- ChimeraX-users - RBVI Mailing Lists

label_seq_id in mmcif files for Chimera
by Marcin Wojdyr 07 Jul '20

07 Jul '20

Hi, I'd like to generate mmCIF files (using my own software) that can be read by Chimera. The problem is that sometimes I don't know the full sequence (SEQRES), so I don't know values for _atom_site.label_seq_id. If I skip label_seq_id entirely, the file doesn't load. ChimeraX gives warning: "Skipping atom_site category: Missing column 'label_seq_id'". If I set all label_seq_id values to null ('.') I get warning: "Unable to infer polymer connectivity due to unspecified label_seq_id for residue "ARG" near line 125" and all residues are disconnected. How should the mmCIF look like so that Chimera infers the connectivity in the same way as it does for PDB files? Cheers, Marcin

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Re: [chimerax-users] [ChimeraX] #3464: partial surface mesh
by Elaine Meng 07 Jul '20

07 Jul '20

Hi Rory, There is no "hydrophobic surface" ... maybe you mean the molecular surface shown as solid (not dot or mesh)? Chimera's presets include "hydrophobicity surface" which is perhaps misleading, simply means the molecular surface colored by hydrophobicity. What exactly are you trying to do? Show protein as mesh surface and ligand as solid surface? You can definitely do it (or any combination of mesh surface on some atoms, solid on some other atoms) by opening multiple copies of the structure, as we said in previous messages. Then in the solid-surface copy, only show the parts of the surface you want as solid. In the mesh-surface copy, show the parts you want as mesh. For example, here is an example that shows H-ras as mesh surface with its ligand GCP as solid surface (image attached below), commands: open 121p open 121p surf #1 & protein surf #2:gcp surf style #1 mesh transp #1 50 surfaces color #2 gold surfaces hide solvent This can all be done with the menu as well, but it would take a lot more typing to enter that whole procedure. I Cc'd chimerax-users(a)cgl.ucsf.edu which is the recommended address for asking ChimeraX questions (for future reference). I hope this helps, Elaine ----- Elaine C. Meng, Ph.D. UCSF Chimera(X) team Department of Pharmaceutical Chemistry University of California, San Francisco > On Jul 6, 2020, at 10:30 AM, Gordon, Rory <rory.gordon.19(a)ucl.ac.uk> wrote: > > Hi Guys, > > Further to previous email, just tried fiddling with the transparency settings. > > I can get the protein structure to change through the transparency gradient for hydrophobic surface. > > However, for the substrate/ligands there seems to be binary system where you can either have full transparency or none at all. > > The hydrophobic surface can be coloured both for the protein and substrate/ligand. > > Cheers, > > Rory > From: Gordon, Rory <rory.gordon.19(a)ucl.ac.uk> > Sent: 06 July 2020 18:26 > To: Tom Goddard <goddard(a)sonic.net>; Elaine Meng <meng(a)cgl.ucsf.edu> > Cc: Eric Pettersen <pett(a)cgl.ucsf.edu> > Subject: Re: [ChimeraX] #3464: partial surface mesh > > Hi Tom, Elaine and Eric > > I tried to establish the mesh surface with the whole protein structure selected through the GUI. I can only get the hydrophobic surface which I can colour with B-factor. > > The options of Mesh, Dot or Solid don't seem to change anything. > > Not sure how to get round this, so any help would be appreciated. > > Cheers, > > Rory > > > From: Tom Goddard <goddard(a)sonic.net> > Sent: 02 July 2020 18:24 > To: Elaine Meng <meng(a)cgl.ucsf.edu> > Cc: Gordon, Rory <rory.gordon.19(a)ucl.ac.uk>; Eric Pettersen <pett(a)cgl.ucsf.edu> > Subject: Re: [ChimeraX] #3464: partial surface mesh > > Another trick that makes these meshes look nicer is to make them about 50-80% transparent (command "transp #2 70"). It gives the mesh an airy look. > > Tom > > >> On Jul 2, 2020, at 10:17 AM, Elaine Meng <meng(a)cgl.ucsf.edu> wrote: >> >> Hi Rory, >> Here is an example image where I opened the same structure twice. I showed one copy with mesh surface and the second one with solid surface, and then simply hid parts of the solid surface. This is the way that Tom mentioned. >> Elaine >> >> <example.png> >> >> >>> On Jul 2, 2020, at 3:29 AM, ChimeraX <ChimeraX-bugs-admin(a)cgl.ucsf.edu> wrote: >>> >>> #3464: partial surface mesh >>> ---------------------------------------+---------------------------- >>> Reporter: rory.gordon.19@… | Owner: Eric Pettersen >>> Type: defect | Status: closed >>> Priority: normal | Milestone: >>> Component: Surface | Version: >>> Resolution: fixed | Keywords: >>> Blocked By: | Blocking: >>> Notify when closed: | Platform: all >>> Project: ChimeraX | >>> ---------------------------------------+---------------------------- >>> >>> Comment (by rory.gordon.19@…): >>> >>> {{{ >>> Hi Eric, >>> >>> Thanks for your email. >>> >>> I had actually seen a graphic in a publication which gave me that idea. >>> >>> Thanks anyway for the pointers. >>> >>> Cheers, >>> >>> Rory >>> ________________________________ >>> From: ChimeraX <ChimeraX-bugs-admin(a)cgl.ucsf.edu> >>> Sent: 01 July 2020 18:23 >>> Cc: goddard(a)cgl.ucsf.edu <goddard(a)cgl.ucsf.edu>; meng(a)cgl.ucsf.edu >>> <meng(a)cgl.ucsf.edu>; pett(a)cgl.ucsf.edu <pett(a)cgl.ucsf.edu>; Gordon, Rory >>> <rory.gordon.19(a)ucl.ac.uk> >>> Subject: Re: [ChimeraX] #3464: partial surface mesh (was: ChimeraX bug >>> report submission) >>> >>> #3464: partial surface mesh >>> ---------------------------------------+---------------------------- >>> Reporter: rory.gordon.19@… | Owner: Eric Pettersen >>> Type: defect | Status: accepted >>> Priority: normal | Milestone: >>> Component: Unassigned | Version: >>> Resolution: | Keywords: >>> Blocked By: | Blocking: >>> Notify when closed: | Platform: all >>> Project: ChimeraX | >>> ---------------------------------------+---------------------------- >>> Changes (by Eric Pettersen): >>> >>> * status: new => accepted >>> * cc: Tom Goddard, Elaine Meng (added) >>> * project: => ChimeraX >>> * platform: => all >>> * owner: (none) => Eric Pettersen >>> >>> >>> Comment: >>> >>> Hi Rory, >>> I don't believe you can change just part of a surface into mesh, >>> it's all or nothing. You can make that part of the surface partially >>> transparent instead with Actions→Surface→Transparency. >>> >>> --Eric >>> >>> Eric Pettersen >>> UCSF Computer Graphics Lab >>> >>> ----- >>> Tom, should the command "surface style (#!4 & sel) mesh" actually do >>> nothing (with part of the surface selected)? That seems surprising. >>> Seems like it should change the whole surface into mesh. Is that a bug >>> or >>> am I misunderstanding something? >>> >>> --Eric >>> >>> -- >>> Ticket URL: >>> <https://eur01.safelinks.protection.outlook.com/?url=https%3A%2F%2Fplato.cgl…> >>> ChimeraX >>> <https://eur01.safelinks.protection.outlook.com/?url=http%3A%2F%2Fwww.rbvi.u…> >>> ChimeraX Issue Tracker >>> }}} >>> >>> -- >>> Ticket URL: <https://plato.cgl.ucsf.edu/trac/ChimeraX/ticket/3464#comment:7> >>> ChimeraX <http://www.rbvi.ucsf.edu/chimerax/> >>> ChimeraX Issue Tracker

