def walkInPlace(self, avatar, lane, place, time):
place = min(place, len(self.posHprArray[lane]) - 1)
posH = self.posHprArray[lane][place]
def startWalk(task):
task.avatar.setAnimState('walk', 1)
return Task.done
startWalkTask = Task(startWalk, 'startWalk-' + str(lane))
startWalkTask.avatar = avatar
def stopWalk(task, raceBoard=self.raceBoard, posH=posH):
task.avatar.setAnimState('neutral', 1)
if raceBoard.isEmpty():
task.avatar.setPosHpr(0, 0, 0, 0, 0, 0)
else:
task.avatar.setPosHpr(raceBoard, posH[0], posH[1], posH[2],
posH[3], 0, 0)
return Task.done
stopWalkTask = Task(stopWalk, 'stopWalk-' + str(lane))
stopWalkTask.avatar = avatar
walkTask = Task.sequence(
startWalkTask,
avatar.lerpPosHpr(posH[0],
posH[1],
posH[2],
posH[3],
0,
0,
time,
other=self.raceBoard), stopWalkTask)
taskMgr.add(walkTask, 'walkAvatar-' + str(lane))
def runInPlace(self, avatar, lane, currentPlace, newPlace, time):
place = min(newPlace, len(self.posHprArray[lane]) - 1)
step = (place - currentPlace) / 3
pos1 = self.posHprArray[lane][currentPlace + step]
pos2 = self.posHprArray[lane][currentPlace + 2 * step]
pos3 = self.posHprArray[lane][place]
def startRun(task):
task.avatar.setAnimState('run', 1)
return Task.done
startRunTask = Task(startRun, 'startRun-' + str(lane))
startRunTask.avatar = avatar
def stopRun(task, raceBoard=self.raceBoard, pos3=pos3):
task.avatar.setAnimState('neutral', 1)
task.avatar.setPosHpr(raceBoard, pos3[0], pos3[1], pos3[2],
pos3[3], 0, 0)
return Task.done
stopRunTask = Task(stopRun, 'stopRun-' + str(lane))
stopRunTask.avatar = avatar
runTask = Task.sequence(
startRunTask,
avatar.lerpPosHpr(pos1[0],
pos1[1],
pos1[2],
pos1[3],
0,
0,
time / 3.0,
other=self.raceBoard),
avatar.lerpPosHpr(pos2[0],
pos2[1],
pos2[2],
pos2[3],
0,
0,
time / 3.0,
other=self.raceBoard),
avatar.lerpPosHpr(pos3[0],
pos3[1],
pos3[2],
pos3[3],
0,
0,
time / 3.0,
other=self.raceBoard), stopRunTask)
taskMgr.add(runTask, 'runAvatar-' + str(lane))
def walkInPlace(self, avatar, lane, place, time):
# Put the avatar in lane and place specified
# Clamp the place to the length of the lane
place = min(place, len(self.posHprArray[lane]) - 1)
posH = self.posHprArray[lane][place]
def startWalk(task):
task.avatar.setAnimState("walk", 1)
return Task.done
startWalkTask = Task(startWalk, "startWalk-" + str(lane))
startWalkTask.avatar = avatar
def stopWalk(task, raceBoard=self.raceBoard, posH=posH):
task.avatar.setAnimState("neutral", 1)
if raceBoard.isEmpty():
task.avatar.setPosHpr(0, 0, 0, 0, 0, 0)
else:
task.avatar.setPosHpr(raceBoard, posH[0], posH[1], posH[2],
posH[3], 0, 0)
return Task.done
stopWalkTask = Task(stopWalk, "stopWalk-" + str(lane))
stopWalkTask.avatar = avatar
walkTask = Task.sequence(
startWalkTask,
avatar.lerpPosHpr(
posH[0],
posH[1],
posH[2],
posH[3],
0,
0,
time, # seconds
other=self.raceBoard),
stopWalkTask,
)
taskMgr.add(walkTask, "walkAvatar-" + str(lane))
def runInPlace(self, avatar, lane, currentPlace, newPlace, time):
place = min(newPlace, len(self.posHprArray[lane]) - 1)
step = (place - currentPlace) / 3
pos1 = self.posHprArray[lane][currentPlace + step]
