//Animate By
public void AnimateBy(UnityEngine.Object obj, float Duration, GameObject CallbackObj, object CallbackMsg, object CallbackParams, params object[] args)
{
int Count = 0;
object tmpProperty, tmpValue;
AnimationObj tmpObj = new AnimationObj();
//Setup new animation object
tmpObj.Obj = obj;
tmpObj.Cmd = "By";
tmpObj.Duration = Duration;
tmpObj.CallbackObj = CallbackObj;
tmpObj.CallbackMsg = (string)CallbackMsg;
tmpObj.CallbackParams = CallbackParams;
for (Count = 0; Count < args.Length; Count = Count + 2)
{
//Make sure we don't go pass the end of the array
if ((Count + 2) <= args.Length)
{
tmpProperty = args[Count];
tmpValue = args[Count + 1];
tmpObj.Properties.Add(tmpProperty, tmpValue);
}
}
//Add object to array
mAnimate.Add(tmpObj);
}
private void CreateRotateAnimation(StrokeCollection strokes, Point centerOffset, Point from, Point to)
{
Rect bound = strokes.GetBounds();
AnimationObj obj = AnimationEngine.AddDurationActionAnimation(strokes, AnimationActionType.Rotate, centerOffset, 5, from, to, true);
obj.Begin();
}
/*----------------------------------------Methods----------------------------------------*/
//Animate To
public void AnimateTo(UnityEngine.Object obj, float Duration, GameObject CallbackObj, object CallbackMsg, object CallbackParams, params object[] args)
{
int Count = 0;
object tmpProperty, tmpValue;
AnimationObj tmpObj = new AnimationObj();
//Setup new animation object
tmpObj.Obj = obj;
tmpObj.Cmd = "To";
tmpObj.Duration = Duration;
tmpObj.CallbackObj = CallbackObj;
tmpObj.CallbackMsg = (string) CallbackMsg;
tmpObj.CallbackParams = CallbackParams;
for (Count=0;Count<args.Length;Count=Count+2)
{
//Make sure we don't go pass the end of the array
if ((Count+2) <= args.Length)
{
tmpProperty = args[Count];
tmpValue = args[Count+1];
tmpObj.Properties.Add(tmpProperty, tmpValue);
}
}
//Add object to array
mAnimate.Add(tmpObj);
}
void CreateFlashAnimation(StrokeCollection strokes)
{
Rect bound = strokes.GetBounds();
Point from = new Point(bound.Left + bound.Width / 2, bound.Top + bound.Height / 2);
AnimationLibrary.Current.GetFlashAnimationSync(bound, (to) =>
{
AnimationObj obj = AnimationEngine.AddSeriesActionsAnimation(strokes, AnimationActionType.Translate, center, from, to);
obj.Begin();
});
}
private void CreateBlinkAnimation(StrokeCollection strokes, AOrientation oritation)
{
Rect bound = strokes.GetBounds();
Point from = new Point(1, 1);
AnimationLibrary.Current.GetBlinkAnimationSync(bound, oritation, 2, 0.2, (to) =>
{
AnimationObj obj = AnimationEngine.AddSeriesActionsAnimation(strokes, AnimationActionType.Scale, center, from, to, true);
obj.Begin();
});
}
private void CreateSwingAnimation(StrokeCollection strokes, Point centerOffset)
{
Rect bound = strokes.GetBounds();
Point from = new Point(0, 0);
AnimationLibrary.Current.GetSwingAnimationSync(bound, 1, 30, (to) =>
{
AnimationObj obj = AnimationEngine.AddSeriesActionsAnimation(strokes, AnimationActionType.Rotate, centerOffset, from, to, true);
obj.Begin();
});
}
private void CreateShakeAnimation(StrokeCollection strokes, AOrientation oritation)
{
Rect bound = strokes.GetBounds();
Point from = new Point(bound.Left + bound.Width / 2, bound.Top + bound.Height / 2);
AnimationLibrary.Current.GetShakeAnimationSync(bound, oritation, 5, (to) =>
{
