CST project create in cst_project folder. To start using scripts firstly need to change path_to_CST_DE Then create_cst_project method creates project.
#Scattering in cst microwave studio code#
This code creates simple geometry contain 18 wires equally distributed on create_cst_project ( name = "circular_geometry", path_to_CST_DE = path_to_CST_DE, path_to_geometry_folder = route_to_folder, path_to_CST_project = route_to_folder )
#Scattering in cst microwave studio windows#
get_circular_geometry ( radius = radius, lengths_of_wires = lengths, wire_radius = 1e-3, delta_angle = 0 ) return circular_geometry # During using scripts or notebooks for creating projects # all the CST Microwave studio windows must be closed !!! # Creating an array of 18 vertical aligned wires with length 2 # on of imaginary cylinder with radius 4 circular_geometry = circular_geometry_equal_wires ( 2, 18, 4 ) output = circular_geometry. txt geometries and CST projects route_to_folder = r "Absolute\Path\To\FOLDER" def circular_geometry_equal_wires ( length, number_of_wires, radius ): lengths = circular_geometry = simple_geometries. append ( wire ) return Geometry ( wires )Įxamples from cst_geometry import simple_geometries # Path to CST DESIGN ENVIRONMENT.exe path_to_CST_DE = r "Absolute\Path\To\CST DESIGN ENVIRONMENT.exe" # Route to folder with. sin ( phi ), length / 2 ), radius = wire_radius ) wires. sin ( phi ), - length / 2 ), point1 = ( radius * np. pi, number_of_wires, endpoint = False ) + delta_angle wires = for i, length in enumerate ( lengths_of_wires ): phi = angles wire = Wire ( point0 = ( radius * np. Alongside these are simulation methods available for charged particle dynamics, electronics, and multiphysics problems. import numpy as np from cst_geometry import Wire, Geometry def get_circular_geometry ( radius, lengths_of_wires, wire_radius = 1e-3, delta_angle = 0 ): number_of_wires = len ( lengths_of_wires ) angles = np. CST Studio Suite includes FEM solvers dedicated to static and low frequency applications such as electromechanical devices, transformers or sensors. To create your own geometry use Wire and Geometry classes. append ( wire ) return wires wires = create_wires_by_rule () geometry = geometry ( wires ) from cst_geometry import Wire, Geometry def create_wires_by_rule (): wires = #.
CST MWS enables the fast and accurate analysis of high frequency (HF) devices such as antennas, filters, couplers. CST MWS’ unparalleled performance is making it first choice in technology leading R&D departments. export_geometry is a method for exporting geometry as. CST MICROWAVE STUDIO® (CST® MWS®) is a specialist tool for the 3D EM simulation of high frequency components. create_cst_project is a method for creating a. For initializing Geometry object you should pass a list of Wire objects. Geometry object allows to easily export geometry to CST Microwave Studio or just export.
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