pyOMA.core.StabilDiagram.StabilPlot

class pyOMA.core.StabilDiagram.StabilPlot(stabil_calc, fig=None)

Bases: object

Static matplotlib stabilisation diagram renderer.

Draws poles from a StabilCalc object onto a matplotlib figure, colour-coded by their stabilisation status (stable / partially stable / unstable). Used as the backend for both the interactive StabilGUI and the Jupyter JupyterGUI.

Parameters:

• stabil_calc (StabilCalc) – Populated stabilisation-calculation object.

• fig (matplotlib.figure.Figure, optional) – External figure to draw into. A new figure is created when None.

__init__(stabil_calc, fig=None)

Parameters:

• stabil_calc (StabilCalc) – Populated stabilisation-calculation object.

• fig (matplotlib.figure.Figure, optional) – External figure to draw into. A new figure is created when None.

Methods

__init__(stabil_calc[, fig])
add_mode(datapoint, list_ind)
init_cursor([visible])
mode_selected(event)	connect this function to the button press event of the canvas
plot_stabil(name)
plot_stabil_autosel(color, marker, zorder, ...)
plot_stabil_stdf(name, color, zorder, label)
plot_sv_psd(b[, NFFT])
prepare_diagram()
remove_mode(datapoint, list_ind)
save_figure([fname])
show_MC([b])
toggle_ad(b)
toggle_all(b)
toggle_clear(b)
toggle_dd(b)
toggle_dev(b)
toggle_df(b)
toggle_dmac(b)
toggle_dmtn(b)
toggle_mode(datapoint)
toggle_mpc(b)
toggle_mpd(b)
toggle_mtn(b)
toggle_select(b)
toggle_stable(b)
toggle_stdd(b)
toggle_stdf(b)
update_stabilization(**criteria)
update_xlim(xlim)
update_ylim(ylim)

mode_selected(event)

connect this function to the button press event of the canvas

plot_sv_psd(b, NFFT=None)

Todo

• add GUI for choosing PSD parameters