/// <summary>
/// Creates and starts a new asynchronous <see cref="DelayedCall" /> instance. The callback
/// function will be invoked on a ThreadPool thread.
/// </summary>
/// <param name="cb">The callback function.</param>
/// <param name="milliseconds">Time to callback invocation in milliseconds.</param>
/// <returns>The created <see cref="DelayedCall" /> instance that can be used for later controlling of the invocation process.</returns>
public static DelayedCall StartAsync(Callback cb, int milliseconds)
{
DelayedCall dc = CreateAsync(cb, milliseconds);
if (milliseconds > 0)
{
dc.Start();
}
else if (milliseconds == 0)
{
dc.FireNow();
}
return(dc);
}
/// <summary>
/// Reverseds this instance.
/// </summary>
public void Reversed()
{
timePassed += interval - interval + 2;
try
{
Control c;
System.Windows.Forms.Form f;
Rectangle wa;
switch (type)
{
case AnimationTypes.MoveUp:
c = target as Control;
c.Location = new Point(c.Location.X, (int)start + (int)(((end / offset) - (start / offset) + offset / mover) * MakeCurve()));
//----------Wider----------//
//c.Location = new Point(c.Location.X, (int)start + (int)((end - start) * MakeCurve()));
wa = Screen.FromControl(c).WorkingArea;
if (c is System.Windows.Forms.Form && c.Bottom < wa.Bottom)
{
//int Y = c.Location.Y;
int Y = (int)start + (int)((end - start) * MakeCurve());
Y += c.Location.Y + wa.Y;
//c.Location = new Point(c.Location.X, Y);
//if (c.Top > wa.Top)
//{
// c.Top = wa.Top;
//}
}
break;
case AnimationTypes.MoveLeft:
c = target as Control;
c.Location = new Point((int)start + (int)(((end / offset) - (start / offset) + offset / mover) * MakeCurve()), c.Location.Y);
//---------------Wider-------------//
//c.Location = new Point((int)start + (int)((end - start) * MakeCurve()), c.Location.Y);
wa = Screen.FromControl(c).WorkingArea;
if (c is System.Windows.Forms.Form && c.Right < wa.Right)
{
//int X = c.Location.X;
int X = (int)start + (int)((end - start) * MakeCurve());
X += c.Location.X + wa.X;
//c.Location = new Point(X, c.Location.Y);
//if (c.Left > wa.Left)
//{
// c.Left = wa.Left;
//}
}
break;
#region Right and Down
case AnimationTypes.MoveDown:
c = target as Control;
#region Move Up Works
c.Location = new Point(c.Location.X, (int)start - (int)(((end / offset) - (start / offset) + offset / mover) * MakeCurve()));
//------------Wider-------------//
//c.Location = new Point(c.Location.X, (int)start - (int)(((end) - (start) + offset / mover) * MakeCurve()));
wa = Screen.FromControl(c).WorkingArea;
#region Bounds Imposition
//if (c is System.Windows.Forms.Form && c.Bottom < wa.Bottom)
//{
// c.Top += c.Bottom + wa.Bottom;
// if (c.Top > wa.Top)
// {
// c.Top = wa.Top;
// }
//}
#endregion
#endregion
break;
case AnimationTypes.MoveRight:
c = target as Control;
c.Location = new Point((int)start - (int)(((end / offset) - (start / offset) + offset / mover) * MakeCurve()), c.Location.Y);
//------------Wider-------------//
//c.Location = new Point((int)start - (int)(((end) - (start) + offset / mover) * MakeCurve()), c.Location.Y);
break;
#endregion
case AnimationTypes.FadeIn:
f = target as System.Windows.Forms.Form;
f.Opacity = (float)(end + ((start - end) * MakeCurve())) / 100;
break;
case AnimationTypes.FadeOut:
f = target as System.Windows.Forms.Form;
f.Opacity = (float)(end + ((start - end) * MakeCurve())) / 100;
break;
case AnimationTypes.Callback:
callback(target, (int)end + (int)((start - end) * MakeCurve()));
break;
}
DelayedCall.Start(Reversed, interval);
}
catch (ObjectDisposedException e)
{
MessageBox.Show(e.Message);
}
}
/// <summary>
/// Nexts this instance.
