mlDicomManufacturing3DModelModuleTagInterface.h

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// Copyright (c) Fraunhofer MEVIS, Germany. All rights reserved.
// **InsertLicense** code
//----------------------------------------------------------------------------------
 
//----------------------------------------------------------------------------------
#pragma once
 
#include "MLDicomTagInterfacesSystem.h"
#include "mlDicomModifyFieldAddOnBase.h"
#include "mlDicomCopyTagSetInterface.h"
#include <DicomTagInterfaces/mlDicomBoolInheritAndWriteTagInterface.h>
#include <DicomTagInterfaces/mlDicomCIDSingleEntryEditTagInterface.h>
 
ML_START_NAMESPACE
 
//----------------------------------------------------------------------------------
//----------------------------------------------------------------------------------
class MLDICOMTAGINTERFACES_EXPORT DicomManufacturing3DModelModuleTagInterface : public DicomModifyFieldAddOnBase 
{
public:
  DicomManufacturing3DModelModuleTagInterface(Module &modRef);
  
  void        addFields() override;
 
  void        handleFieldActivationChanges() override;
 
  FieldAddOnBase::FieldChangeState handleFieldChanges(Field *field) override;
  
  void        inheritValues(DCMTree::Const_TreePtr dcmTree) override;
  
  std::string applyModifications(DCMTree::TreePtr     dcmTree,
                                 const FieldContainer *treeInfos=nullptr) override;
  
  std::string checkConsistency() const override;
  
  DicomCopyTagSetInterface otherManufacturing3DModelModuleTags;
 
  DicomCIDSingleEntryEditTagInterface measurementUnitsCodeSequenceCIDEditor;
  
  DicomBoolInheritAndWriteTagInterface modelModification;
 
  DicomBoolInheritAndWriteTagInterface modelMirroring;
  
protected:
  friend class DicomManufacturing3DModelModuleTagInterfaceUnitTest_fieldChecks_Test;
 
  // Model Usage Sequence (0068,7003)
  // Specifies the use for which the manufactured object is intended.
  // Only a single Item is permitted in this Sequence.
 
  StringField *_contentDescriptionFld;
 
  // Icon Image Sequence (0088,0200)
  // A preview image representing the rendered model.
  // Only a single Item is permitted in this Sequence.
  
  // Derivation Algorithm Sequence (0022,1612)
  // Software algorithm that created the 3D model.
  // Only a single Item shall be included in this Sequence.
  
  // Model Group UID (0068,7004), uniquely identifies a group to which the model belongs.
  // Manufacturing models that share the same Model Group UID are
  // considered distinct parts within the same assembly.
  
  // Recommended Display CIELab Value, (0062,000D)
  // Specifies the color recommended to be used for the model. This
  // color applies both when digitally displaying the model and when
  // selecting material for manufacturing.
  // This would typically be used to visually distinguish between models
  // that are part of the same assembly and/or provide best analog to
  // real world appearance.
  // The units are specified in PCS-Values, and the value is encoded as
  // CIELab.
  // This value may be superseded by individual colors that have been
  // specified inside the encapsulated model (when the encapsulated
  // format allows this).
  
  // Recommended Presentation Opacity (0066,000C) 
  // Specifies the opacity recommended to be used for the model. This
  // opacity applies both when digitally displaying the model and when
  // selecting material for manufacturing.
  // A non-opaque value would typically be specified when either (a)
  // another model grouped in the same assembly needs to be visible
  // behind or inside this model, or (b) the model represents anatomy
  // that is not fully opaque.
  // If not present, then it is assumed the model should be presented
  // and manufactured as opaque.
  
  std::string  _addManufacturing3DModelModuleTags(DCMTree::TreePtr dcmTree,
                                                  const FieldContainer *treeInfos);
  
};
 
ML_END_NAMESPACE