Function Name |
Purpose |
c05mdc | Solution of a system of nonlinear equations using Anderson acceleration (reverse communication) |
c06sac | Multidimensional fast Gauss transform |
e04ffc | Derivative free (DFO) solver for a nonlinear least squares objective function with bounded variables |
e04mtc | Linear programming (LP), sparse, interior point method (IPM) |
e04rmc | Define a nonlinear least squares objective function to a problem initialized by nag_opt_handle_init (e04rac) |
e04rxc | Retrieve or write a piece of information in a problem handle initialized by nag_opt_handle_init (e04rac) |
g04gac | Intraclass correlation (ICC) for assessing rater reliability |
g22yac | Specify a linear model via a formula string |
g22ybc | Describe a dataset |
g22ycc | Construct a design matrix from a linear model specified using nag_blgm_lm_formula (g22yac) |
g22ydc | Construct a vector indicating which columns of a design matrix to include in a submodel specified using nag_blgm_lm_formula (g22yac) |
g22zac | Destroy a G22 handle and deallocate all the memory used |
g22zmc | Option setting function for Chapter g22 |
g22znc | Option getting function for Chapter g22 |
s17gac | Struve function of order , |
s17gbc | Struve function of order , |
s18gac | Modified Struve function of order , |
s18gbc | Modified Struve function of order , |
s18gcc | The function , where is a modified Bessel function and is a Struve function |
s18gdc | The function , where is a modified Bessel function and is a Struve function |
Function Name |
Purpose |
d01tdc | Calculation of weights and abscissae for Gaussian quadrature rules, method of Golub and Welsch |
d01tec | Generates recursion coefficients needed by nag_quad_1d_gauss_wrec (d01tdc) to calculate a Gaussian quadrature rule |
d01ubc | Non-automatic function to evaluate |
d02pgc | Ordinary differential equations, initial value problem, Runge–Kutta method, integration by reverse communication |
d02phc | Set up interpolant by reverse communication for solution and derivative evaluations at points within the range of the last integration step taken by nag_ode_ivp_rk_step_revcomm (d02pgc) |
d02pjc | Evaluate interpolant, set up using nag_ode_ivp_rkts_setup (d02pqc), to approximate solution and/or solution derivatives at a point within the range of the last integration step taken by nag_ode_ivp_rk_step_revcomm (d02pgc) |
e04mwc | Write MPS data file defining LP, QP, MILP or MIQP problem |
e04rac | Initialization of a handle for the NAG optimization modelling suite for problems, such as, linear programming (LP), quadratic programming (QP), nonlinear programming (NLP), least squares (LSQ) problems, linear semidefinite programming (SDP) or SDP with bilinear matrix inequalities (BMI-SDP) |
e04rdc | A reader of sparse SDPA data files for linear SDP problems |
e04rec | Define a linear objective function to a problem initialized by nag_opt_handle_init (e04rac) |
e04rfc | Define a linear or a quadratic objective function to a problem initialized by nag_opt_handle_init (e04rac) |
e04rgc | Define a nonlinear objective function to a problem initialized by nag_opt_handle_init (e04rac) |
e04rhc | Define bounds of variables of a problem initialized by nag_opt_handle_init (e04rac) |
e04rjc | Define a block of linear constraints to a problem initialized by nag_opt_handle_init (e04rac) |
e04rkc | Define a block of nonlinear constraints to a problem initialized by nag_opt_handle_init (e04rac) |
e04rlc | Define a structure of Hessian of the objective, constraints or the Lagrangian to a problem initialized by nag_opt_handle_init (e04rac) |
e04rnc | Add one or more linear matrix inequality constraints to a problem initialized by nag_opt_handle_init (e04rac) |
e04rpc | Define bilinear matrix terms to a problem initialized by nag_opt_handle_init (e04rac) |
e04ryc | Print information about a problem handle initialized by nag_opt_handle_init (e04rac) |
e04rzc | Destroy the problem handle initialized by nag_opt_handle_init (e04rac) and deallocate all the memory used |
e04stc | Run an interior point solver on a sparse nonlinear programming problem (NLP) initialized by nag_opt_handle_init (e04rac) and defined by other functions from the suite |
e04svc | Run the Pennon solver on a compatible problem initialized by nag_opt_handle_init (e04rac) and defined by other functions from the suite, such as, semidefinite programming (SDP) and SDP with bilinear matrix inequalities (BMI) |
e04zmc | Option setting routine for the solvers from the NAG optimization modelling suite |
e04znc | Option getting routine for the solvers from the NAG optimization modelling suite |
e04zpc | Option setting routine for the solvers from the NAG optimization modelling suite from external file |
f08vcc | Computes, using BLAS-3, the generalized singular value decomposition of a real matrix pair |
f08vgc | Produces orthogonal matrices, using BLAS-3, that simultaneously reduce the by matrix and the by matrix to upper triangular form |
f08vqc | Computes, using BLAS-3, the generalized singular value decomposition of a complex matrix pair |
f08vuc | Produces unitary matrices, using BLAS-3, that simultaneously reduce the complex, by , matrix and the complex, by , matrix to upper triangular form |
f08wcc | Computes, for a real nonsymmetric matrix pair, using BLAS-3, the generalized eigenvalues, and optionally, the left and/or right generalized eigenvectors |
f08wfc | Performs, using BLAS-3, an orthogonal reduction of a pair of real general matrices to generalized upper Hessenberg form |
f08wqc | Computes, for a complex nonsymmetric matrix pair, using BLAS-3, the generalized eigenvalues, and optionally, the left and/or right generalized eigenvectors |
f08wtc | Performs, using BLAS-3, a unitary reduction of a pair of complex general matrices to generalized upper Hessenberg form |
f08xcc | Computes, for a real nonsymmetric matrix pair, using BLAS-3, the generalized eigenvalues, the generalized real Schur form and, optionally, the left and/or right matrices of Schur vectors |
f08xqc | Computes, for a complex nonsymmetric matrix pair, using BLAS-3, the generalized eigenvalues, the generalized complex Schur form and, optionally, the left and/or right matrices of Schur vectors |
g02apc | Computes a correlation matrix from an approximate one using a specified target matrix |
x06xac | Tests whether a threaded NAG Library is being used |
Superseded Function |
Replacement Function(s) |
d01tac | nag_quad_1d_gauss_vec (d01uac) |