public void ApplyEffect(ref CharacterVertex targetCharacter)
{
// Check if this section effect should be applied
if (Status == AnimationStatus.Stopped || !(targetCharacter.CharacterCount >= Start && targetCharacter.CharacterCount < Start + Length))
{
return;
}
// Check progress & handle loop
float charProgress = GetCharProgress(targetCharacter.CharacterCount - Start);
if (charProgress >= 1f)
{
if (loop)
{
charProgress %= 1f;
}
else
{
Stop();
return;
}
}
// Play effect
effect.Apply(ref targetCharacter, charProgress);
}
public override void Apply(ref CharacterVertex targetCharacter, float progress)
{
translation.x = magnitude * xBounce.Evaluate(progress);
translation.y = magnitude * yBounce.Evaluate(progress);
translation.z = magnitude * zBounce.Evaluate(progress);
targetCharacter.BottomLeft.position += translation;
targetCharacter.TopLeft.position += translation;
if (offset != 0f)
{
progress = (progress + offset);
if (progress > 1f)
{
progress -= 1f;
}
else if (progress < 0f)
{
progress += 1f;
}
translation.x = magnitude * xBounce.Evaluate(progress);
translation.y = magnitude * yBounce.Evaluate(progress);
translation.z = magnitude * zBounce.Evaluate(progress);
}
targetCharacter.BottomRight.position += translation;
targetCharacter.TopRight.position += translation;
}
public override void ModifyMesh(VertexHelper vh)
{
// Should it do anything?
int vertexCount = vh.currentVertCount;
if (isDirty || !IsActive() || vertexCount == 0)
{
vh.Clear();
return;
}
// Should it change states?
if (isPlaying)
{
if (!play)
{
Pause();
}
}
else if (play)
{
Play();
}
// Apply the effects
uint currentCharacter;
foreach (TextSection effect in effectSections)
{
currentCharacter = effect.Start;
while (currentCharacter * 4 + 3 < vertexCount)
{
int startingVertex = (int)currentCharacter * 4;
UIVertex topLeftVertex = new UIVertex();
vh.PopulateUIVertex(ref topLeftVertex, startingVertex);
UIVertex topRightVertex = new UIVertex();
vh.PopulateUIVertex(ref topRightVertex, startingVertex + 1);
UIVertex bottomRightVertex = new UIVertex();
vh.PopulateUIVertex(ref bottomRightVertex, startingVertex + 2);
UIVertex bottomLeftVertex = new UIVertex();
vh.PopulateUIVertex(ref bottomLeftVertex, startingVertex + 3);
CharacterVertex currentCharVertex = new CharacterVertex(ref topLeftVertex, ref topRightVertex, ref bottomRightVertex, ref bottomLeftVertex, currentCharacter);
effect.ApplyEffect(ref currentCharVertex);
vh.SetUIVertex(currentCharVertex.TopLeft, startingVertex);
vh.SetUIVertex(currentCharVertex.TopRight, startingVertex + 1);
vh.SetUIVertex(currentCharVertex.BottomRight, startingVertex + 2);
vh.SetUIVertex(currentCharVertex.BottomLeft, startingVertex + 3);
++currentCharacter;
}
}
}
public override void Apply(ref CharacterVertex targetCharacter, float progress)
{
leftColor = Color.Lerp(targetCharacter.TopLeft.color, endColor, curve.Evaluate(progress));
targetCharacter.TopLeft.color = leftColor;
targetCharacter.BottomLeft.color = leftColor;
rightColor = Color.Lerp(targetCharacter.TopRight.color, endColor, curve.Evaluate(leftToRight ? progress - offset : progress + offset));
targetCharacter.TopRight.color = rightColor;
targetCharacter.BottomRight.color = rightColor;
}
public override void Apply(ref CharacterVertex targetCharacter, float progress)
{
float power;
if (horizontalForce != 0f)
{
power = horizontalForce * effectCurve.Evaluate(progress);
targetCharacter.BottomLeft.position.x += Random.Range(-variance, variance) * power;
targetCharacter.BottomRight.position.x += Random.Range(-variance, variance) * power;
targetCharacter.TopRight.position.x += Random.Range(-variance, variance) * power;
targetCharacter.TopLeft.position.x += Random.Range(-variance, variance) * power;
}
if (verticalForce != 0f)
{
power = verticalForce * (invertVerticalAnimation ? effectCurve.Evaluate(1f - progress) : effectCurve.Evaluate(progress));
targetCharacter.BottomLeft.position.y += Random.Range(-variance, variance) * power;
targetCharacter.BottomRight.position.y += Random.Range(-variance, variance) * power;
targetCharacter.TopRight.position.y += Random.Range(-variance, variance) * power;
targetCharacter.TopLeft.position.y += Random.Range(-variance, variance) * power;
}
}
public override void Apply(ref CharacterVertex targetCharacter, float progress)
{
float currentScale = magnitude * scale.Evaluate(progress);
targetCharacter.Scale(currentScale);
}
public abstract void Apply(ref CharacterVertex targetCharacter, float progress);
public override void Apply(ref CharacterVertex targetCharacter, float progress)
{
float random = Random.Range(-variance, variance) * effectCurve.Evaluate(progress) * force;
targetCharacter.Shift(new Vector3(random, random, 0f));
}
