Highlighting Specific Mesh Elements
The mesh highlight tool allows you to view areas of the mesh where specific model settings are applied.
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- None
- No mesh elements are highlighted.
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- Lossy metal
- Highlight mesh elements (faces, wires) with a metallic medium and thickness applied to it.
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- Coating
- Highlight mesh elements (faces, wires, edges) with a coating (layered dielectric) applied to it.
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- CFIE / MFIE
- Highlight mesh elements (faces) with either a combined field integral equation (CFIE) or magnetic field integral equation (MFIE) applied to it.
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- EFIE
- Highlight mesh elements (faces) with the electric field integral equation (EFIE) applied to it.
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- Impedance sheet
- Highlight mesh elements (faces) with an impedance sheet applied to it.
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- Physical Optics
- Highlight mesh elements (faces) with the physical optics (PO) solution method applied to it.
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- Physical Optics (Fock regions)
- Highlight mesh elements (faces) with the physical optics (PO) solution method applied to a Fock region.
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- Ray Launching GO
- Highlight mesh elements (faces) with the ray launching geometrical optics (RL-GO) solution method applied to it.
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- Uniform Theory of Diffraction
- Highlight mesh elements (faces) with the uniform theory of diffraction (UTD) solution method applied to it.
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- FEM
- Highlight mesh elements (regions) with the finite element method (FEM) solution method applied to it.
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- VEP
- Highlight mesh elements (regions) with the volume equivalence principle (VEP) solution method applied to it.
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- Windscreen solution elements
- Highlight mesh elements (faces, wires) that are specified as windscreen solution elements (windscreen antenna elements).
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- Aperture
- Highlight a slot or aperture in an infinite plane with the planar Green's function aperture applied to it.
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- Numerical Green's Function
- Highlight mesh elements defined as the static part using the numerical Green's function.