Assignment #3

/*
    Tyler Elliott
    Assignment #3
    9/5/2018

*/
#include <stdio.h>
#include <math.h>

int main(){

    int height, depth, width;
    int areaTop, areaFront, areaEnd, areaPrism;
    int perimBot, perimFront, perimEnd;
    int volPrism;
    int diagL2R, diagT2B, diagF2B;

    printf("Enter in the height\n");
    scanf("%d", &height);
    printf("Enter in the depth\n");
    scanf("%d", &depth);
    printf("Enter in the width\n");
    scanf("%d", &width);
    printf("Measurements entered: \nHeight: %d \n Depth: %d \n Width: %d\n\n", height, depth, width);

    //Areas
    areaTop = width * depth;
    areaFront = width * height;
    areaEnd = height * depth;
    areaPrism = areaEnd*2 + areaFront*4;
    printf("Surface Area Measurements: \n     SA of the Top: %d \n   SA of the Front: %d \n      SA of an end: %d\nSA of entire prism: %d\n\n", areaTop, areaFront, areaEnd, areaPrism);

    //Perimeters
    perimBot = width*2 + depth * 2;
    perimFront = width * 2 + height * 2;
    perimEnd = depth * 2 + height * 2;
    printf("Perimeter Measurements: \nPerimeter of bottom: %d \n Perimeter of front: %d \nPerimeter of an end: %d\n\n", perimBot, perimFront, perimEnd);

    //Volume
    volPrism = height * depth * width;
    printf("Volume of Prism: %d\n\n", volPrism);

    //Diagonal Distance
    diagL2R = sqrt(pow(depth, 2)* pow(width, 2));
    diagT2B = sqrt(pow(height, 2) * pow(width, 2));
    diagF2B = sqrt(pow(depth, 2) * pow(height, 2));
    printf("Diagonal Distance: \nLeft to Right: %g \n Top to Bottom: %g \n Front to Back: %g\n\n", diagL2R, diagT2B, diagF2B);






    return 0;
}