private void CalcScanFeatures(TextureHandProperties _hand, TextureAttributes _attribute)
{
if (_alwaysOn)
{
_currentHandVelocityThreshold = 0;
}
else
{
_currentHandVelocityThreshold = _handVelocityThreshold;
}
if (_attribute != null && _hand.handMagnitude > _currentHandVelocityThreshold)
{
if (_modulateIntensityByHandVelocity)
{
HapticRunner.Circles[(int)_hand.chirality].Intensity = HeightValue(
_hand.handRayResult.textureCoord,
_attribute.HeightMap,
_attribute.MinIntensity,
_attribute.MaxIntensity * GetModulatedIntensityByHandVelocity(_hand.handMagnitude));
}
else
{
HapticRunner.Circles[(int)_hand.chirality].Intensity = HeightValue(
_hand.handRayResult.textureCoord,
_attribute.HeightMap,
_attribute.MinIntensity,
_attribute.MaxIntensity);
}
if (_modulateFrequencyByHandVelocity)
{
HapticRunner.Circles[(int)_hand.chirality].Frequency = _attribute.Smoothness + ((_attribute.Smoothness / 2) * GetModulatedFrequencyByHandVelocity(_hand.handMagnitude));
}
else
{
HapticRunner.Circles[(int)_hand.chirality].Frequency = _attribute.Smoothness;
}
}
else
{
HapticRunner.Circles[(int)_hand.chirality].Intensity = 0;
}
}
private void UpdateHand(TextureHandProperties _hand)
{
_hand.handVelocity = HandData.TwoHandData[(int)_hand.chirality].PalmVelocity.ToVector3();
_hand.handMagnitude = _hand.handVelocity.magnitude;
CalcScanFeatures(_hand, RaycastToTexture(_hand.scanPosition, _raycastLengthDown, out _hand.handRayResult));
}
