def generateCard(self, tileSeed, zoneId):
rng = RandomNumGen.RandomNumGen(tileSeed)
rowSize = self.game.getRowSize()
fishList = FishGlobals.getPondGeneraList(zoneId)
for i in range(len(fishList)):
fishTuple = fishList.pop(0)
weight = FishGlobals.getRandomWeight(fishTuple[0], fishTuple[1])
fish = FishBase.FishBase(fishTuple[0], fishTuple[1], weight)
fishList.append(fish)
emptyCells = self.game.getCardSize() - 1 - len(fishList)
rodId = 0
for i in range(emptyCells):
fishVitals = FishGlobals.getRandomFishVitals(zoneId, rodId, rng)
while not fishVitals[0]:
fishVitals = FishGlobals.getRandomFishVitals(zoneId, rodId, rng)
fish = FishBase.FishBase(fishVitals[1], fishVitals[2], fishVitals[3])
fishList.append(fish)
rodId += 1
if rodId > 4:
rodId = 0
for i in range(rowSize):
for j in range(self.game.getColSize()):
color = self.getCellColor(i * rowSize + j)
if i * rowSize + j == self.game.getCardSize() / 2:
tmpFish = 'Free'
else:
choice = rng.randrange(0, len(fishList))
tmpFish = fishList.pop(choice)
xPos = BG.CellImageScale * (j - 2) + BG.GridXOffset
yPos = BG.CellImageScale * (i - 2) - 0.015
cellGui = BingoCardCell.BingoCardCell(i * rowSize + j, tmpFish, self.model, color, self, image_scale=BG.CellImageScale, pos=(xPos, 0, yPos))
self.cellGuiList.append(cellGui)
def setGenus(self, genus):
if self.genus == genus:
return
self.genus = genus
if self.genus != None:
if self.fishPanel:
self.fishPanel.destroy()
f = FishBase.FishBase(self.genus, 0, 0)
self.fishPanel = FishPhoto.FishPhoto(fish=f, parent=self)
self.fishPanel.setPos(-0.23, 1, -0.01)
self.fishPanel.setSwimBounds(-0.2461, 0.2367, -0.207, 0.2664)
self.fishPanel.setSwimColor(0.47, 1.0, 0.99, 1.0)
speciesList = FishGlobals.getSpecies(self.genus)
self.speciesLabels = []
offset = 0.075
startPos = len(speciesList) / 2 * offset
if not len(speciesList) % 2:
startPos -= offset / 2
for species in xrange(len(speciesList)):
label = DirectLabel(
parent=self,
relief=None,
state=DGG.NORMAL,
pos=(0.06, 0, startPos - species * offset),
text=TTLocalizer.UnknownFish,
text_fg=(0.2, 0.1, 0.0, 1),
text_scale=TTLocalizer.GPgenus,
text_align=TextNode.ALeft,
text_font=ToontownGlobals.getInterfaceFont())
self.speciesLabels.append(label)
def enterReward(self, code, itemDesc1, itemDesc2, itemDesc3):
self.__placeAvatar()
self.bob.reparentTo(self.angleNP)
self.bob.setZ(self.waterLevel)
self.__showLineReeling()
self.castTrack.pause()
if self.localToonFishing:
self.__showCastGui()
if code == FishGlobals.QuestItem:
self.__showQuestItem(itemDesc1)
elif code in (FishGlobals.FishItem, FishGlobals.FishItemNewEntry, FishGlobals.FishItemNewRecord):
genus, species, weight = itemDesc1, itemDesc2, itemDesc3
fish = FishBase.FishBase(genus, species, weight)
self.__showFishItem(code, fish)
if base.wantBingo:
self.pond.handleBingoCatch((genus, species))
elif code == FishGlobals.BootItem:
self.__showBootItem()
if base.wantBingo:
self.pond.handleBingoCatch(FishGlobals.BingoBoot)
elif code == FishGlobals.JellybeanItem:
amount = itemDesc1
self.__showJellybeanItem(amount)
elif code == FishGlobals.OverTankLimit:
self.__hideCastGui()
else:
self.__showFailureReason(code)
self.track = Sequence(Parallel(ActorInterval(self.av, 'reel'), ActorInterval(self.pole, 'cast', startFrame=63, endFrame=127)), ActorInterval(self.av, 'reel-neutral'), Func(self.__hideLine), Func(self.__hideBob), ActorInterval(self.av, 'fish-again'), Func(self.av.loop, 'pole-neutral'))
self.track.start()
def generateRandomTank(self):
import random
numFish = random.randint(1, 20)
self.fishList = []
for i in xrange(numFish):
genus, species = FishGlobals.getRandomFish()
weight = FishGlobals.getRandomWeight(genus, species)
fish = FishBase.FishBase(genus, species, weight)
self.addFish(fish)
def generateCard(self, tileSeed, zoneId):
assert (self.game != None)
rng = RandomNumGen.RandomNumGen(tileSeed)
rowSize = self.game.getRowSize()
# Retrieve a list of Fish based on the Genus Type. Each Genus
# found in the pond will be represented on the board.
fishList = FishGlobals.getPondGeneraList(zoneId)
# Go through the fish list and generate actual fish.
# NOTE: This should likely be removed when the fish logos come into play.
# There is no need to generate a Fish object. Tuples (genus, species)
# can effectively be used to identify the type of fish for a specific
# BingoCardCell.
for i in xrange(len(fishList)):
fishTuple = fishList.pop(0)
weight = FishGlobals.getRandomWeight(fishTuple[0], fishTuple[1])
fish = FishBase.FishBase(fishTuple[0], fishTuple[1], weight)
fishList.append(fish)
# Determine the number of cells left to fill.
emptyCells = (self.game.getCardSize() - 1) - len(fishList)
# Fill up the empty cells with randomly generated fish. In order to
# maintain fairness, iterate through the rods as well.
rodId = 0
for i in xrange(emptyCells):
fishVitals = FishGlobals.getRandomFishVitals(zoneId, rodId, rng)
while (not fishVitals[0]):
fishVitals = FishGlobals.getRandomFishVitals(
zoneId, rodId, rng)
fish = FishBase.FishBase(fishVitals[1], fishVitals[2],
fishVitals[3])
fishList.append(fish)
rodId += 1
if rodId > 4: rodId = 0
# Now that we have generated all of the fish that will make up the card,
# it is time to actually generate a BingoCardCell for every fish. This
# cell will be parented to the GUI instance and its position and scale
# are based on the CardImageScale. (See base positions above)
for i in xrange(rowSize):
for j in xrange(self.game.getColSize()):
color = self.getCellColor(i * rowSize + j)
if i * rowSize + j == self.game.getCardSize() / 2:
tmpFish = 'Free'
else:
choice = rng.randrange(0, len(fishList))
tmpFish = fishList.pop(choice)
xPos = BG.CellImageScale * (j - 2) + BG.GridXOffset
yPos = BG.CellImageScale * (i - 2) - 0.015
cellGui = BingoCardCell.BingoCardCell(
i * rowSize + j,
tmpFish,
self.model,
color,
self,
image_scale=BG.CellImageScale,
pos=(xPos, 0, yPos),
)
self.cellGuiList.append(cellGui)
def makeFromNetLists(self, genusList, speciesList, weightList):
self.fishList = []
for genus, species, weight in zip(genusList, speciesList, weightList):
self.fishList.append(FishBase.FishBase(genus, species, weight))