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| integer(c_int) function | coidef_ini (cntvect) |
| | initializes the Control Vector by placing default values in the various positions.
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| integer(c_int) function | coidef_numvar (cntvect, numvar) |
| | defines the number of variables in the model.
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| integer(c_int) function | coidef_numcon (cntvect, numcon) |
| | defines the number of constraints in the model.
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| integer(c_int) function | coidef_numnz (cntvect, numnz) |
| | defines the number of nonzero elements in the Jacobian.
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| integer(c_int) function | coidef_numnlnz (cntvect, numnlnz) |
| | defines the Number of Nonlinear Nonzeros.
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| integer(c_int) function | coidef_numhess (cntvect, numhess) |
| | defines the Number of Hessian Nonzeros.
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| integer(c_int) function | coidef_optdir (cntvect, optdir) |
| | defines the Optimization Direction.
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| integer(c_int) function | coidef_objcon (cntvect, objcon) |
| | defines the Objective Constraint.
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| integer(c_int) function | coidef_objvar (cntvect, objvar) |
| | defines the Objective Variable.
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| integer(c_int) function | coidef_license (cntvect, licint1, licint2, licint3, licstring) |
| | define the License Information.
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| integer(c_int) function | coidef_itlim (cntvect, itlim) |
| | define the Iteration Limit.
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| integer(c_int) function | coidef_errlim (cntvect, errlim) |
| | define the Error Limit.
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| integer(c_int) function | coidef_debugfv (cntvect, debugfv) |
| | turn Debugging of FDEval on and off.
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| integer(c_int) function | coidef_maxsup (cntvect, maxsup) |
| | limit on superbasics.
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| integer(c_int) function | coidef_square (cntvect, square) |
| | square models.
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| integer(c_int) function | coidef_emptyrow (cntvect, emptyrow) |
| | allow empty rows.
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| integer(c_int) function | coidef_emptycol (cntvect, emptycol) |
| | allow empty columns.
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| integer(c_int) function | coidef_debug2d (cntvect, debug2d) |
| | turn debugging of 2nd derivatives on and off.
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| integer(c_int) function | coidef_optorder (cntvect, optorder) |
| | define Optfile / Option order.
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| integer(c_int) function | coidef_discont (cntvect, discont) |
| | allow discontinuous functions and derivatives.
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| integer(c_int) function | coidef_threads (cntvect, threads) |
| | number of threads allowed internally in CONOPT.
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| integer(c_int) function | coidef_threadf (cntvect, threadf) |
| | number of threads allowed for simultaneous FDEval calls.
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| integer(c_int) function | coidef_thread2d (cntvect, thread2d) |
| | number of threads allowed for simultaneous 2DDir calls.
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| integer(c_int) function | coidef_threadc (cntvect, threadc) |
| | check for thread compatibility.
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| integer(c_int) function | coidef_stdout (cntvect, tostdout) |
| | allow output to StdOut.
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| integer(c_int) function | coidef_clearm (cntvect, clearm) |
| | ClearM.
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| integer(c_int) function | coidef_zeronoise (cntvect, zeronoise) |
| | define zero noise level.
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| integer(c_int) function | coidef_reslim (cntvect, reslim) |
| | define resource limit.
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| integer(c_int) function | coidef_hessfac (cntvect, hessfac) |
| | factor for Hessian density relative to Jacobian density HessFac.
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| integer(c_int) function | coidef_maxheap (cntvect, maxheap) |
| | define Limit on Heap Memory. ""
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| integer(c_int) function | coidef_optfile (cntvect, optfile) |
| | define callback routine for defining an options file.
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| integer(c_int) function | coidef_inistat (cntvect, inistat) |
| | handling of the initial status values.
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| integer(c_int) function | coidef_fvinclin (cntvect, fvinclin) |
| | include the linear terms in function evaluations.
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| integer(c_int) function | coidef_fvforall (cntvect, fvforall) |
| | call the FDEval for all constraints, including linear constraints.
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| integer(c_int) function | coidef_readmatrix (cntvect, coi_readmatrix) |
| | define callback routine for providing the matrix data to CONOPT.
