ansys::dpf::Dimensionality Struct Reference
Last update: 10.07.2023
ansys::dpf::Dimensionality Struct Reference
#include <dpf_api_base.h>
Public Types | |
| enum | ENature { eScalar = 0 , eVector = 1 , eMatrix = 2 , eThirdOrderTensor = 3 , eFourthOrderTensor = 4 , eSymmetricalMatrix = 5 , eDiagonalMatrix = 6 , eSymetricVoigtMatrix = 7 , eIdentityMatrix = 8 , eFourthOrderIdentityTensor = 9 } |
Public Member Functions | |
| Dimensionality (ENature innature, std::vector< int > const &incomponents) | |
| dp_int | numberOfComponents () const |
Data Fields | |
| std::vector< int > | components |
| ENature | nature |
Detailed Description
Entity to describe the dimensionality.
- See also
- dimensionalities
Member Enumeration Documentation
◆ ENature
Enum value to describe handled entities dimensions.
Constructor & Destructor Documentation
◆ Dimensionality()
| ansys::dpf::Dimensionality::Dimensionality | ( | ENature | innature, |
| std::vector< int > const & | incomponents | ||
| ) |
Dimensionality object that describes the entity dimensions.
- Parameters
-
[in] incomponents ENature enum value to describe the dimension of the entity.
Member Function Documentation
◆ numberOfComponents()
| dp_int ansys::dpf::Dimensionality::numberOfComponents | ( | ) | const |
[in] Vector defining size of each dimension.
- Returns
- The number of components of the described entity.
Field Documentation
◆ components
| std::vector<int> ansys::dpf::Dimensionality::components |
Vector defining size of each dimension. For example, use { 1 } for scalar, { 3 } for a 3D vector, and { 3, 3 } for 3D tensor.
◆ nature
| ENature ansys::dpf::Dimensionality::nature |
ENature enum value to describe the dimension of the entity.