Plot Lorentz Geometry — plot_lhwr

Inspect the Lorentz hyperboloid coordinates used by LHWR. The hyperboloid view emphasizes the theoretical model, the Poincare view gives a disk display, and the radial view shows the radial/angular distribution of observations.

Usage

plot_lhwr_geometry(
  Z,
  type = c("poincare", "hyperboloid", "radial"),
  values = NULL,
  labels = NULL,
  title = NULL,
  palette = "Viridis",
  show_size_legend = FALSE,
  show_info = FALSE,
  ...
)

Arguments

Z: An n x 3 Lorentz hyperboloid coordinate matrix.
type: Plot type: "poincare", "hyperboloid", or "radial".
values: Optional numeric vector for point colors. Defaults to the hyperbolic radius.
labels: Optional point labels.
title: Optional title. NULL suppresses the Poincare title but selects a default title for hyperboloid/radial views; use "" for those views when the title is provided by a manuscript caption.
palette: HCL palette for numeric values.
show_size_legend: Logical; draw the point-size legend in the Poincare view.
show_info: Logical; draw the explanatory information box in the Poincare view.
...: Additional arguments passed to the underlying plotting function.

Value

Invisibly returns plotting coordinates or the input Z.

Examples

H <- simulate_H2(40, r_max = 3)
plot_lhwr_geometry(H$Z, type = "poincare", title = NULL)
plot_lhwr_geometry(H$Z, type = "radial")