Due on or before October 18 at 11:59 pm.

For this assignment you will be creating a set of functions for manipulating an array of data. The data will consist of pseudo-randomly generated values of type double. You should make the following functions:

• generate() - This function fills an array with pesudo-random doubles in a specified range. This function takes four inputs: an array of doubles, an integer representing the size of the array, and two doubles representing the lower an upper bounds of the range of pseudo-random values. For example, the function call:
  generate(data,100,-5.0,5.0);
  should fill the array called data[] with 100 pseudo-random values between -5.0 and 5.0.
• print() - This function should print an array of values. The function takes two inputs: an array and the size of the array. Exactly how the values are printed is up to you, but its probably best not to print each value on its own line.
• average() - This function returns the average of an array of values. The function takes two inputs: an array and the size of the array, and it returns a double.
• min() This function returns the smallest value from an array of values. The function takes two inputs: an array and the size of the array, and it returns a double.
• max() This function returns the largest value from an array of values. The function takes two inputs: an array and the size of the array, and it returns a double.
• addX() This function adds a value to every element in an array. The function takes three inputs: an array, the size of the array, and the value to be added to each element of the array. For example, if you have an array [5.5, 6.6, 7.7] and you call:
  add(array, 3, 2.5)
  the array should become [8, 9.1, 10.2], meaning that each element had 2.5 added to it.
• num_less() This function returns the number of values that are lower than the average value of an array of values. It counts how many values are less than the average and returns that number. The function takes two inputs: an array and the size of the array, and it returns an integer (the number of values below the average).
• num_more() This function returns the number of values that are higher than the average value of an array of values. It counts how many values are less than the average and returns that number. The function takes two inputs: an array and the size of the array, and it returns an integer (the number of values above the average).
• num_less() (same name as the function above) This function returns the number of values that are lower than a threshold value in an array of values. That is it counts how many values are less than the threshold value. The threshold value is passed to the function. The function takes three inputs: an array, the size of the array, and a double which is the threshold value. It returns an integer, which is the number of values below the threshold.
• range() This returns the range of values in the array, i.e. the difference between the largest and smallest values in the array. The function takes two inputs: an array and the size of the array. It returns a double, which is the range.
• std_dev() This function returns the standard deviation of the values in the array. Note in the formula on the linked web page the Greek symbol is mu, which is the average (or mean) of the data. The square root function is defined in the cmath library, which you can include. The function takes two inputs: an array and the size of the array. It returns a double, which is the standard deviation of the values in the array.

Make sure to write a main() function that tests each of the functions you build. Your main() function should use your generate() function to fill an array with pseudo-random values, and then call your other functions to manipulate that array. If you can't complete all of the specified functions, make a note of which ones you did complete in the comments for your code.

Turn in:Use the script command to demonstrate how your program works. Place the output from the script command into a file named Assignment8output.txt. If you can't finish all of the specified functionality, turn in as much as you complete, but what you turn in must compile and run. Turn in a copy of your program code and the Assignment8output.txt file to Canvas.