# -*- Mode: python; tab-width: 4; indent-tabs-mode:nil; coding:utf-8 -*-
# vim: tabstop=4 expandtab shiftwidth=4 softtabstop=4 fileencoding=utf-8
#
# MDAnalysis --- https://www.mdanalysis.org
# Copyright (c) 2006-2017 The MDAnalysis Development Team and contributors
# (see the file AUTHORS for the full list of names)
#
# Released under the Lesser GNU Public Licence, v2.1 or any higher version
#
# Please cite your use of MDAnalysis in published work:
#
# R. J. Gowers, M. Linke, J. Barnoud, T. J. E. Reddy, M. N. Melo, S. L. Seyler,
# D. L. Dotson, J. Domanski, S. Buchoux, I. M. Kenney, and O. Beckstein.
# MDAnalysis: A Python package for the rapid analysis of molecular dynamics
# simulations. In S. Benthall and S. Rostrup editors, Proceedings of the 15th
# Python in Science Conference, pages 102-109, Austin, TX, 2016. SciPy.
# doi: 10.25080/majora-629e541a-00e
#
# N. Michaud-Agrawal, E. J. Denning, T. B. Woolf, and O. Beckstein.
# MDAnalysis: A Toolkit for the Analysis of Molecular Dynamics Simulations.
# J. Comput. Chem. 32 (2011), 2319--2327, doi:10.1002/jcc.21787
#

"""
Location of data files for the MDAnalysis unit tests
====================================================

Real MD simulation data are stored in the ``data/`` sub
directory. Use as ::

  from MDAnalysis.tests.datafiles import *

Note that the files are actually located in a separate package,
:mod:`MDAnalysisTestData` from where they are initially imported as ::

 from MDAnalysisTestData.datafiles import *
"""

