public TranslationSineLerpController(string id, ControllerType controllerType,
Vector3 lerpDirection,
TrigonometricParameters trigonometricParameters)
: base(id, controllerType, trigonometricParameters)
{
this.LerpDirection = lerpDirection;
}
public ColorSineLerpController(string id,
ControllerType controllerType,
Color startColor, Color endColor, TrigonometricParameters trigonometricParameters)
: base(id, controllerType, trigonometricParameters)
{
this.startColor = startColor;
this.endColor = endColor;
}
public UIColorSineLerpController(string id, ControllerType controllerType, TrigonometricParameters trigonometricParameters,
Color colorMin, Color colorMax)
: base(id, controllerType)
{
this.TrigonometricParameters = trigonometricParameters;
this.colorMin = colorMin;
this.colorMax = colorMax;
}
//lerps along a sine wave with properties defined by TrigonometricParameters (i.e. max amplitude, phase, speed) - see UISineLerpController
public static float SineLerpByElapsedTime(TrigonometricParameters trigonometricParameters, float totalElapsedTime)
{
//range - max amplitude -> + max amplitude
float lerpFactor = (float)(trigonometricParameters.MaxAmplitude
* Math.Sin(trigonometricParameters.AngularFrequency
* MathHelper.ToRadians(totalElapsedTime) + MathHelper.ToRadians(trigonometricParameters.PhaseAngle)));
//range 0 -> 2* max amplitude
lerpFactor += trigonometricParameters.MaxAmplitude;
//range 0 -> max amplitude
lerpFactor /= 2.0f;
return(lerpFactor);
}
//lerps along a sine wave with properties defined by TrigonometricParameters (i.e. max amplitude, phase, speed) - see UISineLerpController
public static float Sin(TrigonometricParameters trigonometricParameters, float totalElapsedTime)
{
//range - max amplitude -> + max amplitude
float sin = (float)(trigonometricParameters.MaxAmplitude
* Math.Sin(trigonometricParameters.AngularFrequency
* MathHelper.ToRadians(totalElapsedTime) + trigonometricParameters.PhaseAngle));
//range 0 -> 2* max amplitude
sin += trigonometricParameters.MaxAmplitude;
//range 0 -> max amplitude
sin /= 2.0f;
return(sin);
}
public override void Update(GameTime gameTime, IActor actor)
{
DrawnActor2D parentActor = actor as DrawnActor2D;
if (parentActor.Transform.Bounds.Intersects(this.mouseManager.Bounds))
{
TrigonometricParameters trig = new TrigonometricParameters(1, 0.1f);
this.totalElapsedTime += gameTime.ElapsedGameTime.Milliseconds;
float lerpFactor = MathUtility.Sin(trig, this.totalElapsedTime);
parentActor.Color = MathUtility.Lerp(Color.Red, Color.Blue, lerpFactor);
parentActor.Transform.Scale = MathUtility.Lerp(parentActor.Transform.Scale * 0.999f, parentActor.Transform.Scale * 1.001f, lerpFactor);
Console.WriteLine(parentActor.Transform.Scale);
if (this.mouseManager.IsLeftButtonClicked())
{
if (parentActor.ID.Equals("menu1"))
{
EventDispatcher.Publish(new EventData("options", null, EventActionType.OnNewMenu, EventCategoryType.Menu));
}
else if (parentActor.ID.Equals("exit1"))
{
exit = true;
}
}
}
else
{
parentActor.Transform.Scale = parentActor.Transform.OriginalTransform2D.Scale;
parentActor.Color = parentActor.OriginalColor;
}
base.Update(gameTime, actor);
}
public UIScaleSineLerpController(string id, ControllerType controllerType, TrigonometricParameters trigonometricParameters)
: base(id, controllerType)
{
this.TrigonometricParameters = trigonometricParameters;
}
