geometor.render.plotter

class geometor.render.plotter.Plotter(plot_name: str | None = None, margin_ratio=0.1, FIG_W=16, FIG_H=9)

Bases: object

The Plotter class handles the fundametals for rendering a geometric construction

parameters

• name : str: establish name for the model instance

attributes

• plot_name -> str: name of the model

• margin -> float: margin for the plot

• FIG_W -> int: width of the figure

• FIG_H -> int: height of the figure

• ax_main -> matplotlib.axes.Axes: Axes for the main graph

• ax_header -> matplotlib.axes.Axes: Axes for the header panel

• ax_footer -> matplotlib.axes.Axes: Axes for the footer panel

• figure -> matplotlib.figure.Figure: the main figure of the plot

methods

• plot_point() -> Point

• plot_line() -> Line

• plot_circle() -> Circle

reset_ax_all() → None

reset_ax_main() → None

reset_ax_header() → None

reset_ax_footer() → None

set_ax_main_bounds(bounds)

annotate_point(point: Point, text)

Annotate the given point with the provided text on the given axes.

plot_point(pt: sp_Point, label: str, classes: list = None) → list

plot the point with corresponding styles returns a list of artists

plot_selected_points(pts: list[spg.Point]) → list

plot_circle_points(pts: list[spg.Point]) → list

plot_line(line: spg.Line, classes: list = None) → list[mp.Line2D]

returns list of plot artists

plot_selected_line(line: spg.Line, classes: list = None) → list[mp.Line2D]

returns list of plot artists

plot_circle(circle: spg.Circle, classes: list = None) → list[plt.Circle]

takes a sympy circle and plots with the matplotlib Circle patch

plot_selected_circle(circle: spg.Circle, classes: list = None) → list[plt.Circle]

plot_segment(segment: spg.Segment, style_type: str = None, classes: list = None) → list

plot_line_segment(line: spg.Line, classes: list = None) → list

plot_circle_radius(radius_segment: spg.Segment, classes: list = None) → list

plot_polygon(poly: spg.Polygon, classes: list = None)

takes a sympy Polygon and plots with the matplotlib Polygon patch

plot_wedge(wedge: Wedge, classes: list = None) → list[mp.patch.Wedge]

takes a geometor.model.Wedge and maps it to a matplotlib patch

plot_element(index, el, model)

instanstiates and returns a PlotElement object containing all the necessary matplotlib artifacts for rendering a geometric element

plot_model(model: Model, annotate_points=False)

plot_header(text)

sets up one panel for header

plot_footer(index, description, label)

sets up 3 panels in footer for index, description and label

set_plotter_limits_from_points(points)

zoom_to_points(zoom_pts)

zoom_to_bounds()