2,684
edits
Xds maxcc12: Difference between revisions
no edit summary
(start) |
No edit summary |
||
| Line 14: | Line 14: | ||
set out 'xds_maxcc12.ps' | set out 'xds_maxcc12.ps' | ||
set yrange [0:100] | set yrange [0:100] | ||
set xlabel "frame" | |||
set ylabel "%" | |||
set multiplot layout 3,1 | set multiplot layout 3,1 | ||
set title "CC1/2_iso" | set title "CC1/2_iso" | ||
| Line 46: | Line 49: | ||
which you save as plot_maxcc12.rc in your ~/bin or (as root) in /usr/local/bin . | which you save as plot_maxcc12.rc in your ~/bin or (as root) in /usr/local/bin . | ||
Now, after processing a dataset with XDS, you can simply use plot_maxcc12.rc and get | Now, after processing a dataset with XDS, you can simply use plot_maxcc12.rc and get a plot like | ||
[[File:xds_maxcc12.png]] | [[File:xds_maxcc12.png]] | ||
The plot is useful because it shows you the cumulative influence of the frames on CC<sub>1/2</sub> and completeness of ten resolution shells (to change that number, you must modify the script). The highest resolution shell us usually the lowest curve (red); the curves above are lower resolution shells. (To get the legend which maps the colors and linetypes to resolution range numbers, remove the "set nokey" line in the script) | |||
The example plot shows that CC<sub>1/2</sub> is highest around frame 60 to 70 and then gets lower due to radiation damage. However it also makes clear that around frame 60, the completeness is only about 50%. In this case, the anomalous signal is practically just noise. | |||