mlDcmDRTIonToleranceTableSequenceInterface.h

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// Copyright (c) Fraunhofer MEVIS, Germany. All rights reserved.
// **InsertLicense** code
//----------------------------------------------------------------------------------
//
// NOTE: 
// This file has been generated automatically by
//   FMEwork/ReleaseMeVis/Configuration/CodeGenerators/dcmtkToMLConverter/convertDcmtkToML.py
// using the template file
//   FMEwork/ReleaseMeVis/Configuration/CodeGenerators/dcmtkToMLConverter/MLDcmtkAccessoriesNew/templates/DcmSequenceInterface.h
//
// Destination project: 
//   FMEwork/ReleaseMeVis/Sources/Shared/MLDcmtkAccessoriesNew/DcmSequenceInterfaces
//
//----------------------------------------------------------------------------------

//----------------------------------------------------------------------------------
 
#ifndef __mlDcmDRTIonToleranceTableSequenceInterface_H
#define __mlDcmDRTIonToleranceTableSequenceInterface_H
 
// Local includes
#include "mlDcmtkAccessories.h"
 
// Dcmtk includes
//#include "mlDcmDRTIonToleranceTableSequenceInterface.h" //DRTIonToleranceTableSequence
#include "mlDcmDRTBeamLimitingDeviceToleranceSequenceInterface.h" //DRTBeamLimitingDeviceToleranceSequence
 
 
// ML includes
#ifndef __mlModuleIncludes_H
#include "mlModuleIncludes.h"
#endif
 
ML_START_NAMESPACE
 
// ------------------------------------------------------------------
// ------------------------------------------------------------------
class MLDCMTKACCESSORIES_EXPORT DcmDRTIonToleranceTableSequenceInterface
{
  public:
 
    class MLDCMTKACCESSORIES_EXPORT Item
    {
    public:
 
      Item() { _dcmItem = DcmtkAccessories::createNewDicomTree(); }
 
      Item(DCMTree::TreePtr dcmItem) : _dcmItem(dcmItem) {}
 
      Item(const Item &copyDcmItem) : _dcmItem(copyDcmItem.getTreePtr()) {}
 
      Item &operator=(const Item &copyDcmItem){ _dcmItem = copyDcmItem.getTreePtr(); return *this; }
 
      virtual ~Item() {}
 
      DCMTree::TreePtr getTreePtr() const { return _dcmItem; }
      
      bool isValid() const { return _dcmItem.get() != nullptr; }
 
      
    // BeamLimitingDeviceAngleTolerance (300a,0046) vr=DS, vm=1, type=3
    bool getBeamLimitingDeviceAngleTolerance(std::string& parameter) const;
    std::string getBeamLimitingDeviceAngleToleranceTag() const { return "(300a,0046)"; }
    bool setBeamLimitingDeviceAngleTolerance(std::string parameter);
    
    // GantryAngleTolerance (300a,0044) vr=DS, vm=1, type=3
    bool getGantryAngleTolerance(std::string& parameter) const;
    std::string getGantryAngleToleranceTag() const { return "(300a,0044)"; }
    bool setGantryAngleTolerance(std::string parameter);
    
    // PatientSupportAngleTolerance (300a,004c) vr=DS, vm=1, type=3
    bool getPatientSupportAngleTolerance(std::string& parameter) const;
    std::string getPatientSupportAngleToleranceTag() const { return "(300a,004c)"; }
    bool setPatientSupportAngleTolerance(std::string parameter);
    
    // SnoutPositionTolerance (300a,004b) vr=FL, vm=1, type=3
    bool getSnoutPositionTolerance(float& parameter) const;
    std::string getSnoutPositionToleranceTag() const { return "(300a,004b)"; }
    bool setSnoutPositionTolerance(float parameter);
    
    // TableTopLateralPositionTolerance (300a,0053) vr=DS, vm=1, type=3
    bool getTableTopLateralPositionTolerance(std::string& parameter) const;
    std::string getTableTopLateralPositionToleranceTag() const { return "(300a,0053)"; }
    bool setTableTopLateralPositionTolerance(std::string parameter);
    
    // TableTopLongitudinalPositionTolerance (300a,0052) vr=DS, vm=1, type=3
    bool getTableTopLongitudinalPositionTolerance(std::string& parameter) const;
    std::string getTableTopLongitudinalPositionToleranceTag() const { return "(300a,0052)"; }
    bool setTableTopLongitudinalPositionTolerance(std::string parameter);
    
    // TableTopPitchAngleTolerance (300a,004f) vr=FL, vm=1, type=3
    bool getTableTopPitchAngleTolerance(float& parameter) const;
    std::string getTableTopPitchAngleToleranceTag() const { return "(300a,004f)"; }
    bool setTableTopPitchAngleTolerance(float parameter);
    
    // TableTopRollAngleTolerance (300a,0050) vr=FL, vm=1, type=3
    bool getTableTopRollAngleTolerance(float& parameter) const;
    std::string getTableTopRollAngleToleranceTag() const { return "(300a,0050)"; }
    bool setTableTopRollAngleTolerance(float parameter);
    
