HK_NULL,
0, // enums
reinterpret_cast<const hkClassMember*>(hkvConvexVerticesShape::Members),
HK_COUNT_OF(hkvConvexVerticesShape::Members),
HK_NULL, // defaults
HK_NULL, // attributes
0, // flags
hkUint32(0) // version
);
#ifndef HK_HKCLASS_DEFINITION_ONLY
const hkClass& HK_CALL hkvConvexVerticesShape::staticClass()
{
return hkvConvexVerticesShapeClass;
}
HK_COMPILE_TIME_ASSERT2( \
sizeof(hkIsVirtual(static_cast<hkvConvexVerticesShape*>(0))) == sizeof(hkBool::CompileTimeTrueType), \
REFLECTION_PARSER_VTABLE_DETECTION_FAILED );
static void HK_CALL finishLoadedObjecthkvConvexVerticesShape(void* p, int finishing = 1)
{
hkFinishLoadedObjectFlag f;
f.m_finishing = finishing;
new (p) hkvConvexVerticesShape(f);
}
static void HK_CALL cleanupLoadedObjecthkvConvexVerticesShape(void* p)
{
static_cast<hkvConvexVerticesShape*>(p)->~hkvConvexVerticesShape();
}
static const void* HK_CALL getVtablehkvConvexVerticesShape()
{
#if HK_LINKONCE_VTABLES==0
#if HK_HASHCODE_VTABLE_REGISTRY==1
HK_NULL,
0, // enums
reinterpret_cast<const hkClassMember*>(hkVisionMeshShape_MeshClass_Members),
HK_COUNT_OF(hkVisionMeshShape_MeshClass_Members),
HK_NULL, // defaults
HK_NULL, // attributes
0, // flags
hkUint32(0) // version
);
#ifndef HK_HKCLASS_DEFINITION_ONLY
const hkClass& HK_CALL hkVisionMeshShape::Mesh::staticClass()
{
return hkVisionMeshShapeMeshClass;
}
HK_COMPILE_TIME_ASSERT2( \
sizeof(hkIsVirtual(static_cast<hkVisionMeshShape::Mesh*>(0))) == sizeof(hkBool::CompileTimeFalseType), \
REFLECTION_PARSER_VTABLE_DETECTION_FAILED );
static void HK_CALL cleanupLoadedObjecthkVisionMeshShapeMesh(void* p)
{
static_cast<hkVisionMeshShape::Mesh*>(p)->~Mesh();
}
extern const hkTypeInfo hkVisionMeshShapeMeshTypeInfo;
const hkTypeInfo hkVisionMeshShapeMeshTypeInfo(
"hkVisionMeshShapeMesh",
"!hkVisionMeshShape::Mesh",
HK_NULL,
cleanupLoadedObjecthkVisionMeshShapeMesh,
HK_NULL,
sizeof(hkVisionMeshShape::Mesh)
);
#endif
