def applyGroundFriction(self):
startSlowdownSidewaysPosition = self.startSlowdownSidewaysPosition
speedAtMaxSidewaysPosition = self.speedAtMaxSidewaysPosition
speedAtStartSlowdownSidewaysPosition = self.speedAtStartSlowdownSidewaysPosition
maxSidewaysPosition = self.maxSidewaysPosition
absoluteSidewaysPosition = math.fabs(self.getSidewaysPosition())
segmentPositionComponents = math.modf(self.segmentPosition)
lastSegmentPositionComponents = math.modf(self.lastSegmentPosition)
if absoluteSidewaysPosition > 0.725 and absoluteSidewaysPosition < 1.15:
if segmentPositionComponents[0] < lastSegmentPositionComponents[0]:
SoundServer.getInstance().playBump()
if absoluteSidewaysPosition > startSlowdownSidewaysPosition:
forcedSpeed = speedAtStartSlowdownSidewaysPosition + (
speedAtMaxSidewaysPosition -
speedAtStartSlowdownSidewaysPosition) / (
maxSidewaysPosition - startSlowdownSidewaysPosition
) * (absoluteSidewaysPosition - startSlowdownSidewaysPosition)
currentSpeed = self.getSpeed()
if currentSpeed > forcedSpeed:
self.engine.setSpeed(currentSpeed - 0.01)
def addComputerCar(self,segmentPosition,sidewaysPosition,currentLane,speed,carAppearance): newLogicalCar=ComputerCarRepresentation(self) newLogicalCar.setSegmentPosition(segmentPosition) newLogicalCar.setSidewaysPosition(sidewaysPosition) newLogicalCar.setCurrentLane(currentLane) newLogicalCar.setSpeed(speed) newLogicalCar.setTrackSegments(self.segments) self.logicalCarRepresentations.append(newLogicalCar) newLogicalCar.setCarNumber(len(self.logicalCarRepresentations)) SoundServer.getInstance().startEngine(newLogicalCar.getCarNumber()) newLogicalCar.setVisualPeer(self.visualTrackSession.addCar(carAppearance,False)) return newLogicalCar
def addPlayerCar(self,segmentPosition,sidewaysPosition,speed,carAppearance): newLogicalCar=PlayerCarRepresentation(self) newLogicalCar.setSegmentPosition(segmentPosition) newLogicalCar.setSidewaysPosition(sidewaysPosition) newLogicalCar.setSpeed(speed) newLogicalCar.setTrackSegments(self.segments) newLogicalCar.setDriver(KeyboardDriver()) self.logicalCarRepresentations.append(newLogicalCar) newLogicalCar.setCarNumber(len(self.logicalCarRepresentations)) SoundServer.getInstance().startEngine(newLogicalCar.getCarNumber()) SoundServer.getInstance().setEngineVolume(newLogicalCar.getCarNumber(),1.0) newLogicalCar.setVisualPeer(self.visualTrackSession.addCar(carAppearance,True)) return newLogicalCar
def advanceTime(self): if self.ticks%60==0: self.currentLight=self.currentLight+1 if self.currentLight>0: if self.currentLight>1: self.visualTrackSession.setStartingLight(self.currentLight-1,False) self.visualTrackSession.setStartingLight(self.currentLight,True) if self.currentLight==4: SoundServer.getInstance().playLowPitchedHorn() self.endOfLife=True else: SoundServer.getInstance().playHighPitchedHorn() self.ticks=self.ticks+1
def addComputerCar(self, segmentPosition, sidewaysPosition, currentLane,
speed, carAppearance):
newLogicalCar = ComputerCarRepresentation(self)
newLogicalCar.setSegmentPosition(segmentPosition)
newLogicalCar.setSidewaysPosition(sidewaysPosition)
newLogicalCar.setCurrentLane(currentLane)
newLogicalCar.setSpeed(speed)
newLogicalCar.setTrackSegments(self.segments)
self.logicalCarRepresentations.append(newLogicalCar)
newLogicalCar.setCarNumber(len(self.logicalCarRepresentations))
SoundServer.getInstance().startEngine(newLogicalCar.getCarNumber())
newLogicalCar.setVisualPeer(
self.visualTrackSession.addCar(carAppearance, False))
return newLogicalCar
def advanceTime(self): if self.ticks%self.toggleVisibilityTicks==0: SoundServer.getInstance().playHighBeep() if self.visible==True: self.hide() self.visible=False else: self.show() self.visible=True self.ticks=self.ticks+1 if self.ticks==self.toggleVisibilityTicks*10: self.endOfLife=True