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artificial lines or seems on surface using soft lighting
by Steve Chou 06 Jul '20

06 Jul '20

Hi ChimeraX folks, When I used soft lighting, I saw lines/seams on the molecular surface (see the attached image). To reproduce this: ---------------------- load xxxx.pdb surface color violet lighting soft ---------------------- How to remove these artificial lines/seams? These lines also show up in the cutting plane in a section view. Many thanks in advance! Steve -- Steve Chou

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Can I only clip some models, but not all of them?
by Steve Chou 05 Jul '20

05 Jul '20

Hi ChimeraX developers and users, When a ligand is embedded in the protein, can I only clip the surface of the protein, but not the ligand (sticks)? Many thanks, Steve -- Steve Chou

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How to obtain size measures
by Andrea Dallapè 04 Jul '20

04 Jul '20

Dear UCSF Chimera and ChimeraX developers, I would like to ask you if there's a method to obtain the size measures of a protein in order to compare with the heights and lengths obtained by AFM. Could you please suggest me how could I obtain such measurements? Thank you in advance for your help and support, Andrea

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color offset and surface type for mapping Electrostatic Potential
by Steve Chou 02 Jul '20

02 Jul '20

Hello everyone, I tried to map Electrostatic Potential (ESP) onto the molecular surface in ChimeraX v1.0 and PyMOL v2.1, but I found that the results were very different in these two programs. Therefore, I wrote to Elaine Meng and Tom Goddard for help. For your reference, I repost the ideals of our emails below. I first calculated the ESP with DelPhi v5.1 (a relatively old version) to get the .phi file (ESP). PyMOL commands for displaying ESP on the molecular surface are as follows: ------------------------------------------------ load 1ubq.pdb bg_color white remove resn hoh remove hydrogens hide line select heavy, name c*+o*+s*+n* show surface load 1ubq.phi, e_map ramp_new e_lvl, e_map, [-7, 0, 7] set surface_color, e_lvl, 1ubq set light_count, 1 set ambient, 0.5 set reflect, 0.2 ------------------------------------------------ ChimeraX commands for displaying ESP on the molecular surface are as follows: ------------------------------------------------ open 1ubq.pdb open 1ubq.phi hide #2 set bg white surface #1 color electrostatic #1 map #2 palette -7,red:0,white:7,blue material dull lighting simple ------------------------------------------------ In PyMOL, the colors (red/blue) are mainly on the residue (E/D, K/R) tips, while in ChimeraX, the colors are spread. Besides, the surface shapes are also slightly different in these two programs. See the image (left and middle panels) for the different colors and shapes. The color difference is caused by the color offset. The shape difference is also explained below. I changed the color offset to 0. Now the color looks similar in these two programs (left and right panels). The color offset (1.4 A) in ChimeraX gives a better idea of the possible charge interactions with other molecules. ------------------------------------------------ color electrostatic #1 map #2 palette -7,red:0,white:7,blue offset 0.0 ------------------------------------------------ The summary of the explanations from Tom: ------------------------------------------------ One idea I have for why PyMol shows redder tips is because ChimeraX is showing the potential 1.4 Angstroms away from the surface since that is about how far away a binding molecule would be. PyMol may be showing the ESP values exactly on the surface. You can try using 0 offset instead of 1.4 with the "color electrostatic" command "offset" parameter. https://www.cgl.ucsf.edu/chimerax/docs/user/commands/color.html#map ------------------------------------------------ The summary of the explanations from Elaine: ------------------------------------------------ As Tom mentioned, the rationale for the 1.4 A projection is that Chimera and ChimeraX show the solvent-excluded surface (SES), as opposed to the solvent-accessible surface (SAS). The SAS is approximately half a probe radius outward, and the SAS represents the closest possible approach of atomic centers of waters or ligands interacting with the protein, so the result is coloring by what values of the electrostatic potential (ESP) that such ligands would "see". The diagram in this page shows the relationships among SES, SAS, and probe. <http://rbvi.ucsf.edu/chimerax/docs/user/commands/surface.html> Possible reasons for difference in Pymol, if the ESP map itself is identical: (1) coloring by offset values or not. It has been my general understanding that when programs color the SES by ESP, the default approach is to color by the values one surface-probe radius outward. (2) shape/location of the surface. Is it an SES or SAS, or neither? Pymol surfaces often look more "melty" or smoothed to me than the SES in Chimera/ChimeraX. (3) the exact color-mapping, i.e. which colors at which values. Pymol ESP coloring often uses a duller-looking blue. ------------------------------------------------ All the best, Steve -- Steve Chou

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color key
by Roberto Marabini 02 Jul '20

02 Jul '20

hi, Is there a colorkey command in chimeraX (http://www.rbvi.ucsf.edu/chimera/docs/ContributedSoftware/2dlabels/2dlabels…>)? If it does not exist, is there any alternative other than using chimera and photoshop? Thanks Roberto

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Is color command slower in ChimeraX than Chimera?
by Mungo Carstairs (Staff) 30 Jun '20

