Fixed misspelling: abtuse --> obtuse

_setup/geometries/geometry.py

@@ -47,7 +47,7 @@ class Geometry:
   '''
   
   def __init__(self, geometry=None, meshSize=None, forceNetgenMeshSize=False, scaling=1.0 \
-    , structuredMesh=False, structuredAbtuseMesh=False):
+    , structuredMesh=False, structuredObtuseMesh=False):
     
     self._geometry = geometry
     self.meshSize = meshSize
@@ -55,7 +55,7 @@ class Geometry:
     self.scaling = scaling
 
     self.structuredMesh = structuredMesh
-    self.structuredAbtuseMesh = structuredAbtuseMesh
+    self.structuredObtuseMesh = structuredObtuseMesh
     
 #TOECDO    self.boundingBox = None
 
@@ -98,7 +98,7 @@ class Geometry:
       ngmesh = netgenMesh(3)
       ngmesh.Load( self._geometry )
     else:
-      if(self.structuredMesh or self.structuredAbtuseMesh):
+      if(self.structuredMesh or self.structuredObtuseMesh):
         ngmesh = self._GenerateStructuredMesh()
       else:
         if( isinstance(self._geometry, _standardGeometry._StandardGeometry)):
@@ -138,21 +138,21 @@ class Geometry:
   def _GenerateStructuredMesh(self):
     from commics._setup.geometries.standardGeometries import cuboid
     from commics._setup.geometries.standardGeometries._structuredMeshing \
-      import StructuredMesh_Cuboid, StructuredAbtuseMesh_Cuboid
+      import StructuredMesh_Cuboid, StructuredObtuseMesh_Cuboid
     if(len(self.meshSize) != 3):
       raise ValueError("For structured mesh, provide meshSize as (hx, hy, hz)")
     if not(isinstance(self._geometry, cuboid.Cuboid)):
       raise NotImplementedError("Structured meshing only for Cuboid geo")
 
-    if self.structuredAbtuseMesh and self.structuredMesh:
-      raise ValueError("structuredAbtuseMesh=True and structuredMesh=True ?!")
+    if self.structuredObtuseMesh and self.structuredMesh:
+      raise ValueError("structuredObtuseMesh=True and structuredMesh=True ?!")
 
     p1, p2 = self._geometry.GetXminXmax()
 
     if self.structuredMesh:
       return StructuredMesh_Cuboid(p1, p2, self.meshSize)
     else:
-      return StructuredAbtuseMesh_Cuboid(p1, p2, self.meshSize)
+      return StructuredObtuseMesh_Cuboid(p1, p2, self.meshSize)
 
 
 

_setup/geometries/standardGeometries/_structuredMeshing/__init__.py

@@ -2,7 +2,7 @@ print("Importing module", __name__)
 
 from commics._setup.geometries.standardGeometries._structuredMeshing.structuredMesh_Cuboid \
   import StructuredMesh_Cuboid
-from commics._setup.geometries.standardGeometries._structuredMeshing.structuredAbtuseMesh_Cuboid \
-  import StructuredAbtuseMesh_Cuboid
+from commics._setup.geometries.standardGeometries._structuredMeshing.structuredObtuseMesh_Cuboid \
+  import StructuredObtuseMesh_Cuboid
 
-__all__ = ["StructuredMesh_Cuboid", "StructuredAbtuseMesh_Cuboid"]
+__all__ = ["StructuredMesh_Cuboid", "StructuredObtuseMesh_Cuboid"]

_setup/geometries/standardGeometries/_structuredMeshing/addStructuredAbtuseMesh_MicroCuboid.py → _setup/geometries/standardGeometries/_structuredMeshing/addStructuredObtuseMesh_MicroCuboid.py

@@ -3,7 +3,7 @@
 ################################################################################
 
 
-def AddStructuredAbtuseMesh_MicroCuboid(ngmesh, p, center):
+def AddStructuredObtuseMesh_MicroCuboid(ngmesh, p, center):
   from netgen.meshing import Element3D
 
   ngmesh.Add(Element3D(1, [p[0, 0, 0], p[1, 0, 0], center, p[1, 1, 0]]))

_setup/geometries/standardGeometries/_structuredMeshing/structuredAbtuseMesh_Cuboid.py → _setup/geometries/standardGeometries/_structuredMeshing/structuredObtuseMesh_Cuboid.py

@@ -3,9 +3,9 @@
 ################################################################################
 
 
-def StructuredAbtuseMesh_Cuboid(Xmin, Xmax, h):
-  from commics._setup.geometries.standardGeometries._structuredMeshing.addStructuredAbtuseMesh_MicroCuboid \
-    import AddStructuredAbtuseMesh_MicroCuboid
+def StructuredObtuseMesh_Cuboid(Xmin, Xmax, h):
+  from commics._setup.geometries.standardGeometries._structuredMeshing.addStructuredObtuseMesh_MicroCuboid \
+    import AddStructuredObtuseMesh_MicroCuboid
   from commics._setup.geometries.standardGeometries._structuredMeshing.addStructuredMesh_BoundaryFaceCuboid \
     import AddStructuredMesh_BoundaryFaceCuboid
 
@@ -39,7 +39,7 @@ def StructuredAbtuseMesh_Cuboid(Xmin, Xmax, h):
   for cx in range(Ncells[0]):
     for cy in range(Ncells[1]):
       for cz in range(Ncells[2]):
-        AddStructuredAbtuseMesh_MicroCuboid(ngmesh, nodes[cx:cx+2, cy:cy+2, cz:cz+2], inside_nodes[cx, cy, cz])
+        AddStructuredObtuseMesh_MicroCuboid(ngmesh, nodes[cx:cx+2, cy:cy+2, cz:cz+2], inside_nodes[cx, cy, cz])
   
   fd = ngmesh.Add (FaceDescriptor(bc=1,domin=1,domout=0,surfnr=1))