Scalar_XZ

• 1. Characteristics
• 2. Propagation and other parameters
  • 2.1. Rayleigh-Sommerfeld propagation
  • 2.2. Wave Propagation Method (WPM)
  • 2.3. Beam Propagation Method (BPM)
• 3. Save and load masks and fields
• 4. Surface detection of masks
• 5. Reduction of the field
• 6. Incident field: location
• 7. Recovering the final field
• 8. Beam Propagation Method: Filtering
  • 8.1. Simulation properly sampled
  • 8.2. Simulation with bad sampling
  • 8.3. Simulation with filtering
• 9. Rotating masks and fields
• 10. Find focus tool
• 11. Examples of multiprocessing
  • 11.1. Rayleigh-Sommerfeld: polychromatic light
  • 11.2. WPM: polychromatic light without multiprocessing
  • 11.3. WPM: polychromatic light
• 12. Example of masks
  • 12.1. Creating an instance
• 13. Definite masks
  • 13.1. semi plane
  • 13.2. layer
  • 13.3. square
  • 13.4. slit
  • 13.5. sphere or ellipsoid
  • 13.6. semi sphere
  • 13.7. wedge
  • 13.8. prism
  • 13.9. biprism
  • 13.10. Ronchi grating
  • 13.11. grating with substrate
  • 13.12. sine grating
  • 13.13. probe
  • 13.14. Aspheric lens
  • 13.15. Lenses with different curvatures
  • 13.16. Simplified lenses, with no aberrations
  • 13.17. rough surface
• 14. Other procedures to generate XZ masks
  • 14.1. Mask from two functions
  • 14.2. mask from array (x,z)
  • 14.3. mask from an image
  • 14.4. Mask from a .dxf file
  • 14.5. mask from several surfaces
  • 14.6. refractive index from functions
  • 14.7. xz mask from a x mask
  • 14.8. xz mask from a xy mask
  • 14.9. Variable refractive index
  • 14.10. Adding masks
  • 14.11. Substracting masks
  • 14.12. Insert_array_masks
  • 14.13. repeat_structure
• 15. Drawing XZ
  • 15.1. Visualizing fields using interactive tools