Simulation Tools#

simpleEMS.sim_tools Module#

Simulation orchestration, post-processing, and utility tools.

Provides the SimTools class (namespace for static methods) and standalone functions for setting up openEMS simulations, running optimization, parameter sweeps, plotting (S-parameters, VSWR, Smith chart, radiation patterns, 3D patterns), NF2FF computation, field dumps, and exports (Touchstone, Gerber, STL). Also includes unit conversion helpers.

Functions#

`setup_simulation`(params[, FDTD_boundary])	Build the CSXCAD geometry container and configure the openEMS/FDTD (or FEM) solver from a parameter object.
`optimize_s_params`(simulate_fn, x0, output_path)	Optimize simulation parameters using SciPy's Nelder-Mead algorithm.
`optimize_s11`(freqs, s11[, target_freq, ...])	Objective function for S11 (reflection) optimization.
`optimize_s21`(freqs, s21[, target_freq, ...])	Objective function for S21 (transmission) optimization.
`param_sweep`(simulate_fn, sweep_vals, output_path)	Run a simulation function over a Cartesian product of parameter values and plot S11 for each combination.
`mm_to_m`(mm)	Convert millimeters to meters.
`m_to_mm`(m)	Convert meters to millimeters.
`mil_to_mm`(mil)	Convert mils (thousandths of an inch) to millimeters.
`mm_to_mil`(mm)	Convert millimeters to mils (thousandths of an inch).
`cm_to_mm`(cm)	Convert centimeters to millimeters.
`mm_to_cm`(mm)	Convert millimeters to centimeters.

Classes#

`DumpType`(value)	Field and other dump types provided by openEMS.
`SimTools`()	Namespace of static methods for simulation orchestration, plotting, and export.