#pragma once

#include <grtpp.h>

#ifdef _WIN32
  #pragma warning(disable: 4355) // 'this' : used in base member initializer list
  #ifdef GRT_STRUCTS_WORKBENCH_PHYSICAL_EXPORT
  #define GRT_STRUCTS_WORKBENCH_PHYSICAL_PUBLIC __declspec(dllexport)
#else
  #define GRT_STRUCTS_WORKBENCH_PHYSICAL_PUBLIC __declspec(dllimport)
#endif
#else
  #define GRT_STRUCTS_WORKBENCH_PHYSICAL_PUBLIC
#endif

#include <grts/structs.h>
#include <grts/structs.model.h>
#include <grts/structs.meta.h>
#include <grts/structs.db.h>
#include <grts/structs.db.mgmt.h>


class workbench_physical_Layer;
typedef grt::Ref<workbench_physical_Layer> workbench_physical_LayerRef;
class workbench_physical_Connection;
typedef grt::Ref<workbench_physical_Connection> workbench_physical_ConnectionRef;
class workbench_physical_RoutineGroupFigure;
typedef grt::Ref<workbench_physical_RoutineGroupFigure> workbench_physical_RoutineGroupFigureRef;
class workbench_physical_ViewFigure;
typedef grt::Ref<workbench_physical_ViewFigure> workbench_physical_ViewFigureRef;
class workbench_physical_TableFigure;
typedef grt::Ref<workbench_physical_TableFigure> workbench_physical_TableFigureRef;
class workbench_physical_Diagram;
typedef grt::Ref<workbench_physical_Diagram> workbench_physical_DiagramRef;
class workbench_physical_Model;
typedef grt::Ref<workbench_physical_Model> workbench_physical_ModelRef;


namespace mforms { 
  class Object;
}; 

namespace grt { 
  class AutoPyObject;
}; 

class  workbench_physical_Layer : public model_Layer
{
  typedef model_Layer super;
public:
  class ImplData;
  friend class ImplData;
  workbench_physical_Layer(grt::GRT *grt, grt::MetaClass *meta=0)
  : model_Layer(grt, meta ? meta : grt->get_metaclass(static_class_name()))

  {
  }

  static std::string static_class_name() { return "workbench.physical.Layer"; }

protected:

private: // wrapper methods for use by grt
  static grt::ObjectRef create(grt::GRT *grt)
  {
    return grt::ObjectRef(new workbench_physical_Layer(grt));
  }


public:
  static void grt_register(grt::GRT *grt)
  {
    grt::MetaClass *meta= grt->get_metaclass(static_class_name());
    if (!meta) throw std::runtime_error("error initializing grt object class, metaclass not found");
    meta->bind_allocator(&workbench_physical_Layer::create);
  }
};


  /** a model connection */
class GRT_STRUCTS_WORKBENCH_PHYSICAL_PUBLIC workbench_physical_Connection : public model_Connection
{
  typedef model_Connection super;
public:
  class ImplData;
  friend class ImplData;
  workbench_physical_Connection(grt::GRT *grt, grt::MetaClass *meta=0)
  : model_Connection(grt, meta ? meta : grt->get_metaclass(static_class_name())),
     _caption(""),
     _captionXOffs(0.0),
     _captionYOffs(0.0),
     _comment(""),
     _endCaptionXOffs(0.0),
     _endCaptionYOffs(0.0),
     _extraCaption(""),
     _extraCaptionXOffs(0.0),
     _extraCaptionYOffs(0.0),
     _middleSegmentOffset(0.0),
     _startCaptionXOffs(0.0),
     _startCaptionYOffs(0.0),
    _data(0)

  {
  }

  virtual ~workbench_physical_Connection();

  static std::string static_class_name() { return "workbench.physical.Connection"; }

  /** Getter for attribute caption
   
    center caption
   \par In Python:
value = obj.caption
   */
  grt::StringRef caption() const { return _caption; }
  /** Setter for attribute caption
   
    center caption
    \par In Python:
obj.caption = value
   */
  virtual void caption(const grt::StringRef &value)
  {
    grt::ValueRef ovalue(_caption);
   _caption= value;
    member_changed("caption", ovalue, value);
  }

  /** Getter for attribute captionXOffs
   
    X offset of the caption
   \par In Python:
value = obj.captionXOffs
   */
  grt::DoubleRef captionXOffs() const { return _captionXOffs; }
  /** Setter for attribute captionXOffs
   
    X offset of the caption
    \par In Python:
obj.captionXOffs = value
   */
  virtual void captionXOffs(const grt::DoubleRef &value)
  {
    grt::ValueRef ovalue(_captionXOffs);
   _captionXOffs= value;
    member_changed("captionXOffs", ovalue, value);
  }

  /** Getter for attribute captionYOffs
   
    Y offset of the caption
   \par In Python:
value = obj.captionYOffs
   */
  grt::DoubleRef captionYOffs() const { return _captionYOffs; }
  /** Setter for attribute captionYOffs
   
    Y offset of the caption
    \par In Python:
obj.captionYOffs = value
   */
  virtual void captionYOffs(const grt::DoubleRef &value)
  {
    grt::ValueRef ovalue(_captionYOffs);
   _captionYOffs= value;
    member_changed("captionYOffs", ovalue, value);
  }

  /** Getter for attribute comment
   
    a comment about the relationship
   \par In Python:
value = obj.comment
   */
  grt::StringRef comment() const { return _comment; }
  /** Setter for attribute comment
   
    a comment about the relationship
    \par In Python:
obj.comment = value
   */
  virtual void comment(const grt::StringRef &value)
  {
    grt::ValueRef ovalue(_comment);
   _comment= value;
    member_changed("comment", ovalue, value);
  }

  /** Getter for attribute endCaptionXOffs
   
    X offset of the end caption
   \par In Python:
value = obj.endCaptionXOffs
   */
  grt::DoubleRef endCaptionXOffs() const { return _endCaptionXOffs; }
  /** Setter for attribute endCaptionXOffs
   
    X offset of the end caption
    \par In Python:
obj.endCaptionXOffs = value
   */
  virtual void endCaptionXOffs(const grt::DoubleRef &value)
  {
    grt::ValueRef ovalue(_endCaptionXOffs);
   _endCaptionXOffs= value;
    member_changed("endCaptionXOffs", ovalue, value);
  }

  /** Getter for attribute endCaptionYOffs
   
    Y offset of the end caption
   \par In Python:
value = obj.endCaptionYOffs
   */
  grt::DoubleRef endCaptionYOffs() const { return _endCaptionYOffs; }
  /** Setter for attribute endCaptionYOffs
   
