WHITE PAPERS for download
IQ Colour Science
Dr. E. M. Granger, July 7, 2008
An explanation of the technical color theories and applied calculations behind the enhanced IQ Colour image rendering science.
IQ Colour
Dr. E. M. Granger
The hypothesis and approach behind the IQ Colour system. Dr. Granger discusses how things might have been if the printing industry had never seen a film or color separation. Would it be possible to achieve a color vision that more accurately represented the artist’s intent?
The ABC of Input
Dr. E. M. Granger
This paper introduces the concept of the ABC filter. In addition, a new method of calibration is presented that does not use either a single affine transform or colorimetric mapping over a gamut volume. Scanners, digital cameras, and other input devices always have been designed to separate an image into its RGB components. This tradition is rooted in the need to display the image with little or no processing. With the advent of inexpensive and fast computing, filters can be optimized to eliminate metamerism and to maximize the signal to noise.
FUTURE TRENDS IN REPRODUCTION-ORTHOGONALITY
Dr. E. M. Granger
An abstract paper discussing the impact of digital color management and workflow theories in relation to the key companies driving the advent and adoption of supporting applications including applications and operating system platforms.
IQ Colour Sloan
Dr. E. M. Granger
The hypothesis and approach behind the IQ Colour system. Dr. Granger discusses how things might have been if the printing industry had never seen a film or color separation. Would it be possible to achieve a color vision that more accurately represented the artist’s intent?
