Flappy Turtle

Copy the shortened version:

"""""

FLAPPY TURTLE

v1.1.2 (minified)

By Pugmoog

"""""

m='yellow';l='dark green';k=round;Y='dead ready';X=range;T='italic';S='black';R='start';Q=len;O='menu';N='bold';L='red';E='center';D='Arial';Z=1;a=5;U=12;b=85;c=100;e=70;f=75;n=35;o=70;import random as p,turtle as V,math;from time import sleep as W,time as g;d=V.Turtle();C=V.getscreen();C.setup(500,500);C.clearscreen();C.bgcolor('cyan');C.tracer(0);d.width(50);d.pencolor(l);d.speed(0);d.shape('turtle');d.fillcolor(m);d.up();d.ht();V.hideturtle();H=0;I=50;J=0;K=[];F=[];B=[];A=O;v=False;G=0;P=0;M=0

def q():

B='play';global H,U,A,M

if A==B:H=U

elif A==Y:A=O

elif A==O:A=R

elif A==R:A=B;H=U

def r():

global A,G

if A==O:G=(G+1)%3

C.listen()

C.onkey(q,'space')

C.onkey(r,'h')

def s(height,ybtm,xpos):d.goto(xpos,ybtm);d.pendown();d.goto(xpos,ybtm+height);d.penup()

def h():

global I,J;d.width(50);d.pencolor(l);d.clear();d.fillcolor(m);d.goto(-200,I);d.st();d.stamp();d.ht()

for A in X(Q(B)):s(K[A],F[A],B[A])

d.goto(0,100);d.fillcolor(L);d.pencolor(L);d.write(k(J),font=(D,30,N),align=E);d.goto(-250,-250);d.pencolor('dark orange');d.width(30);d.down();d.setx(250);d.up();d.goto(-250,250);d.down();d.setx(250);d.up();C.update()

def i():

global J,A;A='dead';d.goto(0,100);d.pencolor(L);d.fillcolor(L);d.clear();d.write('GAME OVER',font=(D,30,N),align=E);d.goto(0,50);d.pencolor(S);d.fillcolor(S);d.write('Score: '+str(k(J)),font=(D,30,T),align=E);C.update();W(1);d.goto(0,-100);d.pencolor(L);d.fillcolor(L);d.write('PRESS [SPACE] TO CONTINUE',font=(D,20,N),align=E);B=1;C.update();A=Y

while A==Y:0

d.clear();j()

def t():global I,H,B,F,K,J;H=8;I=50;J=0;K=[];F=[];B=[]

def u():

J='purple';I='green';H='dark blue';F='goldenrod';global A,M,G;A=O;d.goto(-230,100);d.up();B=0

while A==O:

B+=.1;d.fillcolor(F);d.pencolor(F);d.clear();d.goto(0,150+math.sin(B)*10);d.write('FLAPPY TURTLE',font=(D,30,N),align=E);d.fillcolor(H);d.pencolor(H);d.goto(0,0);d.write('PRESS [SPACE] TO PLAY',font=(D,25,N),align=E);d.goto(0,-25);d.write('PRESS [H] TO CHANGE DIFFICULTY',font=(D,15,N),align=E);d.goto(0,-100)

if G==1:d.fillcolor(L);d.pencolor(L);d.write('HARD MODE',font=(D,30,T),align=E)

elif G==0:d.fillcolor(I);d.pencolor(I);d.write('EASY MODE',font=(D,30,T),align=E)

else:d.goto(0,-100);d.fillcolor(J);d.pencolor(J);d.write('EXTREME MODE',font=(D,30,T),align=E)

C.update()

def j():

global I,H,B,F,K,J;global Z,P,M,a,A;global b,c,e,f,w,x;u();t();A=R

if G==0:P=b;M=c

elif G==1:P=e;M=f

elif G==2:P=n;M=o

h();d.goto(-200,0);d.fillcolor(S);d.pencolor(S);d.write('Press [space] to jump',font=(D,20,N));d.update()

while A==R:0

L=0

while True:

