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Typical usage of gd1
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GdfidL v2.0: Syntax and
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Introduction
Contents
gd1
Subsections
Typical usage of
gd1
Input for
gd1
Behind the scenes: When the mesh is generated
General sections
Entry Section
-general : Annotations, filenames
-mesh : outer boundary conditions, spacings
-material : electric / magnetic properties
-lgeometry : load a previously used geometry
Geometric primitives
-brick: a rectangular brick
-gccylinder: A circular cylinder in general direction
-ggcylinder: A general cylinder in general direction
-gbor: A general body of revolution in general direction
-stlfile: CAD import via STL-file
-geofunction: Analytic description
-transform: Rotations, translations
-volumeplot: shows the generated mesh
-cutplot: shows the generated mesh in a selected meshplane
Solver sections: Eigenvalues and driven time domain problems
-eigenvalues
-fdtd: Compute time dependent fields
-fdtd/-ports
-fdtd/-pexcitation: What port-mode should be excited
-fdtd/-lcharge: Properties of relativistic line charges
-fdtd/-windowwake: Wakepotential in a moving computational window
-fdtd/-clouds: Properties of nonrelativistic clouds of charge
-fdtd/-linitialfields: Specifies the initial fields
-fdtd/-voltages: Voltage sources between selected points
-fdtd/-decaytime: Z-dependent damping factor
-fdtd/-time: minimum / maximum time, when to store
-fdtd/-storefieldsat: when to store
-fdtd/-fexport: ASCII export of selected fields at selected times
-fdtd/-smonitor: Monitoring of scalar field quanitities
