Lambertian: Difference between revisions
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In [[radiometry]], a lambertian surface reflects incident flux equally over the entire hemisphere. This means the surface is perfectly diffuse. | In [[radiometry]], a lambertian surface reflects incident flux equally over the entire hemisphere. This means the surface is perfectly diffuse. | ||
For the lambertian case, and only for the lambertian case, is it possible to convert directly from [[irradiance]] to [[radiance]] by dividing by a factor of <math>\pi</math>. | For the lambertian case, and only for the lambertian case, is it possible to convert directly from [[irradiance]] to [[radiance]] by dividing by a factor of <math>\pi</math>.[[Category:Suggestion Bot Tag]] | ||
Latest revision as of 16:00, 9 September 2024
In radiometry, a lambertian surface reflects incident flux equally over the entire hemisphere. This means the surface is perfectly diffuse.
For the lambertian case, and only for the lambertian case, is it possible to convert directly from irradiance to radiance by dividing by a factor of .
