SH::ShNoise< M, T, P > Class Template Reference

A Perlin noise/turbulence generator. More...

#include <ShLibNoiseImpl.hpp>

Collaboration diagram for SH::ShNoise< M, T, P >:

[legend]List of all members.

Static Public Member Functions
template<int K>
static ShGeneric< M, T >	noise (const ShGeneric< K, T > &p, bool useTexture)
	Generates a single octave Perlin noise with frequency 1 in each of K dimensions.
template<int K>
static ShGeneric< M, T >	perlin (const ShGeneric< K, T > &p, bool useTexture)
	Generates a single octave Perlin improved noise with frequency 1 in each of K dimensions.
template<int K>
static ShGeneric< M, T >	cellnoise (const ShGeneric< K, T > &p, bool useTexture)
	Generates a cell noise value using unit cube cells.
template<int K>
static ShGeneric< M, T >	linnoise (const ShGeneric< K, T > &p, bool useTexture)
	Generates a single octave of bilinearly interpolated cellnoise.

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Detailed Description

template<int M, typename T, int P = 16>
class SH::ShNoise< M, T, P >

A Perlin noise/turbulence generator.

M = dimensions of the result (1 <= M <= 4 currently) P = period of the noise texture

Definition at line 59 of file ShLibNoiseImpl.hpp.

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Member Function Documentation

template<int M, typename T, int P> template<int K> ShGeneric< M, T > SH::ShNoise< M, T, P >::noise (  const ShGeneric< K, T > &  p, bool  useTexture )  [static]

Generates a single octave Perlin noise with frequency 1 in each of K dimensions. If useTexture is on, then the pattern * repeats at every P cells. Definition at line 139 of file ShLibNoiseImpl.hpp. References SH::ShNoise< M, T, P >::perlin().

template<int M, typename T, int P> template<int K> ShGeneric< M, T > SH::ShNoise< M, T, P >::perlin (  const ShGeneric< K, T > &  p, bool  useTexture )  [static]

Generates a single octave Perlin improved noise with frequency 1 in each of K dimensions. If useTexture is on, then the pattern repeats at every P cells. Definition at line 147 of file ShLibNoiseImpl.hpp. References SH::_psmootht(), SH::floor(), SH::frac(), SH::lerp(), and SH::mad(). Referenced by SH::ShNoise< M, T, P >::noise().

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The documentation for this class was generated from the following file:

• ShLibNoiseImpl.hpp

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