L+=1;W(.02);O=g();h()

if L%P==0:T=M;B.append(250);B.append(250);E=p.randint(70,400);K.append(E-T);F.append(-250);K.append(450-E);F.append(-250+T+E)

for C in X(Q(B)):B[C]-=a

C=0

while C<Q(B):

if B[C]<-300:B.pop(C);F.pop(C);K.pop(C);J+=.5

C+=1

if not-240<I<240:i()

for C in X(Q(B)):

if B[C]-25<-200<B[C]+25:

if F[C]-25<I<F[C]+K[C]+25:i()

H-=Z;I+=H;U=g()

if U-O<.015:W(.015-(U-O))

j()

Or copy the commented version:

"""""

FLAPPY TURTLE

v1.1.2

By Pugmoog

"""""

# SETTINGS:   %%%%%%%%%%%%

GRAVITY = 1

SPEED = 5

JUMP_HEIGHT = 12

E_PIPE_SPAWN = 85

E_PIPE_SPACE = 100

H_PIPE_SPAWN = 70

H_PIPE_SPACE = 75

X_PIPE_SPAWN = 35

X_PIPE_SPACE = 70

# %%%%%%%%%%%%%%%%%%%%%%%%%%

'''------------------------------------------------------------------------------------------------'''

'''------------------------------------------------------------------------------------------------'''

import random

import turtle

import math

from time import sleep

from time import time

d = turtle.Turtle()

screen = turtle.getscreen()

screen.setup(500, 500)

screen.clearscreen()

screen.bgcolor("cyan")

screen.tracer(0)

d.width(50)

d.pencolor("dark green")

d.speed(0)

d.shape("turtle")

d.fillcolor("yellow")

d.up()

d.ht()

turtle.hideturtle()

y_spd = 0

y_pos = 50

score = 0

pipe_height = []

pipe_btm = []

pipe_x = []

state = "menu"

_dead = False

_hard = 0

PIPE_SPAWN = 0

PIPE_SPACE = 0

'''------------------------------------------------------------------------------------------------'''

'''------------------------------------------------------------------------------------------------'''

def spacepressed():

    global y_spd, JUMP_HEIGHT, state, PIPE_SPACE

    if state == "play":

       y_spd = JUMP_HEIGHT

    elif state == "dead ready":

      state = "menu"

    elif state == "menu":

      state = "start"

    elif state == "start":

      state = "play"

      y_spd = JUMP_HEIGHT

def hpressed():

    global state, _hard

    if state == "menu":

        _hard = (_hard + 1) % 3

screen.listen()

screen.onkey(spacepressed, "space")

screen.onkey(hpressed, "h")

def drawpipe(height, ybtm, xpos):

    d.goto(xpos, ybtm)

    d.pendown()

    d.goto(xpos, ybtm + height)

    d.penup()

def draw():

    global y_pos, score

    d.width(50)

    d.pencolor("dark green")

    d.clear()

    d.fillcolor("yellow")

    d.goto(-200, y_pos)

    d.st()

    d.stamp()

    d.ht()

    for i in range(len(pipe_x)):

        drawpipe(pipe_height[i], pipe_btm[i], pipe_x[i])

    d.goto(0, 100)

    d.fillcolor("red")

    d.pencolor("red")

    d.write(round(score), font=("Arial", 30, "bold"), align="center")

    d.goto(-250, -250)

    d.pencolor("dark orange")

    d.width(30)

    d.down()

    d.setx(250)

    d.up()

    d.goto(-250, 250)

    d.down()

    d.setx(250)

    d.up()

    screen.update()

def die():

    global score, state

    state = "dead"

    d.goto(0, 100)

    d.pencolor("red")

    d.fillcolor("red")

    d.clear()

    d.write("GAME OVER", font=("Arial", 30, "bold"), align="center")

    d.goto(0, 50)

    d.pencolor("black")

    d.fillcolor("black")

    d.write("Score: " + str(round(score)), font=("Arial", 30, "italic"), align="center")

    screen.update()

    sleep(1)

    d.goto(0, -100)

    d.pencolor("red")

    d.fillcolor("red")

    d.write("PRESS [SPACE] TO CONTINUE", font=("Arial", 20, "bold"), align="center")

