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Open Inventor Release 2023.2.3
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Open Inventor Release 2023.2.3
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Defines an abstract volume mesh.
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#include <MeshViz/3Ddata/PbMesh3D.h>
Inheritance diagram for PbMesh3D:Public Member Functions | |
| virtual float | getVolume () const |
| Gets the volume of the mesh. | |
| virtual float | getArea () const |
| Returns always 0. | |
| Public Member Functions inherited from PbMesh | |
| PbMesh (SbBool is_data_duplicated=TRUE) | |
| Constructor. | |
| PbMesh (const PbMesh &mesh) | |
| Copy constructor. | |
| ~PbMesh () | |
| Destructor. | |
| PbMesh & | operator= (const PbMesh &mesh) |
| Assignment operator. | |
| int | getNumNodes () const |
| Gets the number of nodes in the mesh. | |
| int | getNumCells () const |
| Gets the number of cells in the mesh. | |
| virtual SbVec3f | getNodeCoord (int nod_index) const =0 |
| Gets the coordinates of a node. | |
| SbBox3f | getBoundingBox () const |
| Gets the bounding box of the mesh. | |
| SbBool | isDataDuplicated () const |
| Returns TRUE if mesh's data are duplicated, FALSE otherwise. | |
| virtual void | addValuesSet (int set_index, const float *val, const SbString &set_name="") |
| Adds a set of scalar values. | |
| void | addValuesSet (int set_index, const float *val, DataBinding binding, const SbString &set_name="") |
| Adds a set of scalar values that can be located either at nodes or at cells. | |
| DataBinding | getValuesBinding (int set_index) const |
| Gets the binding of the scalar value set. | |
| virtual void | addStringsSet (int set_index, const SbString *val, const SbString &set_name="") |
| Adds a set of string values . | |
| virtual void | addVecsSet (int set_index, const SbVec3f *val, const SbString &set_name="") |
| Adds a set of vector values . | |
| virtual const SbString * | getValuesSetName (int set_index) const |
| Gets the name associated to a scalar values set. | |
| virtual const SbString * | getStringsSetName (int set_index) const |
| Gets the name associated to a string values set. | |
| virtual const SbString * | getVecsSetName (int set_index) const |
| Gets the name associated to a vec values set. | |
| virtual const float * | getValuesSet (int set_index) const |
| Gets a set of scalar values. | |
| virtual const SbString * | getStringsSet (int set_index) const |
| Gets a set of string values. | |
| virtual const SbVec3f * | getVecsSet (int set_index) const |
| Gets a set of vector values. | |
| virtual SbBool | removeValuesSet (int set_index) |
| Remove a set of scalar values. | |
| virtual SbBool | removeStringsSet (int set_index) |
| Remove a set of string values. | |
| virtual SbBool | removeVecsSet (int set_index) |
| Remove a set of vector values. | |
| virtual void | removeAllValuesSet () |
| Remove all sets of scalar values. | |
| virtual void | removeAllStringsSet () |
| Remove all sets of strings values. | |
| virtual void | removeAllVecsSet () |
| Remove all sets of vector values. | |
| virtual int | getNumValuesSet () const |
| Gets the number of set of scalar values. | |
| virtual int | getNumStringsSet () const |
| Gets the number of set of string values. | |
| virtual int | getNumVecsSet () const |
| Gets the number of set of vector values. | |
| virtual SbBool | getMinValuesSet (int set_index, float &min) const |
| Gets the min of a set of scalars. | |
| virtual SbBool | getMinVecsSet (int set_index, float &min) const |
| Gets the min module of a set of vectors. | |
| virtual SbBool | getMaxValuesSet (int set_index, float &max) const |
| Gets the max of a set of scalars. | |
| virtual SbBool | getMaxVecsSet (int set_index, float &max) const |
| Gets the max module of a set of vectors. | |
| virtual void | getNodeOwnerCellsInd (int nod_index, PbArrayOfInt &owner_cells) const =0 |
| Gets the list of indices of cells that own the node "nod_index". | |
| virtual void | getNodesOwnerCellsInd (const PbArrayOfInt &nod_indices, PbArrayOfInt &owner_cells) const |
| Gets the list of indices of cells that own the list of nodes "nod_indices". | |
| virtual void | getAdjacentCellsIndByNode (int cell_index, PbArrayOfInt &adjacent_cells) const |
| Gets the list of indices of cells that are adjacent (by a node) to cell_index. | |
| virtual void | getAdjacentCellsIndByFacet (int cell_index, PbArrayOfInt &adjacent_cells) const |
| Gets the list of indices of cells that are adjacent (by a facet) to cell_index. | |
| virtual const PbCell * | getCell (int cell_index) const =0 |
| Gets the cell with index cell_index. | |
| virtual SbBox3f | getSmallestCellBox (int &cell_index) const |
| Gets the smallest cell's bounding box, returns also the index of this cell. | |
| virtual SbBox3f | getBiggestCellBox (int &cell_index) const |
| Gets the biggest cell's bounding box, returns also the index of this cell. | |
| virtual const PbCell * | findContainingCell (const SbVec3f &point, float tolerance, SbVec3f &pcoord, const PbCell *adjacent_cell) const |
| virtual const PbCell * | findContainingCell (const SbVec3f &point, float tolerance, SbVec3f &pcoord) const |
| Find the cell that contains the point. | |
| virtual void | setCoordinates (const float *x_nod, const float *y_nod, const float *z_nod) |
| Set new node coordinates without modifying the mesh topology. | |
| virtual void | getCoordinates (const float *&xnod, const float *&ynod, const float *&znod, int &size_xnod, int &size_ynod, int &size_znod) const |
| Get the current coordinates of the nodes of this mesh. | |
| Public Member Functions inherited from PbBase | |
| void | enableConnection (SbBool flag) |
| Activates/deactivates the mechanism of connection. | |
| SbBool | isConnectionEnabled () const |
| Returns TRUE if the connection mechanism is active, otherwise FALSE. | |
| void | touch () |
| Simulates the changing of an instance of this object, so all connected objects are informed of this change. | |
| PbBase & | operator= (const PbBase &base) |
| Assignment operator. | |
Additional Inherited Members | |
| Public Types inherited from PbMesh | |
| enum | DataBinding { PER_CELL = PoMeshProperty::PER_CELL , PER_NODE = PoMeshProperty::PER_NODE } |
| Data binding. More... | |
Defines an abstract volume mesh.
A volume mesh is made of polyhedral cells, that define a 3D volume. The topology of this mesh is either regular (see derived class PbGrid3D) or irregular (see derived class PbIndexedMesh3D).
Definition at line 51 of file PbMesh3D.h.
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Gets the volume of the mesh.
Implements PbMesh.
Reimplemented in PbParalCartesianGrid3D, and PbRegularCartesianGrid3D.
1.9.8 