sboxUv2.display package

Functions and utilities to help obtain more and easier to parse information through sophisticated formatting and graph generation.

Submodules

sboxUv2.display.output module

sboxUv2.display.output.pprint(*args)

sboxUv2.display.pollock module

class sboxUv2.display.pollock.TableCursor(ax, values_function, desc)

Bases: object

A cross hair cursor.

Its implementation is largely taken from the matplotlib tutorial (see https://matplotlib.org/stable/gallery/event_handling/cursor_demo.html#sphx-glr-gallery-event-handling-cursor-demo-py).

on_mouse_move(event)

set_cross_hair_visible(visible)

sboxUv2.display.pollock.bct_interactive_view(s, cmap='coolwarm', vmin=0, vmax=32, absolute=True, show_only=None)

sboxUv2.display.pollock.ddt_interactive_view(s, cmap='coolwarm', vmin=0, vmax=10, show_only=None)

sboxUv2.display.pollock.fbct_interactive_view(s, cmap='coolwarm', vmin=0, vmax=16, absolute=True, show_only=None)

sboxUv2.display.pollock.interactive_distribution_comparison(spec, in_length, out_length, expected_distrib, title='T', name='S', l_min=None, l_max=None, y_log_scale=True)

sboxUv2.display.pollock.interactive_distribution_comparison_bct(s, y_log_scale=True)

sboxUv2.display.pollock.interactive_distribution_comparison_ddt(s, y_log_scale=True)

sboxUv2.display.pollock.interactive_distribution_comparison_lat(s, y_log_scale=True)

sboxUv2.display.pollock.lat_interactive_view(s, cmap='coolwarm', vmin=None, vmax=40, absolute=True, show_only=None)

sboxUv2.display.pollock.table_interactive_view(table, title='Table', desc='v', cmap='coolwarm', vmin=0, vmax=20)

Stops the execution flow and displays a new window containing a Pollock-style (in the sense of [C:BirPer15]) representation of a table.

The table is assumed to be a 2-dimensional array containing integers. We associate a color to each value using the colormap cmap. Then, a 2D picture is generated representing the content of the table.

A cross-hair cursor is displayed where the mouse, and the values of the coordinates are displayed under the picture. To describe the value at a given position, you need to specify the desc input. The cursor is handled using the TableCursor class.