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# This script is used to align complexes in hdf5. | ||
# INPUT: | ||
# 1. a hdf5 file that contains pdb of all complexes (it is the output of generate_dataset_noalign.py). | ||
# 2. pssm files if the pssm feature is needed for the training later | ||
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from deeprank.generate import * | ||
from mpi4py import MPI | ||
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comm = MPI.COMM_WORLD | ||
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# name of the hdf5 to generate | ||
h5file = './hdf5/1ak4.hdf5' | ||
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# for each hdf5 file where to find the pdbs | ||
# pdb_source = '../test/1AK4/decoys/' | ||
# | ||
# # where to find the native conformations | ||
# # pdb_native is only used to calculate i-RMSD, dockQ and so on. | ||
# # The native pdb files will not be saved in the hdf5 file | ||
# pdb_native = '../test/1AK4/native/' | ||
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# where to find the pssm | ||
pssm_source = '../test/1AK4/pssm_new/' | ||
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# initialize the database | ||
# database = DataGenerator( | ||
# pdb_source=pdb_source, | ||
# pdb_native=pdb_native, | ||
# pssm_source=pssm_source, | ||
# data_augmentation=2, | ||
# compute_targets=[ | ||
# 'deeprank.targets.dockQ', | ||
# 'deeprank.targets.binary_class'], | ||
# compute_features=[ | ||
# 'deeprank.features.AtomicFeature', | ||
# 'deeprank.features.FullPSSM', | ||
# 'deeprank.features.PSSM_IC', | ||
# 'deeprank.features.BSA', | ||
# 'deeprank.features.ResidueDensity'], | ||
# hdf5=h5file, | ||
# mpi_comm=comm) | ||
# | ||
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# compute features/targets for all complexes and write to a hdf5 file | ||
# print('{:25s}'.format('Create new database') + database.hdf5) | ||
# database.create_database(prog_bar=True) | ||
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# align the principle component 1 of complexes to axis z | ||
newdb = DataGenerator(hdf5=h5file) | ||
newdb.realign_complexes(align={'axis':'z'}) | ||
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# define the 3D grid | ||
# grid_info = { | ||
# 'number_of_points' : [30,30,30], | ||
# 'resolution' : [1.,1.,1.], | ||
# 'atomic_densities': {'C': 1.7, 'N': 1.55, 'O': 1.52, 'S': 1.8}, | ||
# } | ||
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# generate the grid | ||
#print('{:25s}'.format('Generate the grid') + database.hdf5) | ||
#database.precompute_grid(grid_info,try_sparse=True, time=False, prog_bar=True) | ||
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# print('{:25s}'.format('Map features in database') + database.hdf5) | ||
# database.map_features(grid_info,try_sparse=True, time=False, prog_bar=True) | ||
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# # get the normalization of the features | ||
# print('{:25s}'.format('Normalization') + database.hdf5) | ||
# norm = NormalizeData(database.hdf5) | ||
# norm.get() |