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main.py
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main.py
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# -*- coding: utf-8 -*-
#
# Stick Hero
# Copyright (C) 2015 Utkarsh Tiwari
#
# This program is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
#
# Contact information:
# Utkarsh Tiwari [email protected]
import os
import gi
gi.require_version('Gtk', '3.0')
from gi.repository import Gtk
import pickle
import pygame
from gettext import gettext as _
from math import *
from random import *
from scorescreen import scorescreen
from welcomescreen import welcomescreen
from rules import rulescreen, sx, sy, display_init, scale_img
from score_path import score_path
class game:
def make(self):
sound = True
gameDisplay = display_init()
black = (0, 0, 0)
white = (255, 255, 255)
clock = pygame.time.Clock()
timer = pygame.time.Clock()
crashed = False
disp_width = 600
disp_height = 600
press = 0
info = pygame.display.Info()
if not(gameDisplay):
gameDisplay = pygame.display.set_mode(
(info.current_w, info.current_h))
pygame.display.set_caption(_("Stick Hero"))
gameicon = pygame.image.load('images/icon.png')
pygame.display.set_icon(gameicon)
hero = scale_img("images/hero.png")
herotr = hero
hero1 = scale_img("images/hero1.png")
hero2 = scale_img("images/hero2.png")
hero3 = scale_img("images/hero3.png")
herodown = pygame.transform.flip(hero, False, True)
hero1down = pygame.transform.flip(hero1, False, True)
hero2down = pygame.transform.flip(hero2, False, True)
hero3down = pygame.transform.flip(hero3, False, True)
scoreplate = scale_img("images/scoreplate.png").convert()
scoreplate.set_alpha(50)
stick = scale_img("images/stick.png").convert()
# background=pygame.image.load("images/background.png").convert()
alpha = scale_img("images/alpha.png").convert()
beta = scale_img("images/beta.png").convert()
gamma = scale_img("images/gamma.png").convert()
delta = scale_img("images/delta.png").convert()
back1 = pygame.image.load("background/back1.png").convert()
back1 = pygame.transform.scale(back1, (int(sx(1280)), int(sy(720))))
back2 = pygame.image.load("background/back2.png").convert()
back2 = pygame.transform.scale(back2, (int(sx(1280)), int(sy(720))))
back3 = pygame.image.load("background/back3.jpg").convert()
back3 = pygame.transform.scale(back3, (int(sx(1280)), int(sy(720))))
back4 = pygame.image.load("background/back4.png").convert()
back4 = pygame.transform.scale(back4, (int(sx(1280)), int(sy(720))))
back5 = pygame.image.load("background/back5.jpg").convert()
back5 = pygame.transform.scale(back5, (int(sx(1280)), int(sy(720))))
back6 = pygame.image.load("background/back6.jpg").convert()
back6 = pygame.transform.scale(back6, (int(sx(1280)), int(sy(720))))
back7 = pygame.image.load("background/back7.png").convert()
back7 = pygame.transform.scale(back7, (int(sx(1280)), int(sy(720))))
fruit = scale_img("images/fruit.png").convert()
# BIRD FRAMES
frame1 = pygame.image.load("birds/1.png")
# frame1=pygame.transform.flip(frame1,True,False)
frame2 = pygame.image.load("birds/2.png")
# frame2=pygame.transform.flip(frame2,True,False)
frame3 = pygame.image.load("birds/3.png")
# frame3=pygame.transform.flip(frame3,True,False)
frame4 = pygame.image.load("birds/4.png")
# frame4=pygame.transform.flip(frame4,True,False)
frame5 = pygame.image.load("birds/5.png")