/// </summary>
public void Next()
{
if (cancellationPending)
{
return; // and don't come back
}
timePassed += interval + interval;
if (timePassed > duration)
{
if (handler != null)
{
handler(target);
}
return;
}
try
{
Control c;
System.Windows.Forms.Form f;
Rectangle wa;
switch (type)
{
case AnimationTypes.MoveUp:
c = target as Control;
c.Location = new Point(c.Location.X, (int)start + (int)(((end / offset) - (start / offset) + offset / mover) * MakeCurve()));
//----------Wider----------//
//c.Location = new Point(c.Location.X,(int)start + (int)((end - start) * MakeCurve()));
wa = Screen.FromControl(c).WorkingArea;
if (c is System.Windows.Forms.Form && c.Top < wa.Top)
{
c.Top = wa.Top;
}
break;
case AnimationTypes.MoveLeft:
c = target as Control;
c.Location = new Point((int)start + (int)(((end / offset) - (start / offset) + offset / mover) * MakeCurve()), c.Location.Y);
//----------Wider----------//
//c.Location = new Point((int)start + (int)((end - start) * MakeCurve()),c.Location.Y);
wa = Screen.FromControl(c).WorkingArea;
if (c is System.Windows.Forms.Form && c.Location.X > wa.X)
{
//int X = c.Location.X;
int X = (int)start + (int)((end - start) * MakeCurve());
X -= c.Location.X - wa.X;
//c.Location = new Point(X, c.Location.Y);
//if (c.Left < wa.Left)
//{
// c.Left = wa.Left ;
//}
}
break;
#region Right and Down
case AnimationTypes.MoveDown:
c = target as Control;
#region Move Down Works
c.Location = new Point(c.Location.X, (int)start + (int)(((end / offset) - (start / offset) + offset / mover) * MakeCurve()));
//------------Wider-------------//
//c.Location = new Point(c.Location.X, (int)start + (int)(((end) - (start) + offset / mover) * MakeCurve()));
#endregion
#region Move Up Works
//c.Location = new Point(c.Location.X, (int)start - (int)(((end / offset) - (start / offset) + offset / mover) * MakeCurve()));
#endregion
wa = Screen.FromControl(c).WorkingArea;
//if (c is System.Windows.Forms.Form && c.Bottom < wa.Bottom)
//{
// //int Y = c.Location.Y;
// int Y = (int)start + (int)((end - start) * MakeCurve());
// Y += c.Location.Y + wa.Y;
// //c.Location = new Point(c.Location.X, Y);
// //if (c.Top > wa.Top)
// //{
// // c.Top = wa.Top;
// //}
//}
#region Bounds Imposition
//if (c is System.Windows.Forms.Form && c.Bottom > wa.Bottom)
//{
// c.Top -= c.Bottom - wa.Bottom;
// if (c.Top < wa.Top)
// {
// c.Top = wa.Top;
// }
//}
#endregion
break;
case AnimationTypes.MoveRight:
c = target as Control;
c.Location = new Point((int)start + (int)(((end / offset) - (start / offset) + offset / mover) * MakeCurve()), c.Location.Y);
//------------Wider-------------//
//c.Location = new Point((int)start + (int)(((end) - (start) + offset / mover) * MakeCurve()), c.Location.Y);
wa = Screen.FromControl(c).WorkingArea;
#region Bounds Imposition
//if (c is System.Windows.Forms.Form && c.Right > wa.Right)
//{
// c.Left -= c.Right - wa.Right;
// if (c.Left < wa.Left)
// {
// c.Left = wa.Left;
// }
//}
#endregion
break;
#endregion
case AnimationTypes.FadeIn:
f = target as System.Windows.Forms.Form;
f.Opacity = (float)(start * MakeCurve()) / 100;
break;
case AnimationTypes.FadeOut:
f = target as System.Windows.Forms.Form;
f.Opacity = (float)(start + ((end - start) * MakeCurve())) / 100;
break;
case AnimationTypes.Callback:
callback(target, (int)start + (int)((end - start) * MakeCurve()));
break;
}
DelayedCall.Start(Next, interval);
}
catch (Exception e)
{
// Control is gone, stop here
}
}
/// <summary>
/// Reverseds this instance.
