kmath-core/space.kscience.kmath.operations/BufferAlgebra

BufferAlgebra

interface BufferAlgebra<T, out A : Algebra<T>> : Algebra<Buffer<T>>

An algebra over Buffer

Functions

binaryOperation

open fun binaryOperation(operation: String, left: Buffer<T>, right: Buffer<T>): Buffer<T>

Dynamically invokes a binary operation with the certain name.

binaryOperationFunction

open override fun binaryOperationFunction(operation: String): (left: Buffer<T>, right: Buffer<T>) -> Buffer<T>

Dynamically dispatches a binary operation with the certain name.

open fun bindSymbol(value: String): Buffer<T>

The same as bindSymbolOrNull but throws an error if symbol could not be bound

bindSymbolOrNull

open fun bindSymbolOrNull(value: String): Buffer<T>?

Wraps a raw string to T object. This method is designed for three purposes:

open fun buffer(size: Int, vararg elements: T): Buffer<T>

@UnstableKMathAPI

open fun export(arg: Buffer<T>): Buffer<T>

Export an algebra element, so it could be accessed even after algebra scope is closed. This method must be used on algebras where data is stored externally or any local algebra state is used. By default (if not overridden), exports the object itself.

open fun Buffer<T>.map(block: A.(T) -> T): Buffer<T>

open fun Buffer<T>.mapIndexed(block: A.(index: Int, T) -> T): Buffer<T>

open fun unaryOperation(operation: String, arg: Buffer<T>): Buffer<T>

Dynamically invokes a unary operation with the certain name.

unaryOperationFunction

open override fun unaryOperationFunction(operation: String): (arg: Buffer<T>) -> Buffer<T>

Dynamically dispatches a unary operation with the certain name.

open fun Buffer<T>.zip(other: Buffer<T>, block: A.(T, T) -> T): Buffer<T>

Properties

abstract val bufferFactory: BufferFactory<T>

abstract val elementAlgebra: A

Inheritors

DoubleBufferOps

Extensions

fun <T, A : TrigonometricOperations<T>> BufferAlgebra<T, A>.acos(arg: Buffer<T>): Buffer<T>

fun <T, A : ExponentialOperations<T>> BufferAlgebra<T, A>.acosh(arg: Buffer<T>): Buffer<T>

fun <T, A : TrigonometricOperations<T>> BufferAlgebra<T, A>.asin(arg: Buffer<T>): Buffer<T>

fun <T, A : ExponentialOperations<T>> BufferAlgebra<T, A>.asinh(arg: Buffer<T>): Buffer<T>

fun <T, A : TrigonometricOperations<T>> BufferAlgebra<T, A>.atan(arg: Buffer<T>): Buffer<T>

fun <T, A : ExponentialOperations<T>> BufferAlgebra<T, A>.atanh(arg: Buffer<T>): Buffer<T>

fun <T> BufferAlgebra<T, *>.buffer(size: Int, initializer: (Int) -> T): Buffer<T>

fun <T, A : TrigonometricOperations<T>> BufferAlgebra<T, A>.cos(arg: Buffer<T>): Buffer<T>

fun <T, A : ExponentialOperations<T>> BufferAlgebra<T, A>.cosh(arg: Buffer<T>): Buffer<T>

fun <T, A : ExponentialOperations<T>> BufferAlgebra<T, A>.exp(arg: Buffer<T>): Buffer<T>

fun <T, A : ExponentialOperations<T>> BufferAlgebra<T, A>.ln(arg: Buffer<T>): Buffer<T>

val <T, A : Group<T>> BufferAlgebra<T, A>.nd: BufferedGroupNDOps<T, A>

val <T, A : Ring<T>> BufferAlgebra<T, A>.nd: BufferedRingOpsND<T, A>

val <T, A : Field<T>> BufferAlgebra<T, A>.nd: BufferedFieldOpsND<T, A>

fun <T, A : PowerOperations<T>> BufferAlgebra<T, A>.pow(arg: Buffer<T>, pow: Number): Buffer<T>

fun <T, A : TrigonometricOperations<T>> BufferAlgebra<T, A>.sin(arg: Buffer<T>): Buffer<T>

fun <T, A : ExponentialOperations<T>> BufferAlgebra<T, A>.sinh(arg: Buffer<T>): Buffer<T>

fun <T, A : TrigonometricOperations<T>> BufferAlgebra<T, A>.tan(arg: Buffer<T>): Buffer<T>

fun <T, A : ExponentialOperations<T>> BufferAlgebra<T, A>.tanh(arg: Buffer<T>): Buffer<T>

Sources