__all__ = [
    "PSF",
    "DCD",
    "CRD",  # CHARMM (AdK example, DIMS trajectory from JMB 2009 paper)
    "DCD2",  # CHARMM (AdK example, DIMS trajectory from PLOS Comput Biol paper)
    "PSF_notop",
    "PSF_BAD",  # Same as PSF but no bonds etc, malformed version of previous
    "DCD_empty",
    "PSF_TRICLINIC",
    "DCD_TRICLINIC",  # CHARMM c36 new unitcell, NPT 125 TIP3P (box vectors, see Issue 187 for details)
    "PSF_NAMD",
    "PDB_NAMD",  # NAMD
    "PSF_NAMD_TRICLINIC",
    "DCD_NAMD_TRICLINIC",  # NAMD, triclinic unitcell (Issue 187)
    "PSF_NAMD_GBIS",
    "DCD_NAMD_GBIS",  # NAMD, implicit solvent, 100 steps,  #1819
    "PSF_nosegid",  # psf without a segid, Issue 121
    "PSF_cmap",  # ala3 PSF from ParmEd test files with cmap
    "PSF_inscode",  # PSF file with insertion codes
    "PDB_small",  # PDB
    "PDB_xsmall",  # The first 10 residues of PDB_small
    "PDB_closed",
    "PDB_multiframe",
    "PDB_helix",
    "PDB_conect",
    "PDB_conect2TER",  # Conect record to a TER entry (Issue 936)
    "PDB_singleconect",  # Conect record with one entry (Issue 937)
    "PDB_icodes",  # stripped down version of 1osm, has icodes!
    "PDB_varying",  # varying occupancies and tempfactors
    "XPDB_small",
    "PDB_full",  # PDB 4E43 (full HEADER, TITLE, COMPND, REMARK, altloc)
    "ALIGN",  # Various way to align atom names in PDB files
    "RNA_PSF",
    "RNA_PDB",  # nucleic acid (PDB 1K5I in CHARMM36m)
    "INC_PDB",  # incomplete PDB file (Issue #396)
    # for testing cryst before/after model headers
    "PDB_cm",
    "PDB_cm_bz2",
    "PDB_cm_gz",
    "PDB_mc",
    "PDB_mc_bz2",
    "PDB_mc_gz",
    "PDB_chainidnewres",  # Issue 1110
    "PDB_sameresid_diffresname",  # Case where two residues share the same resid
    "PDB_chainidrepeat",  # Issue #1107
    "PDB",
    "GRO",
    "XTC",
    "TRR",
    "TPR",
    "GRO_velocity",  # Gromacs (AdK)
    "GRO_incomplete_vels",
    "COORDINATES_GRO_BZ2",
    "GRO_large",  # atom number truncation at > 100,000 particles, Issue 550
    "GRO_residwrap",  # resids wrapping because of 5 digit field (Issue #728)
    "GRO_residwrap_0base",  # corner case of #728 with resid=0 for first atom
    "GRO_sameresid_diffresname",  # Case where two residues share the same resid
    "PDB_xvf",
    "TPR_xvf",
    "TRR_xvf",  # Gromacs coords/veloc/forces (cobrotoxin, OPLS-AA, Gromacs 4.5.5 tpr)
    "H5MD_xvf",  # TPR_xvf + TRR_xvf converted to h5md format
    "H5MD_energy",  # H5MD trajectory with observables/atoms/energy
    "H5MD_malformed",  # H5MD trajectory with malformed observable group
    "XVG_BZ2",  # Compressed xvg file about cobrotoxin
    "PDB_xlserial",
    "TPR400",
    "TPR402",
    "TPR403",
    "TPR404",
    "TPR405",
    "TPR406",
    "TPR407",
    "TPR450",
    "TPR451",
    "TPR452",
    "TPR453",
    "TPR454",
    "TPR455",
    "TPR455Double",
    "TPR460",
    "TPR461",
    "TPR502",
    "TPR504",
    "TPR505",
    "TPR510",
    "TPR2016",
    "TPR2018",
    "TPR2019B3",
    "TPR2020B2",
    "TPR2020",
    "TPR2020Double",
    "TPR2021",
    "TPR2021Double",
    "TPR2022RC1",
    "TPR2023",
    "TPR2024",
    "TPR2024_4",
    "TPR2025_0",
    "TPR510_bonded",
    "TPR2016_bonded",
    "TPR2018_bonded",
    "TPR2019B3_bonded",
    "TPR2020B2_bonded",
    "TPR2020_bonded",
    "TPR2020_double_bonded",
    "TPR2021_bonded",
    "TPR2021_double_bonded",
    "TPR2022RC1_bonded",
    "TPR334_bonded",
    "TPR2023_bonded",
    "TPR2024_bonded",
    "TPR2024_4_bonded",
    "TPR2025_0_bonded",
    "TPR_EXTRA_2021",
    "TPR_EXTRA_2020",
    "TPR_EXTRA_2018",
    "TPR_EXTRA_2016",
    "TPR_EXTRA_407",
    "TPR_EXTRA_2022RC1",
    "TPR_EXTRA_2023",
    "TPR_EXTRA_2024",
    "TPR_EXTRA_2024_4",
    "TPR_EXTRA_2025_0",
    "TPR_NNPOT_2025_0",
    "PDB_sub_sol",
    "PDB_sub_dry",  # TRRReader sub selection
    "TRR_sub_sol",
    "XTC_sub_sol",
    "XYZ",
    "XYZ_psf",
    "XYZ_bz2",
    "XYZ_mini",
    "XYZ_five",  # 3 and 5 atoms xyzs for an easy topology
    "TXYZ",
    "ARC",
    "ARC_PBC",  # Tinker files
    "PRM",
    "PRM_chainid_bz2",
    "TRJ",
    "TRJ_bz2",  # Amber (no periodic box)
    "INPCRD",
    "PRMpbc",
    "TRJpbc_bz2",  # Amber (periodic box)
    "PRM7",
    "NCDFtruncoct",  # Amber (cpptrj test trajectory, see Issue 488)
    "PRM12",
    "TRJ12_bz2",  # Amber (v12 format, Issue 100)
    "PRMncdf",
    "TRJncdf",
    "NCDF",  # Amber (netcdf)
    "PFncdf_Top",
    "PFncdf_Trj",  # Amber ncdf with Positions and Forces
    "CPPTRAJ_TRAJ_TOP",
    "CPPTRAJ_TRAJ",  # Amber ncdf extracted from CPPTRAJ without time variable
    "PRMcs",  # Amber (format, Issue 1331)
    "PRMNCRST",  # Amber ncrst with positions/forces/velocities
    "PRM_NCBOX",
    "TRJ_NCBOX",  # Amber parm7 + nc w/ pos/forces/vels/box
    "PRMNEGATIVE",  # Amber negative ATOMIC_NUMBER (Issue 2306)
    "PRMErr1",  # Amber TOP files to check raised errors
    "PRMErr2",
    "PRMErr3",
    "PRMErr4",
    "PRMErr5",
    "PRM_UreyBradley",  # prmtop from ParmEd test files with Urey-Bradley angles
    "PRM7_ala2",
    "RST7_ala2",  # prmtop and rst files from ParmEd example files
    "PRM19SBOPC",  #  prmtop w/ ff19SB CMAP terms and OPC water (Issue #2449)
    "PQR",  # PQR v1
    "PQR_icodes",  # PQR v2 with icodes
    "PDBQT_input",  # PDBQT
    "PDBQT_querypdb",
    "PDBQT_tyrosol",
    "PDB_multipole",
    "FASTA",  # sequence alignment, Issue 112 + 113
    "HELANAL_BENDING_MATRIX",  # HELANAL test (from PSF+DCD (AdK) helix 8)
    "HELANAL_BENDING_MATRIX_SUBSET",  # As above, slice of frames 10 to 79
    "PDB_HOLE",  # gramicidin A
    "MULTIPDB_HOLE",  # gramicidin A, normal mode 7 from ElNemo
    "DMS",
    "DMS_DOMAINS",  # ADK closed with multiple segids
    "DMS_NO_SEGID",  # ADK closed with no segids or chains
    "CONECT",  # HIV Reverse Transcriptase with inhibitor
    "CONECT_ERROR",  # PDB file with corrupt CONECT
    "TRZ",
    "TRZ_psf",
    "TRIC",
    "XTC_multi_frame",
    "TRR_multi_frame",
    "TNG_traj",  # TNG trajectory from GROMACS physical validation testsuite, longish trajectory
    "TNG_traj_gro",  # topology for argon_npt_compressed_traj
    "TNG_traj_uneven_blocks",  # TNG trajectory with pos and vel deposited on different strides
    "TNG_traj_vels_forces",  # similar to above but with velocities and forces
    "merge_protein",
    "merge_ligand",
    "merge_water",
    "mol2_molecules",
    "mol2_molecule",
    "mol2_broken_molecule",
    "mol2_zinc",
    "mol2_comments_header",
