print "bounds %s" % veldata.bounds
print veldata.averagevel
npoints = np.array([veldata.nx, veldata.ny])
# pom.output2dfn(veldata.bounds, veldata, npoints)
sourcexpos = (xmax + xmin) / 2
sourcek = veldata(np.array([[sourcexpos, 0]]))[0] * averagek
g = pcb.FourierHankel([sourcexpos, 0], [0], sourcek)
sourceimp = pcbd.generic_boundary_data([-1j * averagek, 1], [-1j * averagek, 1], g)
zeroimp = pcbd.zero_impedance(averagek)
entityton = {5: veldata}
mesh = ptum.regularrectmesh(
[xmin, xmax], [ymin, ymax], int(((xmax - xmin) / (ymax - ymin)) / effectiveh), int(1 / effectiveh)
)
print mesh.nelements
bnddata = {1: zeroimp, 2: sourceimp, 3: zeroimp, 4: zeroimp}
# bdndata = {0:impbd, 1:pcbd.zero_impedance}
problem = psp.VariableNProblem(entityton, mesh, averagek, bnddata)
alpha = ((pdeg * 1.0) ** 2 / trueh) / averagek
beta = averagek / (pdeg * 1.0 * trueh)
pw = pcbv.PlaneWaveVariableN(pcb.circleDirections(npw))
if usepoly:
poly = pcbr.ReferenceBasisRule(pcbr.Dubiner(pdeg))
polypw = pcb.ProductBasisRule(poly, pw)
basisrule = polypw
# Polynomials only:
poly = pcbr.ReferenceBasisRule(pcbr.Dubiner(pdeg))
prodpw = pcb.ProductBasisRule(pw, poly)
# Product basis:
#basisrule = pcb.ProductBasisRule(pcb.planeWaveBases(2,k,npw), pcbr.ReferenceBasisRule(pcbr.Dubiner(1)))
#basisrule=pcb.ProductBasisRule(pw,pcbr.ReferenceBasisRule(pcbr.Dubiner(0)))
#basisrule = pcbred.SVDBasisReduceRule(puq.trianglequadrature(quadpoints), basisrule)
#mesh = pmm.gmshMesh('../../examples/2D/square.msh',dim=2)
for n in [16]:
bdytag = "BDY"
volentity = 5 # 6
mesh = ptum.regularrectmesh(bounds[0], bounds[1], n, n)
print mesh.nelements
vtods = prw.nodesToPhases(wavefronts, forwardidxs, mesh, [2])
rt = prb.RaytracedBasisRule(vtods)
prodrt = pcb.ProductBasisRule(rt, poly)
basisrule = prodrt
# basisrule = pcbred.SVDBasisReduceRule(puq.trianglequadrature(quadpoints), basisrule)
entityton = {volentity:slow}
bnddata = {1:zerobd,2:impbd,3:zerobd,4:zerobd}
problem = psp.VariableNProblem(entityton, mesh, k, bnddata)
# problem = psp.Problem(mesh, k, bnddata)
alpha = pdeg ^2 * n / k
beta = k / (pdeg * n)
