JApplet with all the Rectangles

Here is the applet with all the blanks filled in. With skillful use of the text editor, much of this filling in is easily done using "copy" and "paste".

import javax.swing.JApplet;
import java.awt.*;

// assume that the drawing area is 350 by 250
public class HouseRectangles extends JApplet
{
  final int width  = 350, height = 250;
  final int houseX =  65, houseY = 100, houseW = 110, houseH = 110 ;
  final int doorX  = 120, doorY  = 165, doorW  =  25, doorH  =  40 ;
  final int lWindX =  90, lWindY = 115, lWindW =  30, lWindH =  30 ;
  final int rWindX = 130, rWindY = 115, rWindW =  30, rWindH =  30 ;
  final int trunkX = 255, trunkY = 100, trunkW =  10, trunkH = 100 ;
  
  public void paint ( Graphics gr )
  { 
     gr.setColor( Color.orange );    // there is no Color brown
     gr.drawRect( houseX , houseY , houseW, houseH); // house
     gr.drawRect( doorX  , doorY  , doorW , doorH ); // door
     gr.drawRect( lWindX , lWindY , lWindW, lWindH); // lwind
     gr.drawRect( rWindX , rWindY , rWindW, rWindH); // rwind
     gr.fillRect( trunkX , trunkY , trunkW, trunkH); // trunk
  }
}

Here is the beautiful picture that it produces:

The tree trunk is a solid rectangle because the fillRect() method was used. This method is just like drawRect() except that it fills the figure with the current color.

The door is not really where we want it. We could go back to the graph paper and carefully read off its coordinates, or calculate its coordinates from those of the house.