Yep: the Oxford Diffraction 'CrysAlisPro' package includes a tool
working
in precisely the same way: generating 'pseudo-precession photos' through
pixel-by-pixel analysis of all of the raw diffraction images...
Marcus Winter (Oxford Diffraction)
-----Original Message-----
From: CCP4 bulletin board [mailto:ccp...@jiscmail.ac.uk] On Behalf Of
Martin Hallberg
Sent: 25 June 2009 19:00
To: CCP4BB@JISCMAIL.AC.UK
Subject: Re: [ccp4bb] From oscillation photographs to seeing specific
sections of reciprocal lattice.
Hi,
On Jun 25, 2009, at 6:41 PM, Ian Tickle wrote:
> But I thought what you wanted was to reconstruct the diffraction
> pattern
> (i.e. streaks, TDS, ice rings, zingers, warts & all) as a
> pseudo-precession image, not just display a representation of the
> integrated intensities. That surely would be much more useful, then
> one
> could see whether the apparent systematic absence violations were just
> streaks from adjacent spots, TDS, ice spots etc that have fooled the
> integration algorithm. That would be much more useful!
This is actually how it is done in the Bruker software (Proteum2). It
collects the relevant pixels from a whole series of xray images and
generates a simulated precession image for a chosen zone. It can be
very informative.
Cheers,
Martin
On Jun 25, 2009, at 6:24 PM, Francis E Reyes wrote:
> Hi all
>
> Is there software that will take oscillation photographs and
> construct a precession-like photo of specific layers of the
> reciprocal lattice (say h0l), for inspection of the systematic
> absences, etc?
>
> Thanks
>
> FR
