I changed
character :: string*132,frmnam*103,form*6='(i0.0)'
to
character :: string*550,frmnam*512,form*6='(i0.0)'
and recompiled.
Now, it generates adx files with .adx extension.
It generates only 5~56 .adx files from 1~60 .img files, but I think that this
is because my
Yes, lack of extension is the only remaining problem.
Although I automatically added extension by python, your link seems useful as
well.
I'm not sure about opening adx files in linux,
but when I ran generate_adx in linux, and opened adx files by adxv in macOS,
the adxv said
Loading
Dear all,
Can I have a working Fortran code for generate_adx?
I copied the code from
https://strucbio.biologie.uni-konstanz.de/xdswiki/index.php/Generate_adx
There are some different lines (than original in website), so I manually
corrected and then compiled.
However, generated output files
Dear all,
What I knew is starting angle (-60) and ending angle (+60).
Additionally, I know number of image files generated by mrc2smv is 120 from my
mrc files.
Since it is conventional to delete/omit first/last image,
changing into a decently "accurate" approximation as
STARTING_ANGLE=-60
Since I can't accessÂ
http://www.ysbl.york.ac.uk/~emsley/software/binaries/nightlies/pre-release/
I installed coot by installing ccp4.
However, I can't launch coot in my terminal (I logged in with ssh -X) with a below message.
Once I turned off my vpn, I could download from
https://data.sbgrid.org/dataset/222/
Thank you for your help.
To unsubscribe from the CCP4BB list, click the following link:
Thank you Tim and Kay.
"the indexing procedure is independent of the starting angle of the first
frame."
--> I see, since XDS does indexing, I think that XDS is independent of the
starting angle of the first frame
"Are you possibly looking for the OSCILLATION_WIDTH=, i.e. the degree
per
I think that my microED data was measured with -60 to 60 rotation angle.
However,
STARTING_ANGLE= -60.
in my XDS.INP
resulted in
...
# COORDINATES OF REC. BASIS VECTORREDUCED CELL INDICES
1 0.0020349 0.0108237 0.0096964 1.00 -0.00 -0.00
2