# frame5=pygame.transform.flip(frame5,True,False)
frame6 = pygame.image.load("birds/6.png")
# frame6=pygame.transform.flip(frame6,True,False)
frame7 = pygame.image.load("birds/7.png")
# frame7=pygame.transform.flip(frame7,True,False)
frame8 = pygame.image.load("birds/8.png")
# frame8=pygame.transform.flip(frame8,True,False)
birds = [frame1, frame2, frame3, frame4,
frame5, frame6, frame7, frame8]
backgroundlist = [back1, back2, back3, back4, back5, back6, back7]
back = backgroundlist[randint(0, 6)]
# back=back5
# stickx1=455
# sticky1=50
herokicklist = [hero, herotr]
herolist = [hero, hero1, hero2, hero3]
herodownlist = [herodown, hero1down, hero2down, hero3down]
pillarlist = [alpha, beta, gamma, delta]
# Sound loads
pop1 = pygame.mixer.Sound("sound/pop_1.ogg")
pop2 = pygame.mixer.Sound("sound/pop_2.ogg")
stickgrow = pygame.mixer.Sound("sound/stick_grow_loop.ogg")
kick = pygame.mixer.Sound("sound/kick.ogg")
landing = pygame.mixer.Sound("sound/fall.ogg")
scoresound = pygame.mixer.Sound("sound/score.ogg")
dead = pygame.mixer.Sound("sound/dead.ogg")
kick = pygame.mixer.Sound("sound/kick.ogg")
rollupdown = pygame.mixer.Sound("sound/roll_up_down.ogg")
eating_fruit = pygame.mixer.Sound("sound/eating_fruit.ogg")
perfectsound = pygame.mixer.Sound("sound/perfect.ogg")
flappy = pygame.mixer.Sound("sound/bird/bonus_loop_bird.ogg")
chichi = pygame.mixer.Sound("sound/bird/bonus_trigger_bird.ogg")
font_path = "fonts/Arimo.ttf"
font_size = int(sx(40))
font1 = pygame.font.Font(font_path, font_size)
font2 = pygame.font.Font("fonts/Arimo.ttf", int(sx(25)))
font3 = pygame.font.Font("fonts/Arimo.ttf", int(sx(40)))
font4 = pygame.font.Font("fonts/Arimo.ttf", int(sx(20)))
# VARIABLE INITIALIZATION
stickx1 = stickx = sx(455, 1)
sticky1 = sticky = sy(472)
anglenum = 90
angle = (pi / 180) * anglenum
sticklength = 0
time = 0
flag = 0 # stick fall flag
keypressflag = 0
moveit = 0 # hero move flag
herox = sx(429, 1)
heroy = sy(442)
heropointer = 0
i = 0
j = 0
k = 0
pillar1x = sx(355, 1)
msgx = pillar2x = sx(650, 1)
pillar3x = randint(int(sx(845, 1)), int(sx(900, 1)))
pillar1 = alpha
pillar2 = beta
pillar3 = pillarlist[randint(0, 2)]
herofall = 0
herofallflag = 0
pillarmoveflag = 0
stickmove = 0
backx = 0
pillarfound = 0
score = 0
keyinit = 0
speed = sx(8)
acc1 = acc2 = acc3 = 0
pillarfast = 0
pillardist = randint(int(sx(60, 1)), int(sx(260, 1)))
lastpillardist = pillardist
stickgrowsound = 0
ext = 0
backx1 = sx(350, 1)
backx2 = sx(1630, 1)
upsidedown = False
keypress = 0
if(pillar1x > (sx(429, 1)) and pillar1x < (sx(840, 1))):
# acc1=2
pillar2nd = pillar1x
if(pillar2x > (sx(429, 1)) and pillar2x < (sx(840, 1))):
# acc2=2
pillar2nd = pillar2x
if(pillar3x > (sx(429, 1)) and pillar3x < (sx(840, 1))):
# acc3=2
pillar2nd = pillar3x
bouncedown = True
bounce = 0
fruitx = 0
fruitgot = False
fruitflag = 0
herod = sy(33)
fruitscore = 0
score = 0
self.score_path = score_path()
if not os.path.exists(self.score_path):
open(self.score_path,'w+')
if os.path.getsize(self.score_path) == 0:
with open(self.score_path, 'wb') as output:
pickle.dump(0, output, pickle.HIGHEST_PROTOCOL)
pickle.dump(0, output, pickle.HIGHEST_PROTOCOL)
scoreshift = 0
fruitscoreshift = 0
shift1 = 1
shift2 = 1
perfectflag = 0
vanish = 0
perfect = 0
b1 = 0
b2 = 2
b3 = 4
b4 = 6
birdx = sx(900, 1)
birdxslow = sx(950, 1)
birdxfast = sx(860, 1)
