Uses of Class
org.jblas.ComplexFloatMatrix
Packages that use ComplexFloatMatrix
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Uses of ComplexFloatMatrix in org.jblas
Methods in org.jblas that return ComplexFloatMatrixModifier and TypeMethodDescriptionstatic ComplexFloatMatrixMatrixFunctions.absi(ComplexFloatMatrix x) ComplexFloatMatrix.add(float v) ComplexFloatMatrix.add(ComplexFloat v) ComplexFloatMatrix.add(ComplexFloatMatrix other) ComplexFloatMatrix.addi(float v) ComplexFloatMatrix.addi(float v, ComplexFloatMatrix result) ComplexFloatMatrix.addi(ComplexFloat v) ComplexFloatMatrix.addi(ComplexFloatMatrix other) Code for operatorsComplexFloatMatrix.addi(ComplexFloatMatrix other, ComplexFloatMatrix result) Add two matrices.ComplexFloatMatrix.addi(ComplexFloat v, ComplexFloatMatrix result) Add a scalar to a matrix.ComplexFloatMatrix.and(float value) ComplexFloatMatrix.and(ComplexFloat value) ComplexFloatMatrix.and(ComplexFloatMatrix other) ComplexFloatMatrix.andi(float value) ComplexFloatMatrix.andi(float value, ComplexFloatMatrix result) ComplexFloatMatrix.andi(ComplexFloat value) ComplexFloatMatrix.andi(ComplexFloatMatrix other) ComplexFloatMatrix.andi(ComplexFloatMatrix other, ComplexFloatMatrix result) ComplexFloatMatrix.andi(ComplexFloat value, ComplexFloatMatrix result) static ComplexFloatMatrixSimpleBlas.axpy(ComplexFloat da, ComplexFloatMatrix dx, ComplexFloatMatrix dy) ComplexFloatMatrix.columnMeans()ComplexFloatMatrix.columnSums()Return a vector containing the sums of the columns (having number of columns many entries)static ComplexFloatMatrixComplexFloatMatrix.concatHorizontally(ComplexFloatMatrix A, ComplexFloatMatrix B) static ComplexFloatMatrixComplexFloatMatrix.concatVertically(ComplexFloatMatrix A, ComplexFloatMatrix B) ComplexFloatMatrix.conj()Compute complex conjugate.ComplexFloatMatrix.conji()Compute complex conjugate (in-place).ComplexFloatMatrix.copy(ComplexFloatMatrix a) Copy ComplexFloatMatrix a to this.static ComplexFloatMatrixSimpleBlas.copy(ComplexFloatMatrix x, ComplexFloatMatrix y) ComplexFloatMatrix.diag()Get diagonal of the matrix.static ComplexFloatMatrixComplexFloatMatrix.diag(ComplexFloatMatrix x) Creates a new matrix where the values of the given vector are the diagonal values of the matrix.static ComplexFloatMatrixComplexFloatMatrix.diag(ComplexFloatMatrix x, int rows, int columns) Construct a matrix of arbitrary shape and set the diagonal according to a passed vector.ComplexFloatMatrix.div(float v) ComplexFloatMatrix.div(ComplexFloat v) ComplexFloatMatrix.div(ComplexFloatMatrix other) ComplexFloatMatrix.divi(float v) ComplexFloatMatrix.divi(float a, ComplexFloatMatrix result) ComplexFloatMatrix.divi(ComplexFloat v) ComplexFloatMatrix.divi(ComplexFloatMatrix other) ComplexFloatMatrix.divi(ComplexFloatMatrix other, ComplexFloatMatrix result) (Elementwise) divisionComplexFloatMatrix.divi(ComplexFloat a, ComplexFloatMatrix result) (Elementwise) division with a scalarComplexFloatMatrix.dup()Returns a duplicate of this matrix.static ComplexFloatMatrixEigen.eigenvalues(FloatMatrix A) Computes the eigenvalues