#include

#include

#include "part4.h"

// Set the x and y fields of the point structure pointed to by pt

// to the x and y values passed in as arguments. The point structure

// is defined in the part4.h header file.

//

// This should only take a couple of lines.

void

set_point(struct point *pt, double x, double y)

{

// TODO: Your code here.

assert(0);

}

// Compute the planar distance between two points. Recall that the

// distance between two points in a plane is computed as follows. Label

// the two points (x1, y1) and (x2, y2). Let dx be the difference

// between x1 and x2 and dy be the difference between y1 and y2. The

// distance between the two points is the square root of the sum of dx

// squared plus dy squared.

//

// Hint: Use the sqrt function from math.h. You do not need to use

// the pow function; x * x is sufficient to square a variable.

double

point_dist(struct point *pt1, struct point *pt2)

{

// TODO: Your code here.

assert(0);

return 0.0;

}

PART4.H:

#pragma once
	struct point {
	double x;
	double y;
	};