object vehicle_anansi_cockpit : vehicle_basic_cockpit {
	void				OnEntered();
	void				StickThread();
}

void vehicle_anansi_cockpit::OnEntered() {	
	thread StickThread();
}

void vehicle_anansi_cockpit::StickThread() {
	entity driver = myVehicle.getDriver();
	vector oldAngles = driver.getUserCmdAngles();

	boolean playingFireAnim;
	vector newAngles;
	vector angleDiff;
	vector temp;
	vector stickAngles;
	float stickJoint = getJointHandle( getKey( "joint_stick" ) );
	
	playCycle( ANIMCHANNEL_LEGS, "base" );

	while ( true ) {
		driver = myVehicle.getDriver();
		
		newAngles = oldAngles;
			
		if ( driver != $null_entity ) {
			if ( !driver.getButton( PK_TOPHAT ) ) {
				newAngles = driver.getUserCmdAngles();
			}
			
			if ( driver.getButton( PK_ATTACK ) ) {
				if ( !playingFireAnim ) {
					playingFireAnim = true;
					playAnim( ANIMCHANNEL_LEGS, "fire" );
				}
			} else {
				if ( playingFireAnim ) {
					playingFireAnim	= false;
					playCycle( ANIMCHANNEL_LEGS, "base" );
				}
			}
		}
		
		angleDiff_x = AngleDiff( newAngles_x, oldAngles_x );
		angleDiff_y = AngleDiff( newAngles_y, oldAngles_y );

		if ( sys.fabs( angleDiff_x ) < sys.fabs( temp_x ) ) {
			temp_x = temp_x + ( ( angleDiff_x - temp_x ) * 0.02 );
		} else {
			temp_x = temp_x + ( ( angleDiff_x - temp_x ) * 0.1 );
		}
		
		if ( sys.fabs( angleDiff_y ) < sys.fabs( temp_y ) ) {
			temp_y = temp_y + ( ( angleDiff_y - temp_y ) * 0.02 );
		} else {
			temp_y = temp_y + ( ( angleDiff_y - temp_y ) * 0.1 );
		}
		
		if ( driver != $null_entity ) {
			oldAngles = driver.getUserCmdAngles();
		}
		
		stickAngles_x = temp_x * 5.f;
		stickAngles_x = min( stickAngles_x, 10 );
		stickAngles_x = max( stickAngles_x, -10 );
		
		stickAngles_z = -temp_y * 5.f;
		stickAngles_z = min( stickAngles_z, 20 );
		stickAngles_z = max( stickAngles_z, -20 );
		
		setJointAngle( stickJoint, JOINTMOD_WORLD, stickAngles );

		sys.waitFrame();
	}
}