of a general matrix.static ComplexFloatMatrix[]Eigen.eigenvectors(FloatMatrix A) Computes the eigenvalues and eigenvectors of a general matrix.ComplexFloatMatrix.eq(float value) ComplexFloatMatrix.eq(ComplexFloat value) ComplexFloatMatrix.eq(ComplexFloatMatrix other) ComplexFloatMatrix.eqi(float value) ComplexFloatMatrix.eqi(float value, ComplexFloatMatrix result) ComplexFloatMatrix.eqi(ComplexFloat value) ComplexFloatMatrix.eqi(ComplexFloatMatrix other) ComplexFloatMatrix.eqi(ComplexFloatMatrix other, ComplexFloatMatrix result) ComplexFloatMatrix.eqi(ComplexFloat value, ComplexFloatMatrix result) static ComplexFloatMatrix[]Singular.fullSVD(ComplexFloatMatrix A) Compute a singular-value decomposition of A.static ComplexFloatMatrixSimpleBlas.gemm(ComplexFloat alpha, ComplexFloatMatrix a, ComplexFloatMatrix b, ComplexFloat beta, ComplexFloatMatrix c) static ComplexFloatMatrixSimpleBlas.gerc(ComplexFloat alpha, ComplexFloatMatrix x, ComplexFloatMatrix y, ComplexFloatMatrix a) Compute A <- alpha * x * y^H + A (general rank-1 update)static ComplexFloatMatrixSimpleBlas.geru(ComplexFloat alpha, ComplexFloatMatrix x, ComplexFloatMatrix y, ComplexFloatMatrix a) Compute A <- alpha * x * y^T + A (general rank-1 update)ComplexFloatMatrix.get(int[] indices) Working with slices (Man! 30+ methods just to make this a bit flexible...)ComplexFloatMatrix.get(int[] indices, int c) ComplexFloatMatrix.get(int[] rindices, int[] cindices) ComplexFloatMatrix.get(int r, int[] indices) ComplexFloatMatrix.get(int r, ComplexFloatMatrix indices) ComplexFloatMatrix.get(ComplexFloatMatrix indices) ComplexFloatMatrix.get(ComplexFloatMatrix indices, int c) ComplexFloatMatrix.get(ComplexFloatMatrix rindices, ComplexFloatMatrix cindices) ComplexFloatMatrix.getColumn(int c) ComplexFloatMatrix.getRow(int r) ComplexFloatMatrix.hermitian()ComplexFloatMatrix.mmul(float v) ComplexFloatMatrix.mmul(ComplexFloat v) ComplexFloatMatrix.mmul(ComplexFloatMatrix other) ComplexFloatMatrix.mmuli(float v) ComplexFloatMatrix.mmuli(float v, ComplexFloatMatrix result) ComplexFloatMatrix.mmuli(ComplexFloat v) ComplexFloatMatrix.mmuli(ComplexFloatMatrix other) ComplexFloatMatrix.mmuli(ComplexFloatMatrix other, ComplexFloatMatrix result) Matrix-Matrix MultiplicationComplexFloatMatrix.mmuli(ComplexFloat v, ComplexFloatMatrix result) Matrix-Matrix Multiplication with a scalar (for symmetry, does the same as muli(scalar)ComplexFloatMatrix.mul(float v) ComplexFloatMatrix.mul(ComplexFloat v) ComplexFloatMatrix.mul(ComplexFloatMatrix other) ComplexFloatMatrix.muli(float v) ComplexFloatMatrix.muli(float v, ComplexFloatMatrix result) ComplexFloatMatrix.muli(ComplexFloat v) ComplexFloatMatrix.muli(ComplexFloatMatrix other) ComplexFloatMatrix.muli(ComplexFloatMatrix other, ComplexFloatMatrix result) (Elementwise) MultiplicationComplexFloatMatrix.muli(ComplexFloat v, ComplexFloatMatrix result) (Elementwise) Multiplication with a scalarComplexFloatMatrix.ne(float value) ComplexFloatMatrix.ne(ComplexFloat value) ComplexFloatMatrix.ne(ComplexFloatMatrix other) ComplexFloatMatrix.neg()ComplexFloatMatrix.negi()ComplexFloatMatrix.nei(float