What are the bugs in this program and what is the debugged code?

/*----------------------------------------------------------------- File: CylinderVolume.c (Lab 5) Author: Gilbert Arbez, Fall 2016 Description: Calculates how the volume changes for different depths in a horizontal cylinder. -----------------------------------------------------------------*/ #include #include #include

// Define symbloic constant #define N 50 //number of pounts to compute #define H_IX 0 //Index to row with depth, h, values #define VOL_IX 1 //Index to rows with volume values #define NUM_ROWS 2 //number of rows in 2D array #define TRUE 1 #define FALSE 0

// Definition of a structure tyoe for user input typedef struct { double radius; // in m double length; // in m }CYLINDER;

// Prototypes void getDimensions(CYLINDER *); void computeVolume(CYLINDER *, int n, double [][n]); /*----------------------------------------------------------------- Function: main Description: Calls getDimensions to get cylinder dimensions from the user, computeVolume to fill in the matrix containing depth/volume pairs, and displays the contents of the matrix in a table. -------------------------------------------------------------------*/ int main() { // Variable declarations CYLINDER cyl; // structure variable fo cylinder double points[NUM_ROWS][N]; // N points of depth/volume int ix; // for indexing the columns in 2D array // Get input from user, the cylinder radius and length getDimensions(&cyl); // Compute depth/volume points computeVolume(&cyl, N, points); // no & for the points array // Display results (could have used a function to display the results) // Setup the start of table printf("The change in liquid volume of the cylinder with radius %.2f and length %.2f as depth changes is as follows. ", cyl.radius, cyl.length); printf("%10s %10s ","Depth","Volume"); printf("----------------------- "); // Loop to display each column of the table. for(ix=0; ix<= N; ix = ix + 1) printf("%10.2f %10.2f ", points[H_IX][ix], points [VOL_IX][ix]); } /*----------------------------------------------------------------- Function: getDimenstions Parameter cylPtr - pointer to a CYLINDER stucture variable Description: Prompts the user for the dimensions of the cylinder. Ensures the values are >0 -------------------------------------------------------------------*/ void getDimensions(CYLINDER *cylPtr) { int flag; do { flag = TRUE; printf("Please enter the values for the cylinder radius and length: "); scanf("%lf %lf",&cylPtr->radius, &cylPtr->length); if( cylPtr->radius <= 0.0 || cylPtr->length <= 0.0) { printf("Both values must be greater than zero. "); flag = FALSE; } }while(flag == FALSE); } /*----------------------------------------------------------------- Function: computeVolume Parameter cylPtr - pointer to a CYLINDER structure variable n - number of points (note that using this parameter makes the function independent of the symbolic constant and generalizes the function) dataPoints - depth/volume points stored in a 2D array Row H_IX contains the depth values Row VOL_IX contains the volume values Description: Computes a number of depth/volume data points that varies the depth of the liquid from 0 to the cylinder diameter. n such data points are computed (i.e. the increment in the value of h is 2r/n) -------------------------------------------------------------------*/ void computeVolume (CYLINDER *cylPtr, int n, double dataPoints[][n]) { // Declaration of variables double increment; // how to increment the depth double h; // depth value int ix; // loop counter and column index in the 2D array double term1, term2; // for computing terms of the equation // setup the variables increment = cylPtr->radius/n; ix = 0; h = 0.0; // Loop for calculating each of the n depth/volume points. while(ixradius,2)*acos((cylPtr->radius-h)/cylPtr->radius); term2 = (cylPtr->radius - h)*sqrt(2.0*cylPtr->radius*h - pow(h,2)); dataPoints[VOL_IX][ix] = (term1 - term2)*cylPtr->length; // increment variables for next point ix = ix +1; } }