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| integer(c_int) function | coidef_fdeval (cntvect, coi_fdeval) |
| | define callback routine for performing function and derivative evaluations.
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| integer(c_int) function | coidef_fdevalini (cntvect, coi_fdevalini) |
| | define callback routine to perform initialization tasks for the function and derivative evaluation.
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| integer(c_int) function | coidef_fdevalend (cntvect, coi_fdevalend) |
| | define callback routine for the termination of the function and derivative evaluation.
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| integer(c_int) function | coidef_status (cntvect, coi_status) |
| | define callback routine for returning the completion status.
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| integer(c_int) function | coidef_solution (cntvect, coi_solution) |
| | define callback routine for returning the final solution values.
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| integer(c_int) function | coidef_message (cntvect, coi_message) |
| | define callback routine for handling messages returned during the solution process.
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| integer(c_int) function | coidef_errmsg (cntvect, coi_errmsg) |
| | define callback routine for returning error messages for row, column or Jacobian elements.
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| integer(c_int) function | coidef_progress (cntvect, coi_progress) |
| | define callback routine for monitoring the algorithmic progress.
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| integer(c_int) function | coidef_option (cntvect, coi_option) |
| | define callback routine for defining runtime options.
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| integer(c_int) function | coidef_triord (cntvect, coi_triord) |
| | define callback routine for providing the triangular order information.
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| integer(c_int) function | coidef_fdinterval (cntvect, coi_fdinterval) |
| | define callback routine for performing function and derivative evaluations on intervals.
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| integer(c_int) function | coidef_2ddir (cntvect, coi_2ddir) |
| | define callback routine for computing the second derivative for a constraint in a direction.
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| integer(c_int) function | coidef_2ddirini (cntvect, coi_2ddirini) |
| | define callback routine for initializing the computation of second derivatives for a constraint in a direction.
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| integer(c_int) function | coidef_2ddirend (cntvect, coi_2ddirend) |
| | define callback routine for termination the computation of second derivatives for a constraint in a direction.
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| integer(c_int) function | coidef_2ddirlagr (cntvect, coi_2ddirlagr) |
| | define callback routine for computing the second derivative of the Lagrangian in a direction.
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| integer(c_int) function | coidef_2dlagrsize (cntvect, coi_2dlagrsize) |
| |
| integer(c_int) function | coidef_2dlagrstr (cntvect, coi_2dlagrstr) |
| | define callback routine for providing the structure of the second derivatives of the Lagrangian.
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| integer(c_int) function | coidef_2dlagrval (cntvect, coi_2dlagrval) |
| | define callback routine for computing the values of the second derivatives of the Lagrangian.
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| integer(c_int) function | coidef_usrmem (cntvect, usrmem) |
| | provides a pointer to user memory that is available in all callback functions. NOTE: this is not a callback function, but a pointer to a data structure.
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| integer(c_int) function | coi_solve (cntvect) |
| | method for starting the solving process of CONOPT.
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| subroutine | coiget_version (major, minor, patch) |
| | returns the version number. It can be used to ensure that the modeler is linked to the correct version of the CONOPT DLL.
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| real(c_double) function | coiget_maxheapused (cntvect) |
| | After a model has been solved this method will return the amount of heap memory used.
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| integer(c_int) function | coiget_maxthreads (cntvect) |
| | returns the maximum number of threads that can be used by CONOPT.
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| integer(c_int) function | coiget_rangeerrors (cntvect) |
| | returns the range errors that were encountered.
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| integer(c_int) function | coi_create (cntvect) |
| | initializes CONOPT and creates the control vector.
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| |
| integer(c_int) function | coi_free (cntvect) |
| | frees the control vector.
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| |
| | _swig_repr (self) |
| |
| | _swig_setattr_nondynamic_instance_variable (set) |
| |
| | _swig_setattr_nondynamic_class_variable (set) |
| |
| | _swig_add_metaclass (metaclass) |
| | Class decorator for adding a metaclass to a SWIG wrapped class - a slimmed down version of six.add_metaclass.
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| |
1.13.2