// Sets the state element info of the control
// (texture and transition).
//public abstract void SetStateElementInfo(int stateNum, ASCSEInfo info);
//---------------------------------------------------
// Edit-time updating stuff
//---------------------------------------------------
// Ensures that the control is updated in the scene view
// while editing:
public override void DoMirror()
{
// Only run if we're not playing:
if (Application.isPlaying)
{
return;
}
// This means Awake() was recently called, meaning
// we couldn't reliably get valid camera viewport
// sizes, so we zeroed them out so we'd know to
// get good values later on (when OnDrawGizmos()
// is called):
if (screenSize.x == 0 || screenSize.y == 0)
{
Start();
}
if (mirror == null)
{
mirror = new AutoSpriteControlBaseMirror();
mirror.Mirror(this);
}
mirror.Validate(this);
// Compare our mirrored settings to the current settings
// to see if something was changed:
if (mirror.DidChange(this))
{
Init();
mirror.Mirror(this); // Update the mirror
}
}
// Sets the state element info of the control
// (texture and transition).
//public abstract void SetStateElementInfo(int stateNum, ASCSEInfo info);
//---------------------------------------------------
// Edit-time updating stuff
//---------------------------------------------------
// Ensures that the control is updated in the scene view
// while editing:
public override void DoMirror()
{
// Only run if we're not playing:
if (Application.isPlaying)
return;
// This means Awake() was recently called, meaning
// we couldn't reliably get valid camera viewport
// sizes, so we zeroed them out so we'd know to
// get good values later on (when OnDrawGizmos()
// is called):
if (screenSize.x == 0 || screenSize.y == 0)
Start();
if (mirror == null)
{
mirror = new AutoSpriteControlBaseMirror();
mirror.Mirror(this);
}
mirror.Validate(this);
// Compare our mirrored settings to the current settings
// to see if something was changed:
if (mirror.DidChange(this))
{
Init();
mirror.Mirror(this); // Update the mirror
}
}