30 Jun '20

Hi, I'm testing driving ChimeraX (or Chimera) from Jalview, in particular colouring structures using the Jalview alignment residue colouring. Ideally this should perform well at scale for large numbers of structures and/or colours (for example a graduated colouring based on some property). I've noticed that ChimeraX appears to do this slower than Chimera. Is there a reason, or something I should do to make the command faster? Here's an example like for like comparison using the Chimera/X command line (also attached as a text file): Chimera 1.15 (build 42156) > open cifID:4zho cifID:5h92 cifID:1a70 cifID:4zhp > focus > color #977b64 #0:2.A,2.B;color #e46daf #0:3.A,3.B;color #7dc891 #0:4.A,4.B;color #768daf #0:5.A,5.B;color #bb1691 #0:6.A,6.B;color #1c5355 #0:7.A,7.B;color #5b1873 #0:8.A,8.B;color #d0af91 #0:9.A,9.B;color #6cb737 #0:10.A,10.B;color #8d7c55 #0:11.A,11.B;color #844173 #0:12.A,12.B;color #1f15a0 #0:13.A,13.B;color #a27f91 #0:14.A,14.B;color #19cb64 #0:15.A,15.B;color #484537 #0:16.A,16.B;color #61be37 #0:17.A,17.B;color #84a173 #0:18.A,18.B;color #c76691 #0:19.A,19.B;color #8f31a0 #0:20.A,20.B;color #9eb9af #0:21.A,21.B;color #531564 #0:22.A,22.B;color #707046 #0:23.A,23.B;color #9b80af #0:24.A,24.B;color #ca18a0 #0:25.A,25.B;color #377382 #0:26.A,26.B;color #26a137 #0:27.A,27.B;color #d3b1a0 #0:28.A,28.B;color #e267af #0:29.A,29.B;color #c023af #0:30.A,30.B;color #b18da0 #0:31.A,31.B;color #88bb55 #0:32.A,32.B;color #1fada0 #0:33.A,33.B;color #b22773 #0:34.A,34.B;color #ad19be #0:35.A,35.B;color #6483af #0:36.A,36.B;color #c9de91 #0:37.A,37.B;color #aab2be #0:38.A,38.B;color #59d164 #0:39.A,39.B;color #6d6037 #0:40.A,40.B;color #1cd937 #0:41.A,41.B;color #b5cb82 #0:42.A,42.B;color #e28191 #0:43.A,43.B;color #9537a0 #0:44.A,44.B;color #d6b0a0 #0:45.A,45.B;color #3bcf46 #0:46.A,46.B;color #2c6737 #0:47.A,47.B;color #e586af #0:48.A,48.B;color #e22daf #0:49.A,49.B;color #e29d91 #0:50.A,50.B;color #493582 #0:51.A,51.B;color #cacca0 #0:52.A,52.B;color #7f2855 #0:53.A,53.B;color #86dd91 #0:54.A,54.B;color #b55764 #0:55.A,55.B;color #4ac155 #0:56.A,56.B;color #614a37 #0:57.A,57.B;color #9e69af #0:58.A,58.B;color #5f8855 #0:59.A,59.B;color #958fa0 #0:60.A,60.B;color #9e45af #0:61.A,61.B;color #b9beaf #0:62.A,62.B;color #4add55 #0:63.A,63.B;color #5ba273 #0:64.A,64.B;color #bedf37 #0:65.A,65.B;color #359546 #0:66.A,66.B;color #262d37 #0:67.A,67.B;color #cf5bbe #0:68.A,68.B;color #505c46 #0:69.A,69.B;color #76db37 #0:70.A,70.B;color #3d37be #0:71.A,71.B;color #a28391 #0:72.A,72.B;color #b5cf64 #0:73.A,73.B;color #88b2a0 #0:74.A,74.B;color #bb4a91 #0:75.A,75.B;color #dc8755 #0:76.A,76.B;color #d579a0 #0:77.A,77.B;color #7c9846 #0:78.A,78.B;color #b57b82 #0:79.A,79.B;color #79cd46 #0:80.A,80.B;color #aa1abe #0:81.A,81.B;color #ab4873 #0:82.A,82.B;color #c6df91 #0:83.A,83.B;color #b3b3be #0:84.A,84.B;color #802d91 #0:85.A,85.B;color #d9c4af #0:86.A,86.B;color #c64d91 #0:87.A,87.B;color #857b46 #0:88.A,88.B;color #a26d91 #0:89.A,89.B;color #c62991 #0:90.A,90.B;color #adb1a0 #0:91.A,91.B;color #584991 #0:92.A,92.B;color #93b382 #0:93.A,93.B;color #48e137 #0:94.A,94.B;color #88c56f #1:1.C;color #7b5d60 #1:2.C;color #32d660 #1:3.C;color #339b7e #1:4.C;color #702460 #1:5.C;color #6725ba #1:6.C;color #dc536f #1:7.C;color #a3db7e #1:8.C;color #a8918d #1:9.C;color #d84eba #1:10.C;color #758b7e #1:11.C;color #88d751 #1:12.C;color #75ab7e #1:13.C;color #8e527e #1:14.C;color #cf53d8 #1:15.C;color #dc636f #1:16.C;color #7d288d #1:17.C;color #707460 #1:18.C;color #6fde51 #1:19.C;color #35a960 #1:20.C;color #627d8d #1:21.C;color #bb42ab #1:22.C;color #327060 #1:23.C;color #a3357e #1:24.C;color #28bd8d #1:25.C;color #8f91ba #1:26.C;color #c856d8 #1:27.C;color #795760 #1:28.C;color #c067c9 #1:29.C;color #669b6f #1:30.C;color #adabd8 #1:31.C;color #889d51 #1:32.C;color #c18f9c #1:33.C;color #26bd51 #1:34.C;color #55cdba #1:35.C;color #7e1a60 #1:36.C;color #238451 #1:37.C;color #68678d #1:38.C;color #6da451 #1:39.C;color #a315d8 #1:40.C;color #88256f #1:41.C;color #1f17ba #1:42.C;color #4a456f #1:43.C;color #6da051 #1:44.C;color #a4bfc9 #1:45.C;color #9557ba #1:46.C;color #d6d0ba #1:47.C;color #791d60 #1:48.C;color #e2e1ab #1:49.C;color #1c616f #1:50.C;color #7fda6f #1:51.C;color #8e907e #1:52.C;color #77559c #1:53.C;color #c4bf8d #1:54.C;color #77759c #1:55.C;color #1658d8 #1:56.C;color #add1d8 #1:57.C;color #aa5aba #1:58.C;color #95d3ba #1:59.C;color #adadd8 #1:60.C;color #aa36ba #1:61.C;color #95afba #1:62.C;color #aa74d8 #1:63.C;color #731bd8 #1:64.C;color #442b6f #1:65.C;color #8f1dba #1:66.C;color #882d51 #1:67.C;color #9b2eab #1:68.C;color #764d51 #1:69.C;color #6adb51 #1:70.C;color #359160 #1:71.C;color #e283ab #1:72.C;color #ddb160 #1:73.C;color #cab2ba #1:74.C;color #5559ba #1:75.C;color #8a876f #1:76.C;color #c76aab #1:77.C;color #62a76f #1:78.C;color #793f60 #1:79.C;color #23be51 #1:80.C;color #bab09c #1:81.C;color #99397e #1:82.C;color #a42bc9 #1:83.C;color #53597e #1:84.C;color #165ad8 #1:85.C;color #9d888d #1:86.C;color #d04dab #1:87.C;color #b1d5ba #1:88.C;color #c66dab #1:89.C;color #44a151 #1:90.C;color #df5760 #1:91.C;color #66df6f #1:92.C;color #cf1dd8 #1:93.C;color #a269ab #1:94.C;color #551fba #1:95.C;color #e4a7c9 #1:96.C;color #1f5c8b #2:1.A;color #a68a40 #2:2.A;color #5f3140 #2:3.A;color #76147c #2:4.A;color #9d5140 #2:5.A;color #6c8ed6 #2:6.A;color #37804f #2:7.A;color #8edb31 #2:8.A;color #7b64e5 #2:9.A;color #ab2140 #2:10.A;color #a89a40 #2:11.A;color #b53231 #2:12.A;color #7e247c #2:13.A;color #6125d6 #2:14.A;color #a2265e #2:15.A;color #97bd7c #2:16.A;color #aa556d #2:17.A;color #a9a140 #2:18.A;color #9c3931 #2:19.A;color #9e407c #2:20.A;color #8faa6d #2:21.A;color #166f8b #2:22.A;color #9bd97c #2:23.A;color #76dad6 #2:24.A;color #cd90e5 #2:25.A;color #2628d6 #2:26.A;color #97ce31 #2:27.A;color #e2c07c #2:28.A;color #933a4f #2:29.A;color #cf328b #2:30.A;color #a27e5e #2:31.A;color #b5ca31 #2:32.A;color #946222 #2:33.A;color #8f546d #2:34.A;color #28a040 #2:35.A;color #ab4740 #2:36.A;color #8c1b6d #2:37.A;color #95946d #2:38.A;color #d63b6d #2:39.A;color #76ba5e #2:40.A;color #b5524f #2:41.A;color #8880d6 #2:42.A;color #b3ae8b #2:43.A;color #9acd31 #2:44.A;color #77924f #2:45.A;color #2cc0d6 #2:46.A;color #a9a340 #2:47.A;color #e2867c #2:48.A;color #b5b431 #2:49.A;color #498e4f #2:50.A;color #64627c #2:51.A;color #85188b #2:52.A;color #e4827c #2:53.A;color #1f1a6d #2:54.A;color #a4a27c #2:55.A;color #cdb2e5 #2:56.A;color #60a45e #2:57.A;color #7d2d40 #2:58.A;color #80c45e #2:59.A;color #444422 #2:60.A;color #7ddb40 #2:61.A;color #688240 #2:62.A;color #1fbfd6 #2:63.A;color #46c05e #2:64.A;color #71584f #2:65.A;color #2686d6 #2:66.A;color #353ce5 #2:67.A;color #c85b8b #2:68.A;color #a37a31 #2:69.A;color #3518e5 #2:70.A;color #4882d6 #2:71.A;color #b55631 #2:72.A;color #74487c #2:73.A;color #6149d6 #2:74.A;color #282c40 #2:75.A;color #211e8b #2:76.A;color #22978b #2:77.A;color #7998e5 #2:78.A;color #a66c40 #2:79.A;color #501931 #2:80.A;color #15dd7c #2:81.A;color #ca756d #2:82.A;color #3b94e5 #2:83.A;color #262cd6 #2:84.A;color #7fc322 #2:85.A;color #a88840 #2:86.A;color #2b7a8b #2:87.A;color #486cd6 #2:88.A;color #994031 #2:89.A;color #71ce31 #2:90.A;color #3a8440 #2:91.A;color #ffffff #2:92.A;color #a2c25e #2:93.A;color #cf968b #2:94.A;color #28c440 #2:95.A;color #7b3ee5 #2:96.A;color #6aa8d6 #2:97.A;color #977b82 #3:2.A;color #683191 #3:3.A;color #7dc8af #3:4.A;color #768dcd #3:5.A;color #bb16af #3:6.A;color #1c5373 #3:7.A;color #3727a0 #3:8.A;color #d0afaf #3:9.A;color #6cb755 #3:10.A;color #8d7c73 #3:11.A;color #26d755 #3:12.A;color #1f15be #3:13.A;color #7e3464 #3:14.A;color #df35be #3:15.A;color #484555 #3:16.A;color #9764cd #3:17.A;color #84a191 #3:18.A;color #c766af #3:19.A;color #6f9a55 #3:20.A;color #9eb9cd #3:21.A;color #531582 #3:22.A;color #707064 #3:23.A;color #9b80cd #3:24.A;color #d0dbaf #3:25.A;color #3773a0 #3:26.A;color #26a155 #3:27.A;color #414855 #3:28.A;color #e267cd #3:29.A;color #c023cd #3:30.A;color #b18dbe #3:31.A;color #84d991 #3:32.A;color #1fadbe #3:33.A;color #bc63cd #3:34.A;color #ad19dc #3:35.A;color #6483cd #3:36.A;color #c9deaf #3:37.A;color #aab2dc #3:38.A;color #59d182 #3:39.A;color #6d6055 #3:40.A;color #1cd955 #3:41.A;color #b5cba0 #3:42.A;color #e281af #3:43.A;color #9537be #3:44.A;color #d6b0be #3:45.A;color #3bcf64 #3:46.A;color #2c6755 #3:47.A;color #e586cd #3:48.A;color #e22dcd #3:49.A;color #e29daf #3:50.A;color #4935a0 #3:51.A;color #caccbe #3:52.A;color #d573be #3:53.A;color #e229cd #3:54.A;color #b55782 #3:55.A;color #e449cd #3:56.A;color #614a55 #3:57.A;color #9e69cd #3:58.A;color #5f8873 #3:59.A;color #958fbe #3:60.A;color #9e45cd #3:61.A;color #975564 #3:62.A;color #1cdd73 #3:63.A;color #5ba291 #3:64.A;color #bedf55 #3:65.A;color #359564 #3:66.A;color #262d55 #3:67.A;color #711fa0 #3:68.A;color #505c64 #3:69.A;color #662773 #3:70.A;color #d319be #3:71.A;color #e2a1cd #3:72.A;color #b5cf82 #3:73.A;color #88b2be #3:74.A;color #bb4aaf #3:75.A;color #dc8773 #3:76.A;color #d579be #3:77.A;color #7c9864 #3:78.A;color #9d6c91 #3:79.A;color #79cd64 #3:80.A;color #aa1adc #3:81.A;color #ab4891 #3:82.A;color #1ca373 #3:83.A;color #8b4a73 #3:84.A;color #802daf #3:85.A;color #d9c4cd #3:86.A;color #c64daf #3:87.A;color #857b64 #3:88.A;color #a26daf #3:89.A;color #c629af #3:90.A;color #adb1be #3:91.A;color #5849af #3:92.A;color #93b3a0 #3:93.A;color #48e155 #3:94.A;color #93d3a0 #3:95.A;color #dc4d73 #3:96.A;color #d53fbe #3:97.A;color #6a4f55 #3:98.A On my Macbook these color commands take about 2 seconds. ChimeraX 1.0 (2020-06-04): > open pdb:4zho pdb:5h92 pdb:1a70 pdb:4zhp > view > color #1/A:2/B:2 #977b64;color #1/A:3/B:3 #e46daf;color #1/A:4/B:4 #7dc891;color #1/A:5/B:5 #768daf;color #1/A:6/B:6 #bb1691;color #1/A:7/B:7 #1c5355;color #1/A:8/B:8 #5b1873;color #1/A:9/B:9 #d0af91;color #1/A:10/B:10 #6cb737;color #1/A:11/B:11 #8d7c55;color #1/A:12/B:12 #844173;color #1/A:13/B:13 #1f15a0;color #1/A:14/B:14 #a27f91;color #1/A:15/B:15 #19cb64;color #1/A:16/B:16 #484537;color #1/A:17/B:17 #61be37;color #1/A:18/B:18 #84a173;color #1/A:19/B:19 #c76691;color #1/A:20/B:20 #8f31a0;color #1/A:21/B:21 #9eb9af;color #1/A:22/B:22 #531564;color #1/A:23/B:23 #707046;color #1/A:24/B:24 #9b80af;color #1/A:25/B:25 #ca18a0;color #1/A:26/B:26 #377382;color #1/A:27/B:27 #26a137;color #1/A:28/B:28 #d3b1a0;color #1/A:29/B:29 #e267af;color #1/A:30/B:30 #c023af;color #1/A:31/B:31 #b18da0;color #1/A:32/B:32 #88bb55;color #1/A:33/B:33 #1fada0;color #1/A:34/B:34 #b22773;color #1/A:35/B:35 #ad19be;color #1/A:36/B:36 #6483af;color #1/A:37/B:37 #c9de91;color #1/A:38/B:38 #aab2be;color #1/A:39/B:39 #59d164;color #1/A:40/B:40 #6d6037;color #1/A:41/B:41 #1cd937;color #1/A:42/B:42 #b5cb82;color #1/A:43/B:43 #e28191;color #1/A:44/B:44 #9537a0;color #1/A:45/B:45 #d6b0a0;color #1/A:46/B:46 #3bcf46;color #1/A:47/B:47 #2c6737;color #1/A:48/B:48 #e586af;color #1/A:49/B:49 #e22daf;color #1/A:50/B:50 #e29d91;color #1/A:51/B:51 #493582;color #1/A:52/B:52 #cacca0;color #1/A:53/B:53 #7f2855;color #1/A:54/B:54 #86dd91;color #1/A:55/B:55 #b55764;color #1/A:56/B:56 #4ac155;color #1/A:57/B:57 #614a37;color #1/A:58/B:58 #9e69af;color #1/A:59/B:59 #5f8855;color #1/A:60/B:60 #958fa0;color #1/A:61/B:61 #9e45af;color #1/A:62/B:62 #b9beaf;color #1/A:63/B:63 #4add55;color #1/A:64/B:64 #5ba273;color #1/A:65/B:65 #bedf37;color #1/A:66/B:66 #359546;color #1/A:67/B:67 #262d37;color #1/A:68/B:68 #cf5bbe;color #1/A:69/B:69 #505c46;color #1/A:70/B:70 #76db37;color #1/A:71/B:71 #3d37be;color #1/A:72/B:72 #a28391;color #1/A:73/B:73 #b5cf64;color #1/A:74/B:74 #88b2a0;color #1/A:75/B:75 #bb4a91;color #1/A:76/B:76 #dc8755;color #1/A:77/B:77 #d579a0;color #1/A:78/B:78 #7c9846;color #1/A:79/B:79 #b57b82;color #1/A:80/B:80 #79cd46;color #1/A:81/B:81 #aa1abe;color #1/A:82/B:82 #ab4873;color #1/A:83/B:83 #c6df91;color #1/A:84/B:84 #b3b3be;color #1/A:85/B:85 #802d91;color #1/A:86/B:86 #d9c4af;color #1/A:87/B:87 #c64d91;color #1/A:88/B:88 #857b46;color #1/A:89/B:89 #a26d91;color #1/A:90/B:90 #c62991;color #1/A:91/B:91 #adb1a0;color #1/A:92/B:92 #584991;color #1/A:93/B:93 #93b382;color #1/A:94/B:94 #48e137;color #2/C:1 #88c56f;color #2/C:2 #7b5d60;color #2/C:3 #32d660;color #2/C:4 #339b7e;color #2/C:5 #702460;color #2/C:6 #6725ba;color #2/C:7 #dc536f;color #2/C:8 #a3db7e;color #2/C:9 #a8918d;color #2/C:10 #d84eba;color #2/C:11 #758b7e;color #2/C:12 #88d751;color #2/C:13 #75ab7e;color #2/C:14 #8e527e;color #2/C:15 #cf53d8;color #2/C:16 #dc636f;color #2/C:17 #7d288d;color #2/C:18 #707460;color #2/C:19 #6fde51;color #2/C:20 #35a960;color #2/C:21 #627d8d;color #2/C:22 #bb42ab;color #2/C:23 #327060;color #2/C:24 #a3357e;color #2/C:25 #28bd8d;color #2/C:26 #8f91ba;color #2/C:27 #c856d8;color #2/C:28 #795760;color #2/C:29 #c067c9;color #2/C:30 #669b6f;color #2/C:31 #adabd8;color #2/C:32 #889d51;color #2/C:33 #c18f9c;color #2/C:34 #26bd51;color #2/C:35 #55cdba;color #2/C:36 #7e1a60;color #2/C:37 #238451;color #2/C:38 #68678d;color #2/C:39 #6da451;color #2/C:40 #a315d8;color #2/C:41 #88256f;color #2/C:42 #1f17ba;color #2/C:43 #4a456f;color #2/C:44 #6da051;color #2/C:45 #a4bfc9;color #2/C:46 #9557ba;color #2/C:47 #d6d0ba;color #2/C:48 #791d60;color #2/C:49 #e2e1ab;color #2/C:50 #1c616f;color #2/C:51 #7fda6f;color #2/C:52 #8e907e;color #2/C:53 #77559c;color #2/C:54 #c4bf8d;color #2/C:55 #77759c;color #2/C:56 #1658d8;color #2/C:57 #add1d8;color #2/C:58 #aa5aba;color #2/C:59 #95d3ba;color #2/C:60 #adadd8;color #2/C:61 #aa36ba;color #2/C:62 #95afba;color #2/C:63 #aa74d8;color #2/C:64 #731bd8;color #2/C:65 #442b6f;color #2/C:66 #8f1dba;color #2/C:67 #882d51;color #2/C:68 #9b2eab;color #2/C:69 #764d51;color #2/C:70 #6adb51;color #2/C:71 #359160;color #2/C:72 #e283ab;color #2/C:73 #ddb160;color #2/C:74 #cab2ba;color #2/C:75 #5559ba;color #2/C:76 #8a876f;color #2/C:77 #c76aab;color #2/C:78 #62a76f;color #2/C:79 #793f60;color #2/C:80 #23be51;color #2/C:81 #bab09c;color #2/C:82 #99397e;color #2/C:83 #a42bc9;color #2/C:84 #53597e;color #2/C:85 #165ad8;color #2/C:86 #9d888d;color #2/C:87 #d04dab;color #2/C:88 #b1d5ba;color #2/C:89 #c66dab;color #2/C:90 #44a151;color #2/C:91 #df5760;color #2/C:92 #66df6f;color #2/C:93 #cf1dd8;color #2/C:94 #a269ab;color #2/C:95 #551fba;color #2/C:96 #e4a7c9;color #3/A:1 #1f5c8b;color #3/A:2 #a68a40;color #3/A:3 #5f3140;color #3/A:4 #76147c;color #3/A:5 #9d5140;color #3/A:6 #6c8ed6;color #3/A:7 #37804f;color #3/A:8 #8edb31;color #3/A:9 #7b64e5;color #3/A:10 #ab2140;color #3/A:11 #a89a40;color #3/A:12 #b53231;color #3/A:13 #7e247c;color #3/A:14 #6125d6;color #3/A:15 #a2265e;color #3/A:16 #97bd7c;color #3/A:17 #aa556d;color #3/A:18 #a9a140;color #3/A:19 #9c3931;color #3/A:20 #9e407c;color #3/A:21 #8faa6d;color #3/A:22 #166f8b;color #3/A:23 #9bd97c;color #3/A:24 #76dad6;color #3/A:25 #cd90e5;color #3/A:26 #2628d6;color #3/A:27 #97ce31;color #3/A:28 #e2c07c;color #3/A:29 #933a4f;color #3/A:30 #cf328b;color #3/A:31 #a27e5e;color #3/A:32 #b5ca31;color #3/A:33 #946222;color #3/A:34 #8f546d;color #3/A:35 #28a040;color #3/A:36 #ab4740;color #3/A:37 #8c1b6d;color #3/A:38 #95946d;color #3/A:39 #d63b6d;color #3/A:40 #76ba5e;color #3/A:41 #b5524f;color #3/A:42 #8880d6;color #3/A:43 #b3ae8b;color #3/A:44 #9acd31;color #3/A:45 #77924f;color #3/A:46 #2cc0d6;color #3/A:47 #a9a340;color #3/A:48 #e2867c;color #3/A:49 #b5b431;color #3/A:50 #498e4f;color #3/A:51 #64627c;color #3/A:52 #85188b;color #3/A:53 #e4827c;color #3/A:54 #1f1a6d;color #3/A:55 #a4a27c;color #3/A:56 #cdb2e5;color #3/A:57 #60a45e;color #3/A:58 #7d2d40;color #3/A:59 #80c45e;color #3/A:60 #444422;color #3/A:61 #7ddb40;color #3/A:62 #688240;color #3/A:63 #1fbfd6;color #3/A:64 #46c05e;color #3/A:65 #71584f;color #3/A:66 #2686d6;color #3/A:67 #353ce5;color #3/A:68 #c85b8b;color #3/A:69 #a37a31;color #3/A:70 #3518e5;color #3/A:71 #4882d6;color #3/A:72 #b55631;color #3/A:73 #74487c;color #3/A:74 #6149d6;color #3/A:75 #282c40;color #3/A:76 #211e8b;color #3/A:77 #22978b;color #3/A:78 #7998e5;color #3/A:79 #a66c40;color #3/A:80 #501931;color #3/A:81 #15dd7c;color #3/A:82 #ca756d;color #3/A:83 #3b94e5;color #3/A:84 #262cd6;color #3/A:85 #7fc322;color #3/A:86 #a88840;color #3/A:87 #2b7a8b;color #3/A:88 #486cd6;color #3/A:89 #994031;color #3/A:90 #71ce31;color #3/A:91 #3a8440;color #3/A:92 #ffffff;color #3/A:93 #a2c25e;color #3/A:94 #cf968b;color #3/A:95 #28c440;color #3/A:96 #7b3ee5;color #3/A:97 #6aa8d6;color #4/A:2 #977b82;color #4/A:3 #683191;color #4/A:4 #7dc8af;color #4/A:5 #768dcd;color #4/A:6 #bb16af;color #4/A:7 #1c5373;color #4/A:8 #3727a0;color #4/A:9 #d0afaf;color #4/A:10 #6cb755;color #4/A:11 #8d7c73;color #4/A:12 #26d755;color #4/A:13 #1f15be;color #4/A:14 #7e3464;color #4/A:15 #df35be;color #4/A:16 #484555;color #4/A:17 #9764cd;color #4/A:18 #84a191;color #4/A:19 #c766af;color #4/A:20 #6f9a55;color #4/A:21 #9eb9cd;color #4/A:22 #531582;color #4/A:23 #707064;color #4/A:24 #9b80cd;color #4/A:25 #d0dbaf;color #4/A:26 #3773a0;color #4/A:27 #26a155;color #4/A:28 #414855;color #4/A:29 #e267cd;color #4/A:30 #c023cd;color #4/A:31 #b18dbe;color #4/A:32 #84d991;color #4/A:33 #1fadbe;color #4/A:34 #bc63cd;color #4/A:35 #ad19dc;color #4/A:36 #6483cd;color #4/A:37 #c9deaf;color #4/A:38 #aab2dc;color #4/A:39 #59d182;color #4/A:40 #6d6055;color #4/A:41 #1cd955;color #4/A:42 #b5cba0;color #4/A:43 #e281af;color #4/A:44 #9537be;color #4/A:45 #d6b0be;color #4/A:46 #3bcf64;color #4/A:47 #2c6755;color #4/A:48 #e586cd;color #4/A:49 #e22dcd;color #4/A:50 #e29daf;color #4/A:51 #4935a0;color #4/A:52 #caccbe;color #4/A:53 #d573be;color #4/A:54 #e229cd;color #4/A:55 #b55782;color #4/A:56 #e449cd;color #4/A:57 #614a55;color #4/A:58 #9e69cd;color #4/A:59 #5f8873;color #4/A:60 #958fbe;color #4/A:61 #9e45cd;color #4/A:62 #975564;color #4/A:63 #1cdd73;color #4/A:64 #5ba291;color #4/A:65 #bedf55;color #4/A:66 #359564;color #4/A:67 #262d55;color #4/A:68 #711fa0;color #4/A:69 #505c64;color #4/A:70 #662773;color #4/A:71 #d319be;color #4/A:72 #e2a1cd;color #4/A:73 #b5cf82;color #4/A:74 #88b2be;color #4/A:75 #bb4aaf;color #4/A:76 #dc8773;color #4/A:77 #d579be;color #4/A:78 #7c9864;color #4/A:79 #9d6c91;color #4/A:80 #79cd64;color #4/A:81 #aa1adc;color #4/A:82 #ab4891;color #4/A:83 #1ca373;color #4/A:84 #8b4a73;color #4/A:85 #802daf;color #4/A:86 #d9c4cd;color #4/A:87 #c64daf;color #4/A:88 #857b64;color #4/A:89 #a26daf;color #4/A:90 #c629af;color #4/A:91 #adb1be;color #4/A:92 #5849af;color #4/A:93 #93b3a0;color #4/A:94 #48e155;color #4/A:95 #93d3a0;color #4/A:96 #dc4d73;color #4/A:97 #d53fbe;color #4/A:98 #6a4f55 These color commands take 15-16 seconds. Thanks, Mungo [University of Dundee shield logo]<http://uod.ac.uk/sig-home> Mungo Carstairs Jalview Computational Scientist The Barton Group Division of Computational Biology School of Life Sciences University of Dundee, Dundee, Scotland, UK www.jalview.org<http://www.jalview.org> www.compbio.dundee.ac.uk<http://www.compbio.dundee.ac.uk> g.m.carstairs(a)dundee.ac.uk<mailto:g.m.carstairs@dundee.ac.uk> [University of Dundee Facebook]<http://uod.ac.uk/sig-fb> [University of Dundee Twitter] <http://uod.ac.uk/sig-tw> [University of Dundee LinkedIn] <http://uod.ac.uk/sig-li> [University of Dundee YouTube] <http://uod.ac.uk/sig-yt> [University of Dundee Instagram] <http://uod.ac.uk/sig-ig> [University of Dundee Snapchat] <http://uod.ac.uk/sig-sc> We're Scottish University of the Year again!<http://uod.ac.uk/sig-strapline> The Times / Sunday Times Good University Guide 2016 and 2017 The University of Dundee is a registered Scottish Charity, No: SC015096

