def loadOrganism(self, name, posX, posY, strn, mvd, age):
temp = Grass(posX, posY, self)
if name == "Antelope":
temp = Antelope(posX, posY, self)
elif name == "CSheep":
temp = CSheep(posX, posY, self)
elif name == "Fox":
temp = Fox(posX, posY, self)
elif name == "Human":
temp = Human(posX, posY, self)
elif name == "Sheep":
temp = Sheep(posX, posY, self)
elif name == "Turtle":
temp = Turtle(posX, posY, self)
elif name == "Wolf":
temp = Wolf(posX, posY, self)
elif name == "Dandelion":
temp = Dandelion(posX, posY, self)
elif name == "DeadlyNightshade":
temp = DeadlyNightshade(posX, posY, self)
elif name == "Grass":
temp = Grass(posX, posY, self)
elif name == "Guarana":
temp = Guarana(posX, posY, self)
elif name == "Hogweed":
temp = Hogweed(posX, posY, self)
temp.age = age
temp.strength = strn
temp.movedTo = mvd
self.organisms.append(temp)
def addOrganismByName(self, name, posX, posY):
temp = Grass(posX, posY, self)
if name == "Antelope":
temp = Antelope(posX, posY, self)
elif name == "CSheep":
temp = CSheep(posX, posY, self)
elif name == "Fox":
temp = Fox(posX, posY, self)
elif name == "Human":
temp = Human(posX, posY, self)
elif name == "Sheep":
temp = Sheep(posX, posY, self)
elif name == "Turtle":
temp = Turtle(posX, posY, self)
elif name == "Wolf":
temp = Wolf(posX, posY, self)
elif name == "Dandelion":
temp = Dandelion(posX, posY, self)
elif name == "DeadlyNightshade":
temp = DeadlyNightshade(posX, posY, self)
elif name == "Grass":
temp = Grass(posX, posY, self)
elif name == "Guarana":
temp = Guarana(posX, posY, self)
elif name == "Hogweed":
temp = Hogweed(posX, posY, self)
self.organisms.append(temp)
def generate_organism(self, point: Point, species):
if (species == df.const.ANTELOPE_SIGN):
self._organisms.append(Antelope(self, point))
elif (species == df.const.HUMAN_SIGN):
self._organisms.append(Human(self, point))
elif (species == df.const.GUARANA_SIGN):
self._organisms.append(Guarana(self, point))
elif (species == df.const.FOX_SIGN):
self._organisms.append(Fox(self, point))
elif (species == df.const.DANDELION_SIGN):
self._organisms.append(Dandelion(self, point))
elif (species == df.const.SHEEP_SIGN):
self._organisms.append(Sheep(self, point))
elif (species == df.const.CYBER_SHEEP_SIGN):
self._organisms.append(CyberSheep(self, point))
elif (species == df.const.GRASS_SIGN):
self._organisms.append(Grass(self, point))
elif (species == df.const.BELLADONNA_SIGN):
self._organisms.append(Belladonna(self, point))
elif (species == df.const.WOLF_SIGN):
self._organisms.append(Wolf(self, point))
elif (species == df.const.TORTOISE_SIGN):
self._organisms.append(Tortoise(self, point))
elif (species == df.const.SOSNOWSKIS_HOGWEED_SIGN):
self._organisms.append(SosnowskisHogweed(self, point))
def load_organism(self, line):
text = line.split()
age = int(text[3])
id1 = int(text[4])
strength = int(text[5])
point = Point(int(text[1]), int(text[2]))
species = text[0]
if (species == df.const.ANTELOPE_SIGN):
self._organisms.append(Antelope(self, point, age, id1, strength))
elif (species == df.const.SOSNOWSKIS_HOGWEED_SIGN):
self._organisms.append(SosnowskisHogweed(self, point, age, id1, strength))
elif (species == df.const.HUMAN_SIGN):
self._organisms.append(Human(self, point, age, id1, strength, int(text[6])))
elif (species == df.const.GUARANA_SIGN):
self._organisms.append(Guarana(self, point, age, id1, strength))
elif (species == df.const.FOX_SIGN):
self._organisms.append(Fox(self, point, age, id1, strength))
elif (species == df.const.DANDELION_SIGN):
self._organisms.append(Dandelion(self, point, age, id1, strength))
elif (species == df.const.SHEEP_SIGN):
self._organisms.append(Sheep(self, point, age, id1, strength))
elif (species == df.const.CYBER_SHEEP_SIGN):
self._organisms.append(CyberSheep(self, point, age, id1, strength))
elif (species == df.const.GRASS_SIGN):
