def normalized_path_length(cmatrix):
""" Given a distance matrix, computes the normalized shortest path length.
Parameters
----------
cmatrix : connection/adjacency matrix
Returns
-------
n : normalized shortest path length
"""
m = bct.to_gslm(cmatrix.tolist())
n = bct.normalized_path_length(m)
bct.gsl_free(m)
return n
def normalized_path_length(cmatrix):
""" Given a distance matrix, computes the normalized shortest path length.
Parameters
----------
cmatrix : connection/adjacency matrix
Returns
-------
n : normalized shortest path length
"""
m = bct.to_gslm(cmatrix.tolist())
n = bct.normalized_path_length(m)
bct.gsl_free(m)
return n
def normalized_path_length(*args): return _bct.normalized_path_length(*args)
def normalized_path_length(*args):
return _bct.normalized_path_length(*args)
def normalized_path_length(*args):
"""
normalized_path_length(gsl_matrix D, double wmax = 1.0) -> double
normalized_path_length(gsl_matrix D) -> double
"""
return _bct.normalized_path_length(*args)
def normalized_path_length(*args):
"""
normalized_path_length(gsl_matrix D, double wmax = 1.0) -> double
normalized_path_length(gsl_matrix D) -> double
"""
return _bct.normalized_path_length(*args)
