Rename vertex property segment to `inst_eddies`

cost_function.py

@@ -134,7 +134,7 @@ num_of_days_to_avg = 7 # number of days to average
 print("Iterating on vertices...")
 
 for n in g.vertices():
-    segment = g.vp.segment[n]
+    segment = g.vp.inst_eddies[n]
     num_of_days = len(segment)
 
     # Calculate the date index, the eddy index and the SHPC index of

segments.py

@@ -35,25 +35,25 @@ t0 = t1
 
 # Processing:
 
-g.vp['segment'] = g.new_vp('object') # this object will be a list
+g.vp['inst_eddies'] = g.new_vp('object') # this object will be a list
 print('Collapsing into segments...')
 g.set_fast_edge_removal()
 verts_to_del = []
 
 for v in g.vertices():
-    if not g.vp.segment[v]:
-        g.vp.segment[v] = [int(g.vp.name[v])]
+    if not g.vp.inst_eddies[v]:
+        g.vp.inst_eddies[v] = [int(g.vp.name[v])]
 
     if v.in_degree() == 1:
         v2 = next(v.in_edges()).source()
         
         if v2.out_degree() == 1:
             g.remove_edge(g.edge(v2, v))
-            g.vp.segment[v2].append(int(g.vp.name[v]))
+            g.vp.inst_eddies[v2].append(int(g.vp.name[v]))
 
             for v3 in v.out_neighbors():
                 g.remove_edge(g.edge(v, v3))
-                g.vp.segment[v].append(int(g.vp.name[v3]))
+                g.vp.inst_eddies[v].append(int(g.vp.name[v3]))
                 new_edge = g.add_edge(v2, v3)
 
     if(v.in_degree() == 0 and v.out_degree() == 0):