    Y offset of the end caption
    \par In Python:
obj.endCaptionYOffs = value
   */
  virtual void endCaptionYOffs(const grt::DoubleRef &value)
  {
    grt::ValueRef ovalue(_endCaptionYOffs);
   _endCaptionYOffs= value;
    member_changed("endCaptionYOffs", ovalue, value);
  }

  /** Getter for attribute extraCaption
   
    additional center caption
   \par In Python:
value = obj.extraCaption
   */
  grt::StringRef extraCaption() const { return _extraCaption; }
  /** Setter for attribute extraCaption
   
    additional center caption
    \par In Python:
obj.extraCaption = value
   */
  virtual void extraCaption(const grt::StringRef &value)
  {
    grt::ValueRef ovalue(_extraCaption);
   _extraCaption= value;
    member_changed("extraCaption", ovalue, value);
  }

  /** Getter for attribute extraCaptionXOffs
   
    X offset of the caption
   \par In Python:
value = obj.extraCaptionXOffs
   */
  grt::DoubleRef extraCaptionXOffs() const { return _extraCaptionXOffs; }
  /** Setter for attribute extraCaptionXOffs
   
    X offset of the caption
    \par In Python:
obj.extraCaptionXOffs = value
   */
  virtual void extraCaptionXOffs(const grt::DoubleRef &value)
  {
    grt::ValueRef ovalue(_extraCaptionXOffs);
   _extraCaptionXOffs= value;
    member_changed("extraCaptionXOffs", ovalue, value);
  }

  /** Getter for attribute extraCaptionYOffs
   
    Y offset of the caption
   \par In Python:
value = obj.extraCaptionYOffs
   */
  grt::DoubleRef extraCaptionYOffs() const { return _extraCaptionYOffs; }
  /** Setter for attribute extraCaptionYOffs
   
    Y offset of the caption
    \par In Python:
obj.extraCaptionYOffs = value
   */
  virtual void extraCaptionYOffs(const grt::DoubleRef &value)
  {
    grt::ValueRef ovalue(_extraCaptionYOffs);
   _extraCaptionYOffs= value;
    member_changed("extraCaptionYOffs", ovalue, value);
  }

  /** Getter for attribute foreignKey
   
    the foreign key this corresponds to
   \par In Python:
value = obj.foreignKey
   */
  db_ForeignKeyRef foreignKey() const { return _foreignKey; }
  /** Setter for attribute foreignKey
   
    the foreign key this corresponds to
    \par In Python:
obj.foreignKey = value
   */
  virtual void foreignKey(const db_ForeignKeyRef &value);

  /** Getter for attribute middleSegmentOffset
   
    offset of the middle segment of the line, if applicable
   \par In Python:
value = obj.middleSegmentOffset
   */
  grt::DoubleRef middleSegmentOffset() const { return _middleSegmentOffset; }
  /** Setter for attribute middleSegmentOffset
   
    offset of the middle segment of the line, if applicable
    \par In Python:
obj.middleSegmentOffset = value
   */
  virtual void middleSegmentOffset(const grt::DoubleRef &value)
  {
    grt::ValueRef ovalue(_middleSegmentOffset);
   _middleSegmentOffset= value;
    member_changed("middleSegmentOffset", ovalue, value);
  }

  /** Getter for attribute startCaptionXOffs
   
    X offset of the start caption
   \par In Python:
value = obj.startCaptionXOffs
   */
  grt::DoubleRef startCaptionXOffs() const { return _startCaptionXOffs; }
  /** Setter for attribute startCaptionXOffs
   
    X offset of the start caption
    \par In Python:
obj.startCaptionXOffs = value
   */
  virtual void startCaptionXOffs(const grt::DoubleRef &value)
  {
    grt::ValueRef ovalue(_startCaptionXOffs);
   _startCaptionXOffs= value;
    member_changed("startCaptionXOffs", ovalue, value);
  }

  /** Getter for attribute startCaptionYOffs
   
    Y offset of the start caption
   \par In Python:
value = obj.startCaptionYOffs
   */
  grt::DoubleRef startCaptionYOffs() const { return _startCaptionYOffs; }
  /** Setter for attribute startCaptionYOffs
   
    Y offset of the start caption
    \par In Python:
obj.startCaptionYOffs = value
   */
  virtual void startCaptionYOffs(const grt::DoubleRef &value)
  {
    grt::ValueRef ovalue(_startCaptionYOffs);
   _startCaptionYOffs= value;
    member_changed("startCaptionYOffs", ovalue, value);
  }


  ImplData *get_data() const { return _data; }

  void set_data(ImplData *data);
  // default initialization function. auto-called by ObjectRef constructor
  virtual void init();

protected:

  grt::StringRef _caption;
  grt::DoubleRef _captionXOffs;
  grt::DoubleRef _captionYOffs;
  grt::StringRef _comment;
  grt::DoubleRef _endCaptionXOffs;
  grt::DoubleRef _endCaptionYOffs;
  grt::StringRef _extraCaption;
  grt::DoubleRef _extraCaptionXOffs;
  grt::DoubleRef _extraCaptionYOffs;
  db_ForeignKeyRef _foreignKey;
  grt::DoubleRef _middleSegmentOffset;
  grt::DoubleRef _startCaptionXOffs;
  grt::DoubleRef _startCaptionYOffs;
private: // wrapper methods for use by grt
  ImplData *_data;

  static grt::ObjectRef create(grt::GRT *grt)
  {
    return grt::ObjectRef(new workbench_physical_Connection(grt));
  }


