xfel.cxi.gfx package

Submodules

xfel.cxi.gfx.status_plot module

class xfel.cxi.gfx.status_plot.RunNumberEvent(run_id)

Bases: PyEvent

Sets the current run ID, which will appear in the frame title bar and the plot.

class xfel.cxi.gfx.status_plot.SaveImageEvent

Bases: PyEvent

Signals that an image of the current plot should be saved to disk (the file name will be something like rID_status.png, where ID is the run number.

class xfel.cxi.gfx.status_plot.StatusFrame(*args, **kwds)

Bases: plot_frame

OnSaveImage(event)

OnSetRunNumber(event)

OnUpdate(event)

create_plot_panel()

show_controls_default = False

class xfel.cxi.gfx.status_plot.StatusPlot(parent, figure_size=(8, 6), font_size=12, title_font_size=10, facecolor='white', transparent=False, handle_left_click=False, show_data_points=True, point_types=('o', '^', '+', 's', 'D'), title_alignment='right', toolbar_position=None)

Bases: plot_container

show_plot(*args, **kwds)

class xfel.cxi.gfx.status_plot.UpdateEvent(t, det_z, laser01, laser04, laser04_power, si_foil, wavelength)

Bases: PyEvent

Contains new data for plotting (one x series and three y series).

xfel.cxi.gfx.status_plot.draw_plot(figure, t, det_z, laser01, laser04, laser04_power, si_foil, wavelength, bragg=None, run_id=None)

xfel.cxi.gfx.status_plot.draw_plot_to_file(file_name, *args, **kwds)

For offline plotting, which turns out to be necessary when running the status plot through pyana.

xfel.cxi.gfx.status_plot.format_time(x, pos=None)

xfel.cxi.gfx.trials_plot module

class xfel.cxi.gfx.trials_plot.Run(runId)

Bases: object

cull_braggs(count)

max()

min()

recalc_hits(windowLen, hit_cutoff)

width()

class xfel.cxi.gfx.trials_plot.TrialsPlot(parent, figure_size=(8, 6), font_size=12, title_font_size=10, facecolor='white', transparent=False, handle_left_click=False, show_data_points=True, point_types=('o', '^', '+', 's', 'D'), title_alignment='right', toolbar_position=None)

Bases: plot_container

show_plot()

We assume that the runs are sorted in ascending order and that they do not overlap in time

The final graph will have a number of time units displayed equal to a percentage of the total number of time units in all the runs, not including gaps. Each run may or may not be displayed depending on the zoom and pan.

total_width: how many time units total in these runs, not including gaps xmin: smallest time value in the earliest run xmax: largest time value in the lastest run newwidth: number of time units to display on xaxis total over all runs newmid: a point on the total time units scale within the zoom and pan limits. Usually

the center, but since it could cause x to fall out of bounds it is adjusted

newxmin: how many time units on the left of the graph are not displayed, OR, the first

time unit to be displayed

newxmax: the first time unit not to be displayed

class xfel.cxi.gfx.trials_plot.TrialsPlotFrame(*args, **kwds)

Bases: plot_frame

OnPan(event)

OnTimeLockCheck(event)

OnTimer(event)

OnZoom(event)

create_plot_panel()

cull_braggs()

load_data()

set_params(params)

show_controls_default = False

show_plot()

xfel.cxi.gfx.trials_plot.run(args)

xfel.cxi.gfx.wx_detectors module

class xfel.cxi.gfx.wx_detectors.DetectorPlot(parent, figure_size=(8, 6), font_size=12, title_font_size=10, facecolor='white', transparent=False, handle_left_click=False, show_data_points=True, point_types=('o', '^', '+', 's', 'D'), title_alignment='right', toolbar_position=None)

Bases: plot_container

save_png()

set_run_id(run_id)

show_plot(t1, bragg, t2, skewness, t3, hit_rate, t4, photon_counts)

class xfel.cxi.gfx.wx_detectors.DetectorPlotFrame(*args, **kwds)

Bases: plot_frame

OnSave(event)

OnTimer(event)

create_plot_panel()

find_logs()

set_run_id(run_id)

set_watch_dir(dir_name, params)

show_controls_default = False

update_from_logs(force_update_hits=False)

update_hit_rate()

xfel.cxi.gfx.wx_detectors.run(args)

Module contents