Rename `outside_points_proj` to `outside_points`

Rename variable `outside_points_proj` to `outside_points`.

Inst_eddies/get_1_outerm.f90

@@ -5,7 +5,7 @@ module get_1_outerm_m
 contains
 
   subroutine get_1_outerm(out_cont, cont_list, cont_list_proj, n_cont, &
-       cyclone, extr_coord_proj, innermost_level_2, outside_points_proj, ssh, &
+       cyclone, extr_coord_proj, innermost_level_2, outside_points, ssh, &
        corner, step)
 
     ! This procedure gets one outermost good contour with sufficient
@@ -90,7 +90,7 @@ contains
     ! extremum, in m. Assume: innermost_level_2 < extremum for a
     ! maximum, > extremum for a minimum.
 
-    real, intent(in):: outside_points_proj(:, :) ! (2, :)
+    real, intent(in):: outside_points(:, :) ! (2, :)
     ! coordinates in projection space of all the significant extrema,
     ! except the target extremum
 
@@ -115,7 +115,7 @@ contains
     n_max_cont = size(cont_list_proj)
     n_cont = 0
     cont_list_proj(1)%polyline = good_contour(corner, ssh, innermost_level_2, &
-         extr_coord_proj, outside_points_proj)
+         extr_coord_proj, outside_points)
 
     test_n_points: if (.not. cont_list_proj(1)%closed) then
        ! cont_list_proj(1)%n_points == 0
@@ -129,7 +129,7 @@ contains
        call assert(merge(level_try > level_good, level_try < level_good, &
             cyclone), "get_1_outerm level_try")
        cont_list_proj(2)%polyline = good_contour(corner, ssh, level_try, &
-            extr_coord_proj, outside_points_proj)
+            extr_coord_proj, outside_points)
 
        if (cont_list_proj(2)%closed) then
           ! cont_list_proj(2)%n_points /= 0
@@ -145,7 +145,7 @@ contains
           do while (abs(level_bad - level_good) > precision)
              level_try = (level_good + level_bad) / 2.
              cont_list_proj(n_cont + 1)%polyline = good_contour(corner, ssh, &
-                  level_try, extr_coord_proj, outside_points_proj)
+                  level_try, extr_coord_proj, outside_points)
 
              if (cont_list_proj(n_cont + 1)%closed) then
                 ! cont_list_proj(n_cont + 1)%n_points /= 0

Inst_eddies/set_contours.f90

@@ -5,7 +5,7 @@ module set_contours_m
 contains
 
   subroutine set_contours(out_cont, speed_cont, max_speed, cyclone, extr, &
-       innermost_level, step, ssh, u, v, corner, outside_points_proj)
+       innermost_level, step, ssh, u, v, corner, outside_points)
 
     ! This procedure sets contours in an eddy.
 
@@ -46,7 +46,7 @@ contains
     ! corresponding to ssh(1, 1). A priori, this is not the corner of
     ! the grid of the NetCDF file.
 
-    integer, intent(in):: outside_points_proj(:, :) ! (2, :)
+    integer, intent(in):: outside_points(:, :) ! (2, :)
     ! coordinates in projection space of all the significant extrema,
     ! except the target extremum
 
@@ -94,8 +94,8 @@ contains
          innermost_level, abs(extr%ssh - innermost_level) < min_amp)
 
     call get_1_outerm(out_cont, cont_list, cont_list_proj, n_cont, cyclone, &
-         real(extr%coord_proj), innermost_level_2, real(outside_points_proj), &
-         ssh, real(corner), step)
+         real(extr%coord_proj), innermost_level_2, real(outside_points), ssh, &
+         real(corner), step)
 
     ! Done with outermost contour, now let us take care of the
     ! max-speed contour.