def load(self,sp):
for object in sp:
if object=="":
break
spp=object.split('|')
if spp[0]=="F":
self.foodList.append(classes.Food(classes.Location(int(spp[1]),int(spp[2])),int(spp[3]),5))
if spp[0]=="EC":
self.cellEggs.append(classes.Egg(classes.Location(int(spp[1]),int(spp[2])),int(spp[3]),int(spp[4]),6,int(spp[5]),False))
if spp[0]=="EP":
self.cellEggs.append(classes.Egg(classes.Location(int(spp[1]),int(spp[2])),int(spp[3]),int(spp[4]),6,int(spp[5]),True))
if spp[0]=="C":
#self,cell,angle,carnivore,eggwithdraw,foodLeft,foodWithdraw,ID,lifeTime,location,speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength=0):
self.cellList.append(classes.baseCell(None,int(spp[3]),int(spp[4]),int(spp[5]),int(spp[6]),int(spp[7]),int(spp[8]),int(spp[9]),classes.Location(int(spp[1]),int(spp[2])),int(spp[10]),10,int(spp[11]),int(spp[12]),int(spp[13]),int(spp[14]),int(spp[15]),int(spp[16])))
if spp[0]=="CP":
self.myCell=classes.baseCell(None,int(spp[3]),int(spp[4]),int(spp[5]),int(spp[6]),int(spp[7]),int(spp[8]),int(spp[9]),classes.Location(int(spp[1]),int(spp[2])),int(spp[10]),10,int(spp[11]),int(spp[12]),int(spp[13]),int(spp[14]),int(spp[15]),int(spp[16]))
if spp[0]=="T":
consts.counter=int(spp[1])*consts.framerate
self._counter=int(spp[1])*consts.framerate
def __init__(self,height,width,lvl): #temp
print "Load game? " + str(consts.loadedGame)
if consts.loadedGame==False: ##new game ##change true to 'consts.loadedGame==False'
##(cell,angle,carnivore,eggwithdraw,food,foodWithdraw,ID,lifeTime,location,speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength=0):
self.screenheight=height
self.screenwidth=width
"""
self.myCell = classes.baseCell(None, angle, carnivor, eggwithdraw, p_food, foodWithdraw, 0, p_lifetime,
classes.Location(400, 400), speed, rad, lifewithdraw, timeToLay, AI,
vision, eggHatchTime, strength)
"""
if lvl==1:#easy
self.myCell = classes.baseCell(None, 0, 1, consts.framerate, 40, consts.framerate, 0, 40,
classes.Location(400, 400), 3, 10, consts.framerate, 15, 2,
200, 3, 10)
if lvl==2:#lil harder
self.myCell = classes.baseCell(None, 0, 0, consts.framerate, 40, consts.framerate, 0, 40,
classes.Location(400, 400), 2, 10, consts.framerate, 20, 2,
200, 3, 10)
if lvl==3:#normal
self.myCell = classes.baseCell(None, 0, 0, consts.framerate, 30, consts.framerate, 0, 40,
classes.Location(400, 400), 1, 10, consts.framerate, 20, 2,
200, 3, 5)
if lvl==4:#hard
self.myCell = classes.baseCell(None, 0, 0, consts.framerate, 20, consts.framerate, 0, 30,
classes.Location(400, 400), 1, 10, consts.framerate, 25, 2,
200, 3, 1)
angle = 4
lifewithdraw = consts.framerate
carnivore = 0
eggwithdraw = consts.framerate
food = 30
foodWithdraw = consts.framerate
rad = 10
AI = 2
vision = 200
lifeTime = 40
p_lifetime = lifeTime
p_food = food
speed = 1
timeToLay = 20
eggHatchTime = 3
strength = 5
# cell,angle,carnivore,eggwithdraw,foodleft,foodwithdraw,ID,Lifetime,location,speed,rad,lifewithdeaw,timetolay,AI,vision,eggHatchtime,strngth
#self.myCell=classes.baseCell(None,angle,1,eggwithdraw,p_food,foodWithdraw,0,p_lifetime,classes.Location(400,400),speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength)
self.myCell.base90, self.myCell.base45 = pygame.image.load('src/IMG/HeadD.png'),pygame.image.load('src/IMG/HeadUL.png')
self.myCell.image=self.myCell.base90
