public override void Update(GameTime gameTime)
{
if (inputManager.MouseReleased != MouseButtons.None || inputManager.KeysPressed.Any(x => x == Keys.Enter))
{
Next();
return;
}
this.elapsed += gameTime.Elapsed;
this.alphaBackground = 1 - EaseHelper.Cubic(elapsed.TotalMilliseconds / fadeTimeBackground.TotalMilliseconds);
this.alphaTeuz = EaseHelper.Cubic(elapsed.TotalMilliseconds / fadeTimeLogo.TotalMilliseconds);
this.alphaTowerDefence = EaseHelper.Cubic(
(elapsed - fadeTimeLogo - timeBetweenLogoAndTowerDefence).TotalMilliseconds /
fadeTimeTowerDefence.TotalMilliseconds
);
if (alphaTowerDefence > 0)
{
this.alphaTeuz -= this.alphaTowerDefence;
this.alphaBackground = this.alphaTowerDefence;
}
if (elapsed > totalLifetime)
{
Next();
}
}
public override IEnumerator onBeginTransition()
{
// create a single pixel transparent texture so we can do our squares out to the next scene
_overlayTexture = Graphics.createSingleColorTexture(1, 1, Color.Transparent);
// populate squares
yield return(Core.startCoroutine(tickEffectProgressProperty(_squaresEffect, squaresInDuration, easeType)));
// load up the new Scene
yield return(Core.startCoroutine(loadNextScene()));
// dispose of our previousSceneRender. We dont need it anymore.
previousSceneRender.Dispose();
previousSceneRender = null;
// delay
yield return(Coroutine.waitForSeconds(delayBeforeSquaresInDuration));
// unpopulate squares
yield return(Core.startCoroutine(
tickEffectProgressProperty(
_squaresEffect,
squaresInDuration,
EaseHelper.oppositeEaseType(easeType),
true)));
transitionComplete();
// cleanup
_overlayTexture.Dispose();
Core.content.unloadEffect(_squaresEffect.Name);
}
public static void EaseValue(PlaneProjection current, PlaneProjection startValue, PlaneProjection endValue, double percent)
{
if (current.RotationX != endValue.RotationX)
{
current.RotationX = EaseHelper.EaseValue(startValue.RotationX, endValue.RotationX, percent);
}
if (current.RotationY != endValue.RotationY)
{
current.RotationY = EaseHelper.EaseValue(startValue.RotationY, endValue.RotationY, percent);
}
if (current.RotationZ != endValue.RotationZ)
{
current.RotationZ = EaseHelper.EaseValue(startValue.RotationZ, endValue.RotationZ, percent);
}
if (current.LocalOffsetX != endValue.LocalOffsetX)
{
current.LocalOffsetX = EaseHelper.EaseValue(startValue.LocalOffsetX, endValue.LocalOffsetX, percent);
}
if (current.LocalOffsetY != endValue.LocalOffsetY)
{
current.LocalOffsetY = EaseHelper.EaseValue(startValue.LocalOffsetY, endValue.LocalOffsetY, percent);
}
if (current.LocalOffsetZ != endValue.LocalOffsetZ)
{
current.LocalOffsetZ = EaseHelper.EaseValue(startValue.LocalOffsetZ, endValue.LocalOffsetZ, percent);
}
if (current.GlobalOffsetX != endValue.GlobalOffsetX)
{
current.GlobalOffsetX = EaseHelper.EaseValue(startValue.GlobalOffsetX, endValue.GlobalOffsetX, percent);
}
if (current.GlobalOffsetY != endValue.GlobalOffsetY)
{
current.GlobalOffsetY = EaseHelper.EaseValue(startValue.GlobalOffsetY, endValue.GlobalOffsetY, percent);
}
if (current.GlobalOffsetZ != endValue.GlobalOffsetZ)
{
current.GlobalOffsetZ = EaseHelper.EaseValue(startValue.GlobalOffsetZ, endValue.GlobalOffsetZ, percent);
}
if (current.CenterOfRotationX != endValue.CenterOfRotationX)
{
current.CenterOfRotationX = EaseHelper.EaseValue(startValue.CenterOfRotationX, endValue.CenterOfRotationX, percent);
}
if (current.CenterOfRotationY != endValue.CenterOfRotationY)
{
current.CenterOfRotationY = EaseHelper.EaseValue(startValue.CenterOfRotationY, endValue.CenterOfRotationY, percent);
}
if (current.CenterOfRotationZ != endValue.CenterOfRotationZ)
{
current.CenterOfRotationZ = EaseHelper.EaseValue(startValue.CenterOfRotationZ, endValue.CenterOfRotationZ, percent);
}
// NOT TEST
//if (current.ProjectionMatrix != endValue.ProjectionMatrix) EaseValue(current.ProjectionMatrix, startValue.ProjectionMatrix, endValue.ProjectionMatrix, percent);
}
public override IEnumerator onBeginTransition()
{
yield return(null);
var elapsed = 0f;
while (elapsed < duration)
{
elapsed += Time.deltaTime;
_renderScale = Lerps.ease(scaleEaseType, maxScale, minScale, elapsed, duration);
_renderRotation = Lerps.ease(rotationEaseType, minRotation, maxRotation, elapsed, duration);
yield return(null);
}
// load up the new Scene
yield return(Core.startCoroutine(loadNextScene()));
// dispose of our previousSceneRender. We dont need it anymore.
