// Create a new vector oscillator.
//
// oscillationTime: The amount of time to do a full cycle from 0 to 1 and back for each axis.
// startPctOffset: The percentage along the oscillationTime at which to start for each axis.
// type: the type of curve on the oscillation
// randomizeStart: True to choose a random time along the oscillationTime to start.
//
public VectorOscillator(Vector3 oscillationTime, Vector3 startPctOffset, OscillationType type = OscillationType.LINEAR, bool randomizeStart = false)
{
for (int i = 0; i < 3; i++)
{
oscillators [i] = new ValueOscillator(oscillationTime [i], startPctOffset [i], type, randomizeStart);
}
}
// Create a new value oscillator.
//
// oscillationTime: The amount of time to do a full cycle from 0 to 1 and back.
// startPctOffset: The percentage along the oscillationTime at which to start.
// type: the type of curve on the oscillation
// randomizeStart: True to choose a random time along the oscillationTime to start.
//
public ValueOscillator(float oscillationTime, float startPctOffset = 0.0f, OscillationType type = OscillationType.LINEAR, bool randomizeStart = false)
{
if (oscillationTime <= 0f)
{
Debug.LogError("ValueOscillator cannot have oscillationTime (" + oscillationTime + ") less than or equal to zero.");
oscillationTime = 1f;
}
wavelength = oscillationTime;
curveType = type;
if (randomizeStart)
{
startPctOffset = Random.Range(0f, 1f);
}
startTime = Time.time - (startPctOffset * wavelength);
}