public:
  static void grt_register(grt::GRT *grt)
  {
    grt::MetaClass *meta= grt->get_metaclass(static_class_name());
    if (!meta) throw std::runtime_error("error initializing grt object class, metaclass not found");
    meta->bind_allocator(&workbench_physical_Connection::create);
    {
      void (workbench_physical_Connection::*setter)(const grt::StringRef &)= &workbench_physical_Connection::caption;
      grt::StringRef (workbench_physical_Connection::*getter)() const= &workbench_physical_Connection::caption;
      meta->bind_member("caption", new grt::MetaClass::Property<workbench_physical_Connection,grt::StringRef >(getter,setter));
    }
    {
      void (workbench_physical_Connection::*setter)(const grt::DoubleRef &)= &workbench_physical_Connection::captionXOffs;
      grt::DoubleRef (workbench_physical_Connection::*getter)() const= &workbench_physical_Connection::captionXOffs;
      meta->bind_member("captionXOffs", new grt::MetaClass::Property<workbench_physical_Connection,grt::DoubleRef >(getter,setter));
    }
    {
      void (workbench_physical_Connection::*setter)(const grt::DoubleRef &)= &workbench_physical_Connection::captionYOffs;
      grt::DoubleRef (workbench_physical_Connection::*getter)() const= &workbench_physical_Connection::captionYOffs;
      meta->bind_member("captionYOffs", new grt::MetaClass::Property<workbench_physical_Connection,grt::DoubleRef >(getter,setter));
    }
    {
      void (workbench_physical_Connection::*setter)(const grt::StringRef &)= &workbench_physical_Connection::comment;
      grt::StringRef (workbench_physical_Connection::*getter)() const= &workbench_physical_Connection::comment;
      meta->bind_member("comment", new grt::MetaClass::Property<workbench_physical_Connection,grt::StringRef >(getter,setter));
    }
    {
      void (workbench_physical_Connection::*setter)(const grt::DoubleRef &)= &workbench_physical_Connection::endCaptionXOffs;
      grt::DoubleRef (workbench_physical_Connection::*getter)() const= &workbench_physical_Connection::endCaptionXOffs;
      meta->bind_member("endCaptionXOffs", new grt::MetaClass::Property<workbench_physical_Connection,grt::DoubleRef >(getter,setter));
    }
    {
      void (workbench_physical_Connection::*setter)(const grt::DoubleRef &)= &workbench_physical_Connection::endCaptionYOffs;
      grt::DoubleRef (workbench_physical_Connection::*getter)() const= &workbench_physical_Connection::endCaptionYOffs;
      meta->bind_member("endCaptionYOffs", new grt::MetaClass::Property<workbench_physical_Connection,grt::DoubleRef >(getter,setter));
    }
    {
      void (workbench_physical_Connection::*setter)(const grt::StringRef &)= &workbench_physical_Connection::extraCaption;
      grt::StringRef (workbench_physical_Connection::*getter)() const= &workbench_physical_Connection::extraCaption;
      meta->bind_member("extraCaption", new grt::MetaClass::Property<workbench_physical_Connection,grt::StringRef >(getter,setter));
    }
    {
      void (workbench_physical_Connection::*setter)(const grt::DoubleRef &)= &workbench_physical_Connection::extraCaptionXOffs;
      grt::DoubleRef (workbench_physical_Connection::*getter)() const= &workbench_physical_Connection::extraCaptionXOffs;
      meta->bind_member("extraCaptionXOffs", new grt::MetaClass::Property<workbench_physical_Connection,grt::DoubleRef >(getter,setter));
    }
    {
      void (workbench_physical_Connection::*setter)(const grt::DoubleRef &)= &workbench_physical_Connection::extraCaptionYOffs;
      grt::DoubleRef (workbench_physical_Connection::*getter)() const= &workbench_physical_Connection::extraCaptionYOffs;
      meta->bind_member("extraCaptionYOffs", new grt::MetaClass::Property<workbench_physical_Connection,grt::DoubleRef >(getter,setter));
    }
    {
      void (workbench_physical_Connection::*setter)(const db_ForeignKeyRef &)= &workbench_physical_Connection::foreignKey;
      db_ForeignKeyRef (workbench_physical_Connection::*getter)() const= &workbench_physical_Connection::foreignKey;
      meta->bind_member("foreignKey", new grt::MetaClass::Property<workbench_physical_Connection,db_ForeignKeyRef >(getter,setter));
    }
    {
      void (workbench_physical_Connection::*setter)(const grt::DoubleRef &)= &workbench_physical_Connection::middleSegmentOffset;
      grt::DoubleRef (workbench_physical_Connection::*getter)() const= &workbench_physical_Connection::middleSegmentOffset;
      meta->bind_member("middleSegmentOffset", new grt::MetaClass::Property<workbench_physical_Connection,grt::DoubleRef >(getter,setter));
    }
    {
      void (workbench_physical_Connection::*setter)(const grt::DoubleRef &)= &workbench_physical_Connection::startCaptionXOffs;
      grt::DoubleRef (workbench_physical_Connection::*getter)() const= &workbench_physical_Connection::startCaptionXOffs;
      meta->bind_member("startCaptionXOffs", new grt::MetaClass::Property<workbench_physical_Connection,grt::DoubleRef >(getter,setter));
    }
    {
      void (workbench_physical_Connection::*setter)(const grt::DoubleRef &)= &workbench_physical_Connection::startCaptionYOffs;
      grt::DoubleRef (workbench_physical_Connection::*getter)() const= &workbench_physical_Connection::startCaptionYOffs;
      meta->bind_member("startCaptionYOffs", new grt::MetaClass::Property<workbench_physical_Connection,grt::DoubleRef >(getter,setter));
    }
  }
};


  /** a model figure representing a collection of routines */
class GRT_STRUCTS_WORKBENCH_PHYSICAL_PUBLIC workbench_physical_RoutineGroupFigure : public model_Figure
{
  typedef model_Figure super;
public:
  class ImplData;
  friend class ImplData;
  workbench_physical_RoutineGroupFigure(grt::GRT *grt, grt::MetaClass *meta=0)
  : model_Figure(grt, meta ? meta : grt->get_metaclass(static_class_name())),
    _data(0)

  {
  }

  virtual ~workbench_physical_RoutineGroupFigure();

  static std::string static_class_name() { return "workbench.physical.RoutineGroupFigure"; }

  /** Getter for attribute routineGroup
   
    the routine group this figure represents
   \par In Python:
value = obj.routineGroup
   */
  db_RoutineGroupRef routineGroup() const { return _routineGroup; }
  /** Setter for attribute routineGroup
   
    the routine group this figure represents
    \par In Python:
obj.routineGroup = value
   */
  virtual void routineGroup(const db_RoutineGroupRef &value);


