Hi Bert,
xia2 is your friend in cases like this. This program is a real boon
for the lazy crystallographer. All you need to type is:
xia2 -3d /path/to/images
and xia2 will automagically index, integrate and scale all of the
sweeps together. Add the "-atom Se" flag (atom name as appropriate)
Klaus Futterer schrieb:
Is it not sufficient to first integrate the one wedge, then use this wedge
as a reference data set when integrating the second one?
(REFERENCE_DATA_SET= ../wedge01/XDS_ASCII.HKL)
Klaus
no, the REFERENCE_DATA_SET (first wedge of data) would then not be
merged with the
Is it not sufficient to first integrate the one wedge, then use this
wedge
as a reference data set when integrating the second one?
(REFERENCE_DATA_SET= ../wedge01/XDS_ASCII.HKL)
Klaus
-
Klaus Fütterer,
You can integrate them as separate wedges (in different directories),
then later merge them (XDS_ASCII.HKL) in Xscale. Make sure though you
have the orientation right and starting angles etc.
You'll have to first refine one wedge, then once you are happy with it
copy the GXPARM.XDS into the othe
Hi all,
is it possible to input discontinuous data wedges into XDS (obtained from for
example inverse beam sweeps)? (So wedge se1 goes from 0-90 deg (image 1-90),
se2 from 180-270 (image 1-90), etc). Or do I have to rename everything so that
I get one data file in which the rotation ranges are
