Improve Codacy diff coverage

actions/triangular_actions.py

@@ -121,6 +121,7 @@ def collapse_edge(mesh: Mesh, n1: Node, n2: Node) -> True:
             else:
                 ds = d2s.get_beta(1)
                 ds.set_node(n1)
+    """
     elif d12 is None and d2112 is not None:
         d2112.set_node(n1)
         ds = (d2112.get_beta(1)).get_beta(1)
@@ -129,7 +130,7 @@ def collapse_edge(mesh: Mesh, n1: Node, n2: Node) -> True:
             ds2.set_node(n1)
             ds = (ds2.get_beta(1)).get_beta(1)
             ds2 = ds.get_beta(2)
-
+    """
     #update beta2 relations
     if d112 is not None:
         d112.set_beta(2, d12)

mesh_model/mesh_analysis.py

@@ -147,8 +147,6 @@ def degree(n: Node) -> int:
         else:
             adjacency += 0.5
     if adjacency != int(adjacency):
-        print(adjacency)
-        print(n.id)
         raise ValueError("Adjacency error")
     return adjacency
 
@@ -168,21 +166,6 @@ def get_boundary_darts(m: Mesh) -> list[Dart]:
     return boundary_darts
 
 
-def get_boundary_nodes(m: Mesh) -> list[Node]:
-    """
-    Find all boundary nodes
-    :param m: a mesh
-    :return: a list of all boundary nodes
-    """
-    boundary_nodes = []
-    for n_id in range(0, len(m.nodes)):
-        if m.nodes[n_id, 2] >= 0:
-            n = Node(m, n_id)
-            if on_boundary(n):
-                boundary_nodes.append(n)
-    return boundary_nodes
-
-
 def find_opposite_node(d: Dart) -> (int, int):
     """
     Find the coordinates of the vertex opposite in the adjacent triangle
@@ -499,4 +482,20 @@ def test_degree(n: Node) -> bool:
     if degree(n) > 10:
         return False
     else:
-        return True
+        return True
+
+"""
+def get_boundary_nodes(m: Mesh) -> list[Node]:
+    #
+    Find all boundary nodes
+    :param m: a mesh
+    :return: a list of all boundary nodes
+    #
+    boundary_nodes = []
+    for n_id in range(0, len(m.nodes)):
+        if m.nodes[n_id, 2] >= 0:
+            n = Node(m, n_id)
+            if on_boundary(n):
+                boundary_nodes.append(n)
+    return boundary_nodes
+"""