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Modules in PORT

APRNTC Prints a one-dimensional complex array in multicolumn format with supression of ...
APRNTD (APRNTR) Prints a one-dimensional real array in multicolumn format with supression of red ...
APRNTI Prints a one-dimensional integer array in multicolumn format with supression of ...
APRNTL Prints a one-dimensional logical array in multicolumn format with supression of ...
APRNTR (APRNTD) Prints a one-dimensional real array in multicolumn format with supression of red ...
BESCI (DBESCI) Sequence of modified Bessel functions In(z).
BESCJ (DBESCJ) Sequence of Bessel functions Jn(z).
BESRI (DBESRI) Sequence of modified Bessel functions In(x).
BESRJ (DBESRJ) Bessel functions, J, of real argument and integer order.
CDDIV Quotient of double precision complex numbers. Each is represented by a double pr ...
D1MACH (R1MACH) Provides machine dependent double precision constants for the PORT library progr ...
DBESCI (BESCI) Sequence of modified Bessel functions In(z).
DBESCJ (BESCJ) Sequence of Bessel functions Jn(z).
DBESRI (BESRI) Sequence of modified Bessel functions In(x).
DBESRJ (BESRJ) Bessel functions, J, of real argument and integer order.
DEIGEN (EIGEN) Finds all eigenvalues and eigenvectors of a real matrix. Output consists of pair ...
DFFT (FFT) FFT of complex data sequence (forward or reverse) - any number of points. Useful ...
DFMIN (FMIN) Finds an approximate local minimum of a univariate user defined function.
DMNF (MNF) Finds a local minimum of a continuously differentiable function. Finite-differen ...
DMNFB (MNFB) Finds a local minimum of a continuously differentiable function subject to simpl ...
DMNG (MNG) Finds a local minimum of a continuously differentiable function. User supplies g ...
DMNGB (MNGB) Finds a local minimum of a continuously differentiable function subject to simpl ...
DMNH (MNH) Finds a local minimum of a continuously differentiable function. User supplies g ...
DMNHB (MNHB) Finds a local minimum of a continuously differentiable function subject to simpl ...
DN2F (N2F) Minimize a twice-continuously differentiable nonlinear sum of squares using resi ...
DN2FB (N2FB) Minimize a twice-continuously differentiable nonlinear sum of squares using resi ...
DN2G (N2G) Minimize a twice-continuously differentiable nonlinear sum of squares using user ...
DN2GB (N2GB) Minimize a twice-continuously differentiable nonlinear sum of squares using user ...
DN2P (N2P) Minimize a twice-continuously differentiable nonlinear sum of squares using resi ...
DN2PB (N2PB) Minimize a twice-continuously differentiable nonlinear sum of squares using resi ...
DNSF (NSF) Solve separable nonlinear least squares problem (i.e., one with both linear and ...
DNSFB (NSFB) Solve separable nonlinear least squares problem (i.e., one with both linear and ...
DNSG (NSG) Solve separable nonlinear least squares problem (i.e., one with both linear and ...
DNSGB (NSGB) Solve separable nonlinear least squares problem (i.e., one with both linear and ...
DRLTR (RLTR) An auxiliary routine for use together with FFT to transform 2N real data points.
DRMNF (RMNF) Reverse communication version of PORT's MNF. Finds a local minimum of a continuo ...
DRMNFB (RMNFB) Reverse communication version of PORT's MNFB. Finds a local minimum of a continu ...
DRMNG (RMNG) Reverse communication version of PORT's MNG. Finds a local minimum of a continuo ...
DRMNGB (RMNGB) Reverse communication version of PORT's MNGB. Finds a local minimum of a continu ...
DRMNH (RMNH) Reverse communication version of PORT's MNH. Finds a local minimum of a continuo ...
DRMNHB (RMNHB) Reverse communication version of PORT's MNBH. Finds a local minimum of a continu ...
DRN2G (RN2G) Reverse communication version of PORT's N2G. Minimize a twice-continuously diffe ...
DRN2GB (RN2GB) Reverse communication version of PORT's N2GB. Minimize a twice continuously diff ...
DRNSG (RNSG) Reverse communication version of PORT's NSG. Solves a separable nonlinear least ...
DRNSGB (RNSGB) Reverse communication version of PORT's NSGB. Solve separable nonlinear least sq ...
DROT (SROT) Apply Givens plane rotation to a single precision vector.
DROTG (SROTG) Construct Givens plane rotation of single precision matrix.
DRPOLY (RPOLY) Finds zeros of a polynomial with real coefficients. Output zeros are in a pair o ...
DZERO (ZERO) Finds a single real root of a function within an interval specified by the user.
EIGEN (DEIGEN) Finds all eigenvalues and eigenvectors of a real matrix. Output consists of pair ...
ENTER Save current error recovery mode and storage allocation status for PORT library ...
ENTSRC Saves current recovery mode status and sets a new one for PORT library programs.
EPRINT Print the current error message if the program is in the error state for PORT li ...
ERROFF Turns off the error state for PORT library programs.
FFT (DFFT) FFT of complex data sequence (forward or inverse) - any number of points. Useful ...
FMIN (DFMIN) Finds an approximate local minimum of a univariate user defined function.
FRMATD (FRMATR) Returns appropriate machine-dependent FORMAT specifications for printing real qu ...
FRMATI Returns appropriate machine-dependent FORMAT specifications for printing integer ...