/// </summary>
public void Reversed()
{
timePassed += interval - interval + 2;
try
{
Control c;
System.Windows.Forms.Form f;
Rectangle wa;
switch (type)
{
case AnimationTypes.ResizeVert:
c = target as Control;
c.Height = (int)end + (int)((start - end) * MakeCurve());
wa = Screen.FromControl(c).WorkingArea;
if (c is System.Windows.Forms.Form && c.Bottom < wa.Bottom)
{
c.Top += c.Bottom + wa.Bottom;
if (c.Top > wa.Top)
{
c.Top = wa.Top;
}
}
break;
case AnimationTypes.ResizeHoriz:
c = target as Control;
c.Width = (int)end + (int)((start - end) * MakeCurve());
wa = Screen.FromControl(c).WorkingArea;
if (c is System.Windows.Forms.Form && c.Right < wa.Right)
{
c.Left += c.Right + wa.Right;
if (c.Left > wa.Left)
{
c.Left = wa.Left;
}
}
break;
case AnimationTypes.FadeIn:
f = target as System.Windows.Forms.Form;
f.Opacity = (float)(end + ((start - end) * MakeCurve())) / 100;
break;
case AnimationTypes.FadeOut:
f = target as System.Windows.Forms.Form;
f.Opacity = (float)(end + ((start - end) * MakeCurve())) / 100;
break;
case AnimationTypes.Callback:
callback(target, (int)end + (int)((start - end) * MakeCurve()));
break;
}
DelayedCall.Start(Reversed, interval);
}
catch (ObjectDisposedException e)
{
MessageBox.Show(e.Message);
}
}
/// <summary>
/// Nexts this instance.
/// </summary>
public void Next()
{
if (cancellationPending)
{
return; // and don't come back
}
timePassed += interval + interval;
if (timePassed > duration)
{
if (handler != null)
{
handler(target);
}
return;
}
try
{
Control c;
System.Windows.Forms.Form f;
Rectangle wa;
switch (type)
{
case AnimationTypes.ResizeVert:
c = target as Control;
c.Height = (int)start + (int)((end - start) * MakeCurve());
wa = Screen.FromControl(c).WorkingArea;
if (c is System.Windows.Forms.Form && c.Bottom > wa.Bottom)
{
c.Top -= c.Bottom - wa.Bottom;
if (c.Top < wa.Top)
{
c.Top = wa.Top;
}
}
break;
case AnimationTypes.ResizeHoriz:
c = target as Control;
c.Width = (int)start + (int)((end - start) * MakeCurve());
wa = Screen.FromControl(c).WorkingArea;
if (c is System.Windows.Forms.Form && c.Right > wa.Right)
{
c.Left -= c.Right - wa.Right;
if (c.Left < wa.Left)
{
c.Left = wa.Left;
}
}
break;
case AnimationTypes.FadeIn:
f = target as System.Windows.Forms.Form;
f.Opacity = (float)(start * MakeCurve()) / 100;
break;
case AnimationTypes.FadeOut:
f = target as System.Windows.Forms.Form;
f.Opacity = (float)(start + ((end - start) * MakeCurve())) / 100;
break;
case AnimationTypes.Callback:
callback(target, (int)start + (int)((end - start) * MakeCurve()));
break;
}
DelayedCall.Start(Next, interval);
}
catch (Exception e)
{
// Control is gone, stop here
}
}