Colobot

nurek:
extern void object::Wspolpraca()
{       wait(3.5);
	    object aoe ; // atomowe ogniwo elektryczne
	    object robot ; // robot z niskim poziomem baterii
	    object robot2; // latajacy robot
	    object tytan;
	    object huta;

	    object flag[5];
	flag[0]=radar(RedFlag);
	flag[1]=radar(YellowFlag);
	flag[2]=radar(GreenFlag);
	flag[3]=radar(VioletFlag);
	flag[4]=radar(BlueFlag);

	    aoe = radar(NuclearCell);
	    goto (aoe.position); //podnoszenie ogniwa
	    grab ();

	    robot = radar(WheeledGrabber);
	    turn(direction(robot.position));
	    move(distance(position,robot.position)-3.5);
	    drop();
	    move(-3);

	    turn(180);

	tytan = radar(TitaniumOre);
	huta = radar(Converter);


	while (radar(TitaniumOre)!=null)
	{
		tytan = radar(TitaniumOre);
		goto(tytan.position);
		grab();

		while(true)
		{
			if(huta.busy()==true)
			{
				wait(2);
			}
			if(huta.busy()==false)
			{
				break;
			}
		}
		errmode(0);
		wait(3);
		goto(huta.position);
		drop();
		move(-15);

	}












}
Bron na kolach:

 extern void object::Wspolpraca()
{

	    object pajunk, target;
	    while (radar(AlienSpider)!=null)
	{
		        pajunk=radar(AlienSpider);
		        turn(direction(pajunk.position));
		        move(distance(position,pajunk.position)-15);
		        fire(1);

	}
	target=radar(TargetBot);
	turn(direction(target.position));
	move(distance(position,target.position)-20);
	fire(1);
	target=radar(TargetBot);
	turn(direction(target.position));
	fire(1);
	turn(30);
	move(-25);
	    turn (90);
	    move (15);
}

robot podnaszocy:
extern void object::wheeledGrabber()
{
	object Wg;        //wg-wingedgrabber
	object Sh;        //sh-WheeledShooter
	object flag[5];

	flag[0]=radar(RedFlag);
	flag[1]=radar(YellowFlag);
	flag[2]=radar(GreenFlag);
	flag[3]=radar(VioletFlag);
	flag[4]=radar(BlueFlag);
	object huta, ty;
	huta=radar(Converter);
	ty=radar(Titanium);

	wait(50);
	grab(EnergyCell);
	drop(Behind);
	grab();
	drop(EnergyCell);
	Wg=radar(WingedGrabber);
	Sh=radar(WheeledShooter);

	goto(Sh.position);
	grab();
	goto(Wg.position);
	drop();
	errmode(0);
	goto(flag[2].position);
	wait(12);
	while(true)
	{
		while(true)
		{
			if(huta.busy()==true) wait(5);
			else if(huta.busy()==false) break;

		}
		while (true)
		{
			goto(huta.position);
			grab();
			move(-20);
			drop();
			goto(flag[2].position);
			break;
		}
	}




}




Winged1:
extern void object::Wspolpraca()
{
	object flag[5];
	flag[0]=radar(RedFlag);
	flag[1]=radar(YellowFlag);
	flag[2]=radar(GreenFlag);
	flag[3]=radar(VioletFlag);
	flag[4]=radar(BlueFlag);
	object wg,aoe,aod;
	wg=radar(WingedGrabber);
	aoe=radar(NuclearCell);
	object ga,ty;

	grab(EnergyCell);
	drop(InFront);
	wait(160);
	ty=radar(Titanium);
	goto(ty.position);
	grab();
	turn(direction(flag[3].position));
	move(distance(position, flag[3].position)-3);
	drop();


}

Winged2:
extern void object::Wspolpraca()
{
	object flag[5];
	flag[0]=radar(RedFlag);
	flag[1]=radar(YellowFlag);
	flag[2]=radar(GreenFlag);
	flag[3]=radar(VioletFlag);
	flag[4]=radar(BlueFlag);
	object wg,aoe,aod;
	wg=radar(WingedGrabber);
	aoe=radar(NuclearCell);



	grab(EnergyCell);
	drop(InFront);
	wait(98);
	aod=radar(PowerCell);
	goto(flag[1].position);
	move(2);
	grab();
	goto(wg.position);
	drop();
	goto(flag[0].position);
	turn(direction(aoe.position));
	grab();
	goto(flag[3].position);

	drop();



}