Safe Haskell	None
Language	Haskell2010

Pigy.Image

Description

Image blending using a genetics strategy.

Synopsis

Documentation

A versioned genotype.

Constructors

GenotypeV0 Genotype	Version 0.
GenotypeV1 Genotype	Version 1.

Instances details

Eq Genotype Source #
Instance details Defined in Pigy.Image Methods (==) :: Genotype -> Genotype -> Bool (/=) :: Genotype -> Genotype -> Bool
Ord Genotype Source #
Instance details Defined in Pigy.Image Methods compare :: Genotype -> Genotype -> Ordering (<) :: Genotype -> Genotype -> Bool (<=) :: Genotype -> Genotype -> Bool (>) :: Genotype -> Genotype -> Bool (>=) :: Genotype -> Genotype -> Bool max :: Genotype -> Genotype -> Genotype min :: Genotype -> Genotype -> Genotype
Show Genotype Source #
Instance details Defined in Pigy.Image Methods showsPrec :: Int -> Genotype -> ShowS show :: Genotype -> String showList :: [Genotype] -> ShowS
Binary Genotype Source #
Instance details Defined in Pigy.Image Methods put :: Genotype -> Put get :: Get Genotype putList :: [Genotype] -> Put
Phenable Genotype Source #
Instance details Defined in Pigy.Image Methods toPhenotype :: Genotype -> Phenotype Source #
Uniform Genotype Source #
Instance details Defined in Pigy.Image Methods uniformM :: StatefulGen g m => g -> m Genotype
Upgradeable Genotype Genotype Source #
Instance details Defined in Pigy.Image Methods upgrade :: Genotype -> Genotype0 Source #
Upgradeable Genotype Genotype Source #
Instance details Defined in Pigy.Image Methods upgrade :: Genotype -> Genotype Source #

Arguments

:: StatefulGen g IO
=> g	The random-number generator.
-> IO Genotype	The action to create the genotype.

Create a new genotype at random.

Arguments

:: Genotype	The genotype.
-> Chromosome	The chromosome.

Convert a genotype to a chromosome.

Arguments

:: Chromosome	The chromosome.
-> Maybe Genotype	The genotype, if the chromosome was valid.

Convert a chromosome to a genotype.

Arguments

:: Binary a
=> Chromosome	The chromosome.
-> Maybe a	The serializable, if the chromosome was valid.

Convert a chromosome to something serializable.

Arguments

:: MonadFail m
=> StatefulGen g m
=> g	The random-number generator.
-> [Genotype]	The genotypes to be crossed.
-> m Genotype	The action to cross the genotypes.

Perform crossover between genotypes.

Arguments

:: Phenotype	The phenotype.
-> ByteString	The PNG image bytes.

Convert a phenotype to a PNG image.

Arguments

:: MonadIO m
=> FilePath	The path to the PNG file.
-> Phenotype	The phenotype.
-> m ()	The action to write the PNG file.

Write a phenotype to a PNG file.

Arguments

:: Phenotype	The phenotype.
-> Image PixelRGBA8	The image.

Convert a phenotype to an image.