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Pier_v1/pierzainer_ground/tools/libredwg/include/dwg.h
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/*****************************************************************************/
/* LibreDWG - free implementation of the DWG file format */
/* */
/* Copyright (C) 2009-2010,2018-2025 Free Software Foundation, Inc. */
/* */
/* This library is free software, licensed under the terms of the GNU */
/* General Public License as published by the Free Software Foundation, */
/* either version 3 of the License, or (at your option) any later version. */
/* You should have received a copy of the GNU General Public License */
/* along with this program. If not, see <http://www.gnu.org/licenses/>. */
/*****************************************************************************/
/*
* dwg.h: main public header file (the other variant is dwg_api.h)
*
* written by Felipe Castro
* modified by Felipe Corrêa da Silva Sances
* modified by Rodrigo Rodrigues da Silva
* modified by Till Heuschmann
* modified by Reini Urban
* modified by Michal Josef Špaček
*/
#ifndef DWG_H
#define DWG_H
/* keep in sync with release tags */
#define LIBREDWG_VERSION_MAJOR 0
#define LIBREDWG_VERSION_MINOR 14
#define LIBREDWG_VERSION ((LIBREDWG_VERSION_MAJOR * 100) + LIBREDWG_VERSION_MINOR)
/* for uint64_t, but not in swig */
#ifndef SWIGIMPORTED
# include <stddef.h>
# include <stdint.h>
# include <inttypes.h>
/* wchar for R2007+ support
* But we need the win32 UTF-16 variant, not UTF-32.
* i.e. only on Windows, AIX, Solaris
*/
# if defined(HAVE_WCHAR_H) && defined(SIZEOF_WCHAR_T)
# if SIZEOF_WCHAR_T == 2
# include <wchar.h>
# define HAVE_NATIVE_WCHAR2
# define DWGCHAR wchar_t
# define dwg_wchar_t wchar_t
# endif
# endif
#endif
#ifndef EXPORT
# ifdef SWIG
# define EXPORT extern
# elif defined(_WIN32) && defined(ENABLE_SHARED)
# ifdef DLL_EXPORT
# define EXPORT __declspec(dllexport)
# else
# define EXPORT __declspec(dllimport)
# endif
# elif defined(__clang__) || defined(__clang) || \
(defined( __GNUC__) && ((__GNUC__ * 100) + __GNUC_MINOR__) >= 303)
# define EXPORT __attribute__((visibility("default")))
# else
# define EXPORT
# endif
#endif
#ifndef __counted_by
# if (defined(__clang__) && (__clang_major__ >= 18)) || \
(defined( __GNUC__) && ((__GNUC__ * 100) + __GNUC_MINOR__) >= 1500)
# define __counted_by(x) __attribute__((__counted_by__(x)))
# ifdef __cplusplus
# undef __counted_by
# define __counted_by(x)
# endif
# else
# define __counted_by(x)
# endif
#endif
#ifdef __cplusplus
extern "C" {
# ifndef restrict
# define restrict __restrict
# endif
#endif
#define BITCODE_DOUBLE double
/* The FORMAT_* are for logging only */
typedef unsigned char BITCODE_RC;
#if defined _MSC_VER && !defined __clang__
# define FORMAT_RC "0x%2x"
# define SCANF_2X "%2hhX"
#else
# define FORMAT_RC "0x%hhx"
# define SCANF_2X "%2hhX"
#endif
#define FORMAT_RCd "%d"
#define FORMAT_RCu "%u"
#define FORMAT_RCx "0x%x"
typedef signed char BITCODE_RCd;
typedef unsigned char BITCODE_RCu;
typedef unsigned char BITCODE_RCx;
typedef unsigned char BITCODE_B;
#define FORMAT_B "%d"
typedef unsigned char BITCODE_BB;
#define FORMAT_BB "%u"
/* Since R24 */
typedef unsigned char BITCODE_3B;
#define FORMAT_3B "%u"
//#ifdef HAVE_STDINT_H
//#define BITCODE_BS uint16_t
//#define BITCODE_RS uint16_t
//#define BITCODE_BL uint32_t
//#define BITCODE_RL uint32_t
//#define BITCODE_BLd int32_t
//#define BITCODE_RLd int32_t
typedef uint16_t BITCODE_BS;
typedef int16_t BITCODE_BSd;
typedef uint16_t BITCODE_BSx;
typedef uint16_t BITCODE_RS;
typedef int16_t BITCODE_RSd;
typedef uint16_t BITCODE_RSx;
typedef uint32_t BITCODE_BL;
typedef uint32_t BITCODE_BLx;
typedef int32_t BITCODE_BLd;
typedef uint32_t BITCODE_RL;
typedef uint32_t BITCODE_RLx;
typedef int32_t BITCODE_RLd;
/* e.g. old cygwin 64 vs 32 */
/*#else
# if defined(__WORDSIZE) && __WORDSIZE == 64
typedef unsigned short int BITCODE_BS;
typedef unsigned short int BITCODE_RS;
typedef unsigned int BITCODE_BL;
typedef unsigned int BITCODE_RL;
typedef int BITCODE_BLd;
typedef int BITCODE_RLd;
# else
typedef unsigned short int BITCODE_BS;
typedef unsigned short int BITCODE_RS;
typedef unsigned long BITCODE_BL;
typedef unsigned long BITCODE_RL;
typedef long BITCODE_BLd;
typedef long BITCODE_RLd;
# endif
#endif
*/
//#ifdef HAVE_INTTYPES_H
#define FORMAT_BS "%" PRIu16
#define FORMAT_BSd "%" PRId16
#define FORMAT_BSx "0x%" PRIx16
#define FORMAT_RS "%" PRIu16
#define FORMAT_RSd "%" PRId16
#define FORMAT_RSx "0x%" PRIx16
#define FORMAT_BL "%" PRIu32
#define FORMAT_RL "%" PRIu32
#define FORMAT_BLd "%" PRId32
#define FORMAT_RLd "%" PRId32
#define FORMAT_RLx "0x%" PRIx32
#define FORMAT_BLX "%" PRIX32
#define FORMAT_BLx "0x%" PRIx32
/*#else
# define FORMAT_BS "%hu"
# define FORMAT_RS "%hu"
# define FORMAT_BL "%u"
# define FORMAT_RL "%u"
# define FORMAT_BLd "%d"
# define FORMAT_RLd "%d"
# define FORMAT_BLX "%X"
# define FORMAT_BLx "%x"
#endif
*/
typedef BITCODE_DOUBLE BITCODE_RD;
#define FORMAT_RD "%g"
/* Since R2004 */
typedef uint64_t BITCODE_RLL;
typedef uint64_t BITCODE_RLLx;
typedef int64_t BITCODE_RLLd;
typedef uint64_t BITCODE_BLL;
#define FORMAT_RLLx "%" PRIX64
#define FORMAT_RLL "0x%" PRIX64
#define FORMAT_RLLd "%" PRId64
#define FORMAT_BLL "%" PRIu64
typedef int32_t BITCODE_MC;
#define FORMAT_MC "%" PRId32
typedef uint64_t BITCODE_UMC;
#define FORMAT_UMC FORMAT_RLL
typedef BITCODE_BL BITCODE_MS;
#define FORMAT_MS FORMAT_BL
#ifndef HAVE_NATIVE_WCHAR2
typedef BITCODE_RS dwg_wchar_t;
# define DWGCHAR dwg_wchar_t
#endif
typedef unsigned char* BITCODE_TF;
#define FORMAT_TF "\"%s\""
typedef char* BITCODE_TV;
#define FORMAT_TV "\"%s\""
#define BITCODE_T16 BITCODE_TV
#define FORMAT_T16 FORMAT_TV
#define BITCODE_TU16 BITCODE_TU
#define FORMAT_TU16 FORMAT_TU
#define BITCODE_T32 BITCODE_TV
#define FORMAT_T32 FORMAT_TV
#define BITCODE_TU32 BITCODE_TV
#define FORMAT_TU32 FORMAT_TV
typedef BITCODE_DOUBLE BITCODE_BT;
#define FORMAT_BT "%g"
typedef BITCODE_DOUBLE BITCODE_DD;
#define FORMAT_DD "%g"
typedef BITCODE_DOUBLE BITCODE_BD;
#define FORMAT_BD "%g"
typedef BITCODE_RC BITCODE_4BITS;
typedef BITCODE_RLLx BITCODE_HV; // handle value (not vector)
#define FORMAT_HV FORMAT_RLLx
#define FORMAT_4BITS "%1x"
/* double stored as string. ARCALIGNEDTEXT */
typedef BITCODE_TV BITCODE_D2T;
#define FORMAT_D2T "%s"
/* TODO: implement version dependent string parsing */
/* encode codepages/utf8 */
#define BITCODE_T BITCODE_TV
#ifdef HAVE_NATIVE_WCHAR2
typedef dwg_wchar_t* BITCODE_TU; /* native UCS-2 wchar_t */
# define FORMAT_TU "\"%ls\""
#else
typedef BITCODE_RS* BITCODE_TU; /* UCS-2 unicode text */
# define FORMAT_TU "\"%hn\"" /* will print garbage */
#endif
typedef struct _dwg_time_bll
{
BITCODE_BL days;
BITCODE_BL ms;
BITCODE_BD value;
} Dwg_Bitcode_TimeBLL;
typedef struct _dwg_bitcode_2rd
{
BITCODE_RD x;
BITCODE_RD y;
} Dwg_Bitcode_2RD;
typedef struct _dwg_bitcode_2bd
{
BITCODE_BD x;
BITCODE_BD y;
} Dwg_Bitcode_2BD;
typedef struct _dwg_bitcode_3rd
{
BITCODE_RD x;
BITCODE_RD y;
BITCODE_RD z;
} Dwg_Bitcode_3RD;
typedef struct _dwg_bitcode_3bd
{
BITCODE_BD x;
BITCODE_BD y;
BITCODE_BD z;
} Dwg_Bitcode_3BD;
typedef Dwg_Bitcode_TimeBLL BITCODE_TIMEBLL;
typedef Dwg_Bitcode_TimeBLL BITCODE_TIMERLL;
/* #define FORMAT_TIMEBLL FORMAT_BL "." FORMAT_BL */
typedef Dwg_Bitcode_2RD BITCODE_2RD;
typedef Dwg_Bitcode_2BD BITCODE_2BD;
typedef Dwg_Bitcode_2BD BITCODE_2DPOINT;
typedef Dwg_Bitcode_2BD BITCODE_2BD_1;
typedef Dwg_Bitcode_3RD BITCODE_3RD;
typedef Dwg_Bitcode_3BD BITCODE_3BD;
typedef Dwg_Bitcode_3BD BITCODE_3DPOINT;
typedef Dwg_Bitcode_3BD BITCODE_3BD_1;
typedef Dwg_Bitcode_3BD BITCODE_BE;
#define BITCODE_3DVECTOR BITCODE_3BD_1
typedef enum DWG_VERSION_TYPE
{
R_INVALID,
// Releases based on https://autodesk.blogs.com/between_the_lines/autocad-release-history.html
R_1_1, /* MC0.0/1 MicroCAD Release 1 */
R_1_2, /* AC1.2/2 AutoCAD Release 2 */
R_1_3, /* AC1.3/? AutoCAD Release 3 */
R_1_4, /* AC1.40/3 AutoCAD Release 4 */
R_2_0b, /* AC1.50/4 AutoCAD 2.0 beta */
R_2_0, /* AC1.50/4 AutoCAD Release 5 */
R_2_10, /* AC2.10/5 AutoCAD Release 6 */
R_2_21, /* AC2.21/6 AutoCAD Release ? */
R_2_22, /* AC2.22/7 AutoCAD Release ? */
R_2_4, /* AC1001/8 AutoCAD Release ? */
R_2_5, /* AC1002/9 AutoCAD Release 7 */
R_2_6, /* AC1003/10 AutoCAD Release 8 */
R_9, /* AC1004/0xb AutoCAD Release 9 */
R_9c1, /* AC1005/0xc AutoCAD Release 9c1 */
R_10, /* AC1006/0xd AutoCAD Release 10 */
R_11b1, /* AC1007/0xe AutoCAD 11 beta 1 */
R_11b2, /* AC1008/0xf AutoCAD 11 beta 2 */
R_11, /* AC1009/0x10 AutoCAD Release 11/12 (LT R1/R2) */
R_12 = R_11,
R_13b1, /* AC1010/0x11 AutoCAD 13 beta 1 */
R_13b2, /* AC1011/0x12 AutoCAD 13 beta 2 */
R_13, /* AC1012/0x13 AutoCAD Release 13 */
R_13c3, /* AC1013/0x14 AutoCAD Release 13c3 */
R_14, /* AC1014/0x15 AutoCAD Release 14 */
R_2000b, /* AC1500/0x16 AutoCAD 2000 beta */
R_2000, /* AC1015/0x17 AutoCAD Release 2000 */
R_2000i, /* AC1016/0x17 AutoCAD Release 2000i */
R_2002, /* AC1017/0x17 AutoCAD Release 2002 */
R_2004a, /* AC402a/0x18 AutoCAD 2004 alpha a */
R_2004b, /* AC402b/0x18 AutoCAD 2004 alpha b */
R_2004c, /* AC1018/0x18 AutoCAD 2004 beta */
R_2004, /* AC1018/0x19 AutoCAD Release 2004 - 2006 */
//R_2005, /* AC1019/0x19 AutoCAD 2005 */
//R_2006, /* AC1020/0x19 AutoCAD 2006 */
R_2007a, /* AC701a/0x19 AutoCAD 2007 alpha 1 */
R_2007b, /* AC1021/0x19 AutoCAD 2007 beta */
R_2007, /* AC1021/0x1b AutoCAD Release 2007 - 2009 */
//R_2008, /* AC1022/0x1b AutoCAD 2008 */
//R_2009, /* AC1023/0x1b AutoCAD 2009 */
R_2010b, /* AC1024/0x1b AutoCAD 2009 */
R_2010, /* AC1024/0x1c AutoCAD Release 2010 - 2012 */
//R_2011, /* AC1025/0x1d AutoCAD 2011 */
//R_2012, /* AC1026/0x1e AutoCAD 2012 */
R_2013b, /* AC1027/0x1e AutoCAD 2013 beta */
R_2013, /* AC1027/0x1f AutoCAD Release 2013 - 2017 */
//R_2014, /* AC1028/0x1f AutoCAD 2014 */
//R_2015, /* AC1029/0x1f AutoCAD 2015 */
//R_2016, /* AC1030/0x1f AutoCAD 2016 */
//R_2017, /* AC1031/0x20 AutoCAD 2017 */
R_2018b, /* AC1032/0x20 AutoCAD 2018 beta */
R_2018, /* AC1032/0x21 AutoCAD Release 2018 - 2021 */
//R_2019, /* AC1033/0x22 AutoCAD 2019 */
//R_2020, /* AC1034/0x23 AutoCAD 2020 */
//R_2021, /* AC1035/0x24 AutoCAD 2021 */
R_2022b, /* AC103-4 AutoCAD 2022 beta? */
R_AFTER
} Dwg_Version_Type;
#define DWG_VERSIONS (int)(R_AFTER+1)
typedef struct dwg_versions {
Dwg_Version_Type r;
const char *const type;
const char *const hdr; // char[6] mostly
const char *const desc;
uint8_t dwg_version;
uint8_t maint_rel_version;
} Dwg_Versions;
typedef enum DWG_CLASS_STABILITY {
DWG_CLASS_STABLE,
DWG_CLASS_UNSTABLE,
DWG_CLASS_DEBUGGING,
DWG_CLASS_UNHANDLED
} Dwg_Class_Stability;
typedef enum DWG_ENTITY_SECTIONS {
DWG_ENTITY_SECTION = 0,
DWG_BLOCKS_SECTION = 0x40,
DWG_EXTRA_SECTION = 0x80
} Dwg_Entity_Sections;
/**
Object supertypes that exist in dwg-files.
*/
typedef enum DWG_OBJECT_SUPERTYPE
{
DWG_SUPERTYPE_ENTITY, DWG_SUPERTYPE_OBJECT
} Dwg_Object_Supertype;
/**
Object and Entity types that exist in dwg-files.
*/
typedef enum DWG_OBJECT_TYPE
{
DWG_TYPE_UNUSED = 0x00,
DWG_TYPE_TEXT = 0x01,
DWG_TYPE_ATTRIB = 0x02,
DWG_TYPE_ATTDEF = 0x03,
DWG_TYPE_BLOCK = 0x04,
DWG_TYPE_ENDBLK = 0x05,
DWG_TYPE_SEQEND = 0x06,
DWG_TYPE_INSERT = 0x07,
DWG_TYPE_MINSERT = 0x08,
// DWG_TYPE_TRACE_old = 0x09, /* old TRACE r10-r11 only */
DWG_TYPE_VERTEX_2D = 0x0a,
DWG_TYPE_VERTEX_3D = 0x0b,
DWG_TYPE_VERTEX_MESH = 0x0c,
DWG_TYPE_VERTEX_PFACE = 0x0d,
DWG_TYPE_VERTEX_PFACE_FACE = 0x0e,
DWG_TYPE_POLYLINE_2D = 0x0f,
DWG_TYPE_POLYLINE_3D = 0x10,
DWG_TYPE_ARC = 0x11,
DWG_TYPE_CIRCLE = 0x12,
DWG_TYPE_LINE = 0x13,
DWG_TYPE_DIMENSION_ORDINATE = 0x14,
DWG_TYPE_DIMENSION_LINEAR = 0x15,
DWG_TYPE_DIMENSION_ALIGNED = 0x16,
DWG_TYPE_DIMENSION_ANG3PT = 0x17,
DWG_TYPE_DIMENSION_ANG2LN = 0x18,
DWG_TYPE_DIMENSION_RADIUS = 0x19,
DWG_TYPE_DIMENSION_DIAMETER = 0x1A,
DWG_TYPE_POINT = 0x1b,
DWG_TYPE__3DFACE = 0x1c,
DWG_TYPE_POLYLINE_PFACE = 0x1d,
DWG_TYPE_POLYLINE_MESH = 0x1e,
DWG_TYPE_SOLID = 0x1f,
DWG_TYPE_TRACE = 0x20,
DWG_TYPE_SHAPE = 0x21,
DWG_TYPE_VIEWPORT = 0x22,
DWG_TYPE_ELLIPSE = 0x23,
DWG_TYPE_SPLINE = 0x24,
DWG_TYPE_REGION = 0x25,
DWG_TYPE__3DSOLID = 0x26,
DWG_TYPE_BODY = 0x27,
DWG_TYPE_RAY = 0x28,
DWG_TYPE_XLINE = 0x29,
DWG_TYPE_DICTIONARY = 0x2a,
DWG_TYPE_OLEFRAME = 0x2b,
DWG_TYPE_MTEXT = 0x2c,
DWG_TYPE_LEADER = 0x2d,
DWG_TYPE_TOLERANCE = 0x2e,
DWG_TYPE_MLINE = 0x2f,
DWG_TYPE_BLOCK_CONTROL = 0x30,
DWG_TYPE_BLOCK_HEADER = 0x31,
DWG_TYPE_LAYER_CONTROL = 0x32,
DWG_TYPE_LAYER = 0x33,
DWG_TYPE_STYLE_CONTROL = 0x34, /* 52 SHAPEFILE_CONTROL */
DWG_TYPE_STYLE = 0x35,
/* DWG_TYPE_<UNKNOWN> = 0x36, */
/* DWG_TYPE_<UNKNOWN> = 0x37, */
DWG_TYPE_LTYPE_CONTROL = 0x38,
DWG_TYPE_LTYPE = 0x39,
/* DWG_TYPE_<UNKNOWN> = 0x3a, */
/* DWG_TYPE_<UNKNOWN> = 0x3b, */
DWG_TYPE_VIEW_CONTROL = 0x3c,
DWG_TYPE_VIEW = 0x3d,
DWG_TYPE_UCS_CONTROL = 0x3e,
DWG_TYPE_UCS = 0x3f,
DWG_TYPE_VPORT_CONTROL = 0x40,
DWG_TYPE_VPORT = 0x41,
DWG_TYPE_APPID_CONTROL = 0x42,
DWG_TYPE_APPID = 0x43,
DWG_TYPE_DIMSTYLE_CONTROL = 0x44,
DWG_TYPE_DIMSTYLE = 0x45,
DWG_TYPE_VX_CONTROL = 0x46,
DWG_TYPE_VX_TABLE_RECORD = 0x47,
DWG_TYPE_GROUP = 0x48,
DWG_TYPE_MLINESTYLE = 0x49,
DWG_TYPE_OLE2FRAME = 0x4a,
DWG_TYPE_DUMMY = 0x4b,
DWG_TYPE_LONG_TRANSACTION = 0x4c,
DWG_TYPE_LWPOLYLINE = 0x4d, /* ?? */
DWG_TYPE_HATCH = 0x4e,
DWG_TYPE_XRECORD = 0x4f,
DWG_TYPE_PLACEHOLDER = 0x50,
DWG_TYPE_VBA_PROJECT = 0x51,
DWG_TYPE_LAYOUT = 0x52,
DWG_TYPE_PROXY_ENTITY = 0x1f2, /* 498 */
DWG_TYPE_PROXY_OBJECT = 0x1f3, /* 499 */
/* non-fixed types > 500. not stored as type, but as fixedtype */
DWG_TYPE_ACDSRECORD = 500,
DWG_TYPE_ACDSSCHEMA,
DWG_TYPE_ACMECOMMANDHISTORY,
DWG_TYPE_ACMESCOPE,
DWG_TYPE_ACMESTATEMGR,
DWG_TYPE_ACSH_BOOLEAN_CLASS,
DWG_TYPE_ACSH_BOX_CLASS,
DWG_TYPE_ACSH_BREP_CLASS,
DWG_TYPE_ACSH_CHAMFER_CLASS,
DWG_TYPE_ACSH_CONE_CLASS,
DWG_TYPE_ACSH_CYLINDER_CLASS,
DWG_TYPE_ACSH_EXTRUSION_CLASS,
DWG_TYPE_ACSH_FILLET_CLASS,
DWG_TYPE_ACSH_HISTORY_CLASS,
DWG_TYPE_ACSH_LOFT_CLASS,
DWG_TYPE_ACSH_PYRAMID_CLASS,
DWG_TYPE_ACSH_REVOLVE_CLASS,
DWG_TYPE_ACSH_SPHERE_CLASS,
DWG_TYPE_ACSH_SWEEP_CLASS,
DWG_TYPE_ACSH_TORUS_CLASS,
DWG_TYPE_ACSH_WEDGE_CLASS,
DWG_TYPE_ALDIMOBJECTCONTEXTDATA,
DWG_TYPE_ALIGNMENTPARAMETERENTITY,
DWG_TYPE_ANGDIMOBJECTCONTEXTDATA,
DWG_TYPE_ANNOTSCALEOBJECTCONTEXTDATA,
DWG_TYPE_ARCALIGNEDTEXT,
DWG_TYPE_ARC_DIMENSION,
DWG_TYPE_ASSOC2DCONSTRAINTGROUP,
DWG_TYPE_ASSOC3POINTANGULARDIMACTIONBODY,
DWG_TYPE_ASSOCACTION,
DWG_TYPE_ASSOCACTIONPARAM,
DWG_TYPE_ASSOCALIGNEDDIMACTIONBODY,
DWG_TYPE_ASSOCARRAYACTIONBODY,
DWG_TYPE_ASSOCARRAYMODIFYACTIONBODY,
DWG_TYPE_ASSOCARRAYMODIFYPARAMETERS,
DWG_TYPE_ASSOCARRAYPATHPARAMETERS,
DWG_TYPE_ASSOCARRAYPOLARPARAMETERS,
DWG_TYPE_ASSOCARRAYRECTANGULARPARAMETERS,
DWG_TYPE_ASSOCASMBODYACTIONPARAM,
DWG_TYPE_ASSOCBLENDSURFACEACTIONBODY,
DWG_TYPE_ASSOCCOMPOUNDACTIONPARAM,
DWG_TYPE_ASSOCDEPENDENCY,
DWG_TYPE_ASSOCDIMDEPENDENCYBODY,
DWG_TYPE_ASSOCEDGEACTIONPARAM,
DWG_TYPE_ASSOCEDGECHAMFERACTIONBODY,
DWG_TYPE_ASSOCEDGEFILLETACTIONBODY,
DWG_TYPE_ASSOCEXTENDSURFACEACTIONBODY,
DWG_TYPE_ASSOCEXTRUDEDSURFACEACTIONBODY,
DWG_TYPE_ASSOCFACEACTIONPARAM,
DWG_TYPE_ASSOCFILLETSURFACEACTIONBODY,
DWG_TYPE_ASSOCGEOMDEPENDENCY,
DWG_TYPE_ASSOCLOFTEDSURFACEACTIONBODY,
DWG_TYPE_ASSOCMLEADERACTIONBODY,
DWG_TYPE_ASSOCNETWORK,
DWG_TYPE_ASSOCNETWORKSURFACEACTIONBODY,
DWG_TYPE_ASSOCOBJECTACTIONPARAM,
DWG_TYPE_ASSOCOFFSETSURFACEACTIONBODY,
DWG_TYPE_ASSOCORDINATEDIMACTIONBODY,
DWG_TYPE_ASSOCOSNAPPOINTREFACTIONPARAM,
DWG_TYPE_ASSOCPATCHSURFACEACTIONBODY,
DWG_TYPE_ASSOCPATHACTIONPARAM,
DWG_TYPE_ASSOCPERSSUBENTMANAGER,
DWG_TYPE_ASSOCPLANESURFACEACTIONBODY,
DWG_TYPE_ASSOCPOINTREFACTIONPARAM,
DWG_TYPE_ASSOCRESTOREENTITYSTATEACTIONBODY,
DWG_TYPE_ASSOCREVOLVEDSURFACEACTIONBODY,
DWG_TYPE_ASSOCROTATEDDIMACTIONBODY,
DWG_TYPE_ASSOCSWEPTSURFACEACTIONBODY,
DWG_TYPE_ASSOCTRIMSURFACEACTIONBODY,
DWG_TYPE_ASSOCVALUEDEPENDENCY,
DWG_TYPE_ASSOCVARIABLE,
DWG_TYPE_ASSOCVERTEXACTIONPARAM,
DWG_TYPE_BASEPOINTPARAMETERENTITY,
DWG_TYPE_BLKREFOBJECTCONTEXTDATA,
DWG_TYPE_BLOCKALIGNEDCONSTRAINTPARAMETER,
DWG_TYPE_BLOCKALIGNMENTGRIP,
DWG_TYPE_BLOCKALIGNMENTPARAMETER,
DWG_TYPE_BLOCKANGULARCONSTRAINTPARAMETER,
DWG_TYPE_BLOCKARRAYACTION,
DWG_TYPE_BLOCKBASEPOINTPARAMETER,
DWG_TYPE_BLOCKDIAMETRICCONSTRAINTPARAMETER,
DWG_TYPE_BLOCKFLIPACTION,
DWG_TYPE_BLOCKFLIPGRIP,
DWG_TYPE_BLOCKFLIPPARAMETER,
DWG_TYPE_BLOCKGRIPLOCATIONCOMPONENT,
DWG_TYPE_BLOCKHORIZONTALCONSTRAINTPARAMETER,
DWG_TYPE_BLOCKLINEARCONSTRAINTPARAMETER,
DWG_TYPE_BLOCKLINEARGRIP,
DWG_TYPE_BLOCKLINEARPARAMETER,
DWG_TYPE_BLOCKLOOKUPACTION,
DWG_TYPE_BLOCKLOOKUPGRIP,
DWG_TYPE_BLOCKLOOKUPPARAMETER,
DWG_TYPE_BLOCKMOVEACTION,
DWG_TYPE_BLOCKPARAMDEPENDENCYBODY,
DWG_TYPE_BLOCKPOINTPARAMETER,
DWG_TYPE_BLOCKPOLARGRIP,
DWG_TYPE_BLOCKPOLARPARAMETER,
DWG_TYPE_BLOCKPOLARSTRETCHACTION,
DWG_TYPE_BLOCKPROPERTIESTABLE,
DWG_TYPE_BLOCKPROPERTIESTABLEGRIP,
DWG_TYPE_BLOCKRADIALCONSTRAINTPARAMETER,
DWG_TYPE_BLOCKREPRESENTATION,
DWG_TYPE_BLOCKROTATEACTION,
DWG_TYPE_BLOCKROTATIONGRIP,
DWG_TYPE_BLOCKROTATIONPARAMETER,
DWG_TYPE_BLOCKSCALEACTION,
DWG_TYPE_BLOCKSTRETCHACTION,
DWG_TYPE_BLOCKUSERPARAMETER,
DWG_TYPE_BLOCKVERTICALCONSTRAINTPARAMETER,
DWG_TYPE_BLOCKVISIBILITYGRIP,
DWG_TYPE_BLOCKVISIBILITYPARAMETER,
DWG_TYPE_BLOCKXYGRIP,
DWG_TYPE_BLOCKXYPARAMETER,
DWG_TYPE_CAMERA,
DWG_TYPE_CELLSTYLEMAP,
DWG_TYPE_CONTEXTDATAMANAGER,
DWG_TYPE_CSACDOCUMENTOPTIONS,
DWG_TYPE_CURVEPATH,
DWG_TYPE_DATALINK,
DWG_TYPE_DATATABLE,
DWG_TYPE_DBCOLOR,
DWG_TYPE_DETAILVIEWSTYLE,
DWG_TYPE_DGNDEFINITION,
DWG_TYPE_DGNUNDERLAY,
DWG_TYPE_DICTIONARYVAR,
DWG_TYPE_DICTIONARYWDFLT,
DWG_TYPE_DIMASSOC,
DWG_TYPE_DMDIMOBJECTCONTEXTDATA,
DWG_TYPE_DWFDEFINITION,
DWG_TYPE_DWFUNDERLAY,
DWG_TYPE_DYNAMICBLOCKPROXYNODE,
DWG_TYPE_DYNAMICBLOCKPURGEPREVENTER,
DWG_TYPE_EVALUATION_GRAPH,
DWG_TYPE_EXTRUDEDSURFACE,
DWG_TYPE_FCFOBJECTCONTEXTDATA,
DWG_TYPE_FIELD,
DWG_TYPE_FIELDLIST,
DWG_TYPE_FLIPPARAMETERENTITY,
DWG_TYPE_FLIPACTIONENTITY, // AcDbBlockFlipActionEntity,
DWG_TYPE_GEODATA,
DWG_TYPE_GEOMAPIMAGE,
DWG_TYPE_GEOPOSITIONMARKER,
DWG_TYPE_GRADIENT_BACKGROUND,
DWG_TYPE_GROUND_PLANE_BACKGROUND,
DWG_TYPE_HELIX,
DWG_TYPE_IBL_BACKGROUND,
DWG_TYPE_IDBUFFER,
DWG_TYPE_IMAGE,
DWG_TYPE_IMAGEDEF,
DWG_TYPE_IMAGEDEF_REACTOR,
DWG_TYPE_IMAGE_BACKGROUND,
DWG_TYPE_INDEX,
DWG_TYPE_LARGE_RADIAL_DIMENSION,
DWG_TYPE_LAYERFILTER,
DWG_TYPE_LAYER_INDEX,
DWG_TYPE_LAYOUTPRINTCONFIG,
DWG_TYPE_LEADEROBJECTCONTEXTDATA,
DWG_TYPE_LIGHT,
DWG_TYPE_LIGHTLIST,
DWG_TYPE_LINEARPARAMETERENTITY,
DWG_TYPE_LOFTEDSURFACE,
DWG_TYPE_MATERIAL,
DWG_TYPE_MENTALRAYRENDERSETTINGS,
DWG_TYPE_MESH,
DWG_TYPE_MLEADEROBJECTCONTEXTDATA,
DWG_TYPE_MLEADERSTYLE,
DWG_TYPE_MOVEACTIONENTITY,
DWG_TYPE_MOTIONPATH,
DWG_TYPE_MPOLYGON,
DWG_TYPE_MTEXTATTRIBUTEOBJECTCONTEXTDATA,
DWG_TYPE_MTEXTOBJECTCONTEXTDATA,
DWG_TYPE_MULTILEADER,
DWG_TYPE_NAVISWORKSMODEL,
DWG_TYPE_NAVISWORKSMODELDEF,
DWG_TYPE_NPOCOLLECTION,
DWG_TYPE_NURBSURFACE,
DWG_TYPE_OBJECT_PTR,
DWG_TYPE_ORDDIMOBJECTCONTEXTDATA,
DWG_TYPE_PARTIAL_VIEWING_INDEX,
//DWG_TYPE_PARTIAL_VIEWING_FILTER,
DWG_TYPE_PDFDEFINITION,
DWG_TYPE_PDFUNDERLAY,
DWG_TYPE_PERSUBENTMGR,
DWG_TYPE_PLANESURFACE,
DWG_TYPE_PLOTSETTINGS,
DWG_TYPE_POINTCLOUD,
DWG_TYPE_POINTCLOUDCOLORMAP,
DWG_TYPE_POINTCLOUDDEF,
DWG_TYPE_POINTCLOUDDEFEX,
DWG_TYPE_POINTCLOUDDEF_REACTOR,
DWG_TYPE_POINTCLOUDDEF_REACTOR_EX,
DWG_TYPE_POINTCLOUDEX,
DWG_TYPE_POINTPARAMETERENTITY,
DWG_TYPE_POINTPATH,
DWG_TYPE_POLARGRIPENTITY,
DWG_TYPE_RADIMLGOBJECTCONTEXTDATA,
DWG_TYPE_RADIMOBJECTCONTEXTDATA,
DWG_TYPE_RAPIDRTRENDERSETTINGS,
DWG_TYPE_RASTERVARIABLES,
DWG_TYPE_RENDERENTRY,
DWG_TYPE_RENDERENVIRONMENT,
DWG_TYPE_RENDERGLOBAL,
DWG_TYPE_RENDERSETTINGS,
DWG_TYPE_REVOLVEDSURFACE,
DWG_TYPE_ROTATIONPARAMETERENTITY,
DWG_TYPE_ROTATEACTIONENTITY,
DWG_TYPE_RTEXT,
DWG_TYPE_SCALE,
DWG_TYPE_SCALEACTIONENTITY,
DWG_TYPE_SECTIONOBJECT,
DWG_TYPE_SECTIONVIEWSTYLE,
DWG_TYPE_SECTION_MANAGER,
DWG_TYPE_SECTION_SETTINGS,
DWG_TYPE_SKYLIGHT_BACKGROUND,
DWG_TYPE_SOLID_BACKGROUND,
DWG_TYPE_SORTENTSTABLE,
DWG_TYPE_SPATIAL_FILTER,
DWG_TYPE_SPATIAL_INDEX,
DWG_TYPE_STRETCHACTIONENTITY,
DWG_TYPE_SUN,
DWG_TYPE_SUNSTUDY,
DWG_TYPE_SWEPTSURFACE,
DWG_TYPE_TABLE,
DWG_TYPE_TABLECONTENT,
DWG_TYPE_TABLEGEOMETRY,
DWG_TYPE_TABLESTYLE,
DWG_TYPE_TEXTOBJECTCONTEXTDATA,
DWG_TYPE_TVDEVICEPROPERTIES,
DWG_TYPE_VISIBILITYGRIPENTITY,
DWG_TYPE_VISIBILITYPARAMETERENTITY,
DWG_TYPE_VISUALSTYLE,
DWG_TYPE_WIPEOUT,
DWG_TYPE_WIPEOUTVARIABLES,
DWG_TYPE_XREFPANELOBJECT,
DWG_TYPE_XYPARAMETERENTITY,
DWG_TYPE_BREAKDATA,
DWG_TYPE_BREAKPOINTREF,
DWG_TYPE_FLIPGRIPENTITY,
DWG_TYPE_LINEARGRIPENTITY,
DWG_TYPE_ROTATIONGRIPENTITY,
DWG_TYPE_XYGRIPENTITY,
/* preR13 entities */
DWG_TYPE__3DLINE,
DWG_TYPE_REPEAT,
DWG_TYPE_ENDREP,
DWG_TYPE_JUMP,
/* pre2.0 entities */
DWG_TYPE_LOAD,
// after 1.0 add new types here for binary compat
// all known UNHANDLED classes (mostly AEC)
// DWG_TYPE_ACAD_PROXY_OBJECT_WRAPPER,
DWG_TYPE_ABSHDRAWINGSETTINGS,
DWG_TYPE_ACAECUSTOBJ,
DWG_TYPE_ACAEEEMGROBJ,
DWG_TYPE_ACAMCOMP,
DWG_TYPE_ACAMCOMPDEF,
DWG_TYPE_ACAMCOMPDEFMGR,
DWG_TYPE_ACAMCONTEXTMODELER,
DWG_TYPE_ACAMGDIMSTD,
DWG_TYPE_ACAMGFILTERDAT,
DWG_TYPE_ACAMGHOLECHARTSTDCSN,
DWG_TYPE_ACAMGHOLECHARTSTDDIN,
DWG_TYPE_ACAMGHOLECHARTSTDISO,
DWG_TYPE_ACAMGLAYSTD,
DWG_TYPE_ACAMGRCOMPDEF,
DWG_TYPE_ACAMGRCOMPDEFSET,
DWG_TYPE_ACAMGTITLESTD,
DWG_TYPE_ACAMMVDBACKUPOBJECT,
DWG_TYPE_ACAMPROJECT,
DWG_TYPE_ACAMSHAFTCOMPDEF,
DWG_TYPE_ACAMSTDPCOMPDEF,
DWG_TYPE_ACAMWBLOCKTEMPENTS,
DWG_TYPE_ACARRAYJIGENTITY,
DWG_TYPE_ACCMCONTEXT,
DWG_TYPE_ACDBCIRCARCRES,
DWG_TYPE_ACDBDIMENSIONRES,
DWG_TYPE_ACDBENTITYCACHE,
DWG_TYPE_ACDBLINERES,
DWG_TYPE_ACDBSTDPARTRES_ARC,
DWG_TYPE_ACDBSTDPARTRES_LINE,
DWG_TYPE_ACDB_HATCHSCALECONTEXTDATA_CLASS,
DWG_TYPE_ACDB_HATCHVIEWCONTEXTDATA_CLASS,
DWG_TYPE_ACDB_PROXY_ENTITY_DATA,
DWG_TYPE_ACGREFACADMASTER,
DWG_TYPE_ACGREFMASTER,
DWG_TYPE_ACIMINTSYSVAR,
DWG_TYPE_ACIMREALSYSVAR,
DWG_TYPE_ACIMSTRSYSVAR,
DWG_TYPE_ACIMSYSVARMAN,
DWG_TYPE_ACMANOOTATIONVIEWSTANDARDANSI,
DWG_TYPE_ACMANOOTATIONVIEWSTANDARDCSN,
DWG_TYPE_ACMANOOTATIONVIEWSTANDARDDIN,
DWG_TYPE_ACMANOOTATIONVIEWSTANDARDISO,
DWG_TYPE_ACMAPLEGENDDBOBJECT,
DWG_TYPE_ACMAPLEGENDITEMDBOBJECT,
DWG_TYPE_ACMAPMAPVIEWPORTDBOBJECT,
DWG_TYPE_ACMAPPRINTLAYOUTELEMENTDBOBJECTCONTAINER,
DWG_TYPE_ACMBALLOON,
DWG_TYPE_ACMBOM,
DWG_TYPE_ACMBOMROW,
DWG_TYPE_ACMBOMROWSTRUCT,
DWG_TYPE_ACMBOMSTANDARDANSI,
DWG_TYPE_ACMBOMSTANDARDCSN,
DWG_TYPE_ACMBOMSTANDARDDIN,
DWG_TYPE_ACMBOMSTANDARDISO,
DWG_TYPE_ACMCENTERLINESTANDARDANSI,
DWG_TYPE_ACMCENTERLINESTANDARDCSN,
DWG_TYPE_ACMCENTERLINESTANDARDDIN,
DWG_TYPE_ACMCENTERLINESTANDARDISO,
DWG_TYPE_ACMDATADICTIONARY,
DWG_TYPE_ACMDATAENTRY,
DWG_TYPE_ACMDATAENTRYBLOCK,
DWG_TYPE_ACMDATUMID,
DWG_TYPE_ACMDATUMSTANDARDANSI,
DWG_TYPE_ACMDATUMSTANDARDCSN,
DWG_TYPE_ACMDATUMSTANDARDDIN,
DWG_TYPE_ACMDATUMSTANDARDISO,
DWG_TYPE_ACMDATUMSTANDARDISO2012,
DWG_TYPE_ACMDETAILSTANDARDANSI,
DWG_TYPE_ACMDETAILSTANDARDCSN,
DWG_TYPE_ACMDETAILSTANDARDDIN,
DWG_TYPE_ACMDETAILSTANDARDISO,
DWG_TYPE_ACMDETAILTANDARDCUSTOM,
DWG_TYPE_ACMDIMBREAKPERSREACTOR,
DWG_TYPE_ACMEDRAWINGMAN,
DWG_TYPE_ACMEVIEW,
DWG_TYPE_ACME_DATABASE,
DWG_TYPE_ACME_DOCUMENT,
DWG_TYPE_ACMFCFRAME,
DWG_TYPE_ACMFCFSTANDARDANSI,
DWG_TYPE_ACMFCFSTANDARDCSN,
DWG_TYPE_ACMFCFSTANDARDDIN,
DWG_TYPE_ACMFCFSTANDARDISO,
DWG_TYPE_ACMFCFSTANDARDISO2004,
DWG_TYPE_ACMFCFSTANDARDISO2012,
DWG_TYPE_ACMIDSTANDARDANSI,
DWG_TYPE_ACMIDSTANDARDCSN,
DWG_TYPE_ACMIDSTANDARDDIN,
DWG_TYPE_ACMIDSTANDARDISO,
DWG_TYPE_ACMIDSTANDARDISO2004,
DWG_TYPE_ACMIDSTANDARDISO2012,
DWG_TYPE_ACMNOTESTANDARDANSI,
DWG_TYPE_ACMNOTESTANDARDCSN,
DWG_TYPE_ACMNOTESTANDARDDIN,
DWG_TYPE_ACMNOTESTANDARDISO,
DWG_TYPE_ACMPARTLIST,
DWG_TYPE_ACMPICKOBJ,
DWG_TYPE_ACMSECTIONSTANDARDANSI,
DWG_TYPE_ACMSECTIONSTANDARDCSN2002,
DWG_TYPE_ACMSECTIONSTANDARDCUSTOM,
DWG_TYPE_ACMSECTIONSTANDARDDIN,
DWG_TYPE_ACMSECTIONSTANDARDISO,
DWG_TYPE_ACMSECTIONSTANDARDISO2001,
DWG_TYPE_ACMSTANDARDANSI,
DWG_TYPE_ACMSTANDARDCSN,
DWG_TYPE_ACMSTANDARDDIN,
DWG_TYPE_ACMSTANDARDISO,
DWG_TYPE_ACMSURFSTANDARDANSI,
DWG_TYPE_ACMSURFSTANDARDCSN,
DWG_TYPE_ACMSURFSTANDARDDIN,
DWG_TYPE_ACMSURFSTANDARDISO,
DWG_TYPE_ACMSURFSTANDARDISO2002,
DWG_TYPE_ACMSURFSYM,
DWG_TYPE_ACMTAPERSTANDARDANSI,
DWG_TYPE_ACMTAPERSTANDARDCSN,
DWG_TYPE_ACMTAPERSTANDARDDIN,
DWG_TYPE_ACMTAPERSTANDARDISO,
DWG_TYPE_ACMTHREADLINESTANDARDANSI,
DWG_TYPE_ACMTHREADLINESTANDARDCSN,
DWG_TYPE_ACMTHREADLINESTANDARDDIN,
DWG_TYPE_ACMTHREADLINESTANDARDISO,
DWG_TYPE_ACMWELDSTANDARDANSI,
DWG_TYPE_ACMWELDSTANDARDCSN,
DWG_TYPE_ACMWELDSTANDARDDIN,
DWG_TYPE_ACMWELDSTANDARDISO,
DWG_TYPE_ACMWELDSYM,
DWG_TYPE_ACRFATTGENMGR,
DWG_TYPE_ACRFINSADJ,
DWG_TYPE_ACRFINSADJUSTERMGR,
DWG_TYPE_ACRFMCADAPIATTHOLDER,
DWG_TYPE_ACRFOBJATTMGR,
DWG_TYPE_ACSH_SUBENT_MATERIAL_CLASS,
DWG_TYPE_AC_AM_2D_XREF_MGR,
DWG_TYPE_AC_AM_BASIC_VIEW,
DWG_TYPE_AC_AM_BASIC_VIEW_DEF,
DWG_TYPE_AC_AM_COMPLEX_HIDE_SITUATION,
DWG_TYPE_AC_AM_COMP_VIEW_DEF,
DWG_TYPE_AC_AM_COMP_VIEW_INST,
DWG_TYPE_AC_AM_DIRTY_NODES,
DWG_TYPE_AC_AM_HIDE_SITUATION,
DWG_TYPE_AC_AM_MAPPER_CACHE,
DWG_TYPE_AC_AM_MASTER_VIEW_DEF,
DWG_TYPE_AC_AM_MVD_DEP_MGR,
DWG_TYPE_AC_AM_OVERRIDE_FILTER,
DWG_TYPE_AC_AM_PROPS_OVERRIDE,
DWG_TYPE_AC_AM_SHAFT_HIDE_SITUATION,
DWG_TYPE_AC_AM_STDP_VIEW_DEF,
DWG_TYPE_AC_AM_TRANSFORM_GHOST,
DWG_TYPE_ADAPPL,
DWG_TYPE_AECC_ALIGNMENT_DESIGN_CHECK_SET,
DWG_TYPE_AECC_ALIGNMENT_LABEL_SET,
DWG_TYPE_AECC_ALIGNMENT_LABEL_SET_EXT,
DWG_TYPE_AECC_ALIGNMENT_PARCEL_NODE,
DWG_TYPE_AECC_ALIGNMENT_STYLE,
DWG_TYPE_AECC_APPURTENANCE_STYLE,
DWG_TYPE_AECC_ASSEMBLY_STYLE,
DWG_TYPE_AECC_BUILDING_SITE_STYLE,
DWG_TYPE_AECC_CANT_DIAGRAM_VIEW_STYLE,
DWG_TYPE_AECC_CATCHMENT_STYLE,
DWG_TYPE_AECC_CLASS_NODE,
DWG_TYPE_AECC_CONTOURVIEW,
DWG_TYPE_AECC_CORRIDOR_STYLE,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_CANT_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_CSV,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_CURVE_LABEL,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_DESIGNSPEED_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_GEOMPT_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_INDEXED_PI_LABEL,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_MINOR_STATION_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_PI_LABEL,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_SPIRAL_LABEL,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_STAEQU_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_STATION_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_STATION_OFFSET_LABEL,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_SUPERELEVATION_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_TABLE,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_TANGENT_LABEL,
DWG_TYPE_AECC_DISP_REP_ALIGNMENT_VERTICAL_GEOMPT_LABELING,
DWG_TYPE_AECC_DISP_REP_APPURTENANCE,
DWG_TYPE_AECC_DISP_REP_APPURTENANCE_CSV,
DWG_TYPE_AECC_DISP_REP_APPURTENANCE_LABELING,
DWG_TYPE_AECC_DISP_REP_APPURTENANCE_PROFILE_LABELING,
DWG_TYPE_AECC_DISP_REP_ASSEMBLY,
DWG_TYPE_AECC_DISP_REP_AUTO_CORRIDOR_FEATURE_LINE,
DWG_TYPE_AECC_DISP_REP_AUTO_CORRIDOR_FEATURE_LINE_PROFILE,
DWG_TYPE_AECC_DISP_REP_AUTO_CORRIDOR_FEATURE_LINE_SECTION,
DWG_TYPE_AECC_DISP_REP_AUTO_FEATURE_LINE,
DWG_TYPE_AECC_DISP_REP_AUTO_FEATURE_LINE_CSV,
DWG_TYPE_AECC_DISP_REP_AUTO_FEATURE_LINE_PROFILE,
DWG_TYPE_AECC_DISP_REP_AUTO_FEATURE_LINE_SECTION,
DWG_TYPE_AECC_DISP_REP_BUILDINGSITE,
DWG_TYPE_AECC_DISP_REP_BUILDINGUTIL_CONNECTOR,
DWG_TYPE_AECC_DISP_REP_CANT_DIAGRAM_VIEW,
DWG_TYPE_AECC_DISP_REP_CATCHMENT_AREA,
DWG_TYPE_AECC_DISP_REP_CATCHMENT_AREA_LABEL,
DWG_TYPE_AECC_DISP_REP_CORRIDOR,
DWG_TYPE_AECC_DISP_REP_CROSSING_PIPE_PROFILE_LABELING,
DWG_TYPE_AECC_DISP_REP_CROSSING_PRESSURE_PIPE_PROFILE_LABELING,
DWG_TYPE_AECC_DISP_REP_CSVSTATIONSLIDER,
DWG_TYPE_AECC_DISP_REP_FACE,
DWG_TYPE_AECC_DISP_REP_FEATURE,
DWG_TYPE_AECC_DISP_REP_FEATURE_LABEL,
DWG_TYPE_AECC_DISP_REP_FEATURE_LINE,
DWG_TYPE_AECC_DISP_REP_FEATURE_LINE_CSV,
DWG_TYPE_AECC_DISP_REP_FEATURE_LINE_PROFILE,
DWG_TYPE_AECC_DISP_REP_FEATURE_LINE_SECTION,
DWG_TYPE_AECC_DISP_REP_FITTING,
DWG_TYPE_AECC_DISP_REP_FITTING_CSV,
DWG_TYPE_AECC_DISP_REP_FITTING_LABELING,
DWG_TYPE_AECC_DISP_REP_FITTING_PROFILE_LABELING,
DWG_TYPE_AECC_DISP_REP_FLOW_SEGMENT_LABEL,
DWG_TYPE_AECC_DISP_REP_GENERAL_SEGMENT_LABEL,
DWG_TYPE_AECC_DISP_REP_GRADING,
DWG_TYPE_AECC_DISP_REP_GRAPH,
DWG_TYPE_AECC_DISP_REP_GRAPHPROFILE_NETWORKPART,
DWG_TYPE_AECC_DISP_REP_GRAPHPROFILE_PRESSUREPART,
DWG_TYPE_AECC_DISP_REP_GRID_SURFACE,
DWG_TYPE_AECC_DISP_REP_GRID_SURFACE_CSV,
DWG_TYPE_AECC_DISP_REP_HORGEOMETRY_BAND_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_HYDRO_REGION,
DWG_TYPE_AECC_DISP_REP_INTERFERENCE_CHECK,
DWG_TYPE_AECC_DISP_REP_INTERFERENCE_PART,
DWG_TYPE_AECC_DISP_REP_INTERFERENCE_PART_SECTION,
DWG_TYPE_AECC_DISP_REP_INTERSECTION,
DWG_TYPE_AECC_DISP_REP_INTERSECTION_LOCATION_LABELING,
DWG_TYPE_AECC_DISP_REP_LABELING,
DWG_TYPE_AECC_DISP_REP_LEGEND_TABLE,
DWG_TYPE_AECC_DISP_REP_LINE_BETWEEN_POINTS_LABEL,
DWG_TYPE_AECC_DISP_REP_LOTLINE_CSV,
DWG_TYPE_AECC_DISP_REP_MASSHAULLINE,
DWG_TYPE_AECC_DISP_REP_MASS_HAUL_VIEW,
DWG_TYPE_AECC_DISP_REP_MATCHLINE_LABELING,
DWG_TYPE_AECC_DISP_REP_MATCH_LINE,
DWG_TYPE_AECC_DISP_REP_MATERIAL_SECTION,
DWG_TYPE_AECC_DISP_REP_NETWORK,
DWG_TYPE_AECC_DISP_REP_NOTE_LABEL,
DWG_TYPE_AECC_DISP_REP_OFFSET_ELEV_LABEL,
DWG_TYPE_AECC_DISP_REP_PARCEL_BOUNDARY,
DWG_TYPE_AECC_DISP_REP_PARCEL_FACE_LABEL,
DWG_TYPE_AECC_DISP_REP_PARCEL_SEGMENT,
DWG_TYPE_AECC_DISP_REP_PARCEL_SEGMENT_LABEL,
DWG_TYPE_AECC_DISP_REP_PARCEL_SEGMENT_TABLE,
DWG_TYPE_AECC_DISP_REP_PARCEL_TABLE,
DWG_TYPE_AECC_DISP_REP_PIPE,
DWG_TYPE_AECC_DISP_REP_PIPENETWORK_BAND_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_PIPE_CSV,
DWG_TYPE_AECC_DISP_REP_PIPE_LABELING,
DWG_TYPE_AECC_DISP_REP_PIPE_PROFILE_LABELING,
DWG_TYPE_AECC_DISP_REP_PIPE_SECTION_LABELING,
DWG_TYPE_AECC_DISP_REP_PIPE_TABLE,
DWG_TYPE_AECC_DISP_REP_POINT_ENT,
DWG_TYPE_AECC_DISP_REP_POINT_GROUP,
DWG_TYPE_AECC_DISP_REP_POINT_TABLE,
DWG_TYPE_AECC_DISP_REP_PRESSUREPIPENETWORK,
DWG_TYPE_AECC_DISP_REP_PRESSURE_PART_TABLE,
DWG_TYPE_AECC_DISP_REP_PRESSURE_PIPE,
DWG_TYPE_AECC_DISP_REP_PRESSURE_PIPE_CSV,
DWG_TYPE_AECC_DISP_REP_PRESSURE_PIPE_LABELING,
DWG_TYPE_AECC_DISP_REP_PRESSURE_PIPE_PROFILE_LABELING,
DWG_TYPE_AECC_DISP_REP_PRESSURE_PIPE_SECTION_LABELING,
DWG_TYPE_AECC_DISP_REP_PROFILE,
DWG_TYPE_AECC_DISP_REP_PROFILEDATA_BAND_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_PROFILE_PROJECTION,
DWG_TYPE_AECC_DISP_REP_PROFILE_PROJECTION_LABEL,
DWG_TYPE_AECC_DISP_REP_PROFILE_VIEW,
DWG_TYPE_AECC_DISP_REP_PROFILE_VIEW_DEPTH_LABEL,
DWG_TYPE_AECC_DISP_REP_QUANTITY_TAKEOFF_AGGREGATE_EARTHWORK_TABLE,
DWG_TYPE_AECC_DISP_REP_RIGHT_OF_WAY,
DWG_TYPE_AECC_DISP_REP_SAMPLELINE_LABELING,
DWG_TYPE_AECC_DISP_REP_SAMPLE_LINE,
DWG_TYPE_AECC_DISP_REP_SAMPLE_LINE_GROUP,
DWG_TYPE_AECC_DISP_REP_SECTION,
DWG_TYPE_AECC_DISP_REP_SECTIONALDATA_BAND_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_SECTIONDATA_BAND_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_SECTIONSEGMENT_BAND_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_SECTION_CORRIDOR,
DWG_TYPE_AECC_DISP_REP_SECTION_CORRIDOR_POINT_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_SECTION_GRADEBREAK_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_SECTION_MINOR_OFFSET_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_SECTION_OFFSET_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_SECTION_PIPENETWORK,
DWG_TYPE_AECC_DISP_REP_SECTION_PRESSUREPIPENETWORK,
DWG_TYPE_AECC_DISP_REP_SECTION_PROJECTION,
DWG_TYPE_AECC_DISP_REP_SECTION_PROJECTION_LABEL,
DWG_TYPE_AECC_DISP_REP_SECTION_SEGMENT_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_SECTION_VIEW,
DWG_TYPE_AECC_DISP_REP_SECTION_VIEW_DEPTH_LABEL,
DWG_TYPE_AECC_DISP_REP_SECTION_VIEW_QUANTITY_TAKEOFF_TABLE,
DWG_TYPE_AECC_DISP_REP_SHEET,
DWG_TYPE_AECC_DISP_REP_SPANNING_PIPE_LABELING,
DWG_TYPE_AECC_DISP_REP_SPANNING_PIPE_PROFILE_LABELING,
DWG_TYPE_AECC_DISP_REP_STATION_ELEV_LABEL,
DWG_TYPE_AECC_DISP_REP_STRUCTURE,
DWG_TYPE_AECC_DISP_REP_STRUCTURE_CSV,
DWG_TYPE_AECC_DISP_REP_STRUCTURE_LABELING,
DWG_TYPE_AECC_DISP_REP_STRUCTURE_PROFILE_LABELING,
DWG_TYPE_AECC_DISP_REP_STRUCTURE_SECTION_LABELING,
DWG_TYPE_AECC_DISP_REP_SUBASSEMBLY,
DWG_TYPE_AECC_DISP_REP_SUPERELEVATION_BAND_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_SUPERELEVATION_DIAGRAM_VIEW,
DWG_TYPE_AECC_DISP_REP_SURFACE_CONTOUR_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_SURFACE_ELEVATION_LABEL,
DWG_TYPE_AECC_DISP_REP_SURFACE_SLOPE_LABEL,
DWG_TYPE_AECC_DISP_REP_SURVEY_FIGURE_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_SVFIGURE,
DWG_TYPE_AECC_DISP_REP_SVFIGURE_CSV,
DWG_TYPE_AECC_DISP_REP_SVFIGURE_PROFILE,
DWG_TYPE_AECC_DISP_REP_SVFIGURE_SECTION,
DWG_TYPE_AECC_DISP_REP_SVFIGURE_SEGMENT_LABEL,
DWG_TYPE_AECC_DISP_REP_SVNETWORK,
DWG_TYPE_AECC_DISP_REP_TANGENT_INTERSECTION_TABLE,
DWG_TYPE_AECC_DISP_REP_TIN_SURFACE,
DWG_TYPE_AECC_DISP_REP_TIN_SURFACE_CSV,
DWG_TYPE_AECC_DISP_REP_VALIGNMENT_CRESTCURVE_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_VALIGNMENT_CSV,
DWG_TYPE_AECC_DISP_REP_VALIGNMENT_HAGEOMPT_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_VALIGNMENT_LINE_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_VALIGNMENT_MINOR_STATION_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_VALIGNMENT_PVI_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_VALIGNMENT_SAGCURVE_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_VALIGNMENT_STATION_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_VERTICALGEOMETRY_BAND_LABEL_GROUP,
DWG_TYPE_AECC_DISP_REP_VIEWFRAME_LABELING,
DWG_TYPE_AECC_DISP_REP_VIEW_FRAME,
DWG_TYPE_AECC_FEATURELINE_STYLE,
DWG_TYPE_AECC_FEATURE_STYLE,
DWG_TYPE_AECC_FITTING_STYLE,
DWG_TYPE_AECC_FORMAT_MANAGER_OBJECT,
DWG_TYPE_AECC_GRADEVIEW,
DWG_TYPE_AECC_GRADING_CRITERIA,
DWG_TYPE_AECC_GRADING_CRITERIA_SET,
DWG_TYPE_AECC_GRADING_GROUP,
DWG_TYPE_AECC_GRADING_STYLE,
DWG_TYPE_AECC_IMPORT_STORM_SEWER_DEFAULTS,
DWG_TYPE_AECC_INTERFERENCE_STYLE,
DWG_TYPE_AECC_INTERSECTION_STYLE,
DWG_TYPE_AECC_LABEL_COLLECTOR_STYLE,
DWG_TYPE_AECC_LABEL_NODE,
DWG_TYPE_AECC_LABEL_RADIAL_LINE_STYLE,
DWG_TYPE_AECC_LABEL_TEXT_ITERATOR_CURVE_OR_SPIRAL_STYLE,
DWG_TYPE_AECC_LABEL_TEXT_ITERATOR_STYLE,
DWG_TYPE_AECC_LABEL_TEXT_STYLE,
DWG_TYPE_AECC_LABEL_VECTOR_ARROW_STYLE,
DWG_TYPE_AECC_LEGEND_TABLE_STYLE,
DWG_TYPE_AECC_MASS_HAUL_LINE_STYLE,
DWG_TYPE_AECC_MASS_HAUL_VIEW_STYLE,
DWG_TYPE_AECC_MATCHLINE_STYLE,
DWG_TYPE_AECC_MATERIAL_STYLE,
DWG_TYPE_AECC_NETWORK_PART_CATALOG_DEF_NODE,
DWG_TYPE_AECC_NETWORK_PART_FAMILY_ITEM,
DWG_TYPE_AECC_NETWORK_PART_LIST,
DWG_TYPE_AECC_NETWORK_RULE,
DWG_TYPE_AECC_PARCEL_NODE,
DWG_TYPE_AECC_PARCEL_STYLE,
DWG_TYPE_AECC_PART_SIZE_FILTER,
DWG_TYPE_AECC_PIPE_RULES,
DWG_TYPE_AECC_PIPE_STYLE,
DWG_TYPE_AECC_PIPE_STYLE_EXTENSION,
DWG_TYPE_AECC_POINTCLOUD_STYLE,
DWG_TYPE_AECC_POINTVIEW,
DWG_TYPE_AECC_POINT_STYLE,
DWG_TYPE_AECC_PRESSURE_PART_LIST,
DWG_TYPE_AECC_PRESSURE_PIPE_STYLE,
DWG_TYPE_AECC_PROFILESECTIONENTITY_STYLE,
DWG_TYPE_AECC_PROFILE_DESIGN_CHECK_SET,
DWG_TYPE_AECC_PROFILE_LABEL_SET,
DWG_TYPE_AECC_PROFILE_STYLE,
DWG_TYPE_AECC_PROFILE_VIEW_BAND_STYLE_SET,
DWG_TYPE_AECC_PROFILE_VIEW_DATA_BAND_STYLE,
DWG_TYPE_AECC_PROFILE_VIEW_HORIZONTAL_GEOMETRY_BAND_STYLE,
DWG_TYPE_AECC_PROFILE_VIEW_PIPE_NETWORK_BAND_STYLE,
DWG_TYPE_AECC_PROFILE_VIEW_SECTIONAL_DATA_BAND_STYLE,
DWG_TYPE_AECC_PROFILE_VIEW_STYLE,
DWG_TYPE_AECC_PROFILE_VIEW_SUPERELEVATION_DIAGRAM_BAND_STYLE,
DWG_TYPE_AECC_PROFILE_VIEW_VERTICAL_GEOMETRY_BAND_STYLE,
DWG_TYPE_AECC_QUANTITY_TAKEOFF_CRITERIA,
DWG_TYPE_AECC_ROADWAYLINK_STYLE,
DWG_TYPE_AECC_ROADWAYMARKER_STYLE,
DWG_TYPE_AECC_ROADWAYSHAPE_STYLE,
DWG_TYPE_AECC_ROADWAY_STYLE_SET,
DWG_TYPE_AECC_ROOT_SETTINGS_NODE,
DWG_TYPE_AECC_SAMPLE_LINE_GROUP_STYLE,
DWG_TYPE_AECC_SAMPLE_LINE_STYLE,
DWG_TYPE_AECC_SECTION_LABEL_SET,
DWG_TYPE_AECC_SECTION_STYLE,
DWG_TYPE_AECC_SECTION_VIEW_BAND_STYLE_SET,
DWG_TYPE_AECC_SECTION_VIEW_DATA_BAND_STYLE,
DWG_TYPE_AECC_SECTION_VIEW_ROAD_SURFACE_BAND_STYLE,
DWG_TYPE_AECC_SECTION_VIEW_STYLE,
DWG_TYPE_AECC_SETTINGS_NODE,
DWG_TYPE_AECC_SHEET_STYLE,
DWG_TYPE_AECC_SLOPE_PATTERN_STYLE,
DWG_TYPE_AECC_STATION_FORMAT_STYLE,
DWG_TYPE_AECC_STRUCTURE_RULES,
DWG_TYPE_AECC_STUCTURE_STYLE,
DWG_TYPE_AECC_SUPERELEVATION_DIAGRAM_VIEW_STYLE,
DWG_TYPE_AECC_SURFACE_STYLE,
DWG_TYPE_AECC_SVFIGURE_STYLE,
DWG_TYPE_AECC_SVNETWORK_STYLE,
DWG_TYPE_AECC_TABLE_STYLE,
DWG_TYPE_AECC_TAG_MANAGER,
DWG_TYPE_AECC_TREE_NODE,
DWG_TYPE_AECC_USER_DEFINED_ATTRIBUTE_CLASSIFICATION,
DWG_TYPE_AECC_VALIGNMENT_STYLE_EXTENSION,
DWG_TYPE_AECC_VIEW_FRAME_STYLE,
DWG_TYPE_AECS_DISP_PROPS_MEMBER,
DWG_TYPE_AECS_DISP_PROPS_MEMBER_LOGICAL,
DWG_TYPE_AECS_DISP_PROPS_MEMBER_PLAN,
DWG_TYPE_AECS_DISP_PROPS_MEMBER_PLAN_SKETCH,
DWG_TYPE_AECS_DISP_PROPS_MEMBER_PROJECTED,
DWG_TYPE_AECS_DISP_REP_MEMBER_ELEVATION_DESIGN,
DWG_TYPE_AECS_DISP_REP_MEMBER_ELEVATION_DETAIL,
DWG_TYPE_AECS_DISP_REP_MEMBER_LOGICAL,
DWG_TYPE_AECS_DISP_REP_MEMBER_MODEL_DESIGN,
DWG_TYPE_AECS_DISP_REP_MEMBER_MODEL_DETAIL,
DWG_TYPE_AECS_DISP_REP_MEMBER_PLAN_DESIGN,
DWG_TYPE_AECS_DISP_REP_MEMBER_PLAN_DETAIL,
DWG_TYPE_AECS_DISP_REP_MEMBER_PLAN_SKETCH,
DWG_TYPE_AECS_MEMBER_NODE_SHAPE,
DWG_TYPE_AECS_MEMBER_STYLE,
DWG_TYPE_AEC_2DSECTION_STYLE,
DWG_TYPE_AEC_AECDBDISPREPBDGELEVLINEPLAN100,
DWG_TYPE_AEC_AECDBDISPREPBDGELEVLINEPLAN50,
DWG_TYPE_AEC_AECDBDISPREPBDGSECTIONLINEPLAN100,
DWG_TYPE_AEC_AECDBDISPREPBDGSECTIONLINEPLAN50,
DWG_TYPE_AEC_AECDBDISPREPCEILINGGRIDPLAN100,
DWG_TYPE_AEC_AECDBDISPREPCEILINGGRIDPLAN50,
DWG_TYPE_AEC_AECDBDISPREPCOLUMNGRIDPLAN100,
DWG_TYPE_AEC_AECDBDISPREPCOLUMNGRIDPLAN50,
DWG_TYPE_AEC_AECDBDISPREPCURTAINWALLLAYOUTPLAN100,
DWG_TYPE_AEC_AECDBDISPREPCURTAINWALLLAYOUTPLAN50,
DWG_TYPE_AEC_AECDBDISPREPCURTAINWALLUNITPLAN100,
DWG_TYPE_AEC_AECDBDISPREPCURTAINWALLUNITPLAN50,
DWG_TYPE_AEC_AECDBDISPREPMVBLOCKREFPLAN100,
DWG_TYPE_AEC_AECDBDISPREPMVBLOCKREFPLAN50,
DWG_TYPE_AEC_AECDBDISPREPROOFPLAN100,
DWG_TYPE_AEC_AECDBDISPREPROOFPLAN50,
DWG_TYPE_AEC_AECDBDISPREPROOFSLABPLAN100,
DWG_TYPE_AEC_AECDBDISPREPROOFSLABPLAN50,
DWG_TYPE_AEC_AECDBDISPREPSLABPLAN100,
DWG_TYPE_AEC_AECDBDISPREPSLABPLAN50,
DWG_TYPE_AEC_AECDBDISPREPSPACEPLAN100,
DWG_TYPE_AEC_AECDBDISPREPSPACEPLAN50,
DWG_TYPE_AEC_AECDBDISPREPWALLPLAN100,
DWG_TYPE_AEC_AECDBDISPREPWALLPLAN50,
DWG_TYPE_AEC_AECDBDISPREPWINDOWASSEMBLYPLAN100,
DWG_TYPE_AEC_AECDBDISPREPWINDOWASSEMBLYPLAN50,
DWG_TYPE_AEC_AECDBDISPREPZONE100,
DWG_TYPE_AEC_AECDBDISPREPZONE50,
DWG_TYPE_AEC_AECDBZONEDEF,
DWG_TYPE_AEC_AECDBZONESTYLE,
DWG_TYPE_AEC_ANCHOR_OPENINGBASE_TO_WALL,
DWG_TYPE_AEC_CLASSIFICATION_DEF,
DWG_TYPE_AEC_CLASSIFICATION_SYSTEM_DEF,
DWG_TYPE_AEC_CLEANUP_GROUP_DEF,
DWG_TYPE_AEC_CURTAIN_WALL_LAYOUT_STYLE,
DWG_TYPE_AEC_CURTAIN_WALL_UNIT_STYLE,
DWG_TYPE_AEC_CVSECTIONVIEW,
DWG_TYPE_AEC_DB_DISP_REP_DIM_GROUP_PLAN,
DWG_TYPE_AEC_DB_DISP_REP_DIM_GROUP_PLAN100,
DWG_TYPE_AEC_DB_DISP_REP_DIM_GROUP_PLAN50,
DWG_TYPE_AEC_DIM_STYLE,
DWG_TYPE_AEC_DISPLAYTHEME_STYLE,
DWG_TYPE_AEC_DISP_PROPS_2D_SECTION,
DWG_TYPE_AEC_DISP_PROPS_CLIP_VOLUME,
DWG_TYPE_AEC_DISP_PROPS_CLIP_VOLUME_RESULT,
DWG_TYPE_AEC_DISP_PROPS_DIM,
DWG_TYPE_AEC_DISP_PROPS_DISPLAYTHEME,
DWG_TYPE_AEC_DISP_PROPS_DOOR,
DWG_TYPE_AEC_DISP_PROPS_DOOR_NOMINAL,
DWG_TYPE_AEC_DISP_PROPS_DOOR_PLAN_100,
DWG_TYPE_AEC_DISP_PROPS_DOOR_PLAN_50,
DWG_TYPE_AEC_DISP_PROPS_DOOR_THRESHOLD_PLAN,
DWG_TYPE_AEC_DISP_PROPS_DOOR_THRESHOLD_SYMBOL_PLAN,
DWG_TYPE_AEC_DISP_PROPS_EDITINPLACEPROFILE_MODEL,
DWG_TYPE_AEC_DISP_PROPS_ENT,
DWG_TYPE_AEC_DISP_PROPS_ENT_REF,
DWG_TYPE_AEC_DISP_PROPS_GRID_ASSEMBLY_MODEL,
DWG_TYPE_AEC_DISP_PROPS_GRID_ASSEMBLY_PLAN,
DWG_TYPE_AEC_DISP_PROPS_LAYOUT_CURVE,
DWG_TYPE_AEC_DISP_PROPS_LAYOUT_GRID2D,
DWG_TYPE_AEC_DISP_PROPS_LAYOUT_GRID3D,
DWG_TYPE_AEC_DISP_PROPS_MASKBLOCK,
DWG_TYPE_AEC_DISP_PROPS_MASS_ELEM_MODEL,
DWG_TYPE_AEC_DISP_PROPS_MASS_GROUP,
DWG_TYPE_AEC_DISP_PROPS_MATERIAL,
DWG_TYPE_AEC_DISP_PROPS_OPENING,
DWG_TYPE_AEC_DISP_PROPS_POLYGON_MODEL,
DWG_TYPE_AEC_DISP_PROPS_POLYGON_TRUECOLOUR,
DWG_TYPE_AEC_DISP_PROPS_RAILING_MODEL,
DWG_TYPE_AEC_DISP_PROPS_RAILING_PLAN,
DWG_TYPE_AEC_DISP_PROPS_ROOF,
DWG_TYPE_AEC_DISP_PROPS_ROOFSLAB,
DWG_TYPE_AEC_DISP_PROPS_ROOFSLAB_PLAN,
DWG_TYPE_AEC_DISP_PROPS_SCHEDULE_TABLE,
DWG_TYPE_AEC_DISP_PROPS_SLAB,
DWG_TYPE_AEC_DISP_PROPS_SLAB_PLAN,
DWG_TYPE_AEC_DISP_PROPS_SLICE,
DWG_TYPE_AEC_DISP_PROPS_SPACE_DECOMPOSED,
DWG_TYPE_AEC_DISP_PROPS_SPACE_MODEL,
DWG_TYPE_AEC_DISP_PROPS_SPACE_PLAN,
DWG_TYPE_AEC_DISP_PROPS_STAIR_MODEL,
DWG_TYPE_AEC_DISP_PROPS_STAIR_PLAN,
DWG_TYPE_AEC_DISP_PROPS_STAIR_PLAN_OVERLAPPING,
DWG_TYPE_AEC_DISP_PROPS_WALL_GRAPH,
DWG_TYPE_AEC_DISP_PROPS_WALL_MODEL,
DWG_TYPE_AEC_DISP_PROPS_WALL_PLAN,
DWG_TYPE_AEC_DISP_PROPS_WALL_SCHEM,
DWG_TYPE_AEC_DISP_PROPS_WINDOW,
DWG_TYPE_AEC_DISP_PROPS_WINDOW_ASSEMBLY_SILL_PLAN,
DWG_TYPE_AEC_DISP_PROPS_WINDOW_NOMINAL,
DWG_TYPE_AEC_DISP_PROPS_WINDOW_PLAN_100,
DWG_TYPE_AEC_DISP_PROPS_WINDOW_PLAN_50,
DWG_TYPE_AEC_DISP_PROPS_WINDOW_SILL_PLAN,
DWG_TYPE_AEC_DISP_PROPS_ZONE,
DWG_TYPE_AEC_DISP_REP_2D_SECTION,
DWG_TYPE_AEC_DISPREPAECDBDISPREPMASSELEMPLAN100,
DWG_TYPE_AEC_DISPREPAECDBDISPREPMASSELEMPLAN50,
DWG_TYPE_AEC_DISPREPAECDBDISPREPMASSGROUPPLAN100,
DWG_TYPE_AEC_DISPREPAECDBDISPREPMASSGROUPPLAN50,
DWG_TYPE_AEC_DISPREPAECDBDISPREPOPENINGPLAN100,
DWG_TYPE_AEC_DISPREPAECDBDISPREPOPENINGPLAN50,
DWG_TYPE_AEC_DISPREPAECDBDISPREPOPENINGPLANREFLECTED,
DWG_TYPE_AEC_DISPREPAECDBDISPREPOPENINGSILLPLAN,
DWG_TYPE_AEC_DISP_REP_ANCHOR,
DWG_TYPE_AEC_DISP_REP_ANCHOR_BUB_TO_GRID,
DWG_TYPE_AEC_DISP_REP_ANCHOR_BUB_TO_GRID_MODEL,
DWG_TYPE_AEC_DISP_REP_ANCHOR_BUB_TO_GRID_RCP,
DWG_TYPE_AEC_DISP_REP_ANCHOR_ENT_TO_NODE,
DWG_TYPE_AEC_DISP_REP_ANCHOR_EXT_TAG_TO_ENT,
DWG_TYPE_AEC_DISP_REP_ANCHOR_TAG_TO_ENT,
DWG_TYPE_AEC_DISP_REP_BDG_ELEVLINE_MODEL,
DWG_TYPE_AEC_DISP_REP_BDG_ELEVLINE_PLAN,
DWG_TYPE_AEC_DISP_REP_BDG_ELEVLINE_RCP,
DWG_TYPE_AEC_DISP_REP_BDG_SECTIONLINE_MODEL,
DWG_TYPE_AEC_DISP_REP_BDG_SECTIONLINE_PLAN,
DWG_TYPE_AEC_DISP_REP_BDG_SECTIONLINE_RCP,
DWG_TYPE_AEC_DISP_REP_BDG_SECTION_MODEL,
DWG_TYPE_AEC_DISP_REP_BDG_SECTION_SUBDIV,
DWG_TYPE_AEC_DISP_REP_CEILING_GRID,
DWG_TYPE_AEC_DISP_REP_CEILING_GRID_MODEL,
DWG_TYPE_AEC_DISP_REP_CEILING_GRID_RCP,
DWG_TYPE_AEC_DISP_REP_CLIP_VOLUME_MODEL,
DWG_TYPE_AEC_DISP_REP_CLIP_VOLUME_PLAN,
DWG_TYPE_AEC_DISP_REP_CLIP_VOLUME_RESULT,
DWG_TYPE_AEC_DISP_REP_CLIP_VOLUME_RESULT_SUBDIV,
DWG_TYPE_AEC_DISP_REP_COL_BLOCK,
DWG_TYPE_AEC_DISP_REP_COL_CIRCARC2D,
DWG_TYPE_AEC_DISP_REP_COL_CONCOINCIDENT,
DWG_TYPE_AEC_DISP_REP_COL_CONCONCENTRIC,
DWG_TYPE_AEC_DISP_REP_COL_CONEQUALDISTANCE,
DWG_TYPE_AEC_DISP_REP_COL_CONMIDPOINT,
DWG_TYPE_AEC_DISP_REP_COL_CONNECTOR,
DWG_TYPE_AEC_DISP_REP_COL_CONNORMAL,
DWG_TYPE_AEC_DISP_REP_COL_CONPARALLEL,
DWG_TYPE_AEC_DISP_REP_COL_CONPERPENDICULAR,
DWG_TYPE_AEC_DISP_REP_COL_CONSYMMETRIC,
DWG_TYPE_AEC_DISP_REP_COL_CONTANGENT,
DWG_TYPE_AEC_DISP_REP_COL_DIMANGLE,
DWG_TYPE_AEC_DISP_REP_COL_DIMDIAMETER,
DWG_TYPE_AEC_DISP_REP_COL_DIMDISTANCE,
DWG_TYPE_AEC_DISP_REP_COL_DIMLENGTH,
DWG_TYPE_AEC_DISP_REP_COL_DIMMAJORRADIUS,
DWG_TYPE_AEC_DISP_REP_COL_DIMMINORRADIUS,
DWG_TYPE_AEC_DISP_REP_COL_ELLIPARC2D,
DWG_TYPE_AEC_DISP_REP_COL_LAYOUTDATA,
DWG_TYPE_AEC_DISP_REP_COL_LINE2D,
DWG_TYPE_AEC_DISP_REP_COL_MODIFIER_ADD,
DWG_TYPE_AEC_DISP_REP_COL_MODIFIER_CUTPLANE,
DWG_TYPE_AEC_DISP_REP_COL_MODIFIER_EXTRUSION,
DWG_TYPE_AEC_DISP_REP_COL_MODIFIER_GROUP,
DWG_TYPE_AEC_DISP_REP_COL_MODIFIER_LOFT,
DWG_TYPE_AEC_DISP_REP_COL_MODIFIER_PATH,
DWG_TYPE_AEC_DISP_REP_COL_MODIFIER_REVOLVE,
DWG_TYPE_AEC_DISP_REP_COL_MODIFIER_SUBTRACT,
DWG_TYPE_AEC_DISP_REP_COL_MODIFIER_TRANSITION,
DWG_TYPE_AEC_DISP_REP_COL_POINT2D,
DWG_TYPE_AEC_DISP_REP_COL_PROFILE,
DWG_TYPE_AEC_DISP_REP_COLUMN_GRID,
DWG_TYPE_AEC_DISP_REP_COLUMN_GRID_MODEL,
DWG_TYPE_AEC_DISP_REP_COLUMN_GRID_RCP,
DWG_TYPE_AEC_DISP_REP_COL_WORKPLANE,
DWG_TYPE_AEC_DISP_REP_COL_WORKPLANE_REF,
DWG_TYPE_AEC_DISP_REP_CONFIG,
DWG_TYPE_AEC_DISP_REP_CURTAIN_WALL_LAYOUT_MODEL,
DWG_TYPE_AEC_DISP_REP_CURTAIN_WALL_LAYOUT_PLAN,
DWG_TYPE_AEC_DISP_REP_CURTAIN_WALL_UNIT_MODEL,
DWG_TYPE_AEC_DISP_REP_CURTAIN_WALL_UNIT_PLAN,
DWG_TYPE_AEC_DISP_REP_DCM_DIMRADIUS,
DWG_TYPE_AEC_DISP_REP_DISPLAYTHEME,
DWG_TYPE_AEC_DISP_REP_DOOR_ELEV,
DWG_TYPE_AEC_DISP_REP_DOOR_MODEL,
DWG_TYPE_AEC_DISP_REP_DOOR_NOMINAL,
DWG_TYPE_AEC_DISP_REP_DOOR_PLAN,
DWG_TYPE_AEC_DISP_REP_DOOR_PLAN_50,
DWG_TYPE_AEC_DISP_REP_DOOR_PLAN_HEKTO,
DWG_TYPE_AEC_DISP_REP_DOOR_RCP,
DWG_TYPE_AEC_DISP_REP_DOOR_THRESHOLD_PLAN,
DWG_TYPE_AEC_DISP_REP_DOOR_THRESHOLD_SYMBOL_PLAN,
DWG_TYPE_AEC_DISP_REP_EDITINPLACEPROFILE,
DWG_TYPE_AEC_DISP_REP_ENT_REF,
DWG_TYPE_AEC_DISP_REP_LAYOUT_CURVE,
DWG_TYPE_AEC_DISP_REP_LAYOUT_GRID2D,
DWG_TYPE_AEC_DISP_REP_LAYOUT_GRID3D,
DWG_TYPE_AEC_DISP_REP_MASKBLOCK_REF,
DWG_TYPE_AEC_DISP_REP_MASKBLOCK_REF_RCP,
DWG_TYPE_AEC_DISP_REP_MASS_ELEM_MODEL,
DWG_TYPE_AEC_DISP_REP_MASS_ELEM_RCP,
DWG_TYPE_AEC_DISP_REP_MASS_ELEM_SCHEM,
DWG_TYPE_AEC_DISP_REP_MASS_GROUP_MODEL,
DWG_TYPE_AEC_DISP_REP_MASS_GROUP_PLAN,
DWG_TYPE_AEC_DISP_REP_MASS_GROUP_RCP,
DWG_TYPE_AEC_DISP_REP_MATERIAL,
DWG_TYPE_AEC_DISP_REP_MVBLOCK_REF,
DWG_TYPE_AEC_DISP_REP_MVBLOCK_REF_MODEL,
DWG_TYPE_AEC_DISP_REP_MVBLOCK_REF_RCP,
DWG_TYPE_AEC_DISP_REP_OPENING,
DWG_TYPE_AEC_DISP_REP_OPENING_MODEL,
DWG_TYPE_AEC_DISP_REP_POLYGON_MODEL,
DWG_TYPE_AEC_DISP_REP_POLYGON_TRUECOLOUR,
DWG_TYPE_AEC_DISP_REP_RAILING_MODEL,
DWG_TYPE_AEC_DISP_REP_RAILING_PLAN,
DWG_TYPE_AEC_DISP_REP_RAILING_PLAN_100,
DWG_TYPE_AEC_DISP_REP_RAILING_PLAN_50,
DWG_TYPE_AEC_DISP_REP_ROOF_MODEL,
DWG_TYPE_AEC_DISP_REP_ROOF_PLAN,
DWG_TYPE_AEC_DISP_REP_ROOF_RCP,
DWG_TYPE_AEC_DISP_REP_ROOFSLAB_MODEL,
DWG_TYPE_AEC_DISP_REP_ROOFSLAB_PLAN,
DWG_TYPE_AEC_DISP_REP_SCHEDULE_TABLE,
DWG_TYPE_AEC_DISP_REP_SET,
DWG_TYPE_AEC_DISP_REP_SLAB_MODEL,
DWG_TYPE_AEC_DISP_REP_SLAB_PLAN,
DWG_TYPE_AEC_DISP_REP_SLICE,
DWG_TYPE_AEC_DISP_REP_SPACE_DECOMPOSED,
DWG_TYPE_AEC_DISP_REP_SPACE_MODEL,
DWG_TYPE_AEC_DISP_REP_SPACE_PLAN,
DWG_TYPE_AEC_DISP_REP_SPACE_RCP,
DWG_TYPE_AEC_DISP_REP_SPACE_VOLUME,
DWG_TYPE_AEC_DISP_REP_STAIR_MODEL,
DWG_TYPE_AEC_DISP_REP_STAIR_PLAN,
DWG_TYPE_AEC_DISP_REP_STAIR_PLAN_100,
DWG_TYPE_AEC_DISP_REP_STAIR_PLAN_50,
DWG_TYPE_AEC_DISP_REP_STAIR_PLAN_OVERLAPPING,
DWG_TYPE_AEC_DISP_REP_STAIR_RCP,
DWG_TYPE_AEC_DISP_REP_WALL_GRAPH,
DWG_TYPE_AEC_DISP_REP_WALL_MODEL,
DWG_TYPE_AEC_DISP_REP_WALL_PLAN,
DWG_TYPE_AEC_DISP_REP_WALL_RCP,
DWG_TYPE_AEC_DISP_REP_WALL_SCHEM,
DWG_TYPE_AEC_DISP_REP_WINDOW_ASSEMBLY_MODEL,
DWG_TYPE_AEC_DISP_REP_WINDOW_ASSEMBLY_PLAN,
DWG_TYPE_AEC_DISP_REP_WINDOWASSEMBLY_SILL_PLAN,
DWG_TYPE_AEC_DISP_REP_WINDOW_ELEV,
DWG_TYPE_AEC_DISP_REP_WINDOW_MODEL,
DWG_TYPE_AEC_DISP_REP_WINDOW_NOMINAL,
DWG_TYPE_AEC_DISP_REP_WINDOW_PLAN,
DWG_TYPE_AEC_DISP_REP_WINDOW_PLAN_100,
DWG_TYPE_AEC_DISP_REP_WINDOW_PLAN_50,
DWG_TYPE_AEC_DISP_REP_WINDOW_RCP,
DWG_TYPE_AEC_DISP_REP_WINDOW_SILL_PLAN,
DWG_TYPE_AEC_DISP_REP_ZONE,
DWG_TYPE_AEC_DISPROPSMASSELEMPLANCOMMON,
DWG_TYPE_AEC_DISPROPSMASSGROUPPLANCOMMON,
DWG_TYPE_AEC_DISPROPSOPENINGPLANCOMMON,
DWG_TYPE_AEC_DISPROPSOPENINGPLANCOMMONHATCHED,
DWG_TYPE_AEC_DISPROPSOPENINGSILLPLAN,
DWG_TYPE_AEC_DISP_ROPS_RAILING_PLAN_100,
DWG_TYPE_AEC_DISP_ROPS_RAILING_PLAN_50,
DWG_TYPE_AEC_DISP_ROPS_STAIR_PLAN_100,
DWG_TYPE_AEC_DISP_ROPS_STAIR_PLAN_50,
DWG_TYPE_AEC_DOOR_STYLE,
DWG_TYPE_AEC_ENDCAP_STYLE,
DWG_TYPE_AEC_FRAME_DEF,
DWG_TYPE_AEC_LAYERKEY_STYLE,
DWG_TYPE_AEC_LIST_DEF,
DWG_TYPE_AEC_MASKBLOCK_DEF,
DWG_TYPE_AEC_MASS_ELEM_STYLE,
DWG_TYPE_AEC_MATERIAL_DEF,
DWG_TYPE_AEC_MVBLOCK_DEF,
DWG_TYPE_AEC_MVBLOCK_REF,
DWG_TYPE_AEC_NOTIFICATION_TRACKER,
DWG_TYPE_AEC_POLYGON,
DWG_TYPE_AEC_POLYGON_STYLE,
DWG_TYPE_AEC_PROPERTY_SET_DEF,
DWG_TYPE_AEC_RAILING_STYLE,
DWG_TYPE_AEC_REFEDIT_STATUS_TRACKER, // AecDbRefEditStatusTracker / AecArchBase80|...,
DWG_TYPE_AEC_ROOFSLABEDGE_STYLE,
DWG_TYPE_AEC_ROOFSLAB_STYLE,
DWG_TYPE_AEC_SCHEDULE_DATA_FORMAT,
DWG_TYPE_AEC_SLABEDGE_STYLE,
DWG_TYPE_AEC_SLAB_STYLE,
DWG_TYPE_AEC_SPACE_STYLES,
DWG_TYPE_AEC_STAIR_STYLE,
DWG_TYPE_AEC_STAIR_WINDER_STYLE,
DWG_TYPE_AEC_STAIR_WINDER_TYPE_BALANCED,
DWG_TYPE_AEC_STAIR_WINDER_TYPE_MANUAL,
DWG_TYPE_AEC_STAIR_WINDER_TYPE_SINGLE_POINT,
DWG_TYPE_AEC_VARS_AECBBLDSRV,
DWG_TYPE_AEC_VARS_ARCHBASE,
DWG_TYPE_AEC_VARS_DWG_SETUP,
DWG_TYPE_AEC_VARS_MUNICH,
DWG_TYPE_AEC_VARS_STRUCTUREBASE,
DWG_TYPE_AEC_WALLMOD_STYLE,
DWG_TYPE_AEC_WALL_STYLE,
DWG_TYPE_AEC_WINDOW_ASSEMBLY_STYLE,
DWG_TYPE_AEC_WINDOW_STYLE,
DWG_TYPE_ALIGNMENTGRIPENTITY,
DWG_TYPE_AMCONTEXTMGR,
DWG_TYPE_AMDTADMENUSTATE,
DWG_TYPE_AMDTAMMENUSTATE,
DWG_TYPE_AMDTBROWSERDBTAB,
DWG_TYPE_AMDTDMMENUSTATE,
DWG_TYPE_AMDTEDGESTANDARDDIN,
DWG_TYPE_AMDTEDGESTANDARDDIN13715,
DWG_TYPE_AMDTEDGESTANDARDISO,
DWG_TYPE_AMDTEDGESTANDARDISO13715,
DWG_TYPE_AMDTFORMULAUPDATEDISPATCHER,
DWG_TYPE_AMDTINTERNALREACTOR,
DWG_TYPE_AMDTMCOMMENUSTATE,
DWG_TYPE_AMDTMENUSTATEMGR,
DWG_TYPE_AMDTNOTE,
DWG_TYPE_AMDTNOTETEMPLATEDB,
DWG_TYPE_AMDTSECTIONSYM,
DWG_TYPE_AMDTSECTIONSYMLABEL,
DWG_TYPE_AMDTSYSATTR,
DWG_TYPE_AMGOBJPROPCFG,
DWG_TYPE_AMGSETTINGSOBJ,
DWG_TYPE_AMIMASTER,
DWG_TYPE_AM_DRAWING_MGR,
DWG_TYPE_AM_DWGMGR_NAME,
DWG_TYPE_AM_DWG_DOCUMENT,
DWG_TYPE_AM_DWG_SHEET,
DWG_TYPE_AM_VIEWDIMPARMAP,
DWG_TYPE_BINRECORD,
DWG_TYPE_CAMSCATALOGAPPOBJECT,
DWG_TYPE_CAMSSTRUCTBTNSTATE,
DWG_TYPE_CATALOGSTATE,
DWG_TYPE_CBROWSERAPPOBJECT,
DWG_TYPE_DEPMGR, // AcAdDepMgr / DesignerAssemblies,
DWG_TYPE_DMBASEELEMENT, // AcMapDMBaseElement / AcMapDisplayManagement,
DWG_TYPE_DMDEFAULTSTYLE, // AcMapDMDefaultStyle / AcMapDisplayManagement,
DWG_TYPE_DMLEGEND,
DWG_TYPE_DMMAP, // AcMapDMMap / AcMapDisplayManagement,
DWG_TYPE_DMMAPMANAGER, // AcMapDMMapManager / AcMapDisplayManagement,
DWG_TYPE_DMSTYLECATEGORY, // AcMapDMStyleCategory / AcMapDisplayManagement,
DWG_TYPE_DMSTYLELIBRARY, // AcMapDMStyleLibrary / AcMapDisplayManagement,
DWG_TYPE_DMSTYLEREFERENCE, // AcMapDMStyleReference / AcMapDisplayManagement,
DWG_TYPE_DMSTYLIZEDENTITIESTABLE, // AcMapDMStylizedEntitiesTable / AcMapDisplayManagement,
DWG_TYPE_DMSURROGATESTYLESETS, // AcMapDMSurrogateStyleSets / AcMapDisplayManagement,
DWG_TYPE_DM_PLACEHOLDER, // AcDmSelsetPlaceholder / McadcomServices,
DWG_TYPE_EXACTERMXREFMAP, // ExAcTermXrefMap / EXAC_SERVICE,
DWG_TYPE_EXACXREFPANELOBJECT, // ExAcXREFPanelObject / EXAC_ESW,
DWG_TYPE_EXPO_NOTIFYBLOCK,
DWG_TYPE_EXPO_NOTIFYHALL,
DWG_TYPE_EXPO_NOTIFYPILLAR,
DWG_TYPE_EXPO_NOTIFYSTAND,
DWG_TYPE_EXPO_NOTIFYSTANDNOPOLY,
DWG_TYPE_GSMANAGER, // AcMeGSManager / AcMeServices,
DWG_TYPE_IRD_DSC_DICT,
DWG_TYPE_IRD_DSC_RECORD,
DWG_TYPE_IRD_OBJ_RECORD,
DWG_TYPE_MAPFSMRVOBJECT,
DWG_TYPE_MAPGWSUNDOOBJECT, // AcMapGWSUndoRecorder / AcMapFeatureSourceManager,
DWG_TYPE_MAPIAMMOUDLE,
DWG_TYPE_MAPMETADATAOBJECT,
DWG_TYPE_MAPRESOURCEMANAGEROBJECT,
DWG_TYPE_McDbContainer2,
DWG_TYPE_McDbMarker,
DWG_TYPE_NAMEDAPPL,
DWG_TYPE_NEWSTDPARTPARLIST,
DWG_TYPE_NOTEPOSITION, // mcsDbObjectNotePosition,
DWG_TYPE_OBJCLONER,
DWG_TYPE_PARAMMGR,
DWG_TYPE_PARAMSCOPE,
DWG_TYPE_PILLAR,
DWG_TYPE_STDPART2D,
DWG_TYPE_TCH_ARROW,
DWG_TYPE_TCH_AXIS_LABEL,
DWG_TYPE_TCH_BLOCK_INSERT,
DWG_TYPE_TCH_COLUMN,
DWG_TYPE_TCH_DBCONFIG,
DWG_TYPE_TCH_DIMENSION2,
DWG_TYPE_TCH_DRAWINGINDEX,
DWG_TYPE_TCH_HANDRAIL,
DWG_TYPE_TCH_LINESTAIR,
DWG_TYPE_TCH_OPENING,
DWG_TYPE_TCH_RECTSTAIR,
DWG_TYPE_TCH_SLAB,
DWG_TYPE_TCH_SPACE,
DWG_TYPE_TCH_TEXT,
DWG_TYPE_TCH_WALL,
DWG_TYPE_TGrupoPuntos,
DWG_TYPE_VAACIMAGEINVENTORY,
DWG_TYPE_VAACXREFPANELOBJECT,
DWG_TYPE_FREED = 0xfffd,
DWG_TYPE_UNKNOWN_ENT = 0xfffe,
DWG_TYPE_UNKNOWN_OBJ = 0xffff,
} Dwg_Object_Type;
typedef enum DWG_OBJECT_TYPE_R11
{
// UNUSED_R11: i.e. all the added table or iterator objects (mspace block)
DWG_TYPE_UNUSED_r11 = 0,
DWG_TYPE_LINE_r11 = 1,
DWG_TYPE_POINT_r11 = 2,
DWG_TYPE_CIRCLE_r11 = 3,
DWG_TYPE_SHAPE_r11 = 4,
DWG_TYPE_REPEAT_r11 = 5,
DWG_TYPE_ENDREP_r11 = 6,
DWG_TYPE_TEXT_r11 = 7,
DWG_TYPE_ARC_r11 = 8,
DWG_TYPE_TRACE_r11 = 9,
DWG_TYPE_LOAD_r11 = 10,
DWG_TYPE_SOLID_r11 = 11,
DWG_TYPE_BLOCK_r11 = 12,
DWG_TYPE_ENDBLK_r11 = 13,
DWG_TYPE_INSERT_r11 = 14, // includes also MINSERT
DWG_TYPE_ATTDEF_r11 = 15,
DWG_TYPE_ATTRIB_r11 = 16,
DWG_TYPE_SEQEND_r11 = 17,
DWG_TYPE_JUMP_r11 = 18,
DWG_TYPE_POLYLINE_r11 = 19, // also mesh/pfaces
DWG_TYPE_VERTEX_r11 = 20, // also mesh/pface vertices
DWG_TYPE_3DLINE_r11 = 21,
DWG_TYPE_3DFACE_r11 = 22,
DWG_TYPE_DIMENSION_r11 = 23, // all types
DWG_TYPE_VIEWPORT_r11 = 24,
DWG_TYPE_UNKNOWN_r11 = 25,
} Dwg_Object_Type_r11;
/**
Error codes returned.
