public Vector3 GetRandom(Vector3 maxRandom, int iElement)
{
MathUtils.tempV3.x = maxRandom.x * (DRandom.GetUnit(iElement));
MathUtils.tempV3.y = maxRandom.y * (DRandom.GetUnit(iElement + 13 * iElement));
MathUtils.tempV3.z = maxRandom.z * (DRandom.GetUnit(iElement + 29 * iElement));
return(MathUtils.tempV3);
}
public override void OnStop(TextAnimation se, SE_Animation anim, int sequenceIndex)
{
if (!Application.isPlaying || !_OnFinish_SetAlphaToFinalValue)
{
return;
}
var currentAlpha = se.mWidgetColor.a;
float t = anim._Backwards ? 0 : 1;
var progress = _EasingCurve.Evaluate(t);
//--[ From ]----------------------------
float aFrom = _From * 255;
if (_AnimBlend_From == eFloatAnimBlendMode.Offset)
{
aFrom = aFrom + currentAlpha;
}
if (_AnimBlend_From == eFloatAnimBlendMode.Blend)
{
aFrom = _From * currentAlpha;
}
if (HasRandom(_FromRandom))
{
aFrom += 255 * _FromRandom * DRandom.GetUnit(0);
}
//--[ To ]----------------------------
float aTo = 255 * _To;
if (_AnimBlend_To == eFloatAnimBlendMode.Offset)
{
aTo = (currentAlpha + _To);
}
if (_AnimBlend_To == eFloatAnimBlendMode.Blend)
{
aTo = (currentAlpha * _To);
}
if (HasRandom(_ToRandom))
{
aTo += 255 * _ToRandom * DRandom.GetUnit(0 * 2 + 90);
}
// Find Alpha for this Character
float falpha = (aFrom + (aTo - aFrom) * progress);
byte alpha = (byte)(falpha < 0 ? 0 : falpha > 255 ? 255 : falpha);
var color = se.mWidgetColor;
color.a = alpha;
se.SetWidgetColor(color);
}
public override void Apply_Characters(TextAnimation se, SE_Animation anim, int sequenceIndex)
{
if (anim.mTime < mDelay && !_InitAllElements)
{
return;
}
bool applyRandomFrom = HasRandom(_FromRandom);
bool applyRandomTo = HasRandom(_ToRandom);
DRandom.mCurrentSeed = GetRandomSeed(anim, sequenceIndex);
// Iterate through all the valid range
for (int iElement = mElementRangeStart; iElement < mElementRangeEnd; ++iElement)
{
float progress = GetProgress(anim.mTime, anim, iElement);
if (!_InitAllElements && progress < 0)
{
continue;
}
progress = progress < 0 ? 0 : progress;
progress = _EasingCurve.Evaluate(progress);
var currentAlpha = TextAnimation.mOriginalVertices.Buffer[iElement * 4].color.a;
//--[ From ]----------------------------
float aFrom = _From * 255;
if (_AnimBlend_From == eFloatAnimBlendMode.Offset)
{
aFrom = aFrom + currentAlpha;
}
if (_AnimBlend_From == eFloatAnimBlendMode.Blend)
{
aFrom = _From * currentAlpha;
}
if (applyRandomFrom)
{
aFrom += 255 * _FromRandom * DRandom.GetUnit(iElement);
}
//--[ To ]----------------------------
float aTo = 255 * _To;
if (_AnimBlend_To == eFloatAnimBlendMode.Offset)
{
aTo = (currentAlpha + _To);
}
if (_AnimBlend_To == eFloatAnimBlendMode.Blend)
{
aTo = (currentAlpha * _To);
}
if (applyRandomTo)
{
aTo += 255 * _ToRandom * DRandom.GetUnit(iElement * 2 + 90);
}
// Find Alpha for this Character
float falpha = (aFrom + (aTo - aFrom) * progress);
byte alpha = (byte)(falpha < 0?0 : falpha > 255?255: falpha);
// Apply to all Vertices
for (int v = iElement * 4; v < iElement * 4 + 4; ++v)
{
TextAnimation.mOriginalVertices.Buffer[v].color.a = alpha;
}
}
}
