haddock.libs.libfcc module
FCC related functions
NOTE: This functions were ported directly from https://github.com/haddocking/fcc!
- class haddock.libs.libfcc.Cluster(name, center)[source]
Bases:
object
Defines a Cluster. A Cluster is created with a name and a center (Element class)
- center
- members
- name
- class haddock.libs.libfcc.Element(name)[source]
Bases:
object
Defines a ‘clusterable’ Element
- cluster
- name
- neighbors
- haddock.libs.libfcc.calculate_fcc(list_a, list_b)[source]
Calculates the fraction of common elements between two lists taking into account chain IDs
- haddock.libs.libfcc.calculate_fcc_nc(list_a, list_b)[source]
Calculates the fraction of common elements between two lists not taking into account chain IDs. Much Slower.
- haddock.libs.libfcc.calculate_pairwise_matrix(contacts, ignore_chain)[source]
Calculates a matrix of pairwise fraction of common contacts (FCC). Outputs numeric indexes.
contacts: list_of_unique_pairs_of_residues [set/list]
Returns pairwise matrix as an iterator, each entry in the form: FCC(cplx_1/cplx_2) FCC(cplx_2/cplx_1)
- haddock.libs.libfcc.cluster_elements(e_pool, threshold)[source]
Groups Elements within a given threshold together in the same cluster.
- haddock.libs.libfcc.output_clusters(handle, cluster)[source]
Outputs the cluster name, center, and members.
- haddock.libs.libfcc.parse_contact_file(f_list, ignore_chain)[source]
Parses a list of contact files.
- haddock.libs.libfcc.read_matrix(path, cutoff_param, strictness)[source]
Reads in a four column matrix (1 2 0.123 0.456
- )
and creates an dictionary of Elements.
The strictness factor is a <float> that multiplies by the cutoff to produce a new cutoff for the second half of the matrix. Used to allow some variability while keeping very small interfaces from clustering with anything remotely similar.