pos2 = self.posHprArray[lane][currentPlace + 2 * step]
pos3 = self.posHprArray[lane][place]
def startRun(task):
task.avatar.setAnimState('run', 1)
return Task.done
startRunTask = Task(startRun, 'startRun-' + str(lane))
startRunTask.avatar = avatar
def stopRun(task, raceBoard = self.raceBoard, pos3 = pos3):
task.avatar.setAnimState('neutral', 1)
task.avatar.setPosHpr(raceBoard, pos3[0], pos3[1], pos3[2], pos3[3], 0, 0)
return Task.done
stopRunTask = Task(stopRun, 'stopRun-' + str(lane))
stopRunTask.avatar = avatar
runTask = Task.sequence(startRunTask, avatar.lerpPosHpr(pos1[0], pos1[1], pos1[2], pos1[3], 0, 0, time / 3.0, other=self.raceBoard), avatar.lerpPosHpr(pos2[0], pos2[1], pos2[2], pos2[3], 0, 0, time / 3.0, other=self.raceBoard), avatar.lerpPosHpr(pos3[0], pos3[1], pos3[2], pos3[3], 0, 0, time / 3.0, other=self.raceBoard), stopRunTask)
taskMgr.add(runTask, 'runAvatar-' + str(lane))
def walkInPlace(self, avatar, lane, place, time):
place = min(place, len(self.posHprArray[lane]) - 1)
posH = self.posHprArray[lane][place]
def startWalk(task):
task.avatar.setAnimState('walk', 1)
return Task.done
startWalkTask = Task(startWalk, 'startWalk-' + str(lane))
startWalkTask.avatar = avatar
def stopWalk(task, raceBoard = self.raceBoard, posH = posH):
task.avatar.setAnimState('neutral', 1)
if raceBoard.isEmpty():
task.avatar.setPosHpr(0, 0, 0, 0, 0, 0)
else:
task.avatar.setPosHpr(raceBoard, posH[0], posH[1], posH[2], posH[3], 0, 0)
return Task.done
stopWalkTask = Task(stopWalk, 'stopWalk-' + str(lane))
stopWalkTask.avatar = avatar
walkTask = Task.sequence(startWalkTask, avatar.lerpPosHpr(posH[0], posH[1], posH[2], posH[3], 0, 0, time, other=self.raceBoard), stopWalkTask)
taskMgr.add(walkTask, 'walkAvatar-' + str(lane))
def runInPlace(self, avatar, lane, currentPlace, newPlace, time):
# Put the avatar in lane and place specified
# Clamp the place to the length of the lane
place = min(newPlace, len(self.posHprArray[lane]) - 1)
# we need to approximate the curve of the track
# better by using more sample points
step = (place - currentPlace) / 3
pos1 = self.posHprArray[lane][currentPlace + step]
pos2 = self.posHprArray[lane][currentPlace + 2 * step]
pos3 = self.posHprArray[lane][place]
def startRun(task):
task.avatar.setAnimState("run", 1)
return Task.done
startRunTask = Task(startRun, "startRun-" + str(lane))
startRunTask.avatar = avatar
def stopRun(task, raceBoard=self.raceBoard, pos3=pos3):
task.avatar.setAnimState("neutral", 1)
task.avatar.setPosHpr(raceBoard, pos3[0], pos3[1], pos3[2],
pos3[3], 0, 0)
return Task.done
stopRunTask = Task(stopRun, "stopRun-" + str(lane))
stopRunTask.avatar = avatar
runTask = Task.sequence(
startRunTask,
avatar.lerpPosHpr(
pos1[0],
pos1[1],
pos1[2],
pos1[3],
0,
0,
time / 3., # seconds
other=self.raceBoard),
avatar.lerpPosHpr(
pos2[0],
pos2[1],
pos2[2],
pos2[3],
0,
0,
time / 3., # seconds
other=self.raceBoard),
avatar.lerpPosHpr(
pos3[0],
pos3[1],
pos3[2],
pos3[3],
0,
0,
time / 3., # seconds
other=self.raceBoard),
stopRunTask,
)
taskMgr.add(runTask, "runAvatar-" + str(lane))