self._organisms.append(Grass(self, point, age, id1, strength))
elif (species == df.const.BELLADONNA_SIGN):
self._organisms.append(Belladonna(self, point, age, id1, strength))
elif (species == df.const.WOLF_SIGN):
self._organisms.append(Wolf(self, point, age, id1, strength))
elif (species == df.const.TORTOISE_SIGN):
self._organisms.append(Tortoise(self, point, age, id1, strength))
def createOrganisms(self):
a = self.generateXandY()
count = 0
typ = 0
num = 0
self.addOrganism(Human(a[0], a[1], self))
while count < self.fill():
a = self.generateXandY()
if num >= 22:
typ = randint(0, 10)
if typ == 0:
self.addOrganism(Antelope(a[0], a[1], self))
elif typ == 1:
self.addOrganism(CSheep(a[0], a[1], self))
elif typ == 2:
self.addOrganism(Fox(a[0], a[1], self))
elif typ == 3:
self.addOrganism(Sheep(a[0], a[1], self))
elif typ == 4:
self.addOrganism(Turtle(a[0], a[1], self))
elif typ == 5:
self.addOrganism(Wolf(a[0], a[0], self))
elif typ == 6:
self.addOrganism(Dandelion(a[0], a[1], self))
elif typ == 7:
self.addOrganism(DeadlyNightshade(a[0], a[1], self))
elif typ == 8:
self.addOrganism(Grass(a[0], a[1], self))
elif typ == 9:
self.addOrganism(Guarana(a[0], a[1], self))
elif typ == 10:
self.addOrganism(Hogweed(a[0], a[1], self))
count += 1
if num < 22:
typ = (typ + 1) % 11
num += 1
for i in range(len(self.organisms) - 1):
self.organisms[i].increaseAge()
def load(self):
self.organisms = []
file = open("savedWorld.txt", "r")
index = 2
self.string = file.readline(index)
self.string = self.string.strip()
count = int(self.string)
# for a in range(0, count):
# print(file.readline(index))
#
for a in range(0, count):
index = 2
self.string = file.readline(index)
self.string = self.string.strip()
type_ = self.string
index = 3
self.string = file.readline(index)
print(self.string)
self.string = self.string.strip()
poz_x = int(self.string)
self.string = file.readline(index)
self.string = self.string.strip()
poz_y = int(self.string)
self.string = file.readline(index)
index = 2
self.string = self.string.strip()
force_ = int(self.string)
self.string = file.readline(index)
self.string = self.string.strip()
ini = int(self.string)
if type_ == 'H':
index = 3
self.organisms.append(Human(self, poz_x, poz_y))
self.string = file.readline(index)
self.string = self.string.strip()
coll = int(self.string)
self.get_organism_by_xy(poz_x, poz_y).coldown = coll
elif type_ == 'A':
self.organisms.append(Antilope(self, poz_x, poz_y))
elif type_ == 'W':
self.organisms.append(Wolf(self, poz_x, poz_y))
elif type_ == 'B':
self.organisms.append(WolfBerry(self, poz_x, poz_y))
elif type_ == 'L':
self.organisms.append(Fox(self, poz_x, poz_y))
elif type_ == 's':
self.organisms.append(Sheep(self, poz_x, poz_y))
elif type_ == 'Z':
self.organisms.append(Turtle(self, poz_x, poz_y))
elif type_ == 'K':
self.organisms.append(BarszczSosnowksiego(self, poz_x, poz_y))
elif type_ == 'U':
self.organisms.append(Guarana(self, poz_x, poz_y))
elif type_ == 'O':
self.organisms.append(SowThistle(self, poz_x, poz_y))
elif type_ == 'C':
self.organisms.append(CyberSheep(self, poz_x, poz_y))
if self.get_organism_by_xy(poz_x, poz_y) != None:
self.get_organism_by_xy(poz_x, poz_y).force = force_
self.get_organism_by_xy(poz_x, poz_y).initiative = ini
from Plants.BarszczSosnowskiego import BarszczSosnowksiego
print("ok")
#y= Animal()
#x=World()
#
#s.createMe(x ,4 ,4);
WORLD = World()
s = CyberSheep(WORLD, 3, 4)
WORLD.organisms.append(s)
s = Human(WORLD, 13, 14)
WORLD.organisms.append(s)
s = BarszczSosnowksiego(WORLD, 10, 10)
WORLD.organisms.append(s)
#WORLD.save()
s = Fox(WORLD, 3, 4)
WORLD.organisms.append(s)
s = Sheep(WORLD, 11, 4)
#WORLD.organisms.append(s)
s = Turtle(WORLD, 13, 4)
WORLD.organisms.append(s)
s = Wolf(WORLD, 7, 4)
WORLD.organisms.append(s)
s = SowThistle(WORLD, 14, 4)
WORLD.organisms.append(s)
F = Frame(WORLD)