def GroupEdge(self, group, i, *args):
if len(args) == 0:
from mfem.par import intp
edge = intp()
o = intp()
_pmesh.ParMesh_GroupEdge(self, group, i, edge, o)
return edge.value(), o.value()
else:
return _pmesh.ParMesh_GroupEdge(self, group, i, *args)
def GroupFace(self, group, i, *args):
if len(args) == 0:
from mfem.par import intp
face = intp()
o = intp()
_pmesh.Mesh_ParGroupFace(self, group, i, face, o)
return face.value(), o.value()
else:
return _pmesh.ParMesh_GroupFace(self, group, i, *args)
def test(parallel=False):
if parallel:
import mfem.par as mfem
else:
import mfem.ser as mfem
pt = mfem.intp()
tri = mfem.Triangle()
tri.GetNFaces(pt)
def GroupQuadrilateral(j, iv):
face = intp()
o = intp()
pmesh.GroupQuadrilateral(j, iv, face, o)
return face.value()
def GroupTriangle(j, iv):
face = intp()
o = intp()
pmesh.GroupTriangle(j, iv, face, o)
return face.value()
def GroupEdge(j, iv):
edge = intp()
o = intp()
pmesh.GroupEdge(j, iv, edge, o)
return edge.value()
def GetFaceElements(self, Face):
from mfem.par import intp
Elem1 = intp()
Elem2 = intp()
val = _mesh.Mesh_GetFaceElements(self, Face, Elem1, Elem2)
return Elem1.value(), Elem2.value()
def GetBdrElementAdjacentElement(self, bdr_el):
from mfem.par import intp
el = intp()
info = intp()
_mesh.Mesh_GetBdrElementAdjacentElement(self, bdr_el, el, info)
return el.value(), info.value()
