Reducing erroneous colors in edge areas with chromatic abberation

1. For a particular pixel in a matrix of pixels, the particular pixel having a value for a first color but not for a second color, a machine implemented method for calculating a value for the second color for the particular pixel, comprising:

selecting a first set of neighboring pixels that are situated on a first side of the particular pixel, the first set of neighboring pixels comprising a first subset of pixels having one or more values for the first color and a second subset of pixels having one or more values for the second color;

based upon the one or more values for the first color from the first subset of pixels and the one or more values for the second color from the second subset of pixels, determining a first representative relationship between values for the second color and values for the first color for the first set of neighboring pixels;

selecting a second set of neighboring pixels that are situated on a second side of the particular pixel which is opposite the first side, the second set of neighboring pixels comprising a third subset of pixels having one or more values for the first color and a fourth subset of pixels having one or more values for the second color;

based upon the one or more values for the first color from the third subset of pixels and the one or more values for the second color from the fourth subset of pixels, determining a second representative relationship between values for the second color and values for the first color for the second set of neighboring pixels;

based upon the first and second representative relationships, determining a target relationship between the value for the second color for the particular pixel and the value for the first color for the particular pixel; and

based upon the target relationship and the value for the first color for the particular pixel, calculating the value for the second color for the particular pixel.

2. The method of claim 1 , wherein the first representative relationship and the second representative relationship are separate relationships that are determined separately.

3. The method of claim 2 , wherein the matrix of pixels has a line of pixels, including the particular pixel, that is situated between the first side of the particular pixel and the second side of the particular pixel, and wherein the first and second representative relationships are determined without using any color values from any of the pixels in the line of pixels situated between the first side of the particular pixel and the second side of the particular pixel.

4. The method of claim 2 , wherein the first representative relationship indicates a first representative ratio between values for the second color and values for the first color for the first set of neighboring pixels, and wherein the second representative relationship indicates a second representative ratio between values for the second color and values for the first color for the second set of neighboring pixels.

5. The method of claim 4 , wherein the target relationship indicates a target ratio between the value for the second color for the particular pixel and the value for the first color for the particular pixel, and wherein the target ratio is determined based upon the first and second representative ratios such that the target ratio is between the first representative ratio and the second representative ratio.

6. The method of claim 5 , wherein the value for the second color for the particular pixel is calculated such that the value for the second color for the particular pixel and the value for the first color for the particular pixel satisfy the target ratio.

7. The method of claim 1 , wherein the particular pixel has a sensed value for a third color, and wherein the method further comprises:

based at least partially upon the sensed value for the third color for the particular pixel, calculating the value for the first color for the particular pixel.

8. A device having a plurality of logic elements wherein the logic elements are configured to perform the following operations:

for a particular pixel in a matrix of pixels, the particular pixel having a value for a first color but not for a second color, calculating a value for the second color for the particular pixel, by:

selecting a first set of neighboring pixels that are situated on a first side of the particular pixel, the first set of neighboring pixels comprising a first subset of pixels having one or more values for the first color and a second subset of pixels having one or more values for the second color;

based upon the one or more values for the first color from the first subset of pixels and the one or more values for the second color from the second subset of pixels, determining a first representative relationship between values for the second color and values for the first color for the first set of neighboring pixels;

selecting a second set of neighboring pixels that are situated on a second side of the particular pixel which is opposite the first side, the second set of neighboring pixels comprising a third subset of pixels having one or more values for the first color and a fourth subset of pixels having one or more values for the second color;

based upon the one or more values for the first color from the third subset of pixels and the one or more values for the second color from the fourth subset of pixels, determining a second representative relationship between values for the second color and values for the first color for the second set of neighboring pixels;

based upon the first and second representative relationships, determining a target relationship between the value for the second color for the particular pixel and the value for the first color for the particular pixel; and

based upon the target relationship and the value for the first color for the particular pixel, calculating the value for the second color for the particular pixel.

9. The device of claim 8 , wherein the first representative relationship and the second representative relationship are separate relationships that are determined separately.

