// volume
public void SetVolume(bool sw, float maxLength = 0.05f, float stiffness = 0.5f, float shear = 0.5f)
{
useVolume = sw;
maxVolumeLength = maxLength;
volumeShearStiffness.SetParam(stiffness, stiffness, false);
volumeShearStiffness.SetParam(shear, shear, false);
}
// clamp position
public void SetClampPositionLength(bool sw, float sval = 0.03f, float eval = 0.2f, float ratioX = 1, float ratioY = 1, float ratioZ = 1, float influence = 0.2f)
{
useClampPositionLength = sw;
clampPositionLength.SetParam(sval, eval);
clampPositionRatioX = ratioX;
clampPositionRatioY = ratioY;
clampPositionRatioZ = ratioZ;
clampPositionVelocityInfluence = influence;
}
// restore distance
public void SetRestoreDistance(float influence = 1.0f, float structStiffness = 1.0f)
{
restoreDistanceVelocityInfluence = influence;
structDistanceStiffness.SetParam(structStiffness, structStiffness, false);
}
// clamp rotation
public void SetClampRotationAngle(bool sw, float sval = 30.0f, float eval = 30.0f, float influence = 0.2f)
{
useClampRotation = sw;
clampRotationAngle.SetParam(sval, eval);
clampRotationVelocityInfluence = influence;
}
// world move/rot influence
public void SetWorldInfluence(float maxspeed, float moveval, float rotval)
{
maxMoveSpeed = maxspeed;
worldMoveInfluence.SetParam(moveval, moveval, false);
worldRotationInfluence.SetParam(rotval, rotval, false);
}
// max velocity
public void SetMaxVelocity(bool sw, float sval = 3, float eval = 3)
{
useMaxVelocity = sw;
maxVelocity.SetParam(sval, eval);
}
// drag
public void SetDrag(bool sw, float sval = 0.015f, float eval = 0.015f)
{
useDrag = sw;
drag.SetParam(sval, eval);
}
// gravity
public void SetGravity(bool sw, float sval = -9.8f, float eval = -9.8f)
{
useGravity = sw;
gravity.SetParam(sval, eval);
}
// mass
public void SetMass(float sval, float eval, bool useEval = true, float cval = 0.0f, bool useCval = false)
{
mass.SetParam(sval, eval, useEval, cval, useCval);
}
//=========================================================================================
// radius
public void SetRadius(float sval, float eval)
{
radius.SetParam(sval, eval);
}
// triangle bend
public void SetTriangleBend(bool sw, float sval = 0.03f, float eval = 0.03f)
{
useTriangleBend = sw;
triangleBend.SetParam(sval, eval);
}
public void SetSpringDistanceAtten(float sval, float eval, float cval)
{
springDistanceAtten.SetParam(sval, eval, true, cval, true);
}
// restore rotation
public void SetRestoreRotation(bool sw, float sval = 0.02f, float eval = 0.001f, float influence = 0.3f)
{
useRestoreRotation = sw;
restoreRotation.SetParam(sval, eval);
restoreRotationVelocityInfluence = influence;
}
// world move/rot influence
public void SetWorldInfluence(float moveval, float rotval)
{
worldMoveInfluence.SetParam(moveval, moveval, false);
worldRotationInfluence.SetParam(rotval, rotval, false);
}
public void SetDirectionalDamping(bool sw, float sval = 1.0f, float eval = 0.1f, float curve = -0.5f, Transform target = null)
{
useDirectionalDamping = sw;
directionalDamping.SetParam(sval, eval, true, curve, true);
directionalDampingObject = target;
}
