https://github.com/patrickfuchs/buildH/

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Revision Author Date Message Commit Date
f1302d5 Remove old files 27 May 2019, 13:46:15 UTC
98a31e6 Clean up some old files 27 May 2019, 13:44:09 UTC
5ed7e2b Remove old function pandas and add docstring to main function 19 May 2019, 13:38:50 UTC
7f59246 Clean up code + add comments 19 May 2019, 13:33:00 UTC
5421c90 Add CH3 reconstruction + cleaning up 18 May 2019, 16:17:41 UTC
3d3d84d Add CH double bond reconstruction 18 May 2019, 14:06:03 UTC
a483781 Switch to MDAnalysis & add single CH reconstruction 15 May 2019, 10:12:30 UTC
fc63955 Update README 13 May 2019, 20:48:32 UTC
4e80018 Retrieve helpers using row index 12 May 2019, 17:27:55 UTC
bd086da Add index (atom name) to pandas dataframe rows 12 May 2019, 17:07:18 UTC
564cc7c Switch to Unix newline 12 May 2019, 17:01:18 UTC
d799a36 Remove (now) useless functions reconstruct_hydrogens() and reconstruct_hydrogens2() 12 May 2019, 16:31:33 UTC
7c69f90 Reconstruct H residue by residue (function reconstruct_hydrogens3) 12 May 2019, 16:29:59 UTC
ddbe7b3 Make a list of pandas dataframe residues (function pdb2list_pandasdf_residues) 12 May 2019, 15:53:01 UTC
882e47b Avoid append with pandas dataframes (function reconstruct_hydrogens2) 11 May 2019, 15:12:43 UTC
b43048b Move reconstruct_hydrogens to a function 10 May 2019, 22:28:33 UTC
a685ee0 Change a few comments 10 May 2019, 21:35:21 UTC
60802f3 Clean up a few minor things 28 April 2019, 18:54:35 UTC
6012afa Add 1POPC.pdb 28 April 2019, 18:52:07 UTC
352327e Clean up the merge on add_hydrogens.py 28 April 2019, 18:35:45 UTC
9a11e20 Reconstruct H on many POPC with pandas df 28 April 2019, 17:59:06 UTC
4264fd1 Add of the cases 4-5-6 (CH3) and tests on the terminal C. Result in the CH3_GOGO.pdb 28 April 2019, 00:05:05 UTC
309e2f4 CH double bond corrected. Worked on C24 and C25 carbon. Result in CH_db_GOGO.pdb file 27 April 2019, 23:24:37 UTC
01bc4ec Reconstruct all H from one POPC 27 April 2019, 19:28:40 UTC
2bd837c Fix dataframe conversion to a 2D-array Fixes #1 27 April 2019, 18:05:29 UTC
c44508a Fix read_pdb() docstring 27 April 2019, 17:52:14 UTC
a816043 Clean up Amelie's dev tries 27 April 2019, 17:35:11 UTC
6fd603a Test for CH double bond but not effective yet. A bug to correct 27 April 2019, 01:22:02 UTC
22bc5ed First test and success of reconstructing H of the C-H case 26 April 2019, 22:27:50 UTC
49dbd39 Quick and dirty try with pandas dataframe 26 April 2019, 20:29:45 UTC
91ebf32 Add POPC files 26 April 2019, 20:29:08 UTC
2d6a8a0 Rename gro file 26 April 2019, 16:38:46 UTC
f043ffa Make docstrings PEP257 compliant 26 April 2019, 16:34:04 UTC
30391cb Functions for rotation and hydrogen reconstruction. Test of those functions on simple cases. carbon_test.gro is the file generated by gromacs, carbon_H.pdb are the carbon and hydrogens reconstruct with this tool. 26 April 2019, 10:47:38 UTC
66323f4 Correction distance C-H 25 April 2019, 16:33:27 UTC
7b0f536 Remove screenshots 25 April 2019, 12:34:51 UTC
056ee57 Corrected python file and updated nmm files 01 April 2019, 13:57:43 UTC
17afcef Tests avec VMD Tests with VMD to try to understand how the tool works, what are the different vectors computed and what are the results returned. 25 March 2019, 14:14:17 UTC
2b1b32f Add files via upload First version of the tool. Adaptation of the Fortran program (subroutine_add_hydrogen.f) in Python (subroutine_add_hydrogen.py). The three functions in Python has been tested on simple examples and returned correct answers. I tried to translate the case 3 (CH2) of the Fortran switch in Python using the previous functions. I've done several tests with the C5 carbon of the first lipid in the start_protonateded.gro structure (generated with Gromacs tool and ffgmx2.hdb parameter file). So far, wasn't able to get correct 3D coordinates for the hydrogens. But, when I checked the structure of the lipid, there is not an angle of 109.5° between the hydrogens and N4/C5/C6 atoms. I assume that in the Fortran code, v1 is the central atom meaning C5 here. v2 and v3 are named helpers meaning N4 (-> v2) and C6 (->v3) in my example. Also, I have no effective way to test if the vectors that I used are correctly computed (using VMD for example) and doing so I'm not sure that the procedure that I've coded is correct too. 07 March 2019, 10:35:26 UTC
ae8ea07 Update README 06 March 2019, 16:54:03 UTC
1de6298 Initial commit 06 March 2019, 16:52:57 UTC
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