public static float *OpSubscriptConst(physx.PxVec3 lhs, uint index)
{
physx.PxVec3 *pvk_in_lhs = &lhs;
uint pvk_in_index = index;
return(float_const_PxVec3_operator_Ptr_Subscript_uint_(pvk_in_lhs, pvk_in_index));
}
public static physx.PxVec3 *OpSlashEqual(physx.PxVec3 lhs, float f)
{
physx.PxVec3 *pvk_in_lhs = &lhs;
float pvk_in_f = f;
return(PxVec3_PxVec3_operator_Ptr_SlashEqual_float_(pvk_in_lhs, pvk_in_f));
}
public static physx.PxVec3 OpMinus(physx.PxVec3 lhs)
{
physx.PxVec3 RetRef;
physx.PxVec3 *pvk_in_lhs = &lhs;
PxVec3_const_PxVec3_operator_Ptr_Minus(&RetRef, pvk_in_lhs);
return(RetRef);
}
public static physx.PxVec3 OpPlus(physx.PxVec3 lhs, physx.PxVec3 *v)
{
physx.PxVec3 RetRef;
physx.PxVec3 *pvk_in_lhs = &lhs;
physx.PxVec3 *pvk_in_v = v;
PxVec3_const_PxVec3_operator_Ptr_Plus_PxVec3_(&RetRef, pvk_in_lhs, pvk_in_v);
return(RetRef);
}
public static physx.PxVec3 OpSlash(physx.PxVec3 lhs, float f)
{
physx.PxVec3 RetRef;
physx.PxVec3 *pvk_in_lhs = &lhs;
float pvk_in_f = f;
PxVec3_const_PxVec3_operator_Ptr_Slash_float_(&RetRef, pvk_in_lhs, pvk_in_f);
return(RetRef);
}
public PxBoxGeometry(physx.PxVec3 halfExtents_)
{
physx.PxVec3 pvk_in_halfExtents_ = halfExtents_;
PxBoxGeometry toInit;
var pvk_in_this = &toInit;
void_PxBoxGeometry_PxBoxGeometryPtr_Ctor_PxVec3_(pvk_in_this, pvk_in_halfExtents_);
this = toInit;
}
public physx.PxVec3 rotateInv(physx.PxVec3 v)
{
return(rotateInv((physx.PxVec3 *) & v));
}
public PxDebugPoint(physx.PxVec3 p, uint *c) : this((physx.PxVec3 *) & p, c)
{
//ctor piping;
}
public static physx.PxMeshScalePtr New(physx.PxVec3 s, physx.PxQuat r)
{
return(New((physx.PxVec3 *) & s, (physx.PxQuat *) & r));
}
internal static extern void void_PxBoxGeometry_PxBoxGeometryPtr_Ctor_PxVec3_(physx.PxBoxGeometry *pvk_this, physx.PxVec3 pvk_halfExtents_);
internal static extern void Px1DConstraintPtr_SET_linear1(physx.Px1DConstraintPtr cls, physx.PxVec3 value);
public static physx.PxMassPropertiesPtr New(float m, physx.PxMat33 inertiaT, physx.PxVec3 com)
{
return(New(m, (physx.PxMat33 *) & inertiaT, (physx.PxVec3 *) & com));
}
public static physx.PxTransform PxTransformFromSegment(physx.PxVec3 p0, physx.PxVec3 p1)
{
return(PxTransformFromSegment((physx.PxVec3 *) & p0, (physx.PxVec3 *) & p1));
}
public static physx.PxTransform PxTransformFromSegment(physx.PxVec3 p0, physx.PxVec3 p1, float *halfHeight = default(float *))
{
return(PxTransformFromSegment((physx.PxVec3 *) & p0, (physx.PxVec3 *) & p1, halfHeight));
}
public void setForceAndTorque(physx.PxVec3 force, physx.PxVec3 torque, physx.PxForceMode mode)
{
((physx.PxRigidBodyPtr) this).setForceAndTorque((physx.PxVec3 *) & force, (physx.PxVec3 *) & torque, mode);
}
public static physx.PxQuat PxShortestRotation(physx.PxVec3 from, physx.PxVec3 target)
{
return(PxShortestRotation((physx.PxVec3 *) & from, (physx.PxVec3 *) & target));
}
public void setTargetVelocity(physx.PxVec3 velocity)
{
setTargetVelocity((physx.PxVec3 *) & velocity);
}
internal static extern void PxArticulationRootLinkDataPtr_SET_angAcel(physx.PxArticulationRootLinkDataPtr cls, physx.PxVec3 value);
public PxVec4(physx.PxVec3 v, float nw) : this((physx.PxVec3 *) & v, nw)
{
//ctor piping;
}
internal static extern void PxDebugTextPtr_SET_position(physx.PxDebugTextPtr cls, physx.PxVec3 value);
internal static extern void Px1DConstraintPtr_SET_angular0(physx.Px1DConstraintPtr cls, physx.PxVec3 value);
public physx.PxMat33 createDiagonal(physx.PxVec3 d)
{
return(createDiagonal((physx.PxVec3 *) & d));
}
public static physx.PxMeshScalePtr New(physx.PxVec3 s)
{
return(New((physx.PxVec3 *) & s));
}
public static physx.PxVec3 OpMultiply(physx.PxMat33 lhs, physx.PxVec3 vec)
{
return(OpMultiply(lhs, (physx.PxVec3 *) & vec));
}
internal static extern void PxMassPropertiesPtr_SET_centerOfMass(physx.PxMassPropertiesPtr cls, physx.PxVec3 value);
public physx.PxVec3 transform(physx.PxVec3 other)
{
return(transform((physx.PxVec3 *) & other));
}
public void toRadiansAndUnitAxis(float *angle, physx.PxVec3 axis)
{
toRadiansAndUnitAxis(angle, (physx.PxVec3 *) & axis);
}
public physx.PxVec3 transformTranspose(physx.PxVec3 other)
{
return(transformTranspose((physx.PxVec3 *) & other));
}
public PxQuat(float angleRadians, physx.PxVec3 unitAxis) : this(angleRadians, (physx.PxVec3 *) & unitAxis)
{
//ctor piping;
}
public PxMat33(physx.PxVec3 col0, physx.PxVec3 col1, physx.PxVec3 col2) : this((physx.PxVec3 *) & col0, (physx.PxVec3 *) & col1, (physx.PxVec3 *) & col2)
{
//ctor piping;
}