  ImplData *get_data() const { return _data; }

  void set_data(ImplData *data);
  // default initialization function. auto-called by ObjectRef constructor
  virtual void init();

protected:

  db_RoutineGroupRef _routineGroup;
private: // wrapper methods for use by grt
  ImplData *_data;

  static grt::ObjectRef create(grt::GRT *grt)
  {
    return grt::ObjectRef(new workbench_physical_RoutineGroupFigure(grt));
  }


public:
  static void grt_register(grt::GRT *grt)
  {
    grt::MetaClass *meta= grt->get_metaclass(static_class_name());
    if (!meta) throw std::runtime_error("error initializing grt object class, metaclass not found");
    meta->bind_allocator(&workbench_physical_RoutineGroupFigure::create);
    {
      void (workbench_physical_RoutineGroupFigure::*setter)(const db_RoutineGroupRef &)= &workbench_physical_RoutineGroupFigure::routineGroup;
      db_RoutineGroupRef (workbench_physical_RoutineGroupFigure::*getter)() const= &workbench_physical_RoutineGroupFigure::routineGroup;
      meta->bind_member("routineGroup", new grt::MetaClass::Property<workbench_physical_RoutineGroupFigure,db_RoutineGroupRef >(getter,setter));
    }
  }
};


  /** a model figure representing a view */
class GRT_STRUCTS_WORKBENCH_PHYSICAL_PUBLIC workbench_physical_ViewFigure : public model_Figure
{
  typedef model_Figure super;
public:
  class ImplData;
  friend class ImplData;
  workbench_physical_ViewFigure(grt::GRT *grt, grt::MetaClass *meta=0)
  : model_Figure(grt, meta ? meta : grt->get_metaclass(static_class_name())),
    _data(0)

  {
  }

  virtual ~workbench_physical_ViewFigure();

  static std::string static_class_name() { return "workbench.physical.ViewFigure"; }

  /** Getter for attribute view
   
    the view this figure represents
   \par In Python:
value = obj.view
   */
  db_ViewRef view() const { return _view; }
  /** Setter for attribute view
   
    the view this figure represents
    \par In Python:
obj.view = value
   */
  virtual void view(const db_ViewRef &value);


  ImplData *get_data() const { return _data; }

  void set_data(ImplData *data);
  // default initialization function. auto-called by ObjectRef constructor
  virtual void init();

protected:

  db_ViewRef _view;
private: // wrapper methods for use by grt
  ImplData *_data;

  static grt::ObjectRef create(grt::GRT *grt)
  {
    return grt::ObjectRef(new workbench_physical_ViewFigure(grt));
  }


public:
  static void grt_register(grt::GRT *grt)
  {
    grt::MetaClass *meta= grt->get_metaclass(static_class_name());
    if (!meta) throw std::runtime_error("error initializing grt object class, metaclass not found");
    meta->bind_allocator(&workbench_physical_ViewFigure::create);
    {
      void (workbench_physical_ViewFigure::*setter)(const db_ViewRef &)= &workbench_physical_ViewFigure::view;
      db_ViewRef (workbench_physical_ViewFigure::*getter)() const= &workbench_physical_ViewFigure::view;
      meta->bind_member("view", new grt::MetaClass::Property<workbench_physical_ViewFigure,db_ViewRef >(getter,setter));
    }
  }
};


  /** a model figure representing a table */
class GRT_STRUCTS_WORKBENCH_PHYSICAL_PUBLIC workbench_physical_TableFigure : public model_Figure
{
  typedef model_Figure super;
public:
  class ImplData;
  friend class ImplData;
  workbench_physical_TableFigure(grt::GRT *grt, grt::MetaClass *meta=0)
  : model_Figure(grt, meta ? meta : grt->get_metaclass(static_class_name())),
     _columnsExpanded(1),
     _foreignKeysExpanded(0),
     _indicesExpanded(0),
     _summarizeDisplay(-1),
     _triggersExpanded(0),
    _data(0)

  {
  }

  virtual ~workbench_physical_TableFigure();

  static std::string static_class_name() { return "workbench.physical.TableFigure"; }

  /** Getter for attribute columnsExpanded
   
    indicates whether the columns list is expanded
   \par In Python:
value = obj.columnsExpanded
   */
  grt::IntegerRef columnsExpanded() const { return _columnsExpanded; }
  /** Setter for attribute columnsExpanded
   
    indicates whether the columns list is expanded
    \par In Python:
obj.columnsExpanded = value
   */
  virtual void columnsExpanded(const grt::IntegerRef &value)
  {
    grt::ValueRef ovalue(_columnsExpanded);
   _columnsExpanded= value;
    member_changed("columnsExpanded", ovalue, value);
  }

  /** Getter for attribute foreignKeysExpanded
   
    indicates whether the foreign keys list is expanded
   \par In Python:
value = obj.foreignKeysExpanded
   */
  grt::IntegerRef foreignKeysExpanded() const { return _foreignKeysExpanded; }
  /** Setter for attribute foreignKeysExpanded
   
    indicates whether the foreign keys list is expanded
    \par In Python:
obj.foreignKeysExpanded = value
   */
  virtual void foreignKeysExpanded(const grt::IntegerRef &value)
  {
    grt::ValueRef ovalue(_foreignKeysExpanded);
   _foreignKeysExpanded= value;
    member_changed("foreignKeysExpanded", ovalue, value);
  }

  /** Getter for attribute indicesExpanded
   
    indicates whether the indices list is expanded
   \par In Python:
value = obj.indicesExpanded
   */
  grt::IntegerRef indicesExpanded() const { return _indicesExpanded; }
  /** Setter for attribute indicesExpanded
   
    indicates whether the indices list is expanded
    \par In Python:
obj.indicesExpanded = value
   */
  virtual void indicesExpanded(const grt::IntegerRef &value)
  {
    grt::ValueRef ovalue(_indicesExpanded);
   _indicesExpanded= value;
    member_changed("indicesExpanded", ovalue, value);
  }

  /** Getter for attribute summarizeDisplay
   
    set to -1 for showing table in summarized view mode if there's too many columns, 0 to show all columns and 1 to force summary view
   \par In Python:
value = obj.summarizeDisplay
   */
  grt::IntegerRef summarizeDisplay() const { return _summarizeDisplay; }
  /** Setter for attribute summarizeDisplay
   
    set to -1 for showing table in summarized view mode if there's too many columns, 0 to show all columns and 1 to force summary view
    \par In Python:
obj.summarizeDisplay = value
   */
  virtual void summarizeDisplay(const grt::IntegerRef &value)
  {
    grt::ValueRef ovalue(_summarizeDisplay);
   _summarizeDisplay= value;
    member_changed("summarizeDisplay", ovalue, value);
  }

  /** Getter for attribute table
   
    the table this figure represents
   \par In Python:
value = obj.table
   */
  db_TableRef table() const { return _table; }
  /** Setter for attribute table
   
    the table this figure represents
    \par In Python:
obj.table = value
   */
  virtual void table(const db_TableRef &value);

