Please note, we are streamlining the codes and the way they are distributed. While this is ongoing, there is a note 'DEPRECATED' with old versions which will be updated and repackaged.
- for geometric optics computations with particles including diffuse scatterers. The framework combines the subroutine library and main programs for different purposes:
- Single Gaussian random sphere particles
- Single core-mantle Gaussian random sphere particles
- Multiple particles in mesh format
- Generation of Gaussian random sphere particles
- for Radiative Transfer with Coherent Backscattering effects
- for H,G1,G2 and H,G12 photometric systems
- to generate self-affine random surfaces (fractional Brownian motion) and to compute statistics of the surface
- , a Fortran conversion of the Mathematica Mie code for sphere in absorbing medium by Sudiarta
- Experimental
- DEPRECATED:, a fast superposition T-matrix method code for exact scattering properties of a collection of spherical particles
- DEPRECATED: for Radiative Transfer with Reciprocal Transactions