"""haddock3-re clustfcc subcommand."""
from pathlib import Path
import shutil
from fcc.scripts import cluster_fcc
from haddock import log
from haddock.core.defaults import INTERACTIVE_RE_SUFFIX
from haddock.core.typing import Union
from haddock.gear.config import load as read_config
from haddock.gear.config import save as save_config
from haddock.libs.libclust import (
add_cluster_info,
get_cluster_matrix_plot_clt_dt,
plot_cluster_matrix,
rank_clusters,
write_structure_list,
)
from haddock.libs.libontology import ModuleIO
from haddock.libs.libinteractive import look_for_capri, rewrite_capri_tables
from haddock.modules.analysis.clustfcc.clustfcc import (
get_cluster_centers,
iterate_clustering,
write_clusters,
write_clustfcc_file,
)
[docs]def add_clustfcc_arguments(clustfcc_subcommand):
"""Add arguments to the clustfcc subcommand."""
clustfcc_subcommand.add_argument(
"clustfcc_dir",
help="The clustfcc directory to recluster.",
)
clustfcc_subcommand.add_argument(
"-f",
"--clust_cutoff",
help="Minimum fraction of common contacts to be considered in a cluster.", # noqa: E501
required=False,
type=float,
)
clustfcc_subcommand.add_argument(
"-s",
"--strictness",
help="Strictness factor.",
required=False,
type=float,
)
clustfcc_subcommand.add_argument(
"-t",
"--min_population",
help="Clustering population threshold.",
required=False,
type=int,
)
clustfcc_subcommand.add_argument(
"-p",
"--plot_matrix",
help="Generate the matrix plot with the clusters.",
required=False,
default=False,
action='store_true',
)
return clustfcc_subcommand
[docs]def reclustfcc(
clustfcc_dir: str,
clust_cutoff: Union[bool, float] = None,
strictness: Union[bool, float] = None,
min_population: Union[bool, int] = None,
plot_matrix : bool = True,
) -> Path:
"""
Recluster the models in the clustfcc directory.
Parameters
----------
clustfcc_dir : str
Path to the clustfcc directory.
clust_cutoff : Union[bool, float]
Fraction of common contacts to not be considered a singleton model.
strictness : Union[bool, float]
Fraction of common contacts to be considered to be part of the same
cluster.
min_population : Union[bool, int]
Minimum cluster population.
plot_matrix : bool
Should the corresponding matrix plot be generated.
Returns
-------
outdir : Path
Path to the interactive directory.
"""
log.info(f"Reclustering {clustfcc_dir}")
# create the interactive folder
run_dir = Path(clustfcc_dir).parent
clustfcc_name = Path(clustfcc_dir).name
outdir = Path(run_dir, f"{clustfcc_name}_{INTERACTIVE_RE_SUFFIX}")
outdir.mkdir(exist_ok=True)
# create an io object
io = ModuleIO()
filename = Path(clustfcc_dir, "io.json")
io.load(filename)
models = io.input
# copying io.json to the new directory
shutil.copy(filename, Path(outdir, "io.json"))
# load the original clustering parameters via json
clustfcc_params = read_config(Path(clustfcc_dir, "params.cfg"))
key = list(clustfcc_params['final_cfg'].keys())[0]
clustfcc_params = clustfcc_params['final_cfg'][key]
log.info(f"Previous clustering parameters: {clustfcc_params}")
# adjust the parameters
if clust_cutoff is not None:
clustfcc_params["clust_cutoff"] = clust_cutoff
if strictness is not None:
clustfcc_params["strictness"] = strictness
if min_population is not None:
clustfcc_params["min_population"] = min_population
clustfcc_params["plot_matrix"] = plot_matrix
# load the fcc matrix
pool = cluster_fcc.read_matrix(
Path(clustfcc_dir, "fcc.matrix"),
clustfcc_params['clust_cutoff'],
clustfcc_params['strictness'],
)
# iterate clustering until at least one cluster is found
clusters, min_population = iterate_clustering(
pool,
clustfcc_params['min_population']
)
clustfcc_params['min_population'] = min_population
log.info(f"Updated clustering parameters: {clustfcc_params}")
# Prepare output and read the elements
clt_dic = {}
if clusters:
write_clusters(clusters, out_filename=Path(outdir, "cluster.out"))
# Get the cluster centers
clt_dic, clt_centers = get_cluster_centers(clusters, models)
_score_dic, sorted_score_dic = rank_clusters(clt_dic, min_population)
output_models = add_cluster_info(sorted_score_dic, clt_dic)
# Write unclustered structures
write_structure_list(models,
output_models,
out_fname=Path(outdir, "clustfcc.tsv"))
write_clustfcc_file(
clusters,
clt_centers,
clt_dic,
clustfcc_params,
sorted_score_dic,
output_fname=Path(outdir, 'clustfcc.txt')
)
save_config(clustfcc_params, Path(outdir, "params.cfg"))
# analysis
clustfcc_id = int(clustfcc_name.split("_")[0])
caprieval_folder = look_for_capri(run_dir, clustfcc_id)
if caprieval_folder:
log.info("Rewriting capri tables")
rewrite_capri_tables(caprieval_folder, clt_dic, outdir)
else:
output_models = models
# Generate matrix plot
if clustfcc_params["plot_matrix"]:
log.info("Generating graphical representation of the clusters.")
# Obtain final models indices
final_order_idx, labels, cluster_ids = [], [], []
for pdb in output_models:
final_order_idx.append(models.index(pdb))
labels.append(pdb.file_name.replace('.pdb', ''))
cluster_ids.append(pdb.clt_id)
# Get custom cluster data
matrix_cluster_dt, cluster_limits = get_cluster_matrix_plot_clt_dt(
cluster_ids
)
# Define output filename
html_matrix_basepath = Path(outdir, 'fcc_matrix')
# Plot matrix
html_matrixpath = plot_cluster_matrix(
Path(clustfcc_dir, "fcc.matrix"),
final_order_idx,
labels,
dttype='FCC',
diag_fill=1,
output_fname=html_matrix_basepath,
matrix_cluster_dt=matrix_cluster_dt,
cluster_limits=cluster_limits,
)
log.info(f"Plotting matrix in {html_matrixpath}")
return outdir