*/
typedef enum DWG_ERROR
{
DWG_NOERR = 0,
/* sorted by severity */
DWG_ERR_WRONGCRC = 1,
DWG_ERR_NOTYETSUPPORTED = 1 << 1, /* 2 */
DWG_ERR_UNHANDLEDCLASS = 1 << 2, /* 4 */
DWG_ERR_INVALIDTYPE = 1 << 3, /* 8 */
DWG_ERR_INVALIDHANDLE = 1 << 4, /* 16 */
DWG_ERR_INVALIDEED = 1 << 5, /* 32 */
DWG_ERR_VALUEOUTOFBOUNDS = 1 << 6, /* 64 */
/* -------- critical errors ------- */
DWG_ERR_CLASSESNOTFOUND = 1 << 7, /* 128 */
DWG_ERR_SECTIONNOTFOUND = 1 << 8, /* 256 */
DWG_ERR_PAGENOTFOUND = 1 << 9, /* 512 */
DWG_ERR_INTERNALERROR = 1 << 10,/* 1024 */
DWG_ERR_INVALIDDWG = 1 << 11,/* 2048 */
DWG_ERR_IOERROR = 1 << 12,/* 4096 */
DWG_ERR_OUTOFMEM = 1 << 13,/* 8192 */
} Dwg_Error;
#define DWG_ERR_CRITICAL DWG_ERR_CLASSESNOTFOUND
/**
handles resolve absolute or relative indices to objects.
code 2-5: represents the type of the relation: hard/soft, owner/id.
code TYPEDOBJHANDLE:
2 Soft owner,
3 Hard owner,
4 Soft pointer,
5 Hard pointer
code > 6: the handle is stored as an offset from some other handle.
code OFFSETOBJHANDLE for soft owners or pointers:
6 ref + 1,
8 ref - 1,
a ref + offset,
c ref - offset
See \ref Dwg_Handle
*/
typedef struct _dwg_handle
{
BITCODE_RC code; /*!< OFFSETOBJHANDLE if > 6 */
BITCODE_RC size;
BITCODE_HV value;
BITCODE_B is_global; // to be freed or not
} Dwg_Handle;
#define FORMAT_H "%u.%u." FORMAT_HV
#define ARGS_H(hdl) (hdl).code, (hdl).size, (hdl).value
#define FORMAT_REF "(%u.%u." FORMAT_HV ") abs:" FORMAT_HV
#define ARGS_REF(ref) (ref)->handleref.code, (ref)->handleref.size, \
(ref)->handleref.value, (ref)->absolute_ref
#define FORMAT_REF11 "(%d, %hd, " FORMAT_HV ")"
#define ARGS_REF11(ref) (ref)->handleref.size, (ref)->r11_idx, \
(ref)->absolute_ref
/**
object references: obj is resolved by handleref (e.g. via
dwg_resolve_handleref) when reading a DWG to the respective \ref
Dwg_Object, and absolute_ref is resolved to the global
_dwg_struct::object_ref index. It is the same as the hex number in the
DXF handles.
Used as \ref Dwg_Object_Ref
*/
typedef struct _dwg_object_ref
{
struct _dwg_object* obj;
Dwg_Handle handleref;
BITCODE_RLL absolute_ref;
BITCODE_RSd r11_idx; // preR13 only, the TABLE index (also used for DXF)
} Dwg_Object_Ref;
typedef Dwg_Object_Ref* BITCODE_H;
typedef enum DWG_HDL_CODE
{
DWG_HDL_OWNER = 0,
DWG_HDL_SOFTOWN = 2,
DWG_HDL_HARDOWN = 3,
DWG_HDL_SOFTPTR = 4, // can be relative
DWG_HDL_HARDPTR = 5,
} Dwg_Hdl_Code;
typedef enum DWG_COLOR_METHOD
{
DWG_COLOR_METHOD_VOID = 0,
DWG_COLOR_METHOD_BYLAYER = 0xc0, /* (also c3 and rgb of 0x100) */
DWG_COLOR_METHOD_BYBLOCK = 0xc1, /* (also c3 and rgb of 0) */
DWG_COLOR_METHOD_ACI = 0xc2, /* Color index, for entities (default),
with names with an additional name flag RC */
DWG_COLOR_METHOD_TRUECOLOR = 0xc3,
DWG_COLOR_METHOD_FGCOLOR = 0xc5,
DWG_COLOR_METHOD_NONE = 0xc8, /* (also c3 and rgb of 0x101) */
} Dwg_Color_Method;
/**
CMC or ENC colors: color index or rgb value. layers are off when the index
is negative.
Used as \ref Dwg_Color
*/
typedef struct _dwg_color /* CmColor: R15 and earlier */
{
BITCODE_BSd index; /* <0: turned off. 0: BYBLOCK, 256: BYLAYER */
BITCODE_BS flag; /* 1: has name, 2: has book_name. */
BITCODE_BS raw; /* ENC only */
BITCODE_BL rgb; /* DXF 420 */
Dwg_Color_Method method; /* first byte of rgb */
BITCODE_T name; /* DXF 430 */
BITCODE_T book_name; /* DXF 430, DXF: "book_name$name" */
// Entities only:
BITCODE_H handle;
BITCODE_BL alpha_raw;
BITCODE_BB alpha_type; /* 0 BYLAYER, 1 BYBLOCK, 3 alpha */
BITCODE_RC alpha; /* DXF 440. 0-255 */
} Dwg_Color;
typedef Dwg_Color BITCODE_CMC;
typedef Dwg_Color BITCODE_CMTC; // truecolor even before r2004
typedef Dwg_Color BITCODE_ENC;
EXPORT const char* dwg_color_method_name (unsigned method);
/**
ASCII or Unicode text in xdata \ref Dwg_Resbuf
*/
struct _dwg_binary_chunk
{
unsigned short size;
unsigned codepage:15;
unsigned is_tu:1;
union {
char *data;
DWGCHAR *wdata;
} u;
};
/**
result buffers: xdata linked list of dxf group - value pairs.
Used as \ref Dwg_Resbuf
*/
typedef struct _dwg_resbuf
{
short type;
union
{
double pt[3];
char i8;
short i16;
int i32;
BITCODE_BLL i64;
BITCODE_HV absref;
double dbl;
struct _dwg_binary_chunk str;
} value;
struct _dwg_resbuf *nextrb;
} Dwg_Resbuf;
/**
\struct Dwg_Header_Variables
DWG header variables for all versions.
If uppercase related to the DXF HEADER $ name.
\ref _dwg_header_variables
*/
typedef struct _dwg_header_variables {
BITCODE_RL size;
BITCODE_RL bitsize_hi; /*!< r2010+ */
BITCODE_RL bitsize;
BITCODE_RC ACADMAINTVER; /*!< r13+ */
BITCODE_BLL REQUIREDVERSIONS; /*!< r2013+ */
BITCODE_TV DWGCODEPAGE; /*!< DXF 3, r11+ */
BITCODE_RS codepage; /*!< <r11 */
BITCODE_BD unit1_ratio; /* 412148564080.0 */
BITCODE_BD unit2_ratio; /* 1.0 */
BITCODE_BD unit3_ratio; /* 1.0 */
BITCODE_BD unit4_ratio; /* 1.0 */
BITCODE_TV unit1_name; /* "" 4x pre R13/2007... */
BITCODE_TV unit2_name; /* "" */
BITCODE_TV unit3_name; /* "" */
BITCODE_TV unit4_name; /* "" */
BITCODE_BL unknown_8; /* 24L */
BITCODE_BL unknown_9; /* 0L */
BITCODE_BS unknown_10; /* 0 r13-r14 */
BITCODE_H VX_TABLE_RECORD; /*!< r11-r2000 code 5, no DXF */
BITCODE_B DIMASO;
BITCODE_B DIMSHO;
BITCODE_B DIMSAV; /* undocumented */
BITCODE_B PLINEGEN;
BITCODE_B ORTHOMODE;
BITCODE_B REGENMODE;
BITCODE_B FILLMODE;
BITCODE_B QTEXTMODE;
BITCODE_B PSLTSCALE; /* r10- */
BITCODE_B LIMCHECK;
BITCODE_RC MENUEXT[46];
BITCODE_B BLIPMODE;
BITCODE_B unknown_11;
BITCODE_B USRTIMER;
BITCODE_B FASTZOOM; /* -r11 */
BITCODE_B FLATLAND;
BITCODE_B VIEWMODE;
BITCODE_B SKPOLY;
BITCODE_RS unknown_mon; /* -r11 */
BITCODE_RS unknown_day; /* -r11 */
BITCODE_RS unknown_year; /* -r11 */
BITCODE_RS unknown_hour; /* -r11 */
BITCODE_RS unknown_min; /* -r11 */
BITCODE_RS unknown_sec; /* -r11 */
BITCODE_RS unknown_ms; /* -r11 */
BITCODE_B ANGDIR;
BITCODE_B SPLFRAME;
BITCODE_B ATTREQ;
BITCODE_B ATTDIA;
BITCODE_B MIRRTEXT;
BITCODE_B WORLDVIEW;
BITCODE_B WIREFRAME; /* Undocumented */
BITCODE_B TILEMODE;
BITCODE_B PLIMCHECK;
BITCODE_B VISRETAIN;
BITCODE_B DELOBJ;
BITCODE_B DISPSILH;
BITCODE_B PELLIPSE;
BITCODE_BS SAVEIMAGES; //some r13 only
BITCODE_BS PROXYGRAPHICS;
BITCODE_BS MEASUREMENT; /* 0 English, 1 Metric. Stored as Section 4 */
BITCODE_BS DRAGMODE;
BITCODE_BSd TREEDEPTH; /* r11- */
BITCODE_BS LUNITS;
BITCODE_BS LUPREC;
BITCODE_BS AUNITS;
BITCODE_BS AUPREC;
BITCODE_BS ATTMODE;
BITCODE_BS COORDS;
BITCODE_BS PDMODE;
BITCODE_BS PICKSTYLE;
BITCODE_BS OSMODE;
BITCODE_BL unknown_12;
BITCODE_BL unknown_13;
BITCODE_BL unknown_14;
BITCODE_BSd USERI1;
BITCODE_BSd USERI2;
BITCODE_BSd USERI3;
BITCODE_BSd USERI4;
BITCODE_BSd USERI5;
BITCODE_BS SPLINESEGS;
BITCODE_BS SURFU;
BITCODE_BS SURFV;
BITCODE_BS SURFTYPE;
BITCODE_BS SURFTAB1;
BITCODE_BS SURFTAB2;
BITCODE_BS SPLINETYPE;
BITCODE_BS SHADEDGE;
BITCODE_BS SHADEDIF;
BITCODE_BS UNITMODE;
BITCODE_BS MAXACTVP;
BITCODE_BS ISOLINES;
BITCODE_BS CMLJUST;
BITCODE_BS TEXTQLTY;
BITCODE_BL unknown_14b;
BITCODE_BD LTSCALE;
BITCODE_BD TEXTSIZE;
BITCODE_BD TRACEWID;
BITCODE_BD SKETCHINC;
BITCODE_BD FILLETRAD;
BITCODE_BD THICKNESS;
BITCODE_BD ANGBASE;
BITCODE_BD PDSIZE;
BITCODE_BD PLINEWID;
BITCODE_BD USERR1;
BITCODE_BD USERR2;
BITCODE_BD USERR3;
BITCODE_BD USERR4;
BITCODE_BD USERR5;
BITCODE_BD CHAMFERA;
BITCODE_BD CHAMFERB;
BITCODE_BD CHAMFERC;
BITCODE_BD CHAMFERD;
BITCODE_BD FACETRES;
BITCODE_BD CMLSCALE;
BITCODE_BD CELTSCALE;
BITCODE_BD VIEWTWIST;
BITCODE_TV MENU;
BITCODE_TIMEBLL TDCREATE;
BITCODE_TIMEBLL TDUPDATE;
BITCODE_TIMEBLL TDUCREATE;
BITCODE_TIMEBLL TDUUPDATE;
BITCODE_BL unknown_15;
BITCODE_BL unknown_16;
BITCODE_BL unknown_17;
BITCODE_TIMEBLL TDINDWG;
BITCODE_TIMEBLL TDUSRTIMER;
BITCODE_CMC CECOLOR;
BITCODE_BS HANDLING; /* <r14: default 1 */
BITCODE_H HANDSEED;
BITCODE_RL unknown_4f2; /* -r11 */
BITCODE_RS unknown_5; /* r2-r11 */
BITCODE_RS unknown_6; /* r10-r11 */
BITCODE_RS unknown_6a; /* r2-r9 */
BITCODE_RS unknown_6b; /* r2-r9 */
BITCODE_RS unknown_6c; /* r2-r9 */
BITCODE_H CLAYER; /*!< code 5, DXF 8 */
BITCODE_H TEXTSTYLE; /*!< code 5, DXF 7 */
BITCODE_H CELTYPE; /*!< code 5, DXF 6 */
BITCODE_H CMATERIAL; /*!< r2007+ code 5, no DXF */
BITCODE_H DIMSTYLE; /*!< code 5, DXF 2 */
BITCODE_H CMLSTYLE; /*!< code 5, DXF 2 */
BITCODE_BD PSVPSCALE;
BITCODE_3BD PINSBASE; /*!< r13+ ... */
BITCODE_3BD PEXTMIN;
BITCODE_3BD PEXTMAX;
BITCODE_2DPOINT PLIMMIN;
BITCODE_2DPOINT PLIMMAX;
BITCODE_BD PELEVATION;
BITCODE_3BD PUCSORG;
BITCODE_3BD PUCSXDIR;
BITCODE_3BD PUCSYDIR;
BITCODE_H PUCSNAME; /*!< r13+ code 5, DXF 2 */
BITCODE_H PUCSBASE; /*!< r2000+ code 5, DXF 2 */
BITCODE_H PUCSORTHOREF; /*!< r2000+ code 5, DXF 2 */
BITCODE_BS PUCSORTHOVIEW;
BITCODE_3BD PUCSORGTOP;
BITCODE_3BD PUCSORGBOTTOM;
BITCODE_3BD PUCSORGLEFT;
BITCODE_3BD PUCSORGRIGHT;
BITCODE_3BD PUCSORGFRONT;
BITCODE_3BD PUCSORGBACK;
BITCODE_3BD INSBASE;
BITCODE_3BD EXTMIN;
BITCODE_3BD EXTMAX;
BITCODE_3BD VIEWDIR;
BITCODE_3BD TARGET;
BITCODE_2DPOINT LIMMIN;
BITCODE_2DPOINT LIMMAX;
BITCODE_3RD VIEWCTR; /* -r11 */
BITCODE_BD ELEVATION;
BITCODE_RD VIEWSIZE; /* -r11 */
BITCODE_RS SNAPMODE; /* -r11 */
BITCODE_2RD SNAPUNIT; /* -r11 */
BITCODE_2RD SNAPBASE; /* -r11 */
BITCODE_RD SNAPANG; /* -r11 */
BITCODE_RS SNAPSTYLE; /* -r11 */
BITCODE_RS SNAPISOPAIR; /* -r11 */
BITCODE_RS GRIDMODE; /* -r11 */
BITCODE_2RD GRIDUNIT; /* -r11 */
BITCODE_BS AXISMODE; /* -r11 */
BITCODE_2RD AXISUNIT; /* -r11 */
BITCODE_3RD VPOINTX; /* -r11 */
BITCODE_3RD VPOINTY; /* -r11 */
BITCODE_3RD VPOINTZ; /* -r11 */
BITCODE_3RD VPOINTXALT; /* -r11 */
BITCODE_3RD VPOINTYALT; /* -r11 */
BITCODE_3RD VPOINTZALT; /* -r11 */
BITCODE_RS flag_3d; /* -r11 */
BITCODE_3BD UCSORG;
BITCODE_3BD UCSXDIR;
BITCODE_3BD UCSYDIR;
BITCODE_H UCSNAME; /*!< code 5, DXF 2 */
BITCODE_H UCSBASE; /*!< code 5, DXF 2 */
BITCODE_BS UCSORTHOVIEW;
BITCODE_H UCSORTHOREF; /*!< code 5, DXF 2 */
BITCODE_3BD UCSORGTOP;
BITCODE_3BD UCSORGBOTTOM;
BITCODE_3BD UCSORGLEFT;
BITCODE_3BD UCSORGRIGHT;
BITCODE_3BD UCSORGFRONT;
BITCODE_3BD UCSORGBACK;
BITCODE_TV DIMPOST;
BITCODE_TV DIMAPOST;
BITCODE_B DIMTOL;
BITCODE_B DIMLIM;
BITCODE_B DIMTIH;
BITCODE_B DIMTOH;
BITCODE_B DIMSE1;
BITCODE_B DIMSE2;
BITCODE_B DIMALT;
BITCODE_B DIMTOFL;
BITCODE_B DIMSAH;
BITCODE_B DIMTIX;
BITCODE_B DIMSOXD;
BITCODE_BS DIMALTD; /*!< r13-r14 only RC */
BITCODE_BS DIMZIN; /*!< r13-r14 only RC */
BITCODE_B DIMSD1;
BITCODE_B DIMSD2;
BITCODE_BS DIMTOLJ; /*!< r13-r14 only RC */
BITCODE_BS DIMJUST; /*!< r13-r14 only RC */
BITCODE_BS DIMFIT; /*!< r13-r14 only RC */
BITCODE_B DIMUPT;
BITCODE_BS DIMTZIN; /*!< r13-r14 only RC */
BITCODE_BS DIMTAD; /*!< r13-r14 only RC */
BITCODE_BS DIMUNIT;
BITCODE_BS DIMAUNIT;
BITCODE_BS DIMDEC;
BITCODE_BS DIMTDEC;
BITCODE_BS DIMALTU;
BITCODE_BS DIMALTTD;
BITCODE_H DIMTXSTY; /*!< code 5, DXF 7 */
BITCODE_BD DIMSCALE;
BITCODE_BD DIMARROW; /* r1.2-r1.4 */
BITCODE_BD DIMASZ;
BITCODE_BD DIMEXO;
BITCODE_BD DIMDLI;
BITCODE_BD DIMEXE;
BITCODE_BD DIMRND;
BITCODE_BD DIMDLE;
BITCODE_BD DIMTP;
BITCODE_BD DIMTM;
BITCODE_BD DIMFXL;
BITCODE_BD DIMJOGANG;
BITCODE_BS DIMTFILL;
BITCODE_CMC DIMTFILLCLR;
BITCODE_BS DIMAZIN;
BITCODE_BS DIMARCSYM;
BITCODE_BD DIMTXT;
BITCODE_BD DIMCEN;
BITCODE_BD DIMTSZ;
BITCODE_BD DIMALTF;
BITCODE_BD DIMLFAC;
BITCODE_BD DIMTVP;
BITCODE_BD DIMTFAC;
BITCODE_BD DIMGAP;
BITCODE_T DIMPOST_T; /* preR13 => handle */
BITCODE_T DIMAPOST_T;
BITCODE_T DIMBLK_T;
BITCODE_T DIMBLK1_T;
BITCODE_T DIMBLK2_T;
BITCODE_T unknown_string; /* r10-r11 */
BITCODE_BD DIMALTRND;
BITCODE_RS DIMCLRD_C; /* preR13 => CMC */
BITCODE_RS DIMCLRE_C;
BITCODE_RS DIMCLRT_C;
BITCODE_CMC DIMCLRD;
BITCODE_CMC DIMCLRE;
BITCODE_CMC DIMCLRT;
BITCODE_BS DIMADEC; /*!< r2000+ ... */
BITCODE_BS DIMFRAC;
BITCODE_BS DIMLUNIT;
BITCODE_BS DIMDSEP;
BITCODE_BS DIMTMOVE;
BITCODE_BS DIMALTZ; /*!< r13-r14 only RC */
BITCODE_BS DIMALTTZ; /*!< r13-r14 only RC */
BITCODE_BS DIMATFIT;
BITCODE_B DIMFXLON; /*!< r2007+ */
BITCODE_B DIMTXTDIRECTION; /*!< r2010+ */
BITCODE_BD DIMALTMZF; /*!< r2010+ */
BITCODE_T DIMALTMZS; /*!< r2010+ */
BITCODE_BD DIMMZF; /*!< r2010+ */
BITCODE_T DIMMZS; /*!< r2010+ */
/*BITCODE_H DIMTXSTY;*/ /*!< r2000+ */
BITCODE_H DIMLDRBLK; /*!< r2000+ code 5, DXF 1 */
BITCODE_H DIMBLK; /*!< r2000+ code 5, DXF 1 */
BITCODE_H DIMBLK1; /*!< r2000+ code 5, DXF 1 */
BITCODE_H DIMBLK2; /*!< r2000+ code 5, DXF 1 */
BITCODE_H DIMLTYPE; /*!< r2007+ code 5, DXF 6 */
BITCODE_H DIMLTEX1; /*!< r2007+ code 5, DXF 6 */
BITCODE_H DIMLTEX2; /*!< r2007+ code 5, DXF 6 */
BITCODE_BSd DIMLWD; /*!< r2000+ */
BITCODE_BSd DIMLWE; /*!< r2000+ */
BITCODE_H BLOCK_CONTROL_OBJECT; /*!< code 3 */
BITCODE_H LAYER_CONTROL_OBJECT; /*!< code 3 */
BITCODE_H STYLE_CONTROL_OBJECT; /*!< code 3 */
BITCODE_H LTYPE_CONTROL_OBJECT; /*!< code 3 */
BITCODE_H VIEW_CONTROL_OBJECT; /*!< code 3 */
BITCODE_H UCS_CONTROL_OBJECT; /*!< code 3 */
BITCODE_H VPORT_CONTROL_OBJECT; /*!< code 3 */
BITCODE_H APPID_CONTROL_OBJECT; /*!< code 3 */
BITCODE_H DIMSTYLE_CONTROL_OBJECT; /*!< code 3 */
BITCODE_H VX_CONTROL_OBJECT; /*!< r11-r2000 code 3 */
BITCODE_H DICTIONARY_ACAD_GROUP; /*!< code 5 */
BITCODE_H DICTIONARY_ACAD_MLINESTYLE; /*!< code 5 */
BITCODE_H DICTIONARY_NAMED_OBJECT; /*!< code 5, the "NOD" */
BITCODE_BS TSTACKALIGN; /*!< r2000+ */
BITCODE_BS TSTACKSIZE; /*!< r2000+ */
BITCODE_T HYPERLINKBASE; /*!< r2000+ */
BITCODE_TV STYLESHEET; /*!< r2000+ */
BITCODE_H DICTIONARY_LAYOUT; /*!< r2000+ code 5 */
BITCODE_H DICTIONARY_PLOTSETTINGS; /*!< r2000+ code 5 */
BITCODE_H DICTIONARY_PLOTSTYLENAME; /*!< r2000+ code 5 */
BITCODE_H DICTIONARY_MATERIAL; /*!< r2004+ code 5 */
BITCODE_H DICTIONARY_COLOR; /*!< r2004+ code 5 */
BITCODE_H DICTIONARY_VISUALSTYLE; /*!< r2007+ code 5 */
BITCODE_H DICTIONARY_LIGHTLIST; /*!< r2010+ code 5 ?? */
BITCODE_H unknown_20; /*!< r2013+ code 5 LIGHTLIST? */
BITCODE_BL FLAGS;
BITCODE_BSd CELWEIGHT; /*!< = FLAGS & 0x1f, see dxf_cvt_lweight() DXF 370 (int16) */
BITCODE_B ENDCAPS; /*!< = FLAGS & 0x60 */
BITCODE_B JOINSTYLE; /*!< = FLAGS & 0x180 */
BITCODE_B LWDISPLAY; /*!< = !(FLAGS & 0x200) */
BITCODE_B XEDIT; /*!< = !(FLAGS & 0x400) */
BITCODE_B EXTNAMES; /*!< = FLAGS & 0x800 */
BITCODE_B PSTYLEMODE; /*!< = FLAGS & 0x2000 */
BITCODE_B OLESTARTUP; /*!< = FLAGS & 0x4000 */
BITCODE_BS INSUNITS;
BITCODE_BS CEPSNTYPE;
BITCODE_H CPSNID; /*!< when CEPSNTYPE = 3, code 5 */
BITCODE_TV FINGERPRINTGUID;
BITCODE_TV VERSIONGUID;
BITCODE_RC SORTENTS;
BITCODE_RC INDEXCTL;
BITCODE_RC HIDETEXT;
BITCODE_RC XCLIPFRAME;
BITCODE_RC DIMASSOC;
BITCODE_RC HALOGAP;
BITCODE_BS OBSCOLOR;
BITCODE_BS INTERSECTIONCOLOR;
BITCODE_RC OBSLTYPE;
BITCODE_RC INTERSECTIONDISPLAY;
BITCODE_TV PROJECTNAME;
BITCODE_H BLOCK_RECORD_PSPACE; /*!< code 5 */
BITCODE_H BLOCK_RECORD_MSPACE; /*!< code 5 */
BITCODE_H LTYPE_BYLAYER; /*!< code 5 */
BITCODE_H LTYPE_BYBLOCK; /*!< code 5 */
BITCODE_H LTYPE_CONTINUOUS; /*!< code 5 */
BITCODE_B CAMERADISPLAY; /*!< r2007+ ... */
BITCODE_BL unknown_21;
BITCODE_BL unknown_22;
BITCODE_BD unknown_23;
BITCODE_BD STEPSPERSEC;
BITCODE_BD STEPSIZE;
BITCODE_BD _3DDWFPREC;
BITCODE_BD LENSLENGTH;
BITCODE_BD CAMERAHEIGHT;
BITCODE_RC SOLIDHIST;
BITCODE_RC SHOWHIST;
BITCODE_BD PSOLWIDTH;
BITCODE_BD PSOLHEIGHT;
BITCODE_BD LOFTANG1;
BITCODE_BD LOFTANG2;
BITCODE_BD LOFTMAG1;
BITCODE_BD LOFTMAG2;
BITCODE_BS LOFTPARAM;
BITCODE_RC LOFTNORMALS;
BITCODE_BD LATITUDE;
BITCODE_BD LONGITUDE;
BITCODE_BD NORTHDIRECTION;
BITCODE_BL TIMEZONE;
BITCODE_RC LIGHTGLYPHDISPLAY;
BITCODE_RC TILEMODELIGHTSYNCH;
BITCODE_RC DWFFRAME;
BITCODE_RC DGNFRAME;
BITCODE_B REALWORLDSCALE;
BITCODE_CMC INTERFERECOLOR;
BITCODE_H INTERFEREOBJVS; /*!< r2007+ code 5, DXF 345 VISUALSTYLE */
BITCODE_H INTERFEREVPVS; /*!< r2007+ code 5, DXF 346 VISUALSTYLE */
BITCODE_H DRAGVS; /*!< r2007+ code 5, DXF 349 VISUALSTYLE */
BITCODE_RC CSHADOW;
BITCODE_BD SHADOWPLANELOCATION;
BITCODE_BS unknown_54; /*!< r14+ ... optional */
BITCODE_BS unknown_55;
BITCODE_BS unknown_56;
BITCODE_BS unknown_57;
BITCODE_RL dwg_size; /* -r1.40 */
BITCODE_RS numentities; /* r2.0 - r10 */
BITCODE_RS circle_zoom; /* in percent, 0-100 */
BITCODE_BD FRONTZ;
BITCODE_BD BACKZ;
BITCODE_RC UCSICON;
BITCODE_RL oldCECOLOR_hi; /* r11, or RD */
BITCODE_RL oldCECOLOR_lo; /* r11 */
BITCODE_RS layer_colors[128]; /* r1.1 - r1.4 */
BITCODE_RS unknown_51e; /* r11 */
BITCODE_RS unknown_520; /* r11 */
BITCODE_RSd unknown_52c; /* r11 */
BITCODE_RS unknown_52e; /* r11 */
BITCODE_RC unknown_530; /* r11 */
BITCODE_RS unknown_59; /* r11 */
BITCODE_RD aspect_ratio; /* r11 */
} Dwg_Header_Variables;
/* OBJECTS *******************************************************************/
/**
UNUSED (0) entity. Unknown entities are stored as blob
*/
typedef int Dwg_Entity_UNUSED;
/** \ref Dwg_Entity_TEXT
TEXT (1/7) entity
*/
typedef struct _dwg_entity_TEXT
{
struct _dwg_object_entity *parent;
BITCODE_RC dataflags; /*!< r2000+. should be renamed to opts for r11 compat */
BITCODE_RD elevation; /*!< DXF 30 (z coord of 10), when dataflags & 1 */
BITCODE_2DPOINT ins_pt; /*!< DXF 10 */
BITCODE_2DPOINT alignment_pt; /*!< DXF 11. optional, when dataflags & 2, i.e 72/73 != 0 */
BITCODE_BE extrusion; /*!< DXF 210. Default 0,0,1 */
BITCODE_RD thickness; /*!< DXF 39 */
BITCODE_RD oblique_angle; /*!< DXF 51 */
BITCODE_RD rotation; /*!< DXF 50 */
BITCODE_RD height; /*!< DXF 40 */
BITCODE_RD width_factor; /*!< DXF 41 */
BITCODE_T text_value; /*!< DXF 1 */
BITCODE_BS generation; /*!< DXF 71 */
BITCODE_BS horiz_alignment; /*!< DXF 72. options 0-5:
0 = Left; 1= Center; 2 = Right; 3 = Aligned;
4 = Middle; 5 = Fit */
BITCODE_BS vert_alignment; /*!< DXF 73. options 0-3:
0 = Baseline; 1 = Bottom; 2 = Middle; 3 = Top */
BITCODE_H style; /*!< code 5, DXF 7, optional */
} Dwg_Entity_TEXT;
/**
* R2010+ Subclass of ATTRIB, ATTDEF, GEOPOSITIONMARKER
* See also MTEXTOBJECTCONTEXTDATA
*/
typedef struct _dwg_AcDbMTextObjectEmbedded
{
/* common fields */
BITCODE_BB entmode; /*<! DXF 70 */
BITCODE_BL num_reactors;
BITCODE_B has_ds_data;
BITCODE_CMC color;
BITCODE_B is_xdic_missing;
BITCODE_BD ltype_scale;
BITCODE_BB ltype_flags;
BITCODE_BB plotstyle_flags;
BITCODE_BB material_flags;
BITCODE_RC shadow_flags;
BITCODE_B has_full_visualstyle;
BITCODE_B has_face_visualstyle;
BITCODE_B has_edge_visualstyle;
BITCODE_BS invisible;
BITCODE_RC linewt;
BITCODE_H layer;
/* MTEXT fields. See there. */
BITCODE_3BD ins_pt; /*!< DXF 10 */
BITCODE_3BD extrusion; /*!< DXF 210 */
BITCODE_3BD x_axis_dir; /*!< DXF 11 */
BITCODE_BD rect_height; /*!< DXF 40 */
BITCODE_BD rect_width; /*!< DXF 41 */
BITCODE_BD text_height; /*!< DXF 40 */
BITCODE_BS attachment; /*<! DXF 71 */
BITCODE_BS flow_dir; /*!< DXF 72 */
BITCODE_BD extents_width; /*!< DXF 42 */
BITCODE_BD extents_height; /*!< DXF 43 */
BITCODE_T text; /*!< DXF 1 */
BITCODE_H style; /*!< DXF 7 */
BITCODE_BS linespace_style; /*!< DXF 73. r2000+ */
BITCODE_BD linespace_factor; /*!< DXF 44. r2000+ */
BITCODE_B unknown_b0; // always 0
BITCODE_BL bg_fill_flag; /*!< DXF 90. r2004+ */
BITCODE_BD bg_fill_scale; /*!< DXF 45. r2004+ */
BITCODE_CMC bg_fill_color; /*!< DXF 63. r2004+ */
BITCODE_BL bg_fill_trans; /*!< DXF 441. r2004+. unused */
BITCODE_B is_not_annotative; /*!< r2018+: */
BITCODE_BS class_version; /*!< always 0 */
BITCODE_B default_flag; /*!< DXF 70 */
BITCODE_H appid;
BITCODE_BL ignore_attachment;
BITCODE_BS column_type; /*!< DXF 71 0: none, 1: static, 2: dynamic. */
BITCODE_BL numfragments; /*!< DXF 72 if static */
BITCODE_BD column_width; /*!< DXF 44 */
BITCODE_BD gutter; /*!< DXF 45 */
BITCODE_B auto_height; /*!< DXF 73 */
BITCODE_B flow_reversed; /*!< DXF 74 */
BITCODE_BL num_column_heights;/*!< DXF 72 if dynamic and not auto_height */
BITCODE_BD *column_heights; /*!< DXF 46 */
} Dwg_AcDbMTextObjectEmbedded;
/** \ref Dwg_Entity_ATTRIB
ATTRIB (2/16) entity
*/
typedef struct _dwg_entity_ATTRIB
{
struct _dwg_object_entity *parent;
BITCODE_BD elevation;
BITCODE_2DPOINT ins_pt;
BITCODE_2DPOINT alignment_pt;
BITCODE_BE extrusion;
BITCODE_RD thickness;
BITCODE_RD oblique_angle;
BITCODE_RD rotation;
BITCODE_RD height;
BITCODE_RD width_factor;
BITCODE_T text_value;
BITCODE_BS generation;
BITCODE_BS horiz_alignment;
BITCODE_BS vert_alignment;
BITCODE_RC dataflags;
// AcDbAttributeDefinition
BITCODE_RC is_locked_in_block; /* R2007+ */
BITCODE_RC keep_duplicate_records; /* R2007+ */
BITCODE_T tag;
BITCODE_BS field_length;
BITCODE_RC flags; /* => HEADER.AFLAGS. bitmask of:
0 none
1 invisible, overridden by ATTDISP
2 constant, no prompt
4 verify on insert
8 preset, inserted only with its default values, not editable. */
BITCODE_B lock_position_flag; /* R2007+ */
BITCODE_H style;
BITCODE_RC mtext_type; /* R2018+ */
Dwg_AcDbMTextObjectEmbedded mtext;
BITCODE_B is_really_locked; /*<! DXF 70 */
BITCODE_BS annotative_data_size;/* R2018+ */
BITCODE_RC* annotative_data; /* R2018+ */
BITCODE_BS annotative_flag; /* R2018+ */
BITCODE_H annotative_style; /* R2018+ */
} Dwg_Entity_ATTRIB;
/** \ref Dwg_Entity_ATTDEF
ATTDEF (3/15) entity
*/
typedef struct _dwg_entity_ATTDEF
{
struct _dwg_object_entity *parent;
BITCODE_BD elevation;
BITCODE_2DPOINT ins_pt;
BITCODE_2DPOINT alignment_pt;
BITCODE_BE extrusion;
BITCODE_RD thickness;
BITCODE_RD oblique_angle;
BITCODE_RD rotation;
BITCODE_RD height;
BITCODE_RD width_factor;
BITCODE_T default_value;
BITCODE_BS generation;
BITCODE_BS horiz_alignment;
BITCODE_BS vert_alignment;
BITCODE_RC dataflags;
// AcDbAttributeDefinition
BITCODE_RC is_locked_in_block; /* R2007+ */
BITCODE_RC keep_duplicate_records; /* R2007+ */
BITCODE_T tag;
BITCODE_BS field_length;
BITCODE_RC flags; /* => HEADER.AFLAGS. bitmask of:
0 none
1 invisible, overridden by ATTDISP
2 constant, no prompt
4 verify on insert
8 preset, inserted only with its default values, not editable. */
BITCODE_B lock_position_flag; /* R2007+ */
BITCODE_H style;
BITCODE_RC mtext_type; /* R2018+ */
Dwg_AcDbMTextObjectEmbedded mtext;
BITCODE_B is_really_locked; /*<! DXF 70 */
BITCODE_BS annotative_data_size;/* R2018+ */
BITCODE_RC* annotative_data; /* R2018+ */
BITCODE_BS annotative_flag; /* R2018+ */
BITCODE_H annotative_style; /* R2018+ */
// BITCODE_BS num_secondary_atts; /* R2018+ TODO */
// BITCODE_H *secondary_atts;
BITCODE_T prompt;
} Dwg_Entity_ATTDEF;
/**
BLOCK (4/12) entity
*/
typedef struct _dwg_entity_BLOCK
{
struct _dwg_object_entity *parent;
BITCODE_T name; // DXF 2
BITCODE_T xref_pname; // DXF 3
BITCODE_2RD base_pt; // preR13 only
} Dwg_Entity_BLOCK;
/**
ENDBLK (5/13) entity
*/
typedef struct _dwg_entity_ENDBLK
{
struct _dwg_object_entity *parent;
} Dwg_Entity_ENDBLK;
/**
SEQEND (6/17) entity
*/
typedef struct _dwg_entity_SEQEND
{
struct _dwg_object_entity *parent;
BITCODE_RL begin_addr_r11;
} Dwg_Entity_SEQEND;
/**
INSERT (7/14) entity
*/
typedef struct _dwg_entity_INSERT
{
struct _dwg_object_entity *parent;
BITCODE_3DPOINT ins_pt;
BITCODE_BB scale_flag;
BITCODE_3DPOINT scale;
BITCODE_BD rotation;
BITCODE_BE extrusion;
BITCODE_B has_attribs;
BITCODE_BL num_owned;
BITCODE_H block_header; /* DXF 2 */
BITCODE_H first_attrib;
BITCODE_H last_attrib;
BITCODE_H* attribs;
BITCODE_H seqend;
BITCODE_RS num_cols; /* pre-R13 */
BITCODE_RS num_rows;
BITCODE_RD col_spacing;
BITCODE_RD row_spacing;
BITCODE_TV block_name; /* pre-R2.0 */
} Dwg_Entity_INSERT;
/**
MINSERT (8) entity
*/
typedef struct _dwg_entity_MINSERT
{
struct _dwg_object_entity *parent;
BITCODE_3DPOINT ins_pt;
BITCODE_BB scale_flag;
BITCODE_3DPOINT scale;
BITCODE_BD rotation;
BITCODE_BE extrusion;
BITCODE_B has_attribs;
BITCODE_BL num_owned;
BITCODE_BS num_cols;
BITCODE_BS num_rows;
BITCODE_BD col_spacing;
BITCODE_BD row_spacing;
BITCODE_H block_header;
BITCODE_H first_attrib;
BITCODE_H last_attrib;
BITCODE_H* attribs;
BITCODE_H seqend;
} Dwg_Entity_MINSERT;
/**
VERTEX_2D (10/20) entity
*/
typedef struct _dwg_entity_VERTEX_2D
{
struct _dwg_object_entity *parent;
BITCODE_RC flag; /*<! DXF 70 (see LOG_FLAG_VERTEX)
1: EXTRA_VERTEX
2: CURVE_FIT
8: SPLINE_FIT
16: SPLINE_FRAME_CONTROL_POINT
*/
BITCODE_3BD point;
BITCODE_BD start_width;
BITCODE_BD end_width;
BITCODE_BL id; /* R2010+ */
BITCODE_BD bulge;
BITCODE_BD tangent_dir;
} Dwg_Entity_VERTEX_2D;
/**
VERTEX_3D (11) entity
*/
typedef struct _dwg_entity_VERTEX_3D
{
struct _dwg_object_entity *parent;
BITCODE_RC flag; /*<! DXF 70 (see LOG_FLAG_VERTEX)
8: SPLINE_FIT
16: SPLINE_FRAME_CONTROL_POINT
32: 3D
64: MESH (AcDbPolyFaceMeshVertex)
*/
BITCODE_3BD point;
} Dwg_Entity_VERTEX_3D;
/**
VERTEX_MESH (12) - same as VERTEX_3D entity
flag: 64 (MESH)
*/
typedef Dwg_Entity_VERTEX_3D Dwg_Entity_VERTEX_MESH;
/**
VERTEX_PFACE (13) - same as VERTEX_3D entity
flag: 64 (MESH)
128 (PFACE_MESH)
*/
typedef Dwg_Entity_VERTEX_3D Dwg_Entity_VERTEX_PFACE;
/**
VERTEX_PFACE_FACE (14) entity
*/
typedef struct _dwg_entity_VERTEX_PFACE_FACE
{
struct _dwg_object_entity *parent;
BITCODE_RC flag;
BITCODE_BSd vertind[4];
} Dwg_Entity_VERTEX_PFACE_FACE;
#define COMMON_ENTITY_POLYLINE \
struct _dwg_object_entity *parent; \
BITCODE_B has_vertex; \
BITCODE_BL num_owned; \
BITCODE_H first_vertex; \
BITCODE_H last_vertex; \
BITCODE_H *vertex; \
BITCODE_H seqend
/**
2D POLYLINE (15/19) entity
*/
typedef struct _dwg_entity_POLYLINE_2D
{
COMMON_ENTITY_POLYLINE;
BITCODE_BS flag; /* 1: closed, 2: curve_fit, 4: spline_fit, 8: 3d, 0x10: 3dmesh,
0x20: mesh_closed_in_n, 0x40: polyface_mesh, 0x80: ltype_continuous */
BITCODE_BS curve_type;
BITCODE_BD start_width;
BITCODE_BD end_width;
BITCODE_BT thickness;
BITCODE_BD elevation;
BITCODE_BE extrusion;
BITCODE_BL extra_r11_size;
BITCODE_TV extra_r11_text;
BITCODE_BS num_m_verts; // sometime used in preR13, to delete
BITCODE_BS num_n_verts; // sometime used in preR13, to delete
} Dwg_Entity_POLYLINE_2D;
/**
3D POLYLINE (16/19) entity
*/
typedef struct _dwg_entity_POLYLINE_3D
{
COMMON_ENTITY_POLYLINE;
BITCODE_RC curve_type;
BITCODE_BD start_width;
BITCODE_BD end_width;
BITCODE_RC flag;
BITCODE_BE extrusion;
} Dwg_Entity_POLYLINE_3D;
/**
ARC (17/8) entity
*/
typedef struct _dwg_entity_ARC
{
struct _dwg_object_entity *parent;
BITCODE_3BD center;
BITCODE_BD radius;
BITCODE_BT thickness;
BITCODE_BE extrusion;
BITCODE_BD start_angle;
BITCODE_BD end_angle;
} Dwg_Entity_ARC;
/**
CIRCLE (18/3) entity
*/
typedef struct _dwg_entity_CIRCLE
{
struct _dwg_object_entity *parent;
BITCODE_3BD center;
BITCODE_BD radius;
BITCODE_BT thickness;
BITCODE_BE extrusion;
} Dwg_Entity_CIRCLE;
/**
LINE (19/1) entity
*/
typedef struct _dwg_entity_LINE
{
struct _dwg_object_entity *parent;
BITCODE_RC z_is_zero;
BITCODE_3BD start;
BITCODE_3BD end;
BITCODE_BT thickness;
BITCODE_BE extrusion;
BITCODE_2RD unknown_r11; // GH #586
} Dwg_Entity_LINE;
/**
* Macro for common DIMENSION declaration
*
* flag 70: value & 31: 0-6 denote the type, + bitmask 32-128.
* 0: linear, 1: aligned, 2: ang2ln, 3: diameter, 4: radius
* 5: ang3pt, 6: ordinate.
* 32: block (2) used by this dimension only.
* 64: if set, ordinate is type X, else ordinate is type Y.
* 128: non-default dimension text location
*/
#define DIMENSION_COMMON \
struct _dwg_object_entity *parent; \
BITCODE_RC class_version; /* R2010+ */ \
BITCODE_BE extrusion; \
BITCODE_3BD def_pt; \
BITCODE_2RD text_midpt; \
BITCODE_BD elevation; \
BITCODE_RC flag; /* calculated, DXF only 70 */ \
BITCODE_RC flag1; /* as in the DWG */ \
BITCODE_T user_text; \
BITCODE_BD text_rotation; \
BITCODE_BD horiz_dir; \
BITCODE_3BD_1 ins_scale; \
BITCODE_BD ins_rotation; \
BITCODE_BS attachment; \
BITCODE_BS lspace_style; \
BITCODE_BD lspace_factor; \
BITCODE_BD act_measurement; \
BITCODE_B unknown; \
BITCODE_B flip_arrow1; \
BITCODE_B flip_arrow2; \
BITCODE_2RD clone_ins_pt; \
BITCODE_H dimstyle; \
BITCODE_H block
typedef struct _dwg_DIMENSION_common
{
DIMENSION_COMMON;
} Dwg_DIMENSION_common;
/**
ordinate dimension - DIMENSION_ORDINATE (20) entity
*/
typedef struct _dwg_entity_DIMENSION_ORDINATE
{
DIMENSION_COMMON;
BITCODE_3BD feature_location_pt;
BITCODE_3BD leader_endpt;
BITCODE_RC flag2; // use_x_axis
} Dwg_Entity_DIMENSION_ORDINATE;
/**
linear dimension - DIMENSION_LINEAR (21/23) entity
*/
typedef struct _dwg_entity_DIMENSION_LINEAR
{
DIMENSION_COMMON;
BITCODE_3BD xline1_pt;
BITCODE_3BD xline2_pt;
BITCODE_BD oblique_angle;
BITCODE_BD dim_rotation;
} Dwg_Entity_DIMENSION_LINEAR;
/**
aligned dimension - DIMENSION_ALIGNED (22) entity
*/
typedef struct _dwg_entity_DIMENSION_ALIGNED
{
DIMENSION_COMMON;
BITCODE_3BD xline1_pt;
BITCODE_3BD xline2_pt;
BITCODE_BD oblique_angle;
} Dwg_Entity_DIMENSION_ALIGNED;
/**
angular 3pt dimension - DIMENSION_ANG3PT (23) entity
*/
typedef struct _dwg_entity_DIMENSION_ANG3PT
{
DIMENSION_COMMON;
BITCODE_3BD xline1_pt;
BITCODE_3BD xline2_pt;
BITCODE_3BD center_pt;
BITCODE_3RD xline2end_pt; // preR13 only, DXF 16
} Dwg_Entity_DIMENSION_ANG3PT;
/**
angular 2 line dimension - DIMENSION_ANG2LN (24) entity
*/
typedef struct _dwg_entity_DIMENSION_ANG2LN
{
DIMENSION_COMMON;
BITCODE_3BD xline1start_pt;
BITCODE_3BD xline1end_pt;
BITCODE_3BD xline2start_pt;
BITCODE_3BD xline2end_pt;
} Dwg_Entity_DIMENSION_ANG2LN;
/**
radius dimension - DIMENSION_RADIUS (25) entity
*/
typedef struct _dwg_entity_DIMENSION_RADIUS
{
DIMENSION_COMMON;
BITCODE_3BD first_arc_pt; /*!< DXF 15 */
BITCODE_BD leader_len; /*!< DXF 40 */
} Dwg_Entity_DIMENSION_RADIUS;
/**
diameter dimension - DIMENSION_DIAMETER (26) entity
*/
typedef struct _dwg_entity_DIMENSION_DIAMETER
{
DIMENSION_COMMON; /* DXF 10 def_pt = = far_chord_pt */
BITCODE_3BD first_arc_pt; /*!< DXF 15 */
BITCODE_BD leader_len; /*!< DXF 40 */
} Dwg_Entity_DIMENSION_DIAMETER;
/**
arc dimension - ARC_DIMENSION (varies) entity
*/
typedef struct _dwg_entity_ARC_DIMENSION
{
DIMENSION_COMMON;
BITCODE_3BD xline1_pt; /* DXF 13 */
BITCODE_3BD xline2_pt; /* DXF 14 */
BITCODE_3BD center_pt; /* DXF 15 */
BITCODE_B is_partial; /* DXF 70 */
BITCODE_BD arc_start_param; /* DXF 40 */
BITCODE_BD arc_end_param; /* DXF 41 */
BITCODE_B has_leader; /* DXF 71 */
BITCODE_3BD leader1_pt; /* DXF 16 */
BITCODE_3BD leader2_pt; /* DXF 17 */
} Dwg_Entity_ARC_DIMENSION;
/**
jogged radius dimension - LARGE_RADIAL_DIMENSION (varies) entity
*/
typedef struct _dwg_entity_LARGE_RADIAL_DIMENSION
{
DIMENSION_COMMON;
BITCODE_BD jog_angle; /*!< DXF 40 */
BITCODE_3BD jog_pt; /*!< DXF 13-33 */
BITCODE_3BD ovr_center; /*!< DXF 14-34 Overridden center */
BITCODE_3BD chord_pt; /*!< DXF 15-35 */
} Dwg_Entity_LARGE_RADIAL_DIMENSION;
/**
Struct for: POINT (27/2)
*/
typedef struct _dwg_entity_POINT
{
struct _dwg_object_entity *parent;
BITCODE_BD x;
BITCODE_BD y;
BITCODE_BD z;
BITCODE_BT thickness;
BITCODE_BE extrusion;
BITCODE_BD x_ang;
} Dwg_Entity_POINT;
/**
Struct for: 3D FACE (28/22)
*/
typedef struct _dwg_entity_3DFACE
{
struct _dwg_object_entity *parent;
BITCODE_B has_no_flags;
BITCODE_B z_is_zero;
BITCODE_3BD corner1;
BITCODE_3BD corner2;
BITCODE_3BD corner3;
BITCODE_3BD corner4;
BITCODE_BS invis_flags;
} Dwg_Entity__3DFACE;
/**
Struct for: POLYLINE (PFACE) (29)
*/
typedef struct _dwg_entity_POLYLINE_PFACE
{
COMMON_ENTITY_POLYLINE;
BITCODE_BS flag;
BITCODE_BS numverts;
BITCODE_BS numfaces;
} Dwg_Entity_POLYLINE_PFACE;
/**
Struct for: POLYLINE (MESH) (30)
*/
typedef struct _dwg_entity_POLYLINE_MESH
{
COMMON_ENTITY_POLYLINE;
BITCODE_BS flag;
BITCODE_BS curve_type;
BITCODE_BS num_m_verts;
BITCODE_BS num_n_verts;
BITCODE_BS m_density;
BITCODE_BS n_density;
} Dwg_Entity_POLYLINE_MESH;
/**
Struct for: SOLID (31/11)
*/
typedef struct _dwg_entity_SOLID
{
struct _dwg_object_entity *parent;
BITCODE_BT thickness;
BITCODE_BD elevation;
BITCODE_2RD corner1;
BITCODE_2RD corner2;
BITCODE_2RD corner3;
BITCODE_2RD corner4;
BITCODE_BE extrusion;
} Dwg_Entity_SOLID;
/**
Struct for: TRACE (32/9)
*/
typedef struct _dwg_entity_TRACE
{
struct _dwg_object_entity *parent;
BITCODE_BT thickness;
BITCODE_BD elevation;
BITCODE_2RD corner1;
BITCODE_2RD corner2;
BITCODE_2RD corner3;
BITCODE_2RD corner4;
BITCODE_BE extrusion;
} Dwg_Entity_TRACE;
/**
Struct for: SHAPE (33/4)
*/
typedef struct _dwg_entity_SHAPE
{
struct _dwg_object_entity *parent;
BITCODE_3BD ins_pt; // DXF 10-30
BITCODE_BD scale; // DXF 40
BITCODE_BD rotation; // DXF 50
BITCODE_BD width_factor; // DXF 41
BITCODE_BD oblique_angle;// DXF 51
BITCODE_BD thickness; // DXF 39
BITCODE_BS style_id; // DXF 2, STYLE index in dwg to SHAPEFILE
BITCODE_BE extrusion; // DXF 210
BITCODE_H style;
} Dwg_Entity_SHAPE;
/**
Struct for: VIEWPORT ENTITY (34/24)
*/
typedef struct _dwg_entity_VIEWPORT
{
struct _dwg_object_entity *parent;
BITCODE_3BD center;
BITCODE_BD width;
BITCODE_BD height;
BITCODE_RS on_off; /* DXF 68, -1 should be accepted also */
BITCODE_RS id; /* DXF 69 */
BITCODE_3BD view_target;
BITCODE_3BD VIEWDIR;
BITCODE_BD VIEWTWIST;
BITCODE_BD VIEWSIZE; // the height
BITCODE_BD LENSLENGTH;
BITCODE_BD FRONTZ;
BITCODE_BD BACKZ;
BITCODE_BD SNAPANG;
BITCODE_2RD VIEWCTR;
BITCODE_2RD SNAPBASE;
BITCODE_2RD SNAPUNIT;
BITCODE_2RD GRIDUNIT;
BITCODE_BS circle_zoom;
BITCODE_BS grid_major;
BITCODE_BL num_frozen_layers;
BITCODE_BL status_flag;
BITCODE_TV style_sheet;
BITCODE_RC render_mode;
BITCODE_B ucs_at_origin;
BITCODE_B UCSVP;
BITCODE_3BD ucsorg;
BITCODE_3BD ucsxdir;
BITCODE_3BD ucsydir;
BITCODE_BD ucs_elevation;
BITCODE_BS UCSORTHOVIEW;
BITCODE_BS shadeplot_mode;
BITCODE_B use_default_lights;
BITCODE_RC default_lighting_type;
BITCODE_BD brightness;
BITCODE_BD contrast;
BITCODE_CMC ambient_color;
BITCODE_H vport_entity_header;
BITCODE_H *frozen_layers;
BITCODE_H clip_boundary;
BITCODE_H named_ucs;
BITCODE_H base_ucs;
BITCODE_H background;
BITCODE_H visualstyle;
BITCODE_H shadeplot;
BITCODE_H sun;
} Dwg_Entity_VIEWPORT;
/**
ELLIPSE (35) entity
*/
typedef struct _dwg_entity_ELLIPSE
{
struct _dwg_object_entity *parent;
BITCODE_3BD center; /* DXF 10 */
BITCODE_3BD sm_axis; /* DXF 11, major axis */
BITCODE_BE extrusion; /* DXF 210, the normal */
BITCODE_BD axis_ratio; /* DXF 40, i.e RadiusRatio, minor radius / major radius */
BITCODE_BD start_angle;/* DXF 41, default 0 */
BITCODE_BD end_angle; /* DXF 42, default 2*PI */
} Dwg_Entity_ELLIPSE;
/**
spline - SPLINE (36) entity
*/
typedef struct _dwg_SPLINE_control_point
{
struct _dwg_entity_SPLINE *parent;
double x;
double y;
double z;
double w;
} Dwg_SPLINE_control_point;
enum
{
SPLINETYPE_QUADRATIC = 5, // degree==2
SPLINETYPE_CUBIC = 6, // default. degree==3
};
enum
{
SPLINE_SCENARIO_SPLINE = 1,
SPLINE_SCENARIO_BEZIER = 2,
};
enum
{ /* 2013+ */
SPLINE_SPLINEFLAGS_METHOD_FIT_POINTS = 1,
SPLINE_SPLINEFLAGS_CV_FRAME_SHOW = 2,
SPLINE_SPLINEFLAGS_CLOSED = 4,
};
enum
{ /* 2013+ */
SPLINE_KNOTPARAM_CHORD = 0,
SPLINE_KNOTPARAM_SQUARE_ROOT = 1,
SPLINE_KNOTPARAM_UNIFORM = 2,
SPLINE_KNOTPARAM_CUSTOM = 15
};
typedef struct _dwg_entity_SPLINE
{
struct _dwg_object_entity *parent;
BITCODE_RS flag; /* computed */
BITCODE_BS scenario; /* 1 spline, 2 bezier */
BITCODE_BS degree; /* 2 quadratic, 3 cubic */
BITCODE_BL splineflags; /* 2013+: method fit points = 1, CV frame show = 2, closed = 4 */
BITCODE_BL knotparam; /* 2013+: Chord = 0, Square root = 1, Uniform = 2, Custom = 15 */
BITCODE_BD fit_tol;
BITCODE_3BD beg_tan_vec;
BITCODE_3BD end_tan_vec;
BITCODE_B closed_b; /* bit 0 of 70 */
BITCODE_B periodic; /* bit 1 of 70 */
BITCODE_B rational; /* bit 2 of 70 */
BITCODE_B weighted; /* bit 4 of 70 */
BITCODE_BD knot_tol;
BITCODE_BD ctrl_tol;
BITCODE_BS num_fit_pts;
BITCODE_3DPOINT* fit_pts;
BITCODE_BL num_knots;
BITCODE_BD* knots;
BITCODE_BL num_ctrl_pts;
Dwg_SPLINE_control_point* ctrl_pts;
} Dwg_Entity_SPLINE;
/**
3DSOLID (38) entity
*/
#define Dwg_Entity_3DSOLID Dwg_Entity__3DSOLID
typedef struct _dwg_3DSOLID_wire
{
struct _dwg_entity_3DSOLID *parent;
BITCODE_RC type;
BITCODE_BLd selection_marker;
BITCODE_BL color;
BITCODE_BLd acis_index;
BITCODE_BL num_points;
BITCODE_3BD* points;
BITCODE_B transform_present;
BITCODE_3BD axis_x;
BITCODE_3BD axis_y;
BITCODE_3BD axis_z;
BITCODE_3BD translation;
BITCODE_3BD scale;
BITCODE_B has_rotation;
BITCODE_B has_reflection;
BITCODE_B has_shear;
} Dwg_3DSOLID_wire;
typedef struct _dwg_3DSOLID_silhouette
{
struct _dwg_entity_3DSOLID *parent;
BITCODE_BL vp_id;
BITCODE_3BD vp_target;
BITCODE_3BD vp_dir_from_target;
BITCODE_3BD vp_up_dir;
BITCODE_B vp_perspective;
BITCODE_B has_wires;
BITCODE_BL num_wires;
Dwg_3DSOLID_wire * wires;
} Dwg_3DSOLID_silhouette;
typedef struct _dwg_3DSOLID_material
{
struct _dwg_entity_3DSOLID *parent;
BITCODE_BL array_index;
BITCODE_BL mat_absref;
BITCODE_H material_handle; /* code 5 */
} Dwg_3DSOLID_material;
#define _3DSOLID_FIELDS \
BITCODE_B acis_empty; \
BITCODE_B unknown; \
BITCODE_BS version; \
BITCODE_BL num_blocks; \
BITCODE_BL* block_size; \
char** encr_sat_data; \
BITCODE_BL sab_size; \
BITCODE_RC* acis_data; /* The decrypted SAT v1 or the SAB v2 stream */ \
BITCODE_B wireframe_data_present; \
BITCODE_B point_present; \
BITCODE_3BD point; \
BITCODE_BL isolines; /* i.e. wires */ \
BITCODE_B isoline_present; /* ie. has_wires */ \
BITCODE_BL num_wires; \
Dwg_3DSOLID_wire * wires; \
BITCODE_BL num_silhouettes; \
Dwg_3DSOLID_silhouette * silhouettes; \
BITCODE_B _dxf_sab_converted; /* internally calculated */ \
BITCODE_B acis_empty2; \
struct _dwg_entity_3DSOLID* extra_acis_data; \
BITCODE_BL num_materials; \
Dwg_3DSOLID_material *materials; \
BITCODE_RC revision_guid[39]; \
BITCODE_BL revision_major; \
BITCODE_BS revision_minor1; \
BITCODE_BS revision_minor2; \
BITCODE_RC revision_bytes[9]; \
BITCODE_BL end_marker; \
BITCODE_H history_id; \
BITCODE_B has_revision_guid; \
BITCODE_B acis_empty_bit
typedef struct _dwg_entity_3DSOLID
{
struct _dwg_object_entity *parent;
_3DSOLID_FIELDS;
#if 0
BITCODE_B acis_empty; /*!< no DXF */
BITCODE_B unknown;
BITCODE_BS version; /*!< DXF 70 Modeler format version =1*/
BITCODE_BL num_blocks;
BITCODE_BL* block_size;
char** encr_sat_data; /*!< DXF 1, the encrypted SAT data */
BITCODE_RC* acis_data; /*!< decrypted SAT data */
BITCODE_B wireframe_data_present;
BITCODE_B point_present;
BITCODE_3BD point;
BITCODE_BL num_isolines;
BITCODE_B isoline_present;
BITCODE_BL num_wires;
Dwg_3DSOLID_wire * wires;
BITCODE_BL num_silhouettes;
Dwg_3DSOLID_silhouette * silhouettes;
BITCODE_B acis_empty2;
struct _dwg_entity_3DSOLID* extra_acis_data;/* is it the best approach? */
BITCODE_BL unknown_2007;
BITCODE_H history_id;
BITCODE_B acis_empty_bit;
#endif
} Dwg_Entity__3DSOLID;
/**
REGION (37) entity
*/
typedef Dwg_Entity__3DSOLID Dwg_Entity_REGION;
/**
BODY (39) entity
*/
typedef Dwg_Entity__3DSOLID Dwg_Entity_BODY;
/**
ray - RAY (40) entity
*/
typedef struct _dwg_entity_RAY
{
struct _dwg_object_entity *parent;
BITCODE_3BD point; /*!< DXF 10 */
BITCODE_3BD vector; /*!< DXF 11 */
} Dwg_Entity_RAY;
/**
XLINE (41) entity
*/
typedef Dwg_Entity_RAY Dwg_Entity_XLINE;
/**
DICTIONARY (42)
This structure is used for all the new tables.
Beware: Keep same offsets as DICTIONARYWDFLT
*/
typedef struct _dwg_object_DICTIONARY
{
struct _dwg_object_object *parent;
BITCODE_BL numitems; /*!< no DXF */
BITCODE_RC is_hardowner;/*!< DXF 280 */
BITCODE_BS cloning; /*!< DXF 281, ie merge_style */
BITCODE_T* texts; /*!< DXF 3 */
BITCODE_H* itemhandles; /*!< DXF 350/360, pairwise with texts */
} Dwg_Object_DICTIONARY;
/**
Class DICTIONARYWDFLT (varies)
*/
typedef struct _dwg_object_DICTIONARYWDFLT
{
struct _dwg_object_object *parent;
BITCODE_BL numitems; /*!< no DXF */
BITCODE_RC is_hardowner;/*!< DXF 280 */
BITCODE_BS cloning; /*!< DXF 281, ie merge_style */
BITCODE_T* texts; /*!< DXF 3 */
BITCODE_H* itemhandles; /*!< DXF 350/360, pairwise with texts */
BITCODE_H defaultid;
} Dwg_Object_DICTIONARYWDFLT;
/**
OLEFRAME (43) entity
(replaced by OLE2FRAME (74) later)
*/
typedef struct _dwg_entity_OLEFRAME
{
struct _dwg_object_entity *parent;
BITCODE_BS flag;
BITCODE_BS mode;
BITCODE_BL data_size;
BITCODE_TF data;
} Dwg_Entity_OLEFRAME;
/**
MTEXT (44) entity
*/
typedef struct _dwg_entity_MTEXT
{
struct _dwg_object_entity *parent;
BITCODE_3BD ins_pt; /*!< DXF 10 */
BITCODE_BE extrusion; /*!< DXF 210 */
BITCODE_3BD x_axis_dir; /*!< DXF 11, defines the rotation */
BITCODE_BD rect_height; /*!< no DXF */
BITCODE_BD rect_width; /*!< DXF 41 */
BITCODE_BD text_height; /*!< DXF 40 >= 0.0 */
BITCODE_BS attachment; /*!< DXF 71.
1 = Top left, 2 = Top center, 3 = Top
right, 4 = Middle left, 5 = Middle
center, 6 = Middle right, 7 = Bottom
left, 8 = Bottom center, 9 = Bottom
right */
BITCODE_BS flow_dir; /*!< DXF 72.
