public bool runAnimation (string anim)
{
CAnimationData data = null;
if (m_animations == null ||
!m_animations.TryGetValue(anim, out data))
return false;
m_currentAnimationName = anim;
m_currentAnimation = data;
m_currentAnimation.m_currentCellIndex = 0;
m_timeForNextFrame = 0;
int cell = m_currentAnimation.m_cells[m_currentAnimation.m_currentCellIndex];
//print(name + " anim " + anim + " cell " + cell);
setCell(cell);
return true;
}
protected void Update ()
{
#endif
// Don't animate if there's no animation, or if renderer is not visible
if (m_currentAnimation == null || (!m_renderer.isVisible && !m_invis))
return;
float now = Time.time;
if (now >= m_timeForNextFrame)
{
if (++m_currentAnimation.m_currentCellIndex >= m_currentAnimation.m_cells.Count)
{
if (m_currentAnimation.m_loop)
m_currentAnimation.m_currentCellIndex = 0;
else
{
m_currentAnimation = null;
return;
}
}
m_timeForNextFrame = now + m_currentAnimation.m_currentFreq;
int cell = m_currentAnimation.m_cells[m_currentAnimation.m_currentCellIndex];
if (cell != m_currentCell)
setCell(cell);
}
}
/*public void makeVisible (bool onoff)
{
m_mesh.triangles = onoff ? m_triangles : null;
m_invis = !onoff;
}*/
protected void loadAnimations (string json)
{
object json_obj = MiniJSON.jsonDecode(json);
if (json_obj is Hashtable)
{
foreach (DictionaryEntry de in (json_obj as Hashtable))
{
CAnimationData data = new CAnimationData (de.Value);
if (m_animations == null)
m_animations = new Dictionary<string, CAnimationData> ();
m_animations.Add(de.Key.ToString(), data);
}
}
}