value) ComplexFloatMatrix.nei(float value, ComplexFloatMatrix result) ComplexFloatMatrix.nei(ComplexFloat value) ComplexFloatMatrix.nei(ComplexFloatMatrix other) ComplexFloatMatrix.nei(ComplexFloatMatrix other, ComplexFloatMatrix result) ComplexFloatMatrix.nei(ComplexFloat value, ComplexFloatMatrix result) ComplexFloatMatrix.not()ComplexFloatMatrix.noti()static ComplexFloatMatrixComplexFloatMatrix.ones(int length) static ComplexFloatMatrixComplexFloatMatrix.ones(int rows, int columns) Creates a new matrix in which all values are equal 1.ComplexFloatMatrix.or(float value) ComplexFloatMatrix.or(ComplexFloat value) ComplexFloatMatrix.or(ComplexFloatMatrix other) ComplexFloatMatrix.ori(float value) ComplexFloatMatrix.ori(float value, ComplexFloatMatrix result) ComplexFloatMatrix.ori(ComplexFloat value) ComplexFloatMatrix.ori(ComplexFloatMatrix other) ComplexFloatMatrix.ori(ComplexFloatMatrix other, ComplexFloatMatrix result) ComplexFloatMatrix.ori(ComplexFloat value, ComplexFloatMatrix result) ComplexFloatMatrix.put(int[] indices, float v) ComplexFloatMatrix.put(int[] rindices, int[] cindices, float v) ComplexFloatMatrix.put(int[] rindices, int[] cindices, ComplexFloat v) ComplexFloatMatrix.put(int[] rindices, int[] cindices, ComplexFloatMatrix x) ComplexFloatMatrix.put(int[] indices, int c, float v) ComplexFloatMatrix.put(int[] indices, int c, ComplexFloat v) ComplexFloatMatrix.put(int[] indices, int c, ComplexFloatMatrix x) ComplexFloatMatrix.put(int[] indices, ComplexFloat v) ComplexFloatMatrix.put(int[] indices, ComplexFloatMatrix x) ComplexFloatMatrix.put(int i, float v) ComplexFloatMatrix.put(int i, float r, float c) ComplexFloatMatrix.put(int r, int[] indices, float v) ComplexFloatMatrix.put(int r, int[] indices, ComplexFloat v) ComplexFloatMatrix.put(int r, int[] indices, ComplexFloatMatrix x) ComplexFloatMatrix.put(int rowIndex, int columnIndex, float value) Set matrix elementComplexFloatMatrix.put(int rowIndex, int columnIndex, float realValue, float complexValue) ComplexFloatMatrix.put(int rowIndex, int columnIndex, ComplexFloat value) ComplexFloatMatrix.put(int i, ComplexFloat v) ComplexFloatMatrix.put(int r, ComplexFloatMatrix indices, float v) ComplexFloatMatrix.put(int r, ComplexFloatMatrix indices, ComplexFloat v) ComplexFloatMatrix.put(int r, ComplexFloatMatrix indices, ComplexFloatMatrix v) ComplexFloatMatrix.put(ComplexFloatMatrix indices, float v) ComplexFloatMatrix.put(ComplexFloatMatrix indices, int c, float v) ComplexFloatMatrix.put(ComplexFloatMatrix indices, int c, ComplexFloat v) ComplexFloatMatrix.put(ComplexFloatMatrix indices, int c, ComplexFloatMatrix v) ComplexFloatMatrix.put(ComplexFloatMatrix indices, ComplexFloat v) ComplexFloatMatrix.put(ComplexFloatMatrix indices, ComplexFloatMatrix v) ComplexFloatMatrix.put(ComplexFloatMatrix rindices, ComplexFloatMatrix cindices, float v) ComplexFloatMatrix.put(ComplexFloatMatrix rindices, ComplexFloatMatrix cindices, ComplexFloat v) ComplexFloatMatrix.put(ComplexFloatMatrix rindices, ComplexFloatMatrix cindices, ComplexFloatMatrix