1 = Left to right, 3 = Top to bottom,
5 = By style (the flow direction is inherited
from the associated text style) */
BITCODE_BD extents_width; /*!< DXF 42 */
BITCODE_BD extents_height; /*!< DXF 43 the actual height */
BITCODE_T text; /*!< DXF 1 */
BITCODE_H style; /*!< DXF 7 */
BITCODE_BS linespace_style; /*!< DXF 73. r2000+ */
BITCODE_BD linespace_factor;/*!< DXF 44. r2000+. Mtext line spacing factor (optional):
Percentage of default (3-on-5) line spacing to
be applied. Valid values range from 0.25 to 4.00 */
BITCODE_B unknown_b0; // always 0
BITCODE_BL bg_fill_flag; /*!< DXF 90. r2004+
0 = Background fill off,
1 = Use background fill color,
2 = Use drawing window color as background fill color.
16 = textframe (r2018+) */
BITCODE_BD bg_fill_scale; /*!< DXF 45. r2004+
margin around the text. */
BITCODE_CMC bg_fill_color; /*!< DXF 63. r2004+. on bg_fill_flag==1 */
BITCODE_BL bg_fill_trans; /*!< DXF 441. r2004+. unused */
BITCODE_B is_not_annotative; /*!< r2018+: */
BITCODE_BS class_version; /*!< always 0 */
BITCODE_B default_flag; /*!< DXF 70. default true */
BITCODE_H appid;
BITCODE_BL ignore_attachment; /*!< redundant copy, not BS */
BITCODE_BS column_type; /*!< DXF 71 0: none, 1: static, 2: dynamic. */
BITCODE_BL numfragments; /*!< DXF 72 if static */
BITCODE_BD column_width; /*!< DXF 44 */
BITCODE_BD gutter; /*!< DXF 45 */
BITCODE_B auto_height; /*!< DXF 73 */
BITCODE_B flow_reversed; /*!< DXF 74 */
BITCODE_BL num_column_heights; /*!< DXF 72 if dynamic and not auto_height */
BITCODE_BD *column_heights; /*!< DXF 46 */
} Dwg_Entity_MTEXT;
/**
LEADER (45) entity
*/
typedef struct _dwg_entity_LEADER
{
struct _dwg_object_entity *parent;
BITCODE_B unknown_bit_1; /* always seems to be zero */
BITCODE_BS path_type; /*< DXF(72) 0: line, 1: spline (oda bug) */
BITCODE_BS annot_type; /*< DXF(73) 0: text, 1: tol, 2: insert, 3 (def): none */
BITCODE_BL num_points; /*< DXF(76) */
BITCODE_3DPOINT* points; /*< DXF(10) */
BITCODE_3DPOINT origin;
BITCODE_BE extrusion;
BITCODE_3DPOINT x_direction; /*< DXF(211) */
BITCODE_3DPOINT inspt_offset; /*< DXF(212) */
BITCODE_3DPOINT endptproj; /* DXF(213) R_13c3-R_2007 */
BITCODE_BD dimgap; /* R_13-R_14 only */
BITCODE_BD box_height; /*< DXF(40) */
BITCODE_BD box_width; /*< DXF(41) */
BITCODE_B hookline_dir; /* if hook line is on x direction */
BITCODE_B hookline_on; /*< DXF(75) computed from arrowhead_type & 8 */
BITCODE_B arrowhead_on;
BITCODE_BS arrowhead_type;
BITCODE_BD dimasz;
BITCODE_B unknown_bit_2;
BITCODE_B unknown_bit_3;
BITCODE_BS unknown_short_1;
BITCODE_BS byblock_color;
BITCODE_B unknown_bit_4;
BITCODE_B unknown_bit_5;
BITCODE_H associated_annotation; /* DXF 340 Hard reference to associated annotation (mtext, tolerance, or insert entity) */
BITCODE_H dimstyle;
} Dwg_Entity_LEADER;
/**
TOLERANCE (46) entity
See https://docs.intellicad.org/files/oda/2021_11/oda_drawings_docs/db_fcf.html
for special {\F symbols in the text_value
*/
typedef struct _dwg_entity_TOLERANCE
{
struct _dwg_object_entity *parent;
BITCODE_BS unknown_short;
BITCODE_BD height;
BITCODE_BD dimgap;
BITCODE_3BD ins_pt;
BITCODE_3BD x_direction;
BITCODE_BE extrusion;
BITCODE_T text_value;
BITCODE_H dimstyle;
} Dwg_Entity_TOLERANCE;
/**
MLINE (47) entity
*/
typedef struct _dwg_MLINE_line
{
struct _dwg_MLINE_vertex *parent;
BITCODE_BS num_segparms;
BITCODE_BD * segparms;
BITCODE_BS num_areafillparms;
BITCODE_BD* areafillparms;
} Dwg_MLINE_line;
typedef struct _dwg_MLINE_vertex
{
struct _dwg_entity_MLINE *parent;
BITCODE_3BD vertex;
BITCODE_3BD vertex_direction;
BITCODE_3BD miter_direction;
BITCODE_RC num_lines;
Dwg_MLINE_line* lines;
} Dwg_MLINE_vertex;
typedef struct _dwg_entity_MLINE
{
struct _dwg_object_entity *parent;
BITCODE_BD scale;
BITCODE_RC justification;
BITCODE_3BD base_point;
BITCODE_BE extrusion;
BITCODE_BS flags;
BITCODE_RC num_lines; /* Linesinstyle */
BITCODE_BS num_verts;
Dwg_MLINE_vertex* verts;
BITCODE_H mlinestyle;
} Dwg_Entity_MLINE;
#define COMMON_TABLE_CONTROL_FIELDS \
struct _dwg_object_object *parent; \
BITCODE_BS num_entries; \
BITCODE_H* entries; \
BITCODE_RS flags_r11
// table entries may be imported from xref's
#define COMMON_TABLE_FIELDS \
struct _dwg_object_object *parent; \
BITCODE_RC flag; \
BITCODE_T name; \
BITCODE_RSd used; \
/* may be referenced by xref: */ \
BITCODE_B is_xref_ref; \
/* is a xref reference: */ \
BITCODE_BS is_xref_resolved; /* 0 or 256 */ \
/* is dependent on xref: */ \
BITCODE_B is_xref_dep; \
BITCODE_H xref
/**
BLOCK_CONTROL (48) object, table header
*/
typedef struct _dwg_object_BLOCK_CONTROL
{
COMMON_TABLE_CONTROL_FIELDS;
BITCODE_H model_space;
BITCODE_H paper_space;
} Dwg_Object_BLOCK_CONTROL;
/**
BLOCK_HEADER (49/T1) object, table entry
*/
typedef struct _dwg_object_BLOCK_HEADER
{
COMMON_TABLE_FIELDS;
BITCODE_BL __iterator;
BITCODE_B anonymous; /* flag 70 bit 1 */
BITCODE_B hasattrs; /* flag 70 bit 2 */
BITCODE_B blkisxref; /* flag 70 bit 3 */
BITCODE_B xrefoverlaid; /* flag 70 bit 4 */
BITCODE_B xref_loaded; /* flag 70 bit 6 */
BITCODE_BL num_owned;
BITCODE_3DPOINT base_pt;
BITCODE_TV xref_pname;
BITCODE_RL num_inserts;
BITCODE_TV description;
BITCODE_BL preview_size; /* no DXF. BLL? */
BITCODE_TF preview; /* DXF 310. Called PreviewIcon */
BITCODE_BS insert_units;
BITCODE_B explodable;
BITCODE_RC block_scaling;
BITCODE_H block_entity;
BITCODE_H first_entity;
BITCODE_H last_entity;
BITCODE_H* entities;
BITCODE_H endblk_entity;
BITCODE_H* inserts;
BITCODE_H layout;
BITCODE_RS flag2; /* preR13 */
BITCODE_RC unknown_r11;
BITCODE_RL block_offset_r11;
} Dwg_Object_BLOCK_HEADER;
/**
LAYER_CONTROL (50) object, table header
*/
typedef struct _dwg_object_LAYER_CONTROL
{
COMMON_TABLE_CONTROL_FIELDS;
} Dwg_Object_LAYER_CONTROL;
/**
LAYER (51/T2) object, table entry
*/
typedef struct _dwg_object_LAYER
{
/*<! flag0 DWG r2000+
1: frozen
2: off
4: frozen_in_new
8: locked
16: plotflag
bits 6-10: linewt
*/
COMMON_TABLE_FIELDS;
BITCODE_BS flag0; /* The DWG variant of 70, flag is for DXF */
BITCODE_B frozen;
BITCODE_B off;
BITCODE_B frozen_in_new;
BITCODE_B locked;
BITCODE_B plotflag; /* DXF 290 (optional) */
BITCODE_RC linewt;
BITCODE_CMC color;
BITCODE_H plotstyle; /* DXF 390 */
BITCODE_H material; /* DXF 347 */
BITCODE_H ltype; /* DXF 6 */
BITCODE_H visualstyle; /* DXF 348 */
} Dwg_Object_LAYER;
/**
STYLE_CONTROL (52) object, table header
*/
typedef struct _dwg_object_STYLE_CONTROL
{
COMMON_TABLE_CONTROL_FIELDS;
} Dwg_Object_STYLE_CONTROL;
/**
STYLE (53/T3) object, table entry.
TextStyleTableRecord. Some call it SHAPEFILE.
*/
typedef struct _dwg_object_STYLE
{
/*<! flag DXF 70:
1: is_vertical
2: is_upsidedown
4: is_shape
8: underlined
16: overlined (0x10)
32: is_shx
64: pre_loaded (0x40)
128: is_backward (0x80)
256: shape_loaded (0x100)
512: is_striked (0x200)
*/
COMMON_TABLE_FIELDS;
BITCODE_B is_shape;
BITCODE_B is_vertical;
BITCODE_BD text_size;
BITCODE_BD width_factor;
BITCODE_BD oblique_angle;
BITCODE_RC generation;
BITCODE_BD last_height;
BITCODE_T font_file;
BITCODE_T bigfont_file;
} Dwg_Object_STYLE;
/* 54 and 55 are UNKNOWN OBJECTS */
/**
LTYPE_CONTROL (56) object, table header
*/
typedef struct _dwg_object_LTYPE_CONTROL
{
COMMON_TABLE_CONTROL_FIELDS;
BITCODE_H bylayer;
BITCODE_H byblock;
} Dwg_Object_LTYPE_CONTROL;
/**
LTYPE (57/T4) object, table entry
*/
typedef struct _dwg_LTYPE_dash {
struct _dwg_object_LTYPE *parent;
BITCODE_BD length;
BITCODE_BS complex_shapecode; /* on shape_flag 2: shape number.
4: index into strings_area. */
BITCODE_H style;
BITCODE_RD x_offset;
BITCODE_RD y_offset;
BITCODE_BD scale;
BITCODE_BD rotation;
BITCODE_BS shape_flag; /* 1: text rotated 0, 2: complex_shapecode is index,
4: complex_shapecode is index into strings_area. */
BITCODE_T text; /* DXF 9, only if shape_flag & 2. e.g. GAS_LINE */
} Dwg_LTYPE_dash;
typedef struct _dwg_object_LTYPE
{
COMMON_TABLE_FIELDS;
BITCODE_TV description;
BITCODE_BD pattern_len;
BITCODE_RC alignment;
BITCODE_RC numdashes; // can be 0 in r11, even with 12 entries
// could be made a union if we care
Dwg_LTYPE_dash* dashes;
BITCODE_RD dashes_r11[12];
BITCODE_B has_strings_area; /* if some shape_flag & 4 (ODA bug) */
BITCODE_TF strings_area; /* 256 or 512 byte since r2007 */
BITCODE_RC unknown_r11;
} Dwg_Object_LTYPE;
/* 58 and 59 are UNKNOWN OBJECTS */
/**
VIEW_CONTROL (60) object, table header
*/
typedef struct _dwg_object_VIEW_CONTROL
{
COMMON_TABLE_CONTROL_FIELDS;
} Dwg_Object_VIEW_CONTROL;
/**
VIEW (61/T5) object, table entry
*/
typedef struct _dwg_object_VIEW
{
COMMON_TABLE_FIELDS;
// AbstractViewTableRecord
BITCODE_BD VIEWSIZE;
BITCODE_BD view_width;
BITCODE_BD aspect_ratio;
// ViInfo
BITCODE_2RD VIEWCTR;
BITCODE_3BD view_target;
BITCODE_3BD VIEWDIR;
BITCODE_BD VIEWTWIST;
BITCODE_BD LENSLENGTH;
BITCODE_BD FRONTZ;
BITCODE_BD BACKZ;
BITCODE_4BITS VIEWMODE; // DXF 71. 0: perspective, 1: front_clip_on, 2: back_clip_on, 3: front_clip_at_eye_on
BITCODE_RC render_mode;
BITCODE_B use_default_lights;
BITCODE_RC default_lightning_type;
BITCODE_BD brightness;
BITCODE_BD contrast;
BITCODE_CMC ambient_color;
// ViewTableRecord
BITCODE_B is_pspace;
BITCODE_B associated_ucs;
BITCODE_3BD ucsorg;
BITCODE_3BD ucsxdir;
BITCODE_3BD ucsydir;
BITCODE_BD ucs_elevation;
BITCODE_BS UCSORTHOVIEW;
BITCODE_B is_camera_plottable;
BITCODE_H background;
BITCODE_H visualstyle;
BITCODE_H sun;
BITCODE_H base_ucs;
BITCODE_H named_ucs;
BITCODE_H livesection;
BITCODE_RS flag_3d;
BITCODE_RC unknown_r2;
BITCODE_RC unknown_r11;
} Dwg_Object_VIEW;
/**
UCS_CONTROL (62) object, table header
*/
typedef struct _dwg_object_UCS_CONTROL
{
COMMON_TABLE_CONTROL_FIELDS;
} Dwg_Object_UCS_CONTROL;
/**
UCS (63/T6) object, table entry
*/
typedef struct _dwg_UCS_orthopts
{
struct _dwg_object_UCS *parent;
BITCODE_BS type; // 71
BITCODE_3BD pt; // 13
} Dwg_UCS_orthopts;
typedef struct _dwg_object_UCS
{
COMMON_TABLE_FIELDS;
BITCODE_3BD ucsorg;
BITCODE_3BD ucsxdir;
BITCODE_3BD ucsydir;
BITCODE_BD ucs_elevation;
BITCODE_BS UCSORTHOVIEW;
BITCODE_H base_ucs;
BITCODE_H named_ucs;
BITCODE_BS num_orthopts; // missing in ODA docs
Dwg_UCS_orthopts *orthopts;
} Dwg_Object_UCS;
/**
VPORT_CONTROL (64) object, table header
*/
typedef struct _dwg_object_VPORT_CONTROL
{
COMMON_TABLE_CONTROL_FIELDS;
} Dwg_Object_VPORT_CONTROL;
/**
VPORT (65/T7) object, table entry
*/
typedef struct _dwg_object_VPORT
{
COMMON_TABLE_FIELDS;
// AbstractViewTableRecord
BITCODE_BD VIEWSIZE; // really the view height
BITCODE_BD view_width; // in DWG r13+, needed to calc. aspect_ratio
BITCODE_BD aspect_ratio; // DXF 41 = view_width / VIEWSIZE
// ViInfo
BITCODE_2RD VIEWCTR;
BITCODE_3BD view_target;
BITCODE_3BD VIEWDIR;
BITCODE_BD VIEWTWIST;
BITCODE_BD LENSLENGTH;
BITCODE_BD FRONTZ;
BITCODE_BD BACKZ;
BITCODE_4BITS VIEWMODE;
BITCODE_RC render_mode;
BITCODE_B use_default_lights;
BITCODE_RC default_lightning_type;
BITCODE_BD brightness;
BITCODE_BD contrast;
BITCODE_CMC ambient_color;
// ViewportTableRecord
BITCODE_2RD lower_left;
BITCODE_2RD upper_right;
BITCODE_B UCSFOLLOW;
BITCODE_BS circle_zoom; /* circle sides: nr of tessellations */
BITCODE_B FASTZOOM;
BITCODE_RC UCSICON; /* DXF 74: 0: icon_on, 1: icon_at_ucsorg */
BITCODE_B GRIDMODE; /* DXF 76: on or off */
BITCODE_2RD GRIDUNIT;
BITCODE_B SNAPMODE; /* DXF 75: on or off */
BITCODE_B SNAPSTYLE;
BITCODE_BS SNAPISOPAIR;
BITCODE_BD SNAPANG;
BITCODE_2RD SNAPBASE;
BITCODE_2RD SNAPUNIT;
BITCODE_B ucs_at_origin;
BITCODE_B UCSVP;
BITCODE_3BD ucsorg;
BITCODE_3BD ucsxdir;
BITCODE_3BD ucsydir;
BITCODE_BD ucs_elevation;
BITCODE_BS UCSORTHOVIEW;
BITCODE_BS grid_flags; /* bit 1: bound to limits, bit 2: adaptive */
BITCODE_BS grid_major;
BITCODE_H background;
BITCODE_H visualstyle;
BITCODE_H sun;
BITCODE_H named_ucs;
BITCODE_H base_ucs;
} Dwg_Object_VPORT;
/**
APPID_CONTROL (66) object
The table header of all registered applications
*/
typedef struct _dwg_object_APPID_CONTROL
{
COMMON_TABLE_CONTROL_FIELDS;
} Dwg_Object_APPID_CONTROL;
/**
APPID (67/T8) object
The table entry of a registered application
*/
typedef struct _dwg_object_APPID
{
COMMON_TABLE_FIELDS;
BITCODE_RC unknown; // TODO needed?
} Dwg_Object_APPID;
/**
DIMSTYLE_CONTROL (68) object
The table header of all dimension styles
*/
typedef struct _dwg_object_DIMSTYLE_CONTROL
{
COMMON_TABLE_CONTROL_FIELDS;
BITCODE_RC num_morehandles; /* DXF 71 undocumented */
BITCODE_H* morehandles; /* DXF 340 */
} Dwg_Object_DIMSTYLE_CONTROL;
/**
DIMSTYLE (69/T9) object, table entry
*/
typedef struct _dwg_object_DIMSTYLE
{
COMMON_TABLE_FIELDS;
BITCODE_B DIMTOL;
BITCODE_B DIMLIM;
BITCODE_B DIMTIH;
BITCODE_B DIMTOH;
BITCODE_B DIMSE1;
BITCODE_B DIMSE2;
BITCODE_B DIMALT;
BITCODE_B DIMTOFL;
BITCODE_B DIMSAH;
BITCODE_B DIMTIX;
BITCODE_B DIMSOXD;
BITCODE_BS DIMALTD; /*!< r13-r14 only RC */
BITCODE_BS DIMZIN; /*!< r13-r14 only RC */
BITCODE_B DIMSD1;
BITCODE_B DIMSD2;
BITCODE_BS DIMTOLJ; /*!< r13-r14 only RC */
BITCODE_BS DIMJUST; /*!< r13-r14 only RC */
BITCODE_BS DIMFIT; /*!< r13-r14 only RC */
BITCODE_B DIMUPT;
BITCODE_BS DIMTZIN; /*!< r13-r14 only RC */
BITCODE_BS DIMALTZ; /*!< r13-r14 only RC */
BITCODE_BS DIMALTTZ; /*!< r13-r14 only RC */
BITCODE_BS DIMTAD; /*!< r13-r14 only RC */
BITCODE_BS DIMUNIT;
BITCODE_BS DIMAUNIT;
BITCODE_BS DIMDEC;
BITCODE_BS DIMTDEC;
BITCODE_BS DIMALTU;
BITCODE_BS DIMALTTD;
/* BITCODE_H DIMTXSTY; */
BITCODE_BD DIMSCALE;
BITCODE_BD DIMASZ;
BITCODE_BD DIMEXO;
BITCODE_BD DIMDLI;
BITCODE_BD DIMEXE;
BITCODE_BD DIMRND;
BITCODE_BD DIMDLE;
BITCODE_BD DIMTP;
BITCODE_BD DIMTM;
BITCODE_BD DIMFXL;
BITCODE_BD DIMJOGANG;
BITCODE_BS DIMTFILL;
BITCODE_CMC DIMTFILLCLR;
BITCODE_BS DIMAZIN;
BITCODE_BS DIMARCSYM;
BITCODE_BD DIMTXT;
BITCODE_BD DIMCEN;
BITCODE_BD DIMTSZ;
BITCODE_BD DIMALTF;
BITCODE_BD DIMLFAC;
BITCODE_BD DIMTVP;
BITCODE_BD DIMTFAC;
BITCODE_BD DIMGAP;
BITCODE_T DIMPOST;
BITCODE_T DIMAPOST;
BITCODE_T DIMBLK_T;
BITCODE_T DIMBLK1_T;
BITCODE_T DIMBLK2_T;
BITCODE_BD DIMALTRND;
BITCODE_CMC DIMCLRD;
BITCODE_CMC DIMCLRE;
BITCODE_CMC DIMCLRT;
BITCODE_BS DIMADEC;
BITCODE_BS DIMFRAC;
BITCODE_BS DIMLUNIT;
BITCODE_BS DIMDSEP;
BITCODE_BS DIMTMOVE;
BITCODE_BS DIMATFIT;
BITCODE_B DIMFXLON; /*!< r2007+ */
BITCODE_B DIMTXTDIRECTION; /*!< r2010+ */
BITCODE_BD DIMALTMZF; /*!< r2010+ */
BITCODE_T DIMALTMZS; /*!< r2010+ */
BITCODE_BD DIMMZF; /*!< r2010+ */
BITCODE_T DIMMZS; /*!< r2010+ */
BITCODE_BSd DIMLWD;
BITCODE_BSd DIMLWE;
BITCODE_B flag0;
BITCODE_H DIMTXSTY;
BITCODE_H DIMLDRBLK;
BITCODE_H DIMBLK;
BITCODE_H DIMBLK1;
BITCODE_H DIMBLK2;
BITCODE_H DIMLTYPE;
BITCODE_H DIMLTEX1;
BITCODE_H DIMLTEX2;
} Dwg_Object_DIMSTYLE;
/**
VX_CONTROL (70) table object (r11-r2000)
The table header for all viewport entities (unused in newer versions)
Called VXTable
*/
typedef struct _dwg_object_VX_CONTROL
{
COMMON_TABLE_CONTROL_FIELDS;
} Dwg_Object_VX_CONTROL;
/**
VX_TABLE_RECORD (71/T10) table object (r11-r2000)
Called VXTableRecord / VX_TABLE_RECORD
*/
typedef struct _dwg_object_VX_TABLE_RECORD
{
COMMON_TABLE_FIELDS;
BITCODE_B is_on;
BITCODE_H viewport;
BITCODE_H prev_entry;
BITCODE_RS vport_entity_address;
BITCODE_RSd r11_viewport_index;
BITCODE_RSd r11_prev_entry_index;
} Dwg_Object_VX_TABLE_RECORD;
/**
GROUP (72) object
*/
typedef struct _dwg_object_GROUP
{
struct _dwg_object_object *parent;
BITCODE_TV name;
BITCODE_BS unnamed;
BITCODE_BS selectable;
BITCODE_BL num_groups;
BITCODE_H* groups;
} Dwg_Object_GROUP;
/**
MLINESTYLE (73) object
*/
typedef struct _dwg_MLINESTYLE_line
{
struct _dwg_object_MLINESTYLE *parent;
BITCODE_BD offset;
BITCODE_CMC color;
BITCODE_BSd lt_index; /* until 2018 */
BITCODE_H lt_ltype; /* since 2018 */
} Dwg_MLINESTYLE_line;
typedef struct _dwg_object_MLINESTYLE
{
struct _dwg_object_object *parent;
BITCODE_TV name;
BITCODE_TV description;
BITCODE_BS flag;
BITCODE_CMC fill_color;
BITCODE_BD start_angle;
BITCODE_BD end_angle;
BITCODE_RC num_lines;
Dwg_MLINESTYLE_line* lines;
} Dwg_Object_MLINESTYLE;
/**
OLE2FRAME (74 + varies) object
*/
typedef struct _dwg_entity_OLE2FRAME
{
struct _dwg_object_entity *parent;
BITCODE_BS type; /*!< DXF 71, 1: Link, 2: Embedded, 3: Static */
BITCODE_BS mode; /*!< r2000+ DXF 72, tile_mode, 0: mspace, 1: pspace */
BITCODE_RC lock_aspect; /*!< r2000+ DXF 73, 0 or 1 (locked) */
BITCODE_BL data_size; /*!< DXF 90 */
BITCODE_TF data; /*!< DXF 310, the binary object data */
// embedded into data, not yet decoded:
// the MS-CFB (ole2 stream) starts at 0x80 in data
// before is probably:
BITCODE_BS oleversion; /*!< DXF 70, always 2 */
BITCODE_TF oleclient; /*!< DXF 3, e.g. OLE or Paintbrush Picture */
BITCODE_3BD pt1; /*!< DXF 10, upper left corner */
BITCODE_3BD pt2; /*!< DXF 11, lower right corner */
} Dwg_Entity_OLE2FRAME;
/**
DUMMY (75) object, placeholder for unsupported types on encode.
*/
typedef struct _dwg_object_DUMMY
{
struct _dwg_object_object *parent;
} Dwg_Object_DUMMY;
/**
LONG_TRANSACTION (76) object
*/
typedef struct _dwg_object_LONG_TRANSACTION
{
struct _dwg_object_object *parent;
/* ??? not seen */
} Dwg_Object_LONG_TRANSACTION;
/* NOT SURE ABOUT THIS ONE (IS IT OBJECT OR ENTITY?): */
/**
subtype PROXY_LWPOLYLINE (33) in a PROXY object
Not a LWPOLYLINE (77? + varies)
*/
typedef struct _dwg_LWPOLYLINE_width
{
BITCODE_BD start; /* 40 */
BITCODE_BD end; /* 41 */
} Dwg_LWPOLYLINE_width;
typedef struct _dwg_PROXY_LWPOLYLINE
{
struct _dwg_entity_PROXY_ENTITY *parent;
BITCODE_RL data_size; /* from flags to *widths */
BITCODE_BS flags;
BITCODE_BD const_width;
BITCODE_BD elevation;
BITCODE_BD thickness;
BITCODE_BE extrusion;
BITCODE_BL num_points;
BITCODE_2RD* points;
BITCODE_BL num_bulges;
BITCODE_BD* bulges;
BITCODE_BL num_widths;
Dwg_LWPOLYLINE_width* widths;
BITCODE_RC unknown_1;
BITCODE_RC unknown_2;
BITCODE_RC unknown_3;
} Dwg_PROXY_LWPOLYLINE;
/**
(ACAD_)PROXY_ENTITY (498, 0x1f2) object
*/
typedef struct _dwg_entity_PROXY_ENTITY
{
struct _dwg_object_entity *parent;
BITCODE_BL proxy_id; /*!< DXF 90 always 498, same as obj->type */
BITCODE_BL class_id; /*!< DXF 91 class index */
BITCODE_BL version; /*!< DXF 95, combination of maint_version<<8 + maint_version */
BITCODE_BL maint_version; /*!< DXF hiword of 95 */
BITCODE_BL dwg_version; /*!< DXF loword of 95 */
BITCODE_B from_dxf; /*!< DXF 70 */
BITCODE_BL proxy_data_size; /*!< DXF 92, graphics data bytes */
BITCODE_RC *proxy_data; /*!< DXF 310, graphics data */
BITCODE_BL data_numbits; /*!< DXF 93, entity data bits */
BITCODE_BL data_size; /*!< bytes calculated */
BITCODE_RC *data; /*!< DXF 310, entity data */
BITCODE_BL num_objids;
BITCODE_H* objids; /*!< DXF 330,340,350,360 for handle types 2-5 */
} Dwg_Entity_PROXY_ENTITY;
/**
(ACAD_)PROXY OBJECT (499, 0x1f3) object
*/
typedef struct _dwg_object_PROXY_OBJECT
{
struct _dwg_object_object *parent;
BITCODE_BL proxy_id; /*!< DXF 90 always 499, same as obj->type */
BITCODE_BL class_id; /*!< DXF 91 class index */
BITCODE_BL version; /*!< DXF 95, combination of maint_version<<8 + maint_version */
BITCODE_BL maint_version; /*!< DXF hiword of 95 */
BITCODE_BL dwg_version; /*!< DXF loword of 95 */
BITCODE_B from_dxf; /*!< DXF 70 */
BITCODE_BL data_numbits;
BITCODE_BL data_size; /*!< DXF 93 object data bytes */
BITCODE_RC *data; /*!< DXF 310 object data */
BITCODE_BL num_objids;
BITCODE_H* objids; /*!< DXF 330,340,350,360 */
} Dwg_Object_PROXY_OBJECT;
/**
* types which are fixed and non-fixed:
* also OLE2FRAME above
*/
/**
Structs for HATCH (78 + varies)
*/
typedef struct _dwg_HATCH_Color
{
struct _dwg_entity_HATCH *parent;
BITCODE_BD shift_value; //0.0 non-shifted, 1.0 shifted
BITCODE_CMC color;
} Dwg_HATCH_Color;
typedef struct _dwg_HATCH_ControlPoint
{
struct _dwg_HATCH_PathSeg *parent;
BITCODE_2RD point;
BITCODE_BD weight;
} Dwg_HATCH_ControlPoint;
typedef struct _dwg_HATCH_PathSeg
{
struct _dwg_HATCH_Path *parent;
BITCODE_RC curve_type; // i.e. curve_type: 1-4
// could be a union
/* LINE */
BITCODE_2RD first_endpoint;
BITCODE_2RD second_endpoint;
/* CIRCULAR ARC */
BITCODE_2RD center;
BITCODE_BD radius;
BITCODE_BD start_angle;
BITCODE_BD end_angle;
BITCODE_B is_ccw;
/* ELLIPTICAL ARC */
/* BITCODE_2RD center */
BITCODE_2RD endpoint;
BITCODE_BD minor_major_ratio;
/* BITCODE_BD start_angle; */
/* BITCODE_BD end_angle; */
/* BITCODE_B is_ccw; */
/* SPLINE */
BITCODE_BL degree;
BITCODE_B is_rational;
BITCODE_B is_periodic;
BITCODE_BL num_knots;
BITCODE_BL num_control_points;
BITCODE_BD* knots;
Dwg_HATCH_ControlPoint* control_points;
BITCODE_BL num_fitpts;
BITCODE_2RD *fitpts;
BITCODE_2RD start_tangent;
BITCODE_2RD end_tangent;
} Dwg_HATCH_PathSeg;
typedef struct _dwg_HATCH_PolylinePath
{
struct _dwg_HATCH_Path *parent;
BITCODE_2RD point;
BITCODE_BD bulge;
} Dwg_HATCH_PolylinePath;
typedef struct _dwg_HATCH_Path
{
struct _dwg_entity_HATCH *parent;
/* Segment path */
BITCODE_BL flag; /* 2: is_polyline, 4: is_derived, 8: is_textbox,
0x20: is_open, 0x80: is_textisland, 0x100: is_duplicate,
0x200: is_annotative */
BITCODE_BL num_segs_or_paths;
Dwg_HATCH_PathSeg* segs;
/* Polyline path */
BITCODE_B bulges_present;
BITCODE_B closed;
Dwg_HATCH_PolylinePath* polyline_paths;
// needed?
BITCODE_BL num_boundary_handles;
BITCODE_H* boundary_handles;
} Dwg_HATCH_Path;
typedef struct _dwg_HATCH_DefLine
{
struct _dwg_entity_HATCH *parent;
BITCODE_BD angle;
BITCODE_2BD pt0;
BITCODE_2BD offset;
BITCODE_BS num_dashes;
BITCODE_BD* dashes;
} Dwg_HATCH_DefLine;
typedef struct _dwg_entity_HATCH
{
struct _dwg_object_entity *parent;
BITCODE_BL is_gradient_fill;
BITCODE_BL reserved;
BITCODE_BD gradient_angle;
BITCODE_BD gradient_shift;
BITCODE_BL single_color_gradient;
BITCODE_BD gradient_tint;
BITCODE_BL num_colors;
Dwg_HATCH_Color* colors;
BITCODE_T gradient_name; /* 1: SPHERICAL, 2: HEMISPHERICAL, 3: CURVED, 4: LINEAR, 5: CYLINDER */
BITCODE_BD elevation;
BITCODE_BE extrusion;
BITCODE_TV name;
BITCODE_B is_solid_fill;
BITCODE_B is_associative;
BITCODE_BL num_paths;
Dwg_HATCH_Path* paths; // also named loop
BITCODE_BS style;
BITCODE_BS pattern_type;
BITCODE_BD angle;
BITCODE_BD scale_spacing;
BITCODE_B double_flag;
BITCODE_BS num_deflines;
Dwg_HATCH_DefLine * deflines;
BITCODE_B has_derived;
BITCODE_BD pixel_size;
BITCODE_BL num_seeds;
BITCODE_2RD * seeds;
//BITCODE_BL sum_boundary_handles;
//BITCODE_H* boundary_handles;
} Dwg_Entity_HATCH;
// derived from Hatch
typedef struct _dwg_entity_MPOLYGON
{
struct _dwg_object_entity *parent;
BITCODE_BL is_gradient_fill;
BITCODE_BL reserved;
BITCODE_BD gradient_angle;
BITCODE_BD gradient_shift;
BITCODE_BL single_color_gradient;
BITCODE_BD gradient_tint;
BITCODE_BL num_colors;
Dwg_HATCH_Color* colors;
BITCODE_T gradient_name; /* 1: SPHERICAL, 2: HEMISPHERICAL, 3: CURVED, 4: LINEAR, 5: CYLINDER */
BITCODE_BD elevation;
BITCODE_BE extrusion;
BITCODE_T name;
BITCODE_B is_solid_fill;
BITCODE_B is_associative;
BITCODE_BL num_paths;
Dwg_HATCH_Path* paths; // also named loop
BITCODE_BS style;
BITCODE_BS pattern_type;
BITCODE_BD angle;
BITCODE_BD scale_spacing;
BITCODE_B double_flag;
BITCODE_BS num_deflines;
Dwg_HATCH_DefLine * deflines;
BITCODE_CMC hatch_color; /* DXF 62 */
BITCODE_2RD x_dir; /* DXF 11 (ocs) */
BITCODE_BL num_boundary_handles; /* DXF 99 */
//BITCODE_H* boundary_handles;
} Dwg_Entity_MPOLYGON;
/**
XRECORD (79 + varies) object
*/
typedef struct _dwg_object_XRECORD
{
struct _dwg_object_object *parent;
BITCODE_BS cloning; /* DXF 280, as with DICTIONARY.
DuplicateRecordCloning mergeStyle:
1: erase allowed,
0x80: cloning allowed */
BITCODE_BL xdata_size;
BITCODE_BL num_xdata; /* computed */
Dwg_Resbuf* xdata;
BITCODE_BL num_objid_handles;
BITCODE_H* objid_handles;
} Dwg_Object_XRECORD;
/**
PLACEHOLDER (80 + varies) object
ACDBPLACEHOLDER
*/
typedef struct _dwg_object_PLACEHOLDER
{
struct _dwg_object_object *parent;
} Dwg_Object_PLACEHOLDER;
/**
* Entity MULTILEADER (varies)
* R2000+ in work
*/
typedef struct _dwg_LEADER_Break
{
struct _dwg_LEADER_Line *parent;
BITCODE_3BD start; /*!< DXF 12 */
BITCODE_3BD end; /*!< DXF 13 */
} Dwg_LEADER_Break;
typedef struct _dwg_LEADER_Line // as documented by DXF
{
struct _dwg_LEADER_Node *parent;
BITCODE_BL num_points;
BITCODE_3DPOINT* points; /*!< DXF 10 */
BITCODE_BL num_breaks;
Dwg_LEADER_Break * breaks; /*!< DXF 12, 13 */
BITCODE_BL line_index; /*!< DXF 91 */
/*!< r2010+: */
BITCODE_BS type; // 0 = invisible leader, 1 = straight leader, 2 = spline leader
BITCODE_CMC color; // of the line
BITCODE_H ltype; // 5 340
BITCODE_BLd linewt;
BITCODE_BD arrow_size;
BITCODE_H arrow_handle; // 5 341
BITCODE_BL flags; // 1 = leader type, 2 = line color, 4 = line type, 8 = line weight,
// 16 = arrow size, 32 = arrow symbol (handle)
} Dwg_LEADER_Line;
typedef struct _dwg_LEADER_ArrowHead
{
struct _dwg_entity_MULTILEADER *parent;
BITCODE_B is_default;
BITCODE_H arrowhead;
} Dwg_LEADER_ArrowHead;
typedef struct _dwg_LEADER_BlockLabel
{
struct _dwg_entity_MULTILEADER *parent;
BITCODE_H attdef;
BITCODE_TV label_text;
BITCODE_BS ui_index;
BITCODE_BD width;
} Dwg_LEADER_BlockLabel;
typedef struct _dwg_LEADER_Node
{
struct _dwg_entity_MULTILEADER *parent;
BITCODE_B has_lastleaderlinepoint; /*!< DXF 290 */
BITCODE_B has_dogleg; /*!< DXF 291 */
BITCODE_3BD lastleaderlinepoint; /*!< DXF 10 */
BITCODE_3BD dogleg_vector; /*!< DXF 11 */
BITCODE_BL branch_index; /*!< DXF 90 */
BITCODE_BD dogleg_length; /*!< DXF 40 */
BITCODE_BL num_lines;
Dwg_LEADER_Line *lines; /*!< DXF 10 */
BITCODE_BL num_breaks;
Dwg_LEADER_Break * breaks; /*!< DXF 12, 13 */
BITCODE_BS attach_dir; //2010+ 271
} Dwg_LEADER_Node;
// common to text and block
#define CMLContent_fields \
BITCODE_RC type; /* 1 for blk, 2 for text */ \
BITCODE_3BD normal; \
BITCODE_3BD location; \
BITCODE_BD rotation
typedef struct _dwg_MLEADER_Content_MText
{
CMLContent_fields;
BITCODE_H style;
BITCODE_3BD direction;
BITCODE_CMC color;
BITCODE_BD width;
BITCODE_BD height;
BITCODE_BD line_spacing_factor;
BITCODE_T default_text;
BITCODE_BS line_spacing_style;
BITCODE_BS alignment;
BITCODE_BS flow;
BITCODE_CMC bg_color;
BITCODE_BD bg_scale;
BITCODE_BL bg_transparency;
BITCODE_B is_bg_fill;
BITCODE_B is_bg_mask_fill;
BITCODE_BS col_type;
BITCODE_B is_height_auto;
BITCODE_BD col_width;
BITCODE_BD col_gutter;
BITCODE_B is_col_flow_reversed;
BITCODE_BL num_col_sizes;
BITCODE_BD *col_sizes;
BITCODE_B word_break;
BITCODE_B unknown;
} Dwg_MLEADER_Content_MText;
typedef struct _dwg_MLEADER_Content_Block
{
CMLContent_fields;
BITCODE_H block_table;
BITCODE_3BD scale;
BITCODE_CMC color;
BITCODE_BD *transform;
} Dwg_MLEADER_Content_Block;
typedef union _dwg_MLEADER_Content
{
Dwg_MLEADER_Content_MText txt;
Dwg_MLEADER_Content_Block blk;
} Dwg_MLEADER_Content;
/* The MLeaderAnnotContext object (par 20.4.86), embedded into an MLEADER */
typedef struct _dwg_MLEADER_AnnotContext
{
// AcDbObjectContextData:
// BITCODE_BS class_version; /*!< r2010+ DXF 70 4 */
// BITCODE_B is_default; /*!< r2010+ DXF 290 1 */
// BITCODE_B has_xdic; /*!< r2010+ */
// AcDbAnnotScaleObjectContextData:
// BITCODE_H scale; /*!< DXF 340 hard ptr to AcDbScale */
BITCODE_BL num_leaders;
Dwg_LEADER_Node *leaders;
BITCODE_BS attach_dir;
BITCODE_BD scale_factor;
BITCODE_3BD content_base;
BITCODE_BD text_height;
BITCODE_BD arrow_size;
BITCODE_BD landing_gap;
BITCODE_BS text_left;
BITCODE_BS text_right;
BITCODE_BS text_angletype;
BITCODE_BS text_alignment;
BITCODE_B has_content_txt;
BITCODE_B has_content_blk;
Dwg_MLEADER_Content content; // union txt/blk
BITCODE_3BD base;
BITCODE_3BD base_dir;
BITCODE_3BD base_vert;
BITCODE_B is_normal_reversed;
BITCODE_BS text_top;
BITCODE_BS text_bottom;
} Dwg_MLEADER_AnnotContext;
// dbmleader.h
typedef struct _dwg_entity_MULTILEADER
{
struct _dwg_object_entity *parent;
BITCODE_BS class_version; /*!< r2010+ =2 */
Dwg_MLEADER_AnnotContext ctx;
BITCODE_H mleaderstyle; /* DXF 340 */
BITCODE_BL flags; /* override. DXF 90 */
BITCODE_BS type;
BITCODE_CMC line_color;
BITCODE_H line_ltype;
BITCODE_BLd line_linewt;
BITCODE_B has_landing;
BITCODE_B has_dogleg;
BITCODE_BD landing_dist;
BITCODE_H arrow_handle;
BITCODE_BD arrow_size; /* the default */
BITCODE_BS style_content;
BITCODE_H text_style;
BITCODE_BS text_left;
BITCODE_BS text_right;
BITCODE_BS text_angletype;
BITCODE_BS text_alignment;
BITCODE_CMC text_color;
BITCODE_B has_text_frame;
BITCODE_H block_style; // internal blocks mostly, _TagSlot, _TagHexagon,
// _DetailCallout, ...
BITCODE_CMC block_color;
BITCODE_3BD block_scale;
BITCODE_BD block_rotation;
BITCODE_BS style_attachment; // 0 = center extents, 1 = insertion point
BITCODE_B is_annotative;
/* until r2007: */
BITCODE_BL num_arrowheads;
Dwg_LEADER_ArrowHead *arrowheads;
BITCODE_BL num_blocklabels;
Dwg_LEADER_BlockLabel *blocklabels;
BITCODE_B is_neg_textdir;
BITCODE_BS ipe_alignment;
BITCODE_BS justification;
BITCODE_BD scale_factor;
BITCODE_BS attach_dir; /*!< r2010+ (0 = horizontal, 1 = vertical) */
BITCODE_BS attach_top; /*!< r2010+ */
BITCODE_BS attach_bottom; /*!< r2010+ */
BITCODE_B is_text_extended; /*!< r2013+ */
} Dwg_Entity_MULTILEADER;
/**
* Object MLEADERSTYLE (varies)
* R2000+
*/
typedef struct _dwg_object_MLEADERSTYLE
{
struct _dwg_object_object *parent;
BITCODE_BS class_version; /*!< DXF 179, r2010+ =2 */
BITCODE_BS content_type;
BITCODE_BS mleader_order;
BITCODE_BS leader_order;
BITCODE_BL max_points;
BITCODE_BD first_seg_angle;
BITCODE_BD second_seg_angle;
BITCODE_BS type;
BITCODE_CMC line_color;
BITCODE_H line_type;
BITCODE_BLd linewt;
BITCODE_B has_landing;
BITCODE_B has_dogleg;
BITCODE_BD landing_gap;
BITCODE_BD landing_dist;
BITCODE_TV description;
BITCODE_H arrow_head;
BITCODE_BD arrow_head_size;
BITCODE_TV text_default;
BITCODE_H text_style;
BITCODE_BS attach_left;
BITCODE_BS attach_right;
BITCODE_BS text_angle_type;
BITCODE_BS text_align_type;
BITCODE_CMC text_color;
BITCODE_BD text_height;
BITCODE_B has_text_frame;
BITCODE_B text_always_left;
BITCODE_BD align_space;
BITCODE_H block;
BITCODE_CMC block_color;
BITCODE_3BD block_scale;
BITCODE_B use_block_scale;
BITCODE_BD block_rotation;
BITCODE_B use_block_rotation;
BITCODE_BS block_connection;
BITCODE_BD scale;
BITCODE_B is_changed;
BITCODE_B is_annotative;
BITCODE_BD break_size;
BITCODE_BS attach_dir; /*!< r2010+ (0 = horizontal, 1 = vertical) */
BITCODE_BS attach_top; /*!< r2010+ */
BITCODE_BS attach_bottom; /*!< r2010+ */
BITCODE_B text_extended; /*!< r2013+ */
} Dwg_Object_MLEADERSTYLE;
/**
VBA_PROJECT (81 + varies) object
Has its own optional section? section[5]?
*/
typedef struct _dwg_object_VBA_PROJECT
{
struct _dwg_object_object *parent;
BITCODE_BL data_size;
BITCODE_TF data;
} Dwg_Object_VBA_PROJECT;
/**
Object PLOTSETTINGS (varies)
See also LAYOUT.
*/
typedef struct _dwg_object_PLOTSETTINGS
{
struct _dwg_object_object *parent;
BITCODE_T printer_cfg_file; /*!< DXF 1 */
BITCODE_T paper_size; /*!< DXF 2 */
BITCODE_T canonical_media_name; /*!< DXF 4 */
BITCODE_BS plot_flags; /*!< DXF 70
1 = PlotViewportBorders
2 = ShowPlotStyles
4 = PlotCentered
8 = PlotHidden
16 = UseStandardScale
32 = PlotPlotStyles
64 = ScaleLineweights
128 = PrintLineweights
512 = DrawViewportsFirst
1024 = ModelType
2048 = UpdatePaper
4096 = ZoomToPaperOnUpdate
8192 = Initializing
16384 = PrevPlotInit */
BITCODE_H plotview; /*!< DXF 6, r2004+ */
BITCODE_T plotview_name; /*!< DXF 6, until r2000 */
BITCODE_BD left_margin; /*!< DXF 40, margins in mm */
BITCODE_BD bottom_margin; /*!< DXF 42 */
BITCODE_BD right_margin; /*!< DXF 43 */
BITCODE_BD top_margin; /*!< DXF 44 */
BITCODE_BD paper_width; /*!< DXF 44, in mm */
BITCODE_BD paper_height; /*!< DXF 45, in mm */
BITCODE_2BD_1 plot_origin; /*!< DXF 46,47 */
BITCODE_2BD_1 plot_window_ll; /*!< DXF 48,49 */
BITCODE_2BD_1 plot_window_ur; /*!< DXF 140,141 */
BITCODE_BS plot_paper_unit; /*!< DXF 72, 0 inches, 1 mm, 2 pixel */
BITCODE_BS
plot_rotation_mode; /*!< DXF 73, 0 normal, 1 90, 2 180, 3 270 deg */
BITCODE_BS plot_type; /*!< DXF 74, 0 display, 1 extents, 2 limits, 3 view
(see DXF 6), 4 window (see 48-140), 5 layout */
BITCODE_BD paper_units; /*!< DXF 142 */
BITCODE_BD drawing_units; /*!< DXF 143 */
BITCODE_T stylesheet; /*!< DXF 7 */
BITCODE_BS
std_scale_type; /*!< DXF 75, 0 = scaled to fit,
1 = 1/128"=1', 2 = 1/64"=1', 3 = 1/32"=1'
4 = 1/16"=1', 5 = 3/32"=1', 6 = 1/8"=1'
7 = 3/16"=1', 8 = 1/4"=1', 9 = 3/8"=1'
10 = 1/2"=1', 11 = 3/4"=1', 12 = 1"=1'
13 = 3"=1', 14 = 6"=1', 15 = 1'=1'
16 = 1:1, 17= 1:2, 18 = 1:4 19 = 1:8, 20 = 1:10, 21=
1:16 22 = 1:20, 23 = 1:30, 24 = 1:40, 25 = 1:50, 26 =
1:100 27 = 2:1, 28 = 4:1, 29 = 8:1, 30 = 10:1, 31 =
100:1, 32 = 1000:1
*/
BITCODE_BD std_scale_factor; /*!< DXF 147, value of 75 */
BITCODE_2BD_1 paper_image_origin; /*!< DXF 148 + 149 */
BITCODE_BS shadeplot_type; /*!< DXF 76, 0 display, 1 wireframe, 2 hidden, 3
rendered, 4 visualstyle, 5 renderPreset */
BITCODE_BS
shadeplot_reslevel; /*!< DXF 77, 0 draft, 1 preview, 2 normal,
3 presentation, 4 maximum, 5 custom */
BITCODE_BS shadeplot_customdpi; /*!< DXF 78, 100-32767 */
BITCODE_H shadeplot; /*!< DXF 333 optional. As in VIEWPORT */
} Dwg_Object_PLOTSETTINGS;
/**
LAYOUT (82 + varies) object
*/
typedef struct _dwg_object_LAYOUT
{
struct _dwg_object_object *parent;
// AcDbPlotSettings:
Dwg_Object_PLOTSETTINGS plotsettings;
// AcDbLayout:
BITCODE_T layout_name;
BITCODE_BS tab_order;
BITCODE_BS layout_flags; /* 1: PSLTSCALE, 2: LIMCHECK */
BITCODE_3DPOINT INSBASE;
BITCODE_2DPOINT LIMMIN;
BITCODE_2DPOINT LIMMAX;
BITCODE_3DPOINT UCSORG;
BITCODE_3DPOINT UCSXDIR;
BITCODE_3DPOINT UCSYDIR;
BITCODE_BD ucs_elevation;
BITCODE_BS UCSORTHOVIEW;
BITCODE_3DPOINT EXTMIN;
BITCODE_3DPOINT EXTMAX;
BITCODE_H block_header;
BITCODE_H active_viewport;
BITCODE_H base_ucs;
BITCODE_H named_ucs;
BITCODE_BL num_viewports; // r2004+
BITCODE_H *viewports; // r2004+
} Dwg_Object_LAYOUT;
/**
* And the non-fixed types, classes, only
*/
/**
Class DICTIONARYVAR (varies)
*/
typedef struct _dwg_object_DICTIONARYVAR
{
struct _dwg_object_object *parent;
BITCODE_RC schema;
BITCODE_T strvalue;
} Dwg_Object_DICTIONARYVAR;
/**
Class TABLE (varies)
*/
// 20.4.99. also for FIELD
typedef struct _dwg_TABLE_value
{
BITCODE_BL flags; /* DXF 90 */
BITCODE_BL format_flags; /* DXF 93, r2007+ */
BITCODE_BL data_type;
BITCODE_BL data_size;
BITCODE_BL data_long;
BITCODE_BD data_double;
BITCODE_T data_string;
BITCODE_TF data_date;
BITCODE_2RD data_point;
BITCODE_3RD data_3dpoint;
BITCODE_H data_handle;
BITCODE_BL unit_type;
BITCODE_T format_string;
BITCODE_T value_string;
} Dwg_TABLE_value;
// 20.4.100 Custom data collection for table cells, cols, rows
typedef struct _dwg_TABLE_CustomDataItem
{
BITCODE_T name;
Dwg_TABLE_value value;
struct _dwg_TableCell *cell_parent;
struct _dwg_TableRow *row_parent;
} Dwg_TABLE_CustomDataItem;
typedef struct _dwg_TABLE_AttrDef
{
struct _dwg_TABLE_Cell *parent;
BITCODE_H attdef;
BITCODE_BS index;
BITCODE_T text;
} Dwg_TABLE_AttrDef;
typedef struct _dwg_TABLE_Cell
{
struct _dwg_entity_TABLE *parent;
BITCODE_BS type;
BITCODE_RC flags;
BITCODE_B is_merged_value;
BITCODE_B is_autofit_flag;
BITCODE_BL merged_width_flag;
BITCODE_BL merged_height_flag;
BITCODE_BD rotation;
BITCODE_T text_value;
BITCODE_H text_style;
BITCODE_H block_handle;
BITCODE_BD block_scale;
BITCODE_B additional_data_flag;
BITCODE_BL cell_flag_override;
BITCODE_RC virtual_edge_flag;
BITCODE_RS cell_alignment;
BITCODE_B bg_fill_none;
BITCODE_CMC bg_color;
BITCODE_CMC content_color;
BITCODE_BD text_height;
BITCODE_CMC top_grid_color;
BITCODE_BS top_grid_linewt;
BITCODE_BS top_visibility;
BITCODE_CMC right_grid_color;
BITCODE_BS right_grid_linewt;
BITCODE_BS right_visibility;
BITCODE_CMC bottom_grid_color;
BITCODE_BS bottom_grid_linewt;
BITCODE_BS bottom_visibility;
BITCODE_CMC left_grid_color;
BITCODE_BS left_grid_linewt;
BITCODE_BS left_visibility;
BITCODE_BL unknown;
Dwg_TABLE_value value;
BITCODE_BL num_attr_defs;
Dwg_TABLE_AttrDef *attr_defs;
// BITCODE_H text_style_override;
} Dwg_TABLE_Cell;
typedef struct _dwg_TABLE_BreakHeight
{
struct _dwg_entity_TABLE *parent;
BITCODE_3BD position;
BITCODE_BD height;
BITCODE_BL flag;
} Dwg_TABLE_BreakHeight;
typedef struct _dwg_TABLE_BreakRow
{
struct _dwg_entity_TABLE *parent;
BITCODE_3BD position;
BITCODE_BL start;
BITCODE_BL end;
} Dwg_TABLE_BreakRow;
typedef struct _dwg_LinkedData
{
BITCODE_T name; // max 16, dxf 1
BITCODE_T description; // max 24, dxf 300
} Dwg_LinkedData;
typedef struct _dwg_TableCellContent_Attr
{
struct _dwg_TableCellContent *parent;
BITCODE_H attdef;
BITCODE_TV value;
BITCODE_BL index;
} Dwg_TableCellContent_Attr;
// Content format 20.4.101.3
typedef struct _dwg_ContentFormat
{
BITCODE_BL property_override_flags;
BITCODE_BL property_flags;
BITCODE_BL value_data_type; /* see 20.4.98 */
BITCODE_BL value_unit_type; /* see 20.4.98 */
BITCODE_TV value_format_string;
BITCODE_BD rotation;
BITCODE_BD block_scale;
BITCODE_BL cell_alignment;
BITCODE_CMC content_color;
BITCODE_H text_style;
BITCODE_BD text_height;
} Dwg_ContentFormat;
typedef struct _dwg_TableCellContent
{
struct _dwg_TableCell *parent;
BITCODE_BL type;
Dwg_TABLE_value value; // 20.4.99 Value
BITCODE_H handle;
BITCODE_BL num_attrs;
Dwg_TableCellContent_Attr *attrs;
BITCODE_BS has_content_format_overrides;
Dwg_ContentFormat content_format;
} Dwg_TableCellContent;
// 20.4.98
typedef struct _dwg_CellContentGeometry
{
BITCODE_3BD dist_top_left;
BITCODE_3BD dist_center;
BITCODE_BD content_width;
BITCODE_BD content_height;
BITCODE_BD width;
BITCODE_BD height;
BITCODE_BL unknown; /* ODA bug, BD there. DXF 95 */
struct _dwg_TableCell *cell_parent;
struct _dwg_TABLEGEOMETRY_Cell *geom_parent;
} Dwg_CellContentGeometry;
typedef struct _dwg_TableCell
{
BITCODE_BL flag;
BITCODE_TV tooltip;
BITCODE_BL customdata;
BITCODE_BL num_customdata_items;
Dwg_TABLE_CustomDataItem *customdata_items;
BITCODE_BL has_linked_data;
BITCODE_H data_link;
BITCODE_BL num_rows;
BITCODE_BL num_cols;
BITCODE_BL unknown;
BITCODE_BL num_cell_contents;
Dwg_TableCellContent *cell_contents;
BITCODE_BL style_id;
BITCODE_BL has_geom_data;
BITCODE_BL geom_data_flag;
BITCODE_BD width_w_gap;
BITCODE_BD height_w_gap;
BITCODE_H tablegeometry;
BITCODE_BL num_geometry;
Dwg_CellContentGeometry *geometry;
struct _dwg_CellStyle *style_parent;
struct _dwg_TableRow *row_parent;
} Dwg_TableCell;
// almost like GridLine/TABLESTYLE_border
// in ODA named OdTableGridLine, was BorderStyle
typedef struct _dwg_GridFormat
{
struct _dwg_CellStyle *parent;
BITCODE_BL index_mask; /* 95. ie: 1,2,4,8,16,32 */
BITCODE_BL border_overrides;
BITCODE_BL border_type;
BITCODE_CMC color;
BITCODE_BLd linewt;
BITCODE_H ltype;
BITCODE_B visible;
BITCODE_BD double_line_spacing;
} Dwg_GridFormat;
/**
Cell style 20.4.101.4
for TABLE, TABLECONTENT, CELLSTYLEMAP
*/
typedef struct _dwg_CellStyle
{
BITCODE_BL type; /* 1 cell, 2 row, 3 col, 4 fmt data, 5 table */
BITCODE_BS data_flags;
BITCODE_BL property_override_flags;
BITCODE_BL merge_flags;
BITCODE_CMC bg_color;
BITCODE_BL content_layout;
Dwg_ContentFormat content_format;
BITCODE_BS margin_override_flags;
BITCODE_BD vert_margin;
BITCODE_BD horiz_margin;
BITCODE_BD bottom_margin;
BITCODE_BD right_margin;
BITCODE_BD margin_horiz_spacing;
BITCODE_BD margin_vert_spacing;
BITCODE_BL num_borders; /* 0-6, number of edge_flags set */
Dwg_GridFormat *borders;
struct _dwg_TableRow *tablerow_parent;
struct _dwg_TableDataColumn *tabledatacolumn_parent;
} Dwg_CellStyle;
typedef struct _dwg_TableRow
{
struct _dwg_LinkedTableData *parent;
BITCODE_BL num_cells;
Dwg_TableCell *cells;
BITCODE_BL custom_data;
BITCODE_BL num_customdata_items;
Dwg_TABLE_CustomDataItem *customdata_items;
Dwg_CellStyle cellstyle;
BITCODE_BL style_id;
BITCODE_BL height;
} Dwg_TableRow;
typedef struct _dwg_TableDataColumn
{
struct _dwg_LinkedTableData *parent;
BITCODE_T name;
BITCODE_BL custom_data;
// BITCODE_TV data;
Dwg_CellStyle cellstyle;
BITCODE_BL cellstyle_id;
BITCODE_BL width;
} Dwg_TableDataColumn;
typedef struct _dwg_LinkedTableData
{
BITCODE_BL num_cols;
Dwg_TableDataColumn *cols;
BITCODE_BL num_rows;
Dwg_TableRow *rows;
BITCODE_BL num_field_refs;
BITCODE_H *field_refs;
} Dwg_LinkedTableData;
typedef struct _dwg_FormattedTableMerged
{
struct _dwg_FormattedTableData *parent;
BITCODE_BL top_row;
BITCODE_BL left_col;
BITCODE_BL bottom_row;
BITCODE_BL right_col;
} Dwg_FormattedTableMerged;
typedef struct _dwg_FormattedTableData
{
struct _dwg_object_TABLECONTENT *parent;
Dwg_CellStyle cellstyle;
BITCODE_BL num_merged_cells;
Dwg_FormattedTableMerged *merged_cells;
} Dwg_FormattedTableData;
#define TABLECONTENT_fields \
Dwg_LinkedData ldata; \
Dwg_LinkedTableData tdata; \
Dwg_FormattedTableData fdata; \
BITCODE_H tablestyle
typedef struct _dwg_object_TABLECONTENT
{
struct _dwg_object_object *parent;
TABLECONTENT_fields;
} Dwg_Object_TABLECONTENT;
typedef struct _dwg_entity_TABLE
{
struct _dwg_object_entity *parent;
//r2010+ TABLECONTENT:
TABLECONTENT_fields;
BITCODE_RC unknown_rc;
BITCODE_H unknown_h;
BITCODE_BL unknown_bl;
BITCODE_B unknown_b;
BITCODE_BL unknown_bl1;
BITCODE_3BD ins_pt; /*!< DXF 10 */
BITCODE_3BD scale; /*!< DXF 41 */
BITCODE_BB scale_flag;
BITCODE_BD rotation; /*!< DXF 50 */
BITCODE_BE extrusion; /*!< DXF 210 */
BITCODE_B has_attribs; /*!< DXF 66 */
BITCODE_BL num_owned;
BITCODE_BS flag_for_table_value; /*!< DXF 90.
Bit flags, 0x06 (0x02 + 0x04): has block,
0x10: table direction, 0 = up, 1 = down,
0x20: title suppressed.
Normally 0x06 is always set. */
BITCODE_3BD horiz_direction; /*!< DXF 11 */
BITCODE_BL num_cols; /*!< DXF 90 */
BITCODE_BL num_rows; /*!< DXF 91 */
unsigned long num_cells; /*!< computed */
BITCODE_BD* col_widths; /*!< DXF 142 */
BITCODE_BD* row_heights; /*!< DXF 141 */
Dwg_TABLE_Cell* cells;
BITCODE_B has_table_overrides;
BITCODE_BL table_flag_override; /*!< DXF 93 */
BITCODE_B title_suppressed; /*!< DXF 280 */
BITCODE_B header_suppressed; /*!< DXF 281 */
BITCODE_BS flow_direction; /*!< DXF 70 */
BITCODE_BD horiz_cell_margin; /*!< DXF 40 */
BITCODE_BD vert_cell_margin; /*!< DXF 41 */
BITCODE_CMC title_row_color; /*!< DXF 64 */
BITCODE_CMC header_row_color; /*!< DXF 64 */
BITCODE_CMC data_row_color; /*!< DXF 64 */
BITCODE_B title_row_fill_none; /*!< DXF 283 */
BITCODE_B header_row_fill_none; /*!< DXF 283 */
BITCODE_B data_row_fill_none; /*!< DXF 283 */
BITCODE_CMC title_row_fill_color; /*!< DXF 63 */
BITCODE_CMC header_row_fill_color; /*!< DXF 63 */
BITCODE_CMC data_row_fill_color; /*!< DXF 63 */
BITCODE_BS title_row_alignment; /*!< DXF 170 */
BITCODE_BS header_row_alignment; /*!< DXF 170 */
BITCODE_BS data_row_alignment; /*!< DXF 170 */
BITCODE_H title_text_style; /*!< DXF 7 */
BITCODE_H header_text_style; /*!< DXF 7 */
BITCODE_H data_text_style; /*!< DXF 7 */
BITCODE_BD title_row_height; /*!< DXF 140 */
BITCODE_BD header_row_height; /*!< DXF 140 */
BITCODE_BD data_row_height; /*!< DXF 140 */
BITCODE_B has_border_color_overrides; /*!< if DXF 94 > 0 */
BITCODE_BL border_color_overrides_flag; /*!< DXF 94 */
BITCODE_CMC title_horiz_top_color; /*!< DXF 64 if DXF 94 & 0x1 */
BITCODE_CMC title_horiz_ins_color; /*!< DXF 65 if DXF 94 & 0x2 */
BITCODE_CMC title_horiz_bottom_color; /*!< DXF 66 if DXF 94 & 0x4 */
BITCODE_CMC title_vert_left_color; /*!< DXF 63 if DXF 94 & 0x8 */
BITCODE_CMC title_vert_ins_color; /*!< DXF 68 if DXF 94 & 0x10 */
BITCODE_CMC title_vert_right_color; /*!< DXF 69 if DXF 94 & 0x20 */
BITCODE_CMC header_horiz_top_color; /*!< DXF 64 if DXF 94 & 0x40 */
BITCODE_CMC header_horiz_ins_color; /*!< DXF 65 */
BITCODE_CMC header_horiz_bottom_color; /*!< DXF 66 */
BITCODE_CMC header_vert_left_color; /*!< DXF 63 */
BITCODE_CMC header_vert_ins_color; /*!< DXF 68 */
BITCODE_CMC header_vert_right_color; /*!< DXF 69 */
BITCODE_CMC data_horiz_top_color; /*!< DXF 64 */
BITCODE_CMC data_horiz_ins_color; /*!< DXF 65 */
BITCODE_CMC data_horiz_bottom_color; /*!< DXF 66 */
BITCODE_CMC data_vert_left_color; /*!< DXF 63 */
BITCODE_CMC data_vert_ins_color; /*!< DXF 68 */
BITCODE_CMC data_vert_right_color; /*!< DXF 69 */
BITCODE_B has_border_lineweight_overrides; /*!< if DXF 95 > 0 */
BITCODE_BL border_lineweight_overrides_flag; /*!< DXF 95 */
BITCODE_BS title_horiz_top_linewt;
BITCODE_BS title_horiz_ins_linewt;
BITCODE_BS title_horiz_bottom_linewt;
BITCODE_BS title_vert_left_linewt;
BITCODE_BS title_vert_ins_linewt;
BITCODE_BS title_vert_right_linewt;
BITCODE_BS header_horiz_top_linewt;
BITCODE_BS header_horiz_ins_linewt;
BITCODE_BS header_horiz_bottom_linewt;
BITCODE_BS header_vert_left_linewt;
BITCODE_BS header_vert_ins_linewt;
BITCODE_BS header_vert_right_linewt;
BITCODE_BS data_horiz_top_linewt;
BITCODE_BS data_horiz_ins_linewt;
BITCODE_BS data_horiz_bottom_linewt;
BITCODE_BS data_vert_left_linewt;
BITCODE_BS data_vert_ins_linewt;
BITCODE_BS data_vert_right_linewt;
BITCODE_B has_border_visibility_overrides;
BITCODE_BL border_visibility_overrides_flag; /*!< DXF 96 */
BITCODE_BS title_horiz_top_visibility;
BITCODE_BS title_horiz_ins_visibility;
BITCODE_BS title_horiz_bottom_visibility;
BITCODE_BS title_vert_left_visibility;
BITCODE_BS title_vert_ins_visibility;
BITCODE_BS title_vert_right_visibility;
BITCODE_BS header_horiz_top_visibility;
BITCODE_BS header_horiz_ins_visibility;
BITCODE_BS header_horiz_bottom_visibility;
BITCODE_BS header_vert_left_visibility;
BITCODE_BS header_vert_ins_visibility;
BITCODE_BS header_vert_right_visibility;
BITCODE_BS data_horiz_top_visibility;
BITCODE_BS data_horiz_ins_visibility;
BITCODE_BS data_horiz_bottom_visibility;
BITCODE_BS data_vert_left_visibility;
BITCODE_BS data_vert_ins_visibility;
BITCODE_BS data_vert_right_visibility;
BITCODE_H block_header;
BITCODE_H first_attrib;
BITCODE_H last_attrib;
BITCODE_H* attribs;
BITCODE_H seqend;
BITCODE_H title_row_style_override;
BITCODE_H header_row_style_override;
BITCODE_H data_row_style_override;
BITCODE_BS unknown_bs;
BITCODE_3BD hor_dir;
BITCODE_BL has_break_data;
BITCODE_BL break_flag;
BITCODE_BL break_flow_direction;
BITCODE_BD break_spacing;
BITCODE_BL break_unknown1;
BITCODE_BL break_unknown2;
BITCODE_BL num_break_heights;
Dwg_TABLE_BreakHeight *break_heights;
BITCODE_BL num_break_rows;
Dwg_TABLE_BreakRow *break_rows;
} Dwg_Entity_TABLE;
#undef TABLECONTENT_fields
/**
Class TABLESTYLE (varies)
*/
typedef struct _dwg_TABLESTYLE_CellStyle
{
struct _dwg_object_TABLESTYLE *parent;
BITCODE_BL id; /* 1=title, 2=header, 3=data, 4=table.
ref TABLESTYLE. custom IDs > 100 */
BITCODE_BL type; /* 1=data, 2=label */
BITCODE_T name;
struct _dwg_CellStyle cellstyle;
} Dwg_TABLESTYLE_CellStyle;
// very similar to GridLine, or GridFormat. but no overrides, type, ltype, ...
typedef struct _dwg_TABLESTYLE_border
{
BITCODE_BSd linewt;
BITCODE_B visible;
BITCODE_CMC color;
//TODO
// BITCODE_H ltype;
// BITCODE_BD double_line_spacing;
} Dwg_TABLESTYLE_border; // child of TABLE/TABLESTYLE/...
typedef struct _dwg_TABLESTYLE_rowstyles
{
struct _dwg_object_TABLESTYLE *parent;
BITCODE_H text_style;
BITCODE_BD text_height;
BITCODE_BS text_alignment;
BITCODE_CMC text_color;
BITCODE_CMC fill_color;
BITCODE_B has_bgcolor;
// 6: top, horizontal inside, bottom, left, vertical inside, right
BITCODE_BL num_borders; // always 6
Dwg_TABLESTYLE_border *borders;
BITCODE_BL data_type; // r2007+
BITCODE_BL unit_type;
BITCODE_TU format_string;
} Dwg_TABLESTYLE_rowstyles;
typedef struct _dwg_object_TABLESTYLE
{
struct _dwg_object_object *parent;
BITCODE_BS class_version;
BITCODE_T name;
BITCODE_BS flags;
BITCODE_BS flow_direction;
BITCODE_BD horiz_cell_margin;
BITCODE_BD vert_cell_margin;
BITCODE_B is_title_suppressed;
BITCODE_B is_header_suppressed;
BITCODE_RC unknown_rc; //r2007+ signed
BITCODE_BL unknown_bl1;
BITCODE_BL unknown_bl2;
BITCODE_H cellstyle; //r2007+. was called template
Dwg_TABLESTYLE_CellStyle sty; //r2007+. Note: embedded struct
BITCODE_BL numoverrides; // ??
BITCODE_BL unknown_bl3;
Dwg_TABLESTYLE_CellStyle ovr; // ??
// 0: data, 1: title, 2: header
BITCODE_BL num_rowstyles; // always 3
Dwg_TABLESTYLE_rowstyles *rowstyles;
} Dwg_Object_TABLESTYLE;
/**
Class CELLSTYLEMAP (varies)
R2008+ TABLESTYLE extension class
*/
typedef struct _dwg_object_CELLSTYLEMAP
{
struct _dwg_object_object *parent;
BITCODE_BL num_cells;
Dwg_TABLESTYLE_CellStyle *cells;
} Dwg_Object_CELLSTYLEMAP;
/* 20.4.103 TABLEGEOMETRY
r2008+ optional, == 20.4.98
*/
typedef struct _dwg_TABLEGEOMETRY_Cell
{
struct _dwg_object_TABLEGEOMETRY *parent;
BITCODE_BL geom_data_flag;
BITCODE_BD width_w_gap;
BITCODE_BD height_w_gap;
BITCODE_H tablegeometry;
BITCODE_BL num_geometry;
Dwg_CellContentGeometry *geometry;
} Dwg_TABLEGEOMETRY_Cell;
typedef struct _dwg_object_TABLEGEOMETRY
{
struct _dwg_object_object *parent;
BITCODE_BL numrows;
BITCODE_BL numcols;
BITCODE_BL num_cells; /* = num_rows * num_cols */
Dwg_TABLEGEOMETRY_Cell *cells;
} Dwg_Object_TABLEGEOMETRY;
/**
Abstract class UNDERLAYDEFINITION (varies)
Parent of {PDF,DGN,DWF}DEFINITION
*/
typedef struct _dwg_abstractobject_UNDERLAYDEFINITION
{
struct _dwg_object_object *parent;
BITCODE_T filename; /*!< DXF 1, relative or absolute path to the image file */
BITCODE_T name; /*!< DXF 2, pdf: page number, dgn: default, dwf: ? */
} Dwg_Object_UNDERLAYDEFINITION;
typedef struct _dwg_abstractobject_UNDERLAYDEFINITION Dwg_Object_PDFDEFINITION;
typedef struct _dwg_abstractobject_UNDERLAYDEFINITION Dwg_Object_DGNDEFINITION;
typedef struct _dwg_abstractobject_UNDERLAYDEFINITION Dwg_Object_DWFDEFINITION;
/**
Abstract entity UNDERLAY, the reference (varies)
As IMAGE or WIPEOUT but snappable, and with holes.
Parent of {PDF,DGN,DWF}UNDERLAY
In C++ as UnderlayReference
*/
typedef struct _dwg_abstractentity_UNDERLAY
{
struct _dwg_object_entity *parent;
BITCODE_BE extrusion; /*!< DXF 210 normal */
BITCODE_3BD ins_pt; /*!< DXF 10 */
BITCODE_3BD scale; /*!< DXF 41 */
BITCODE_BD angle; /*!< DXF 50 */
BITCODE_RC flag; /*!< DXF 280: 1 is_clipped, 2 is_on, 4 is_monochrome,
8 is_adjusted_for_background, 16 is_clip_inverted,
? is_frame_visible, ? is_frame_plottable */
BITCODE_RC contrast; /*!< DXF 281 20-100, def: 100 */
BITCODE_RC fade; /*!< DXF 282 0-80, def: 0 */
BITCODE_BL num_clip_verts;
BITCODE_2RD *clip_verts; /*!< DXF 11: if 2 rectangle, > polygon */
/* Note that neither Wipeout nor RasterImage has these inverted clips, allowing one hole.
They just have an clip_mode flag for is_inverted.
GeoJSON/GIS has multiple polygons, allowing multiple nested holes. */
BITCODE_BS num_clip_inverts; /*!< DXF 170 */
BITCODE_2RD *clip_inverts; /*!< DXF 12 */
BITCODE_H definition_id; /*!< DXF 340 */
} Dwg_Entity_UNDERLAY;
typedef struct _dwg_abstractentity_UNDERLAY Dwg_Entity_PDFUNDERLAY;
typedef struct _dwg_abstractentity_UNDERLAY Dwg_Entity_DGNUNDERLAY;
typedef struct _dwg_abstractentity_UNDERLAY Dwg_Entity_DWFUNDERLAY;
/**
Class DBCOLOR (varies)
*/
typedef struct _dwg_object_DBCOLOR
{
struct _dwg_object_object *parent;
BITCODE_CMC color; //62,420,430
} Dwg_Object_DBCOLOR;
/**
Class FIELDLIST AcDbField (varies)
R2018+
*/
typedef struct _dwg_FIELD_ChildValue
{
struct _dwg_object_FIELD *parent;
BITCODE_TV key; /*!< DXF 6 */
Dwg_TABLE_value value;
} Dwg_FIELD_ChildValue;
typedef struct _dwg_object_FIELD
{
struct _dwg_object_object *parent;
/* dxf group code */
BITCODE_TV id; /* 1 */
BITCODE_TV code; /* 2,3 */
BITCODE_BL num_childs; /* 90 */
BITCODE_H *childs; /* code:3, 360 */
BITCODE_BL num_objects; /* 97 */
BITCODE_H *objects; /* code:5, 331 */
BITCODE_TV format; /* 4, until r2004 only */
BITCODE_BL evaluation_option; /* 91 */
BITCODE_BL filing_option; /* 92 */
BITCODE_BL field_state; /* 94 */
BITCODE_BL evaluation_status; /* 95 */
BITCODE_BL evaluation_error_code; /* 96 */
BITCODE_TV evaluation_error_msg; /* 300 */
Dwg_TABLE_value value;
BITCODE_TV value_string; /* 301,9 */
BITCODE_BL value_string_length; /* 98 ODA bug: TV */
BITCODE_BL num_childval; /* 93 */
Dwg_FIELD_ChildValue *childval;
} Dwg_Object_FIELD;
/**
* Object FIELDLIST (varies)
*/
typedef struct _dwg_object_FIELDLIST
{
struct _dwg_object_object *parent;
BITCODE_BL num_fields;
BITCODE_B unknown;
BITCODE_H *fields;
} Dwg_Object_FIELDLIST;
/**
Class GEODATA (varies)
R2009+
*/
typedef struct _dwg_GEODATA_meshpt
{
BITCODE_2RD source_pt;
BITCODE_2RD dest_pt;
} Dwg_GEODATA_meshpt;
typedef struct _dwg_GEODATA_meshface
{
BITCODE_BL face1;
BITCODE_BL face2;
BITCODE_BL face3;
} Dwg_GEODATA_meshface;
typedef struct _dwg_object_GEODATA
{ /* dxf group code */
struct _dwg_object_object *parent;
BITCODE_BL class_version;
BITCODE_H host_block;
BITCODE_BS coord_type; /* 0 unknown, 1 local grid, 2 projected grid,
3 geographic defined by latitude/longitude) */
BITCODE_3BD design_pt;
BITCODE_3BD ref_pt;
BITCODE_3BD obs_pt;
BITCODE_3BD scale_vec; // always 1.0,1.0,1.0
BITCODE_BD unit_scale_horiz;
BITCODE_BL units_value_horiz; // enum 0-20
BITCODE_BD unit_scale_vert;
BITCODE_BL units_value_vert; // enum 0-20
BITCODE_3BD up_dir;
BITCODE_2RD north_dir;
BITCODE_BL scale_est; /* None = 1, User specified scale factor = 2,
Grid scale at reference point = 3, Prismodial = 4 */
BITCODE_BD user_scale_factor;
BITCODE_B do_sea_level_corr;
BITCODE_BD sea_level_elev;
BITCODE_BD coord_proj_radius;
BITCODE_T coord_system_def;
BITCODE_T geo_rss_tag;
BITCODE_T coord_system_datum; /* obsolete */
BITCODE_T coord_system_wkt; /* obsolete */
BITCODE_T observation_from_tag;
BITCODE_T observation_to_tag;
BITCODE_T observation_coverage_tag;
BITCODE_BL num_geomesh_pts;
Dwg_GEODATA_meshpt *geomesh_pts;
BITCODE_BL num_geomesh_faces;
Dwg_GEODATA_meshface *geomesh_faces;
BITCODE_B has_civil_data;
BITCODE_B obsolete_false;
BITCODE_2RD ref_pt2d; // (y, x) of ref_pt reversed
BITCODE_3BD zero1, zero2;
BITCODE_BL unknown1;
BITCODE_BL unknown2;
BITCODE_B unknown_b;
BITCODE_BD north_dir_angle_deg;
BITCODE_BD north_dir_angle_rad;
} Dwg_Object_GEODATA;
/**
Class IDBUFFER (varies)
*/
typedef struct _dwg_object_IDBUFFER
{
struct _dwg_object_object *parent;
BITCODE_RC unknown;
BITCODE_BL num_obj_ids;
BITCODE_H* obj_ids;
} Dwg_Object_IDBUFFER;
/**
Classes for IMAGE (varies)
*/
typedef struct _dwg_entity_IMAGE
{
struct _dwg_object_entity *parent;
// also used in WIPEOUT
BITCODE_BL class_version;
BITCODE_3BD pt0;
BITCODE_3BD uvec;
BITCODE_3BD vvec;
BITCODE_2RD image_size; /*!< DXF 13/23; width, height in pixel */
BITCODE_BS display_props;
BITCODE_B clipping;
BITCODE_RC brightness;
BITCODE_RC contrast;
BITCODE_RC fade;
BITCODE_B clip_mode; // 0 outside, 1 inside (inverted)
BITCODE_BS clip_boundary_type; // 1 rect, 2 polygon
BITCODE_BL num_clip_verts;
BITCODE_2RD* clip_verts;
BITCODE_H imagedef;
BITCODE_H imagedefreactor;
} Dwg_Entity_IMAGE;
/**
Class IMAGEDEF (varies)
*/
typedef struct _dwg_object_IMAGEDEF
{
struct _dwg_object_object *parent;
BITCODE_BL class_version;
BITCODE_2RD image_size;
BITCODE_T file_path;
BITCODE_B is_loaded;
BITCODE_RC resunits;
BITCODE_2RD pixel_size; // resolution MM/pixel
//BITCODE_H xrefctrl; /*!< r2010+ */
} Dwg_Object_IMAGEDEF;
/**
Class IMAGEDEF_REACTOR (varies)
*/
typedef struct _dwg_object_IMAGEDEF_REACTOR
{
struct _dwg_object_object *parent;
BITCODE_BL class_version;
} Dwg_Object_IMAGEDEF_REACTOR;
/**
Class INDEX (varies)
Registered as "AutoCAD 2000", but not seen in the wild.
