you = my.parentShip;
if(you != NULL && exiting == 0)
{
	vec_for_bone(temp,you,connectBone);
	vec_set(my.x,temp);
	vec_set(my.pan,you.pan);
	vec_for_bone(orientationBonePos,you,orientationBone);
	vec_diff(orientationVec,orientationBonePos,my.x);
	vec_set(temp,vector(0,0,-1)); vec_rotate(temp, you.pan);
	vec_normalize(orientationVec,1);
	rollCorrection = ang_between_vecs(orientationVec,temp);
			
	//because ang_between_vecs returns only positive values, check which direction would make more sense and turn into that direction:
	vec_set(vec1,vector(0,-10,0));vec_rotate(vec1,my.pan);vec_add(vec1,my.x);
	vec_set(vec2,vector(0,10,0));vec_rotate(vec2,my.pan);vec_add(vec2,my.x);
	if(vec_dist(vec1,orientationBonePos) < vec_dist(vec2,orientationBonePos)) rollCorrection *= -1;	

	my.roll += rollCorrection;
}

void SETZE_ANGEH_GST(vertex_1,vertex_2,vertex_3)
{
	proc_mode = PROC_LATE;
	
	vec_for_vertex (Vertex_pos_1,you,vertex_1);                                                     // Hole Vertex - Positionen
	vec_for_vertex (Vertex_pos_2,you,vertex_2);
	vec_for_vertex (Vertex_pos_3,you,vertex_3);
	
	vec_set (my.x, Vertex_pos_2);                                                                    // Setze meine Position an vertex_2
	
	vec_sub(Vertex_pos_1,Vertex_pos_2);                                                             // setze unseren pan und tilt
	vec_to_angle(my.pan,Vertex_pos_1);
	
	my.roll = 0;		                                                                              // Berechne unseren roll
	vec_sub(Vertex_pos_2,Vertex_pos_3);
	
	vec_set (Vertex_ebene_1, vector(0,1,0));	
	vec_rotate (Vertex_ebene_1, my.pan);
	
	vec_set (Vertex_ebene_2, vector(0,0,1));	
	vec_rotate (Vertex_ebene_2, my.pan);                                                            // Diese Vectoren spannen die Ebene auf	
	
	Vertex_roll.x = vec_dot (Vertex_ebene_1, Vertex_pos_2);	
	Vertex_roll.y = vec_dot (Vertex_ebene_2, Vertex_pos_2);
	
	vec_to_angle (Temp_ang1, Vertex_roll);
	my.roll = Temp_ang1.pan;
}