v) ComplexFloatMatrix.putImag(int[] indices, float v) ComplexFloatMatrix.putImag(int[] rindices, int[] cindices, float v) ComplexFloatMatrix.putImag(int[] indices, int c, float v) ComplexFloatMatrix.putImag(int i, float v) ComplexFloatMatrix.putImag(int r, int[] indices, float v) ComplexFloatMatrix.putImag(int rowIndex, int columnIndex, float value) ComplexFloatMatrix.putImag(int r, ComplexFloatMatrix indices, float v) ComplexFloatMatrix.putImag(ComplexFloatMatrix indices, float v) ComplexFloatMatrix.putImag(ComplexFloatMatrix indices, int c, float v) ComplexFloatMatrix.putImag(ComplexFloatMatrix rindices, ComplexFloatMatrix cindices, float v) ComplexFloatMatrix.putReal(int[] indices, float v) ComplexFloatMatrix.putReal(int[] rindices, int[] cindices, float v) ComplexFloatMatrix.putReal(int[] indices, int c, float v) ComplexFloatMatrix.putReal(int i, float v) ComplexFloatMatrix.putReal(int r, int[] indices, float v) ComplexFloatMatrix.putReal(int rowIndex, int columnIndex, float value) ComplexFloatMatrix.putReal(int r, ComplexFloatMatrix indices, float v) ComplexFloatMatrix.putReal(ComplexFloatMatrix indices, float v) ComplexFloatMatrix.putReal(ComplexFloatMatrix indices, int c, float v) ComplexFloatMatrix.putReal(ComplexFloatMatrix rindices, ComplexFloatMatrix cindices, float v) ComplexFloatMatrix.rankOneUpdate(float alpha, ComplexFloatMatrix x) Computes a rank-1-update A = A + alpha * x * x'.ComplexFloatMatrix.rankOneUpdate(float alpha, ComplexFloatMatrix x, ComplexFloatMatrix y) ComplexFloatMatrix.rankOneUpdate(ComplexFloatMatrix x) Computes a rank-1-update A = A + x * x'.ComplexFloatMatrix.rankOneUpdate(ComplexFloatMatrix x, ComplexFloatMatrix y) Computes a rank-1-update A = A + x * y'.ComplexFloatMatrix.rankOneUpdate(ComplexFloat alpha, ComplexFloatMatrix x) Computes a rank-1-update A = A + alpha * x * x'.ComplexFloatMatrix.rankOneUpdate(ComplexFloat alpha, ComplexFloatMatrix x, ComplexFloatMatrix y) Computes a rank-1-update A = A + alpha * x * y'.ComplexFloatMatrix.rdiv(float v) ComplexFloatMatrix.rdiv(ComplexFloat v) ComplexFloatMatrix.rdiv(ComplexFloatMatrix other) ComplexFloatMatrix.rdivi(float v) ComplexFloatMatrix.rdivi(float a, ComplexFloatMatrix result) ComplexFloatMatrix.rdivi(ComplexFloat v) ComplexFloatMatrix.rdivi(ComplexFloatMatrix other) ComplexFloatMatrix.rdivi(ComplexFloatMatrix other, ComplexFloatMatrix result) (Elementwise) division, with operands switched.ComplexFloatMatrix.rdivi(ComplexFloat a, ComplexFloatMatrix result) (Elementwise) division with a scalar, with operands switched.ComplexFloatMatrix.reshape(int newRows, int newColumns) Reshape the matrix.ComplexFloatMatrix.rowMeans()ComplexFloatMatrix.rowSums()ComplexFloatMatrix.rsub(float v) ComplexFloatMatrix.rsub(ComplexFloat v) ComplexFloatMatrix.rsub(ComplexFloatMatrix other) ComplexFloatMatrix.rsubi(float v) ComplexFloatMatrix.rsubi(float a, ComplexFloatMatrix result) ComplexFloatMatrix.rsubi(ComplexFloat v) ComplexFloatMatrix.rsubi(ComplexFloatMatrix other) ComplexFloatMatrix.rsubi(ComplexFloatMatrix other, ComplexFloatMatrix result) Subtract two matrices, but subtract first from