//	;-----------------------------------------------------------
//	;	Program Name:   Class_Demo								
//	;	File:           y_mxb.cpp		  						
//	;	Description:    Performs some calculations using slope intercept math form						
//	;	Author:         Jim Adams	
//	;	Assignment:     None									
//	;	Environment:    MS C++ 6.0								
//	;	Revisions:      09/24/2000 Original version			
//	;															
//	;-----------------------------------------------------------
#include <iostream.h>
#include <math.h>

//	Function Prototypes
void   get_input(float& m, float& x, float& b);
float  slope_intercept(float m, float x, float b);
void   display_results(float y, float m, float x, float b);


//	Variable definitions
float 		x=0;
float		y=0;
float		b=0;
float		m=0;


void main()
{
	get_input(m, x, b);
	y = slope_intercept(m, x, b);
	display_results(y, m, x, b);
}


void get_input(float& m, float& x, float& b)
{
	cout << "Enter slope(m):";
	cin  >> m;
	cout << "Enter x:";
	cin  >> x;
	cout << "Enter b:";
	cin  >> b;
}



float slope_intercept(float m, float x, float b)
{
	float y=0.0;
	y = m*x + b;
	return(y);
}


void display_results(float y, float m, float x, float b)
{
	cout << endl;
	cout << "The result of \"y=mx + b\" is:" << y << endl;
	cout << "Where m=" << m << endl;
	cout << "      x=" << x << endl;
	cout << "      b=" << b << endl;
	cout << endl;
}