def advanceTime(self):
self.visualSession.advanceTime()
self.ticks=self.ticks+1
if self.ticks==10*60:
self.setDestination("highscores")
self.closeSession()
else:
space=self.keyboardHandler.getSpaceStatus()
if space==1:
SoundServer.getInstance().stopMusic()
self.setDestination("qualifying")
self.keyboardHandler.clearSpaceStatus()
self.closeSession()
def advanceTime(self):
self.visualSession.advanceTime()
self.ticks = self.ticks + 1
if self.ticks == 10 * 60:
self.setDestination("highscores")
self.closeSession()
else:
space = self.keyboardHandler.getSpaceStatus()
if space == 1:
SoundServer.getInstance().stopMusic()
self.setDestination("qualifying")
self.keyboardHandler.clearSpaceStatus()
self.closeSession()
def advanceTime(self):
if self.ticks % 60 == 0:
self.currentLight = self.currentLight + 1
if self.currentLight > 0:
if self.currentLight > 1:
self.visualTrackSession.setStartingLight(
self.currentLight - 1, False)
self.visualTrackSession.setStartingLight(
self.currentLight, True)
if self.currentLight == 4:
SoundServer.getInstance().playLowPitchedHorn()
self.endOfLife = True
else:
SoundServer.getInstance().playHighPitchedHorn()
self.ticks = self.ticks + 1
def __init__(self, score, topScore, topSpeed, fastestLapTimeSeconds,
fastestLapTimeMilliseconds, whereFrom):
self.initialsEntryActive = False
self.viewingOnlyActive = False
self.score = score
self.ticks = 0
self.topScore = 0
self.keyboardHandler = KeyboardHandler.getInstance()
self.confirmedInitials = ''
if whereFrom == "titlescreen":
destination = "titlescreen"
else:
destination = "gameover"
super(HighScoreSession, self).__init__()
self.loadScores()
tablePosition = self.getTablePosition(score)
self.tablePosition = tablePosition
if tablePosition is None:
self.createVisualSession(VisualHighScoreSessionType.viewingOnly)
self.startViewingOnly()
self.viewingOnlyActive = True
elif tablePosition < 7:
self.createVisualSession(
VisualHighScoreSessionType.prizeWinnersInitialsEntry)
self.startInitialsEntry(6, score, tablePosition)
else:
self.createVisualSession(
VisualHighScoreSessionType.normalInitialsEntry)
self.startInitialsEntry(8, score, tablePosition)
self.setTopScore(topScore)
self.setScore(score)
self.setLapTime(fastestLapTimeSeconds, fastestLapTimeMilliseconds)
self.setSpeed(topSpeed)
SoundServer.getInstance().playMusic()
self.countingDownToClose = False
self.setOutcome({
"sessiontype": SessionType.highScoreTable,
"score": self.score,
"destination": destination
})
def addPlayerCar(self, segmentPosition, sidewaysPosition, speed,
carAppearance):
newLogicalCar = PlayerCarRepresentation(self)
newLogicalCar.setSegmentPosition(segmentPosition)
newLogicalCar.setSidewaysPosition(sidewaysPosition)
newLogicalCar.setSpeed(speed)
newLogicalCar.setTrackSegments(self.segments)
newLogicalCar.setDriver(KeyboardDriver())
self.logicalCarRepresentations.append(newLogicalCar)
newLogicalCar.setCarNumber(len(self.logicalCarRepresentations))
SoundServer.getInstance().startEngine(newLogicalCar.getCarNumber())
SoundServer.getInstance().setEngineVolume(newLogicalCar.getCarNumber(),
1.0)
newLogicalCar.setVisualPeer(
self.visualTrackSession.addCar(carAppearance, True))
return newLogicalCar
def closeSession(self):
soundServer = SoundServer.getInstance()
for carRepresentation in self.logicalCarRepresentations:
soundServer.stopEngine(carRepresentation.getCarNumber())
self.setSessionLifecyclePoint(SessionLifecyclePoint.closing)
self.visualTrackSession.closeSession()
self.setSessionLifecyclePoint(SessionLifecyclePoint.closed)