previousSceneRender.Dispose();
previousSceneRender = null;
yield return(Coroutine.waitForSeconds(delayBeforeMaskOut));
elapsed = 0f;
while (elapsed < duration)
{
elapsed += Time.deltaTime;
_renderScale = Lerps.ease(
EaseHelper.oppositeEaseType(scaleEaseType),
minScale,
maxScale,
elapsed,
duration);
_renderRotation = Lerps.ease(
EaseHelper.oppositeEaseType(rotationEaseType),
maxRotation,
minRotation,
elapsed,
duration);
yield return(null);
}
transitionComplete();
}
public override IEnumerator onBeginTransition()
{
// create a single pixel texture of our fadeToColor
_overlayTexture = Graphics.createSingleColorTexture(1, 1, fadeToColor);
var elapsed = 0f;
while (elapsed < fadeOutDuration)
{
elapsed += Time.deltaTime;
_color = Lerps.ease(fadeEaseType, ref _toColor, ref _fromColor, elapsed, fadeOutDuration);
yield return(null);
}
// load up the new Scene
yield return(Core.startCoroutine(loadNextScene()));
// dispose of our previousSceneRender. We dont need it anymore.
previousSceneRender.Dispose();
previousSceneRender = null;
yield return(Coroutine.waitForSeconds(delayBeforeFadeInDuration));
elapsed = 0f;
while (elapsed < fadeInDuration)
{
elapsed += Time.deltaTime;
_color = Lerps.ease(
EaseHelper.oppositeEaseType(fadeEaseType),
ref _fromColor,
ref _toColor,
elapsed,
fadeInDuration);
yield return(null);
}
transitionComplete();
_overlayTexture.Dispose();
}
public override IEnumerator OnBeginTransition()
{
yield return(null);
var elapsed = 0f;
while (elapsed < Duration)
{
elapsed += Time.DeltaTime;
_renderScale = Lerps.Ease(ScaleEaseType, MaxScale, MinScale, elapsed, Duration);
_renderRotation = Lerps.Ease(RotationEaseType, MinRotation, MaxRotation, elapsed, Duration);
yield return(null);
}
// load up the new Scene
yield return(Core.StartCoroutine(LoadNextScene()));
// dispose of our previousSceneRender. We dont need it anymore.
