left" | |
| red_wait="nothing" | |
| if red_wait=="right": | |
| rd_h.direction="right" | |
| red_wait="nothing" | |
| if bl_h.direction == "up": | |
| y = bl_h.ycor() | |
| bl_h.sety(y+10) | |
| if bl_h.direction == "down": | |
| y = bl_h.ycor() | |
| bl_h.sety(y-10) | |
| if bl_h.direction == "left": | |
| x = bl_h.xcor() | |
| bl_h.setx(x-10) | |
| if bl_h.direction == "right": | |
| x = bl_h.xcor() | |
| bl_h.setx(x+10) | |
| if rd_h.direction == "up": | |
| y = rd_h.ycor() | |
| rd_h.sety(y+10) | |
| if rd_h.direction == "down": | |
| y = rd_h.ycor() | |
| rd_h.sety(y-10) | |
| if rd_h.direction == "left": | |
| x = rd_h.xcor() | |
| rd_h.setx(x-10) | |
| if rd_h.direction == "right": | |
| x = rd_h.xcor() | |
| rd_h.setx(x+10) | |
| wn.listen() | |
| wn.onkeypress(bl_up, "w") | |
| wn.onkeypress(bl_down, "s") | |
| wn.onkeypress(bl_left, "a") | |
| wn.onkeypress(bl_right, "d") | |
| wn.onkeypress(rd_up, "Up") | |
| wn.onkeypress(rd_down, "Down") | |
| wn.onkeypress(rd_left, "Left") | |
| wn.onkeypress(rd_right, "Right") | |
| while True: | |
| wn.update() | |
| headpen.clear() | |
| for index in range(len(blue_segments)-1, 0, -1): | |
| x = blue_segments[index-1].xcor() | |
| y = blue_segments[index-1].ycor() | |
| blue_segments[index].goto(x,y) | |
| if len(blue_segments) > 0: | |
| x = bl_h.xcor() | |
| y = bl_h.ycor() | |
| blue_segments[0].goto(x,y) | |
| if bl_h.xcor()==-650: | |
| bl_s=turtle.Turtle() | |
| bl_s.shape("circle") | |
| bl_s.color("blue") | |
| bl_s.speed(0) | |
| bl_s.penup() | |
| blue_segments.append(bl_s) | |
| if bl_h.xcor()==-640: | |
| bl_s=turtle.Turtle() | |
| bl_s.shape("circle") | |
| bl_s.color("blue") | |
| bl_s.speed(0) | |
| bl_s.penup() | |
| blue_segments.append(bl_s) | |
| if bl_h.xcor()==-630: | |
| bl_s=turtle.Turtle() | |
| bl_s.shape("circle") | |
| bl_s.color("blue") | |
| bl_s.speed(0) | |
| bl_s.penup() | |
| blue_segments.append(bl_s) | |
| if bl_h.xcor()==-620: | |
| bl_s=turtle.Turtle() | |
| bl_s.shape("circle") | |
| bl_s.color("blue") | |
| bl_s.speed(0) | |
| bl_s.penup() | |
| blue_segments.append(bl_s) | |
| if bl_h.distance(apple)<19: | |
| bl_s=turtle.Turtle() | |
| bl_s.shape("circle") | |
| bl_s.color("blue") | |
| bl_s.speed(0) | |
| bl_s.penup() | |
| blue_segments.append(bl_s) | |
| if bl_h.distance(apple)<9: | |
| x=random.choice(xvalues) | |
| y=random.choice(yvalues) | |
| apple.goto(x,y) | |
| bl_s=turtle.Turtle() | |
| bl_s.shape("circle") | |
| bl_s.color("blue") | |
| bl_s.speed(0) | |
| bl_s.penup() | |
| blue_segments.append(bl_s) | |
| for index in range(len(red_segments)-1, 0, -1): | |
| x = red_segments[index-1].xcor() | |
| y = red_segments[index-1].ycor() | |
| red_segments[index].goto(x,y) | |
| if len(red_segments) > 0: | |
| x = rd_h.xcor() | |
| y = rd_h.ycor() | |
| red_segments[0].goto(x,y) | |
| if rd_h.xcor()==650: | |
| rd_s=turtle.Turtle() | |
| rd_s.shape("circle") | |
| rd_s.color("red") | |
| rd_s.speed(0) | |
| rd_s.penup() | |
| red_segments.append(rd_s) | |
| if rd_h.xcor()==640: | |
| rd_s=turtle.Turtle() | |
| rd_s.shape("circle") | |
| rd_s.color("red") | |
| rd_s.speed(0) | |
| rd_s.penup() | |
| red_segments.append(rd_s) | |
| if rd_h.xcor()==630: | |
| rd_s=turtle.Turtle() | |
| rd_s.shape("circle") | |
| rd_s.color("red") | |
| rd_s.speed(0) | |
| rd_s.penup() | |
| red_segments.append(rd_s) | |
| if rd_h.xcor()==620: | |
| rd_s=turtle.Turtle() | |
| rd_s.shape("circle") | |
| rd_s.color("red") | |
| rd_s.speed(0) | |
| rd_s.penup() | |
| red_segments.append(rd_s) | |
| if rd_h.distance(apple)<19: | |
| rd_s=turtle.Turtle() | |
| rd_s.shape("circle") | |
| rd_s.color("red") | |
| rd_s.speed(0) | |
| rd_s.penup() | |
| red_segments.append(rd_s) | |
| if rd_h.distance(apple)<9: | |
| x=random.choice(xvalues) | |
| y=random.choice(yvalues) | |
| apple.goto(x,y) | |
