kone.matrices/dev.lounres.kone.algebraic.algorithms

Package-level declarations

Types

data class CholeskyDecomposition<out Number, out Matrix : MDList2<Number>>(val leftLowerTriangular: Matrix, val rightUpperTriangular: Matrix)

CholeskyDecompositionComputer

fun interface CholeskyDecompositionComputer<out Number, Matrix : MDList2<Number>> : KoneContext

ConjugateTransposeMatrixComputer

fun interface ConjugateTransposeMatrixComputer<out Number, Matrix : MDList2<ComplexNumber<Number>>> : KoneContext

ConjugateTransposeMatrixKey

class ConjugateTransposeMatrixKey<Number, Matrix : MDList2<ComplexNumber<Number>>> : SuppliedTypeRegistryKey<Matrix>

DeterminantComputer

fun interface DeterminantComputer<out Number, Matrix : MDList2<Number>> : KoneContext

DeterminantKey

class DeterminantKey<Number> : SuppliedTypeRegistryKey<Number>

HessenbergDecomposition

data class HessenbergDecomposition<out Number, out Matrix : MDList2<Number>>(val leftUnitary: Matrix, val middleUpperHessenberg: Matrix, val rightUnitary: Matrix)

HessenbergDecompositionComputer

fun interface HessenbergDecompositionComputer<out Number, Matrix : MDList2<Number>> : KoneContext

InverseMatrixComputer

fun interface InverseMatrixComputer<out Number, Matrix : MDList2<Number>> : KoneContext

InverseMatrixKey

class InverseMatrixKey<Number, Matrix : MDList2<Number>> : SuppliedTypeRegistryKey<Matrix?>

IsAntisymmetricMatrixChecker

fun interface IsAntisymmetricMatrixChecker<out Number, in Matrix : MDList2<Number>> : KoneContext

IsAntisymmetricMatrixKey

data object IsAntisymmetricMatrixKey : RegistryKey<Boolean>

IsDiagonalMatrixChecker

fun interface IsDiagonalMatrixChecker<out Number, in Matrix : MDList2<Number>> : KoneContext

IsDiagonalMatrixKey

data object IsDiagonalMatrixKey : RegistryKey<Boolean>

IsScalarMatrixChecker

fun interface IsScalarMatrixChecker<out Number, in Matrix : MDList2<Number>> : KoneContext

IsScalarMatrixKey

data object IsScalarMatrixKey : RegistryKey<Boolean>

IsSymmetricMatrixChecker

fun interface IsSymmetricMatrixChecker<out Number, in Matrix : MDList2<Number>> : KoneContext

IsSymmetricMatrixKey

data object IsSymmetricMatrixKey : RegistryKey<Boolean>

IsUnitMatrixChecker

fun interface IsUnitMatrixChecker<out Number, in Matrix : MDList2<Number>> : KoneContext

IsUnitMatrixKey

data object IsUnitMatrixKey : RegistryKey<Boolean>

IsZeroMatrixChecker

fun interface IsZeroMatrixChecker<out Number, in Matrix : MDList2<Number>> : KoneContext

IsZeroMatrixKey

data object IsZeroMatrixKey : RegistryKey<Boolean>

LDLDecomposition

data class LDLDecomposition<out Number, out Matrix : MDList2<Number>>(val leftLowerTriangular: Matrix, val middleDiagonal: Matrix, val rightUpperTriangular: Matrix)

LDLDecompositionComputer

fun interface LDLDecompositionComputer<out Number, Matrix : MDList2<Number>> : KoneContext

MatrixProductComputer

fun interface MatrixProductComputer<out Number, Matrix : MDList2<Number>> : KoneContext

QRDecomposition

data class QRDecomposition<out Number, out Matrix : MDList2<Number>>(val leftUnitary: Matrix, val rightUpperTriangular: Matrix)

QRDecompositionComputer

fun interface QRDecompositionComputer<out Number, Matrix : MDList2<Number>> : KoneContext

ScalarBasedMatrixFunctionApplier

fun interface ScalarBasedMatrixFunctionApplier<Number, Matrix : MDList2<Number>, in Function : ScalarBaseForMatrixFunction<Number>> : KoneContext

ScalarBaseForMatrixExponentKey

class ScalarBaseForMatrixExponentKey<Number> : SuppliedTypeRegistryKey<ScalarBaseForMatrixFunction<Number>>

ScalarBaseForMatrixExponentWithComplexNumberConvexHullBoundKey

class ScalarBaseForMatrixExponentWithComplexNumberConvexHullBoundKey<Number> : SuppliedTypeRegistryKey<ScalarBaseForMatrixFunctionWithComplexNumberConvexHullBound<Number>>

