private void handleFinishedPose() {
if (incrementCurrentPose()) // increments pose and returns true if finished sequence
{
setNextSequence(theEntity.getAnimation());
}
updateCurrentPoseArrays();
setNextPoseModel();
}
public void performJabelarAnimations(float parPartialTicks) {
// JurassiCraft.instance.getLogger().debug("FPS = " + Minecraft.getDebugFPS() + " and
// current sequence = " + currentSequence + " and current pose = " + this.currentPose + " and
// current tick = " + this.currentTickInTween + " out of " + numTicksInTween + " and entity
// ticks existed = " + theEntity.ticksExisted + " and partial ticks = " + partialTicks);
performBloodSpurt();
// Allow interruption of the animation if it is a new animation and not currently dying
if (theEntity.getAnimation() != currentSequence && currentSequence != Animations.DYING.get()) {
setNextSequence(theEntity.getAnimation());
}
performNextTweenTick();
partialTicks =
parPartialTicks; // need to update this after the call because entity ticks are updated one
// call after partial ticks
}
// boolean returned indicates if sequence was finished
public boolean incrementCurrentPose() {
boolean finishedSequence = false;
// increment current sequence step
currentPose++;
// check if finished sequence
if (currentPose >= numPosesInSequence) {
Animations animation = Animations.getAnimation(theEntity.getAnimation());
if (animation != null && animation.shouldHold()) // hold last dying pose indefinitely
{
currentPose--;
} else {
currentPose = 0;
finishedSequence = true;
}
}
// JurassiCraft.instance.getLogger().debug("Next pose is pose = " + currentPose);
return finishedSequence;
}
private void init(DinosaurModel parModel) {
initSequence(theEntity.getAnimation());
// JurassiCraft.instance.getLogger().info("Initializing to animation sequence = " +
// currentSequence);
initPoseModel();
initTweenTicks();
// copy passed in model into a model renderer array
// NOTE: this is the array you will actually animate
theModelRendererArray = convertPassedInModelToModelRendererArray(parModel);
// initialize the current pose arrays to match the model renderer array
currentRotationArray = new float[numParts][3];
currentPositionArray = new float[numParts][3];
currentOffsetArray = new float[numParts][3];
updateCurrentPoseArrays();
// initialize the increment arrays to match difference between current and next pose
rotationIncrementArray = new float[numParts][3];
positionIncrementArray = new float[numParts][3];
offsetIncrementArray = new float[numParts][3];
updateIncrementArrays();
}