Uses of Class
eu.svjatoslav.aukio.e3d.renderer.raster.shapes.basic.solidpolygon.SolidPolygon

Packages that use SolidPolygon

Package	Description
eu.svjatoslav.aukio.e3d.renderer.raster.gi	Progressive CPU global illumination.
eu.svjatoslav.aukio.e3d.renderer.raster.lighting	Lighting system for flat-shaded polygon rendering.
eu.svjatoslav.aukio.e3d.renderer.raster.shapes.basic.solidpolygon	Solid-color polygon rendering with scanline rasterization.
eu.svjatoslav.aukio.e3d.renderer.raster.shapes.composite.base	Base class and utilities for composite shapes.

Uses of SolidPolygon in eu.svjatoslav.aukio.e3d.renderer.raster.gi

Methods in eu.svjatoslav.aukio.e3d.renderer.raster.gi with parameters of type SolidPolygon

Modifier and Type	Method	Description
void	GlobalIllumination.addIndirectLight(SolidPolygon polygon, Color baseColor, Color result)
boolean	GlobalIllumination.isLightVisible(SolidPolygon polygon, LightSource light)

Uses of SolidPolygon in eu.svjatoslav.aukio.e3d.renderer.raster.lighting

Methods in eu.svjatoslav.aukio.e3d.renderer.raster.lighting with parameters of type SolidPolygon

Modifier and Type	Method	Description
void	GiLightProvider.addIndirectLight(SolidPolygon polygon, Color baseColor, Color result)	Adds the polygon's indirect (bounced light) contribution to an already computed direct-lighting color, in place.
void	LightingManager.computeLighting(SolidPolygon polygon, Point3D polygonCenter, Point3D normal, Color baseColor, Color result)	GI-aware lighting computation: identical to LightingManager.computeLighting(Point3D, Point3D, Color, Color) when no GiLightProvider is installed.
boolean	GiLightProvider.isLightVisible(SolidPolygon polygon, LightSource light)	Tells whether a light source currently has an unobstructed path to the polygon.

Uses of SolidPolygon in eu.svjatoslav.aukio.e3d.renderer.raster.shapes.basic.solidpolygon

Methods in eu.svjatoslav.aukio.e3d.renderer.raster.shapes.basic.solidpolygon that return SolidPolygon

Modifier and Type	Method	Description
SolidPolygon	SolidPolygon.deepClone()	Creates a deep clone of this polygon.
static SolidPolygon	SolidPolygon.fromVertices(List<Vertex> vertices, Color color)	Creates a solid polygon from existing vertices.
static SolidPolygon	SolidPolygon.fromVertices(List<Vertex> vertices, Color color, boolean shadingEnabled)	Creates a solid polygon from existing vertices with specified shading.
static SolidPolygon	SolidPolygon.quad(Point3D p1, Point3D p2, Point3D p3, Point3D p4, Color color)	Creates a quad (4-vertex polygon).
static SolidPolygon	SolidPolygon.triangle(Point3D p1, Point3D p2, Point3D p3, Color color)	Creates a triangle (3-vertex polygon).

Uses of SolidPolygon in eu.svjatoslav.aukio.e3d.renderer.raster.shapes.composite.base

Fields in eu.svjatoslav.aukio.e3d.renderer.raster.shapes.composite.base with type parameters of type SolidPolygon

Modifier and Type	Field	Description
final List<SolidPolygon>	BspTree.polygons	Polygons that lie on this node's partitioning plane.

Methods in eu.svjatoslav.aukio.e3d.renderer.raster.shapes.composite.base that return types with arguments of type SolidPolygon

Modifier and Type	Method	Description
List<SolidPolygon>	BspTree.allPolygons()	Collects all polygons from this BSP tree into a flat list.
List<SolidPolygon>	BspTree.clipPolygons(List<SolidPolygon> polygons)	Clips a list of polygons against this BSP tree, returning only the portions that lie outside the solid represented by this tree.
List<SolidPolygon>	AbstractCompositeShape.extractSolidPolygons()	Extracts all SolidPolygon instances from this composite shape.
static List<SolidPolygon>	Csg.intersect(List<SolidPolygon> a, List<SolidPolygon> b)	Intersection of two polygon sets: only the overlapping volume remains.
static List<SolidPolygon>	Csg.subtract(List<SolidPolygon> a, List<SolidPolygon> b)	Subtraction a - b: the cutter volume carved out of the target.
static List<SolidPolygon>	Csg.union(List<SolidPolygon> a, List<SolidPolygon> b)	Union of two polygon sets: every surface of both, interior faces removed.

Methods in eu.svjatoslav.aukio.e3d.renderer.raster.shapes.composite.base with parameters of type SolidPolygon

Modifier and Type	Method	Description
void	Plane.splitPolygon(SolidPolygon polygon, List<SolidPolygon> coplanarFront, List<SolidPolygon> coplanarBack, List<SolidPolygon> front, List<SolidPolygon> back)	Splits a polygon by this plane, classifying and potentially dividing it.

Method parameters in eu.svjatoslav.aukio.e3d.renderer.raster.shapes.composite.base with type arguments of type SolidPolygon

Modifier and Type	Method	Description
void	BspTree.addPolygons(List<SolidPolygon> polygons)	Adds polygons to this BSP tree, partitioning space recursively.
List<SolidPolygon>	BspTree.clipPolygons(List<SolidPolygon> polygons)	Clips a list of polygons against this BSP tree, returning only the portions that lie outside the solid represented by this tree.
static List<SolidPolygon>	Csg.intersect(List<SolidPolygon> a, List<SolidPolygon> b)	Intersection of two polygon sets: only the overlapping volume remains.
void	Plane.splitPolygon(SolidPolygon polygon, List<SolidPolygon> coplanarFront, List<SolidPolygon> coplanarBack, List<SolidPolygon> front, List<SolidPolygon> back)	Splits a polygon by this plane, classifying and potentially dividing it.
static List<SolidPolygon>	Csg.subtract(List<SolidPolygon> a, List<SolidPolygon> b)	Subtraction a - b: the cutter volume carved out of the target.
static List<SolidPolygon>	Csg.union(List<SolidPolygon> a, List<SolidPolygon> b)	Union of two polygon sets: every surface of both, interior faces removed.

Constructor parameters in eu.svjatoslav.aukio.e3d.renderer.raster.shapes.composite.base with type arguments of type SolidPolygon

Modifier	Constructor	Description
	BspTree(List<SolidPolygon> polygons)	Creates a BSP tree from a list of polygons.