def __init__(self, fishManager, myData, index):
Fish.__init__(self, fishManager, myData, index)
self.fsm = LegendaryFishFSM(self)
self.actor.setScale(self.myData['scaleRange'][0])
self.staminaValue = self.myData['stamina']
self.aboutToBitingInterval = None
self.fishChaseLureSequence = Sequence()
self.lfStruggleSequence = Sequence()
self.initFishStaminaBar()
self.lurePosition = None
def replaceFish(self, fish):
depth = fish.myData["depth"]
index = fish.index
self.fishHistogram[fish.myData["id"]][0] -= 1
self.uncaughtFish.remove(fish)
fish.destroy()
fishData = FishingGlobals.giveMeAFish(self.location, depth, self.fishHistogram)
f = Fish(self, fishData, index)
f.fsm.request("Offscreen")
self.fishHistogram[f.myData["id"]][0] += 1
f.pickPositionAndSwim()
self.uncaughtFish.append(f)
def main():
res = taskMain()
aux1 = []
cont = 0
setS = [10.0,12.0,19.0,2.0,22.0,29.0]
setR = [39.0,30.0,42.0,43.0,48.0,49.0]
for i in filterSet(res, setR, setS):
j = Fish()
j.createFish(i.name, i.light, i.length, i.descr)
aux1.append(j)
fishes = filterSet(res, setR, setS)
fishes1 = finalCalc(fishes)
cont = diff(aux1, fishes1)
print("%d diferencas" % cont)
def getFishesFromXLS():
lines = 132
workbook = xlrd.open_workbook('Task001.xls')
worksheet = workbook.sheet_by_name('IA')
for i in range(1, lines):
fish = Fish()
fish.createFish(worksheet.cell(i,0).value, worksheet.cell(i, 1).value, worksheet.cell(i, 2).value, worksheet.cell(i,3).value, 0, 0)
#fish.createFish(worksheet.cell(i,0).value, worksheet.cell(i, 1).value, worksheet.cell(i, 2).value)
if 'robalo' in fish.descr:
robalo.append(fish)
else:
salmao.append(fish)
fishes.append(fish)
def make_generation(fish=None):
global oid, instances
if fish:
networks = [copy.deepcopy(x.network) for x in fish]
instances = [x for x in instances if isinstance(x, Food)]
if not fish:
for i in range(80):
instances.append(Fish(clock, screen, instances, to_delete, oid))
oid += 1
else:
for i in range(80):
instances.append(
Fish(clock, screen, instances, to_delete, oid,
networks[i % 35]))
oid += 1
for i in range(200):
instances.append(
Food(screen_size[0] * random.random(),
screen_size[1] * random.random(), screen, oid))
oid += 1
def mainSimulation():
numberOfBears = 10
numberOfFish = 25
numberOfBerries = 50
numberOfTurns = 1000
worldWidth = 50
worldHeight = 25
myWorld = World(worldWidth, worldHeight)
myWorld.draw()
for i in range(numberOfFish):
newfish = Fish()
x = random.randrange(myWorld.getMaxX())
y = random.randrange(myWorld.getMaxY())
while not myWorld.emptyLocation(x, y):
x = random.randrange(myWorld.getMaxX())
y = random.randrange(myWorld.getMaxY())
myWorld.addThing(newfish, x, y)
for i in range(numberOfBerries):
newBerry = Berry()
x = random.randrange(myWorld.getMaxX())
y = random.randrange(myWorld.getMaxY())
while not myWorld.emptyLocation(x, y):
x = random.randrange(myWorld.getMaxX())
y = random.randrange(myWorld.getMaxY())
myWorld.addThing(newBerry, x, y)
for i in range(numberOfBears):
newbear = Bear()
x = random.randrange(myWorld.getMaxX())
y = random.randrange(myWorld.getMaxY())
while not myWorld.emptyLocation(x, y):
x = random.randrange(myWorld.getMaxX())
y = random.randrange(myWorld.getMaxY())
myWorld.addThing(newbear, x, y)
for i in range(numberOfTurns):
myWorld.liveALittle()
#while True:
#myWorld.liveALittle()
myWorld.freezeWorld()
def __init__(self, rect=None, color=None, deathSound=None):
Fish.__init__(self, rect, color, deathSound)
Prey.count += 1
self.preyID = Prey.count
self.MAX_SPEED_X = 9.0
self.MAX_SPEED_Y = 9.0
def destroy(self):
self.fishUINodePath.removeNode()
Fish.destroy(self)
from Bird import Bird
from Fish import Fish
from Mammal import Mammal
from Reptile import Reptile
from OfficialPrice import OfficialPrice
from BlackMarketPrice import BlackMarketPrice
from VetDiagnosis import VetDiagnosis
if __name__ == '__main__':
bird = Bird('Ptak', 100, True, 150)
fish = Fish('Ryba', 10, False)
mammal = Mammal('Ssak', 1000, False)
raptile = Reptile('Gad', 999, True)
bird2 = Bird('Ptak', 100, False, 110)
animals = [bird, fish, mammal, raptile, bird2]
for animal in animals:
print(animal)
officialPrice = OfficialPrice()
blackMarketPrice = BlackMarketPrice()
vetDiagnosis = VetDiagnosis()
for animal in animals:
animal.Accept(officialPrice)
animal.Accept(blackMarketPrice)
print('\n\n\t\tCeny odwiedzonych zwierzat')