  /** Getter for attribute triggersExpanded
   
    indicates whether the triggers list is expanded
   \par In Python:
value = obj.triggersExpanded
   */
  grt::IntegerRef triggersExpanded() const { return _triggersExpanded; }
  /** Setter for attribute triggersExpanded
   
    indicates whether the triggers list is expanded
    \par In Python:
obj.triggersExpanded = value
   */
  virtual void triggersExpanded(const grt::IntegerRef &value)
  {
    grt::ValueRef ovalue(_triggersExpanded);
   _triggersExpanded= value;
    member_changed("triggersExpanded", ovalue, value);
  }


  ImplData *get_data() const { return _data; }

  void set_data(ImplData *data);
  // default initialization function. auto-called by ObjectRef constructor
  virtual void init();

protected:

  grt::IntegerRef _columnsExpanded;
  grt::IntegerRef _foreignKeysExpanded;
  grt::IntegerRef _indicesExpanded;
  grt::IntegerRef _summarizeDisplay;
  db_TableRef _table;
  grt::IntegerRef _triggersExpanded;
private: // wrapper methods for use by grt
  ImplData *_data;

  static grt::ObjectRef create(grt::GRT *grt)
  {
    return grt::ObjectRef(new workbench_physical_TableFigure(grt));
  }


public:
  static void grt_register(grt::GRT *grt)
  {
    grt::MetaClass *meta= grt->get_metaclass(static_class_name());
    if (!meta) throw std::runtime_error("error initializing grt object class, metaclass not found");
    meta->bind_allocator(&workbench_physical_TableFigure::create);
    {
      void (workbench_physical_TableFigure::*setter)(const grt::IntegerRef &)= &workbench_physical_TableFigure::columnsExpanded;
      grt::IntegerRef (workbench_physical_TableFigure::*getter)() const= &workbench_physical_TableFigure::columnsExpanded;
      meta->bind_member("columnsExpanded", new grt::MetaClass::Property<workbench_physical_TableFigure,grt::IntegerRef >(getter,setter));
    }
    {
      void (workbench_physical_TableFigure::*setter)(const grt::IntegerRef &)= &workbench_physical_TableFigure::foreignKeysExpanded;
      grt::IntegerRef (workbench_physical_TableFigure::*getter)() const= &workbench_physical_TableFigure::foreignKeysExpanded;
      meta->bind_member("foreignKeysExpanded", new grt::MetaClass::Property<workbench_physical_TableFigure,grt::IntegerRef >(getter,setter));
    }
    {
      void (workbench_physical_TableFigure::*setter)(const grt::IntegerRef &)= &workbench_physical_TableFigure::indicesExpanded;
      grt::IntegerRef (workbench_physical_TableFigure::*getter)() const= &workbench_physical_TableFigure::indicesExpanded;
      meta->bind_member("indicesExpanded", new grt::MetaClass::Property<workbench_physical_TableFigure,grt::IntegerRef >(getter,setter));
    }
    {
      void (workbench_physical_TableFigure::*setter)(const grt::IntegerRef &)= &workbench_physical_TableFigure::summarizeDisplay;
      grt::IntegerRef (workbench_physical_TableFigure::*getter)() const= &workbench_physical_TableFigure::summarizeDisplay;
      meta->bind_member("summarizeDisplay", new grt::MetaClass::Property<workbench_physical_TableFigure,grt::IntegerRef >(getter,setter));
    }
    {
      void (workbench_physical_TableFigure::*setter)(const db_TableRef &)= &workbench_physical_TableFigure::table;
      db_TableRef (workbench_physical_TableFigure::*getter)() const= &workbench_physical_TableFigure::table;
      meta->bind_member("table", new grt::MetaClass::Property<workbench_physical_TableFigure,db_TableRef >(getter,setter));
    }
    {
      void (workbench_physical_TableFigure::*setter)(const grt::IntegerRef &)= &workbench_physical_TableFigure::triggersExpanded;
      grt::IntegerRef (workbench_physical_TableFigure::*getter)() const= &workbench_physical_TableFigure::triggersExpanded;
      meta->bind_member("triggersExpanded", new grt::MetaClass::Property<workbench_physical_TableFigure,grt::IntegerRef >(getter,setter));
    }
  }
};


  /** a model diagram holding layers and figures */
class GRT_STRUCTS_WORKBENCH_PHYSICAL_PUBLIC workbench_physical_Diagram : public model_Diagram
{
  typedef model_Diagram super;
public:
  class ImplData;
  friend class ImplData;
  workbench_physical_Diagram(grt::GRT *grt, grt::MetaClass *meta=0)
  : model_Diagram(grt, meta ? meta : grt->get_metaclass(static_class_name())),
    _data(0)

  {
  }

  virtual ~workbench_physical_Diagram();

  static std::string static_class_name() { return "workbench.physical.Diagram"; }

  /** Method. 
  \param objects 
  \return 

   */
  virtual void autoPlaceDBObjects(const grt::ListRef<db_DatabaseObject> &objects);
  /** Method. 
  \param fk 
  \return 

   */
  virtual workbench_physical_ConnectionRef createConnectionForForeignKey(const db_ForeignKeyRef &fk);
  /** Method. 
  \param table 
  \return 

   */
  virtual grt::IntegerRef createConnectionsForTable(const db_TableRef &table);
  /** Method. 
  \param table 
  \return 

   */
  virtual void deleteConnectionsForTable(const db_TableRef &table);
  /** Method. 
  \param fk 
  \return 

   */
  virtual workbench_physical_ConnectionRef getConnectionForForeignKey(const db_ForeignKeyRef &fk);
  /** Method. 
  \param object 
  \return 

   */
  virtual model_FigureRef getFigureForDBObject(const db_DatabaseObjectRef &object);
  /** Method. 
  \param x 
  \param y 
  \param width 
  \param height 
  \param name 
  \return 

   */
  virtual model_LayerRef placeNewLayer(double x, double y, double width, double height, const std::string &name);
  /** Method. 
  \param routineGroup 
  \param x 
  \param y 
  \return 

   */
  virtual workbench_physical_RoutineGroupFigureRef placeRoutineGroup(const db_RoutineGroupRef &routineGroup, double x, double y);
  /** Method. 
  \param table 
  \param x 
  \param y 
  \return 

   */
  virtual workbench_physical_TableFigureRef placeTable(const db_TableRef &table, double x, double y);
  /** Method. 
  \param view 
  \param x 
  \param y 
  \return 

