public bool loadAnimation(string animStr, Unit.Orientation or, Sprite[] sprites)
{
SpriteAnimation spAnimation = new SpriteAnimation(sprites, 0.2f);
//Debug.Log ("sprites " + sprites.Length + " animStr " + animStr);
if (animations.ContainsKey(animStr))
{
animations[animStr].Add(or, spAnimation);
}
else
{
Dictionary <Unit.Orientation, SpriteAnimation> dic = new Dictionary <Unit.Orientation, SpriteAnimation> ();
dic.Add(or, spAnimation);
animations.Add(animStr, dic);
}
return(true);
}
public void setAnim(string animName, Unit.Orientation or, int animationMode = SpriteAnimation.ANIMATION_LOOPING)
{
if (or == Unit.Orientation.Or_W)
{
spriteTransform.rotation = flipRight;
or = Unit.Orientation.Or_E;
}
else if (or == Unit.Orientation.Or_E)
{
spriteTransform.rotation = flipLeft;
}
curAnim = animations[animName][or];
if (this.animationMode != animationMode)
{
this.animationMode = animationMode;
}
}
public void setActionFrames(string animStr, Unit.Orientation or, int frame, IList <System.Action> actions)
{
animations[animStr][or].keyFrames[frame].events = actions;
}
public void setAnimSpeed(float speed, string animName, Unit.Orientation or)
{
animations[animName][or].setSpeed(speed);
}
public float getAnimSpeed(string animName, Unit.Orientation or)
{
return(animations[animName][or].getSpeed());
}
public float getAnimDurationUntilFrame(short frame, string animName, Unit.Orientation or)
{
return(animations[animName][or].getDurationUntil(frame) * 1 / speed);
}
public float getAnimDurationSec(string animName, Unit.Orientation or)
{
return(animations[animName][or].getDuration() * 1 / speed);
}
