def testDirections(self):
n = 4
d1 = pcb.cubeDirections(n)
self.assertEqual(len(d1), n*n)
d1r = pcb.cubeRotations(d1)
self.assertEqual(len(d1r), 6 * n * n)
d2 = pcb.circleDirections(n)
self.assertEqual(len(d2), n)
from pypwdg.core.evaluation import Evaluator, EvalElementError
from pypwdg.output.vtk_output import VTKStructuredPoints
from pypwdg.output.vtk_output import VTKGrid
from pypwdg.mesh.meshutils import MeshQuadratures
from pypwdg.core.vandermonde import LocalVandermondes
mesh_dict=gmsh_reader('../../examples/3D/scattmesh.msh')
mesh=gmshMesh(mesh_dict,dim=3)
boundaryentities = [82, 83]
Nq = 16
Np = 3
dirs = cubeRotations(cubeDirections(Np))
quad=trianglequadrature(Nq)
elttobasis = [[PlaneWaves(dirs, k)]] * mesh.nelements
params={'alpha':.5, 'beta':.5,'delta':.5}
l_coeffs=[-1j*k, 1]
r_coeffs=[-1j*k, 1]
bnddata={82:zero_impedance(k), 83:dirichlet(g) }
mqs = MeshQuadratures(mesh, quad)
lv = LocalVandermondes(mesh, elttobasis, mqs, usecache=False)
bndvs=[]