PreviousSceneRender.Dispose();
PreviousSceneRender = null;
yield return(Coroutine.WaitForSeconds(DelayBeforeMaskOut));
elapsed = 0f;
while (elapsed < Duration)
{
elapsed += Time.DeltaTime;
_renderScale = Lerps.Ease(EaseHelper.OppositeEaseType(ScaleEaseType), MinScale, MaxScale, elapsed,
Duration);
_renderRotation = Lerps.Ease(EaseHelper.OppositeEaseType(RotationEaseType), MaxRotation, MinRotation,
elapsed, Duration);
yield return(null);
}
TransitionComplete();
}
public static void EaseValue(DropShadowEffect current, DropShadowEffect startValue, DropShadowEffect endValue, double percent)
{
if (current.BlurRadius != endValue.BlurRadius)
{
current.BlurRadius = EaseHelper.EaseValue(startValue.BlurRadius, endValue.BlurRadius, percent);
}
if (current.Opacity != endValue.Opacity)
{
current.Opacity = EaseHelper.EaseValue(startValue.Opacity, endValue.Opacity, percent);
}
if (current.Color != endValue.Color)
{
current.Color = EaseHelper.EaseValue(startValue.Color, endValue.Color, percent);
}
if (current.Direction != endValue.Direction)
{
current.Direction = EaseHelper.EaseValue(startValue.Direction, endValue.Direction, percent);
}
if (current.ShadowDepth != endValue.ShadowDepth)
{
current.ShadowDepth = EaseHelper.EaseValue(startValue.ShadowDepth, endValue.ShadowDepth, percent);
}
}
public override IEnumerator OnBeginTransition()
{
var startAt = DateTime.Now;
while ((DateTime.Now - startAt).TotalSeconds < this.FadeOutDuration)
{
var elapsed = (float)(DateTime.Now - startAt).TotalSeconds;
this.color = Lerps.Ease(
this.FadeEaseType,
ref this.fromColor,
ref this.toColor,
elapsed,
this.FadeOutDuration);
yield return(null);
}
this.SetNextScene();
yield return(DefaultCoroutines.Wait(this.DelayBeforeFadeInDuration));
startAt = DateTime.Now;
while ((DateTime.Now - startAt).TotalSeconds < this.FadeInDuration)
{
var elapsed = (float)(DateTime.Now - startAt).TotalSeconds;
this.color = Lerps.Ease(
EaseHelper.OppositeEaseType(this.FadeEaseType),
ref this.toColor,
ref this.fromColor,
elapsed,
this.FadeInDuration);
yield return(null);
}
this.TransitionComplete();
}
public override IEnumerator onBeginTransition()
{
// create a single pixel transparent texture so we can do our squares out to the next scene
_overlayTexture = Graphics.createSingleColorTexture(1, 1, Color.Transparent);
// obscure the screen
yield return(Core.startCoroutine(tickEffectProgressProperty(_textureWipeEffect, duration, easeType)));
// load up the new Scene
yield return(Core.startCoroutine(loadNextScene()));
// dispose of our previousSceneRender. We dont need it anymore.
previousSceneRender.Dispose();
previousSceneRender = null;
// undo the effect
yield return(Core.startCoroutine(
tickEffectProgressProperty(_textureWipeEffect, duration, EaseHelper.oppositeEaseType(easeType), true)));
transitionComplete();
// cleanup
_overlayTexture.Dispose();
Core.content.unloadEffect(_textureWipeEffect);
}
public static void EaseValue(Matrix3D current, Matrix3D startValue, Matrix3D endValue, double percent)
{
if (current.M11 != endValue.M11)
{
EaseHelper.EaseValue(startValue.M11, endValue.M11, percent);
}
if (current.M12 != endValue.M12)
{
EaseHelper.EaseValue(startValue.M12, endValue.M12, percent);
}
if (current.M13 != endValue.M13)
{
EaseHelper.EaseValue(startValue.M13, endValue.M13, percent);
}
if (current.M14 != endValue.M14)
{
EaseHelper.EaseValue(startValue.M14, endValue.M14, percent);
}
if (current.M21 != endValue.M21)
{
EaseHelper.EaseValue(startValue.M21, endValue.M21, percent);
}
if (current.M22 != endValue.M22)
{
EaseHelper.EaseValue(startValue.M22, endValue.M22, percent);
}
if (current.M23 != endValue.M23)
{
EaseHelper.EaseValue(startValue.M23, endValue.M23, percent);
}
if (current.M24 != endValue.M24)
{
EaseHelper.EaseValue(startValue.M24, endValue.M24, percent);
}
if (current.M31 != endValue.M31)
{
EaseHelper.EaseValue(startValue.M31, endValue.M31, percent);
}
if (current.M32 != endValue.M32)
{
EaseHelper.EaseValue(startValue.M32, endValue.M32, percent);
}
if (current.M33 != endValue.M33)
{
EaseHelper.EaseValue(startValue.M33, endValue.M33, percent);
}
if (current.M34 != endValue.M34)
{
EaseHelper.EaseValue(startValue.M34, endValue.M34, percent);
}
if (current.M44 != endValue.M44)
{
EaseHelper.EaseValue(startValue.M44, endValue.M44, percent);
}
if (current.OffsetX != endValue.OffsetX)
{
EaseHelper.EaseValue(startValue.OffsetX, endValue.OffsetX, percent);
}
if (current.OffsetY != endValue.OffsetY)
{
EaseHelper.EaseValue(startValue.OffsetY, endValue.OffsetY, percent);
}
if (current.OffsetZ != endValue.OffsetZ)
{
EaseHelper.EaseValue(startValue.OffsetZ, endValue.OffsetZ, percent);
}
}
