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[ Last edited by ben_ladeng on 2011-12-22 at 19:03 ]
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Óù½£½­ºþ(½ð±Ò+3): EPI¹ÄÀøÔ­´´£¬´Ë½â´ðÔÚ·Ö×ÓÄ£ÄâÂÛ̳ÒÑÓУ¬http://www.mdbbs.org/thread-215-1-1.html 2011-12-21 18:40:01
³ÂÓ¦¹ã(½ð±Ò+8): ¡ï¡ï¡ïºÜÓаïÖú ллÄúµÄ°ïÖú£¡ 2011-12-22 09:34:23
jiaoyixiong(½ð±Ò+10, Ä£ÄâEPI+1): ¹ÄÀø½»Á÷ 2011-12-22 14:11:05
gromacsÖÐÌí¼ÓamberÁ¦³¡ÓÐÁ½ÖÖ·½·¨£º(1)´Óhttp://ffamber.cnsm.csulb.edu/ÉÏÏÂÔضÔÓ¦ÓÚÄãµÄgromacs°æ±¾µÄamberÁ¦³¡²ÎÊýÎļþ£¬¾ßÌåµÄ²½ÖèÈçÏ£º
Installation & Testing:
(1) Install the desired GROMACS distribution (v3.1.4, v3.2.1, v3.3, or v3.3.1).
(2) Download the appropriate ffamber ports (.tar.gz) with or without pdf documentation from the table below, being sure that the version number you choose matches the version of GROMACS you are using.
(3) Unzip/untar the downloaded tar.gz file.
(4) Copy aminoacids.dat and vdwradii.dat to the "top" directory in your gromacs distribution (you should see force field files there, such as ffoplsaa.*). If you plan on simulating nucleic acids, refer to the note for nucleic acids in aminoacids.dat below.
(5) Files for each force field are located in a seperate subdirectory, such as ffamber94/ for the Cornell potential. Copy the desired ffamber* files to the top directory in your gromacs distribution.
(6) Increment the number at the top of the "top/FF.dat" file by 1 for each AMBER port you'll install (so that it matches the total number of forcefields available in the "top" directory).
(7) Add lines like the following to the "top/FF.dat" file. These are used by pdb2gmx to allow you to identify the desired FF and field 1 must match the ffamber* filename prefixes, whereas the following fields can be user-defined:
     ffamber94 AMBER94 Cornell protein/nucleic forcefield
     ffamber99 AMBER99 Wang protein/nucleic acid forcefield
     ffamber99p AMBER99p protein/nucleic forcefield
     ffamber03 AMBER03 Duan protein/nucleic forcefield
(8) Locate the GMXRC in your GROMACS distribution and run `source GMXRC`.
(9) Run `pdb2gmx -H14 -f any.pdb` with any pdb to verify that these force fields are now seen by GROMACS. Working example .pdb files are available below, alongside pre-prepared gro and top files (GROMACS 3.1.4 / AMBER94) to which you can compare your resulting files.
(2).Äã¿ÉÒÔ±àÒë¸ß°æ±¾µÄgromacs£¬ÀýÈç4.5£¬ÀïÃæ×Ô´øÁËamberÁ¦³¡£¬ÃâÈ¥ÁËÁíÍâ°²×°µÄÂé·³~
5Â¥2011-12-21 18:35:56
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2Â¥2011-12-19 14:25:43
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Óù½£½­ºþ(½ð±Ò+2): лл 2011-12-21 18:44:15
3Â¥2011-12-21 08:54:51
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Â¥: Originally posted by shengxiang at 2011-12-21 08:54:51:
http://www.pharmacy.manchester.ac.uk/bryce/amber

ÄúºÃ£¬ÇëÎÊÄãÄÇÀïÓÐÄÜÔÚGromacsÀïÔËÐеÄGlycamÁ¦³¡Êý¾Ý°üÂ𣿣¿ÄÜ·ñ½Ì½ÌСµÜÔõôÔÚGromacsÀïÌí¼ÓAmberÁ¦³¡£¿£¿
4Â¥2011-12-21 09:18:23
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Óù½£½­ºþ(½ð±Ò+4): ͬһ½â´ð²»µÃ¶àÉÙÊÚÓèEPIO,http://emuch.net/bbs/viewthread.php?tid=3959648&page=1#pid5 2011-12-22 14:56:10
gromacsÖÐÌí¼ÓamberÁ¦³¡ÓÐÁ½ÖÖ·½·¨£º
(1)´Óhttp://ffamber.cnsm.csulb.edu/ÉÏÏÂÔضÔÓ¦ÓÚÄãµÄgromacs°æ±¾µÄamberÁ¦³¡²ÎÊýÎļþ£¬¾ßÌåµÄ²½ÖèÈçÏ£º
Installation & Testing:
(1) Install the desired GROMACS distribution (v3.1.4, v3.2.1, v3.3, or v3.3.1).
