def __init__(self, fishManager, myData, index, trophy=0):
NodePath.__init__(self, '%s_%d' % (myData['name'], index))
self.trophy = trophy
self.myData = myData
if not self.trophy:
self.fishManager = fishManager
self.index = index
self.fsm = FishFSM(self)
self.weight = random.randint(self.myData['weightRange'][0], self.myData['weightRange'][1])
else:
self.weight = trophy
self.adjustedScale = (self.myData['scaleRange'][1] - self.myData['scaleRange'][0]) * (self.weight - self.myData['weightRange'][0]) / (self.myData['weightRange'][1] - self.myData['weightRange'][0]) + self.myData['scaleRange'][0]
self.initActor()
if not self.trophy:
self.initVariables()
self.initFishStatusIcon()
if FishingGlobals.wantDebugCollisionVisuals:
self.initCollisions()
self.avoidingFish = False
self.biteBubbleEffect = None
self.idleBubbleEffect = None
self.fightBubbleEffect = None
self.behaviorNameToFunction = {'straight': self.performStraightBehavior,'sineStraight': self.performSineStraightBehavior,'erratic': self.performErraticBehavior}
self.sineDtAccumulator = 0.0
self.erraticDtAccumulator = 0.0
self.myZ = 0.0
if not self.trophy:
self.setLightOff()
return
def __init__(self, fish):
FishFSM.__init__(self, fish)
self.defaultTransitions = {
'Offscreen': [
'FinalBackToSea',
'Swimming',
'TurnAround',
'HookedFighting',
'AboutToBiteLure'],
'Swimming': [
'TurnAround',
'Biting',
'AboutToBiteLure',
'Offscreen'],
'AboutToBiteLure': [
'Swimming',
'Biting',
'Offscreen'],
'TurnAround': [
'AboutToBiteLure',
'Swimming',
'Offscreen'],
'Biting': [
'Swimming',
'PullingLure',
'Hooked',
'Flee',
'Offscreen'],
'Hooked': [
'HookedFighting',
'PullingLure',
'Offscreen'],
'PullingLure': [
'Hooked',
'HookedFighting',
'Flee',
'Offscreen'],
'HookedFighting': [
'PullingLure',
'Hooked',
'Flee',
'Offscreen'],
'Flee': [
'Swimming',
'TurnAround',
'Offscreen'],
'FinalBackToSea': [
'Offscreen'] }
def __init__(self, fishManager, myData, index, trophy = 0):
NodePath.__init__(self, '%s_%d' % (myData['name'], index))
self.trophy = trophy
self.myData = myData
if not self.trophy:
self.fishManager = fishManager
self.index = index
self.fsm = FishFSM(self)
self.weight = random.randint(self.myData['weightRange'][0], self.myData['weightRange'][1])
else:
self.weight = trophy
self.adjustedScale = (self.myData['scaleRange'][1] - self.myData['scaleRange'][0]) * (self.weight - self.myData['weightRange'][0]) / (self.myData['weightRange'][1] - self.myData['weightRange'][0]) + self.myData['scaleRange'][0]
self.initActor()
if not self.trophy:
self.initVariables()
self.initFishStatusIcon()
if FishingGlobals.wantDebugCollisionVisuals:
self.initCollisions()
self.avoidingFish = False
self.biteBubbleEffect = None
self.idleBubbleEffect = None
self.fightBubbleEffect = None
self.behaviorNameToFunction = {
'straight': self.performStraightBehavior,
'sineStraight': self.performSineStraightBehavior,
'erratic': self.performErraticBehavior }
self.sineDtAccumulator = 0.0
self.erraticDtAccumulator = 0.0
self.myZ = 0.0
if not self.trophy:
self.setLightOff()
def __init__(self, fish):
FishFSM.__init__(self, fish)
self.defaultTransitions = {
'Offscreen': [
'FinalBackToSea', 'Swimming', 'TurnAround', 'HookedFighting',
'AboutToBiteLure'
],
'Swimming':
['TurnAround', 'Biting', 'AboutToBiteLure', 'Offscreen'],
'AboutToBiteLure': ['Swimming', 'Biting', 'Offscreen'],
'TurnAround': ['AboutToBiteLure', 'Swimming', 'Offscreen'],
'Biting':
['Swimming', 'PullingLure', 'Hooked', 'Flee', 'Offscreen'],
'Hooked': ['HookedFighting', 'PullingLure', 'Offscreen'],
'PullingLure': ['Hooked', 'HookedFighting', 'Flee', 'Offscreen'],
'HookedFighting': ['PullingLure', 'Hooked', 'Flee', 'Offscreen'],
'Flee': ['Swimming', 'TurnAround', 'Offscreen'],
'FinalBackToSea': ['Offscreen']
}
class Fish(NodePath):
def __init__(self, fishManager, myData, index, trophy=0):
NodePath.__init__(self, '%s_%d' % (myData['name'], index))
self.trophy = trophy
self.myData = myData
if not self.trophy:
self.fishManager = fishManager
self.index = index
self.fsm = FishFSM(self)
self.weight = random.randint(self.myData['weightRange'][0], self.myData['weightRange'][1])
else:
self.weight = trophy
self.adjustedScale = (self.myData['scaleRange'][1] - self.myData['scaleRange'][0]) * (self.weight - self.myData['weightRange'][0]) / (self.myData['weightRange'][1] - self.myData['weightRange'][0]) + self.myData['scaleRange'][0]
self.initActor()
if not self.trophy:
self.initVariables()
self.initFishStatusIcon()
if FishingGlobals.wantDebugCollisionVisuals:
self.initCollisions()
self.avoidingFish = False
self.biteBubbleEffect = None
self.idleBubbleEffect = None