   */
  virtual workbench_physical_ViewFigureRef placeView(const db_ViewRef &view, double x, double y);

  ImplData *get_data() const { return _data; }

  void set_data(ImplData *data);
  // default initialization function. auto-called by ObjectRef constructor
  virtual void init();

protected:

private: // wrapper methods for use by grt
  ImplData *_data;

  static grt::ObjectRef create(grt::GRT *grt)
  {
    return grt::ObjectRef(new workbench_physical_Diagram(grt));
  }

  static grt::ValueRef call_autoPlaceDBObjects(grt::internal::Object *self, const grt::BaseListRef &args){ dynamic_cast<workbench_physical_Diagram*>(self)->autoPlaceDBObjects(grt::ListRef<db_DatabaseObject>::cast_from(args[0])); return grt::ValueRef(); }

  static grt::ValueRef call_createConnectionForForeignKey(grt::internal::Object *self, const grt::BaseListRef &args){ return dynamic_cast<workbench_physical_Diagram*>(self)->createConnectionForForeignKey(db_ForeignKeyRef::cast_from(args[0])); }

  static grt::ValueRef call_createConnectionsForTable(grt::internal::Object *self, const grt::BaseListRef &args){ return dynamic_cast<workbench_physical_Diagram*>(self)->createConnectionsForTable(db_TableRef::cast_from(args[0])); }

  static grt::ValueRef call_deleteConnectionsForTable(grt::internal::Object *self, const grt::BaseListRef &args){ dynamic_cast<workbench_physical_Diagram*>(self)->deleteConnectionsForTable(db_TableRef::cast_from(args[0])); return grt::ValueRef(); }

  static grt::ValueRef call_getConnectionForForeignKey(grt::internal::Object *self, const grt::BaseListRef &args){ return dynamic_cast<workbench_physical_Diagram*>(self)->getConnectionForForeignKey(db_ForeignKeyRef::cast_from(args[0])); }

  static grt::ValueRef call_getFigureForDBObject(grt::internal::Object *self, const grt::BaseListRef &args){ return dynamic_cast<workbench_physical_Diagram*>(self)->getFigureForDBObject(db_DatabaseObjectRef::cast_from(args[0])); }

  static grt::ValueRef call_placeNewLayer(grt::internal::Object *self, const grt::BaseListRef &args){ return dynamic_cast<workbench_physical_Diagram*>(self)->placeNewLayer(grt::DoubleRef::cast_from(args[0]), grt::DoubleRef::cast_from(args[1]), grt::DoubleRef::cast_from(args[2]), grt::DoubleRef::cast_from(args[3]), grt::StringRef::cast_from(args[4])); }

  static grt::ValueRef call_placeRoutineGroup(grt::internal::Object *self, const grt::BaseListRef &args){ return dynamic_cast<workbench_physical_Diagram*>(self)->placeRoutineGroup(db_RoutineGroupRef::cast_from(args[0]), grt::DoubleRef::cast_from(args[1]), grt::DoubleRef::cast_from(args[2])); }

  static grt::ValueRef call_placeTable(grt::internal::Object *self, const grt::BaseListRef &args){ return dynamic_cast<workbench_physical_Diagram*>(self)->placeTable(db_TableRef::cast_from(args[0]), grt::DoubleRef::cast_from(args[1]), grt::DoubleRef::cast_from(args[2])); }

  static grt::ValueRef call_placeView(grt::internal::Object *self, const grt::BaseListRef &args){ return dynamic_cast<workbench_physical_Diagram*>(self)->placeView(db_ViewRef::cast_from(args[0]), grt::DoubleRef::cast_from(args[1]), grt::DoubleRef::cast_from(args[2])); }


public:
  static void grt_register(grt::GRT *grt)
  {
    grt::MetaClass *meta= grt->get_metaclass(static_class_name());
    if (!meta) throw std::runtime_error("error initializing grt object class, metaclass not found");
    meta->bind_allocator(&workbench_physical_Diagram::create);
    meta->bind_method("autoPlaceDBObjects", &workbench_physical_Diagram::call_autoPlaceDBObjects);
    meta->bind_method("createConnectionForForeignKey", &workbench_physical_Diagram::call_createConnectionForForeignKey);
    meta->bind_method("createConnectionsForTable", &workbench_physical_Diagram::call_createConnectionsForTable);
    meta->bind_method("deleteConnectionsForTable", &workbench_physical_Diagram::call_deleteConnectionsForTable);
    meta->bind_method("getConnectionForForeignKey", &workbench_physical_Diagram::call_getConnectionForForeignKey);
    meta->bind_method("getFigureForDBObject", &workbench_physical_Diagram::call_getFigureForDBObject);
    meta->bind_method("placeNewLayer", &workbench_physical_Diagram::call_placeNewLayer);
    meta->bind_method("placeRoutineGroup", &workbench_physical_Diagram::call_placeRoutineGroup);
    meta->bind_method("placeTable", &workbench_physical_Diagram::call_placeTable);
    meta->bind_method("placeView", &workbench_physical_Diagram::call_placeView);
  }
};


  /** a physical model holding diagrams */
class GRT_STRUCTS_WORKBENCH_PHYSICAL_PUBLIC workbench_physical_Model : public model_Model
{
  typedef model_Model super;
public:
  class ImplData;
  friend class ImplData;
  workbench_physical_Model(grt::GRT *grt, grt::MetaClass *meta=0)
  : model_Model(grt, meta ? meta : grt->get_metaclass(static_class_name())),
     _connectionNotation(""),
    _connections(grt, this, false),
     _figureNotation(""),
    _notes(grt, this, false),
    _scripts(grt, this, false),
    _syncProfiles(grt, this, false),
    _tagCategories(grt, this, false),
    _tags(grt, this, false),
    _data(0)

  {
    _diagrams.content().__retype(grt::ObjectType, "workbench.physical.Diagram");
  }

  virtual ~workbench_physical_Model();

  static std::string static_class_name() { return "workbench.physical.Model"; }

  // catalog is owned by workbench_physical_Model
  /** Getter for attribute catalog
   
    
   \par In Python:
value = obj.catalog
   */
  db_CatalogRef catalog() const { return _catalog; }
  /** Setter for attribute catalog
   
    
    \par In Python:
obj.catalog = value
   */
  virtual void catalog(const db_CatalogRef &value)
  {
    grt::ValueRef ovalue(_catalog);