second matrix, that is, compute result = other - this.ComplexFloatMatrix.rsubi(ComplexFloat a, ComplexFloatMatrix result) Subtract a matrix from a scalarstatic ComplexFloatMatrixSimpleBlas.scal(ComplexFloat alpha, ComplexFloatMatrix x) static ComplexFloatMatrixComplexFloatMatrix.scalar(float s) Create a 1 * 1 - matrix.static ComplexFloatMatrix[]Singular.sparseSVD(ComplexFloatMatrix A) Compute a singular-value decomposition of A (sparse variant).ComplexFloatMatrix.sub(float v) ComplexFloatMatrix.sub(ComplexFloat v) ComplexFloatMatrix.sub(ComplexFloatMatrix other) ComplexFloatMatrix.subi(float v) ComplexFloatMatrix.subi(float v, ComplexFloatMatrix result) ComplexFloatMatrix.subi(ComplexFloat v) ComplexFloatMatrix.subi(ComplexFloatMatrix other) ComplexFloatMatrix.subi(ComplexFloatMatrix other, ComplexFloatMatrix result) Subtract two matrices.ComplexFloatMatrix.subi(ComplexFloat v, ComplexFloatMatrix result) Subtract a scalar from a matrixComplexFloatMatrix.swapColumns(int i, int j) ComplexFloatMatrix.swapRows(int i, int j) FloatMatrix.toComplex()ComplexFloatMatrix.transpose()Return transposed copy of this matrixComplexFloatMatrix.truth()ComplexFloatMatrix.truthi()ComplexFloatMatrix.xor(float value) ComplexFloatMatrix.xor(ComplexFloat value) ComplexFloatMatrix.xor(ComplexFloatMatrix other) ComplexFloatMatrix.xori(float value) ComplexFloatMatrix.xori(float value, ComplexFloatMatrix result) ComplexFloatMatrix.xori(ComplexFloat value) ComplexFloatMatrix.xori(ComplexFloatMatrix other) ComplexFloatMatrix.xori(ComplexFloatMatrix other, ComplexFloatMatrix result) ComplexFloatMatrix.xori(ComplexFloat value, ComplexFloatMatrix result) static ComplexFloatMatrixComplexFloatMatrix.zeros(int length) static ComplexFloatMatrixComplexFloatMatrix.zeros(int rows, int columns) Creates a new matrix in which all values are equal 0.Methods in org.jblas with parameters of type ComplexFloatMatrixModifier and TypeMethodDescriptionstatic ComplexFloatMatrixMatrixFunctions.absi(ComplexFloatMatrix x) ComplexFloatMatrix.add(ComplexFloatMatrix other) voidComplexFloatMatrix.addColumnVector(ComplexFloatMatrix x) Add a vector to all columns of the matrixComplexFloatMatrix.addi(float v, ComplexFloatMatrix result) ComplexFloatMatrix.addi(ComplexFloatMatrix other) Code for operatorsComplexFloatMatrix.addi(ComplexFloatMatrix other, ComplexFloatMatrix result) Add two matrices.ComplexFloatMatrix.addi(ComplexFloat v, ComplexFloatMatrix result) Add a scalar to a matrix.voidComplexFloatMatrix.addRowVector(ComplexFloatMatrix x) Add a row vector to all rows of the matrixComplexFloatMatrix.and(ComplexFloatMatrix other) ComplexFloatMatrix.andi(float value, ComplexFloatMatrix result) ComplexFloatMatrix.andi(ComplexFloatMatrix other) ComplexFloatMatrix.andi(ComplexFloatMatrix other, ComplexFloatMatrix result) ComplexFloatMatrix.andi(ComplexFloat value, ComplexFloatMatrix result) voidComplexFloatMatrix.assertMultipliesWith(ComplexFloatMatrix a) voidComplexFloatMatrix.assertSameLength(ComplexFloatMatrix a) voidComplexFloatMatrix.assertSameSize(ComplexFloatMatrix a) Assert that two matrices have