From: Jim Procter
You can set a default choice of Jmol or Chimera structure viewer in diff --git a/help/help/html/features/pymol.html b/help/help/html/features/pymol.html index 573310a..2c5c7ad 100644 --- a/help/help/html/features/pymol.html +++ b/help/help/html/features/pymol.html @@ -48,7 +48,7 @@
Jalview requires Pymol V 2.5.0 (community edition)
or later
Jalview requires Pymol's RPC interface, which is
- not available in older versions of the Pymol community edition.
+ not available in older versions of the Pymol community edition.
Known Limitations
@@ -61,7 +61,7 @@
properties or highlighting sequence regions corresponding to
structure selections or mouse-overs in Pymol.
diff --git a/help/help/html/features/structurechooser.html b/help/help/html/features/structurechooser.html index 11cad6b..512b68f 100644 --- a/help/help/html/features/structurechooser.html +++ b/help/help/html/features/structurechooser.html @@ -91,16 +91,17 @@ Selection of the best structure for each sequence
Jalview can automatically select the best structures according
- to meta-data provided by the PDB. For alignments with no existing
- structure data, the 'PDBe Best Quality' structure for each sequence will
- by default be selected, but clicking on the drop down menu allows
- other criteria to be chosen, including Resolution (only defined for
- X-Ray structures), Highest Protein Chain etc. When 'Invert' is
+ to meta-data provided by the search service. The 'PDBe Best Quality' structure for each sequence will
+ by default be selected when no other structure data is available. If 3D-models from other sources are also available, then 'Best 3D Beacons coverage' will be show.
+
Clicking on the drop down menu allows
+ other criteria to be chosen. For the PDBe, these include including Resolution (only defined for
+ X-Ray structures), Highest Protein Chain etc. When 3D-Beacons results are available, structures can be selected based on their specific provider, or by their coverage of the aligned sequences.
+
When 'Invert' is
selected, structures are selected in reverse order for the current
criteria (e.g. worst quality rather than best).
- + + + +
Highlights in 2.11.2
-New features for working with 3D Structure
- Jalview 2.11.2 features a number of new capabilities:
Retrieval -
-- For the full release notes, see the Jalview 2.11.1.4 - release notes. -
- Known Issues -
-New known issues in this release affect recovery of CDS/Protein - relationships from project files, and interactive selection of - protein sequences from a tree built on linked nucleotide sequences. - We will provide patches for these issues as soon as possible.
+ New features for working with 3D Structure
+ Retrieval of 3D models via 3D-Beacons
The
+ 3D-Beacons network (www.ebi.ac.uk/pdbe/pdbe-kb/3dbeacons/)
+ provides a central point for the retrieval of predicted and
+ observed 3D structures for sequences in Uniprot, including
+ homology models from Swiss-model and deep learning based
+ predictions from the EBI's Alphafold database (Orengo et al. 2020,
+ doi:10.12688/f1000research.20559.1).
+ See the Structure
+ Chooser's documentation.
+
+ Support for viewing structures with ChimeraX and
+ Pymol
Structures Preferences tab provides new options
+ allowing ChimeraX and Pymol to be used for visualising external 3D
+ structures. Jalview 2.11.2 has been tested with Pymol 2.5.0
+ (community) and 2.5.2 (incentive). For ChimeraX, we recommend
+ using v1.3 or later. Jalview's 3D structure viewer system has been
+ re-architected to allow easier integration of external structure
+ viewers, and takes advantage of the strucViz2 Chimera
+ communications library developed by Scooter Morris (doi:10.1093/bioinformatics/btm329).
+
+ For the full release notes, see the Jalview 2.11.1.4 + release notes. +
++ Known Issues +
+New known issues in this release affect recovery of + CDS/Protein relationships from project files, and interactive + selection of protein sequences from a tree built on linked + nucleotide sequences. We will provide patches for these issues as + soon as possible.