DCMTree_StructuredMF.h

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/*************************************************************************************
**
** Copyright 2007, MeVis Medical Solutions AG
**
** The user may use this file in accordance with the license agreement provided with
** the Software or, alternatively, in accordance with the terms contained in a
** written agreement between the user and MeVis Medical Solutions AG.
**
** For further information use the contact form at https://www.mevislab.de/contact
**
**************************************************************************************/
 
#ifndef DCM_TREE_STRUCTURED_MF_H
#define DCM_TREE_STRUCTURED_MF_H
 
#include "DCMTree_Lib.h"
#include "DCMTree_TagId.h"
 
#ifdef _MSC_VER
  #pragma warning (push)
  #pragma warning (disable : 4251)
#endif
 
namespace DCMTree
{
    class DCMTREE_EXPORT StructuredMF
    {
    public:
 
      typedef std::vector<unsigned int> IndexVector;
 
      static std::string privateCreator; /* = "MeVis StructuredMF data" */
 
      // Private group and element ID constants used for storing the StructuredMF information
      enum {
        privateGroupId = 0x0041,       
 
        dimensionsOffset = 1,          
        dimensionSequenceOffset = 2,   
        frameIndexOffset = 3           
      };
 
 
      StructuredMF( Const_TreePtr tree );
 
      StructuredMF( TreePtr tree );
 
      StructuredMF( TreePtr sharedTagTree, const IndexVector &gridExtent );
      StructuredMF( TreePtr sharedTagTree, unsigned int depth,
                    unsigned int timePoints = 0, unsigned int u1Size = 0);
 
 
      Const_TreePtr tagTree() const;
      TreePtr tagTree();
 
 
 
      TagPtr sharedTag_rw( TagId tagId );
      Const_TagPtr sharedTag( TagId tagId ) const;
      Const_TagPtr sharedTag( TagId tagId, const std::string& privateCreatorArg, Vr privateVr=UN ) const;
 
      TreePtr extractSharedTagTree() const;
 
      void setSharedTags( TreePtr tree, bool handleFuncGroups = true );
 
 
 
      Const_TagPtr tagForGridPosition( TagId tagId, IndexVector gridPosition ) const;
      Const_TagPtr tagForGridPosition( TagId tagId, unsigned int z, unsigned int t = 0, unsigned int u1 = 0 ) const;
 
      Const_TagPtr tagForGridPosition( TagId tagId, IndexVector gridPosition, const std::string& privateCreatorArg, Vr privateVr=UN ) const;
      Const_TagPtr tagForGridPosition( TagId tagId, const std::string& privateCreatorArg, Vr privateVr, unsigned int z, unsigned int t = 0, unsigned int u1 = 0 ) const;
 
      int frameIndexForGridPosition( const IndexVector &gridPosition ) const;
      int frameIndexForGridPosition( unsigned int z, unsigned int t = 0, unsigned int u1 = 0 ) const;
 
      typedef enum {
        ExtractSharedAndSpecific,           
        ExtractSpecific,                    
        ExtractSpecificWithSharedParent     
      } ExtractMode;
 
      TreePtr extractTagTreeForGridPosition( IndexVector gridPosition, ExtractMode mode = ExtractSharedAndSpecific ) const;
      TreePtr extractTagTreeForGridPosition( unsigned int z, unsigned int t = 0, unsigned int u1 = 0,
                                             ExtractMode mode = ExtractSharedAndSpecific ) const;
 
      void setTagForGridPosition( TagPtr tag, const IndexVector &gridPosition, const std::string& privateCreatorArg = "", bool skipInvalidPrivateTags = true );
      void setTagForGridPosition( TagPtr tag, unsigned int z, unsigned int t = 0, unsigned int u1 = 0, const std::string& privateCreatorArg = "" );
 
      void setGridPositionSpecificTags( TreePtr tree, const IndexVector &gridPosition, bool skipInvalidPrivateTags = true );
      void setGridPositionSpecificTags( TreePtr tree, unsigned int z, unsigned int t = 0, unsigned int u1 = 0 );
 
      void setFrameIndexForGridPosition(unsigned int frameIndex, const IndexVector& gridPosition);
      void setFrameIndexForGridPosition( unsigned int frameIndex, unsigned int z, unsigned int t = 0, unsigned int u1 = 0 );
 
 
 
      enum StatusCode {
        OK = 0,                        
        NO_PER_FRAME_TAGS,             
        AMBIGUOUS_TAG,                 
        INCONSISTENT_PER_FRAME_TAGS,   
 
        NUM_STATUS_CODES
      };
 
      void normalizeTagStructure( double tolerance = 0.0, bool compress = true );
 
 
 
      boost::uint32_t getGridDimension() const;
 
      const IndexVector& getGridExtent() const;
 
      unsigned int getNumberOfFrames() const;
 
      bool frameExists( const IndexVector& position ) const;
 
      void getEmptyFrames (std::vector<IndexVector> &positions) const;
 
      TreePtr gridPositionTagTree( IndexVector gridPosition );
 
 
      void setAlsoRegardEnhancedMultiFrameTags(bool flag) { _alsoRegardEnhancedMultiFrameTags = flag; }
      bool alsoRegardEnhancedMultiFrameTags() const { return _alsoRegardEnhancedMultiFrameTags; }
 
      bool privateTagsAreSet() const;
 
    private:
      bool initPrivateTagIds(bool newOrExisting);
      void clearPrivateTags();
      void createPrivateCreatorTag();
      bool isPrivateTagId (const TagId &tagId) const;
      bool isSingleSlice() const;
      TagInfo dimensionsTagInfo();
      TagInfo dimensionGroupTagInfo();
      TagInfo frameIndexTagInfo();
      TagInfo defaultCreatorTagInfo();
      void normalizeTagStructure( TreePtr dimTree, double tolerance, bool compress );
      Const_TreePtr gridPositionTagTree( IndexVector gridPosition ) const;
      void createDimensionSubtree( TagPtr parentSeq, int index);
      void setDimensionsTag();
      Const_TagPtr dimensionSequence() const;
 
      IndexVector indexVectorFromIndexes( unsigned int z, unsigned int t, unsigned int u1 ) const;
      TreePtr getGridItemOrSharedTree(const IndexVector &gridPosition);
 
      bool checkGridPosition(const IndexVector &gridPosition) const;
 
      Const_TagPtr searchForTagInFunctionalGroups( Const_TagPtr functionalGroupTag, TagId tagId, unsigned int itemIndex = 0 ) const;
 
      TreePtr _treePtr;
      Const_TreePtr _constTreePtr;
      IndexVector _gridExtent;
 
      TagId _creatorId, _privateBaseId, _dimensionsId, _dimensionSequenceId, _frameIndexId;
 
      bool _alsoRegardEnhancedMultiFrameTags{};
    };
}
 
#ifdef _MSC_VER
  #pragma warning (pop)
#endif
 
#endif