EM FHSolver/de

Other languages:

FHPort

FHInputFile

EM

Menu location
EM FHSolver
EM → FHSolver
Workbenches
EM
Default shortcut
E X
Introduced in version
0.17
See also
EM FHInputFile, EM FHNode, EM FHSegment, EM FHPath, EM FHPlane, EM FHEquiv, EM FHPort
Contents 1 Beschreibung 2 Anwendung 2.1 Remarks 3 Eigenschaften 4 Skripten

Beschreibung

Das Werkzeug FHSolver fügt ein FHSolver-Objekt ein.

FHSolver object

Anwendung

To insert a FHSolver object in the Document:

Press the EM FHSolver button, or press E then X keys.

Remarks

The FHSolver object represents the FastHenry directives that are needed in the common sections of the FastHenry input file for defining the simulation parameters, as for instance the list of frequency points at which the simulation should be run, the default units of measurement, etc. plus the output file name and folder for creating the FastHenry input file.

You should have only one FHSolver object per Document. If more than one FHSolver object is present, only the first one will be considered.

Eigenschaften

DatenUnits: the FastHenry '.units'. Each unit in FreeCad will be one unit of the corresponding unit of measurement in FastHenry. Remark: this means that you can have for example a 3D drawing in FreeCAD with units set as meters, and specify a different unit of measurement for FastHenry, e.g. millimeters. So the value '1.0m' in FreeCAD will actually be '1.0mm' for the FastHenry simulation.
DatenSigma: the default Segment conductivity ('sigma' segment parameter in FastHenry '.default' statement)
Datennhinc: the default number of filaments in the height direction ('nhinc' segment parameter in FastHenry '.default' statement)
Datennwinc: the default number of filaments in the width direction ('nwinc' segment parameter in FastHenry '.default' statement)
Datenrh: the default ratio of adjacent filaments in the height direction ('rh' segment parameter in FastHenry '.default' statement)
Datenrw: the default ratio of adjacent filaments in the height direction ('rw' segment parameter in FastHenry '.default' statement)
Datenfmin: the lowest simulation frequency ('fmin' segment parameter in FastHenry '.freq' statement)
Datenfmax: the highest simulation frequency ('fmax' segment parameter in FastHenry '.freq' statement)
Datenndec: the number of desired frequency points per decade ('ndec' segment parameter in FastHenry '.freq' statement)
DatenFolder: the folder path for exporting the file in FastHenry input file format
DatenFilename: the simulation filename when exporting to FastHenry input file format

Skripten

Siehe auch: FreeCAD Grundlagen Skripten.

Das Objekt FHSolver kann in Makros und von der Python-Konsole aus mit der folgenden Funktion verwendet werden:

node = makeFHSolver(units=None, sigma=None, nhinc=None, nwinc=None, rh=None, rw=None, fmin=None, fmax=None, ndec=None, folder=None, filename=None, name='FHSolver')

Creates a FHSolver object.
units is the FastHenry unit of measurement. Each unit in FreeCad will be one unit of the corresponding unit of measurement in FastHenry. Allowed values are: "km", "m", "cm", "mm", "um", "in", "mils". Defaults to EMFHSOLVER_DEFUNITS
sigma is the float default conductivity. Defaults to EMFHSOLVER_DEF_SEGSIGMA.
nhinc is the integer default nhinc parameter in FastHenry, for defining the segment height discretization into filaments. Defaults to EMFHSOLVER_DEFNHINC.
nwinc is the integer default nwinc parameter in FastHenry, for defining the segment width discretization into filaments. Defaults to EMFHSOLVER_DEFNWINC.
rh is the integer default rh parameter in FastHenry, for defining the segment height discretization ratio. Defaults to EMFHSOLVER_DEFRH.
rw is the integer default rw parameter in FastHenry, for defining the segment height discretization ratio. Defaults to EMFHSOLVER_DEFRW.
fmin is the float minimum simulation frequency
fmax is the float maximum simulation frequency
ndec is the float value defining how many frequency points per decade will be simulated.
folder is the folder into which the FastHenry file will be saved. Defaults to the user's home path (e.g. in Windows "C:\Documents and Settings\username\My Documents", in Linux "/home/username").
filename is the name of the file that will be exported. Defaults to EMFHSOLVER_DEF_FILENAME.
name is the name of the object

Beispiel:

import FreeCAD, EM

fhsolver = EM.makeFHSolver()

FHPort

FHInputFile

EM

Electromagnetics

FastHenry tools: FHNode, FHSegment, FHPath, FHPlane, FHPlaneHole, FHPlaneAddRemoveNodeHole, FHEquiv, FHPort, FHSolver, FHInputFile
FasterCap tools: see GitHub source code

Anwenderdokumentation

Erste Schritte
Installation: Herunterladen, Windows, Linux, Mac, Zusätzliche Komponenten, Docker, AppImage, Ubuntu Snap
Grundlagen: Über FreeCAD, Graphische Oberfläche, Mausbedienung, Auswahlmethoden, Objektname, Voreinstellungseditor, Arbeitsbereiche, Dokumentstruktur, Objekteigenschaften, FreeCAD unterstützen, Spenden

Hilfe: Anleitungen, Videoanleitungen
Arbeitsbereiche: Std Base, Arch, Assembly, BIM, CAM, Draft, FEM, Inspection, Material, Mesh, OpenSCAD, Part, PartDesign, Points, Reverse Engineering, Robot, Sketcher, Spreadsheet, Surface, TechDraw, Test Framework

Addon: Addon-Manager, Externe Arbeitsbereiche, Skripten und Makros

Hubs: Anwenderzentrum, Hauptanwenderzentrum, Entwicklerzentrum