/////////////////////////////////////////////////////////////////////////////// // Copyright (C) 2002-2025, Open Design Alliance (the "Alliance"). // All rights reserved. // // This software and its documentation and related materials are owned by // the Alliance. The software may only be incorporated into application // programs owned by members of the Alliance, subject to a signed // Membership Agreement and Supplemental Software License Agreement with the // Alliance. The structure and organization of this software are the valuable // trade secrets of the Alliance and its suppliers. The software is also // protected by copyright law and international treaty provisions. Application // programs incorporating this software must include the following statement // with their copyright notices: // // This application incorporates Open Design Alliance software pursuant to a license // agreement with Open Design Alliance. // Open Design Alliance Copyright (C) 2002-2025 by Open Design Alliance. // All rights reserved. // // By use of this software, its documentation or related materials, you // acknowledge and accept the above terms. /////////////////////////////////////////////////////////////////////////////// //DOM-IGNORE-BEGIN /*********************************************************/ // Macros description: /********************************************************* VAR_DEF(type, VarName,...) Variable support is generated in OdDbDatabase::getVarName/setVarName() and OdDbDatabase::get/setSysVar() RO_VAR_DEF(type, VarName,...) Read-only Variable support is generated in OdDbDatabase::getVarName() and OdDbDatabase::getSysVar() VAR_DEF_H(type, VarName,...) Variable support is generated in OdDbDatabase::getVarName/setVarName() only. If get/setSysVar() is available see QuasiVarDefs.h Note: Such variables may work differently in OdDbDatabase::get/setXXX()and get/setSysVar() For example: There are get/set OdDbDatabase methods for both EXTMIN(MS) and PEXTMIN(PS) but get/setSysVar() is for EXTMIN only. It works with extents of current space. RO_VAR_DEF_H(type, VarName,...) The same as VAR_DEF_H but only OdDbDatabase::getVarName() is generated. VAR_DEF_2 Similar to VAR_DEF but some special processing in set methods is required and OdDbDatabase::setVarName() method is implemented manually. Example - OdDbDatabase::setTEXTSTYLE() also changes TEXTSIZE. And OdDbDatabase::setTEXTSIZE() changes prior size in current Text Style DICR15VAR DICR21VAR DICR24VAR DICR27VAR Similar to VAR_DEF. Difference is that in some file versions these variables present in Database header and in minor file versions they are round-tripped via Variables Dictionary MLEADERSTYLE_VAR_DEF ANNO_VAR_DEF A special cases of DICR21VAR, used to differentiate CANNOSCALE and CMLEADERSCALE from other usual system variables in some cases. By default is equal to DICR21VAR. REGVAR_DEF(type, VarName,...) Variable support is generated in OdDbHostAppServices (getVarName/setVarName) and OdDbDatabase::get/setSysVar() */ #ifndef RO_VAR_DEF #define RO_VAR_DEF VAR_DEF /* {Secret} */ #define DOUNDEF_RO_VAR_DEF #endif #ifndef RO_VAR_DEF_H #define RO_VAR_DEF_H RO_VAR_DEF /* {Secret} */ #define DOUNDEF_RO_VAR_DEF_H #endif #ifndef VAR_DEF_H #define VAR_DEF_H VAR_DEF /* {Secret} */ #define DOUNDEF_VAR_DEF_H #endif #ifndef DICR15VAR #define DOUNDEF_DICR15VAR #define DICR15VAR VAR_DEF /* {Secret} */ #endif #ifndef DICR21VAR #define DOUNDEF_DICR21VAR #define DICR21VAR VAR_DEF /* {Secret} */ #define DOUNDEF_DICR21VAR_H #define DICR21VAR_H VAR_DEF_H /* {Secret} */ #else #define DOUNDEF_DICR21VAR_H #define DICR21VAR_H DICR21VAR /* {Secret} */ #endif #ifndef DICR24VAR #define DOUNDEF_DICR24VAR #define DICR24VAR DICR21VAR /* {Secret} */ #define DOUNDEF_DICR24VAR_H #define DICR24VAR_H DICR21VAR_H /* {Secret} */ #else #define DOUNDEF_DICR24VAR_H #define DICR24VAR_H DICR24VAR /* {Secret} */ #endif #ifndef DICR27VAR #define DOUNDEF_DICR27VAR #define DICR27VAR DICR21VAR /* {Secret} */ #define DOUNDEF_DICR27VAR_H #define DICR27VAR_H DICR21VAR_H /* {Secret} */ #else #define DOUNDEF_DICR27VAR_H #define DICR27VAR_H DICR27VAR /* {Secret} */ #endif #ifndef ANNO_VAR_DEF #define DOUNDEF_ANNO_VAR_DEF #define ANNO_VAR_DEF DICR21VAR /* {Secret} */ #endif #ifndef MLEADERSTYLE_VAR_DEF #define DOUNDEF_MLEADERSTYLE_VAR_DEF #define MLEADERSTYLE_VAR_DEF DICR21VAR /* {Secret} */ #endif #ifndef VAR_DEF_2 #define DOUNDEF_VAR_DEF_2 #define VAR_DEF_2 VAR_DEF /* {Secret} */ #endif #ifndef ODTBOOL #define ODTBOOL bool /* {Secret} */ #endif #ifndef ODTDIST #define ODTDIST double /* {Secret} */ #endif #ifndef ODTORIENT #define ODTORIENT double /* {Secret} */ #endif #ifndef ODTUNITLESS4 #define ODTUNITLESS4 double /* {Secret} */ #endif #ifndef ODTUNITLESS8 #define ODTUNITLESS8 double /* {Secret} */ #endif #ifndef ODTDB_MEASUREMENTVALUE #define ODTDB_MEASUREMENTVALUE OdDb::MeasurementValue /* {Secret} */ #endif #ifndef ODTDB_LINEWEIGHT #define ODTDB_LINEWEIGHT OdDb::LineWeight /* {Secret} */ #endif #ifndef ODTDB_JOINSTYLE #define ODTDB_JOINSTYLE OdDb::JoinStyle /* {Secret} */ #endif #ifndef ODTDB_UNITSVALUE #define ODTDB_UNITSVALUE OdDb::UnitsValue /* {Secret} */ #endif #ifndef ODTDB_PROXYIMAGE #define ODTDB_PROXYIMAGE OdDb::ProxyImage /* {Secret} */ #endif #ifndef ODTDB_MEASUREMENTVALUE #define ODTDB_MEASUREMENTVALUE OdDb::MeasurementValue /* {Secret} */ #endif #ifndef ODTDB_ENDCAPS #define ODTDB_ENDCAPS OdDb::EndCaps /* {Secret} */ #endif #ifndef ODTDB_JOINSTYLE #define ODTDB_JOINSTYLE OdDb::JoinStyle /* {Secret} */ #endif #ifndef ODTDB_PLOTSTYLENAMETYPE #define ODTDB_PLOTSTYLENAMETYPE OdDb::PlotStyleNameType /* {Secret} */ #endif #ifndef ODDBOBJECTID #define ODDBOBJECTID OdDbObjectId /* {Secret} */ #endif #ifndef ODDBHARDPOINTERID #define ODDBHARDPOINTERID ODDBOBJECTID /* {Secret} */ #endif #ifndef ODTTEXTSTYLEID #define ODTTEXTSTYLEID ODDBOBJECTID /* {Secret} */ #endif #ifndef ODTLAYERID #define ODTLAYERID ODDBOBJECTID /* {Secret} */ #endif #ifndef ODTLAYERIDDEF #define ODTLAYERIDDEF ODTLAYERID /* {Secret} */ #endif #ifndef ODTLINETYPEID #define ODTLINETYPEID ODDBOBJECTID /* {Secret} */ #endif #ifndef ODTDIMSTYLEID #define ODTDIMSTYLEID ODDBOBJECTID /* {Secret} */ #endif #ifndef ODTUCSID #define ODTUCSID ODDBOBJECTID /* {Secret} */ #endif #ifndef ODTMLSTYLEID #define ODTMLSTYLEID ODDBOBJECTID /* {Secret} */ #endif #ifndef ODTDB_TIMEZONE #define ODTDB_TIMEZONE OdDb::TimeZone /* {Secret} */ #endif #ifndef ODTDB_SHADOWFLAGS #define ODTDB_SHADOWFLAGS OdGiSubEntityTraits::ShadowFlags /* {Secret} */ #endif #ifndef ODVISTYLEID #define ODVISTYLEID ODDBOBJECTID /* {Secret} */ #endif #ifndef ODTMATERIALID #define ODTMATERIALID ODDBOBJECTID /* {Secret} */ #endif #ifndef ODTDB_LOFTPARAMTYPE #define ODTDB_LOFTPARAMTYPE OdDb::LoftParamType /* {Secret} */ #endif #ifndef ODTDB_LOFTNORMALSTYPE #define ODTDB_LOFTNORMALSTYPE OdDb::LoftNormalsType /* {Secret} */ #endif #ifndef ODTTABLESTYLEID #define ODTTABLESTYLEID ODDBOBJECTID /* {Secret} */ #endif #ifndef ODTMLEADERSTYLEID #define ODTMLEADERSTYLEID ODDBOBJECTID /* {Secret} */ #endif #ifndef ODTVIEWDETAILSTYLEID #define ODTVIEWDETAILSTYLEID ODDBOBJECTID /* {Secret} */ #endif #ifndef ODTVIEWSECTIONSTYLEID #define ODTVIEWSECTIONSTYLEID ODDBOBJECTID /* {Secret} */ #endif #ifndef ODANNOSCALE #define ODANNOSCALE OdDbAnnotationScalePtr /* {Secret} */ #endif #ifndef ODTTRANSPARENCYDEF #define ODTTRANSPARENCYDEF OdCmTransparency #endif #ifndef ODTCOLORDEF #define ODTCOLORDEF OdCmColor #endif #ifndef ODCMCOLORINDEX #define ODCMCOLORINDEX(color) ([] {OdCmColor c; c.setColorIndex(color); return c; })() #endif #ifndef VAR_DEF /* {Secret} */ #define VAR_DEF(a,b,c,d,r1,r2) /* {Secret} */ #define DOUNDEF_VAR_DEF #endif #define SVARS_FUNC_MODIFIER virtual // Type Name Default Metric default Reserve1 Reserve2 //DOM-IGNORE-END /** <toctitle HPPATHWIDTH> <table> <b>Type</b> double <b>Initial value</b> 0.25 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 26.5+ </table> HPPATHWIDTH specifies the width of new drawn paths to be hatched or filled. Width is used to define the final shape and size of the closed hatch boundary based on the path drawn and the current alignment specified. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getHPPATHWIDTH() OdDbDatabase::setHPPATHWIDTH() </table> <group TD_SysVars_H> */ //<dom_var_def>double HPPATHWIDTH; VAR_DEF( ODTDIST, HPPATHWIDTH, (0.25), (0.25), (), ValidateGr(0.)) /** <title HPCACHEAREA> <toctitle HPCACHEAREA> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 26.8+ </table> HPCACHEAREA controls whether or not to cache the hatch's area. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getHPCACHEAREA() OdDbDatabase::setHPCACHEAREA() </table> <group TD_SysVars_A> */ //<dom_var_def>bool HPCACHEAREA; VAR_DEF( ODTBOOL, HPCACHEAREA, (true), (true), (), ValidateBOOL()) /** <title ANGBASE> <toctitle ANGBASE> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> ANGBASE specifies the direction of angle 0 with respect to the UCS. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getANGBASE() OdDbDatabase::setANGBASE() </table> <b>Note:</b> All angles are expressed in radians. <group TD_SysVars_A> */ //<dom_var_def>double ANGBASE; VAR_DEF( ODTORIENT, ANGBASE, (0.0), (0.0), (), ValidateNone()) /** <title ANGDIR> <toctitle ANGDIR> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> ANGDIR controls the direction of positive angles with respect to the UCS. <table> <b>Value</b> <b>Positive Angles</b> false Counterclockwise true Clockwise </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getANGDIR() OdDbDatabase::setANGDIR() </table> <group TD_SysVars_A> */ //<dom_var_def>bool ANGDIR; VAR_DEF( ODTBOOL, ANGDIR, (false), (false), (), ValidateBOOL()) /** <title INSBASE> <toctitle INSBASE> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> INSBASE specifies the WCS insertion base point of the current space or model space. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getINSBASE() OdDbDatabase::setINSBASE() </table> <group TD_SysVars_I> */ //<dom_var_def>OdGePoint3d INSBASE; VAR_DEF_H( OdGePoint3d, INSBASE, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title EXTMIN> <toctitle EXTMIN> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (1.E+20, 1.E+20, 1.E+20) <b>Read-Only</b> Yes (for getSysVar() and setSysVar() methods) <b>Saved In</b> Database <b>Versions</b> R12+ </table> EXTMIN specifies the lower-left corner of the extents of the Model Space. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() – returns the lower-left corner of the extents of the current space (Model or Paper).   OdDbDatabase::getEXTMIN() – returns the lower-left corner of the extents of the Model Space. OdDbDatabase::setEXTMIN() – sets the lower-left corner of the extents of the Model Space. </table> <b>Note: </b>get(L"EXTMIN") works with values for current Layout and accesses database EXTMIN or PEXTMIN. \sa <link OdDbLayout::getEXTMIN(), OdDbLayout::getEXTMIN()> <link OdDbLayout::setEXTMIN(), OdDbLayout::setEXTMIN()> <group TD_SysVars_E> */ //<dom_var_def>OdGePoint3d EXTMIN; VAR_DEF_H( OdGePoint3d, EXTMIN, (1.E+20, 1.E+20, 1.E+20), (1.E+20, 1.E+20, 1.E+20), (), ValidateNone()) /** <title EXTMAX> <toctitle EXTMAX> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (-1.0E+20, -1.0E+20, -1.0E+20) <b>Read-Only</b> Yes (for getSysVar() and setSysVar() methods) <b>Saved In</b> Database <b>Versions</b> R12+ </table> EXTMAX specifies the upper-right corner of the extents of the Model Space. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() – returns the upper-right corner of the extents of the current space (Model or Paper).   OdDbDatabase::getEXTMAX() – returns the upper-right corner of the extents of the Model Space. OdDbDatabase::setEXTMAX() – sets the upper-right corner of the extents of the Model Space. </table> \sa <link OdDbLayout::getEXTMAX(), OdDbLayout::getEXTMAX()> <link OdDbLayout::setEXTMAX(), OdDbLayout::setEXTMAX()> <group TD_SysVars_E> */ //<dom_var_def>OdGePoint3d EXTMAX; VAR_DEF_H( OdGePoint3d, EXTMAX, (-1.E+20, -1.E+20, -1.E+20), (-1.E+20, -1.E+20, -1.E+20), (), ValidateNone()) /** <title LIMMIN> <toctitle LIMMIN> <table> <b>Type</b> OdGePoint2d <b>Initial value</b> (0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> The LIMMIN system variable stores the lower-left corner of the grid limits for model space or current space (current layout). <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLIMMIN() OdDbDatabase::setLIMMIN() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"LIMMIN"); OdGePoint2d limmin = pRb-\>getPoint2d(); // or // OdGePoint2d limmin = pDb-\>getLIMMIN(); odPrintConsoleString(L"nLower-left limits = (%f,%f)", limmin.x, limmin.y); </code> For example, to set the value: <code> OdGePoint2d point(0.5, 0.8); OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtPoint2d, point); pDb-\>setSysVar(L"LIMMIN", pRb); // or // pDb-\>setLIMMIN( OdGePoint2d(0.5, 0.8) ); </code> <group TD_SysVars_L> */ //<dom_var_def>OdGePoint2d LIMMIN; VAR_DEF_H( OdGePoint2d, LIMMIN, (0.0, 0.0), (0.0, 0.0), (), ValidateNone()) /** <title LIMMAX> <toctitle LIMMAX> <table> <b>Type</b> OdGePoint2d <b>Initial value</b> (12.0, 9.0) | (420.0, 297.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> The LIMMAX system variable stores the upper-right corner of the grid limits for model space or current space (current layout). <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLIMMAX() OdDbDatabase::setLIMMAX() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"LIMMAX"); OdGePoint2d limmax = pRb-\>getPoint2d(); // or // OdGePoint2d limmax = pDb-\>getLIMMAX(); odPrintConsoleString(L"nUpper-right limits = (%f,%f)", limmax.x, limmax.y); </code> For example, to set the value: <code> OdGePoint2d point(10.5, 8.4); OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtPoint2d, point); pDb-\>setSysVar(L"LIMMAX", pRb); // or // pDb-\>setLIMMAX( OdGePoint2d(10.5, 8.4) ); </code> <group TD_SysVars_L> */ //<dom_var_def>OdGePoint2d LIMMAX; VAR_DEF_H( OdGePoint2d, LIMMAX, (12.0, 9.0), (420.0, 297.0), (), ValidateNone()) /** <title ORTHOMODE> <toctitle ORTHOMODE> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> ORTHOMODE controls the constraint of cursor movement to the perpendicular. <table> <b>Value</b> <b>Description</b> false Not constrained true Constrained </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getORTHOMODE() OdDbDatabase::setORTHOMODE() </table> <group TD_SysVars_O> */ //<dom_var_def>bool ORTHOMODE; VAR_DEF( ODTBOOL, ORTHOMODE, (false), (false), (), ValidateBOOL()) /** <title REGENMODE> <toctitle REGENMODE> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> REGENMODE controls automatic regeneration. <table> <b>Value</b> <b>Description</b> false Disabled true Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getREGENMODE() OdDbDatabase::setREGENMODE() </table> <group TD_SysVars_R> */ //<dom_var_def>bool REGENMODE; VAR_DEF( ODTBOOL, REGENMODE, (true), (true), (), ValidateBOOL()) /** <title FILLMODE> <toctitle FILLMODE> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> FILLMODE controls the rendering of Hatches, 2D Solids, and wide Polylines. <table> <b>Value</b> <b>Description</b> false Disabled true Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getFILLMODE() OdDbDatabase::setFILLMODE() </table> <group TD_SysVars_F> */ //<dom_var_def>bool FILLMODE; VAR_DEF( ODTBOOL, FILLMODE, (true), (true), (), ValidateBOOL()) /** <title QTEXTMODE> <toctitle QTEXTMODE> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> QTEXTMODE controls the display of text. <table> <b>Value</b> <b>Description</b> false Text is displayed true Bounding box is displayed </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getQTEXTMODE() OdDbDatabase::setQTEXTMODE() </table> <group TD_SysVars_Q> */ //<dom_var_def>bool QTEXTMODE; VAR_DEF( ODTBOOL, QTEXTMODE, (false), (false), (), ValidateBOOL()) /** <title MIRRTEXT> <toctitle MIRRTEXT> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> MIRRTEXT controls the mirroring of Text with the MIRROR command. <table> <b>Value</b> <b>Description</b> false Not mirrored true Mirrored </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getMIRRTEXT() OdDbDatabase::setMIRRTEXT() </table> <group TD_SysVars_M> */ //<dom_var_def>bool MIRRTEXT; VAR_DEF( ODTBOOL, MIRRTEXT, (false), (false), (), ValidateBOOL()) /** <title LTSCALE> <toctitle LTSCALE> <table> <b>Type</b> double <b>Initial value</b> 1.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> LTSCALE specifies the global linetype scale factor. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLTSCALE() OdDbDatabase::setLTSCALE() </table> <group TD_SysVars_L> */ //<dom_var_def>double LTSCALE; VAR_DEF( ODTUNITLESS4, LTSCALE, (1.0), (1.0), (), ValidatePositiveNonZero()) /** <title ATTMODE> <toctitle ATTMODE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> ATTMODE controls the display of attributes. <table> <b>Value</b> <b>Description</b> 0 All attributes are invisible 1 Visible attributes are visible, and invisible attributes are invisible. 2 All attributes are visible. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getATTMODE() OdDbDatabase::setATTMODE() </table> <group TD_SysVars_A> */ //<dom_var_def>OdInt16 ATTMODE; VAR_DEF( OdInt16, ATTMODE, (1), (1), (), ValidateRange(0,2)) /** <title TEXTSIZE> <toctitle TEXTSIZE> <table> <b>Type</b> double <b>Initial value</b> 0.2 | 2.5 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> TEXTSIZE specifies the default size for new text entities in the current text style. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getTEXTSIZE() OdDbDatabase::setTEXTSIZE() </table> <group TD_SysVars_T> */ //<dom_var_def>double TEXTSIZE; VAR_DEF_2( ODTDIST, TEXTSIZE, (0.2), (2.5), (), ValidateGr(0.)) /** <title TRACEWID> <toctitle TRACEWID> <table> <b>Type</b> double <b>Initial value</b> 0.05 | 1.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> TRACEWID is default width for new trace entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getTRACEWID() OdDbDatabase::setTRACEWID() </table> <group TD_SysVars_T> */ //<dom_var_def>double TRACEWID; VAR_DEF( ODTDIST, TRACEWID, (0.05), (1.0), (), ValidateEqGr(0.)) /** <title TEXTSTYLE> <toctitle TEXTSTYLE> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> "Standard" text style object ID <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> TEXTSTYLE specifies the default style for new text entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getTEXTSTYLE() OdDbDatabase::setTEXTSTYLE() </table> <group TD_SysVars_T> */ //<dom_var_def>OdDbObjectId TEXTSTYLE; VAR_DEF_2( ODTTEXTSTYLEID, TEXTSTYLE, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateTextStyle()) /** <title CLAYER> <toctitle CLAYER> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> ID of the predefined layer "0" (Zero Layer) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> CLAYER specifies the default layer for new entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCLAYER() OdDbDatabase::setCLAYER() </table> <group TD_SysVars_C> */ //<dom_var_def>OdDbObjectId CLAYER; VAR_DEF( ODTLAYERID, CLAYER, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateLayer()) /** <title CELTYPE> <toctitle CELTYPE> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> "Continuous" linetype record object ID <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> CELTYPE specifies the default linetype for new entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCELTYPE() OdDbDatabase::setCELTYPE() </table> <group TD_SysVars_C> */ //<dom_var_def>OdDbObjectId CELTYPE; VAR_DEF( ODTLINETYPEID, CELTYPE, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateLinetype()) /** <title CECOLOR> <toctitle CECOLOR> <table> <b>Type</b> OdCmColor <b>Initial value</b> OdCmEntityColor::kByLayer <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> CECOLOR specifies the default color for new entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCECOLOR() OdDbDatabase::setCECOLOR() </table> <group TD_SysVars_C> */ //<dom_var_def>OdCmColor CECOLOR; VAR_DEF( OdCmColor, CECOLOR, (OdCmEntityColor::kByLayer), (OdCmEntityColor::kByLayer), (), ValidateCmColor()) /** <title CELTSCALE> <toctitle CELTSCALE> <table> <b>Type</b> double <b>Initial value</b> 1.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 13+ </table> CELTSCALE specifies the default linetype scale for new entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCELTSCALE() OdDbDatabase::setCELTSCALE() </table> <group TD_SysVars_C> */ //<dom_var_def>double CELTSCALE; VAR_DEF( ODTUNITLESS4, CELTSCALE, (1.0), (1.0), (), ValidateGr(0.)) /** <title CHAMFERA> <toctitle CHAMFERA> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 9+ </table> The CHAMFERA variable specifies a default value of the first chamfer distance in drawing units. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCHAMFERA() OdDbDatabase::setCHAMFERA() </table> For example, to get the value: <code> OdResBufPtr pRb = pDb-\>getSysVar(L"CHAMFERA"); double distance1 = pRb-\>getDouble(); odPrintConsoleString(L"nFirst chamfer distance = %g", distance1); // or // odPrintConsoleString(L"nFirst chamfer distance = %g", pDb-\>getCHAMFERA()); </code> For example, to set the value: <code> OdResBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtDouble, 2.5); pDb-\>setSysVar(L"CHAMFERA", pRb); // or // pDb-\>setCHAMFERA(2.5); </code> <b>Note:</b> Use together with the CHAMFERB variable. <group TD_SysVars_C> */ //<dom_var_def>double CHAMFERA; VAR_DEF( ODTDIST, CHAMFERA, (0.0), (0.0), (), ValidateEqGr(0.)) /** <title CHAMFERB> <toctitle CHAMFERB> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 9+ </table> The CHAMFERB variable specifies a default value of the second chamfer distance in drawing units. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCHAMFERB() OdDbDatabase::setCHAMFERB() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"CHAMFERB"); double distance2 = pRb-\>getDouble(); odPrintConsoleString(L"nSecond chamfer distance = %g", distance2); // or // odPrintConsoleString(L"nSecond chamfer distance = %g", pDb-\>getCHAMFERB()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtDouble, 1.25); pDb-\>setSysVar(L"CHAMFERB", pRb); // or // pDb-\>setCHAMFERB(1.25); </code> <b>Note:</b> Use together with the CHAMFERA variable. <group TD_SysVars_C> */ //<dom_var_def>double CHAMFERB; VAR_DEF( ODTDIST, CHAMFERB, (0.0), (0.0), (), ValidateEqGr(0.)) /** <title CHAMFERC> <toctitle CHAMFERC> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 13+ </table> The CHAMFERC variable specifies a default value of the chamfer length in drawing units. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCHAMFERC() OdDbDatabase::setCHAMFERC() </table> For example, to get the value: <code> OdResBufPtr pRb = pDb-\>getSysVar(L"CHAMFERC"); double length = pRb-\>getDouble(); odPrintConsoleString(L"nChamfer length = %g units", length); // or // odPrintConsoleString(L"nChamfer length = %g units", pDb-\>getCHAMFERC()); </code> For example, to set the value: <code> OdResBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtDouble, 2.25); pDb-\>setSysVar(L"CHAMFERC", pRb); // or // pDb-\>setCHAMFERC(2.25); </code> <b>Note:</b> Use together with the CHAMFERD variable. <group TD_SysVars_C> */ //<dom_var_def>double CHAMFERC; VAR_DEF( ODTDIST, CHAMFERC, (0.0), (0.0), (), ValidateEqGr(0.)) /** <title CHAMFERD> <toctitle CHAMFERD> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 13+ </table> The CHAMFERD variable specifies a default value of the chamfer angle in radians. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCHAMFERD() OdDbDatabase::setCHAMFERD() </table> For example, to get a value: <code> OdResBufPtr pRb = pDb-\>getSysVar(L"CHAMFERD"); double angle = pRb-\>getDouble(); odPrintConsoleString(L"nChamfer angle = %g radians", angle); // or // odPrintConsoleString(L"nChamfer angle = %g radians", pDb-\>getCHAMFERD()); </code> For example, to set a value: <code> OdResBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtAngle, 0.375); pDb-\>setSysVar(L"CHAMFERD", pRb); // or // pDb-\>setCHAMFERD(0.375); </code> <b>Note:</b> Use together with the CHAMFERC variable. <group TD_SysVars_C> */ //<dom_var_def>double CHAMFERD; VAR_DEF( ODTORIENT, CHAMFERD, (0.0), (0.0), (), ValidateNone()) /** <title DISPSILH> <toctitle DISPSILH> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R13+ </table> DISPSILH controls the display of silhouette curve edges and meshes. <table> <b>Value</b> <b>Curve Edges</b> <b>Meshes</b> false Not displayed Displayed true Displayed Not displayed </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getDISPSILH() OdDbDatabase::setDISPSILH() </table> <group TD_SysVars_D> */ //<dom_var_def>bool DISPSILH; VAR_DEF( ODTBOOL, DISPSILH, (false), (false), (), ValidateBOOL()) /** <title