neurotools.util.pp module

neurotools.util.pp.detect_sign_change_2D(D, k=6)[source]

neurotools.util.pp.orderas(order, *args)[source]

neurotools.util.pp.interpolate_zero(x, y)[source]: Find x such that y=f(x)=0 assuming f(x) is monotonic and crosses zero

neurotools.util.pp.refine_zero(f, x)[source]

neurotools.util.pp.kill_zeros(x, eps=1e-12)[source]

neurotools.util.pp.eigvalplot(f, e, i2f=<function <lambda>>)[source]

neurotools.util.pp.signchanged2D(x)[source]

neurotools.util.pp.signchanged3D(x)[source]

neurotools.util.pp.plot_complex_roots(νν, R, rcolor='m', icolor='c', scatter=False, largest_stable_oscillatory_pole=False, **kw)[source]

Parameters:

np.ndarray (R) – Shape Nsamples 1D array of sorted frequencies
np.ndarray – Nroots x Nsamples array of complex roots