def closeSession(self): soundServer=SoundServer.getInstance() for carRepresentation in self.logicalCarRepresentations: soundServer.stopEngine(carRepresentation.getCarNumber()) self.setSessionLifecyclePoint(SessionLifecyclePoint.closing) self.visualTrackSession.closeSession() self.setSessionLifecyclePoint(SessionLifecyclePoint.closed)
def __init__(self,score,topScore,topSpeed,fastestLapTimeSeconds,fastestLapTimeMilliseconds,whereFrom):
self.initialsEntryActive=False
self.viewingOnlyActive=False
self.score=score
self.ticks=0
self.topScore=0
self.keyboardHandler=KeyboardHandler.getInstance()
self.confirmedInitials=''
if whereFrom=="titlescreen":
destination="titlescreen"
else:
destination="gameover"
super(HighScoreSession, self).__init__()
self.loadScores()
tablePosition=self.getTablePosition(score)
self.tablePosition=tablePosition
if tablePosition is None:
self.createVisualSession(VisualHighScoreSessionType.viewingOnly)
self.startViewingOnly()
self.viewingOnlyActive=True
elif tablePosition<7:
self.createVisualSession(VisualHighScoreSessionType.prizeWinnersInitialsEntry)
self.startInitialsEntry(6,score,tablePosition)
else:
self.createVisualSession(VisualHighScoreSessionType.normalInitialsEntry)
self.startInitialsEntry(8,score,tablePosition)
self.setTopScore(topScore)
self.setScore(score)
self.setLapTime(fastestLapTimeSeconds,fastestLapTimeMilliseconds)
self.setSpeed(topSpeed)
SoundServer.getInstance().playMusic()
self.countingDownToClose=False
self.setOutcome({"sessiontype":SessionType.highScoreTable,
"score":self.score,
"destination":destination})
def __init__(self): self.setSessionLifecyclePoint(SessionLifecyclePoint.initialising) self.visualSession=VisualTitleScreenSession() self.setSessionLifecyclePoint(SessionLifecyclePoint.running) self.ticks=0 self.keyboardHandler=KeyboardHandler.getInstance() soundServer=SoundServer.getInstance() if not soundServer.isMusicPlaying(): soundServer.playMusic()
def advanceTime(self):
colourIndex=self.ticks%6
r,g,b=self.cyclingColours[colourIndex]
self.setPassingBonusColour(r,g,b)
if self.ticksUntilNextCountdownNumberChange==0:
if self.currentCountdownNumber==0:
self.endOfLife=True
else:
SoundServer.getInstance().playHighBeep()
self.currentCountdownNumber=self.currentCountdownNumber-1
self.ticksUntilNextCountdownNumberChange=self.ticksPerCountdownNumber
self.setPassingBonusValue('50x'+str(self.currentCountdownNumber))
self.visualTrackSession.addEvent(self.visualTrackSession.passingBonusScoreUpdateEvent,
{"currentcountdownnumber":self.currentCountdownNumber,
"startcountdownnumber":self.startCountdownNumber})
self.ticks=self.ticks+1
self.ticksUntilNextCountdownNumberChange=self.ticksUntilNextCountdownNumberChange-1
def __init__(self):
self.setSessionLifecyclePoint(SessionLifecyclePoint.initialising)
self.visualSession = VisualTitleScreenSession()
self.setSessionLifecyclePoint(SessionLifecyclePoint.running)
self.ticks = 0
self.keyboardHandler = KeyboardHandler.getInstance()
soundServer = SoundServer.getInstance()
if not soundServer.isMusicPlaying():
soundServer.playMusic()
def applyGroundFriction(self): startSlowdownSidewaysPosition=self.startSlowdownSidewaysPosition speedAtMaxSidewaysPosition=self.speedAtMaxSidewaysPosition speedAtStartSlowdownSidewaysPosition=self.speedAtStartSlowdownSidewaysPosition maxSidewaysPosition=self.maxSidewaysPosition absoluteSidewaysPosition=math.fabs(self.getSidewaysPosition()) segmentPositionComponents=math.modf(self.segmentPosition) lastSegmentPositionComponents=math.modf(self.lastSegmentPosition) if absoluteSidewaysPosition>0.725 and absoluteSidewaysPosition<1.15: if segmentPositionComponents[0]<lastSegmentPositionComponents[0]: SoundServer.getInstance().playBump() if absoluteSidewaysPosition>startSlowdownSidewaysPosition: forcedSpeed=speedAtStartSlowdownSidewaysPosition+(speedAtMaxSidewaysPosition-speedAtStartSlowdownSidewaysPosition)/(maxSidewaysPosition-startSlowdownSidewaysPosition)*(absoluteSidewaysPosition-startSlowdownSidewaysPosition) currentSpeed=self.getSpeed() if currentSpeed>forcedSpeed: self.engine.setSpeed(currentSpeed-0.01)
