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[ascl:2410.011] DGEM: 3D dust continuum radiative transfer code for method comparison

DGEM compares different computation methods for three-dimensional dust continuum radiative transfer. This simple code is based on mcpolar, translated to C++, and refactored to realize and compare radiative transfer techniques, namely Monte Carlo, Quasi-Monte-Carlo, and the Directions Grid Enumeration Method (DGEM). DGEM uses precalculated directions of the photons propagation instead of the random ones to speed up the calculations process. The code also offers a gnuplot script for plotting the resulting images.

Code site:
https://github.com/sgshulman/DGEM
Described in:
https://ui.adsabs.harvard.edu/abs/2024arXiv240615632S
Bibcode:
2024ascl.soft10011S

Views: 206

ascl:2410.011
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