/*
	 The following program is the solution for the problem of
	 Esc101 Lab. Assginment on Thursday of week of 23/08/04
*/

import java.awt.* ;
import javabook.* ;

class Clock                                                         // Clock class
{
	// variables for storing the center of the clock and angles made by the 
	// hours and minutes hand with the positive x-axis.
	int xPos;  
	int yPos;  
	double hAngle;
	double mAngle;
		
	// Function to set the x-cordinate of the center of the clock
	public	void setx(int x)  
		{
			xPos = x;
		} 
	
	// Function to set the y-cordinate of the center of the clock
	public	void sety(int y)           
		{
			yPos = y;
		} 
	
	// Function to set the angle made by the hours hand
	public	void sethAngle(double h)   
		{
			hAngle = h;
		} 
	
	// Function to set the angle made by the minutes hand
	public	void setmAngle(double m)   
		{
			mAngle = m;
		} 
	
	public	void draw(Graphics g)     // Function to draw the clock
		{
			
			int x,y;                                   // temporary variables to calculate the 
								   // end points of the hours hand and minutes hand
			
			g.drawOval(xPos-50,yPos-50,100,100);      // drawing the circle of the clock
			g.drawOval(xPos-3,yPos-3,6,6);            // circle to show the center of the clock
			
			x = xPos + (int)Math.round(30 * Math.cos(hAngle)); // Finding the end points of the hours hand
			y = yPos + (int)Math.round(30 * Math.sin(hAngle));
			g.drawLine(xPos,yPos,x,y);                        // Drawing the hours hand
			
			x = xPos - (int)Math.round(40 * Math.cos(mAngle)); // Finding the end points of the minutes hand
			y = yPos - (int)Math.round(40 * Math.sin(mAngle));
			g.drawLine(xPos,yPos,x,y);                         // Drawing the minutes hand
		}
}

class Director                                           // Director class
{
	public static void main(String args[])
	{
		int t,x1,y1,x2,y2;                      // (x1,y1) and (x2,y2) are the initial centers of
                                                        // clocks t is time
		
		int xc1,xc2,yc1,yc2;                    // (xc1,yc1) and (xc2,yc2) are the new 
		                                        // centers of the clocks
							
		double ha1,ma1,ha2,ma2;                 // ha1,ma1 and ha2,ma2 are the angles made by the
		                                        // hours and minutes hands of the two circles
							// respectively
		
		double sqrt5;                           // to store the value of square root of 5
		
		MainWindow window = new MainWindow();   
		window.setVisible(true);
		Graphics g;                             // Graphics object
		Clock c1,c2;                            // Clock variables 

		
		InputBox ib = new InputBox(window);    
		t = ib.getInteger("Enter time:");       // Getting the time
		
		c1  = new Clock();                      // initializing the clock variable by creating objects
		c2  = new Clock();
		
		g = window.getGraphics();               // initializing the graphics variable
		
		x1 = 50;                                // initial positions of the centers
		y1 = 50;
		x2 = 50;
		y2 = 50;
		
		/*
			One clock is moving along (1,2) direction. It meams if the clock moves 1 unit along x direction 
		then it will move 2 units along y direction. It's speed is 10. Therefore it's speed along x direction
		is 2 times sqrt5 and it's speed along y direction is 4 times sqrt5. Thus after a time 't' it 
		moves a distance of '2*t*sqrt5' and '4*t*sqrt5' along x and y directions respectively.
		
			Similarly for the other clock, after a time 't' it moves a distance of '8*t*sqrt5' and
		'4*t*sqrt5' along x and y directions respectively.
		*/

		sqrt5 = Math.sqrt(5.0);
		
		xc1 = x1 + (int)Math.round(2*t*sqrt5);           // Finding the new centers of the clocks
		yc1 = y1 + (int)Math.round(4*t*sqrt5);
		
		xc2 = x2 + (int)Math.round(8*t*sqrt5);
		yc2 = y2 + (int)Math.round(4*t*sqrt5);
		
		
		ha1 = Math.atan((0.0 - yc1) / (600.0 - xc1));    // Finding the angles made by the hour and minute hands
		ma1 = Math.atan((600.0 - yc1) / (0.0 - xc1));    // of the clocks
		
		ha2 = Math.atan((0.0 - yc2) / (600.0 - xc2));
		ma2 = Math.atan((600.0 - yc2) / (0.0 - xc2));
		
		c1.setx(xc1);                                    // Calling the functions of the clock class to 
		c1.sety(yc1);                                    // set the centers and angles made by the hours  
		c1.sethAngle(ha1);                               // and minutes hand with positive x-axis
		c1.setmAngle(ma1);
		
		c2.setx(xc2);
		c2.sety(yc2);
		c2.sethAngle(ha2);
		c2.setmAngle(ma2);
		
		g.drawRect(0,0,600,600);                          // drawing square
		
		c1.draw(g);                                       // Calling the function of clock to draw 
		c2.draw(g);                                       // the clock   
		
	}
}