I am trying to re-create the MC simulation model in Naglic et al. 2016 study (https://doi.org/10.1117/1.JBO.21.9.095003) for a reflectance fiberoptic setup with 2-mm source-detector separation. In this study, the Authors create a synthetic dataset of reflectance values, by considering the impact of subdiffuse scattering and second similarity parameter, based on a LUT of optical properties (mua, musp, g, gamma) as shown below:
Could you please provide any guidance how we can call the HG phase function in PyXopto and assign a pair of (g, gamma)-values to it to replicate the impact of subdiffuse scattering to the overall reflectance signal?
Hi,
I am trying to re-create the MC simulation model in Naglic et al. 2016 study (https://doi.org/10.1117/1.JBO.21.9.095003) for a reflectance fiberoptic setup with 2-mm source-detector separation. In this study, the Authors create a synthetic dataset of reflectance values, by considering the impact of subdiffuse scattering and second similarity parameter, based on a LUT of optical properties (mua, musp, g, gamma) as shown below:
Could you please provide any guidance how we can call the HG phase function in PyXopto and assign a pair of (g, gamma)-values to it to replicate the impact of subdiffuse scattering to the overall reflectance signal?