Uses of Interface script.imglib.math.fn.IFunction (Fiji Javadocs 0-SNAPSHOT API)

Packages that use IFunction
Package	Description
script.imglib.algorithm
script.imglib.color
script.imglib.color.fn
script.imglib.math
script.imglib.math.fn

Uses of IFunction in script.imglib.algorithm

Classes in script.imglib.algorithm that implement IFunction
Modifier and Type	Class and Description
`class`	`Process` TODO

Methods in script.imglib.algorithm that return IFunction
Modifier and Type	Method and Description
`IFunction`	Process.`duplicate()`

Constructors in script.imglib.algorithm with parameters of type IFunction
Constructor and Description
`BandpassFilter(IFunction fn, int beginRadius, int endRadius)`
`Dither(IFunction fn)`
`Dither(IFunction fn, float ditheringThreshold)`
`Downsample(IFunction fn, float factor)`
`FFT(IFunction fn)`
`Gauss(IFunction fn, double sigma)` A Gaussian convolution with an `OutOfBoundsStrategyMirrorFactory`.
`Gauss(IFunction fn, double[] sigma)` A Gaussian convolution with an `OutOfBoundsStrategyMirrorFactory`.
`Gauss(IFunction fn, OutOfBoundsStrategyFactory<T> oobs, double sigma)`
`Gauss(IFunction fn, OutOfBoundsStrategyFactory<T> oobs, double[] sigma)`
`HoughLineTransform(IFunction fn)`
`MedianFilter(IFunction fn, float radius)` A median filter with an `OutOfBoundsStrategyMirrorFactory`.
`MedianFilter(IFunction fn, float radius, OutOfBoundsStrategyFactory<T> oobs)`
`NormalizeSum(IFunction fn)`
`Process(Class<Algorithm> algorithmClass, IFunction fn, Object... parameters)` Same as `this(algorithmClass, Process.asImage(fn), parameters);`

Uses of IFunction in script.imglib.color

Classes in script.imglib.color that implement IFunction
Modifier and Type	Class and Description
`class`	`Alpha` TODO
`class`	`Blue` TODO
`class`	`Brightness` TODO
`class`	`Channel` TODO
`class`	`Green` TODO
`class`	`HSB` TODO
`class`	`Hue` TODO
`class`	`Luminance` TODO
`class`	`Red` TODO
`class`	`RGBA` TODO
`class`	`Saturation` TODO

Methods in script.imglib.color that return IFunction
Modifier and Type	Method and Description
`IFunction`	RGBA.`duplicate()`
`IFunction`	HSB.`duplicate()`
`IFunction`	Channel.`duplicate()`

Constructors in script.imglib.color with parameters of type IFunction
Constructor and Description
`HSB(IFunction hue, IFunction saturation, IFunction brightness)`
`HSB(IFunction fn, int channel)` Creates an HSB with only the given channel filled, from 1 to 4, where HSB is really ARGB and thus A=4, R=3, G=2, B=1.
`RGBA(IFunction red, IFunction green, IFunction blue, IFunction alpha)`
`RGBA(IFunction fn, int channel)` Creates an RGBA with only the given channel filled, from 1 to 4, where RGBA is really ARGB and thus A=4, R=3, G=2, B=1.

Uses of IFunction in script.imglib.color.fn

Classes in script.imglib.color.fn that implement IFunction
Modifier and Type	Class and Description
`class`	`ChannelOp` TODO
`class`	`ColorFunction` TODO
`static class`	`ColorFunction.Channel`
`class`	`HSBOp` TODO
`class`	`RGBAOp` TODO

Methods in script.imglib.color.fn that return IFunction
Modifier and Type	Method and Description
`IFunction`	RGBAOp.`duplicate()`
`IFunction`	ColorFunction.Channel.`duplicate()`
`protected static IFunction`	ColorFunction.`wrap(Object ob)`

Uses of IFunction in script.imglib.math

Classes in script.imglib.math that implement IFunction
Modifier and Type	Class and Description
`class`	`Abs` TODO
`class`	`ACos` TODO
`class`	`Add` TODO
`class`	`And` TODO
`class`	`ASin` TODO
`class`	`ATan` TODO
`class`	`ATan2` TODO
`class`	`Average` TODO
`class`	`Cbrt` TODO
`class`	`Ceil` TODO
`class`	`Cos` TODO
`class`	`Cosh` TODO
`class`	`Difference` TODO
`class`	`Divide` TODO
`class`	`Exp` TODO
`class`	`Expm1` TODO
`class`	`Floor` TODO
`class`	`Hypot` TODO
`class`	`IEEEremainder` TODO
`class`	`Log` TODO
`class`	`Log10` TODO
`class`	`Log1p` TODO
`class`	`Max` TODO
`class`	`Min` TODO
`class`	`Multiply` TODO
`class`	`Or` TODO
`class`	`Pow` TODO
`class`	`Random` TODO
`class`	`Rint` TODO
`class`	`Round` TODO
`class`	`Signum` TODO
`class`	`Sin` TODO
`class`	`Sinh` TODO
`class`	`Sqrt` TODO
`class`	`Subtract` TODO
`class`	`Tan` TODO
`class`	`Tanh` TODO
`class`	`ToDegrees` TODO
`class`	`ToRadians` TODO
`class`	`Xor` TODO

