NAG AD Library
e05uc_a1w_f (nlp_multistart_sqp_a1w)

1 Purpose

2 Specification

3 Description

4 References

5 Arguments

1: ad_handle – Type (c_ptr) Input/Output

On entry: a handle to the AD configuration data object, as created by x10aa_a1w_f.

2: n – Integer Input

3: nclin – Integer Input

4: ncnln – Integer Input

5: a(lda, $*$) – Type (nagad_a1w_w_rtype) array Input

6: lda – Integer Input

7: bl($\mathbf{n}+\mathbf{nclin}+\mathbf{ncnln}$) – Type (nagad_a1w_w_rtype) array Input

8: bu($\mathbf{n}+\mathbf{nclin}+\mathbf{ncnln}$) – Type (nagad_a1w_w_rtype) array Input

9: confun – Subroutine External Procedure

The specification of confun is:

Fortran Interface copy

Subroutine confun ( ad_handle, mode, ncnln, n, ldcjsl, needc, x, c, cjsl, nstate, iuser, ruser) Integer, Intent (In) :: ncnln, n, ldcjsl, needc(ncnln), nstate Integer, Intent (Inout) :: mode, iuser(*) Type (nagad_a1w_w_rtype), Intent (In) :: x(n) Type (nagad_a1w_w_rtype), Intent (Inout) :: cjsl(ldcjsl,n), ruser(*) Type (nagad_a1w_w_rtype), Intent (Out) :: c(ncnln) Type (c_ptr), Intent (Inout) :: ad_handle

C++ Header Interface copy

#include <nagad.h> void confun ( void *&ad_handle, Integer &mode, const Integer &ncnln, const Integer &n, const Integer &ldcjsl, const Integer needc[], const nagad_a1w_w_rtype x[], nagad_a1w_w_rtype c[], nagad_a1w_w_rtype cjsl[], const Integer &nstate, Integer iuser[], nagad_a1w_w_rtype ruser[])

1: ad_handle – Type (c_ptr) Input/Output

On entry: a handle to the AD configuration data object.

2: mode – Integer Input/Output

3: ncnln – Integer Input

4: n – Integer Input

5: ldcjsl – Integer Input

6: needc – Integer array Input

7: x – Type (nagad_a1w_w_rtype) array Input

8: c – Type (nagad_a1w_w_rtype) array Output

9: cjsl – Type (nagad_a1w_w_rtype) array Input/Output

10: nstate – Integer Input

11: iuser – Integer array User Workspace

12: ruser – Type (nagad_a1w_w_rtype) array User Workspace

10: objfun – Subroutine External Procedure

The specification of objfun is:

Fortran Interface copy

Subroutine objfun ( ad_handle, mode, n, x, objf, objgrd, nstate, iuser, ruser) Integer, Intent (In) :: n, nstate Integer, Intent (Inout) :: mode, iuser(*) Type (nagad_a1w_w_rtype), Intent (In) :: x(n) Type (nagad_a1w_w_rtype), Intent (Inout) :: objgrd(n), ruser(*) Type (nagad_a1w_w_rtype), Intent (Out) :: objf Type (c_ptr), Intent (Inout) :: ad_handle

C++ Header Interface copy

#include <nagad.h> void objfun ( void *&ad_handle, Integer &mode, const Integer &n, const nagad_a1w_w_rtype x[], nagad_a1w_w_rtype &objf, nagad_a1w_w_rtype objgrd[], const Integer &nstate, Integer iuser[], nagad_a1w_w_rtype ruser[])

1: ad_handle – Type (c_ptr) Input/Output

On entry: a handle to the AD configuration data object.

2: mode – Integer Input/Output

3: n – Integer Input

4: x – Type (nagad_a1w_w_rtype) array Input

5: objf – Type (nagad_a1w_w_rtype) Output

6: objgrd – Type (nagad_a1w_w_rtype) array Input/Output

7: nstate – Integer Input

8: iuser – Integer array User Workspace

9: ruser – Type (nagad_a1w_w_rtype) array User Workspace

11: npts – Integer Input

12: x(ldx, nb) – Type (nagad_a1w_w_rtype) array Output

13: ldx – Integer Input

14: start – Subroutine External Procedure

The specification of start is:

Fortran Interface copy

Subroutine start ( ad_handle, npts, quas, n, repeat, bl, bu, mode, iuser, ruser) Integer, Intent (In) :: npts, n Integer, Intent (Inout) :: iuser(*), mode Type (nagad_a1w_w_rtype), Intent (In) :: bl(n), bu(n) Type (nagad_a1w_w_rtype), Intent (Inout) :: quas(n,npts), ruser(*) Logical, Intent (In) :: repeat Type (c_ptr), Intent (Inout) :: ad_handle

C++ Header Interface copy

#include <nagad.h> void start ( void *&ad_handle, const Integer &npts, nagad_a1w_w_rtype quas[], const Integer &n, const logical &repeat, const nagad_a1w_w_rtype bl[], const nagad_a1w_w_rtype bu[], Integer &mode, Integer iuser[], nagad_a1w_w_rtype ruser[])

1: ad_handle – Type (c_ptr) Input/Output

On entry: a handle to the AD configuration data object.

2: npts – Integer Input

3: quas – Type (nagad_a1w_w_rtype) array Input/Output

4: n – Integer Input

5: repeat – logical Input

6: bl – Type (nagad_a1w_w_rtype) array Input

7: bu – Type (nagad_a1w_w_rtype) array Input

8: iuser – Integer array User Workspace

9: ruser – Type (nagad_a1w_w_rtype) array User Workspace

10: mode – Integer Input/Output

15: repeat – logical Input

16: nb – Integer Input

17: objf(nb) – Type (nagad_a1w_w_rtype) array Output

18: objgrd(ldobjd, nb) – Type (nagad_a1w_w_rtype) array Output

19: ldobjd – Integer Input

20: iter(nb) – Integer array Output

21: c(ldc, nb) – Type (nagad_a1w_w_rtype) array Output

22: ldc – Integer Input

23: cjac(ldcjac, sdcjac, nb) – Type (nagad_a1w_w_rtype) array Output

24: ldcjac – Integer Input

25: sdcjac – Integer Input

26: r(ldr, sdr, nb) – Type (nagad_a1w_w_rtype) array Output

27: ldr – Integer Input

28: sdr – Integer Input

29: clamda(ldclda, nb) – Type (nagad_a1w_w_rtype) array Output

30: ldclda – Integer Input

31: istate(listat, nb) – Integer array Output

32: listat – Integer Input

33: iopts($740$) – Integer array Communication Array

34: opts($485$) – Type (nagad_a1w_w_rtype) array Communication Array

35: info(nb) – Integer array Output

36: iuser($*$) – Integer array User Workspace

37: ruser($*$) – Type (nagad_a1w_w_rtype) array User Workspace

38: ifail – Integer Input/Output

6 Error Indicators and Warnings

7 Accuracy

8 Parallelism and Performance

9 Further Comments

10 Example

10.1 Adjoint mode (a1w)

10.2 Tangent mode (t1w)

10.3 Passive mode (p0w)