    "mol2_ligand",
    "mol2_sodium_ion",
    "capping_input",
    "capping_output",
    "capping_ace",
    "capping_nma",
    "contacts_villin_folded",
    "contacts_villin_unfolded",
    "contacts_file",
    "LAMMPSdata",
    "trz4data",
    "LAMMPSdata_mini",
    "LAMMPSdata2",
    "LAMMPSdcd2",
    "LAMMPScnt",
    "LAMMPScnt2",  # triclinic box
    "LAMMPShyd",
    "LAMMPShyd2",
    "LAMMPSdata_many_bonds",
    "LAMMPSdata_deletedatoms",  # with deleted atoms
    "LAMMPSdata_triclinic",  # lammpsdata file to test triclinic dimension parsing, albite with most atoms deleted
    "LAMMPSdata_PairIJ",  # lammps datafile with a PairIJ Coeffs section
    "LAMMPSdata_additional_columns",  # structure for the additional column lammpstrj
    "LAMMPSDUMP",
    "LAMMPSDUMP_long",  # lammpsdump file with a few zeros sprinkled in the first column first frame
    "LAMMPSDUMP_allcoords",  # lammpsdump file with all coordinate conventions (x,xs,xu,xsu) present, from LAMMPS rdf example
    "LAMMPSDUMP_nocoords",  # lammpsdump file with no coordinates
    "LAMMPSDUMP_triclinic",  # lammpsdump file to test triclinic dimension parsing, albite with most atoms deleted
    "LAMMPSDUMP_image_vf",  # Lammps dump file with image flags, velocities, and forces.
    "LAMMPS_image_vf",  # Lammps data file to go with LAMMPSDUMP_image_vf
    "LAMMPSDUMP_chain1",  # Lammps dump file with chain reader
    "LAMMPSDUMP_chain2",  # Lammps dump file with chain reader
    "LAMMPS_chain",  # Lammps data file with chain reader
    "LAMMPSDUMP_additional_columns",  # lammpsdump file with additional data (an additional charge column)
    "unordered_res",  # pdb file with resids non sequential
    "GMS_ASYMOPT",  # GAMESS C1  optimization
    "GMS_SYMOPT",  # GAMESS D4h optimization
    "GMS_ASYMSURF",  # GAMESS C1  surface
    "two_water_gro",
    "two_water_gro_nonames",  # for bond guessing, 2 water molecules, one with weird names
    "two_water_gro_multiframe",
    "two_water_gro_widebox",  # Issue #548
    "DLP_CONFIG",
    "DLP_CONFIG_order",
    "DLP_CONFIG_minimal",  # dl_poly 4 config file
    "DLP_HISTORY",
    "DLP_HISTORY_order",
    "DLP_HISTORY_minimal",  # dl_poly 4 history file
    "DLP_HISTORY_minimal_cell",  # dl_poly 4 history file with cell parameters
    "DLP_HISTORY_classic",  # dl_poly classic history file
    "waterPSF",
    "waterDCD",
    "rmsfArray",
    "HoomdXMLdata",
    "Make_Whole",  # for testing the function lib.mdamath.make_whole, has 9 atoms
    "fullerene",  # for make_whole, a nice friendly C60 with bonds
    "Plength",
    "COORDINATES_XYZ",
    "COORDINATES_XYZ_BZ2",
    "COORDINATES_GRO",
    "COORDINATES_GRO_INCOMPLETE_VELOCITY",
    "Martini_membrane_gro",  # for testing the leaflet finder
    "COORDINATES_XTC",
    "COORDINATES_TRR",
    "COORDINATES_TNG",
    "COORDINATES_H5MD",
    "COORDINATES_DCD",
    "COORDINATES_TOPOLOGY",
    "NUCLsel",
    "GRO_empty_atom",
    "GRO_missing_atomname",  # for testing GROParser exception raise
    "ENT",  # for testing ENT file extension
    "RANDOM_WALK",
    "RANDOM_WALK_TOPO",  # garbage topology to go along with XTC positions above
    "AUX_XVG",
    "XVG_BAD_NCOL",  # for testing .xvg auxiliary reader
    "AUX_XVG_LOWF",
    "AUX_XVG_HIGHF",
    "AUX_EDR",
    "AUX_EDR_TPR",
    "AUX_EDR_XTC",
    "AUX_EDR_RAW",
    "AUX_EDR_SINGLE_FRAME",  # for testing .edr auxiliary reader
    "MMTF",
    "MMTF_gz",
    "MMTF_skinny",  # skinny - some optional fields stripped out
    "MMTF_skinny2",
    "ALIGN_BOUND",  # two component bound system
    "ALIGN_UNBOUND",  # two component unbound system
    "legacy_DCD_ADK_coords",  # frames 5 and 29 read in for adk_dims.dcd using legacy DCD reader
    "legacy_DCD_NAMD_coords",  # frame 0 read in for SiN_tric_namd.dcd using legacy DCD reader
    "legacy_DCD_c36_coords",  # frames 1 and 4 read in for tip125_tric_C36.dcd using legacy DCD reader
    "GSD",
    "GSD_bonds",
    "GSD_long",
    "TRC_PDB_VAC",
    "TRC_TRAJ1_VAC",
    "TRC_TRAJ2_VAC",  # 2x 3 frames of vacuum trajectory from GROMOS11 tutorial
    "TRC_CLUSTER_VAC",  # three frames without TIMESTEP and GENBOX block but with unsupported POSITION block
    "TRC_TRICLINIC_SOLV",
    "TRC_TRUNCOCT_VAC",
    "TRC_GENBOX_ORIGIN",
    "TRC_GENBOX_EULER",
    "TRC_EMPTY",  # Empty file containing only one space
    "TRC_PDB_SOLV",
    "TRC_TRAJ_SOLV",  # 2 frames of solvated trajectory from GROMOS11 tutorial
    "GRO_MEMPROT",
    "XTC_MEMPROT",  # YiiP transporter in POPE:POPG lipids with Na+, Cl-, Zn2+ dummy model without water
    "DihedralArray",
    "DihedralsArray",  # time series of single dihedral
    "RamaArray",
    "GLYRamaArray",  # time series of phi/psi angles
    "JaninArray",
    "LYSJaninArray",  # time series of chi1/chi2 angles
    "PDB_rama",
    "PDB_janin",  # for testing failures of Ramachandran and Janin classes
    "BATArray",  # time series of bond-angle-torsion coordinates array from Molecule_comments_header.mol2
    # DOS line endings
    "WIN_PDB_multiframe",
    "WIN_DLP_HISTORY",
    "WIN_TRJ",
    "WIN_LAMMPSDUMP",
    "WIN_ARC",
    "GRO_huge_box",  # for testing gro parser with hige box sizes
    "ITP",  # for GROMACS generated itps
    "ITP_nomass",  # for ATB generated itps
    "ITP_atomtypes",  # atom definitions to check atomtyes section parsing
    "ITP_charges",  # atom definitions to test custom particle charge parsing.
    "NAMDBIN",  # for NAMD generated binary file
    "ITP_edited",  # to check different directives are read properly
    "ITP_tip5p",  # tip5p water from opls-aa, edited with additional keywords
    "ITP_spce",  # spce water from gromos54a7, edited with additional keywords,
    "GMX_TOP",  # 2 ala10 chains + 3 spc water
    "GMX_DIR",  # GROMACS directory
    "GMX_TOP_BAD",  # file with an #include that doesn't exist
    "ITP_no_endif",  # file missing an #endif
    "PDB_CRYOEM_BOX",  # Issue 2599, Issue #2679, PR #2685
    "PDB_CHECK_RIGHTHAND_PA",  # for testing right handedness of principal_axes
    "MMTF_NOCRYST",  # File with meaningless CRYST1 record (Issue #2679, PR #2685)
    "FHIAIMS",  # to test FHIAIMS coordinate files
    "SDF_molecule",  # MDL SDFile for rdkit
    "PDBX",  # PDBxfile
    "PDB_elements",  # PDB file with elements
    "PDB_charges",  # PDB file with formal charges
    "SURFACE_PDB",  # 111 FCC lattice topology for NSGrid bug #2345
    "SURFACE_TRR",  # full precision coordinates for NSGrid bug #2345
    "DSSP",  # DSSP test suite
]

