public static void Update()
{
// Update anims on the active list
for (int animBaseIndex = m_animList.Count - 1; animBaseIndex >= 0; animBaseIndex--)
{
AnimBase animBase = m_animList[animBaseIndex];
if (animBase.GetElapsedTime() < animBase.m_animStartDelay)
{
continue;
}
if (animBase.GetType() == typeof(Spawn))
{
Spawn spawn = (Spawn)animBase;
bool bSpawnAnimsComplete = true;
for (int animIndex = spawn.m_anims.Count - 1; animIndex >= 0; animIndex--)
{
Anim anim = spawn.m_anims[animIndex];
if (anim.targetObj == null)
{
Debug.Log("Warning! Animation target has become null! Removing associated anim.");
spawn.m_anims.RemoveAt(animIndex);
continue;
}
// Set anim start time
if (anim.initTime < 0)
{
anim.initTime = Time.time;
}
// Check for anim start delay
if (anim.GetElapsedTime() < anim.startDelay)
{
bSpawnAnimsComplete = false;
continue;
}
if (spawn.m_animDelegate != null)
{
spawn.m_animDelegate.AnimCallback(spawn.m_id, AnimState.Update, spawn.GetElapsedTime());
}
// Call update method for the appropriate anim type
// All anims will be updated simultaneously in Spawn anim type
if (anim.GetType() == typeof(MoveTo))
{
bSpawnAnimsComplete &= UpdateMoveAnim((MoveTo)anim);
}
if (anim.GetType() == typeof(RotateTo))
{
bSpawnAnimsComplete &= UpdateRotateAnim((RotateTo)anim);
}
if (anim.GetType() == typeof(UnityAnim))
{
bSpawnAnimsComplete &= UpdateUnityAnim((UnityAnim)anim);
}
// if(anim.GetType() == typeof(PrefabAnim))
// bSpawnAnimsComplete &= UpdatePrefabAnim((PrefabAnim)anim);
}
// Check if all anims in the list are complete
if (bSpawnAnimsComplete)
{
// Send callback if specified
if (spawn.m_animDelegate != null)
{
spawn.m_animDelegate.AnimCallback(spawn.m_id, AnimState.Complete);
}
// Remove from anim list
m_animList.RemoveAt(animBaseIndex);
}
}
else if (animBase.GetType() == typeof(Sequence))
{
Sequence sequence = (Sequence)animBase;
// Get current anim in the sequence
Anim anim = sequence.GetCurrentAnim();
if (anim.targetObj == null)
{
Debug.Log("Warning! Animation target has become null! Removing associated anim.");
sequence.m_anims.Remove(anim);
if (sequence.m_currentAnimIndex >= sequence.m_anims.Count)
{
if (sequence.m_animDelegate != null)
{
sequence.m_animDelegate.AnimCallback(sequence.m_id, AnimState.Interrupted);
}
m_animList.RemoveAt(animBaseIndex);
}
continue;
}
// Set anim start time
if (anim.initTime < 0)
{
anim.initTime = Time.time;
}
// Check for anim start delay
if (anim.GetElapsedTime() < anim.startDelay)
{
continue;
}
if (sequence.m_animDelegate != null)
{
sequence.m_animDelegate.AnimCallback(sequence.m_id, AnimState.Update, sequence.GetElapsedTime());
}
// Call update method for the current anim in the sequence
if (anim.GetType() == typeof(MoveTo))
{
if (UpdateMoveAnim((MoveTo)anim))
{
sequence.m_currentAnimIndex++;
}
}
if (anim.GetType() == typeof(RotateTo))
{
if (UpdateRotateAnim((RotateTo)anim))
{
sequence.m_currentAnimIndex++;
}
}
if (anim.GetType() == typeof(UnityAnim))
{
if (UpdateUnityAnim((UnityAnim)anim))
{
sequence.m_currentAnimIndex++;
}
}
if (anim.GetType() == typeof(PrefabAnim))
{
if (UpdatePrefabAnim((PrefabAnim)anim))
{
sequence.m_currentAnimIndex++;
}
}
// Check for end of sequence
if (sequence.m_currentAnimIndex >= sequence.m_anims.Count)
{
// Send callback if specified
if (sequence.m_animDelegate != null)
{
sequence.m_animDelegate.AnimCallback(sequence.m_id, AnimState.Complete);
}
//Debug.Log("crashed = " + m_animList.Count);
// Remove from anim list
if (m_animList != null && m_animList.Count > 0)
{
m_animList.RemoveAt(animBaseIndex);
}
}
}
}
}
public MovementEvent(GameObject target, float speed, Quaternion initialRot, Quaternion finalRot, bool concurrent = false, bool forced = false)
{
animation = new FlatSpeedRotationAnim(target, speed, initialRot, finalRot, concurrent);
this.forced = forced;
}
public MovementEvent(GameObject target, float speed, List <Vector3> positions, bool concurrent = false, bool forced = false)
{
animation = new StitchedFlatSpeedMovementAnim(target, speed, positions, concurrent);
this.forced = forced;
}
public MovementEvent(GameObject target, float speed, Vector3 finalPos, bool concurrent = false, bool forced = false)
{
animation = new DeceleratingMovementAnim(target, speed, finalPos, concurrent);
this.forced = forced;
}