    _catalog= value;
    owned_member_changed("catalog", ovalue, value);
  }

  /** Getter for attribute connectionNotation
   
    
   \par In Python:
value = obj.connectionNotation
   */
  grt::StringRef connectionNotation() const { return _connectionNotation; }
  /** Setter for attribute connectionNotation
   
    
    \par In Python:
obj.connectionNotation = value
   */
  virtual void connectionNotation(const grt::StringRef &value)
  {
    grt::ValueRef ovalue(_connectionNotation);
   _connectionNotation= value;
    member_changed("connectionNotation", ovalue, value);
  }

  // connections is owned by workbench_physical_Model
  /** Getter for attribute connections (read-only)
   
    all connections that should be used for a full synchronisation
   \par In Python:
value = obj.connections
   */
  grt::ListRef<db_mgmt_Connection> connections() const { return _connections; }
private: // the next attribute is read-only
  virtual void connections(const grt::ListRef<db_mgmt_Connection> &value)
  {
    grt::ValueRef ovalue(_connections);

    _connections= value;
    owned_member_changed("connections", ovalue, value);
  }
public:

  /** Getter for attribute currentConnection
   
    the connection used for reverse engineering and synchronisation
   \par In Python:
value = obj.currentConnection
   */
  db_mgmt_ConnectionRef currentConnection() const { return _currentConnection; }
  /** Setter for attribute currentConnection
   
    the connection used for reverse engineering and synchronisation
    \par In Python:
obj.currentConnection = value
   */
  virtual void currentConnection(const db_mgmt_ConnectionRef &value)
  {
    grt::ValueRef ovalue(_currentConnection);
   _currentConnection= value;
    member_changed("currentConnection", ovalue, value);
  }

  // diagrams is owned by workbench_physical_Model
  /** Getter for attribute diagrams (read-only)
   
    the list of all available diagrams
   \par In Python:
value = obj.diagrams
   */
  grt::ListRef<workbench_physical_Diagram> diagrams() const { return grt::ListRef<workbench_physical_Diagram>::cast_from(_diagrams); }
private: // the next attribute is read-only
public:

  /** Getter for attribute figureNotation
   
    
   \par In Python:
value = obj.figureNotation
   */
  grt::StringRef figureNotation() const { return _figureNotation; }
  /** Setter for attribute figureNotation
   
    
    \par In Python:
obj.figureNotation = value
   */
  virtual void figureNotation(const grt::StringRef &value)
  {
    grt::ValueRef ovalue(_figureNotation);
   _figureNotation= value;
    member_changed("figureNotation", ovalue, value);
  }

  // notes is owned by workbench_physical_Model
  /** Getter for attribute notes (read-only)
   
    a list of notes that are stored with the model
   \par In Python:
value = obj.notes
   */
  grt::ListRef<GrtStoredNote> notes() const { return _notes; }
private: // the next attribute is read-only
  virtual void notes(const grt::ListRef<GrtStoredNote> &value)
  {
    grt::ValueRef ovalue(_notes);

    _notes= value;
    owned_member_changed("notes", ovalue, value);
  }
public:

  /** Getter for attribute rdbms
   
    the rdbms used for the document
   \par In Python:
value = obj.rdbms
   */
  db_mgmt_RdbmsRef rdbms() const { return _rdbms; }
  /** Setter for attribute rdbms
   
    the rdbms used for the document
    \par In Python:
obj.rdbms = value
   */
  virtual void rdbms(const db_mgmt_RdbmsRef &value)
  {
    grt::ValueRef ovalue(_rdbms);
   _rdbms= value;
    member_changed("rdbms", ovalue, value);
  }

  // scripts is owned by workbench_physical_Model
  /** Getter for attribute scripts (read-only)
   
    a list of scripts that are stored with the model
   \par In Python:
value = obj.scripts
   */
  grt::ListRef<db_Script> scripts() const { return _scripts; }
private: // the next attribute is read-only
  virtual void scripts(const grt::ListRef<db_Script> &value)
  {
    grt::ValueRef ovalue(_scripts);

    _scripts= value;
    owned_member_changed("scripts", ovalue, value);
  }
public:

  /** Getter for attribute syncProfiles (read-only)
   
    
   \par In Python:
value = obj.syncProfiles
   */
  grt::DictRef syncProfiles() const { return _syncProfiles; }
private: // the next attribute is read-only
  virtual void syncProfiles(const grt::DictRef &value)
  {
    grt::ValueRef ovalue(_syncProfiles);
   _syncProfiles= value;
    member_changed("syncProfiles", ovalue, value);
  }
public:

  // tagCategories is owned by workbench_physical_Model
  /** Getter for attribute tagCategories (read-only)
   
    
   \par In Python:
value = obj.tagCategories
   */
  grt::ListRef<GrtObject> tagCategories() const { return _tagCategories; }
private: // the next attribute is read-only
  virtual void tagCategories(const grt::ListRef<GrtObject> &value)
  {
    grt::ValueRef ovalue(_tagCategories);

    _tagCategories= value;
    owned_member_changed("tagCategories", ovalue, value);
  }
public:

  // tags is owned by workbench_physical_Model
  /** Getter for attribute tags (read-only)
   
    
   \par In Python:
value = obj.tags
   */
  grt::ListRef<meta_Tag> tags() const { return _tags; }
private: // the next attribute is read-only
  virtual void tags(const grt::ListRef<meta_Tag> &value)
  {
    grt::ValueRef ovalue(_tags);

    _tags= value;
    owned_member_changed("tags", ovalue, value);
  }
public:

  /** Method. 
  \param deferRealize 
  \return 

   */
  virtual model_DiagramRef addNewDiagram(ssize_t deferRealize);