from importlib import resources
import MDAnalysisTests.data

_data_ref = resources.files("MDAnalysisTests.data")

WIN_PDB_multiframe = (
    _data_ref / "windows/WIN_nmr_neopetrosiamide.pdb"
).as_posix()
WIN_DLP_HISTORY = (_data_ref / "windows/WIN_HISTORY").as_posix()
WIN_TRJ = (_data_ref / "windows/WIN_ache.mdcrd").as_posix()
WIN_ARC = (_data_ref / "windows/WIN_test.arc").as_posix()
WIN_LAMMPSDUMP = (_data_ref / "windows/WIN_wat.lammpstrj").as_posix()

legacy_DCD_NAMD_coords = (_data_ref / "legacy_DCD_NAMD_coords.npy").as_posix()
legacy_DCD_ADK_coords = (_data_ref / "legacy_DCD_adk_coords.npy").as_posix()
legacy_DCD_c36_coords = (_data_ref / "legacy_DCD_c36_coords.npy").as_posix()
AUX_XVG_LOWF = (_data_ref / "test_lowf.xvg").as_posix()
AUX_XVG_HIGHF = (_data_ref / "test_highf.xvg").as_posix()
XVG_BAD_NCOL = (_data_ref / "bad_num_col.xvg").as_posix()
AUX_XVG = (_data_ref / "test.xvg").as_posix()
AUX_EDR = (_data_ref / "test.edr").as_posix()
AUX_EDR_RAW = (_data_ref / "aux_edr_raw.txt").as_posix()
AUX_EDR_TPR = (_data_ref / "aux_edr.tpr").as_posix()
AUX_EDR_XTC = (_data_ref / "aux_edr.xtc").as_posix()
AUX_EDR_SINGLE_FRAME = (_data_ref / "single_frame.edr").as_posix()
ENT = (_data_ref / "testENT.ent").as_posix()
GRO_missing_atomname = (_data_ref / "missing_atomname.gro").as_posix()
GRO_empty_atom = (_data_ref / "empty_atom.gro").as_posix()
GRO_huge_box = (_data_ref / "huge_box.gro").as_posix()

COORDINATES_GRO = (_data_ref / "coordinates/test.gro").as_posix()
COORDINATES_GRO_INCOMPLETE_VELOCITY = (
    _data_ref / "coordinates/test_incomplete_vel.gro"
).as_posix()
COORDINATES_GRO_BZ2 = (_data_ref / "coordinates/test.gro.bz2").as_posix()
COORDINATES_XYZ = (_data_ref / "coordinates/test.xyz").as_posix()
COORDINATES_XYZ_BZ2 = (_data_ref / "coordinates/test.xyz.bz2").as_posix()
COORDINATES_XTC = (_data_ref / "coordinates/test.xtc").as_posix()
COORDINATES_TRR = (_data_ref / "coordinates/test.trr").as_posix()
COORDINATES_TNG = (_data_ref / "coordinates/test.tng").as_posix()
COORDINATES_H5MD = (_data_ref / "coordinates/test.h5md").as_posix()
COORDINATES_DCD = (_data_ref / "coordinates/test.dcd").as_posix()
COORDINATES_TOPOLOGY = (_data_ref / "coordinates/test_topology.pdb").as_posix()

PSF = (_data_ref / "adk.psf").as_posix()
PSF_notop = (_data_ref / "adk_notop.psf").as_posix()
PSF_BAD = (_data_ref / "adk_notop_BAD.psf").as_posix()
DCD = (_data_ref / "adk_dims.dcd").as_posix()
DCD_empty = (_data_ref / "empty.dcd").as_posix()
CRD = (_data_ref / "adk_open.crd").as_posix()
PSF_TRICLINIC = (_data_ref / "tip125_tric_C36.psf").as_posix()
DCD_TRICLINIC = (_data_ref / "tip125_tric_C36.dcd").as_posix()
DCD2 = (_data_ref / "adk_dims2.dcd").as_posix()

PSF_NAMD = (_data_ref / "namd_cgenff.psf").as_posix()
PDB_NAMD = (_data_ref / "namd_cgenff.pdb").as_posix()
PDB_multipole = (
    _data_ref / "water_methane_acetic-acid_ammonia.pdb"
).as_posix()
PSF_NAMD_TRICLINIC = (_data_ref / "SiN_tric_namd.psf").as_posix()
DCD_NAMD_TRICLINIC = (_data_ref / "SiN_tric_namd.dcd").as_posix()
PSF_NAMD_GBIS = (_data_ref / "adk_closed_NAMD.psf").as_posix()
DCD_NAMD_GBIS = (_data_ref / "adk_gbis_tmd-fast1_NAMD.dcd").as_posix()

PSF_nosegid = (_data_ref / "nosegid.psf").as_posix()

PSF_cmap = (_data_ref / "parmed_ala3.psf").as_posix()

PSF_inscode = (_data_ref / "1a2c_ins_code.psf").as_posix()

PDB_varying = (_data_ref / "varying_occ_tmp.pdb").as_posix()
PDB_small = (_data_ref / "adk_open.pdb").as_posix()
PDB_xsmall = (_data_ref / "adk_open_10res.pdb").as_posix()
PDB_closed = (_data_ref / "adk_closed.pdb").as_posix()

ALIGN = (_data_ref / "align.pdb").as_posix()
RNA_PSF = (_data_ref / "analysis/1k5i_c36.psf.gz").as_posix()
RNA_PDB = (_data_ref / "analysis/1k5i_c36.pdb.gz").as_posix()
INC_PDB = (_data_ref / "incomplete.pdb").as_posix()
PDB_cm = (_data_ref / "cryst_then_model.pdb").as_posix()
PDB_cm_gz = (_data_ref / "cryst_then_model.pdb.gz").as_posix()
PDB_cm_bz2 = (_data_ref / "cryst_then_model.pdb.bz2").as_posix()
PDB_mc = (_data_ref / "model_then_cryst.pdb").as_posix()
PDB_mc_gz = (_data_ref / "model_then_cryst.pdb.gz").as_posix()
PDB_mc_bz2 = (_data_ref / "model_then_cryst.pdb.bz2").as_posix()
PDB_chainidnewres = (_data_ref / "chainIDnewres.pdb.gz").as_posix()
PDB_sameresid_diffresname = (
    _data_ref / "sameresid_diffresname.pdb"
).as_posix()
PDB_chainidrepeat = (_data_ref / "chainIDrepeat.pdb.gz").as_posix()
PDB_multiframe = (_data_ref / "nmr_neopetrosiamide.pdb").as_posix()
PDB_helix = (_data_ref / "A6PA6_alpha.pdb").as_posix()
PDB_conect = (_data_ref / "conect_parsing.pdb").as_posix()
PDB_conect2TER = (_data_ref / "CONECT2TER.pdb").as_posix()
PDB_singleconect = (_data_ref / "SINGLECONECT.pdb").as_posix()
PDB_icodes = (_data_ref / "1osm.pdb.gz").as_posix()
PDB_CRYOEM_BOX = (_data_ref / "5a7u.pdb").as_posix()
PDB_CHECK_RIGHTHAND_PA = (_data_ref / "6msm.pdb.bz2").as_posix()
FHIAIMS = (_data_ref / "fhiaims.in").as_posix()