    _dead = 1

    screen.update()

    state = "dead ready"

    while state == "dead ready":

        pass

    d.clear()

    start()

def setup():

    global y_pos, y_spd, pipe_x, pipe_btm, pipe_height, score

    y_spd = 8

    y_pos = 50

    score = 0

    pipe_height = []

    pipe_btm = []

    pipe_x = []

def title():

    global state, PIPE_SPACE, _hard

    state = "menu"

    d.goto(-230, 100)

    d.up()

    tick = 0

    while state == "menu":

        tick += 0.1

        d.fillcolor("goldenrod")

        d.pencolor("goldenrod")

        d.clear()

        d.goto(0, 150+(math.sin(tick)*10))

        d.write("FLAPPY TURTLE", font=("Arial", 30, "bold"), align="center")

        d.fillcolor("dark blue")

        d.pencolor("dark blue")

        d.goto(0, 0)

        d.write("PRESS [SPACE] TO PLAY", font=("Arial", 25, "bold"), align="center")

        d.goto(0, -25)

        d.write("PRESS [H] TO CHANGE DIFFICULTY", font=("Arial", 15, "bold"), align="center")

        d.goto(0, -100)

        if _hard == 1:

            d.fillcolor("red")

            d.pencolor("red")

            d.write("HARD MODE", font=("Arial", 30, "italic"), align="center")

        elif _hard == 0:

            d.fillcolor("green")

            d.pencolor("green")

            d.write("EASY MODE", font=("Arial", 30, "italic"), align="center")

        else:

            d.goto(0, -100)

            d.fillcolor("purple")

            d.pencolor("purple")

            d.write("EXTREME MODE", font=("Arial", 30, "italic"), align="center")

        screen.update()

'''------------------------------------------------------------------------------------------------'''

'''------------------------------------------------------------------------------------------------'''

def start():

    global y_pos, y_spd, pipe_x, pipe_btm, pipe_height, score

    global GRAVITY, PIPE_SPAWN, PIPE_SPACE, SPEED, state

    global E_PIPE_SPAWN, E_PIPE_SPACE, H_PIPE_SPAWN, H_PIPE_SPACE, I_PIPE_SPAWN, I_PIPE_SPACE

    title()

    setup()

    state = "start"

    if _hard == 0:

        PIPE_SPAWN = E_PIPE_SPAWN

        PIPE_SPACE = E_PIPE_SPACE

    elif _hard == 1:

        PIPE_SPAWN = H_PIPE_SPAWN

        PIPE_SPACE = H_PIPE_SPACE

    elif _hard == 2:

        PIPE_SPAWN = X_PIPE_SPAWN

        PIPE_SPACE = X_PIPE_SPACE

    draw()

    d.goto(-200, 0)

    d.fillcolor("black")

    d.pencolor("black")

    d.write("Press [space] to jump", font=("Arial", 20, "bold"))

    d.update()

    while state == "start":

      pass

    # main loop

    tick = 0

    while True:

        tick += 1

        sleep(0.02)

        time_before = time()

        # draw

        draw()

        # add new pipes

        if tick % PIPE_SPAWN == 0:

            space = PIPE_SPACE

            pipe_x.append(250)

            pipe_x.append(250)

            middle = random.randint(70, 400)

            pipe_height.append(middle - space)

            pipe_btm.append(-250)

            pipe_height.append(450 - middle)

            pipe_btm.append(-250 + space + middle)

        # update pipes

        for i in range(len(pipe_x)):

            pipe_x[i] -= SPEED

        i = 0

        while i < len(pipe_x):

            if pipe_x[i] < -300:

                pipe_x.pop(i)

                pipe_btm.pop(i)

                pipe_height.pop(i)

                score += 0.5

            i += 1

        # collision

        if not (-240 < y_pos < 240):

            die()

        for i in range(len(pipe_x)):

            if pipe_x[i] - 25 < -200 < pipe_x[i] + 25:

                if pipe_btm[i] - 25 < y_pos < pipe_btm[i] + pipe_height[i] + 25:

                    die()

        # physics

        y_spd -= GRAVITY

        y_pos += y_spd

        # slow down if running too fast

        time_after = time()

        if time_after - time_before < 0.015:

          sleep(0.015 - (time_after - time_before))

'''------------------------------------------------------------------------------------------------'''

'''------------------------------------------------------------------------------------------------'''

start()