% Generated by roxygen2: do not edit by hand
% Please edit documentation in R/splot-nodes.R
\name{draw_double_donut_pie_node_base}
\alias{draw_double_donut_pie_node_base}
\title{Draw Double Donut with Inner Pie}
\usage{
draw_double_donut_pie_node_base(
  x,
  y,
  size,
  donut_values = NULL,
  donut_colors = NULL,
  donut2_values = NULL,
  donut2_colors = NULL,
  pie_values = NULL,
  pie_colors = NULL,
  pie_default_color = NULL,
  outer_inner_ratio = 0.7,
  inner_inner_ratio = 0.4,
  bg_color = "gray90",
  border.col = "black",
  border.width = 1,
  pie_border.width = NULL,
  donut_border.width = NULL
)
}
\arguments{
\item{x, y}{Node center coordinates.}

\item{size}{Outer radius.}

\item{donut_values}{Values for outer donut ring (vector for segments, or single 0-1 for progress).}

\item{donut_colors}{Colors for outer donut segments.}

\item{donut2_values}{Values for inner donut ring (vector for segments, or single 0-1 for progress).}

\item{donut2_colors}{Colors for inner donut segments.}

\item{pie_values}{Numeric vector for center pie segments.}

\item{pie_colors}{Vector of colors for pie segments.}

\item{pie_default_color}{Default color for pie when pie_colors is NULL.}

\item{outer_inner_ratio}{Where outer donut ends (inner radius as ratio of outer radius). Default 0.7.}

\item{inner_inner_ratio}{Where inner donut ends (inner radius as ratio of outer radius). Default 0.4.}

\item{bg_color}{Background color for unfilled portions.}

\item{border.col}{Border color.}

\item{border.width}{Border line width.}

\item{pie_border.width}{Border width for pie slice dividers.}

\item{donut_border.width}{Border width for donut rings.}
}
\description{
Renders a node with two concentric donut rings and an optional inner pie chart.
From outside to inside: outer donut ring, inner donut ring, center pie.
}
\keyword{internal}