*/
typedef struct _dwg_object_INDEX
{
struct _dwg_object_object *parent;
BITCODE_TIMEBLL last_updated;
} Dwg_Object_INDEX;
/**
Class LAYER_INDEX (varies)
*/
typedef struct _dwg_LAYER_entry
{
struct _dwg_object_LAYER_INDEX *parent;
BITCODE_BL numlayers;
BITCODE_T name;
BITCODE_H handle;
} Dwg_LAYER_entry;
typedef struct _dwg_object_LAYER_INDEX
{
struct _dwg_object_object *parent;
BITCODE_TIMEBLL last_updated;
BITCODE_BL num_entries;
Dwg_LAYER_entry* entries;
} Dwg_Object_LAYER_INDEX;
/**
Class LWPOLYLINE (77 + varies)
*/
typedef struct _dwg_entity_LWPOLYLINE
{
struct _dwg_object_entity *parent;
BITCODE_BS flag; /*!< DXF 70
512 closed, 128 plinegen, 4 constwidth, 8 elevation, 2 thickness
1 extrusion, 16 num_bulges, 1024 vertexidcount, 32 has_widths */
BITCODE_BD const_width; /*!< DXF 43 */
BITCODE_BD elevation; /*!< DXF 38 */
BITCODE_BD thickness; /*!< DXF 39 */
BITCODE_BE extrusion; /*!< DXF 210 */
BITCODE_BL num_points; /*!< DXF 90 */
BITCODE_2RD* points; /*!< DXF 10,20 */
BITCODE_BL num_bulges;
BITCODE_BD* bulges; /*!< DXF 42 */
BITCODE_BL num_vertexids; /*!< r2010+, same as num_points */
BITCODE_BL* vertexids; /*!< r2010+ DXF 91 */
BITCODE_BL num_widths;
Dwg_LWPOLYLINE_width* widths; /*!< DXF 40,41 */
} Dwg_Entity_LWPOLYLINE;
/**
Class RASTERVARIABLES (varies)
(used in conjunction with IMAGE entities)
*/
typedef struct _dwg_object_RASTERVARIABLES
{
struct _dwg_object_object *parent;
BITCODE_BL class_version;
BITCODE_BS image_frame;
BITCODE_BS image_quality;
BITCODE_BS units; // DXF 72, i.e. user_scale
} Dwg_Object_RASTERVARIABLES;
/**
Object SCALE (varies)
*/
typedef struct _dwg_object_SCALE
{
struct _dwg_object_object *parent;
BITCODE_BS flag; /* 1: is_temporary */
BITCODE_TV name;
BITCODE_BD paper_units;
BITCODE_BD drawing_units;
BITCODE_B is_unit_scale;
} Dwg_Object_SCALE;
/**
Class SORTENTSTABLE (varies)
*/
typedef struct _dwg_object_SORTENTSTABLE
{
struct _dwg_object_object *parent;
BITCODE_BL num_ents;
BITCODE_H* sort_ents;
BITCODE_H block_owner; // mspace or pspace
BITCODE_H* ents;
} Dwg_Object_SORTENTSTABLE;
/**
Class SPATIAL_FILTER (varies)
*/
typedef struct _dwg_object_SPATIAL_FILTER
{
struct _dwg_object_object *parent;
BITCODE_BS num_clip_verts;
BITCODE_2RD* clip_verts;
BITCODE_BE extrusion;
BITCODE_3BD origin;
BITCODE_BS display_boundary_on;
BITCODE_BS front_clip_on;
BITCODE_BD front_clip_z;
BITCODE_BS back_clip_on;
BITCODE_BD back_clip_z;
BITCODE_BD* inverse_transform;
BITCODE_BD* transform;
} Dwg_Object_SPATIAL_FILTER;
/**
Class SPATIAL_INDEX (varies)
ODA only covers the AcDbFilter class, but misses the rest.
*/
typedef struct _dwg_object_SPATIAL_INDEX
{
struct _dwg_object_object *parent;
BITCODE_TIMEBLL last_updated;
BITCODE_BD num1, num2, num3, num4, num5, num6;
BITCODE_BL num_hdls;
BITCODE_H *hdls;
BITCODE_BL bindata_size;
BITCODE_TF bindata;
} Dwg_Object_SPATIAL_INDEX;
/**
WIPEOUT (varies, 504)
R2000+, undocumented = IMAGE layover
*/
typedef struct _dwg_entity_WIPEOUT
{
struct _dwg_object_entity *parent;
BITCODE_BL class_version;
BITCODE_3BD pt0;
BITCODE_3BD uvec;
BITCODE_3BD vvec;
BITCODE_2RD image_size;
BITCODE_BS display_props;
BITCODE_B clipping;
BITCODE_RC brightness;
BITCODE_RC contrast;
BITCODE_RC fade;
BITCODE_B clip_mode; // 0 outside, 1 inside (inverted)
BITCODE_BS clip_boundary_type; // 1 rect, 2 polygon
BITCODE_BL num_clip_verts;
BITCODE_2RD* clip_verts;
BITCODE_H imagedef;
BITCODE_H imagedefreactor;
} Dwg_Entity_WIPEOUT;
/**
Class WIPEOUTVARIABLES (varies, 505)
R2000+, Object bitsize: 96
*/
typedef struct _dwg_object_WIPEOUTVARIABLES
{
struct _dwg_object_object *parent;
//BITCODE_BL class_version; /*!< DXF 90 NY */
BITCODE_BS display_frame; /*!< DXF 70 */
} Dwg_Object_WIPEOUTVARIABLES;
/* SECTIONPLANE, r2007+
* Looks like the livesection ptr from VIEW
*/
typedef struct _dwg_entity_SECTIONOBJECT
{
struct _dwg_object_entity *parent;
BITCODE_BL state; /*!< DXF 90. Plane=1, Boundary=2, Volume=4 */
BITCODE_BL flags; /*!< DXF 91. hitflags: sectionline=1, sectionlinetop=2, sectionlinebottom=4,
backline=8, backlinetop=16, backlinebottom=32, verticallinetop=64,
verticallinebottom=128.
heightflags: HeightAboveSectionLine=1, HeightBelowSectionLine=2
*/
BITCODE_T name; /*!< DXF 1 */
//BITCODE_3BD viewing_dir; /*!< normal of the 1st segment plane */
BITCODE_3BD vert_dir; /*!< DXF 10. normal to the segment line, on the plane */
BITCODE_BD top_height; /*!< DXF 40 */
BITCODE_BD bottom_height; /*!< DXF 41 */
BITCODE_BS indicator_alpha; /*!< DXF 70 */
BITCODE_CMC indicator_color; /*!< DXF 62/420 (but documented as 63/411) */
BITCODE_BL num_verts; /*!< DXF 92 */
BITCODE_3BD *verts; /*!< DXF 11 */
BITCODE_BL num_blverts; /*!< DXF 93 */
BITCODE_3BD *blverts; /*!< DXF 12 */
BITCODE_H section_settings; /*!< DXF 360 */
} Dwg_Entity_SECTIONOBJECT;
/**
Unstable
Class VISUALSTYLE (varies)
R2007+
32 types, with 3 categories: Face, Edge, Display, plus 58 props r2013+
*/
typedef struct _dwg_object_VISUALSTYLE
{
struct _dwg_object_object *parent;
BITCODE_T description; /*!< DXF 2 */
BITCODE_BL style_type; /*!< DXF 70 enum 0-32: (kFlat-kEmptyStyle acgivisualstyle.h) */
BITCODE_BS ext_lighting_model; /*!< DXF 177, r2010+ ? required on has_xdata */
BITCODE_B internal_only; /*!< DXF 291, has internal_use_only flags */
BITCODE_BL face_lighting_model; /*!< DXF 71 0:Invisible 1:Visible 2:Phong 3:Gooch */
BITCODE_BS face_lighting_model_int; /*!< DXF 176 r2010+ */
BITCODE_BL face_lighting_quality; /*!< DXF 72 0:No lighting 1:Per face 2:Per vertex */
BITCODE_BS face_lighting_quality_int; /*!< DXF 176 r2010+ */
BITCODE_BL face_color_mode; /*!< DXF 73 0 = No color
1 = Object color
2 = Background color
3 = Custom color
4 = Mono color
5 = Tinted
6 = Desaturated */
BITCODE_BS face_color_mode_int; /*!< DXF 176 r2010+ */
BITCODE_BD face_opacity; /*!< DXF 40 */
BITCODE_BS face_opacity_int; /*!< DXF 176 r2010+ */
BITCODE_BD face_specular; /*!< DXF 41 */
BITCODE_BS face_specular_int; /*!< DXF 176 r2010+ */
BITCODE_BL face_modifier; /*!< DXF 90 0:No modifiers 1:Opacity 2:Specular */
BITCODE_BS face_modifier_int; /*!< DXF 176 r2010+ */
BITCODE_CMC face_mono_color; /*!< DXF 63 + 421 */
BITCODE_BS face_mono_color_int; /*!< DXF 176 r2010+ */
BITCODE_BS edge_model; /*!< DXF 74 0:No edges 1:Isolines 2:Facet edges */
BITCODE_BS edge_model_int; /*!< DXF 176 r2010+ */
BITCODE_BL edge_style; /*!< DXF 91 */
BITCODE_BS edge_style_int; /*!< DXF 176 r2010+ */
BITCODE_CMC edge_intersection_color; /*!< DXF 64 */
BITCODE_BS edge_intersection_color_int; /*!< DXF 176 r2010+ */
BITCODE_CMC edge_obscured_color; /*!< DXF 65 */
BITCODE_BS edge_obscured_color_int; /*!< DXF 176 r2010+ */
BITCODE_BL edge_obscured_ltype; /*!< DXF 75 */
BITCODE_BS edge_obscured_ltype_int; /*!< DXF 176 r2010+ */
BITCODE_BL edge_intersection_ltype; /*!< DXF 175 */
BITCODE_BS edge_intersection_ltype_int; /*!< DXF 176 r2010+ */
BITCODE_BD edge_crease_angle; /*!< DXF 42 */
BITCODE_BS edge_crease_angle_int; /*!< DXF 176 r2010+ */
BITCODE_BL edge_modifier; /*!< DXF 92 */
BITCODE_BS edge_modifier_int; /*!< DXF 176 r2010+ */
BITCODE_CMC edge_color; /*!< DXF 66 */
BITCODE_BS edge_color_int; /*!< DXF 176 r2010+ */
BITCODE_BD edge_opacity; /*!< DXF 43 */
BITCODE_BS edge_opacity_int; /*!< DXF 176 r2010+ */
BITCODE_BL edge_width; /*!< DXF 76 */
BITCODE_BS edge_width_int; /*!< DXF 176 r2010+ */
BITCODE_BL edge_overhang; /*!< DXF 77 */
BITCODE_BS edge_overhang_int; /*!< DXF 176 r2010+ */
BITCODE_BL edge_jitter; /*!< DXF 78 */
BITCODE_BS edge_jitter_int; /*!< DXF 176 r2010+ */
BITCODE_CMC edge_silhouette_color; /*!< DXF 67 */
BITCODE_BS edge_silhouette_color_int; /*!< DXF 176 r2010+ */
BITCODE_BL edge_silhouette_width; /*!< DXF 79 */
BITCODE_BS edge_silhouette_width_int; /*!< DXF 176 r2010+ */
BITCODE_BL edge_halo_gap; /*!< DXF 170 */
BITCODE_BS edge_halo_gap_int; /*!< DXF 176 r2010+ */
BITCODE_BL edge_isolines; /*!< DXF 171 */
BITCODE_BS edge_isolines_int; /*!< DXF 176 r2010+ */
BITCODE_B edge_do_hide_precision; /*!< DXF 290 */
BITCODE_BS edge_do_hide_precision_int;/*!< DXF 176 r2010+ */
BITCODE_BL edge_style_apply; /*!< DXF 174 */
BITCODE_BS edge_style_apply_int; /*!< DXF 176 r2010+ */
BITCODE_BL display_settings; /*!< DXF 93 flags */
BITCODE_BS display_settings_int; /*!< DXF 176 r2010+ */
BITCODE_BLd display_brightness_bl; /*!< DXF 44 <=r2007 */
BITCODE_BD display_brightness; /*!< DXF 44 r2010+ */
BITCODE_BS display_brightness_int; /*!< DXF 176 r2010+ */
BITCODE_BL display_shadow_type; /*!< DXF 173 */
BITCODE_BS display_shadow_type_int; /*!< DXF 176 r2010+ */
BITCODE_BD bd2007_45; /*!< DXF 45 r2007-only 0.0 */
BITCODE_BS num_props; /*!< r2013+ version3 58x */
/* the rest of the props:
all bool are 290, all BS/BL are 90, all BD are 40, colors 62, text 1 */
BITCODE_B b_prop1c; BITCODE_BS b_prop1c_int;
BITCODE_B b_prop1d; BITCODE_BS b_prop1d_int;
BITCODE_B b_prop1e; BITCODE_BS b_prop1e_int;
BITCODE_B b_prop1f; BITCODE_BS b_prop1f_int;
BITCODE_B b_prop20; BITCODE_BS b_prop20_int;
BITCODE_B b_prop21; BITCODE_BS b_prop21_int;
BITCODE_B b_prop22; BITCODE_BS b_prop22_int;
BITCODE_B b_prop23; BITCODE_BS b_prop23_int;
BITCODE_B b_prop24; BITCODE_BS b_prop24_int;
BITCODE_BL bl_prop25; BITCODE_BS bl_prop25_int;
BITCODE_BD bd_prop26; BITCODE_BS bd_prop26_int;
BITCODE_BD bd_prop27; BITCODE_BS bd_prop27_int;
BITCODE_BL bl_prop28; BITCODE_BS bl_prop28_int;
BITCODE_CMC c_prop29; BITCODE_BS c_prop29_int;
BITCODE_BL bl_prop2a; BITCODE_BS bl_prop2a_int;
BITCODE_BL bl_prop2b; BITCODE_BS bl_prop2b_int;
BITCODE_CMC c_prop2c; BITCODE_BS c_prop2c_int;
BITCODE_B b_prop2d; BITCODE_BS b_prop2d_int;
BITCODE_BL bl_prop2e; BITCODE_BS bl_prop2e_int;
BITCODE_BL bl_prop2f; BITCODE_BS bl_prop2f_int;
BITCODE_BL bl_prop30; BITCODE_BS bl_prop30_int;
BITCODE_B b_prop31; BITCODE_BS b_prop31_int;
BITCODE_BL bl_prop32; BITCODE_BS bl_prop32_int;
BITCODE_CMC c_prop33; BITCODE_BS c_prop33_int;
BITCODE_BD bd_prop34; BITCODE_BS bd_prop34_int;
BITCODE_BL edge_wiggle;BITCODE_BS edge_wiggle_int;
BITCODE_T strokes; BITCODE_BS strokes_int;
BITCODE_B b_prop37; BITCODE_BS b_prop37_int;
BITCODE_BD bd_prop38; BITCODE_BS bd_prop38_int;
BITCODE_BD bd_prop39; BITCODE_BS bd_prop39_int;
} Dwg_Object_VISUALSTYLE;
/**
Object LIGHTLIST (varies)
R2010+
*/
typedef struct _dwg_LIGHTLIST_light
{
struct _dwg_object_LIGHTLIST *parent;
BITCODE_T name;
BITCODE_H handle;
} Dwg_LIGHTLIST_light;
/* 2010+ */
typedef struct _dwg_object_LIGHTLIST
{
struct _dwg_object_object *parent;
BITCODE_BL class_version;
BITCODE_BL num_lights;
Dwg_LIGHTLIST_light *lights;
} Dwg_Object_LIGHTLIST;
typedef struct _dwg_MATERIAL_color
{
struct _dwg_object_object *parent;
BITCODE_RC flag; /*!< 0 Use current color, 1 Override */
BITCODE_BD factor; /*!< 0.0 - 1.0 */
BITCODE_BL rgb;
} Dwg_MATERIAL_color;
typedef struct _dwg_MATERIAL_mapper
{
struct _dwg_object_object *parent;
BITCODE_BD blendfactor; /*!< DXF 42 def: 1.0 */
BITCODE_BD* transmatrix; /*!< DXF 43: 16x BD */
BITCODE_T filename; /*!< DXF 3 if NULL no diffuse map */
Dwg_MATERIAL_color color1;
Dwg_MATERIAL_color color2;
BITCODE_RC source; /*!< DXF 72 0 current, 1 image file (def), 2 2nd map? */
BITCODE_RC projection; /*!< DXF 73 1 Planar (def), 2 Box, 3 Cylinder, 4 Sphere */
BITCODE_RC tiling; /*!< DXF 74 1 = Tile (def), 2 = Crop, 3 = Clamp */
BITCODE_RC autotransform; /*!< DXF 75 1 no, 2: scale to curr ent,
4: w/ current block transform */
/* marble, wood and procedural modes */
BITCODE_BS texturemode;
} Dwg_MATERIAL_mapper;
typedef struct _dwg_MATERIAL_gentexture
{
struct _dwg_object_MATERIAL *parent;
BITCODE_T genprocname;
struct _dwg_object_MATERIAL *material;
} Dwg_MATERIAL_gentexture;
/**
Object MATERIAL (varies)
Acad Naming: e.g. Materials/assetlibrary_base.fbm/shaders/AdskShaders.mi
Materials/assetlibrary_base.fbm/Mats/SolidGlass/Generic.xml
*/
typedef struct _dwg_object_MATERIAL
{
struct _dwg_object_object *parent;
BITCODE_T name; /*!< DXF 1 */
BITCODE_T description; /*!< DXF 2 optional */
Dwg_MATERIAL_color ambient_color; /*!< DXF 70, 40, 90 */
Dwg_MATERIAL_color diffuse_color; /*!< DXF 71, 41, 91 */
Dwg_MATERIAL_mapper diffusemap; /*!< DXF 42, 72, 3, 73, 74, 75, 43 */
BITCODE_BD specular_gloss_factor; /*!< DXF 44 def: 0.5 */
Dwg_MATERIAL_color specular_color; /*!< DXF 76, 45, 92 */
Dwg_MATERIAL_mapper specularmap; /*!< DXF 46, 77, 4, 78, 79, 170, 47 */
//?? BD reflection_depth
//reflection_glossy_samples
Dwg_MATERIAL_mapper reflectionmap; /*!< DXF 48, 171, 6, 172, 173, 174, 49 */
BITCODE_BD opacity_percent; /*!< DXF 140 def: 1.0 */
Dwg_MATERIAL_mapper opacitymap; /*!< DXF 141, 175, 7, 176, 177, 178, 142 */
//BITCODE_B bump_enable
//?BD bump_amount
Dwg_MATERIAL_mapper bumpmap; /*!< DXF 143, 179, 8, 270, 271, 272, 144 */
BITCODE_BD refraction_index; /*!< DXF 145 def: 1.0 */
//?? BD refraction_depth
//?? BD refraction_translucency_weight
//?? refraction_glossy_samples
Dwg_MATERIAL_mapper refractionmap; /*!< DXF 146, 273, 9, 274, 275, 276, 147 */
BITCODE_BD color_bleed_scale; /*!< DXF 460 */
BITCODE_BD indirect_bump_scale; /*!< DXF 461 */
BITCODE_BD reflectance_scale; /*!< DXF 462 */
BITCODE_BD transmittance_scale; /*!< DXF 463 */
BITCODE_B two_sided_material; /*!< DXF 290 */
BITCODE_BD luminance; /*!< DXF 464 */
BITCODE_BS luminance_mode; /*!< DXF 270 */
BITCODE_BD translucence; /*!< DXF 148 */
BITCODE_BD self_illumination; /*!< DXF 149 */
BITCODE_BD reflectivity; /*!< DXF 468 */
BITCODE_BL illumination_model; /*!< DXF 93 */
BITCODE_BL channel_flags; /*!< DXF 94 */
BITCODE_BL mode; /*!< DXF 282 */
BITCODE_T genprocname; /*!< DXF 300 */
BITCODE_BS genproctype;
BITCODE_B genprocvalbool; /*!< DXF 291 */
BITCODE_BS genprocvalint; /*!< DXF 271 */
BITCODE_BD genprocvalreal; /*!< DXF 469 */
BITCODE_T genprocvaltext; /*!< DXF 301 */
BITCODE_CMC genprocvalcolor; /*!< DXF 62 */
BITCODE_B genproctableend; /*!< DXF 292 */
BITCODE_BS num_gentextures;
Dwg_MATERIAL_gentexture* gentextures;
#if 0
BITCODE_BS normalmap_method; /*!< DXF 271 */
BITCODE_BD normalmap_strength; /*!< DXF 465 def: 1.0 */
Dwg_MATERIAL_mapper normalmap; /*!< DXF 42, 72, 3, 73, 74, 75, 43 */
BITCODE_B is_anonymous; /*!< DXF 293 */
BITCODE_BS global_illumination; /*!< DXF 272 */
BITCODE_BS final_gather; /*!< DXF 273 */
#endif
//? BD backface_cull
//? BD self_illum_luminance
//? BD self_illum_color_temperature
} Dwg_Object_MATERIAL;
/**
Object OBJECT_PTR (varies) UNKNOWN FIELDS
yet unsorted, and unused.
*/
typedef struct _dwg_object_OBJECT_PTR
{
struct _dwg_object_object *parent;
} Dwg_Object_OBJECT_PTR;
/**
Entity LIGHT (varies)
UNSTABLE, now complete
*/
typedef struct _dwg_entity_LIGHT
{
struct _dwg_object_entity *parent;
BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_T name; /*!< DXF 1 */
BITCODE_BL type; /*!< DXF 70, distant = 1; point = 2; spot = 3 */
BITCODE_B status; /*!< DXF 290, on or off */
BITCODE_CMC light_color; /*!< DXF 63 + 421. r2000: 90 for rgb */
BITCODE_B plot_glyph; /*!< DXF 291 */
BITCODE_BD intensity; /*!< DXF 40 */
BITCODE_3BD position; /*!< DXF 10 */
BITCODE_3BD target; /*!< DXF 11 */
BITCODE_BL attenuation_type; /*!< DXF 72. None=0, Inverse Linear=1,
Inverse Square=2 */
BITCODE_B use_attenuation_limits; /*!< DXF 292 */
BITCODE_BD attenuation_start_limit; /*!< DXF 41 */
BITCODE_BD attenuation_end_limit; /*!< DXF 42 */
BITCODE_BD hotspot_angle; /*!< DXF 50 */
BITCODE_BD falloff_angle; /*!< DXF 51, with type=spot */
BITCODE_B cast_shadows; /*!< DXF 293 */
BITCODE_BL shadow_type; /*!< DXF 73, ray_traced=0, shadow_maps=1 */
BITCODE_BS shadow_map_size; /*!< DXF 91 in pixel: 64,128,256,...4096 */
BITCODE_RC shadow_map_softness; /*!< DXF 280 1-10 (num pixels blend into) */
BITCODE_B is_photometric; /* if LIGHTINGUNITS == "2" */
BITCODE_B has_photometric_data;
BITCODE_B has_webfile; /*!< DXF 290 */
BITCODE_T webfile; /*!< DXF 300 IES file */
BITCODE_BS physical_intensity_method; /*!< DXF 70 */
BITCODE_BD physical_intensity; /*!< DXF 40 */
BITCODE_BD illuminance_dist; /*!< DXF 41 */
BITCODE_BS lamp_color_type; /*!< DXF 71 0: in kelvin, 1: as preset */
BITCODE_BD lamp_color_temp; /*!< DXF 42 Temperature in Kelvin */
BITCODE_BS lamp_color_preset; /*!< DXF 72 */
BITCODE_BL lamp_color_rgb; /*!< if lamp_color_preset is Custom */
BITCODE_3BD web_rotation; /*!< DXF 43-45 rotation offset in XYZ Euler angles */
BITCODE_BS extlight_shape; /*!< DXF 73: 0 linear, 1 rect, 2 disk, 3 cylinder, 4 sphere */
BITCODE_BD extlight_length; /*!< DXF 46 */
BITCODE_BD extlight_width; /*!< DXF 47 */
BITCODE_BD extlight_radius; /*!< DXF 48 */
BITCODE_BS webfile_type; /*!< DXF 74 */
BITCODE_BS web_symetry; /*!< DXF 75 */
BITCODE_BS has_target_grip; /*!< DXF 76
if the light displays a target grip for orienting
the light */
BITCODE_BD web_flux; /*!< DXF 49 */
BITCODE_BD web_angle1; /*!< DXF 50 */
BITCODE_BD web_angle2; /*!< DXF 51 */
BITCODE_BD web_angle3; /*!< DXF 52 */
BITCODE_BD web_angle4; /*!< DXF 53 */
BITCODE_BD web_angle5; /*!< DXF 54 */
BITCODE_BS glyph_display_type; /*!< DXF 77 0:auto, 1:on, 2:off */
} Dwg_Entity_LIGHT;
/**
Entity CAMERA (varies) UNKNOWN FIELDS
not DWG persistent. yet unsorted, and unused.
*/
typedef struct _dwg_entity_CAMERA
{
struct _dwg_object_entity *parent;
BITCODE_H view;
} Dwg_Entity_CAMERA;
/**
Entity GEOPOSITIONMARKER (varies)
*/
typedef struct _dwg_entity_GEOPOSITIONMARKER
{
struct _dwg_object_entity *parent;
BITCODE_BS class_version; /*!< DXF 90 point, lat_lon, mylocation */
BITCODE_3BD position; /*!< DXF 10 */
BITCODE_BD radius; /*!< DXF 40 */
BITCODE_BD landing_gap; /*!< DXF 40 */
BITCODE_T notes; /*!< DXF 1 */
BITCODE_RC text_alignment; /*!< DXF 70 0 left, 1 center, 2 right */
BITCODE_B mtext_visible; /*!< DXF 290 */
BITCODE_B enable_frame_text; /*!< DXF 290 */
BITCODE_3BD ins_pt; /* DXF only, = position */
BITCODE_2RD alignment_pt; /* DXF only */
Dwg_AcDbMTextObjectEmbedded mtext;
BITCODE_B is_really_locked; /*<! DXF 70 */
BITCODE_BS annotative_data_size;/* R2018+ */
BITCODE_RC* annotative_data; /* R2018+ */
BITCODE_BS annotative_flag; /* R2018+ */
BITCODE_H annotative_style; /* R2018+ */
} Dwg_Entity_GEOPOSITIONMARKER;
/**
Object GEOMAPIMAGE (varies), LiveMap image overlay.
yet unsorted, and unused.
*/
typedef struct _dwg_object_GEOMAPIMAGE
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; // 90
BITCODE_3BD pt0; // 10
BITCODE_2RD image_size; // 13
BITCODE_BS display_props; // 70
BITCODE_B clipping; // 280 i.e. clipping_enabled
BITCODE_RC brightness; // 281
BITCODE_RC contrast; // 282
BITCODE_RC fade; // 283
BITCODE_BD rotation;
//?
//BITCODE_3BD origin;
BITCODE_BD image_width;
BITCODE_BD image_height;
BITCODE_T name;
BITCODE_BD image_file;
BITCODE_BD image_visibility;
BITCODE_BS transparency;
BITCODE_BD height;
BITCODE_BD width;
BITCODE_B show_rotation;
BITCODE_BD scale_factor;
BITCODE_BS geoimage_brightness;
BITCODE_BS geoimage_contrast;
BITCODE_BS geoimage_fade;
BITCODE_BS geoimage_position;
BITCODE_BS geoimage_width;
BITCODE_BS geoimage_height;
} Dwg_Object_GEOMAPIMAGE;
/**
Entity HELIX (varies) UNSTABLE
subclass of SPLINE
*/
typedef struct _dwg_entity_HELIX
{
struct _dwg_object_entity *parent;
// AcDbSpline
BITCODE_BS flag; /* computed */
BITCODE_BS scenario; /* 1 spline, 2 bezier */
BITCODE_BS degree; /* 2 quadratic, 3 cubic */
BITCODE_BL splineflags; /* 2013+: method fit points = 1, CV frame show = 2, closed = 4 */
BITCODE_BL knotparam; /* 2013+: Chord = 0, Square root = 1, Uniform = 2, Custom = 15 */
BITCODE_BD fit_tol;
BITCODE_3BD beg_tan_vec;
BITCODE_3BD end_tan_vec;
BITCODE_B rational;
BITCODE_B closed_b;
BITCODE_B periodic;
BITCODE_B weighted; /* bit 4 of 70 */
BITCODE_BD knot_tol;
BITCODE_BD ctrl_tol;
BITCODE_BS num_fit_pts;
BITCODE_3DPOINT* fit_pts;
BITCODE_BL num_knots;
BITCODE_BD* knots;
BITCODE_BL num_ctrl_pts;
Dwg_SPLINE_control_point* ctrl_pts;
// AcDbHelix
BITCODE_BL major_version; /*!< DXF 90: 27 */
BITCODE_BL maint_version; /*!< DXF 91: 1 */
BITCODE_3BD axis_base_pt; /*!< DXF 10 */
BITCODE_3BD start_pt; /*!< DXF 11 */
BITCODE_3BD axis_vector; /*!< DXF 12 */
BITCODE_BD radius; /*!< DXF 40 */
BITCODE_BD turns; /*!< DXF 41 */
BITCODE_BD turn_height; /*!< DXF 42 */
BITCODE_B handedness; /*!< DXF 290: 0: left, 1: right (twist) */
BITCODE_RC constraint_type; /*!< DXF 280: 0: turn_height, 1: turns, 2: height */
} Dwg_Entity_HELIX;
// TODO ACSH_SWEEP_CLASS has different names,
// ACIS (sweep:options) even more so. ACIS key names are weird though, Acad didn't take them.
#define SWEEPOPTIONS_fields \
BITCODE_BD draft_angle; /*!< DXF 42 */ \
BITCODE_BD draft_start_distance; /*!< DXF 43 */ \
BITCODE_BD draft_end_distance; /*!< DXF 44 */ \
BITCODE_BD twist_angle; /*!< DXF 45 */ \
BITCODE_BD scale_factor; /*!< DXF 48 */ \
BITCODE_BD align_angle; /*!< DXF 49 */ \
BITCODE_BD* sweep_entity_transmatrix; /*!< DXF 46: 16x BD */ \
BITCODE_BD* path_entity_transmatrix; /*!< DXF 47: 16x BD */ \
BITCODE_B is_solid; /*!< DXF 290 */ \
BITCODE_BS sweep_alignment_flags; /*!< DXF 70. \
0=No alignment, 1=Align sweep entity to path, \
2=Translate sweep entity to path, \
3=Translate path to sweep entity */ \
BITCODE_BS path_flags; /*!< DXF 71 */ \
BITCODE_B align_start; /*!< DXF 292 */ \
BITCODE_B bank; /*!< DXF 293 */ \
BITCODE_B base_point_set; /*!< DXF 294 */ \
BITCODE_B sweep_entity_transform_computed; /*!< DXF 295 */ \
BITCODE_B path_entity_transform_computed; /*!< DXF 296 */ \
BITCODE_3BD reference_vector_for_controlling_twist; /*!< DXF 11 */ \
BITCODE_H sweep_entity; \
BITCODE_H path_entity
/**
Entity EXTRUDEDSURFACE (varies)
in DXF encrypted.
*/
typedef struct _dwg_entity_EXTRUDEDSURFACE
{
struct _dwg_object_entity *parent;
_3DSOLID_FIELDS;
//? sweep_profile, taper_angle
BITCODE_BS modeler_format_version; /*!< DXF 70 */
BITCODE_BL bindata_size; // 90
BITCODE_TF bindata; // 310|1
BITCODE_BS u_isolines; /*!< DXF 71 */
BITCODE_BS v_isolines; /*!< DXF 72 */
BITCODE_BL class_version; /*!< DXF 90 */
SWEEPOPTIONS_fields;
//BITCODE_BD height;
BITCODE_3BD sweep_vector; /*!< DXF 10 */
BITCODE_BD* sweep_transmatrix; /*!< DXF 40: 16x BD */
} Dwg_Entity_EXTRUDEDSURFACE;
/**
Entity SWEPTSURFACE (varies)
*/
typedef struct _dwg_entity_SWEPTSURFACE
{
struct _dwg_object_entity *parent;
_3DSOLID_FIELDS;
BITCODE_BS modeler_format_version; /*!< DXF 70 */
BITCODE_BS u_isolines; /*!< DXF 71 */
BITCODE_BS v_isolines; /*!< DXF 72 */
BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_BL sweep_entity_id; // 90
BITCODE_BL sweepdata_size;
BITCODE_TF sweepdata;
BITCODE_BL path_entity_id;
BITCODE_BL pathdata_size;
BITCODE_TF pathdata;
SWEEPOPTIONS_fields;
} Dwg_Entity_SWEPTSURFACE;
/**
Entity LOFTEDSURFACE (varies)
*/
typedef struct _dwg_entity_LOFTEDSURFACE
{
struct _dwg_object_entity *parent;
_3DSOLID_FIELDS;
BITCODE_BS modeler_format_version; /*!< DXF 70 */
BITCODE_BS u_isolines; /*!< DXF 71 */
BITCODE_BS v_isolines; /*!< DXF 72 */
//BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_BD* loft_entity_transmatrix; /*!< DXF 40: 16x BD */
BITCODE_BL plane_normal_lofting_type; /*!< DXF 70 */
BITCODE_BD start_draft_angle; /*!< DXF 41 */
BITCODE_BD end_draft_angle; /*!< DXF 42 */
BITCODE_BD start_draft_magnitude; /*!< DXF 43 */
BITCODE_BD end_draft_magnitude; /*!< DXF 44 */
BITCODE_B arc_length_parameterization; // 290
BITCODE_B no_twist; // 291
BITCODE_B align_direction; // 292
BITCODE_B simple_surfaces; // 293
BITCODE_B closed_surfaces; // 294
BITCODE_B solid; // 295
BITCODE_B ruled_surface; // 296
BITCODE_B virtual_guide; // 297
BITCODE_BS num_cross_sections;
BITCODE_BS num_guide_curves;
BITCODE_H *cross_sections;
BITCODE_H *guide_curves;
BITCODE_H path_curve;
} Dwg_Entity_LOFTEDSURFACE;
/**
Entity NURBSURFACE (varies)
*/
typedef struct _dwg_entity_NURBSURFACE
{
struct _dwg_object_entity *parent;
_3DSOLID_FIELDS;
// AcDbSurface
BITCODE_BS u_isolines; /*!< DXF 71 */
BITCODE_BS v_isolines; /*!< DXF 72 */
// AcDbNurbSurface
BITCODE_BS short170; /* DXF 170 */
BITCODE_B cv_hull_display; /* DXF 290 */
BITCODE_3BD uvec1; /* DXF 10 */
BITCODE_3BD vvec1; /* DXF 11 */
BITCODE_3BD uvec2; /* DXF 12 */
BITCODE_3BD vvec2; /* DXF 13 */
} Dwg_Entity_NURBSURFACE;
/**
Entity PLANESURFACE (varies)
*/
typedef struct _dwg_entity_PLANESURFACE
{
struct _dwg_object_entity *parent;
_3DSOLID_FIELDS;
BITCODE_BS modeler_format_version; /*!< DXF 70 */
BITCODE_BS u_isolines; /*!< DXF 71 */
BITCODE_BS v_isolines; /*!< DXF 72 */
BITCODE_BL class_version; /*!< DXF 90 */
} Dwg_Entity_PLANESURFACE;
/**
Entity REVOLVEDSURFACE (varies)
*/
typedef struct _dwg_entity_REVOLVEDSURFACE
{
struct _dwg_object_entity *parent;
_3DSOLID_FIELDS;
BITCODE_BS modeler_format_version; /*!< DXF 70 */
BITCODE_BS u_isolines; /*!< DXF 71 */
BITCODE_BS v_isolines; /*!< DXF 72 */
BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_BL id; // 90
BITCODE_3BD axis_point; // 10
BITCODE_3BD axis_vector; // 11
BITCODE_BD revolve_angle; // 40
BITCODE_BD start_angle; // 41
BITCODE_BD* revolved_entity_transmatrix; // 42
BITCODE_BD draft_angle; // 43
BITCODE_BD draft_start_distance; // 44
BITCODE_BD draft_end_distance; // 45
BITCODE_BD twist_angle; // 46
BITCODE_B solid; // 290
BITCODE_B close_to_axis; // 291
} Dwg_Entity_REVOLVEDSURFACE;
/**
Entity MESH (varies)
Types: Sphere|Cylinder|Cone|Torus|Box|Wedge|Pyramid
*/
typedef struct _dwg_MESH_edge
{
struct _dwg_entity_MESH *parent;
BITCODE_BL idxfrom; // index from
BITCODE_BL idxto; // index to
} Dwg_MESH_edge;
typedef struct _dwg_entity_MESH
{
struct _dwg_object_entity *parent;
BITCODE_BS dlevel; /*!< DXF 71 (2) */
BITCODE_B is_watertight; /*!< DXF 72 (0) */
BITCODE_BL num_subdiv_vertex; /*!< DXF 91 (0) */
BITCODE_3DPOINT* subdiv_vertex;/*!< DXF 10 ?? */
BITCODE_BL num_vertex; /*!< DXF 92 (14) */
BITCODE_3DPOINT* vertex; /*!< DXF 10 */
BITCODE_BL num_faces; /*!< DXF 93 (30) */
BITCODE_BL* faces; /*!< DXF 90 */
BITCODE_BL num_edges; /*!< DXF 94 (19) */
Dwg_MESH_edge* edges; /*!< DXF 90 */
BITCODE_BL num_crease; /*!< DXF 95 (19) */
BITCODE_BD* crease; /*!< DXF 140 */
BITCODE_B unknown_b1;
BITCODE_B unknown_b2;
} Dwg_Entity_MESH;
/**
Object SUN (varies), unstable
wrongly documented by ACAD DXF as entity
*/
typedef struct _dwg_object_SUN
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_B is_on; /*!< DXF 290 */
BITCODE_CMC color; /*!< DXF 60, 421 */
BITCODE_BD intensity; /*!< DXF 40 */
BITCODE_B has_shadow; /*!< DXF 291 */
BITCODE_BL julian_day; /*!< DXF 91 */
BITCODE_BL msecs; /*!< DXF 92 */
BITCODE_B is_dst; /*!< DXF 292 */
BITCODE_BL shadow_type; /*!< DXF 70 */
BITCODE_BS shadow_mapsize; /*!< DXF 71 */
BITCODE_RC shadow_softness; /*!< DXF 280 */
} Dwg_Object_SUN;
typedef struct _dwg_SUNSTUDY_Dates
{
BITCODE_BL julian_day;
BITCODE_BL msecs; //seconds past midnight
} Dwg_SUNSTUDY_Dates;
/**
Object SUNSTUDY (varies)
--enable-debug only
*/
typedef struct _dwg_object_SUNSTUDY
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_T setup_name; /*!< DXF 1 */
BITCODE_T description; /*!< DXF 2 */
BITCODE_BL output_type; /*!< DXF 70 */
BITCODE_T sheet_set_name; /*!< DXF 3 */
BITCODE_B use_subset; /*!< DXF 290 */
BITCODE_T sheet_subset_name; /*!< DXF 3 */
BITCODE_B select_dates_from_calendar; /*!< DXF 291 */
BITCODE_BL num_dates; /*!< DXF 91 */
Dwg_SUNSTUDY_Dates* dates; /*!< DXF 90[] */
BITCODE_B select_range_of_dates; /*!< DXF 292 */
BITCODE_BL start_time; /*!< DXF 93 */
BITCODE_BL end_time; /*!< DXF 94 */
BITCODE_BL interval; /*!< DXF 95 */
BITCODE_BL num_hours; /*!< DXF 73 */
BITCODE_B* hours; /*!< DXF 290 */
BITCODE_BL shade_plot_type; /*!< DXF 74 */
BITCODE_BL numvports; /*!< DXF 75 */
BITCODE_BL numrows; /*!< DXF 76 */
BITCODE_BL numcols; /*!< DXF 77 */
BITCODE_BD spacing; /*!< DXF 40 */
BITCODE_B lock_viewports; /*!< DXF 293 */
BITCODE_B label_viewports; /*!< DXF 294 */
BITCODE_H page_setup_wizard; /*!< 5 DXF 340 */
BITCODE_H view; /*!< DXF 341 */
BITCODE_H visualstyle; /*!< DXF 342 */
BITCODE_H text_style; /*!< DXF 343 */
} Dwg_Object_SUNSTUDY;
typedef struct _dwg_DATATABLE_row
{
struct _dwg_DATATABLE_column *parent;
Dwg_TABLE_value value;
} Dwg_DATATABLE_row;
typedef struct _dwg_DATATABLE_column
{
struct _dwg_object_DATATABLE *parent;
BITCODE_BL type; /* DXF 92 */
BITCODE_T text; /* DXF 2 */
Dwg_DATATABLE_row *rows;
} Dwg_DATATABLE_column;
/**
Object DATATABLE (varies)
--enable-debug only
*/
typedef struct _dwg_object_DATATABLE
{
struct _dwg_object_object *parent;
BITCODE_BS flags; /* DXF 70 */
BITCODE_BL num_cols; /* DXF 90 */
BITCODE_BL num_rows; /* DXF 91 */
BITCODE_T table_name; /* DXF 1 */
Dwg_DATATABLE_column *cols;
} Dwg_Object_DATATABLE;
/**
Object DATALINK (varies)
*/
typedef struct _dwg_DATALINK_customdata
{
struct _dwg_object_DATALINK *parent;
BITCODE_H target; // 330
BITCODE_T text; // 304
} Dwg_DATALINK_customdata;
typedef struct _dwg_object_DATALINK
{
struct _dwg_object_object *parent;
BITCODE_BS class_version; /*<! DXF 70 1 */
BITCODE_T data_adapter;/*<! DXF 1 */
BITCODE_T description;/*<! DXF 300 */
BITCODE_T tooltip; /*<! DXF 301 */
BITCODE_T connection_string; /*<! DXF 302 */
BITCODE_BL option; /*<! DXF 90 2 */
BITCODE_BL update_option;/*<! DXF 91 1179649 */
BITCODE_BL bl92; /*<! DXF 92 1 */
BITCODE_BS year; /*<! DXF 170 */
BITCODE_BS month; /*<! DXF 171 */
BITCODE_BS day; /*<! DXF 172 */
BITCODE_BS hour; /*<! DXF 173 */
BITCODE_BS minute; /*<! DXF 174 */
BITCODE_BS seconds; /*<! DXF 175 */
BITCODE_BS msec; /*<! DXF 176 */
BITCODE_BS path_option; /*<! DXF 177 1 */
BITCODE_BL bl93; /*<! DXF 93 0 */
BITCODE_T update_status;/*<! DXF 304 */
BITCODE_BL num_customdata; // 94
Dwg_DATALINK_customdata *customdata; // 330 + 304
BITCODE_H hardowner; /*<! DXF 360 */
} Dwg_Object_DATALINK;
/**
Object DIMASSOC (varies) unstable
*/
typedef struct _dwg_DIMASSOC_Ref
{
struct _dwg_object_DIMASSOC *parent;
BITCODE_T classname; /*!< DXF 1 constant */
BITCODE_RC osnap_type; /*!< DXF 72 */
BITCODE_BD osnap_dist; /*!< DXF 40 */
BITCODE_3BD osnap_pt; /*!< DXF 10-30 */
BITCODE_BS num_xrefs;
BITCODE_H *xrefs; /*!< DXF 331 the geometry objects, 1 or 2 */
BITCODE_BS main_subent_type; /*!< DXF 73 */
BITCODE_BL main_gsmarker; /*!< DXF 91 */
BITCODE_BS num_xrefpaths;
BITCODE_T *xrefpaths; /*!< DXF 301 */
BITCODE_BS num_intersec_xrefpaths;
BITCODE_T *intersec_xrefpaths; /*!< DXF 302 */
BITCODE_B has_lastpt_ref; /*!< DXF 75 */
BITCODE_BS intersec_subent_type; /*!< DXF 74 */
BITCODE_BL intersec_gsmarker; /*!< DXF 92 */
BITCODE_BL num_intsectobj;
BITCODE_H* intsectobj; /*!< DXF 332 the intersection objects, 1 or 2 */
} Dwg_DIMASSOC_Ref;
typedef struct _dwg_object_DIMASSOC
{
struct _dwg_object_object *parent;
BITCODE_H dimensionobj;
BITCODE_BL associativity; /*!< DXF 90, bitmask 0-15 */
BITCODE_B trans_space_flag; /*!< DXF 70 boolean */
BITCODE_RC rotated_type; /*!< DXF 71 */
BITCODE_B has_lastpt_ref; // copy of last ref field
Dwg_DIMASSOC_Ref *ref; /* 1-4x, with possible holes,
depends on associativity bitmask */
} Dwg_Object_DIMASSOC;
typedef struct _dwg_ACTIONBODY
{
struct _dwg_object_ASSOCNETWORK *parent;
BITCODE_T evaluatorid;
BITCODE_T expression;
BITCODE_BL value; //resbuf
} Dwg_ACTIONBODY;
typedef struct _dwg_EvalVariant
{
BITCODE_BS code; /* the DXF code */
union {
BITCODE_BD bd;
BITCODE_BL bl;
BITCODE_BS bs;
BITCODE_RC rc;
BITCODE_T text;
BITCODE_H handle;
} u;
} Dwg_EvalVariant;
typedef struct _dwg_VALUEPARAM_vars
{
//struct _dwg_VALUEPARAM *parent;
Dwg_EvalVariant value;
BITCODE_H handle;
} Dwg_VALUEPARAM_vars;
typedef struct _dwg_VALUEPARAM
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /* 0 */
BITCODE_T name;
BITCODE_BL unit_type;
BITCODE_BL num_vars; // input vars
Dwg_VALUEPARAM_vars *vars;
BITCODE_H controlled_objdep;
} Dwg_VALUEPARAM;
/* AcDbAssocParamBasedActionBody */
typedef struct _dwg_ASSOCPARAMBASEDACTIONBODY
{
struct _dwg_object_object *parent;
BITCODE_BL version; /* 90 0 */
BITCODE_BL minor; /* 90 0 */
BITCODE_BL num_deps; /* 90 1 */
BITCODE_H *deps; /* 360 */
BITCODE_BL l4; /* 90: 0 */
BITCODE_BL l5; /* 90 */
BITCODE_H assocdep; /* 330 */
BITCODE_BL num_values; /* 90 */
Dwg_VALUEPARAM *values;
} Dwg_ASSOCPARAMBASEDACTIONBODY;
typedef struct _dwg_ASSOCACTION_Deps
{
struct _dwg_object_ASSOCACTION *parent;
BITCODE_B is_owned; // with AssocNewtwork means code 3 (hardowned) or 4 (softptr)
BITCODE_H dep;
} Dwg_ASSOCACTION_Deps;
#define ASSOCACTION_fields \
/* until r2010: 1, 2013+: 2 */ \
BITCODE_BS class_version; /* 90 */ \
/* 0 WellDefined, 1 UnderConstrained, 2 OverConstrained, \
3 Inconsistent, 4 NotEvaluated, 5 NotAvailable, \
6 RejectedByClient */ \
BITCODE_BL geometry_status; /* 90 */ \
BITCODE_H owningnetwork; /* 330 */ \
BITCODE_H actionbody; /* 360 */ \
BITCODE_BL action_index; /* 90 */ \
BITCODE_BL max_assoc_dep_index; /* 90 */ \
BITCODE_BL num_deps; /* 90 */ \
Dwg_ASSOCACTION_Deps *deps; /* 330 or 360 */ \
BITCODE_BL num_owned_params; /* 90 */ \
BITCODE_H *owned_params; /* 360 */ \
BITCODE_BL num_values; /* 90 */ \
Dwg_VALUEPARAM *values
// AcDbAssocDependency
typedef struct _dwg_object_ASSOCDEPENDENCY
{
struct _dwg_object_object *parent;
BITCODE_BS class_version; /*<! DXF 90 */
BITCODE_BL status; /*<! DXF 90 */
BITCODE_B is_read_dep; /*<! DXF 290 */
BITCODE_B is_write_dep; /*<! DXF 290 */
BITCODE_B is_attached_to_object; /*<! DXF 290 */
BITCODE_B is_delegating_to_owning_action; /*<! DXF 290 */
BITCODE_BLd order; /*<! DXF 90 */
BITCODE_H dep_on; /*<! DXF 330 */
BITCODE_B has_name; /*<! DXF 290 */
BITCODE_T name; /*<! DXF 1 */
BITCODE_BLd depbodyid; /*<! DXF 90 */
BITCODE_H readdep; /*<! DXF 330 */
BITCODE_H dep_body; /*<! DXF 360 */
BITCODE_H node; /*<! DXF 330 */
} Dwg_Object_ASSOCDEPENDENCY;
#define ASSOCPERSSUBENTID_fields \
BITCODE_T classname; /* DXF 1 */ \
BITCODE_B dependent_on_compound_object /* DXF 290 */
#define ASSOCEDGEPERSSUBENTID_fields \
BITCODE_T classname; /* DXF 1 */ \
BITCODE_B has_classname; \
BITCODE_BL bl1; \
BITCODE_BS class_version; \
BITCODE_BL index1; \
BITCODE_BL index2; \
BITCODE_B dependent_on_compound_object /* DXF 290 */
#define ASSOCINDEXPERSSUBENTID_fields \
BITCODE_T classname; /* DXF 1 */ \
BITCODE_B has_classname; \
BITCODE_BL bl1; \
BITCODE_BS class_version; \
BITCODE_BL subent_type; \
BITCODE_BL subent_index; \
BITCODE_B dependent_on_compound_object /* DXF 290 */
typedef struct _dwg_object_ASSOCVALUEDEPENDENCY
{
struct _dwg_object_object *parent;
Dwg_Object_ASSOCDEPENDENCY assocdep;
} Dwg_Object_ASSOCVALUEDEPENDENCY;
// stable
typedef struct _dwg_object_ASSOCGEOMDEPENDENCY
{
struct _dwg_object_object *parent;
Dwg_Object_ASSOCDEPENDENCY assocdep;
// AcDbAssocGeomDependency
BITCODE_BS class_version; /*<! DXF 90 0 */
BITCODE_B enabled; /*<! DXF 290 1 */
ASSOCPERSSUBENTID_fields;
} Dwg_Object_ASSOCGEOMDEPENDENCY;
typedef struct _dwg_object_ASSOCACTION
{
struct _dwg_object_object *parent;
ASSOCACTION_fields;
} Dwg_Object_ASSOCACTION;
/**
Object ASSOCNETWORK (varies)
subclass of AcDbAssocAction
Object1 --ReadDep--> Action1 --WriteDep1--> Object2 --ReadDep--> Action2 ...
extdict: ACAD_ASSOCNETWORK
*/
typedef struct _dwg_object_ASSOCNETWORK
{
struct _dwg_object_object *parent;
ASSOCACTION_fields;
BITCODE_BS network_version; // DXF 90, always 0
BITCODE_BL network_action_index; // 90
BITCODE_BL num_actions; // 90
Dwg_ASSOCACTION_Deps *actions; // 330 or 360
BITCODE_BL num_owned_actions;
BITCODE_H *owned_actions; // 4. 330
} Dwg_Object_ASSOCNETWORK;
/* BITCODE_BS status;90: 0 uptodate, 1 changed_directly, 2 changed_transitive,
3 ChangedNoDifference, 4 FailedToEvaluate, 5 Erased, 6 Suppressed
7 Unresolved */
#define ASSOCACTIONPARAM_fields \
BITCODE_BS is_r2013; \
BITCODE_BL aap_version; /* DXF 90 */ \
BITCODE_T name /* DXF 1 */
#define ASSOCACTIONBODY_fields \
BITCODE_BL aab_version /* DXF 90. r2013+: 2, earlier 1 */
/* Constraints still in work: */
typedef struct _dwg_CONSTRAINTGROUPNODE
{
struct _dwg_object_ASSOC2DCONSTRAINTGROUP *parent;
BITCODE_BL nodeid;
BITCODE_RC status;
BITCODE_BL num_connections;
BITCODE_BL *connections;
} Dwg_CONSTRAINTGROUPNODE;
#define ACGEOMCONSTRAINT_fields \
Dwg_CONSTRAINTGROUPNODE node; \
BITCODE_BL ownerid; /* DXF 90 */ \
BITCODE_B is_implied; /* DXF 290 */ \
BITCODE_B is_active; /* DXF 290 */
#define ACCONSTRAINTGEOMETRY_fields(node) \
Dwg_CONSTRAINTGROUPNODE node; \
BITCODE_H geom_dep; /* 4, 330 */ \
BITCODE_BL nodeid /* 90 */
#define ACCONSTRAINTPOINT_fields(node) \
ACCONSTRAINTGEOMETRY_fields (node); \
SUBCLASS (AcConstraintPoint); \
BITCODE_3BD point /* 10 */
#define ACCONSTRAINTIMPLICITPOINT_fields(node) \
ACCONSTRAINTPOINT_fields (node); \
/*SUBCLASS (AcConstraintImplicitPoint);*/ \
BITCODE_RC point_type; /* 280 */ \
BITCODE_BLd point_idx; /* 90 default: -1 */ \
BITCODE_BLd curve_id /* 90 default: 0 */
#define ACEXPLICITCONSTRAINT_fields \
ACGEOMCONSTRAINT_fields; \
BITCODE_H value_dep; /* 3, 340 */ \
BITCODE_H dim_dep /* 3, 340 */
#define ACANGLECONSTRAINT_fields \
ACEXPLICITCONSTRAINT_fields; \
BITCODE_RC sector_type /* 280 */
#define ACPARALLELCONSTRAINT_fields \
ACGEOMCONSTRAINT_fields; \
BITCODE_BLd datum_line_idx /* 90 */
#define ACDISTANCECONSTRAINT_fields \
ACEXPLICITCONSTRAINT_fields; \
BITCODE_RC dir_type; /* 280 if has_distance */ \
BITCODE_3BD distance /* 10 */
#define ACCONSTRAINEDELLIPSE_fields \
ACGEOMCONSTRAINT_fields; \
BITCODE_3BD center; /* 10 */ \
BITCODE_3BD sm_axis; /* 11 */ \
BITCODE_BD axis_ratio /* 40 i.e RadiusRatio */
#define ACCONSTRAINEDBOUNDEDELLIPSE_fields \
ACCONSTRAINEDELLIPSE_fields; \
BITCODE_3BD start_pt; /* 10 */ \
BITCODE_3BD end_pt /* 11 */
typedef struct _dwg_object_ASSOC2DCONSTRAINTGROUP
{
struct _dwg_object_object *parent;
ASSOCACTION_fields;
BITCODE_BL version; // 90 1
BITCODE_B b1; // 70 0
BITCODE_3BD workplane[3]; // 3x10 workplane
BITCODE_H h1; // 360
BITCODE_BL num_actions;// 90
BITCODE_H* actions; // 360
BITCODE_BL num_nodes; // 90 9
Dwg_CONSTRAINTGROUPNODE *nodes;
} Dwg_Object_ASSOC2DCONSTRAINTGROUP;
typedef struct _dwg_object_ASSOCVARIABLE
{
struct _dwg_object_object *parent;
BITCODE_BS av_class_version;
ASSOCACTION_fields;
BITCODE_T name;
BITCODE_T t58;
BITCODE_T evaluator;
BITCODE_T desc;
Dwg_EvalVariant value;
BITCODE_B has_t78;
BITCODE_T t78;
BITCODE_B b290;
} Dwg_Object_ASSOCVARIABLE;
// NodeInfo
typedef struct _dwg_EVAL_Node
{
struct _dwg_object_EVALUATION_GRAPH *parent;
BITCODE_BL id; /* 91 */
BITCODE_BL edge_flags; // 93, always 32
BITCODE_BLd nextid; // 95
BITCODE_H evalexpr; // 360
BITCODE_BLd node[4]; // 4x 92, def: 4x -1
BITCODE_B active_cycles;
} Dwg_EVAL_Node;
// EdgeInfo
typedef struct _dwg_EVAL_Edge
{
struct _dwg_object_EVALUATION_GRAPH *parent;
BITCODE_BL id; /* 92 */
BITCODE_BLd nextid; /* 93 */
BITCODE_BLd e1; /* 94 */
BITCODE_BLd e2; /* 91 */
BITCODE_BLd e3; /* 91 */
BITCODE_BLd out_edge[5]; /* 5x 92 */
} Dwg_EVAL_Edge;
typedef struct _dwg_object_EVALUATION_GRAPH
{
struct _dwg_object_object *parent;
BITCODE_BL major;
BITCODE_BL minor;
BITCODE_BLd first_nodeid; // 96
BITCODE_BLd first_nodeid_copy; // 97
BITCODE_BL num_nodes;
Dwg_EVAL_Node *nodes;
BITCODE_B has_graph;
BITCODE_BL num_edges;
Dwg_EVAL_Edge *edges;
} Dwg_Object_EVALUATION_GRAPH;
// stable
typedef struct _dwg_object_DYNAMICBLOCKPURGEPREVENTER
{
struct _dwg_object_object *parent;
BITCODE_BS flag; /*!< DXF 70 0 */
BITCODE_H block;
} Dwg_Object_DYNAMICBLOCKPURGEPREVENTER;
typedef struct _dwg_object_PERSUBENTMGR
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /*!< DXF 90 2 */
BITCODE_BL unknown_0; /*!< DXF 90 0 */
BITCODE_BL unknown_2; /*!< DXF 90 2 */
BITCODE_BL numassocsteps; /*!< DXF 90 3 from ASSOCPERSSUBENTMANAGER */
BITCODE_BL numassocsubents; /*!< DXF 90 0 from ASSOCPERSSUBENTMANAGER */
BITCODE_BL num_steps; /*!< DXF 90 1 */
BITCODE_BL *steps; /*!< DXF 90 */
BITCODE_BL num_subents; /*!< DXF 90 */
BITCODE_BL *subents; /*!< DXF 90 types/handles? */
} Dwg_Object_PERSUBENTMGR;
// The dynamic variant of above. May be frozen as static PERSUBENTMGR
typedef struct _dwg_object_ASSOCPERSSUBENTMANAGER
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /*!< DXF 90 1 or r2013+ 2 */
BITCODE_BL unknown_3; /*!< DXF 90 always 3 */
BITCODE_BL unknown_0; /*!< DXF 90 always 0 */
BITCODE_BL unknown_2; /*!< DXF 90 always 2 */
BITCODE_BL unknown_bl1; /*!< DXF 90 */
BITCODE_BL unknown_bl2; /*!< DXF 90 */
BITCODE_BL num_steps; /*!< DXF 90 */
BITCODE_BL *steps; /*!< DXF 90 */
BITCODE_BL num_subents; /*!< DXF 90 */
BITCODE_BL *subents; /*!< DXF 90 */
BITCODE_BL unknown_bl3; /*!< DXF 90 */
BITCODE_B unknown_b4; /*!< DXF 290 */
} Dwg_Object_ASSOCPERSSUBENTMANAGER;
#define ASSOCPARAMBASEDACTIONBODY_fields \
Dwg_ASSOCPARAMBASEDACTIONBODY pab
#define ASSOCCOMPOUNDACTIONPARAM_fields \
BITCODE_BS class_version; \
BITCODE_BS bs1; \
BITCODE_BL num_params; \
BITCODE_H *params; \
BITCODE_B has_child_param; \
BITCODE_BS child_status; \
BITCODE_BL child_id; \
BITCODE_H child_param; \
BITCODE_H h330_2; \
BITCODE_BL bl2; \
BITCODE_H h330_3
typedef struct _dwg_object_ASSOCACTIONPARAM
{
struct _dwg_object_object *parent;
ASSOCACTIONPARAM_fields;
} Dwg_Object_ASSOCACTIONPARAM;
/**
Object ASSOCOSNAPPOINTREFACTIONPARAM (varies)
Action parameter that owns other AcDbAssocActionParameters,
allowing the representation of hierarchical structures of action parameters.
*/
typedef struct _dwg_object_ASSOCOSNAPPOINTREFACTIONPARAM
{
struct _dwg_object_object *parent;
ASSOCACTIONPARAM_fields;
ASSOCCOMPOUNDACTIONPARAM_fields;
BITCODE_BS status;
BITCODE_RC osnap_mode;
BITCODE_BD param; // 40 -1.0
} Dwg_Object_ASSOCOSNAPPOINTREFACTIONPARAM;
typedef struct _dwg_object_ASSOCPOINTREFACTIONPARAM
{
struct _dwg_object_object *parent;
ASSOCACTIONPARAM_fields;
ASSOCCOMPOUNDACTIONPARAM_fields;
} Dwg_Object_ASSOCPOINTREFACTIONPARAM;
typedef struct _dwg_object_ASSOCASMBODYACTIONPARAM
{
struct _dwg_object_object *parent;
ASSOCACTIONPARAM_fields;
/* AcDbAssocSingleDependencyActionParam */
BITCODE_BL asdap_class_version; // 0
BITCODE_H dep;
/* AcDbAssocAsmbodyActionParam */
BITCODE_BL class_version;
_3DSOLID_FIELDS;
} Dwg_Object_ASSOCASMBODYACTIONPARAM;
typedef struct _dwg_object_ASSOCCOMPOUNDACTIONPARAM
{
struct _dwg_object_object *parent;
ASSOCACTIONPARAM_fields;
ASSOCCOMPOUNDACTIONPARAM_fields;
} Dwg_Object_ASSOCCOMPOUNDACTIONPARAM;
typedef struct _dwg_object_ASSOCOBJECTACTIONPARAM
{
struct _dwg_object_object *parent;
ASSOCACTIONPARAM_fields;
/* AcDbAssocSingleDependencyActionParam */
BITCODE_BL asdap_class_version; // 0
BITCODE_H dep;
/* AcDbAssocObjectActionParam */
BITCODE_BS class_version; /* DXF 90: 0 */
} Dwg_Object_ASSOCOBJECTACTIONPARAM;
typedef struct _dwg_object_ASSOCEDGEACTIONPARAM
{
struct _dwg_object_object *parent;
ASSOCACTIONPARAM_fields;
/* AcDbAssocSingleDependencyActionParam */
BITCODE_BL asdap_class_version; // 0
BITCODE_H dep;
/* AcDbAssocEdgeActionParam */
BITCODE_BL class_version;
BITCODE_H param;
BITCODE_B has_action;
BITCODE_BL action_type;
BITCODE_H subent;
} Dwg_Object_ASSOCEDGEACTIONPARAM;
typedef struct _dwg_object_ASSOCFACEACTIONPARAM
{
struct _dwg_object_object *parent;
ASSOCACTIONPARAM_fields;
/* AcDbAssocSingleDependencyActionParam */
BITCODE_BL asdap_class_version; // 0
BITCODE_H dep;
/* AcDbAssocFaceActionParam */
BITCODE_BL class_version;
BITCODE_BL index;
} Dwg_Object_ASSOCFACEACTIONPARAM;
typedef struct _dwg_object_ASSOCPATHACTIONPARAM
{
struct _dwg_object_object *parent;
ASSOCACTIONPARAM_fields;
ASSOCCOMPOUNDACTIONPARAM_fields;
/* AcDbAssocPathActionParam */
BITCODE_BL version; /*!< DXF 90 */
} Dwg_Object_ASSOCPATHACTIONPARAM;
typedef struct _dwg_object_ASSOCVERTEXACTIONPARAM
{
struct _dwg_object_object *parent;
ASSOCACTIONPARAM_fields;
/* AcDbAssocSingleDependencyActionParam */
BITCODE_BL asdap_class_version; // 0
BITCODE_H dep;
/* AcDbAssocFaceActionParam */
BITCODE_BL class_version;
BITCODE_3BD pt;
} Dwg_Object_ASSOCVERTEXACTIONPARAM;
// inlined
typedef struct _dwg_ASSOCARRAYITEM
{
struct _dwg_abstractobject_ASSOCARRAYPARAMETERS *parent;
BITCODE_BL class_version; // 0
BITCODE_BL itemloc[3];
BITCODE_BL flags; /* 2: has_relative_transform
16: has_h2
*/
int is_default_transmatrix; /* computed */
BITCODE_3BD x_dir; /* DXF 11 */
BITCODE_BD *transmatrix; /* 16x BD 40 */
BITCODE_BD *rel_transform; /* 16x BD 40 */
int has_h1; /* computed */
BITCODE_H h1;
BITCODE_H h2;
} Dwg_ASSOCARRAYITEM;
#define ASSOCARRAYPARAMETERS_fields \
BITCODE_BL aap_version; \
BITCODE_BL num_items; \
BITCODE_T classname; \
Dwg_ASSOCARRAYITEM *items
typedef struct _dwg_abstractobject_ASSOCARRAYPARAMETERS
{
struct _dwg_object_object *parent;
ASSOCARRAYPARAMETERS_fields;
BITCODE_BL numitems;
BITCODE_BL numrows;
BITCODE_BL numlevels;
} Dwg_Object_ASSOCARRAYPARAMETERS;
typedef struct _dwg_abstractobject_ASSOCARRAYPARAMETERS Dwg_Object_ASSOCARRAYMODIFYPARAMETERS;
typedef struct _dwg_abstractobject_ASSOCARRAYPARAMETERS Dwg_Object_ASSOCARRAYPATHPARAMETERS;
typedef struct _dwg_abstractobject_ASSOCARRAYPARAMETERS Dwg_Object_ASSOCARRAYPOLARPARAMETERS;
typedef struct _dwg_abstractobject_ASSOCARRAYPARAMETERS Dwg_Object_ASSOCARRAYRECTANGULARPARAMETERS;
typedef struct _dwg_object_ASSOCRESTOREENTITYSTATEACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCACTIONBODY_fields;
/* AcDbAssocRestoreEntityStateActionBody */
BITCODE_BL class_version;
BITCODE_H entity;
} Dwg_Object_ASSOCRESTOREENTITYSTATEACTIONBODY;
/* AcDbAssocSurfaceActionBody */
typedef struct _dwg_ASSOCSURFACEACTIONBODY
{
struct _dwg_object_object *parent;
BITCODE_BL version; /*!< DXF 90 */
BITCODE_B is_semi_assoc; /*!< DXF 290 */
BITCODE_BL l2; /*!< DXF 90 */
BITCODE_B is_semi_ovr; /*!< DXF 290 is_semi_associativity_satisfied_override */
BITCODE_BS grip_status; /*!< DXF 70 */
BITCODE_H assocdep; /* ASSOCDEPENDENCY */
} Dwg_ASSOCSURFACEACTIONBODY;
#define ASSOCPATHBASEDSURFACEACTIONBODY_fields \
ASSOCACTIONBODY_fields; \
Dwg_ASSOCPARAMBASEDACTIONBODY pab; \
Dwg_ASSOCSURFACEACTIONBODY sab; \
/* AcDbAssocPathBasedSurfaceActionBody */ \
BITCODE_BL pbsab_status /*!< DXF 90 */
typedef struct _dwg_object_ASSOCEXTENDSURFACEACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
// AcDbAssocExtendSurfaceActionBody
BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_RC option; /*!< DXF 280 edge_extension_type */
} Dwg_Object_ASSOCEXTENDSURFACEACTIONBODY;
typedef struct _dwg_object_ASSOCEXTRUDEDSURFACEACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
// AcDbAssocExtrudedSurfaceActionBody
BITCODE_BL class_version; /*!< DXF 90 */
} Dwg_Object_ASSOCEXTRUDEDSURFACEACTIONBODY;
typedef struct _dwg_object_ASSOCPLANESURFACEACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
// AcDbAssocPlaneSurfaceActionBody
BITCODE_BL class_version; /*!< DXF 90 */
} Dwg_Object_ASSOCPLANESURFACEACTIONBODY;
typedef struct _dwg_object_ASSOCLOFTEDSURFACEACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
// AcDbAssocLoftedSurfaceActionBody
BITCODE_BL class_version; /*!< DXF 90 */
} Dwg_Object_ASSOCLOFTEDSURFACEACTIONBODY;
typedef struct _dwg_object_ASSOCNETWORKSURFACEACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
// AcDbAssocNetworkSurfaceActionBody
BITCODE_BL class_version; /*!< DXF 90 */
} Dwg_Object_ASSOCNETWORKSURFACEACTIONBODY;
typedef struct _dwg_object_ASSOCOFFSETSURFACEACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
// AcDbAssocOffsetSurfaceActionBody
BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_B b1; /*!< DXF 290 */
} Dwg_Object_ASSOCOFFSETSURFACEACTIONBODY;
typedef struct _dwg_object_ASSOCREVOLVEDSURFACEACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
// AcDbAssocRevolvedSurfaceActionBody
BITCODE_BL class_version; /*!< DXF 90 */
} Dwg_Object_ASSOCREVOLVEDSURFACEACTIONBODY;
typedef struct _dwg_object_ASSOCSWEPTSURFACEACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
// AcDbAssocSweptSurfaceActionBody
BITCODE_BL class_version; /*!< DXF 90 */
} Dwg_Object_ASSOCSWEPTSURFACEACTIONBODY;
typedef struct _dwg_object_ASSOCEDGECHAMFERACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
} Dwg_Object_ASSOCEDGECHAMFERACTIONBODY;
typedef struct _dwg_object_ASSOCEDGEFILLETACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
} Dwg_Object_ASSOCEDGEFILLETACTIONBODY;
typedef struct _dwg_object_ASSOCTRIMSURFACEACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
// AcDbAssocTrimSurfaceActionBody
BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_B b1; /*!< DXF 290 */
BITCODE_B b2; /*!< DXF 290 */
BITCODE_BD distance; /*!< DXF 40 */
} Dwg_Object_ASSOCTRIMSURFACEACTIONBODY;
typedef struct _dwg_object_ASSOCBLENDSURFACEACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
// AcDbAssocBlendSurfaceActionBody
BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_B b1; /*!< DXF 290 */
BITCODE_B b2; /*!< DXF 291 */
BITCODE_B b3; /*!< DXF 292 */
BITCODE_B b4; /*!< DXF 293 */
BITCODE_B b5; /*!< DXF 294 */
BITCODE_BS blend_options; /*!< DXF 72 */
BITCODE_BS bs2; /*!< DXF 73 */
} Dwg_Object_ASSOCBLENDSURFACEACTIONBODY;
typedef struct _dwg_object_ASSOCFILLETSURFACEACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
// AcDbAssocFilletSurfaceActionBody
BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_BS status; /*!< DXF 70 */
BITCODE_2RD pt1; /*!< DXF 10 */
BITCODE_2RD pt2; /*!< DXF 10 */
} Dwg_Object_ASSOCFILLETSURFACEACTIONBODY;
typedef struct _dwg_object_ASSOCPATCHSURFACEACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCPATHBASEDSURFACEACTIONBODY_fields;
// AcDbAssocPatchSurfaceActionBody
BITCODE_BL class_version; /*!< DXF 90 */
} Dwg_Object_ASSOCPATCHSURFACEACTIONBODY;
#define ASSOCANNOTATIONACTIONBODY_fields \
BITCODE_BS aaab_version; \
BITCODE_H assoc_dep; \
BITCODE_BS aab_version; \
BITCODE_H actionbody
typedef struct _dwg_ASSOCACTIONBODY_action
{
struct _dwg_object_ASSOCMLEADERACTIONBODY *parent;
BITCODE_BL depid;
BITCODE_H dep;
} Dwg_ASSOCACTIONBODY_action;
typedef struct _dwg_object_ASSOCMLEADERACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCANNOTATIONACTIONBODY_fields;
Dwg_ASSOCPARAMBASEDACTIONBODY pab;
BITCODE_BL class_version; // 90 0
BITCODE_BL num_actions;
Dwg_ASSOCACTIONBODY_action *actions;
} Dwg_Object_ASSOCMLEADERACTIONBODY;
typedef struct _dwg_object_ASSOCALIGNEDDIMACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCANNOTATIONACTIONBODY_fields;
Dwg_ASSOCPARAMBASEDACTIONBODY pab;
BITCODE_BL class_version; // 90 0
BITCODE_H r_node; // 330
BITCODE_H d_node; // 330
} Dwg_Object_ASSOCALIGNEDDIMACTIONBODY;
typedef struct _dwg_object_ASSOC3POINTANGULARDIMACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCANNOTATIONACTIONBODY_fields;
Dwg_ASSOCPARAMBASEDACTIONBODY pab;
BITCODE_BS class_version; /*!< DXF 90 */
BITCODE_H r_node; /*!< DXF 330 */
BITCODE_H d_node; /*!< DXF 330 */
BITCODE_H assocdep; /*!< DXF 330 */
} Dwg_Object_ASSOC3POINTANGULARDIMACTIONBODY;
typedef struct _dwg_object_ASSOCORDINATEDIMACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCANNOTATIONACTIONBODY_fields;
Dwg_ASSOCPARAMBASEDACTIONBODY pab;
BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_H r_node; /*!< DXF 330 */
BITCODE_H d_node; /*!< DXF 330 */
} Dwg_Object_ASSOCORDINATEDIMACTIONBODY;
typedef struct _dwg_object_ASSOCROTATEDDIMACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCANNOTATIONACTIONBODY_fields;
Dwg_ASSOCPARAMBASEDACTIONBODY pab;
BITCODE_BS class_version; /*!< DXF 90 */
BITCODE_H r_node; /*!< DXF 330 */
BITCODE_H d_node; /*!< DXF 330 */
} Dwg_Object_ASSOCROTATEDDIMACTIONBODY;
typedef struct _dwg_object_ASSOCDIMDEPENDENCYBODY
{
struct _dwg_object_object *parent;
BITCODE_BS adb_version; // 90 1
BITCODE_BS dimbase_version; // 90 1
BITCODE_T name; // 1
BITCODE_BS class_version; // 90 1
} Dwg_Object_ASSOCDIMDEPENDENCYBODY;
typedef struct _dwg_object_BLOCKPARAMDEPENDENCYBODY
{
struct _dwg_object_object *parent;
BITCODE_BS adb_version; // 90 1
BITCODE_BS dimbase_version; // 90 1
BITCODE_T name; // 1
BITCODE_BS class_version; // 90 0
} Dwg_Object_BLOCKPARAMDEPENDENCYBODY;
typedef struct _dwg_ARRAYITEMLOCATOR
{
struct _dwg_object_ASSOCARRAYMODIFYACTIONBODY *parent;
BITCODE_BL itemloc[3];
} Dwg_ARRAYITEMLOCATOR;
#define ASSOCARRAYACTIONBODY_fields \
ASSOCACTIONBODY_fields; \
Dwg_ASSOCPARAMBASEDACTIONBODY pab; \
BITCODE_BL aaab_version; \
BITCODE_T paramblock; /* classname, i.e. AcDbAssocArrayPolarParameters */ \
BITCODE_BD *transmatrix
typedef struct _dwg_object_ASSOCARRAYACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCARRAYACTIONBODY_fields;
} Dwg_Object_ASSOCARRAYACTIONBODY;
typedef struct _dwg_object_ASSOCARRAYMODIFYACTIONBODY
{
struct _dwg_object_object *parent;
ASSOCARRAYACTIONBODY_fields;
BITCODE_BS status;
BITCODE_BL num_items;
Dwg_ARRAYITEMLOCATOR *items;
} Dwg_Object_ASSOCARRAYMODIFYACTIONBODY;
/* A node in the EVALUATION_GRAPH */
typedef struct _dwg_EvalExpr
{
BITCODE_BLd parentid; /* -1 if none */
BITCODE_BL major;
BITCODE_BL minor;
BITCODE_BSd value_code; // compare to EvalVariant
union
{
BITCODE_BD num40;
BITCODE_2RD pt2d;
BITCODE_3BD pt3d;
BITCODE_T text1;
BITCODE_BL long90;
BITCODE_H handle91;
BITCODE_BS short70;
} value;
BITCODE_BL nodeid;
} Dwg_EvalExpr;
typedef struct _dwg_ACSH_SubentMaterial
{
BITCODE_BL major;
BITCODE_BL minor;
BITCODE_BL reflectance;
BITCODE_BL displacement;
} Dwg_ACSH_SubentMaterial;
// on body, face or edge
typedef struct _dwg_ACSH_SubentColor
{
BITCODE_BL major;
BITCODE_BL minor;
BITCODE_BL transparency;
BITCODE_BL bl93;
BITCODE_B is_face_variable;
} Dwg_ACSH_SubentColor;
typedef struct _dwg_ACSH_HistoryNode
{
BITCODE_BL major; //33
BITCODE_BL minor; //29
BITCODE_BD *trans; //last 16x nums 40-55
BITCODE_CMC color; /*!< DXF 62 */
BITCODE_BL step_id; /*!< DXF 92 */
BITCODE_H material; /*!< DXF 347 */
} Dwg_ACSH_HistoryNode;
//#define Dwg_EvalExpr evalexpr Dwg_EvalExpr evalexpr
typedef struct _dwg_object_ACSH_HISTORY_CLASS
{
struct _dwg_object_object *parent;
BITCODE_BL major;
BITCODE_BL minor;
BITCODE_H owner;
BITCODE_BL h_nodeid; // the last nodeid, i.e. num_nodes
BITCODE_B show_history;
BITCODE_B record_history;
} Dwg_Object_ACSH_HISTORY_CLASS;
// i.e. planesurf?
typedef struct _dwg_object_ACSH_BOX_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShBox
BITCODE_BL major; /*!< DXF 90 (33) */
BITCODE_BL minor; /*!< DXF 91 (29) */
BITCODE_BD length; /*!< DXF 40 1300.0 (length?) */
BITCODE_BD width; /*!< DXF 41 20.0 (width?) */
BITCODE_BD height; /*!< DXF 42 420.0 (height?) */
} Dwg_Object_ACSH_BOX_CLASS;
typedef struct _dwg_object_ACSH_WEDGE_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShWedge
BITCODE_BL major; /*!< DXF 90 (33) */
BITCODE_BL minor; /*!< DXF 91 (29) */
BITCODE_BD length; /*!< DXF 40 1300.0 (length?) */
BITCODE_BD width; /*!< DXF 41 20.0 (width?) */
BITCODE_BD height; /*!< DXF 42 420.0 (height?) */
} Dwg_Object_ACSH_WEDGE_CLASS;
typedef struct _dwg_object_ACSH_BOOLEAN_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShBoolean
BITCODE_BL major; /*!< DXF 90 */
BITCODE_BL minor; /*!< DXF 91 */
BITCODE_RCd operation; /*!< DXF 280 */
BITCODE_BL operand1; /*!< DXF 92 */
BITCODE_BL operand2; /*!< DXF 93 */
} Dwg_Object_ACSH_BOOLEAN_CLASS;
typedef struct _dwg_object_ACSH_BREP_CLASS
{
struct _dwg_object_object *parent;
_3DSOLID_FIELDS;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShBrep
BITCODE_BL major; /*!< DXF 90 */
BITCODE_BL minor; /*!< DXF 91 */
} Dwg_Object_ACSH_BREP_CLASS;
typedef struct _dwg_object_ACSH_SWEEP_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShSweepBase
BITCODE_BL major; /*!< DXF 90 */
BITCODE_BL minor; /*!< DXF 91 */
BITCODE_3BD direction; /*!< DXF 10 */
BITCODE_BL method; /*!< DXF 92 */
BITCODE_BL shsw_text_size; /*!< DXF 90 */
BITCODE_TF shsw_text; /*!< DXF 310 */
BITCODE_BL shsw_bl93; /*!< DXF 93 */
BITCODE_BL shsw_text2_size; /*!< DXF 90 */
BITCODE_TF shsw_text2; /*!< DXF 310 */
// compare to SWEEPOPTIONS_fields
BITCODE_BD draft_angle; /*!< DXF 42 0.0 */
BITCODE_BD start_draft_dist; /*!< DXF 43 0.0 */
BITCODE_BD end_draft_dist; /*!< DXF 44 0.0 */
BITCODE_BD scale_factor; /*!< DXF 45 1.0 */
BITCODE_BD twist_angle; /*!< DXF 48 0.0 */
BITCODE_BD align_angle; /*!< DXF 49 0.0 */
BITCODE_BD* sweepentity_transform; /*!< DXF 46 16x */
BITCODE_BD* pathentity_transform; /*!< DXF 47 16x */
BITCODE_RC align_option; /*!< DXF 70 2 */
BITCODE_RC miter_option; /*!< DXF 71 2 */
BITCODE_B has_align_start; /*!< DXF 290 1 */
BITCODE_B bank; /*!< DXF 292 1 */
BITCODE_B check_intersections; /*!< DXF 293 0 */
BITCODE_B shsw_b294; /*!< DXF 294 1 */
BITCODE_B shsw_b295; /*!< DXF 295 1 */
BITCODE_B shsw_b296; /*!< DXF 296 1 */
BITCODE_3BD pt2; /*!< DXF 11 0,0,0 */
// AcDbShSweep
} Dwg_Object_ACSH_SWEEP_CLASS;
typedef struct _dwg_object_ACSH_EXTRUSION_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShSweepBase
BITCODE_BL major; /*!< DXF 90 */
BITCODE_BL minor; /*!< DXF 91 */
BITCODE_3BD direction; /*!< DXF 10 */
BITCODE_BL method; /*!< DXF 92 */
BITCODE_BL shsw_text_size; /*!< DXF 90 */
BITCODE_TF shsw_text; /*!< DXF 310 */
BITCODE_BL shsw_bl93; /*!< DXF 93 */
BITCODE_BL shsw_text2_size; /*!< DXF 90 */
BITCODE_TF shsw_text2; /*!< DXF 310 */
// compare to SWEEPOPTIONS_fields
BITCODE_BD draft_angle; /*!< DXF 42 0.0 */
BITCODE_BD start_draft_dist; /*!< DXF 43 0.0 */
BITCODE_BD end_draft_dist; /*!< DXF 44 0.0 */
BITCODE_BD scale_factor; /*!< DXF 45 1.0 */
BITCODE_BD twist_angle; /*!< DXF 48 0.0 */
BITCODE_BD align_angle; /*!< DXF 49 0.0 */
BITCODE_BD* sweepentity_transform; /*!< DXF 46 16x */
BITCODE_BD* pathentity_transform; /*!< DXF 47 16x */
BITCODE_RC align_option; /*!< DXF 70 2 */
BITCODE_RC miter_option; /*!< DXF 71 2 */
BITCODE_B has_align_start; /*!< DXF 290 1 */
BITCODE_B bank; /*!< DXF 292 1 */
BITCODE_B check_intersections; /*!< DXF 293 0 */
BITCODE_B shsw_b294; /*!< DXF 294 1 */
BITCODE_B shsw_b295; /*!< DXF 295 1 */
BITCODE_B shsw_b296; /*!< DXF 296 1 */
BITCODE_3BD pt2; /*!< DXF 11 0,0,0 */
// AcDbShExtrusion
} Dwg_Object_ACSH_EXTRUSION_CLASS;
typedef struct _dwg_object_ACSH_LOFT_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShLoft
BITCODE_BL major; /*!< DXF 90 */
BITCODE_BL minor; /*!< DXF 91 */
BITCODE_BL num_crosssects; /*!< DXF 92 */
BITCODE_H *crosssects;
BITCODE_BL num_guides; /*!< DXF 95 */
BITCODE_H *guides;
} Dwg_Object_ACSH_LOFT_CLASS;
typedef struct _dwg_object_ACSH_FILLET_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShFillet
BITCODE_BL major; /*!< DXF 90 */
BITCODE_BL minor; /*!< DXF 91 */
BITCODE_BL method; /*!< DXF 92 */
BITCODE_BL num_edges; /*!< DXF 93 */
BITCODE_BL *edges; /*!< DXF 94 */
BITCODE_BL num_radiuses; /*!< DXF 95 */
BITCODE_BL num_startsetbacks; /*!< DXF 96 */
BITCODE_BL num_endsetbacks; /*!< DXF 97 */
BITCODE_BD *radiuses; /*!< DXF 41 */
BITCODE_BD *startsetbacks; /*!< DXF 42 */
BITCODE_BD *endsetbacks; /*!< DXF 43 */
} Dwg_Object_ACSH_FILLET_CLASS;
typedef struct _dwg_object_ACSH_CHAMFER_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShChamfer
BITCODE_BL major; /*!< DXF 90 */
BITCODE_BL minor; /*!< DXF 91 */
BITCODE_BL method; /*!< DXF 92 */
BITCODE_BD base_dist; /*!< DXF 41 (left_range?) */
BITCODE_BD other_dist;/*!< DXF 42 (right_range or -1)? */
BITCODE_BL num_edges; /*!< DXF 93 */
BITCODE_BL *edges; /*!< DXF 94 */
BITCODE_BL base_face; /*!< DXF 95 guessed. the face next to the chamfered edge */
} Dwg_Object_ACSH_CHAMFER_CLASS;
typedef struct _dwg_object_ACSH_CYLINDER_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShCylinder
BITCODE_BL major; /*!< DXF 90 */
BITCODE_BL minor; /*!< DXF 91 */
BITCODE_BD height; /*!< DXF 40 */
BITCODE_BD major_radius;/*!< DXF 41 */
BITCODE_BD minor_radius;/*!< DXF 42 */
BITCODE_BD x_radius; /*!< DXF 43 */
} Dwg_Object_ACSH_CYLINDER_CLASS;
typedef struct _dwg_object_ACSH_CONE_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShCone
BITCODE_BL major; /*!< DXF 90 */
BITCODE_BL minor; /*!< DXF 91 */
BITCODE_BD height; /*!< DXF 40 */
BITCODE_BD major_radius; /*!< DXF 41 */
BITCODE_BD minor_radius; /*!< DXF 42 */
BITCODE_BD x_radius; /*!< DXF 43 */
} Dwg_Object_ACSH_CONE_CLASS;
typedef struct _dwg_object_ACSH_PYRAMID_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShPyramid
BITCODE_BL major; /*!< DXF 90 */
BITCODE_BL minor; /*!< DXF 91 */
BITCODE_BD height; /*!< DXF 40 */
BITCODE_BL sides; /*!< DXF 92 */
BITCODE_BD radius; /*!< DXF 41 */
BITCODE_BD topradius; /*!< DXF 42 */
} Dwg_Object_ACSH_PYRAMID_CLASS;
typedef struct _dwg_object_ACSH_SPHERE_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShTorus
BITCODE_BL major; /*!< DXF 90 */
BITCODE_BL minor; /*!< DXF 91 */
BITCODE_BD radius; /*!< DXF 40 */
} Dwg_Object_ACSH_SPHERE_CLASS;
typedef struct _dwg_object_ACSH_TORUS_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShTorus
BITCODE_BL major; /*!< DXF 90 */
BITCODE_BL minor; /*!< DXF 91 */
BITCODE_BD major_radius; /*!< DXF 40 */
BITCODE_BD minor_radius; /*!< DXF 41 */
} Dwg_Object_ACSH_TORUS_CLASS;
typedef struct _dwg_object_ACSH_REVOLVE_CLASS
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
Dwg_ACSH_HistoryNode history_node;
// AcDbShPrimitive
// AcDbShRevolve?