self.fightBubbleEffect = None
self.behaviorNameToFunction = {'straight': self.performStraightBehavior,'sineStraight': self.performSineStraightBehavior,'erratic': self.performErraticBehavior}
self.sineDtAccumulator = 0.0
self.erraticDtAccumulator = 0.0
self.myZ = 0.0
if not self.trophy:
self.setLightOff()
return
def initActor(self):
self.animDict = {}
for anim in FishingGlobals.fishAnimations:
self.animDict[anim] = 'models/char/pir_a_gam_fsh_%s_%s.bam' % (self.myData['model'], anim)
self.actor = BlendActor('models/char/pir_r_gam_fsh_%s.bam' % self.myData['model'], self.animDict, FishingGlobals.defaultFishBlendTime, FishingGlobals.fishBlendTimeDict)
self.actor.reparentTo(self)
self.actor.setScale(self.adjustedScale)
self.mouthJoint = self.actor.exposeJoint(None, 'modelRoot', 'hookAttach')
self.attractionPoint = NodePath('AttractionPoint')
self.attractionPoint.reparentTo(self.mouthJoint)
self.attractionPoint.setPos(0.0, 0.0, 0.0)
self.actor.setPlayRate(self.myData['speed'] * self.myData['swimAnimationMultiplier'], 'swimIdle')
self.actor.setPlayRate(self.myData['speed'] * self.myData['swimAnimationMultiplier'], 'swimIdleOpposite')
self.actor.setPlayRate(self.myData['speed'] * self.myData['turnAnimationMultiplier'], 'turn')
self.actor.setPlayRate(self.myData['speed'] * self.myData['turnAnimationMultiplier'], 'turnOpposite')
if not self.trophy:
self.setBin('fishingGame', 10)
return
def codeReload(self):
self.actor.setPlayRate(self.myData['speed'] * self.myData['swimAnimationMultiplier'], 'swimIdle')
self.actor.setPlayRate(self.myData['speed'] * self.myData['swimAnimationMultiplier'], 'swimIdleOpposite')
self.actor.setPlayRate(self.myData['speed'] * self.myData['turnAnimationMultiplier'], 'turn')
self.actor.setPlayRate(self.myData['speed'] * self.myData['turnAnimationMultiplier'], 'turnOpposite')
def initFishStatusIcon(self):
self.fishStatusIconTextNode = TextNode('fishBitingIcon')
self.fishStatusIconNodePath = NodePath(self.fishStatusIconTextNode)
self.fishStatusIconNodePath.setPos(0.0, 0.0, self.myData['indicatorHeightOffset'])
self.fishStatusIconTextNode.setText('?')
self.fishStatusIconTextNode.setTextColor(1.0, 0.0, 0.0, 1.0)
self.fishStatusIconNodePath.reparentTo(self.mouthJoint)
self.fishStatusIconNodePath.setBillboardPointEye()
self.fishStatusIconNodePath.hide()
self.fishStatusIconNodePath.setShaderOff()
def initVariables(self):
self.attractionVisual = None
self.collisionVisual = None
self.movingRight = True
self.turnSpeed = 160.0
self.turnTowardLureInterval = None
self.velocity = FishingGlobals.baseFishVelocity * self.myData['speed']
self.accel = FishingGlobals.baseFishAccel * self.myData['speed']
self.fishMoveSequence = None
self.bubbleEffect = None
return
def initCollisions(self):
self.collisionVisual = loader.loadModel('models/props/crate')
self.collisionVisual.setTransparency(1)
self.collisionVisual.setColor(1.0, 1.0, 1.0, 0.3)
self.collisionVisual.setScale(*self.myData['collisionBoxSize'])
self.collisionVisual.setPos(*self.myData['collisionBoxOffset'])
self.collisionVisual.reparentTo(self)
self.collisionVisual.hide()
self.attractionVisual = loader.loadModel('models/ammunition/cannonball')
self.attractionVisual.setTransparency(1)
self.attractionVisual.setColor(0.0, 1.0, 0.0, 0.3)
self.attractionVisual.setScale(self.myData['attractionRadius'])
self.attractionVisual.reparentTo(self.attractionPoint)
self.attractionVisual.hide()
self.collisionVisualVisible = False
def hide(self):
NodePath.hide(self)
if self.idleBubbleEffect:
self.idleBubbleEffect.hide()
def show(self):
NodePath.show(self)
if self.idleBubbleEffect:
self.idleBubbleEffect.show()
def reloadCollisions(self):
if FishingGlobals.wantDebugCollisionVisuals:
self.collisionVisual.removeNode()
self.attractionVisual.removeNode()
self.initCollisions()
def cleanFishData(self):
pass
def destroy(self):
self.closeFish = []
self.actor.destroy()
self.stopIdleBubbleEffect()
self.stopFightBubbleEffect()
if self.fishMoveSequence:
self.fishMoveSequence.pause()
self.fishMoveSequence = None
if self.fsm:
del self.fsm
self.fsm = None
self.behaviorNameToFunction = {}
self.removeNode()
return
def pickPositionAndSwim(self):
self.initVariables()
self.actor.clearControlEffectWeights()
if self.myData['depth'] == 0:
depth = random.uniform(FishingGlobals.fishingLevelBoundaries[self.myData['depth']], self.fishManager.gameObject.waterLevel + FishingGlobals.fishSpawnBelowWaterLevelHeight)
else:
depth = random.uniform(FishingGlobals.fishingLevelBoundaries[self.myData['depth']], FishingGlobals.fishingLevelBoundaries[self.myData['depth'] - 1])
