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main.py
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main.py
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import pygame
import sound
import terrain
import funcX
import settings
import weapon
import tonk
import random
import math
import time
import os
import particle
terrain = terrain.Terrain()
config = settings.config()
class Main:
def __init__(self):
gra = Gra()
gra.Run()
class Gra:
def __init__(self):
config.__init__
self.Name = "Bouncy Tonks"
self.clock = pygame.time.Clock()
self.tab = terrain.generate()
self.display_width = config.get_ScreenSize()[0]
self.display_height = config.get_ScreenSize()[1]
self.FPS = config.get_FPS()
self.BEGIN = config.get_BEGIN()
self.player1turn = config.get_WHO()
self.WYBIERZ_GEN = config.get_GENTYPE()
self.G_color = config.get_RGBG()
self.P1_color = config.get_RGB1()
self.P2_color = config.get_RGB2()
(self.P1, self.P2) = settings.config().get_skins()
self.endclock = 60
self.rangemin = 50
self.rangemax = 500
self.TURN_ACTIVE = True
self.SHOOTING = False
self.GameEnd = False
self.mousepos1 = (int(self.display_width/2),int(self.display_height/2))
self.mousepos2 = (int(self.display_width/2),int(self.display_height/2))
self.GAME_STATE = 1
self.d = float(self.display_width)/1280
self.k = float(self.display_height)/900
self.music = config.get_MUSIC_VOLUME()
self.sound = config.get_SOUND_VOLUME()
self.current_music = 0
self.gravity = settings.config().get_GRAVITYSTRENGH()
self.Name_Of_Color1 = config.get_COLOR1()
self.Name_Of_Color2 = config.get_COLOR2()
self.UP = False
self.RIGHT = False
self.LEFT = False
self.leftClick = False
self.tonk1 = tonk.Tonk(self.P1_color, self.P1, (0,0), 0, False)
self.tonk2 = tonk.Tonk(self.P2_color, self.P2, (0,0), 0, True)
self.SPsearch()
self.tonk1.update(self.x1,self.y1)
self.tonk2.update(self.x2, self.y2)
self.ammo = []
self.particles = []
self.printB = False
if self.WYBIERZ_GEN == 2:
self.tab.append((self.display_width, self.display_height))
self.tab.append((0, self.display_height))
def Run(self):
gameDisplay = pygame.display.set_mode((self.display_width,self.display_height))
pygame.key.set_repeat(0,40)
sound.Music().music_menu()
self.tonk1.make_stats_again()
self.tonk2.make_stats_again()
while not self.GameEnd:
while self.GAME_STATE == 1 and self.GameEnd == False :
pygame.display.set_caption(self.Name + " FPS: " + str(self.clock.get_fps()))
for event in pygame.event.get():
if event.type == pygame.QUIT:
self.GameEnd = True
gameDisplay.fill((220,220,220))
Tittle_Color = (138,7,7)
Button_Color = (138,7,7)
Letter_Color = (0,0,0)
funcX.Funcs().message("BOUNCY TANKS",Tittle_Color,"large",(self.display_width / 2),(self.display_height / 2)-300*self.d,gameDisplay)
Button1 = funcX.Funcs().button("PLAY",Letter_Color,Button_Color,"medium",(self.display_width / 2),(self.display_height / 2)-150*self.k,30,1,gameDisplay)
Button2 = funcX.Funcs().button("OPTIONS",Letter_Color,Button_Color,"medium",(self.display_width / 2),(self.display_height / 2),30,1,gameDisplay)
Button3 = funcX.Funcs().button("QUIT",Letter_Color,Button_Color,"medium",(self.display_width / 2),(self.display_height / 2)+300*self.k,30,1,gameDisplay)
Button4 = funcX.Funcs().button("CUSTOMIZE PLAYERS",Letter_Color,Button_Color,"medium",(self.display_width / 2),(self.display_height / 2)+150*self.k,30,1,gameDisplay)
if Button1 == True:
self.GAME_STATE = 2
if Button2 == True:
self.GAME_STATE = 3
if Button3 == True:
self.GameEnd= True
if Button4 == True:
self.GAME_STATE=4
self.clock.tick(200)
pygame.display.update()
while self.GAME_STATE ==3 and self.GameEnd == False:
to_change = None
pygame.display.set_caption(self.Name + " FPS: " + str(self.clock.get_fps()))
for event in pygame.event.get():
if event.type == pygame.QUIT:
self.GameEnd = True
gameDisplay.fill((220,220,220))
k1 = 500*self.d
k2 = 800*self.d
k3 = 900*self.d
k4 = 1000*self.d
w1 = 200*self.k
w2 = 300*self.k
w3 = 400*self.k
w4 = 500*self.k
w5 = 600*self.k
a = 25*self.d
funcX.Funcs().button(" Ilosc FPS ",Letter_Color,Button_Color,"medium",k1,w1,80*self.d,None,gameDisplay)
L_Arrow_1 = funcX.Funcs().button("<-",Letter_Color,Button_Color,"medium",k2,w1,25,4,gameDisplay)
R_Arrow_1 = funcX.Funcs().button("->",Letter_Color,Button_Color,"medium",k4,w1,a,5,gameDisplay)
funcX.Funcs().button(str(self.FPS),Letter_Color,Button_Color,"medium",k3,w1,20*self.d,None,gameDisplay)
funcX.Funcs().button(" Gravity ",Letter_Color,Button_Color,"medium",k1,w2,100,None,gameDisplay)
L_Arrow_2 = funcX.Funcs().button("<-",Letter_Color,Button_Color,"medium",k2,w2,a,6,gameDisplay)
R_Arrow_2 = funcX.Funcs().button("->",Letter_Color,Button_Color,"medium",k4,w2,a,7,gameDisplay)
funcX.Funcs().button(str(self.gravity),Letter_Color,Button_Color,"medium",k3,w2,20,None,gameDisplay)
funcX.Funcs().button(" Who Begins ",Letter_Color,Button_Color,"medium",k1,w3,30*self.d,None,gameDisplay)
L_Arrow_3 = funcX.Funcs().button("<-",Letter_Color,Button_Color,"medium",k2,w3,a,8,gameDisplay)
R_Arrow_3 = funcX.Funcs().button("->",Letter_Color,Button_Color,"medium",k4,w3,a,9,gameDisplay)
funcX.Funcs().button(str(self.BEGIN),Letter_Color,Button_Color,"medium",k3,w3,20*self.d,None,gameDisplay)
funcX.Funcs().button("Sound Volume",Letter_Color,Button_Color,"medium",k1,w4,30*self.d,None,gameDisplay)
L_Arrow_4 = funcX.Funcs().button("<-",Letter_Color,Button_Color,"medium",k2,w4,a,10,gameDisplay)
R_Arrow_4 = funcX.Funcs().button("->",Letter_Color,Button_Color,"medium",k4,w4,a,11,gameDisplay)
funcX.Funcs().button(str(self.sound),Letter_Color,Button_Color,"medium",k3,w4,20*self.d,None,gameDisplay)
funcX.Funcs().button("Music Effect",Letter_Color,Button_Color,"medium",k1,w5,30*self.d,None,gameDisplay)
L_Arrow_5 = funcX.Funcs().button("<-",Letter_Color,Button_Color,"medium",k2,w5,a,12,gameDisplay)
R_Arrow_5 = funcX.Funcs().button("->",Letter_Color,Button_Color,"medium",k4,w5,a,13,gameDisplay)
funcX.Funcs().button(str(self.music),Letter_Color,Button_Color,"medium",k3,w5,20*self.d,None,gameDisplay)
Back_Button = funcX.Funcs().button("BACK",Letter_Color,Button_Color,"medium",1150*self.d,75*self.d,25*self.d,14,gameDisplay)
if L_Arrow_1 == True:
self.FPS = settings.config().get_config('FPS',"-")
elif R_Arrow_1 == True:
self.FPS = settings.config().get_config('FPS',"+")
elif L_Arrow_2 == True:
self.gravity = settings.config().get_config('gravity',"-")
elif R_Arrow_2 == True:
self.gravity = settings.config().get_config('gravity',"+")
elif L_Arrow_3 == True:
self.BEGIN = settings.config().get_config('BEGIN',"-")
self.player1turn = config.get_WHO()
elif R_Arrow_3 == True:
self.BEGIN = settings.config().get_config('BEGIN',"+")
self.player1turn = config.get_WHO()
elif L_Arrow_4 == True:
self.sound = settings.config().get_config('SOUND',"-")
