def basiccube():
dir = na([[1,0,0]])
k = 15
maxvol = 0.02
g = dg3d.impedance(dir,k)
gg = dg3d.planeWaves(dir,k)[0]
s = dg3d.solver(dg3d.cubemesh(maxvol), 2, 12, k).solve(g)
v = dg3d.Visualiser(s,gg)
t.append(time.time())
B2 = numpy.sum(A2, axis=0)
t.append(time.time())
l = len(A2)
B3 = numpy.reshape(numpy.dot(numpy.ones(l), numpy.reshape(A2, (l, -1))), (n,n))
t.append(time.time())
op = lambda a,b:a+b
B4 = reduce(op, A2)
t.append(time.time())
print na(t[1:]) - na(t[:-1])
if __name__ == '__main__':
print "hello"
dir = na([[1,0,0]])
k = 20
maxvol = 0.04
print k, maxvol
g = dg3d.impedance(dir,k)
gg = dg3d.planeWaves(dir,k)[0]
s = dg3d.solver(dg3d.cubemesh(maxvol), 4, 10, k)
s.solve(g)
v = dg3d.Visualiser(s,gg)
v.showuaveragereal()
sys.exit(0)
