public static physx.PxTransform OpMultiply(physx.PxTransform lhs, physx.PxTransform *x)
{
physx.PxTransform RetRef;
physx.PxTransform *pvk_in_lhs = &lhs;
physx.PxTransform *pvk_in_x = x;
PxTransform_const_PxTransform_operator_Ptr_Star_PxTransform_(&RetRef, pvk_in_lhs, pvk_in_x);
return(RetRef);
}
public physx.PxRigidDynamicPtr createRigidDynamic(physx.PxTransform pose)
{
return(createRigidDynamic((physx.PxTransform *) & pose));
}
public physx.PxArticulationJointBasePtr createArticulationJoint(physx.PxArticulationLinkPtr parent, physx.PxTransform parentFrame, physx.PxArticulationLinkPtr child, physx.PxTransform childFrame)
{
return(((physx.PxArticulationBasePtr) this).createArticulationJoint(parent, (physx.PxTransform *) & parentFrame, child, (physx.PxTransform *) & childFrame));
}
public static physx.PxPlane PxPlaneEquationFromTransform(physx.PxTransform transform)
{
return(PxPlaneEquationFromTransform((physx.PxTransform *) & transform));
}
public void setChildPose(physx.PxTransform pose)
{
setChildPose((physx.PxTransform *) & pose);
}
internal static extern void PxArticulationRootLinkDataPtr_SET_transform(physx.PxArticulationRootLinkDataPtr cls, physx.PxTransform value);
public void setGlobalPose(physx.PxTransform pose, bool autowake = true)
{
((physx.PxRigidActorPtr) this).setGlobalPose((physx.PxTransform *) & pose, autowake);
}
public void setCMassLocalPose(physx.PxTransform pose)
{
((physx.PxRigidBodyPtr) this).setCMassLocalPose((physx.PxTransform *) & pose);
}
public static bool OpEquals(physx.PxTransform lhs, physx.PxTransform *t)
{
physx.PxTransform *pvk_in_lhs = &lhs;
physx.PxTransform *pvk_in_t = t;
return(bool_const_PxTransform_operator_Ptr_EqualEqual_PxTransform_(pvk_in_lhs, pvk_in_t));
}
public static bool OpEquals(physx.PxTransform lhs, physx.PxTransform.Ref t)
{
return(OpEquals(lhs, (physx.PxTransform *)(*((IntPtr *)(&t)))));
}
public static bool OpEquals(physx.PxTransform lhs, physx.PxTransform t)
{
return(OpEquals(lhs, (physx.PxTransform *) & t));
}
public bool getKinematicTarget(physx.PxTransform target)
{
return(getKinematicTarget((physx.PxTransform *) & target));
}
public void setKinematicTarget(physx.PxTransform destination)
{
setKinematicTarget((physx.PxTransform *) & destination);
}
public physx.PxBounds3 transformFast(physx.PxTransform transform, physx.PxBounds3 bounds)
{
return(transformFast((physx.PxTransform *) & transform, (physx.PxBounds3 *) & bounds));
}
public physx.PxBounds3 poseExtent(physx.PxTransform pose, physx.PxVec3 extent)
{
return(poseExtent((physx.PxTransform *) & pose, (physx.PxVec3 *) & extent));
}
public PxMat44(physx.PxTransform t) : this((physx.PxTransform *) & t)
{
//ctor piping;
}
public void setGlobalPose(physx.PxTransform pose, bool autowake = true)
{
setGlobalPose((physx.PxTransform *) & pose, autowake);
}
public static physx.PxTransform OpMultiply(physx.PxTransform lhs, physx.PxTransform x)
{
return(OpMultiply(lhs, (physx.PxTransform *) & x));
}
public void setGlobalPose(physx.PxTransform pose)
{
((physx.PxRigidActorPtr) this).setGlobalPose((physx.PxTransform *) & pose);
}
public static physx.PxTransform OpMultiply(physx.PxTransform lhs, physx.PxTransform.Ref x)
{
return(OpMultiply(lhs, (physx.PxTransform *)(*((IntPtr *)(&x)))));
}
public void teleportRootLink(physx.PxTransform pose, bool autowake)
{
teleportRootLink((physx.PxTransform *) & pose, autowake);
}
public static physx.PxTransform *OpStarEqual(physx.PxTransform lhs, physx.PxTransform other)
{
return(OpStarEqual(lhs, (physx.PxTransform *) & other));
}
public void setParentPose(physx.PxTransform pose)
{
setParentPose((physx.PxTransform *) & pose);
}
public static physx.PxTransform *OpStarEqual(physx.PxTransform lhs, physx.PxTransform.Ref other)
{
return(OpStarEqual(lhs, (physx.PxTransform *)(*((IntPtr *)(&other)))));
}
public void setChildPose(physx.PxTransform pose)
{
((physx.PxArticulationJointBasePtr) this).setChildPose((physx.PxTransform *) & pose);
}
public static physx.PxTransform *OpStarEqual(physx.PxTransform lhs, physx.PxTransform * other)
{
physx.PxTransform *pvk_in_lhs = &lhs;
physx.PxTransform *pvk_in_other = other;
return(PxTransform_PxTransform_operator_Ptr_StarEqual_PxTransform_(pvk_in_lhs, pvk_in_other));
}
public physx.PxArticulationLinkPtr createLink(physx.PxArticulationLinkPtr parent, physx.PxTransform pose)
{
return(((physx.PxArticulationBasePtr) this).createLink(parent, (physx.PxTransform *) & pose));
}
public physx.PxTransform transformInv(physx.PxTransform src)
{
return(transformInv((physx.PxTransform *) & src));
}
public void setLocalPose(physx.PxTransform pose)
{
setLocalPose((physx.PxTransform *) & pose);
}
public static physx.PxRigidDynamicPtr PxCreateKinematic <T3>(physx.PxPhysicsPtr sdk, physx.PxTransform transform, T3 geometry, physx.PxMaterialPtr material, float density, physx.PxTransform shapeOffset) where T3 : unmanaged, physx.PxGeometry.IPxGeometry
{
return(PxCreateKinematic(sdk, (physx.PxTransform *) & transform, (physx.PxGeometry *) & geometry, material, density, (physx.PxTransform *) & shapeOffset));
}