public static void DoPulseData(XRNode node, HapticPulseData dat)
{
if (dat.type != HapticPulseType.NONE)
{
pulseData[(int)node] = dat;
}
}
public HapticPulseData GetEndHitPulse(float relativeVelocity)
{
HapticPulseData dat = endHitPulse;
dat.amplitude1 *= endHitVelocityCurve.Evaluate(relativeVelocity);
dat.amplitude2 *= endHitVelocityCurve.Evaluate(relativeVelocity);
return(dat);
}
public HapticPulseData GetBeginTouchPulse(float relativeVelocity)
{
HapticPulseData dat = beginTouchPulse;
dat.amplitude1 *= beginTouchVelocityCurve.Evaluate(relativeVelocity);
dat.amplitude2 *= beginTouchVelocityCurve.Evaluate(relativeVelocity);
return(dat);
}
private void Start()
{
for (int i = 0; i < NODE_COUNT; ++i)
{
pulseData[i] = new HapticPulseData();
}
GetDevices();
}
public static void FlatPulse(XRNode node, float amplitude, float length)
{
HapticPulseData dat = new HapticPulseData();
dat.type = HapticPulseType.FLAT;
dat.length = length;
dat.amplitude1 = amplitude;
pulseData[(int)node] = dat;
}
public static void LerpPulse(XRNode node, float startAmplitude, float endAmplitude, float length)
{
HapticPulseData dat = new HapticPulseData();
dat.type = HapticPulseType.LERP;
dat.amplitude1 = startAmplitude;
dat.amplitude2 = endAmplitude;
dat.length = length;
pulseData[(int)node] = dat;
}
public static void CosinePulse(XRNode node, float troughAmplitude, float crestAmplitude, float cycles, float length)
{
HapticPulseData dat = new HapticPulseData();
dat.type = HapticPulseType.COSINE;
dat.amplitude1 = troughAmplitude;
dat.amplitude2 = crestAmplitude;
dat.cycles = cycles;
dat.length = length;
pulseData[(int)node] = dat;
}
private void OnCollisionExit(Collision collision)
{
if (onCollisionNode != XRNode.LeftEye)
{
HapticPulseData dat = material.GetEndHitPulse(collision.relativeVelocity.magnitude);
if (dat.amplitude1 > 0f || dat.amplitude2 > 0f)
{
HapticHandler.DoPulseData(onCollisionNode, dat);
}
}
}