the same size.static floatSimpleBlas.asum(ComplexFloatMatrix x) static ComplexFloatMatrixSimpleBlas.axpy(ComplexFloat da, ComplexFloatMatrix dx, ComplexFloatMatrix dy) static ComplexFloatMatrixComplexFloatMatrix.concatHorizontally(ComplexFloatMatrix A, ComplexFloatMatrix B) static ComplexFloatMatrixComplexFloatMatrix.concatVertically(ComplexFloatMatrix A, ComplexFloatMatrix B) ComplexFloatMatrix.copy(ComplexFloatMatrix a) Copy ComplexFloatMatrix a to this.static ComplexFloatMatrixSimpleBlas.copy(ComplexFloatMatrix x, ComplexFloatMatrix y) static ComplexFloatMatrixComplexFloatMatrix.diag(ComplexFloatMatrix x) Creates a new matrix where the values of the given vector are the diagonal values of the matrix.static ComplexFloatMatrixComplexFloatMatrix.diag(ComplexFloatMatrix x, int rows, int columns) Construct a matrix of arbitrary shape and set the diagonal according to a passed vector.ComplexFloatMatrix.div(ComplexFloatMatrix other) ComplexFloatMatrix.divi(float a, ComplexFloatMatrix result) ComplexFloatMatrix.divi(ComplexFloatMatrix other) ComplexFloatMatrix.divi(ComplexFloatMatrix other, ComplexFloatMatrix result) (Elementwise) divisionComplexFloatMatrix.divi(ComplexFloat a, ComplexFloatMatrix result) (Elementwise) division with a scalarComplexFloatMatrix.dotc(ComplexFloatMatrix other) Computes this^T * otherstatic ComplexFloatSimpleBlas.dotc(ComplexFloatMatrix x, ComplexFloatMatrix y) Compute x^T * y (dot product)ComplexFloatMatrix.dotu(ComplexFloatMatrix other) Computes this^H * otherstatic ComplexFloatSimpleBlas.dotu(ComplexFloatMatrix x, ComplexFloatMatrix y) Compute x^T * y (dot product)ComplexFloatMatrix.eq(ComplexFloatMatrix other) ComplexFloatMatrix.eqi(float value, ComplexFloatMatrix result) ComplexFloatMatrix.eqi(ComplexFloatMatrix other) ComplexFloatMatrix.eqi(ComplexFloatMatrix other, ComplexFloatMatrix result) ComplexFloatMatrix.eqi(ComplexFloat value, ComplexFloatMatrix result) static ComplexFloatMatrix[]Singular.fullSVD(ComplexFloatMatrix A) Compute a singular-value decomposition of A.static ComplexFloatMatrixSimpleBlas.gemm(ComplexFloat alpha, ComplexFloatMatrix a, ComplexFloatMatrix b, ComplexFloat beta, ComplexFloatMatrix c) static ComplexFloatMatrixSimpleBlas.gerc(ComplexFloat alpha, ComplexFloatMatrix x, ComplexFloatMatrix y, ComplexFloatMatrix a) Compute A <- alpha * x * y^H + A (general rank-1 update)static ComplexFloatMatrixSimpleBlas.geru(ComplexFloat alpha, ComplexFloatMatrix x, ComplexFloatMatrix y, ComplexFloatMatrix a) Compute A <- alpha * x * y^T + A (general rank-1 update)ComplexFloatMatrix.get(int r, ComplexFloatMatrix indices) ComplexFloatMatrix.get(ComplexFloatMatrix indices) ComplexFloatMatrix.get(ComplexFloatMatrix indices, int c) ComplexFloatMatrix.get(ComplexFloatMatrix rindices, ComplexFloatMatrix cindices) static intSimpleBlas.iamax(ComplexFloatMatrix x) Compute index of element with largest absolute value (complex version).ComplexFloatMatrix.mmul(ComplexFloatMatrix other) ComplexFloatMatrix.mmuli(float v, ComplexFloatMatrix result) ComplexFloatMatrix.mmuli(ComplexFloatMatrix other) ComplexFloatMatrix.mmuli(ComplexFloatMatrix