Package micycle.pgs

package micycle.pgs

Processing Geometry Suite is a software project that provides easy access to geometric algorithms in the form of a Processing library.

Functionality is split over the following classes:

• Circle Packing
• Coloring
• Construction
• Contour
• Conversion
• Hulls
• Meshing
• Morphology
• Optimisation
• Point Sets
• Processing
• Segment Sets
• Shape Boolean
• Shape Predicates & Metrics
• Tiling
• Transformation
• Triangulation
• Voronoi

Related Packages

Package	Description
micycle.pgs.commons	The commons package contains all non-core PGS classes (of varying authorship and either not worth putting in separate package or too long to include within the calling PGS method itself).

Class	Description
PGS_CirclePacking	Circle packings of shapes, subject to varying constraints and patterns of tangencies.
PGS_Coloring	Minimal colorings of meshes (or mesh-like shapes).
PGS_Coloring.ColoringAlgorithm	Specifies the algorithm/heuristic used by the underlying graph coloring process to find an approximate minimal coloring for mesh faces.
PGS_Construction	Construct uncommon/interesting 2D geometries (beyond those offered in Processing).
PGS_Construction.SierpinskiTriCurveType
PGS_Contour	Methods for producing different kinds of shape contours.
PGS_Contour.OffsetStyle	Specifies the join style for offset curves.
PGS_Conversion	Facilitates conversion between Processing's PShapes and JTS's Geometries, along with various other formats.
PGS_Conversion.PShapeData	A utility class for storing and manipulating the visual properties of PShapes from the Processing library.
PGS_Hull	Generates various types of geomtric hulls (convex, concave, etc.) for polygons and point sets.
PGS_Meshing	Mesh generation (excluding triangulation) and processing.
PGS_Morphology	Methods that affect the geometry or topology of shapes.
PGS_Optimisation	Solve geometric optimisation problems, such as bounding volumes, inscribed areas, optimal distances, etc.
PGS_Optimisation.RectPackHeuristic	Various packing heuristics for rectpack().
PGS_PointSet	Generation of random sets of 2D points having a variety of different distributions and constraints (and associated functions).
PGS_Processing	Methods that process shape geometry: partitioning, slicing, cleaning, etc.
PGS_SegmentSet	Generation of random sets of non-intersecting line segments (and associated functions).
PGS_ShapeBoolean	Boolean set-operations for 2D shapes.
PGS_ShapePredicates	Various shape metrics, predicates and descriptors.
PGS_Tiling	Tiling, tessellation and subdivision of the plane using periodic or non-periodic geometric shapes.
PGS_Transformation	Various geometric and affine transformations for PShapes that affect vertex coordinates.
PGS_Triangulation	Delaunay and earcut triangulation of shapes and point sets.
PGS_Voronoi	Voronoi Diagrams of shapes and point sets.