2 1

creating an annotated structure
by Melissa Jurica 30 Jun '20

30 Jun '20

Can you provide some guidelines for how one could create an annotated structure to share with colleagues? For example, I would like to annotate the cancer associated mutations of a protein, making it easy for someone to select and visualize the associated residue in a structure. Ideally, these annotations could be grouped and sorted. Even better, they could be linked to other resources. Thanks Melissa

2 2

Converting Chimera movie script
by Vid Sustar 26 Jun '20

26 Jun '20

The following bug report has been submitted: Platform: Linux-5.3.0-61-generic-x86_64-with-debian-buster-sid ChimeraX Version: 1.0 (2020-06-04 23:15:07 UTC) Description Hello! I have tried to adapt the cliping script from http://www.rbvi.ucsf.edu/chimera/data/movie-howto-mar2012/scripts/clip.cmd to work in ChimeraX (because my structure is too big, to be loaded properly in earlier Chimera) I tried to convert the old commands to the ChimeraX, but I get an error in the line "clip front -0.5 120": Expected a keyword Please advise me how to change the code to work with ChimeraX to create a movie or to simply save a series of images of cliped planes Best regards, Vid Sustar Log: UCSF ChimeraX version: 1.0 (2020-06-04) © 2016-2020 Regents of the University of California. All rights reserved. How to cite UCSF ChimeraX > open /home/user/MASTERS/Chimera_files/PythonScripts/clip2.py Traceback (most recent call last): File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/dialog.py", line 150, in _qt_safe if data_format is None else " format " + StringArg.unparse(data_format.nicknames[0]))) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/commands/run.py", line 31, in run results = command.run(text, log=log) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/commands/cli.py", line 2805, in run result = ci.function(session, **kw_args) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/cmd.py", line 101, in cmd_open Command(session, registry=registry).run(provider_cmd_text, log=log) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/commands/cli.py", line 2805, in run result = ci.function(session, **kw_args) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/cmd.py", line 152, in provider_open name or model_name_from_path(fi.file_name)), provider_kw) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/cmd.py", line 365, in collated_open return func(*func_args, **func_kw) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core_formats/__init__.py", line 48, in open return open_python_script(session, data, file_name) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/scripting.py", line 82, in open_python_script _exec_python(session, code, argv) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/scripting.py", line 59, in _exec_python exec(code, sandbox.__dict__) File "clip2.py", line 3, in <module> ModuleNotFoundError: No module named 'chimera' ModuleNotFoundError: No module named 'chimera' File "clip2.py", line 3, in See log for complete Python traceback. > ui tool show Shell /usr/lib/ucsf-chimerax/lib/python3.7/site- packages/IPython/core/history.py:226: UserWarning: IPython History requires SQLite, your history will not be saved warn("IPython History requires SQLite, your history will not be saved") > select up Nothing selected > open /home/user/MASTERS/Chimera_files/PythonScripts/clip2.py Traceback (most recent call last): File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/dialog.py", line 150, in _qt_safe if data_format is None else " format " + StringArg.unparse(data_format.nicknames[0]))) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/commands/run.py", line 31, in run results = command.run(text, log=log) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/commands/cli.py", line 2805, in run result = ci.function(session, **kw_args) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/cmd.py", line 101, in cmd_open Command(session, registry=registry).run(provider_cmd_text, log=log) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/commands/cli.py", line 2805, in run result = ci.function(session, **kw_args) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/cmd.py", line 152, in provider_open name or model_name_from_path(fi.file_name)), provider_kw) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/cmd.py", line 365, in collated_open return func(*func_args, **func_kw) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core_formats/__init__.py", line 48, in open return open_python_script(session, data, file_name) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/scripting.py", line 82, in open_python_script _exec_python(session, code, argv) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/scripting.py", line 59, in _exec_python exec(code, sandbox.__dict__) File "clip2.py", line 3, in <module> ModuleNotFoundError: No module named 'chimera' ModuleNotFoundError: No module named 'chimera' File "clip2.py", line 3, in See log for complete Python traceback. > open /home/user/MASTERS/Chimera_files/PythonScripts/writeMol2.py Traceback (most recent call last): File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/dialog.py", line 150, in _qt_safe if data_format is None else " format " + StringArg.unparse(data_format.nicknames[0]))) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/commands/run.py", line 31, in run results = command.run(text, log=log) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/commands/cli.py", line 2805, in run result = ci.function(session, **kw_args) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/cmd.py", line 101, in cmd_open Command(session, registry=registry).run(provider_cmd_text, log=log) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/commands/cli.py", line 2805, in run result = ci.function(session, **kw_args) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/cmd.py", line 152, in provider_open name or model_name_from_path(fi.file_name)), provider_kw) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/cmd.py", line 365, in collated_open return func(*func_args, **func_kw) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core_formats/__init__.py", line 48, in open return open_python_script(session, data, file_name) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/scripting.py", line 82, in open_python_script _exec_python(session, code, argv) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/scripting.py", line 59, in _exec_python exec(code, sandbox.