Please complete the following C$++$ code section. Please note that this C$++$ file is only a function module that is called, so there is no need for a main function.

Do not add or change the header file after #incluede

#include "includes$\_$and$\_$constants.h$"$

$//$ Example function

void vertical$\_$flip$($const float image$[][$IMAGE$\_$SIZE$],$ float flipped$\_$image$[][$IMAGE$\_$SIZE$])\{$

for $($int i $=0$; i $<$ IMAGE$\_$SIZE; i$++)\{$

for $($int j $=0$; j $<$ IMAGE$\_$SIZE; j$++)\{$

flipped$\_$image$[$i$][$j$]=$ image$[$IMAGE$\_$SIZE $-1-$ i$][$j$]$;

$\}$;

$\}$;

$\}$

$//$ TODO$1$

void horizontal$\_$flip$($const float image$[][$IMAGE$\_$SIZE$],$ float flipped$\_$image$[][$IMAGE$\_$SIZE$])\{$

$//-------------------------------------------------------$

$//$ This function flips an $8$x$8$ image horizontally.

$//$

$//$ Inputs:

$//-$ image: a $2$D array of size $8$x$8,$ representing the pixel values of the image.

$//$ Each element in the array corresponds to a pixel in the image.

$//$

$//$ Outputs $($via argument$)$:

$//-$ flipped$\_$image: a $2$D array of size $8$x$8.$ It is the result of horizontally

$//$ flipping the input image.

$//$

$//$ Example:

$//$ If the input image is:

$//00110000$

$//01111100$

$//01111110$

$//11100110$

$//01100110$

$//01100110$

$//00111110$

$//00111100$

$//$

$//$ then the result flipped$\_$image should be:

$//00001100$

$//00111110$

$//01111110$

$//01100111$

$//01100110$

$//01100110$

$//01111100$

$//00111100$

$//$

$//**$ Your TODO: Implement this function by looping through the flipped$\_$image

$//$ and assign them pixel values from corresponding position of the image array. $**$

$\}$

$//$ TODO$2$

void rotate$($const float image$[][$IMAGE$\_$SIZE$],$ float flipped$\_$image$[][$IMAGE$\_$SIZE$])\{$

$//-------------------------------------------------------$

$//$ This function rotates an $8$x$8$ image $90$ degrees clockwise.

$//$

$//$ Inputs:

$//-$ image: a $2$D array of size $8$x$8,$ representing the pixel values of the image.

$//$ Each element in the array corresponds to a pixel in the image.

$//$

$//$ Outputs $($via argument$)$:

$//-$ flipped$\_$image: a $2$D array of size $8$x$8.$ This is the result of rotating

$//$ an $8$x$8$ image $90$ degrees clockwise.

$//$

$//$ Example:

$//$ If the input image is:

$//00110000$

$//01111100$

$//01111110$

$//11100110$

$//01100110$

$//01100110$

$//00111110$

$//00111100$

$//$

$//$ then the result flipped$\_$image should be:

$//00001000$

$//00111110$

$//11111111$

$//11000111$

$//11000110$

$//11111110$

$//01111100$

$//00000000$

$//$

$//**$ Your TODO: Implement this function by looping through the flipped$\_$image

$//$ and assign them pixel values from corresponding positions of the image array. $**$

$\}$