public void Init()
{
listTranslation = new List <Translation>();
currentTranslation = null;
startPosOverride = null;
state = State.idle;
fLerp = 0;
}
public void Play(string _name, State _mode, bool bFromCurPos)
{
if (bFromCurPos)
{
startPosOverride = new Translation.KeyPose(trHandled.position, trHandled.rotation, null);
}
SetCurrent(_name);
PlayCurrent(_mode);
}
private void ComputeTranslationSector()
{
vFrom = (startPosOverride != null) ? startPosOverride.Position : currentTranslation.listKeyPoses[currentTranslation.iCurrentKeyPose].Position;
keyPosToFollow = currentTranslation.listKeyPoses[currentTranslation.iCurrentKeyPose + (int)state];
vTo = currentTranslation.listKeyPoses[currentTranslation.iCurrentKeyPose + (int)state].Position;
fSpeed = currentTranslation.speed / Vector3.Magnitude(vFrom - vTo);
}
private void UpdateTranslation()
{
if (bFollow)
{
ComputeTranslationSector();
}
fLerp += Time.unscaledDeltaTime * fSpeed;
trHandled.position = Vector3.Lerp(vFrom, vTo, fLerp);
Quaternion qFrom = (startPosOverride != null) ? startPosOverride.rotation : currentTranslation.listKeyPoses[currentTranslation.iCurrentKeyPose].rotation;
Quaternion qTo = currentTranslation.listKeyPoses[currentTranslation.iCurrentKeyPose + (int)state].rotation;
trHandled.rotation = Quaternion.Lerp(qFrom, qTo, fLerp);
if (fLerp >= 1)
{
if (startPosOverride != null)
{
startPosOverride = null;
}
currentTranslation.iCurrentKeyPose += (int)state;
if ((currentTranslation.iCurrentKeyPose >= currentTranslation.listKeyPoses.Count - 1) || (currentTranslation.iCurrentKeyPose <= 0)) // Si la Translation est terminée
{
state = State.idle;
}
else // Si la translation n'est pas terminée
{
fLerp = 0;
ComputeTranslationSector();
}
}
}
