Detailed Description
Collaboration diagram for qpalm_fiface::qpalm_fortran:Public Member Functions | |
| subroutine | qpalm_fortran (n, m, hne, hrow, hptr, hval, g, f, ane, arow, aptr, aval, cl, cu, settings, x, y, info) |
Constructor & Destructor Documentation
◆ qpalm_fortran()
| subroutine qpalm_fiface::qpalm_fortran::qpalm_fortran | ( | integer ( kind = integer_kind ), intent(in), value | n, |
| integer ( kind = integer_kind ), intent(in), value | m, | ||
| integer ( kind = integer_kind ), intent(in), value | hne, | ||
| integer ( kind = integer_kind ), dimension( hne ), intent(in) | hrow, | ||
| integer ( kind = integer_kind ), dimension( n + 1 ), intent(in) | hptr, | ||
| real ( kind = real_kind ), dimension( hne ), intent(in) | hval, | ||
| real ( kind = real_kind ), dimension( n ), intent(in) | g, | ||
| real ( kind = real_kind ), intent(in), value | f, | ||
| integer ( kind = integer_kind ), intent(in), value | ane, | ||
| integer ( kind = integer_kind ), dimension( ane ), intent(in) | arow, | ||
| integer ( kind = integer_kind ), dimension( n + 1 ), intent(in) | aptr, | ||
| real ( kind = real_kind ), dimension( ane ), intent(in) | aval, | ||
| real ( kind = real_kind ), dimension( m ), intent(in) | cl, | ||
| real ( kind = real_kind ), dimension( m ), intent(in) | cu, | ||
| type ( qpalm_settings ), intent(in), value | settings, | ||
| real ( kind = real_kind ), dimension( n ), intent(out) | x, | ||
| real ( kind = real_kind ), dimension( m ), intent(out) | y, | ||
| type ( qpalm_info ), intent(out) | info | ||
| ) |
- Parameters
-
[in] n the number of variables [in] m the number of constraints [in] hne the number of nonzeros in the upper triangular part of the objective Hessian, H [in] hrow the (1-based) row indices of the upper triangular part of H when H is stored by columns. Columns are stored consecutively, with column i directly before column i+1, for i = 1,...,n-1 [in] hptr the (1-based) pointers to the first entry in each column of the upper triangular part of H, i = 1,...,n, as well as the pointer to one position beyond the last entry, stored in hptr(n+1) [in] hval the values of the nonzeros in the upper triangular part of H, in the same order as the row indices stored in hrow [in] g the vector of values of the linear term, g, in the objective [in] f the value of the constant term, f, in the objective [in] ane the number of nonzeros in the constraint Jacobian, A [in] arow the (1-based) row indices of the A when A is stored by columns. Columns are stored consecutively, with column i directly before column i+1, for i = 1,...,n-1 [in] aptr the (1-based) pointers to the first entry in each column of A, i = 1,...,n, as well as the pointer to one position beyond the last entry, stored in aptr(n+1) [in] aval the values of the nonzeros in A, in the same order as the row indices stored in arow [in] cl the vector of lower constraint bounds, cl. An infinite bound should be given a value no larger than - QPALM_INFTY = -10^20 [in] cu the vector of upper constraint bounds, cu. An infinite bound should be given a value no smaller than QPALM_INFTY = 10^20 [in] settings parameters that are used to control the optimization. See QPALM_settings above for details [out] x the values of the best primal variables, x, on successful termination [out] y the values of the best dual variables, y, on successful termination [out] info output information after the optimization. See QPALM_info above for details
Definition at line 289 of file qpalm_fiface.F90.
The documentation for this interface was generated from the following file:
- QPALM/interfaces/fortran/qpalm_fiface.F90
