0.0.0-experiment-2025.3.27

kone.linearAlgebra/dev.lounres.kone.linearAlgebra

Package-level declarations

Types

@Serializable(with = ColumnVectorSerializer::class)

open class ColumnVector<out N>(val coefficients: MDList1<N>)

@Serializable(with = MatrixSerializer::class)

open class Matrix<out N>(val coefficients: MDList2<N>)

@Serializable(with = RowVectorSerializer::class)

open class RowVector<out N>(val coefficients: MDList1<N>)

SettableColumnVector

@Serializable(with = SettableColumnVectorSerializer::class)

class SettableColumnVector<N>(val coefficients: SettableMDList1<N>) : ColumnVector<N>

@Serializable(with = SettableMatrixSerializer::class)

class SettableMatrix<N>(val coefficients: SettableMDList2<N>) : Matrix<N>

SettableRowVector

@Serializable(with = SettableRowVectorSerializer::class)

class SettableRowVector<N>(val coefficients: SettableMDList1<N>) : RowVector<N>

interface VectorKategory<N>

Properties

val Matrix<*>.columnIndices: UIntRange

val ColumnVector<*>.indices: UIntRange

val RowVector<*>.indices: UIntRange

isAntisymmetric

val <Number> Matrix<Number>.isAntisymmetric: Boolean

val <Number> Matrix<Number>.isDiagonal: Boolean

val <Number> Matrix<Number>.isScalar: Boolean

val <Number> Matrix<Number>.isSymmetric: Boolean

val Matrix<*>.rowIndices: UIntRange

Functions

fun <N> ColumnVector(vararg elements: N): ColumnVector<N>

fun <N> ColumnVector(size: UInt, initializer: (coefficient: UInt) -> N): ColumnVector<N>

installVectorKategoryFor

fun <N> KoneContextRegistryBuilder.installVectorKategoryFor(numberType: SuppliedType<N>, mdListProducer: MDListProducer = ArrayMDListProducer)

fun <N> KoneContextRegistryBuilder.installVectorKategoryFor(numberType: SuppliedType<N>, mdList1Producer: MDList1Producer = ArrayMDList1Producer, mdList2Producer: MDList2Producer = ArrayMDList2Producer)

inVectorKategoryFor

fun <N, R> KoneContextRegistry.inVectorKategoryFor(numberType: SuppliedType<N>, block: (VectorKategory<N>) -> R): R

inVectorKategoryScopeFor

fun <N, R> KoneContextRegistry.inVectorKategoryScopeFor(numberType: SuppliedType<N>, block: (Ring<N>, VectorKategory<N>) -> R): R

fun <E> Matrix(vararg elements: KoneList<E>): Matrix<E>

fun <E> Matrix(rowNumber: UInt, columnNumber: UInt, initializer: (row: UInt, column: UInt) -> E): Matrix<E>

operator fun <N> ColumnVector<N>.minus(other: ColumnVector<N>): ColumnVector<N>

operator fun <N> Matrix<N>.minus(other: Matrix<N>): Matrix<N>

operator fun <N> RowVector<N>.minus(other: RowVector<N>): RowVector<N>

operator fun <N> ColumnVector<N>.plus(other: ColumnVector<N>): ColumnVector<N>

operator fun <N> Matrix<N>.plus(other: Matrix<N>): Matrix<N>

operator fun <N> RowVector<N>.plus(other: RowVector<N>): RowVector<N>

requireShapeEquality

fun requireShapeEquality(left: ColumnVector<*>, right: ColumnVector<*>)

fun requireShapeEquality(left: Matrix<*>, right: Matrix<*>)

fun requireShapeEquality(left: RowVector<*>, right: RowVector<*>)

fun <N> RowVector(vararg elements: N, mdList1Producer: MDList1Producer = ArrayMDList1Producer): RowVector<N>

fun <N> RowVector(size: UInt, mdList1Producer: MDList1Producer = ArrayMDList1Producer, initializer: (index: UInt) -> N): RowVector<N>

SettableColumnVector

fun <N> SettableColumnVector(vararg elements: N): SettableColumnVector<N>

fun <N> SettableColumnVector(size: UInt, initializer: (coefficient: UInt) -> N): SettableColumnVector<N>

operator fun <N> N.times(other: ColumnVector<N>): ColumnVector<N>

operator fun <N> N.times(other: Matrix<N>): Matrix<N>

operator fun <N> N.times(other: RowVector<N>): RowVector<N>

operator fun <N> ColumnVector<N>.times(other: N): ColumnVector<N>

operator fun <N> Matrix<N>.times(other: N): Matrix<N>

operator fun <N> Matrix<N>.times(other: ColumnVector<N>): ColumnVector<N>

operator fun <N> Matrix<N>.times(other: Matrix<N>): Matrix<N>

operator fun <N> RowVector<N>.times(other: N): RowVector<N>

operator fun <N> RowVector<N>.times(other: ColumnVector<N>): N

operator fun <N> RowVector<N>.times(other: Matrix<N>): RowVector<N>

fun <Number> Matrix<Number>.transpose(): Matrix<Number>

operator fun <N> ColumnVector<N>.unaryMinus(): ColumnVector<N>

operator fun <N> Matrix<N>.unaryMinus(): Matrix<N>

operator fun <N> RowVector<N>.unaryMinus(): RowVector<N>

fun <N> Ring<N>.vectorKategory(mdListProducer: MDListProducer = ArrayMDListProducer): VectorKategory<N>

fun <N> Ring<N>.vectorKategory(mdList1Producer: MDList1Producer = ArrayMDList1Producer, mdList2Producer: MDList2Producer = ArrayMDList2Producer): VectorKategory<N>