ah, one more comment. I don't have CIF set up yet for nonfractional
coordinates. I guess I had better do that.
[EMAIL PROTECTED] wrote:
>On Fri, September 8, 2006 2:12 pm, G. Jones wrote:
>
>
>>PDB is fine, I don't know the format of cif files but if I did, or if you
>>know a link where I
also
_symmetry_space_group_name_H-M 'P 1'
is necessary for propagating to multiple unit cells.
[EMAIL PROTECTED] wrote:
>On Fri, September 8, 2006 2:12 pm, G. Jones wrote:
>
>
>>PDB is fine, I don't know the format of cif files but if I did, or if you
>>know a link where I can find it then th
On Fri, September 8, 2006 2:12 pm, G. Jones wrote:
> PDB is fine, I don't know the format of cif files but if I did, or if you
> know a link where I can find it then that would be fine to.
CIF files are very easy to write since they are free-format in a dataname
datavalue style with not very many
PDB is fine, I don't know the format of cif files but if I did, or if you
know a link where I can find it then that would be fine to.
On Sep 8 2006, Bob Hanson wrote:
>re recent message -- can you make do with PDB files? Or, changing XYZ
>files to CIF files would be quite easy, although I don't
re recent message -- can you make do with PDB files? Or, changing XYZ
files to CIF files would be quite easy, although I don't know of anyone
who is doing this. All you do is add a short header and a little trailer
line. You could just add the appropriate symmetry information as
"boilerplate" a
show is not new. Maybe "hide and seek" :)
Timothy Driscoll wrote:
>On Sep 8, 2006, at 12:27 PM, Bob Hanson wrote:
>
>
>
>>Alan Hewat wrote:
>>
>>
>>
The doc says that "restrict" just hides the atoms, so I can still
select them, but how do I unhide them ?
>>>
10.9.54 adds the capability to use space group information with
Cartesian coordinate files. Right now, just PDB, but there is no longer
any reason it couldn't also be done with XYZ files and, perhaps, a data
statement.
So Glenn, if you can write those files in PDB format, you can do what
you w
On Sep 8, 2006, at 12:27 PM, Bob Hanson wrote:
> Alan Hewat wrote:
>
>>> The doc says that "restrict" just hides the atoms, so I can still
>>> select them, but how do I unhide them ?
>>>
>>>
>>
>> "spacefill 20%" does it of course. (I knew it was a dumb question
>> - sorry). Alan.
>>
>>
>>
> a
Alan Hewat wrote:
>At 17:49 07/09/2006, Bob wrote:
>
>
>>This {-1 -1 -1} is meant to be a check for the space group listed in the CIF
>>file. In particular, some Hermann-Mauguin symbols return ambiguous results,
>>as happens for my quartz.cif file.
>>
>>
>
>OK, now I understand the differ
Alan Hewat wrote:
>>The doc says that "restrict" just hides the atoms, so I can still select
>>them, but how do I unhide them ?
>>
>>
>
>"spacefill 20%" does it of course. (I knew it was a dumb question - sorry).
>Alan.
>
>
>
actually, not. True "unrestrict" is not possible, since "restri
>The doc says that "restrict" just hides the atoms, so I can still select them,
>but how do I unhide them ?
"spacefill 20%" does it of course. (I knew it was a dumb question - sorry).
Alan.
_
Dr Alan Hewat, ILL Grenoble, FRANCE<[EMA
Hi!
I just found out that I very much miss an equivalent to the "pause"
or "wait"
command of rasmol in jmol, that is, a command that I can place in a
script
to make the script execution pause until I have had time to examine
the representation of my molecule, and then allows me to continue
At 17:49 07/09/2006, Bob wrote:
>This {-1 -1 -1} is meant to be a check for the space group listed in the CIF
>file. In particular, some Hermann-Mauguin symbols return ambiguous results, as
>happens for my quartz.cif file.
OK, now I understand the difference. {1 1 1} means use the SG symbol and
What I am interested in (which I currently use a bit of fortran to do) is
taking a set of coordinates(absolute or fractional) and unit cell vectors
and repeating them periodically. It would just be handy in jmol when making
images or examining a structure to either click on a button or type in t
Q1: Is there interest in Jmol reading unit cell/symmetry information from
PDB files and working with that? (Or is CIF sufficient?)
Q2: Is there interest in being able to take any Cartesian data set,
indicating a
unit cell and space group, and then being able to apply symmetry to
that?
B
set labelsGroup # labels appear just in front of the atoms of their group.
is in 10.9.53. Very simple implementation. Thanks for the suggestion,
Eric. For file types that do not support protein/nucleic acid groups,
set labelsGroup is the same as set labelsFront, since for those files
all atoms
Jmol currently only supports periodicity in the context of a unit cell.
In order to replicate, you need:
1) a file format that supports defining the unit cell (CIF, RES)
2) to define all atom positions in fractional coordinates
3) to define the unit cell parameters
4) to provide a space group nam
Hi,
I have calculated structures in the form of xyz files, and would like to
repeat them periodically, I if have found a menu in jmol which allows you
to draw a unit cell but can't find where to specify the dimension of the
unit cell or the repeat periodicty in the x y or z direction .
Is ther
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