BITCODE_BL major; /*!< DXF 90 */
BITCODE_BL minor; /*!< DXF 91 */
BITCODE_3BD axis_pt; /*!< DXF 10 */
BITCODE_2RD direction; /*!< DXF 11 */
BITCODE_BD revolve_angle; /*!< DXF 40 */
BITCODE_BD start_angle; /*!< DXF 41 */
BITCODE_BD draft_angle; /*!< DXF 43 */
BITCODE_BD bd44; /*!< DXF 44 */
BITCODE_BD bd45; /*!< DXF 45 */
BITCODE_BD twist_angle; /*!< DXF 46 */
BITCODE_B b290; /*!< DXF 290 */
BITCODE_B is_close_to_axis; /*!< DXF 291 */
BITCODE_H sweep_entity;
} Dwg_Object_ACSH_REVOLVE_CLASS;
// called COORDINATION_MODEL in the DXF docs
typedef struct _dwg_entity_NAVISWORKSMODEL
{
struct _dwg_object_entity *parent;
// AcDbNavisworksModel
BITCODE_BS flags; /*!< DXF 70 */
BITCODE_H definition; /*!< DXF 340 */
BITCODE_BD *transmatrix; /*!< DXF 40 */
BITCODE_BD unitfactor; /*!< DXF 40 */
} Dwg_Entity_NAVISWORKSMODEL;
typedef struct _dwg_object_NAVISWORKSMODELDEF
{
struct _dwg_object_object *parent;
// AcDbNavisworksModelDef
BITCODE_BS flags; /*!< DXF 70 */
BITCODE_T path; /*!< DXF 1 */
BITCODE_B status; /*!< DXF 290 */
BITCODE_3BD min_extent; /*!< DXF 10 */
BITCODE_3BD max_extent; /*!< DXF 11 */
BITCODE_B host_drawing_visibility; /*!< DXF 290 */
} Dwg_Object_NAVISWORKSMODELDEF;
#define RENDERSETTINGS_fields \
/* AcDbRenderSettings */ \
BITCODE_BL class_version; /*!< DXF 90, default: 1 */ \
BITCODE_T name; /*!< DXF 1 */ \
BITCODE_B fog_enabled; /*!< DXF 290 */ \
BITCODE_B fog_background_enabled; /*!< DXF 290 */ \
BITCODE_B backfaces_enabled; /*!< DXF 290 */ \
BITCODE_B environ_image_enabled; /*!< DXF 290 */ \
BITCODE_T environ_image_filename; /*!< DXF 1 */ \
BITCODE_T description; /*!< DXF 1 */ \
BITCODE_BL display_index; /*!< DXF 290 */ \
BITCODE_B has_predefined /*!< DXF 290, r2013 only */
/**
Class RENDERSETTINGS (varies)
*/
typedef struct _dwg_object_RENDERSETTINGS
{
struct _dwg_object_object *parent;
RENDERSETTINGS_fields;
} Dwg_Object_RENDERSETTINGS;
/**
Class MENTALRAYRENDERSETTINGS (varies)
Unstable
*/
typedef struct _dwg_object_MENTALRAYRENDERSETTINGS
{
struct _dwg_object_object *parent;
RENDERSETTINGS_fields;
// AcDbMentalRayRenderSettings
BITCODE_BL mr_version; /*!< DXF 90, always 2 */
BITCODE_BL sampling1; /*!< DXF 90 */
BITCODE_BL sampling2; /*!< DXF 90 */
BITCODE_BS sampling_mr_filter; /*!< DXF 70 */
BITCODE_BD sampling_filter1; /*!< DXF 40 */
BITCODE_BD sampling_filter2; /*!< DXF 40 */
BITCODE_BD sampling_contrast_color1; /*!< DXF 40 */
BITCODE_BD sampling_contrast_color2; /*!< DXF 40 */
BITCODE_BD sampling_contrast_color3; /*!< DXF 40 */
BITCODE_BD sampling_contrast_color4; /*!< DXF 40 */
BITCODE_BS shadow_mode; /*!< DXF 70 */
BITCODE_B shadow_maps_enabled; /*!< DXF 290 */
BITCODE_B ray_tracing_enabled; /*!< DXF 290 */
BITCODE_BL ray_trace_depth1; /*!< DXF 90 */
BITCODE_BL ray_trace_depth2; /*!< DXF 90 */
BITCODE_BL ray_trace_depth3; /*!< DXF 90 */
BITCODE_B global_illumination_enabled;/*!< DXF 290 */
BITCODE_BL gi_sample_count; /*!< DXF 90 */
BITCODE_B gi_sample_radius_enabled; /*!< DXF 290 */
BITCODE_BD gi_sample_radius; /*!< DXF 40 */
BITCODE_BL gi_photons_per_light; /*!< DXF 90 */
BITCODE_BL photon_trace_depth1; /*!< DXF 90 */
BITCODE_BL photon_trace_depth2; /*!< DXF 90 */
BITCODE_BL photon_trace_depth3; /*!< DXF 90 */
BITCODE_B final_gathering_enabled; /*!< DXF 290 */
BITCODE_BL fg_ray_count; /*!< DXF 90 */
BITCODE_B fg_sample_radius_state1; /*!< DXF 290 */
BITCODE_B fg_sample_radius_state2; /*!< DXF 290 */
BITCODE_B fg_sample_radius_state3; /*!< DXF 290 */
BITCODE_BD fg_sample_radius1; /*!< DXF 40 */
BITCODE_BD fg_sample_radius2; /*!< DXF 40 */
BITCODE_BD light_luminance_scale; /*!< DXF 40 */
BITCODE_BS diagnostics_mode; /*!< DXF 70 */
BITCODE_BS diagnostics_grid_mode; /*!< DXF 70 */
BITCODE_BD diagnostics_grid_float; /*!< DXF 40 */
BITCODE_BS diagnostics_photon_mode; /*!< DXF 70 */
BITCODE_BS diagnostics_bsp_mode; /*!< DXF 70 */
BITCODE_B export_mi_enabled; /*!< DXF 290 */
BITCODE_T mr_description; /*!< DXF 1 */
BITCODE_BL tile_size; /*!< DXF 90 */
BITCODE_BS tile_order; /*!< DXF 70 */
BITCODE_BL memory_limit; /*!< DXF 90 */
BITCODE_B diagnostics_samples_mode; /*!< DXF 290 */
BITCODE_BD energy_multiplier; /*!< DXF 40 */
} Dwg_Object_MENTALRAYRENDERSETTINGS;
/**
Class RAPIDRTRENDERSETTINGS (varies)
*/
typedef struct _dwg_object_RAPIDRTRENDERSETTINGS
{
struct _dwg_object_object *parent;
RENDERSETTINGS_fields;
// AcDbRapidRTRenderSettings
BITCODE_BL rapidrt_version; /*!< DXF 90 */
BITCODE_BL render_target; /*!< DXF 70,
quit conditions: level=0 (iteration), time=1, infinite=2 */
BITCODE_BL render_level; /*!< DXF 90 */
BITCODE_BL render_time; /*!< DXF 90 */
BITCODE_BL lighting_model; /*!< DXF 70,
AcGiLightingMode: simplistic=0, basic=1, advanced=2 */
BITCODE_BL filter_type; /*!< DXF 70 */
BITCODE_BD filter_width; /*!< DXF 40 */
BITCODE_BD filter_height; /*!< DXF 40 */
} Dwg_Object_RAPIDRTRENDERSETTINGS;
/**
Class RENDERENVIRONMENT (varies)
*/
typedef struct _dwg_object_RENDERENVIRONMENT
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /*!< DXF 90, default: 1 */
BITCODE_B fog_enabled; /*!< DXF 290 */
BITCODE_B fog_background_enabled; /*!< DXF 290 */
BITCODE_RC fog_color_r; /*!< DXF 280 */
BITCODE_RC fog_color_g; /*!< DXF 280 */
BITCODE_RC fog_color_b; /*!< DXF 280 */
BITCODE_BD fog_density_near; /*!< DXF 40 */
BITCODE_BD fog_density_far; /*!< DXF 40 */
BITCODE_BD fog_distance_near; /*!< DXF 40 */
BITCODE_BD fog_distance_far; /*!< DXF 40 */
BITCODE_B environ_image_enabled; /*!< DXF 290 */
BITCODE_T environ_image_filename; /*!< DXF 1 */
} Dwg_Object_RENDERENVIRONMENT;
/**
Class RENDERGLOBAL (varies)
*/
typedef struct _dwg_object_RENDERGLOBAL
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_BL procedure; /*!< DXF 90 */
BITCODE_BL destination; /*!< DXF 90 */
BITCODE_B save_enabled; /*!< DXF 290 */
BITCODE_T save_filename; /*!< DXF 1 */
BITCODE_BL image_width; /*!< DXF 90 */
BITCODE_BL image_height; /*!< DXF 90 */
BITCODE_B predef_presets_first; /*!< DXF 290 */
BITCODE_B highlevel_info; /*!< DXF 290 */
} Dwg_Object_RENDERGLOBAL;
/**
Class RENDERENTRY (varies)
*/
typedef struct _dwg_object_RENDERENTRY
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /*!< DXF 90 */
BITCODE_T image_file_name; /*!< DXF 1 */
BITCODE_T preset_name; /*!< DXF 1 */
BITCODE_T view_name; /*!< DXF 1 */
BITCODE_BL dimension_x; /*!< DXF 90 */
BITCODE_BL dimension_y; /*!< DXF 90 */
BITCODE_BS start_year; /*!< DXF 70 */
BITCODE_BS start_month; /*!< DXF 70 */
BITCODE_BS start_day; /*!< DXF 70 */
BITCODE_BS start_minute; /*!< DXF 70 */
BITCODE_BS start_second; /*!< DXF 70 */
BITCODE_BS start_msec; /*!< DXF 70 */
BITCODE_BD render_time; /*!< DXF 40 */
BITCODE_BL memory_amount; /*!< DXF 90 */
BITCODE_BL material_count; /*!< DXF 90 */
BITCODE_BL light_count; /*!< DXF 90 */
BITCODE_BL triangle_count; /*!< DXF 90 */
BITCODE_BL display_index; /*!< DXF 90 */
} Dwg_Object_RENDERENTRY;
/**
Class MOTIONPATH (varies)
Maybe all the Camera paths are under ACAD_NAMEDPATH, but there's also ACAD_MOTION
*/
typedef struct _dwg_object_MOTIONPATH
{
struct _dwg_object_object *parent;
// AcDbMotionPath
BITCODE_BS class_version; /*!< DXF 90, default: 1 */
BITCODE_H camera_path; /*!< DXF 340 */
BITCODE_H target_path; /*!< DXF 340 */
BITCODE_H viewtable; /*!< DXF 340 */
BITCODE_BS frames; /*!< DXF 90 number of frames? default 30 */
BITCODE_BS frame_rate; /*!< DXF 90 per second, default 30 */
BITCODE_B corner_decel; /*!< DXF 290 */
} Dwg_Object_MOTIONPATH;
/**
Class ACDBCURVEPATH (varies)
*/
typedef struct _dwg_object_CURVEPATH
{
struct _dwg_object_object *parent;
// AcDbCurvePath, child of AcDbNamedPath
BITCODE_BS class_version; /*!< DXF 90, default: 1 */
BITCODE_H entity; /*!< DXF 340 */
} Dwg_Object_CURVEPATH;
/**
Class ACDBPOINTPATH (varies)
*/
typedef struct _dwg_object_POINTPATH
{
struct _dwg_object_object *parent;
// AcDbPointPath, child of AcDbNamedPath
BITCODE_BS class_version; /*!< DXF 90, default: 1 */
BITCODE_3BD point; /*!< DXF 10 */
} Dwg_Object_POINTPATH;
// not in DXF
typedef struct _dwg_object_TVDEVICEPROPERTIES
{
struct _dwg_object_object *parent;
BITCODE_BL flags; /* 1: double_buffer, 2: blocks_cache, 4: multithreaded, 8: sw_hlr
16: discard_backfaces, 32: ttf_cache, 64: dyn_subenthlt, 128: force_partial_update
256: clear_screen, 512: use_visual_styles (bit 9) 1024: use_overlay_buffers,
2048: scene_graph, 4096: composite_meta_files, ??: create_gl_context (bit 13)
delay_scenegraphproc (bit 14),
*/
BITCODE_BS max_regen_threads;
BITCODE_BL use_lut_palette;
BITCODE_BLL alt_hlt;
BITCODE_BLL alt_hltcolor;
BITCODE_BLL geom_shader_usage;
// ver > 3
BITCODE_BL blending_mode;
//ver 2 or >4:
BITCODE_BD antialiasing_level;
BITCODE_BD bd2;
} Dwg_Object_TVDEVICEPROPERTIES;
typedef struct _dwg_object_SKYLIGHT_BACKGROUND
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /*!< DXF 90, default 1 */
BITCODE_H sunid; /*!< DXF 340 */
} Dwg_Object_SKYLIGHT_BACKGROUND;
typedef struct _dwg_object_SOLID_BACKGROUND
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /*!< DXF 90, default 1 */
BITCODE_BLx color; /*!< DXF 90 */
} Dwg_Object_SOLID_BACKGROUND;
typedef struct _dwg_object_IMAGE_BACKGROUND
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /*!< DXF 90, default 1 */
BITCODE_T filename; /*!< DXF 300 */
BITCODE_B fit_to_screen; /*!< DXF 290 */
BITCODE_B maintain_aspect_ratio; /*!< DXF 291 */
BITCODE_B use_tiling; /*!< DXF 292 */
BITCODE_2BD offset; /*!< DXF 140,141 */
BITCODE_2BD scale; /*!< DXF 142,143 */
} Dwg_Object_IMAGE_BACKGROUND;
// Image Based Lightning
typedef struct _dwg_object_IBL_BACKGROUND
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /*!< DXF 90, default 2 */
BITCODE_B enable; /*!< DXF 290 */
BITCODE_T name; /*!< DXF 1 */
BITCODE_BD rotation; /*!< DXF 40, normalized -180 +180, in degrees */
BITCODE_B display_image; /*!< DXF 290 */
BITCODE_H secondary_background;/*!< DXF 340 */
} Dwg_Object_IBL_BACKGROUND;
typedef struct _dwg_object_GRADIENT_BACKGROUND
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /*!< DXF 90, default 1 */
BITCODE_BLx color_top; /*!< DXF 90 */
BITCODE_BLx color_middle; /*!< DXF 91 */
BITCODE_BLx color_bottom; /*!< DXF 91 */
BITCODE_BD horizon; /*!< DXF 140 */
BITCODE_BD height; /*!< DXF 141 */
BITCODE_BD rotation; /*!< DXF 142 */
} Dwg_Object_GRADIENT_BACKGROUND;
typedef struct _dwg_object_GROUND_PLANE_BACKGROUND
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; /*!< DXF 90, default 1 */
BITCODE_BLx color_sky_zenith; /*!< DXF 90 */
BITCODE_BLx color_sky_horizon; /*!< DXF 91 */
BITCODE_BLx color_underground_horizon;/*!< DXF 92 */
BITCODE_BLx color_underground_azimuth;/*!< DXF 93 */
BITCODE_BLx color_near; /*!< DXF 94 groundplane */
BITCODE_BLx color_far; /*!< DXF 95 groundplane */
} Dwg_Object_GROUND_PLANE_BACKGROUND;
/**
* Class AcDbAnnotScaleObjectContextData (varies)
* for MTEXT, TEXT, MLEADER, LEADER, BLKREF, ALDIM (AlignedDimension), MTEXTATTRIBUTE, ...
* R2010+
* 20.4.89 SubClass AcDbObjectContextData (varies)
*/
#define OBJECTCONTEXTDATA_fields \
struct _dwg_object_object *parent; \
BITCODE_BS class_version; /*!< r2010+ =4, before 3 */ \
BITCODE_B is_default /* 290 */
#define ANNOTSCALEOBJECTCONTEXTDATA_fields \
OBJECTCONTEXTDATA_fields; \
BITCODE_H scale /*!< DXF 340 */
typedef struct _dwg_object_ANNOTSCALEOBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
} Dwg_Object_ANNOTSCALEOBJECTCONTEXTDATA;
typedef struct _dwg_CONTEXTDATA_dict
{
struct _dwg_CONTEXTDATA_submgr *parent;
BITCODE_T text;
BITCODE_H itemhandle;
} Dwg_CONTEXTDATA_dict;
typedef struct _dwg_CONTEXTDATA_submgr
{
struct _dwg_object_CONTEXTDATAMANAGER *parent;
BITCODE_H handle;
BITCODE_BL num_entries;
Dwg_CONTEXTDATA_dict *entries;
} Dwg_CONTEXTDATA_submgr;
/**
* R2010+
* A special DICTIONARY
*/
typedef struct _dwg_object_CONTEXTDATAMANAGER
{
struct _dwg_object_object *parent;
BITCODE_H objectcontext;
BITCODE_BL num_submgrs;
Dwg_CONTEXTDATA_submgr *submgrs;
} Dwg_Object_CONTEXTDATAMANAGER;
#define TEXTOBJECTCONTEXTDATA_fields \
BITCODE_BS horizontal_mode; /*<! DXF 70, default 0 */ \
BITCODE_BD rotation; /*!< DXF 50, default 0.0 or 90.0 */ \
BITCODE_2RD ins_pt; /*!< DXF 10-20 */ \
BITCODE_2RD alignment_pt /*!< DXF 11-21 */
/**
* R2010+
*/
typedef struct _dwg_object_TEXTOBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
TEXTOBJECTCONTEXTDATA_fields;
} Dwg_Object_TEXTOBJECTCONTEXTDATA;
/**
* R2010+
*/
typedef struct _dwg_object_MTEXTOBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
// AcDbMTextObjectContextData_fields:
BITCODE_BL attachment; /*<! DXF 70 */
BITCODE_3BD ins_pt; /*!< DXF 10 */
BITCODE_3BD x_axis_dir; /*!< DXF 11 */
BITCODE_BD rect_height; /*!< DXF 40 */
BITCODE_BD rect_width; /*!< DXF 41 */
BITCODE_BD extents_width; /*!< DXF 42 */
BITCODE_BD extents_height; /*!< DXF 43 */
BITCODE_BL column_type; /*!< DXF 71 0: none, 1: static, 2: dynamic.
Note: BS in MTEXT! */
BITCODE_BD column_width; /*!< DXF 44 */
BITCODE_BD gutter; /*!< DXF 45 */
BITCODE_B auto_height; /*!< DXF 73 */
BITCODE_B flow_reversed; /*!< DXF 74 */
BITCODE_BL num_column_heights;/*!< DXF 72 or numfragments */
BITCODE_BD *column_heights; /*!< DXF 46 if dynamic and not auto_height */
} Dwg_Object_MTEXTOBJECTCONTEXTDATA;
// subclass AcDbDimensionObjectContextData
typedef struct _dwg_OCD_Dimension
{
BITCODE_B b293; /*!< DXF 293 */
BITCODE_2RD def_pt; /*!< DXF 10-30 */
BITCODE_B is_def_textloc; /*<! DXF 294 if def_pt is default */
BITCODE_BD text_rotation; /*!< DXF 140 */
BITCODE_H block; /*!< DXF 2 */
BITCODE_B dimtofl; /*!< DXF 298 */
BITCODE_B dimosxd; /*!< DXF 291 */
BITCODE_B dimatfit; /*!< DXF 70 */
BITCODE_B dimtix; /*!< DXF 292 */
BITCODE_B dimtmove; /*!< DXF 71 */
BITCODE_RC override_code; /*!< DXF 280 */
BITCODE_B has_arrow2; /*!< DXF 295 */
BITCODE_B flip_arrow2; /*!< DXF 296 */
BITCODE_B flip_arrow1; /*!< DXF 297 */
} Dwg_OCD_Dimension;
/**
* for ALDIM (AlignedDimension)
* R2010+
*/
typedef struct _dwg_object_ALDIMOBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
Dwg_OCD_Dimension dimension;
// AcDbAlignedDimensionObjectContextData
BITCODE_3BD dimline_pt; /*!< DXF 11-31 */
} Dwg_Object_ALDIMOBJECTCONTEXTDATA;
/**
* for ANGDIM (AngularDimension)
* R2010+
*/
typedef struct _dwg_object_ANGDIMOBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
Dwg_OCD_Dimension dimension;
// AcDbAngularDimensionObjectContextData
BITCODE_3BD arc_pt; /*!< DXF 11-31 */
} Dwg_Object_ANGDIMOBJECTCONTEXTDATA;
/**
* for DMDIM (DiametricDimension)
* R2010+
*/
typedef struct _dwg_object_DMDIMOBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
Dwg_OCD_Dimension dimension;
// AcDbDiametricDimensionObjectContextData
BITCODE_3BD first_arc_pt; /*!< DXF 11-31 */
BITCODE_3BD def_pt; /*!< DXF 12-32 */
} Dwg_Object_DMDIMOBJECTCONTEXTDATA;
/**
* for ORDDIM (OrdinateDimension)
* R2010+
*/
typedef struct _dwg_object_ORDDIMOBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
Dwg_OCD_Dimension dimension;
// AcDbOrdinateDimensionObjectContextData
BITCODE_3BD feature_location_pt; /*!< DXF 11-31 = origin */
BITCODE_3BD leader_endpt; /*!< DXF 12-32 */
} Dwg_Object_ORDDIMOBJECTCONTEXTDATA;
/**
* for RADIM (Radial Dimension)
* R2010+
*/
typedef struct _dwg_object_RADIMOBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
Dwg_OCD_Dimension dimension;
// AcDbRadialDimensionObjectContextData
BITCODE_3BD first_arc_pt; /*!< DXF 11-31 */
} Dwg_Object_RADIMOBJECTCONTEXTDATA;
/**
* for RADIMLG (Large Radial Dimension)
* R2010+
*/
typedef struct _dwg_object_RADIMLGOBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
Dwg_OCD_Dimension dimension;
// AcDbRadialDimensionLargeObjectContextData
BITCODE_3BD ovr_center; /*!< DXF 12-32 */
BITCODE_3BD jog_point; /*!< DXF 13-33 */
} Dwg_Object_RADIMLGOBJECTCONTEXTDATA;
typedef struct _dwg_object_MTEXTATTRIBUTEOBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
TEXTOBJECTCONTEXTDATA_fields;
// MTEXTATTR
BITCODE_B enable_context;
Dwg_Object_SCALE context;
} Dwg_Object_MTEXTATTRIBUTEOBJECTCONTEXTDATA;
typedef struct _dwg_object_MLEADEROBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
// ...??
} Dwg_Object_MLEADEROBJECTCONTEXTDATA;
typedef struct _dwg_object_LEADEROBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
BITCODE_BL num_points; /*< DXF 70 */
BITCODE_3DPOINT* points; /*!< DXF 10 */
BITCODE_B b290; /*!< DXF 290 */
BITCODE_3DPOINT x_direction; /*!< DXF 11 */
BITCODE_3DPOINT inspt_offset; /*!< DXF 12 */
BITCODE_3DPOINT endptproj; /*!< DXF 13 */
} Dwg_Object_LEADEROBJECTCONTEXTDATA;
typedef struct _dwg_object_BLKREFOBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
BITCODE_BD rotation; /* 50 */
BITCODE_3BD ins_pt; /* 10 */
BITCODE_3BD scale_factor; /* 42-44 */
} Dwg_Object_BLKREFOBJECTCONTEXTDATA;
typedef struct _dwg_object_FCFOBJECTCONTEXTDATA
{
ANNOTSCALEOBJECTCONTEXTDATA_fields;
BITCODE_3BD location; /*!< DXF 10-30 */
BITCODE_3BD horiz_dir; /*!< DXF 11-31 */
} Dwg_Object_FCFOBJECTCONTEXTDATA;
typedef struct _dwg_object_DETAILVIEWSTYLE
{
struct _dwg_object_object *parent;
// AcDbModelDocViewStyle
BITCODE_BS mdoc_class_version; /*!< DXF 70 0 */
BITCODE_T desc;
BITCODE_B is_modified_for_recompute;
BITCODE_T display_name;
BITCODE_BL viewstyle_flags; /* DXF 90. 1: cannot_rename */
// AcDbDetailViewStyle
BITCODE_BS class_version; /*!< DXF 70 0 */
BITCODE_BL flags;
BITCODE_H identifier_style;
BITCODE_CMC identifier_color;
BITCODE_BD identifier_height;
BITCODE_T identifier_exclude_characters;
BITCODE_BD identifier_offset;
BITCODE_RC identifier_placement;
BITCODE_H arrow_symbol;
BITCODE_CMC arrow_symbol_color;
BITCODE_BD arrow_symbol_size;
BITCODE_H boundary_ltype;
BITCODE_BLd boundary_linewt;
BITCODE_CMC boundary_line_color;
BITCODE_H viewlabel_text_style;
BITCODE_CMC viewlabel_text_color;
BITCODE_BD viewlabel_text_height;
BITCODE_BL viewlabel_attachment;
BITCODE_BD viewlabel_offset;
BITCODE_BL viewlabel_alignment;
BITCODE_T viewlabel_pattern;
BITCODE_H connection_ltype;
BITCODE_BLd connection_linewt;
BITCODE_CMC connection_line_color;
BITCODE_H borderline_ltype;
BITCODE_BLd borderline_linewt;
BITCODE_CMC borderline_color;
BITCODE_RC model_edge;
} Dwg_Object_DETAILVIEWSTYLE;
typedef struct _dwg_object_SECTIONVIEWSTYLE
{
struct _dwg_object_object *parent;
// AcDbModelDocViewStyle
BITCODE_BS mdoc_class_version; /*!< DXF 70 0 */
BITCODE_T desc;
BITCODE_B is_modified_for_recompute;
BITCODE_T display_name;
BITCODE_BL viewstyle_flags; /* DXF 90. 1: cannot_rename */
// AcDbSectionViewStyle
BITCODE_BS class_version; /*!< DXF 70 0 */
BITCODE_BL flags; /* DXF 90. 1: is_continuous_labeling, 2: show_arrowheads,
4: show_viewlabel, 8: show_all_plane_lines,
0x10: show_all_bend_identifiers,
0x20 show_end_and_bend_lines, 0x40: show_hatching ... */
BITCODE_H identifier_style;
BITCODE_CMC identifier_color;
BITCODE_BD identifier_height;
BITCODE_H arrow_start_symbol;
BITCODE_H arrow_end_symbol;
BITCODE_CMC arrow_symbol_color;
BITCODE_BD arrow_symbol_size;
BITCODE_T identifier_exclude_characters;
BITCODE_BLd identifier_position;
BITCODE_BD identifier_offset;
BITCODE_BLd arrow_position;
BITCODE_BD arrow_symbol_extension_length;
BITCODE_H plane_ltype;
BITCODE_BLd plane_linewt;
BITCODE_CMC plane_line_color;
BITCODE_H bend_ltype;
BITCODE_BLd bend_linewt;
BITCODE_CMC bend_line_color;
BITCODE_BD bend_line_length;
BITCODE_BD end_line_overshoot;
BITCODE_BD end_line_length;
BITCODE_H viewlabel_text_style;
BITCODE_CMC viewlabel_text_color;
BITCODE_BD viewlabel_text_height;
BITCODE_BL viewlabel_attachment;
BITCODE_BD viewlabel_offset;
BITCODE_BL viewlabel_alignment;
BITCODE_T viewlabel_pattern;
BITCODE_CMC hatch_color;
BITCODE_CMC hatch_bg_color;
BITCODE_T hatch_pattern;
BITCODE_BD hatch_scale;
BITCODE_BLd hatch_transparency;
// see flags:
//BITCODE_B is_continuous_labeling;
//BITCODE_B show_arrowheads;
//BITCODE_B show_viewlabel;
//BITCODE_B show_end_and_bend_lines;
//BITCODE_B show_hatching;
BITCODE_B unknown_b1;
BITCODE_B unknown_b2;
BITCODE_BL num_hatch_angles;
BITCODE_BD *hatch_angles;
} Dwg_Object_SECTIONVIEWSTYLE;
typedef struct _dwg_object_SECTION_MANAGER
{
struct _dwg_object_object *parent;
BITCODE_B is_live; /*!< DXF 70 */
BITCODE_BS num_sections; /*!< DXF 90 */
BITCODE_H *sections; /*!< DXF 330 */
} Dwg_Object_SECTION_MANAGER;
typedef struct _dwg_SECTION_geometrysettings
{
struct _dwg_SECTION_typesettings *parent;
BITCODE_BL num_geoms; /* DXF 90 */
BITCODE_BL hexindex; /* DXF 91 */
BITCODE_BL flags; /* DXF 92. 2: hatchvisible, 4: is_hiddenline, 8: has_division_lines */
BITCODE_CMC color; /* DXF 62 */
BITCODE_T layer; /* DXF 8 Default: 0 */
BITCODE_T ltype; /* DXF 6 Default: Continuous */
BITCODE_BD ltype_scale; /* DXF 40 */
BITCODE_T plotstyle; /* DXF 1 Default: ByColor */
BITCODE_BLd linewt; /* DXF 370 */
BITCODE_BS face_transparency; /* DXF 70 */
BITCODE_BS edge_transparency; /* DXF 71 */
BITCODE_BS hatch_type; /* DXF 72 */
BITCODE_T hatch_pattern; /* DXF 2 */
BITCODE_BD hatch_angle; /* DXF 41 */
BITCODE_BD hatch_spacing; /* DXF 42 */
BITCODE_BD hatch_scale; /* DXF 43 */
} Dwg_SECTION_geometrysettings;
typedef struct _dwg_SECTION_typesettings
{
struct _dwg_object_SECTION_SETTINGS *parent;
BITCODE_BS type; /*!< DXF 90: type: live=1, 2d=2, 3d=4 */
BITCODE_BS generation; /*!< DXF 91: source and destination flags.
sourceall=1, sourceselected=2.
destnewblock=16, destreplaceblock=32, destfile=64
*/
/* or geometry: intersectionboundary=1, intersectionfill=2, fg_geom=4, bg_geom=8
curvetangencylines=16 */
BITCODE_BL num_sources;
BITCODE_H *sources;
BITCODE_H destblock;
BITCODE_T destfile;
BITCODE_BL num_geom;
Dwg_SECTION_geometrysettings *geom;
} Dwg_SECTION_typesettings;
// Unstable
typedef struct _dwg_object_SECTION_SETTINGS
{
struct _dwg_object_object *parent;
BITCODE_BS curr_type; /* DXF 90 */
BITCODE_BL num_types; /* DXF 91 */
Dwg_SECTION_typesettings *types;
} Dwg_Object_SECTION_SETTINGS;
typedef struct _dwg_object_LAYERFILTER
{
struct _dwg_object_object *parent;
BITCODE_BL num_names;
BITCODE_T *names;
} Dwg_Object_LAYERFILTER;
typedef struct _dwg_entity_ARCALIGNEDTEXT
{
struct _dwg_object_entity *parent;
BITCODE_D2T text_size; /*!< DXF 42 */
BITCODE_D2T xscale; /*!< DXF 41 */
BITCODE_D2T char_spacing; /*!< DXF 43 */
BITCODE_T style; /*!< DXF 7 */
BITCODE_T text_value; /*!< DXF 1 */
BITCODE_T font_name; /*!< DXF 2 */
BITCODE_T bigfont_name; /*!< DXF 3 */
BITCODE_D2T offset_from_arc; /*!< DXF 44 */
BITCODE_D2T right_offset; /*!< DXF 45 */
BITCODE_D2T left_offset; /*!< DXF 46 */
BITCODE_3BD center; /*!< DXF 10 */
BITCODE_BD radius; /*!< DXF 40 */
BITCODE_BD start_angle; /*!< DXF 50 */
BITCODE_BD end_angle; /*!< DXF 51 */
BITCODE_3BD extrusion; /*!< DXF 210 */
BITCODE_BL color; /*!< DXF 90 */
BITCODE_BS is_reverse; /*!< DXF 70 */
BITCODE_BS text_direction; /*!< DXF 71, OutwardFromCenter=1, InwardToCenter=2 */
BITCODE_BS alignment; /*!< DXF 72, 1-4 */
BITCODE_BS text_position; /*!< DXF 73, side_flag. OnConvexSide=1, OnConcaveSide=2 */
BITCODE_BS is_bold; /*!< DXF 74 */
BITCODE_BS is_italic; /*!< DXF 75 */
BITCODE_BS is_underlined; /*!< DXF 76 */
BITCODE_BS character_set; /*!< DXF 77 */
BITCODE_BS pitch_and_family; /*!< DXF 78 */
BITCODE_BS is_shx; /*!< DXF 79, font_type. */
BITCODE_BS wizard_flag; /*!< DXF 280 */
BITCODE_H arc_handle; /*!< DXF 330 */
} Dwg_Entity_ARCALIGNEDTEXT;
// Remote Text with external src or Diesel expr
typedef struct _dwg_entity_RTEXT
{
struct _dwg_object_entity *parent;
BITCODE_3BD pt; /*!< DXF 10 */
BITCODE_BE extrusion; /*!< DXF 210 */
BITCODE_BD rotation; /*!< DXF 50 */
BITCODE_BD height; /*!< DXF 50 */
BITCODE_BS flags; /*!< DXF 70 */
BITCODE_T text_value; /*!< DXF 1 */
BITCODE_H style; /*!< DXF 7 */
} Dwg_Entity_RTEXT;
typedef struct _dwg_entity_LAYOUTPRINTCONFIG
{
struct _dwg_object_entity *parent;
BITCODE_BS class_version; /* 2 */
// ...
BITCODE_BS flag; /*!< DXF 93 0 */
} Dwg_Entity_LAYOUTPRINTCONFIG;
typedef struct _dwg_object_ACMECOMMANDHISTORY
{
struct _dwg_object_object *parent;
BITCODE_BS class_version;
//?
} Dwg_Object_ACMECOMMANDHISTORY;
typedef struct _dwg_object_ACMESCOPE
{
struct _dwg_object_object *parent;
BITCODE_BS class_version;
//?
} Dwg_Object_ACMESCOPE;
typedef struct _dwg_object_ACMESTATEMGR
{
struct _dwg_object_object *parent;
BITCODE_BS class_version;
//?
} Dwg_Object_ACMESTATEMGR;
typedef struct _dwg_object_CSACDOCUMENTOPTIONS
{
struct _dwg_object_object *parent;
BITCODE_BS class_version;
//?
} Dwg_Object_CSACDOCUMENTOPTIONS;
// dynamic blocks:
#define BLOCKELEMENT_fields \
Dwg_EvalExpr evalexpr; \
BITCODE_T name; \
BITCODE_BL be_major; \
BITCODE_BL be_minor; \
BITCODE_BL eed1071
#define BLOCKPARAMETER_fields \
BLOCKELEMENT_fields; \
BITCODE_B show_properties; /* DXF 280 */ \
BITCODE_B chain_actions /* DXF 281 */
#define BLOCKACTION_fields \
BLOCKELEMENT_fields; \
BITCODE_3BD display_location; \
BITCODE_BL num_actions; \
BITCODE_BL *actions; \
BITCODE_BL num_deps; \
BITCODE_H *deps
// XY action params
#define BLOCKACTION_doubles_fields \
BITCODE_BD action_offset_x; \
BITCODE_BD action_offset_y; \
BITCODE_BD angle_offset
#define BLOCKGRIP_fields \
BLOCKELEMENT_fields; \
BITCODE_BL bg_bl91; \
BITCODE_BL bg_bl92; \
BITCODE_3BD bg_location; \
BITCODE_B bg_insert_cycling; \
BITCODE_BLd bg_insert_cycling_weight
// same as BLOCKACTION_connectionpts
typedef struct _dwg_BLOCKPARAMETER_connection {
BITCODE_BL code;
BITCODE_T name;
} Dwg_BLOCKPARAMETER_connection;
typedef struct _dwg_BLOCKPARAMETER_PropInfo {
BITCODE_BL num_connections;
Dwg_BLOCKPARAMETER_connection *connections;
} Dwg_BLOCKPARAMETER_PropInfo;
typedef struct _dwg_BLOCKPARAMVALUESET {
BITCODE_T desc;
BITCODE_BL flags;
BITCODE_BD minimum;
BITCODE_BD maximum;
BITCODE_BD increment;
BITCODE_BS num_valuelist;
BITCODE_BD *valuelist;
} Dwg_BLOCKPARAMVALUESET;
#define BLOCK1PTPARAMETER_fields \
BLOCKPARAMETER_fields; \
BITCODE_3BD def_pt; \
BITCODE_BL num_propinfos; /* 2 */ \
Dwg_BLOCKPARAMETER_PropInfo prop1; \
Dwg_BLOCKPARAMETER_PropInfo prop2
#define BLOCK2PTPARAMETER_fields \
BLOCKPARAMETER_fields; \
BITCODE_3BD def_basept; \
BITCODE_3BD def_endpt; \
Dwg_BLOCKPARAMETER_PropInfo prop1; \
Dwg_BLOCKPARAMETER_PropInfo prop2; \
Dwg_BLOCKPARAMETER_PropInfo prop3; \
Dwg_BLOCKPARAMETER_PropInfo prop4; \
BITCODE_BL *prop_states; \
BITCODE_BS parameter_base_location; \
BITCODE_3BD upd_basept; \
BITCODE_3BD basept; \
BITCODE_3BD upd_endpt; \
BITCODE_3BD endpt
typedef struct _dwg_BLOCKACTION_connectionpts
{
BITCODE_BL code;
BITCODE_T name;
} Dwg_BLOCKACTION_connectionpts;
#define BLOCKACTION_WITHBASEPT_fields(n) \
BLOCKACTION_fields; \
BITCODE_3BD offset; \
Dwg_BLOCKACTION_connectionpts conn_pts[n]; \
BITCODE_B dependent; \
BITCODE_3BD base_pt
/* BITCODE_3BD stretch_pt */
#define BLOCKPARAMVALUESET_fields \
Dwg_BLOCKPARAMVALUESET value_set
#define BLOCKCONSTRAINTPARAMETER_fields \
BLOCK2PTPARAMETER_fields; \
BITCODE_H dependency
#define BLOCKLINEARCONSTRAINTPARAMETER_fields \
BLOCKCONSTRAINTPARAMETER_fields; \
BITCODE_T expr_name; \
BITCODE_T expr_description; \
BITCODE_BD value; \
BLOCKPARAMVALUESET_fields
typedef struct _dwg_BLOCKVISIBILITYPARAMETER_state
{
struct _dwg_object_BLOCKVISIBILITYPARAMETER *parent;
BITCODE_T name; /* DXF 301 */
BITCODE_BL num_blocks; /* DXF 94 */
BITCODE_H *blocks; /* DXF 332 */
BITCODE_BL num_params; /* DXF 95 */
BITCODE_H *params; /* DXF 333 BLOCKVISIBILITYPARAMETER objects */
} Dwg_BLOCKVISIBILITYPARAMETER_state;
typedef struct _dwg_object_BLOCKVISIBILITYPARAMETER
{
struct _dwg_object_object *parent;
BLOCK1PTPARAMETER_fields;
BITCODE_B is_initialized; // DXF 281
BITCODE_B unknown_bool; // DXF 91, history_compression, history_required or is_visible?
BITCODE_T blockvisi_name; // DXF 301
BITCODE_T blockvisi_desc; // DXF 302
BITCODE_BL num_blocks; // DXF 93
BITCODE_H *blocks; // DXF 331
BITCODE_BL num_states; // DXF 92
Dwg_BLOCKVISIBILITYPARAMETER_state *states;
//BITCODE_T cur_state_name;
//BITCODE_BL cur_state;
} Dwg_Object_BLOCKVISIBILITYPARAMETER;
typedef struct _dwg_object_BLOCKVISIBILITYGRIP
{
struct _dwg_object_object *parent;
BLOCKGRIP_fields;
// AcDbBlockVisibilityGrip
} Dwg_Object_BLOCKVISIBILITYGRIP;
typedef struct _dwg_object_BLOCKGRIPLOCATIONCOMPONENT
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
// AcDbBlockGripExpr
BITCODE_BL grip_type;
BITCODE_T grip_expr; // one of: X Y UpdatedX UpdatedY DisplacementX DisplacementY
} Dwg_Object_BLOCKGRIPLOCATIONCOMPONENT;
typedef struct _dwg_object_BREAKDATA
{
struct _dwg_object_object *parent;
BITCODE_BL num_pointrefs;
BITCODE_H *pointrefs;
BITCODE_H dimref;
} Dwg_Object_BREAKDATA;
typedef struct _dwg_object_BREAKPOINTREF
{
struct _dwg_object_object *parent;
// XrefFullSubendPath ??
} Dwg_Object_BREAKPOINTREF;
typedef struct _dwg_entity_FLIPGRIPENTITY
{
struct _dwg_object_entity *parent;
//BLOCKGRIP_fields;
// ??
} Dwg_Entity_FLIPGRIPENTITY;
typedef struct _dwg_entity_LINEARGRIPENTITY
{
struct _dwg_object_entity *parent;
//BLOCKGRIP_fields;
// ??
} Dwg_Entity_LINEARGRIPENTITY;
typedef struct _dwg_entity_POLARGRIPENTITY
{
struct _dwg_object_entity *parent;
//BLOCKGRIP_fields;
// ??
} Dwg_Entity_POLARGRIPENTITY;
typedef struct _dwg_entity_ROTATIONGRIPENTITY
{
struct _dwg_object_entity *parent;
//BLOCKGRIP_fields;
// ??
} Dwg_Entity_ROTATIONGRIPENTITY;
typedef struct _dwg_entity_VISIBILITYGRIPENTITY
{
struct _dwg_object_entity *parent;
//BLOCKGRIP_fields;
// ??
} Dwg_Entity_VISIBILITYGRIPENTITY;
typedef struct _dwg_entity_XYGRIPENTITY
{
struct _dwg_object_entity *parent;
//BLOCKGRIP_fields;
// ??
} Dwg_Entity_XYGRIPENTITY;
typedef struct _dwg_entity_ALIGNMENTPARAMETERENTITY
{
struct _dwg_object_entity *parent;
// ??
} Dwg_Entity_ALIGNMENTPARAMETERENTITY;
typedef struct _dwg_entity_BASEPOINTPARAMETERENTITY
{
struct _dwg_object_entity *parent;
// ??
} Dwg_Entity_BASEPOINTPARAMETERENTITY;
typedef struct _dwg_entity_FLIPPARAMETERENTITY
{
struct _dwg_object_entity *parent;
// ??
} Dwg_Entity_FLIPPARAMETERENTITY;
typedef struct _dwg_entity_LINEARPARAMETERENTITY
{
struct _dwg_object_entity *parent;
// ??
} Dwg_Entity_LINEARPARAMETERENTITY;
typedef struct _dwg_entity_POINTPARAMETERENTITY
{
struct _dwg_object_entity *parent;
// ??
} Dwg_Entity_POINTPARAMETERENTITY;
typedef struct _dwg_entity_ROTATIONPARAMETERENTITY
{
struct _dwg_object_entity *parent;
// ??
} Dwg_Entity_ROTATIONPARAMETERENTITY;
typedef struct _dwg_entity_VISIBILITYPARAMETERENTITY
{
struct _dwg_object_entity *parent;
// ??
} Dwg_Entity_VISIBILITYPARAMETERENTITY;
typedef struct _dwg_entity_XYPARAMETERENTITY
{
struct _dwg_object_entity *parent;
// ??
} Dwg_Entity_XYPARAMETERENTITY;
typedef struct _dwg_object_BLOCKALIGNMENTGRIP
{
struct _dwg_object_object *parent;
BLOCKGRIP_fields;
BITCODE_3BD orientation;
} Dwg_Object_BLOCKALIGNMENTGRIP;
typedef struct _dwg_object_BLOCKALIGNMENTPARAMETER
{
struct _dwg_object_object *parent;
BLOCK2PTPARAMETER_fields;
BITCODE_B align_perpendicular; /* DXF 280 */
} Dwg_Object_BLOCKALIGNMENTPARAMETER;
typedef struct _dwg_object_BLOCKANGULARCONSTRAINTPARAMETER
{
struct _dwg_object_object *parent;
BLOCKCONSTRAINTPARAMETER_fields;
BITCODE_3BD center_pt; /* DXF 1011 */
BITCODE_3BD end_pt; /* DXF 1012 */
BITCODE_T expr_name; /* DXF 305 */
BITCODE_T expr_description; /* DXF 306 */
BITCODE_BD angle; /* DXF 140, offset is the result */
BITCODE_B orientation_on_both_grips; /* DXF 280 */
BLOCKPARAMVALUESET_fields;
} Dwg_Object_BLOCKANGULARCONSTRAINTPARAMETER;
typedef struct _dwg_object_BLOCKDIAMETRICCONSTRAINTPARAMETER
{
struct _dwg_object_object *parent;
BLOCKCONSTRAINTPARAMETER_fields;
BITCODE_T expr_name; /* DXF 305, a copy of the EvalExpr name */
BITCODE_T expr_description; /* DXF 306 */
BITCODE_BD distance; /* DXF 140 */
BITCODE_B orientation_on_both_grips; /* DXF 280 */
BLOCKPARAMVALUESET_fields;
} Dwg_Object_BLOCKDIAMETRICCONSTRAINTPARAMETER;
typedef struct _dwg_object_BLOCKRADIALCONSTRAINTPARAMETER
{
struct _dwg_object_object *parent;
BLOCKCONSTRAINTPARAMETER_fields;
BITCODE_T expr_name; /* DXF 305, a copy of the EvalExpr name */
BITCODE_T expr_description; /* DXF 306 */
BITCODE_BD distance; /* DXF 140 */
BLOCKPARAMVALUESET_fields;
} Dwg_Object_BLOCKRADIALCONSTRAINTPARAMETER;
typedef struct _dwg_object_BLOCKARRAYACTION
{
struct _dwg_object_object *parent;
BLOCKACTION_fields;
Dwg_BLOCKACTION_connectionpts conn_pts[4]; /*!< DXF 92-95, 301-304 */
BITCODE_BD column_offset; /*!< DXF 140 */
BITCODE_BD row_offset; /*!< DXF 141 */
} Dwg_Object_BLOCKARRAYACTION;
typedef struct _dwg_object_BLOCKBASEPOINTPARAMETER
{
struct _dwg_object_object *parent;
BLOCK1PTPARAMETER_fields;
BITCODE_3BD pt; /* DXF 1011 */
BITCODE_3BD base_pt; /* DXF 1012 */
} Dwg_Object_BLOCKBASEPOINTPARAMETER;
typedef struct _dwg_object_BLOCKFLIPACTION
{
struct _dwg_object_object *parent;
BLOCKACTION_fields;
Dwg_BLOCKACTION_connectionpts conn_pts[4]; /*!< DXF 92-95, 301-304 */
BLOCKACTION_doubles_fields;
} Dwg_Object_BLOCKFLIPACTION;
typedef struct _dwg_object_BLOCKFLIPGRIP
{
struct _dwg_object_object *parent;
BLOCKGRIP_fields;
BITCODE_BL combined_state;
BITCODE_3BD orientation;
BITCODE_BS upd_state;
BITCODE_BS state;
} Dwg_Object_BLOCKFLIPGRIP;
typedef struct _dwg_object_BLOCKFLIPPARAMETER
{
struct _dwg_object_object *parent;
BLOCK2PTPARAMETER_fields;
BITCODE_T flip_label; /*!< DXF 305 */
BITCODE_T flip_label_desc; /*!< DXF 306 */
BITCODE_T base_state_label; /*!< DXF 307 */
BITCODE_T flipped_state_label;/*!< DXF 308 */
BITCODE_3BD def_label_pt; /*!< DXF 1012 */
BITCODE_BL bl96; /*!< DXF 96 */
BITCODE_T tooltip; /*!< DXF 309 */
} Dwg_Object_BLOCKFLIPPARAMETER;
typedef struct _dwg_object_BLOCKALIGNEDCONSTRAINTPARAMETER
{
struct _dwg_object_object *parent;
BLOCKLINEARCONSTRAINTPARAMETER_fields;
} Dwg_Object_BLOCKALIGNEDCONSTRAINTPARAMETER;
typedef struct _dwg_object_BLOCKLINEARCONSTRAINTPARAMETER
{
struct _dwg_object_object *parent;
BLOCKLINEARCONSTRAINTPARAMETER_fields;
} Dwg_Object_BLOCKLINEARCONSTRAINTPARAMETER;
typedef struct _dwg_object_BLOCKHORIZONTALCONSTRAINTPARAMETER
{
struct _dwg_object_object *parent;
BLOCKLINEARCONSTRAINTPARAMETER_fields;
} Dwg_Object_BLOCKHORIZONTALCONSTRAINTPARAMETER;
typedef struct _dwg_object_BLOCKVERTICALCONSTRAINTPARAMETER
{
struct _dwg_object_object *parent;
BLOCKLINEARCONSTRAINTPARAMETER_fields;
} Dwg_Object_BLOCKVERTICALCONSTRAINTPARAMETER;
typedef struct _dwg_object_BLOCKLINEARGRIP
{
struct _dwg_object_object *parent;
BLOCKGRIP_fields;
BITCODE_3BD orientation; /* DXF 140,141,142 */
} Dwg_Object_BLOCKLINEARGRIP;
typedef struct _dwg_object_BLOCKLINEARPARAMETER
{
struct _dwg_object_object *parent;
BLOCK2PTPARAMETER_fields;
BITCODE_T distance_name; /*!< DXF 305 */
BITCODE_T distance_desc; /*!< DXF 306 */
BITCODE_BD distance; /*!< DXF 306 */
BLOCKPARAMVALUESET_fields;
} Dwg_Object_BLOCKLINEARPARAMETER;
typedef struct _dwg_BLOCKLOOKUPACTION_lut
{
struct _dwg_object_BLOCKLOOKUPACTION *parent;
Dwg_BLOCKACTION_connectionpts conn_pts[3]; /*!< DXF 94-96, 303-305*/
BITCODE_B b282;
BITCODE_B b281;
} Dwg_BLOCKLOOKUPACTION_lut;
typedef struct _dwg_object_BLOCKLOOKUPACTION
{
struct _dwg_object_object *parent;
BLOCKACTION_fields;
BITCODE_BL numelems; /* computed */
BITCODE_BL numrows; /* DXF 92 */
BITCODE_BL numcols; /* DXF 93 */
Dwg_BLOCKLOOKUPACTION_lut *lut;
BITCODE_T *exprs;
BITCODE_B b280;
} Dwg_Object_BLOCKLOOKUPACTION;
typedef struct _dwg_object_BLOCKLOOKUPGRIP
{
struct _dwg_object_object *parent;
BLOCKGRIP_fields;
} Dwg_Object_BLOCKLOOKUPGRIP;
typedef struct _dwg_object_BLOCKLOOKUPPARAMETER
{
struct _dwg_object_object *parent;
BLOCK1PTPARAMETER_fields;
BITCODE_T lookup_name; /*!< DXF 303 */
BITCODE_T lookup_desc; /*!< DXF 304 */
BITCODE_BL index; /*!< DXF 94 ?? */
BITCODE_T unknown_t;
} Dwg_Object_BLOCKLOOKUPPARAMETER;
typedef struct _dwg_object_BLOCKMOVEACTION
{
struct _dwg_object_object *parent;
BLOCKACTION_fields;
Dwg_BLOCKACTION_connectionpts conn_pts[2]; /*!< DXF 92-93, 301-302 */
BLOCKACTION_doubles_fields;
} Dwg_Object_BLOCKMOVEACTION;
typedef struct _dwg_object_BLOCKPOINTPARAMETER
{
struct _dwg_object_object *parent;
BLOCK1PTPARAMETER_fields;
BITCODE_T position_name; /* DXF 303 */
BITCODE_T position_desc; /* DXF 304 */
BITCODE_3BD def_label_pt; /* DXF 1011 */
} Dwg_Object_BLOCKPOINTPARAMETER;
typedef struct _dwg_object_BLOCKPOLARGRIP
{
struct _dwg_object_object *parent;
BLOCKGRIP_fields;
} Dwg_Object_BLOCKPOLARGRIP;
typedef struct _dwg_object_BLOCKPOLARPARAMETER
{
struct _dwg_object_object *parent;
BLOCK2PTPARAMETER_fields;
BITCODE_T angle_name; /*!< DXF 305 */
BITCODE_T angle_desc; /*!< DXF 306 */
BITCODE_T distance_name; /*!< DXF 305 */
BITCODE_T distance_desc; /*!< DXF 306 */
BITCODE_BD offset; /*!< DXF 140 */
Dwg_BLOCKPARAMVALUESET angle_value_set;
Dwg_BLOCKPARAMVALUESET distance_value_set;
//BITCODE_3BD base_angle_pt;
} Dwg_Object_BLOCKPOLARPARAMETER;
typedef struct _dwg_object_BLOCKPOLARSTRETCHACTION
{
struct _dwg_object_object *parent;
BLOCKACTION_fields;
Dwg_BLOCKACTION_connectionpts conn_pts[6]; /*!< DXF 92-97, 301-306 */
BITCODE_BL num_pts; // 72
BITCODE_2RD *pts; // 10
BITCODE_BL num_hdls; // 72
BITCODE_H *hdls; // 331
BITCODE_BS *shorts; // 74
BITCODE_BL num_codes; // 75
BITCODE_BL *codes; // 76
// ??
} Dwg_Object_BLOCKPOLARSTRETCHACTION;
typedef struct _dwg_object_BLOCKPROPERTIESTABLE
{
struct _dwg_object_object *parent;
// ??
} Dwg_Object_BLOCKPROPERTIESTABLE;
typedef struct _dwg_object_BLOCKPROPERTIESTABLEGRIP
{
struct _dwg_object_object *parent;
BLOCKGRIP_fields;
} Dwg_Object_BLOCKPROPERTIESTABLEGRIP;
typedef struct _dwg_object_BLOCKREPRESENTATION
{
struct _dwg_object_object *parent;
BITCODE_BS flag;
BITCODE_H block;
} Dwg_Object_BLOCKREPRESENTATION;
typedef struct _dwg_object_BLOCKROTATEACTION
{
struct _dwg_object_object *parent;
BLOCKACTION_WITHBASEPT_fields(3);
} Dwg_Object_BLOCKROTATEACTION;
typedef struct _dwg_object_BLOCKROTATIONGRIP
{
struct _dwg_object_object *parent;
BLOCKGRIP_fields;
} Dwg_Object_BLOCKROTATIONGRIP;
typedef struct _dwg_object_BLOCKROTATIONPARAMETER
{
struct _dwg_object_object *parent;
BLOCK2PTPARAMETER_fields;
BITCODE_3BD def_base_angle_pt;
BITCODE_T angle_name; /*!< DXF 305 */
BITCODE_T angle_desc; /*!< DXF 306 */
BITCODE_BD angle; /*!< DXF 306 */
Dwg_BLOCKPARAMVALUESET angle_value_set;
//BITCODE_3BD base_angle_pt;
} Dwg_Object_BLOCKROTATIONPARAMETER;
typedef struct _dwg_object_BLOCKSCALEACTION
{
struct _dwg_object_object *parent;
BLOCKACTION_WITHBASEPT_fields(5);
} Dwg_Object_BLOCKSCALEACTION;
typedef struct _dwg_BLOCKSTRETCHACTION_handles {
struct _dwg_object_BLOCKSTRETCHACTION *parent;
BITCODE_H hdl; // 331
BITCODE_BS num_indexes; // 74
BITCODE_BL *indexes; // 94
} Dwg_BLOCKSTRETCHACTION_handles;
typedef struct _dwg_BLOCKSTRETCHACTION_codes {
struct _dwg_object_BLOCKSTRETCHACTION *parent;
BITCODE_BL bl95; // 95
BITCODE_BS num_indexes; // 76
BITCODE_BL *indexes; // 94
} Dwg_BLOCKSTRETCHACTION_codes;
typedef struct _dwg_object_BLOCKSTRETCHACTION
{
struct _dwg_object_object *parent;
BLOCKACTION_fields;
Dwg_BLOCKACTION_connectionpts conn_pts[2]; /*!< DXF 92-93, 301-302 */
BITCODE_BL num_pts; // 72
BITCODE_2RD *pts; // 10
BITCODE_BL num_hdls; // 72
Dwg_BLOCKSTRETCHACTION_handles *hdls; /*!< DXF 331, 74, 94 */
BITCODE_BL num_codes; // 75
Dwg_BLOCKSTRETCHACTION_codes *codes; /*!< DXF 95, 76, 94 */
BLOCKACTION_doubles_fields;
} Dwg_Object_BLOCKSTRETCHACTION;
typedef struct _dwg_object_BLOCKUSERPARAMETER
{
struct _dwg_object_object *parent;
BLOCK1PTPARAMETER_fields;
BITCODE_BS flag; /*!< DXF 90 */
BITCODE_H assocvariable; /*!< DXF 305 */
BITCODE_T expr; /*!< DXF 301 */
Dwg_EvalVariant value;
BITCODE_BS type; /*!< DXF 170 (already value.code)? */
} Dwg_Object_BLOCKUSERPARAMETER;
typedef struct _dwg_object_BLOCKXYGRIP
{
struct _dwg_object_object *parent;
BLOCKGRIP_fields;
} Dwg_Object_BLOCKXYGRIP;
typedef struct _dwg_object_BLOCKXYPARAMETER
{
struct _dwg_object_object *parent;
BLOCK2PTPARAMETER_fields;
BITCODE_T x_label; // DXF 305
BITCODE_T x_label_desc; // DXF 306
BITCODE_T y_label; // DXF 307
BITCODE_T y_label_desc; // DXF 308
BITCODE_BD x_value; // DXF 141
BITCODE_BD y_value; // DXF 142
Dwg_BLOCKPARAMVALUESET x_value_set;
Dwg_BLOCKPARAMVALUESET y_value_set;
} Dwg_Object_BLOCKXYPARAMETER;
typedef struct _dwg_object_DYNAMICBLOCKPROXYNODE
{
struct _dwg_object_object *parent;
Dwg_EvalExpr evalexpr;
// ??
} Dwg_Object_DYNAMICBLOCKPROXYNODE;
typedef struct _dwg_POINTCLOUD_IntensityStyle
{
struct _dwg_entity_POINTCLOUD *parent;
BITCODE_BD min_intensity; /* DXF 40 */
BITCODE_BD max_intensity; /* DXF 41 */
BITCODE_BD intensity_low_treshold; /* DXF 42 */
BITCODE_BD intensity_high_treshold; /* DXF 43 */
} Dwg_POINTCLOUD_IntensityStyle;
typedef struct _dwg_POINTCLOUD_Clippings
{
struct _dwg_entity_POINTCLOUD *parent;
BITCODE_B is_inverted;
BITCODE_BS type;
BITCODE_BL num_vertices;
BITCODE_2RD *vertices;
BITCODE_BD z_min;
BITCODE_BD z_max;
} Dwg_POINTCLOUD_Clippings;
typedef struct _dwg_POINTCLOUDEX_Croppings
{
struct _dwg_entity_POINTCLOUDEX *parent;
BITCODE_BS type;
BITCODE_B is_inside;
BITCODE_B is_inverted;
BITCODE_3BD crop_plane;
BITCODE_3BD crop_x_dir;
BITCODE_3BD crop_y_dir;
BITCODE_BL num_pts;
BITCODE_3BD *pts;
} Dwg_POINTCLOUDEX_Croppings;
typedef struct _dwg_entity_POINTCLOUD
{
struct _dwg_object_entity *parent;
BITCODE_BS class_version; // 1 or 2 r2013+, DXF 70
BITCODE_3BD origin; /*!< DXF 10 */
BITCODE_T saved_filename; /* DXF 1 */
BITCODE_BL num_source_files; /* DXF 90 */
BITCODE_T *source_files; /*!< DXF 2 */
BITCODE_3BD extents_min; /*!< DXF 11 */
BITCODE_3BD extents_max; /*!< DXF 12 */
BITCODE_RLL numpoints; /*!< DXF 92 */
BITCODE_T ucs_name; /*!< DXF 3 */
BITCODE_3BD ucs_origin; /*!< DXF 13 */
BITCODE_3BD ucs_x_dir; /*!< DXF 210 */
BITCODE_3BD ucs_y_dir; /*!< DXF 211 */
BITCODE_3BD ucs_z_dir; /*!< DXF 212 */
// r2013+:
BITCODE_H pointclouddef; /*!< DXF 330 */
BITCODE_H reactor; /*!< DXF 360 */
BITCODE_B show_intensity; /*!< DXF ? */
BITCODE_BS intensity_scheme; /*!< DXF 71 */
Dwg_POINTCLOUD_IntensityStyle intensity_style;
BITCODE_B show_clipping; /*!< DXF ? */
BITCODE_BL num_clippings; /*!< DXF ? */
Dwg_POINTCLOUD_Clippings *clippings;
} Dwg_Entity_POINTCLOUD;
typedef struct _dwg_entity_POINTCLOUDEX
{
struct _dwg_object_entity *parent;
BITCODE_BS class_version; // 1, DXF 70
BITCODE_3BD extents_min; /*!< DXF 10 */
BITCODE_3BD extents_max; /*!< DXF 11 */
BITCODE_3BD ucs_origin; /*!< DXF 13 */
BITCODE_3BD ucs_x_dir; /*!< DXF 210 */
BITCODE_3BD ucs_y_dir; /*!< DXF 211 */
BITCODE_3BD ucs_z_dir; /*!< DXF 212 */
BITCODE_B is_locked; /*!< DXF 290 */
BITCODE_H pointclouddefex; /*!< DXF 330 */
BITCODE_H reactor; /*!< DXF 360 */
BITCODE_T name; /* DXF 1 */
BITCODE_B show_intensity; /*!< DXF 291 */
BITCODE_BS stylization_type; /*!< DXF 71 */
BITCODE_T intensity_colorscheme; /*!< ? DXF 1 */
BITCODE_T cur_colorscheme; /*!< DXF 1 */
BITCODE_T classification_colorscheme; /*!< ? DXF 1 */
BITCODE_BD elevation_min; /* DXF 40 */
BITCODE_BD elevation_max; /* DXF 41 */
BITCODE_BL intensity_min; /* DXF 90 */
BITCODE_BL intensity_max; /* DXF 91 */
BITCODE_BS intensity_out_of_range_behavior; /* DXF 70 */
BITCODE_BS elevation_out_of_range_behavior; /* DXF 71 */
BITCODE_B elevation_apply_to_fixed_range; /* DXF 292 */
BITCODE_B intensity_as_gradient; /* DXF 293 */
BITCODE_B elevation_as_gradient; /* DXF 294 */
BITCODE_B show_cropping; /*!< DXF 295 */
BITCODE_BL unknown_bl0; /*!< ? DXF 93 */
BITCODE_BL unknown_bl1; /*!< ? DXF 93 */
BITCODE_BL num_croppings; /*!< DXF 92 */
Dwg_POINTCLOUDEX_Croppings *croppings;
} Dwg_Entity_POINTCLOUDEX;
typedef struct _dwg_object_POINTCLOUDDEF
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; // 1 or 2 r2013+, DXF 90
BITCODE_T source_filename; /* DXF 1 */
BITCODE_B is_loaded; /* DXF 280 */
BITCODE_RLL numpoints; /*!< DXF 91 (hi) + 92 (lo) / 160 */
BITCODE_3BD extents_min; /*!< DXF 10 */
BITCODE_3BD extents_max; /*!< DXF 11 */
} Dwg_Object_POINTCLOUDDEF;
typedef struct _dwg_object_POINTCLOUDDEFEX
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; // 1 or 2 r2013+, DXF 90
BITCODE_T source_filename; /* DXF 1 */
BITCODE_B is_loaded; /* DXF 280 */
BITCODE_RLL numpoints; /*!< DXF 169 */
BITCODE_3BD extents_min; /*!< DXF 10 */
BITCODE_3BD extents_max; /*!< DXF 11 */
} Dwg_Object_POINTCLOUDDEFEX;
typedef struct _dwg_object_POINTCLOUDDEF_REACTOR
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; // 1
} Dwg_Object_POINTCLOUDDEF_REACTOR;
typedef struct _dwg_object_POINTCLOUDDEF_REACTOR_EX
{
struct _dwg_object_object *parent;
BITCODE_BL class_version; // 1
} Dwg_Object_POINTCLOUDDEF_REACTOR_EX;
typedef struct _dwg_ColorRamp
{
struct _dwg_POINTCLOUDCOLORMAP_Ramp *parent;
// FIXME either
BITCODE_T colorscheme; // DXF 1
/// or
BITCODE_BL unknown_bl; // DXF 91
BITCODE_B unknown_b; // DXF 290
} Dwg_ColorRamp;
typedef struct _dwg_POINTCLOUDCOLORMAP_Ramp
{
struct _dwg_object_POINTCLOUDCOLORMAP *parent;
BITCODE_BS class_version; // DXF 70: 1
BITCODE_BL num_ramps; // DXF 90
Dwg_ColorRamp *ramps;
} Dwg_POINTCLOUDCOLORMAP_Ramp;
typedef struct _dwg_object_POINTCLOUDCOLORMAP
{
struct _dwg_object_object *parent;
BITCODE_BS class_version;
BITCODE_T def_intensity_colorscheme; /*!< DXF 1 */
BITCODE_T def_elevation_colorscheme; /*!< DXF 1 */
BITCODE_T def_classification_colorscheme; /*!< DXF 1 */
BITCODE_BL num_colorramps;
Dwg_POINTCLOUDCOLORMAP_Ramp *colorramps;
BITCODE_BL num_classification_colorramps;
Dwg_POINTCLOUDCOLORMAP_Ramp *classification_colorramps;
} Dwg_Object_POINTCLOUDCOLORMAP;
// unhandled. some subclass
typedef struct _dwg_COMPOUNDOBJECTID
{
struct _dwg_object_object *parent;
BITCODE_B has_object;
BITCODE_T name;
BITCODE_H object;
} Dwg_COMPOUNDOBJECTID;
// ODA Arx
//typedef Dwg_Object_LAYERFILTER Dwg_Object_PARTIAL_VIEWING_FILTER;
typedef struct _dwg_PARTIAL_VIEWING_INDEX_Entry
{
struct _dwg_object_PARTIAL_VIEWING_INDEX *parent;
BITCODE_3BD extents_min;
BITCODE_3BD extents_max;
BITCODE_H object;
} Dwg_PARTIAL_VIEWING_INDEX_Entry;
typedef struct _dwg_object_PARTIAL_VIEWING_INDEX
{
struct _dwg_object_object *parent;
BITCODE_BL num_entries;
BITCODE_B has_entries;
Dwg_PARTIAL_VIEWING_INDEX_Entry *entries;
} Dwg_Object_PARTIAL_VIEWING_INDEX;
/**
-----------------------------------
*/
/**
Unknown Class entity, a blob
*/
typedef struct _dwg_entity_UNKNOWN_ENT
{
struct _dwg_object_entity *parent;
} Dwg_Entity_UNKNOWN_ENT;
/**
Unknown Class object, a blob
*/
typedef struct _dwg_object_UNKNOWN_OBJ
{
struct _dwg_object_object *parent;
} Dwg_Object_UNKNOWN_OBJ;
/**
REPEAT (none/5) entity
*/
typedef struct _dwg_entity_REPEAT
{
struct _dwg_object_entity *parent;
} Dwg_Entity_REPEAT;
/**
ENDREP (none/6) entity
*/
typedef struct _dwg_entity_ENDREP
{
struct _dwg_object_entity *parent;
BITCODE_RS numcols; // DXF 70
BITCODE_RS numrows; // DXF 71
BITCODE_RD colspacing; // DXF 40
BITCODE_RD rowspacing; // DXF 41
} Dwg_Entity_ENDREP;
/**
LOAD (none/10) entity
*/
typedef struct _dwg_entity_LOAD
{
struct _dwg_object_entity *parent;
BITCODE_TV file_name;
} Dwg_Entity_LOAD;
/**
JUMP (none/18) entity
*/
typedef struct _dwg_entity_JUMP
{
struct _dwg_object_entity *parent;
BITCODE_RL jump_address_raw;
BITCODE_RL jump_address;
Dwg_Entity_Sections jump_entity_section;
} Dwg_Entity_JUMP;
/**
3DLINE (none/21) entity
*/
typedef struct _dwg_entity_3DLINE
{
struct _dwg_object_entity *parent;
BITCODE_3RD start; // DXF 10|20|30
BITCODE_3RD end; // DXF 11|21|31
BITCODE_3RD extrusion; // DXF 210
BITCODE_RD thickness; // DXF 39
} Dwg_Entity__3DLINE;
/* OBJECTS - END ************************************************************/
/**
Extended entity data: dxf group - value pairs, similar to xdata
*/
#pragma pack(1)
typedef struct _dwg_entity_eed_data
{
BITCODE_RC code;
union eed_data_t {
struct { /* 0 (1000) string */
BITCODE_RS length; /* RC */
unsigned short codepage:15; /* RS_LE */
unsigned short is_tu:1;
#ifndef SWIG
// TODO broken gcc-15 optimization
char string[] /*__counted_by(length)*/; /* inlined */
#else
char string[0]; // swig limitation https://github.com/swig/swig/issues/1699
#endif
} eed_0;
struct { /* R2007+ 0 (1000) string */
BITCODE_RS length;
unsigned short _padding:15;
unsigned short is_tu:1;
#ifndef SWIG
DWGCHAR string[] /*__counted_by(length)*/; /* inlined */
#else
DWGCHAR string[0];
#endif
} eed_0_r2007;
struct { /* 1 (1001) handle, not in data */
BITCODE_RS appid_index;
#ifndef SWIG
char invalid[]; // set the eed[0].handle to the used APPID instead
#else
char invalid[0];
#endif
} eed_1;
struct { /* 2 (1002) "{" => 0 open, or "}" => 1 close */
BITCODE_RC close;
} eed_2;
struct { /* 3 (1003) layer (8-byte handle value) */
BITCODE_RLL layer;
} eed_3;
struct { /* 4 (1004) binary */
BITCODE_RC length;
unsigned char data[] __counted_by(length); // inlined
} eed_4;
struct { /* 5 (1005) entity */
BITCODE_RLL entity;
} eed_5;
struct { /* 10-13 point */
BITCODE_3RD point;
} eed_10;
struct { /* 40-42 real */
BITCODE_RD real;
} eed_40;
struct { /* 70 short int */
BITCODE_RS rs;
} eed_70;
struct { /* 71 long int */
BITCODE_RL rl;
} eed_71;
} u;
} Dwg_Eed_Data;
#pragma pack()
/**
Extended entity data
*/
typedef struct _dwg_entity_eed
{
BITCODE_BS size;
Dwg_Handle handle;
Dwg_Eed_Data *data;
BITCODE_TF raw; /* a binary copy of the data */
} Dwg_Eed;
enum {
EXTRA_R11_UNKNOWN_1 = 1,
EXTRA_R11_HAS_EED = 2,
EXTRA_R11_HAS_VIEWPORT = 4,
EXTRA_R11_UNKNOWN_8 = 8,
EXTRA_R11_UNKNOWN_16 = 16,
EXTRA_R11_UNKNOWN_32 = 32,
EXTRA_R11_UNKNOWN_64 = 64,
EXTRA_R11_UNKNOWN_128 = 128,
};
enum {
FLAG_R11_HAS_COLOR = 1,
FLAG_R11_HAS_LTYPE = 2,
FLAG_R11_HAS_ELEVATION = 4,
FLAG_R11_HAS_THICKNESS = 8,
FLAG_R11_HAS_UNKNOWN_16 = 16,
FLAG_R11_HAS_HANDLING = 32, // 0x20
FLAG_R11_HAS_PSPACE = 64, // 0x40
FLAG_R11_HAS_ATTRIBS = 128,
};
enum {
FLAG_R11_DIMENSION_LINEAR = 0, // ie rotated, horizontal or vertical
FLAG_R11_DIMENSION_ALIGNED = 1,
FLAG_R11_DIMENSION_ANG2LN = 2,
FLAG_R11_DIMENSION_DIAMETER = 3,
FLAG_R11_DIMENSION_RADIUS = 4,
FLAG_R11_DIMENSION_ANG3PT = 5,
FLAG_R11_DIMENSION_ORDINATE = 6,
FLAG_R11_DIMENSION_ORDINATE_TYPE = 64, // x-type if set, else y
FLAG_R11_DIMENSION_TEXT_POSITIONED = 128, // text not at default position
};
enum {
// 1
// 2
// 4
// 8
OPTS_R11_XREF_DEP = 16,
OPTS_R11_XREF_REF = 32,
OPTS_R11_XREF_RESOLVED = 64,
OPTS_R11_XDATA = 128, //?
