optimisation.hpp

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/* OpenCMISS-Zinc Library
*
* This Source Code Form is subject to the terms of the Mozilla Public
* License, v. 2.0. If a copy of the MPL was not distributed with this
* file, You can obtain one at http://mozilla.org/MPL/2.0/. */
#ifndef CMZN_OPTIMISATION_HPP__
#define CMZN_OPTIMISATION_HPP__

#include "opencmiss/zinc/optimisation.h"
#include "opencmiss/zinc/fieldassignment.hpp"
#include "opencmiss/zinc/fieldmodule.hpp"

namespace OpenCMISS
{
namespace Zinc
{

class Optimisation
{
protected:
    cmzn_optimisation_id id;

public:

    Optimisation() : id(0)
    {   }

    // takes ownership of C handle, responsibility for destroying it
    explicit Optimisation(cmzn_optimisation_id in_optimisation_id) :
        id(in_optimisation_id)
    {  }

    Optimisation(const Optimisation& optimisation) :
        id(cmzn_optimisation_access(optimisation.id))
    { }

    Optimisation& operator=(const Optimisation& optimisation)
    {
        cmzn_optimisation_id temp_id = cmzn_optimisation_access(optimisation.id);
        if (0 != id)
        {
            cmzn_optimisation_destroy(&id);
        }
        id = temp_id;
        return *this;
    }

    ~Optimisation()
    {
        if (0 != id)
        {
            cmzn_optimisation_destroy(&id);
        }
    }

    bool isValid() const
    {
        return (0 != id);
    }

    enum Method
    {
        METHOD_INVALID = CMZN_OPTIMISATION_METHOD_INVALID,
        METHOD_QUASI_NEWTON = CMZN_OPTIMISATION_METHOD_QUASI_NEWTON,
        METHOD_LEAST_SQUARES_QUASI_NEWTON = CMZN_OPTIMISATION_METHOD_LEAST_SQUARES_QUASI_NEWTON
    };

    enum Attribute
    {
        ATTRIBUTE_FUNCTION_TOLERANCE = CMZN_OPTIMISATION_ATTRIBUTE_FUNCTION_TOLERANCE ,
        ATTRIBUTE_GRADIENT_TOLERANCE = CMZN_OPTIMISATION_ATTRIBUTE_GRADIENT_TOLERANCE,
        ATTRIBUTE_STEP_TOLERANCE = CMZN_OPTIMISATION_ATTRIBUTE_STEP_TOLERANCE,
        ATTRIBUTE_MAXIMUM_ITERATIONS = CMZN_OPTIMISATION_ATTRIBUTE_MAXIMUM_ITERATIONS,
        ATTRIBUTE_MAXIMUM_FUNCTION_EVALUATIONS = CMZN_OPTIMISATION_ATTRIBUTE_MAXIMUM_FUNCTION_EVALUATIONS,
        ATTRIBUTE_MAXIMUM_STEP = CMZN_OPTIMISATION_ATTRIBUTE_MAXIMUM_STEP,
        ATTRIBUTE_MINIMUM_STEP = CMZN_OPTIMISATION_ATTRIBUTE_MINIMUM_STEP,
        ATTRIBUTE_LINESEARCH_TOLERANCE = CMZN_OPTIMISATION_ATTRIBUTE_LINESEARCH_TOLERANCE,
        ATTRIBUTE_MAXIMUM_BACKTRACK_ITERATIONS = CMZN_OPTIMISATION_ATTRIBUTE_MAXIMUM_BACKTRACK_ITERATIONS,
        ATTRIBUTE_TRUST_REGION_SIZE = CMZN_OPTIMISATION_ATTRIBUTE_TRUST_REGION_SIZE
    };

    cmzn_optimisation_id getId() const
    {
        return id;
    }

    Field getConditionalField(const Field& independentField)
    {
        return Field(cmzn_optimisation_get_conditional_field(id, independentField.getId()));
    }

    int setConditionalField(const Field& independentField, const Field& conditionalField)
    {
        return cmzn_optimisation_set_conditional_field(id, independentField.getId(), conditionalField.getId());
    }

    int addFieldassignment(const Fieldassignment& fieldassignment)
    {
        return cmzn_optimisation_add_fieldassignment(this->id, fieldassignment.getId());
    }

    Method getMethod()
    {
        return static_cast<Method>(cmzn_optimisation_get_method(id));
    }

    int setMethod(Method method)
    {
        return cmzn_optimisation_set_method(id,
            static_cast<cmzn_optimisation_method>(method));
    }

    int getAttributeInteger(Attribute attribute)
    {
        return cmzn_optimisation_get_attribute_integer(id,
            static_cast<cmzn_optimisation_attribute>(attribute));
    }

    int setAttributeInteger(Attribute attribute, int value)
    {
        return cmzn_optimisation_set_attribute_integer(id,
            static_cast<cmzn_optimisation_attribute>(attribute), value);
    }

    double getAttributeReal(Attribute attribute)
    {
        return cmzn_optimisation_get_attribute_real(id,
                    static_cast<cmzn_optimisation_attribute>(attribute));
    }

    int setAttributeReal(Attribute attribute, double value)
    {
        return cmzn_optimisation_set_attribute_real(id,
            static_cast<cmzn_optimisation_attribute>(attribute), value);
    }

    Field getFirstIndependentField()
    {
        return Field(cmzn_optimisation_get_first_independent_field(id));
    }

    Field getNextIndependentField(const Field& refField)
    {
        return Field(cmzn_optimisation_get_next_independent_field(id, refField.getId()));
    }

    int addIndependentField(const Field& field)
    {
        return (cmzn_optimisation_add_independent_field(id, field.getId()));
    }

    int removeIndependentField(const Field& field)
    {
        return (cmzn_optimisation_remove_independent_field(id, field.getId()));
    }

    Field getFirstObjectiveField()
    {
        return Field(cmzn_optimisation_get_first_objective_field(id));
    }

    Field getNextObjectiveField(const Field& refField)
    {
        return Field(cmzn_optimisation_get_next_objective_field(id, refField.getId()));
    }

    int addObjectiveField(const Field& field)
    {
        return (cmzn_optimisation_add_objective_field(id, field.getId()));
    }

    int removeObjectiveField(const Field& field)
    {
        return (cmzn_optimisation_remove_objective_field(id, field.getId()));
    }

    char *getSolutionReport()
    {
        return cmzn_optimisation_get_solution_report(id);
    }

    int optimise()
    {
        return cmzn_optimisation_optimise(id);
    }

};

inline Optimisation Fieldmodule::createOptimisation()
{
    return Optimisation(cmzn_fieldmodule_create_optimisation(id));
}

}  // namespace Zinc
}

#endif