Description
FEA mesh visualization.
Adds to the containing visual model a trimesh and a glyphs visual shapes.
#include <ChVisualShapeFEA.h>
Public Types | |
enum class | DataType { NONE , SURFACE , CONTACTSURFACES , LOADSURFACES , NODE_DISP_NORM , NODE_DISP_X , NODE_DISP_Y , NODE_DISP_Z , NODE_SPEED_NORM , NODE_SPEED_X , NODE_SPEED_Y , NODE_SPEED_Z , NODE_ACCEL_NORM , NODE_ACCEL_X , NODE_ACCEL_Y , NODE_ACCEL_Z , ELEM_STRAIN_VONMISES , ELEM_STRESS_VONMISES , ELEM_STRAIN_HYDROSTATIC , ELEM_STRESS_HYDROSTATIC , ELEM_BEAM_MX , ELEM_BEAM_MY , ELEM_BEAM_MZ , ELEM_BEAM_TX , ELEM_BEAM_TY , ELEM_BEAM_TZ , NODE_FIELD_VALUE , ANCF_BEAM_AX , ANCF_BEAM_BD } |
Visualization mesh data type. | |
enum class | GlyphType { NONE , NODE_DOT_POS , NODE_CSYS , NODE_VECT_SPEED , NODE_VECT_ACCEL , ELEM_TENS_STRAIN , ELEM_TENS_STRESS , ELEM_VECT_DP } |
Visualization glyph data type. | |
Public Member Functions | |
ChVisualShapeFEA (std::shared_ptr< fea::ChMesh > fea_mesh) | |
fea::ChMesh & | GetMesh () |
Access the referenced FEM mesh. | |
DataType | GetFEMdataType () |
Returns the current data type to be plotted (speeds, forces, etc.). | |
void | SetFEMdataType (DataType mdata) |
Set the current data type to be plotted (speeds, forces, etc.). | |
GlyphType | GetFEMglyphType () |
Returns the current data type to be drawn with glyphs. | |
void | SetFEMglyphType (GlyphType mdata) |
Set the current data type to be drawn with glyphs. | |
void | SetColorscaleMinMax (double min, double max) |
Set min and max values of the plotted variable for the colorscale plots. | |
void | SetSymbolsScale (double mscale) |
Set the scale for drawing the symbols for vectors, tensors, etc. | |
double | GetSymbolsScale () |
void | SetSymbolsThickness (double mthick) |
Set the thickness of symbols used for drawing the vectors, tensors, etc. | |
double | GetSymbolsThickness () |
void | SetBeamResolution (int mres) |
Set the resolution of beam triangulated drawing, along the beam direction (default: 8). | |
int | GetBeamResolution () |
void | SetBeamResolutionSection (int mres) |
Set the resolution of beam triangulated drawing, along the section (default: 10). | |
int | GetBeamResolutionSection () |
void | SetShellResolution (int mres) |
Set the resolution of shell triangulated drawing (default: 2). | |
int | GetShellResolution () |
void | SetShrinkElements (bool mshrink, double mfact) |
Set shrinkage of elements during drawing. | |
void | SetWireframe (bool mwireframe) |
Set as wireframe visualization. | |
void | SetBackfaceCull (bool mbc) |
Set backface cull speedup (default false). | |
void | SetZbufferHide (bool mhide) |
Set the Z buffer enable/disable, for visualization systems that support it (default: true). | |
void | SetDefaultMeshColor (ChColor mcolor) |
Set color for SURFACE mode (also for wireframe lines). | |
void | SetDefaultSymbolsColor (ChColor mcolor) |
Set color for GlyphType::NONE mode or for wireframe lines. | |
void | SetSmoothFaces (bool msmooth) |
Activate Gourad or Phong smoothing for faces of non-straight elements. | |
void | SetDrawInUndeformedReference (bool mdu) |
Draw the mesh in its underformed (reference) configuration. | |
void | Update (ChPhysicsItem *updater, const ChFrame<> &frame) |
Update the triangle visualization mesh so that it matches with the FEM mesh. | |
Friends | |
class | ChVisualModel |
Member Function Documentation
◆ SetBackfaceCull()
|
inline |
Set backface cull speedup (default false).
Must be set true for shells and in general where already double-sided twin triangles are used.
◆ SetBeamResolutionSection()
|
inline |
Set the resolution of beam triangulated drawing, along the section (default: 10).
For example, in case of a circular section, this is the number of points along the circle.
◆ SetShellResolution()
|
inline |
Set the resolution of shell triangulated drawing (default: 2).
This value represents the number of visualization mesh vertices on each FEM element edge. The default value of 2 results in a visualization mesh constructed using only the FEM nodes.
◆ SetSmoothFaces()
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inline |
Activate Gourad or Phong smoothing for faces of non-straight elements.
Note: experimental feature.
◆ SetZbufferHide()
|
inline |
Set the Z buffer enable/disable, for visualization systems that support it (default: true).
If hide = false, symbols will appear even if hidden by meshes/geometries.
The documentation for this class was generated from the following files:
- C:/M/B/src/chrono-9.0.1/src/chrono/assets/ChVisualShapeFEA.h
- C:/M/B/src/chrono-9.0.1/src/chrono/assets/ChVisualShapeFEA.cpp