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averageNeighborhood(Neighborhood<UnsignedByteType>, UnsignedByteType) - Static method in class org.scijava.ops.tutorial.OpParallelization

This Op, which computes some algorithm over a neighborhood, also lets the framework assume the burden of parallelization

F

fieldOp - Variable in class org.scijava.ops.tutorial.OpAdaptation

A simple Op, written as a Field, that performs a simple calculation.

fieldOp - Variable in class org.scijava.ops.tutorial.OpConversion

A simple Op, written as a Field, that performs a simple calculation.

I

imgOfBytes - Variable in class org.scijava.ops.tutorial.UsingNils

This Op returns a 10x10 image of unsigned bytes

imgOfDoubles - Variable in class org.scijava.ops.tutorial.UsingNils

This Op returns a 10x10 image of doubles

invertOp(UnsignedByteType, UnsignedByteType) - Static method in class org.scijava.ops.tutorial.OpParallelization

This Op, which is really just a computation on a single pixel, lets the framework assume the burden of parallelization

iterableFunc - Variable in class org.scijava.ops.tutorial.OpPriorities

An Op with default priority.

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listFunc - Variable in class org.scijava.ops.tutorial.OpPriorities

An Op with high priority.

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main(String...) - Static method in class org.scijava.ops.tutorial.OpAdaptation

main(String...) - Static method in class org.scijava.ops.tutorial.OpBuilder

main(String...) - Static method in class org.scijava.ops.tutorial.OpConversion

main(String...) - Static method in class org.scijava.ops.tutorial.OpDependencies

main(String...) - Static method in class org.scijava.ops.tutorial.OpParallelization

main(String...) - Static method in class org.scijava.ops.tutorial.OpPriorities

Many algorithms are able to achieve performance improvements on a particular task by making some assumptions.

main(String...) - Static method in class org.scijava.ops.tutorial.OpReduction

main(String...) - Static method in class org.scijava.ops.tutorial.OpsIntro

main(String...) - Static method in class org.scijava.ops.tutorial.OpTypes

main(String...) - Static method in class org.scijava.ops.tutorial.ParallelComputation

main(String...) - Static method in class org.scijava.ops.tutorial.ReportingProgress

main(String...) - Static method in class org.scijava.ops.tutorial.UsingNils

main(String...) - Static method in class org.scijava.ops.tutorial.WritingConciseOps

mean(Function<double[], Double>, Function<double[], Double>, double[]) - Static method in class org.scijava.ops.tutorial.OpDependencies

An Op that computes the mean of a double

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nullableMethod(Double, Double, Double) - Static method in class org.scijava.ops.tutorial.OpReduction

An Method annotated to be an Op.

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OpAdaptation - Class in org.scijava.ops.tutorial

One powerful feature of SciJava Ops is the ability to transform individual Ops to match user requests.

OpAdaptation() - Constructor for class org.scijava.ops.tutorial.OpAdaptation

OpBuilder - Class in org.scijava.ops.tutorial

The OpBuilder syntax leads to concise, script-like Op execution.

OpBuilder() - Constructor for class org.scijava.ops.tutorial.OpBuilder

OpConversion - Class in org.scijava.ops.tutorial

One powerful feature of SciJava Ops is the ability to transform individual Ops to match user requests.

OpConversion() - Constructor for class org.scijava.ops.tutorial.OpConversion

OpDependencies - Class in org.scijava.ops.tutorial

A simple showcase of an Op that uses an OpDependency.

OpDependencies() - Constructor for class org.scijava.ops.tutorial.OpDependencies

opFieldPower - Variable in class org.scijava.ops.tutorial.WritingConciseOps

One major benefit of Ops written as Fields is that they can use Java's lambda syntax, maximizing expressiveness.

opMethodPower(Double, Double) - Static method in class org.scijava.ops.tutorial.WritingConciseOps

Ops can additionally be written as Methods.

OpParallelization - Class in org.scijava.ops.tutorial

SciJava Ops includes a mechanism for automatically introducing concurrency to Ops.

OpParallelization() - Constructor for class org.scijava.ops.tutorial.OpParallelization

OpPriorities - Class in org.scijava.ops.tutorial

A tutorial showing how you can use Op priorities to implement Ops that take precedence over others in certain scenarios

OpPriorities() - Constructor for class org.scijava.ops.tutorial.OpPriorities

OpReduction - Class in org.scijava.ops.tutorial

One powerful feature of SciJava Ops is the ability to transform individual Ops to match user requests.

OpReduction() - Constructor for class org.scijava.ops.tutorial.OpReduction

OpsIntro - Class in org.scijava.ops.tutorial

OpsIntro() - Constructor for class org.scijava.ops.tutorial.OpsIntro

OpTypes - Class in org.scijava.ops.tutorial

A tutorial describing the major flavors of Ops

OpTypes() - Constructor for class org.scijava.ops.tutorial.OpTypes

org.scijava.ops.tutorial - module org.scijava.ops.tutorial

org.scijava.ops.tutorial - package org.scijava.ops.tutorial

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ParallelComputation - Class in org.scijava.ops.tutorial

Using the Parallelization class, we can perform independent computations in parallel.

ParallelComputation() - Constructor for class org.scijava.ops.tutorial.ParallelComputation

primes - Variable in class org.scijava.ops.tutorial.ReportingProgress

An Op that reports its progress while finding prime numbers.

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ReportingProgress - Class in org.scijava.ops.tutorial

Long-running Ops can be confusing for users.

ReportingProgress() - Constructor for class org.scijava.ops.tutorial.ReportingProgress

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size(double[]) - Static method in class org.scijava.ops.tutorial.OpDependencies

An Op that computes the size of a double

sum(double[]) - Static method in class org.scijava.ops.tutorial.OpDependencies

An Op that computes the sum of a double

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UsingNils - Class in org.scijava.ops.tutorial

SciJvaa Ops allows users to take advantage of the strong type safety of the Java language, which can provide benefits in certainty and efficiency.

UsingNils() - Constructor for class org.scijava.ops.tutorial.UsingNils

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WritingConciseOps - Class in org.scijava.ops.tutorial

While OpTypes shows how to write an Op as a Class, it is much more convenient to write Ops with less code.

WritingConciseOps() - Constructor for class org.scijava.ops.tutorial.WritingConciseOps

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