Welcome to openEMS’s documentation!
Contents:
- Introduction
- Install
- Concepts
- CSXCAD
- Properties
- Primitives
- Mesh
- Boundary Conditions
- Ports
- Excitation Sources
- Signal Waveforms
- Field Dump
- Dispersive Materials
- Tutorials
- First Lessons For Circuit Designers
- Start from the Basics
- Workflow of FDTD
- Parallel-Plate Capacitor and Waveguide
- This tutorial covers
- Problem
- Create Conductors
- Requirements for the Mesh
- Create a Mesh
- Optional: Create A Field Dump Box
- Purpose of Ports
- Create Ports
- Create Excitation
- Specify the Boundary Conditions
- Start Simulation
- Code Checkpoint 1
- Run Simulation
- Built-In Post-Processing
- Code Checkpoint 3
- Third-Party Post-Processing
- Experimental Validation and Discussion
- Troubleshoot
- Bibliography
- Introductional Tutorials
- Micro Wave Tutorials
- Antennas
- First Lessons For Circuit Designers
- Python Interface
- Octave/Matlab Interface
- Install
- CSXCAD API
- openEMS API
- Excitations
- Ports
- Field Dump
- Simulation
- Post-processing
- calcLumpedPort
- calcPort
- calcTLPort
- calcWGPort
- calc_ypar
- plotFF3D
- plotFFdB
- plotRefl
- polarFF
- PlotHDF5FieldData
- GetField_Interpolation
- GetField_Range
- GetField_SubSampling
- GetField_TD2FD
- ReadHDF5Attribute
- ReadHDF5Dump
- ReadHDF5FieldData
- ReadHDF5Mesh
- ReadUI
- WriteHDF5
- ConvertHDF5_VTK
- AR_estimate
- DFT_time2freq
- DelayFidelity
- FFT_time2freq
- harminv
- Optimization
- Near-Field to Far-Field Transform
- Misc
- Learn More
- Publications