__dict__) File "writeMol2.py", line 2, in <module> ModuleNotFoundError: No module named 'chimera' ModuleNotFoundError: No module named 'chimera' File "writeMol2.py", line 2, in See log for complete Python traceback. > help help:user > open /home/user/MASTERS/Chimera_files/PythonScripts/clip2.py Traceback (most recent call last): File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/dialog.py", line 150, in _qt_safe if data_format is None else " format " + StringArg.unparse(data_format.nicknames[0]))) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/commands/run.py", line 31, in run results = command.run(text, log=log) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/commands/cli.py", line 2805, in run result = ci.function(session, **kw_args) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/cmd.py", line 101, in cmd_open Command(session, registry=registry).run(provider_cmd_text, log=log) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/commands/cli.py", line 2805, in run result = ci.function(session, **kw_args) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/cmd.py", line 152, in provider_open name or model_name_from_path(fi.file_name)), provider_kw) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/open_command/cmd.py", line 365, in collated_open return func(*func_args, **func_kw) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core_formats/__init__.py", line 48, in open return open_python_script(session, data, file_name) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/scripting.py", line 82, in open_python_script _exec_python(session, code, argv) File "/usr/lib/ucsf-chimerax/lib/python3.7/site- packages/chimerax/core/scripting.py", line 59, in _exec_python exec(code, sandbox.__dict__) File "clip2.py", line 4, in <module> ImportError: cannot import name 'runCommand' from 'chimerax' (unknown location) ImportError: cannot import name 'runCommand' from 'chimerax' (unknown location) File "clip2.py", line 4, in See log for complete Python traceback. > open /home/user/MASTERS/Chimera_files/PythonScripts/clip2.cxc > open /home/user/MASTERS/Chimera_files/testPDBfiles/Sys1nanopart.pdb > select :wat 157584 atoms, 157584 bonds, 1 model selected > hide sel target a > select ~sel 37869 atoms, 34860 bonds, 1 model selected > surface sel > color (#!1 & sel) white > select ::name="OQL" 2380 atoms, 2520 bonds, 1 model selected > color (#!1 & sel) red > select ::name="ONC" 4200 atoms, 3920 bonds, 1 model selected > color (#!1 & sel) blue > select ::name="NP" 2869 atoms, 1 model selected > color (#!1 & sel) yellow > lighting flat > lighting shadows false > graphics silhouettes false > movie record supersample 3 > clip front -0.5 > wait wait requires a frame count argument unless motion is in progress > movie encode clip.mp4 bitrate 200 Movie encoding failed because no images were recorded. > close session > open /home/user/MASTERS/Chimera_files/PythonScripts/clip2.cxc > open /home/user/MASTERS/Chimera_files/testPDBfiles/Sys1nanopart.pdb > select :wat 157584 atoms, 157584 bonds, 1 model selected > hide sel target a > select ~sel 37869 atoms, 34860 bonds, 1 model selected > surface sel > color (#!1 & sel) white > select ::name="OQL" 2380 atoms, 2520 bonds, 1 model selected > color (#!1 & sel) red > select ::name="ONC" 4200 atoms, 3920 bonds, 1 model selected > color (#!1 & sel) blue > select ::name="NP" 2869 atoms, 1 model selected > color (#!1 & sel) yellow > lighting flat > lighting shadows false > graphics silhouettes false > movie record supersample 3 > clip front -0.5 120 Expected a keyword > close session > open /home/user/MASTERS/Chimera_files/PythonScripts/clip2.cxc > open /home/user/MASTERS/Chimera_files/testPDBfiles/Sys1nanopart.pdb > select :wat 157584 atoms, 157584 bonds, 1 model selected > hide sel target a > select ~sel 37869 atoms, 34860 bonds, 1 model selected > surface sel > color (#!1 & sel) white > select ::name="OQL" 2380 atoms, 2520 bonds, 1 model selected > color (#!1 & sel) red > select ::name="ONC" 4200 atoms, 3920 bonds, 1 model selected > color (#!1 & sel) blue > select ::name="NP" 2869 atoms, 1 model selected > color (#!1 & sel) yellow > lighting flat > lighting shadows false > graphics silhouettes false > windowsize 200 150 > copy file clip.jpg Unknown command: copy file clip.jpg > copy Unknown command: copy > save /home/user/Desktop/image1.png supersample 3 > movie record Already recording a movie > open /home/user/Desktop/gbpmovie.cxc No such file/path: /home/user/Desktop/gbpmovie.cxc > close session > open /home/user/MASTERS/Chimera_files/PythonScripts/clip2.cxc > open /home/user/MASTERS/Chimera_files/testPDBfiles/Sys1nanopart.pdb > select :wat 157584 atoms, 157584 bonds, 1 model selected > hide sel target a > select ~sel 37869 atoms, 34860 bonds, 1 model selected > surface sel > color (#!1 & sel) white > select ::name="OQL" 2380 atoms, 2520 bonds, 1 model selected > color (#!1 & sel) red > select ::name="ONC" 4200 atoms, 3920 bonds, 1 model selected > color (#!1 & sel) blue > select ::name="NP" 2869 atoms, 1 model selected > color (#!1 & sel) yellow > lighting flat > lighting shadows false > graphics silhouettes false > movie record supersample 3 Already recording a movie > movie stop > movie record supersample 3 > movie stop > movie stop Not currently recording > close session > open /home/user/MASTERS/Chimera_files/PythonScripts/clip2.cxc > open /home/user/MASTERS/Chimera_files/testPDBfiles/Sys1nanopart.pdb > select :wat 157584 atoms, 157584 bonds, 1 model selected > hide sel target a > select ~sel 37869 atoms, 34860 bonds, 1 model selected > surface sel > color (#!1 & sel) white > select ::name="OQL" 2380 atoms, 2520 bonds, 1 model selected > color (#!1 & sel) red > select ::name="ONC" 4200 atoms, 3920 bonds, 1 model selected > color (#!1 & sel) blue > select ::name="NP" 2869 atoms, 1 model selected > color (#!1 & sel) yellow > lighting flat > lighting shadows false > graphics silhouettes false > movie record supersample 3 > clip front -0.5 120 ; wait 120 ; movie encode clip.mp4 bitrate 200 Expected a keyword > help help:contact.html OpenGL version: 3.3.0 NVIDIA 440.100 OpenGL renderer: GeForce RTX 2060/PCIe/SSE2 OpenGL vendor: NVIDIA Corporation Manufacturer: Micro-Star International Co., Ltd. Model: GL63 8SE OS: Ubuntu 18.04 bionic Architecture: 64bit ELF CPU: 12 Intel(R) Core(TM) i7-8750H CPU @ 2.20GHz Cache Size: 9216 KB Memory: total used free shared buff/cache available Mem: 31G 6.1G 18G 662M 6.6G 24G Swap: 2.0G 0B 2.0G Graphics: 00:02.0 VGA compatible controller [0300]: Intel Corporation Device [8086:3e9b] Subsystem: Micro-Star International Co., Ltd. [MSI] Device [1462:126a] Kernel driver in use: i915 PyQt version: 5.12.3 Compiled Qt version: 5.12.4 Runtime Qt version: 5.12.8 File attachment: clip2.cxc

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