startX = random.uniform(FishingGlobals.leftFishBarrier + 5.0, FishingGlobals.rightFishBarrier - 5.0)
self.setPos(startX, 0.0, depth)
if random.randint(0, 1):
self.fsm.request('TurnAround', 'Swimming', False)
else:
self.fsm.request('Swimming')
def turnAround(self, nextState, shouldMoveRight):
if self.velocity[0] < 0 and shouldMoveRight:
self.velocity[0] = -self.velocity[0]
elif self.velocity[0] > 0 and not shouldMoveRight:
self.velocity[0] = -self.velocity[0]
self.movingRight = self.velocity[0] > 0
if self.fishMoveSequence:
self.fishMoveSequence.pause()
self.fishMoveSequence.clearToInitial()
animationToTurn = 'turn'
if self.movingRight:
animationToTurn = 'turnOpposite'
durationOfFishTurn = self.myData['durationOfFishTurn']
self.fishMoveSequence = Parallel(Sequence(Func(self.actor.changeAnimationTo, animationToTurn, False), Wait(durationOfFishTurn), Func(self.fsm.request, nextState)), Sequence(Wait(durationOfFishTurn * 0.33), Func(self.setXVelocity, 0.0), Wait(durationOfFishTurn * 0.66), Func(self.setXVelocity, self.velocity[0])), name='%s_turnAroundInterval' % self.getName())
self.velocity[0] = -self.velocity[0]
self.fishMoveSequence.start()
def setXVelocity(self, newVel):
self.velocity[0] = newVel
def checkForBiting(self):
if self.fishManager.activeFish is not None:
return
if self.fishManager.gameObject.fsm.getCurrentOrNextState() not in ['Fishing', 'Reeling', 'LureStall', 'LegdFishShow']:
return
inv = localAvatar.getInventory()
rodLvl = inv.getItemQuantity(InventoryType.FishingRod)
if self.myData['depth'] + 1 > rodLvl:
return
self.fsm.request('Biting')
return
def checkForBoxOverlap(self, otherFish):
pos = self.getPos(self.fishManager.gameObject.fishingSpot)
size = self.myData['collisionBoxSize']
offset = list(self.myData['collisionBoxOffset'])
otherPos = otherFish.getPos()
otherSize = otherFish.myData['collisionBoxSize']
otherOffset = list(otherFish.myData['collisionBoxOffset'])
if pos[0] + size[0] / 2.0 + offset[0] > otherPos[0] - otherSize[0] / 2.0 + otherOffset[0] and pos[0] - size[0] / 2.0 + offset[0] < otherPos[0] + otherSize[0] / 2.0 + otherOffset[0] and pos[2] + size[2] / 2.0 + offset[2] > otherPos[2] - otherSize[2] / 2.0 + otherOffset[2] and pos[2] - size[2] / 2.0 + offset[2] < otherPos[2] + otherSize[2] / 2.0 + otherOffset[2]:
return True
return False
def checkForCloseFish(self, index):
if index < len(self.fishManager.uncaughtFish) - 1:
for i in range(index + 1, len(self.fishManager.uncaughtFish)):
if self.fishManager.uncaughtFish[i].index != self.index:
if self.checkForBoxOverlap(self.fishManager.uncaughtFish[i]):
self.closeFish.append(self.fishManager.uncaughtFish[i])
if FishingGlobals.wantDebugCollisionVisuals:
self.collisionVisual.setColor(1, 0, 0, 0.3)
if len(self.closeFish) == 0:
if FishingGlobals.wantDebugCollisionVisuals:
self.collisionVisual.setColor(1, 1, 1, 0.3)
def checkForLures(self, currentState, lurePos):
if self.getX() + FishingGlobals.fishAttractionOffset < lurePos[0] and self.movingRight or self.getX() - FishingGlobals.fishAttractionOffset > lurePos[0] and not self.movingRight:
if self.attractionPoint.getDistance(self.fishManager.gameObject.lure) < self.myData['attractionRadius'] + self.fishManager.gameObject.lure.lureAttractRadius:
self.checkForBiting()
def update(self, dt, index, lurePos):
currentState = self.fsm.getCurrentOrNextState()
self.closeFish = []
if currentState in ['ScareAway', 'Swimming', 'Flee', 'TurnAround']:
self.checkForCloseFish(index)
if currentState in ['Swimming']:
self.checkForLures(currentState, lurePos)
self.updateBasedOnBehavior(dt, lurePos)
elif currentState in ['Hooked', 'AboutToFight', 'HookedFighting']:
self.checkForCloseFish(-1)
for fish in self.closeFish:
self.makeFishRunFromMe(fish)
def makeFishRunFromMe(self, otherFish):
if otherFish.fsm.getCurrentOrNextState() == 'Flee' or otherFish.fsm.getCurrentOrNextState() == 'TurnAround':
return
if otherFish.getX() < self.getX(self.fishManager.gameObject.fishingSpot) and otherFish.movingRight:
otherFish.fsm.request('TurnAround', 'Flee', False)
elif otherFish.getX() > self.getX(self.fishManager.gameObject.fishingSpot) and not otherFish.movingRight:
otherFish.fsm.request('TurnAround', 'Flee', True)
else:
otherFish.fsm.request('Flee')
def updateBasedOnBehavior(self, dt, lurePos):
currentState = self.fsm.getCurrentOrNextState()
newX = self.getX()
newY = self.getY()
newZ = self.getZ()
for fish in self.closeFish:
if self.myData['size'] == 'small' and fish.myData['size'] == 'large':
if self.checkForEating(fish):
return
self.avoidingFish = True
if fish.velocity[1] > 0.0 and fish.avoidingFish:
self.velocity[1] = -FishingGlobals.fishAvoidYVelocity
else:
self.velocity[1] = FishingGlobals.fishAvoidYVelocity
if abs(fish.getY() - self.getY()) > self.myData['collisionBoxSize'][1] + fish.myData['collisionBoxSize'][1]:
self.velocity[1] = 0.0
if len(self.closeFish) == 0 and abs(self.getY()) > FishingGlobals.fishYTolerance:
self.avoidingFish = False
if self.getY() > 0:
self.velocity[1] = -FishingGlobals.fishAvoidYVelocity
else:
self.velocity[1] = FishingGlobals.fishAvoidYVelocity
elif len(self.closeFish) == 0 and abs(self.getY()) < FishingGlobals.fishYTolerance:
self.avoidingFish = False
self.velocity[1] = 0.0
self.setY(0.0)
newY = self.getY() + self.velocity[1] * dt + self.accel[1] * dt * dt
if currentState in ['Swimming', 'TurnAround', 'Flee', 'ScareAway']:
if currentState == 'ScareAway':
newX, newZ = self.performScareAwayBehavior(dt, self.velocity, self.accel)
else:
if currentState == 'Flee':
newX, newZ = self.performFleeBehavior(dt, self.velocity, self.accel)
else:
newX, newZ = self.behaviorNameToFunction[self.myData['behaviorDict']['name']](dt, self.velocity, self.accel)
currentState = self.fsm.getCurrentOrNextState()
if newX < FishingGlobals.leftFishBarrier:
if currentState == 'ScareAway':
if newX < FishingGlobals.leftFishBarrier - FishingGlobals.fullyOffscreenXOffset:
self.fsm.request('Offscreen')
return
elif currentState != 'TurnAround' and not self.movingRight:
self.fsm.request('TurnAround', 'Swimming', True)
elif newX > FishingGlobals.rightFishBarrier:
if currentState != 'TurnAround' and self.movingRight:
self.fsm.request('TurnAround', 'Swimming', False)
newZ = min(max(FishingGlobals.fishingLevelBoundaries[len(FishingGlobals.fishingLevelBoundaries) - 1], newZ), self.fishManager.gameObject.waterLevel + FishingGlobals.fishSpawnBelowWaterLevelHeight)
self.setPos(newX, newY, newZ)
def checkForEating(self, fishThatWillEat):
if (self.getX() < fishThatWillEat.getX() and not fishThatWillEat.movingRight or self.getX() > fishThatWillEat.getX() and fishThatWillEat.movingRight) and self.fsm.getCurrentOrNextState() == 'Swimming' and fishThatWillEat.fsm.getCurrentOrNextState() == 'Swimming' and random.random() < 1.0:
self.fsm.request('BeingEaten', fishThatWillEat)
fishThatWillEat.fsm.request('Eating', self.weight)
return True
return False
def startIdleBubbleEffect(self):
self.idleBubbleEffect = FishIdleBubbleEffect.getEffect(unlimited=True)
if self.idleBubbleEffect:
self.idleBubbleEffect.reparentTo(self.mouthJoint)
self.idleBubbleEffect.setScale(1.0)
self.idleBubbleEffect.setHpr(0, 0, 0)
self.idleBubbleEffect.setLifespanBasedOnDepth(self.getPos(render))
self.idleBubbleEffect.setBubbleSizeBasedOnWeight(self.weight)
self.idleBubbleEffect.particleDummy.setBin('fishingGame', 5)
self.idleBubbleEffect.startLoop()
def stopIdleBubbleEffect(self):
if self.idleBubbleEffect:
self.idleBubbleEffect.stopLoop()
self.idleBubbleEffect = None
return
def startBiteBubbleEffect(self):
self.biteBubbleEffect = FishBitingBubbleEffect.getEffect(unlimited=True)
if self.biteBubbleEffect:
self.biteBubbleEffect.reparentTo(self.mouthJoint)
self.biteBubbleEffect.setScale(1.0)
self.biteBubbleEffect.setHpr(0, 0, 0)
self.biteBubbleEffect.setLifespanBasedOnDepth(self.getPos(render))
self.biteBubbleEffect.setBubbleSizeBasedOnWeight(self.weight)
self.biteBubbleEffect.particleDummy.setBin('fishingGame', 5)
self.biteBubbleEffect.play()
def stopBiteBubbleEffect(self):
if self.biteBubbleEffect:
self.biteBubbleEffect.stopLoop()
self.biteBubbleEffect = None
return
def startFightBubbleEffect(self):
self.fightBubbleEffect = FishFightingHookedBubbleEffect.getEffect(unlimited=True)
if self.fightBubbleEffect:
self.fightBubbleEffect.reparentTo(self.mouthJoint)
self.fightBubbleEffect.setScale(1.0)
self.fightBubbleEffect.setHpr(0, 0, 0)
self.fightBubbleEffect.setLifespanBasedOnDepth(self.getPos(render))
self.fightBubbleEffect.setBubbleSizeBasedOnWeight(self.weight)
self.fightBubbleEffect.particleDummy.setBin('fishingGame', 5)
self.fightBubbleEffect.startLoop()
def stopFightBubbleEffect(self):
if self.fightBubbleEffect:
self.fightBubbleEffect.stopLoop()
self.fightBubbleEffect = None
return
def performStraightBehavior(self, dt, velocity, accel):
newX = self.getX() + velocity[0] * dt + accel[0] * dt * dt
newZ = self.getZ() + velocity[2] * dt + accel[2] * dt * dt
return (
newX, newZ)
def performSineStraightBehavior(self, dt, velocity, accel):
self.sineDtAccumulator += dt
newX = self.getX() + velocity[0] * dt + accel[0] * dt * dt
newZ = self.myZ + math.sin(self.sineDtAccumulator) * self.myData['behaviorDict']['sineMultiplier']
return (
newX, newZ)