GRO = (_data_ref / "adk_oplsaa.gro").as_posix()
GRO_velocity = (_data_ref / "sample_velocity_file.gro").as_posix()
GRO_incomplete_vels = (_data_ref / "grovels.gro").as_posix()
GRO_large = (_data_ref / "bigbox.gro.bz2").as_posix()
GRO_residwrap = (_data_ref / "residwrap.gro").as_posix()
GRO_residwrap_0base = (_data_ref / "residwrap_0base.gro").as_posix()
GRO_sameresid_diffresname = (
    _data_ref / "sameresid_diffresname.gro"
).as_posix()
PDB = (_data_ref / "adk_oplsaa.pdb").as_posix()
XTC = (_data_ref / "adk_oplsaa.xtc").as_posix()
TRR = (_data_ref / "adk_oplsaa.trr").as_posix()
TPR = (_data_ref / "adk_oplsaa.tpr").as_posix()
PDB_sub_dry = (_data_ref / "cobrotoxin_dry_neutral_0.pdb").as_posix()
TRR_sub_sol = (_data_ref / "cobrotoxin.trr").as_posix()
XTC_sub_sol = (_data_ref / "cobrotoxin.xtc").as_posix()
PDB_sub_sol = (_data_ref / "cobrotoxin.pdb").as_posix()
PDB_xlserial = (_data_ref / "xl_serial.pdb").as_posix()
GRO_MEMPROT = (_data_ref / "analysis/YiiP_lipids.gro.gz").as_posix()
XTC_MEMPROT = (_data_ref / "analysis/YiiP_lipids.xtc").as_posix()
XTC_multi_frame = (
    _data_ref / "xtc_test_only_10_frame_10_atoms.xtc"
).as_posix()
TRR_multi_frame = (
    _data_ref / "trr_test_only_10_frame_10_atoms.trr"
).as_posix()
TNG_traj = (_data_ref / "argon_npt_compressed.tng").as_posix()
TNG_traj_gro = (_data_ref / "argon_npt_compressed.gro.gz").as_posix()
TNG_traj_uneven_blocks = (
    _data_ref / "argon_npt_compressed_uneven.tng"
).as_posix()
TNG_traj_vels_forces = (
    _data_ref / "argon_npt_compressed_vels_forces.tng"
).as_posix()
PDB_xvf = (_data_ref / "cobrotoxin.pdb").as_posix()
TPR_xvf = (_data_ref / "cobrotoxin.tpr").as_posix()
TRR_xvf = (_data_ref / "cobrotoxin.trr").as_posix()
H5MD_xvf = (_data_ref / "cobrotoxin.h5md").as_posix()
H5MD_energy = (_data_ref / "cu.h5md").as_posix()
H5MD_malformed = (_data_ref / "cu_malformed.h5md").as_posix()
XVG_BZ2 = (_data_ref / "cobrotoxin_protein_forces.xvg.bz2").as_posix()

XPDB_small = (_data_ref / "5digitResid.pdb").as_posix()
# number is the gromacs version
TPR400 = (_data_ref / "tprs/2lyz_gmx_4.0.tpr").as_posix()
TPR402 = (_data_ref / "tprs/2lyz_gmx_4.0.2.tpr").as_posix()
TPR403 = (_data_ref / "tprs/2lyz_gmx_4.0.3.tpr").as_posix()
TPR404 = (_data_ref / "tprs/2lyz_gmx_4.0.4.tpr").as_posix()
TPR405 = (_data_ref / "tprs/2lyz_gmx_4.0.5.tpr").as_posix()
TPR406 = (_data_ref / "tprs/2lyz_gmx_4.0.6.tpr").as_posix()
TPR407 = (_data_ref / "tprs/2lyz_gmx_4.0.7.tpr").as_posix()
TPR450 = (_data_ref / "tprs/2lyz_gmx_4.5.tpr").as_posix()
TPR451 = (_data_ref / "tprs/2lyz_gmx_4.5.1.tpr").as_posix()
TPR452 = (_data_ref / "tprs/2lyz_gmx_4.5.2.tpr").as_posix()
TPR453 = (_data_ref / "tprs/2lyz_gmx_4.5.3.tpr").as_posix()
TPR454 = (_data_ref / "tprs/2lyz_gmx_4.5.4.tpr").as_posix()
TPR455 = (_data_ref / "tprs/2lyz_gmx_4.5.5.tpr").as_posix()
TPR502 = (_data_ref / "tprs/2lyz_gmx_5.0.2.tpr").as_posix()
TPR504 = (_data_ref / "tprs/2lyz_gmx_5.0.4.tpr").as_posix()
TPR505 = (_data_ref / "tprs/2lyz_gmx_5.0.5.tpr").as_posix()
TPR510 = (_data_ref / "tprs/2lyz_gmx_5.1.tpr").as_posix()
TPR2016 = (_data_ref / "tprs/2lyz_gmx_2016.tpr").as_posix()
TPR2018 = (_data_ref / "tprs/2lyz_gmx_2018.tpr").as_posix()
TPR2019B3 = (_data_ref / "tprs/2lyz_gmx_2019-beta3.tpr").as_posix()
TPR2020B2 = (_data_ref / "tprs/2lyz_gmx_2020-beta2.tpr").as_posix()
TPR2020 = (_data_ref / "tprs/2lyz_gmx_2020.tpr").as_posix()
TPR2021 = (_data_ref / "tprs/2lyz_gmx_2021.tpr").as_posix()
TPR2022RC1 = (_data_ref / "tprs/2lyz_gmx_2022-rc1.tpr").as_posix()
TPR2023 = (_data_ref / "tprs/2lyz_gmx_2023.tpr").as_posix()
TPR2024 = (_data_ref / "tprs/2lyz_gmx_2024.tpr").as_posix()
TPR2024_4 = (_data_ref / "tprs/2lyz_gmx_2024_4.tpr").as_posix()
TPR2025_0 = (_data_ref / "tprs/2lyz_gmx_2025_0.tpr").as_posix()
# double precision
TPR455Double = (_data_ref / "tprs/drew_gmx_4.5.5.double.tpr").as_posix()
TPR460 = (_data_ref / "tprs/ab42_gmx_4.6.tpr").as_posix()
TPR461 = (_data_ref / "tprs/ab42_gmx_4.6.1.tpr").as_posix()
TPR2020Double = (_data_ref / "tprs/2lyz_gmx_2020_double.tpr").as_posix()
TPR2021Double = (_data_ref / "tprs/2lyz_gmx_2021_double.tpr").as_posix()
# all bonded interactions
TPR334_bonded = (_data_ref / "tprs/all_bonded/dummy_3.3.4.tpr").as_posix()
TPR510_bonded = (_data_ref / "tprs/all_bonded/dummy_5.1.tpr").as_posix()
TPR2016_bonded = (_data_ref / "tprs/all_bonded/dummy_2016.tpr").as_posix()
TPR2018_bonded = (_data_ref / "tprs/all_bonded/dummy_2018.tpr").as_posix()
TPR2019B3_bonded = (
    _data_ref / "tprs/all_bonded/dummy_2019-beta3.tpr"
).as_posix()
TPR2020B2_bonded = (
    _data_ref / "tprs/all_bonded/dummy_2020-beta2.tpr"
).as_posix()
TPR2020_bonded = (_data_ref / "tprs/all_bonded/dummy_2020.tpr").as_posix()
TPR2020_double_bonded = (
    _data_ref / "tprs/all_bonded/dummy_2020_double.tpr"
).as_posix()
TPR2021_bonded = (_data_ref / "tprs/all_bonded/dummy_2021.tpr").as_posix()
TPR2021_double_bonded = (
    _data_ref / "tprs/all_bonded/dummy_2021_double.tpr"
).as_posix()
TPR2022RC1_bonded = (
    _data_ref / "tprs/all_bonded/dummy_2022-rc1.tpr"
).as_posix()
TPR2023_bonded = (_data_ref / "tprs/all_bonded/dummy_2023.tpr").as_posix()
TPR2024_bonded = (_data_ref / "tprs/all_bonded/dummy_2024.tpr").as_posix()
TPR2024_4_bonded = (_data_ref / "tprs/all_bonded/dummy_2024_4.tpr").as_posix()
TPR2025_0_bonded = (_data_ref / "tprs/all_bonded/dummy_2025_0.tpr").as_posix()
# all interactions
TPR_EXTRA_2025_0 = (
    _data_ref / "tprs/virtual_sites/extra-interactions-2025_0.tpr"
).as_posix()
TPR_EXTRA_2024_4 = (
    _data_ref / "tprs/virtual_sites/extra-interactions-2024_4.tpr"
).as_posix()
TPR_EXTRA_2024 = (
    _data_ref / "tprs/virtual_sites/extra-interactions-2024.tpr"
).as_posix()
TPR_EXTRA_2023 = (
    _data_ref / "tprs/virtual_sites/extra-interactions-2023.tpr"
).as_posix()
TPR_EXTRA_2022RC1 = (
    _data_ref / "tprs/virtual_sites/extra-interactions-2022-rc1.tpr"
).as_posix()
TPR_EXTRA_2021 = (
    _data_ref / "tprs/virtual_sites/extra-interactions-2021.tpr"
).as_posix()
TPR_EXTRA_2020 = (
    _data_ref / "tprs/virtual_sites/extra-interactions-2020.tpr"
).as_posix()
TPR_EXTRA_2018 = (
    _data_ref / "tprs/virtual_sites/extra-interactions-2018.tpr"
).as_posix()
TPR_EXTRA_2016 = (
    _data_ref / "tprs/virtual_sites/extra-interactions-2016.3.tpr"
).as_posix()
TPR_EXTRA_407 = (
    _data_ref / "tprs/virtual_sites/extra-interactions-4.0.7.tpr"
).as_posix()
# ALA dipeptide with neural network potential and a few other options
TPR_NNPOT_2025_0 = (_data_ref / "tprs/ala_nnpot_gmx_2025_0.tpr").as_posix()

XYZ_psf = (_data_ref / "2r9r-1b.psf").as_posix()
XYZ_bz2 = (_data_ref / "2r9r-1b.xyz.bz2").as_posix()
XYZ = (_data_ref / "2r9r-1b.xyz").as_posix()
XYZ_mini = (_data_ref / "mini.xyz").as_posix()
XYZ_five = (_data_ref / "five.xyz").as_posix()
TXYZ = (_data_ref / "coordinates/test.txyz").as_posix()
ARC = (_data_ref / "coordinates/test.arc").as_posix()
ARC_PBC = (_data_ref / "coordinates/new_hexane.arc").as_posix()

PRM = (_data_ref / "Amber/ache.prmtop").as_posix()
TRJ = (_data_ref / "Amber/ache.mdcrd").as_posix()
INPCRD = (_data_ref / "Amber/test.inpcrd").as_posix()
TRJ_bz2 = (_data_ref / "Amber/ache.mdcrd.bz2").as_posix()
PFncdf_Top = (_data_ref / "Amber/posfor.top").as_posix()
PFncdf_Trj = (_data_ref / "Amber/posfor.ncdf").as_posix()
PRM_chainid_bz2 = (_data_ref / "Amber/ache_chainid.prmtop.bz2").as_posix()

CPPTRAJ_TRAJ_TOP = (_data_ref / "Amber/cpptraj_traj.prmtop").as_posix()
CPPTRAJ_TRAJ = (_data_ref / "Amber/cpptraj_traj.nc").as_posix()

PRMpbc = (_data_ref / "Amber/capped-ala.prmtop").as_posix()
TRJpbc_bz2 = (_data_ref / "Amber/capped-ala.mdcrd.bz2").as_posix()

PRMncdf = (_data_ref / "Amber/bala.prmtop").as_posix()
TRJncdf = (_data_ref / "Amber/bala.trj").as_posix()
NCDF = (_data_ref / "Amber/bala.ncdf").as_posix()

PRM12 = (_data_ref / "Amber/anti.top").as_posix()
TRJ12_bz2 = (_data_ref / "Amber/anti_md1.mdcrd.bz2").as_posix()

PRM7 = (_data_ref / "Amber/tz2.truncoct.parm7.bz2").as_posix()
NCDFtruncoct = (_data_ref / "Amber/tz2.truncoct.nc").as_posix()

PRMcs = (_data_ref / "Amber/chitosan.prmtop").as_posix()

PRMNCRST = (_data_ref / "Amber/ace_mbondi3.parm7").as_posix()

PRM_NCBOX = (_data_ref / "Amber/ace_tip3p.parm7").as_posix()
TRJ_NCBOX = (_data_ref / "Amber/ace_tip3p.nc").as_posix()

PRMNEGATIVE = (_data_ref / "Amber/ace_mbondi3.negative.parm7").as_posix()

PRMErr1 = (_data_ref / "Amber/ace_mbondi3.error1.parm7").as_posix()
PRMErr2 = (_data_ref / "Amber/ace_mbondi3.error2.parm7").as_posix()
PRMErr3 = (_data_ref / "Amber/ace_mbondi3.error3.parm7").as_posix()
PRMErr4 = (_data_ref / "Amber/ace_mbondi3.error4.parm7").as_posix()
PRMErr5 = (_data_ref / "Amber/ache_chainid.error5.prmtop.bz2").as_posix()

PRM_UreyBradley = (_data_ref / "Amber/parmed_fad.prmtop").as_posix()
PRM7_ala2 = (_data_ref / "Amber/parmed_ala2_solv.parm7").as_posix()
RST7_ala2 = (_data_ref / "Amber/parmed_ala2_solv.rst7").as_posix()

PRM19SBOPC = (_data_ref / "Amber/ala.ff19SB.OPC.parm7.bz2").as_posix()

