#include <stdlib.h>
#include "rectangle.h"

Rectangle::Rectangle(int l, int t, int w, int h, string name, string clr) {
  left = l;
  top = t;

  /* width must be at least equal to the width of name plus one character
     of blank space on either side of name */
  if (w < (name.length() + 2))
    width = name.length() + 2;
  else
    width = w;

  /* height must be at least 3--one character for the label plus one
     character of blank space above and below the label */
  if (h < 3)
    height = 3;
  else
    height = h;
  label = name;
  color = clr;
}

Rectangle::~Rectangle() {
}

void Rectangle::draw() {
  // code to draw a rectangle on a screen--too complicated to show here
}

void Rectangle::move(int x, int y) {
  left = x;
  top = y;
}

/* The rectangle always needs to be big enough to accommodate the text
   label plus have one character of blank space on either side of the
   label. resize therefore needs to check whether the new width is
   less than this threshold amount, and if so, set the width to this
   threshold amount. Similarly the height needs to be at least 3--one
   character high for the label, and one character of blankspace above
   and below the string. In a real interface we would have to compute
   the pixel height of a character. For simplicity we will assume here
   that a character has a height of 1.
*/

void Rectangle::resize(int wd, int ht) {
  if (wd < (label.length() + 2)) 
    width = label.length() + 2;
  else
    width = wd;
  if (ht < 3) 
    ht = 3;
  else
    height = ht;
}

/* store name in the label field. After setting
   the label, make sure that the width of the rectangle is enough to
   accommodate the new label.
*/
void Rectangle::setLabel(string name) {
  label = name;
  if (width < (label.length() + 2))
    width = label.length() + 2;
}

/* store newColor in the color field. */
void Rectangle::setColor(string newColor) {
  color = newColor;
}

/* A rectangle contains a point if the x-value of the point lies between
   the left and right sides of the rectangle and the y-value of the
   point lies between the top and bottom of the rectangle */
int Rectangle::containsPt(int x, int y) {
  return ((left <= x) && (x <= (left + width)) &&
	  (top <= y) && (y <= (top + height)));
}

int Rectangle::getLeft() { return left; }
int Rectangle::getTop() { return top; }
int Rectangle::getWidth() { return width; }
int Rectangle::getHeight() { return height; }
string Rectangle::getLabel() { return label; }
string Rectangle::getColor() { return color; }