Methods in script.imglib.math with parameters of type IFunction
Modifier and Type	Method and Description
`static Image<RGBALegacyType>`	Compute.`apply(IFunction op, RGBALegacyType output, int numThreads)` Execute the given `IFunction`, which runs for each pixel, and store the results in an `Image` of type `RGBALegacyType`.
`static <R extends RealType<R>> Image<R>`	Compute.`apply(IFunction op, R output, int numThreads)` Execute the given `IFunction`, which runs for each pixel, and store the results in an `Image` with the type defined by , which has to be a subclass of `RealType`.
`static Set<Image<?>>`	Compute.`findImages(IFunction op)` Find all images in @param op and nested `IFunction` instances.
`static Image<DoubleType>`	Compute.`inDoubles(IFunction op)` Execute the given `IFunction`, which runs for each pixel, and store the results in an `Image` of type `DoubleType`.
`static Image<DoubleType>`	Compute.`inDoubles(int numThreads, IFunction op)` Execute the given `IFunction`, which runs for each pixel, and store the results in an `Image` of type `DoubleType` with as many threads as desired.
`static Image<FloatType>`	Compute.`inFloats(IFunction op)` Execute the given op `IFunction`, which runs for each pixel, and store the results in an `Image` of type `FloatType`.
`static Image<FloatType>`	Compute.`inFloats(int numThreads, IFunction op)` Execute the given `IFunction`, which runs for each pixel, and store the results in an `Image` of type `FloatType` with as many threads as desired.
`static Image<RGBALegacyType>`	Compute.`inRGBA(IFunction op)` Execute the given `IFunction`, which runs for each pixel, and store the results in an `Image` of type `RGBALegacyType` with as many threads as desired.
`static Image<RGBALegacyType>`	Compute.`inRGBA(int numThreads, IFunction op)` Execute the given `IFunction`, which runs for each pixel, and store the results in an `Image` of type `RGBALegacyType` with as many threads as desired.