self.cellList.append(classes.baseCell(None, angle, carnivore, eggwithdraw, food, foodWithdraw, 1, lifeTime,classes.Location(random.randint(0, self.screenwidth),random.randint(0, self.screenheight)), speed, rad,lifewithdraw, timeToLay, AI, vision, eggHatchTime, strength))
self.cellList.append(classes.baseCell(None,angle,carnivore,eggwithdraw,food,foodWithdraw,2,lifeTime,classes.Location(random.randint(0,self.screenwidth),random.randint(0,self.screenheight)),speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength))
self.cellList.append(classes.baseCell(None,angle,carnivore,eggwithdraw,food,foodWithdraw,3,lifeTime,classes.Location(random.randint(0,self.screenwidth),random.randint(0,self.screenheight)),speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength))
self.cellList.append(classes.baseCell(None,angle,carnivore,eggwithdraw,food,foodWithdraw,4,lifeTime,classes.Location(random.randint(0,self.screenwidth),random.randint(0,self.screenheight)),speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength))
self.cellList.append(classes.baseCell(None,angle,carnivore,eggwithdraw,food,foodWithdraw,5,lifeTime,classes.Location(random.randint(0,self.screenwidth),random.randint(0,self.screenheight)),speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength))
self.cellList.append(classes.baseCell(None,angle,carnivore,eggwithdraw,food,foodWithdraw,6,lifeTime,classes.Location(random.randint(0,self.screenwidth),random.randint(0,self.screenheight)),speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength))
self.cellList.append(classes.baseCell(None,angle,carnivore,eggwithdraw,food,foodWithdraw,7,lifeTime,classes.Location(random.randint(0,self.screenwidth),random.randint(0,self.screenheight)),speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength))
self.cellList.append(classes.baseCell(None,angle,carnivore,eggwithdraw,food,foodWithdraw,8,lifeTime,classes.Location(random.randint(0,self.screenwidth),random.randint(0,self.screenheight)),speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength))
self.cellList.append(classes.baseCell(None,angle,carnivore,eggwithdraw,food,foodWithdraw,9,lifeTime,classes.Location(random.randint(0,self.screenwidth),random.randint(0,self.screenheight)),speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength))
self.cellList.append(classes.baseCell(None,angle,carnivore,eggwithdraw,food,foodWithdraw,10,lifeTime,classes.Location(random.randint(0,self.screenwidth),random.randint(0,self.screenheight)),speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength))
##self.cellEggs[0].mixPlayerCells(self.myCell,self.myCell)
#self.cellEggs.append(classes.Egg((100,100),self.cellList[0],None,6,0))
self.putFood()
else: ##later code goes here
onlyfiles = [f for f in listdir("src/SAV") if isfile(join("src/SAV", f))]
choice=easygui.multchoicebox("Pick savefile:","",onlyfiles)
file_path = path.relpath("src/SAV/"+choice)
file = open(file_path,"r")
sp=file.read()
spp=base64.urlsafe_b64decode(sp).split('\n')
self.load(spp)
file.close()
self.myCell.base90, self.myCell.base45 = pygame.image.load('src/IMG/HeadD.png'),pygame.image.load('src/IMG/HeadUL.png')
self.myCell.image=self.myCell.base90
self.p2spaceLimiter=classes.spaceLimited(consts.screenwidth/2,0.05)
def sandbox():
angle=4
lifewithdraw=consts.framerate
carnivore=0
eggwithdraw=consts.framerate
food=15
foodWithdraw=consts.framerate
rad=10
AI=2
vision=500
lifeTime=20
p_lifetime=lifeTime
p_food=food
speed=1
timeToLay=10
eggHatchTime=3
strength=5
x=400
y=400