def performScareAwayBehavior(self, dt, velocity, accel):
newX = self.getX() + velocity[0] * FishingGlobals.scareAwayVelocityMultiplier * dt + accel[0] * dt * dt
newZ = self.getZ() + velocity[2] * FishingGlobals.scareAwayVelocityMultiplier * dt + accel[2] * dt * dt
return (
newX, newZ)
def performFleeBehavior(self, dt, velocity, accel):
newX = self.getX() + velocity[0] * FishingGlobals.fleeVelocityMultiplier * dt + accel[0] * dt * dt
newZ = self.getZ() + velocity[2] * FishingGlobals.fleeVelocityMultiplier * dt + accel[2] * dt * dt
return (
newX, newZ)
def performErraticBehavior(self, dt, velocity, accel):
self.erraticDtAccumulator += dt
self.sineDtAccumulator += dt
newX = self.getX() + velocity[0] * dt + accel[0] * dt * dt
newZ = self.myZ + math.sin(self.sineDtAccumulator) * self.myData['behaviorDict']['sineMultiplier']
if self.erraticDtAccumulator > self.myData['behaviorDict']['secondsBetweenChanges']:
self.erraticDtAccumulator = 0
if random.random() < self.myData['behaviorDict']['chanceOfTurning']:
if self.fsm.getCurrentOrNextState() != 'TurnAround':
self.fsm.request('TurnAround', 'Swimming', not self.movingRight)
return (
newX, newZ)
def showAttractionCollisionVisuals(self):
if FishingGlobals.wantDebugCollisionVisuals:
self.attractionVisual.show()
def hideAttractionCollisionVisuals(self):
if FishingGlobals.wantDebugCollisionVisuals:
self.attractionVisual.hide()
def showAvoidanceCollisionVisuals(self):
if FishingGlobals.wantDebugCollisionVisuals:
self.collisionVisual.show()
def hideAvoidanceCollisionVisuals(self):
if FishingGlobals.wantDebugCollisionVisuals:
self.collisionVisual.hide()
class Fish(NodePath):
def __init__(self, fishManager, myData, index, trophy = 0):
NodePath.__init__(self, '%s_%d' % (myData['name'], index))
self.trophy = trophy
self.myData = myData
if not self.trophy:
self.fishManager = fishManager
self.index = index
self.fsm = FishFSM(self)
self.weight = random.randint(self.myData['weightRange'][0], self.myData['weightRange'][1])
else:
self.weight = trophy
self.adjustedScale = (self.myData['scaleRange'][1] - self.myData['scaleRange'][0]) * (self.weight - self.myData['weightRange'][0]) / (self.myData['weightRange'][1] - self.myData['weightRange'][0]) + self.myData['scaleRange'][0]
self.initActor()
if not self.trophy:
self.initVariables()
self.initFishStatusIcon()
if FishingGlobals.wantDebugCollisionVisuals:
self.initCollisions()
self.avoidingFish = False
self.biteBubbleEffect = None
self.idleBubbleEffect = None
self.fightBubbleEffect = None
self.behaviorNameToFunction = {
'straight': self.performStraightBehavior,
'sineStraight': self.performSineStraightBehavior,
'erratic': self.performErraticBehavior }
self.sineDtAccumulator = 0.0
self.erraticDtAccumulator = 0.0
self.myZ = 0.0
if not self.trophy:
self.setLightOff()
def initActor(self):
self.animDict = { }
for anim in FishingGlobals.fishAnimations:
self.animDict[anim] = 'models/char/pir_a_gam_fsh_%s_%s.bam' % (self.myData['model'], anim)
self.actor = BlendActor('models/char/pir_r_gam_fsh_%s.bam' % self.myData['model'], self.animDict, FishingGlobals.defaultFishBlendTime, FishingGlobals.fishBlendTimeDict)
self.actor.reparentTo(self)
self.actor.setScale(self.adjustedScale)
self.mouthJoint = self.actor.exposeJoint(None, 'modelRoot', 'hookAttach')
self.attractionPoint = NodePath('AttractionPoint')
self.attractionPoint.reparentTo(self.mouthJoint)
self.attractionPoint.setPos(0.0, 0.0, 0.0)
self.actor.setPlayRate(self.myData['speed'] * self.myData['swimAnimationMultiplier'], 'swimIdle')
self.actor.setPlayRate(self.myData['speed'] * self.myData['swimAnimationMultiplier'], 'swimIdleOpposite')
self.actor.setPlayRate(self.myData['speed'] * self.myData['turnAnimationMultiplier'], 'turn')
self.actor.setPlayRate(self.myData['speed'] * self.myData['turnAnimationMultiplier'], 'turnOpposite')
if not self.trophy:
self.setBin('fishingGame', 10)
def codeReload(self):
self.actor.setPlayRate(self.myData['speed'] * self.myData['swimAnimationMultiplier'], 'swimIdle')
self.actor.setPlayRate(self.myData['speed'] * self.myData['swimAnimationMultiplier'], 'swimIdleOpposite')
self.actor.setPlayRate(self.myData['speed'] * self.myData['turnAnimationMultiplier'], 'turn')
self.actor.setPlayRate(self.myData['speed'] * self.myData['turnAnimationMultiplier'], 'turnOpposite')
def initFishStatusIcon(self):
self.fishStatusIconTextNode = TextNode('fishBitingIcon')
self.fishStatusIconNodePath = NodePath(self.fishStatusIconTextNode)
self.fishStatusIconNodePath.setPos(0.0, 0.0, self.myData['indicatorHeightOffset'])
self.fishStatusIconTextNode.setText('?')
