Uses of Class Jampack.JampackException (Jampack 1.0 API)

Uses of JampackException in Jampack

Methods in Jampack that throw JampackException
Modifier and Type	Method and Description
`static Zmat`	Solve.`ahib(Zltmat L, Zmat B)` Solves L^HX = B, where L is a Zltmat and B is a Zmat.
`static Zmat`	Solve.`ahib(Zmat A, Zmat B)` Solve A^HX = B, where A is a Zmat and B is a Zmat.
`static Zmat`	Solve.`ahib(Zutmat U, Zmat B)` Solves U^HX = B, where U is a Zutmat and B is a Zmat.
`static Zmat`	Solve.`aib(Zltmat L, Zmat B)` Solves LX = B, where L is a Zltmat and B is a Zmat.
`static Zmat`	Solve.`aib(Zmat A, Zmat B)` Solves AX = B, where A is a Zmat and B is a Zmat.
`static Zmat`	Solve.`aib(Zpsdmat A, Zmat B)` Solves AX = B, where A is a Zpsdmat and B is a Zmat.
`static Zmat`	Solve.`aib(Zutmat U, Zmat B)` Solves UX = B, where U is a Zutmat and B is a Zmat.
`static Zmat`	House.`au(Zmat A, Z1 u, int r1, int r2, int c1, int c2)` Postmultiplies the Householder transformation contained in a Z1 into a Zmat A[r1:r2,c1:c2] and overwrites Zmat A[r1:r2,c1:c2] with the results.
`static Zmat`	House.`au(Zmat A, Z1 u, int r1, int r2, int c1, int c2, Z1 v)` Postmultiplies the Householder transformation contained in a Z1 into a Zmat A[r1:r2,c1:c2] and overwrites Zmat A[r1:r2,c1:c2] with the results.
`static Zmat`	Solve.`bahi(Zmat B, Zltmat L)` Solves XL^H = B, where L is a Zltmat and B is a Zmat.
`static Zmat`	Solve.`bahi(Zmat B, Zmat A)` Solve XA^H = B, where A is a Zmat and B is a Zmat.
`static Zmat`	Solve.`bahi(Zmat B, Zutmat U)` Solves XU^H = B, where U is a Zutmat and B is a Zmat.
`static Zmat`	Solve.`bai(Zmat B, Zltmat L)` Solves XL = B, where L is a Zltmat and B is a Zmat.
`static Zmat`	Solve.`bai(Zmat B, Zmat A)` Solve XA = B, where A is a Zmat and B is a Zmat.
`static Zmat`	Solve.`bai(Zmat B, Zpsdmat A)` Solves XA = B, where A is a Zpsdmat and B is a Zmat.
`static Zmat`	Solve.`bai(Zmat B, Zutmat U)` Solves XU = B, where U is a Zutmat and B is a Zmat.
`Zmat`	Zhqrd.`bq(Zmat B)` Computes the product BQ.
`Zmat`	Zhqrd.`bqh(Zmat A, Zmat B)` Computes the product BQ^H.
`static void`	Swap.`cols(Zmat A, int c1, int c2)` Interchances two columns of a Zmat (altered).
`Z`	Z.`Div(Z a, double b)` Computes the quotient of a Z and a double.
`Z`	Z.`Div(Z a, Z b)` Computes the quotient of two Z's.
`static Z1`	House.`genc(Zmat A, int r1, int r2, int c)` Generates a Householder transformation from within the part of column c of a Zmat (altered) extending from rows r1 to r2.
`static Z1`	House.`genr(Zmat A, int r, int c1, int c2)` Generates a Householder transformation from within the part of row r of a Zmat (altered) extending from columns c1 to c2.
`static Z1`	Rand.`nz1(int n)` Generates a normal random Z1.
`static Zmat`	Rand.`nzmat(int m, int n)` Generates a normal random Zmat.
`static Zdiagmat`	Inv.`o(Zdiagmat D)` Computes the inverse of a Zdiagmat.
`static Zdiagmat`	Times.`o(Zdiagmat D1, Zdiagmat D2)` Computes the product of two Zdiagmats.
`static Zdiagmat`	Plus.`o(Zdiagmat D1, Zdiagmat D2)` Computes the sum of a Zdiagmat and a Zdiagmat.
`static Zdiagmat`	Minus.`o(Zdiagmat D1, Zdiagmat D2)` Computes the difference of a two Zdiagmats.
`static Zmat`	Times.`o(Zdiagmat D, Zmat A)` Computes the product of a Zdiagmat and a Zmat.
`static Zmat`	Plus.`o(Zdiagmat D, Zmat A)` Computes the sum of a Zdiagmat and a Zmat.
`static Zmat`	Minus.`o(Zdiagmat D, Zmat A)` Computes the difference of a Zdiagmat and a Zmat.
`static Zltmat`	Inv.`o(Zltmat L)` Computes the inverse of a Zltmat.
`static Zmat`	Inv.`o(Zmat A)` Computes the inverse of a square Zmat
`static Zmat`	Merge.`o(Zmat[][] B)` Merges the matrices in an array of Zmats
`static Zmat[][]`	Block.`o(Zmat A, int[] ii, int[] jj)` This method takes a Zmat A and two arrays ii and jj of length m and n and produces an (m-1)x(n-1) block matrix Zmat[m-1][n-1], whose (i,j)-element is A.get(ii[i], ii[i+1]-1, jj[j], jj[j+1]-1).
`static Zmat`	Times.`o(Zmat A, Zdiagmat D)` Computes the product of a Zmat and a Zdiagmat.
`static Zmat`	Plus.`o(Zmat A, Zdiagmat D)` Computes the sum of a Zmat and a Zdiagmat.
`static Zmat`	Minus.`o(Zmat A, Zdiagmat D)` Computes the difference of a Zmat and a Zdiagmat.
`static Zmat`	Times.`o(Zmat A, Zmat B)` Computes the product of two Zmats.
`static Zmat`	Plus.`o(Zmat A, Zmat B)` Computes the sum of two Zmats
`static Zmat`	Minus.`o(Zmat A, Zmat B)` Computes the difference of two Zmats.
`static Zpsdmat`	Inv.`o(Zpsdmat A)` Computes the inverse of a Zpsdmat.
`static Zutmat`	Inv.`o(Zutmat U)` Computes the inverse of a Zutmat.
`static Zmat`	Merge.`o12(Zmat B00, Zmat B01)` Merges its arguments to create the Zmat
`static Zmat`	Merge.`o13(Zmat B00, Zmat B01, Zmat B02)` Merges its arguments to create the Zmat
`static Zmat`	Merge.`o21(Zmat B00, Zmat B10)` Merges its arguments to create the Zmat
`static Zmat`	Merge.`o22(Zmat B00, Zmat B01, Zmat B10, Zmat B11)` Merges its arguments to create the matrix
`static Zmat`	Merge.`o23(Zmat B00, Zmat B01, Zmat B02, Zmat B10, Zmat B11, Zmat B12)` Merges its arguments to create the Zmat
`static Zmat`	Merge.`o31(Zmat B00, Zmat B10, Zmat B20)` Merges its arguments to create the Zmat
`static Zmat`	Merge.`o32(Zmat B00, Zmat B01, Zmat B10, Zmat B11, Zmat B20, Zmat B21)` Merges its arguments to create the Zmat
`static Zmat`	Merge.`o33(Zmat B00, Zmat B01, Zmat B02, Zmat B10, Zmat B11, Zmat B12, Zmat B20, Zmat B21, Zmat B22)` Merges its arguments to create the Zmat
`Zmat`	Zhqrd.`qb(Zmat B)` Computes the product QB.
`Zmat`	Zhqrd.`qhb(Zmat B)` Computes the product Q^HB.
`static Zmat`	Pivot.`row(Zmat A, int[] pvt)` Pivots the rows of a Zmat (altered) as specified by a pivot array.
`static Zmat`	Pivot.`rowi(Zmat A, int[] pvt)` Pivots the rows of a Zmat (altered) as in the inverse order specified by a pivot array.
`static void`	Swap.`rows(Zmat A, int r1, int r2)` Interchances two rows of a Zmat (altered).
`static void`	Parameters.`setBaseIndex(int bx)` Resets the default base index.
`static Zmat`	House.`ua(Z1 u, Zmat A, int r1, int r2, int c1, int c2)` Premultiplies the Householder transformation contained in a Z1 into a Zmat A[r1:r2,c1:c2] and overwrites Zmat A[r1:r2,c1:c2] with the results.
`static Zmat`	House.`ua(Z1 u, Zmat A, int r1, int r2, int c1, int c2, Z1 v)` Premultiplies the Householder transformation contained in a Z1 into a Zmat A[r1:r2,c1:c2] and overwrites Zmat A[r1:r2,c1:c2] with the results.
`static Z1`	Rand.`uz1(int n)` Generates a uniform random Z1.
`static Zmat`	Rand.`uzmat(int m, int n)` Generates a uniform random Zmat.

