generators Directory Reference


Files

file  DissolveSampleGenerator.cpp [code]
file  DissolveSampleGenerator.h [code]
 Cool dissolve effect which generates point samples uniformly over a given 2D domain. The order in which the samples are generated looks random, but it is actually quite deterministic and guaranteed to "visit" every bucket in the domain.
file  generators.h [code]
 Convenience header which includes all SampleGenerator implementations.
file  HilbertSampleGenerator.cpp [code]
 Recursive space-filling L-System represented graphically.
file  HilbertSampleGenerator.h [code]
file  JitteredSampleGenerator.cpp [code]
 Jittered point sample generation over a given 2D domain where M*N samples are generated randomly within M*N uniformly-spaced subdomains.
file  JitteredSampleGenerator.h [code]
file  LSystem.cpp [code]
 Models a Lindenmayer System, which may be used to simulate a varient of effects in Nature, such as plant growth and fractals.
file  LSystem.h [code]
file  SampleConsumer.cpp [code]
 Threaded point sample evaluation (represents the 'consumer' in the classic producer/consumer problem).
file  SampleConsumer.h [code]
file  SampleGenerator.cpp [code]
file  SampleGenerator.h [code]
 Point sample generation over the 2D unit interval [0,1]^2.
file  SampleGeneratorThread.cpp [code]
 Threaded PointSample generation over the 2D unit interval [0,1]^2 (represents the 'producer' in the classic producer/consumer problem).
file  SampleGeneratorThread.h [code]
file  StochasticSampleGenerator.cpp [code]
 Stochastic point sample generation over a given 2D domain where samples are generated completely randomly over the entire domain.
file  StochasticSampleGenerator.h [code]
file  SuperSampleGenerator.cpp [code]
 Brute force super sampling, where sub-bin (sub-pixel) sampling is done via an auxillary SampleGenerator.
file  SuperSampleGenerator.h [code]
file  UniformSampleGenerator.cpp [code]
file  UniformSampleGenerator.h [code]
 Uniform point sample generation over the unit interval, where samples are generated uniformly in a grid over the entire domain.

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