  ImplData *get_data() const { return _data; }

  void set_data(ImplData *data);
  // default initialization function. auto-called by ObjectRef constructor
  virtual void init();

protected:

  db_CatalogRef _catalog;// owned
  grt::StringRef _connectionNotation;
  grt::ListRef<db_mgmt_Connection> _connections;// owned
  db_mgmt_ConnectionRef _currentConnection;
  grt::StringRef _figureNotation;
  grt::ListRef<GrtStoredNote> _notes;// owned
  db_mgmt_RdbmsRef _rdbms;
  grt::ListRef<db_Script> _scripts;// owned
  grt::DictRef _syncProfiles;
  grt::ListRef<GrtObject> _tagCategories;// owned
  grt::ListRef<meta_Tag> _tags;// owned
private: // wrapper methods for use by grt
  ImplData *_data;

  static grt::ObjectRef create(grt::GRT *grt)
  {
    return grt::ObjectRef(new workbench_physical_Model(grt));
  }

  static grt::ValueRef call_addNewDiagram(grt::internal::Object *self, const grt::BaseListRef &args){ return dynamic_cast<workbench_physical_Model*>(self)->addNewDiagram(grt::IntegerRef::cast_from(args[0])); }


public:
  static void grt_register(grt::GRT *grt)
  {
    grt::MetaClass *meta= grt->get_metaclass(static_class_name());
    if (!meta) throw std::runtime_error("error initializing grt object class, metaclass not found");
    meta->bind_allocator(&workbench_physical_Model::create);
    {
      void (workbench_physical_Model::*setter)(const db_CatalogRef &)= &workbench_physical_Model::catalog;
      db_CatalogRef (workbench_physical_Model::*getter)() const= &workbench_physical_Model::catalog;
      meta->bind_member("catalog", new grt::MetaClass::Property<workbench_physical_Model,db_CatalogRef >(getter,setter));
    }
    {
      void (workbench_physical_Model::*setter)(const grt::StringRef &)= &workbench_physical_Model::connectionNotation;
      grt::StringRef (workbench_physical_Model::*getter)() const= &workbench_physical_Model::connectionNotation;
      meta->bind_member("connectionNotation", new grt::MetaClass::Property<workbench_physical_Model,grt::StringRef >(getter,setter));
    }
    {
      void (workbench_physical_Model::*setter)(const grt::ListRef<db_mgmt_Connection> &)= &workbench_physical_Model::connections;
      grt::ListRef<db_mgmt_Connection> (workbench_physical_Model::*getter)() const= &workbench_physical_Model::connections;
      meta->bind_member("connections", new grt::MetaClass::Property<workbench_physical_Model,grt::ListRef<db_mgmt_Connection> >(getter,setter));
    }
    {
      void (workbench_physical_Model::*setter)(const db_mgmt_ConnectionRef &)= &workbench_physical_Model::currentConnection;
      db_mgmt_ConnectionRef (workbench_physical_Model::*getter)() const= &workbench_physical_Model::currentConnection;
      meta->bind_member("currentConnection", new grt::MetaClass::Property<workbench_physical_Model,db_mgmt_ConnectionRef >(getter,setter));
    }
    {
      void (workbench_physical_Model::*setter)(const grt::ListRef<workbench_physical_Diagram> &)= 0;
      grt::ListRef<workbench_physical_Diagram> (workbench_physical_Model::*getter)() const= 0;
      meta->bind_member("diagrams", new grt::MetaClass::Property<workbench_physical_Model,grt::ListRef<workbench_physical_Diagram> >(getter,setter));
    }
    {
      void (workbench_physical_Model::*setter)(const grt::StringRef &)= &workbench_physical_Model::figureNotation;
      grt::StringRef (workbench_physical_Model::*getter)() const= &workbench_physical_Model::figureNotation;
      meta->bind_member("figureNotation", new grt::MetaClass::Property<workbench_physical_Model,grt::StringRef >(getter,setter));
    }
    {
      void (workbench_physical_Model::*setter)(const grt::ListRef<GrtStoredNote> &)= &workbench_physical_Model::notes;
      grt::ListRef<GrtStoredNote> (workbench_physical_Model::*getter)() const= &workbench_physical_Model::notes;
      meta->bind_member("notes", new grt::MetaClass::Property<workbench_physical_Model,grt::ListRef<GrtStoredNote> >(getter,setter));
    }
    {
      void (workbench_physical_Model::*setter)(const db_mgmt_RdbmsRef &)= &workbench_physical_Model::rdbms;
      db_mgmt_RdbmsRef (workbench_physical_Model::*getter)() const= &workbench_physical_Model::rdbms;
      meta->bind_member("rdbms", new grt::MetaClass::Property<workbench_physical_Model,db_mgmt_RdbmsRef >(getter,setter));
    }
    {
      void (workbench_physical_Model::*setter)(const grt::ListRef<db_Script> &)= &workbench_physical_Model::scripts;
      grt::ListRef<db_Script> (workbench_physical_Model::*getter)() const= &workbench_physical_Model::scripts;
      meta->bind_member("scripts", new grt::MetaClass::Property<workbench_physical_Model,grt::ListRef<db_Script> >(getter,setter));
    }
    {
      void (workbench_physical_Model::*setter)(const grt::DictRef &)= &workbench_physical_Model::syncProfiles;
      grt::DictRef (workbench_physical_Model::*getter)() const= &workbench_physical_Model::syncProfiles;
      meta->bind_member("syncProfiles", new grt::MetaClass::Property<workbench_physical_Model,grt::DictRef >(getter,setter));
    }
    {
      void (workbench_physical_Model::*setter)(const grt::ListRef<GrtObject> &)= &workbench_physical_Model::tagCategories;
      grt::ListRef<GrtObject> (workbench_physical_Model::*getter)() const= &workbench_physical_Model::tagCategories;
      meta->bind_member("tagCategories", new grt::MetaClass::Property<workbench_physical_Model,grt::ListRef<GrtObject> >(getter,setter));
    }
    {
      void (workbench_physical_Model::*setter)(const grt::ListRef<meta_Tag> &)= &workbench_physical_Model::tags;
      grt::ListRef<meta_Tag> (workbench_physical_Model::*getter)() const= &workbench_physical_Model::tags;
      meta->bind_member("tags", new grt::MetaClass::Property<workbench_physical_Model,grt::ListRef<meta_Tag> >(getter,setter));
    }
    meta->bind_method("addNewDiagram", &workbench_physical_Model::call_addNewDiagram);
  }
};




inline void register_structs_workbench_physical_xml()
{
  grt::internal::ClassRegistry::register_class<workbench_physical_Layer>();
  grt::internal::ClassRegistry::register_class<workbench_physical_Connection>();
  grt::internal::ClassRegistry::register_class<workbench_physical_RoutineGroupFigure>();
  grt::internal::ClassRegistry::register_class<workbench_physical_ViewFigure>();
  grt::internal::ClassRegistry::register_class<workbench_physical_TableFigure>();
  grt::internal::ClassRegistry::register_class<workbench_physical_Diagram>();
  grt::internal::ClassRegistry::register_class<workbench_physical_Model>();
}

#ifdef AUTO_REGISTER_GRT_CLASSES
static struct _autoreg__structs_workbench_physical_xml { _autoreg__structs_workbench_physical_xml() { register_structs_workbench_physical_xml(); } } __autoreg__structs_workbench_physical_xml;
#endif