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-rw-r--r--plip/basic/remote.py95
1 files changed, 0 insertions, 95 deletions
diff --git a/plip/basic/remote.py b/plip/basic/remote.py
deleted file mode 100644
index 0c67f6f..0000000
--- a/plip/basic/remote.py
+++ /dev/null
@@ -1,95 +0,0 @@
-from collections import namedtuple
-
-hbonds_info = namedtuple('hbonds_info', 'ldon_id lig_don_id prot_acc_id pdon_id prot_don_id lig_acc_id')
-hydrophobic_info = namedtuple('hydrophobic_info', 'bs_ids lig_ids pairs_ids')
-halogen_info = namedtuple('halogen_info', 'don_id acc_id')
-pistack_info = namedtuple('pistack_info', 'proteinring_atoms, proteinring_center ligandring_atoms '
- 'ligandring_center type')
-pication_info = namedtuple('pication_info', 'ring_center charge_center ring_atoms charge_atoms, protcharged')
-sbridge_info = namedtuple('sbridge_info', 'positive_atoms negative_atoms positive_center negative_center protispos')
-wbridge_info = namedtuple('wbridge_info', 'don_id acc_id water_id protisdon')
-metal_info = namedtuple('metal_info', 'metal_id, target_id location')
-
-
-class VisualizerData:
- """Contains all information on a complex relevant for visualization. Can be pickled"""
-
- def __init__(self, mol, site):
- pcomp = mol
- pli = mol.interaction_sets[site]
- ligand = pli.ligand
-
- # General Information
- self.lig_members = sorted(pli.ligand.members)
- self.sourcefile = pcomp.sourcefiles['pdbcomplex']
- self.corrected_pdb = pcomp.corrected_pdb
- self.pdbid = mol.pymol_name
- self.hetid = ligand.hetid
- self.ligandtype = ligand.type
- self.chain = ligand.chain if not ligand.chain == "0" else "" # #@todo Fix this
- self.position = str(ligand.position)
- self.uid = ":".join([self.hetid, self.chain, self.position])
- self.outpath = mol.output_path
- self.metal_ids = [x.m_orig_idx for x in pli.ligand.metals]
- self.unpaired_hba_idx = pli.unpaired_hba_orig_idx
- self.unpaired_hbd_idx = pli.unpaired_hbd_orig_idx
- self.unpaired_hal_idx = pli.unpaired_hal_orig_idx
-
- # Information on Interactions
-
- # Hydrophobic Contacts
- # Contains IDs of contributing binding site, ligand atoms and the pairings
- hydroph_pairs_id = [(h.bsatom_orig_idx, h.ligatom_orig_idx) for h in pli.hydrophobic_contacts]
- self.hydrophobic_contacts = hydrophobic_info(bs_ids=[hp[0] for hp in hydroph_pairs_id],
- lig_ids=[hp[1] for hp in hydroph_pairs_id],
- pairs_ids=hydroph_pairs_id)
-
- # Hydrogen Bonds
- # #@todo Don't use indices, simplify this code here
- hbonds_ldon, hbonds_pdon = pli.hbonds_ldon, pli.hbonds_pdon
- hbonds_ldon_id = [(hb.a_orig_idx, hb.d_orig_idx) for hb in hbonds_ldon]
- hbonds_pdon_id = [(hb.a_orig_idx, hb.d_orig_idx) for hb in hbonds_pdon]
- self.hbonds = hbonds_info(ldon_id=[(hb.a_orig_idx, hb.d_orig_idx) for hb in hbonds_ldon],
- lig_don_id=[hb[1] for hb in hbonds_ldon_id],
- prot_acc_id=[hb[0] for hb in hbonds_ldon_id],
- pdon_id=[(hb.a_orig_idx, hb.d_orig_idx) for hb in hbonds_pdon],
- prot_don_id=[hb[1] for hb in hbonds_pdon_id],
- lig_acc_id=[hb[0] for hb in hbonds_pdon_id])
-
- # Halogen Bonds
- self.halogen_bonds = [halogen_info(don_id=h.don_orig_idx, acc_id=h.acc_orig_idx)
- for h in pli.halogen_bonds]
-
- # Pistacking
- self.pistacking = [pistack_info(proteinring_atoms=pistack.proteinring.atoms_orig_idx,
- proteinring_center=pistack.proteinring.center,
- ligandring_atoms=pistack.ligandring.atoms_orig_idx,
- ligandring_center=pistack.ligandring.center,
- type=pistack.type) for pistack in pli.pistacking]
-
- # Pi-cation interactions
- self.pication = [pication_info(ring_center=picat.ring.center,
- charge_center=picat.charge.center,
- ring_atoms=picat.ring.atoms_orig_idx,
- charge_atoms=picat.charge.atoms_orig_idx,
- protcharged=picat.protcharged)
- for picat in pli.pication_paro + pli.pication_laro]
-
- # Salt Bridges
- self.saltbridges = [sbridge_info(positive_atoms=sbridge.positive.atoms_orig_idx,
- negative_atoms=sbridge.negative.atoms_orig_idx,
- positive_center=sbridge.positive.center,
- negative_center=sbridge.negative.center,
- protispos=sbridge.protispos)
- for sbridge in pli.saltbridge_lneg + pli.saltbridge_pneg]
-
- # Water Bridgese('wbridge_info', 'don_id acc_id water_id protisdon')
- self.waterbridges = [wbridge_info(don_id=wbridge.d_orig_idx,
- acc_id=wbridge.a_orig_idx,
- water_id=wbridge.water_orig_idx,
- protisdon=wbridge.protisdon) for wbridge in pli.water_bridges]
-
- # Metal Complexes
- self.metal_complexes = [metal_info(metal_id=metalc.metal_orig_idx,
- target_id=metalc.target_orig_idx,
- location=metalc.location) for metalc in pli.metal_complexes]