AECGridAssemblyCell.h

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// Copyright (C) 2002-2017, 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 Teigha(R) software pursuant to a license 
//   agreement with Open Design Alliance.
//   Teigha(R) Copyright (C) 2002-2017 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 __AECGRIDASSEMBLYCELL_H__
#define __AECGRIDASSEMBLYCELL_H__
 
#include "Subobjects/Layout/AECLayoutCell.h"
#include <Ge/GePoint2d.h>
 
class AECGeProfile;
typedef OdSmartPtr<AECGeProfile> AECGeProfilePtr;
typedef AECSubPtr<AECGeProfile> AECGeProfileSubPtr;
 
class AECBASE_API AECGridAssemblyCell : public AECLayoutCell
{
    AEC_DECLARE_MEMBERS( AECGridAssemblyCell );
 
    public:
        void GetCellPath( std::vector<OdUInt16>& aPath ) const;
 
        void SetCellPath( const std::vector<OdUInt16>& aPath );
 
        OdUInt16 GetCellAssignmentIndex() const;
 
        void SetCellAssignmentIndex( OdUInt16 iCellAssignmentIndex );
 
        bool GetInfillIndex( OdUInt16& iIndex ) const;
 
        void SetInfillIndex( OdUInt16 iIndex );
 
        OdDbObjectId GetInfillStyle() const;
 
        void SetInfillStyle( const OdDbObjectId& hpidInfillStyle );
 
        bool IsConsumed() const;
 
        void SetIsConsumed( bool bOn );
 
        bool IsRectangular() const;
 
        void SetIsRectangular( bool bOn );
 
        bool IsSplitted() const;
 
        void SetIsSplitted( bool bOn );
 
        bool IsCutStartMiter() const;
 
        void SetIsCutStartMiter( bool bOn );
 
        bool IsCutEndMiter() const;
 
        void SetIsCutEndMiter( bool bOn );
 
        void GetMinMaxPoints( OdGePoint2d& ptLower, OdGePoint2d& ptUpper ) const;
 
        void SetMinMaxPoints( const OdGePoint2d& ptLower, const OdGePoint2d& ptUpper );
 
        void GetInteriorMinMaxPoints( OdGePoint2d& ptLower, OdGePoint2d& ptUpper ) const;
 
        void SetInteriorMinMaxPoints( const OdGePoint2d& ptLower, const OdGePoint2d& ptUpper );
 
        AECGeProfileSubPtr GetInteriorProfile() const;
 
        AECGeProfileSubPtr NewInteriorProfile();
 
        void RemoveInteriorProfile();
 
    protected:
        // This union represents first flags group structure.
        union Flags1
        {
            OdUInt16        m_iFlags;
            struct
            {
#ifdef ODA_BIGENDIAN
                OdUInt16    uReserved3          : 8;
                OdUInt16    bConsumed           : 1;
                OdUInt16    uReserved2          : 1;
                OdUInt16    bCutEndMiter        : 1;
                OdUInt16    bCutStartMiter      : 1;
                OdUInt16    bHasCellOverride    : 1;
                OdUInt16    uReserved1          : 1;
                OdUInt16    bNonRectangular     : 1;
                OdUInt16    bNonSplitted        : 1;
#else
                OdUInt16    bNonSplitted        : 1;
                OdUInt16    bNonRectangular     : 1;
                OdUInt16    uReserved1          : 1;
                OdUInt16    bHasCellOverride    : 1;
                OdUInt16    bCutStartMiter      : 1;
                OdUInt16    bCutEndMiter        : 1;
                OdUInt16    uReserved2          : 1;
                OdUInt16    bConsumed           : 1;
                OdUInt16    uReserved3          : 8;
#endif
            } m_bBits;
        };
 
    protected:
        // First flag structure for grid assembly cell descriptor.
        Flags1 m_uFlags1;
 
        // Index of the cell assignment applied to this cell.
        OdUInt16 m_iCellAssignmentIndex;
 
        // "Infill" entity.
        // The to pointer the cell`s interior will be filled with while rendering.
        OdDbHardPointerId m_hpidInfillStyle;
 
        // The minimum x-coordinate of a cell`s interior.
        // Used only for rectangular cells.
        double m_dInteriorMinX;
 
        // The maximum x-coordinate of a cell`s interior.
        // Used only for rectangular cells.
        double m_dInteriorMaxX;
 
        // The minimum y-coordinate of a cell`s interior.
        // Used only for rectangular cells.
        double m_dInteriorMinY;
 
        // The maximum y-coordinate of a cell`s interior.
        // Used only for rectangular cells.
        double m_dInteriorMaxY;
 
        // Interior profile.
        // Used only for non-rectangular cells.
        AECGeProfilePtr m_pInteriorProfile;
 
        // The minimum x-coordinate of a cell.
        double m_dMinX;
 
        // The maximum x-coordinate of a cell.
        double m_dMaxX;
 
        // The minimum y-coordinate of a cell.
        double m_dMinY;
 
        // The maximum y-coordinate of a cell.
        double m_dMaxY;
 
        // The overridden infill index.
        // Used and present in file data only with *bHasCellOverride* flag on.
        OdUInt16 m_iInfillIndex;
 
        // Array of indices each is the index of cell in some hierarchy level.
        // The start index is the level in top most hierarchy.
        std::vector<OdUInt16> m_aPathToCell;
};
 
typedef OdSmartPtr<AECGridAssemblyCell> AECGridAssemblyCellPtr;
typedef AECSubPtr<AECGridAssemblyCell> AECGridAssemblyCellSubPtr;
 
#endif  //__AECGRIDASSEMBLYCELL_H__