class MyGame : public Game
{
	void startup()
	{
		getLogger()->write("And so it begins!", LOG_INFO);  // full logging system, including multiple channels and console+HTML output
		
		getGraphics()->setLineWidth(3);
		getGraphics()->setLineAntiAliasing(true);
	}

	void update()
	{
		// Nothin'..
	}

	void render(Graphics *gfx)
	{
		gfx->drawCircle(150,150, 64, Colour::red(), true);  // radius-64 circle at 150,150 that is red and filled-in

		gfx->setBlendMode( BLEND_ALPHA );  // many blending modes
		gfx->drawLine( Vector2D(10,10), Vector2D(350,80), Colour(255,0,255,128));   // Can use X/Y points, or supply vectors
	}
};

int main(int argc, char *argv[])
{
	MyGame *MG = new MyGame();
	MG->launch(640, 480, false);  // screen size 640x480, windowed
	delete MG;

	return 0;
}

class ImageFun : public Game
{
	Image *thor;
	Image *boxman;

	void startup()
	{
		// Top window text/caption
		setTitle("Fun with Images");
		setVersion("Beta 1");
		
		// Colour masking (using fuchsia here)
		getGraphics()->useColourMasking(true);
		getGraphics()->setMaskColour( Colour(255,0,255) );

		// Load Images, which use Textures automatically for you
		thor = new Image( getGraphics(), "thor.png" );
		thor->setFrameWidth(16);  // Set frame sizes for animations

		// Able to access textures directly for low-level access
		Texture *tex = new Texture( getGraphics(), "box.jpg" );
		// tex->getPixelAt(10,10);  // texture reading (for pixel-based collision);
		boxman = new Image( getGraphics(), tex );		
	}

	void update()
	{
		// Nothin'..
	}

	void render(Graphics *gfx)
	{
		// Draw Thor at 100,100 at Z-layer 25, and have his frame go through each of his 6 frames
		thor->draw( 100, 100, 25, getTick() % 6 );
		// Z-layers use the Z-buffer to make sure that everything gets drawn properly, so you don't need
		// to worry about sorting sprites.

		// Lots of options -- Z-layer, centre-of-sprite coords (for pivoting), scaling coefficients, image tint,
		// and blending style.
		boxman->draw( 300,450, 10, 0.5,0.5, 1,1, Colour::white(), BLEND_ADD );
	}
};

int main(int argc, char *argv[])
{
	ImageFun *MG = new ImageFun();
	MG->launch(640, 480, false);
	delete MG;

	return 0;
}

class SpriteFun : public Game
{

	void startup()
	{
		// Colour masking (using fuchsia here)
		getGraphics()->useColourMasking(true);
		getGraphics()->setMaskColour( Colour(255,0,255) );
		Image *img = new Image("boxman.png");

		SpriteGroup *group = new SpriteGroup();
		group->setName("Box Men");

		for(int i=0; i < 50; i++)
		{
			BoxMan *man = new BoxMan();
			// Handy Utils class for commonly needed functions, like int->string conversions, oscillation, lerp'ing,
			// and others.
			man->setName("BoxMan #" + Utils::IntToStr(i+1) );
			man->setImage(img);
			man->setPosition( Vector2D( Utils::Random(640), Utils::Random(480) ) );
			man->detectCollisions(true);    // By default, bounding box collisions are used
			man->setPixelCheck(true);    // Pixel-perfect collisions can be enabled at any time
			man->setColour( Colour::green() );   // Green Box-men!

			group->addSprite(man);  // Add this sprite to the group
		}

		group->addCollisionGroup( group );  // Add itself to its collision list, so collisions will be checked for
		                                    // within the group
		getSpriteManager()->addSpriteGroup(group);  // Add group to the game
	}

	void update()
	{
		// Nothin'..
	}

	void render(Graphics *gfx)
	{
		// Draw Thor at 100,100 at Z-layer 25, and have his frame go through each of his 6 frames
		thor->draw( 100, 100, 25, getTick() % 6 );
		// Z-layers use the Z-buffer to make sure that everything gets drawn properly, so you don't need
		// to worry about sorting sprites.

		// Lots of options -- Z-layer, centre-of-sprite coords (for pivoting), scaling coefficients, image tint,
		// and blending style.
		boxman->draw( 300,450, 10, 0.5,0.5, 1,1, Colour::white(), BLEND_ADD );
	}
};

int main(int argc, char *argv[])
{
	SpriteFun *MG = new SpriteFun();
	MG->launch(640, 480, false);
	delete MG;

	return 0;
}