void SetColor(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
if (evt.HasCurvePayload())
{
float curveValue = evt.GetValueOfCurveAtTime(sampleTime);
spriteRenderer.color = startColor * (1 - curveValue) + curveValue * targetColor;
}
}
void SetScale(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
if (evt.HasCurvePayload())
{
float curveValue = evt.GetValueOfCurveAtTime(sampleTime);
transform.localScale = startScale * (1 - curveValue) + curveValue * targetScale;
}
}
void SetPosition(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
if (evt.HasCurvePayload())
{
float curveValue = evt.GetValueOfCurveAtTime(sampleTime);
transform.position = startPosition * (1 - curveValue) + curveValue * endPosition;
}
}
private void ChangeCube(KoreographyEvent koreoEvent, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
if (koreoEvent.HasCurvePayload())
{
float curveValue = koreoEvent.GetValueOfCurveAtTime(sampleTime);
transform.localScale = Vector3.one * Mathf.Lerp(minScale, maxScale, curveValue);
}
}
void AdjustScale(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
if (evt.HasCurvePayload())
{
// Get the value of the curve at the current audio position. This will be a
// value between [0, 1] and will be used, below, to interpolate between
// minScale and maxScale.
float curveValue = evt.GetValueOfCurveAtTime(sampleTime);
transform.localScale = Vector3.one * Mathf.Lerp(minScale, maxScale, curveValue);
}
}
/* void TestPayload(KoreographyEvent evt)
* {
* print(evt.GetIntValue() + " " + Time.time);
* }*/
void TestOffset(KoreographyEvent evt, int sampleTime, int sampleDelta, DeltaSlice deltaSlice)
{
/*print("OffSet " + Time.time);
* print(sampleTime);
* print(sampleDelta);*/
if (evt.HasCurvePayload())
{
//print("Scale Start");
// Get the value of the curve at the current audio position. This will be a
// value between [0, 1] and will be used, below, to interpolate between
// minScale and maxScale.
float curveValue = Mathf.Clamp(evt.GetValueOfCurveAtTime(sampleTime), 0.5f, 1);
print(curveValue);
//transform.position = new Vector3(Random.Range(0 , 5), 0, Random.Range(-5 , 0));
//interim = Vector3.one * Mathf.Lerp(minScale, maxScale, curveValue);
//interim.y = 1.2f;
transform.localScale *= curveValue;
}
}