Man page - mcplot-matplotlib(1)

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Manual

mcPLOT-MATPLOTLIB

NAME
SYNOPSIS
DESCRIPTION
OPTIONS
FILES
EXAMPLES
AUTHORS
SEE ALSO
AUTHORS

NAME

mcplot-matplotlib - Plotting the results of a mcstas simulation using Matplotlib

SYNOPSIS

mcplot-matplotlib [-h] [-t] [–html] [–format FORMAT] [–output OUTPUT] [–log] [–backend BACKEND] [simulation ...]

DESCRIPTION

The front-end mcplot-matplotlib is a program that produces plots of all the monitors in a simulation, and it is thus useful to get a quick overview of the simulation results. In the simplest case, the front-end is run simply by typing mcplot-matplotlib. This will plot any simulation data stored in the current directory, which is where simulations store their results by default. If the --dir or --file options have been used, the name of the file or directory should be passed to mcplot-matplotlib , e.g. mcplot-matplotlib dir or mcplot-matplotlib file. It is also possible to plot one single text (not binary) data file from a given monitor, passing its name to mcplot-matplotlib. The -h option will list valid options.

This is the Matplotlib plotting tool.

OPTIONS

simulation

file or directory to plot

-h, –help

show this help message and exit

-t, –test

mccode data loader test run

–html

save plot to html using mpld3 (linux only)

–format FORMAT

save plot to pdf/png/eps/svg... without bringing up window

–output OUTPUT

save plot to given file without bringing up window. Extension (e.g. pdf/png/eps/svg) can be specified in the file name or --format

–log

initiate plot(s) with log of signal

–backend BACKEND

use non-default backend for matplotlib plot

FILES

/usr/share/mcstas/resources /usr/share/mcstas/tools/Python/mccodelib/mccode_config.json ~/.mcstas/mccode_config.json http://www.mcstas.org

EXAMPLES

Run and plot the Test_SX example (Single crystal diffraction)

•

mcrun Test_SX.instr -d output_dir -n 1e7 TTH=13.4

•

mcplot-matplotlib output_dir

AUTHORS

mcstas Team (mcstas.org)

SEE ALSO

mcstas(1), mcdoc(1), mcplot(1), mcrun(1), mcgui(1), mcdisplay(1)

AUTHORS

MCSTAS neutron Ray Tracing Team.