// Helene Martin, CSE 142
// Draws a scalable table at different locations.

// goal: re-iterate that to generalize drawing methods, follow these steps:
// 1) add x and y parameters
// 2) replace specific position numbers in definition with expressions using x and y
// 3) add size parameter
// 4) replace specific size numbers in definition with expressions using size
import java.awt.*;

public class DrawTable {
	public static void main(String[] args) {
		DrawingPanel p = new DrawingPanel(400, 400);
		Graphics g = p.getGraphics();
		
		drawTable(g, 40, 40, 100);
		drawTable(g, 140, 200, 120);
		//drawTable2(g);
		//drawTable3(g);
	}
	
	// Draws a table of width size at position x, y
	//  
	// Note that the final width of the table is actually size + size / 20 because
	// of the thickness of the right table leg.  You could choose to draw the second
	// table leg at x position (x + size - size / 20) instead of at (x + size) if you 
	// wanted the true total width to be size.
	public static void drawTable(Graphics g, int x, int y, int size) {
		g.fillRect(x, y, size, size / 10);
		g.fillRect(x, y, size / 20, size * 2 / 5);
		g.fillRect(x + size, y, size / 20, size * 2 / 5);
	}
	
	// Draws a table of width 100 at position 140, 200
	public static void drawTable2(Graphics g) {
		g.fillRect(140, 200, 100, 10);
		g.fillRect(140, 200, 5, 40);
		g.fillRect(240, 200, 5, 40);
	}
	
	// Draws a table of width 120 at position 140, 200
	public static void drawTable3(Graphics g) {
		g.fillRect(140, 200, 120, 12);
		g.fillRect(140, 200, 6, 48);
		g.fillRect(260, 200, 6, 48);
	}
}