PQR = (_data_ref / "adk_open.pqr").as_posix()
PQR_icodes = (_data_ref / "1A2C.pqr").as_posix()

PDBQT_input = (_data_ref / "pdbqt_inputpdbqt.pdbqt").as_posix()
PDBQT_querypdb = (_data_ref / "pdbqt_querypdb.pdb").as_posix()
PDBQT_tyrosol = (_data_ref / "tyrosol.pdbqt.bz2").as_posix()

FASTA = (_data_ref / "test.fasta").as_posix()
HELANAL_BENDING_MATRIX = (
    _data_ref / "helanal_bending_matrix_AdK_DIMS_H8.dat"
).as_posix()
HELANAL_BENDING_MATRIX_SUBSET = (
    _data_ref / "helanal_bending_matrix_AdK_DIMS_H8_frames10to79.dat"
).as_posix()

PDB_HOLE = (_data_ref / "1grm_single.pdb").as_posix()
MULTIPDB_HOLE = (_data_ref / "1grm_elNemo_mode7.pdb.bz2").as_posix()

DMS = (_data_ref / "adk_closed.dms").as_posix()
DMS_DOMAINS = (_data_ref / "adk_closed_domains.dms").as_posix()
DMS_NO_SEGID = (_data_ref / "adk_closed_no_segid.dms").as_posix()

CONECT = (_data_ref / "1hvr.pdb").as_posix()
CONECT_ERROR = (_data_ref / "conect_error.pdb").as_posix()

TRZ = (_data_ref / "trzfile.trz").as_posix()
TRZ_psf = (_data_ref / "trz_psf.psf").as_posix()

TRIC = (_data_ref / "dppc_vesicle_hg.gro").as_posix()

PDB_full = (_data_ref / "4E43.pdb").as_posix()

merge_protein = (_data_ref / "merge/2zmm/protein.pdb").as_posix()
merge_ligand = (_data_ref / "merge/2zmm/ligand.pdb").as_posix()
merge_water = (_data_ref / "merge/2zmm/water.pdb").as_posix()

mol2_molecules = (_data_ref / "mol2/Molecules.mol2").as_posix()
mol2_molecule = (_data_ref / "mol2/Molecule.mol2").as_posix()
mol2_ligand = (_data_ref / "mol2/Ligand.mol2").as_posix()
mol2_broken_molecule = (_data_ref / "mol2/BrokenMolecule.mol2").as_posix()
mol2_comments_header = (
    _data_ref / "mol2/Molecule_comments_header.mol2"
).as_posix()
# MOL2 file without substructure field
mol2_zinc = (_data_ref / "mol2/zinc_856218.mol2").as_posix()
# MOL2 file without bonds
mol2_sodium_ion = (_data_ref / "mol2/sodium_ion.mol2").as_posix()

capping_input = (_data_ref / "capping/aaqaa.gro").as_posix()
capping_output = (_data_ref / "capping/maestro_aaqaa_capped.pdb").as_posix()
capping_ace = (_data_ref / "capping/ace.pdb").as_posix()
capping_nma = (_data_ref / "capping/nma.pdb").as_posix()

contacts_villin_folded = (
    _data_ref / "contacts/villin_folded.gro.bz2"
).as_posix()
contacts_villin_unfolded = (
    _data_ref / "contacts/villin_unfolded.gro.bz2"
).as_posix()
contacts_file = (_data_ref / "contacts/2F4K_qlist5_remap.dat").as_posix()

trz4data = (_data_ref / "lammps/datatest.trz").as_posix()
LAMMPSdata = (_data_ref / "lammps/datatest.data").as_posix()
LAMMPSdata_mini = (_data_ref / "lammps/mini.data").as_posix()
LAMMPSdata2 = (_data_ref / "lammps/ifabp_apo_100mM.data.bz2").as_posix()
LAMMPSdcd2 = (_data_ref / "lammps/ifabp_apo_100mM.dcd").as_posix()
LAMMPScnt = (_data_ref / "lammps/cnt-hexagonal-class1.data").as_posix()
LAMMPScnt2 = (_data_ref / "lammps/cnt-hexagonal-class1.data2").as_posix()
LAMMPShyd = (_data_ref / "lammps/hydrogen-class1.data").as_posix()
LAMMPShyd2 = (_data_ref / "lammps/hydrogen-class1.data2").as_posix()
LAMMPSdata_deletedatoms = (_data_ref / "lammps/deletedatoms.data").as_posix()
LAMMPSdata_triclinic = (_data_ref / "lammps/albite_triclinic.data").as_posix()
LAMMPSdata_PairIJ = (_data_ref / "lammps/pairij_coeffs.data.bz2").as_posix()
LAMMPSDUMP = (_data_ref / "lammps/wat.lammpstrj.bz2").as_posix()
LAMMPSDUMP_long = (_data_ref / "lammps/wat.lammpstrj_long.bz2").as_posix()
LAMMPSDUMP_allcoords = (
    _data_ref / "lammps/spce_all_coords.lammpstrj.bz2"
).as_posix()
LAMMPSDUMP_nocoords = (
    _data_ref / "lammps/spce_no_coords.lammpstrj.bz2"
).as_posix()
LAMMPSDUMP_triclinic = (_data_ref / "lammps/albite_triclinic.dump").as_posix()
LAMMPSDUMP_image_vf = (_data_ref / "lammps/image_vf.lammpstrj").as_posix()
LAMMPS_image_vf = (_data_ref / "lammps/image_vf.data").as_posix()
LAMMPSDUMP_chain1 = (_data_ref / "lammps/chain_dump_1.lammpstrj").as_posix()
LAMMPSDUMP_chain2 = (_data_ref / "lammps/chain_dump_2.lammpstrj").as_posix()
LAMMPS_chain = (_data_ref / "lammps/chain_initial.data").as_posix()
LAMMPSdata_many_bonds = (
    _data_ref / "lammps/a_lot_of_bond_types.data"
).as_posix()
LAMMPSdata_additional_columns = (
    _data_ref / "lammps/additional_columns.data"
).as_posix()
LAMMPSDUMP_additional_columns = (
    _data_ref / "lammps/additional_columns.lammpstrj"
).as_posix()

unordered_res = (_data_ref / "unordered_res.pdb").as_posix()

GMS_ASYMOPT = (_data_ref / "gms/c1opt.gms.gz").as_posix()
GMS_SYMOPT = (_data_ref / "gms/symopt.gms").as_posix()
GMS_ASYMSURF = (_data_ref / "gms/surf2wat.gms").as_posix()

two_water_gro = (_data_ref / "two_water_gro.gro").as_posix()
two_water_gro_multiframe = (
    _data_ref / "two_water_gro_multiframe.gro"
).as_posix()
two_water_gro_nonames = (_data_ref / "two_water_gro_nonames.gro").as_posix()
two_water_gro_widebox = (_data_ref / "two_water_gro_widebox.gro").as_posix()