AnimationObj obj = AnimationEngine.AddSeriesActionsAnimation(strokes, AnimationActionType.Translate, center, from, to, true);
obj.Begin();
});
}
AnimationObj CreateAnimationRomdom3(StrokeCollection strokes)
{
double x = 10;
double y = 255;
AnimationObj obj = AnimationEngine.AddPropertyAnimation(strokes, 5, 255, 0, (change) =>
{
byte r = (byte)change;
foreach (Stroke stroke in strokes)
{
stroke.DrawingAttributes.Color = Color.FromArgb(r, 255, 0, 0);
}
});
return(obj);
}
//Coroutine animator
IEnumerator AnimateEngine()
{
int Index = 0;
while ((mAnimate.Count > 0) && (mAnimating == true))
{
if (Index < mAnimate.Count)
{
AnimationObj item = (AnimationObj)mAnimate[Index];
//Send animation command to AniMate
switch (item.Cmd)
{
case "To":
yield return(Ani.Mate.To(item.Obj, item.Duration, item.Properties));
break;
case "From":
yield return(Ani.Mate.From(item.Obj, item.Duration, item.Properties));
break;
case "By":
yield return(Ani.Mate.By(item.Obj, item.Duration, item.Properties));
break;
}
//Send message to callback object
if (item.CallbackObj != null)
{
item.CallbackObj.SendMessage(item.CallbackMsg, item.CallbackParams, SendMessageOptions.DontRequireReceiver);
}
//Remove animation object if needed
if (mAnimateMode == Ani.Animate.OneShot)
{
//Check to see if list was emptied before attempting to remove item
if (mAnimate.Count > 0)
{
mAnimate.RemoveAt(Index);
}
}
else
{
//Loop mode. Just point to the next anim object
Index++;
if (Index >= mAnimate.Count)
{
Index = 0;
}
}
}
}
//Done animating
mAnimating = false;
//Send message to callback from Start Animation
if ((mCallbackObj != null) && (mCallbackMsg != null))
{
mCallbackObj.SendMessage(mCallbackMsg, mCallbackParams, SendMessageOptions.DontRequireReceiver);
}
}
void GoAnimation(StrokeCollection strokes, ATowardto atoward)
{
Rect bound = strokes.GetBounds();
Rect screenBound = new Rect(0, 0, this.ActualWidth, this.ActualHeight);
Point from = new Point(bound.Left + bound.Width / 2, bound.Top + bound.Height / 2);
AnimationLibrary.Current.GetGoAnimationSync(bound, screenBound, atoward, false, (position) =>
{
AnimationObj ani1 = AnimationEngine.AddDurationActionAnimation(strokes, AnimationActionType.Translate, center, (int)position[0].Duration, from, position[0].To);
AnimationObj ani2 = AnimationEngine.AddDurationActionAnimation(strokes, AnimationActionType.Translate, center, (int)position[2].Duration, position[1].To, position[2].To);
ani1.AnimationCompleted += (sender, ex) =>
{
Matrix maritx = new Matrix();
double tChange = 0;
switch (atoward)
{
case ATowardto.ToLeft:
case ATowardto.ToRight:
tChange = position[1].To.X - position[0].To.X;
maritx.Translate(tChange, 0);
break;
case ATowardto.ToTop:
case ATowardto.ToBottom:
tChange = position[1].To.Y - position[0].To.Y;
maritx.Translate(0, tChange);
break;
default:
break;
}
strokes.Transform(maritx, false);
ani2.Begin();
};
ani2.AnimationCompleted += (sender, ex) =>
{
Matrix maritx = new Matrix();
double tChange = 0;
switch (atoward)
{
case ATowardto.ToLeft:
case ATowardto.ToRight:
tChange = position[1].To.X - position[0].To.X;
maritx.Translate(tChange, 0);
break;
case ATowardto.ToTop:
case ATowardto.ToBottom:
tChange = position[1].To.Y - position[0].To.Y;
maritx.Translate(0, tChange);
break;
default:
break;
}
strokes.Transform(maritx, false);
ani2.Begin();
};
ani1.Begin();
});
}
