RGB颜色空间转换为HSV颜色空间的MATLAB实现。

简介：
% 1: The maximum value is determined as the largest among the red, green, and blue components. % 2: The minimum value is calculated as the smallest among the red, green, and blue components. % 3: If the red component equals the maximum value, the hue (H) is computed using the formula: H = (green - blue) / (maximum - minimum). % 4: Conversely, if the green component is the maximum value, the hue (H) is determined by applying this equation: H = 2 + (blue - red) / (maximum - minimum). % 5: Furthermore, if the blue component represents the maximum value, then H is calculated as follows: H = 4 + (red - green) / (maximum - minimum). % 6: % 7: The calculated hue value (H) is subsequently multiplied by 60. % 8: If the resulting hue value (H) is negative, it’s adjusted by adding 360 to it. % 9: %10: The value (V) is then defined as the maximum of the red, green, and blue components divided by 255. %11: Finally, saturation (S) is determined by calculating the difference between the maximum and minimum values of R, G and B components relative to their maximum value.