Basics | Plotting | ISCC-NBS Color Names | Possible Future Work | References | Appendix A - Munsell Renotation Details | Appendix B - Munsell Renotation Discrepancies | Appendix C - Inversion Details | Appendix D - Glossary | Appendix E - Logging and Condition Signaling | Session Information

Introduction | Load and Plot Selected Soil Spectra | A Function to Compute XYZ and HVC from Reflectance Spectra | Round to the Nearest Chip in the Munsell Soil Charts | Comparisons | References | Session Information

Introduction | The Equations for $n$ = 1,2, and 3 arcs | Supporting Hyperplanes of $\partial Z_n$ | Summary | References | Session Information

Introduction | The Tubular Neighborhood of $A_n \subseteq A_{n+1}$ | A Circle of Arcs in $A_3$ around Two Arcs in $A_2$ | Empty Arc to Full Circle, and Back Again | References | Session Information

Introduction | Zonoids with Generating Functions

Introduction | Two Natural Involutions | The Space $P_{2n}$ | The Spaces $A_n^\pi$ and $P_{2n}^\pi$ | A Circle of Rotations around Axis [0,1,0] | A Circle of Rotations around Axis [1,0,0] | A Circle of Rotations around a Random Axis | References | Session Information

A Natural Question | Unknot | Some Sample Calculations | References | Session Information

The Planckian Locus, and 3 Families of Isotherms | The McCamy Correlated Color Temperature Function | The Robertson Isotherms

Desktop Graphics and Basic Broadcast Television | Advanced Broadcast Television | The TransferFunction S3 Class | ACES Color - The Output Side | Acknowledgements | References | Appendix A - Built-in RGB Spaces | Appendix B - Sample ODTs and Output Transforms for ACES | Output Transforms with given OETF and EOTF | Output Transforms with given OOTF and EOTF | Appendix C - Logging | Session Information

Spectrum Types | Spectrum Quantities | Construction of colorSpec objects | colorSpec object organization | colorSpec object attributes | Spectrum File Import | Package Options | Future Work | References | Appendix A - Built-in colorSpec Objects | Appendix B - Bonus Spectral Data | Appendix C - Spectrum Products | Appendix D - Proofs | Appendix E - Energy vs Power | Appendix F - Continuous vs Discrete | Appendix G - Logging | Session Information

Analogy of Proportion | Chromatic Adaptation Transforms | CAT Methods | The Simplest CAT Method - XYZ Scaling | Von-Kries-Based CAT Methods | Other Linear CAT Methods | CAT Methods in Package spacesXYZ | References | Appendix A - Recovery of $M_a$ | Session Information

Introduction | Wavelengths and Subintervals | Band Functions | Responsivity Function | Chromaticity Polygons | The Optimal Color Theorem | The CIE xyz Responsivities with 5nm step | The CIE xyz Responsivities with 1nm step

BT.709.RGB and Foveon X3 | Red Epic Dragon and Plumbicon

Comparison of Unequalized and Equalized Responsivities - Centroid Method | Comparison of Centroid and Hawkyard Methods | Near Optimal Colors - Centroid Method | Fluorescent Light Source | An Electronic Camera | Estimating Light Sources

Absorbance Spectra at Different pH Values | Absorbance at Selected Wavelengths | Interpolation from pH=6.8 to pH=8.2 | References | Session Information

Reading and Plotting the Data | Checking the Conversions | ISCC-NBS Color Names | References | Session Information

Read Relative Radiant Power and Scale to Specified Luminous Flux | Convert from an Energy-Based to a Photon-Based Spectrum | References | Session Information