elif R_Arrow_4 == True:
self.sound = settings.config().get_config('SOUND',"+")
elif L_Arrow_5 == True:
self.music = settings.config().get_config('MUSIC',"-")
sound.Music().music_menu()
elif R_Arrow_5 == True:
self.music = settings.config().get_config('MUSIC',"+")
sound.Music().music_menu()
elif Back_Button == True :
self.GAME_STATE = 1
self.clock.tick(10)
pygame.display.update()
while self.GAME_STATE == 4 and self.GameEnd == False:
pygame.display.set_caption(self.Name + " FPS: " + str(self.clock.get_fps()))
for event in pygame.event.get():
if event.type == pygame.QUIT:
self.GameEnd = True
gameDisplay.fill((220,220,220))
Button1 = funcX.Funcs().button("Player 1",Letter_Color,Button_Color,"medium",(self.display_width / 2),(self.display_height / 2)-150*self.k,30,1,gameDisplay)
Button2 = funcX.Funcs().button("Player 2",Letter_Color,Button_Color,"medium",(self.display_width / 2),(self.display_height / 2),30,1,gameDisplay)
Back_Button = funcX.Funcs().button("BACK",Letter_Color,Button_Color,"medium",1150*self.d,75*self.d,25*self.d,14,gameDisplay)
if Button1 == True:
self.GAME_STATE = 5
elif Button2 == True:
self.GAME_STATE = 6
elif Back_Button== True:
self.GAME_STATE = 1
self.clock.tick(10)
pygame.display.update()
while self.GAME_STATE == 5 and self.GameEnd == False:
pygame.display.set_caption(self.Name + " FPS: " + str(self.clock.get_fps()))
for event in pygame.event.get():
if event.type == pygame.QUIT:
self.GameEnd = True
gameDisplay.fill((220,220,220))
funcX.Funcs().button("Color",Letter_Color,Button_Color,"medium",500*self.d,200*self.k,25*self.d,None,gameDisplay)
L_Arrow_1 = funcX.Funcs().button("<-",Letter_Color,Button_Color,"medium",750*self.d,200*self.k,25,4,gameDisplay)
R_Arrow_1 = funcX.Funcs().button("->",Letter_Color,Button_Color,"medium",1050*self.d,200*self.k,25*self.d,5,gameDisplay)
funcX.Funcs().button(str(self.Name_Of_Color1),Letter_Color,Button_Color,"medium",900*self.d,200*self.k,20*self.d,None,gameDisplay)
funcX.Funcs().button("Skin",Letter_Color,Button_Color,"medium",500*self.d,350*self.k,200,None,gameDisplay)
L_Arrow_2 = funcX.Funcs().button("<-",Letter_Color,Button_Color,"medium",750*self.d,350*self.k,25*self.d,6,gameDisplay)
R_Arrow_2 = funcX.Funcs().button("->",Letter_Color,Button_Color,"medium",1050*self.d,350*self.k,25*self.d,7,gameDisplay)
funcX.Funcs().button(str(self.P1),Letter_Color,Button_Color,"medium",900*self.d,350*self.k,20,None,gameDisplay)
Back_Button = funcX.Funcs().button("BACK",Letter_Color,Button_Color,"medium",1150*self.d,75*self.d,25*self.d,14,gameDisplay)
pygame.draw.circle(gameDisplay, self.P1_color,(200,300), self.tonk1.get_radius()-2, 0)
pygame.draw.circle(gameDisplay, (0,0,0),(200,300), self.tonk1.get_radius() , 3)
gameDisplay.blit(pygame.image.load(os.path.join("Pliki", "Tonk" + str(self.P1) + ".png")),(170,269))
gameDisplay.blit(self.tonk1.get_weapon(), (170,239))
if L_Arrow_1 == True:
self.Name_Of_Color1 = config.customize("Color","-","P1")
self.P1_color = config.get_RGB1()
elif R_Arrow_1 == True:
self.Name_Of_Color1 = config.customize("Color","+","P1")
self.P1_color = config.get_RGB1()
elif Back_Button == True:
self.GAME_STATE=4
elif L_Arrow_2 == True:
self.P1 = config.get_config("SKIN","-","P1")
elif R_Arrow_2 == True:
self.P1 = config.get_config("SKIN","+","P1")
self.clock.tick(10)
pygame.display.update()
while self.GAME_STATE == 6 and self.GameEnd == False:
pygame.display.set_caption(self.Name + " FPS: " + str(self.clock.get_fps()))
for event in pygame.event.get():
if event.type == pygame.QUIT:
self.GameEnd = True
gameDisplay.fill((220,220,220))
funcX.Funcs().button("Color",Letter_Color,Button_Color,"medium",500*self.d,200*self.k,80*self.d,None,gameDisplay)
L_Arrow_1 = funcX.Funcs().button("<-",Letter_Color,Button_Color,"medium",750*self.d,200*self.k,25,4,gameDisplay)
R_Arrow_1 = funcX.Funcs().button("->",Letter_Color,Button_Color,"medium",1050*self.d,200*self.k,25*self.d,5,gameDisplay)
funcX.Funcs().button(str(self.Name_Of_Color2),Letter_Color,Button_Color,"medium",900*self.d,200*self.k,20*self.d,None,gameDisplay)
funcX.Funcs().button("Skin",Letter_Color,Button_Color,"medium",500*self.d,350*self.k,20*self.d,None,gameDisplay)
L_Arrow_2 = funcX.Funcs().button("<-",Letter_Color,Button_Color,"medium",750*self.d,350*self.k,25*self.d,6,gameDisplay)
R_Arrow_2 = funcX.Funcs().button("->",Letter_Color,Button_Color,"medium",1050*self.d,350*self.k,25*self.d,7,gameDisplay)
funcX.Funcs().button(str(self.P2),Letter_Color,Button_Color,"medium",900*self.d,350*self.k,20,None,gameDisplay)
Back_Button = funcX.Funcs().button("BACK",Letter_Color,Button_Color,"medium",1150*self.d,75*self.d,25*self.d,14,gameDisplay)
pygame.draw.circle(gameDisplay, self.P2_color,(200,300), self.tonk2.get_radius()-2, 0)
pygame.draw.circle(gameDisplay, (0,0,0),(200,300), self.tonk2.get_radius() , 3)
gameDisplay.blit(pygame.image.load(os.path.join("Pliki", "Tonk" + str(self.P2) + ".png")),(170,269))
gameDisplay.blit(self.tonk2.get_weapon(), (170,239))
if L_Arrow_1 == True:
self.Name_Of_Color2 = config.customize("Color","-","P2")
self.P2_color = config.get_RGB2()
elif R_Arrow_1 == True:
self.Name_Of_Color2 = config.customize("Color","+","P2")
self.P2_color = config.get_RGB2()
elif Back_Button == True:
self.GAME_STATE=4
elif L_Arrow_2 == True:
self.P2 = config.get_config("SKIN","-","P2")
elif R_Arrow_2 == True:
self.P2 = config.get_config("SKIN","+","P2")
self.clock.tick(10)
pygame.display.update()
while self.GAME_STATE == 2 and self.GameEnd == False:
if self.current_music == 0:
sound.Music().music_game()
self.current_music = 1
self.Controls()
self.clock.tick(self.FPS)
pygame.display.set_caption(self.Name + " FPS: " + str(self.clock.get_fps()))
gameDisplay.fill(settings.config().get_BGCOLOR())
self.Controls()
self.clock.tick(self.FPS)
pygame.display.set_caption(self.Name + " FPS: " + str(self.clock.get_fps()))
gameDisplay.fill(settings.config().get_BGCOLOR())
if self.WYBIERZ_GEN == 1:
for x in self.tab:
pygame.draw.line(gameDisplay,self.G_color,(x[0],x[1]),(x[0],720))
elif self.WYBIERZ_GEN == 2:
pygame.draw.polygon(gameDisplay, self.G_color, self.tab, 0)
self.Behaviour()
self.tonk1.weapon_update()
self.tonk2.weapon_update()
hp1,hp2 = self.tonk1.get_hp(), self.tonk2.get_hp()
if hp1<=0 or hp2<=0:
self.SHOOTING = False
self.leftClick = False
if self.leftClick:
if self.player1turn:
self.mousepos1 = pygame.mouse.get_pos()
self.tonk1.weapon_angle(self.mousepos1)
else:
self.mousepos2 = pygame.mouse.get_pos()
self.tonk2.weapon_angle(self.mousepos2)
pygame.draw.circle(gameDisplay, self.P1_color,(self.x1,int(self.y1)), self.tonk1.get_radius()-2, 0)
pygame.draw.circle(gameDisplay, (0,0,0),(self.x1,int(self.y1)), self.tonk1.get_radius() , 3)
gameDisplay.blit(self.tonk1.get_image(), self.tonk1.get_rect())