(2) Download the appropriate ffamber ports (.tar.gz) with or without pdf documentation from the table below, being sure that the version number you choose matches the version of GROMACS you are using.
(3) Unzip/untar the downloaded tar.gz file.
(4) Copy aminoacids.dat and vdwradii.dat to the "top" directory in your gromacs distribution (you should see force field files there, such as ffoplsaa.*). If you plan on simulating nucleic acids, refer to the note for nucleic acids in aminoacids.dat below.
(5) Files for each force field are located in a seperate subdirectory, such as ffamber94/ for the Cornell potential. Copy the desired ffamber* files to the top directory in your gromacs distribution.
(6) Increment the number at the top of the "top/FF.dat" file by 1 for each AMBER port you'll install (so that it matches the total number of forcefields available in the "top" directory).
(7) Add lines like the following to the "top/FF.dat" file. These are used by pdb2gmx to allow you to identify the desired FF and field 1 must match the ffamber* filename prefixes, whereas the following fields can be user-defined:
     ffamber94 AMBER94 Cornell protein/nucleic forcefield
     ffamber99 AMBER99 Wang protein/nucleic acid forcefield
     ffamber99p AMBER99p protein/nucleic forcefield
     ffamber03 AMBER03 Duan protein/nucleic forcefield
(8) Locate the GMXRC in your GROMACS distribution and run `source GMXRC`.
(9) Run `pdb2gmx -H14 -f any.pdb` with any pdb to verify that these force fields are now seen by GROMACS. Working example .pdb files are available below, alongside pre-prepared gro and top files (GROMACS 3.1.4 / AMBER94) to which you can compare your resulting files.
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3.½âѹËõÏÂÔصÄamberÁ¦³¡²ÎÊýÎļþ£¨linuxÏ£ºtar ¨Czxvf  ***£©£»
4.¸´ÖÆaminoacids.datºÍvdwradii.datµ½gromacsµÄtopÎļþ¼ÐÏ£»
5.ÿһ¸öÁ¦³¡Îļþ¶¼ÔÚÒ»¸öµ¥¶ÀµÄ×ÓÎļþ¼ÐÖУ¬¸´ÖÆËùÐèÒªµÄffamberµÄÎļþ¼ÐÏÂËùÓÐÎļþµ½topÎļþ¼ÐÏ£»
6.Ôö¼Ó¡°top/FF.dat¡±ÖÐÁ¦³¡µÄÊýÄ¿£¬Ã¿Ìí¼ÓÒ»¸öÁ¦³¡Ôö¼Ó1£»
7.Ôö¼Ólinkµ½¡°otop/FF.dat¡±ÖУ¬¸ñʽÈçÏ£º
ffamber94 AMBER94 Cornell protein/nucleic forcefield
ffamber99 AMBER99 Wang protein/nucleic acid forcefield
ffamber99p AMBER99p protein/nucleic forcefield
ffamber03 AMBER03 Duan protein/nucleic forcefield£»
8.ÕÒµ½gromacsÖеÄGMXRC²¢ÇÒ¡°source GMXRC¡±£»
9.ÔËÐС°pdb2gmx ¨Cf **.pdb ¨Co **.gro ¨Cp **.top¡±½øÐвâÊÔ¡£
(2).Äã¿ÉÒÔ±àÒë¸ß°æ±¾µÄgromacs£¬ÀýÈç4.5£¬ÀïÃæ×Ô´øÁËamberÁ¦³¡£¬ÃâÈ¥ÁËÁíÍâ°²×°µÄÂé·³~
6Â¥2011-12-22 12:53:10
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