void DoTranslate()
{
if (Time.time >= _startTime)
{
Transform.localPosition = new Vector2(
(float)EasingCurves.Evaluate(_xCurve, Time.time - _startTime, _startPosition.x, _translation.x, _duration),
(float)EasingCurves.Evaluate(_yCurve, Time.time - _startTime, _startPosition.y, _translation.y, _duration));
}
}
public void Tick(float realDeltaTime)
{
float mod = (float)EasingCurves.SineEaseOut(Time.time, 0.5, 0.5, _duration);
float r = _startColor.r + (_endColor.r - _startColor.r) * mod;
float g = _startColor.g + (_endColor.g - _startColor.g) * mod;
float b = _startColor.b + (_endColor.b - _startColor.b) * mod;
float a = _startColor.a + (_endColor.a - _startColor.a) * mod;
_text.color = new Color(r, g, b, a);
}
void DoRescale()
{
if (Time.time >= _startTime) {
float duration = _inverseLoop ? _duration * 2 : _duration;
Transform.localScale = new Vector3(
(float)EasingCurves.Evaluate(_xCurve, Time.time - _startTime, _baseScale.x, _modScale.x, duration),
(float)EasingCurves.Evaluate(_yCurve, Time.time - _startTime, _baseScale.y, _modScale.y, duration),
0);
}
}
void DoFlick()
{
if (Time.time >= _startTime)
{
float duration = _inverseLoop ? _duration * 2 : _duration;
float mod = (float)EasingCurves.Evaluate(_curve, Time.time - _startTime, _baseMod, _finalMod, duration);
float r = _startColor.r + (_endColor.r - _startColor.r) * mod;
float g = _startColor.g + (_endColor.g - _startColor.g) * mod;
float b = _startColor.b + (_endColor.b - _startColor.b) * mod;
float a = _startColor.a + (_endColor.a - _startColor.a) * mod;
_image.color = new Color(r, g, b, a);
}
}
