| 13 | | 1. Minimize Structure: don't call Dock Prep again if all atoms already have amberType and topology has not changed. ECM |
| 14 | | 1. ~~(planned/probable) Measure planes. EFP~~ unlikely due to several features (some new) still needed for Axes |
| 15 | | 1. (planned/probable) Rename models using Model Panel. EFP |
| 16 | | 1. (planned/probable) Coulombic surface coloring. EFP |
| 17 | | 1. move Molecule color to Model GC |
| 18 | | 1. Need "effects" command for controlling all Effects via script. ECM |
| 19 | | 1. Reduce mmcif template file download |
| 20 | | 1. Framework for invoking chimeraservices.rbvi.ucsf.edu and other web services CH |
| | 13 | 1. Minimize Structure: don't call Dock Prep again if all atoms already have amberType and topology has not changed. Ticket #7166 |
| | 14 | 1. ~~(planned/probable) Measure planes. EFP~~ unlikely due to several features (some new) still needed for Axes. Ticket #7167 |
| | 15 | 1. (planned/probable) Rename models using Model Panel. Ticket #7168 |
| | 16 | 1. (planned/probable) Coulombic surface coloring. Ticket #7051 |
| | 17 | 1. move Molecule color to Model Ticket #7052 |
| | 18 | 1. Need "effects" command for controlling all Effects via script. Ticket #7053 |
| | 19 | 1. Reduce mmcif template file download Ticket #7054 |
| | 20 | 1. Framework for invoking chimeraservices.rbvi.ucsf.edu and other web services Ticket #7055 |
| 22 | | 1. connect to our own Web service (using the above framework) to BLAST on PDB, provide dialog for choosing which hit structures to open, whether to show pairwise sequence alignment from BLAST (in MAV), whether to superimpose hit and query structures (with Matchmaker). Input is sequence of molecule model already open in Chimera. ECM |
| 23 | | * (search other databases such as NR? PSI-BLAST on NR?) |
| 24 | | 1. Support PDB v3.2 |
| | 22 | 1. connect to our own Web service (using the above framework) to BLAST on PDB, provide dialog for choosing which hit structures to open, whether to show pairwise sequence alignment from BLAST (in MAV), whether to superimpose hit and query structures (with Matchmaker). Input is sequence of molecule model already open in Chimera. Ticket #7169 |
| | 23 | * (search other databases such as NR? PSI-BLAST on NR?) Ticket #7170 |
| | 24 | 1. Support PDB v3.2 Ticket #7056 |
| 30 | | 1. Output compressed TIFF instead of current giant files. ECM |
| 31 | | 1. Make it easier to get phi,psi,(and maybe chi and omega) torsion values from proteins. For 1.4 will report something to the reply log. |
| 32 | | 1. Reposition normal labels with mouse. EFP |
| 33 | | 1. (planned/probable) Finish Color Key (X3D output [needed for raytracing]; "key" option to rangecolor command). EFP |
| 34 | | 1. Interpolating ribbons GC |
| 35 | | 1. Integration/addition of a 2D plotting library (e.g. matplotlib) |
| 36 | | 1. Change depth cueing ramp parameter |
| 37 | | 1. Better label-offset algorithm, particularly when zooming |
| | 30 | 1. Output compressed TIFF instead of current giant files. Ticket #7172 |
| | 31 | 1. Make it easier to get phi,psi,(and maybe chi and omega) torsion values from proteins. For 1.4 will report something to the reply log. Ticket #7173 |
| | 32 | 1. Reposition normal labels with mouse. Ticket #7174 |
| | 33 | 1. (planned/probable) Finish Color Key (X3D output [needed for raytracing]; "key" option to rangecolor command). Ticket #7175 |
| | 34 | 1. Interpolating ribbons Ticket #7176 |
| | 35 | 1. Integration/addition of a 2D plotting library (e.g. matplotlib) Ticket #7177 |
| | 36 | 1. Change depth cueing ramp parameter Ticket #7178 |
| | 37 | 1. Better label-offset algorithm, particularly when zooming Ticket #7179 |
| 44 | | === Core 2 === |
| 45 | | 1. Electron tomography: Visualization of objects embedded in membranes e.g. nuclear pores in nuclear envelope, spikes in virus membranes. |
| 46 | | 1. be able to map volume gray levels onto curved membrane surfaces |
| 47 | | 1. move membrane surface along normals while viewing gray levels |
| 48 | | 1. place markers on surfaces |
| 49 | | 1. extract volume regions around surface markers for subtomogram averaging (average density for several nuclear pores, virus spikes to achieve higher resolution). Requires alignment capability and handling of tens to thousands of map subregions |
| | 44 | === Core 2 (Higher order structure) === |
| | 45 | 1. Electron tomography: Visualization of objects embedded in membranes e.g. nuclear pores in nuclear envelope, spikes in virus membranes. Ticket #7181 |
| | 46 | 1. be able to map volume gray levels onto curved membrane surfaces Ticket #7182 |
| | 47 | 1. move membrane surface along normals while viewing gray levels Ticket #7183 |
| | 48 | 1. place markers on surfaces Ticket #7184 |
| | 49 | 1. extract volume regions around surface markers for subtomogram averaging (average density for several nuclear pores, virus spikes to achieve higher resolution). Requires alignment capability and handling of tens to thousands of map subregions Ticket #7185 |
| 56 | | 1. When aligning in a structure sequence, consider secondary structure markups of non-structure sequences |
| 57 | | 1. If gaps are created while adding a sequence, make corresponding gaps in any markups |
| 58 | | 1. Aqua background -> gray, or put black border around sequence-name color swatches |
| | 56 | 1. When aligning in a structure sequence, consider secondary structure markups of non-structure sequences Ticket #7187 |
| | 57 | 1. If gaps are created while adding a sequence, make corresponding gaps in any markups Ticket #7188 |
| | 58 | 1. Aqua background -> gray, or put black border around sequence-name color swatches Ticket #7189 |