in this c$++$ program I need to complete the body and design of the function CylVol, which is designed to compute and return the volume of a cylinder, based on the radius and the height given as input parameters

#include

#include

#include

using namespace std;

$/************************$ Global Data Declarations $****************************/$

$//$None in this program

$/****************************$ Function Prototypes $*****************************/$

$//$Computes the volume of a cylinder

float CylVol$($float radius, $//$IN: Radius of cylinder

float height$)$; $//$IN: Height of cylinder

$/*******************************************************************************$

$*$ Function Name: main

$*$ Author: Timothy D$.$ Stedman

$*$ Date: $12$ May $2024$

$*$ Function Description:

$*$ The function will first ask the user for the radius and height of two

$*$ cylinders. It will then calculate the volume of both cylinders. Finally,

$*$ it will display two volumes formatted to $3$ decimal places.

$*$

$*$ Pseudocode:

$*$ Level $0$

$*-------$

$*$ Ask user for Cylinder $1$ radius and height

$*$ Ask user for Cylinder $2$ radius and height

$*$ Calculate volume of Cylinder $1$

$*$ Calculate volume of Cylinder $2$

$*$ Set formatting for $3$ decimal places

$*$ Display volume of Cylinder $1$

$*$ Display volume of Cylinder $2$

$*$ Level $1$

$*-------$

$*$ Ask user for Cylinder $1$ radius and height

$*$ Output "Cylinder $1$:$",$ EOL

$*$ Output $"$ radius $--->"$

$*$ Input rad$1$

$*$ Output $"$ height $--->"$

$*$ Input h$1$

$*$ Ask user for Cylinder $2$ radius and height

$*$ Output EOL

$*$ Output "Cylinder $2$:$",$ EOL

$*$ Output $"$ radius $--->"$

$*$ Input rad$2$

$*$ Output $"$ height $--->"$

$*$ Input h$2$

$*$ Calculate volume of Cylinder $1$

$*$ vol$1=$ CylVol$($rad$1,$ h$1)$

$*$ Calculate volume of Cylinder $2$

$*$ vol$2=$ CylVol$($rad$2,$ h$2)$

$*$ Display volume of Cylinder $1$

$*$ Output EOL, EOL

$*$ Output "Volume of Cylinder $1=",$ vol$1,"$ cubic units.", EOL

$*$ Display volume of Cylinder $2$

$*$ Output "Volume of Cylinder $2=",$ vol$2,"$ cubic units.", EOL

$*******************************************************************************/$

int main$()$

$\{$

$//$Local constants

$//$None in this function

$//$Local variables

float rad$1$; $//$Radius of Cylinder $1$

float h$1$; $//$Height of Cylinder $1$

float rad$2$; $//$Radius of Cylinder $2$

float h$2$; $//$Height of Cylinder $2$

float vol$1$; $//$Volume of Cylinder $1$

float vol$2$; $//$Volume of Cylinder $2$

$/*******************$ Begin main Function Executables $**********************/$

$//$Ask user for Cylinder $1$ radius and height

cout $<<$ "Cylinder $1$:$"<<$ endl;

cout $<<"$ radius $--->"$;

cin $>>$ rad$1$;

cout $<<"$ height $--->"$;

cin $>>$ h$1$;

$//$Ask user for Cylinder $2$ radius and height

cout $<<$ endl;

cout $<<$ "Cylinder $2$:$"<<$ endl;

cout $<<"$ radius $--->"$;

cin $>>$ rad$2$;

cout $<<"$ height $--->"$;

cin $>>$ h$2$;

$//$Calculate volume of Cylinder $1$

vol$1=$ CylVol$($rad$1,$ h$1)$;

$//$Calculate volume of Cylinder $2$

vol$2=$ CylVol$($rad$2,$ h$2)$;

$//$Set formatting for $3$ decimal places

cout $<<$ fixed $<<$ showpoint $<<$ setprecision$(3)$;

$//$Display volume of Cylinder $1$

cout $<<"$

$"$;

cout $<<$ "Volume of Cylinder $1="<<$ vol$1<<"$ cubic units." $<<$ endl;

$//$Display volume of Cylinder $2$

cout $<<$ "Volume of Cylinder $2="<<$ vol$2<<"$ cubic units." $<<$ endl;

$//$Indicate to OS successful termination of program

return $0$;

$\}//$End main

$/*******************************************************************************$

$*$ Function Name: CylVol

$*$ Author: Your Name

$*$ Date: XX May $2024$

$*$ Function Description:

$*$ The function compute the volume of a cylinder, based on the radius and the

$*$ height given as input parameters. The function will return the calculated

$*$ value through the function name.

$*$

$*$ Pseudocode:

$*$ Level $0$

$*-------$

$*$

$*******************************************************************************/$

float CylVol$($float radius, $//$IN: Radius of cylinder

float height$)//$IN: Height of cylinder

$\{$

$//$Local constants

$//$Local variables

$/******************$ Begin CylVol Function Executables $*********************/$

$\}//$End CylVol