Returns Sig
, a (length nlam
) list of Matrix
objects,
with Sig[[l]]
being the solution for the l-th lambda value.
1 2 | ggb_local_nopsd(S, g, lambda = NULL, w = NULL, flmin = 0.01, nlam = 20,
max_depths = NULL, maxiter = 500, tol = 1e-04, verbose = 1)
|
S |
a symmetric, p by p matrix |
g |
seed graph |
lambda |
a vector of positive tuning parameters. If NULL, uses
|
w |
weights (currently not implemented) |
flmin |
ratio of smallest to largest lambda value (ignored if
|
nlam |
number of lambda values (ignored if |
max_depths |
maximal bandwidths considered. Should be a p-vector of non-negative integers. Default is NULL, which is equivalent to taking max_depths to be >= diameter(g). (These are referred to as M_j in the paper.) |
maxiter |
maximum number of passes through coordinates |
tol |
convergence threshold |
verbose |
level of verbosity in printed output (2, 1, 0) |
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.