Constructors in Jampack that throw JampackException
Constructor and Description
`Eig(Zmat A)` Creates an eigenvalue-vector decomposition of a square matrix A.
`Schur(Zmat A)` Creats a Schur decomposition from a square Zmat.
`Z1(int n)` Creates a Z1 initializes to zero.
`Zchol(Zmat A)` Constructs a Zchol from a Zmat A.
`Zdiagmat(Zmat A)` Constructs a Zdiagmat and initializes it to the principal diagonal of a Zmat.
`Zdiagmat(Zmat A, int k)` Constructs a Zdiagmat and initializes it to the diagonal of a Zmat.
`Zhess(Zmat A)` Creates a Zhess from a square Zmat.
`Zhqrd(Zmat A)` Computes a Householder QR decomposition of a Zmat
`Zltmat(double[][] re, double[][] im)`
`Zludpp(Zmat A)` Computes the partially pivoted LU decompostion.
`Zmat(double[][] re, double[][] im)` Creates a Zmat and initializes its real and imaginary parts to a pair of arrays.
`Zpsdmat(double[][] re, double[][] im)`
`Zqrd(Zmat A)` Constructs a Zqrd from a Zmat.
`Zspec(Zmat AA)` Creates a Zspec from Zmat.
`Zsvd(Zmat XX)` Computes the SVD of a Zmat XX.
`Zutmat(double[][] re, double[][] im)`

Uses of ClassJampack.JampackException

Uses of JampackException in Jampack

Uses of Class
Jampack.JampackException