Contents

• PSSFSS - Analysis of polarization and frequency selective surfaces in Julia
• • Features
  • Limitations
  • Installation
  • Documentation
  • Community
• PSSFSS User Manual
• • Introduction
  • • What Does PSSFSS Do?
    • A Quick Example
    • Recommendations for Hardware and Software
    • The PSSFSS Analysis Process
  • Strata
  • • Dielectric Layers
    • RWGSheet
    • • RWGSheet Classes
      • Metal Properties
      • Perfectly Conducting Walls
    • Plotting Sheets
    • • plot Keywords Used by PSSFSS (defaults in bold)
    • Strata: The full structure geometry
  • Steering
  • • Steering Choice: Specify Incidence angles
    • Steering Choice: Specify Phasing
    • Steering: Which Choice?
  • Analysis Frequencies
  • Outputs
  • • Standard Output Files
    • Requesting Additional Outputs
    • • Scattering Parameters Computed by PSSFSS
      • The @outputs macro
      • • Examples
      • Table of Valid @outputs Parameters
      • The outlist Keyword Argument to analyze
      • Using the Result File
      • Using the analyze Function Return Value
  • Exporting Analysis Results
  • • Exporting Analysis Results to TEP Files
    • Exporting Analysis Results to Fresnel Tables
• PSSFSS Examples
• • Symmetric Strip Grating
  • • Conclusion
  • Resistive Square Patch
  • • Conclusion
  • Cross on Dielectric Substrate
  • • Conclusion
  • Square Loop Absorber
  • • Conclusion
  • Flexible Absorber
  • • Conclusion
  • Split-Ring Resonator
  • Reflectarray Element
  • Loaded Cross Band Pass Filter
  • • Conclusion
  • Meanderline-Based CPSS
  • • Sjöberg and Ericsson Design
  • CPSS Optimization
  • Meanderline/Strip-Based CPSS
  • Split Ring-Based CPSS
  • Angle Selective Surface
  • Checkerboard Metasurface
  • Pixelated Band Pass Filter
  • TEP File Creation
  • Fresnel Table Creation
• PSSFSS Public API Documentation