Geometry Cards
Geometry cards are used to create geometry and are placed before the EG card in the .pre file.
Card | Description |
---|---|
BC | Specifies the outer boundaries of the simulation region. |
BL | Creates a line. |
BP | Creates a parallelogram. |
BQ | Creates a quadrangle. |
BT | Creates a triangle. |
CB | Changes already assigned labels. |
CL | Creates a circular line using segments. |
CN | Changes the direction of the normal vector. |
DD | Utilises domain decomposition to solve a MoM model more efficiently. |
DK | Creates a dielectric or magnetic eighth of a sphere. |
DP | Defines a node point. |
DZ | Creates a cylindrical dielectric shell. |
EG | Defines the end of the geometry. |
EL | creates a segment of an ellipsoid |
FA | Defines an antenna array analysis. |
FM | Sets parameters related to the MLFMM. |
FO | Defines a Fock region. |
FP | Sets parameters related to the FEM. |
HC | Creates a cylinder with a hyperbolic border. |
HE | Creates a coil from wire segments. |
HP | Creates a plate with a hyperbolic border. |
HY | Creates a hyperboloid section. |
IN | Reads an external include file containing mesh information. |
IP | Sets the parameter that defines the degree of meshing. |
KA | Defines the border of the PO area. |
KK | Creates a elliptical conical segment. |
KL | Sets the wedges in the PO area. |
KR | Creates a planar elliptical element. |
KU | Creates a spherical element. |
LA | Specifies the label, for example, for segments, triangles and polygonal plates. |
ME | Defines the medium. |
MB | Defines a modal port boundary condition. |
NC | Defines the name for the next configuration. |
NU | Creates a NURBS surface from specified control points. |
PB | Creates a paraboloid. |
PE | Specifies the unit cell that will be used in periodic boundary condition calculations. |
PH | Creates a flat plate with an elliptic hole. |
PM | Creates a polygonal shape that is meshed into triangles. |
PO | Applies the physical optics approximation. |
PY | Creates a polygonal plate for use with UTD. |
QT | Creates a dielectric or magnetic cuboid (meshed into tetrahedral elements). |
QU | Creates a dielectric or magnetic cuboid (meshed into cuboidal elements). |
RM | Specified remeshing and adaptive mesh refinement. |
SF | Enters a scaling factor, with which all dimensions are multiplied. |
SY | Utilises symmetry in the construction of the geometry. |
TG | Transformation (for example, translation and rotation) of the geometric structures |
TO | Creates a toroid. |
TP | Transforms a point. |
UT | Parameters for the uniform theory of diffraction (UTD). |
UZ | Creates a cylinder for use in the UTD region. |
VS | Specifies known visibility information (required when using physical optics with multiple reflections). |
WA | Define all active windscreen antenna elements. |
WG | Creates a parallelogram consisting of a wire grid. |
WR | Defines the dielectric windscreen reference plane. |
ZY | Creates a cylindrical element. |