<TR>
<TD COLSPAN=2 ALIGN=LEFT>Generate a GROMACS topology </TD>
<TD></TD>
-<TD BGCOLOR=#777777 COLSPAN=3 ALIGN=CENTER> <A HREF=pdb2gmx.html onMouseOver="window.status='Convert PDB file to GROMAX coordinate file and topology'; return true"><B>pdb2gmx</B></A> </TD>
+<TD BGCOLOR=#777777 COLSPAN=3 ALIGN=CENTER> <A HREF=../programs/gmx-pdb2gmx.html onMouseOver="window.status='Convert PDB file to GROMAX coordinate file and topology'; return true"><B>gmx pdb2gmx</B></A> </TD>
<TD><IMG SRC=../images/flow_vrule.gif></TD>
</TR>
<TR>
<TD COLSPAN=2 ALIGN=left>Enlarge the box</TD>
<TD></TD>
-<TD ALIGN=CENTER BGCOLOR=#777777> <A HREF=editconf.html onMouseOver="window.status='Adjust boxsize and placement of molecule'; return true"><B>editconf</B></A> </TD>
+<TD ALIGN=CENTER BGCOLOR=#777777> <A HREF=../programs/gmx-editconf.html onMouseOver="window.status='Adjust boxsize and placement of molecule'; return true"><B>gmx editconf</B></A> </TD>
<TD></TD>
<TD><IMG SRC=../images/flow_vrule.gif></TD>
</TR>
<TR>
<TD COLSPAN=2 ALIGN=LEFT>Solvate protein</TD>
<TD></TD>
-<TD COLSPAN=3 ALIGN=CENTER BGCOLOR=#777777> <A HREF=../programs/gmx-solvate.html onMouseOver="window.status='Fill box with water (solvate molecule)'; return true"><B>solvate</B></A> </TD>
+<TD COLSPAN=3 ALIGN=CENTER BGCOLOR=#777777> <A HREF=../programs/gmx-solvate.html onMouseOver="window.status='Fill box with water (solvate molecule)'; return true"><B>gmx solvate</B></A> </TD>
<TD><IMG SRC=../images/flow_vrule.gif></TD>
</TR>
<TR>
<TD COLSPAN=2 ALIGN=LEFT>Generate mdrun input file</TD>
<TD></TD>
-<TD COLSPAN=3 ALIGN=CENTER BGCOLOR=#777777> <A HREF=grompp.html onMouseOver="window.status='Process parameters, coordinates and topology and write binary topology'; return true"><B>grompp</B></A> </TD>
+<TD COLSPAN=3 ALIGN=CENTER BGCOLOR=#777777> <A HREF=../programs/gmx-grompp.html onMouseOver="window.status='Process parameters, coordinates and topology and write binary topology'; return true"><B>gmx grompp</B></A> </TD>
<TD><IMG SRC=../images/flow_vrule.gif></TD>
<TD></TD>
<TD></TD>
<TR>
<TD COLSPAN=2>Run the simulation (EM or MD)</TD>
<TD></TD>
-<TD COLSPAN=3 ALIGN=CENTER BGCOLOR=#777777> <A HREF=mdrun.html onMouseOver="window.status='The moment you have all been waiting for! START YOUR MD RUN'; return true"><B>mdrun</B></A> </TD>
+<TD COLSPAN=3 ALIGN=CENTER BGCOLOR=#777777> <A HREF=../programs/gmx-mdrun.html onMouseOver="window.status='The moment you have all been waiting for! START YOUR MD RUN'; return true"><B>gmx mdrun</B></A> </TD>
<TD></TD>
</TR>
<TR>
<TD COLSPAN=2 ALIGN=LEFT>Analysis</TD>
<TD></TD>
-<TD ALIGN=CENTER BGCOLOR=#777777> <A HREF=../online.html onMouseOver="window.status='Your favourite GROMACS analysis tool'; return true"><B>g_...</B></A> <BR> <A HREF=ngmx.html onMouseOver="window.status='ngmx, the GROMACS trajectory viewer'; return true"><B>ngmx</B></A> </TD>
+<TD ALIGN=CENTER BGCOLOR=#777777> <A HREF=../online.html onMouseOver="window.status='Your favourite GROMACS analysis tool'; return true"><B>g_...</B></A> <BR> <A HREF=../programs/gmx-view.html onMouseOver="window.status='gmx view, the GROMACS trajectory viewer'; return true"><B>gmx view</B></A> </TD>
<TD></TD>
-<TD ALIGN=CENTER BGCOLOR=#777777> <A HREF=g_energy.html onMouseOver="window.status='Energy plots, averages and fluctuations'; return true"><B>g_energy</B></A> </TD>
+<TD ALIGN=CENTER BGCOLOR=#777777> <A HREF=../programs/gmx-energy.html onMouseOver="window.status='Energy plots, averages and fluctuations'; return true"><B>gmx energy</B></A> </TD>
<TD><IMG SRC=../images/flow_vrule.gif></TD>
</TR>
<h3><A NAME="top">Molecular Topology file (<TT><a href="top.html">.top</a></TT>)</A></h3>
<DD>
The molecular topology file is generated by the program <TT>
-<a href="pdb2gmx.html">pdb2gmx</a></TT>. <a href="pdb2gmx.html">pdb2gmx</a> translates a <a href="pdb.html">pdb</a> structure file of any peptide
-or protein
+<a href="../programs/gmx-pdb2gmx.html">gmx pdb2gmx</a></TT>.
