private void EnforceMinimumDynamicDimensions()
{
PhysX.Bounds3 bounds = _actor.WorldBounds;
float xsz = bounds.Extents.X * 2.0f;
float ysz = bounds.Extents.Y * 2.0f;
float zsz = bounds.Extents.Z * 2.0f;
//prevent the creation of esentially 1 dimensional physicals
int dimsTooSmall = 0;
if (xsz < MIN_SIZE_FOR_DYNAMIC)
{
dimsTooSmall++;
}
if (ysz < MIN_SIZE_FOR_DYNAMIC)
{
dimsTooSmall++;
}
if (zsz < MIN_SIZE_FOR_DYNAMIC)
{
dimsTooSmall++;
}
if (dimsTooSmall >= 2)
{
//object is too small to be dynamic. set kinematic
_isPhysical = false;
_dynActor.Flags = _dynActor.Flags | PhysX.RigidDynamicFlags.Kinematic;
}
}
private void EnforceMaximumDynamicDimensions()
{
PhysX.Bounds3 bounds = _actor.WorldBounds;
float xsz = bounds.Extents.X * 2.0f;
float ysz = bounds.Extents.Y * 2.0f;
float zsz = bounds.Extents.Z * 2.0f;
//prevent ridiculous sized dynamics
if (xsz > MAX_PHSYICAL_DIMENSION * 2.0f ||
ysz > MAX_PHSYICAL_DIMENSION * 2.0f ||
zsz > MAX_PHSYICAL_DIMENSION * 2.0f)
{
//object is too large to be dynamic. set kinematic
_isPhysical = false;
_dynActor.Flags = _dynActor.Flags | PhysX.RigidDynamicFlags.Kinematic;
return;
}
int dimsTooLarge = 0;
if (xsz > MAX_PHSYICAL_DIMENSION)
{
dimsTooLarge++;
}
if (ysz > MAX_PHSYICAL_DIMENSION)
{
dimsTooLarge++;
}
if (zsz > MAX_PHSYICAL_DIMENSION)
{
dimsTooLarge++;
}
if (dimsTooLarge >= 2)
{
//object is too large to be dynamic. set kinematic
_isPhysical = false;
_dynActor.Flags = _dynActor.Flags | PhysX.RigidDynamicFlags.Kinematic;
return;
}
}
