35 struct IntegrationPoint final {
38 unique_ptr<Material> c_material;
39 mat pn_pxyz, strain_mat;
40 IntegrationPoint(vec&&,
double, unique_ptr<Material>&&, mat&&);
43 static constexpr unsigned c_node = 8, c_dof = 3, c_size = c_dof * c_node;
45 vector<IntegrationPoint> int_pt;
47 static mat compute_mapping(
const vec&);
48 static mat compute_n(
const vec&);
49 static mat compute_dn(
const vec&);
57 int initialize(
const shared_ptr<DomainBase>&)
override;
67 void print()
override;
70 void Setup()
override;
71 void GetData(vtkSmartPointer<vtkDoubleArray>&,
OutputType)
override;
72 void SetDeformation(vtkSmartPointer<vtkPoints>&,
double)
override;
OutputType
Definition OutputType.h:21
The CIN3D8 class defines CIN3D8 CIN3D8R elements.
Definition CIN3D8.h:34
int reset_status() override
Definition CIN3D8.cpp:223
vector< vec > record(OutputType) override
Definition CIN3D8.cpp:229
int commit_status() override
Definition CIN3D8.cpp:211
int update_status() override
Definition CIN3D8.cpp:196
void print() override
Definition CIN3D8.cpp:235
int initialize(const shared_ptr< DomainBase > &) override
Definition CIN3D8.cpp:145
int clear_status() override
Definition CIN3D8.cpp:217
Definition MaterialElement.h:74