def advanceTime(self):
if self.ticks == 240:
self.visualTrackSession.setStartingLight(4, True)
self.endOfLife = True
SoundServer.getInstance().playHighPitchedHorn()
self.ticks = self.ticks + 1
def explode(self):
super(PlayerCarRepresentation, self).explode()
self.preExplosionSteering = self.driver.getSteering()
SoundServer.getInstance().playExplosion()
self.trackSession.setSpeedLimit(0.25)
def explode(self): super(PlayerCarRepresentation, self).explode() self.preExplosionSteering=self.driver.getSteering() SoundServer.getInstance().playExplosion() self.trackSession.setSpeedLimit(0.25)
def advanceCars(self): soundServer=SoundServer.getInstance() for carRepresentation in self.logicalCarRepresentations: carRepresentation.move() carWorldPosition=TrackGeometry.getWorldPositionByTrackPosition(self.getSegments(), carRepresentation.getSegmentPosition(), carRepresentation.getSidewaysPosition()) carRepresentation.getVisualPeer().setPos(carWorldPosition["xpos"],carWorldPosition["ypos"],0) currentSegmentComponents=math.modf(carRepresentation.getSegmentPosition()) distanceThroughCurrentSegment=currentSegmentComponents[0] currentSegmentIndex=int(math.floor(carRepresentation.getSegmentPosition())) nextSegmentIndex=currentSegmentIndex+1 if nextSegmentIndex>len(self.segments)-1: nextSegmentIndex=nextSegmentIndex-len(self.segments) currentSegmentVector=self.segments[currentSegmentIndex].getVector() nextSegmentVector=self.segments[nextSegmentIndex].getVector() interpolatedX=currentSegmentVector.getX()+(nextSegmentVector.getX()-currentSegmentVector.getX())*distanceThroughCurrentSegment interpolatedY=currentSegmentVector.getY()+(nextSegmentVector.getY()-currentSegmentVector.getY())*distanceThroughCurrentSegment heading=self.convertVectorToDegreesRotation(Geometry.Point(interpolatedX,interpolatedY)) heading=heading+270.0 if heading>360.0: heading=heading-360.0 if carRepresentation is self.getPlayerCar(): pitch=carRepresentation.getEngine().getRevs()/6000+0.4 SoundServer.getInstance().setEnginePitch(carRepresentation.getCarNumber(),pitch) heading=heading-(float)(carRepresentation.getSteering())*20 if heading>360: heading=heading-360 elif heading<0: heading=heading+360 else: pitch=carRepresentation.getSpeed()*2+0.4 soundServer.setEnginePitch(carRepresentation.getCarNumber(),pitch) distance=carRepresentation.getPlayerDistance() volume=(10.0-distance)/10.0 soundServer.setEngineVolume(carRepresentation.getCarNumber(),volume) balance=self.getCameraCar().getSidewaysPosition()-carRepresentation.getSidewaysPosition() if balance<-1.0: balance=-1.0 elif balance>1.0: balance=1.0 soundServer.setEngineBalance(carRepresentation.getCarNumber(),balance) carRepresentation.getVisualPeer().setH(heading) playerCar=self.getPlayerCar() if playerCar is not None: playerCar.detectCollisions() playerCar.detectSceneryCollisions() if self.overtakeTrackingEnabled: playerSegmentPosition=playerCar.getSegmentPosition() playerLastSegmentPosition=playerCar.getLastSegmentPosition() if playerSegmentPosition>playerLastSegmentPosition: for car in self.getLogicalCarRepresentations(): if car is not playerCar: if not car.getLastMoveWasWrap(): computerSegmentPosition=car.getSegmentPosition() computerLastSegmentPosition=car.getLastSegmentPosition() if computerSegmentPosition>computerLastSegmentPosition: if playerLastSegmentPosition<computerLastSegmentPosition and playerSegmentPosition>computerSegmentPosition: self.carsPassed=self.carsPassed+1 if playerLastSegmentPosition>computerLastSegmentPosition and playerSegmentPosition<computerSegmentPosition: self.carsPassed=self.carsPassed-1
