Below are the comments you must add to the beginning of each of the programs you hand in. //*****************//Program Name: Program 1 (Test Program)//Author: Your Name//IDE Used: Eclipse//Program description: one-sentence summary of what your program does//*****************Below is the function header to include just above all function definitions (not function prototypes, but definitions)://*****************//Function name: //Purpose: one-sentence summary of what this function does//List of parameters: list your function's parameters//Returns: state the return variable//Return type: data type of the returned value//*****************Write a program that will create and store a vector of structs.Generally, any color can be described the intensity of red, green, and blue hues respectively. These hues are valued in the range of 0-255, and are abbreviated R/G/B values for red/green/blue.Write a struct named "Color" that will store r/g/b values for a color.Generate a random number between 5-50, and this number will be the number of colors that we push into the vector. With that random number, use a loop to create a temporary struct, and then push it into the vector. Remember, to create a struct, you'll have to define r/g/b values for that color; use random values 0-255 for this. Also remember, once you've generated random color values for r/g/b, you can initialize a struct this way:Color tempColor = {r, g, b};At the end of your program, output a table with the Color# and values for R/G/B as shown below. Note that the column values are right-justified, so ensure you use cout manipulators to achieve this right justification. Color# R value G value B value ------ ------- ------- ------- 1 221 239 74 2 48 138 136 3 222 152 35 4 138 176 222 5 100 208 253 6 214 32 247 7 195 23 223