3 * Jalview - A Sequence Alignment Editor and Viewer ($$Version-Rel$$)
4 * Copyright (C) $$Year-Rel$$ The Jalview Authors
6 * This file is part of Jalview.
8 * Jalview is free software: you can redistribute it and/or
9 * modify it under the terms of the GNU General Public License
10 * as published by the Free Software Foundation, either version 3
11 * of the License, or (at your option) any later version.
13 * Jalview is distributed in the hope that it will be useful, but
14 * WITHOUT ANY WARRANTY; without even the implied warranty
15 * of MERCHANTABILITY or FITNESS FOR A PARTICULAR
16 * PURPOSE. See the GNU General Public License for more details.
18 * You should have received a copy of the GNU General Public License
19 * along with Jalview. If not, see <http://www.gnu.org/licenses/>.
20 * The Jalview Authors are detailed in the 'AUTHORS' file.
23 <title>PDB Viewer</title>
27 <strong>The Jalview internal PDB Viewer</strong><br> Since
28 Jalview 2.3, the <a href="jmol.html">Jmol PDB Viewer</a> is the main
29 method for <a href="viewingpdbs.html">viewing PDB structures</a>.
30 The documentation below concerns the original Jalview PDB viewer,
31 which is only used in situations where Jmol is unavailable or cannot
35 <strong>The PDB Viewer Window</strong>
37 This interactive structure viewing window is opened by selecting
38 entries from the <strong>"Structure→"</strong>
39 submenu of the <a href="../menus/popupMenu.html">sequence id
40 pop-up menu</a>. The internal PDB viewer is not able to show
41 superpositions, so no other options are provided. Structures can
42 only be viewed for sequences which have an <a
43 href="viewingpdbs.html"
44 >associated PDB structure</a>, and the PDB Viewer will only be
45 associated with the particular alignment view from which it was
49 <strong>Controls</strong>
51 <p>The structure is rendered as an alpha-carbon trace. Moving the
52 mouse over the structure brings up tooltips with a residue name and
53 PDB sequence position. If a mapping exists to a residue in the
54 associated sequence, then this will be highlighted in the associated
55 view in its alignment window, and vice versa for viewing the
56 coordinates associated with a particular residue in the sequence in
57 a particular view on the alignment.</p>
58 <p>Selecting a residue highlights its associated sequence residue
59 and alpha carbon location.</p>
63 <td><strong>Action</strong></td>
64 <td><strong>Windows</strong></td>
65 <td><strong>Unix</strong></td>
66 <td><strong>Mac/OSX</strong></td>
69 <td>Select/<br> Deselect<br> Residue
77 <td>Left Click and Drag</td>
78 <td>Left Click and Drag</td>
79 <td>Click and Drag</td>
83 <td>Right Click and drag</td>
84 <td>Right Click and Drag</td>
89 <td>Middle-Button and Drag</td>
90 <td>Middle-Button and Drag</td>
107 <p>There are three menus:
112 <li><strong>Save As<br>
113 </strong><em>Saves the current view as an EPS or PNG file.</em></li>
114 <li><strong>View Mapping<br>
115 </strong><em> Opens a text window showing the alignment between the
116 residues corresponding to alpha-carbon atoms in the PDB
117 structure and the residues in the associated sequence.</em></li>
119 <li><strong>Colours<br>
122 <li><strong>By Sequence<br>
123 </strong><em> Colours each residue in the structure with the colour
124 of its corresponding residue in the associated sequence as
125 rendered in the associated alignment view, including any
126 Uniprot sequence features or region colourings.<br>
127 Residues which only exist in the PDB structure are coloured
128 white if they are insertions (relative to the associated
129 sequence in the alignment) and grey if they are N or C
130 terminal flanks outside the region mapped to the alignment
133 <li><strong>By Chain<br>
134 </strong><em> Assigns a random colour to each PDB chain.</em>
135 <li><strong>Charge & Cysteine<br>
136 </strong><em> Highlights cysteines in yellow, anionic (Aspartic Acid
137 or Glutamic Acid) residues in red, and cationic (Lysine or
138 Arginine) residues in blue.</em></li>
139 <li><strong><em>Standard and User Defined
140 Jalview colourschemes.<br>
141 </em></strong> The remaining entries apply the colourschemes available from
142 the standard and user defined <a
143 href="../colourSchemes/index.html"
144 >amino acid colours</a>.</em></li>
147 </strong><em> These options can be turned off to improve performance
148 when viewing large structures, some at the expense of visual
151 <li><strong>Wireframe<br>
152 </strong><em> Draws thin lines rather than thick lines for the
153 alpha-carbon trace.</em></li>
154 <li><strong>Depthcue<br>
155 </strong><em>Shades the structure so parts of the structure near the
156 front of the view are brighter than those further away.</em></li>
157 <li><strong>Z Buffering<br>
158 </strong><em> Applies depth sorting to correctly render occluded
159 regions of the backbone trace.</em></li>
160 <li><strong>Show All Chains<br>
161 </strong><em> When turned on, shows all chains in the PDB file, not
162 just the one associated with a sequence in the alignment
164 <!-- NOT YET IMPLEMENTED <li><strong>Associate View</strong><br>
165 Change which view on the associated sequence's alignment is to be
166 associated with the PDB viewer.-->
171 <strong>Notes for PDB Viewing in the Jalview Applet</strong>
172 <p>The applet can only load PDB files by copying and pasting the
173 text into the popup window which appears when "Show PDB
174 Structure" is selected after right clicking on a sequence name.</p>