Uses of Interface
squidpony.squidmath.Noise.Noise2D

Packages that use Noise.Noise2D

Package	Description
squidpony.squidgrid.mapping	Tools specifically for generating maps and placing content in them, usually working with 2D char arrays.
squidpony.squidmath	A very broad package containing random number generators, geometry tools, data structures, and noise functions.

Uses of Noise.Noise2D in squidpony.squidgrid.mapping

Constructors in squidpony.squidgrid.mapping with parameters of type Noise.Noise2D

Constructor	Description
LocalMap(long initialSeed, int mapWidth, int mapHeight, Noise.Noise2D noiseGenerator)	Constructs a concrete WorldMapGenerator for a map that can be used to wrap a sphere (as with a texture on a 3D model), with seamless east-west wrapping, no north-south wrapping, and distortion that causes the poles to have significantly-exaggerated-in-size features while the equator is not distorted.
LocalMap(long initialSeed, int mapWidth, int mapHeight, Noise.Noise2D noiseGenerator, double octaveMultiplier)	Constructs a concrete WorldMapGenerator for a map that can be used to wrap a sphere (as with a texture on a 3D model), with seamless east-west wrapping, no north-south wrapping, and distortion that causes the poles to have significantly-exaggerated-in-size features while the equator is not distorted.
LocalMimicMap(long initialSeed, GreasedRegion toMimic, Noise.Noise2D noiseGenerator)	Constructs a concrete WorldMapGenerator for a map that should have land in roughly the same places as the given GreasedRegion's "on" cells, without projecting the land positions or changing heat by latitude.
LocalMimicMap(long initialSeed, GreasedRegion toMimic, Noise.Noise2D noiseGenerator, double octaveMultiplier)	Constructs a concrete WorldMapGenerator for a map that should have land in roughly the same places as the given GreasedRegion's "on" cells, using an elliptical projection (specifically, a Mollweide projection).
LocalMimicMap(long initialSeed, Noise.Noise2D noiseGenerator, double octaveMultiplier)	Constructs a 256x256 unprojected local map that will use land forms with a similar shape to Australia.

Uses of Noise.Noise2D in squidpony.squidmath

Classes in squidpony.squidmath that implement Noise.Noise2D

Modifier and Type	Class	Description
class	ClassicNoise	"Classic Perlin" noise, as opposed to the Simplex Noise also created by Ken Perlin (which is produced by SeededNoise; both can be produced by FastNoise).
class	CosmicNumbering	Like a kind of RNG, but fully deterministic in a way that depends on a "connected" double array.
class	FastNoise	A wide range of noise functions that can all be called from one configurable object.
class	FoamNoise	An unusual continuous noise generator that tends to produce organic-looking forms, currently supporting 2D, 3D, 4D and 6D.
class	GlitchNoise	A noise generator for 1D, 2D, 3D, 4D, or 6D noise that should look "glitchy", with waves of changing values moving through triangular shapes.
class	JitterNoise	"Classic Perlin" noise with jitter applied to the grid it operates on.
class	MasonNoise	Noise functions that delegate work to the best-suited noise type for the requested dimensionality, plus some extra functions that affect a large multi-dimensional area at once.
class	MerlinNoise	Really strange noise functions that typically produce curving black and white shapes when rendered.
static class	Noise.Exponential2D
static class	Noise.InverseLayered2D
static class	Noise.Layered2D
static class	Noise.QuilezNoise	A hybrid between value and gradient noise that may be faster for 1D noise.
static class	Noise.Ridged2D
static class	Noise.Scaled2D
static class	Noise.Slick2D
static class	Noise.Sway2D
static class	Noise.Turbulent2D
static class	Noise.Viny2D
class	SeededNoise	More advanced noise functions, in 2D, 3D, 4D, and 6D, with the last two as options for generating seamlessly-tiling noise using Noise.seamless2D(double[][], long, int, Noise.Noise4D) and/or Noise.seamless3D(double[][][], long, int, Noise.Noise6D).
class	ValueNoise	A low-quality continuous noise generator with strong grid artifacts, this is nonetheless useful as a building block.
class	WhirlingNoise	A Noise class that's here for compatibility; it extends SeededNoise and delegates to it for all methods except WhirlingNoise.noiseAlt(double, double) and WhirlingNoise.noiseAlt(double, double, double).
class	WhiteNoise	Performance-oriented white noise generator for 1D, 2D, 3D, 4D, and 6D.