gameDisplay.blit(self.tonk1.get_weapon(), self.tonk1.get_weapon_box())
pygame.draw.circle(gameDisplay, self.P2_color,(self.x2,int(self.y2)),self.tonk2.get_radius()-2, 0)
pygame.draw.circle(gameDisplay, (0,0,0),(self.x2,int(self.y2)), self.tonk1.get_radius(), 3)
gameDisplay.blit(self.tonk2.get_image(), self.tonk2.get_rect())
gameDisplay.blit(self.tonk2.get_weapon(), self.tonk2.get_weapon_box())
if self.player1turn and hp1!=0 and hp2!=0:
power1 = self.tonk1.power(self.mousepos1)
if self.TURN_ACTIVE:
pygame.draw.polygon(gameDisplay, power1[0], power1[1])
if self.SHOOTING:
self.leftClick = False
self.missile = self.tonk1.SHOOT()
self.ammo = self.ammo[::-1]
self.ammo.append(self.missile)
self.SHOOTING = False
self.ammo = self.ammo[::-1]
self.player1turn = False
self.t1tab=[]
self.t2tab=[]
t1 = self.tonk1.get_location()
t2 = self.tonk2.get_location()
self.LEFT = False
self.RIGHT = False
self.UP = False
self.tonk1.replenish()
self.tonk2.replenish()
for x in xrange(-30,31):
self.t1tab.append([t1[0]+x,t1[1]-math.sqrt(30**2-x**2)])
self.t2tab.append([t2[0]+x,t2[1]-math.sqrt(30**2-x**2)])
elif hp1 != 0 and hp2!=0:
power2 = self.tonk2.power(self.mousepos2)
if self.TURN_ACTIVE:
pygame.draw.polygon(gameDisplay, power2[0], power2[1])
if self.SHOOTING:
self.leftClick = False
self.missile = self.tonk2.SHOOT()
self.ammo = self.ammo[::-1]
self.ammo.append(self.missile)
self.SHOOTING = False
self.ammo = self.ammo[::-1]
self.player1turn = True
self.t1tab=[]
self.t2tab=[]
t1 = self.tonk1.get_location()
t2 = self.tonk2.get_location()
self.LEFT = False
self.RIGHT = False
self.UP = False
self.tonk1.replenish()
self.tonk2.replenish()
for x in xrange(-30,31):
self.t1tab.append([t1[0]+x,t1[1]-math.sqrt(30**2-x**2)])
self.t2tab.append([t2[0]+x,t2[1]-math.sqrt(30**2-x**2)])
if len(self.ammo) != 0:
t1 = self.tonk1.get_location()
t2 = self.tonk2.get_location()
self.TURN_ACTIVE = False
for x in self.ammo:
x.update(self.tab)
image = x.get_image()
imageM = x.get_imageM()
gameDisplay.blit(image, imageM)
xpos = (x.get_x(), x.get_y())
if x.get_y()>self.display_height:
self.ground = funcX.Funcs().updateTab(self.tab, int(x.boom_data()[0]),int(x.boom_data()[1]),x.boom_data()[2], self.display_width)
dmg = x.damage(t1,t2)
self.ammo = self.ammo[::-1]
self.ammo.remove(x)
self.ammo = self.ammo[::-1]
self.tonk1.takeDmg(dmg[0])
self.tonk2.takeDmg(dmg[1])
r = x.get_r()
p = particle.Particle(r,(xpos))
self.particles.append(p)
for x in self.tab:
xa=x[0]
xb=x[1]
if x[1]>self.display_height-50 and (xa!=0 and xa!=self.display_width+1 and xa!=self.display_width):
x=[xa,self.display_height-50]
self.tab[xa]=x
elif x.get_x()>=self.display_width or x.get_x() <= 0:
x.bounceH()
elif self.tab[int(x.get_x())][1]<=int(x.get_y()):
self.ground = funcX.Funcs().updateTab(self.tab, int(x.boom_data()[0]),int(x.boom_data()[1]),x.boom_data()[2], self.display_width)
sound.Music().play(1)
self.ammo = self.ammo[::-1]
self.ammo.remove(x)
self.ammo = self.ammo[::-1]
dmg = x.damage(t1,t2)
self.tonk1.takeDmg(dmg[0])
self.tonk2.takeDmg(dmg[1])
r = x.get_r()
p = particle.Particle(r,(xpos))
self.particles.append(p)
for x in self.tab:
xa=x[0]
xb=x[1]
if x[1]>self.display_height-50 and (xa!=0 and xa!=self.display_width+1 and xa!=self.display_width):
x=[xa,self.display_height-50]
self.tab[xa]=x
else:
if self.player1turn:
for xx in self.t1tab:
if (xx[0]==int(xpos[0]) or xx[0]==int(xpos[0])+1 or xx[0]==int(xpos[0])-1) and xx[1]<=xpos[1] and xx[1]>=xpos[1]-60:
self.ground = funcX.Funcs().updateTab(self.tab, int(x.boom_data()[0]),int(x.boom_data()[1]),x.boom_data()[2], self.display_width)
sound.Music().play(1)
self.ammo = self.ammo[::-1]
self.ammo.remove(x)
self.ammo = self.ammo[::-1]
dmg = x.damage(t1,t2)
self.tonk1.takeDmg(dmg[0])
self.tonk2.takeDmg(dmg[1])
r = x.get_r()
p = particle.Particle(r,(xpos))
self.particles.append(p)
for x in self.tab:
xa=x[0]
xb=x[1]
if x[1]>self.display_height-50 and (xa!=0 and xa!=self.display_width+1 and xa!=self.display_width):
x=[xa,self.display_height-50]
self.tab[xa]=x
break
else:
for xx in self.t2tab:
if (xx[0]==int(xpos[0]) or xx[0]==int(xpos[0])+1 or xx[0]==int(xpos[0])-1) and xpos[1]>=xx[1] and xx[1]>=xpos[1]-60:
self.ground = funcX.Funcs().updateTab(self.tab, int(x.boom_data()[0]),int(x.boom_data()[1]),x.boom_data()[2], self.display_width)
sound.Music().play(1)
self.ammo = self.ammo[::-1]
self.ammo.remove(x)
self.ammo = self.ammo[::-1]
dmg = x.damage(t1,t2)
self.tonk1.takeDmg(dmg[0])
self.tonk2.takeDmg(dmg[1])
r = x.get_r()
p = particle.Particle(r,(xpos))
self.particles.append(p)
for x in self.tab:
xa=x[0]
xb=x[1]
if x[1]>self.display_height-50 and (xa!=0 and xa!=self.display_width+1 and xa!=self.display_width):
x=[xa,self.display_height-50]
self.tab[xa]=x
break
if len(self.particles)!=0:
for x in self.particles:
img = x.get_img()
imgbox = x.box()
gameDisplay.blit(img,imgbox)
if x.done():
self.particles.remove(x)
if len(self.ammo) == 0 and len(self.particles)==0:
self.TURN_ACTIVE = True
pygame.draw.line(gameDisplay, (0,0,255), (0,self.display_height-50),(self.display_width,self.display_height-50))
f1,f2 = self.tonk1.get_fuel(), self.tonk2.get_fuel()
hp1,hp2 = self.tonk1.get_hp(), self.tonk2.get_hp()
pygame.draw.polygon(gameDisplay, (255,0,0), ((self.display_width-100,self.display_height-20), (self.display_width-100, self.display_height-20-hp2), (self.display_width-75, self.display_height-20-hp2),(self.display_width-75, self.display_height-20)), 0)
pygame.draw.polygon(gameDisplay, (255,255,0), ((self.display_width-50,self.display_height-20), (self.display_width-50, self.display_height-20-f2), (self.display_width-25, self.display_height-20-f2),(self.display_width-25, self.display_height-20)), 0)
funcX.Funcs().message("P2",Letter_Color,"small",self.display_width-120,self.display_height-25,gameDisplay)
pygame.draw.polygon(gameDisplay, (255,0,0), ((25,self.display_height-20), (25, self.display_height-20-hp1), (50, self.display_height-20-hp1),(50, self.display_height-20)), 0)
pygame.draw.polygon(gameDisplay, (255,255,0), ((75,self.display_height-20), (75, self.display_height-20-f1), (100, self.display_height-20-f1),(100, self.display_height-20)), 0)
funcX.Funcs().message("P1",Letter_Color,"small",115,self.display_height-30,gameDisplay)
if hp1 == 0 or hp2 == 0:
if hp1 != 0 and hp2 == 0:
funcX.Funcs().message("PLAYER 1 WINS",Letter_Color,"large",self.display_width/2,self.display_height/2,gameDisplay)
elif hp1 ==0 and hp2 != 0 :
funcX.Funcs().message("PLAYER 2 WINS",Letter_Color,"large",self.display_width/2,self.display_height/2,gameDisplay)
elif hp1 ==0 and hp2 ==0:
funcX.Funcs().message("REMIS",Letter_Color,"large",self.display_width/2,self.display_height/2,gameDisplay)
self.endclock-=1
if self.endclock==0:
self.GAME_STATE = 1
self.SPsearch()
self.tab = terrain.generate()