    // TableTopVerticalPositionTolerance (300a,0051) vr=DS, vm=1, type=3
    bool getTableTopVerticalPositionTolerance(std::string& parameter) const;
    std::string getTableTopVerticalPositionToleranceTag() const { return "(300a,0051)"; }
    bool setTableTopVerticalPositionTolerance(std::string parameter);
    
    // ToleranceTableLabel (300a,0043) vr=SH, vm=1, type=3
    bool getToleranceTableLabel(std::string& parameter) const;
    std::string getToleranceTableLabelTag() const { return "(300a,0043)"; }
    bool setToleranceTableLabel(std::string parameter);
    
    // ToleranceTableNumber (300a,0042) vr=IS, vm=1, type=1
    bool getToleranceTableNumber(std::string& parameter) const;
    std::string getToleranceTableNumberTag() const { return "(300a,0042)"; }
    bool setToleranceTableNumber(std::string parameter);
    
    // BeamLimitingDeviceToleranceSequence (300a,0048) vr=SQ, vm=1, type=3
    DcmDRTBeamLimitingDeviceToleranceSequenceInterface getBeamLimitingDeviceToleranceSequence() const;
    std::string getBeamLimitingDeviceToleranceSequenceTag() const { return std::string("(300a,0048)"); }
    void setBeamLimitingDeviceToleranceSequence(DcmDRTBeamLimitingDeviceToleranceSequenceInterface seq);
 
 
    private:
 
      DCMTree::TreePtr _dcmItem;
      
    };
 
    DcmDRTIonToleranceTableSequenceInterface()  { }
    
    DcmDRTIonToleranceTableSequenceInterface(std::vector<DcmDRTIonToleranceTableSequenceInterface::Item> dcmSequence) : _itemVec(dcmSequence) {}
 
    DcmDRTIonToleranceTableSequenceInterface(DCMTree::TreePtrVector treePtrSeq) {
      for(size_t i=0; i < treePtrSeq.size(); i++)
      {
         _itemVec.push_back(DcmDRTIonToleranceTableSequenceInterface::Item(treePtrSeq[i]));
      }
    }
    
    virtual ~DcmDRTIonToleranceTableSequenceInterface() {} 
    // BeamLimitingDeviceAngleTolerance (300a,0046) vr=DS, vm=1, type=3
    bool getBeamLimitingDeviceAngleTolerance(unsigned long idx, std::string& parameter) const;
    bool getBeamLimitingDeviceAngleTolerance(DCMTree::TreePtr item, std::string& parameter) const;
    std::string getBeamLimitingDeviceAngleToleranceTag() const { return "(300a,0046)"; }
    bool setBeamLimitingDeviceAngleTolerance(unsigned long idx, std::string parameter);
    
    // GantryAngleTolerance (300a,0044) vr=DS, vm=1, type=3
    bool getGantryAngleTolerance(unsigned long idx, std::string& parameter) const;
    bool getGantryAngleTolerance(DCMTree::TreePtr item, std::string& parameter) const;
    std::string getGantryAngleToleranceTag() const { return "(300a,0044)"; }
    bool setGantryAngleTolerance(unsigned long idx, std::string parameter);
    
    // PatientSupportAngleTolerance (300a,004c) vr=DS, vm=1, type=3
    bool getPatientSupportAngleTolerance(unsigned long idx, std::string& parameter) const;
    bool getPatientSupportAngleTolerance(DCMTree::TreePtr item, std::string& parameter) const;
    std::string getPatientSupportAngleToleranceTag() const { return "(300a,004c)"; }
    bool setPatientSupportAngleTolerance(unsigned long idx, std::string parameter);
    
    // SnoutPositionTolerance (300a,004b) vr=FL, vm=1, type=3
    bool getSnoutPositionTolerance(unsigned long idx, float& parameter) const;
    bool getSnoutPositionTolerance(DCMTree::TreePtr item, float& parameter) const;
    std::string getSnoutPositionToleranceTag() const { return "(300a,004b)"; }
    bool setSnoutPositionTolerance(unsigned long idx, float parameter);
    
    // TableTopLateralPositionTolerance (300a,0053) vr=DS, vm=1, type=3
    bool getTableTopLateralPositionTolerance(unsigned long idx, std::string& parameter) const;
    bool getTableTopLateralPositionTolerance(DCMTree::TreePtr item, std::string& parameter) const;
    std::string getTableTopLateralPositionToleranceTag() const { return "(300a,0053)"; }
    bool setTableTopLateralPositionTolerance(unsigned long idx, std::string parameter);
    
    // TableTopLongitudinalPositionTolerance (300a,0052) vr=DS, vm=1, type=3
    bool getTableTopLongitudinalPositionTolerance(unsigned long idx, std::string& parameter) const;
    bool getTableTopLongitudinalPositionTolerance(DCMTree::TreePtr item, std::string& parameter) const;
    std::string getTableTopLongitudinalPositionToleranceTag() const { return "(300a,0052)"; }
    bool setTableTopLongitudinalPositionTolerance(unsigned long idx, std::string parameter);
    