birdgroupshow = 0
birdsingleshow = 0
birdmainshow = 0
birdpickup = 0
birdsound = 0
flagchk1 = flagchk2 = flagchk3 = 0
flagchk = 0
catch = 0
# lastpillardist=pillar2x-457
# GAME LOOP BEGINS !!!
while not crashed:
# Gtk events
keydown_pressed = False
keyup_pressed = False
while Gtk.events_pending():
Gtk.main_iteration()
for event in pygame.event.get():
# totaltime+=timer.tick()
keys = [pygame.K_UP, pygame.K_LSHIFT, pygame.K_RSHIFT]
if event.type == pygame.QUIT:
crashed = True
elif event.type == pygame.KEYDOWN and event.key in keys:
keydown_pressed = True
elif event.type == pygame.KEYUP and event.key in keys:
keyup_pressed = True
elif event.type == pygame.MOUSEBUTTONDOWN:
keydown_pressed = True
elif event.type == pygame.MOUSEBUTTONUP:
keyup_pressed = True
mos_x, mos_y = pygame.mouse.get_pos()
# print "hello"
if(catch == 0):
b = welcomescreen()
catch = b.make(gameDisplay, back)
if catch is True:
return
gameDisplay.fill(white)
gameDisplay.blit(back, (backx1, 0))
gameDisplay.blit(back, (backx2, 0))
gameDisplay.blit(fruit, (sx(800, 1), sy(20)))
# scoreplate.set_alpha(20)
gameDisplay.blit(scoreplate, (sx(540, 1), sy(40)))
# score blitting
# Bird frames processing
if(i % 7 == 0):
b1 += 1
if(b1 == 8):
b1 = 0
b2 += 1
if(b2 == 8):
b2 = 0
b3 += 1
if(b3 == 8):
b3 = 0
b4 += 1
if(b4 == 8):
b4 = 0
if(birdgroupshow == 1):
gameDisplay.blit(pygame.transform.scale(
birds[b1], (int(sx(57)), int(sy(39)))), (birdx + sx(10), sy(100)))
gameDisplay.blit(pygame.transform.scale(
birds[b2], (int(sx(57 - 10)), int(sy(39 - 10)))), (birdx - sx(50), sy(115)))
gameDisplay.blit(pygame.transform.scale(
birds[b3], (int(sx(57 - 20)), int(sy(39 - 20)))), (birdx, sy(110 + 30)))
if(birdsingleshow == 1):
gameDisplay.blit(pygame.transform.scale(
birds[b3], (int(sx(57 + 10)), int(sy(39 + 10)))), (birdxslow, sy(110)))
# Birds movement
if(birdx >= (sx(300, 1)) and birdgroupshow == 1):
birdx -= sx(3)
if(birdxslow >= (sx(300, 1)) and birdsingleshow == 1):
birdxslow -= sx(2)
if(birdmainshow == 1):
birdxfast -= birdspeed
# Birds coordinates updates
if(birdx < (sx(300, 1))):
birdx = sx(900, 1)
birdgroupshow = 0
if(birdxslow < (sx(300, 1))):
birdxslow = sx(950, 1)
birdsingleshow = 0
if((birdxfast + sx(30)) <= (sx(300, 1))):
birdxfast = sx(860, 1)
birdmainshow = 0
if(birdsingleshow == 0 and i % 18 == 0):
r = randint(0, 99)
if(r % 18 == 0):
birdgroupshow = 1
birdsingleshow = 1
# BIRD PICK'S YOU UP
if(pygame.transform.scale(birds[b4], (int(sx(57 + 30)), int(sy(39 + 20)))).get_rect(center=(birdxfast + sx(40), sy(400 + 20))).colliderect(herolist[j].get_rect(center=(herox + sx(18), heroy + herod + sy(15))))):
herox = birdxfast + sx(30)
birdpickup = 1
if(birdsound == 0):
birdsound = 1
moveit = 0
if(herox < (sx(320, 1))):
ext = 1
#pygame.draw.circle(gameDisplay,white, (birdxfast,400) ,3, 2)
#pygame.draw.circle(gameDisplay,white, (herox+18,heroy+herod) ,3, 2)
if(birdsound == 1):
birdsound = 2
flappy.play(0)
scores = font1.render(str(score), 1, (255, 255, 255))
gameDisplay.blit(scores, (sx(580 + scoreshift, 1), sy(40)))
fruitscores = font2.render(str(fruitscore), 1, (0, 0, 0))
gameDisplay.blit(fruitscores, (sx(770 + fruitscoreshift, 1), sy(13)))
if(perfect == 1):
vanish -= 1
msg1 = font3.render(_("Perfect!!!"), 1, (0, 0, 0))
gameDisplay.blit(msg1, (sx(510, 1), sy(120)))
