Hello, trying to utilze the checker to make a compliant file and thereby utilize some of the visualization packages. I ran my file and one of the tests checks the dimension name compared to number of dimensions. checker.py
if cty == 'edge_node_connectivity':
_dim1 = 'nedges'
_dim2size = 2
elif cty == 'face_node_connectivity':
_dim1 = 'nfaces'
_dim2size = 3
else:
raise NotImplementedError # haven't dealt with real 3D grids yet
In my case (2D), the logic ends up with _dim1 = 'nfaces' and _dim2size=3. if the dimension is anythin aside from nfaces for example nFaces or faces, when the comparison is made
if (dim1.name == _dim1) and (dim2.size == _dim2size):
# set the attr in the meshes dict
self.meshes[mesh][_dim1] = self.ds.dimensions[_dim1]
return True, 'regular'
elif (dim1.size == _dim2size) and (dim2.name == _dim1):
self.meshes[mesh][_dim1] = self.ds.dimensions[_dim1]
return True, 'nonstd'
else:
return False, None
then the test fails. I don't see where in the UGRID document that the dimension name should be nfaces (exactly), infact the example uses nFaces or nMesh2_face for 2Dtopo Does the test need to be modified to not use such an explicit comparison or am I misinterpreting the conventions?
Hello, trying to utilze the checker to make a compliant file and thereby utilize some of the visualization packages. I ran my file and one of the tests checks the dimension name compared to number of dimensions.
checker.py
In my case (2D), the logic ends up with _dim1 = 'nfaces' and
_dim2size=3
. if the dimension is anythin aside fromnfaces
for examplenFaces
orfaces
, when the comparison is madethen the test fails. I don't see where in the UGRID document that the dimension name should be
nfaces
(exactly), infact the example usesnFaces
ornMesh2_face
for 2Dtopo Does the test need to be modified to not use such an explicit comparison or am I misinterpreting the conventions?