other, ComplexFloatMatrix result) Matrix-Matrix MultiplicationComplexFloatMatrix.mmuli(ComplexFloat v, ComplexFloatMatrix result) Matrix-Matrix Multiplication with a scalar (for symmetry, does the same as muli(scalar)ComplexFloatMatrix.mul(ComplexFloatMatrix other) ComplexFloatMatrix.muli(float v, ComplexFloatMatrix result) ComplexFloatMatrix.muli(ComplexFloatMatrix other) ComplexFloatMatrix.muli(ComplexFloatMatrix other, ComplexFloatMatrix result) (Elementwise) MultiplicationComplexFloatMatrix.muli(ComplexFloat v, ComplexFloatMatrix result) (Elementwise) Multiplication with a scalarbooleanComplexFloatMatrix.multipliesWith(ComplexFloatMatrix a) Check whether this can be multiplied with a.ComplexFloatMatrix.ne(ComplexFloatMatrix other) ComplexFloatMatrix.nei(float value, ComplexFloatMatrix result) ComplexFloatMatrix.nei(ComplexFloatMatrix other) ComplexFloatMatrix.nei(ComplexFloatMatrix other, ComplexFloatMatrix result) ComplexFloatMatrix.nei(ComplexFloat value, ComplexFloatMatrix result) static floatSimpleBlas.nrm2(ComplexFloatMatrix x) ComplexFloatMatrix.or(ComplexFloatMatrix other) ComplexFloatMatrix.ori(float value, ComplexFloatMatrix result) ComplexFloatMatrix.ori(ComplexFloatMatrix other) ComplexFloatMatrix.ori(ComplexFloatMatrix other, ComplexFloatMatrix result) ComplexFloatMatrix.ori(ComplexFloat value, ComplexFloatMatrix result) ComplexFloatMatrix.put(int[] rindices, int[] cindices, ComplexFloatMatrix x) ComplexFloatMatrix.put(int[] indices, int c, ComplexFloatMatrix x) ComplexFloatMatrix.put(int[] indices, ComplexFloatMatrix x) ComplexFloatMatrix.put(int r, int[] indices, ComplexFloatMatrix x) ComplexFloatMatrix.put(int r, ComplexFloatMatrix indices, float v) ComplexFloatMatrix.put(int r, ComplexFloatMatrix indices, ComplexFloat v) ComplexFloatMatrix.put(int r, ComplexFloatMatrix indices, ComplexFloatMatrix v) ComplexFloatMatrix.put(ComplexFloatMatrix indices, float v) ComplexFloatMatrix.put(ComplexFloatMatrix indices, int c, float v) ComplexFloatMatrix.put(ComplexFloatMatrix indices, int c, ComplexFloat v) ComplexFloatMatrix.put(ComplexFloatMatrix indices, int c, ComplexFloatMatrix v) ComplexFloatMatrix.put(ComplexFloatMatrix indices, ComplexFloat v) ComplexFloatMatrix.put(ComplexFloatMatrix indices, ComplexFloatMatrix v) ComplexFloatMatrix.put(ComplexFloatMatrix rindices, ComplexFloatMatrix cindices, float v) ComplexFloatMatrix.put(ComplexFloatMatrix rindices, ComplexFloatMatrix cindices, ComplexFloat v) ComplexFloatMatrix.put(ComplexFloatMatrix rindices, ComplexFloatMatrix cindices, ComplexFloatMatrix v) voidComplexFloatMatrix.putColumn(int c, ComplexFloatMatrix v) ComplexFloatMatrix.putImag(int r, ComplexFloatMatrix indices, float v) ComplexFloatMatrix.putImag(ComplexFloatMatrix indices, float v) ComplexFloatMatrix.putImag(ComplexFloatMatrix indices, int c, float v) ComplexFloatMatrix.putImag(ComplexFloatMatrix rindices, ComplexFloatMatrix cindices, float v) ComplexFloatMatrix.putReal(int r, ComplexFloatMatrix indices, float v) ComplexFloatMatrix.putReal(ComplexFloatMatrix indices, float