msg2 = font4.render(_("+1"), 1, (0, 0, 0))
gameDisplay.blit(msg2, (msgx, sy(460 + vanish)))
if(vanish < -50):
perfect = 0
vanish = 0
# fruits bounce up-down
if((pillar2nd - sx(429)) > (sx(80, 1)) and fruitx >= (sx(429, 1)) and fruitx != 0 and not(fruitgot)):
gameDisplay.blit(fruit, (fruitx, sy(480 + bounce)))
if(bouncedown == True):
if(i % 6 == 0):
bounce += 1
if(bounce > 5):
bouncedown = not(bouncedown)
else:
if(i % 6 == 0):
bounce -= 1
if(bounce < 0):
bouncedown = not(bouncedown)
# Fruit vanish condition
if(fruitflag == 0 and herodownlist[j].get_rect(center=(herox + sx(18), heroy + herod + sy(10))).colliderect(fruit.get_rect(center=(fruitx + sx(14), sy(480 + bounce + 10))))):
fruitgot = not fruitgot
fruitflag = 1
if(herofallflag != 1):
fruitscore += 1
# rollupdown.stop()
# eating_fruit.stop()
eating_fruit.play()
# if(upsidedown==1 and herox+15>=fruitx):
# fruitgot=not fruitgot
#pygame.draw.circle(gameDisplay,black, (herox+15,heroy+60) ,3, 2)
#pygame.draw.circle(gameDisplay,black, (herox+18,heroy+10+33) ,3, 2)
#pygame.draw.circle(gameDisplay,black, (fruitx+13,480+bounce+10) ,3, 2)
# backgound frames roll-over
if(backx1 < -(sx(1280))):
# if not(back==back2):
backx1 = sx(1270)
# else:
# backx1=1260
if(backx2 < -(sx(1280))):
# if not(back==back2):
backx2 = sx(1270)
# else:
# backx2=1260
if(i > 20):
i = 0
i += 1
if(i % 4 == 0):
j += 1
if(j == 4):
j = 0
if(moveit == 1):
if(upsidedown == False):
herod = 0
gameDisplay.blit(
herolist[j], (herox, heroy + (herod - sy(birdpickup * 5))))
else:
herod = 33
gameDisplay.blit(herodownlist[j], (herox, heroy + sy(herod)))
# Main bird display
if(birdmainshow == 1):
gameDisplay.blit(pygame.transform.scale(
birds[b4], (int(sx(57 + 30)), int(sy(39 + 20)))), (birdxfast, sy(400)))
# Inverted hero collsion with pillar test
if(upsidedown == True and (herox + sx(30)) >= pillar2nd):
herofall = 1
moveit = 0
flag = 1
# print upsidedown
if(moveit == 0):
if(k <= 6):
gameDisplay.blit(herokicklist[0], (herox, heroy))
if(k <= 12):
gameDisplay.blit(herokicklist[1], (herox - sx(1), heroy + sy(2)))
if(keypressflag == 1):
k += 1
if(k == 12):
k = 0
if(moveit == 1): # hero moving right
herox += sx(4)
heropointer += sx(4)
backx1 -= sx(1)
backx2 -= sx(1)
if(herox >= (sx(845, 1))):
herofallflag = 1
herofall = 1
moveit = 0
flag = 1
gameDisplay.blit(pillar1, (pillar1x, sy(470)))
gameDisplay.blit(pillar2, (pillar2x, sy(470)))
gameDisplay.blit(pillar3, (pillar3x, sy(470)))
#pygame.draw.circle(gameDisplay,white, (birdxfast+40,400+40) ,3, 2)
#pygame.draw.circle(gameDisplay,white, (herox+18,heroy+herod+15) ,3, 2)
# sticklength calculation
if(flag == 0):
if(stickx == stickx1):
sticklength = abs(sticky - sticky1)
if(sticky == sticky1):
sticklength = abs(stickx1 - stickx)
# stick fall from Vertical to Horizontal
if(anglenum > 0 and flag == 1):
anglenum -= 0.03 * (time) * (time)
if(anglenum <= 0):
kick.stop()
landing.play(0)
anglenum = 0
sticky1 = sy(472)
stickx1 = stickx + sticklength
# sticklength=stickx1-stickx
flag = 0
moveit = 1
time = 0
# 2nd PILLAR DETECTION
'''
if(pillar1x>429 and pillar1x<840):
#acc1=2
pillar2nd=pillar1x
if(pillar2x>429 and pillar2x<840):
#acc2=2
pillar2nd=pillar2x
if(pillar3x>429 and pillar3x<840):
#acc3=2
pillar2nd=pillar3x
'''