self.fishStatusIconTextNode.setTextColor(1.0, 0.0, 0.0, 1.0)
self.fishStatusIconNodePath.reparentTo(self.mouthJoint)
self.fishStatusIconNodePath.setBillboardPointEye()
self.fishStatusIconNodePath.hide()
self.fishStatusIconNodePath.setShaderOff()
def initVariables(self):
self.attractionVisual = None
self.collisionVisual = None
self.movingRight = True
self.turnSpeed = 160.0
self.turnTowardLureInterval = None
self.velocity = FishingGlobals.baseFishVelocity * self.myData['speed']
self.accel = FishingGlobals.baseFishAccel * self.myData['speed']
self.fishMoveSequence = None
self.bubbleEffect = None
def initCollisions(self):
self.collisionVisual = loader.loadModel('models/props/crate')
self.collisionVisual.setTransparency(1)
self.collisionVisual.setColor(1.0, 1.0, 1.0, 0.29999999999999999)
self.collisionVisual.setScale(*self.myData['collisionBoxSize'])
self.collisionVisual.setPos(*self.myData['collisionBoxOffset'])
self.collisionVisual.reparentTo(self)
self.collisionVisual.hide()
self.attractionVisual = loader.loadModel('models/ammunition/cannonball')
self.attractionVisual.setTransparency(1)
self.attractionVisual.setColor(0.0, 1.0, 0.0, 0.29999999999999999)
self.attractionVisual.setScale(self.myData['attractionRadius'])
self.attractionVisual.reparentTo(self.attractionPoint)
self.attractionVisual.hide()
self.collisionVisualVisible = False
def hide(self):
NodePath.hide(self)
if self.idleBubbleEffect:
self.idleBubbleEffect.hide()
def show(self):
NodePath.show(self)
if self.idleBubbleEffect:
self.idleBubbleEffect.show()
def reloadCollisions(self):
if FishingGlobals.wantDebugCollisionVisuals:
self.collisionVisual.removeNode()
self.attractionVisual.removeNode()
self.initCollisions()
def cleanFishData(self):
pass
def destroy(self):
self.closeFish = []
self.actor.destroy()
self.stopIdleBubbleEffect()
self.stopFightBubbleEffect()
if self.fishMoveSequence:
self.fishMoveSequence.pause()
self.fishMoveSequence = None
if self.fsm:
del self.fsm
self.fsm = None
self.behaviorNameToFunction = { }
self.removeNode()
def pickPositionAndSwim(self):
self.initVariables()
self.actor.clearControlEffectWeights()
if self.myData['depth'] == 0:
depth = random.uniform(FishingGlobals.fishingLevelBoundaries[self.myData['depth']], self.fishManager.gameObject.waterLevel + FishingGlobals.fishSpawnBelowWaterLevelHeight)
else:
depth = random.uniform(FishingGlobals.fishingLevelBoundaries[self.myData['depth']], FishingGlobals.fishingLevelBoundaries[self.myData['depth'] - 1])
startX = random.uniform(FishingGlobals.leftFishBarrier + 5.0, FishingGlobals.rightFishBarrier - 5.0)
self.setPos(startX, 0.0, depth)
if random.randint(0, 1):
self.fsm.request('TurnAround', 'Swimming', False)
else:
self.fsm.request('Swimming')
def turnAround(self, nextState, shouldMoveRight):
if self.velocity[0] < 0 and shouldMoveRight:
self.velocity[0] = -self.velocity[0]
elif self.velocity[0] > 0 and not shouldMoveRight:
self.velocity[0] = -self.velocity[0]
self.movingRight = self.velocity[0] > 0
if self.fishMoveSequence:
self.fishMoveSequence.pause()
self.fishMoveSequence.clearToInitial()
animationToTurn = 'turn'
if self.movingRight:
animationToTurn = 'turnOpposite'
durationOfFishTurn = self.myData['durationOfFishTurn']
self.fishMoveSequence = Parallel(Sequence(Func(self.actor.changeAnimationTo, animationToTurn, False), Wait(durationOfFishTurn), Func(self.fsm.request, nextState)), Sequence(Wait(durationOfFishTurn * 0.33000000000000002), Func(self.setXVelocity, 0.0), Wait(durationOfFishTurn * 0.66000000000000003), Func(self.setXVelocity, self.velocity[0])), name = '%s_turnAroundInterval' % self.getName())
self.velocity[0] = -self.velocity[0]
self.fishMoveSequence.start()
def setXVelocity(self, newVel):
self.velocity[0] = newVel
def checkForBiting(self):
if self.fishManager.activeFish is not None:
return None
if self.fishManager.gameObject.fsm.getCurrentOrNextState() not in [
'Fishing',
'Reeling',
'LureStall',
'LegdFishShow']:
return None
inv = localAvatar.getInventory()
rodLvl = inv.getItemQuantity(InventoryType.FishingRod)
if self.myData['depth'] + 1 > rodLvl:
return None
self.fsm.request('Biting')
def checkForBoxOverlap(self, otherFish):
pos = self.getPos(self.fishManager.gameObject.fishingSpot)
size = self.myData['collisionBoxSize']
offset = list(self.myData['collisionBoxOffset'])
otherPos = otherFish.getPos()
otherSize = otherFish.myData['collisionBoxSize']
otherOffset = list(otherFish.myData['collisionBoxOffset'])