Constructors in script.imglib.math with parameters of type IFunction
Constructor and Description
`Abs(IFunction fn)`
`ACos(IFunction fn)`
`Add(IFunction fn1, IFunction fn2)`
`Add(IFunction fn, Image<? extends RealType<?>> right)`
`Add(IFunction left, Number val)`
`Add(Image<? extends RealType<?>> left, IFunction fn)`
`Add(Number val, IFunction right)`
`And(IFunction fn1, IFunction fn2)`
`And(IFunction fn, Image<? extends RealType<?>> right)`
`And(IFunction left, Number val)`
`And(Image<? extends RealType<?>> left, IFunction fn)`
`And(Number val, IFunction right)`
`ASin(IFunction fn)`
`ATan(IFunction fn)`
`ATan2(IFunction fn1, IFunction fn2)`
`ATan2(IFunction fn, Image<? extends RealType<?>> right)`
`ATan2(IFunction left, Number val)`
`ATan2(Image<? extends RealType<?>> left, IFunction fn)`
`ATan2(Number val, IFunction right)`
`Average(IFunction fn1, IFunction fn2)`
`Average(IFunction fn, Image<? extends RealType<?>> right)`
`Average(IFunction left, Number val)`
`Average(Image<? extends RealType<?>> left, IFunction fn)`
`Average(Number val, IFunction right)`
`Cbrt(IFunction fn)`
`Ceil(IFunction fn)`
`Cos(IFunction fn)`
`Cosh(IFunction fn)`
`Difference(IFunction fn1, IFunction fn2)`
`Difference(IFunction fn, Image<? extends RealType<?>> right)`
`Difference(IFunction left, Number val)`
`Difference(Image<? extends RealType<?>> left, IFunction fn)`
`Difference(Number val, IFunction right)`
`Divide(IFunction fn)` 1 / fn.eval()
`Divide(IFunction fn1, IFunction fn2)`
`Divide(IFunction fn, Image<? extends RealType<?>> right)`
`Divide(IFunction left, Number val)`
`Divide(Image<? extends RealType<?>> left, IFunction fn)`
`Divide(Number val, IFunction right)`
`Exp(IFunction fn)`
`Expm1(IFunction fn)`
`Floor(IFunction fn)`
`Hypot(IFunction fn1, IFunction fn2)`
`Hypot(IFunction fn, Image<? extends RealType<?>> right)`
`Hypot(IFunction left, Number val)`
`Hypot(Image<? extends RealType<?>> left, IFunction fn)`
`Hypot(Number val, IFunction right)`
`IEEEremainder(IFunction fn1, IFunction fn2)`
`IEEEremainder(IFunction fn, Image<? extends RealType<?>> right)`
`IEEEremainder(IFunction left, Number val)`
`IEEEremainder(Image<? extends RealType<?>> left, IFunction fn)`
`IEEEremainder(Number val, IFunction right)`
`Log(IFunction fn)`
`Log10(IFunction fn)`
`Log1p(IFunction fn)`
`Max(IFunction fn1, IFunction fn2)`
`Max(IFunction fn, Image<? extends RealType<?>> right)`
`Max(IFunction left, Number val)`
`Max(Image<? extends RealType<?>> left, IFunction fn)`
`Max(Number val, IFunction right)`
`Min(IFunction fn1, IFunction fn2)`
`Min(IFunction fn, Image<? extends RealType<?>> right)`
`Min(IFunction left, Number val)`
`Min(Image<? extends RealType<?>> left, IFunction fn)`
`Min(Number val, IFunction right)`
`Multiply(IFunction fn1, IFunction fn2)`
`Multiply(IFunction fn, Image<? extends RealType<?>> right)`
`Multiply(IFunction left, Number val)`
`Multiply(Image<? extends RealType<?>> left, IFunction fn)`
`Multiply(Number val, IFunction right)`
`Or(IFunction fn1, IFunction fn2)`
`Or(IFunction fn, Image<? extends RealType<?>> right)`
`Or(IFunction left, Number val)`
`Or(Image<? extends RealType<?>> left, IFunction fn)`
`Or(Number val, IFunction right)`
`Pow(IFunction fn1, IFunction fn2)`
`Pow(IFunction fn, Image<? extends RealType<?>> right)`
`Pow(IFunction left, Number val)`
`Pow(Image<? extends RealType<?>> left, IFunction fn)`
`Pow(Number val, IFunction right)`
`Rint(IFunction fn)`
`Round(IFunction fn)`
`Signum(IFunction fn)`
`Sin(IFunction fn)`
`Sinh(IFunction fn)`
`Sqrt(IFunction fn)`
`Subtract(IFunction fn1, IFunction fn2)`
`Subtract(IFunction fn, Image<? extends RealType<?>> right)`
`Subtract(IFunction left, Number val)`
`Subtract(Image<? extends RealType<?>> left, IFunction fn)`
`Subtract(Number val, IFunction right)`
`Tan(IFunction fn)`
`Tanh(IFunction fn)`
`ToDegrees(IFunction fn)`
`ToRadians(IFunction fn)`
`Xor(IFunction fn1, IFunction fn2)`
`Xor(IFunction fn, Image<? extends RealType<?>> right)`
`Xor(IFunction left, Number val)`
`Xor(Image<? extends RealType<?>> left, IFunction fn)`
`Xor(Number val, IFunction right)`

Uses of IFunction in script.imglib.math.fn

Classes in script.imglib.math.fn that implement IFunction
Modifier and Type	Class and Description
`class`	`BinaryOperation`
`class`	`FloatImageOperation` TODO
`class`	`ImageFunction` TODO
`class`	`NumberFunction` TODO
`class`	`UnaryOperation`

Methods in script.imglib.math.fn that return IFunction
Modifier and Type	Method and Description
`IFunction`	UnaryOperation.`a()` Call a().eval() to obtain the result as a double of the computation encapsulated by the @field a.
`IFunction`	BinaryOperation.`a()`
`IFunction`	BinaryOperation.`b()`
`IFunction`	UnaryOperation.`duplicate()`
`IFunction`	NumberFunction.`duplicate()`
`IFunction`	ImageFunction.`duplicate()`
`IFunction`	IFunction.`duplicate()`
`IFunction`	BinaryOperation.`duplicate()`
`static IFunction`	Util.`wrap(Object ob)`

Constructors in script.imglib.math.fn with parameters of type IFunction
Constructor and Description
`BinaryOperation(IFunction fn1, IFunction fn2)`
`BinaryOperation(IFunction fn, Image<? extends RealType<?>> right)`
`BinaryOperation(IFunction fn, Number val)`
`BinaryOperation(Image<? extends RealType<?>> left, IFunction fn)`
`BinaryOperation(Number val, IFunction fn)`
`UnaryOperation(IFunction fn)`

Uses of Interfacescript.imglib.math.fn.IFunction

Uses of IFunction in script.imglib.algorithm

Uses of IFunction in script.imglib.color

Uses of IFunction in script.imglib.color.fn

Uses of IFunction in script.imglib.math

Uses of IFunction in script.imglib.math.fn

Uses of Interface
script.imglib.math.fn.IFunction