blind-colour-matrix.1 (1434B)
1 .TH BLIND-COLOUR-MATRIX 1 blind 2 .SH NAME 3 blind-colour-matrix - Create colour space conversion matrix 4 .SH SYNOPSIS 5 .B blind-colour-matrix 6 [-F 7 .IR pixel-format ] 8 (-z 9 .I x1 10 .I y1 11 .I x2 12 .I y2 13 .I x3 14 .I y3 15 .RI [ white-x 16 .IR white-y ] 17 | 18 .I X1 19 .I Y1 20 .I Z1 21 .I X2 22 .I Y2 23 .I Z2 24 .I X3 25 .I Y3 26 .I Z3 27 .RI [ white-X 28 .I white-Y 29 .IR white-Z ]) 30 .SH DESCRIPTION 31 .B blind-colour-matrix 32 creates a colour conversion matrix, that is 33 printed as blind video to stdout, for conversion 34 from the colour space used by blind to a colour 35 space with the primaries whose CIE XYZ values are 36 .RI ( X1 37 .I Y1 38 .IR Z1 ), 39 .RI ( X2 40 .I Y2 41 .IR Z2 ), 42 and 43 .RI ( X3 44 .I Y3 45 .IR Z3 ) 46 and whose white point is the colour whose 47 CIE XYZ values are 48 .RI ( white-X 49 .I white-Y 50 .IR white-Z ). 51 If the white point is not specified, 52 CIE Standard Illuminant D65 is used. 53 .SH OPTIONS 54 .TP 55 .BR -F " "\fIpixel-format\fP 56 Select pixel format, see 57 .BR blind-convert (1) 58 for more information. Pixel formats starting with 59 .BR raw 60 are not supported. 61 .TP 62 .B -z 63 Parse arguments as CIE XYY instead of CIE XYZ. 64 .SH NOTES 65 .B blind-colour-matrix 66 may be changed in the future to use some other colour model, 67 therefore, it is recommended to also use 68 .BR blind-colour-ciexyz (1) 69 if you are specifying the colour in CIE XYZ. 70 .SH SEE ALSO 71 .BR blind (7), 72 .BR blind-colour-ciexyz (1), 73 .BR blind-colour-srgb (1), 74 .BR blind-invert-matrix (1), 75 .BR blind-affine-colour (1) 76 .SH AUTHORS 77 Mattias Andrée 78 .RI < maandree@kth.se >