    // TableTopPitchAngleTolerance (300a,004f) vr=FL, vm=1, type=3
    bool getTableTopPitchAngleTolerance(unsigned long idx, float& parameter) const;
    bool getTableTopPitchAngleTolerance(DCMTree::TreePtr item, float& parameter) const;
    std::string getTableTopPitchAngleToleranceTag() const { return "(300a,004f)"; }
    bool setTableTopPitchAngleTolerance(unsigned long idx, float parameter);
    
    // TableTopRollAngleTolerance (300a,0050) vr=FL, vm=1, type=3
    bool getTableTopRollAngleTolerance(unsigned long idx, float& parameter) const;
    bool getTableTopRollAngleTolerance(DCMTree::TreePtr item, float& parameter) const;
    std::string getTableTopRollAngleToleranceTag() const { return "(300a,0050)"; }
    bool setTableTopRollAngleTolerance(unsigned long idx, float parameter);
    
    // TableTopVerticalPositionTolerance (300a,0051) vr=DS, vm=1, type=3
    bool getTableTopVerticalPositionTolerance(unsigned long idx, std::string& parameter) const;
    bool getTableTopVerticalPositionTolerance(DCMTree::TreePtr item, std::string& parameter) const;
    std::string getTableTopVerticalPositionToleranceTag() const { return "(300a,0051)"; }
    bool setTableTopVerticalPositionTolerance(unsigned long idx, std::string parameter);
    
    // ToleranceTableLabel (300a,0043) vr=SH, vm=1, type=3
    bool getToleranceTableLabel(unsigned long idx, std::string& parameter) const;
    bool getToleranceTableLabel(DCMTree::TreePtr item, std::string& parameter) const;
    std::string getToleranceTableLabelTag() const { return "(300a,0043)"; }
    bool setToleranceTableLabel(unsigned long idx, std::string parameter);
    
    // ToleranceTableNumber (300a,0042) vr=IS, vm=1, type=1
    bool getToleranceTableNumber(unsigned long idx, std::string& parameter) const;
    bool getToleranceTableNumber(DCMTree::TreePtr item, std::string& parameter) const;
    std::string getToleranceTableNumberTag() const { return "(300a,0042)"; }
    bool setToleranceTableNumber(unsigned long idx, std::string parameter);
     
    // BeamLimitingDeviceToleranceSequence (300a,0048) vr=SQ, vm=1, type=3
    DcmDRTBeamLimitingDeviceToleranceSequenceInterface getBeamLimitingDeviceToleranceSequence(unsigned long idx) const;
    std::string getBeamLimitingDeviceToleranceSequenceTag() const { return std::string("(300a,0048)"); }
    void setBeamLimitingDeviceToleranceSequence(DcmDRTBeamLimitingDeviceToleranceSequenceInterface seq, unsigned long idx);
 
    
    void setSequence(std::vector<DcmDRTIonToleranceTableSequenceInterface::Item> dcmSequence) {
       _itemVec = dcmSequence;
    } 
       
    std::vector<DcmDRTIonToleranceTableSequenceInterface::Item> getSequence() const {
      return _itemVec;
    }
    
    bool hasSequence() const {
      return (_itemVec.size() != 0);
    }
    
    MLint getNumberOfItems() const {
      return static_cast<MLint>(_itemVec.size());
    }
    
    DcmDRTIonToleranceTableSequenceInterface::Item getItem(const size_t idx) const {
      if (_itemVec.size() > idx) {
        return _itemVec[idx];
      }
      return DcmDRTIonToleranceTableSequenceInterface::Item();
    }
    
    DcmDRTIonToleranceTableSequenceInterface::Item& addItem() {
      _itemVec.push_back(DcmDRTIonToleranceTableSequenceInterface::Item());
      return _itemVec[_itemVec.size()-1];
    }
    
     void addItem(DcmDRTIonToleranceTableSequenceInterface::Item newItem) {
      _itemVec.push_back(newItem);
     }

    bool insertItem(const size_t idx) {
      if (_itemVec.size() > idx) {
        std::vector<DcmDRTIonToleranceTableSequenceInterface::Item>::iterator it =  _itemVec.begin();
        std::advance(it, idx);
        _itemVec.insert(it, DcmDRTIonToleranceTableSequenceInterface::Item());
        return true;
      }
      return false;
    }
    
    bool removeItem(const size_t idx) {
      if ( _itemVec.size() > idx ) {
        std::vector<DcmDRTIonToleranceTableSequenceInterface::Item>::iterator it =  _itemVec.begin();
        std::advance(it, idx);
        _itemVec.erase(it);
        return true;
      }
      return false;
    }
    
  protected:
    std::vector<DcmDRTIonToleranceTableSequenceInterface::Item> _itemVec;
};
 
ML_END_NAMESPACE
 
#endif // __mlDcmDRTIonToleranceTableSequenceInterface_H
 
/* MeVis-Hidden-Components-Start */
/* MeVis-Hidden-Components-End */