ansys::dpf::DpfVector< T > Class Template Reference
Last update: 10.07.2023
ansys::dpf::DpfVector< T > Class Template Reference
Represents a modifiable vector of data and manages its memory. More...
#include <dpf_api_base.h>
Public Member Functions | |
| DpfVector (DpfTypes const &for_object) | |
| DpfVector (LibraryHandle const &library_handle) | |
| DpfVector (DpfVector const &)=delete | |
| DpfVector (DpfVector &&) | |
| DpfVector & | operator= (DpfVector const &)=delete |
| DpfVector & | operator= (DpfVector &&) |
| T & | operator[] (dp_index idx) |
| T | operator[] (dp_index idx) const |
| T const *const | data () const |
| T *const | data () |
| dp_int | size () const |
| bool | defined () const |
| void | commit () const |
| void | copy (std::vector< T > &to_fill) const |
| std::vector< T > | copy () const |
Detailed Description
template<typename T>
class ansys::dpf::DpfVector< T >
class ansys::dpf::DpfVector< T >
Represents a modifiable vector of data and manages its memory.
If the DpfVector is returned by a local entity, then it's a direct pointer to its data else if the DpfVector is returned by a remote entity, then it's a copy of the data and the remote data is updated (if necessary) when the DpfVector is destructed.
Member Function Documentation
◆ commit()
template<typename T >
| void ansys::dpf::DpfVector< T >::commit |
Update the data in the object (if the vector is pointing on remote data).
◆ defined()
template<typename T >
| bool ansys::dpf::DpfVector< T >::defined |
Return an true information if the DpfVector object has data set.
◆ size()
template<typename T >
| dp_int ansys::dpf::DpfVector< T >::size |
Return the size of the data contained in the DpfVector object.