Uses of Record Class
cloud.opencode.base.graph.layout.LayoutUtil.Point2D

Packages that use LayoutUtil.Point2D

Package	Description
cloud.opencode.base.graph.layout	Graph Layout Algorithms - Algorithms for graph visualization layout 图布局算法 - 用于图可视化布局的算法

Uses of LayoutUtil.Point2D in cloud.opencode.base.graph.layout

Methods in cloud.opencode.base.graph.layout that return LayoutUtil.Point2D

Modifier and Type	Method	Description
LayoutUtil.Point2D	LayoutUtil.Point2D.add(LayoutUtil.Point2D other)	Add another point (vector addition).
LayoutUtil.Point2D	LayoutUtil.Point2D.multiply(double scalar)	Multiply by scalar.
LayoutUtil.Point2D	LayoutUtil.Point2D.subtract(LayoutUtil.Point2D other)	Subtract another point (vector subtraction).

Methods in cloud.opencode.base.graph.layout that return types with arguments of type LayoutUtil.Point2D

Modifier and Type	Method	Description
static <V> Map<V, LayoutUtil.Point2D>	LayoutUtil.center(Map<V, LayoutUtil.Point2D> positions, double width, double height)	Center layout in the given bounds.
static <V> Map<V, LayoutUtil.Point2D>	LayoutUtil.circular(Graph<V> graph, double width, double height)	Compute circular layout with default center.
static <V> Map<V, LayoutUtil.Point2D>	LayoutUtil.circular(Graph<V> graph, double centerX, double centerY, double radius)	Compute circular layout.
static <V> Map<V, LayoutUtil.Point2D>	LayoutUtil.forceDirected(Graph<V> graph, double width, double height)	Compute force-directed layout using Fruchterman-Reingold algorithm.
static <V> Map<V, LayoutUtil.Point2D>	LayoutUtil.forceDirected(Graph<V> graph, double width, double height, int iterations)	Compute force-directed layout with custom iterations.
static <V> Map<V, LayoutUtil.Point2D>	LayoutUtil.grid(Graph<V> graph, double width, double height)	Compute grid layout.
static <V> Map<V, LayoutUtil.Point2D>	LayoutUtil.hierarchical(Graph<V> graph, double width, double height)	Compute hierarchical layout (top-down).
static <V> Map<V, LayoutUtil.Point2D>	LayoutUtil.random(Graph<V> graph, double width, double height)	Compute random layout.
static <V> Map<V, LayoutUtil.Point2D>	LayoutUtil.scale(Map<V, LayoutUtil.Point2D> positions, double width, double height, double margin)	Scale layout to fit in the given bounds.
static <V> Map<V, LayoutUtil.Point2D>	LayoutUtil.spring(Graph<V> graph, double width, double height, double springLength)	Compute spring layout (simplified force-directed).
static <V> Map<V, LayoutUtil.Point2D>	LayoutUtil.spring(Graph<V> graph, double width, double height, double springLength, int iterations)	Compute spring layout with custom parameters.

Methods in cloud.opencode.base.graph.layout with parameters of type LayoutUtil.Point2D

Modifier and Type	Method	Description
LayoutUtil.Point2D	LayoutUtil.Point2D.add(LayoutUtil.Point2D other)	Add another point (vector addition).
double	LayoutUtil.Point2D.distanceTo(LayoutUtil.Point2D other)	Calculate distance to another point.
LayoutUtil.Point2D	LayoutUtil.Point2D.subtract(LayoutUtil.Point2D other)	Subtract another point (vector subtraction).

Method parameters in cloud.opencode.base.graph.layout with type arguments of type LayoutUtil.Point2D

Modifier and Type	Method	Description
static <V> Map<V, LayoutUtil.Point2D>	LayoutUtil.center(Map<V, LayoutUtil.Point2D> positions, double width, double height)	Center layout in the given bounds.
static <V> Map<V, LayoutUtil.Point2D>	LayoutUtil.scale(Map<V, LayoutUtil.Point2D> positions, double width, double height, double margin)	Scale layout to fit in the given bounds.