fieldimageprocessing.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_FIELDIMAGEPROCESSING_HPP__
#define CMZN_FIELDIMAGEPROCESSING_HPP__

#include "zinc/field.hpp"
#include "zinc/fieldimageprocessing.h"
#include "zinc/fieldmodule.hpp"

namespace OpenCMISS
{
namespace Zinc
{
class FieldImagefilterBinaryDilate : public Field
{

private:
    explicit FieldImagefilterBinaryDilate(cmzn_field_id field_id) : Field(field_id)
    {   }

    friend FieldImagefilterBinaryDilate
        Fieldmodule::createFieldImagefilterBinaryDilate(const Field& sourceField,
            int radius, double dilate_value);

public:

    FieldImagefilterBinaryDilate() : Field(0)
    {   }

};
class FieldImagefilterBinaryErode : public Field
{

private:
    explicit FieldImagefilterBinaryErode(cmzn_field_id field_id) : Field(field_id)
    {   }

    friend FieldImagefilterBinaryErode
        Fieldmodule::createFieldImagefilterBinaryErode(const Field& sourceField,
            int radius, double erode_value);

public:

    FieldImagefilterBinaryErode() : Field(0)
    {   }

};

class FieldImagefilterBinaryThreshold : public Field
{
public:

    FieldImagefilterBinaryThreshold() : Field(0)
    {   }

    // takes ownership of C handle, responsibility for destroying it
    explicit FieldImagefilterBinaryThreshold(cmzn_field_imagefilter_binary_threshold_id field_imagefilter_binary_threshold_id) :
        Field(reinterpret_cast<cmzn_field_id>(field_imagefilter_binary_threshold_id))
    {   }

    double getLowerThreshold()
    {
        return cmzn_field_imagefilter_binary_threshold_get_lower_threshold(
            reinterpret_cast<cmzn_field_imagefilter_binary_threshold_id>(id));
    }

    int setLowerThreshold(double lowerThreshold)
    {
        return cmzn_field_imagefilter_binary_threshold_set_lower_threshold(
            reinterpret_cast<cmzn_field_imagefilter_binary_threshold_id>(id),
            lowerThreshold);
    }

    double getUpperThreshold()
    {
        return cmzn_field_imagefilter_binary_threshold_get_upper_threshold(
            reinterpret_cast<cmzn_field_imagefilter_binary_threshold_id>(id));
    }

    int setUpperThreshold(double upperThreshold)
    {
        return cmzn_field_imagefilter_binary_threshold_set_upper_threshold(
            reinterpret_cast<cmzn_field_imagefilter_binary_threshold_id>(id),
            upperThreshold);
    }

};
class FieldImagefilterCannyEdgeDetection : public Field
{

private:
    explicit FieldImagefilterCannyEdgeDetection(cmzn_field_id field_id) : Field(field_id)
    {   }

    friend FieldImagefilterCannyEdgeDetection
        Fieldmodule::createFieldImagefilterCannyEdgeDetection(const Field& sourceField,
            double variance, double maximumError, double upperThreshold, double lowerThreshold);

public:

    FieldImagefilterCannyEdgeDetection() : Field(0)
    {   }

};
class FieldImagefilterConnectedThreshold : public Field
{

private:
    // takes ownership of C handle, responsibility for destroying it
    explicit FieldImagefilterConnectedThreshold(cmzn_field_id field_id) : Field(field_id)
    {   }

    friend FieldImagefilterConnectedThreshold
        Fieldmodule::createFieldImagefilterConnectedThreshold(const Field& sourceField,
              double lowerThreshold, double upperThreshold, double replaceValue,
              int dimension, int seedPointsCount, const double *seedPoints);

public:

    FieldImagefilterConnectedThreshold() : Field(0)
    {   }

};
class FieldImagefilterCurvatureAnisotropicDiffusion : public Field
{

private:
    // takes ownership of C handle, responsibility for destroying it
    explicit FieldImagefilterCurvatureAnisotropicDiffusion(cmzn_field_id field_id) : Field(field_id)
    {   }

    friend FieldImagefilterCurvatureAnisotropicDiffusion
        Fieldmodule::createFieldImagefilterCurvatureAnisotropicDiffusion(const Field& sourceField,
            double timeStep, double conductance, int numIterations);

public:

    FieldImagefilterCurvatureAnisotropicDiffusion() : Field(0)
    {   }

};

class FieldImagefilterDiscreteGaussian : public Field
{
public:

