MHO_Axis.hh

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#ifndef MHO_Axis_HH__
#define MHO_Axis_HH__
 
#include <set>
 
#include "MHO_IndexLabelInterface.hh"
#include "MHO_IntervalLabelInterface.hh"
#include "MHO_JSONHeaderWrapper.hh"
#include "MHO_Meta.hh"
#include "MHO_VectorContainer.hh"
 
namespace hops
{
 
template< typename XValueType >
class MHO_Axis: public MHO_AxisBase,
                public MHO_VectorContainer< XValueType >,
                public MHO_IndexLabelInterface,
                public MHO_IntervalLabelInterface
{
 
    public:
        MHO_Axis(): MHO_VectorContainer< XValueType >(), MHO_IndexLabelInterface(), MHO_IntervalLabelInterface()
        {
            //create and set the pointer to the index label object
            //std::vector<mho_json> tmp;
            this->fObject["index_labels"] = mho_json(); // mho_json::array(); //tmp;
            this->SetIndexLabelObject(&(this->fObject["index_labels"]));
 
            //create and set the pointer to the interval label object
            this->fObject["interval_labels"] = mho_json();
            this->SetIntervalLabelObject(&(this->fObject["interval_labels"]));
        };
 
        MHO_Axis(std::size_t dim)
            : MHO_VectorContainer< XValueType >(dim), MHO_IndexLabelInterface(), MHO_IntervalLabelInterface()
        {
            //create and set the pointer to the index label object
            //std::vector<mho_json> tmp;
            this->fObject["index_labels"] = mho_json(); // mho_json::array(); //tmp;
            this->SetIndexLabelObject(&(this->fObject["index_labels"]));
 
            //create and set the pointer to the interval label object
            this->fObject["interval_labels"] = mho_json();
            this->SetIntervalLabelObject(&(this->fObject["interval_labels"]));
        };
 
        //copy constructor
        MHO_Axis(const MHO_Axis& obj)
            : MHO_VectorContainer< XValueType >(obj), MHO_IndexLabelInterface(), MHO_IntervalLabelInterface()
        {
            if(obj.fObject.contains("index_labels"))
            {
                this->fObject["index_labels"] = obj.fObject["index_labels"];
            }
            if(obj.fObject.contains("interval_labels"))
            {
                this->fObject["interval_labels"] = obj.fObject["interval_labels"];
            }
 
            this->SetIndexLabelObject(&(this->fObject["index_labels"]));
            this->SetIntervalLabelObject(&(this->fObject["interval_labels"]));
        };
 
        virtual ~MHO_Axis(){};
 
        //overload the CopyTags function to get special treatment of the index/interval labels
        virtual void CopyTags(const MHO_Axis& rhs)
        {
            if(this != &rhs && !(rhs.fObject.empty()))
            {
                this->fObject = rhs.fObject;
                if(this->fObject.contains("index_labels"))
                {
                    this->SetIndexLabelObject(&(this->fObject["index_labels"]));
                }
                if(this->fObject.contains("interval_labels"))
                {
                    this->SetIntervalLabelObject(&(this->fObject["interval_labels"]));
                }
            }
        }
 
        using MHO_VectorContainer< XValueType >::Resize;
        using MHO_VectorContainer< XValueType >::GetData;
        using MHO_VectorContainer< XValueType >::GetSize;
        using MHO_VectorContainer< XValueType >::GetDimensions;
        using MHO_VectorContainer< XValueType >::GetDimension;
        using MHO_VectorContainer< XValueType >::GetOffsetForIndices;
        using MHO_VectorContainer< XValueType >::operator();
        using MHO_VectorContainer< XValueType >::operator[];
 
        //index selection from matching axis values
        std::vector< std::size_t > SelectMatchingIndexes(const std::set< XValueType > label_values)
        {
            std::vector< std::size_t > selected_idx;
            //dumb brute force search, for each label value
            //check all the axis elements for a match
            for(auto label_it = label_values.begin(); label_it != label_values.end(); label_it++)
            {
                for(std::size_t i = 0; i < this->GetSize(); i++)
                {
                    if((*this)[i] == *label_it)
                    {
                        selected_idx.push_back(i);
                    }
                }
            }
            return selected_idx;
        }
 
        std::vector< std::size_t > SelectMatchingIndexes(const XValueType& label_value)
        {
            std::vector< std::size_t > selected_idx;
            //dumb brute force search, for a single label value
            //check all the axis elements for a match
            for(std::size_t i = 0; i < this->GetSize(); i++)
            {
                if((*this)[i] == label_value)
                {
                    selected_idx.push_back(i);
                }
            }
            return selected_idx;
        }
 