if pos[0] + size[0] / 2.0 + offset[0] > (otherPos[0] - otherSize[0] / 2.0) + otherOffset[0] and (pos[0] - size[0] / 2.0) + offset[0] < otherPos[0] + otherSize[0] / 2.0 + otherOffset[0] and pos[2] + size[2] / 2.0 + offset[2] > (otherPos[2] - otherSize[2] / 2.0) + otherOffset[2] and (pos[2] - size[2] / 2.0) + offset[2] < otherPos[2] + otherSize[2] / 2.0 + otherOffset[2]:
return True
return False
def checkForCloseFish(self, index):
if index < len(self.fishManager.uncaughtFish) - 1:
for i in range(index + 1, len(self.fishManager.uncaughtFish)):
if self.fishManager.uncaughtFish[i].index != self.index:
if self.checkForBoxOverlap(self.fishManager.uncaughtFish[i]):
self.closeFish.append(self.fishManager.uncaughtFish[i])
if FishingGlobals.wantDebugCollisionVisuals:
self.collisionVisual.setColor(1, 0, 0, 0.29999999999999999)
self.checkForBoxOverlap(self.fishManager.uncaughtFish[i])
if len(self.closeFish) == 0:
if FishingGlobals.wantDebugCollisionVisuals:
self.collisionVisual.setColor(1, 1, 1, 0.29999999999999999)
def checkForLures(self, currentState, lurePos):
if (self.getX() + FishingGlobals.fishAttractionOffset < lurePos[0] or self.movingRight or self.getX() - FishingGlobals.fishAttractionOffset > lurePos[0]) and not (self.movingRight):
if self.attractionPoint.getDistance(self.fishManager.gameObject.lure) < self.myData['attractionRadius'] + self.fishManager.gameObject.lure.lureAttractRadius:
self.checkForBiting()
def update(self, dt, index, lurePos):
currentState = self.fsm.getCurrentOrNextState()
self.closeFish = []
if currentState in [
'ScareAway',
'Swimming',
'Flee',
'TurnAround']:
self.checkForCloseFish(index)
if currentState in [
'Swimming']:
self.checkForLures(currentState, lurePos)
self.updateBasedOnBehavior(dt, lurePos)
elif currentState in [
'Hooked',
'AboutToFight',
'HookedFighting']:
self.checkForCloseFish(-1)
for fish in self.closeFish:
self.makeFishRunFromMe(fish)
def makeFishRunFromMe(self, otherFish):
if otherFish.fsm.getCurrentOrNextState() == 'Flee' or otherFish.fsm.getCurrentOrNextState() == 'TurnAround':
return None
if otherFish.getX() < self.getX(self.fishManager.gameObject.fishingSpot) and otherFish.movingRight:
otherFish.fsm.request('TurnAround', 'Flee', False)
elif otherFish.getX() > self.getX(self.fishManager.gameObject.fishingSpot) and not (otherFish.movingRight):
otherFish.fsm.request('TurnAround', 'Flee', True)
else:
otherFish.fsm.request('Flee')
def updateBasedOnBehavior(self, dt, lurePos):
currentState = self.fsm.getCurrentOrNextState()
newX = self.getX()
newY = self.getY()
newZ = self.getZ()
for fish in self.closeFish:
if self.myData['size'] == 'small' and fish.myData['size'] == 'large':
if self.checkForEating(fish):
return None
self.avoidingFish = True
if fish.velocity[1] > 0.0 and fish.avoidingFish:
self.velocity[1] = -(FishingGlobals.fishAvoidYVelocity)
else:
self.velocity[1] = FishingGlobals.fishAvoidYVelocity
if abs(fish.getY() - self.getY()) > self.myData['collisionBoxSize'][1] + fish.myData['collisionBoxSize'][1]:
self.velocity[1] = 0.0
continue
if len(self.closeFish) == 0 and abs(self.getY()) > FishingGlobals.fishYTolerance:
self.avoidingFish = False
if self.getY() > 0:
self.velocity[1] = -(FishingGlobals.fishAvoidYVelocity)
else:
self.velocity[1] = FishingGlobals.fishAvoidYVelocity
elif len(self.closeFish) == 0 and abs(self.getY()) < FishingGlobals.fishYTolerance:
self.avoidingFish = False
self.velocity[1] = 0.0
self.setY(0.0)
newY = self.getY() + self.velocity[1] * dt + self.accel[1] * dt * dt
if currentState in [
'Swimming',
'TurnAround',
'Flee',
'ScareAway']:
if currentState == 'ScareAway':
(newX, newZ) = self.performScareAwayBehavior(dt, self.velocity, self.accel)
elif currentState == 'Flee':
(newX, newZ) = self.performFleeBehavior(dt, self.velocity, self.accel)
else:
(newX, newZ) = self.behaviorNameToFunction[self.myData['behaviorDict']['name']](dt, self.velocity, self.accel)
currentState = self.fsm.getCurrentOrNextState()
if newX < FishingGlobals.leftFishBarrier:
if currentState == 'ScareAway':
if newX < FishingGlobals.leftFishBarrier - FishingGlobals.fullyOffscreenXOffset:
self.fsm.request('Offscreen')
return None
elif currentState != 'TurnAround' and not (self.movingRight):
self.fsm.request('TurnAround', 'Swimming', True)
elif newX > FishingGlobals.rightFishBarrier:
if currentState != 'TurnAround' and self.movingRight:
self.fsm.request('TurnAround', 'Swimming', False)
newZ = min(max(FishingGlobals.fishingLevelBoundaries[len(FishingGlobals.fishingLevelBoundaries) - 1], newZ), self.fishManager.gameObject.waterLevel + FishingGlobals.fishSpawnBelowWaterLevelHeight)
