Ideas for further Radiance development
- Translate Radiance shell scripts to Python, to make them portable across different OS platforms:
- addfclegend (Add a falsecolor legend to a RADIANCE picture - from RADZILLA)
- compamb (Compute best ambient value for a scene and append to rad input file)
- dayfact (Interactive script to calculate daylight factors)
- debugcal (Script to debug cal files for Radiance)
- falsecolor (Create false color image with legend)
- fieldcomb (Combine alternate lines in full frames for field rendering)
- genambpos (Mark ambient locations)
- glare (Interactive program for calculating glare values)
- glaze (Complex glazing model - goes with glaze1.cal and glaze2.cal)
- objline (Create four standard views of scene and present as line drawings)
- objpict (Make a nice multi-view picture of an object)
- objview (Make a nice view of an object)
- optics2rad (Convert Optics 5 output to correct Radiance input)
- pbilat (Bilateral Filter)
- pdelta (Compute 1976 CIE Lab deltaE* between two Radiance pictures)
- pdfblur (Generate views for depth-of-field blurring on picture)
- pgblur (Apply Gaussian blur without resizing image)
- phisto (Compute foveal histogram for picture set)
- pmblur (Generate views for motion blurring on picture)
- pmdblur (Generate views for motion and depth blurring on picture)
- raddepend (Find scene dependencies in this directory)
- ran2tiff (Convert Radiance animation frames to TIFF output)
- ra_pfm (Convert to/from Poskanzer Float Map image format using pvalue)
- rlux (Compute illuminance from ray origin and direction)
- vinfo (Edit information header in Radiance file)
- xyzimage (Display one or more CIE XYZE pictures using ximage)
- Advanced image viewer, with support for comments and “pcomb sliders”
- Multiplatform
rvu, with OpenGL support - Python library for lighting and daylighting