v) ComplexFloatMatrix.putReal(ComplexFloatMatrix indices, int c, float v) ComplexFloatMatrix.putReal(ComplexFloatMatrix rindices, ComplexFloatMatrix cindices, float v) voidComplexFloatMatrix.putRow(int r, ComplexFloatMatrix v) ComplexFloatMatrix.rankOneUpdate(float alpha, ComplexFloatMatrix x) Computes a rank-1-update A = A + alpha * x * x'.ComplexFloatMatrix.rankOneUpdate(float alpha, ComplexFloatMatrix x, ComplexFloatMatrix y) ComplexFloatMatrix.rankOneUpdate(ComplexFloatMatrix x) Computes a rank-1-update A = A + x * x'.ComplexFloatMatrix.rankOneUpdate(ComplexFloatMatrix x, ComplexFloatMatrix y) Computes a rank-1-update A = A + x * y'.ComplexFloatMatrix.rankOneUpdate(ComplexFloat alpha, ComplexFloatMatrix x) Computes a rank-1-update A = A + alpha * x * x'.ComplexFloatMatrix.rankOneUpdate(ComplexFloat alpha, ComplexFloatMatrix x, ComplexFloatMatrix y) Computes a rank-1-update A = A + alpha * x * y'.ComplexFloatMatrix.rdiv(ComplexFloatMatrix other) ComplexFloatMatrix.rdivi(float a, ComplexFloatMatrix result) ComplexFloatMatrix.rdivi(ComplexFloatMatrix other) ComplexFloatMatrix.rdivi(ComplexFloatMatrix other, ComplexFloatMatrix result) (Elementwise) division, with operands switched.ComplexFloatMatrix.rdivi(ComplexFloat a, ComplexFloatMatrix result) (Elementwise) division with a scalar, with operands switched.ComplexFloatMatrix.rsub(ComplexFloatMatrix other) ComplexFloatMatrix.rsubi(float a, ComplexFloatMatrix result) ComplexFloatMatrix.rsubi(ComplexFloatMatrix other) ComplexFloatMatrix.rsubi(ComplexFloatMatrix other, ComplexFloatMatrix result) Subtract two matrices, but subtract first from second matrix, that is, compute result = other - this.ComplexFloatMatrix.rsubi(ComplexFloat a, ComplexFloatMatrix result) Subtract a matrix from a scalarbooleanComplexFloatMatrix.sameLength(ComplexFloatMatrix a) booleanComplexFloatMatrix.sameSize(ComplexFloatMatrix a) Checks whether two matrices have the same size.static ComplexFloatMatrixSimpleBlas.scal(ComplexFloat alpha, ComplexFloatMatrix x) static ComplexFloatMatrix[]Singular.sparseSVD(ComplexFloatMatrix A) Compute a singular-value decomposition of A (sparse variant).ComplexFloatMatrix.sub(ComplexFloatMatrix other) voidComplexFloatMatrix.subColumnVector(ComplexFloatMatrix x) Add a vector to all columns of the matrixComplexFloatMatrix.subi(float v, ComplexFloatMatrix result) ComplexFloatMatrix.subi(ComplexFloatMatrix other) ComplexFloatMatrix.subi(ComplexFloatMatrix other, ComplexFloatMatrix result) Subtract two matrices.ComplexFloatMatrix.subi(ComplexFloat v, ComplexFloatMatrix result) Subtract a scalar from a matrixvoidComplexFloatMatrix.subRowVector(ComplexFloatMatrix x) Add a row vector to all rows of the matrixstatic FloatMatrixSingular.SVDValues(ComplexFloatMatrix A) Compute the singular values of a complex matrix.ComplexFloatMatrix.xor(ComplexFloatMatrix other) ComplexFloatMatrix.xori(float value, ComplexFloatMatrix result) ComplexFloatMatrix.xori(ComplexFloatMatrix other) ComplexFloatMatrix.xori(ComplexFloatMatrix other, ComplexFloatMatrix result) ComplexFloatMatrix.xori(ComplexFloat value, ComplexFloatMatrix result)