| rd_s=turtle.Turtle() | |
| rd_s.shape("circle") | |
| rd_s.color("red") | |
| rd_s.speed(0) | |
| rd_s.penup() | |
| red_segments.append(rd_s) | |
| bx=bl_h.xcor() | |
| by=bl_h.ycor() | |
| rx=rd_h.xcor() | |
| ry=rd_h.ycor() | |
| if bx<-590: | |
| blgame="stop" | |
| bl_h.direction="right" | |
| if bx>590: | |
| blgame="stop" | |
| bl_h.direction="left" | |
| if by<-290: | |
| blgame="stop" | |
| bl_h.direction="up" | |
| if by>290: | |
| blgame="stop" | |
| bl_h.direction="down" | |
| if rx<-590: | |
| rdgame="stop" | |
| rd_h.direction="right" | |
| if rx>590: | |
| rdgame="stop" | |
| rd_h.direction="left" | |
| if ry<-290: | |
| rdgame="stop" | |
| rd_h.direction="up" | |
| if ry>290: | |
| rdgame="stop" | |
| rd_h.direction="down" | |
| if bx>-591 and bx<591 and by>-291 and by<291 and rx>-591 and rx<591 and ry>-291 and ry<291: | |
| blgame="start" | |
| rdgame="start" | |
| for bl_s in blue_segments: | |
| if (bl_s.distance(rd_h)<10) and (rd_h.xcor()!=0 or rd_h.ycor()!=0) and ((rd_h.distance(bl_h)>19) or (bl_h.distance(rd_h)>19)): | |
| scorepen.pendown() | |
| scorepen.write("{} Wins!".format(bluename),align="center",font=("candara",24,"bold")) | |
| wn.update() | |
| time.sleep(1) | |
| scorepen.clear() | |
| bl_h.setposition(-720,0) | |
| rd_h.setposition(720,0) | |
| bl_h.direction="right" | |
| rd_h.direction="left" | |
| blgame="stop" | |
| rdgame="stop" | |
| for bl_s in blue_segments: | |
| bl_s.goto(1000,1000) | |
| for rd_s in red_segments: | |
| rd_s.goto(1000,1000) | |
| blue_segments.clear() | |
| red_segments.clear() | |
| if bl_s.distance(bl_h)<11: | |
| bl_s.ht() | |
| if bl_s.distance(bl_h)>10: | |
| bl_s.st() | |
| for rd_s in red_segments: | |
| if (rd_s.distance(bl_h)<10) and (bl_h.xcor()!=0 or bl_h.ycor()!=0) and ((rd_h.distance(bl_h)>19) or (bl_h.distance(rd_h)>19)): | |
| scorepen.pendown() | |
| scorepen.write("{} Wins!".format(redname),align="center",font=("candara",24,"bold")) | |
| wn.update() | |
| time.sleep(1) | |
| scorepen.clear() | |
| bl_h.setposition(-720,0) | |
| rd_h.setposition(720,0) | |
| bl_h.direction="right" | |
| rd_h.direction="left" | |
| blgame="stop" | |
| rdgame="stop" | |
| for bl_s in blue_segments: | |
| bl_s.goto(1000,1000) | |
| for rd_s in red_segments: | |
| rd_s.goto(1000,1000) | |
| blue_segments.clear() | |
| red_segments.clear() | |
| if rd_s.distance(rd_h)<11: | |
| rd_s.ht() | |
| if rd_s.distance(rd_h)>10: | |
| rd_s.st() | |
| if (rd_h.distance(bl_h)<20) or (bl_h.distance(rd_h)<20): | |
| scorepen.pendown() | |
| scorepen.write("Draw",align="center",font=("candara",24,"bold")) | |
| wn.update() | |
| time.sleep(1) | |
| scorepen.clear() | |
| bl_h.setposition(-720,0) | |
| rd_h.setposition(720,0) | |
| bl_h.direction="right" | |
| rd_h.direction="left" | |
| blgame="stop" | |
| rdgame="stop" | |
| for bl_s in blue_segments: | |
| for bl_s in blue_segments: | |
| bl_s.goto(1000,1000) | |
| for rd_s in red_segments: | |
| rd_s.goto(1000,1000) | |
| blue_segments.clear() | |
| red_segments.clear() | |
| if bl_s.distance(bl_h)<11: | |
| bl_s.ht() | |
| if bl_s.distance(bl_h)>10: | |
| bl_s.st() | |
| for rd_s in red_segments: | |
| for bl_s in blue_segments: | |
| bl_s.goto(1000,1000) | |
| for rd_s in red_segments: | |
| rd_s.goto(1000,1000) | |
| blue_segments.clear() | |
| red_segments.clear() | |
| if rd_s.distance(rd_h)<11: | |
| rd_s.ht() | |
| if rd_s.distance(rd_h)>10: | |
| rd_s.st() | |
| headpen.goto(bl_h.xcor(),bl_h.ycor()+8) | |
| headpen.pendown() | |
| headpen.write(bluename,align="center",font=("candara",10,"bold")) | |
| headpen.penup() | |
| headpen.goto(rd_h.xcor(),rd_h.ycor()+8) | |
| headpen.pendown() | |
| headpen.write(redname,align="center",font=("candara",10,"bold")) | |
| headpen.penup() | |
| time.sleep(delay) | |
| move() |
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