Nanoprobe Scanning Quick Reference/dude: Difference between revisions
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[2] when doing step [1], the motor positions and detector values are also updated , under '''P0''' (Point 0).<br> | [2] when doing step [1], the motor positions and detector values are also updated , under '''P0''' (Point 0).<br> | ||
[3] '''left mouse click''' on the canvas updates the position under '''P1''' (Point 1), and calculates the distance between P1 and P0. Does not work for 1D scans.<br> | [3] '''left mouse click''' on the canvas updates the position under '''P1''' (Point 1), and calculates the distance between P1 and P0. Does not work for 1D scans.<br> | ||
[4] disable Auto | [4] disable '''Auto''' to change the min and max of the color scale. The colormap can be changed under '''Settings'''. Toggle '''Log''' to switch between log and linear scale. Toggle '''Scale''' to show / hide the scale bar. The scaler bar is valid for the vertical axis only, and is only valid for the horizontal axis if the step size in x and y are equal.<br> | ||
[5] | |||
Revision as of 17:58, October 18, 2021
Get the latest version at home
Go to https://hub.docker.com/r/danielzt12/dude
check out the latest version, and specify that when executing the docker run command.
Load data
File -> Open, point to the mda folder and click OPEN.
If you are using dude to look at data other than those acquired with the Eiger detector, change that under Settings -> Detector.
Main interface
[1] right mouse click on the canvas or drag while clicked, show the corresponding detector images. Also work for 1D scans.
[2] when doing step [1], the motor positions and detector values are also updated , under P0 (Point 0).
[3] left mouse click on the canvas updates the position under P1 (Point 1), and calculates the distance between P1 and P0. Does not work for 1D scans.
[4] disable Auto to change the min and max of the color scale. The colormap can be changed under Settings. Toggle Log to switch between log and linear scale. Toggle Scale to show / hide the scale bar. The scaler bar is valid for the vertical axis only, and is only valid for the horizontal axis if the step size in x and y are equal.
[5]