DLP_CONFIG = (_data_ref / "dlpoly/CONFIG").as_posix()
DLP_CONFIG_order = (_data_ref / "dlpoly/CONFIG_order").as_posix()
DLP_CONFIG_minimal = (_data_ref / "dlpoly/CONFIG_minimal").as_posix()
DLP_HISTORY = (_data_ref / "dlpoly/HISTORY").as_posix()
DLP_HISTORY_order = (_data_ref / "dlpoly/HISTORY_order").as_posix()
DLP_HISTORY_minimal = (_data_ref / "dlpoly/HISTORY_minimal").as_posix()
DLP_HISTORY_minimal_cell = (
    _data_ref / "dlpoly/HISTORY_minimal_cell"
).as_posix()
DLP_HISTORY_classic = (_data_ref / "dlpoly/HISTORY_classic").as_posix()

waterPSF = (_data_ref / "watdyn.psf").as_posix()
waterDCD = (_data_ref / "watdyn.dcd").as_posix()

rmsfArray = (_data_ref / "adk_oplsaa_CA_rmsf.npy").as_posix()

HoomdXMLdata = (_data_ref / "C12x64.xml.bz2").as_posix()

Make_Whole = (_data_ref / "make_whole.gro").as_posix()
fullerene = (_data_ref / "fullerene.pdb.gz").as_posix()

Plength = (_data_ref / "plength.gro").as_posix()
Martini_membrane_gro = (_data_ref / "martini_dppc_chol_bilayer.gro").as_posix()

# Contains one of each residue in 'nucleic' selections
NUCLsel = (_data_ref / "nucl_res.pdb").as_posix()

RANDOM_WALK = (_data_ref / "xyz_random_walk.xtc").as_posix()
RANDOM_WALK_TOPO = (_data_ref / "RANDOM_WALK_TOPO.pdb").as_posix()

MMTF = (_data_ref / "173D.mmtf").as_posix()
MMTF_gz = (_data_ref / "5KIH.mmtf.gz").as_posix()
MMTF_skinny = (_data_ref / "1ubq-less-optional.mmtf").as_posix()
MMTF_skinny2 = (_data_ref / "3NJW-onlyrequired.mmtf").as_posix()
MMTF_NOCRYST = (_data_ref / "6QYR.mmtf.gz").as_posix()

ALIGN_BOUND = (_data_ref / "analysis/align_bound.pdb.gz").as_posix()
ALIGN_UNBOUND = (_data_ref / "analysis/align_unbound.pdb.gz").as_posix()

GSD = (_data_ref / "example.gsd").as_posix()
GSD_bonds = (_data_ref / "example_bonds.gsd").as_posix()
GSD_long = (_data_ref / "example_longer.gsd").as_posix()

TRC_PDB_VAC = (_data_ref / "gromos11/gromos11_traj_vac.pdb.gz").as_posix()
TRC_TRAJ1_VAC = (_data_ref / "gromos11/gromos11_traj_vac_1.trc.gz").as_posix()
TRC_TRAJ2_VAC = (_data_ref / "gromos11/gromos11_traj_vac_2.trc.gz").as_posix()
TRC_PDB_SOLV = (_data_ref / "gromos11/gromos11_traj_solv.pdb.gz").as_posix()
TRC_TRAJ_SOLV = (_data_ref / "gromos11/gromos11_traj_solv.trc.gz").as_posix()
TRC_CLUSTER_VAC = (
    _data_ref / "gromos11/gromos11_cluster_vac.trj.gz"
).as_posix()
TRC_TRICLINIC_SOLV = (
    _data_ref / "gromos11/gromos11_triclinic_solv.trc.gz"
).as_posix()
TRC_TRUNCOCT_VAC = (
    _data_ref / "gromos11/gromos11_truncOcta_vac.trc.gz"
).as_posix()
TRC_GENBOX_ORIGIN = (
    _data_ref / "gromos11/gromos11_genbox_origin.trc.gz"
).as_posix()
TRC_GENBOX_EULER = (
    _data_ref / "gromos11/gromos11_genbox_euler.trc.gz"
).as_posix()
TRC_EMPTY = (_data_ref / "gromos11/gromos11_empty.trc").as_posix()

DihedralArray = (_data_ref / "adk_oplsaa_dihedral.npy").as_posix()
DihedralsArray = (_data_ref / "adk_oplsaa_dihedral_list.npy").as_posix()
RamaArray = (_data_ref / "adk_oplsaa_rama.npy").as_posix()
GLYRamaArray = (_data_ref / "adk_oplsaa_GLY_rama.npy").as_posix()
JaninArray = (_data_ref / "adk_oplsaa_janin.npy").as_posix()
LYSJaninArray = (_data_ref / "adk_oplsaa_LYS_janin.npy").as_posix()
PDB_rama = (_data_ref / "19hc.pdb.gz").as_posix()
PDB_janin = (_data_ref / "1a28.pdb.gz").as_posix()

BATArray = (_data_ref / "mol2_comments_header_bat.npy").as_posix()

ITP = (_data_ref / "gromacs_ala10.itp").as_posix()
ITP_nomass = (_data_ref / "itp_nomass.itp").as_posix()
ITP_atomtypes = (_data_ref / "atomtypes.itp").as_posix()
ITP_charges = (_data_ref / "atomtypes_charge.itp").as_posix()
ITP_edited = (_data_ref / "edited_itp.itp").as_posix()
ITP_tip5p = (_data_ref / "tip5p.itp").as_posix()
ITP_spce = (_data_ref / "spce.itp").as_posix()

GMX_TOP = (_data_ref / "gromacs_ala10.top").as_posix()
GMX_DIR = (_data_ref / "gromacs/").as_posix()
GMX_TOP_BAD = (_data_ref / "bad_top.top").as_posix()
ITP_no_endif = (_data_ref / "no_endif_spc.itp").as_posix()

NAMDBIN = (_data_ref / "adk_open.coor").as_posix()

SDF_molecule = (_data_ref / "molecule.sdf").as_posix()

PDB_elements = (_data_ref / "elements.pdb").as_posix()
PDB_charges = (_data_ref / "charges.pdb").as_posix()

PDBX = (_data_ref / "4x8u.pdbx").as_posix()

SURFACE_PDB = (_data_ref / "surface.pdb.bz2").as_posix()
SURFACE_TRR = (_data_ref / "surface.trr").as_posix()

# DSSP testing: from https://github.com/ShintaroMinami/PyDSSP
DSSP = (_data_ref / "dssp").as_posix()

# This should be the last line: clean up namespace
del resources