Fields in squidpony.squidmath declared as Noise.Noise2D

Modifier and Type	Field	Description
protected Noise.Noise2D	Noise.Exponential2D.basis
protected Noise.Noise2D	Noise.InverseLayered2D.basis
protected Noise.Noise2D	Noise.Layered2D.basis
protected Noise.Noise2D	Noise.Ridged2D.basis
protected Noise.Noise2D	Noise.Scaled2D.basis
protected Noise.Noise2D	Noise.Slick2D.basis
protected Noise.Noise2D	Noise.Turbulent2D.basis
protected Noise.Noise2D	Noise.Viny2D.basis
protected Noise.Noise2D	Noise.Slick2D.disturbance
protected Noise.Noise2D	Noise.Turbulent2D.disturbance
protected Noise.Noise2D	Noise.Viny2D.disturbance

Methods in squidpony.squidmath with parameters of type Noise.Noise2D

Modifier and Type	Method	Description
static void	TuringPattern.addNoise(double[] substance, int width, int height, double multiplier, Noise.Noise2D noise, long seed)	Simply adds the result of a noise call, multiplied by the given multiplier, to each point in substance.
static void	TuringPattern.distort(int[][] offsets, int width, int height, Noise.Noise2D noise, long seed)	Alters the given offset information (as a jagged 2D int array) with the given Noise2D instance and seed.
static double[]	TuringPattern.initialize(int width, int height, Noise.Noise2D noise, long seed)	Initializes a substance array that can be given to other static methods.
static double[]	TuringPattern.initializeInto(double[] substance, int width, int height, Noise.Noise2D noise, long seed)	Initializes a substance array that can be given to other static methods.
static double	Noise.seamless1D(Noise.Noise2D noise, double x, double sizeX, long seed)	Like Noise.seamless2D(double[][], long, int, Noise4D), but this produces 1D noise that "tiles" by repeating its output every sizeX units that x increases or decreases by.

Constructors in squidpony.squidmath with parameters of type Noise.Noise2D

Constructor	Description
Exponential2D(Noise.Noise2D basis)
Exponential2D(Noise.Noise2D basis, double sharpness)
InverseLayered2D(Noise.Noise2D basis)
InverseLayered2D(Noise.Noise2D basis, int octaves)
InverseLayered2D(Noise.Noise2D basis, int octaves, double frequency)
InverseLayered2D(Noise.Noise2D basis, int octaves, double frequency, double lacunarity)
Layered2D(Noise.Noise2D basis)
Layered2D(Noise.Noise2D basis, int octaves)
Layered2D(Noise.Noise2D basis, int octaves, double frequency)
Layered2D(Noise.Noise2D basis, int octaves, double frequency, double lacunarity)
Ridged2D(Noise.Noise2D basis)
Ridged2D(Noise.Noise2D basis, int octaves, double frequency)
Scaled2D(Noise.Noise2D basis)
Scaled2D(Noise.Noise2D basis, double scale)
Scaled2D(Noise.Noise2D basis, double scaleX, double scaleY)
Slick2D(Noise.Noise2D basis, Noise.Noise2D disturb)
Slick2D(Noise.Noise2D basis, Noise.Noise2D disturb, int octaves)
Turbulent2D(Noise.Noise2D basis, Noise.Noise2D disturb)
Turbulent2D(Noise.Noise2D basis, Noise.Noise2D disturb, int octaves)
Turbulent2D(Noise.Noise2D basis, Noise.Noise2D disturb, int octaves, double frequency)
Viny2D(Noise.Noise2D basis, Noise.Noise2D disturb)
Viny2D(Noise.Noise2D basis, Noise.Noise2D disturb, int octaves)
Viny2D(Noise.Noise2D basis, Noise.Noise2D disturb, int octaves, double frequency)