viaDefault
fun <Number, Matrix : MDList2<ComplexNumber<Number>>> ConjugateTransposeMatrixComputer.Companion.viaDefault(numberCommutativeRing: CommutativeRing<Number>, matrixFactory: MatrixFactory<ComplexNumber<Number>, Matrix>): ConjugateTransposeMatrixComputer<Number, Matrix>(source)
fun <Number, Matrix : MDList2<Number>> IsAntisymmetricMatrixChecker.Companion.viaDefault(numberEquality: Equality<Number>, numberRing: CommutativeRing<Number>): IsAntisymmetricMatrixChecker<Number, Matrix>(source)
fun <Number, Matrix : MDList2<Number>> IsDiagonalMatrixChecker.Companion.viaDefault(numberEquality: Equality<Number>, numberRing: CommutativeRing<Number>): IsDiagonalMatrixChecker<Number, Matrix>(source)
fun <Number, Matrix : MDList2<Number>> IsScalarMatrixChecker.Companion.viaDefault(numberEquality: Equality<Number>, numberRing: CommutativeRing<Number>): IsScalarMatrixChecker<Number, Matrix>(source)
fun <Number, Matrix : MDList2<Number>> IsSymmetricMatrixChecker.Companion.viaDefault(numberEquality: Equality<Number>): IsSymmetricMatrixChecker<Number, Matrix>(source)
fun <Number, Matrix : MDList2<Number>> IsUnitMatrixChecker.Companion.viaDefault(numberEquality: Equality<Number>, numberRing: CommutativeRing<Number>): IsUnitMatrixChecker<Number, Matrix>(source)
fun <Number, Matrix : MDList2<Number>> IsZeroMatrixChecker.Companion.viaDefault(numberEquality: Equality<Number>, numberRing: CommutativeRing<Number>): IsZeroMatrixChecker<Number, Matrix>(source)
fun <Number, Matrix : MDList2<Number>> MatrixProductComputer.Companion.viaDefault(matrixFactory: MatrixFactory<Number, Matrix>, ring: CommutativeRing<Number>): MatrixProductComputer<Number, Matrix>(source)
fun <Number, Matrix : MDList2<Number>> TransposeMatrixComputer.Companion.viaDefault(matrixFactory: MatrixFactory<Number, Matrix>): TransposeMatrixComputer<Number, Matrix>(source)