1 <TITLE>File formats
</TITLE>
9 <dt><a href=
"mdp.html">mdp
</a>
10 <dd>run parameters, input for
<a href=
"grompp.html">grompp
</a> and
11 <a href=
"tpbconv.html">tpbconv
</a>
12 <dt><a href=
"m2p.html">m2p
</a>
13 <dd>input for
<a href=
"xpm2ps.html">xpm2ps
</a>
16 <br><dt>Structure files:
18 <dt><a href=
"gro.html">gro
</a> <dd>GROMACS format
19 <dt><a href=
"g96.html">g96
</a> <dd>GROMOS-
96 format
20 <dt><a href=
"pdb.html">pdb
</a> <dd>brookhaven Protein DataBank format
21 <dt><b>Generic structure format:
</b>
22 <a href=
"gro.html">gro
</a>,
23 <a href=
"g96.html">g96
</a>,
24 <a href=
"pdb.html">pdb
</a>,
25 <a href=
"tpr.html">tpr
</a>,
26 <a href=
"tpb.html">tpb
</a> or
27 <a href=
"tpa.html">tpa
</a>
28 <dt><b>Structure+mass(db):
</b>
29 <a href=
"tpr.html">tpr
</a>,
30 <a href=
"tpb.html">tpb
</a>,
31 <a href=
"tpa.html">tpa
</a>,
32 <a href=
"gro.html">gro
</a>,
33 <a href=
"g96.html">g96
</a> or
34 <a href=
"pdb.html">pdb
</a>.
35 <dd>Structure and mass input for analysis tools.
36 When gro or pdb is used approximate masses will be read from the mass database.
39 <br><dt>Topology files:
41 <dt><a href=
"top.html">top
</a> <dd>system topology (ascii)
42 <dt><a href=
"itp.html">itp
</a> <dd>include topology (ascii)
43 <dt><a href=
"rtp.html">rtp
</a> <dd>residue topology (ascii)
44 <dt><a href=
"ndx.html">ndx
</a> <dd>index file
47 <br><dt>Run Input files:
49 <dt><a href=
"tpr.html">tpr
</a> <dd>system topology, parameters, coordinates
50 and velocities (binary, portable)
51 <dt><a href=
"tpa.html">tpa
</a> <dd>system topology, parameters, coordinates
52 and velocities (ascii)
53 <dt><a href=
"tpb.html">tpb
</a> <dd>system topology, parameters, coordinates
54 and velocities (binary)
55 <dt><b>Generic run input file format:
</b>
56 <a href=
"tpr.html">tpr
</a>,
57 <a href=
"tpb.html">tpb
</a> or
58 <a href=
"tpa.html">tpa
</a>
62 <br><dt>Trajectory files:
64 <dt><a href=
"trj.html">trj
</a> <dd>x, v and f (binary, full precision)
65 <dt><a href=
"trr.html">trr
</a> <dd>x, v and f (binary, full precision, portable)
66 <dt><a href=
"xtc.html">xtc
</a> <dd>x only (compressed, portable, any precision)
67 <dt><a href=
"g87.html">g87
</a> <dd>x and v (ascii)
68 <dt><a href=
"gro.html">gro
</a> <dd>x and v (ascii, any precision)
69 <dt><a href=
"g96.html">g96
</a> <dd>x only (ascii, fixed high precision)
70 <dt><a href=
"pdb.html">pdb
</a> <dd>x only (ascii, reduced precision)
71 <dt><b>Full precision format:
</b>
72 <a href=
"trr.html">trr
</a> or
73 <a href=
"trj.html">trj
</a>
74 <dt><b>Generic trajectory format:
</b>
75 <a href=
"xtc.html">xtc
</a>,
76 <a href=
"trr.html">trr
</a>,
77 <a href=
"trj.html">trj
</a>,
78 <a href=
"gro.html">gro
</a>,
79 <a href=
"g96.html">g96
</a>,
80 <a href=
"pdb.html">pdb
</a> or
81 <a href=
"g87.html">g87
</a>
86 <dt><a href=
"ene.html">ene
</a> <dd>energies, temperature, pressure, box size,
87 density and virials (binary)
88 <dt><a href=
"edr.html">edr
</a> <dd>energies, temperature, pressure, box size,
89 density and virials (binary, portable)
90 <dt><b>Generic energy format:
</b>
91 <a href=
"edr.html">edr
</a> or
92 <a href=
"ene.html">ene
</a>
97 <dt><a href=
"dat.html">dat
</a> <dd>generic, preferred for input
98 <dt><a href=
"edi.html">edi
</a>
99 <dd>essential dynamics constraints input for
<a href=
"mdrun.html">mdrun
</a>
100 <dt><a href=
"edo.html">edo
</a>
101 <dd>essential dynamics constraints output for
<a href=
"mdrun.html">mdrun
</a>
102 <dt><a href=
"eps.html">eps
</a> <dd>Encapsulated Postscript
103 <dt><a href=
"log.html">log
</a> <dd>log file
104 <dt><a href=
"map.html">map
</a> <dd>colormap input for
<a href=
"do_dssp.html">do_dssp
</a>
105 <dt><a href=
"mtx.html">mtx
</a> <dd>binary matrix data
106 <dt><a href=
"out.html">out
</a> <dd>generic, preferred for output
107 <dt><a href=
"tex.html">tex
</a> <dd>LaTeX input
108 <dt><a href=
"xpm.html">xpm
</a> <dd>ascii matrix data, use
<a href=
"xpm2ps.html">xpm2ps
</A> to convert to
<a href=
"eps.html">eps
</a>
109 <dt><a href=
"xvg.html">xvg
</a> <dd>xvgr input