Dynamic image modification for a color deficient user
A system and method for detecting spectrum of colors that is indistinguishable to a color blind individual and modifying the colors to fade in or out to the shade of same color, is provided. While the partial color blind user is enabled to view and better distinguish colors that were problematic earlier, the present invention achieves a significant reduction in power consumption of the display device with this modified color set.
1. An image processing method generating a customized image for a partial color deficient user over a display device, the image processing method comprising:
detecting a color for which a user is deficient in identifying the color, wherein the color is detected by displaying one or more images comprising a plurality of shades of the color to the user, wherein the plurality of shades comprise an increasing order of intensity of the color;
determining a spectrum of the color based upon the plurality of shades, wherein the spectrum comprises a start and an end, wherein the start indicates a shade at which the user fails to identify the color, and wherein the end indicates a shade at which the user identifies the color;
identifying color pixels corresponding to the spectrum, wherein the color pixels comprise Red, Green, and Blue (RGB) values;
replacing the RGB values of the color pixels with previously computed RGB values corresponding to:
a black color; or
a darker shade of the color, wherein the darker shade does not fall between the start and the end of the spectrum in order to generate a customized image capable of minimizing an operating power of the display device, wherein the operating power, consumed by the display device, is minimized up to difference between powers consumed by a lower shade color pixel replacing the user color deficient pixels and the color pixel determining the end of the spectrum;
and wherein the previously computed RGB values comprises lower RGB values than the RGB values of the color pixels.
2. The image processing method of claim 1 , wherein the plurality of shades are arranged in an organized array sequenced in an order of decreasing intensity for display, whereby a first shade of the spectrum that remains invisible to the user is determined as the start of the spectrum and a subsequent shade at which the user starts viewing a color shade is determined as the end of the spectrum.
3. The image processing method of claim 1 , wherein the color pixels identified corresponding to the user color deficient are replaced with a darker shade of lower red-green-blue value, said darker shade falling outside the user deficient color spectrum.
4. An image processing system generating a customized image for a partial color deficient user over a display device, the image processing system comprising:
a detector for
detecting a color for which a user is deficient in identifying the color, wherein the color is detected by displaying one or more images comprising a plurality of shades of the color, wherein the plurality of shades comprise an increasing order of intensity of the color, and
determining a spectrum of the color based on upon the plurality of shades, wherein the spectrum comprises a start and an end, wherein the start indicates a shade at which the user fails to identify the color, and wherein the end indicates a shade at which the user identifies the color;
an analyzer for identifying color pixels corresponding to the spectrum wherein the color pixels comprise Red, Green, and Blue (RGB) values; and
an image modifier for replacing the RGB values of the color pixels with previously computed RGB values corresponding to
a black color; or
a darker shade of the color, wherein the darker shade does not fall between the start and the end of the spectrum in order to generate a customized image capable of minimizing an operating power of the display device, wherein the operating power, consumed by the display device, is minimized up to difference between powers consumed by a lower shade color pixel replacing the user color deficient pixels and the color pixel determining the end of the spectrum;
and wherein the previously computed RGB values comprises lower RGB Values than the RGB values of the color pixels.
5. The image processing system of claim 4 , wherein the detector detects the plurality of shades arranged in an organized array sequenced in an order of decreasing intensity for display, and determines a first shade of the spectrum that remains invisible to the user as the start of spectrum and a subsequent shade at which the user starts viewing a color shade as the end of the spectrum.
6. The image processing system of claim 4 , wherein the image modifier replaces the color pixels identified corresponding to the user color deficient with a darker shade of lower red-green-blue value, said darker shade falling outside the user deficient color spectrum.