1. From: RenderToolbox3: MATLAB tools that facilitate physically based stimulus rendering for vision research
Journal of Vision. 2014;14(2):6. doi: /14.2.6
Figure Legend:
Overview of the DragonColorChecker workflow. Files that the user must supply are labeled with italics. These include the Parent Scene, which may be modeled using the Blender application and must be exported as a Collada file; the Mappings File, which maps reflectance spectra to the dragon model; the Conditions File, which lists 24 reflectance spectra measured from a ColorChecker color rendition chart; and the Executive Script, which binds together the Parent Scene file, Mappings File, and Conditions File and invokes RenderToolbox3 utilities. Subsequent steps are performed automatically by RenderToolbox3 utilities. Twenty-four Native Scene Files are produced (only three are shown) that may drive one of the supported renderers, PBRT or Mitsuba, in order to produce 24 Multispectral Radiance Data files (only three are shown). All data files use a consistent MATLAB mat-file format and physical radiance units. Multispectral data files are combined into a single sRGB montage that resembles the original ColorChecker chart.
Date of download: 12/19/2017
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