Kefer Astrology Documentation

z_visual module

Functions

build_radix_figure

build_radix_figure(positions: dict) -> plotly.graph_objs._figure.Figure

Build a standardized polar (radix) chart figure from planet positions in degrees [0,360). positions: mapping of planet name (lowercase or mixed) -> ecliptic longitude in degrees

display_3d

display_3d(categories: list, values_degrees: list, labels: list) -> None

Render a simple Matplotlib 3D scatter plot for objects at given angles.

display_radial

display_radial(categories: list, values_degrees: list, labels: list) -> None

Quick Matplotlib radial scatter demo for given categories and degrees.

Parameters

  • categories: labels for angular ticks

  • values_degrees: list of angles in degrees

  • labels: point labels to show as markers

figure_3d

figure_3d(objects: object)

Build a Plotly polar figure for planetary positions and zodiac labels.

generate_moon_dec

generate_moon_dec(o: object) -> None

Plot moon declination time series from DataFrame-like o.

generate_planets_dec

generate_planets_dec(o: object) -> None

Plot declination time series for all non-moon bodies in the DataFrame-like o.

generate_skyfield_data

generate_skyfield_data(sky_set: object)

Render a polar plot from a mapping of right ascension/declination tuples.

write_plotly_html

write_plotly_html(fig: plotly.graph_objs._figure.Figure, tmpname: str = 'radix_chart.html') -> str

Write a Plotly figure to a temporary HTML file and return its absolute path.

Parameters

  • fig: Plotly Figure to serialize to HTML

  • tmpname: filename to use within the system temporary directory