    FieldImagefilterDiscreteGaussian() : Field(0)
    {   }

    // takes ownership of C handle, responsibility for destroying it
    explicit FieldImagefilterDiscreteGaussian(cmzn_field_imagefilter_discrete_gaussian_id field_imagefilter_discrete_gaussian_id) :
        Field(reinterpret_cast<cmzn_field_id>(field_imagefilter_discrete_gaussian_id))
    {   }

    double getVariance()
    {
        return cmzn_field_imagefilter_discrete_gaussian_get_variance(
            reinterpret_cast<cmzn_field_imagefilter_discrete_gaussian_id>(id));
    }

    int setVariance(double variance)
    {
        return cmzn_field_imagefilter_discrete_gaussian_set_variance(
            reinterpret_cast<cmzn_field_imagefilter_discrete_gaussian_id>(id),
            variance);
    }

    int getMaxKernelWidth()
    {
        return cmzn_field_imagefilter_discrete_gaussian_get_max_kernel_width(
            reinterpret_cast<cmzn_field_imagefilter_discrete_gaussian_id>(id));
    }

    int setMaxKernelWidth(int maxKernelWidth)
    {
        return cmzn_field_imagefilter_discrete_gaussian_set_max_kernel_width(
            reinterpret_cast<cmzn_field_imagefilter_discrete_gaussian_id>(id),
            maxKernelWidth);
    }

};

class FieldImagefilterHistogram : public Field
{
public:

    FieldImagefilterHistogram() : Field(0)
    {   }

    // takes ownership of C handle, responsibility for destroying it
    explicit FieldImagefilterHistogram(cmzn_field_imagefilter_histogram_id field_imagefilter_histogram_id) :
        Field(reinterpret_cast<cmzn_field_id>(field_imagefilter_histogram_id))
    {   }

    int getComputeMinimumValues(int valuesCount, double *valuesOut)
    {
        return cmzn_field_imagefilter_histogram_get_compute_minimum_values(
            reinterpret_cast<cmzn_field_imagefilter_histogram_id>(id),
            valuesCount, valuesOut);
    }

    int setComputeMinimumValues(int valuesCount, const double *valuesIn)
    {
        return cmzn_field_imagefilter_histogram_set_compute_minimum_values(
            reinterpret_cast<cmzn_field_imagefilter_histogram_id>(id),
            valuesCount, valuesIn);
    }

    int getComputeMaximumValues(int valuesCount, double *valuesOut)
    {
        return cmzn_field_imagefilter_histogram_get_compute_maximum_values(
            reinterpret_cast<cmzn_field_imagefilter_histogram_id>(id),
            valuesCount, valuesOut);
    }

    int setComputeMaximumValues(int valuesCount, const double *valuesIn)
    {
        return cmzn_field_imagefilter_histogram_set_compute_maximum_values(
            reinterpret_cast<cmzn_field_imagefilter_histogram_id>(id),
            valuesCount, valuesIn);
    }

    int getNumberOfBins(int valuesCount, int *valuesOut)
    {
        return cmzn_field_imagefilter_histogram_get_number_of_bins(
            reinterpret_cast<cmzn_field_imagefilter_histogram_id>(id),
            valuesCount, valuesOut);
    }

    int setNumberOfBins(int valuesCount, const int *valuesIn)
    {
        return cmzn_field_imagefilter_histogram_set_number_of_bins(
            reinterpret_cast<cmzn_field_imagefilter_histogram_id>(id),
            valuesCount, valuesIn);
    }

    double getMarginalScale()
    {
        return cmzn_field_imagefilter_histogram_get_marginal_scale(
            reinterpret_cast<cmzn_field_imagefilter_histogram_id>(id));
    }

    int setMarginalScale(double marginalScale)
    {
        return cmzn_field_imagefilter_histogram_set_marginal_scale(
            reinterpret_cast<cmzn_field_imagefilter_histogram_id>(id),
            marginalScale);
    }

};
class FieldImagefilterGradientMagnitudeRecursiveGaussian : public Field
{

private:
    // takes ownership of C handle, responsibility for destroying it
    explicit FieldImagefilterGradientMagnitudeRecursiveGaussian(cmzn_field_id field_id) : Field(field_id)
    {   }

    friend FieldImagefilterGradientMagnitudeRecursiveGaussian
        Fieldmodule::createFieldImagefilterGradientMagnitudeRecursiveGaussian(const Field& sourceField,
            double sigma);

public:

    FieldImagefilterGradientMagnitudeRecursiveGaussian() : Field(0)
    {   }

};
class FieldImagefilterRescaleIntensity : public Field
{

private:
    // takes ownership of C handle, responsibility for destroying it
    explicit FieldImagefilterRescaleIntensity(cmzn_field_id field_id) : Field(field_id)
    {   }

    friend FieldImagefilterRescaleIntensity
        Fieldmodule::createFieldImagefilterRescaleIntensity(const Field& sourceField,
            double outputMin, double outputMax);

public:

    FieldImagefilterRescaleIntensity() : Field(0)
    {   }

};

class FieldImagefilterMean : public Field
{

private:
    // takes ownership of C handle, responsibility for destroying it
    explicit FieldImagefilterMean(cmzn_field_id field_id) : Field(field_id)
    {   }

    friend FieldImagefilterMean
        Fieldmodule::createFieldImagefilterMean(const Field& sourceField,
            int radiusSizesCount, const int *radiusSizesIn);

public:

    FieldImagefilterMean() : Field(0)
    {   }

};
class FieldImagefilterSigmoid : public Field
{

private:
    // takes ownership of C handle, responsibility for destroying it
    explicit FieldImagefilterSigmoid(cmzn_field_id field_id) : Field(field_id)
    {   }

    friend FieldImagefilterSigmoid
        Fieldmodule::createFieldImagefilterSigmoid(const Field& sourceField,
            double min, double max, double alpha, double beta);

public:

    FieldImagefilterSigmoid() : Field(0)
    {   }

};


class FieldImagefilterThreshold : public Field
{
public:

    FieldImagefilterThreshold() : Field(0)
    {   }

    // takes ownership of C handle, responsibility for destroying it
    explicit FieldImagefilterThreshold(cmzn_field_imagefilter_threshold_id field_imagefilter_threshold_id) :
        Field(reinterpret_cast<cmzn_field_id>(field_imagefilter_threshold_id))
    {   }

    enum Condition
    {
        CONDITION_INVALID = CMZN_FIELD_IMAGEFILTER_THRESHOLD_CONDITION_INVALID,
        CONDITION_ABOVE = CMZN_FIELD_IMAGEFILTER_THRESHOLD_CONDITION_ABOVE,
        CONDITION_BELOW = CMZN_FIELD_IMAGEFILTER_THRESHOLD_CONDITION_BELOW,
        CONDITION_OUTSIDE = CMZN_FIELD_IMAGEFILTER_THRESHOLD_CONDITION_OUTSIDE
    };

    enum Condition getCondition()
    {
        return static_cast<Condition>(cmzn_field_imagefilter_threshold_get_condition(
            reinterpret_cast<cmzn_field_imagefilter_threshold_id>(id)));
    }

    int setCondition(Condition condition)
    {
        return cmzn_field_imagefilter_threshold_set_condition(
            reinterpret_cast<cmzn_field_imagefilter_threshold_id>(id),
            static_cast<cmzn_field_imagefilter_threshold_condition>(condition));
    }

    double getOutsideValue()
    {
        return cmzn_field_imagefilter_threshold_get_outside_value(
            reinterpret_cast<cmzn_field_imagefilter_threshold_id>(id));
    }

    int setOutsideValue(double outsideValue)
    {
        return cmzn_field_imagefilter_threshold_set_outside_value(
            reinterpret_cast<cmzn_field_imagefilter_threshold_id>(id), outsideValue);
    }

    double getLowerThreshold()
    {
        return cmzn_field_imagefilter_threshold_get_lower_threshold(
            reinterpret_cast<cmzn_field_imagefilter_threshold_id>(id));
    }

    int setLowerThreshold(double lowerValue)
    {
        return cmzn_field_imagefilter_threshold_set_lower_threshold(
            reinterpret_cast<cmzn_field_imagefilter_threshold_id>(id), lowerValue);
    }

    double getUpperThreshold()
    {
        return cmzn_field_imagefilter_threshold_get_upper_threshold(
            reinterpret_cast<cmzn_field_imagefilter_threshold_id>(id));
    }

    int setUpperThreshold(double upperValue)
    {
        return cmzn_field_imagefilter_threshold_set_upper_threshold(
            reinterpret_cast<cmzn_field_imagefilter_threshold_id>(id), upperValue);
    }

};

inline FieldImagefilterBinaryDilate
    Fieldmodule::createFieldImagefilterBinaryDilate(const Field& sourceField,
        int radius, double dilate_value)
{
    return FieldImagefilterBinaryDilate(
        cmzn_fieldmodule_create_field_imagefilter_binary_dilate(id, sourceField.getId(),
            radius, dilate_value));
}

inline FieldImagefilterBinaryErode
    Fieldmodule::createFieldImagefilterBinaryErode(const Field& sourceField,
        int radius, double erode_value)
{
    return FieldImagefilterBinaryErode(
        cmzn_fieldmodule_create_field_imagefilter_binary_erode(id, sourceField.getId(),
            radius, erode_value));
}

inline FieldImagefilterBinaryThreshold
    Fieldmodule::createFieldImagefilterBinaryThreshold(const Field& sourceField)
{
    return FieldImagefilterBinaryThreshold(reinterpret_cast<cmzn_field_imagefilter_binary_threshold_id>(
        cmzn_fieldmodule_create_field_imagefilter_binary_threshold(id, sourceField.getId())));
}

inline FieldImagefilterBinaryThreshold Field::castImagefilterBinaryThreshold()
{
    return FieldImagefilterBinaryThreshold(cmzn_field_cast_imagefilter_binary_threshold(id));
}

