#ifndef BAG_VRREFINEMENTSDESCRIPTOR_H

#define BAG_VRREFINEMENTSDESCRIPTOR_H

#include "bag_config.h"

#include "bag_fordec.h"

#include "bag_layerdescriptor.h"

namespace BAG {

//! Describe the variable resolution refinements layer.

class BAG_API VRRefinementsDescriptor final : public LayerDescriptor

{

public:

    VRRefinementsDescriptor(const VRRefinementsDescriptor&) = delete;

    VRRefinementsDescriptor(VRRefinementsDescriptor&&) = delete;

    VRRefinementsDescriptor& operator=(const VRRefinementsDescriptor&) = delete;

    VRRefinementsDescriptor& operator=(VRRefinementsDescriptor&&) = delete;

    bool operator==(const VRRefinementsDescriptor &rhs) const noexcept {

        return m_minDepth == rhs.m_minDepth &&

               m_maxDepth == rhs.m_maxDepth &&

               m_minUncertainty == rhs.m_minUncertainty &&

               m_maxUncertainty == rhs.m_maxUncertainty;

    }

    bool operator!=(const VRRefinementsDescriptor &rhs) const noexcept {

        return !(rhs == *this);

    }

    std::tuple<float, float> getMinMaxDepth() const noexcept;

    std::tuple<float, float> getMinMaxUncertainty() const noexcept;

    VRRefinementsDescriptor& setMinMaxDepth(float minDepth,

        float maxDepth) & noexcept;

    VRRefinementsDescriptor& setMinMaxUncertainty(float minUncertainty,

        float maxUncertainty) & noexcept;

protected:

    VRRefinementsDescriptor(uint32_t id, uint64_t chunkSize,

        int compressionLevel);

    explicit VRRefinementsDescriptor(const Dataset& dataset);

    static std::shared_ptr<VRRefinementsDescriptor> create(const Dataset& dataset,

        uint64_t chunkSize, int compressionLevel);

    static std::shared_ptr<VRRefinementsDescriptor> open(const Dataset& dataset);

private:

    DataType getDataTypeProxy() const noexcept override;

    uint8_t getElementSizeProxy() const noexcept override;

    //! The minimum depth.

    float m_minDepth = std::numeric_limits<float>::max();

    //! The maximum depth.

    float m_maxDepth = std::numeric_limits<float>::lowest();

    //! The minimum uncertainty.

    float m_minUncertainty = std::numeric_limits<float>::max();

    //! The maximum uncertainty.

    float m_maxUncertainty = std::numeric_limits<float>::lowest();

    friend Dataset;

    friend VRRefinements;

};

}  // namespace BAG

#endif  // BAG_VRREFINEMENTSDESCRIPTOR_H