# Birds Speed calculation
if(sticklength > sx(190, 1) and randint(0, 2) == 0):
birdspeed = int(sx(1680) / sticklength)
birdspeed += sx(3)
birdmainshow = 1
chichi.play(0)
colortest = gameDisplay.get_at(
(int(sx(457, 1) + sticklength + sx(2)), int(heroy + sy(40))))
if not((colortest[0] == 0 and colortest[1] == 0 and colortest[2] == 0) or (colortest[0] == 1 and colortest[1] == 1 and colortest[2] == 1)):
herofallflag = 1
colortest = gameDisplay.get_at(
(int(sx(457, 1) + sticklength), int(heroy + sy(30))))
if(colortest[0] == 255 and colortest[1] == 0 and colortest[2] == 0):
perfectflag = 1
perfectsound.play()
perfect = 1
msgx = pillar2nd
time += 1
# stick fall from horizontal to bottom
if(herofall == 1):
if(anglenum > -90):
anglenum -= 0.03 * (time) * (time)
# print "hey"
if(anglenum <= -90):
# print "hey"
anglenum = -90
sticky1 = sticky + sticklength
stickx1 = sx(455, 1)
# sticklength=stickx1-stickx
# flag=0
moveit = 1
time = 0
time += 1
# angle calculation
angle = (pi / 180) * anglenum
# keypress check
if(keyinit == 0):
if keydown_pressed:
# jump.play(0)
keypressflag = 1
keyinit = 1
stickgrowsound = 1
if(keypressflag == 1):
if keyup_pressed:
flag = 1
stickgrow.stop()
kick.stop()
kick.play()
kick.play(0)
keypressflag = 0
if(stickgrowsound == 1):
stickgrow.play(-1)
'''
if(pillar1x>429 and pillar1x<840):
#acc1=2
pillar2nd=pillar1x
if(pillar2x>429 and pillar2x<840):
#acc2=2
pillar2nd=pillar2x
if(pillar3x>429 and pillar3x<840):
#acc3=2
pillar2nd=pillar3x
'''
if(moveit == 1 and heropointer <= (pillar2nd - sx(457, 1))):
if keydown_pressed and keypress == 0:
# jump.play(0)
rollupdown.play()
upsidedown = not upsidedown
keypress = 1
if keyup_pressed and keypress == 1:
keypress = 0
if keypressflag == 1:
stickgrowsound = 0
if(sticky1 >= 0):
sticky1 -= sy(5)
# print pillar2nd
# coordinates calculation while stick free fall
if(flag == 1):
sticky1 = sy(472) - sticklength * sin(angle)
stickx1 = sx(455, 1) + sticklength * cos(angle)
# zeroing the length of the stick as it surpassed left boundary
if(stickx <= (sx(349, 1))):
stickmove = 0
stickx1 = stickx = sx(455, 1)
sticky1 = sticky = sy(472)
if((stickx1 - stickx) != 0 or sticky1 - sticky != 0):
pygame.draw.line(gameDisplay, black,
(stickx1, sticky1), (stickx, sticky), int(sx(6)))
# test circles
#pygame.draw.circle(gameDisplay,white, (herox+30,heroy+30) ,2, 2)
#pygame.draw.circle(gameDisplay,white, (457+sticklength+2,heroy+30) ,2, 2)
# if hero has to fall
if((herox + sx(30)) >= sx(457, 1) + sticklength and herofallflag == 1):
herofall = 1
moveit = 0
flag = 1
# if hero has to stop
if((herox + sx(30)) >= sx(457, 1) + sticklength and herofallflag == 0 and moveit == 1 and heroy < sy(768)):
color = gameDisplay.get_at((int(herox + sx(30 + 4)), int(heroy + sy(40))))
if not((color[0] == 0 and color[1] == 0 and color[2] == 0) or (color[0] == 1 and color[1] == 1 and color[2] == 1)):
moveit = 0
pillarmoveflag = 1
stickmove = 1
if(pillar1x > sx(840, 1)):
acc1 = 1
acc2 = 0
acc3 = 0
pillarfast = pillar1x
if(pillar2x > sx(840, 1)):
acc1 = 0
acc2 = 1
acc3 = 0
pillarfast = pillar2x
if(pillar3x > sx(840, 1)):
acc1 = 0
acc2 = 0
acc3 = 1
pillarfast = pillar3x
'''
if(pillar1x>429 and pillar1x<840):
#acc1=2
pillar2nd=pillar1x
if(pillar2x>429 and pillar2x<840):
#acc2=2
pillar2nd=pillar2x
