• Introduction
  • About SPRAY
  • Overview
    • Why using spectral ray tracing?
    • How to find how it works
    • The new user-interface of version 2.4
    • SPRAY algorithm
      • Principle
      • Simulation logic
      • General properties of SPRAY objects
• Optical constants
  • Optical constants
• Scatterers
  • Overview
  • General scatterers
  • Mie scatterers
  • Extended Mie scatterers
  • Fluorescent scatterers
  • Fluorescent Mie scatterers
  • Composite scatterers
  • The RT file format
  • The View_RT utility
• Interfaces
  • Overview
  • Pre-defined interfaces
  • Ideal diffusor
  • Specular and diffuse reflection
  • Layer stacks
• Geometric objects
  • Overview
  • Light sources
    • Overview
    • Point light source
    • Rectangular light source
    • Circular light source
    • Volume light source
    • Complex light source
  • Detectors
    • Surface detectors
      • Rectangular detector
      • Screen
      • Arrays
        • Linear array
        • Spherical detector arrays
    • Volume detectors
      • Grave
      • Cemetery
      • Absorbing material
  • Interface objects
    • Overview
    • Rectangular interface
    • Triangle
    • Circle
    • Sphere
    • Sphere segment
    • Cylinder (closed)
    • Cylinder (open)
    • Cone
    • Rectangular box
    • Prism
    • ATR crystal
    • Ellipsoid segment
    • Paraboloid segment
    • Circular aperture
    • Converging lens
    • Diverging lens
    • User-defined surface: Rectangular basis
    • User-defined surface: Circular basis
    • Periodic surface texture
    • Complex objects
      • Complex objects: Introduction
      • Complex objects: Subobject types
      • Complex objects: Creating input data
      • Importing objects from CAD programs
  • Special objects
    • Overview
    • Polarizer
• Cameras
  • Overview
  • Rendered view
• Simulation options
  • Spectral range and angle resolution
  • How many rays do you need?
  • Start options
• Distributed computing
  • Overview
  • Master PC
  • Client PCs: The tool NIGHTSHIFT
  • Strategy for distributed computing
  • OLE automation demo
• OLE automation
  • Overview
  • Handling the OLE server
  • Object parameters
  • Simulation parameters
  • Retrieving results
  • Video generation
    • Video generation
    • Demo video
• Automated parameter fitting
  • Introduction
  • Step-by-step example
    • SPRAY model
    • Starting configuration
    • Preparing the parameter fit
    • Running the fit
• References
  • References