ScalarBaseForMatrixFunction

fun interface ScalarBaseForMatrixFunction<Number>

ScalarBaseForMatrixFunctionWithComplexNumberConvexHullBound

interface ScalarBaseForMatrixFunctionWithComplexNumberConvexHullBound<Number> : ScalarBaseForMatrixFunction<ComplexNumber<Number>>

ScalarBaseForMatrixLogarithmKey

class ScalarBaseForMatrixLogarithmKey<Number> : SuppliedTypeRegistryKey<ScalarBaseForMatrixFunction<Number>>

ScalarBaseForMatrixLogarithmWithComplexNumberConvexHullBoundKey

class ScalarBaseForMatrixLogarithmWithComplexNumberConvexHullBoundKey<Number> : SuppliedTypeRegistryKey<ScalarBaseForMatrixFunctionWithComplexNumberConvexHullBound<Number>>

SchurDecomposition

data class SchurDecomposition<out Number, out Matrix : MDList2<Number>>(val leftUnitary: Matrix, val middleUpperTriangular: Matrix, val rightUnitary: Matrix)

SchurDecompositionComputer

fun interface SchurDecompositionComputer<out Number, Matrix : MDList2<Number>> : KoneContext

TransposeMatrixComputer

fun interface TransposeMatrixComputer<out Number, Matrix : MDList2<Number>> : KoneContext

TransposeMatrixKey

class TransposeMatrixKey<Number, Matrix : MDList2<Number>> : SuppliedTypeRegistryKey<Matrix>

Functions

after

context(scalarBasedMatrixFunctionApplier: ScalarBasedMatrixFunctionApplier<Number, Matrix, Function>)
fun <Number, Matrix : MDList2<Number>, Function : ScalarBaseForMatrixFunction<Number>> Matrix.after(function: Function): Matrix

choleskyDecomposition

context(choleskyDecompositionComputer: CholeskyDecompositionComputer<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.choleskyDecomposition(): CholeskyDecomposition<Number, Matrix>

conjugateTranspose

context(conjugateTransposeMatrixComputer: ConjugateTransposeMatrixComputer<Number, Matrix>)
fun <Number, Matrix : MDList2<ComplexNumber<Number>>> Matrix.conjugateTranspose(): Matrix

determinant

context(determinantComputer: DeterminantComputer<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.determinant(): Number

hessenbergDecomposition

context(hessenbergDecompositionComputer: HessenbergDecompositionComputer<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.hessenbergDecomposition(): HessenbergDecomposition<Number, Matrix>

invert

context(inverseMatrixComputer: InverseMatrixComputer<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.invert(): Matrix?

invoke

context(scalarBasedMatrixFunctionApplier: ScalarBasedMatrixFunctionApplier<Number, Matrix, Function>)
operator fun <Number, Matrix : MDList2<Number>, Function : ScalarBaseForMatrixFunction<Number>> Function.invoke(matrix: Matrix): Matrix

isAntisymmetric

context(isAntisymmetricMatrixChecker: IsAntisymmetricMatrixChecker<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.isAntisymmetric(): Boolean

isDiagonal

context(isDiagonalMatrixChecker: IsDiagonalMatrixChecker<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.isDiagonal(): Boolean

isOne

context(isUnitMatrixChecker: IsUnitMatrixChecker<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.isOne(): Boolean

isScalar

context(isScalarMatrixChecker: IsScalarMatrixChecker<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.isScalar(): Boolean

isSymmetric

context(isSymmetricMatrixChecker: IsSymmetricMatrixChecker<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.isSymmetric(): Boolean

isZero

context(isZeroMatrixChecker: IsZeroMatrixChecker<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.isZero(): Boolean

ldlDecomposition

context(ldlDecompositionComputer: LDLDecompositionComputer<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.ldlDecomposition(): LDLDecomposition<Number, Matrix>

qrDecomposition

context(qrDecompositionComputer: QRDecompositionComputer<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.qrDecomposition(): QRDecomposition<Number, Matrix>

schurDecomposition

context(schurDecompositionComputer: SchurDecompositionComputer<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.schurDecomposition(): SchurDecomposition<Number, Matrix>

times

context(matrixProductComputer: MatrixProductComputer<Number, Matrix>)
operator fun <Number, Matrix : MDList2<Number>> Matrix.times(other: Matrix): Matrix

transpose

context(transposeMatrixComputer: TransposeMatrixComputer<Number, Matrix>)
fun <Number, Matrix : MDList2<Number>> Matrix.transpose(): Matrix