# cell,angle,carnivore,eggwithdraw,foodleft,foodwithdraw,ID,Lifetime,location,speed,rad,lifewithdeaw,timetolay,AI,vision,eggHatchtime,strngth
sPl=classes.baseCell(None,angle,carnivore,eggwithdraw,p_food,foodWithdraw,0,p_lifetime,classes.Location(x,y),speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength)
sPl.base90, sPl.base45 = pygame.image.load('src/IMG/HeadD.png'),pygame.image.load('src/IMG/HeadUL.png')
sPl.image=sPl.base90
attstr=["None","angle","carnivore","eggWithdraw","food","foodWithdraw","ID","lifetime","x","y","speed","rad","lifeWithdraw","timeToLay","AI","Vision","eggHatchTime","str"]
idA=1
while(True):
screen.fill((255,255,0))
for event in pygame.event.get():
if event.type == pygame.QUIT:
return False,"End"
if event.type == pygame.KEYDOWN:
if event.key==pygame.K_p:
exit()
if event.key==pygame.K_m:
save_rawtext=algorithm.save(sPl,sCellList,sFoodList)
pygame.quit()
filename=easygui.enterbox("Enter save name: ","","Save001")
file_path = path.relpath("src/SAV/"+filename+".sav")
file = open(file_path,"wb")
file.write(save_rawtext)
file.close()
exit()
if event.key==pygame.K_a:
print "Making cell"
x=pygame.mouse.get_pos()[0]
y=pygame.mouse.get_pos()[1]
attlist=[None,angle,carnivore,eggwithdraw,p_food,foodWithdraw,idA,p_lifetime,x,y,speed,rad,lifewithdraw,timeToLay,AI,vision,eggHatchTime,strength]
idA+=1
rt=easygui.multenterbox("Make Cell","",attstr,attlist)
print rt
rt[0]="0"
for index in xrange(0,len(rt)):
rt[index]=int(rt[index])
sCellList.append(classes.baseCell(None,rt[1],rt[2],rt[3],rt[4],rt[5],rt[6],rt[7],classes.Location(rt[8],rt[9]),rt[10],rt[11],rt[12],rt[13],rt[14],rt[15],rt[16],rt[17]))
if event.key==pygame.K_s:
x=pygame.mouse.get_pos()[0]
y=pygame.mouse.get_pos()[1]
sFoodList.append(classes.Food(classes.Location(x,y),1,5))
if event.key==pygame.K_d:
x=pygame.mouse.get_pos()[0]
y=pygame.mouse.get_pos()[1]
sPl.location.x=x
sPl.location.y=y
for cell in sCellList:
if cell.timeToHurt%2==0:
##pygame.draw.circle(screen,(255,0,0),(cell.location.getTupple()),cell.rad)
##pygame.draw.circle(screen,(10,255,10),(cell.location_compensated()),2)
screen.blit(cell.image,(cell.location.x-cell.rad,cell.location.y-cell.rad))
##draw IDs:
color=(0,0,0)
if cell.mode=="c":
color=(255,0,0)
label = myfont2.render(str(cell.ID), 1, color)
screen.blit(label,(cell.location.x+5,cell.location.y))
##draw life:
label = myfont2.render(str(cell.lifeTimeLeft), 1, (0,0,0))
screen.blit(label,(cell.location.x-15,cell.location.y))
pygame.draw.rect(screen,(255,0,0),(cell.location.x-10,cell.location.y-15,(30*(cell.lifeTimeLeft/float(cell.lifeTime))),6))
##draw foodbar
pygame.draw.rect(screen,(0,255,0),(cell.location.x-10,cell.location.y-6-15,(30*(cell.foodLeft/float(cell.lifeTime))),6))
if sPl.timeToHurt%2==0:
screen.blit(sPl.image,(sPl.location.x-sPl.rad,sPl.location.y-sPl.rad))
pygame.draw.rect(screen,(255,0,0),(sPl.location.x-10,sPl.location.y-15,(30*(sPl.lifeTimeLeft/float(sPl.lifeTime))),6))
##draw player ID
label = myfont2.render(str(sPl.ID), 1, (255,255,0))
screen.blit(label,(sPl.location.x,sPl.location.y))
#foodbar
pygame.draw.rect(screen,(0,255,0),(sPl.location.x-10,sPl.location.y-6-15,(30*(sPl.foodLeft/float(sPl.lifeTime))),6))
for food in sFoodList:
#pygame.draw.circle(screen,(80,255,80),(food.location.getTupple()),food.rad)
screen.blit(food.image,(food.location.x-food.rad,food.location.y-food.rad))
clock.tick(consts.framerate)
pygame.display.flip()