if(pillar3x>429 and pillar3x<840):
#acc3=2
pillar2nd=pillar3x
'''
time = abs((heropointer) // speed)
# print heropointer
acc = abs(((pillarfast) - (sx(429, 1) + pillardist)) // time)
# print
# str(((pillarfast)-(429+pillardist)))+str(heropointer)
# print pillardist
# print heropointer
if(moveit == 0 and pillarmoveflag == 1):
if(stickmove == 1):
stickx1 -= speed
stickx -= speed
if(heropointer > 0):
if(acc1 == 0):
pillar1x -= (speed)
if(acc2 == 0):
pillar2x -= (speed)
if(acc3 == 0):
pillar3x -= (speed)
herox -= speed
heropointer -= speed
fruitx -= speed
# print "help"
# if(abs(pillarfast-450)>=pillardist):
if(acc1 == 1):
pillar1x -= (acc)
pillarfast = pillar1x
if(acc2 == 1):
pillar2x -= (acc)
pillarfast = pillar2x
if(acc3 == 1):
pillar3x -= (acc)
pillarfast = pillar3x
else:
# if ((heropointer<=0) and
# (abs(pillarfast-450)<=pillardist)):
landing.stop()
scoresound.stop()
scoresound.play(0)
# print "hello"
vanish = 0
pillarmoveflag = 0
if(lastpillardist < sx(160, 1)):
pillardist = randint(int(sx(160, 1)), int(sx(260, 1)))
lastpillardist = pillardist
else:
pillardist = randint(int(sx(100, 1)), int(sx(160, 1)))
lastpillardist = pillardist
if(score < (10**shift1) - 1):
if not(perfectflag == 1):
score += 1
else:
score += 2
else:
if not(perfectflag == 1):
score += 1
else:
score += 2
shift1 += 1
scoreshift -= 10
if not(fruitscore < (10**shift2) - 1):
# fruitscore+=1
shift2 += 1
fruitscoreshift -= 4
perfectflag = 0
pillar1x += speed
pillar2x += speed
pillar3x += (speed)
# re-initialization of the variables
stickx1 = stickx = sx(455, 1)
sticky1 = sticky = sy(472)
anglenum = 90
angle = (pi / 180) * anglenum
sticklength = 0
time = 0
flag = 0 # stick fall flag
keypressflag = 0
moveit = 0 # hero move flag
herox = sx(429, 1)
heroy = sy(442)
heropointer = 0
i = 0
j = 0
k = 0
fruitgot = False
fruitflag = 0
herofall = 0
herofallflag = 0
pillarmoveflag = 0
stickmove = 0
keyinit = 0
flagchk = 0
# print fruitx
if(pillarmoveflag == 0):
pillarmoveflag = 2
# print "help"
if(pillar1 == delta and pillar1x < (sx(415, 1))):
pillarfast = pillar1x = randint(int(sx(845, 1)), int(sx(900, 1)))
pillar1 = pillarlist[randint(0, 2)]
flagchk1 = 1
if(pillar2 == delta and pillar2x < (sx(415, 1))):
pillarfast = pillar2x = randint(int(sx(845, 1)), int(sx(900, 1)))
pillar2 = pillarlist[randint(0, 2)]
flagchk2 = 1
if(pillar3 == delta and pillar3x < (sx(415, 1))):
pillarfast = pillar3x = randint(int(sx(845, 1)), int(sx(900, 1)))
pillar3 = pillarlist[randint(0, 2)]
flagchk3 = 1
if(pillar1x <= (sx(348, 1)) and flagchk1 != 1):
pillarfast = pillar1x = randint(int(sx(845, 1)), int(sx(900, 1)))
pillar1 = pillarlist[randint(0, 2)]
if(pillar2x <= (sx(348, 1)) and flagchk2 != 1):
pillarfast = pillar2x = randint(int(sx(845, 1)), int(sx(900, 1)))
pillar2 = pillarlist[randint(0, 2)]
if(pillar3x <= (sx(348, 1)) and flagchk3 != 1):
pillarfast = pillar3x = randint(int(sx(845, 1)), int(sx(900, 1)))
pillar3 = pillarlist[randint(0, 2)]
# 2nd PILLAR DETECTION
if(pillar1x > (sx(457, 1)) and pillar1x < (sx(840, 1))):
# acc1=2
pillar2nd = pillar1x
if(pillar2x > (sx(457, 1)) and pillar2x < (sx(840, 1))):
# acc2=2
pillar2nd = pillar2x
if(pillar3x > (sx(457, 1)) and pillar3x < (sx(840, 1))):
# acc3=2
pillar2nd = pillar3x
flagchk1 = flagchk2 = flagchk3 = 0
# fruit placement