* grounds for new features of the engine, such as image loading/drawing.
*
* @param args
*/
public static void main( String[] args ) {
JavaWindow window = new JavaWindow( "Research project mock", 640, 480 );
window.setClearColor( new Color( 210, 210, 210 ) );
Keyboard kb = new Keyboard();
Mouse mouse = new Mouse();
window.addKeyListener( kb );
new GraphicsDB();
GraphicsDB.cacheJavaImage( "images/Fence_endright.png", "fenceright" );
try {
Thread.sleep( 200 );
} catch ( InterruptedException e1 ) {
e1.printStackTrace();
}
Random rand = new Random( System.nanoTime() );
final int listSize = 400;
GraphicsObject[] objList = new GraphicsObject[ listSize ];
List< GraphicsObject > objList2 = new LinkedList< GraphicsObject >();
for( int i = 0; i < listSize; i++ ) {
Point2D tempPoint = new Point2D( rand.nextInt( window.getWidth() - 30 ) + 30, rand.nextInt( window.getHeight() - 30 ) + 30 );
Size2D tempSize = new Size2D( rand.nextInt( 30 ) + 21, rand.nextInt( 30 ) + 21 );
GraphicsObject obj = new JavaSprite( "fenceright",
tempPoint, tempSize );
objList[ i ] = obj;
objList2.add( obj );
}
GraphicsObject obj = new JavaSprite( "fenceright",
new Point2D( 15, 31 ), new Size2D( 80, 80 ) );
GraphicsObject elp1 = new Oval( new Point2D( 50, 50 ), new Size2D( 30, 16 ) );
((Oval)elp1).setColor( new Color( 255, 0, 0 ) );
GraphicsObject elp2 = new Oval( new Point2D( 300, 300 ), new Size2D( 30, 16 ),
new Color( 255, 0, 0 ) );
GraphicsObject cur = new BezierCurve( new Point2D( 65, 58 ), new Point2D( 315, 108 ),
new Point2D( 315, 208 ), new Point2D( 315, 308 ),
new Color( 255, 255, 0 ), 100 );
Network network = new Network();
Network.Node n1 = network.new Node( new Oval( new Point2D( 100, 100 ), new Size2D( 30, 15 ) ) );
Network.Node n2 = network.new Node( new Oval( new Point2D( 200, 450 ), new Size2D( 30, 15 ) ) );
Network.Node n3 = network.new Node( new Oval( new Point2D( 30, 200 ), new Size2D( 30, 15 ) ) );
Network.Node n4 = network.new Node( new Oval( new Point2D( 500, 40 ), new Size2D( 30, 15 ) ) );
network.addNode( n1 );
network.addNode( n2 );
network.addNode( n3 );
network.addNode( n4 );
network.addEdge( n1, n2 );
network.addEdge( n1, n4 );
//network.addEdge( n2, n3 );
//network.addEdge( n4, n3 );
Timer timer = new Timer();
int frames = 0, prevFrames = 0;
int timePassed = 0;
timer.start();
while( true ) {
kb.poll();
if( kb.keyDown( KeyEvent.VK_Q ) ) {
break;
}
if( kb.keyDown( KeyEvent.VK_A ) ) {
Point2D tempPoint = new Point2D( rand.nextInt( window.getWidth() ), rand.nextInt( window.getHeight() ) );
Size2D tempSize = new Size2D( rand.nextInt( 30 ) + 21, rand.nextInt( 30 ) + 21 );
GraphicsObject obj2 = new JavaSprite( "fenceright",
tempPoint, tempSize );
objList2.add( obj2 );
}
window.clear();
for( GraphicsObject go : objList2 ) {
go.draw( JavaWindow.getGraphics2D(), 0 );
}
//obj.draw( Window.getGraphics2D() );
//cur.draw( window.getDrawGraphics() );
//elp1.draw( window.getDrawGraphics() );
//elp2.draw( window.getDrawGraphics() );
//network.draw( Window.getGraphics2D() );
JavaWindow.getGraphics2D().setColor( Color.black );
JavaWindow.getGraphics2D().drawString( String.valueOf( objList2.size() ), 0, 10 );
JavaWindow.getGraphics2D().drawString( String.valueOf( prevFrames ), 0, 20 );
window.update();
frames++;
timePassed += (int)timer.get();
//System.out.println( timePassed );
if( timePassed >= 1000 ) {
prevFrames = frames;
frames = 0;
timePassed = 0;
}
try {
Thread.sleep( 10 );
} catch ( InterruptedException e ) {
e.printStackTrace();
}
}
window.shutdown();
ThreadManager.shutdown();
}