anchor.diff:       &                        ttdisk = 12.0,
        &                        ft,
        &                        fz,
  -     &                        opposite_triangle_side,
  -     &                        min_gen_l = 1E6,
  -     &                        max_gen_l = -(1E6),
  -     &                        min_gen_b = 1E6,
  -     &                        max_gen_b = -(1E6)
  +     &                        opposite_triangle_side
             integer :: stars_count
   
             common /tm/ starBirthTime,
  
positive.code:           end if
  
            numberOfStarsInSample = stars_count
  
            write(6,*) 'DEBUG: cone.f min l: ', min_gen_l
            write(6,*) 'DEBUG: cone.f max l: ', max_gen_l
            write(6,*) 'DEBUG: cone.f min b: ', min_gen_b
            write(6,*) 'DEBUG: cone.f max b: ', max_gen_b
        end subroutine
  
  
  
negative.code: C                 assuming uniform distribution
                    longitude = min_longitude + delta_longitude*ran(iseed)
                    latitude = min_latitude + DELTA_LATITUDE * ran(iseed)
        
                    inner_do2: do
                        ! Distance between Sun and random point in the cone
  