};
enum {
OPTS_R11_3DFACE_HAS_Z_FIRST = 1,
OPTS_R11_3DFACE_HAS_Z_SECOND = 2,
OPTS_R11_3DFACE_HAS_Z_THIRD = 4,
OPTS_R11_3DFACE_HAS_Z_FOURTH = 8,
};
enum {
OPTS_R11_3DLINE_HAS_Z_FIRST = 1,
OPTS_R11_3DLINE_HAS_Z_SECOND = 2,
};
enum {
OPTS_R11_ARC_HAS_EXTRUSION = 1,
};
enum {
OPTS_R11_ATTDEF_UNKNOWN_1 = 1,
OPTS_R11_ATTDEF_HAS_ROTATION = 2,
OPTS_R11_ATTDEF_HAS_WIDTH_FACTOR = 4,
OPTS_R11_ATTDEF_HAS_OBLIQUE_ANGLE = 8,
OPTS_R11_ATTDEF_HAS_STYLE = 16,
OPTS_R11_ATTDEF_HAS_GENERATION = 32,
OPTS_R11_ATTDEF_HAS_HORIZ_ALIGNMENT = 64,
OPTS_R11_ATTDEF_HAS_ALIGNMENT_POINT = 128,
OPTS_R11_ATTDEF_HAS_EXTRUSION = 0x100,
OPTS_R11_ATTDEF_HAS_VERT_ALIGNMENT = 0x200,
};
enum {
OPTS_R11_ATTRIB_UNKNOWN_1 = 1,
OPTS_R11_ATTRIB_HAS_ROTATION = 2,
OPTS_R11_ATTRIB_HAS_WIDTH_FACTOR = 4,
OPTS_R11_ATTRIB_HAS_OBLIQUE_ANGLE = 8,
OPTS_R11_ATTRIB_HAS_STYLE = 16,
OPTS_R11_ATTRIB_HAS_GENERATION = 32,
OPTS_R11_ATTRIB_HAS_HORIZ_ALIGNMENT = 64,
OPTS_R11_ATTRIB_HAS_ALIGNMENT_POINT = 128,
OPTS_R11_ATTRIB_HAS_EXTRUSION = 0x100,
OPTS_R11_ATTRIB_HAS_VERT_ALIGNMENT = 0x200,
};
enum {
OPTS_R11_BLOCK_UNKNOWN_1 = 1,
OPTS_R11_BLOCK_HAS_XREF_PNAME = 2,
OPTS_R11_BLOCK_HAS_BLOCK_NAME = 4,
};
enum {
OPTS_R11_CIRCLE_HAS_EXTRUSION = 1,
};
enum {
OPTS_R11_DIMENSION_HAS_DXF12 = 1, // Baseline, continue: clone ins_pt
OPTS_R11_DIMENSION_HAS_FLAG = 2,
OPTS_R11_DIMENSION_HAS_TEXT = 4,
OPTS_R11_DIMENSION_HAS_DXF13 = 8, // Ordinate: leader_start_pt
OPTS_R11_DIMENSION_HAS_DXF14 = 16, // Ordinate: leader_end_pt
OPTS_R11_DIMENSION_HAS_DXF15 = 32,
OPTS_R11_DIMENSION_HAS_ANGLES = 64, // Angular: line arc
OPTS_R11_DIMENSION_HAS_DXF40 = 128, // leader_len
OPTS_R11_DIMENSION_HAS_ROTATION = 256,
OPTS_R11_DIMENSION_UNKNOWN_512 = 0x200,
OPTS_R11_DIMENSION_HAS_DXF53 = 0x400, // text rotation
OPTS_R11_DIMENSION_UNKNOWN_2048 = 0x800,
OPTS_R11_DIMENSION_UNKNOWN_4096 = 0x1000,
OPTS_R11_DIMENSION_UNKNOWN_8192 = 0x2000,
OPTS_R11_DIMENSION_HAS_EXTRUSION = 0x4000,
OPTS_R11_DIMENSION_HAS_DIMSTYLE = 0x8000
};
enum {
OPTS_R11_INSERT_HAS_SCALE_X = 1,
OPTS_R11_INSERT_HAS_SCALE_Y = 2,
OPTS_R11_INSERT_HAS_ROTATION = 4,
OPTS_R11_INSERT_HAS_SCALE_Z = 8,
OPTS_R11_INSERT_HAS_NUM_COLS = 16,
OPTS_R11_INSERT_HAS_NUM_ROWS = 32,
OPTS_R11_INSERT_HAS_COL_SPACING = 64,
OPTS_R11_INSERT_HAS_ROW_SPACING = 128,
OPTS_R11_INSERT_HAS_EXTRUSION = 256,
};
enum {
OPTS_R11_LINE_HAS_EXTRUSION = 1,
};
enum {
OPTS_R11_POINT_HAS_EXTRUSION = 1,
OPTS_R11_POINT_HAS_X_ANG = 2,
};
enum {
OPTS_R11_POLYLINE_HAS_FLAG = 1,
OPTS_R11_POLYLINE_HAS_START_WIDTH = 2,
OPTS_R11_POLYLINE_HAS_END_WIDTH = 4,
OPTS_R11_POLYLINE_HAS_EXTRUSION = 8,
OPTS_R11_POLYLINE_HAS_M_VERTS = 16,
OPTS_R11_POLYLINE_HAS_N_VERTS = 32,
OPTS_R11_POLYLINE_HAS_M_DENSITY = 64,
OPTS_R11_POLYLINE_HAS_N_DENSITY = 128,
OPTS_R11_POLYLINE_HAS_CURVETYPE = 256,
OPTS_R11_POLYLINE_IN_EXTRA = 0x8000,
};
enum {
OPTS_R11_SHAPE_HAS_ROTATION = 1,
OPTS_R11_SHAPE_HAS_LOAD_NUM = 2,
OPTS_R11_SHAPE_HAS_WIDTH_FACTOR = 4,
OPTS_R11_SHAPE_HAS_OBLIQUE_ANGLE = 8,
};
enum {
OPTS_R11_SOLID_HAS_EXTRUSION = 1,
};
enum {
OPTS_R11_TEXT_HAS_ROTATION = 1,
OPTS_R11_TEXT_HAS_WIDTH_FACTOR = 2,
OPTS_R11_TEXT_HAS_OBLIQUE_ANGLE = 4,
OPTS_R11_TEXT_HAS_STYLE = 8,
OPTS_R11_TEXT_HAS_GENERATION = 16,
OPTS_R11_TEXT_HAS_HORIZ_ALIGNMENT = 32,
OPTS_R11_TEXT_HAS_ALIGNMENT_POINT = 64,
OPTS_R11_TEXT_HAS_EXTRUSION = 128,
OPTS_R11_TEXT_ALIGNED_VERT_TO = 256,
};
enum {
OPTS_R11_VERTEX_HAS_START_WIDTH = 1,
OPTS_R11_VERTEX_HAS_END_WIDTH = 2,
OPTS_R11_VERTEX_HAS_BULGE = 4,
OPTS_R11_VERTEX_HAS_FLAG = 8,
OPTS_R11_VERTEX_HAS_TANGENT_DIR = 16,
OPTS_R11_VERTEX_HAS_INDEX1 = 0x20,
OPTS_R11_VERTEX_HAS_INDEX2 = 0x40,
OPTS_R11_VERTEX_HAS_INDEX3 = 0x80,
OPTS_R11_VERTEX_HAS_INDEX4 = 0x100,
OPTS_R11_VERTEX_UNKNOWN_512 = 0x200,
OPTS_R11_VERTEX_UNKNOWN_1024 = 0x400,
OPTS_R11_VERTEX_UNKNOWN_2048 = 0x800,
OPTS_R11_VERTEX_UNKNOWN_4096 = 0x1000,
OPTS_R11_VERTEX_UNKNOWN_8192 = 0x2000,
OPTS_R11_VERTEX_HAS_NOT_X_Y = 0x4000, // only seen with n-mesh
};
enum {
FLAG_TABLE_IS_XREF_REF = 16, // is externally dependent
FLAG_TABLE_IS_XREF_RESOLVED = 32,
FLAG_TABLE_IS_XREF_DEP = 64, // is referenced (used)
FLAG_TABLE_IS_REMOVED = 128,
};
enum {
FLAG_BLOCK_ANONYMOUS = 1,
FLAG_BLOCK_HAS_ATTRIBS = 2,
FLAG_BLOCK_IS_EXT_REF = 4,
FLAG_BLOCK_IS_XREF_OVERLAY = 8,
};
enum {
FLAG_ATTDEF_INVISIBLE = 1,
FLAG_ATTDEF_CONSTANT = 2,
FLAG_ATTDEF_VERIFY = 4,
FLAG_ATTDEF_PRESET = 8, // no prompt during insert
};
enum {
FLAG_ATTRIB_INVISIBLE = 1,
FLAG_ATTRIB_CONSTANT = 2,
FLAG_ATTRIB_VERIFY = 4,
FLAG_ATTRIB_PRESET = 8, // no prompt during insert
};
enum {
FLAG_POLYLINE_CLOSED = 1, // or polygon mesh closed in the M direction
FLAG_POLYLINE_CURVE_FIT = 2,
FLAG_POLYLINE_SPLINE_FIT = 4,
FLAG_POLYLINE_3D = 8,
FLAG_POLYLINE_MESH = 16,
FLAG_POLYLINE_MESH_CLOSED = 32, // closed in the N direction
FLAG_POLYLINE_PFACE_MESH = 64,
FLAG_POLYLINE_LT_PATTERN_CONTINUES = 128,
};
enum {
LTYPE_SHAPE_FLAG_ABS_ROTATION = 1,
LTYPE_SHAPE_FLAG_IS_TEXT = 2,
LTYPE_SHAPE_FLAG_IS_SHAPE = 4,
};
enum {
FLAG_LAYER_FROZEN = 1,
FLAG_LAYER_FROZEN_IN_NEW = 2,
FLAG_LAYER_LOCKED = 4,
FLAG_LAYER_PLOTFLAG = 8,
};
enum {
FLAG_STYLE_SHAPE = 1,
FLAG_STYLE_VERTICAL_TEXT = 4,
};
enum {
FLAG_VIEW_PSPACE = 1,
};
enum {
FLAG_VX_IS_ON = 1,
};
enum {
FLAG_LWPOLYLINE_HAS_EXTRUSION = 1,
FLAG_LWPOLYLINE_HAS_THICKNESS = 2,
FLAG_LWPOLYLINE_HAS_CONSTWIDTH = 4,
FLAG_LWPOLYLINE_HAS_ELEVATION = 8,
FLAG_LWPOLYLINE_HAS_NUM_BULGES = 16,
FLAG_LWPOLYLINE_HAS_NUM_WIDTHS = 32,
FLAG_LWPOLYLINE_UNKNOWN_64 = 64,
FLAG_LWPOLYLINE_UNKNOWN_128 = 128,
FLAG_LWPOLYLINE_PLINEGEN = 256,
FLAG_LWPOLYLINE_CLOSED = 512,
FLAG_LWPOLYLINE_VERTEXIDCOUNT = 1024,
};
enum {
FLAG_VERTEX_EXTRA_VERTEX = 1,
FLAG_VERTEX_CURVE_FIT = 2,
FLAG_VERTEX_UNUSED_4 = 4, // never set
FLAG_VERTEX_SPLINE_FIT = 8,
FLAG_VERTEX_SPLINE_FRAME_CONTROL_POINT = 16,
FLAG_VERTEX_3D = 32,
FLAG_VERTEX_MESH = 64,
FLAG_VERTEX_PFACE_MESH = 128,
};
enum {
TEXT_GENERATION_BACKWARDS = 2, // mirrored in X
TEXT_GENERATION_UPSIDE_DOWN = 4, // mirrored in Y
};
enum {
HORIZ_ALIGNMENT_LEFT = 0,
HORIZ_ALIGNMENT_CENTER = 1,
HORIZ_ALIGNMENT_RIGHT = 2,
HORIZ_ALIGNMENT_ALIGNED = 3,
HORIZ_ALIGNMENT_MIDDLE = 4,
HORIZ_ALIGNMENT_FIT = 5,
};
enum {
VERT_ALIGNMENT_BASELINE = 0,
VERT_ALIGNMENT_BOTTOM = 1,
VERT_ALIGNMENT_MIDDLE = 2,
VERT_ALIGNMENT_TOP = 3,
};
enum {
MLINE_JUSTIFICATION_TOP = 0,
MLINE_JUSTIFICATION_MIDDLE = 1,
MLINE_JUSTIFICATION_BOTTOM = 2,
};
enum {
POLYLINE_CURVETYPE_DEFAULT = 0,
// 1 with a POLYLINE_3D (undocumented)
POLYLINE_CURVETYPE_QUADR_BSPLINE = 5,
POLYLINE_CURVETYPE_CUBIC_BSPLINE = 6,
POLYLINE_CURVETYPE_BEZIER_SURFACE = 8,
};
enum {
LEADER_PATHTYPE_STRAIGHT = 0,
LEADER_PATHTYPE_SPLINE = 1,
};
enum {
LEADER_ANNOTTYPE_MTEXT = 0,
LEADER_ANNOTTYPE_TOLERANCE = 1,
LEADER_ANNOTTYPE_INSERT = 2,
LEADER_ANNOTTYPE_NO_ANNOT = 3, // default
};
enum {
MLINE_FLAGS_HAS_VERTEX = 1,
MLINE_FLAGS_CLOSED = 2,
MLINE_FLAGS_SUPPRESS_START_CAPS = 4,
MLINE_FLAGS_SUPPRESS_END_CAPS = 8,
};
enum {
MLINESTYLE_FLAG_FILL = 1,
MLINESTYLE_FLAG_MITERS = 2,
MLINESTYLE_FLAG_UNKNOWN_4 = 4,
MLINESTYLE_FLAG_UNKNOWN_8 = 8,
MLINESTYLE_FLAG_START_SQUARE_END = 16,
MLINESTYLE_FLAG_START_INNER_ARC = 32,
MLINESTYLE_FLAG_START_ROUND = 64,
MLINESTYLE_FLAG_UNKNOWN_128 = 128,
MLINESTYLE_FLAG_END_SQUARE = 256,
MLINESTYLE_FLAG_END_INNER_ARC = 512,
MLINESTYLE_FLAG_END_ROUND = 1024,
};
enum {
LIGHT_TYPE_DISTANT = 1,
LIGHT_TYPE_POINT = 2,
LIGHT_TYPE_SPOT = 3,
};
enum {
LIGHT_ATTENUATION_TYPE_NONE = 0,
LIGHT_ATTENUATION_TYPE_INV_LINEAR = 1,
LIGHT_ATTENUATION_TYPE_INV_SQUARE = 2,
};
enum {
LIGHT_EXTLIGHT_SHAPE_LINEAR = 0,
LIGHT_EXTLIGHT_SHAPE_RECT = 1,
LIGHT_EXTLIGHT_SHAPE_DISK = 2,
LIGHT_EXTLIGHT_SHAPE_CYLINDER = 3,
LIGHT_EXTLIGHT_SHAPE_SPHERE = 4,
};
enum {
_3DFACE_INVISIBLE_EDGE1 = 1,
_3DFACE_INVISIBLE_EDGE2 = 2,
_3DFACE_INVISIBLE_EDGE3 = 4,
_3DFACE_INVISIBLE_EDGE4 = 8,
};
/**
Common entity attributes
*/
typedef struct _dwg_object_entity
{
BITCODE_BL objid; /*!< link to the parent */
union
{
Dwg_Entity_UNUSED *UNUSED;
Dwg_DIMENSION_common *DIMENSION_common;
// clang-format off
/* Start auto-generated entity-union. Do not touch. */
// clang-format: off
Dwg_Entity__3DFACE *_3DFACE;
Dwg_Entity__3DLINE *_3DLINE;
Dwg_Entity__3DSOLID *_3DSOLID;
Dwg_Entity_ARC *ARC;
Dwg_Entity_ATTDEF *ATTDEF;
Dwg_Entity_ATTRIB *ATTRIB;
Dwg_Entity_BLOCK *BLOCK;
Dwg_Entity_BODY *BODY;
Dwg_Entity_CIRCLE *CIRCLE;
Dwg_Entity_DIMENSION_ALIGNED *DIMENSION_ALIGNED;
Dwg_Entity_DIMENSION_ANG2LN *DIMENSION_ANG2LN;
Dwg_Entity_DIMENSION_ANG3PT *DIMENSION_ANG3PT;
Dwg_Entity_DIMENSION_DIAMETER *DIMENSION_DIAMETER;
Dwg_Entity_DIMENSION_LINEAR *DIMENSION_LINEAR;
Dwg_Entity_DIMENSION_ORDINATE *DIMENSION_ORDINATE;
Dwg_Entity_DIMENSION_RADIUS *DIMENSION_RADIUS;
Dwg_Entity_ELLIPSE *ELLIPSE;
Dwg_Entity_ENDBLK *ENDBLK;
Dwg_Entity_INSERT *INSERT;
Dwg_Entity_LEADER *LEADER;
Dwg_Entity_LINE *LINE;
Dwg_Entity_LOAD *LOAD;
Dwg_Entity_MINSERT *MINSERT;
Dwg_Entity_MLINE *MLINE;
Dwg_Entity_MTEXT *MTEXT;
Dwg_Entity_OLEFRAME *OLEFRAME;
Dwg_Entity_POINT *POINT;
Dwg_Entity_POLYLINE_2D *POLYLINE_2D;
Dwg_Entity_POLYLINE_3D *POLYLINE_3D;
Dwg_Entity_POLYLINE_MESH *POLYLINE_MESH;
Dwg_Entity_POLYLINE_PFACE *POLYLINE_PFACE;
Dwg_Entity_PROXY_ENTITY *PROXY_ENTITY;
Dwg_Entity_RAY *RAY;
Dwg_Entity_REGION *REGION;
Dwg_Entity_SEQEND *SEQEND;
Dwg_Entity_SHAPE *SHAPE;
Dwg_Entity_SOLID *SOLID;
Dwg_Entity_SPLINE *SPLINE;
Dwg_Entity_TEXT *TEXT;
Dwg_Entity_TOLERANCE *TOLERANCE;
Dwg_Entity_TRACE *TRACE;
Dwg_Entity_UNKNOWN_ENT *UNKNOWN_ENT;
Dwg_Entity_VERTEX_2D *VERTEX_2D;
Dwg_Entity_VERTEX_3D *VERTEX_3D;
Dwg_Entity_VERTEX_MESH *VERTEX_MESH;
Dwg_Entity_VERTEX_PFACE *VERTEX_PFACE;
Dwg_Entity_VERTEX_PFACE_FACE *VERTEX_PFACE_FACE;
Dwg_Entity_VIEWPORT *VIEWPORT;
Dwg_Entity_XLINE *XLINE;
/* untyped > 500 */
Dwg_Entity_ARC_DIMENSION *ARC_DIMENSION;
Dwg_Entity_CAMERA *CAMERA;
Dwg_Entity_DGNUNDERLAY *DGNUNDERLAY;
Dwg_Entity_DWFUNDERLAY *DWFUNDERLAY;
Dwg_Entity_ENDREP *ENDREP;
Dwg_Entity_HATCH *HATCH;
Dwg_Entity_IMAGE *IMAGE;
Dwg_Entity_JUMP *JUMP;
Dwg_Entity_LIGHT *LIGHT;
Dwg_Entity_LWPOLYLINE *LWPOLYLINE;
Dwg_Entity_MESH *MESH;
Dwg_Entity_MULTILEADER *MULTILEADER;
Dwg_Entity_OLE2FRAME *OLE2FRAME;
Dwg_Entity_PDFUNDERLAY *PDFUNDERLAY;
Dwg_Entity_REPEAT *REPEAT;
Dwg_Entity_SECTIONOBJECT *SECTIONOBJECT;
Dwg_Entity_WIPEOUT *WIPEOUT;
/* unstable */
Dwg_Entity_HELIX *HELIX;
Dwg_Entity_LARGE_RADIAL_DIMENSION *LARGE_RADIAL_DIMENSION;
Dwg_Entity_LAYOUTPRINTCONFIG *LAYOUTPRINTCONFIG;
Dwg_Entity_PLANESURFACE *PLANESURFACE;
Dwg_Entity_POINTCLOUD *POINTCLOUD;
Dwg_Entity_POINTCLOUDEX *POINTCLOUDEX;
/* debugging */
Dwg_Entity_ALIGNMENTPARAMETERENTITY *ALIGNMENTPARAMETERENTITY;
Dwg_Entity_ARCALIGNEDTEXT *ARCALIGNEDTEXT;
Dwg_Entity_BASEPOINTPARAMETERENTITY *BASEPOINTPARAMETERENTITY;
Dwg_Entity_EXTRUDEDSURFACE *EXTRUDEDSURFACE;
Dwg_Entity_FLIPGRIPENTITY *FLIPGRIPENTITY;
Dwg_Entity_FLIPPARAMETERENTITY *FLIPPARAMETERENTITY;
Dwg_Entity_GEOPOSITIONMARKER *GEOPOSITIONMARKER;
Dwg_Entity_LINEARGRIPENTITY *LINEARGRIPENTITY;
Dwg_Entity_LINEARPARAMETERENTITY *LINEARPARAMETERENTITY;
Dwg_Entity_LOFTEDSURFACE *LOFTEDSURFACE;
Dwg_Entity_MPOLYGON *MPOLYGON;
Dwg_Entity_NAVISWORKSMODEL *NAVISWORKSMODEL;
Dwg_Entity_NURBSURFACE *NURBSURFACE;
Dwg_Entity_POINTPARAMETERENTITY *POINTPARAMETERENTITY;
Dwg_Entity_POLARGRIPENTITY *POLARGRIPENTITY;
Dwg_Entity_REVOLVEDSURFACE *REVOLVEDSURFACE;
Dwg_Entity_ROTATIONGRIPENTITY *ROTATIONGRIPENTITY;
Dwg_Entity_ROTATIONPARAMETERENTITY *ROTATIONPARAMETERENTITY;
Dwg_Entity_RTEXT *RTEXT;
Dwg_Entity_SWEPTSURFACE *SWEPTSURFACE;
Dwg_Entity_TABLE *TABLE;
Dwg_Entity_VISIBILITYGRIPENTITY *VISIBILITYGRIPENTITY;
Dwg_Entity_VISIBILITYPARAMETERENTITY *VISIBILITYPARAMETERENTITY;
Dwg_Entity_XYGRIPENTITY *XYGRIPENTITY;
Dwg_Entity_XYPARAMETERENTITY *XYPARAMETERENTITY;
// clang-format: on
/* End auto-generated entity-union */
// clang-format on
} tio;
struct _dwg_struct *dwg;
BITCODE_BL num_eed;
Dwg_Eed *eed; /* see also Dwg_Resbuf* xdata */
/* Common Entity Data */
BITCODE_B preview_exists;
BITCODE_B preview_is_proxy; /* calculated */
BITCODE_BLL preview_size; /*!< DXF 160 for bitmaps, DXF 92 for PROXY vector data.
e.g. INSERT, MULTILEADER */
BITCODE_TF preview; /*!< DXF 310 */
BITCODE_BB entmode; /*!< has no owner handle:
0 has no ownerhandle, 1 is PSPACE, 2 is MSPACE
3 has ownerhandle. */
BITCODE_BL num_reactors;
BITCODE_B is_xdic_missing; /*!< r2004+ */
BITCODE_B isbylayerlt; /*!< r13-r14 */
BITCODE_B nolinks; /*!< r13-r2000 */
BITCODE_B has_ds_data; /*!< r2013+ AcDs datastore */
BITCODE_CMC color;
BITCODE_BD ltype_scale;
BITCODE_BB ltype_flags; /*!< r2000+ */
BITCODE_BB plotstyle_flags; /*!< r2000+ */
BITCODE_BB material_flags; /*!< r2007+ */
BITCODE_RC shadow_flags; /*!< r2007+: 0 both, 1 casts, 2, receives,
3 has handle. DXF 284 */
BITCODE_B has_full_visualstyle; /*!< r2010+ */
BITCODE_B has_face_visualstyle; /*!< r2010+ */
BITCODE_B has_edge_visualstyle; /*!< r2010+ */
BITCODE_BS invisible;
BITCODE_RC linewt; /*!< r2000+, see dxf_cvt_lweight() */
/* preR13 entity fields. TODO a union with above */
BITCODE_RC flag_r11;
BITCODE_RS opts_r11;
BITCODE_RS extra_r11;
BITCODE_RCd color_r11;
BITCODE_RD elevation_r11; // TODO: move to the entities
BITCODE_RD thickness_r11; // TODO: move to the entities
BITCODE_H viewport; // if in paperspace
/* preR13 in the obj: eed, elevation/pt.z, thickness, paper */
/* Common Entity Handle Data */
BITCODE_BL __iterator;
BITCODE_H ownerhandle; /*!< code 5, DXF 330 mspace, pspace or owner of subentity */
BITCODE_H* reactors; /*!< r13+ code 4, DXF 102 {ACAD_XDICTIONARY, 330 */
BITCODE_H xdicobjhandle; /*!< r13+ code 3, DXF 102 {ACAD_REACTORS, 360 */
BITCODE_H prev_entity; /*!< r13-r2000 code 4 */
BITCODE_H next_entity; /*!< r13-r2000 code 4 */
BITCODE_H layer; /*!< code 5, DXF 8 */
BITCODE_H ltype; /*!< code 5, DXF 6 */
BITCODE_H material; /*!< r2007+ code 5, DXF 347 */
BITCODE_H shadow; /*!< r2007+ code 5 no DXF */
BITCODE_H plotstyle; /*!< r2000+ code 5, DXF 390 */
BITCODE_H full_visualstyle; /*!< r2010+ code 5, DXF 348 */
BITCODE_H face_visualstyle;
BITCODE_H edge_visualstyle;
} Dwg_Object_Entity;
/**
Ordinary object attributes
*/
typedef struct _dwg_object_object
{
BITCODE_BL objid; /*!< link to the parent */
union
{
// clang-format off
/* Start auto-generated object-union. Do not touch. */
// clang-format: off
Dwg_Object_APPID *APPID;
Dwg_Object_APPID_CONTROL *APPID_CONTROL;
Dwg_Object_BLOCK_CONTROL *BLOCK_CONTROL;
Dwg_Object_BLOCK_HEADER *BLOCK_HEADER;
Dwg_Object_DICTIONARY *DICTIONARY;
Dwg_Object_DIMSTYLE *DIMSTYLE;
Dwg_Object_DIMSTYLE_CONTROL *DIMSTYLE_CONTROL;
Dwg_Object_DUMMY *DUMMY;
Dwg_Object_LAYER *LAYER;
Dwg_Object_LAYER_CONTROL *LAYER_CONTROL;
Dwg_Object_LONG_TRANSACTION *LONG_TRANSACTION;
Dwg_Object_LTYPE *LTYPE;
Dwg_Object_LTYPE_CONTROL *LTYPE_CONTROL;
Dwg_Object_MLINESTYLE *MLINESTYLE;
Dwg_Object_STYLE *STYLE;
Dwg_Object_STYLE_CONTROL *STYLE_CONTROL;
Dwg_Object_UCS *UCS;
Dwg_Object_UCS_CONTROL *UCS_CONTROL;
Dwg_Object_UNKNOWN_OBJ *UNKNOWN_OBJ;
Dwg_Object_VIEW *VIEW;
Dwg_Object_VIEW_CONTROL *VIEW_CONTROL;
Dwg_Object_VPORT *VPORT;
Dwg_Object_VPORT_CONTROL *VPORT_CONTROL;
Dwg_Object_VX_CONTROL *VX_CONTROL;
Dwg_Object_VX_TABLE_RECORD *VX_TABLE_RECORD;
/* untyped > 500 */
Dwg_Object_ACSH_BOOLEAN_CLASS *ACSH_BOOLEAN_CLASS;
Dwg_Object_ACSH_BOX_CLASS *ACSH_BOX_CLASS;
Dwg_Object_ACSH_CONE_CLASS *ACSH_CONE_CLASS;
Dwg_Object_ACSH_CYLINDER_CLASS *ACSH_CYLINDER_CLASS;
Dwg_Object_ACSH_FILLET_CLASS *ACSH_FILLET_CLASS;
Dwg_Object_ACSH_HISTORY_CLASS *ACSH_HISTORY_CLASS;
Dwg_Object_ACSH_SPHERE_CLASS *ACSH_SPHERE_CLASS;
Dwg_Object_ACSH_TORUS_CLASS *ACSH_TORUS_CLASS;
Dwg_Object_ACSH_WEDGE_CLASS *ACSH_WEDGE_CLASS;
Dwg_Object_ASSOCGEOMDEPENDENCY *ASSOCGEOMDEPENDENCY;
Dwg_Object_ASSOCNETWORK *ASSOCNETWORK;
Dwg_Object_BLOCKALIGNMENTGRIP *BLOCKALIGNMENTGRIP;
Dwg_Object_BLOCKALIGNMENTPARAMETER *BLOCKALIGNMENTPARAMETER;
Dwg_Object_BLOCKBASEPOINTPARAMETER *BLOCKBASEPOINTPARAMETER;
Dwg_Object_BLOCKFLIPACTION *BLOCKFLIPACTION;
Dwg_Object_BLOCKFLIPGRIP *BLOCKFLIPGRIP;
Dwg_Object_BLOCKFLIPPARAMETER *BLOCKFLIPPARAMETER;
Dwg_Object_BLOCKGRIPLOCATIONCOMPONENT *BLOCKGRIPLOCATIONCOMPONENT;
Dwg_Object_BLOCKLINEARGRIP *BLOCKLINEARGRIP;
Dwg_Object_BLOCKLOOKUPGRIP *BLOCKLOOKUPGRIP;
Dwg_Object_BLOCKMOVEACTION *BLOCKMOVEACTION;
Dwg_Object_BLOCKROTATEACTION *BLOCKROTATEACTION;
Dwg_Object_BLOCKROTATIONGRIP *BLOCKROTATIONGRIP;
Dwg_Object_BLOCKSCALEACTION *BLOCKSCALEACTION;
Dwg_Object_BLOCKVISIBILITYGRIP *BLOCKVISIBILITYGRIP;
Dwg_Object_CELLSTYLEMAP *CELLSTYLEMAP;
Dwg_Object_DETAILVIEWSTYLE *DETAILVIEWSTYLE;
Dwg_Object_DICTIONARYVAR *DICTIONARYVAR;
Dwg_Object_DICTIONARYWDFLT *DICTIONARYWDFLT;
Dwg_Object_DYNAMICBLOCKPURGEPREVENTER *DYNAMICBLOCKPURGEPREVENTER;
Dwg_Object_FIELD *FIELD;
Dwg_Object_FIELDLIST *FIELDLIST;
Dwg_Object_GEODATA *GEODATA;
Dwg_Object_GROUP *GROUP;
Dwg_Object_IDBUFFER *IDBUFFER;
Dwg_Object_IMAGEDEF *IMAGEDEF;
Dwg_Object_IMAGEDEF_REACTOR *IMAGEDEF_REACTOR;
Dwg_Object_INDEX *INDEX;
Dwg_Object_LAYERFILTER *LAYERFILTER;
Dwg_Object_LAYER_INDEX *LAYER_INDEX;
Dwg_Object_LAYOUT *LAYOUT;
Dwg_Object_MLEADERSTYLE *MLEADERSTYLE;
Dwg_Object_PLACEHOLDER *PLACEHOLDER;
Dwg_Object_PLOTSETTINGS *PLOTSETTINGS;
Dwg_Object_RASTERVARIABLES *RASTERVARIABLES;
Dwg_Object_RENDERENVIRONMENT *RENDERENVIRONMENT;
Dwg_Object_SCALE *SCALE;
Dwg_Object_SECTIONVIEWSTYLE *SECTIONVIEWSTYLE;
Dwg_Object_SECTION_MANAGER *SECTION_MANAGER;
Dwg_Object_SORTENTSTABLE *SORTENTSTABLE;
Dwg_Object_SPATIAL_FILTER *SPATIAL_FILTER;
Dwg_Object_SUN *SUN;
Dwg_Object_TABLEGEOMETRY *TABLEGEOMETRY;
Dwg_Object_VBA_PROJECT *VBA_PROJECT;
Dwg_Object_VISUALSTYLE *VISUALSTYLE;
Dwg_Object_WIPEOUTVARIABLES *WIPEOUTVARIABLES;
Dwg_Object_XRECORD *XRECORD;
Dwg_Object_PDFDEFINITION *PDFDEFINITION;
Dwg_Object_DGNDEFINITION *DGNDEFINITION;
Dwg_Object_DWFDEFINITION *DWFDEFINITION;
/* unstable */
Dwg_Object_ACSH_BREP_CLASS *ACSH_BREP_CLASS;
Dwg_Object_ACSH_CHAMFER_CLASS *ACSH_CHAMFER_CLASS;
Dwg_Object_ACSH_PYRAMID_CLASS *ACSH_PYRAMID_CLASS;
Dwg_Object_ALDIMOBJECTCONTEXTDATA *ALDIMOBJECTCONTEXTDATA;
Dwg_Object_ASSOC2DCONSTRAINTGROUP *ASSOC2DCONSTRAINTGROUP;
Dwg_Object_ASSOCACTION *ASSOCACTION;
Dwg_Object_ASSOCACTIONPARAM *ASSOCACTIONPARAM;
Dwg_Object_ASSOCARRAYACTIONBODY *ASSOCARRAYACTIONBODY;
Dwg_Object_ASSOCASMBODYACTIONPARAM *ASSOCASMBODYACTIONPARAM;
Dwg_Object_ASSOCBLENDSURFACEACTIONBODY *ASSOCBLENDSURFACEACTIONBODY;
Dwg_Object_ASSOCCOMPOUNDACTIONPARAM *ASSOCCOMPOUNDACTIONPARAM;
Dwg_Object_ASSOCDEPENDENCY *ASSOCDEPENDENCY;
Dwg_Object_ASSOCDIMDEPENDENCYBODY *ASSOCDIMDEPENDENCYBODY;
Dwg_Object_ASSOCEXTENDSURFACEACTIONBODY *ASSOCEXTENDSURFACEACTIONBODY;
Dwg_Object_ASSOCEXTRUDEDSURFACEACTIONBODY *ASSOCEXTRUDEDSURFACEACTIONBODY;
Dwg_Object_ASSOCFACEACTIONPARAM *ASSOCFACEACTIONPARAM;
Dwg_Object_ASSOCFILLETSURFACEACTIONBODY *ASSOCFILLETSURFACEACTIONBODY;
Dwg_Object_ASSOCLOFTEDSURFACEACTIONBODY *ASSOCLOFTEDSURFACEACTIONBODY;
Dwg_Object_ASSOCNETWORKSURFACEACTIONBODY *ASSOCNETWORKSURFACEACTIONBODY;
Dwg_Object_ASSOCOBJECTACTIONPARAM *ASSOCOBJECTACTIONPARAM;
Dwg_Object_ASSOCOFFSETSURFACEACTIONBODY *ASSOCOFFSETSURFACEACTIONBODY;
Dwg_Object_ASSOCOSNAPPOINTREFACTIONPARAM *ASSOCOSNAPPOINTREFACTIONPARAM;
Dwg_Object_ASSOCPATCHSURFACEACTIONBODY *ASSOCPATCHSURFACEACTIONBODY;
Dwg_Object_ASSOCPATHACTIONPARAM *ASSOCPATHACTIONPARAM;
Dwg_Object_ASSOCPLANESURFACEACTIONBODY *ASSOCPLANESURFACEACTIONBODY;
Dwg_Object_ASSOCPOINTREFACTIONPARAM *ASSOCPOINTREFACTIONPARAM;
Dwg_Object_ASSOCREVOLVEDSURFACEACTIONBODY *ASSOCREVOLVEDSURFACEACTIONBODY;
Dwg_Object_ASSOCTRIMSURFACEACTIONBODY *ASSOCTRIMSURFACEACTIONBODY;
Dwg_Object_ASSOCVALUEDEPENDENCY *ASSOCVALUEDEPENDENCY;
Dwg_Object_ASSOCVARIABLE *ASSOCVARIABLE;
Dwg_Object_ASSOCVERTEXACTIONPARAM *ASSOCVERTEXACTIONPARAM;
Dwg_Object_BLKREFOBJECTCONTEXTDATA *BLKREFOBJECTCONTEXTDATA;
Dwg_Object_BLOCKALIGNEDCONSTRAINTPARAMETER *BLOCKALIGNEDCONSTRAINTPARAMETER;
Dwg_Object_BLOCKANGULARCONSTRAINTPARAMETER *BLOCKANGULARCONSTRAINTPARAMETER;
Dwg_Object_BLOCKARRAYACTION *BLOCKARRAYACTION;
Dwg_Object_BLOCKDIAMETRICCONSTRAINTPARAMETER *BLOCKDIAMETRICCONSTRAINTPARAMETER;
Dwg_Object_BLOCKHORIZONTALCONSTRAINTPARAMETER *BLOCKHORIZONTALCONSTRAINTPARAMETER;
Dwg_Object_BLOCKLINEARCONSTRAINTPARAMETER *BLOCKLINEARCONSTRAINTPARAMETER;
Dwg_Object_BLOCKLINEARPARAMETER *BLOCKLINEARPARAMETER;
Dwg_Object_BLOCKLOOKUPACTION *BLOCKLOOKUPACTION;
Dwg_Object_BLOCKLOOKUPPARAMETER *BLOCKLOOKUPPARAMETER;
Dwg_Object_BLOCKPARAMDEPENDENCYBODY *BLOCKPARAMDEPENDENCYBODY;
Dwg_Object_BLOCKPOINTPARAMETER *BLOCKPOINTPARAMETER;
Dwg_Object_BLOCKPOLARGRIP *BLOCKPOLARGRIP;
Dwg_Object_BLOCKPOLARPARAMETER *BLOCKPOLARPARAMETER;
Dwg_Object_BLOCKPOLARSTRETCHACTION *BLOCKPOLARSTRETCHACTION;
Dwg_Object_BLOCKRADIALCONSTRAINTPARAMETER *BLOCKRADIALCONSTRAINTPARAMETER;
Dwg_Object_BLOCKREPRESENTATION *BLOCKREPRESENTATION;
Dwg_Object_BLOCKROTATIONPARAMETER *BLOCKROTATIONPARAMETER;
Dwg_Object_BLOCKSTRETCHACTION *BLOCKSTRETCHACTION;
Dwg_Object_BLOCKUSERPARAMETER *BLOCKUSERPARAMETER;
Dwg_Object_BLOCKVERTICALCONSTRAINTPARAMETER *BLOCKVERTICALCONSTRAINTPARAMETER;
Dwg_Object_BLOCKVISIBILITYPARAMETER *BLOCKVISIBILITYPARAMETER;
Dwg_Object_BLOCKXYGRIP *BLOCKXYGRIP;
Dwg_Object_BLOCKXYPARAMETER *BLOCKXYPARAMETER;
Dwg_Object_DATALINK *DATALINK;
Dwg_Object_DBCOLOR *DBCOLOR;
Dwg_Object_DIMASSOC *DIMASSOC;
Dwg_Object_EVALUATION_GRAPH *EVALUATION_GRAPH;
Dwg_Object_FCFOBJECTCONTEXTDATA *FCFOBJECTCONTEXTDATA;
Dwg_Object_GRADIENT_BACKGROUND *GRADIENT_BACKGROUND;
Dwg_Object_GROUND_PLANE_BACKGROUND *GROUND_PLANE_BACKGROUND;
Dwg_Object_IBL_BACKGROUND *IBL_BACKGROUND;
Dwg_Object_IMAGE_BACKGROUND *IMAGE_BACKGROUND;
Dwg_Object_LEADEROBJECTCONTEXTDATA *LEADEROBJECTCONTEXTDATA;
Dwg_Object_LIGHTLIST *LIGHTLIST;
Dwg_Object_MATERIAL *MATERIAL;
Dwg_Object_MENTALRAYRENDERSETTINGS *MENTALRAYRENDERSETTINGS;
Dwg_Object_MTEXTOBJECTCONTEXTDATA *MTEXTOBJECTCONTEXTDATA;
Dwg_Object_OBJECT_PTR *OBJECT_PTR;
Dwg_Object_PARTIAL_VIEWING_INDEX *PARTIAL_VIEWING_INDEX;
Dwg_Object_POINTCLOUDCOLORMAP *POINTCLOUDCOLORMAP;
Dwg_Object_POINTCLOUDDEF *POINTCLOUDDEF;
Dwg_Object_POINTCLOUDDEFEX *POINTCLOUDDEFEX;
Dwg_Object_POINTCLOUDDEF_REACTOR *POINTCLOUDDEF_REACTOR;
Dwg_Object_POINTCLOUDDEF_REACTOR_EX *POINTCLOUDDEF_REACTOR_EX;
Dwg_Object_PROXY_OBJECT *PROXY_OBJECT;
Dwg_Object_RAPIDRTRENDERSETTINGS *RAPIDRTRENDERSETTINGS;
Dwg_Object_RENDERENTRY *RENDERENTRY;
Dwg_Object_RENDERGLOBAL *RENDERGLOBAL;
Dwg_Object_RENDERSETTINGS *RENDERSETTINGS;
Dwg_Object_SECTION_SETTINGS *SECTION_SETTINGS;
Dwg_Object_SKYLIGHT_BACKGROUND *SKYLIGHT_BACKGROUND;
Dwg_Object_SOLID_BACKGROUND *SOLID_BACKGROUND;
Dwg_Object_SPATIAL_INDEX *SPATIAL_INDEX;
Dwg_Object_TABLESTYLE *TABLESTYLE;
Dwg_Object_TEXTOBJECTCONTEXTDATA *TEXTOBJECTCONTEXTDATA;
Dwg_Object_ASSOCARRAYMODIFYPARAMETERS *ASSOCARRAYMODIFYPARAMETERS;
Dwg_Object_ASSOCARRAYPATHPARAMETERS *ASSOCARRAYPATHPARAMETERS;
Dwg_Object_ASSOCARRAYPOLARPARAMETERS *ASSOCARRAYPOLARPARAMETERS;
Dwg_Object_ASSOCARRAYRECTANGULARPARAMETERS *ASSOCARRAYRECTANGULARPARAMETERS;
/* debugging */
Dwg_Object_ACMECOMMANDHISTORY *ACMECOMMANDHISTORY;
Dwg_Object_ACMESCOPE *ACMESCOPE;
Dwg_Object_ACMESTATEMGR *ACMESTATEMGR;
Dwg_Object_ACSH_EXTRUSION_CLASS *ACSH_EXTRUSION_CLASS;
Dwg_Object_ACSH_LOFT_CLASS *ACSH_LOFT_CLASS;
Dwg_Object_ACSH_REVOLVE_CLASS *ACSH_REVOLVE_CLASS;
Dwg_Object_ACSH_SWEEP_CLASS *ACSH_SWEEP_CLASS;
Dwg_Object_ANGDIMOBJECTCONTEXTDATA *ANGDIMOBJECTCONTEXTDATA;
Dwg_Object_ANNOTSCALEOBJECTCONTEXTDATA *ANNOTSCALEOBJECTCONTEXTDATA;
Dwg_Object_ASSOC3POINTANGULARDIMACTIONBODY *ASSOC3POINTANGULARDIMACTIONBODY;
Dwg_Object_ASSOCALIGNEDDIMACTIONBODY *ASSOCALIGNEDDIMACTIONBODY;
Dwg_Object_ASSOCARRAYMODIFYACTIONBODY *ASSOCARRAYMODIFYACTIONBODY;
Dwg_Object_ASSOCEDGEACTIONPARAM *ASSOCEDGEACTIONPARAM;
Dwg_Object_ASSOCEDGECHAMFERACTIONBODY *ASSOCEDGECHAMFERACTIONBODY;
Dwg_Object_ASSOCEDGEFILLETACTIONBODY *ASSOCEDGEFILLETACTIONBODY;
Dwg_Object_ASSOCMLEADERACTIONBODY *ASSOCMLEADERACTIONBODY;
Dwg_Object_ASSOCORDINATEDIMACTIONBODY *ASSOCORDINATEDIMACTIONBODY;
Dwg_Object_ASSOCPERSSUBENTMANAGER *ASSOCPERSSUBENTMANAGER;
Dwg_Object_ASSOCRESTOREENTITYSTATEACTIONBODY *ASSOCRESTOREENTITYSTATEACTIONBODY;
Dwg_Object_ASSOCROTATEDDIMACTIONBODY *ASSOCROTATEDDIMACTIONBODY;
Dwg_Object_ASSOCSWEPTSURFACEACTIONBODY *ASSOCSWEPTSURFACEACTIONBODY;
Dwg_Object_BLOCKPROPERTIESTABLE *BLOCKPROPERTIESTABLE;
Dwg_Object_BLOCKPROPERTIESTABLEGRIP *BLOCKPROPERTIESTABLEGRIP;
Dwg_Object_BREAKDATA *BREAKDATA;
Dwg_Object_BREAKPOINTREF *BREAKPOINTREF;
Dwg_Object_CONTEXTDATAMANAGER *CONTEXTDATAMANAGER;
Dwg_Object_CSACDOCUMENTOPTIONS *CSACDOCUMENTOPTIONS;
Dwg_Object_CURVEPATH *CURVEPATH;
Dwg_Object_DATATABLE *DATATABLE;
Dwg_Object_DMDIMOBJECTCONTEXTDATA *DMDIMOBJECTCONTEXTDATA;
Dwg_Object_DYNAMICBLOCKPROXYNODE *DYNAMICBLOCKPROXYNODE;
Dwg_Object_GEOMAPIMAGE *GEOMAPIMAGE;
Dwg_Object_MLEADEROBJECTCONTEXTDATA *MLEADEROBJECTCONTEXTDATA;
Dwg_Object_MOTIONPATH *MOTIONPATH;
Dwg_Object_MTEXTATTRIBUTEOBJECTCONTEXTDATA *MTEXTATTRIBUTEOBJECTCONTEXTDATA;
Dwg_Object_NAVISWORKSMODELDEF *NAVISWORKSMODELDEF;
Dwg_Object_ORDDIMOBJECTCONTEXTDATA *ORDDIMOBJECTCONTEXTDATA;
Dwg_Object_PERSUBENTMGR *PERSUBENTMGR;
Dwg_Object_POINTPATH *POINTPATH;
Dwg_Object_RADIMLGOBJECTCONTEXTDATA *RADIMLGOBJECTCONTEXTDATA;
Dwg_Object_RADIMOBJECTCONTEXTDATA *RADIMOBJECTCONTEXTDATA;
Dwg_Object_SUNSTUDY *SUNSTUDY;
Dwg_Object_TABLECONTENT *TABLECONTENT;
Dwg_Object_TVDEVICEPROPERTIES *TVDEVICEPROPERTIES;
// Dwg_Object_ABSHDRAWINGSETTINGS *ABSHDRAWINGSETTINGS;
// Dwg_Object_ACAECUSTOBJ *ACAECUSTOBJ;
// Dwg_Object_ACAEEEMGROBJ *ACAEEEMGROBJ;
// Dwg_Object_ACAMCOMP *ACAMCOMP;
// Dwg_Object_ACAMCOMPDEF *ACAMCOMPDEF;
// Dwg_Object_ACAMCOMPDEFMGR *ACAMCOMPDEFMGR;
// Dwg_Object_ACAMCONTEXTMODELER *ACAMCONTEXTMODELER;
// Dwg_Object_ACAMGDIMSTD *ACAMGDIMSTD;
// Dwg_Object_ACAMGFILTERDAT *ACAMGFILTERDAT;
// Dwg_Object_ACAMGHOLECHARTSTDCSN *ACAMGHOLECHARTSTDCSN;
// Dwg_Object_ACAMGHOLECHARTSTDDIN *ACAMGHOLECHARTSTDDIN;
// Dwg_Object_ACAMGHOLECHARTSTDISO *ACAMGHOLECHARTSTDISO;
// Dwg_Object_ACAMGLAYSTD *ACAMGLAYSTD;
// Dwg_Object_ACAMGRCOMPDEF *ACAMGRCOMPDEF;
// Dwg_Object_ACAMGRCOMPDEFSET *ACAMGRCOMPDEFSET;
// Dwg_Object_ACAMGTITLESTD *ACAMGTITLESTD;
// Dwg_Object_ACAMMVDBACKUPOBJECT *ACAMMVDBACKUPOBJECT;
// Dwg_Object_ACAMPROJECT *ACAMPROJECT;
// Dwg_Object_ACAMSHAFTCOMPDEF *ACAMSHAFTCOMPDEF;
// Dwg_Object_ACAMSTDPCOMPDEF *ACAMSTDPCOMPDEF;
// Dwg_Object_ACAMWBLOCKTEMPENTS *ACAMWBLOCKTEMPENTS;
// Dwg_Object_ACARRAYJIGENTITY *ACARRAYJIGENTITY;
// Dwg_Object_ACCMCONTEXT *ACCMCONTEXT;
// Dwg_Object_ACDBCIRCARCRES *ACDBCIRCARCRES;
// Dwg_Object_ACDBDIMENSIONRES *ACDBDIMENSIONRES;
// Dwg_Object_ACDBENTITYCACHE *ACDBENTITYCACHE;
// Dwg_Object_ACDBLINERES *ACDBLINERES;
// Dwg_Object_ACDBSTDPARTRES_ARC *ACDBSTDPARTRES_ARC;
// Dwg_Object_ACDBSTDPARTRES_LINE *ACDBSTDPARTRES_LINE;
// Dwg_Object_ACDB_HATCHSCALECONTEXTDATA_CLASS *ACDB_HATCHSCALECONTEXTDATA_CLASS;
// Dwg_Object_ACDB_HATCHVIEWCONTEXTDATA_CLASS *ACDB_HATCHVIEWCONTEXTDATA_CLASS;
// Dwg_Object_ACDB_PROXY_ENTITY_DATA *ACDB_PROXY_ENTITY_DATA;
// Dwg_Object_ACDSRECORD *ACDSRECORD;
// Dwg_Object_ACDSSCHEMA *ACDSSCHEMA;
// Dwg_Object_ACGREFACADMASTER *ACGREFACADMASTER;
// Dwg_Object_ACGREFMASTER *ACGREFMASTER;
// Dwg_Object_ACIMINTSYSVAR *ACIMINTSYSVAR;
// Dwg_Object_ACIMREALSYSVAR *ACIMREALSYSVAR;
// Dwg_Object_ACIMSTRSYSVAR *ACIMSTRSYSVAR;
// Dwg_Object_ACIMSYSVARMAN *ACIMSYSVARMAN;
// Dwg_Object_ACMANOOTATIONVIEWSTANDARDANSI *ACMANOOTATIONVIEWSTANDARDANSI;
// Dwg_Object_ACMANOOTATIONVIEWSTANDARDCSN *ACMANOOTATIONVIEWSTANDARDCSN;
// Dwg_Object_ACMANOOTATIONVIEWSTANDARDDIN *ACMANOOTATIONVIEWSTANDARDDIN;
// Dwg_Object_ACMANOOTATIONVIEWSTANDARDISO *ACMANOOTATIONVIEWSTANDARDISO;
// Dwg_Object_ACMAPLEGENDDBOBJECT *ACMAPLEGENDDBOBJECT;
// Dwg_Object_ACMAPLEGENDITEMDBOBJECT *ACMAPLEGENDITEMDBOBJECT;
// Dwg_Object_ACMAPMAPVIEWPORTDBOBJECT *ACMAPMAPVIEWPORTDBOBJECT;
// Dwg_Object_ACMAPPRINTLAYOUTELEMENTDBOBJECTCONTAINER *ACMAPPRINTLAYOUTELEMENTDBOBJECTCONTAINER;
// Dwg_Object_ACMBALLOON *ACMBALLOON;
// Dwg_Object_ACMBOM *ACMBOM;
// Dwg_Object_ACMBOMROW *ACMBOMROW;
// Dwg_Object_ACMBOMROWSTRUCT *ACMBOMROWSTRUCT;
// Dwg_Object_ACMBOMSTANDARDANSI *ACMBOMSTANDARDANSI;
// Dwg_Object_ACMBOMSTANDARDCSN *ACMBOMSTANDARDCSN;
// Dwg_Object_ACMBOMSTANDARDDIN *ACMBOMSTANDARDDIN;
// Dwg_Object_ACMBOMSTANDARDISO *ACMBOMSTANDARDISO;
// Dwg_Object_ACMCENTERLINESTANDARDANSI *ACMCENTERLINESTANDARDANSI;
// Dwg_Object_ACMCENTERLINESTANDARDCSN *ACMCENTERLINESTANDARDCSN;
// Dwg_Object_ACMCENTERLINESTANDARDDIN *ACMCENTERLINESTANDARDDIN;
// Dwg_Object_ACMCENTERLINESTANDARDISO *ACMCENTERLINESTANDARDISO;
// Dwg_Object_ACMDATADICTIONARY *ACMDATADICTIONARY;
// Dwg_Object_ACMDATAENTRY *ACMDATAENTRY;
// Dwg_Object_ACMDATAENTRYBLOCK *ACMDATAENTRYBLOCK;
// Dwg_Object_ACMDATUMID *ACMDATUMID;
// Dwg_Object_ACMDATUMSTANDARDANSI *ACMDATUMSTANDARDANSI;
// Dwg_Object_ACMDATUMSTANDARDCSN *ACMDATUMSTANDARDCSN;
// Dwg_Object_ACMDATUMSTANDARDDIN *ACMDATUMSTANDARDDIN;
// Dwg_Object_ACMDATUMSTANDARDISO *ACMDATUMSTANDARDISO;
// Dwg_Object_ACMDATUMSTANDARDISO2012 *ACMDATUMSTANDARDISO2012;
// Dwg_Object_ACMDETAILSTANDARDANSI *ACMDETAILSTANDARDANSI;
// Dwg_Object_ACMDETAILSTANDARDCSN *ACMDETAILSTANDARDCSN;
// Dwg_Object_ACMDETAILSTANDARDDIN *ACMDETAILSTANDARDDIN;
// Dwg_Object_ACMDETAILSTANDARDISO *ACMDETAILSTANDARDISO;
// Dwg_Object_ACMDETAILTANDARDCUSTOM *ACMDETAILTANDARDCUSTOM;
// Dwg_Object_ACMDIMBREAKPERSREACTOR *ACMDIMBREAKPERSREACTOR;
// Dwg_Object_ACMEDRAWINGMAN *ACMEDRAWINGMAN;
// Dwg_Object_ACMEVIEW *ACMEVIEW;
// Dwg_Object_ACME_DATABASE *ACME_DATABASE;
// Dwg_Object_ACME_DOCUMENT *ACME_DOCUMENT;
// Dwg_Object_ACMFCFRAME *ACMFCFRAME;
// Dwg_Object_ACMFCFSTANDARDANSI *ACMFCFSTANDARDANSI;
// Dwg_Object_ACMFCFSTANDARDCSN *ACMFCFSTANDARDCSN;
// Dwg_Object_ACMFCFSTANDARDDIN *ACMFCFSTANDARDDIN;
// Dwg_Object_ACMFCFSTANDARDISO *ACMFCFSTANDARDISO;
// Dwg_Object_ACMFCFSTANDARDISO2004 *ACMFCFSTANDARDISO2004;
// Dwg_Object_ACMFCFSTANDARDISO2012 *ACMFCFSTANDARDISO2012;
// Dwg_Object_ACMIDSTANDARDANSI *ACMIDSTANDARDANSI;
// Dwg_Object_ACMIDSTANDARDCSN *ACMIDSTANDARDCSN;
// Dwg_Object_ACMIDSTANDARDDIN *ACMIDSTANDARDDIN;
// Dwg_Object_ACMIDSTANDARDISO *ACMIDSTANDARDISO;
// Dwg_Object_ACMIDSTANDARDISO2004 *ACMIDSTANDARDISO2004;
// Dwg_Object_ACMIDSTANDARDISO2012 *ACMIDSTANDARDISO2012;
// Dwg_Object_ACMNOTESTANDARDANSI *ACMNOTESTANDARDANSI;
// Dwg_Object_ACMNOTESTANDARDCSN *ACMNOTESTANDARDCSN;
// Dwg_Object_ACMNOTESTANDARDDIN *ACMNOTESTANDARDDIN;
// Dwg_Object_ACMNOTESTANDARDISO *ACMNOTESTANDARDISO;
// Dwg_Object_ACMPARTLIST *ACMPARTLIST;
// Dwg_Object_ACMPICKOBJ *ACMPICKOBJ;
// Dwg_Object_ACMSECTIONSTANDARDANSI *ACMSECTIONSTANDARDANSI;
// Dwg_Object_ACMSECTIONSTANDARDCSN2002 *ACMSECTIONSTANDARDCSN2002;
// Dwg_Object_ACMSECTIONSTANDARDCUSTOM *ACMSECTIONSTANDARDCUSTOM;
// Dwg_Object_ACMSECTIONSTANDARDDIN *ACMSECTIONSTANDARDDIN;
// Dwg_Object_ACMSECTIONSTANDARDISO *ACMSECTIONSTANDARDISO;
// Dwg_Object_ACMSECTIONSTANDARDISO2001 *ACMSECTIONSTANDARDISO2001;
// Dwg_Object_ACMSTANDARDANSI *ACMSTANDARDANSI;
// Dwg_Object_ACMSTANDARDCSN *ACMSTANDARDCSN;
// Dwg_Object_ACMSTANDARDDIN *ACMSTANDARDDIN;
// Dwg_Object_ACMSTANDARDISO *ACMSTANDARDISO;
// Dwg_Object_ACMSURFSTANDARDANSI *ACMSURFSTANDARDANSI;
// Dwg_Object_ACMSURFSTANDARDCSN *ACMSURFSTANDARDCSN;
// Dwg_Object_ACMSURFSTANDARDDIN *ACMSURFSTANDARDDIN;
// Dwg_Object_ACMSURFSTANDARDISO *ACMSURFSTANDARDISO;
// Dwg_Object_ACMSURFSTANDARDISO2002 *ACMSURFSTANDARDISO2002;
// Dwg_Object_ACMSURFSYM *ACMSURFSYM;
// Dwg_Object_ACMTAPERSTANDARDANSI *ACMTAPERSTANDARDANSI;
// Dwg_Object_ACMTAPERSTANDARDCSN *ACMTAPERSTANDARDCSN;
// Dwg_Object_ACMTAPERSTANDARDDIN *ACMTAPERSTANDARDDIN;
// Dwg_Object_ACMTAPERSTANDARDISO *ACMTAPERSTANDARDISO;
// Dwg_Object_ACMTHREADLINESTANDARDANSI *ACMTHREADLINESTANDARDANSI;
// Dwg_Object_ACMTHREADLINESTANDARDCSN *ACMTHREADLINESTANDARDCSN;
// Dwg_Object_ACMTHREADLINESTANDARDDIN *ACMTHREADLINESTANDARDDIN;
// Dwg_Object_ACMTHREADLINESTANDARDISO *ACMTHREADLINESTANDARDISO;
// Dwg_Object_ACMWELDSTANDARDANSI *ACMWELDSTANDARDANSI;
// Dwg_Object_ACMWELDSTANDARDCSN *ACMWELDSTANDARDCSN;
// Dwg_Object_ACMWELDSTANDARDDIN *ACMWELDSTANDARDDIN;
// Dwg_Object_ACMWELDSTANDARDISO *ACMWELDSTANDARDISO;
// Dwg_Object_ACMWELDSYM *ACMWELDSYM;
// Dwg_Object_ACRFATTGENMGR *ACRFATTGENMGR;
// Dwg_Object_ACRFINSADJ *ACRFINSADJ;
// Dwg_Object_ACRFINSADJUSTERMGR *ACRFINSADJUSTERMGR;
// Dwg_Object_ACRFMCADAPIATTHOLDER *ACRFMCADAPIATTHOLDER;
// Dwg_Object_ACRFOBJATTMGR *ACRFOBJATTMGR;
// Dwg_Object_ACSH_SUBENT_MATERIAL_CLASS *ACSH_SUBENT_MATERIAL_CLASS;
// Dwg_Object_AC_AM_2D_XREF_MGR *AC_AM_2D_XREF_MGR;
// Dwg_Object_AC_AM_BASIC_VIEW *AC_AM_BASIC_VIEW;
// Dwg_Object_AC_AM_BASIC_VIEW_DEF *AC_AM_BASIC_VIEW_DEF;
// Dwg_Object_AC_AM_COMPLEX_HIDE_SITUATION *AC_AM_COMPLEX_HIDE_SITUATION;
// Dwg_Object_AC_AM_COMP_VIEW_DEF *AC_AM_COMP_VIEW_DEF;
// Dwg_Object_AC_AM_COMP_VIEW_INST *AC_AM_COMP_VIEW_INST;
// Dwg_Object_AC_AM_DIRTY_NODES *AC_AM_DIRTY_NODES;
// Dwg_Object_AC_AM_HIDE_SITUATION *AC_AM_HIDE_SITUATION;
// Dwg_Object_AC_AM_MAPPER_CACHE *AC_AM_MAPPER_CACHE;
// Dwg_Object_AC_AM_MASTER_VIEW_DEF *AC_AM_MASTER_VIEW_DEF;
// Dwg_Object_AC_AM_MVD_DEP_MGR *AC_AM_MVD_DEP_MGR;
// Dwg_Object_AC_AM_OVERRIDE_FILTER *AC_AM_OVERRIDE_FILTER;
// Dwg_Object_AC_AM_PROPS_OVERRIDE *AC_AM_PROPS_OVERRIDE;
// Dwg_Object_AC_AM_SHAFT_HIDE_SITUATION *AC_AM_SHAFT_HIDE_SITUATION;
// Dwg_Object_AC_AM_STDP_VIEW_DEF *AC_AM_STDP_VIEW_DEF;
// Dwg_Object_AC_AM_TRANSFORM_GHOST *AC_AM_TRANSFORM_GHOST;
// Dwg_Object_ADAPPL *ADAPPL;
// Dwg_Object_AECC_ALIGNMENT_DESIGN_CHECK_SET *AECC_ALIGNMENT_DESIGN_CHECK_SET;
// Dwg_Object_AECC_ALIGNMENT_LABEL_SET *AECC_ALIGNMENT_LABEL_SET;
// Dwg_Object_AECC_ALIGNMENT_LABEL_SET_EXT *AECC_ALIGNMENT_LABEL_SET_EXT;
// Dwg_Object_AECC_ALIGNMENT_PARCEL_NODE *AECC_ALIGNMENT_PARCEL_NODE;
// Dwg_Object_AECC_ALIGNMENT_STYLE *AECC_ALIGNMENT_STYLE;
// Dwg_Object_AECC_APPURTENANCE_STYLE *AECC_APPURTENANCE_STYLE;
// Dwg_Object_AECC_ASSEMBLY_STYLE *AECC_ASSEMBLY_STYLE;
// Dwg_Object_AECC_BUILDING_SITE_STYLE *AECC_BUILDING_SITE_STYLE;
// Dwg_Object_AECC_CANT_DIAGRAM_VIEW_STYLE *AECC_CANT_DIAGRAM_VIEW_STYLE;
// Dwg_Object_AECC_CATCHMENT_STYLE *AECC_CATCHMENT_STYLE;
// Dwg_Object_AECC_CLASS_NODE *AECC_CLASS_NODE;
// Dwg_Object_AECC_CONTOURVIEW *AECC_CONTOURVIEW;
// Dwg_Object_AECC_CORRIDOR_STYLE *AECC_CORRIDOR_STYLE;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT *AECC_DISP_REP_ALIGNMENT;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_CANT_LABEL_GROUP *AECC_DISP_REP_ALIGNMENT_CANT_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_CSV *AECC_DISP_REP_ALIGNMENT_CSV;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_CURVE_LABEL *AECC_DISP_REP_ALIGNMENT_CURVE_LABEL;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_DESIGNSPEED_LABEL_GROUP *AECC_DISP_REP_ALIGNMENT_DESIGNSPEED_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_GEOMPT_LABEL_GROUP *AECC_DISP_REP_ALIGNMENT_GEOMPT_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_INDEXED_PI_LABEL *AECC_DISP_REP_ALIGNMENT_INDEXED_PI_LABEL;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_MINOR_STATION_LABEL_GROUP *AECC_DISP_REP_ALIGNMENT_MINOR_STATION_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_PI_LABEL *AECC_DISP_REP_ALIGNMENT_PI_LABEL;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_SPIRAL_LABEL *AECC_DISP_REP_ALIGNMENT_SPIRAL_LABEL;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_STAEQU_LABEL_GROUP *AECC_DISP_REP_ALIGNMENT_STAEQU_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_STATION_LABEL_GROUP *AECC_DISP_REP_ALIGNMENT_STATION_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_STATION_OFFSET_LABEL *AECC_DISP_REP_ALIGNMENT_STATION_OFFSET_LABEL;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_SUPERELEVATION_LABEL_GROUP *AECC_DISP_REP_ALIGNMENT_SUPERELEVATION_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_TABLE *AECC_DISP_REP_ALIGNMENT_TABLE;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_TANGENT_LABEL *AECC_DISP_REP_ALIGNMENT_TANGENT_LABEL;
// Dwg_Object_AECC_DISP_REP_ALIGNMENT_VERTICAL_GEOMPT_LABELING *AECC_DISP_REP_ALIGNMENT_VERTICAL_GEOMPT_LABELING;
// Dwg_Object_AECC_DISP_REP_APPURTENANCE *AECC_DISP_REP_APPURTENANCE;
// Dwg_Object_AECC_DISP_REP_APPURTENANCE_CSV *AECC_DISP_REP_APPURTENANCE_CSV;
// Dwg_Object_AECC_DISP_REP_APPURTENANCE_LABELING *AECC_DISP_REP_APPURTENANCE_LABELING;
// Dwg_Object_AECC_DISP_REP_APPURTENANCE_PROFILE_LABELING *AECC_DISP_REP_APPURTENANCE_PROFILE_LABELING;
// Dwg_Object_AECC_DISP_REP_ASSEMBLY *AECC_DISP_REP_ASSEMBLY;
// Dwg_Object_AECC_DISP_REP_AUTO_CORRIDOR_FEATURE_LINE *AECC_DISP_REP_AUTO_CORRIDOR_FEATURE_LINE;
// Dwg_Object_AECC_DISP_REP_AUTO_CORRIDOR_FEATURE_LINE_PROFILE *AECC_DISP_REP_AUTO_CORRIDOR_FEATURE_LINE_PROFILE;
// Dwg_Object_AECC_DISP_REP_AUTO_CORRIDOR_FEATURE_LINE_SECTION *AECC_DISP_REP_AUTO_CORRIDOR_FEATURE_LINE_SECTION;
// Dwg_Object_AECC_DISP_REP_AUTO_FEATURE_LINE *AECC_DISP_REP_AUTO_FEATURE_LINE;
// Dwg_Object_AECC_DISP_REP_AUTO_FEATURE_LINE_CSV *AECC_DISP_REP_AUTO_FEATURE_LINE_CSV;
// Dwg_Object_AECC_DISP_REP_AUTO_FEATURE_LINE_PROFILE *AECC_DISP_REP_AUTO_FEATURE_LINE_PROFILE;
// Dwg_Object_AECC_DISP_REP_AUTO_FEATURE_LINE_SECTION *AECC_DISP_REP_AUTO_FEATURE_LINE_SECTION;
// Dwg_Object_AECC_DISP_REP_BUILDINGSITE *AECC_DISP_REP_BUILDINGSITE;
// Dwg_Object_AECC_DISP_REP_BUILDINGUTIL_CONNECTOR *AECC_DISP_REP_BUILDINGUTIL_CONNECTOR;
// Dwg_Object_AECC_DISP_REP_CANT_DIAGRAM_VIEW *AECC_DISP_REP_CANT_DIAGRAM_VIEW;
// Dwg_Object_AECC_DISP_REP_CATCHMENT_AREA *AECC_DISP_REP_CATCHMENT_AREA;
// Dwg_Object_AECC_DISP_REP_CATCHMENT_AREA_LABEL *AECC_DISP_REP_CATCHMENT_AREA_LABEL;
// Dwg_Object_AECC_DISP_REP_CORRIDOR *AECC_DISP_REP_CORRIDOR;
// Dwg_Object_AECC_DISP_REP_CROSSING_PIPE_PROFILE_LABELING *AECC_DISP_REP_CROSSING_PIPE_PROFILE_LABELING;
// Dwg_Object_AECC_DISP_REP_CROSSING_PRESSURE_PIPE_PROFILE_LABELING *AECC_DISP_REP_CROSSING_PRESSURE_PIPE_PROFILE_LABELING;
// Dwg_Object_AECC_DISP_REP_CSVSTATIONSLIDER *AECC_DISP_REP_CSVSTATIONSLIDER;
// Dwg_Object_AECC_DISP_REP_FACE *AECC_DISP_REP_FACE;
// Dwg_Object_AECC_DISP_REP_FEATURE *AECC_DISP_REP_FEATURE;
// Dwg_Object_AECC_DISP_REP_FEATURE_LABEL *AECC_DISP_REP_FEATURE_LABEL;
// Dwg_Object_AECC_DISP_REP_FEATURE_LINE *AECC_DISP_REP_FEATURE_LINE;
// Dwg_Object_AECC_DISP_REP_FEATURE_LINE_CSV *AECC_DISP_REP_FEATURE_LINE_CSV;
// Dwg_Object_AECC_DISP_REP_FEATURE_LINE_PROFILE *AECC_DISP_REP_FEATURE_LINE_PROFILE;
// Dwg_Object_AECC_DISP_REP_FEATURE_LINE_SECTION *AECC_DISP_REP_FEATURE_LINE_SECTION;
// Dwg_Object_AECC_DISP_REP_FITTING *AECC_DISP_REP_FITTING;
// Dwg_Object_AECC_DISP_REP_FITTING_CSV *AECC_DISP_REP_FITTING_CSV;
// Dwg_Object_AECC_DISP_REP_FITTING_LABELING *AECC_DISP_REP_FITTING_LABELING;
// Dwg_Object_AECC_DISP_REP_FITTING_PROFILE_LABELING *AECC_DISP_REP_FITTING_PROFILE_LABELING;
// Dwg_Object_AECC_DISP_REP_FLOW_SEGMENT_LABEL *AECC_DISP_REP_FLOW_SEGMENT_LABEL;
// Dwg_Object_AECC_DISP_REP_GENERAL_SEGMENT_LABEL *AECC_DISP_REP_GENERAL_SEGMENT_LABEL;
// Dwg_Object_AECC_DISP_REP_GRADING *AECC_DISP_REP_GRADING;
// Dwg_Object_AECC_DISP_REP_GRAPH *AECC_DISP_REP_GRAPH;
// Dwg_Object_AECC_DISP_REP_GRAPHPROFILE_NETWORKPART *AECC_DISP_REP_GRAPHPROFILE_NETWORKPART;
// Dwg_Object_AECC_DISP_REP_GRAPHPROFILE_PRESSUREPART *AECC_DISP_REP_GRAPHPROFILE_PRESSUREPART;
// Dwg_Object_AECC_DISP_REP_GRID_SURFACE *AECC_DISP_REP_GRID_SURFACE;
// Dwg_Object_AECC_DISP_REP_GRID_SURFACE_CSV *AECC_DISP_REP_GRID_SURFACE_CSV;
// Dwg_Object_AECC_DISP_REP_HORGEOMETRY_BAND_LABEL_GROUP *AECC_DISP_REP_HORGEOMETRY_BAND_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_HYDRO_REGION *AECC_DISP_REP_HYDRO_REGION;
// Dwg_Object_AECC_DISP_REP_INTERFERENCE_CHECK *AECC_DISP_REP_INTERFERENCE_CHECK;
// Dwg_Object_AECC_DISP_REP_INTERFERENCE_PART *AECC_DISP_REP_INTERFERENCE_PART;
// Dwg_Object_AECC_DISP_REP_INTERFERENCE_PART_SECTION *AECC_DISP_REP_INTERFERENCE_PART_SECTION;
// Dwg_Object_AECC_DISP_REP_INTERSECTION *AECC_DISP_REP_INTERSECTION;
// Dwg_Object_AECC_DISP_REP_INTERSECTION_LOCATION_LABELING *AECC_DISP_REP_INTERSECTION_LOCATION_LABELING;
// Dwg_Object_AECC_DISP_REP_LABELING *AECC_DISP_REP_LABELING;
// Dwg_Object_AECC_DISP_REP_LEGEND_TABLE *AECC_DISP_REP_LEGEND_TABLE;
// Dwg_Object_AECC_DISP_REP_LINE_BETWEEN_POINTS_LABEL *AECC_DISP_REP_LINE_BETWEEN_POINTS_LABEL;
// Dwg_Object_AECC_DISP_REP_LOTLINE_CSV *AECC_DISP_REP_LOTLINE_CSV;
// Dwg_Object_AECC_DISP_REP_MASSHAULLINE *AECC_DISP_REP_MASSHAULLINE;
// Dwg_Object_AECC_DISP_REP_MASS_HAUL_VIEW *AECC_DISP_REP_MASS_HAUL_VIEW;
// Dwg_Object_AECC_DISP_REP_MATCHLINE_LABELING *AECC_DISP_REP_MATCHLINE_LABELING;
// Dwg_Object_AECC_DISP_REP_MATCH_LINE *AECC_DISP_REP_MATCH_LINE;
// Dwg_Object_AECC_DISP_REP_MATERIAL_SECTION *AECC_DISP_REP_MATERIAL_SECTION;
// Dwg_Object_AECC_DISP_REP_NETWORK *AECC_DISP_REP_NETWORK;
// Dwg_Object_AECC_DISP_REP_NOTE_LABEL *AECC_DISP_REP_NOTE_LABEL;
// Dwg_Object_AECC_DISP_REP_OFFSET_ELEV_LABEL *AECC_DISP_REP_OFFSET_ELEV_LABEL;
// Dwg_Object_AECC_DISP_REP_PARCEL_BOUNDARY *AECC_DISP_REP_PARCEL_BOUNDARY;
// Dwg_Object_AECC_DISP_REP_PARCEL_FACE_LABEL *AECC_DISP_REP_PARCEL_FACE_LABEL;
// Dwg_Object_AECC_DISP_REP_PARCEL_SEGMENT *AECC_DISP_REP_PARCEL_SEGMENT;
// Dwg_Object_AECC_DISP_REP_PARCEL_SEGMENT_LABEL *AECC_DISP_REP_PARCEL_SEGMENT_LABEL;
// Dwg_Object_AECC_DISP_REP_PARCEL_SEGMENT_TABLE *AECC_DISP_REP_PARCEL_SEGMENT_TABLE;
// Dwg_Object_AECC_DISP_REP_PARCEL_TABLE *AECC_DISP_REP_PARCEL_TABLE;
// Dwg_Object_AECC_DISP_REP_PIPE *AECC_DISP_REP_PIPE;
// Dwg_Object_AECC_DISP_REP_PIPENETWORK_BAND_LABEL_GROUP *AECC_DISP_REP_PIPENETWORK_BAND_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_PIPE_CSV *AECC_DISP_REP_PIPE_CSV;
// Dwg_Object_AECC_DISP_REP_PIPE_LABELING *AECC_DISP_REP_PIPE_LABELING;
// Dwg_Object_AECC_DISP_REP_PIPE_PROFILE_LABELING *AECC_DISP_REP_PIPE_PROFILE_LABELING;
// Dwg_Object_AECC_DISP_REP_PIPE_SECTION_LABELING *AECC_DISP_REP_PIPE_SECTION_LABELING;
// Dwg_Object_AECC_DISP_REP_PIPE_TABLE *AECC_DISP_REP_PIPE_TABLE;
// Dwg_Object_AECC_DISP_REP_POINT_ENT *AECC_DISP_REP_POINT_ENT;
// Dwg_Object_AECC_DISP_REP_POINT_GROUP *AECC_DISP_REP_POINT_GROUP;
// Dwg_Object_AECC_DISP_REP_POINT_TABLE *AECC_DISP_REP_POINT_TABLE;
// Dwg_Object_AECC_DISP_REP_PRESSUREPIPENETWORK *AECC_DISP_REP_PRESSUREPIPENETWORK;
// Dwg_Object_AECC_DISP_REP_PRESSURE_PART_TABLE *AECC_DISP_REP_PRESSURE_PART_TABLE;
// Dwg_Object_AECC_DISP_REP_PRESSURE_PIPE *AECC_DISP_REP_PRESSURE_PIPE;
// Dwg_Object_AECC_DISP_REP_PRESSURE_PIPE_CSV *AECC_DISP_REP_PRESSURE_PIPE_CSV;
// Dwg_Object_AECC_DISP_REP_PRESSURE_PIPE_LABELING *AECC_DISP_REP_PRESSURE_PIPE_LABELING;
// Dwg_Object_AECC_DISP_REP_PRESSURE_PIPE_PROFILE_LABELING *AECC_DISP_REP_PRESSURE_PIPE_PROFILE_LABELING;
// Dwg_Object_AECC_DISP_REP_PRESSURE_PIPE_SECTION_LABELING *AECC_DISP_REP_PRESSURE_PIPE_SECTION_LABELING;
// Dwg_Object_AECC_DISP_REP_PROFILE *AECC_DISP_REP_PROFILE;
// Dwg_Object_AECC_DISP_REP_PROFILEDATA_BAND_LABEL_GROUP *AECC_DISP_REP_PROFILEDATA_BAND_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_PROFILE_PROJECTION *AECC_DISP_REP_PROFILE_PROJECTION;
// Dwg_Object_AECC_DISP_REP_PROFILE_PROJECTION_LABEL *AECC_DISP_REP_PROFILE_PROJECTION_LABEL;
// Dwg_Object_AECC_DISP_REP_PROFILE_VIEW *AECC_DISP_REP_PROFILE_VIEW;
// Dwg_Object_AECC_DISP_REP_PROFILE_VIEW_DEPTH_LABEL *AECC_DISP_REP_PROFILE_VIEW_DEPTH_LABEL;
// Dwg_Object_AECC_DISP_REP_QUANTITY_TAKEOFF_AGGREGATE_EARTHWORK_TABLE *AECC_DISP_REP_QUANTITY_TAKEOFF_AGGREGATE_EARTHWORK_TABLE;
// Dwg_Object_AECC_DISP_REP_RIGHT_OF_WAY *AECC_DISP_REP_RIGHT_OF_WAY;
// Dwg_Object_AECC_DISP_REP_SAMPLELINE_LABELING *AECC_DISP_REP_SAMPLELINE_LABELING;
// Dwg_Object_AECC_DISP_REP_SAMPLE_LINE *AECC_DISP_REP_SAMPLE_LINE;
// Dwg_Object_AECC_DISP_REP_SAMPLE_LINE_GROUP *AECC_DISP_REP_SAMPLE_LINE_GROUP;
// Dwg_Object_AECC_DISP_REP_SECTION *AECC_DISP_REP_SECTION;
// Dwg_Object_AECC_DISP_REP_SECTIONALDATA_BAND_LABEL_GROUP *AECC_DISP_REP_SECTIONALDATA_BAND_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_SECTIONDATA_BAND_LABEL_GROUP *AECC_DISP_REP_SECTIONDATA_BAND_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_SECTIONSEGMENT_BAND_LABEL_GROUP *AECC_DISP_REP_SECTIONSEGMENT_BAND_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_SECTION_CORRIDOR *AECC_DISP_REP_SECTION_CORRIDOR;
// Dwg_Object_AECC_DISP_REP_SECTION_CORRIDOR_POINT_LABEL_GROUP *AECC_DISP_REP_SECTION_CORRIDOR_POINT_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_SECTION_GRADEBREAK_LABEL_GROUP *AECC_DISP_REP_SECTION_GRADEBREAK_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_SECTION_MINOR_OFFSET_LABEL_GROUP *AECC_DISP_REP_SECTION_MINOR_OFFSET_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_SECTION_OFFSET_LABEL_GROUP *AECC_DISP_REP_SECTION_OFFSET_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_SECTION_PIPENETWORK *AECC_DISP_REP_SECTION_PIPENETWORK;
// Dwg_Object_AECC_DISP_REP_SECTION_PRESSUREPIPENETWORK *AECC_DISP_REP_SECTION_PRESSUREPIPENETWORK;
// Dwg_Object_AECC_DISP_REP_SECTION_PROJECTION *AECC_DISP_REP_SECTION_PROJECTION;
// Dwg_Object_AECC_DISP_REP_SECTION_PROJECTION_LABEL *AECC_DISP_REP_SECTION_PROJECTION_LABEL;
// Dwg_Object_AECC_DISP_REP_SECTION_SEGMENT_LABEL_GROUP *AECC_DISP_REP_SECTION_SEGMENT_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_SECTION_VIEW *AECC_DISP_REP_SECTION_VIEW;
// Dwg_Object_AECC_DISP_REP_SECTION_VIEW_DEPTH_LABEL *AECC_DISP_REP_SECTION_VIEW_DEPTH_LABEL;
// Dwg_Object_AECC_DISP_REP_SECTION_VIEW_QUANTITY_TAKEOFF_TABLE *AECC_DISP_REP_SECTION_VIEW_QUANTITY_TAKEOFF_TABLE;
// Dwg_Object_AECC_DISP_REP_SHEET *AECC_DISP_REP_SHEET;
// Dwg_Object_AECC_DISP_REP_SPANNING_PIPE_LABELING *AECC_DISP_REP_SPANNING_PIPE_LABELING;
// Dwg_Object_AECC_DISP_REP_SPANNING_PIPE_PROFILE_LABELING *AECC_DISP_REP_SPANNING_PIPE_PROFILE_LABELING;
// Dwg_Object_AECC_DISP_REP_STATION_ELEV_LABEL *AECC_DISP_REP_STATION_ELEV_LABEL;
// Dwg_Object_AECC_DISP_REP_STRUCTURE *AECC_DISP_REP_STRUCTURE;
// Dwg_Object_AECC_DISP_REP_STRUCTURE_CSV *AECC_DISP_REP_STRUCTURE_CSV;
// Dwg_Object_AECC_DISP_REP_STRUCTURE_LABELING *AECC_DISP_REP_STRUCTURE_LABELING;
// Dwg_Object_AECC_DISP_REP_STRUCTURE_PROFILE_LABELING *AECC_DISP_REP_STRUCTURE_PROFILE_LABELING;
// Dwg_Object_AECC_DISP_REP_STRUCTURE_SECTION_LABELING *AECC_DISP_REP_STRUCTURE_SECTION_LABELING;
// Dwg_Object_AECC_DISP_REP_SUBASSEMBLY *AECC_DISP_REP_SUBASSEMBLY;
// Dwg_Object_AECC_DISP_REP_SUPERELEVATION_BAND_LABEL_GROUP *AECC_DISP_REP_SUPERELEVATION_BAND_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_SUPERELEVATION_DIAGRAM_VIEW *AECC_DISP_REP_SUPERELEVATION_DIAGRAM_VIEW;
// Dwg_Object_AECC_DISP_REP_SURFACE_CONTOUR_LABEL_GROUP *AECC_DISP_REP_SURFACE_CONTOUR_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_SURFACE_ELEVATION_LABEL *AECC_DISP_REP_SURFACE_ELEVATION_LABEL;
// Dwg_Object_AECC_DISP_REP_SURFACE_SLOPE_LABEL *AECC_DISP_REP_SURFACE_SLOPE_LABEL;
// Dwg_Object_AECC_DISP_REP_SURVEY_FIGURE_LABEL_GROUP *AECC_DISP_REP_SURVEY_FIGURE_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_SVFIGURE *AECC_DISP_REP_SVFIGURE;
// Dwg_Object_AECC_DISP_REP_SVFIGURE_CSV *AECC_DISP_REP_SVFIGURE_CSV;
// Dwg_Object_AECC_DISP_REP_SVFIGURE_PROFILE *AECC_DISP_REP_SVFIGURE_PROFILE;
// Dwg_Object_AECC_DISP_REP_SVFIGURE_SECTION *AECC_DISP_REP_SVFIGURE_SECTION;
// Dwg_Object_AECC_DISP_REP_SVFIGURE_SEGMENT_LABEL *AECC_DISP_REP_SVFIGURE_SEGMENT_LABEL;
// Dwg_Object_AECC_DISP_REP_SVNETWORK *AECC_DISP_REP_SVNETWORK;
// Dwg_Object_AECC_DISP_REP_TANGENT_INTERSECTION_TABLE *AECC_DISP_REP_TANGENT_INTERSECTION_TABLE;
// Dwg_Object_AECC_DISP_REP_TIN_SURFACE *AECC_DISP_REP_TIN_SURFACE;
// Dwg_Object_AECC_DISP_REP_TIN_SURFACE_CSV *AECC_DISP_REP_TIN_SURFACE_CSV;
// Dwg_Object_AECC_DISP_REP_VALIGNMENT_CRESTCURVE_LABEL_GROUP *AECC_DISP_REP_VALIGNMENT_CRESTCURVE_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_VALIGNMENT_CSV *AECC_DISP_REP_VALIGNMENT_CSV;
// Dwg_Object_AECC_DISP_REP_VALIGNMENT_HAGEOMPT_LABEL_GROUP *AECC_DISP_REP_VALIGNMENT_HAGEOMPT_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_VALIGNMENT_LINE_LABEL_GROUP *AECC_DISP_REP_VALIGNMENT_LINE_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_VALIGNMENT_MINOR_STATION_LABEL_GROUP *AECC_DISP_REP_VALIGNMENT_MINOR_STATION_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_VALIGNMENT_PVI_LABEL_GROUP *AECC_DISP_REP_VALIGNMENT_PVI_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_VALIGNMENT_SAGCURVE_LABEL_GROUP *AECC_DISP_REP_VALIGNMENT_SAGCURVE_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_VALIGNMENT_STATION_LABEL_GROUP *AECC_DISP_REP_VALIGNMENT_STATION_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_VERTICALGEOMETRY_BAND_LABEL_GROUP *AECC_DISP_REP_VERTICALGEOMETRY_BAND_LABEL_GROUP;
// Dwg_Object_AECC_DISP_REP_VIEWFRAME_LABELING *AECC_DISP_REP_VIEWFRAME_LABELING;
// Dwg_Object_AECC_DISP_REP_VIEW_FRAME *AECC_DISP_REP_VIEW_FRAME;
// Dwg_Object_AECC_FEATURELINE_STYLE *AECC_FEATURELINE_STYLE;
// Dwg_Object_AECC_FEATURE_STYLE *AECC_FEATURE_STYLE;
// Dwg_Object_AECC_FITTING_STYLE *AECC_FITTING_STYLE;
// Dwg_Object_AECC_FORMAT_MANAGER_OBJECT *AECC_FORMAT_MANAGER_OBJECT;
// Dwg_Object_AECC_GRADEVIEW *AECC_GRADEVIEW;
// Dwg_Object_AECC_GRADING_CRITERIA *AECC_GRADING_CRITERIA;
// Dwg_Object_AECC_GRADING_CRITERIA_SET *AECC_GRADING_CRITERIA_SET;
// Dwg_Object_AECC_GRADING_GROUP *AECC_GRADING_GROUP;
// Dwg_Object_AECC_GRADING_STYLE *AECC_GRADING_STYLE;
// Dwg_Object_AECC_IMPORT_STORM_SEWER_DEFAULTS *AECC_IMPORT_STORM_SEWER_DEFAULTS;
// Dwg_Object_AECC_INTERFERENCE_STYLE *AECC_INTERFERENCE_STYLE;
// Dwg_Object_AECC_INTERSECTION_STYLE *AECC_INTERSECTION_STYLE;
// Dwg_Object_AECC_LABEL_COLLECTOR_STYLE *AECC_LABEL_COLLECTOR_STYLE;
// Dwg_Object_AECC_LABEL_NODE *AECC_LABEL_NODE;
// Dwg_Object_AECC_LABEL_RADIAL_LINE_STYLE *AECC_LABEL_RADIAL_LINE_STYLE;
// Dwg_Object_AECC_LABEL_TEXT_ITERATOR_CURVE_OR_SPIRAL_STYLE *AECC_LABEL_TEXT_ITERATOR_CURVE_OR_SPIRAL_STYLE;
// Dwg_Object_AECC_LABEL_TEXT_ITERATOR_STYLE *AECC_LABEL_TEXT_ITERATOR_STYLE;
// Dwg_Object_AECC_LABEL_TEXT_STYLE *AECC_LABEL_TEXT_STYLE;
// Dwg_Object_AECC_LABEL_VECTOR_ARROW_STYLE *AECC_LABEL_VECTOR_ARROW_STYLE;
// Dwg_Object_AECC_LEGEND_TABLE_STYLE *AECC_LEGEND_TABLE_STYLE;
// Dwg_Object_AECC_MASS_HAUL_LINE_STYLE *AECC_MASS_HAUL_LINE_STYLE;
// Dwg_Object_AECC_MASS_HAUL_VIEW_STYLE *AECC_MASS_HAUL_VIEW_STYLE;
// Dwg_Object_AECC_MATCHLINE_STYLE *AECC_MATCHLINE_STYLE;
// Dwg_Object_AECC_MATERIAL_STYLE *AECC_MATERIAL_STYLE;
// Dwg_Object_AECC_NETWORK_PART_CATALOG_DEF_NODE *AECC_NETWORK_PART_CATALOG_DEF_NODE;
// Dwg_Object_AECC_NETWORK_PART_FAMILY_ITEM *AECC_NETWORK_PART_FAMILY_ITEM;
// Dwg_Object_AECC_NETWORK_PART_LIST *AECC_NETWORK_PART_LIST;
// Dwg_Object_AECC_NETWORK_RULE *AECC_NETWORK_RULE;
// Dwg_Object_AECC_PARCEL_NODE *AECC_PARCEL_NODE;
// Dwg_Object_AECC_PARCEL_STYLE *AECC_PARCEL_STYLE;
// Dwg_Object_AECC_PART_SIZE_FILTER *AECC_PART_SIZE_FILTER;
// Dwg_Object_AECC_PIPE_RULES *AECC_PIPE_RULES;
// Dwg_Object_AECC_PIPE_STYLE *AECC_PIPE_STYLE;
// Dwg_Object_AECC_PIPE_STYLE_EXTENSION *AECC_PIPE_STYLE_EXTENSION;
// Dwg_Object_AECC_POINTCLOUD_STYLE *AECC_POINTCLOUD_STYLE;
// Dwg_Object_AECC_POINTVIEW *AECC_POINTVIEW;
// Dwg_Object_AECC_POINT_STYLE *AECC_POINT_STYLE;
// Dwg_Object_AECC_PRESSURE_PART_LIST *AECC_PRESSURE_PART_LIST;
// Dwg_Object_AECC_PRESSURE_PIPE_STYLE *AECC_PRESSURE_PIPE_STYLE;
// Dwg_Object_AECC_PROFILESECTIONENTITY_STYLE *AECC_PROFILESECTIONENTITY_STYLE;
// Dwg_Object_AECC_PROFILE_DESIGN_CHECK_SET *AECC_PROFILE_DESIGN_CHECK_SET;
// Dwg_Object_AECC_PROFILE_LABEL_SET *AECC_PROFILE_LABEL_SET;
// Dwg_Object_AECC_PROFILE_STYLE *AECC_PROFILE_STYLE;
// Dwg_Object_AECC_PROFILE_VIEW_BAND_STYLE_SET *AECC_PROFILE_VIEW_BAND_STYLE_SET;
// Dwg_Object_AECC_PROFILE_VIEW_DATA_BAND_STYLE *AECC_PROFILE_VIEW_DATA_BAND_STYLE;
// Dwg_Object_AECC_PROFILE_VIEW_HORIZONTAL_GEOMETRY_BAND_STYLE *AECC_PROFILE_VIEW_HORIZONTAL_GEOMETRY_BAND_STYLE;
// Dwg_Object_AECC_PROFILE_VIEW_PIPE_NETWORK_BAND_STYLE *AECC_PROFILE_VIEW_PIPE_NETWORK_BAND_STYLE;
// Dwg_Object_AECC_PROFILE_VIEW_SECTIONAL_DATA_BAND_STYLE *AECC_PROFILE_VIEW_SECTIONAL_DATA_BAND_STYLE;
// Dwg_Object_AECC_PROFILE_VIEW_STYLE *AECC_PROFILE_VIEW_STYLE;
// Dwg_Object_AECC_PROFILE_VIEW_SUPERELEVATION_DIAGRAM_BAND_STYLE *AECC_PROFILE_VIEW_SUPERELEVATION_DIAGRAM_BAND_STYLE;
// Dwg_Object_AECC_PROFILE_VIEW_VERTICAL_GEOMETRY_BAND_STYLE *AECC_PROFILE_VIEW_VERTICAL_GEOMETRY_BAND_STYLE;
// Dwg_Object_AECC_QUANTITY_TAKEOFF_CRITERIA *AECC_QUANTITY_TAKEOFF_CRITERIA;
// Dwg_Object_AECC_ROADWAYLINK_STYLE *AECC_ROADWAYLINK_STYLE;
// Dwg_Object_AECC_ROADWAYMARKER_STYLE *AECC_ROADWAYMARKER_STYLE;
// Dwg_Object_AECC_ROADWAYSHAPE_STYLE *AECC_ROADWAYSHAPE_STYLE;
// Dwg_Object_AECC_ROADWAY_STYLE_SET *AECC_ROADWAY_STYLE_SET;
// Dwg_Object_AECC_ROOT_SETTINGS_NODE *AECC_ROOT_SETTINGS_NODE;
// Dwg_Object_AECC_SAMPLE_LINE_GROUP_STYLE *AECC_SAMPLE_LINE_GROUP_STYLE;
// Dwg_Object_AECC_SAMPLE_LINE_STYLE *AECC_SAMPLE_LINE_STYLE;
// Dwg_Object_AECC_SECTION_LABEL_SET *AECC_SECTION_LABEL_SET;
// Dwg_Object_AECC_SECTION_STYLE *AECC_SECTION_STYLE;
// Dwg_Object_AECC_SECTION_VIEW_BAND_STYLE_SET *AECC_SECTION_VIEW_BAND_STYLE_SET;
// Dwg_Object_AECC_SECTION_VIEW_DATA_BAND_STYLE *AECC_SECTION_VIEW_DATA_BAND_STYLE;
// Dwg_Object_AECC_SECTION_VIEW_ROAD_SURFACE_BAND_STYLE *AECC_SECTION_VIEW_ROAD_SURFACE_BAND_STYLE;
// Dwg_Object_AECC_SECTION_VIEW_STYLE *AECC_SECTION_VIEW_STYLE;
// Dwg_Object_AECC_SETTINGS_NODE *AECC_SETTINGS_NODE;
// Dwg_Object_AECC_SHEET_STYLE *AECC_SHEET_STYLE;
// Dwg_Object_AECC_SLOPE_PATTERN_STYLE *AECC_SLOPE_PATTERN_STYLE;
// Dwg_Object_AECC_STATION_FORMAT_STYLE *AECC_STATION_FORMAT_STYLE;
// Dwg_Object_AECC_STRUCTURE_RULES *AECC_STRUCTURE_RULES;
// Dwg_Object_AECC_STUCTURE_STYLE *AECC_STUCTURE_STYLE;
// Dwg_Object_AECC_SUPERELEVATION_DIAGRAM_VIEW_STYLE *AECC_SUPERELEVATION_DIAGRAM_VIEW_STYLE;
// Dwg_Object_AECC_SURFACE_STYLE *AECC_SURFACE_STYLE;
// Dwg_Object_AECC_SVFIGURE_STYLE *AECC_SVFIGURE_STYLE;
// Dwg_Object_AECC_SVNETWORK_STYLE *AECC_SVNETWORK_STYLE;
// Dwg_Object_AECC_TABLE_STYLE *AECC_TABLE_STYLE;
// Dwg_Object_AECC_TAG_MANAGER *AECC_TAG_MANAGER;
// Dwg_Object_AECC_TREE_NODE *AECC_TREE_NODE;
// Dwg_Object_AECC_USER_DEFINED_ATTRIBUTE_CLASSIFICATION *AECC_USER_DEFINED_ATTRIBUTE_CLASSIFICATION;
// Dwg_Object_AECC_VALIGNMENT_STYLE_EXTENSION *AECC_VALIGNMENT_STYLE_EXTENSION;
// Dwg_Object_AECC_VIEW_FRAME_STYLE *AECC_VIEW_FRAME_STYLE;
// Dwg_Object_AECS_DISP_PROPS_MEMBER *AECS_DISP_PROPS_MEMBER;
// Dwg_Object_AECS_DISP_PROPS_MEMBER_LOGICAL *AECS_DISP_PROPS_MEMBER_LOGICAL;
// Dwg_Object_AECS_DISP_PROPS_MEMBER_PLAN *AECS_DISP_PROPS_MEMBER_PLAN;
// Dwg_Object_AECS_DISP_PROPS_MEMBER_PLAN_SKETCH *AECS_DISP_PROPS_MEMBER_PLAN_SKETCH;
// Dwg_Object_AECS_DISP_PROPS_MEMBER_PROJECTED *AECS_DISP_PROPS_MEMBER_PROJECTED;
// Dwg_Object_AECS_DISP_REP_MEMBER_ELEVATION_DESIGN *AECS_DISP_REP_MEMBER_ELEVATION_DESIGN;
// Dwg_Object_AECS_DISP_REP_MEMBER_ELEVATION_DETAIL *AECS_DISP_REP_MEMBER_ELEVATION_DETAIL;
// Dwg_Object_AECS_DISP_REP_MEMBER_LOGICAL *AECS_DISP_REP_MEMBER_LOGICAL;
// Dwg_Object_AECS_DISP_REP_MEMBER_MODEL_DESIGN *AECS_DISP_REP_MEMBER_MODEL_DESIGN;
// Dwg_Object_AECS_DISP_REP_MEMBER_MODEL_DETAIL *AECS_DISP_REP_MEMBER_MODEL_DETAIL;
// Dwg_Object_AECS_DISP_REP_MEMBER_PLAN_DESIGN *AECS_DISP_REP_MEMBER_PLAN_DESIGN;
// Dwg_Object_AECS_DISP_REP_MEMBER_PLAN_DETAIL *AECS_DISP_REP_MEMBER_PLAN_DETAIL;
// Dwg_Object_AECS_DISP_REP_MEMBER_PLAN_SKETCH *AECS_DISP_REP_MEMBER_PLAN_SKETCH;
// Dwg_Object_AECS_MEMBER_NODE_SHAPE *AECS_MEMBER_NODE_SHAPE;
// Dwg_Object_AECS_MEMBER_STYLE *AECS_MEMBER_STYLE;
// Dwg_Object_AEC_2DSECTION_STYLE *AEC_2DSECTION_STYLE;
// Dwg_Object_AEC_AECDBDISPREPBDGELEVLINEPLAN100 *AEC_AECDBDISPREPBDGELEVLINEPLAN100;
// Dwg_Object_AEC_AECDBDISPREPBDGELEVLINEPLAN50 *AEC_AECDBDISPREPBDGELEVLINEPLAN50;
// Dwg_Object_AEC_AECDBDISPREPBDGSECTIONLINEPLAN100 *AEC_AECDBDISPREPBDGSECTIONLINEPLAN100;
// Dwg_Object_AEC_AECDBDISPREPBDGSECTIONLINEPLAN50 *AEC_AECDBDISPREPBDGSECTIONLINEPLAN50;
// Dwg_Object_AEC_AECDBDISPREPCEILINGGRIDPLAN100 *AEC_AECDBDISPREPCEILINGGRIDPLAN100;
// Dwg_Object_AEC_AECDBDISPREPCEILINGGRIDPLAN50 *AEC_AECDBDISPREPCEILINGGRIDPLAN50;
// Dwg_Object_AEC_AECDBDISPREPCOLUMNGRIDPLAN100 *AEC_AECDBDISPREPCOLUMNGRIDPLAN100;
// Dwg_Object_AEC_AECDBDISPREPCOLUMNGRIDPLAN50 *AEC_AECDBDISPREPCOLUMNGRIDPLAN50;
// Dwg_Object_AEC_AECDBDISPREPCURTAINWALLLAYOUTPLAN100 *AEC_AECDBDISPREPCURTAINWALLLAYOUTPLAN100;
// Dwg_Object_AEC_AECDBDISPREPCURTAINWALLLAYOUTPLAN50 *AEC_AECDBDISPREPCURTAINWALLLAYOUTPLAN50;
// Dwg_Object_AEC_AECDBDISPREPCURTAINWALLUNITPLAN100 *AEC_AECDBDISPREPCURTAINWALLUNITPLAN100;
// Dwg_Object_AEC_AECDBDISPREPCURTAINWALLUNITPLAN50 *AEC_AECDBDISPREPCURTAINWALLUNITPLAN50;
// Dwg_Object_AEC_AECDBDISPREPMVBLOCKREFPLAN100 *AEC_AECDBDISPREPMVBLOCKREFPLAN100;
// Dwg_Object_AEC_AECDBDISPREPMVBLOCKREFPLAN50 *AEC_AECDBDISPREPMVBLOCKREFPLAN50;
// Dwg_Object_AEC_AECDBDISPREPROOFPLAN100 *AEC_AECDBDISPREPROOFPLAN100;
// Dwg_Object_AEC_AECDBDISPREPROOFPLAN50 *AEC_AECDBDISPREPROOFPLAN50;
// Dwg_Object_AEC_AECDBDISPREPROOFSLABPLAN100 *AEC_AECDBDISPREPROOFSLABPLAN100;
// Dwg_Object_AEC_AECDBDISPREPROOFSLABPLAN50 *AEC_AECDBDISPREPROOFSLABPLAN50;
// Dwg_Object_AEC_AECDBDISPREPSLABPLAN100 *AEC_AECDBDISPREPSLABPLAN100;
// Dwg_Object_AEC_AECDBDISPREPSLABPLAN50 *AEC_AECDBDISPREPSLABPLAN50;
// Dwg_Object_AEC_AECDBDISPREPSPACEPLAN100 *AEC_AECDBDISPREPSPACEPLAN100;
// Dwg_Object_AEC_AECDBDISPREPSPACEPLAN50 *AEC_AECDBDISPREPSPACEPLAN50;
// Dwg_Object_AEC_AECDBDISPREPWALLPLAN100 *AEC_AECDBDISPREPWALLPLAN100;
// Dwg_Object_AEC_AECDBDISPREPWALLPLAN50 *AEC_AECDBDISPREPWALLPLAN50;
// Dwg_Object_AEC_AECDBDISPREPWINDOWASSEMBLYPLAN100 *AEC_AECDBDISPREPWINDOWASSEMBLYPLAN100;
// Dwg_Object_AEC_AECDBDISPREPWINDOWASSEMBLYPLAN50 *AEC_AECDBDISPREPWINDOWASSEMBLYPLAN50;
// Dwg_Object_AEC_AECDBDISPREPZONE100 *AEC_AECDBDISPREPZONE100;
// Dwg_Object_AEC_AECDBDISPREPZONE50 *AEC_AECDBDISPREPZONE50;
// Dwg_Object_AEC_AECDBZONEDEF *AEC_AECDBZONEDEF;
// Dwg_Object_AEC_AECDBZONESTYLE *AEC_AECDBZONESTYLE;
// Dwg_Object_AEC_ANCHOR_OPENINGBASE_TO_WALL *AEC_ANCHOR_OPENINGBASE_TO_WALL;
// Dwg_Object_AEC_CLASSIFICATION_DEF *AEC_CLASSIFICATION_DEF;
// Dwg_Object_AEC_CLASSIFICATION_SYSTEM_DEF *AEC_CLASSIFICATION_SYSTEM_DEF;
// Dwg_Object_AEC_CLEANUP_GROUP_DEF *AEC_CLEANUP_GROUP_DEF;
// Dwg_Object_AEC_CURTAIN_WALL_LAYOUT_STYLE *AEC_CURTAIN_WALL_LAYOUT_STYLE;
// Dwg_Object_AEC_CURTAIN_WALL_UNIT_STYLE *AEC_CURTAIN_WALL_UNIT_STYLE;
// Dwg_Object_AEC_CVSECTIONVIEW *AEC_CVSECTIONVIEW;
// Dwg_Object_AEC_DB_DISP_REP_DIM_GROUP_PLAN *AEC_DB_DISP_REP_DIM_GROUP_PLAN;
// Dwg_Object_AEC_DB_DISP_REP_DIM_GROUP_PLAN100 *AEC_DB_DISP_REP_DIM_GROUP_PLAN100;
// Dwg_Object_AEC_DB_DISP_REP_DIM_GROUP_PLAN50 *AEC_DB_DISP_REP_DIM_GROUP_PLAN50;
// Dwg_Object_AEC_DIM_STYLE *AEC_DIM_STYLE;
// Dwg_Object_AEC_DISPLAYTHEME_STYLE *AEC_DISPLAYTHEME_STYLE;
// Dwg_Object_AEC_DISPREPAECDBDISPREPMASSELEMPLAN100 *AEC_DISPREPAECDBDISPREPMASSELEMPLAN100;
// Dwg_Object_AEC_DISPREPAECDBDISPREPMASSELEMPLAN50 *AEC_DISPREPAECDBDISPREPMASSELEMPLAN50;
// Dwg_Object_AEC_DISPREPAECDBDISPREPMASSGROUPPLAN100 *AEC_DISPREPAECDBDISPREPMASSGROUPPLAN100;
// Dwg_Object_AEC_DISPREPAECDBDISPREPMASSGROUPPLAN50 *AEC_DISPREPAECDBDISPREPMASSGROUPPLAN50;
// Dwg_Object_AEC_DISPREPAECDBDISPREPOPENINGPLAN100 *AEC_DISPREPAECDBDISPREPOPENINGPLAN100;
// Dwg_Object_AEC_DISPREPAECDBDISPREPOPENINGPLAN50 *AEC_DISPREPAECDBDISPREPOPENINGPLAN50;
// Dwg_Object_AEC_DISPREPAECDBDISPREPOPENINGPLANREFLECTED *AEC_DISPREPAECDBDISPREPOPENINGPLANREFLECTED;
// Dwg_Object_AEC_DISPREPAECDBDISPREPOPENINGSILLPLAN *AEC_DISPREPAECDBDISPREPOPENINGSILLPLAN;
// Dwg_Object_AEC_DISPROPSMASSELEMPLANCOMMON *AEC_DISPROPSMASSELEMPLANCOMMON;
// Dwg_Object_AEC_DISPROPSMASSGROUPPLANCOMMON *AEC_DISPROPSMASSGROUPPLANCOMMON;
// Dwg_Object_AEC_DISPROPSOPENINGPLANCOMMON *AEC_DISPROPSOPENINGPLANCOMMON;
// Dwg_Object_AEC_DISPROPSOPENINGPLANCOMMONHATCHED *AEC_DISPROPSOPENINGPLANCOMMONHATCHED;
// Dwg_Object_AEC_DISPROPSOPENINGSILLPLAN *AEC_DISPROPSOPENINGSILLPLAN;
// Dwg_Object_AEC_DISP_PROPS_2D_SECTION *AEC_DISP_PROPS_2D_SECTION;
// Dwg_Object_AEC_DISP_PROPS_CLIP_VOLUME *AEC_DISP_PROPS_CLIP_VOLUME;
// Dwg_Object_AEC_DISP_PROPS_CLIP_VOLUME_RESULT *AEC_DISP_PROPS_CLIP_VOLUME_RESULT;
// Dwg_Object_AEC_DISP_PROPS_DIM *AEC_DISP_PROPS_DIM;
// Dwg_Object_AEC_DISP_PROPS_DISPLAYTHEME *AEC_DISP_PROPS_DISPLAYTHEME;
// Dwg_Object_AEC_DISP_PROPS_DOOR *AEC_DISP_PROPS_DOOR;
// Dwg_Object_AEC_DISP_PROPS_DOOR_NOMINAL *AEC_DISP_PROPS_DOOR_NOMINAL;
// Dwg_Object_AEC_DISP_PROPS_DOOR_PLAN_100 *AEC_DISP_PROPS_DOOR_PLAN_100;
// Dwg_Object_AEC_DISP_PROPS_DOOR_PLAN_50 *AEC_DISP_PROPS_DOOR_PLAN_50;
// Dwg_Object_AEC_DISP_PROPS_DOOR_THRESHOLD_PLAN *AEC_DISP_PROPS_DOOR_THRESHOLD_PLAN;
// Dwg_Object_AEC_DISP_PROPS_DOOR_THRESHOLD_SYMBOL_PLAN *AEC_DISP_PROPS_DOOR_THRESHOLD_SYMBOL_PLAN;
// Dwg_Object_AEC_DISP_PROPS_EDITINPLACEPROFILE_MODEL *AEC_DISP_PROPS_EDITINPLACEPROFILE_MODEL;
// Dwg_Object_AEC_DISP_PROPS_ENT *AEC_DISP_PROPS_ENT;
// Dwg_Object_AEC_DISP_PROPS_ENT_REF *AEC_DISP_PROPS_ENT_REF;
// Dwg_Object_AEC_DISP_PROPS_GRID_ASSEMBLY_MODEL *AEC_DISP_PROPS_GRID_ASSEMBLY_MODEL;
// Dwg_Object_AEC_DISP_PROPS_GRID_ASSEMBLY_PLAN *AEC_DISP_PROPS_GRID_ASSEMBLY_PLAN;
// Dwg_Object_AEC_DISP_PROPS_LAYOUT_CURVE *AEC_DISP_PROPS_LAYOUT_CURVE;
// Dwg_Object_AEC_DISP_PROPS_LAYOUT_GRID2D *AEC_DISP_PROPS_LAYOUT_GRID2D;
// Dwg_Object_AEC_DISP_PROPS_LAYOUT_GRID3D *AEC_DISP_PROPS_LAYOUT_GRID3D;
// Dwg_Object_AEC_DISP_PROPS_MASKBLOCK *AEC_DISP_PROPS_MASKBLOCK;
// Dwg_Object_AEC_DISP_PROPS_MASS_ELEM_MODEL *AEC_DISP_PROPS_MASS_ELEM_MODEL;
// Dwg_Object_AEC_DISP_PROPS_MASS_GROUP *AEC_DISP_PROPS_MASS_GROUP;
// Dwg_Object_AEC_DISP_PROPS_MATERIAL *AEC_DISP_PROPS_MATERIAL;
// Dwg_Object_AEC_DISP_PROPS_OPENING *AEC_DISP_PROPS_OPENING;
// Dwg_Object_AEC_DISP_PROPS_POLYGON_MODEL *AEC_DISP_PROPS_POLYGON_MODEL;
// Dwg_Object_AEC_DISP_PROPS_POLYGON_TRUECOLOUR *AEC_DISP_PROPS_POLYGON_TRUECOLOUR;
// Dwg_Object_AEC_DISP_PROPS_RAILING_MODEL *AEC_DISP_PROPS_RAILING_MODEL;
// Dwg_Object_AEC_DISP_PROPS_RAILING_PLAN *AEC_DISP_PROPS_RAILING_PLAN;
// Dwg_Object_AEC_DISP_PROPS_ROOF *AEC_DISP_PROPS_ROOF;
// Dwg_Object_AEC_DISP_PROPS_ROOFSLAB *AEC_DISP_PROPS_ROOFSLAB;
// Dwg_Object_AEC_DISP_PROPS_ROOFSLAB_PLAN *AEC_DISP_PROPS_ROOFSLAB_PLAN;
// Dwg_Object_AEC_DISP_PROPS_SCHEDULE_TABLE *AEC_DISP_PROPS_SCHEDULE_TABLE;
// Dwg_Object_AEC_DISP_PROPS_SLAB *AEC_DISP_PROPS_SLAB;
// Dwg_Object_AEC_DISP_PROPS_SLAB_PLAN *AEC_DISP_PROPS_SLAB_PLAN;
// Dwg_Object_AEC_DISP_PROPS_SLICE *AEC_DISP_PROPS_SLICE;
// Dwg_Object_AEC_DISP_PROPS_SPACE_DECOMPOSED *AEC_DISP_PROPS_SPACE_DECOMPOSED;
// Dwg_Object_AEC_DISP_PROPS_SPACE_MODEL *AEC_DISP_PROPS_SPACE_MODEL;
// Dwg_Object_AEC_DISP_PROPS_SPACE_PLAN *AEC_DISP_PROPS_SPACE_PLAN;
// Dwg_Object_AEC_DISP_PROPS_STAIR_MODEL *AEC_DISP_PROPS_STAIR_MODEL;
// Dwg_Object_AEC_DISP_PROPS_STAIR_PLAN *AEC_DISP_PROPS_STAIR_PLAN;
// Dwg_Object_AEC_DISP_PROPS_STAIR_PLAN_OVERLAPPING *AEC_DISP_PROPS_STAIR_PLAN_OVERLAPPING;
// Dwg_Object_AEC_DISP_PROPS_WALL_GRAPH *AEC_DISP_PROPS_WALL_GRAPH;
// Dwg_Object_AEC_DISP_PROPS_WALL_MODEL *AEC_DISP_PROPS_WALL_MODEL;
// Dwg_Object_AEC_DISP_PROPS_WALL_PLAN *AEC_DISP_PROPS_WALL_PLAN;
// Dwg_Object_AEC_DISP_PROPS_WALL_SCHEM *AEC_DISP_PROPS_WALL_SCHEM;
// Dwg_Object_AEC_DISP_PROPS_WINDOW *AEC_DISP_PROPS_WINDOW;
// Dwg_Object_AEC_DISP_PROPS_WINDOW_ASSEMBLY_SILL_PLAN *AEC_DISP_PROPS_WINDOW_ASSEMBLY_SILL_PLAN;
// Dwg_Object_AEC_DISP_PROPS_WINDOW_NOMINAL *AEC_DISP_PROPS_WINDOW_NOMINAL;
// Dwg_Object_AEC_DISP_PROPS_WINDOW_PLAN_100 *AEC_DISP_PROPS_WINDOW_PLAN_100;
// Dwg_Object_AEC_DISP_PROPS_WINDOW_PLAN_50 *AEC_DISP_PROPS_WINDOW_PLAN_50;
// Dwg_Object_AEC_DISP_PROPS_WINDOW_SILL_PLAN *AEC_DISP_PROPS_WINDOW_SILL_PLAN;
// Dwg_Object_AEC_DISP_PROPS_ZONE *AEC_DISP_PROPS_ZONE;
// Dwg_Object_AEC_DISP_REP_2D_SECTION *AEC_DISP_REP_2D_SECTION;
// Dwg_Object_AEC_DISP_REP_ANCHOR *AEC_DISP_REP_ANCHOR;
// Dwg_Object_AEC_DISP_REP_ANCHOR_BUB_TO_GRID *AEC_DISP_REP_ANCHOR_BUB_TO_GRID;
// Dwg_Object_AEC_DISP_REP_ANCHOR_BUB_TO_GRID_MODEL *AEC_DISP_REP_ANCHOR_BUB_TO_GRID_MODEL;
// Dwg_Object_AEC_DISP_REP_ANCHOR_BUB_TO_GRID_RCP *AEC_DISP_REP_ANCHOR_BUB_TO_GRID_RCP;
// Dwg_Object_AEC_DISP_REP_ANCHOR_ENT_TO_NODE *AEC_DISP_REP_ANCHOR_ENT_TO_NODE;
// Dwg_Object_AEC_DISP_REP_ANCHOR_EXT_TAG_TO_ENT *AEC_DISP_REP_ANCHOR_EXT_TAG_TO_ENT;
// Dwg_Object_AEC_DISP_REP_ANCHOR_TAG_TO_ENT *AEC_DISP_REP_ANCHOR_TAG_TO_ENT;
// Dwg_Object_AEC_DISP_REP_BDG_ELEVLINE_MODEL *AEC_DISP_REP_BDG_ELEVLINE_MODEL;
// Dwg_Object_AEC_DISP_REP_BDG_ELEVLINE_PLAN *AEC_DISP_REP_BDG_ELEVLINE_PLAN;
// Dwg_Object_AEC_DISP_REP_BDG_ELEVLINE_RCP *AEC_DISP_REP_BDG_ELEVLINE_RCP;
// Dwg_Object_AEC_DISP_REP_BDG_SECTIONLINE_MODEL *AEC_DISP_REP_BDG_SECTIONLINE_MODEL;
// Dwg_Object_AEC_DISP_REP_BDG_SECTIONLINE_PLAN *AEC_DISP_REP_BDG_SECTIONLINE_PLAN;
// Dwg_Object_AEC_DISP_REP_BDG_SECTIONLINE_RCP *AEC_DISP_REP_BDG_SECTIONLINE_RCP;
// Dwg_Object_AEC_DISP_REP_BDG_SECTION_MODEL *AEC_DISP_REP_BDG_SECTION_MODEL;
// Dwg_Object_AEC_DISP_REP_BDG_SECTION_SUBDIV *AEC_DISP_REP_BDG_SECTION_SUBDIV;
// Dwg_Object_AEC_DISP_REP_CEILING_GRID *AEC_DISP_REP_CEILING_GRID;
// Dwg_Object_AEC_DISP_REP_CEILING_GRID_MODEL *AEC_DISP_REP_CEILING_GRID_MODEL;
// Dwg_Object_AEC_DISP_REP_CEILING_GRID_RCP *AEC_DISP_REP_CEILING_GRID_RCP;
// Dwg_Object_AEC_DISP_REP_CLIP_VOLUME_MODEL *AEC_DISP_REP_CLIP_VOLUME_MODEL;
// Dwg_Object_AEC_DISP_REP_CLIP_VOLUME_PLAN *AEC_DISP_REP_CLIP_VOLUME_PLAN;
// Dwg_Object_AEC_DISP_REP_CLIP_VOLUME_RESULT *AEC_DISP_REP_CLIP_VOLUME_RESULT;
// Dwg_Object_AEC_DISP_REP_CLIP_VOLUME_RESULT_SUBDIV *AEC_DISP_REP_CLIP_VOLUME_RESULT_SUBDIV;
// Dwg_Object_AEC_DISP_REP_COLUMN_GRID *AEC_DISP_REP_COLUMN_GRID;
// Dwg_Object_AEC_DISP_REP_COLUMN_GRID_MODEL *AEC_DISP_REP_COLUMN_GRID_MODEL;
// Dwg_Object_AEC_DISP_REP_COLUMN_GRID_RCP *AEC_DISP_REP_COLUMN_GRID_RCP;
// Dwg_Object_AEC_DISP_REP_COL_BLOCK *AEC_DISP_REP_COL_BLOCK;
// Dwg_Object_AEC_DISP_REP_COL_CIRCARC2D *AEC_DISP_REP_COL_CIRCARC2D;
// Dwg_Object_AEC_DISP_REP_COL_CONCOINCIDENT *AEC_DISP_REP_COL_CONCOINCIDENT;
// Dwg_Object_AEC_DISP_REP_COL_CONCONCENTRIC *AEC_DISP_REP_COL_CONCONCENTRIC;
// Dwg_Object_AEC_DISP_REP_COL_CONEQUALDISTANCE *AEC_DISP_REP_COL_CONEQUALDISTANCE;
// Dwg_Object_AEC_DISP_REP_COL_CONMIDPOINT *AEC_DISP_REP_COL_CONMIDPOINT;
// Dwg_Object_AEC_DISP_REP_COL_CONNECTOR *AEC_DISP_REP_COL_CONNECTOR;
// Dwg_Object_AEC_DISP_REP_COL_CONNORMAL *AEC_DISP_REP_COL_CONNORMAL;
// Dwg_Object_AEC_DISP_REP_COL_CONPARALLEL *AEC_DISP_REP_COL_CONPARALLEL;
// Dwg_Object_AEC_DISP_REP_COL_CONPERPENDICULAR *AEC_DISP_REP_COL_CONPERPENDICULAR;
// Dwg_Object_AEC_DISP_REP_COL_CONSYMMETRIC *AEC_DISP_REP_COL_CONSYMMETRIC;
// Dwg_Object_AEC_DISP_REP_COL_CONTANGENT *AEC_DISP_REP_COL_CONTANGENT;
// Dwg_Object_AEC_DISP_REP_COL_DIMANGLE *AEC_DISP_REP_COL_DIMANGLE;
// Dwg_Object_AEC_DISP_REP_COL_DIMDIAMETER *AEC_DISP_REP_COL_DIMDIAMETER;
// Dwg_Object_AEC_DISP_REP_COL_DIMDISTANCE *AEC_DISP_REP_COL_DIMDISTANCE;
// Dwg_Object_AEC_DISP_REP_COL_DIMLENGTH *AEC_DISP_REP_COL_DIMLENGTH;
// Dwg_Object_AEC_DISP_REP_COL_DIMMAJORRADIUS *AEC_DISP_REP_COL_DIMMAJORRADIUS;
// Dwg_Object_AEC_DISP_REP_COL_DIMMINORRADIUS *AEC_DISP_REP_COL_DIMMINORRADIUS;
// Dwg_Object_AEC_DISP_REP_COL_ELLIPARC2D *AEC_DISP_REP_COL_ELLIPARC2D;
// Dwg_Object_AEC_DISP_REP_COL_LAYOUTDATA *AEC_DISP_REP_COL_LAYOUTDATA;
// Dwg_Object_AEC_DISP_REP_COL_LINE2D *AEC_DISP_REP_COL_LINE2D;
// Dwg_Object_AEC_DISP_REP_COL_MODIFIER_ADD *AEC_DISP_REP_COL_MODIFIER_ADD;
// Dwg_Object_AEC_DISP_REP_COL_MODIFIER_CUTPLANE *AEC_DISP_REP_COL_MODIFIER_CUTPLANE;
// Dwg_Object_AEC_DISP_REP_COL_MODIFIER_EXTRUSION *AEC_DISP_REP_COL_MODIFIER_EXTRUSION;
// Dwg_Object_AEC_DISP_REP_COL_MODIFIER_GROUP *AEC_DISP_REP_COL_MODIFIER_GROUP;
// Dwg_Object_AEC_DISP_REP_COL_MODIFIER_LOFT *AEC_DISP_REP_COL_MODIFIER_LOFT;
// Dwg_Object_AEC_DISP_REP_COL_MODIFIER_PATH *AEC_DISP_REP_COL_MODIFIER_PATH;
// Dwg_Object_AEC_DISP_REP_COL_MODIFIER_REVOLVE *AEC_DISP_REP_COL_MODIFIER_REVOLVE;
// Dwg_Object_AEC_DISP_REP_COL_MODIFIER_SUBTRACT *AEC_DISP_REP_COL_MODIFIER_SUBTRACT;
// Dwg_Object_AEC_DISP_REP_COL_MODIFIER_TRANSITION *AEC_DISP_REP_COL_MODIFIER_TRANSITION;
// Dwg_Object_AEC_DISP_REP_COL_POINT2D *AEC_DISP_REP_COL_POINT2D;
// Dwg_Object_AEC_DISP_REP_COL_PROFILE *AEC_DISP_REP_COL_PROFILE;
// Dwg_Object_AEC_DISP_REP_COL_WORKPLANE *AEC_DISP_REP_COL_WORKPLANE;
// Dwg_Object_AEC_DISP_REP_COL_WORKPLANE_REF *AEC_DISP_REP_COL_WORKPLANE_REF;
// Dwg_Object_AEC_DISP_REP_CONFIG *AEC_DISP_REP_CONFIG;
// Dwg_Object_AEC_DISP_REP_CURTAIN_WALL_LAYOUT_MODEL *AEC_DISP_REP_CURTAIN_WALL_LAYOUT_MODEL;
// Dwg_Object_AEC_DISP_REP_CURTAIN_WALL_LAYOUT_PLAN *AEC_DISP_REP_CURTAIN_WALL_LAYOUT_PLAN;
// Dwg_Object_AEC_DISP_REP_CURTAIN_WALL_UNIT_MODEL *AEC_DISP_REP_CURTAIN_WALL_UNIT_MODEL;
// Dwg_Object_AEC_DISP_REP_CURTAIN_WALL_UNIT_PLAN *AEC_DISP_REP_CURTAIN_WALL_UNIT_PLAN;
// Dwg_Object_AEC_DISP_REP_DCM_DIMRADIUS *AEC_DISP_REP_DCM_DIMRADIUS;
// Dwg_Object_AEC_DISP_REP_DISPLAYTHEME *AEC_DISP_REP_DISPLAYTHEME;
// Dwg_Object_AEC_DISP_REP_DOOR_ELEV *AEC_DISP_REP_DOOR_ELEV;
// Dwg_Object_AEC_DISP_REP_DOOR_MODEL *AEC_DISP_REP_DOOR_MODEL;
// Dwg_Object_AEC_DISP_REP_DOOR_NOMINAL *AEC_DISP_REP_DOOR_NOMINAL;
// Dwg_Object_AEC_DISP_REP_DOOR_PLAN *AEC_DISP_REP_DOOR_PLAN;
// Dwg_Object_AEC_DISP_REP_DOOR_PLAN_50 *AEC_DISP_REP_DOOR_PLAN_50;
// Dwg_Object_AEC_DISP_REP_DOOR_PLAN_HEKTO *AEC_DISP_REP_DOOR_PLAN_HEKTO;
// Dwg_Object_AEC_DISP_REP_DOOR_RCP *AEC_DISP_REP_DOOR_RCP;
// Dwg_Object_AEC_DISP_REP_DOOR_THRESHOLD_PLAN *AEC_DISP_REP_DOOR_THRESHOLD_PLAN;
// Dwg_Object_AEC_DISP_REP_DOOR_THRESHOLD_SYMBOL_PLAN *AEC_DISP_REP_DOOR_THRESHOLD_SYMBOL_PLAN;
// Dwg_Object_AEC_DISP_REP_EDITINPLACEPROFILE *AEC_DISP_REP_EDITINPLACEPROFILE;
// Dwg_Object_AEC_DISP_REP_ENT_REF *AEC_DISP_REP_ENT_REF;
// Dwg_Object_AEC_DISP_REP_LAYOUT_CURVE *AEC_DISP_REP_LAYOUT_CURVE;
// Dwg_Object_AEC_DISP_REP_LAYOUT_GRID2D *AEC_DISP_REP_LAYOUT_GRID2D;
// Dwg_Object_AEC_DISP_REP_LAYOUT_GRID3D *AEC_DISP_REP_LAYOUT_GRID3D;
// Dwg_Object_AEC_DISP_REP_MASKBLOCK_REF *AEC_DISP_REP_MASKBLOCK_REF;
// Dwg_Object_AEC_DISP_REP_MASKBLOCK_REF_RCP *AEC_DISP_REP_MASKBLOCK_REF_RCP;
// Dwg_Object_AEC_DISP_REP_MASS_ELEM_MODEL *AEC_DISP_REP_MASS_ELEM_MODEL;
// Dwg_Object_AEC_DISP_REP_MASS_ELEM_RCP *AEC_DISP_REP_MASS_ELEM_RCP;
// Dwg_Object_AEC_DISP_REP_MASS_ELEM_SCHEM *AEC_DISP_REP_MASS_ELEM_SCHEM;
// Dwg_Object_AEC_DISP_REP_MASS_GROUP_MODEL *AEC_DISP_REP_MASS_GROUP_MODEL;
// Dwg_Object_AEC_DISP_REP_MASS_GROUP_PLAN *AEC_DISP_REP_MASS_GROUP_PLAN;
// Dwg_Object_AEC_DISP_REP_MASS_GROUP_RCP *AEC_DISP_REP_MASS_GROUP_RCP;
// Dwg_Object_AEC_DISP_REP_MATERIAL *AEC_DISP_REP_MATERIAL;
// Dwg_Object_AEC_DISP_REP_MVBLOCK_REF *AEC_DISP_REP_MVBLOCK_REF;
// Dwg_Object_AEC_DISP_REP_MVBLOCK_REF_MODEL *AEC_DISP_REP_MVBLOCK_REF_MODEL;
// Dwg_Object_AEC_DISP_REP_MVBLOCK_REF_RCP *AEC_DISP_REP_MVBLOCK_REF_RCP;
// Dwg_Object_AEC_DISP_REP_OPENING *AEC_DISP_REP_OPENING;
// Dwg_Object_AEC_DISP_REP_OPENING_MODEL *AEC_DISP_REP_OPENING_MODEL;
// Dwg_Object_AEC_DISP_REP_POLYGON_MODEL *AEC_DISP_REP_POLYGON_MODEL;
// Dwg_Object_AEC_DISP_REP_POLYGON_TRUECOLOUR *AEC_DISP_REP_POLYGON_TRUECOLOUR;
// Dwg_Object_AEC_DISP_REP_RAILING_MODEL *AEC_DISP_REP_RAILING_MODEL;
// Dwg_Object_AEC_DISP_REP_RAILING_PLAN *AEC_DISP_REP_RAILING_PLAN;
// Dwg_Object_AEC_DISP_REP_RAILING_PLAN_100 *AEC_DISP_REP_RAILING_PLAN_100;
// Dwg_Object_AEC_DISP_REP_RAILING_PLAN_50 *AEC_DISP_REP_RAILING_PLAN_50;
// Dwg_Object_AEC_DISP_REP_ROOFSLAB_MODEL *AEC_DISP_REP_ROOFSLAB_MODEL;
// Dwg_Object_AEC_DISP_REP_ROOFSLAB_PLAN *AEC_DISP_REP_ROOFSLAB_PLAN;
// Dwg_Object_AEC_DISP_REP_ROOF_MODEL *AEC_DISP_REP_ROOF_MODEL;
// Dwg_Object_AEC_DISP_REP_ROOF_PLAN *AEC_DISP_REP_ROOF_PLAN;
// Dwg_Object_AEC_DISP_REP_ROOF_RCP *AEC_DISP_REP_ROOF_RCP;
// Dwg_Object_AEC_DISP_REP_SCHEDULE_TABLE *AEC_DISP_REP_SCHEDULE_TABLE;
// Dwg_Object_AEC_DISP_REP_SET *AEC_DISP_REP_SET;
// Dwg_Object_AEC_DISP_REP_SLAB_MODEL *AEC_DISP_REP_SLAB_MODEL;
// Dwg_Object_AEC_DISP_REP_SLAB_PLAN *AEC_DISP_REP_SLAB_PLAN;
// Dwg_Object_AEC_DISP_REP_SLICE *AEC_DISP_REP_SLICE;
// Dwg_Object_AEC_DISP_REP_SPACE_DECOMPOSED *AEC_DISP_REP_SPACE_DECOMPOSED;
// Dwg_Object_AEC_DISP_REP_SPACE_MODEL *AEC_DISP_REP_SPACE_MODEL;
// Dwg_Object_AEC_DISP_REP_SPACE_PLAN *AEC_DISP_REP_SPACE_PLAN;
// Dwg_Object_AEC_DISP_REP_SPACE_RCP *AEC_DISP_REP_SPACE_RCP;
// Dwg_Object_AEC_DISP_REP_SPACE_VOLUME *AEC_DISP_REP_SPACE_VOLUME;
// Dwg_Object_AEC_DISP_REP_STAIR_MODEL *AEC_DISP_REP_STAIR_MODEL;
// Dwg_Object_AEC_DISP_REP_STAIR_PLAN *AEC_DISP_REP_STAIR_PLAN;
// Dwg_Object_AEC_DISP_REP_STAIR_PLAN_100 *AEC_DISP_REP_STAIR_PLAN_100;
// Dwg_Object_AEC_DISP_REP_STAIR_PLAN_50 *AEC_DISP_REP_STAIR_PLAN_50;
// Dwg_Object_AEC_DISP_REP_STAIR_PLAN_OVERLAPPING *AEC_DISP_REP_STAIR_PLAN_OVERLAPPING;
// Dwg_Object_AEC_DISP_REP_STAIR_RCP *AEC_DISP_REP_STAIR_RCP;
// Dwg_Object_AEC_DISP_REP_WALL_GRAPH *AEC_DISP_REP_WALL_GRAPH;
// Dwg_Object_AEC_DISP_REP_WALL_MODEL *AEC_DISP_REP_WALL_MODEL;
// Dwg_Object_AEC_DISP_REP_WALL_PLAN *AEC_DISP_REP_WALL_PLAN;
// Dwg_Object_AEC_DISP_REP_WALL_RCP *AEC_DISP_REP_WALL_RCP;
// Dwg_Object_AEC_DISP_REP_WALL_SCHEM *AEC_DISP_REP_WALL_SCHEM;
// Dwg_Object_AEC_DISP_REP_WINDOWASSEMBLY_SILL_PLAN *AEC_DISP_REP_WINDOWASSEMBLY_SILL_PLAN;
// Dwg_Object_AEC_DISP_REP_WINDOW_ASSEMBLY_MODEL *AEC_DISP_REP_WINDOW_ASSEMBLY_MODEL;
// Dwg_Object_AEC_DISP_REP_WINDOW_ASSEMBLY_PLAN *AEC_DISP_REP_WINDOW_ASSEMBLY_PLAN;
// Dwg_Object_AEC_DISP_REP_WINDOW_ELEV *AEC_DISP_REP_WINDOW_ELEV;
// Dwg_Object_AEC_DISP_REP_WINDOW_MODEL *AEC_DISP_REP_WINDOW_MODEL;
// Dwg_Object_AEC_DISP_REP_WINDOW_NOMINAL *AEC_DISP_REP_WINDOW_NOMINAL;
// Dwg_Object_AEC_DISP_REP_WINDOW_PLAN *AEC_DISP_REP_WINDOW_PLAN;
// Dwg_Object_AEC_DISP_REP_WINDOW_PLAN_100 *AEC_DISP_REP_WINDOW_PLAN_100;
// Dwg_Object_AEC_DISP_REP_WINDOW_PLAN_50 *AEC_DISP_REP_WINDOW_PLAN_50;
// Dwg_Object_AEC_DISP_REP_WINDOW_RCP *AEC_DISP_REP_WINDOW_RCP;
// Dwg_Object_AEC_DISP_REP_WINDOW_SILL_PLAN *AEC_DISP_REP_WINDOW_SILL_PLAN;
// Dwg_Object_AEC_DISP_REP_ZONE *AEC_DISP_REP_ZONE;
// Dwg_Object_AEC_DISP_ROPS_RAILING_PLAN_100 *AEC_DISP_ROPS_RAILING_PLAN_100;
// Dwg_Object_AEC_DISP_ROPS_RAILING_PLAN_50 *AEC_DISP_ROPS_RAILING_PLAN_50;
// Dwg_Object_AEC_DISP_ROPS_STAIR_PLAN_100 *AEC_DISP_ROPS_STAIR_PLAN_100;
// Dwg_Object_AEC_DISP_ROPS_STAIR_PLAN_50 *AEC_DISP_ROPS_STAIR_PLAN_50;
// Dwg_Object_AEC_DOOR_STYLE *AEC_DOOR_STYLE;
// Dwg_Object_AEC_ENDCAP_STYLE *AEC_ENDCAP_STYLE;
// Dwg_Object_AEC_FRAME_DEF *AEC_FRAME_DEF;
// Dwg_Object_AEC_LAYERKEY_STYLE *AEC_LAYERKEY_STYLE;
// Dwg_Object_AEC_LIST_DEF *AEC_LIST_DEF;
// Dwg_Object_AEC_MASKBLOCK_DEF *AEC_MASKBLOCK_DEF;
// Dwg_Object_AEC_MASS_ELEM_STYLE *AEC_MASS_ELEM_STYLE;
// Dwg_Object_AEC_MATERIAL_DEF *AEC_MATERIAL_DEF;
// Dwg_Object_AEC_MVBLOCK_DEF *AEC_MVBLOCK_DEF;
// Dwg_Object_AEC_MVBLOCK_REF *AEC_MVBLOCK_REF;
// Dwg_Object_AEC_NOTIFICATION_TRACKER *AEC_NOTIFICATION_TRACKER;
// Dwg_Object_AEC_POLYGON *AEC_POLYGON;
// Dwg_Object_AEC_POLYGON_STYLE *AEC_POLYGON_STYLE;
// Dwg_Object_AEC_PROPERTY_SET_DEF *AEC_PROPERTY_SET_DEF;
// Dwg_Object_AEC_RAILING_STYLE *AEC_RAILING_STYLE;
// Dwg_Object_AEC_REFEDIT_STATUS_TRACKER *AEC_REFEDIT_STATUS_TRACKER;
// Dwg_Object_AEC_ROOFSLABEDGE_STYLE *AEC_ROOFSLABEDGE_STYLE;
// Dwg_Object_AEC_ROOFSLAB_STYLE *AEC_ROOFSLAB_STYLE;
// Dwg_Object_AEC_SCHEDULE_DATA_FORMAT *AEC_SCHEDULE_DATA_FORMAT;
// Dwg_Object_AEC_SLABEDGE_STYLE *AEC_SLABEDGE_STYLE;
// Dwg_Object_AEC_SLAB_STYLE *AEC_SLAB_STYLE;
// Dwg_Object_AEC_SPACE_STYLES *AEC_SPACE_STYLES;
// Dwg_Object_AEC_STAIR_STYLE *AEC_STAIR_STYLE;
// Dwg_Object_AEC_STAIR_WINDER_STYLE *AEC_STAIR_WINDER_STYLE;
// Dwg_Object_AEC_STAIR_WINDER_TYPE_BALANCED *AEC_STAIR_WINDER_TYPE_BALANCED;
// Dwg_Object_AEC_STAIR_WINDER_TYPE_MANUAL *AEC_STAIR_WINDER_TYPE_MANUAL;
// Dwg_Object_AEC_STAIR_WINDER_TYPE_SINGLE_POINT *AEC_STAIR_WINDER_TYPE_SINGLE_POINT;
// Dwg_Object_AEC_VARS_AECBBLDSRV *AEC_VARS_AECBBLDSRV;
// Dwg_Object_AEC_VARS_ARCHBASE *AEC_VARS_ARCHBASE;
// Dwg_Object_AEC_VARS_DWG_SETUP *AEC_VARS_DWG_SETUP;
// Dwg_Object_AEC_VARS_MUNICH *AEC_VARS_MUNICH;
// Dwg_Object_AEC_VARS_STRUCTUREBASE *AEC_VARS_STRUCTUREBASE;
// Dwg_Object_AEC_WALLMOD_STYLE *AEC_WALLMOD_STYLE;
// Dwg_Object_AEC_WALL_STYLE *AEC_WALL_STYLE;
// Dwg_Object_AEC_WINDOW_ASSEMBLY_STYLE *AEC_WINDOW_ASSEMBLY_STYLE;
// Dwg_Object_AEC_WINDOW_STYLE *AEC_WINDOW_STYLE;
// Dwg_Object_ALIGNMENTGRIPENTITY *ALIGNMENTGRIPENTITY;
// Dwg_Object_AMCONTEXTMGR *AMCONTEXTMGR;
// Dwg_Object_AMDTADMENUSTATE *AMDTADMENUSTATE;
// Dwg_Object_AMDTAMMENUSTATE *AMDTAMMENUSTATE;
// Dwg_Object_AMDTBROWSERDBTAB *AMDTBROWSERDBTAB;
// Dwg_Object_AMDTDMMENUSTATE *AMDTDMMENUSTATE;
// Dwg_Object_AMDTEDGESTANDARDDIN *AMDTEDGESTANDARDDIN;
// Dwg_Object_AMDTEDGESTANDARDDIN13715 *AMDTEDGESTANDARDDIN13715;
// Dwg_Object_AMDTEDGESTANDARDISO *AMDTEDGESTANDARDISO;
// Dwg_Object_AMDTEDGESTANDARDISO13715 *AMDTEDGESTANDARDISO13715;
// Dwg_Object_AMDTFORMULAUPDATEDISPATCHER *AMDTFORMULAUPDATEDISPATCHER;
// Dwg_Object_AMDTINTERNALREACTOR *AMDTINTERNALREACTOR;
// Dwg_Object_AMDTMCOMMENUSTATE *AMDTMCOMMENUSTATE;
// Dwg_Object_AMDTMENUSTATEMGR *AMDTMENUSTATEMGR;
// Dwg_Object_AMDTNOTE *AMDTNOTE;
// Dwg_Object_AMDTNOTETEMPLATEDB *AMDTNOTETEMPLATEDB;
// Dwg_Object_AMDTSECTIONSYM *AMDTSECTIONSYM;
// Dwg_Object_AMDTSECTIONSYMLABEL *AMDTSECTIONSYMLABEL;
// Dwg_Object_AMDTSYSATTR *AMDTSYSATTR;
// Dwg_Object_AMGOBJPROPCFG *AMGOBJPROPCFG;
// Dwg_Object_AMGSETTINGSOBJ *AMGSETTINGSOBJ;
// Dwg_Object_AMIMASTER *AMIMASTER;
// Dwg_Object_AM_DRAWING_MGR *AM_DRAWING_MGR;
// Dwg_Object_AM_DWGMGR_NAME *AM_DWGMGR_NAME;
// Dwg_Object_AM_DWG_DOCUMENT *AM_DWG_DOCUMENT;
// Dwg_Object_AM_DWG_SHEET *AM_DWG_SHEET;
// Dwg_Object_AM_VIEWDIMPARMAP *AM_VIEWDIMPARMAP;
// Dwg_Object_BINRECORD *BINRECORD;
// Dwg_Object_CAMSCATALOGAPPOBJECT *CAMSCATALOGAPPOBJECT;
// Dwg_Object_CAMSSTRUCTBTNSTATE *CAMSSTRUCTBTNSTATE;
// Dwg_Object_CATALOGSTATE *CATALOGSTATE;
// Dwg_Object_CBROWSERAPPOBJECT *CBROWSERAPPOBJECT;
// Dwg_Object_DEPMGR *DEPMGR;
// Dwg_Object_DMBASEELEMENT *DMBASEELEMENT;
// Dwg_Object_DMDEFAULTSTYLE *DMDEFAULTSTYLE;
// Dwg_Object_DMLEGEND *DMLEGEND;
// Dwg_Object_DMMAP *DMMAP;
// Dwg_Object_DMMAPMANAGER *DMMAPMANAGER;
// Dwg_Object_DMSTYLECATEGORY *DMSTYLECATEGORY;
// Dwg_Object_DMSTYLELIBRARY *DMSTYLELIBRARY;
// Dwg_Object_DMSTYLEREFERENCE *DMSTYLEREFERENCE;
// Dwg_Object_DMSTYLIZEDENTITIESTABLE *DMSTYLIZEDENTITIESTABLE;
// Dwg_Object_DMSURROGATESTYLESETS *DMSURROGATESTYLESETS;
// Dwg_Object_DM_PLACEHOLDER *DM_PLACEHOLDER;
// Dwg_Object_EXACTERMXREFMAP *EXACTERMXREFMAP;
// Dwg_Object_EXACXREFPANELOBJECT *EXACXREFPANELOBJECT;
// Dwg_Object_EXPO_NOTIFYBLOCK *EXPO_NOTIFYBLOCK;
// Dwg_Object_EXPO_NOTIFYHALL *EXPO_NOTIFYHALL;
// Dwg_Object_EXPO_NOTIFYPILLAR *EXPO_NOTIFYPILLAR;
// Dwg_Object_EXPO_NOTIFYSTAND *EXPO_NOTIFYSTAND;
// Dwg_Object_EXPO_NOTIFYSTANDNOPOLY *EXPO_NOTIFYSTANDNOPOLY;
// Dwg_Object_FLIPACTIONENTITY *FLIPACTIONENTITY;
// Dwg_Object_GSMANAGER *GSMANAGER;
// Dwg_Object_IRD_DSC_DICT *IRD_DSC_DICT;
// Dwg_Object_IRD_DSC_RECORD *IRD_DSC_RECORD;
// Dwg_Object_IRD_OBJ_RECORD *IRD_OBJ_RECORD;
// Dwg_Object_MAPFSMRVOBJECT *MAPFSMRVOBJECT;
// Dwg_Object_MAPGWSUNDOOBJECT *MAPGWSUNDOOBJECT;
// Dwg_Object_MAPIAMMOUDLE *MAPIAMMOUDLE;
// Dwg_Object_MAPMETADATAOBJECT *MAPMETADATAOBJECT;
// Dwg_Object_MAPRESOURCEMANAGEROBJECT *MAPRESOURCEMANAGEROBJECT;
// Dwg_Object_MOVEACTIONENTITY *MOVEACTIONENTITY;
// Dwg_Object_McDbContainer2 *McDbContainer2;
// Dwg_Object_McDbMarker *McDbMarker;
// Dwg_Object_NAMEDAPPL *NAMEDAPPL;
// Dwg_Object_NEWSTDPARTPARLIST *NEWSTDPARTPARLIST;
// Dwg_Object_NPOCOLLECTION *NPOCOLLECTION;
// Dwg_Object_OBJCLONER *OBJCLONER;
// Dwg_Object_PARAMMGR *PARAMMGR;
// Dwg_Object_PARAMSCOPE *PARAMSCOPE;
// Dwg_Object_PILLAR *PILLAR;
// Dwg_Object_RAPIDRTRENDERENVIRONMENT *RAPIDRTRENDERENVIRONMENT;
// Dwg_Object_ROTATEACTIONENTITY *ROTATEACTIONENTITY;
// Dwg_Object_SCALEACTIONENTITY *SCALEACTIONENTITY;
// Dwg_Object_STDPART2D *STDPART2D;
// Dwg_Object_STRETCHACTIONENTITY *STRETCHACTIONENTITY;
// Dwg_Object_TCH_ARROW *TCH_ARROW;
// Dwg_Object_TCH_AXIS_LABEL *TCH_AXIS_LABEL;
// Dwg_Object_TCH_BLOCK_INSERT *TCH_BLOCK_INSERT;
// Dwg_Object_TCH_COLUMN *TCH_COLUMN;
// Dwg_Object_TCH_DBCONFIG *TCH_DBCONFIG;
// Dwg_Object_TCH_DIMENSION2 *TCH_DIMENSION2;
// Dwg_Object_TCH_DRAWINGINDEX *TCH_DRAWINGINDEX;
// Dwg_Object_TCH_HANDRAIL *TCH_HANDRAIL;
// Dwg_Object_TCH_LINESTAIR *TCH_LINESTAIR;
// Dwg_Object_TCH_OPENING *TCH_OPENING;
// Dwg_Object_TCH_RECTSTAIR *TCH_RECTSTAIR;
// Dwg_Object_TCH_SLAB *TCH_SLAB;
// Dwg_Object_TCH_SPACE *TCH_SPACE;
// Dwg_Object_TCH_TEXT *TCH_TEXT;
// Dwg_Object_TCH_WALL *TCH_WALL;
// Dwg_Object_TGrupoPuntos *TGrupoPuntos;
// Dwg_Object_VAACIMAGEINVENTORY *VAACIMAGEINVENTORY;
// Dwg_Object_VAACXREFPANELOBJECT *VAACXREFPANELOBJECT;
// Dwg_Object_XREFPANELOBJECT *XREFPANELOBJECT;
// clang-format: off
/* End auto-generated object-union */
// clang-format on
} tio;
struct _dwg_struct *dwg;
BITCODE_BL num_eed;
Dwg_Eed *eed;
/* Common Object Data */
BITCODE_H ownerhandle; /*!< code 5, DXF 330 */
BITCODE_BL num_reactors;
BITCODE_H* reactors; /*!< r13+ code 4, DXF 102 {ACAD_XDICTIONARY, 330 */
BITCODE_H xdicobjhandle; /*!< r13+ code 3, DXF 102 {ACAD_REACTORS, 360 */
BITCODE_B is_xdic_missing; /*!< r2004+ */
BITCODE_B has_ds_data; /*!< r2013+ AcDs datastore */
/*unsigned int num_handles;*/
Dwg_Handle *handleref; //??
} Dwg_Object_Object;
/**
Classes
*/
typedef struct _dwg_class
{
BITCODE_BS number; /*!< starting with 500 */
/* see http://images.autodesk.com/adsk/files/autocad_2012_pdf_dxf-reference_enu.pdf */
BITCODE_BS proxyflag; /*!<
erase allowed = 1,
transform allowed = 2,
color change allowed = 4,
layer change allowed = 8,
LTYPE change allowed = 16,
LTYPE.scale change allowed = 32,
visibility change allowed = 64,
cloning allowed = 128,
Lineweight change allowed = 256,
PLOTSTYLE Name change allowed = 512,
Disables proxy warning dialog = 1024,
is R13 format proxy = 32768 */
char *appname;
char *cppname;
char *dxfname; /*!< ASCII or UTF-8 */
BITCODE_TU dxfname_u; /*!< r2007+, always transformed to dxfname as UTF-8 */
BITCODE_B is_zombie; /*!< i.e. was_proxy, not loaded class */
BITCODE_BS item_class_id; /*!< really is_entity. 1f2 for entities, 1f3 for objects */
BITCODE_BL num_instances; /*!< 91 instance count for a custom class */
BITCODE_BL dwg_version;
BITCODE_BL maint_version;
BITCODE_BL unknown_1; /*!< def: 0L */
BITCODE_BL unknown_2; /*!< def: 0L */
} Dwg_Class;
/**
General DWG object with link to either entity or object, and as parent the DWG
*/
typedef struct _dwg_object
{
BITCODE_RL size; /*!< in bytes */
size_t address; /*!< byte offset in the file */
BITCODE_BS type; /*!< fixed or variable (class - 500) */
BITCODE_RL index; /*!< into dwg->object[] */
enum DWG_OBJECT_TYPE fixedtype; /*!< into a global list */
char *name; /*!< our public entity/object name */
char *dxfname; /*!< the internal dxf classname, often with a ACDB prefix */
Dwg_Object_Supertype supertype;
union
{
Dwg_Object_Entity *entity;
Dwg_Object_Object *object;
} tio;
Dwg_Handle handle;
struct _dwg_struct *parent;
Dwg_Class *klass; /* the optional class of a variable object */
BITCODE_RL bitsize; /* common + object fields, but no handles */
size_t bitsize_pos; /* bitsize offset in bits: r13-2007 */
size_t hdlpos; /* relative offset, in bits */
BITCODE_B was_bitsize_set; /* internally for encode only */
BITCODE_B has_strings; /*!< r2007+ */
BITCODE_RL stringstream_size; /*!< r2007+ in bits, unused */
BITCODE_UMC handlestream_size; /*!< r2010+ in bits */
size_t common_size; /* relative offset from type ... end common_entity_data */
BITCODE_RL num_unknown_bits;
BITCODE_TF unknown_bits; // replacing the full object
BITCODE_RL num_unknown_rest;
BITCODE_TF unknown_rest; // just the rest
} Dwg_Object;
/**
Dwg_Chain similar to Bit_Chain in "bits.h". Used only for the Thumbnail thumbnail
*/
typedef struct _dwg_chain
{
unsigned char *chain;
size_t size;
size_t byte;
unsigned char bit;
/* NOT:
unsigned char opts;
Dwg_Version_Type version;
Dwg_Version_Type from_version;
FILE *fh;
BITCODE_RS codepage;
*/
} Dwg_Chain;
typedef enum DWG_SECTION_TYPE /* since r2004+ */
{
SECTION_UNKNOWN = 0, /* FILEHEADER, the very first 160 byte? */
SECTION_HEADER = 1, /* AcDb:Header */
SECTION_AUXHEADER = 2, /* AcDb:AuxHeader */
SECTION_CLASSES = 3, /* AcDb:Classes */
SECTION_HANDLES = 4, /* AcDb:Handles */
SECTION_TEMPLATE = 5, /* AcDb:Template */
SECTION_OBJFREESPACE = 6, /* AcDb:ObjFreeSpace */
SECTION_OBJECTS = 7, /* AcDb:AcDbObjects */
SECTION_REVHISTORY = 8, /* AcDb:RevHistory */
SECTION_SUMMARYINFO = 9, /* AcDb:SummaryInfo */
SECTION_PREVIEW = 10, /* AcDb:Preview */
SECTION_APPINFO = 11, /* AcDb:AppInfo */
SECTION_APPINFOHISTORY = 12, /* AcDb:AppInfoHistory */
SECTION_FILEDEPLIST = 13, /* AcDb:FileDepList */
SECTION_SECURITY, /* AcDb:Security, if stored with a password */
SECTION_VBAPROJECT, /* AcDb:VBAProject */
SECTION_SIGNATURE, /* AcDb:Signature */
SECTION_ACDS, /* AcDb:AcDsPrototype_1b = 12 (ACIS datastorage) */
SECTION_INFO, /* also called Data Section, or Section Page Map (ODA) */
SECTION_SYSTEM_MAP,
} Dwg_Section_Type;
/* r13 - r2000 */
typedef enum DWG_SECTION_TYPE_R13
{
SECTION_HEADER_R13 = 0,
SECTION_CLASSES_R13 = 1,
SECTION_HANDLES_R13 = 2,
SECTION_OBJFREESPACE_R13 = 3, /* including the 2ndheader */
SECTION_TEMPLATE_R13 = 4,
SECTION_AUXHEADER_R2000 = 5,
SECTION_THUMBNAIL_R13 = 6,
} Dwg_Section_Type_r13;
typedef enum DWG_SECTION_TYPE_R11 /* tables */
{
SECTION_HEADER_R11 = 0,
SECTION_BLOCK = 1,
SECTION_LAYER = 2,
SECTION_STYLE = 3,
SECTION_LTYPE = 5,
SECTION_VIEW = 6,
// since r10:
SECTION_UCS = 7,
SECTION_VPORT = 8,
// over 160 header vars
SECTION_APPID = 9,
// since r11:
SECTION_DIMSTYLE = 10,
SECTION_VX = 11,
} Dwg_Section_Type_r11;
typedef struct _dwg_section
{
BITCODE_RLd number; /* preR13: num_entries, r2007: id */
BITCODE_RL size; /* now unsigned */
BITCODE_RLL address;
BITCODE_RL objid_r11;
/* r2000+: */
BITCODE_RL parent;
BITCODE_RL left;
BITCODE_RL right;
BITCODE_RL x00;
Dwg_Section_Type type; /* to be casted to Dwg_Section_Type_r11 preR13 */
/* => section_info? */
char name[64];
/*!< r2004 section fields: */
BITCODE_RL section_type;
BITCODE_RL decomp_data_size;
BITCODE_RL comp_data_size;
BITCODE_RL compression_type;
BITCODE_RL checksum;
BITCODE_RS flags_r11;
} Dwg_Section;
/* Dwg_R2007_Section:
int64_t data_size; // max size of page
int64_t max_size;
int64_t encrypted;
int64_t hashcode;
int64_t name_length; // 0x22
int64_t unknown; // 0x00
int64_t encoded;
int64_t num_pages;
DWGCHAR *name;
r2007_section_page **pages;
struct _r2007_section *nextsec;
*/
// ODA 4.5
typedef struct
{
BITCODE_RL num_desc;
BITCODE_RL compressed; /* Compressed (1 = no, 2 = yes, normally 2) */
BITCODE_RL max_size;
BITCODE_RL encrypted; /* (0 = no, 1 = yes, 2 = unknown) */
BITCODE_RL num_desc2;
} Dwg_Section_InfoHdr;
typedef struct
{
int64_t size;
BITCODE_RL num_sections;
BITCODE_RL max_decomp_size;
BITCODE_RL unknown;
BITCODE_RL compressed; /* Compressed (1 = no, 2 = yes, normally 2) */
BITCODE_RL type; /* The dynamic index as read/written */
BITCODE_RL encrypted; /* (0 = no, 1 = yes, 2 = unknown) */
char name[64];
Dwg_Section_Type fixedtype; /* to search for */
Dwg_Section **sections;
} Dwg_Section_Info;
typedef struct _dwg_SummaryInfo_Property
{
BITCODE_T16 tag; // CUSTOMPROPERTYTAG
BITCODE_T16 value; // CUSTOMPROPERTY
} Dwg_SummaryInfo_Property;
typedef struct _dwg_FileDepList_Files
{
BITCODE_T32 filename;
BITCODE_T32 filepath;
BITCODE_T32 fingerprint;
BITCODE_T32 version;
BITCODE_RL feature_index;
BITCODE_RL timestamp;
BITCODE_RL filesize;
BITCODE_RS affects_graphics;
BITCODE_RL refcount;
} Dwg_FileDepList_Files;
typedef struct _dwg_AcDs_SegmentIndex
{
BITCODE_RLL offset;
BITCODE_RL size;
} Dwg_AcDs_SegmentIndex;
typedef struct _dwg_AcDs_DataIndex_Entry
{
BITCODE_RL segidx;
BITCODE_RL offset;
BITCODE_RL schidx;
} Dwg_AcDs_DataIndex_Entry;
typedef struct _dwg_AcDs_DataIndex
{
BITCODE_RL num_entries;
BITCODE_RL di_unknown; // always 0, probably RLL above
Dwg_AcDs_DataIndex_Entry *entries;
} Dwg_AcDs_DataIndex;
typedef struct _dwg_AcDs_Data_RecordHdr
{
BITCODE_RL entry_size;
BITCODE_RL unknown; // mostly 1
BITCODE_RLL handle;
BITCODE_RL offset;
} Dwg_AcDs_Data_RecordHdr;
typedef struct _dwg_AcDs_Data_Record
{
BITCODE_RL data_size;
BITCODE_RC *blob;
} Dwg_AcDs_Data_Record;
typedef struct _dwg_AcDs_Data
{
Dwg_AcDs_Data_RecordHdr *record_hdrs;
Dwg_AcDs_Data_Record *records;
} Dwg_AcDs_Data;
typedef struct _dwg_AcDs_DataBlobRef_Page
{
BITCODE_RL segidx;
BITCODE_RL size;
} Dwg_AcDs_DataBlobRef_Page;
typedef struct _dwg_AcDs_DataBlobRef
{
BITCODE_RLL total_data_size;
BITCODE_RL num_pages;
BITCODE_RL record_size;
BITCODE_RL page_size;
BITCODE_RL unknown_1; // ODA writes 1
BITCODE_RL unknown_2; // ODA writes 0
Dwg_AcDs_DataBlobRef_Page *pages;
} Dwg_AcDs_DataBlobRef;
typedef struct _dwg_AcDs_DataBlob
{
BITCODE_RLL data_size;
BITCODE_RL page_count;
BITCODE_RL record_size;
BITCODE_RL page_size;
BITCODE_RL unknown_1; // ODA writes 1
BITCODE_RL unknown_2; // ODA writes 0
Dwg_AcDs_DataBlobRef *ref; // only one, optional
} Dwg_AcDs_DataBlob;
typedef struct _dwg_AcDs_DataBlob01
{
BITCODE_RLL total_data_size;
BITCODE_RLL page_start_offset;
int32_t page_index;
int32_t page_count;
BITCODE_RLL page_data_size;
BITCODE_RC *page_data;
} Dwg_AcDs_DataBlob01;
// 24.2.2.5
typedef struct _dwg_AcDs_SchemaIndex_Prop
{
BITCODE_RL index;
BITCODE_RL segidx;
BITCODE_RL offset;
} Dwg_AcDs_SchemaIndex_Prop;
// 24.2.2.5
typedef struct _dwg_AcDs_SchemaIndex
{
BITCODE_RL num_props; // or uint64
BITCODE_RL si_unknown_1;
Dwg_AcDs_SchemaIndex_Prop *props;
BITCODE_RLL si_tag; /* 0x0af10c */
BITCODE_RL num_prop_entries;
BITCODE_RL si_unknown_2; /* 0 */
Dwg_AcDs_SchemaIndex_Prop *prop_entries;
} Dwg_AcDs_SchemaIndex;
// 24.2.2.6.1.1
typedef struct _dwg_AcDs_Schema_Prop
{
BITCODE_RL flags; /*<! DXF 91 */
BITCODE_RL namidx; /*<! DXF 2 */
BITCODE_RL type; /*<! DXF 280, 0-15 */
BITCODE_RL type_size;
BITCODE_RL unknown_1;
BITCODE_RL unknown_2;
BITCODE_RS num_values;
BITCODE_RC *values;
} Dwg_AcDs_Schema_Prop;
// 24.2.2.6.1
typedef struct _dwg_AcDs_Schema
{
BITCODE_RS num_index;
BITCODE_RLL *index;
BITCODE_RS num_props;
Dwg_AcDs_Schema_Prop *props;
} Dwg_AcDs_Schema;
// 24.2.2.6
typedef struct _dwg_AcDs_SchemaData_UProp
{
BITCODE_RL size;
BITCODE_RL flags;
} Dwg_AcDs_SchemaData_UProp;
typedef struct _dwg_AcDs_SchemaData
{
BITCODE_RL num_uprops; // computed, see schidx
Dwg_AcDs_SchemaData_UProp *uprops;
BITCODE_RL num_schemas; // computed, see schidx
Dwg_AcDs_Schema *schemas;
BITCODE_RL num_propnames;
BITCODE_TV *propnames;
} Dwg_AcDs_SchemaData;
typedef struct _dwg_AcDs_Search_IdIdx
{
BITCODE_RLL handle;
BITCODE_RL num_ididx;
BITCODE_RLL *ididx;
} Dwg_AcDs_Search_IdIdx;
typedef struct _dwg_AcDs_Search_IdIdxs
{
BITCODE_RL num_ididx;
Dwg_AcDs_Search_IdIdx *ididx;
} Dwg_AcDs_Search_IdIdxs;
// 24.2.2.7.1
typedef struct _dwg_AcDs_Search_Data
{
BITCODE_RL schema_namidx;
BITCODE_RL num_sortedidx;
BITCODE_RLLd *sortedidx;
BITCODE_RL num_ididxs;
BITCODE_RL unknown;
Dwg_AcDs_Search_IdIdxs *ididxs;
} Dwg_AcDs_Search_Data;
typedef struct _dwg_AcDs_Search
{
BITCODE_RL num_search;
Dwg_AcDs_Search_Data *search;
} Dwg_AcDs_Search;
typedef struct _dwg_AcDs_Segment
{
BITCODE_RS signature; /* always 0xd5ac */
BITCODE_RC name[7]; /* segidx, datidx, _data_, schidx, schdat, search, blob01 */
BITCODE_RCd type; /* computed 0-6 or -1 */
BITCODE_RL segment_idx;
BITCODE_RL is_blob01;
BITCODE_RL segsize;
BITCODE_RL unknown_2;
BITCODE_RL ds_version; // datastorage revision
BITCODE_RL unknown_3;
BITCODE_RL data_algn_offset;
BITCODE_RL objdata_algn_offset;
BITCODE_RC padding[9]; // always 8x 0x55
} Dwg_AcDs_Segment;
typedef struct _dwg_AcDs
{
// header
BITCODE_RL file_signature;
BITCODE_RL file_header_size;
BITCODE_RL unknown_1; /* acis version? always 2 */
BITCODE_RL version; /* always 2 */
BITCODE_RL unknown_2; /* always 0 */
BITCODE_RL ds_version; /* datastorage revision */
BITCODE_RL segidx_offset;
BITCODE_RL segidx_unknown;
BITCODE_RL num_segidx;
BITCODE_RL schidx_segidx;
BITCODE_RL datidx_segidx;
BITCODE_RL search_segidx;
BITCODE_RL prvsav_segidx;
BITCODE_RL file_size;
BITCODE_BL total_segments; // computed
Dwg_AcDs_SegmentIndex *segidx;
Dwg_AcDs_DataIndex datidx;
Dwg_AcDs_Data *data;
Dwg_AcDs_DataBlob blob01;
Dwg_AcDs_SchemaIndex schidx;
Dwg_AcDs_SchemaData schdat;
Dwg_AcDs_Search search;
Dwg_AcDs_Segment *segments;
} Dwg_AcDs;
typedef struct _dwg_header
{
Dwg_Version_Type version; /* calculated from the header magic */
Dwg_Version_Type from_version; /* option. set by --as (convert from) */
BITCODE_RC maint_rel_version; /* See dwg_versions[] */
BITCODE_RC zero_one_or_three;
BITCODE_RS numentity_sections; /* < R13, always 3 */
BITCODE_RS numheader_vars; /* < R13 */
BITCODE_RL thumbnail_address; /* THUMBNAIL or AdDb:Preview */
BITCODE_RC dwg_version; /* version the DWG was written with */
BITCODE_RC maint_version; /* version the DWG is targetting */
BITCODE_RL entities_start; /* < R13 */
BITCODE_RL entities_end; /* < R13 */
BITCODE_RL blocks_start; /* < R13 */
BITCODE_RL blocks_size; /* < R13 */
BITCODE_RL extras_start; /* < R13 */
BITCODE_RL extras_size; /* < R13 */
BITCODE_RS codepage;
BITCODE_RC unknown_0; /* R2004+ */
BITCODE_RC app_dwg_version; /* R2004+ */
BITCODE_RC app_maint_version; /* R2004+ */
BITCODE_RL security_type; /* R2004+ */
BITCODE_RL rl_1c_address; /* R2004+ mostly 0 */
BITCODE_RL summaryinfo_address; /* R2004+ */
BITCODE_RL vbaproj_address; /* R2004+ */
BITCODE_RL r2004_header_address; /* R2004+ */
BITCODE_RL sections; // as in the header, 5 or 6 usually
BITCODE_RL num_sections; // as allocated, many more
Dwg_Section *section;
Dwg_Section_InfoHdr section_infohdr; /* R2004+ */
Dwg_Section_Info *section_info;
} Dwg_Header;
#pragma pack(1)
typedef struct r2007_file_header
{
int64_t header_size; // 0x70
int64_t file_size;
int64_t pages_map_crc_compressed;
int64_t pages_map_correction;
int64_t pages_map_crc_seed;
int64_t pages_map2_offset;
int64_t pages_map2_id;
int64_t pages_map_offset; // starting address of the Page Map section
int64_t pages_map_id;
int64_t header2_offset;
int64_t pages_map_size_comp; // the compressed size of section
int64_t pages_map_size_uncomp;
int64_t pages_amount;
int64_t pages_maxid;
int64_t unknown1; // 0x20
int64_t unknown2; // 0x40
int64_t pages_map_crc_uncomp;
int64_t unknown3; // 0xf800
int64_t unknown4; // 4
int64_t unknown5; // 1
int64_t num_sections;
int64_t sections_map_crc_uncomp;
int64_t sections_map_size_comp;
int64_t sections_map2_id;
int64_t sections_map_id;
int64_t sections_map_size_uncomp;
int64_t sections_map_crc_comp;
int64_t sections_map_correction;
int64_t sections_map_crc_seed;
int64_t stream_version; // 0x60100
int64_t crc_seed;
int64_t crc_seed_encoded;
int64_t random_seed;
int64_t header_crc;
} Dwg_R2007_Header;
typedef struct _dwg_R2004_Header /* encrypted */
{
BITCODE_RC file_ID_string[12];
BITCODE_RLx header_address;
BITCODE_RL header_size;
BITCODE_RL x04;
BITCODE_RLd root_tree_node_gap;
BITCODE_RLd lowermost_left_tree_node_gap;
BITCODE_RLd lowermost_right_tree_node_gap;
BITCODE_RL unknown_long;
BITCODE_RL last_section_id;
BITCODE_RLL last_section_address;
BITCODE_RLL secondheader_address;
BITCODE_RL numgaps;
BITCODE_RL numsections;
BITCODE_RL x20;
BITCODE_RL x80;
BITCODE_RL x40;
BITCODE_RL section_map_id;
BITCODE_RLL section_map_address;
BITCODE_RLd section_info_id;
BITCODE_RLd section_array_size;
BITCODE_RL gap_array_size;
BITCODE_RLx crc32; /* p 2.14.2 32bit CRC 2004+ */
BITCODE_RC padding[12];
/* System Section: Section Page Map */
BITCODE_RL section_type; /* 0x4163043b */
BITCODE_RL decomp_data_size;
BITCODE_RL comp_data_size;
BITCODE_RL compression_type;
BITCODE_RLx checksum;
} Dwg_R2004_Header;
#pragma pack()
typedef struct _dwg_auxheader
{
BITCODE_RC aux_intro[3]; /* ff 77 01 */
BITCODE_RS dwg_version;
BITCODE_RS maint_version;
BITCODE_RL numsaves;
BITCODE_RL minus_1;
BITCODE_RS numsaves_1;
BITCODE_RS numsaves_2;
BITCODE_RL zero;
BITCODE_RS dwg_version_1;
BITCODE_RS maint_version_1;
BITCODE_RS dwg_version_2;
BITCODE_RS maint_version_2;
BITCODE_RS unknown_6rs[6];
BITCODE_RL unknown_5rl[5];
BITCODE_TIMERLL TDCREATE;
BITCODE_TIMERLL TDUPDATE;
BITCODE_RLL HANDSEED;
BITCODE_RS zero_1;
BITCODE_RS numsaves_3;
BITCODE_RL zero_2;
BITCODE_RL zero_3;
BITCODE_RL zero_4;
BITCODE_RL numsaves_4;
BITCODE_RL zero_5;
BITCODE_RL zero_6;
BITCODE_RL zero_7;
BITCODE_RL zero_8; /* ?? */
BITCODE_RS zero_18[3]; /* R2018+ */
BITCODE_RS num_auxheader_variables; /* < R13 */
BITCODE_RS auxheader_size; /* < R13 */
BITCODE_RL entities_start; /* < R13 */
BITCODE_RL entities_end; /* < R13 */
BITCODE_RL blocks_start; /* < R13 */
BITCODE_RL extras_start; /* < R13 */
BITCODE_RLx auxheader_address; /* < R13 */
BITCODE_RS num_aux_tables; /* < R13 */
BITCODE_BS R11_HANDLING; /* TODO Merge with HANDSEED */
} Dwg_AuxHeader;
typedef struct _dwg_summaryinfo
{
BITCODE_T16 TITLE;
BITCODE_T16 SUBJECT;
BITCODE_T16 AUTHOR;
BITCODE_T16 KEYWORDS;
BITCODE_T16 COMMENTS;
BITCODE_T16 LASTSAVEDBY;
BITCODE_T16 REVISIONNUMBER;
BITCODE_T16 HYPERLINKBASE;
BITCODE_TIMERLL TDINDWG; /* days + ms, fixed size! */
BITCODE_TIMERLL TDCREATE;
BITCODE_TIMERLL TDUPDATE;
BITCODE_RS num_props;
Dwg_SummaryInfo_Property *props;
BITCODE_RL unknown1;
BITCODE_RL unknown2;
} Dwg_SummaryInfo;
/* Contains information about the application that wrote
the .dwg file (encrypted = 2). */
typedef struct _dwg_appinfo
{
BITCODE_RL size;
BITCODE_TF unknown_bits;
BITCODE_RL class_version; // 3
BITCODE_RL num_strings; // 2-3
BITCODE_T16 appinfo_name; // AppInfoDataList
BITCODE_RC version_checksum[16];
BITCODE_RC comment_checksum[16];
BITCODE_RC product_checksum[16];
BITCODE_T16 version; // "19.0.55.0.0", "Teigha(R) 4.3.2.0"
BITCODE_T16 comment; // "Autodesk DWG. This file is a Trusted DWG "...
BITCODE_T16 product_info; // XML ProductInformation
} Dwg_AppInfo;
/* File Dependencies, IMAGE files, fonts, xrefs, plotconfigs */
typedef struct _dwg_filedeplist
{
BITCODE_RL num_features;
BITCODE_TU32 *features; // Acad:XRef, Acad:Image, Acad:PlotConfig, Acad:Text
BITCODE_RL num_files;
Dwg_FileDepList_Files *files;
} Dwg_FileDepList;
/* password info */
typedef struct _dwg_security
{
BITCODE_RL unknown_1; // 0xc
BITCODE_RL unknown_2; // 0
BITCODE_RL unknown_3; // 0xabcdabcd
BITCODE_RL crypto_id; //
BITCODE_T32 crypto_name; // "Microsoft Base DSS and Diffie-Hellman
// Cryptographic Provider"
BITCODE_RL algo_id; // RC4
BITCODE_RL key_len; // 40
BITCODE_RL encr_size; //
BITCODE_TF encr_buffer;
} Dwg_Security;
typedef struct _dwg_vbaproject
{
BITCODE_RL size;
BITCODE_TF unknown_bits;
} Dwg_VBAProject;
typedef struct _dwg_appinfohistory
{
BITCODE_RL size;
BITCODE_TF unknown_bits;
} Dwg_AppInfoHistory;
typedef struct _dwg_revhistory
{
BITCODE_RL class_version;
BITCODE_RL class_minor;
BITCODE_RL num_histories;
BITCODE_RL *histories;
} Dwg_RevHistory;
typedef struct _dwg_objfreespace
{
BITCODE_RLL zero;
BITCODE_RLL numhandles;
BITCODE_TIMERLL TDUPDATE;
BITCODE_RL objects_address;
BITCODE_RC numnums; // RLL (uint64_t) or uint128_t
BITCODE_RLL max32; // 0x32
BITCODE_RLL max64; // 0x64
BITCODE_RLL maxtbl; // 0x200
BITCODE_RLL maxrl;
BITCODE_RLL max32_hi;
BITCODE_RLL max64_hi;
BITCODE_RLL maxtbl_hi;
BITCODE_RLL maxrl_hi;
} Dwg_ObjFreeSpace;
typedef struct _dwg_template
{
BITCODE_T16 description; // or TU16 >=r2007
BITCODE_RS MEASUREMENT;
} Dwg_Template;
typedef struct _dwg_secondheader_sections
{
BITCODE_RCd nr;
BITCODE_BL address;
BITCODE_BL size;
} Dwg_SecondHeader_Sections;
typedef struct _dwg_secondheader_handles
{
BITCODE_RC num_hdl;
BITCODE_RCd nr;
BITCODE_RC hdl[8];
BITCODE_HV value;
const char *name;
} Dwg_SecondHeader_Handles;
typedef struct _dwg_secondheader
{
BITCODE_RL size;
BITCODE_RL address;
BITCODE_RC version[11];
BITCODE_RC maint_rel_version;
BITCODE_RC zero_one_or_three;
BITCODE_BS dwg_versions; /* lo byte: dwg, hi: main */
BITCODE_RS codepage;
BITCODE_RC num_sections;
Dwg_SecondHeader_Sections sections[7];
BITCODE_BS num_handles;
Dwg_SecondHeader_Handles handles[14];
BITCODE_RS crc;
BITCODE_RLL junk_r14; /*!< r14-r2000 */
} Dwg_SecondHeader;
/**
Main DWG struct
*/
typedef struct _dwg_struct
{
Dwg_Header header;
BITCODE_BS num_classes; /*!< number of classes */
Dwg_Class * dwg_class; /*!< array of classes */
BITCODE_BL num_objects; /*!< number of objects */
BITCODE_BL num_alloced_objects;/*!< room for objects */
Dwg_Object * object; /*!< list of all objects and entities */
BITCODE_BL num_entities; /*!< number of entities in object */
BITCODE_BL num_object_refs; /*!< number of object_ref's (resolved handles) */
BITCODE_BL cur_index; /*!< how many we have written currently */
BITCODE_RS last_viewport_id; /*!< auto-incremented VIEWPORT id for DXF */
Dwg_Object_Ref **object_ref; /*!< array of most handles */
struct _inthash *object_map; /*!< map of all handles */
int dirty_refs; /* 1 if we added an object, and invalidated all
the internal ref->obj's */
unsigned int opts; /* See DWG_OPTS_* below */
Dwg_Header_Variables header_vars;
Dwg_Chain thumbnail;
union {
Dwg_R2004_Header r2004_header; /* encrypted, packed */
Dwg_R2007_Header r2007_file_header; /* encrypted, packed */
} fhdr;
/* Should only be initialized after the read/write is complete. */
Dwg_Object *mspace_block;
Dwg_Object *pspace_block;
/* This TABLE might be empty with num_entries=0 */
Dwg_Object_BLOCK_CONTROL block_control;
/* #define DWG_AUXHEADER_SIZE 123 */
Dwg_AuxHeader auxheader;
Dwg_SecondHeader secondheader;
Dwg_SummaryInfo summaryinfo;
/* Contains information about the application that wrote
the .dwg file (encrypted = 2). */
Dwg_AppInfo appinfo;
/* File Dependencies, IMAGE files, fonts, xrefs, plotconfigs */
Dwg_FileDepList filedeplist;
Dwg_Security security; /* password info */
Dwg_VBAProject vbaproject;
Dwg_AppInfoHistory appinfohistory;
Dwg_RevHistory revhistory;
Dwg_ObjFreeSpace objfreespace;
Dwg_Template Template;
Dwg_AcDs acds;
unsigned int layout_type;
unsigned int num_acis_sab_hdl; // temporary, until we can parse acds for SAB data, r2013+
BITCODE_H *acis_sab_hdl;
BITCODE_RLL next_hdl; // for add_document handle holes
BITCODE_BL prev_entity_index; // for speedup find_prev_entity
// for speedup dwg_add_handleref
Dwg_Object_Ref **object_ordered_ref; /*! list of all ordered objects refs */
BITCODE_BL num_object_ordered_refs; /*! number of ordered objects refs */
} Dwg_Data;
#define DWG_OPTS_LOGLEVEL 0xf
#define DWG_OPTS_MINIMAL 0x10
#define DWG_OPTS_DXFB 0x20
/* can be safely shared */
#define DWG_OPTS_JSONFIRST 0x20
#define DWG_OPTS_INDXF 0x40
#define DWG_OPTS_INJSON 0x80
#define DWG_OPTS_IN (DWG_OPTS_INDXF | DWG_OPTS_INJSON)
typedef enum RESBUF_VALUE_TYPE
{
DWG_VT_INVALID = 0,
DWG_VT_STRING = 1,
DWG_VT_POINT3D = 2,
DWG_VT_REAL = 3,
DWG_VT_INT16 = 4,
DWG_VT_INT32 = 5,
DWG_VT_INT8 = 6,
DWG_VT_BINARY = 7,
DWG_VT_HANDLE = 8,
DWG_VT_OBJECTID = 9,
DWG_VT_BOOL = 10, // VT_BOOL clashes with /usr/x86_64-w64-mingw32/sys-root/mingw/include/wtypes.h
DWG_VT_INT64 = 11, // RLL
} Dwg_Resbuf_Value_Type;
/*--------------------------------------------------
* Exported Functions
*/
EXPORT int dwg_read_file (const char *restrict filename,
Dwg_Data *restrict dwg);
EXPORT int dxf_read_file (const char *restrict filename,
Dwg_Data *restrict dwg);
// You might need to probe for that.
EXPORT int dwg_write_file (const char *restrict filename,
const Dwg_Data *restrict dwg);
/* Supports multiple preview picture types.
Currently 3 types: BMP 2, WMF 3 and PNG as type 6.
Returns the size of the image.
*/
EXPORT unsigned char *dwg_bmp (const Dwg_Data *restrict dwg,
BITCODE_RL *restrict size,
BITCODE_RC *restrict typep);
/** Converts the internal enum RC into 100th mm lineweight, with
* -1 BYLAYER, -2 BYBLOCK, -3 BYLWDEFAULT.
*/
EXPORT int dxf_cvt_lweight (const BITCODE_BSd value);
/** Converts the 100th mm lineweight, with -1 BYLAYER, -2 BYBLOCK, -3 BYLWDEFAULT,
into the internal enum RC.
*/
EXPORT BITCODE_BSd dxf_revcvt_lweight (const int lw);
/* Return the matching _CONTROL table, or NULL
*/
EXPORT BITCODE_H
dwg_ctrl_table (Dwg_Data *restrict dwg, const char *restrict table);
/* Search for the name in the associated table, and return its handle. Search
* is case-insensitive.
* Both name and table are ascii.
*/
EXPORT BITCODE_H dwg_find_tablehandle (Dwg_Data *restrict dwg,
const char *restrict name,
const char *restrict table);
EXPORT BITCODE_H dwg_find_tablehandle_index (Dwg_Data *restrict dwg,
const int index,
const char *restrict table);
/* Search for handle in associated table, and return its name (as UTF-8) */
EXPORT char *
dwg_handle_name (Dwg_Data *restrict dwg, const char *restrict table,
const BITCODE_H restrict handle);
/** Not checking the header_vars entry, only searching the objects
* Returning a hardowner or hardpointer (DICTIONARY) ref (code 3 or 5)
* to it, as stored in header_vars. table must contain the "_CONTROL" suffix.
* table is ascii.
*/
EXPORT BITCODE_H dwg_find_table_control (Dwg_Data *restrict dwg,
const char *restrict table);
/** Search for a dictionary ref.
* Returning a hardpointer ref (5) to it, as stored in header_vars.
* Name is ascii.
*/
EXPORT BITCODE_H dwg_find_dictionary (Dwg_Data *restrict dwg,
const char *restrict name);
/** Search for a named dictionary entry in the given dict.
* Search is case-sensitive. name is ASCII. */
EXPORT BITCODE_H dwg_find_dicthandle (Dwg_Data *restrict dwg, BITCODE_H dict,
const char *restrict name);
/** Search all dictionary entries in the given dict.
* Check for the matching name of the handle object. (Control lists).
* Search is case-insensitive */
EXPORT BITCODE_H dwg_find_dicthandle_objname (Dwg_Data *restrict dwg, BITCODE_H dict,
const char *restrict name);
/* Search for a table EXTNAME */
EXPORT char *dwg_find_table_extname (Dwg_Data *restrict dwg,
Dwg_Object *restrict obj);
/* Returns the string value of the member of the AcDbVariableDictionary.
The name is ascii. E.g. LIGHTINGUNITS => "0" */
EXPORT char *dwg_variable_dict (Dwg_Data *restrict dwg,
const char *restrict name);
EXPORT double dwg_model_x_min (const Dwg_Data *restrict);
EXPORT double dwg_model_x_max (const Dwg_Data *restrict);
EXPORT double dwg_model_y_min (const Dwg_Data *restrict);
EXPORT double dwg_model_y_max (const Dwg_Data *restrict);
EXPORT double dwg_model_z_min (const Dwg_Data *restrict);
EXPORT double dwg_model_z_max (const Dwg_Data *restrict);
EXPORT double dwg_page_x_min (const Dwg_Data *restrict);
EXPORT double dwg_page_x_max (const Dwg_Data *restrict);
EXPORT double dwg_page_y_min (const Dwg_Data *restrict);
EXPORT double dwg_page_y_max (const Dwg_Data *restrict);
EXPORT Dwg_Object_BLOCK_CONTROL * dwg_block_control (Dwg_Data *restrict dwg);
EXPORT Dwg_Object_Ref * dwg_model_space_ref (Dwg_Data *restrict dwg);
EXPORT Dwg_Object_Ref * dwg_paper_space_ref (Dwg_Data *restrict dwg);
EXPORT Dwg_Object * dwg_model_space_object (Dwg_Data *restrict dwg);
EXPORT Dwg_Object * dwg_paper_space_object (Dwg_Data *restrict dwg);
EXPORT unsigned int dwg_get_layer_count (const Dwg_Data *restrict dwg);
EXPORT Dwg_Object_LAYER ** dwg_get_layers (const Dwg_Data *restrict dwg);
EXPORT BITCODE_BL dwg_get_num_objects (const Dwg_Data *restrict dwg);
EXPORT BITCODE_BL dwg_get_object_num_objects (const Dwg_Data *restrict dwg);
EXPORT int dwg_class_is_entity (const Dwg_Class *restrict klass);
EXPORT int dwg_obj_is_control (const Dwg_Object *restrict obj);
EXPORT int dwg_obj_is_table (const Dwg_Object *restrict obj);
EXPORT int dwg_obj_is_subentity (const Dwg_Object *restrict obj);
EXPORT int dwg_obj_has_subentity (const Dwg_Object *restrict obj);
EXPORT int dwg_obj_is_3dsolid (const Dwg_Object *restrict obj);
EXPORT int dwg_obj_is_acsh (const Dwg_Object *restrict obj);
EXPORT BITCODE_BL dwg_get_num_entities (const Dwg_Data *restrict);
EXPORT Dwg_Object_Entity **dwg_get_entities (const Dwg_Data *restrict);
EXPORT Dwg_Object_LAYER *
dwg_get_entity_layer (const Dwg_Object_Entity *restrict);
EXPORT Dwg_Object *dwg_next_object (const Dwg_Object *obj);
EXPORT Dwg_Object *dwg_next_entity (const Dwg_Object *obj);
// next available 0 ref + 1, when all refs are already filled
EXPORT BITCODE_HV dwg_next_handle (const Dwg_Data *dwg);
// next available handle, computed form the HANDSEED, which is bumped
EXPORT BITCODE_HV dwg_next_handseed (Dwg_Data *dwg);
EXPORT Dwg_Object *dwg_ref_object (Dwg_Data *restrict dwg,
Dwg_Object_Ref *restrict ref);
EXPORT Dwg_Object *dwg_ref_object_relative (Dwg_Data *restrict dwg,
Dwg_Object_Ref *restrict ref,
const Dwg_Object *restrict obj);
EXPORT Dwg_Object *dwg_ref_object_silent (Dwg_Data *restrict dwg,
Dwg_Object_Ref *restrict ref);
EXPORT Dwg_Object *get_first_owned_entity (const Dwg_Object *restrict hdr);
EXPORT Dwg_Object *get_next_owned_entity (const Dwg_Object *restrict hdr,
const Dwg_Object *restrict current);
EXPORT Dwg_Object *get_first_owned_subentity (const Dwg_Object *restrict owner);
EXPORT Dwg_Object *
get_next_owned_subentity (const Dwg_Object *restrict owner,
const Dwg_Object *restrict current);
EXPORT Dwg_Object *get_first_owned_block (const Dwg_Object *hdr);
EXPORT Dwg_Object *get_last_owned_block (const Dwg_Object *hdr);
EXPORT Dwg_Object *get_next_owned_block (const Dwg_Object *restrict hdr,
const Dwg_Object *restrict current);
EXPORT Dwg_Object *get_next_owned_block_entity (const Dwg_Object *restrict hdr,
const Dwg_Object *restrict current);
EXPORT Dwg_Object *dwg_get_first_object (const Dwg_Data *dwg,
const Dwg_Object_Type type);
EXPORT Dwg_Object *dwg_get_next_object (const Dwg_Data *dwg,
const Dwg_Object_Type type,
const BITCODE_RL index);
EXPORT Dwg_Object *dwg_resolve_handle (const Dwg_Data *restrict dwg,
BITCODE_HV absref);
EXPORT Dwg_Object *dwg_resolve_handle_silent (const Dwg_Data *restrict dwg,
const BITCODE_HV absref);
EXPORT int dwg_resolve_handleref (Dwg_Object_Ref *restrict ref,
const Dwg_Object *restrict obj);
EXPORT Dwg_Object *dwg_resolve_jump (const Dwg_Object *obj);
EXPORT Dwg_Section_Type dwg_section_type (const char *restrict name);
EXPORT Dwg_Section_Type dwg_section_wtype (const DWGCHAR *restrict wname);
EXPORT const char *dwg_section_name (const Dwg_Data *dwg, const unsigned int sec_id);
EXPORT enum RESBUF_VALUE_TYPE dwg_resbuf_value_type (short gc);
/** Free the whole DWG. all tables, sections, objects, ...
*/
EXPORT void dwg_free (Dwg_Data *restrict dwg);
/** Free the object (all three structs and its fields)
*/
EXPORT void dwg_free_object (Dwg_Object *restrict obj);
/** Add the empty ref to the DWG (freshly malloc'ed), or NULL.
*/
EXPORT Dwg_Object_Ref * dwg_new_ref (Dwg_Data *restrict dwg);
/** For encode:
* May need obj to shorten the code to a relative offset, but not in header_vars.
* There obj is NULL.
*/
EXPORT int dwg_add_handle (Dwg_Handle *restrict hdl, const BITCODE_RC code,
const BITCODE_HV value,
const Dwg_Object *restrict obj);
/** Returns an existing ref with the same ownership (hard/soft, owner/pointer)
or creates it. With obj non-NULL it may return a relative offset, otherwise
always absolute.
*/
EXPORT Dwg_Object_Ref *dwg_add_handleref (Dwg_Data *restrict dwg,
const BITCODE_RC code,
const BITCODE_HV value,
const Dwg_Object *restrict obj);
/** Return a link to the global ref or a new one. Or a NULLHDL. */
EXPORT Dwg_Object_Ref *
dwg_dup_handleref (Dwg_Data *restrict dwg, const Dwg_Object_Ref *restrict ref);
/** Creates a non-global, free'able handle ref. Never relative */
EXPORT Dwg_Object_Ref *
dwg_add_handleref_free (const BITCODE_RC code, const BITCODE_HV absref);
EXPORT const char *dwg_version_type (const Dwg_Version_Type version);
EXPORT Dwg_Version_Type dwg_version_as (const char *version);
EXPORT Dwg_Version_Type dwg_version_hdr_type (const char* hdr);
EXPORT int dwg_supports_eed (const Dwg_Data *dwg);
/* to read and write */
EXPORT int dwg_supports_obj (const Dwg_Data *restrict dwg,
const Dwg_Object *restrict obj);
EXPORT void dwg_errstrings (int error);
EXPORT char *dwg_encrypt_SAT1 (BITCODE_BL blocksize,
BITCODE_RC *restrict acis_data,
int *restrict acis_data_offset);
/* Converts v2 SAB acis_data in-place to SAT v1 encr_sat_data[].
Sets _obj->_dxf_sab_converted to 1, denoting that encr_sat_data is NOT the
encrypted acis_data anymore, rather the converted from SAB for DXF */
EXPORT int dwg_convert_SAB_to_SAT1 (Dwg_Entity_3DSOLID *restrict _obj);
/* The old color.index 0-256 */
typedef struct rgbpalette {
unsigned char r,g,b;
} Dwg_RGB_Palette;
EXPORT const Dwg_RGB_Palette *dwg_rgb_palette (void);
/* Returns the RGB value for the palette index.
*/
EXPORT BITCODE_BL dwg_rgb_palette_index (BITCODE_BS index);
/* find a matching color index (0-255) for a truecolor rgb value.
returns 256 if not found, i.e. the default ByLayer.
*/
EXPORT BITCODE_BS dwg_find_color_index (BITCODE_BL rgb);
/** Add the empty object to the DWG.
Returns DWG_ERR_OUTOFMEM, -1 for realloced or 0 if not.
objects are allocated in bulk, and all old obj pointers may become invalid.
The new object is at &dwg->object[dwg->num_objects - 1].
*/
EXPORT int dwg_add_object (Dwg_Data *restrict dwg);
/* Find if an object name (our internal name, not anything used elsewhere)
is defined, and return our fixed type, the public dxfname and if it's an entity. */
EXPORT int dwg_object_name (const char *const restrict name, // in
const char **restrict dxfnamep, // out, maybe NULL
Dwg_Object_Type *restrict typep, // out, maybe NULL
int *restrict is_entp, // out, maybe NULL
Dwg_Class_Stability *restrict stabilityp); // out, maybe NULL
/** Initialize the empty entity or object with its three structs.
All fields are zero'd, some are initialized with default values, as
defined in dwg.spec. obj->fixedtype is set, obj->type only for static types.
Use dwg_encode_get_class for the variable types.
Returns 0 or DWG_ERR_OUTOFMEM.
*/
// clang-format off
/* Start auto-generated content. Do not touch. */
// clang-format: off
EXPORT int dwg_setup__3DFACE (Dwg_Object *obj);
EXPORT int dwg_setup__3DLINE (Dwg_Object *obj);
EXPORT int dwg_setup__3DSOLID (Dwg_Object *obj);
EXPORT int dwg_setup_ARC (Dwg_Object *obj);
EXPORT int dwg_setup_ATTDEF (Dwg_Object *obj);
EXPORT int dwg_setup_ATTRIB (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCK (Dwg_Object *obj);
EXPORT int dwg_setup_BODY (Dwg_Object *obj);
EXPORT int dwg_setup_CIRCLE (Dwg_Object *obj);
EXPORT int dwg_setup_DIMENSION_ALIGNED (Dwg_Object *obj);
EXPORT int dwg_setup_DIMENSION_ANG2LN (Dwg_Object *obj);
EXPORT int dwg_setup_DIMENSION_ANG3PT (Dwg_Object *obj);
EXPORT int dwg_setup_DIMENSION_DIAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_DIMENSION_LINEAR (Dwg_Object *obj);
EXPORT int dwg_setup_DIMENSION_ORDINATE (Dwg_Object *obj);
EXPORT int dwg_setup_DIMENSION_RADIUS (Dwg_Object *obj);
EXPORT int dwg_setup_ELLIPSE (Dwg_Object *obj);
EXPORT int dwg_setup_ENDBLK (Dwg_Object *obj);
EXPORT int dwg_setup_INSERT (Dwg_Object *obj);
EXPORT int dwg_setup_LEADER (Dwg_Object *obj);
EXPORT int dwg_setup_LINE (Dwg_Object *obj);
EXPORT int dwg_setup_LOAD (Dwg_Object *obj);
EXPORT int dwg_setup_MINSERT (Dwg_Object *obj);
EXPORT int dwg_setup_MLINE (Dwg_Object *obj);
EXPORT int dwg_setup_MTEXT (Dwg_Object *obj);
EXPORT int dwg_setup_OLEFRAME (Dwg_Object *obj);
EXPORT int dwg_setup_POINT (Dwg_Object *obj);
EXPORT int dwg_setup_POLYLINE_2D (Dwg_Object *obj);
EXPORT int dwg_setup_POLYLINE_3D (Dwg_Object *obj);
EXPORT int dwg_setup_POLYLINE_MESH (Dwg_Object *obj);
EXPORT int dwg_setup_POLYLINE_PFACE (Dwg_Object *obj);
EXPORT int dwg_setup_PROXY_ENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_RAY (Dwg_Object *obj);
EXPORT int dwg_setup_REGION (Dwg_Object *obj);
EXPORT int dwg_setup_SEQEND (Dwg_Object *obj);
EXPORT int dwg_setup_SHAPE (Dwg_Object *obj);
EXPORT int dwg_setup_SOLID (Dwg_Object *obj);
EXPORT int dwg_setup_SPLINE (Dwg_Object *obj);
EXPORT int dwg_setup_TEXT (Dwg_Object *obj);
EXPORT int dwg_setup_TOLERANCE (Dwg_Object *obj);
EXPORT int dwg_setup_TRACE (Dwg_Object *obj);
EXPORT int dwg_setup_UNKNOWN_ENT (Dwg_Object *obj);
EXPORT int dwg_setup_VERTEX_2D (Dwg_Object *obj);
EXPORT int dwg_setup_VERTEX_3D (Dwg_Object *obj);
EXPORT int dwg_setup_VERTEX_MESH (Dwg_Object *obj);
EXPORT int dwg_setup_VERTEX_PFACE (Dwg_Object *obj);
EXPORT int dwg_setup_VERTEX_PFACE_FACE (Dwg_Object *obj);
EXPORT int dwg_setup_VIEWPORT (Dwg_Object *obj);
EXPORT int dwg_setup_XLINE (Dwg_Object *obj);
EXPORT int dwg_setup_APPID (Dwg_Object *obj);
EXPORT int dwg_setup_APPID_CONTROL (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCK_CONTROL (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCK_HEADER (Dwg_Object *obj);
EXPORT int dwg_setup_DICTIONARY (Dwg_Object *obj);
EXPORT int dwg_setup_DIMSTYLE (Dwg_Object *obj);
EXPORT int dwg_setup_DIMSTYLE_CONTROL (Dwg_Object *obj);
EXPORT int dwg_setup_DUMMY (Dwg_Object *obj);
EXPORT int dwg_setup_LAYER (Dwg_Object *obj);
EXPORT int dwg_setup_LAYER_CONTROL (Dwg_Object *obj);
EXPORT int dwg_setup_LONG_TRANSACTION (Dwg_Object *obj);
EXPORT int dwg_setup_LTYPE (Dwg_Object *obj);
EXPORT int dwg_setup_LTYPE_CONTROL (Dwg_Object *obj);
EXPORT int dwg_setup_MLINESTYLE (Dwg_Object *obj);
EXPORT int dwg_setup_STYLE (Dwg_Object *obj);
EXPORT int dwg_setup_STYLE_CONTROL (Dwg_Object *obj);
EXPORT int dwg_setup_UCS (Dwg_Object *obj);
EXPORT int dwg_setup_UCS_CONTROL (Dwg_Object *obj);
EXPORT int dwg_setup_UNKNOWN_OBJ (Dwg_Object *obj);
EXPORT int dwg_setup_VIEW (Dwg_Object *obj);
EXPORT int dwg_setup_VIEW_CONTROL (Dwg_Object *obj);
EXPORT int dwg_setup_VPORT (Dwg_Object *obj);
EXPORT int dwg_setup_VPORT_CONTROL (Dwg_Object *obj);
EXPORT int dwg_setup_VX_CONTROL (Dwg_Object *obj);
EXPORT int dwg_setup_VX_TABLE_RECORD (Dwg_Object *obj);
/* untyped > 500 */
EXPORT int dwg_setup_ARC_DIMENSION (Dwg_Object *obj);
EXPORT int dwg_setup_CAMERA (Dwg_Object *obj);
EXPORT int dwg_setup_DGNUNDERLAY (Dwg_Object *obj);
EXPORT int dwg_setup_DWFUNDERLAY (Dwg_Object *obj);
EXPORT int dwg_setup_ENDREP (Dwg_Object *obj);
EXPORT int dwg_setup_HATCH (Dwg_Object *obj);
EXPORT int dwg_setup_IMAGE (Dwg_Object *obj);
EXPORT int dwg_setup_JUMP (Dwg_Object *obj);
EXPORT int dwg_setup_LIGHT (Dwg_Object *obj);
EXPORT int dwg_setup_LWPOLYLINE (Dwg_Object *obj);
EXPORT int dwg_setup_MESH (Dwg_Object *obj);
EXPORT int dwg_setup_MULTILEADER (Dwg_Object *obj);
EXPORT int dwg_setup_OLE2FRAME (Dwg_Object *obj);
EXPORT int dwg_setup_PDFUNDERLAY (Dwg_Object *obj);
EXPORT int dwg_setup_REPEAT (Dwg_Object *obj);
EXPORT int dwg_setup_SECTIONOBJECT (Dwg_Object *obj);
EXPORT int dwg_setup_WIPEOUT (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_BOOLEAN_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_BOX_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_CONE_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_CYLINDER_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_FILLET_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_HISTORY_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_SPHERE_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_TORUS_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_WEDGE_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCGEOMDEPENDENCY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCNETWORK (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKALIGNMENTGRIP (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKALIGNMENTPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKBASEPOINTPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKFLIPACTION (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKFLIPGRIP (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKFLIPPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKGRIPLOCATIONCOMPONENT (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKLINEARGRIP (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKLOOKUPGRIP (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKMOVEACTION (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKROTATEACTION (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKROTATIONGRIP (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKSCALEACTION (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKVISIBILITYGRIP (Dwg_Object *obj);
EXPORT int dwg_setup_CELLSTYLEMAP (Dwg_Object *obj);
EXPORT int dwg_setup_DETAILVIEWSTYLE (Dwg_Object *obj);
EXPORT int dwg_setup_DICTIONARYVAR (Dwg_Object *obj);
EXPORT int dwg_setup_DICTIONARYWDFLT (Dwg_Object *obj);
EXPORT int dwg_setup_DYNAMICBLOCKPURGEPREVENTER (Dwg_Object *obj);
EXPORT int dwg_setup_FIELD (Dwg_Object *obj);
EXPORT int dwg_setup_FIELDLIST (Dwg_Object *obj);
EXPORT int dwg_setup_GEODATA (Dwg_Object *obj);
EXPORT int dwg_setup_GROUP (Dwg_Object *obj);
EXPORT int dwg_setup_IDBUFFER (Dwg_Object *obj);
EXPORT int dwg_setup_IMAGEDEF (Dwg_Object *obj);
EXPORT int dwg_setup_IMAGEDEF_REACTOR (Dwg_Object *obj);
EXPORT int dwg_setup_INDEX (Dwg_Object *obj);
EXPORT int dwg_setup_LAYERFILTER (Dwg_Object *obj);
EXPORT int dwg_setup_LAYER_INDEX (Dwg_Object *obj);
EXPORT int dwg_setup_LAYOUT (Dwg_Object *obj);
EXPORT int dwg_setup_MLEADERSTYLE (Dwg_Object *obj);
EXPORT int dwg_setup_PLACEHOLDER (Dwg_Object *obj);
EXPORT int dwg_setup_PLOTSETTINGS (Dwg_Object *obj);
EXPORT int dwg_setup_RASTERVARIABLES (Dwg_Object *obj);
EXPORT int dwg_setup_RENDERENVIRONMENT (Dwg_Object *obj);
EXPORT int dwg_setup_SCALE (Dwg_Object *obj);
EXPORT int dwg_setup_SECTIONVIEWSTYLE (Dwg_Object *obj);
EXPORT int dwg_setup_SECTION_MANAGER (Dwg_Object *obj);
EXPORT int dwg_setup_SORTENTSTABLE (Dwg_Object *obj);
EXPORT int dwg_setup_SPATIAL_FILTER (Dwg_Object *obj);
EXPORT int dwg_setup_SUN (Dwg_Object *obj);
EXPORT int dwg_setup_TABLEGEOMETRY (Dwg_Object *obj);
EXPORT int dwg_setup_VBA_PROJECT (Dwg_Object *obj);
EXPORT int dwg_setup_VISUALSTYLE (Dwg_Object *obj);
EXPORT int dwg_setup_WIPEOUTVARIABLES (Dwg_Object *obj);
EXPORT int dwg_setup_XRECORD (Dwg_Object *obj);
EXPORT int dwg_setup_PDFDEFINITION (Dwg_Object *obj);
EXPORT int dwg_setup_DGNDEFINITION (Dwg_Object *obj);
EXPORT int dwg_setup_DWFDEFINITION (Dwg_Object *obj);
/* unstable */
EXPORT int dwg_setup_HELIX (Dwg_Object *obj);
EXPORT int dwg_setup_LARGE_RADIAL_DIMENSION (Dwg_Object *obj);
EXPORT int dwg_setup_LAYOUTPRINTCONFIG (Dwg_Object *obj);
EXPORT int dwg_setup_PLANESURFACE (Dwg_Object *obj);
EXPORT int dwg_setup_POINTCLOUD (Dwg_Object *obj);
EXPORT int dwg_setup_POINTCLOUDEX (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_BREP_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_CHAMFER_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_PYRAMID_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ALDIMOBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOC2DCONSTRAINTGROUP (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCACTION (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCACTIONPARAM (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCARRAYACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCASMBODYACTIONPARAM (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCBLENDSURFACEACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCCOMPOUNDACTIONPARAM (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCDEPENDENCY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCDIMDEPENDENCYBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCEXTENDSURFACEACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCEXTRUDEDSURFACEACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCFACEACTIONPARAM (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCFILLETSURFACEACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCLOFTEDSURFACEACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCNETWORKSURFACEACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCOBJECTACTIONPARAM (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCOFFSETSURFACEACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCOSNAPPOINTREFACTIONPARAM (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCPATCHSURFACEACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCPATHACTIONPARAM (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCPLANESURFACEACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCPOINTREFACTIONPARAM (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCREVOLVEDSURFACEACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCTRIMSURFACEACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCVALUEDEPENDENCY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCVARIABLE (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCVERTEXACTIONPARAM (Dwg_Object *obj);
EXPORT int dwg_setup_BLKREFOBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKALIGNEDCONSTRAINTPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKANGULARCONSTRAINTPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKARRAYACTION (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKDIAMETRICCONSTRAINTPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKHORIZONTALCONSTRAINTPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKLINEARCONSTRAINTPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKLINEARPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKLOOKUPACTION (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKLOOKUPPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKPARAMDEPENDENCYBODY (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKPOINTPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKPOLARGRIP (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKPOLARPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKPOLARSTRETCHACTION (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKRADIALCONSTRAINTPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKREPRESENTATION (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKROTATIONPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKSTRETCHACTION (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKUSERPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKVERTICALCONSTRAINTPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKVISIBILITYPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKXYGRIP (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKXYPARAMETER (Dwg_Object *obj);
EXPORT int dwg_setup_DATALINK (Dwg_Object *obj);
EXPORT int dwg_setup_DBCOLOR (Dwg_Object *obj);
EXPORT int dwg_setup_DIMASSOC (Dwg_Object *obj);
EXPORT int dwg_setup_EVALUATION_GRAPH (Dwg_Object *obj);
EXPORT int dwg_setup_FCFOBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_GRADIENT_BACKGROUND (Dwg_Object *obj);
EXPORT int dwg_setup_GROUND_PLANE_BACKGROUND (Dwg_Object *obj);
EXPORT int dwg_setup_IBL_BACKGROUND (Dwg_Object *obj);
EXPORT int dwg_setup_IMAGE_BACKGROUND (Dwg_Object *obj);
EXPORT int dwg_setup_LEADEROBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_LIGHTLIST (Dwg_Object *obj);
EXPORT int dwg_setup_MATERIAL (Dwg_Object *obj);
EXPORT int dwg_setup_MENTALRAYRENDERSETTINGS (Dwg_Object *obj);
EXPORT int dwg_setup_MTEXTOBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_OBJECT_PTR (Dwg_Object *obj);
EXPORT int dwg_setup_PARTIAL_VIEWING_INDEX (Dwg_Object *obj);
EXPORT int dwg_setup_POINTCLOUDCOLORMAP (Dwg_Object *obj);
EXPORT int dwg_setup_POINTCLOUDDEF (Dwg_Object *obj);
EXPORT int dwg_setup_POINTCLOUDDEFEX (Dwg_Object *obj);
EXPORT int dwg_setup_POINTCLOUDDEF_REACTOR (Dwg_Object *obj);
EXPORT int dwg_setup_POINTCLOUDDEF_REACTOR_EX (Dwg_Object *obj);
EXPORT int dwg_setup_PROXY_OBJECT (Dwg_Object *obj);
EXPORT int dwg_setup_RAPIDRTRENDERSETTINGS (Dwg_Object *obj);
EXPORT int dwg_setup_RENDERENTRY (Dwg_Object *obj);
EXPORT int dwg_setup_RENDERGLOBAL (Dwg_Object *obj);
EXPORT int dwg_setup_RENDERSETTINGS (Dwg_Object *obj);
EXPORT int dwg_setup_SECTION_SETTINGS (Dwg_Object *obj);
EXPORT int dwg_setup_SKYLIGHT_BACKGROUND (Dwg_Object *obj);
EXPORT int dwg_setup_SOLID_BACKGROUND (Dwg_Object *obj);
EXPORT int dwg_setup_SPATIAL_INDEX (Dwg_Object *obj);
EXPORT int dwg_setup_TABLESTYLE (Dwg_Object *obj);
EXPORT int dwg_setup_TEXTOBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCARRAYMODIFYPARAMETERS (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCARRAYPATHPARAMETERS (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCARRAYPOLARPARAMETERS (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCARRAYRECTANGULARPARAMETERS (Dwg_Object *obj);
#ifdef DEBUG_CLASSES
EXPORT int dwg_setup_ALIGNMENTPARAMETERENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_ARCALIGNEDTEXT (Dwg_Object *obj);
EXPORT int dwg_setup_BASEPOINTPARAMETERENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_EXTRUDEDSURFACE (Dwg_Object *obj);
EXPORT int dwg_setup_FLIPGRIPENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_FLIPPARAMETERENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_GEOPOSITIONMARKER (Dwg_Object *obj);
EXPORT int dwg_setup_LINEARGRIPENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_LINEARPARAMETERENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_LOFTEDSURFACE (Dwg_Object *obj);
EXPORT int dwg_setup_MPOLYGON (Dwg_Object *obj);
EXPORT int dwg_setup_NAVISWORKSMODEL (Dwg_Object *obj);
EXPORT int dwg_setup_NURBSURFACE (Dwg_Object *obj);
EXPORT int dwg_setup_POINTPARAMETERENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_POLARGRIPENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_REVOLVEDSURFACE (Dwg_Object *obj);
EXPORT int dwg_setup_ROTATIONGRIPENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_ROTATIONPARAMETERENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_RTEXT (Dwg_Object *obj);
EXPORT int dwg_setup_SWEPTSURFACE (Dwg_Object *obj);
EXPORT int dwg_setup_TABLE (Dwg_Object *obj);
EXPORT int dwg_setup_VISIBILITYGRIPENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_VISIBILITYPARAMETERENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_XYGRIPENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_XYPARAMETERENTITY (Dwg_Object *obj);
EXPORT int dwg_setup_ACMECOMMANDHISTORY (Dwg_Object *obj);
EXPORT int dwg_setup_ACMESCOPE (Dwg_Object *obj);
EXPORT int dwg_setup_ACMESTATEMGR (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_EXTRUSION_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_LOFT_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_REVOLVE_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ACSH_SWEEP_CLASS (Dwg_Object *obj);
EXPORT int dwg_setup_ANGDIMOBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_ANNOTSCALEOBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOC3POINTANGULARDIMACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCALIGNEDDIMACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCARRAYMODIFYACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCEDGEACTIONPARAM (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCEDGECHAMFERACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCEDGEFILLETACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCMLEADERACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCORDINATEDIMACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCPERSSUBENTMANAGER (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCRESTOREENTITYSTATEACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCROTATEDDIMACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_ASSOCSWEPTSURFACEACTIONBODY (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKPROPERTIESTABLE (Dwg_Object *obj);
EXPORT int dwg_setup_BLOCKPROPERTIESTABLEGRIP (Dwg_Object *obj);
EXPORT int dwg_setup_BREAKDATA (Dwg_Object *obj);
EXPORT int dwg_setup_BREAKPOINTREF (Dwg_Object *obj);
EXPORT int dwg_setup_CONTEXTDATAMANAGER (Dwg_Object *obj);
EXPORT int dwg_setup_CSACDOCUMENTOPTIONS (Dwg_Object *obj);
EXPORT int dwg_setup_CURVEPATH (Dwg_Object *obj);
EXPORT int dwg_setup_DATATABLE (Dwg_Object *obj);
EXPORT int dwg_setup_DMDIMOBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_DYNAMICBLOCKPROXYNODE (Dwg_Object *obj);
EXPORT int dwg_setup_GEOMAPIMAGE (Dwg_Object *obj);
EXPORT int dwg_setup_MLEADEROBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_MOTIONPATH (Dwg_Object *obj);
EXPORT int dwg_setup_MTEXTATTRIBUTEOBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_NAVISWORKSMODELDEF (Dwg_Object *obj);
EXPORT int dwg_setup_ORDDIMOBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_PERSUBENTMGR (Dwg_Object *obj);
EXPORT int dwg_setup_POINTPATH (Dwg_Object *obj);
EXPORT int dwg_setup_RADIMLGOBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_RADIMOBJECTCONTEXTDATA (Dwg_Object *obj);
EXPORT int dwg_setup_SUNSTUDY (Dwg_Object *obj);
EXPORT int dwg_setup_TABLECONTENT (Dwg_Object *obj);
EXPORT int dwg_setup_TVDEVICEPROPERTIES (Dwg_Object *obj);
//EXPORT int dwg_setup_ABSHDRAWINGSETTINGS (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAECUSTOBJ (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAEEEMGROBJ (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMCOMP (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMCOMPDEF (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMCOMPDEFMGR (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMCONTEXTMODELER (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMGDIMSTD (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMGFILTERDAT (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMGHOLECHARTSTDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMGHOLECHARTSTDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMGHOLECHARTSTDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMGLAYSTD (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMGRCOMPDEF (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMGRCOMPDEFSET (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMGTITLESTD (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMMVDBACKUPOBJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMPROJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMSHAFTCOMPDEF (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMSTDPCOMPDEF (Dwg_Object *obj);
//EXPORT int dwg_setup_ACAMWBLOCKTEMPENTS (Dwg_Object *obj);
//EXPORT int dwg_setup_ACARRAYJIGENTITY (Dwg_Object *obj);
//EXPORT int dwg_setup_ACCMCONTEXT (Dwg_Object *obj);
//EXPORT int dwg_setup_ACDBCIRCARCRES (Dwg_Object *obj);
//EXPORT int dwg_setup_ACDBDIMENSIONRES (Dwg_Object *obj);
//EXPORT int dwg_setup_ACDBENTITYCACHE (Dwg_Object *obj);
//EXPORT int dwg_setup_ACDBLINERES (Dwg_Object *obj);
//EXPORT int dwg_setup_ACDBSTDPARTRES_ARC (Dwg_Object *obj);
//EXPORT int dwg_setup_ACDBSTDPARTRES_LINE (Dwg_Object *obj);
//EXPORT int dwg_setup_ACDB_HATCHSCALECONTEXTDATA_CLASS (Dwg_Object *obj);
//EXPORT int dwg_setup_ACDB_HATCHVIEWCONTEXTDATA_CLASS (Dwg_Object *obj);
//EXPORT int dwg_setup_ACDB_PROXY_ENTITY_DATA (Dwg_Object *obj);
//EXPORT int dwg_setup_ACDSRECORD (Dwg_Object *obj);
//EXPORT int dwg_setup_ACDSSCHEMA (Dwg_Object *obj);
//EXPORT int dwg_setup_ACGREFACADMASTER (Dwg_Object *obj);
//EXPORT int dwg_setup_ACGREFMASTER (Dwg_Object *obj);
//EXPORT int dwg_setup_ACIMINTSYSVAR (Dwg_Object *obj);
//EXPORT int dwg_setup_ACIMREALSYSVAR (Dwg_Object *obj);
//EXPORT int dwg_setup_ACIMSTRSYSVAR (Dwg_Object *obj);
//EXPORT int dwg_setup_ACIMSYSVARMAN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMANOOTATIONVIEWSTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMANOOTATIONVIEWSTANDARDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMANOOTATIONVIEWSTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMANOOTATIONVIEWSTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMAPLEGENDDBOBJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMAPLEGENDITEMDBOBJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMAPMAPVIEWPORTDBOBJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMAPPRINTLAYOUTELEMENTDBOBJECTCONTAINER (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMBALLOON (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMBOM (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMBOMROW (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMBOMROWSTRUCT (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMBOMSTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMBOMSTANDARDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMBOMSTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMBOMSTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMCENTERLINESTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMCENTERLINESTANDARDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMCENTERLINESTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMCENTERLINESTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDATADICTIONARY (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDATAENTRY (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDATAENTRYBLOCK (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDATUMID (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDATUMSTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDATUMSTANDARDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDATUMSTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDATUMSTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDATUMSTANDARDISO2012 (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDETAILSTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDETAILSTANDARDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDETAILSTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDETAILSTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDETAILTANDARDCUSTOM (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMDIMBREAKPERSREACTOR (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMEDRAWINGMAN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMEVIEW (Dwg_Object *obj);
//EXPORT int dwg_setup_ACME_DATABASE (Dwg_Object *obj);
//EXPORT int dwg_setup_ACME_DOCUMENT (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMFCFRAME (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMFCFSTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMFCFSTANDARDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMFCFSTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMFCFSTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMFCFSTANDARDISO2004 (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMFCFSTANDARDISO2012 (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMIDSTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMIDSTANDARDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMIDSTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMIDSTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMIDSTANDARDISO2004 (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMIDSTANDARDISO2012 (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMNOTESTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMNOTESTANDARDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMNOTESTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMNOTESTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMPARTLIST (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMPICKOBJ (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSECTIONSTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSECTIONSTANDARDCSN2002 (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSECTIONSTANDARDCUSTOM (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSECTIONSTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSECTIONSTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSECTIONSTANDARDISO2001 (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSTANDARDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSURFSTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSURFSTANDARDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSURFSTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSURFSTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSURFSTANDARDISO2002 (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMSURFSYM (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMTAPERSTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMTAPERSTANDARDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMTAPERSTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMTAPERSTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMTHREADLINESTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMTHREADLINESTANDARDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMTHREADLINESTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMTHREADLINESTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMWELDSTANDARDANSI (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMWELDSTANDARDCSN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMWELDSTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMWELDSTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_ACMWELDSYM (Dwg_Object *obj);
//EXPORT int dwg_setup_ACRFATTGENMGR (Dwg_Object *obj);
//EXPORT int dwg_setup_ACRFINSADJ (Dwg_Object *obj);
//EXPORT int dwg_setup_ACRFINSADJUSTERMGR (Dwg_Object *obj);
//EXPORT int dwg_setup_ACRFMCADAPIATTHOLDER (Dwg_Object *obj);
//EXPORT int dwg_setup_ACRFOBJATTMGR (Dwg_Object *obj);
//EXPORT int dwg_setup_ACSH_SUBENT_MATERIAL_CLASS (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_2D_XREF_MGR (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_BASIC_VIEW (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_BASIC_VIEW_DEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_COMPLEX_HIDE_SITUATION (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_COMP_VIEW_DEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_COMP_VIEW_INST (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_DIRTY_NODES (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_HIDE_SITUATION (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_MAPPER_CACHE (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_MASTER_VIEW_DEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_MVD_DEP_MGR (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_OVERRIDE_FILTER (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_PROPS_OVERRIDE (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_SHAFT_HIDE_SITUATION (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_STDP_VIEW_DEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AC_AM_TRANSFORM_GHOST (Dwg_Object *obj);
//EXPORT int dwg_setup_ADAPPL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_ALIGNMENT_DESIGN_CHECK_SET (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_ALIGNMENT_LABEL_SET (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_ALIGNMENT_LABEL_SET_EXT (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_ALIGNMENT_PARCEL_NODE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_ALIGNMENT_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_APPURTENANCE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_ASSEMBLY_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_BUILDING_SITE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_CANT_DIAGRAM_VIEW_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_CATCHMENT_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_CLASS_NODE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_CONTOURVIEW (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_CORRIDOR_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_CANT_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_CSV (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_CURVE_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_DESIGNSPEED_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_GEOMPT_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_INDEXED_PI_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_MINOR_STATION_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_PI_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_SPIRAL_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_STAEQU_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_STATION_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_STATION_OFFSET_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_SUPERELEVATION_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_TABLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_TANGENT_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ALIGNMENT_VERTICAL_GEOMPT_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_APPURTENANCE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_APPURTENANCE_CSV (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_APPURTENANCE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_APPURTENANCE_PROFILE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_ASSEMBLY (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_AUTO_CORRIDOR_FEATURE_LINE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_AUTO_CORRIDOR_FEATURE_LINE_PROFILE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_AUTO_CORRIDOR_FEATURE_LINE_SECTION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_AUTO_FEATURE_LINE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_AUTO_FEATURE_LINE_CSV (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_AUTO_FEATURE_LINE_PROFILE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_AUTO_FEATURE_LINE_SECTION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_BUILDINGSITE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_BUILDINGUTIL_CONNECTOR (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_CANT_DIAGRAM_VIEW (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_CATCHMENT_AREA (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_CATCHMENT_AREA_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_CORRIDOR (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_CROSSING_PIPE_PROFILE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_CROSSING_PRESSURE_PIPE_PROFILE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_CSVSTATIONSLIDER (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_FACE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_FEATURE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_FEATURE_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_FEATURE_LINE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_FEATURE_LINE_CSV (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_FEATURE_LINE_PROFILE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_FEATURE_LINE_SECTION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_FITTING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_FITTING_CSV (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_FITTING_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_FITTING_PROFILE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_FLOW_SEGMENT_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_GENERAL_SEGMENT_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_GRADING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_GRAPH (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_GRAPHPROFILE_NETWORKPART (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_GRAPHPROFILE_PRESSUREPART (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_GRID_SURFACE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_GRID_SURFACE_CSV (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_HORGEOMETRY_BAND_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_HYDRO_REGION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_INTERFERENCE_CHECK (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_INTERFERENCE_PART (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_INTERFERENCE_PART_SECTION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_INTERSECTION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_INTERSECTION_LOCATION_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_LEGEND_TABLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_LINE_BETWEEN_POINTS_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_LOTLINE_CSV (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_MASSHAULLINE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_MASS_HAUL_VIEW (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_MATCHLINE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_MATCH_LINE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_MATERIAL_SECTION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_NETWORK (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_NOTE_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_OFFSET_ELEV_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PARCEL_BOUNDARY (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PARCEL_FACE_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PARCEL_SEGMENT (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PARCEL_SEGMENT_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PARCEL_SEGMENT_TABLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PARCEL_TABLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PIPE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PIPENETWORK_BAND_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PIPE_CSV (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PIPE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PIPE_PROFILE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PIPE_SECTION_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PIPE_TABLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_POINT_ENT (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_POINT_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_POINT_TABLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PRESSUREPIPENETWORK (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PRESSURE_PART_TABLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PRESSURE_PIPE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PRESSURE_PIPE_CSV (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PRESSURE_PIPE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PRESSURE_PIPE_PROFILE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PRESSURE_PIPE_SECTION_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PROFILE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PROFILEDATA_BAND_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PROFILE_PROJECTION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PROFILE_PROJECTION_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PROFILE_VIEW (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_PROFILE_VIEW_DEPTH_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_QUANTITY_TAKEOFF_AGGREGATE_EARTHWORK_TABLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_RIGHT_OF_WAY (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SAMPLELINE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SAMPLE_LINE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SAMPLE_LINE_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTIONALDATA_BAND_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTIONDATA_BAND_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTIONSEGMENT_BAND_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION_CORRIDOR (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION_CORRIDOR_POINT_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION_GRADEBREAK_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION_MINOR_OFFSET_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION_OFFSET_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION_PIPENETWORK (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION_PRESSUREPIPENETWORK (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION_PROJECTION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION_PROJECTION_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION_SEGMENT_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION_VIEW (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION_VIEW_DEPTH_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SECTION_VIEW_QUANTITY_TAKEOFF_TABLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SHEET (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SPANNING_PIPE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SPANNING_PIPE_PROFILE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_STATION_ELEV_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_STRUCTURE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_STRUCTURE_CSV (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_STRUCTURE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_STRUCTURE_PROFILE_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_STRUCTURE_SECTION_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SUBASSEMBLY (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SUPERELEVATION_BAND_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SUPERELEVATION_DIAGRAM_VIEW (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SURFACE_CONTOUR_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SURFACE_ELEVATION_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SURFACE_SLOPE_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SURVEY_FIGURE_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SVFIGURE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SVFIGURE_CSV (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SVFIGURE_PROFILE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SVFIGURE_SECTION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SVFIGURE_SEGMENT_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_SVNETWORK (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_TANGENT_INTERSECTION_TABLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_TIN_SURFACE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_TIN_SURFACE_CSV (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_VALIGNMENT_CRESTCURVE_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_VALIGNMENT_CSV (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_VALIGNMENT_HAGEOMPT_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_VALIGNMENT_LINE_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_VALIGNMENT_MINOR_STATION_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_VALIGNMENT_PVI_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_VALIGNMENT_SAGCURVE_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_VALIGNMENT_STATION_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_VERTICALGEOMETRY_BAND_LABEL_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_VIEWFRAME_LABELING (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_DISP_REP_VIEW_FRAME (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_FEATURELINE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_FEATURE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_FITTING_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_FORMAT_MANAGER_OBJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_GRADEVIEW (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_GRADING_CRITERIA (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_GRADING_CRITERIA_SET (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_GRADING_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_GRADING_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_IMPORT_STORM_SEWER_DEFAULTS (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_INTERFERENCE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_INTERSECTION_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_LABEL_COLLECTOR_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_LABEL_NODE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_LABEL_RADIAL_LINE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_LABEL_TEXT_ITERATOR_CURVE_OR_SPIRAL_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_LABEL_TEXT_ITERATOR_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_LABEL_TEXT_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_LABEL_VECTOR_ARROW_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_LEGEND_TABLE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_MASS_HAUL_LINE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_MASS_HAUL_VIEW_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_MATCHLINE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_MATERIAL_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_NETWORK_PART_CATALOG_DEF_NODE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_NETWORK_PART_FAMILY_ITEM (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_NETWORK_PART_LIST (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_NETWORK_RULE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PARCEL_NODE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PARCEL_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PART_SIZE_FILTER (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PIPE_RULES (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PIPE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PIPE_STYLE_EXTENSION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_POINTCLOUD_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_POINTVIEW (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_POINT_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PRESSURE_PART_LIST (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PRESSURE_PIPE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PROFILESECTIONENTITY_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PROFILE_DESIGN_CHECK_SET (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PROFILE_LABEL_SET (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PROFILE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PROFILE_VIEW_BAND_STYLE_SET (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PROFILE_VIEW_DATA_BAND_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PROFILE_VIEW_HORIZONTAL_GEOMETRY_BAND_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PROFILE_VIEW_PIPE_NETWORK_BAND_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PROFILE_VIEW_SECTIONAL_DATA_BAND_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PROFILE_VIEW_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PROFILE_VIEW_SUPERELEVATION_DIAGRAM_BAND_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_PROFILE_VIEW_VERTICAL_GEOMETRY_BAND_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_QUANTITY_TAKEOFF_CRITERIA (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_ROADWAYLINK_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_ROADWAYMARKER_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_ROADWAYSHAPE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_ROADWAY_STYLE_SET (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_ROOT_SETTINGS_NODE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SAMPLE_LINE_GROUP_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SAMPLE_LINE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SECTION_LABEL_SET (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SECTION_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SECTION_VIEW_BAND_STYLE_SET (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SECTION_VIEW_DATA_BAND_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SECTION_VIEW_ROAD_SURFACE_BAND_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SECTION_VIEW_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SETTINGS_NODE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SHEET_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SLOPE_PATTERN_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_STATION_FORMAT_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_STRUCTURE_RULES (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_STUCTURE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SUPERELEVATION_DIAGRAM_VIEW_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SURFACE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SVFIGURE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_SVNETWORK_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_TABLE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_TAG_MANAGER (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_TREE_NODE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_USER_DEFINED_ATTRIBUTE_CLASSIFICATION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_VALIGNMENT_STYLE_EXTENSION (Dwg_Object *obj);
//EXPORT int dwg_setup_AECC_VIEW_FRAME_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_DISP_PROPS_MEMBER (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_DISP_PROPS_MEMBER_LOGICAL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_DISP_PROPS_MEMBER_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_DISP_PROPS_MEMBER_PLAN_SKETCH (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_DISP_PROPS_MEMBER_PROJECTED (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_DISP_REP_MEMBER_ELEVATION_DESIGN (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_DISP_REP_MEMBER_ELEVATION_DETAIL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_DISP_REP_MEMBER_LOGICAL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_DISP_REP_MEMBER_MODEL_DESIGN (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_DISP_REP_MEMBER_MODEL_DETAIL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_DISP_REP_MEMBER_PLAN_DESIGN (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_DISP_REP_MEMBER_PLAN_DETAIL (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_DISP_REP_MEMBER_PLAN_SKETCH (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_MEMBER_NODE_SHAPE (Dwg_Object *obj);
//EXPORT int dwg_setup_AECS_MEMBER_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_2DSECTION_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPBDGELEVLINEPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPBDGELEVLINEPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPBDGSECTIONLINEPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPBDGSECTIONLINEPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPCEILINGGRIDPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPCEILINGGRIDPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPCOLUMNGRIDPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPCOLUMNGRIDPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPCURTAINWALLLAYOUTPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPCURTAINWALLLAYOUTPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPCURTAINWALLUNITPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPCURTAINWALLUNITPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPMVBLOCKREFPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPMVBLOCKREFPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPROOFPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPROOFPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPROOFSLABPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPROOFSLABPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPSLABPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPSLABPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPSPACEPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPSPACEPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPWALLPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPWALLPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPWINDOWASSEMBLYPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPWINDOWASSEMBLYPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPZONE100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBDISPREPZONE50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBZONEDEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_AECDBZONESTYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_ANCHOR_OPENINGBASE_TO_WALL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_CLASSIFICATION_DEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_CLASSIFICATION_SYSTEM_DEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_CLEANUP_GROUP_DEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_CURTAIN_WALL_LAYOUT_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_CURTAIN_WALL_UNIT_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_CVSECTIONVIEW (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DB_DISP_REP_DIM_GROUP_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DB_DISP_REP_DIM_GROUP_PLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DB_DISP_REP_DIM_GROUP_PLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DIM_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPLAYTHEME_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPREPAECDBDISPREPMASSELEMPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPREPAECDBDISPREPMASSELEMPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPREPAECDBDISPREPMASSGROUPPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPREPAECDBDISPREPMASSGROUPPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPREPAECDBDISPREPOPENINGPLAN100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPREPAECDBDISPREPOPENINGPLAN50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPREPAECDBDISPREPOPENINGPLANREFLECTED (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPREPAECDBDISPREPOPENINGSILLPLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPROPSMASSELEMPLANCOMMON (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPROPSMASSGROUPPLANCOMMON (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPROPSOPENINGPLANCOMMON (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPROPSOPENINGPLANCOMMONHATCHED (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISPROPSOPENINGSILLPLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_2D_SECTION (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_CLIP_VOLUME (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_CLIP_VOLUME_RESULT (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_DIM (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_DISPLAYTHEME (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_DOOR (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_DOOR_NOMINAL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_DOOR_PLAN_100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_DOOR_PLAN_50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_DOOR_THRESHOLD_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_DOOR_THRESHOLD_SYMBOL_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_EDITINPLACEPROFILE_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_ENT (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_ENT_REF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_GRID_ASSEMBLY_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_GRID_ASSEMBLY_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_LAYOUT_CURVE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_LAYOUT_GRID2D (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_LAYOUT_GRID3D (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_MASKBLOCK (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_MASS_ELEM_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_MASS_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_MATERIAL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_OPENING (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_POLYGON_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_POLYGON_TRUECOLOUR (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_RAILING_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_RAILING_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_ROOF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_ROOFSLAB (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_ROOFSLAB_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_SCHEDULE_TABLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_SLAB (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_SLAB_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_SLICE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_SPACE_DECOMPOSED (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_SPACE_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_SPACE_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_STAIR_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_STAIR_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_STAIR_PLAN_OVERLAPPING (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_WALL_GRAPH (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_WALL_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_WALL_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_WALL_SCHEM (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_WINDOW (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_WINDOW_ASSEMBLY_SILL_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_WINDOW_NOMINAL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_WINDOW_PLAN_100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_WINDOW_PLAN_50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_WINDOW_SILL_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_PROPS_ZONE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_2D_SECTION (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ANCHOR (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ANCHOR_BUB_TO_GRID (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ANCHOR_BUB_TO_GRID_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ANCHOR_BUB_TO_GRID_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ANCHOR_ENT_TO_NODE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ANCHOR_EXT_TAG_TO_ENT (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ANCHOR_TAG_TO_ENT (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_BDG_ELEVLINE_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_BDG_ELEVLINE_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_BDG_ELEVLINE_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_BDG_SECTIONLINE_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_BDG_SECTIONLINE_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_BDG_SECTIONLINE_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_BDG_SECTION_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_BDG_SECTION_SUBDIV (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_CEILING_GRID (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_CEILING_GRID_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_CEILING_GRID_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_CLIP_VOLUME_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_CLIP_VOLUME_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_CLIP_VOLUME_RESULT (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_CLIP_VOLUME_RESULT_SUBDIV (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COLUMN_GRID (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COLUMN_GRID_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COLUMN_GRID_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_BLOCK (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_CIRCARC2D (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_CONCOINCIDENT (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_CONCONCENTRIC (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_CONEQUALDISTANCE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_CONMIDPOINT (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_CONNECTOR (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_CONNORMAL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_CONPARALLEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_CONPERPENDICULAR (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_CONSYMMETRIC (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_CONTANGENT (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_DIMANGLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_DIMDIAMETER (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_DIMDISTANCE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_DIMLENGTH (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_DIMMAJORRADIUS (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_DIMMINORRADIUS (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_ELLIPARC2D (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_LAYOUTDATA (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_LINE2D (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_MODIFIER_ADD (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_MODIFIER_CUTPLANE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_MODIFIER_EXTRUSION (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_MODIFIER_GROUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_MODIFIER_LOFT (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_MODIFIER_PATH (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_MODIFIER_REVOLVE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_MODIFIER_SUBTRACT (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_MODIFIER_TRANSITION (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_POINT2D (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_PROFILE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_WORKPLANE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_COL_WORKPLANE_REF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_CONFIG (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_CURTAIN_WALL_LAYOUT_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_CURTAIN_WALL_LAYOUT_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_CURTAIN_WALL_UNIT_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_CURTAIN_WALL_UNIT_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_DCM_DIMRADIUS (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_DISPLAYTHEME (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_DOOR_ELEV (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_DOOR_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_DOOR_NOMINAL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_DOOR_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_DOOR_PLAN_50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_DOOR_PLAN_HEKTO (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_DOOR_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_DOOR_THRESHOLD_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_DOOR_THRESHOLD_SYMBOL_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_EDITINPLACEPROFILE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ENT_REF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_LAYOUT_CURVE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_LAYOUT_GRID2D (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_LAYOUT_GRID3D (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_MASKBLOCK_REF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_MASKBLOCK_REF_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_MASS_ELEM_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_MASS_ELEM_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_MASS_ELEM_SCHEM (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_MASS_GROUP_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_MASS_GROUP_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_MASS_GROUP_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_MATERIAL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_MVBLOCK_REF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_MVBLOCK_REF_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_MVBLOCK_REF_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_OPENING (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_OPENING_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_POLYGON_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_POLYGON_TRUECOLOUR (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_RAILING_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_RAILING_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_RAILING_PLAN_100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_RAILING_PLAN_50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ROOFSLAB_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ROOFSLAB_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ROOF_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ROOF_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ROOF_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_SCHEDULE_TABLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_SET (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_SLAB_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_SLAB_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_SLICE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_SPACE_DECOMPOSED (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_SPACE_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_SPACE_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_SPACE_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_SPACE_VOLUME (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_STAIR_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_STAIR_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_STAIR_PLAN_100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_STAIR_PLAN_50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_STAIR_PLAN_OVERLAPPING (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_STAIR_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WALL_GRAPH (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WALL_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WALL_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WALL_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WALL_SCHEM (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WINDOWASSEMBLY_SILL_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WINDOW_ASSEMBLY_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WINDOW_ASSEMBLY_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WINDOW_ELEV (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WINDOW_MODEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WINDOW_NOMINAL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WINDOW_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WINDOW_PLAN_100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WINDOW_PLAN_50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WINDOW_RCP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_WINDOW_SILL_PLAN (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_REP_ZONE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_ROPS_RAILING_PLAN_100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_ROPS_RAILING_PLAN_50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_ROPS_STAIR_PLAN_100 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DISP_ROPS_STAIR_PLAN_50 (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_DOOR_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_ENDCAP_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_FRAME_DEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_LAYERKEY_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_LIST_DEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_MASKBLOCK_DEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_MASS_ELEM_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_MATERIAL_DEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_MVBLOCK_DEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_MVBLOCK_REF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_NOTIFICATION_TRACKER (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_POLYGON (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_POLYGON_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_PROPERTY_SET_DEF (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_RAILING_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_REFEDIT_STATUS_TRACKER (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_ROOFSLABEDGE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_ROOFSLAB_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_SCHEDULE_DATA_FORMAT (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_SLABEDGE_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_SLAB_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_SPACE_STYLES (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_STAIR_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_STAIR_WINDER_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_STAIR_WINDER_TYPE_BALANCED (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_STAIR_WINDER_TYPE_MANUAL (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_STAIR_WINDER_TYPE_SINGLE_POINT (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_VARS_AECBBLDSRV (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_VARS_ARCHBASE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_VARS_DWG_SETUP (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_VARS_MUNICH (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_VARS_STRUCTUREBASE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_WALLMOD_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_WALL_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_WINDOW_ASSEMBLY_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_AEC_WINDOW_STYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_ALIGNMENTGRIPENTITY (Dwg_Object *obj);
//EXPORT int dwg_setup_AMCONTEXTMGR (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTADMENUSTATE (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTAMMENUSTATE (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTBROWSERDBTAB (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTDMMENUSTATE (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTEDGESTANDARDDIN (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTEDGESTANDARDDIN13715 (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTEDGESTANDARDISO (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTEDGESTANDARDISO13715 (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTFORMULAUPDATEDISPATCHER (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTINTERNALREACTOR (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTMCOMMENUSTATE (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTMENUSTATEMGR (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTNOTE (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTNOTETEMPLATEDB (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTSECTIONSYM (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTSECTIONSYMLABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_AMDTSYSATTR (Dwg_Object *obj);
//EXPORT int dwg_setup_AMGOBJPROPCFG (Dwg_Object *obj);
//EXPORT int dwg_setup_AMGSETTINGSOBJ (Dwg_Object *obj);
//EXPORT int dwg_setup_AMIMASTER (Dwg_Object *obj);
//EXPORT int dwg_setup_AM_DRAWING_MGR (Dwg_Object *obj);
//EXPORT int dwg_setup_AM_DWGMGR_NAME (Dwg_Object *obj);
//EXPORT int dwg_setup_AM_DWG_DOCUMENT (Dwg_Object *obj);
//EXPORT int dwg_setup_AM_DWG_SHEET (Dwg_Object *obj);
//EXPORT int dwg_setup_AM_VIEWDIMPARMAP (Dwg_Object *obj);
//EXPORT int dwg_setup_BINRECORD (Dwg_Object *obj);
//EXPORT int dwg_setup_CAMSCATALOGAPPOBJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_CAMSSTRUCTBTNSTATE (Dwg_Object *obj);
//EXPORT int dwg_setup_CATALOGSTATE (Dwg_Object *obj);
//EXPORT int dwg_setup_CBROWSERAPPOBJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_DEPMGR (Dwg_Object *obj);
//EXPORT int dwg_setup_DMBASEELEMENT (Dwg_Object *obj);
//EXPORT int dwg_setup_DMDEFAULTSTYLE (Dwg_Object *obj);
//EXPORT int dwg_setup_DMLEGEND (Dwg_Object *obj);
//EXPORT int dwg_setup_DMMAP (Dwg_Object *obj);
//EXPORT int dwg_setup_DMMAPMANAGER (Dwg_Object *obj);
//EXPORT int dwg_setup_DMSTYLECATEGORY (Dwg_Object *obj);
//EXPORT int dwg_setup_DMSTYLELIBRARY (Dwg_Object *obj);
//EXPORT int dwg_setup_DMSTYLEREFERENCE (Dwg_Object *obj);
//EXPORT int dwg_setup_DMSTYLIZEDENTITIESTABLE (Dwg_Object *obj);
//EXPORT int dwg_setup_DMSURROGATESTYLESETS (Dwg_Object *obj);
//EXPORT int dwg_setup_DM_PLACEHOLDER (Dwg_Object *obj);
//EXPORT int dwg_setup_EXACTERMXREFMAP (Dwg_Object *obj);
//EXPORT int dwg_setup_EXACXREFPANELOBJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_EXPO_NOTIFYBLOCK (Dwg_Object *obj);
//EXPORT int dwg_setup_EXPO_NOTIFYHALL (Dwg_Object *obj);
//EXPORT int dwg_setup_EXPO_NOTIFYPILLAR (Dwg_Object *obj);
//EXPORT int dwg_setup_EXPO_NOTIFYSTAND (Dwg_Object *obj);
//EXPORT int dwg_setup_EXPO_NOTIFYSTANDNOPOLY (Dwg_Object *obj);
//EXPORT int dwg_setup_FLIPACTIONENTITY (Dwg_Object *obj);
//EXPORT int dwg_setup_GSMANAGER (Dwg_Object *obj);
//EXPORT int dwg_setup_IRD_DSC_DICT (Dwg_Object *obj);
//EXPORT int dwg_setup_IRD_DSC_RECORD (Dwg_Object *obj);
//EXPORT int dwg_setup_IRD_OBJ_RECORD (Dwg_Object *obj);
//EXPORT int dwg_setup_MAPFSMRVOBJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_MAPGWSUNDOOBJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_MAPIAMMOUDLE (Dwg_Object *obj);
//EXPORT int dwg_setup_MAPMETADATAOBJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_MAPRESOURCEMANAGEROBJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_MOVEACTIONENTITY (Dwg_Object *obj);
//EXPORT int dwg_setup_McDbContainer2 (Dwg_Object *obj);
//EXPORT int dwg_setup_McDbMarker (Dwg_Object *obj);
//EXPORT int dwg_setup_NAMEDAPPL (Dwg_Object *obj);
//EXPORT int dwg_setup_NEWSTDPARTPARLIST (Dwg_Object *obj);
//EXPORT int dwg_setup_NPOCOLLECTION (Dwg_Object *obj);
//EXPORT int dwg_setup_OBJCLONER (Dwg_Object *obj);
//EXPORT int dwg_setup_PARAMMGR (Dwg_Object *obj);
//EXPORT int dwg_setup_PARAMSCOPE (Dwg_Object *obj);
//EXPORT int dwg_setup_PILLAR (Dwg_Object *obj);
//EXPORT int dwg_setup_RAPIDRTRENDERENVIRONMENT (Dwg_Object *obj);
//EXPORT int dwg_setup_ROTATEACTIONENTITY (Dwg_Object *obj);
//EXPORT int dwg_setup_SCALEACTIONENTITY (Dwg_Object *obj);
//EXPORT int dwg_setup_STDPART2D (Dwg_Object *obj);
//EXPORT int dwg_setup_STRETCHACTIONENTITY (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_ARROW (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_AXIS_LABEL (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_BLOCK_INSERT (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_COLUMN (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_DBCONFIG (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_DIMENSION2 (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_DRAWINGINDEX (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_HANDRAIL (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_LINESTAIR (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_OPENING (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_RECTSTAIR (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_SLAB (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_SPACE (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_TEXT (Dwg_Object *obj);
//EXPORT int dwg_setup_TCH_WALL (Dwg_Object *obj);
//EXPORT int dwg_setup_TGrupoPuntos (Dwg_Object *obj);
//EXPORT int dwg_setup_VAACIMAGEINVENTORY (Dwg_Object *obj);
//EXPORT int dwg_setup_VAACXREFPANELOBJECT (Dwg_Object *obj);
//EXPORT int dwg_setup_XREFPANELOBJECT (Dwg_Object *obj);
#endif
// clang-format: on
/* End auto-generated content */
// clang-format on
#ifdef __cplusplus
}
#endif
#endif
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