inline FieldImagefilterCannyEdgeDetection
    Fieldmodule::createFieldImagefilterCannyEdgeDetection(const Field& sourceField,
        double variance, double maximumError, double upperThreshold, double lowerThreshold)
{
    return FieldImagefilterCannyEdgeDetection(
        cmzn_fieldmodule_create_field_imagefilter_canny_edge_detection(
            id, sourceField.getId(),
            variance, maximumError, upperThreshold, lowerThreshold));
}

inline FieldImagefilterConnectedThreshold
    Fieldmodule::createFieldImagefilterConnectedThreshold(const Field& sourceField,
          double lowerThreshold, double upperThreshold, double replaceValue,
          int dimension, int seedPointsCount, const double *seedPoints)
{
    return FieldImagefilterConnectedThreshold(
        cmzn_fieldmodule_create_field_imagefilter_connected_threshold(id, sourceField.getId(),
        lowerThreshold, upperThreshold, replaceValue, seedPointsCount, dimension, seedPoints));
}

inline FieldImagefilterCurvatureAnisotropicDiffusion
    Fieldmodule::createFieldImagefilterCurvatureAnisotropicDiffusion(const Field& sourceField,
        double timeStep, double conductance, int numIterations)
{
    return FieldImagefilterCurvatureAnisotropicDiffusion(
        cmzn_fieldmodule_create_field_imagefilter_curvature_anisotropic_diffusion(id, sourceField.getId(),
            timeStep, conductance, numIterations));
}

inline FieldImagefilterDiscreteGaussian
    Fieldmodule::createFieldImagefilterDiscreteGaussian(const Field& sourceField)
{
    return FieldImagefilterDiscreteGaussian(reinterpret_cast<cmzn_field_imagefilter_discrete_gaussian_id>(
        cmzn_fieldmodule_create_field_imagefilter_discrete_gaussian(id, sourceField.getId())));
}

inline FieldImagefilterDiscreteGaussian Field::castImagefilterDiscreteGaussian()
{
    return FieldImagefilterDiscreteGaussian(cmzn_field_cast_imagefilter_discrete_gaussian(id));
}

inline FieldImagefilterGradientMagnitudeRecursiveGaussian
    Fieldmodule::createFieldImagefilterGradientMagnitudeRecursiveGaussian(const Field& sourceField,
        double sigma)
{
    return FieldImagefilterGradientMagnitudeRecursiveGaussian(
        cmzn_fieldmodule_create_field_imagefilter_gradient_magnitude_recursive_gaussian(id,
            sourceField.getId(), sigma));
}

inline FieldImagefilterHistogram
    Fieldmodule::createFieldImagefilterHistogram(const Field& sourceField)
{
    return FieldImagefilterHistogram(reinterpret_cast<cmzn_field_imagefilter_histogram_id>(
        cmzn_fieldmodule_create_field_imagefilter_histogram(id, sourceField.getId())));
}

inline FieldImagefilterHistogram Field::castImagefilterHistogram()
{
    return FieldImagefilterHistogram(cmzn_field_cast_imagefilter_histogram(id));
}

inline FieldImagefilterRescaleIntensity
    Fieldmodule::createFieldImagefilterRescaleIntensity(const Field& sourceField,
        double outputMin, double outputMax)
{
    return FieldImagefilterRescaleIntensity(
        cmzn_fieldmodule_create_field_imagefilter_rescale_intensity(id,
            sourceField.getId(), outputMin, outputMax));
}

inline FieldImagefilterMean Fieldmodule::createFieldImagefilterMean(const Field& sourceField,
    int radiusSizesCount, const int *radiusSizesIn)
{
    return FieldImagefilterMean(cmzn_fieldmodule_create_field_imagefilter_mean(
        id, sourceField.getId(), radiusSizesCount, radiusSizesIn));
}

inline FieldImagefilterSigmoid
    Fieldmodule::createFieldImagefilterSigmoid(const Field& sourceField,
        double min, double max, double alpha, double beta)
{
    return FieldImagefilterSigmoid(
        cmzn_fieldmodule_create_field_imagefilter_sigmoid(id,
            sourceField.getId(), min, max, alpha, beta));
}

inline FieldImagefilterThreshold
    Fieldmodule::createFieldImagefilterThreshold(const Field& sourceField)
{
    return FieldImagefilterThreshold(reinterpret_cast<cmzn_field_imagefilter_threshold_id>(
        cmzn_fieldmodule_create_field_imagefilter_threshold(
            id, sourceField.getId())));
}

inline FieldImagefilterThreshold Field::castImagefilterThreshold()
{
    return FieldImagefilterThreshold(cmzn_field_cast_imagefilter_threshold(id));
}

}  // namespace Zinc
}

#endif