def advanceCars(self):
soundServer = SoundServer.getInstance()
for carRepresentation in self.logicalCarRepresentations:
carRepresentation.move()
carWorldPosition = TrackGeometry.getWorldPositionByTrackPosition(
self.getSegments(), carRepresentation.getSegmentPosition(),
carRepresentation.getSidewaysPosition())
carRepresentation.getVisualPeer().setPos(carWorldPosition["xpos"],
carWorldPosition["ypos"],
0)
currentSegmentComponents = math.modf(
carRepresentation.getSegmentPosition())
distanceThroughCurrentSegment = currentSegmentComponents[0]
currentSegmentIndex = int(
math.floor(carRepresentation.getSegmentPosition()))
nextSegmentIndex = currentSegmentIndex + 1
if nextSegmentIndex > len(self.segments) - 1:
nextSegmentIndex = nextSegmentIndex - len(self.segments)
currentSegmentVector = self.segments[
currentSegmentIndex].getVector()
nextSegmentVector = self.segments[nextSegmentIndex].getVector()
interpolatedX = currentSegmentVector.getX() + (
nextSegmentVector.getX() -
currentSegmentVector.getX()) * distanceThroughCurrentSegment
interpolatedY = currentSegmentVector.getY() + (
nextSegmentVector.getY() -
currentSegmentVector.getY()) * distanceThroughCurrentSegment
heading = self.convertVectorToDegreesRotation(
Geometry.Point(interpolatedX, interpolatedY))
heading = heading + 270.0
if heading > 360.0:
heading = heading - 360.0
if carRepresentation is self.getPlayerCar():
pitch = carRepresentation.getEngine().getRevs() / 6000 + 0.4
SoundServer.getInstance().setEnginePitch(
carRepresentation.getCarNumber(), pitch)
heading = heading - (float)(
carRepresentation.getSteering()) * 20
if heading > 360:
heading = heading - 360
elif heading < 0:
heading = heading + 360
else:
pitch = carRepresentation.getSpeed() * 2 + 0.4
soundServer.setEnginePitch(carRepresentation.getCarNumber(),
pitch)
distance = carRepresentation.getPlayerDistance()
volume = (10.0 - distance) / 10.0
soundServer.setEngineVolume(carRepresentation.getCarNumber(),
volume)
balance = self.getCameraCar().getSidewaysPosition(
) - carRepresentation.getSidewaysPosition()
if balance < -1.0:
balance = -1.0
elif balance > 1.0:
balance = 1.0
soundServer.setEngineBalance(carRepresentation.getCarNumber(),
balance)
carRepresentation.getVisualPeer().setH(heading)
playerCar = self.getPlayerCar()
if playerCar is not None:
playerCar.detectCollisions()
playerCar.detectSceneryCollisions()
if self.overtakeTrackingEnabled:
playerSegmentPosition = playerCar.getSegmentPosition()
playerLastSegmentPosition = playerCar.getLastSegmentPosition()
if playerSegmentPosition > playerLastSegmentPosition:
for car in self.getLogicalCarRepresentations():
if car is not playerCar:
if not car.getLastMoveWasWrap():
computerSegmentPosition = car.getSegmentPosition(
)
computerLastSegmentPosition = car.getLastSegmentPosition(
)
if computerSegmentPosition > computerLastSegmentPosition:
if playerLastSegmentPosition < computerLastSegmentPosition and playerSegmentPosition > computerSegmentPosition:
self.carsPassed = self.carsPassed + 1
if playerLastSegmentPosition > computerLastSegmentPosition and playerSegmentPosition < computerSegmentPosition:
self.carsPassed = self.carsPassed - 1
def advanceTime(self): if self.ticks==240: self.visualTrackSession.setStartingLight(4,True) self.endOfLife=True SoundServer.getInstance().playHighPitchedHorn() self.ticks=self.ticks+1