        //index selection for first matching axis values (given a single value)
        bool SelectFirstMatchingIndex(const XValueType& label_value, std::size_t& result)
        {
            result = 0;
            for(std::size_t i = 0; i < this->GetSize(); i++)
            {
                if((*this)[i] == label_value)
                {
                    result = i;
                    return true;
                }
            }
            return false;
        }
 
        virtual uint64_t GetSerializedSize() const override
        {
            uint64_t total_size = 0;
            total_size += sizeof(MHO_ClassVersion);
            total_size += MHO_VectorContainer< XValueType >::GetSerializedSize();
            return total_size;
        }
 
        
 
        virtual void Copy(const MHO_Axis& rhs)
        {
            if(&rhs != this)
            {
                MHO_VectorContainer< XValueType >::Copy(rhs); //copy the 1-d array
                //make sure we point to the correct index_labels object
                if(this->fObject.contains("index_labels"))
                {
                    this->SetIndexLabelObject(&(this->fObject["index_labels"]));
                }
 
                if(this->fObject.contains("interval_labels"))
                {
                    this->SetIntervalLabelObject(&(this->fObject["interval_labels"]));
                }
            }
        }
 
        //access the underlying array data as a std::vector<XValueType>
        //we have only exposed this for use in the python bindings
        //perhaps we should make them a friend class and hide this?
        // std::vector< XValueType >* GetRawVector(){return &(this->fData);}
 
        template< typename XStream > friend XStream& operator>>(XStream& s, MHO_Axis& aData)
        {
            MHO_ClassVersion vers;
            s >> vers;
            switch(vers)
            {
                case 0:
                    aData.StreamInData_V0(s);
                    break;
                default:
                    MHO_ClassIdentity::ClassVersionErrorMsg(aData, vers);
                    //Flag this as an unknown object version so we can skip over this data
                    MHO_ObjectStreamState< XStream >::SetUnknown(s);
            }
            return s;
        }
 
        template< typename XStream > friend XStream& operator<<(XStream& s, const MHO_Axis& aData)
        {
            switch(aData.GetVersion())
            {
                case 0:
                    s << aData.GetVersion();
                    aData.StreamOutData_V0(s);
                    break;
                default:
                    msg_error("containers",
                              "error, cannot stream out MHO_Axis object with unknown version: " << aData.GetVersion() << eom);
            }
            return s;
        }
 
    private:
        template< typename XStream > void StreamInData_V0(XStream& s)
        {
            s >> static_cast< MHO_VectorContainer< XValueType >& >(*this);
            //make sure we point to the correct index_labels object
            if(this->fObject.contains("index_labels"))
            {
                this->SetIndexLabelObject(&(this->fObject["index_labels"]));
            }
            if(this->fObject.contains("interval_labels"))
            {
                this->SetIntervalLabelObject(&(this->fObject["interval_labels"]));
            }
        }
 
        template< typename XStream > void StreamOutData_V0(XStream& s) const
        {
            s << static_cast< const MHO_VectorContainer< XValueType >& >(*this);
        }
 
        virtual MHO_UUID DetermineTypeUUID() const override
        {
            MHO_MD5HashGenerator gen;
            gen.Initialize();
            std::string name = MHO_ClassIdentity::ClassName(*this);
            gen << name;
            gen.Finalize();
            return gen.GetDigestAsUUID();
        }
};
 
// ////////////////////////////////////////////////////////////////////////////////
// //using declarations for all basic 'plain-old-data' types (except bool!)
using MHO_AxisChar = MHO_Axis< char >;
using MHO_AxisUChar = MHO_Axis< unsigned char >;
using MHO_AxisShort = MHO_Axis< short >;
using MHO_AxisUShort = MHO_Axis< unsigned short >;
using MHO_AxisInt = MHO_Axis< int >;
using MHO_AxisUInt = MHO_Axis< unsigned int >;
using MHO_AxisLong = MHO_Axis< long >;
using MHO_AxisULong = MHO_Axis< unsigned long >;
using MHO_AxisLongLong = MHO_Axis< long long >;
using MHO_AxisULongLong = MHO_Axis< unsigned long long >;
using MHO_AxisFloat = MHO_Axis< float >;
using MHO_AxisDouble = MHO_Axis< double >;
using MHO_AxisLongDouble = MHO_Axis< long double >;
using MHO_AxisComplexFloat = MHO_Axis< std::complex< float > >;
using MHO_AxisComplexDouble = MHO_Axis< std::complex< double > >;
using MHO_AxisComplexLongDouble = MHO_Axis< std::complex< long double > >;
using MHO_AxisString = MHO_Axis< std::string >;
// ////////////////////////////////////////////////////////////////////////////////
 
} // namespace hops
 
#endif