self.setPos(newX, newY, newZ)
def checkForEating(self, fishThatWillEat):
if (self.getX() < fishThatWillEat.getX() or not (fishThatWillEat.movingRight) or self.getX() > fishThatWillEat.getX() or fishThatWillEat.movingRight) and self.fsm.getCurrentOrNextState() == 'Swimming' and fishThatWillEat.fsm.getCurrentOrNextState() == 'Swimming' and random.random() < 1.0:
self.fsm.request('BeingEaten', fishThatWillEat)
fishThatWillEat.fsm.request('Eating', self.weight)
return True
return False
def startIdleBubbleEffect(self):
self.idleBubbleEffect = FishIdleBubbleEffect.getEffect(unlimited = True)
if self.idleBubbleEffect:
self.idleBubbleEffect.reparentTo(self.mouthJoint)
self.idleBubbleEffect.setScale(1.0)
self.idleBubbleEffect.setHpr(0, 0, 0)
self.idleBubbleEffect.setLifespanBasedOnDepth(self.getPos(render))
self.idleBubbleEffect.setBubbleSizeBasedOnWeight(self.weight)
self.idleBubbleEffect.particleDummy.setBin('fishingGame', 5)
self.idleBubbleEffect.startLoop()
def stopIdleBubbleEffect(self):
if self.idleBubbleEffect:
self.idleBubbleEffect.stopLoop()
self.idleBubbleEffect = None
def startBiteBubbleEffect(self):
self.biteBubbleEffect = FishBitingBubbleEffect.getEffect(unlimited = True)
if self.biteBubbleEffect:
self.biteBubbleEffect.reparentTo(self.mouthJoint)
self.biteBubbleEffect.setScale(1.0)
self.biteBubbleEffect.setHpr(0, 0, 0)
self.biteBubbleEffect.setLifespanBasedOnDepth(self.getPos(render))
self.biteBubbleEffect.setBubbleSizeBasedOnWeight(self.weight)
self.biteBubbleEffect.particleDummy.setBin('fishingGame', 5)
self.biteBubbleEffect.play()
def stopBiteBubbleEffect(self):
if self.biteBubbleEffect:
self.biteBubbleEffect.stopLoop()
self.biteBubbleEffect = None
def startFightBubbleEffect(self):
self.fightBubbleEffect = FishFightingHookedBubbleEffect.getEffect(unlimited = True)
if self.fightBubbleEffect:
self.fightBubbleEffect.reparentTo(self.mouthJoint)
self.fightBubbleEffect.setScale(1.0)
self.fightBubbleEffect.setHpr(0, 0, 0)
self.fightBubbleEffect.setLifespanBasedOnDepth(self.getPos(render))
self.fightBubbleEffect.setBubbleSizeBasedOnWeight(self.weight)
self.fightBubbleEffect.particleDummy.setBin('fishingGame', 5)
self.fightBubbleEffect.startLoop()
def stopFightBubbleEffect(self):
if self.fightBubbleEffect:
self.fightBubbleEffect.stopLoop()
self.fightBubbleEffect = None
def performStraightBehavior(self, dt, velocity, accel):
newX = self.getX() + velocity[0] * dt + accel[0] * dt * dt
newZ = self.getZ() + velocity[2] * dt + accel[2] * dt * dt
return (newX, newZ)
def performSineStraightBehavior(self, dt, velocity, accel):
self.sineDtAccumulator += dt
newX = self.getX() + velocity[0] * dt + accel[0] * dt * dt
newZ = self.myZ + math.sin(self.sineDtAccumulator) * self.myData['behaviorDict']['sineMultiplier']
return (newX, newZ)
def performScareAwayBehavior(self, dt, velocity, accel):
newX = self.getX() + velocity[0] * FishingGlobals.scareAwayVelocityMultiplier * dt + accel[0] * dt * dt
newZ = self.getZ() + velocity[2] * FishingGlobals.scareAwayVelocityMultiplier * dt + accel[2] * dt * dt
return (newX, newZ)
def performFleeBehavior(self, dt, velocity, accel):
newX = self.getX() + velocity[0] * FishingGlobals.fleeVelocityMultiplier * dt + accel[0] * dt * dt
newZ = self.getZ() + velocity[2] * FishingGlobals.fleeVelocityMultiplier * dt + accel[2] * dt * dt
return (newX, newZ)
def performErraticBehavior(self, dt, velocity, accel):
self.erraticDtAccumulator += dt
self.sineDtAccumulator += dt
newX = self.getX() + velocity[0] * dt + accel[0] * dt * dt
newZ = self.myZ + math.sin(self.sineDtAccumulator) * self.myData['behaviorDict']['sineMultiplier']
if self.erraticDtAccumulator > self.myData['behaviorDict']['secondsBetweenChanges']:
self.erraticDtAccumulator = 0
if random.random() < self.myData['behaviorDict']['chanceOfTurning']:
if self.fsm.getCurrentOrNextState() != 'TurnAround':
self.fsm.request('TurnAround', 'Swimming', not (self.movingRight))
return (newX, newZ)
def showAttractionCollisionVisuals(self):
if FishingGlobals.wantDebugCollisionVisuals:
self.attractionVisual.show()
def hideAttractionCollisionVisuals(self):
if FishingGlobals.wantDebugCollisionVisuals:
self.attractionVisual.hide()
def showAvoidanceCollisionVisuals(self):
if FishingGlobals.wantDebugCollisionVisuals:
self.collisionVisual.show()
def hideAvoidanceCollisionVisuals(self):
if FishingGlobals.wantDebugCollisionVisuals:
self.collisionVisual.hide()
