Uses of Class
edu.mines.jtk.la.DMatrix

Packages that use DMatrix
edu.mines.jtk.la Linear algebra. 
 

Uses of DMatrix in edu.mines.jtk.la
 

Methods in edu.mines.jtk.la that return DMatrix
 DMatrix DMatrix.arrayLeftDivide(DMatrix b)
          Returns C = A .\ B, where A is this matrix.
 DMatrix DMatrix.arrayLeftDivideEquals(DMatrix b)
          Returns A = A .\ B, where A is this matrix.
 DMatrix DMatrix.arrayRightDivide(DMatrix b)
          Returns C = A ./ B, where A is this matrix.
 DMatrix DMatrix.arrayRightDivideEquals(DMatrix b)
          Returns A = A ./ B, where A is this matrix.
 DMatrix DMatrix.arrayTimes(DMatrix b)
          Returns C = A .* B, where A is this matrix.
 DMatrix DMatrix.arrayTimesEquals(DMatrix b)
          Returns A = A .* B, where A is this matrix.
 DMatrix DMatrix.get(int[] r, int j)
          Gets a matrix from specified rows and one column of this matrix.
 DMatrix DMatrix.get(int[] r, int[] c)
          Gets a new matrix from the specified rows and columns of this matrix.
 DMatrix DMatrix.get(int[] r, int j0, int j1)
          Gets a matrix from specified rows and columns of this matrix.
 DMatrix DMatrix.get(int i, int[] c)
          Gets a matrix from specified one row and columns of this matrix.
 DMatrix DMatrix.get(int i0, int i1, int[] c)
          Gets a matrix from specified rows and columns of this matrix.
 DMatrix DMatrix.get(int i0, int i1, int j0, int j1)
          Gets the specified submatrix a[i0:i1][j0:j1] of this matrix.
 DMatrix DMatrixEvd.getD()
          Gets the block diagonal matrix of eigenvalues D.
 DMatrix DMatrixLud.getL()
          Gets the m-by-n unit lower triangular matrix factor L.
 DMatrix DMatrixQrd.getQ()
          Gets the m-by-n matrix factor Q.
 DMatrix DMatrixQrd.getR()
          Gets the n-by-n upper triangular matrix factor R.
 DMatrix DMatrixLud.getU()
          Gets the n-by-n upper triangular matrix factor U.
 DMatrix DMatrixEvd.getV()
          Gets the matrix of eigenvectors V.
static DMatrix DMatrix.identity(int m, int n)
          Returns a new identity matrix.
 DMatrix DMatrix.minus(DMatrix b)
          Returns C = A - B, where A is this matrix.
 DMatrix DMatrix.minusEquals(DMatrix b)
          Returns A = A - B, where A is this matrix.
 DMatrix DMatrix.negate()
          Returns C = -A, where A is this matrix.
 DMatrix DMatrix.plus(DMatrix b)
          Returns C = A + B, where A is this matrix.
 DMatrix DMatrix.plusEquals(DMatrix b)
          Returns A = A + B, where A is this matrix.
static DMatrix DMatrix.random(int m, int n)
          Returns a new matrix with random elements.
 DMatrix DMatrixQrd.solve(DMatrix b)
          Returns the least-squares solution X of the system A*X = B.
 DMatrix DMatrixLud.solve(DMatrix b)
          Returns the solution X of the system A*X = B.
 DMatrix DMatrix.times(DMatrix b)
          Returns C = A * B, where A is this matrix.
 DMatrix DMatrix.times(double s)
          Returns C = A * s, where A is this matrix, and s is a scalar.
 DMatrix DMatrix.timesEquals(double s)
          Returns A = A * s, where A is this matrix, and s is a scalar.
 DMatrix DMatrix.transpose()
          Returns the transpose of this matrix.
 

Methods in edu.mines.jtk.la with parameters of type DMatrix
 DMatrix DMatrix.arrayLeftDivide(DMatrix b)
          Returns C = A .\ B, where A is this matrix.
 DMatrix DMatrix.arrayLeftDivideEquals(DMatrix b)
          Returns A = A .\ B, where A is this matrix.
 DMatrix DMatrix.arrayRightDivide(DMatrix b)
          Returns C = A ./ B, where A is this matrix.
 DMatrix DMatrix.arrayRightDivideEquals(DMatrix b)
          Returns A = A ./ B, where A is this matrix.
 DMatrix DMatrix.arrayTimes(DMatrix b)
          Returns C = A .* B, where A is this matrix.
 DMatrix DMatrix.arrayTimesEquals(DMatrix b)
          Returns A = A .* B, where A is this matrix.
 DMatrix DMatrix.minus(DMatrix b)
          Returns C = A - B, where A is this matrix.
 DMatrix DMatrix.minusEquals(DMatrix b)
          Returns A = A - B, where A is this matrix.
 DMatrix DMatrix.plus(DMatrix b)
          Returns C = A + B, where A is this matrix.
 DMatrix DMatrix.plusEquals(DMatrix b)
          Returns A = A + B, where A is this matrix.
 void DMatrix.set(int[] r, int[] c, DMatrix x)
          Sets the specified rows and columns of this matrix.
 void DMatrix.set(int[] r, int j, DMatrix x)
          Sets the specified rows and one column of this matrix.
 void DMatrix.set(int[] r, int j0, int j1, DMatrix x)
          Sets the specified rows and columns of this matrix.
 void DMatrix.set(int i, int[] c, DMatrix x)
          Sets the specified one row and columns of this matrix.
 void DMatrix.set(int i0, int i1, int[] c, DMatrix x)
          Sets the specified rows and columns of this matrix.
 void DMatrix.set(int i0, int i1, int j0, int j1, DMatrix x)
          Sets the specified submatrix a[i0:i1][j0:j1] of this matrix.
 DMatrix DMatrixQrd.solve(DMatrix b)
          Returns the least-squares solution X of the system A*X = B.
 DMatrix DMatrixLud.solve(DMatrix b)
          Returns the solution X of the system A*X = B.
 DMatrix DMatrix.times(DMatrix b)
          Returns C = A * B, where A is this matrix.
 

Constructors in edu.mines.jtk.la with parameters of type DMatrix
DMatrix(DMatrix a)
          Constructs a copy of the specified matrix.
DMatrixEvd(DMatrix a)
          Constructs an eigenvalue decomposition for the specified square matrix.
DMatrixLud(DMatrix a)
          Constructs an LU decomposition for the specified matrix A.
DMatrixQrd(DMatrix a)
          Constructs an QR decomposition for the specified matrix A.