+<a href="../programs/gmx-pdb2gmx.html">gmx pdb2gmx</a> translates a
+<a href="pdb.html">pdb</a> structure file of any peptide or protein
to a molecular topology file. This topology file contains a complete
description of all the interactions in your peptide or protein.
<P></P>
-
+
<DT>
<h3><A NAME="gro">Molecular Structure file (<TT><a href="gro.html">.gro</a></TT>, <TT><a href="pdb.html">.pdb</a></TT>)</A></h3>
<DD>
-When the <a href="pdb2gmx.html">pdb2gmx</a> program is executed to generate a molecular
+When the <a href="../programs/gmx-pdb2gmx.html">gmx pdb2gmx</a> program is executed
+to generate a molecular
topology, it also translates the structure file (<TT><a href="pdb.html">.pdb</a></TT> file)
to a gromos
structure file (<TT><a href="gro.html">.gro</a></TT> file). The main difference between a
velocities, you can also use a <a href="pdb.html">pdb</a> file in all programs.
To generate a box of solvent molecules
around the peptide, the program
-<a href="solvate.html">gmx solvate</a> is used. First the program
-<a href="editconf.html">editconf</a> should be used to
+<a href="../programs/gmx-solvate.html">gmx solvate</a> is used. First the program
+<a href="../programs/gmx-editconf.html">gmx editconf</a> should be used to
define a box of appropriate size around the molecule.
-<a href="solvate.html">gmx solvate</a>
+<a href="../programs/gmx-solvate.html">gmx solvate</a>
solvates a solute molecule (the peptide) into any solvent (in this
-case water). The output of <TT><a href="solvate.html">gmx solvate</a></TT> is a gromos structure file of
-the peptide solvated in water. The <a href="solvate.html">gmx solvate</a> program also changes the
-molecular topology file (generated by <a href="pdb2gmx.html">pdb2gmx</a>) to add solvent
-to the topology.
+case water). The output of <TT><a href="../programs/gmx-solvate.html">gmx solvate</a></TT>
+is a gromos structure file of the peptide solvated in water. The
+<a href="../programs/gmx-solvate.html">gmx solvate</a> program also changes the
+molecular topology file (generated by <a href="../programs/gmx-pdb2gmx.html">gmx pdb2gmx</a>)
+to add solvent to the topology.
<P></P>
<DT>
(optionally) the
index file (<TT><a href="ndx.html">ndx</a></TT>) to generate a run input file (<TT><a href="tpr.html">.tpr</a></tt> extension or
<TT><a href="tpb.html">.tpb</a></tt> if you don't have XDR).
-This file contains all information needed to start a simulation with GROMACS.
-The <a href="grompp.html">
-grompp</a> program processes all input files and generates the run input
+This file contains all information needed to start a simulation with GROMACS.
+The
+<a href="../programs/gmx-grompp.html">gmx grompp</a> program processes all
+input files and generates the run input
<tt><a href="tpr.html">.tpr</a></tt> file.
<P></P>
<DD>
Once the run input file is available, we can start the
simulation. The program which starts the simulation is called
-<a href="mdrun.html">mdrun</a>. The only input file
-of <TT><a href="mdrun.html">mdrun</a></TT> you usually need to start a run
+<a href="../programs/gmx-mdrun.html">gmx mdrun</a>. The only input file
+of <TT><a href="../programs/gmx-mdrun.html">gmx mdrun</a></TT> you usually need
+to start a run
is the run input file (<TT><a href="tpr.html">.tpr</a></TT> file).
The output files of
-<TT><a href="mdrun.html">mdrun</a></TT> are the
+<TT><a href="../programs/gmx-mdrun.html">gmx mdrun</a></TT> are the
trajectory file (<TT><a href="trr.html">.trr</a></TT> file
or <TT><a href="trj.html">.trj</a></TT> if you don't have XDR) and a logfile (
<TT><a href="log.html">.log</A></TT> file).