xxx=settings.config().get_ScreenSize()[1]
a=0
for x in self.tab:
if x[1]>xxx-100:
a+=1
while a>10:
a=0
self.tab = terrain.generate()
for x in self.tab:
if x[1]>xxx-100:
a+=1
self.SPsearch()
self.tonk1.update(self.x1,self.y1)
self.tonk2.update(self.x2, self.y2)
if self.WYBIERZ_GEN == 2:
self.tab.append((self.display_width, self.display_height))
self.tab.append((0, self.display_height))
self.tonk1.reset_hp()
self.tonk2.reset_hp()
self.tonk1.replenish()
self.tonk2.replenish()
self.endclock=60
self.tonk1.make_stats_again()
self.tonk2.make_stats_again()
pygame.display.update()
self.clock.tick(self.FPS)
while self.GameEnd == True:
pygame.quit()
quit()
def Behaviour(self):
hp1,hp2 = self.tonk1.get_hp(), self.tonk2.get_hp()
f1,f2 = self.tonk1.get_fuel(), self.tonk2.get_fuel()
if f1<=0 or f2<=0 or hp1<=0 or hp2<=0:
self.LEFT = False
self.RIGHT = False
self.UP = False
if self.UP:
if self.player1turn:
self.tonk1.flyingUp(self.tab)
self.tonk1.change_status("Flying")
else:
self.tonk2.flyingUp(self.tab)
self.tonk2.change_status("Flying")
if self.LEFT:
if self.player1turn == True and (self.tonk1.get_status() == "Driving" or self.tonk1.get_status() == "Idle"):
self.tonk1.Move("Back", self.tab)
self.tonk1.change_status("Driving")
if self.player1turn == False and (self.tonk2.get_status() == "Driving" or self.tonk2.get_status() == "Idle"):
self.tonk2.Move("Back", self.tab)
self.tonk2.change_status("Driving")
if self.RIGHT:
if self.player1turn == True and (self.tonk1.get_status() == "Driving" or self.tonk1.get_status() == "Idle"):
self.tonk1.Move("Fwd", self.tab)
self.tonk1.change_status("Driving")
if self.player1turn == False and (self.tonk2.get_status() == "Driving" or self.tonk2.get_status() == "Idle"):
self.tonk2.Move("Fwd", self.tab)
self.tonk2.change_status("Driving")
if self.UP == False and funcX.Funcs().fallingScan(self.tonk1.get_location(), self.tab, self.tonk1.get_radius()) == True and self.tonk1.get_status() != "Driving":
self.tonk1.change_status("Falling")
if self.UP == False and funcX.Funcs().fallingScan(self.tonk2.get_location(), self.tab, self.tonk2.get_radius()) == True and self.tonk2.get_status() != "Driving":
self.tonk2.change_status("Falling")
if self.tonk1.get_status() == "Falling":
if funcX.Funcs().fallingScan(self.tonk1.get_location(), self.tab, self.tonk1.get_radius()):
self.tonk1.sayHelloToGravity()
else:
self.tonk1.Move("None", self.tab, 0)
(self.x1, self.y1) = self.tonk1.get_location()
self.tonk1.reset_status()
self.tonk1.reset_vector()
if self.tonk2.get_status() == "Falling":
if funcX.Funcs().fallingScan(self.tonk2.get_location(), self.tab, self.tonk2.get_radius()):
self.tonk2.sayHelloToGravity()
else:
self.tonk2.Move("None", self.tab, 0)
(self.x2, self.y2) = self.tonk2.get_location()
self.tonk2.reset_status()
self.tonk2.reset_vector()
if self.player1turn == True and (self.tonk1.get_status() == "Flying" or self.tonk1.get_status() == "Falling") and (self.LEFT == True or self.RIGHT == True):
if self.LEFT == True:
self.tonk1.rocket_boost(self.tab,"Back")
elif self.RIGHT == True:
self.tonk1.rocket_boost( self.tab,"Fwd")
if self.player1turn == False and (self.tonk2.get_status() == "Flying" or self.tonk2.get_status() == "Falling") and (self.LEFT == True or self.RIGHT == True):
if self.LEFT == True:
self.tonk2.rocket_boost( self.tab, "Back")
elif self.RIGHT == True:
self.tonk2.rocket_boost( self.tab, "Fwd")
