File:Color temperature black body mired.svg

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Original file(SVG file, nominally 512 × 131 pixels, file size: 46 KB)

Summary


White point of the current display device shifted from -153 mired to +1100 mireds. The graphic shows almost all the possible hues of the Planckian Locus.
This version has chromatic adaptation and perceptual gamut mapping, so the colors are a little less saturated and less pinkish. You might prefer the other graphic below, there is pros and cons for each one of them.
It has been done with Microsoft Excel and Adobe Illustrator.

Every 0.3 mireds, a sample was computed as follow :
Temperature (K) → Planck's law → CIE 2006 2° LMS color matching functions (1nm) → XYZ → Von Kries chromatic adaptation (D65) → RGB linear → Perceptual gamut mapping → sRGB → SVG

Then the whole data set has been optimized in order to rely on gradient interpolation when no visible difference occured.

Licensing

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File history

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Date/TimeThumbnailDimensionsUserComment
current03:45, 7 January 2017Thumbnail for version as of 03:45, 7 January 2017512 × 131 (46 KB)127.0.0.1 (talk)<br><p>White point of the current display device shifted from -153 mired to +1100 mireds. The graphic shows almost all the possible hues of the Planckian Locus.<br> This version has chromatic adaptation and perceptual gamut mapping, so the colors are a little less saturated and less pinkish. You might prefer the other graphic below, there is pros and cons for each one of them.<br> It has been done with Microsoft Excel and Adobe Illustrator.<br></p> <p>Every 0.3 mireds, a sample was computed as follow :<br> Temperature (K) → Planck's law → CIE 2006 2° LMS color matching functions (1nm) → XYZ → Von Kries chromatic adaptation (D65) → RGB linear → Perceptual gamut mapping → sRGB → SVG<br></p> Then the whole data set has been optimized in order to rely on gradient interpolation when no visible difference occured.
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