FRMATR (FRMATD) Returns appropriate machine-dependent FORMAT specifications for printing real qu ...
I1MACH Provides integer machine dependent information, e.g., largest integer.
ICEIL (IDCEIL) Smallest integer greater than or equal to x. Input is real, output is integer.
IFLR (IDFLR) Largest integer less than or equal to x. Input is real, output is integer.
ISTKGT Allocates (gets) an array from the storage stack for PORT library programs.
ISTKIN Initialize the length of the dynamic storage stack for PORT library programs.
ISTKMD Changes size of last stack allocation for PORT library programs.
ISTKQU Returns the number of available items that remain in the stack for PORT library ...
ISTKRL Releases the last storage allocations requested for PORT library programs.
ISTKST Returns information on the status of the stack for PORT library programs.
LEAVE Restores prior error recovery mode and resets the stack for PORT library program ...
MNF (DMNF) Finds a local minimum of a continuously differentiable function. Finite-differen ...
MNFB (DMNFB) Finds a local minimum of a continuously differentiable function subject to simpl ...
MNG (DMNG) Finds a local minimum of a continuously differentiable function. User supplies g ...
MNGB (DMNGB) Finds a local minimum of a continuously differentiable function subject to simpl ...
MNH (DMNH) Finds a local minimum of a continuously differentiable function. User supplies g ...
MNHB (DMNHB) Finds a local minimum of a continuously differentiable function subject to simpl ...
MOVEBC Move a complex vector using backward DO loop.
MOVEBD (MOVEBR) Move a double precision vector using backward DO loop.
MOVEBI Move an integer vector using backward DO loop.
MOVEBL Move a logical vector using backward DO loop.
MOVEBR (MOVEBD) Move a real vector using backward DO loop.
MOVEFC Move a complex vector using forward DO loops.
MOVEFD Move a double precision vector using forward DO loop.
MOVEFI Move an integer vector using forward DO loop.
MOVEFL Move a logical vector using forward DO loop.
MOVEFR (MOVEFD) Move a real vector using forward DO loop.
N2F (DN2F) Minimize a twice-continuously differentiable nonlinear sum of squares using resi ...
N2FB (DN2FB) Minimize a twice-continuously differentiable nonlinear sum of squares using resi ...
N2G (DN2G) Minimize a twice-continuously differentiable nonlinear sum of squares using user ...
N2GB (DN2GB) Minimize a twice-continuously differentiable nonlinear sum of squares using user ...
N2P (DN2P) Minimize a twice-continuously differentiable nonlinear sum of squares using resi ...
N2PB (DN2PB) Minimize a twice-continuously differentiable nonlinear sum of squares using resi ...
NERROR Provides the current error number for PORT library programs.
NSF (DNSF) Solve separable nonlinear least squares problem (i.e., one with both linear and ...
NSFB (DNSFB) Solve separable nonlinear least squares problem (i.e., one with both linear and ...
NSG (DNSG) Solve separable nonlinear least squares problem (i.e., one with both linear and ...
NSGB (DNSGB) Solve separable nonlinear least squares problem (i.e., one with both linear and ...
R1MACH (D1MACH) Provides the single precision machine-dependent constants required to adapt PORT ...
RETSRC Test and reset error recovery mode for PORT library programs.
RLTR (DRLTR) An auxiliary routine for use together with FFT to transform 2N real data points.
RMNF (DRMNF) Reverse communication version of PORT's MNF. Finds a local minimum of a continuo ...
RMNFB (DRMNFB) Reverse communication version of PORT's MNFB. Finds a local minimum of a continu ...
RMNG (DRMNG) Reverse communication version of PORT's MNG. Finds a local minimum of a continuo ...
RMNGB (DRMNGB) Reverse communication version of PORT's MNGB. Finds a local minimum of a continu ...
RMNH (DRMNH) Reverse communication version of PORT's MNH. Finds a local minimum of a continuo ...
RMNHB (DRMNHB) Reverse communication version of PORT's MNBH. Finds a local minimum of a continu ...
RN2G (DRN2G) Reverse communication version of PORT's N2G. Minimize a twice-continuously diffe ...
RN2GB (DRN2GB) Reverse communication version of PORT's N2GB. Minimize a twice continuously diff ...
RNSG (DRNSG) Reverse communication version of PORT's NSG. Solves a separable nonlinear least ...
RNSGB (DRNSGB) Reverse communication version of PORT's NSGB. Solve separable nonlinear least sq ...
RPOLY (DRPOLY) Finds zeros of a polynomial with real coefficients. Output zeros are in a pair o ...
SETC Set a specified number of values in a complex array equal to a constant.
SETD (SETR) Set a specified number of values in a double precision array equal to a constant ...
SETERR Sets the error indicator and depending on options prints a message and provides ...
SETI Set a specified number of values in an integer array equal to a constant.
SETL Set a specified number of values in a logical array equal to a constant.
SETR (SETD) Set a specified number of values in a real array equal to a constant.
SROT (DROT) Apply Givens plane rotation to a single precision vector.
SROTG (DROTG) Construct Givens plane rotation of single precision matrix.
STKDMP Prints a formatted dump of the PORT stack on the standard error unit.
ZERO (DZERO) Finds a single real root of a function within an interval specified by the user.

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This page was generated on Fri Aug 08, 2008 at 18:42:10 UTC