10. The device of claim 9 , wherein the matrix of pixels has a line of pixels, including the particular pixel, that is situated between the first side of the particular pixel and the second side of the particular pixel, and wherein the first and second representative relationships are determined without using any color values from any of the pixels in the line of pixels situated between the first side of the particular pixel and the second side of the particular pixel.

11. The device of claim 9 , wherein the first representative relationship indicates a first representative ratio between values for the second color and values for the first color for the first set of neighboring pixels, and wherein the second representative relationship indicates a second representative ratio between values for the second color and values for the first color for the second set of neighboring pixels.

12. The device of claim 11 , wherein the target relationship indicates a target ratio between the value for the second color for the particular pixel and the value for the first color for the particular pixel, and wherein the target ratio is determined based upon the first and second representative ratios such that the target ratio is between the first representative ratio and the second representative ratio.

13. The device of claim 12 , wherein the value for the second color for the particular pixel is calculated such that the value for the second color for the particular pixel and the value for the first color for the particular pixel satisfy the target ratio.

14. The device of claim 8 , wherein the particular pixel has a sensed value for a third color, and wherein the logic elements of the device are configured to further perform the operation of:

based at least partially upon the sensed value for the third color for the particular pixel, calculating the value for the first color for the particular pixel.

15. The device of claim 8 , wherein the device is a mobile communication device.

16. A machine readable storage medium storing instructions which, when executed by one or more processors, cause the one or more processors to perform the operations of:

for a particular pixel in a matrix of pixels, the particular pixel having a value for a first color but not for a second color, calculating a value for the second color for the particular pixel by:

selecting a first set of neighboring pixels that are situated on a first side of the particular pixel, the first set of neighboring pixels comprising a first subset of pixels having one or more values for the first color and a second subset of pixels having one or more values for the second color;

based upon the one or more values for the first color from the first subset of pixels and the one or more values for the second color from the second subset of pixels, determining a first representative relationship between values for the second color and values for the first color for the first set of neighboring pixels;

selecting a second set of neighboring pixels that are situated on a second side of the particular pixel which is opposite the first side, the second set of neighboring pixels comprising a third subset of pixels having one or more values for the first color and a fourth subset of pixels having one or more values for the second color;

based upon the one or more values for the first color from the third subset of pixels and the one or more values for the second color from the fourth subset of pixels, determining a second representative relationship between values for the second color and values for the first color for the second set of neighboring pixels;

based upon the first and second representative relationships, determining a target relationship between the value for the second color for the particular pixel and the value for the first color for the particular pixel; and

based upon the target relationship and the value for the first color for the particular pixel, calculating the value for the second color for the particular pixel.

17. The machine readable storage medium of claim 16 , wherein the first representative relationship and the second representative relationship are separate relationships that are determined separately.

18. The machine readable storage medium of claim 17 , wherein the matrix of pixels has a line of pixels, including the particular pixel, that is situated between the first side of the particular pixel and the second side of the particular pixel, and wherein the first and second representative relationships are determined without using any color values from any of the pixels in the line of pixels situated between the first side of the particular pixel and the second side of the particular pixel.

19. The machine readable storage medium of claim 17 , wherein the first representative relationship indicates a first representative ratio between values for the second color and values for the first color for the first set of neighboring pixels, and wherein the second representative relationship indicates a second representative ratio between values for the second color and values for the first color for the second set of neighboring pixels.

20. The machine readable storage medium of claim 19 , wherein the target relationship indicates a target ratio between the value for the second color for the particular pixel and the value for the first color for the particular pixel, and wherein the target ratio is determined based upon the first and second representative ratios such that the target ratio is between the first representative ratio and the second representative ratio.

21. The machine readable storage medium of claim 20 , wherein the value for the second color for the particular pixel is calculated such that the value for the second color for the particular pixel and the value for the first color for the particular pixel satisfy the target ratio.

22. The machine readable storage medium of claim 16 , wherein the particular pixel has a sensed value for a third color, and wherein the instructions cause the one or more processor to further perform the operation of:

based at least partially upon the sensed value for the third color for the particular pixel, calculating the value for the first color for the particular pixel.