ColorBlindInfo.txt

It is not easy to find color transformations for color vision deficiency that go directly
from RBG-in to RGB-out, so I am copying them here.  They are from: https://gist.github.com/Lokno/df7c3bfdc9ad32558bb7

// JSON of 3x3 matrices which transform RGB colors into colorspace which 
//   simulate the imparement of various color blindness deficiency.
//
// Used by Coblis: http://www.color-blindness.com/Coblis-color-blindness-simulator/
//
// The original website posting the matrices has been taken down:
//     http://www.colorjack.com/labs/colormatrix/
//
// RGB transform matrices generated by Michael of www.colorjack.com
// Which were created using code by Matthew Wickline and the
// Human-Computer Interaction Resource Network ( http://hcirn.com/ )
//
// The original matrices were 5x5, for full homogeneous coordinates of RGBA
// They have been similified here to 3x3 matrices, because the additional 
// dimensions were simple identity.
//
// I'm currently evaluating the code that produced these results for accuracy.

var colorMats = {'Normal':[1,0,0,
                           0,1,0,
                           0,0,1],
// Red-Blind
'Protanopia':   [0.567,0.433,0.000,
                 0.558,0.442,0.000,
                 0.000,0.242,0.758],
// Red-Weak
'Protanomaly':  [0.817,0.183,0.000,
                 0.333,0.667,0.000,
                 0.000,0.125,0.875],
// Green-Blind
'Deuteranopia': [0.625,0.375,0.000,
                 0.700,0.300,0.000,
                 0.000,0.300,0.700],
// Green-Weak
'Deuteranomaly':[0.800,0.200,0.000,
                 0.258,0.742,0.000,
                 0.000,0.142,0.858],
// Blue-Blind
'Tritanopia':   [0.950,0.050,0.000,
                 0.000,0.433,0.567,
                 0.000,0.475,0.525],
// Blue-Weak
'Tritanomaly':  [0.967,0.033,0.00,
                 0.00,0.733,0.267,
                 0.00,0.183,0.817],
// Monochromacy
'Achromatopsia':[0.299,0.587,0.114,
                 0.299,0.587,0.114,
                 0.299,0.587,0.114],
// Blue Cone Monochromacy
'Achromatomaly':[0.618,0.320,0.062,
                 0.163,0.775,0.062,
                 0.163,0.320,0.516]};