Uses of Class
fr.cnes.sirius.patrius.math.linear.ArrayRowSymmetricPositiveMatrix

Packages that use ArrayRowSymmetricPositiveMatrix

Package	Description
fr.cnes.sirius.patrius.covariance
fr.cnes.sirius.patrius.math.linear

Uses of ArrayRowSymmetricPositiveMatrix in fr.cnes.sirius.patrius.covariance

Methods in fr.cnes.sirius.patrius.covariance that return ArrayRowSymmetricPositiveMatrix

Modifier and Type	Method and Description
ArrayRowSymmetricPositiveMatrix	MultiOrbitalCovariance.getRelativeCovarianceMatrix(int index1, int index2) Computes the relative covariance matrix between two orbits.

Uses of ArrayRowSymmetricPositiveMatrix in fr.cnes.sirius.patrius.math.linear

Methods in fr.cnes.sirius.patrius.math.linear that return ArrayRowSymmetricPositiveMatrix

Modifier and Type	Method and Description
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.add(SymmetricPositiveMatrix m) Returns the result of adding the symmetric positive semi-definite matrix m to this matrix.
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.copy() Returns a deep copy of this matrix.
static ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.createIdentityMatrix(int dim) Creates an identity matrix of the specified dimension.
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.createMatrix(int rowDimension, int columnDimension) Creates a new matrix of the same type as this matrix.
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.getInverse() Gets the inverse (or pseudo-inverse) of this matrix using the default decomposition.
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.getInverse(Function<RealMatrix,Decomposition> decompositionBuilder) Gets the inverse (or pseudo-inverse) of this matrix using the given decomposition algorithm.
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.getSubMatrix(int[] index) Extracts the submatrix corresponding to the specified indices.
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.getSubMatrix(int startIndex, int endIndex) Extracts the submatrix corresponding to the specified indices.
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.positiveScalarAdd(double d) Returns the result of adding a positive scalar d to the entries of this matrix.
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.positiveScalarMultiply(double d) Returns the result of multiplying the entries of this matrix by a positive scalar d.
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.power(int p) Returns the the result of multiplying this matrix with itself p times.
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.quadraticMultiplication(RealMatrix m) Returns the result of the quadratic multiplication M×this×MT, where M is the provided matrix.
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.quadraticMultiplication(RealMatrix m, boolean isTranspose) Returns the result of the quadratic multiplication M×this×MT, where M or MT is the provided matrix.
ArrayRowSymmetricPositiveMatrix	DecomposedSymmetricPositiveMatrix.toArrayRowSymmetricPositiveMatrix() Gets the matrix A = B×BT represented by this instance, stored in a new ArrayRowSymmetricPositiveMatrix.
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.transpose() Returns the transpose of this matrix.
ArrayRowSymmetricPositiveMatrix	ArrayRowSymmetricPositiveMatrix.transpose(boolean forceCopy) Returns the transpose of this matrix.