Our technique (centre) converts bright and deeply saturated input RGB colours to regular reflectance spectra and enhances them with a fluorescent component, ...
Our technique (centre) converts bright and deeply saturated input. RGB colours to regular reflectance spectra and enhances them with a fluorescent component, ...
scholar.google.com › citations
Our technique (centre) converts bright and deeply saturated input RGB colours to regular reflectance spectra and enhances them with a fluorescent component, ...
Jul 30, 2019 · At the core of our technique is a simple parametric spectral model for reflectance, excitation, and emission that allows for compact storage and ...
Jul 30, 2019 · At the core of our technique is a simple parametric spectral model for reflectance, excitation, and emission that allows for compact storage and ...
Oct 22, 2024 · Our technique (centre) converts bright and deeply saturated input RGB colours to regular reflectance spectra and enhances them with a ...
In order to upsample wide gamut color spaces with colors outside the gamut of physically valid reflectance spectra, a previous approach added fluorescence to ...
In order to upsample wide gamut color spaces with colors outside the gamut of physically valid reflectance spectra, a previous approach added fluorescence to ...
Abstract. Modern photorealistic rendering simulates spectral behaviour of light. Since many assets are still created in different RGB color spaces, spectral ...
Jul 31, 2023 · An expressive basis requires a wide gamut that encompasses the chosen RGB gamut as much as possible. ... C.: Wide gamut spectral upsampling with ...