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3D structure clustering for PDB, Amber trajectories and Gromacs Trajectories.
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bussiere/3DStructureClustering
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DESCRIPTION This software can be used to find cluster in biological structures (PDB and Dynamics trajectories like Gromacs and Amber). SYNTAXE : /!\ NEVER USE SPACES The Basic Syntaxe is => CHAIN:RES_NUM:ATOMS_NAME chain, amino acids and atoms are separed with ":" You can select an amino acid interval with RES_NUM-RES_NUM => 1-30 You can select several atoms type with "-" to (it's apply on the selected AAs) => CA-CB If you wan to select all elements of a group : use "." or nothing. => A:.:. (means all atoms of all residues of the chain A) => A:: is the same as A:.:. You can have several selection if you put a "," between them => A:.:.,B:1-30:CA (the Entire chain A and only the carbon alpha of the firth 30 aa of the chain B) exemples : :20-30:CA-CB => Alpha and beta carbon of the amino acids 20 to 30 of all chains A:1-100:.,B:200-300:CA => alpha carbons of aa 200 to 300 of the chain B AND all atoms of aa 1 to 100 of the chain A. ARGUMENTS : -f : a list of pdb (like "/structure/*.pdb") -l : list of pdb code! /!\ IF YOU USED THAT : -f as to be the PATH of your pdb files -s : Selection string -a : Alignement type (g = Global, l = Local (on selection string)) -o : output name for the log file (default is cluster.log) USAGE : python Cluster_Analysis.py -f *.pdb -s [SELECTION] -a Alignement_type -o output_log
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3D structure clustering for PDB, Amber trajectories and Gromacs Trajectories.
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