![]() ![]() ![]() planar antenna arrays) apply TD solver parameters accuracy -80 db source set by MATLAB acceleration no adaptive meshing CST setup complete -> save project + close project 16ġ6 Simulation Framework: MATLAB Usage Start MATLAB call function CST_planewave function = CST_planewave(s_filename, range_theta, range_phi, samples_theta, samples_phi, offset_theta, offset_phi) s_filename range_theta range_phi samples_theta samples_phi offset_theta offset_phi string containing path and filename to CST project range in which the elevation is varied range in which the azimuth is varied number of evaluations for variation of theta number of evaluations for variation of phi start position for theta variation start position for phi variation CST is started simulation runs automatically TD port data is recorded backups on HDD all simulations finished CST is closed 17ġ7 Simulation Framework: MATLAB execution CST_planewave implements various automated or interactive features: load ResultReader library create CST COM Application Object find all ports in project, allocate variables find planewave and get handle to planewave set TD source to Plane Wave get simulation parameters transform desired array coordinate system w.r.t. 15 Simulation Framework: Solver Setup set desired frequency range use appropriate BCs all open / open add space or: PEC/PMC plane (e.g.
0 Comments
Leave a Reply. |