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KOLOR TB™
KOLOR TB™ is a MATLAB-based toolbox that brings together 18 powerful toolsets covering every aspect of color science — from spectral data to color appearance, from optical modeling to vision simulation.
Designed for engineers & technologists, scientists, artists and designers, it helps bridge the gap between scientific models and real-world color applications.
TOOLSET OVERVIEW
SRD Processing
Spectral data filtering, deconvolution, up-sampling, FFT and PCA.
Tri-Stimulus Values [TSV]
CIE and ASTM-based computations of XYZ.
Tri-Stimulus Values [TSV]
CIE and ASTM-based computations of XYZ.
Color Notation
Munsell, Coloroid, and other psychophysical notations.
Chromatic Adaptation Transform [CAT]
CIECAT16, RLab, Bradford, von Kries etc.
Color Appearance Models [CAM]
CIECAM16, Hunt, Nayatani, ZLAB etc.
Color Difference [ΔE]
CIEDE2000, CIEDE94, CMC(l:c), tolerances and quality metrics.
Color Quality
CRI, CQS, CFI, and other rendering indices.
Color Vision
LMS modeling, cone fundamentals, color vision simulations.
Color Uncertainty
Jacobians, statistics, random color tuples, Monte Carlo analysis.
Optical Modeling
KM model, scattering [K] & absorption [S] coefficients.
Optimal Space
Color solids, MacAdam limits, MMV and reflectance optimization.
Sensors & Devices
GOGO, YNSN models, calibration and ICtCp, YCbCr etc. spaces.
Achromatics
Whiteness, Yellowness, Fastness grading.
Source
Planckian & illuminant D series, CMFs, whitepoints and more.
Graphics
Chromaticity diagrams, plotting ∆E, tolerances and color tuples.
Units
Physical constants, conversions, and utility functions.
✦ Connect & Collaborate
Let’s Talk!
We’d love to hear from you. Whether you’re a university instructor, researcher, artist, architect, designer, an industry professional or from marketing & management, the KOLOR TB™ team is here to help you make the most of color science in MATLAB.
