Reactangular 4-edged contour used in Yee mesh.
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#include <yeecnt.h>
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int | GetFieldType () const |
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Vector_3 | GetFieldDir () const |
| Get direction code of the output field: 0 = x, 1=y, 2= z.
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Vector_3 | GetCenter () const |
| Faster than the standard one.
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vec_type | Area () const |
| Faster than the standard one: TODO even faster.
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vec_type | GetControlVolume () const |
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Vector_3 | GetControlNormal () const |
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Vector_3 | GetBoundingBox (Vector_3 *v1, Vector_3 *v2) const |
| Improved version of GetControlBoundingBox().
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Vector_3 | GetControlBoundingBox (Vector_3 *v1, Vector_3 *v2) const |
| Gets bounding box for the control region.
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Box * | CreateControlRegion () const |
| Creates control region of the contour.
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Box | GetControlRegion () const |
| Gets control region of the contour.
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faceted_t | GetControlRegionFacets () const |
| Creates faceted representation of the control region.
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int | ftype |
| Type of the field located at the points of the contour and forming rotor, switched between 0 and 1.
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int | dir |
| Direction code: 0 = x, 1=y, 2= z.
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vec_type | v |
| Control volume (volume spanned by Yee cell of this contour).
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Reactangular 4-edged contour used in Yee mesh.
◆ GetControlNormal()
Vector_3 emYeeContour::GetControlNormal |
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const |
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inline |
- Returns
- the height vector of control volume.
By EMTL convention the normal is pointing inside the surface, i.e. OPPOSITE to the usual right-hand rule of contour
◆ GetControlVolume()
vec_type emYeeContour::GetControlVolume |
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const |
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inline |
- Returns
- the contour control volume
◆ GetFieldType()
int emYeeContour::GetFieldType |
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const |
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inline |
- Returns
- contour field type: this is input (edge) field.
The documentation for this class was generated from the following file: