Question: In c please, and as simple as possible Q3. The RBG color model systems such as televisions and computers. The three additive primary colors, red,

In c please, and as simple as possible  In c please, and as simple as possible Q3. The RBG

Q3. The RBG color model systems such as televisions and computers. The three additive primary colors, red, green, and usuaily ranging from 0-255, representing how much red, blue and green is needed to get that color. Another common color space is the HSV where each color is represented with three components: is one of the most common color representation techniques in electronic name of the model comes from the initials of the blue. That is, each color has three integer components . (H) Hue: number between 0-360 (degrees) (S) Saturation: number between 0.0 and 1.0 (V) Value: number between 0.0 and 1.0 (This actually represents how bright the color is) (5 pts) Define the structure to represent a RGB color and define an alias for it. (5 pts) Define the structure to represent a HSV color and define an alias for it. - (5 pts) A RGB greyscale color will be any RGB color with all its components equal to certain Create a function RGB color where the value of its components is: that receives the memory address of a RGB color and change it to the greyscale 0.2989 R +0.5870 G +0.1140 .B ress of a RGB color and converts it to a HSV color. -(15 pts) Create a function that receives the add Your function must return the HSV color memory address. For this, create a new HSV color in the heap region (not the stack) and initialize its components as follows: M max(R, G, B mmin(R, G, B) V M ifc =0 (( e)%s), G B if M = R B- R ifM G otherwise

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