/////////////////////////////////////////////////////////////////////////////// 
// Copyright (C) 2002-2025, Open Design Alliance (the "Alliance"). 
// All rights reserved. 
// 
// This software and its documentation and related materials are owned by 
// the Alliance. The software may only be incorporated into application 
// programs owned by members of the Alliance, subject to a signed 
// Membership Agreement and Supplemental Software License Agreement with the
// Alliance. The structure and organization of this software are the valuable  
// trade secrets of the Alliance and its suppliers. The software is also 
// protected by copyright law and international treaty provisions. Application  
// programs incorporating this software must include the following statement 
// with their copyright notices:
//   
//   This application incorporates Open Design Alliance software pursuant to a license 
//   agreement with Open Design Alliance.
//   Open Design Alliance Copyright (C) 2002-2025 by Open Design Alliance. 
//   All rights reserved.
//
// By use of this software, its documentation or related materials, you 
// acknowledge and accept the above terms.
///////////////////////////////////////////////////////////////////////////////

#ifndef _ODAUTOPLANTPROPERTIES_INCLUDED
#define _ODAUTOPLANTPROPERTIES_INCLUDED

#include "OdaCommon.h"
#include "DgValueTypes.h"
#include "RxProperty.h"
#include "RxDynamicModule.h"
#include "RxSysRegistry.h"
#include "RxObjectImpl.h"
#include "RxValueTypeUtil.h"
#include "RxAttribute.h"
#include "DgElement.h"
#include "DynamicLinker.h"

#undef ODRX_DECLARE_RX_PROPERTY
#define ODRX_DECLARE_RX_PROPERTY(Object, Name, Type, Category, Weight, Description) \
struct Object ## Name ## Property : OdRxProperty {\
  static OdRxMemberPtr createObject(const OdRxClass* owner)\
  {\
    OdRxMemberPtr res = OdRxObjectImpl<Object ## Name ## Property>::createObject();\
    ((Object ## Name ## Property*)res.get())->init(__OD_T(#Name), &OdRxValueType::Desc<Type>::value(), owner);\
    if( OdString::kEmpty != Description ) \
      ((Object ## Name ## Property*)res.get())->attributes().add(OdRxDescriptionAttribute::createObject(OD_T(Description))); \
    if( OdString::kEmpty != Category ) \
      ((Object ## Name ## Property*)res.get())->attributes().add(OdRxUiPlacementAttribute::createObject(OD_T(Category), Weight)); \
    return res;\
  }\
  virtual OdResult subGetValue(const OdRxObject* pO, OdRxValue& value) const ODRX_OVERRIDE;\
  virtual OdResult subSetValue(OdRxObject* pO, const OdRxValue& value) const ODRX_OVERRIDE;\
}

// Autoplant Cylinder

ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCylinder, Center1, OdGePoint3d, "Autoplant", 1, "Center of cylinder base");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCylinder, Center2, OdGePoint3d, "Autoplant", 2, "Center of cylinder top");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCylinder, Radius, double, "Autoplant", 3, "Radius of cylinder");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCylinder, DrawStartCapFlag, bool, "Autoplant", 4, "Draw start cap of cylinder");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCylinder, DrawEndCapFlag, bool, "Autoplant", 5, "Draw end cap of cylinder");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCylinder, Flags, OdUInt64, "Autoplant", 6, "Autoplant Flags");

// Autoplant Cone

ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCone, Center1, OdGePoint3d, "Autoplant", 1, "Center of cone base");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCone, Center2, OdGePoint3d, "Autoplant", 2, "Center of cone top");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCone, Center2Offset, OdGeVector3d, "Autoplant", 3, "Offset of Center2 from top point");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCone, Radius1, double, "Autoplant", 4, "Base radius of cone");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCone, Radius2, double, "Autoplant", 5, "Top radius of cone");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCone, DrawStartCapFlag, bool, "Autoplant", 6, "Draw start cap of cone");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCone, DrawEndCapFlag, bool, "Autoplant", 7, "Draw end cap of cone");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantCone, Flags, OdUInt64, "Autoplant", 8, "Autoplant Flags");

// Autoplant Box

ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBox, BaseCenter, OdGePoint3d, "Autoplant", 1, "Center of box base side");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBox, TopCenter, OdGePoint3d, "Autoplant", 2, "Center of box top side");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBox, WidthDirection, OdGeVector3d, "Autoplant", 3, "Direction of box width");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBox, TopCenterOffset, OdGeVector3d, "Autoplant", 4, "Offset of center point from top point");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBox, BaseLength, double, "Autoplant", 5, "Base length of box");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBox, BaseWidth, double, "Autoplant", 6, "Base width of box");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBox, TopLength, double, "Autoplant", 7, "Top length of box");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBox, TopWidth, double, "Autoplant", 8, "Top width of box");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBox, Flags, OdUInt64, "Autoplant", 9, "Autoplant Flags");

// Autoplant Sphere

ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantSphere, Origin, OdGePoint3d, "Autoplant", 1, "Origin of sphere");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantSphere, Direction, OdGeVector3d, "Autoplant", 2, "Direction of sphere");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantSphere, Radius, double, "Autoplant", 3, "Radius of sphere");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantSphere, Flags, OdUInt64, "Autoplant", 4, "Autoplant Flags");

// Autoplant Torus

ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantTorus, Origin, OdGePoint3d, "Autoplant", 1, "Origin of torus");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantTorus, Direction, OdGeVector3d, "Autoplant", 2, "Direction of torus");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantTorus, RefVector, OdGeVector3d, "Autoplant", 3, "Reference vector of torus");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantTorus, MajorRadius, double, "Autoplant", 4, "Major radius of torus");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantTorus, MinorStartRadius, double, "Autoplant", 5, "Minor start radius of torus");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantTorus, MinorEndRadius, double, "Autoplant", 6, "Minor end radius of torus");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantTorus, StartAngle, double, "Autoplant", 7, "Start angle of torus");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantTorus, SweepAngle, double, "Autoplant", 8, "Sweep angle of torus");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantTorus, Flags, OdUInt64, "Autoplant", 9, "Autoplant Flags");

// Autoplant Dome

ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantDome, Origin, OdGePoint3d, "Autoplant", 1, "Origin of dome");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantDome, Direction, OdGeVector3d, "Autoplant", 2, "Direction of dome");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantDome, Radius, double, "Autoplant", 3, "Radius of dome");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantDome, Height, double, "Autoplant", 4, "Height of dome");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantDome, Flags, OdUInt64, "Autoplant", 5, "Autoplant Flags");

// Autoplant Bolt

ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBolt, Origin, OdGePoint3d, "Autoplant", 1, "Origin of bolt");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBolt, Direction, OdGeVector3d, "Autoplant", 2, "Direction of bolt");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBolt, Radius, double, "Autoplant", 3, "Radius of bolt");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBolt, StemLength, double, "Autoplant", 4, "Stem length of bolt");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBolt, VisibleInShadedRegen, bool, "Autoplant", 5, "Element is visible in shaded regen mode");
ODRX_DECLARE_RX_PROPERTY(OdDgAutoplantBolt, Flags, OdUInt64, "Autoplant", 6, "Autoplant Flags");

#endif