def runpwbasis(k, u, Npw, quadrule):
bc = pcad.PWFBCreator(k, origin, npw, nfb, params = None)
newnbc = puo.optimalbasis3(lsf.optimise, nbc.pwbasis, nbc.params, None, nbc.newparams) if nbc.npw > 0 else nbc
gen, ini = pcad.pwbasisgeneration(k, Npw)
basis, (coeffs, err) = pcad.optimalbasis2(u, gen, ini, quadrule)
l2err = math.sqrt(np.vdot(err,err))
print l2err, basis, coeffs
return pcb.BasisReduce(basis, coeffs)
def runadaptivebasis2(k, u, Nb, origin, quadrule):
bases = []
coefflist = []
for nfb in range(Nb/2):
npw = Nb - (2*nfb + 1)
if npw > 0:
gen, ini = pcad.pwbasisgeneration(k, npw)
ini = ini
fb = pcb.FourierBessel(origin, range(-nfb,nfb+1), k)
basis, (coeffs, err) = pcad.optimalbasis2(u, gen, ini, quadrule, fb)
l2err = math.sqrt(np.vdot(err,err))
# print nfb, npw, basis,coeffs,l2err
print nfb, npw, l2err
print basis
print coeffs
bases.append(basis)
coefflist.append(coeffs)
return [pcb.BasisReduce(b, c) for b,c in zip(bases, coefflist)]