self.tonk1.rocket_boost(self.tab, "None")
self.tonk2.rocket_boost(self.tab, "None")
if self.tonk1.get_status() == "Falling":
if self.tonk1.check_bounceUp(self.tab) == False:
self.tonk1.bounceUp()
if self.tonk2.get_status() != "Flying":
if self.tonk2.check_bounceUp(self.tab) == False:
self.tonk2.bounceUp()
if self.LEFT == False and self.RIGHT == False and self.tonk1.get_status() == "Driving":
self.tonk1.reset_status()
self.tonk1.reset_vector()
if self.LEFT == False and self.RIGHT == False and self.tonk2.get_status() == "Driving":
self.tonk2.reset_status()
self.tonk2.reset_vector()
if funcX.Funcs().fallingScan(self.tonk1.get_location(), self.tab, self.tonk1.get_radius(),1) == False:
self.tonk1.reset_status()
self.tonk1.reset_vector()
if funcX.Funcs().fallingScan(self.tonk2.get_location(), self.tab, self.tonk2.get_radius(),1) == False:
self.tonk2.reset_status()
self.tonk2.reset_vector()
(self.x1, self.y1) = self.tonk1.get_location()
(self.x2, self.y2) = self.tonk2.get_location()
if self.printB:
print self.tonk1.get_status(), self.tonk2.get_status()
def Controls(self):
for event in pygame.event.get():
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_ESCAPE:
self.GAME_STATE=1
if event.type == pygame.QUIT:
self.GameEnd = True
if event.type == pygame.KEYDOWN and self.TURN_ACTIVE:
if event.key == pygame.K_UP:
self.UP = True
if event.key == pygame.K_LEFT:
self.LEFT = True
if event.key == pygame.K_RIGHT:
self.RIGHT = True
if event.type == pygame.KEYUP:
if event.key == pygame.K_UP:
self.UP = False
if event.key == pygame.K_LEFT:
self.LEFT = False
if event.key == pygame.K_RIGHT:
self.RIGHT = False
if event.key == pygame.K_SPACE:
if self.player1turn:
self.player1turn = False
else:
self.player1turn = True
if event.key == pygame.K_1:
self.tab = terrain.generate()
xxx=settings.config().get_ScreenSize()[1]
a=0
for x in self.tab:
if x[1]>xxx-100:
a+=1
while a>10:
a=0
self.tab = terrain.generate()
for x in self.tab:
if x[1]>xxx-100:
a+=1
self.SPsearch()
self.tonk1.update(self.x1,self.y1)
self.tonk2.update(self.x2, self.y2)
if self.WYBIERZ_GEN == 2:
self.tab.append((self.display_width, self.display_height))
self.tab.append((0, self.display_height))
if event.key == pygame.K_2:
if self.TURN_ACTIVE:
self.TURN_ACTIVE = False
else:
self.TURN_ACTIVE = True
if event.type == pygame.MOUSEBUTTONDOWN and self.TURN_ACTIVE:
if event.button == 1:
self.leftClick = True
if event.type == pygame.MOUSEBUTTONUP:
if event.button == 1:
self.leftClick = False
if event.button == 3 and self.TURN_ACTIVE:
self.SHOOTING = True
if event.button == 2:
r = 100
xy = pygame.mouse.get_pos()
x = xy[0]
y = xy[1]
self.ground = funcX.Funcs().updateTab(self.tab,x,y,r, self.display_width)
def SPsearch(self):
if self.rangemin <self.tonk1.get_radius() or self.rangemin < self.tonk2.get_radius() or self.rangemax > self.display_width/2:
print "OSTRZEZENIE! NIEPOPRAWNY ZASIEG STARTOWYCH POZYCJI; MOZE STWARZAC PROBLEMY"
self.x1 = random.randint(self.rangemin, self.rangemax)
self.x2 = self.display_width - random.randint(self.rangemin, self.rangemax)
found1 = False
found2 = False
while not found2:
while not found1:
for x in xrange(len(self.tab)):
if self.x1 == self.tab[x][0]:
found1 = True
self.y1 = self.tab[x][1]-self.tonk1.get_radius()
for x in xrange(len(self.tab)):
if self.x2 == self.tab[x][0]:
found2 = True
self.y2 = self.tab[x][1]-self.tonk2.get_radius()
m = Main()
m.__init__