DIMSTYLE> <toctitle DIMSTYLE> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> "Standard" dimension style object ID for Imperial drawings or "ISO-25" dimension style object ID for Metric drawings. <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> DIMSTYLE specifies the default dimension style for new entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getDIMSTYLE() OdDbDatabase::setDIMSTYLE() </table> <group TD_SysVars_D> */ //<dom_var_def>OdDbObjectId DIMSTYLE; VAR_DEF( ODTDIMSTYLEID, DIMSTYLE, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateDimStyle()) /** <title DIMASO> <toctitle DIMASO> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> DIMASO controls the creation of Associative dimension objects. <table> <b>Value</b> <b>Description</b> false Creates exploded dimensions. true Creates associative dimension entities. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getDIMASO() OdDbDatabase::setDIMASO() </table> <b>Note:</b> DIMASO is obsolete, but is included for compatibility purposes. \sa <link DIMASSOC, DIMASSOC> <group TD_SysVars_D> */ //<dom_var_def>bool DIMASO; VAR_DEF( ODTBOOL, DIMASO, (true), (true), (), ValidateBOOL()) /** <title DIMSHO> <toctitle DIMSHO> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> DIMSHO controls the updating of associative dimension object while dragging. <table> <b>Value</b> <b>Description</b> false Disabled true Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getDIMSHO() OdDbDatabase::setDIMSHO() </table> <b>Note:</b> DIMSHO is obsolete, but is included for compatibility purposes. <group TD_SysVars_D> */ //<dom_var_def>bool DIMSHO; VAR_DEF( bool, DIMSHO, (true), (true), (), ValidateNone()) /** <title LUNITS> <toctitle LUNITS> <table> <b>Type</b> OdInt16 <b>Initial value</b> 2 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> LUNITS controls the display of linear units. <table> <b>Value</b> <b>Description</b> 1 Scientific 2 Decimal 3 Engineering 4 Architectural 5 Fractional </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLUNITS() OdDbDatabase::setLUNITS() </table> <b>Note:</b> LUNITS does not control the formatting of dimension text. <group TD_SysVars_L> */ //<dom_var_def>OdInt16 LUNITS; VAR_DEF( OdInt16, LUNITS, (2), (2), (), ValidateRange(1,5)) /** <title LUPREC> <toctitle LUPREC> <table> <b>Type</b> OdInt16 <b>Initial value</b> 4 <b>Range</b> 0 ... 8 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> LUPREC specifies the number of decimal places in the display of linear units. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLUPREC() OdDbDatabase::setLUPREC() </table> <b>Note:</b> LUPREC does not control the formatting of dimension text. <group TD_SysVars_L> */ //<dom_var_def>OdInt16 LUPREC; VAR_DEF( OdInt16, LUPREC, (4), (4), (), ValidateRange(0,8)) /** <title SKETCHINC> <toctitle SKETCHINC> <table> <b>Type</b> double <b>Initial value</b> 0.1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> SKETCHINC specifies the recording increment for the SKETCH command. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSKETCHINC() OdDbDatabase::setSKETCHINC() </table> <group TD_SysVars_S> */ //<dom_var_def>double SKETCHINC; VAR_DEF( ODTDIST, SKETCHINC, (0.1), (1.0), (), ValidateNone()) /** <title FILLETRAD> <toctitle FILLETRAD> <table> <b>Type</b> double <b>Initial value</b> 0.0 | 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> FILLETRAD specifies the default fillet radius. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getFILLETRAD() OdDbDatabase::setFILLETRAD() </table> <group TD_SysVars_F> */ //<dom_var_def>double FILLETRAD; VAR_DEF( ODTDIST, FILLETRAD, (0.), (0.), (), ValidateEqGr(0.)) /** <title AUNITS> <toctitle AUNITS> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Range</b> 0 ... 4 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> AUNITS controls the display of angular units. <table> <b>Value</b> <b>Description</b> 0 Degrees 1 Degrees-Minutes-Seconds 2 Gradians 3 Radians 4 Surveyor Units </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getAUNITS() OdDbDatabase::setAUNITS() </table> <group TD_SysVars_A> */ //<dom_var_def>OdInt16 AUNITS; VAR_DEF( OdInt16, AUNITS, (0), (0), (), ValidateRange(0,4)) /** <title AUPREC> <toctitle AUPREC> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Range</b> 0 ... 8 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> AUPREC specifies the number of decimal places in the display of angular units. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getAUPREC() OdDbDatabase::setAUPREC() </table> <b>Note: </b>AUPREC does not control the formatting of dimension text. <group TD_SysVars_A> */ //<dom_var_def>OdInt16 AUPREC; VAR_DEF( OdInt16, AUPREC, (0), (0), (), ValidateRange(0,8)) /** <title MENUNAME> <toctitle MENUNAME> <table> <b>Type</b> OdString <b>Initial value</b> "." <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> MENUNAME returns the path and file name of the customization file. <table> <b>Access Methods</b> OdDbDatabase::getMENUNAME() OdDbDatabase::setMENUNAME() </table> <group TD_SysVars_M> */ //<dom_var_def>OdString MENUNAME; VAR_DEF_H( OdString, MENUNAME, (OD_T(".")), (OD_T(".")), (), ValidateNone()) /** <title ELEVATION> <toctitle ELEVATION> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> ELEVATION specifies the default elevation for new entities in the current space or model space. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getELEVATION() OdDbDatabase::setELEVATION() </table> <group TD_SysVars_E> */ //<dom_var_def>double ELEVATION; VAR_DEF_H( ODTDIST, ELEVATION, (0.0), (0.0), (), ValidateNone()) /** <title PELEVATION> <toctitle PELEVATION> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> PELEVATION specifies the default elevation for new entities in the current paper space. <table> OdDbDatabase::getPELEVATION() OdDbDatabase::setPELEVATION() </table> <group TD_SysVars_P> */ //<dom_var_def>double PELEVATION; VAR_DEF_H( ODTDIST, PELEVATION, (0.0), (0.0), (), ValidateNone()) /** <title THICKNESS> <toctitle THICKNESS> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> THICKNESS specifies the default 3D thickness for new entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getTHICKNESS() OdDbDatabase::setTHICKNESS() </table> <group TD_SysVars_T> */ //<dom_var_def>double THICKNESS; VAR_DEF( ODTDIST, THICKNESS, (0.0), (0.0), (), ValidateNone()) /** <title LIMCHECK> <toctitle LIMCHECK> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> The LIMCHECK system variable determines whether objects are allowed outside the grid limits for model space or current space (current layout). <table> <b>Value</b> <b>Description</b> false Objects outside limits are allowed true Objects outside limits are disallowed </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() – gets the outside limits status as an instance of tagged data (boolean type) OdDbDatabase::setSysVar() – sets the outside limits status as an instance of tagged data (boolean type)   OdDbDatabase::getLIMCHECK() – gets the outside limits status as a boolean value OdDbDatabase::setLIMCHECK() – sets the outside limits status as a boolean value </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"LIMCHECK"); bool status = pRb-\>getBool(); odPrintConsoleString(L"nOutside limits status = %s", ((status) ? L"On" : L"Off")); // or // odPrintConsoleString(L"nObjects outside limits are %s for current space", (pDb-\>getLIMCHECK()) ? L"disallowed" : L"allowed"); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdOdResBuf::kRtBool, true); pDb-\>setSysVar(L"LIMCHECK", pRb); // or // pDb-\>setLIMCHECK(false); </code> <group TD_SysVars_L> */ //<dom_var_def>bool LIMCHECK; VAR_DEF_H( ODTBOOL, LIMCHECK, (false), (false), (), ValidateBOOL()) /** <title SKPOLY> <toctitle SKPOLY> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> SKPOLY controls the generation of polylines during the SKETCH command. <table> <b>Value</b> <b>Description</b> false Generates Lines true Generates Polylines </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSKPOLY() OdDbDatabase::setSKPOLY() </table> <group TD_SysVars_S> */ //<dom_var_def>bool SKPOLY; VAR_DEF( ODTBOOL, SKPOLY, (false), (false), (), ValidateBOOL()) /** <title TDUCREATE> <toctitle TDUCREATE> <table> <b>Type</b> OdDbDate <b>Initial value</b> OdDbDate::kInitZero <b>Read-Only</b> Yes <b>Saved In</b> Database <b>Versions</b> 2002+ </table> TDUCREATE represents the time and date, in Universal Time, the database was created. <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getTDUCREATE() </table> \sa <link odDbSetTDUCREATE(), odDbSetTDUCREATE()> <group TD_SysVars_T> */ //<dom_var_def>OdDbDate TDUCREATE; RO_VAR_DEF(OdDbDate, TDUCREATE, (OdDbDate::kInitZero), (OdDbDate::kInitZero), (), ValidateNone()) /** <title TDUUPDATE> <toctitle TDUUPDATE> <table> <b>Type</b> OdDbDate <b>Initial value</b> OdDbDate::kInitZero <b>Read-Only</b> Yes <b>Saved In</b> Database <b>Versions</b> 2002+ </table> TDUUPDATE represents the time and date, in Universal Time, the database was last saved. <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getTDUUPDATE() </table> \sa <link odDbSetTDUUPDATE(), odDbSetTDUUPDATE()> <group TD_SysVars_T> */ //<dom_var_def>OdDbDate TDUUPDATE; RO_VAR_DEF(OdDbDate, TDUUPDATE, (OdDbDate::kInitZero), (OdDbDate::kInitZero), (), ValidateNone()) /** <title TDINDWG> <toctitle TDINDWG> <table> <b>Type</b> OdDbDate <b>Initial value</b> OdDbDate::kInitZero <b>Read-Only</b> Yes <b>Saved In</b> Database <b>Versions</b> R12+ </table> TDINDWG represents the total editing time of the database. <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getTDINDWG() </table> \sa <link odDbSetTDINDWG(), odDbSetTDINDWG()> <group TD_SysVars_T> */ //<dom_var_def>OdDbDate TDINDWG; RO_VAR_DEF(OdDbDate, TDINDWG, (OdDbDate::kInitZero), (OdDbDate::kInitZero), (), ValidateNone()) /** <title TDUSRTIMER> <toctitle TDUSRTIMER> <table> <b>Type</b> OdDbDate <b>Initial value</b> OdDbDate::kInitZero <b>Read-Only</b> Yes <b>Saved In</b> Database <b>Versions</b> R12+ </table> TDUSRTIMER represents the user-elapsed timer. <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getTDUSRTIMER() </table> \sa <link odDbSetTDUSRTIMER(), odDbSetTDUSRTIMER()> <group TD_SysVars_T> */ //<dom_var_def>OdDbDate TDUSRTIMER; RO_VAR_DEF(OdDbDate, TDUSRTIMER, (OdDbDate::kInitZero), (OdDbDate::kInitZero), (), ValidateNone()) /** <title USRTIMER> <toctitle USRTIMER> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> USRTIMER controls the user elapsed timer. <table> <b>Value</b> <b>Description</b> false Disabled true Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getUSRTIMER() OdDbDatabase::setUSRTIMER() </table> <group TD_SysVars_U> */ //<dom_var_def>bool USRTIMER; VAR_DEF_H( ODTBOOL, USRTIMER, (true), (true), (), ValidateBOOL()) /** <title PDMODE> <toctitle PDMODE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> PDMODE specifies the display of Point entities. <image PDMODE.gif> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPDMODE() OdDbDatabase::setPDMODE() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 PDMODE; VAR_DEF( OdInt16, PDMODE, (0), (0), (), ValidatePDMODE()) /** <title PDSIZE> <toctitle PDSIZE> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> PDSIZE specifies the display size of point entities. <table> <b>Value</b> <b>Description</b> <0 Fraction of viewport size in drawing units. 0 5% of viewport size in drawing units. >0 Size in drawing units. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPDSIZE() OdDbDatabase::setPDSIZE() </table> <group TD_SysVars_P> */ //<dom_var_def>double PDSIZE; VAR_DEF( ODTDIST, PDSIZE, (0.0), (0.0), (), ValidateNone()) /** <title PLINEWID> <toctitle PLINEWID> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R13+ </table> PLINEWID specifies the default width for new Polyline entities. Value should be greater than or equal to 0. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPLINEWID() OdDbDatabase::setPLINEWID() </table> <group TD_SysVars_P> */ //<dom_var_def>double PLINEWID; VAR_DEF( ODTDIST, PLINEWID, (0.0), (0.0), (), ValidateNone()) /** <title SPLFRAME> <toctitle SPLFRAME> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> SPLFRAME controls the display of control polygons for Splines and spline-fit Polylines. <table> <b>Value</b> <b>Description</b> false Disabled true Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSPLFRAME() OdDbDatabase::setSPLFRAME() </table> <group TD_SysVars_S> */ //<dom_var_def>bool SPLFRAME; VAR_DEF( ODTBOOL, SPLFRAME, (false), (false), (), ValidateBOOL()) /** <title SPLINETYPE> <toctitle SPLINETYPE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 6 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> SPLINETYPE specifies the type of spline generated by the PEDIT/Spline command. <table> <b>Value</b> <b>Description</b> 5 Quadratic B-spline 6 Cubic B-spline </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSPLINETYPE() OdDbDatabase::setSPLINETYPE() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SPLINETYPE; VAR_DEF( OdInt16, SPLINETYPE, (6), (6), (), ValidateRange(5,6)) /** <title SPLINESEGS> <toctitle SPLINESEGS> <table> <b>Type</b> OdInt16 <b>Initial value</b> 8 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> The SPLINESEGS variable stores the number of segments for spline-fit polylines generated by the PEDIT/Spline command. The value is a non-zero integer number from -32768 to 32767. A negative value generates circular segments. A positive value generates linear segments. A zero value is not applicable. Fit-type polylines use arcs as approximating segments. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSPLINESEGS() OdDbDatabase::setSPLINESEGS() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"SPLINESEGS"); OdInt16 number = pRb-\>getInt16(); odPrintConsoleString(L"nNumber of segments = %d", number); // or // odPrintConsoleString(L"nNumber of segments = %d", pDb-\>getSPLINESEGS()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtInt16, 60); pDb-\>setSysVar(L"SPLINESEGS", pRb); // or // pDb-\>setSPLINESEGS(120); </code> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SPLINESEGS; VAR_DEF( OdInt16, SPLINESEGS, (8), (8), (), ValidateNonZero()) /** <title SURFTAB1> <toctitle SURFTAB1> <table> <b>Type</b> OdInt16 <b>Initial value</b> 6 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> SURFTAB1 specifies the number of tabulations generated in the M direction by the EDGESURF, REVSURF, RULESURF, and TABSURF commands. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSURFTAB1() OdDbDatabase::setSURFTAB1() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SURFTAB1; VAR_DEF( OdInt16, SURFTAB1, (6), (6), (), ValidateNone()) /** <title SURFTAB2> <toctitle SURFTAB2> <table> <b>Type</b> OdInt16 <b>Initial value</b> 6 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> SURFTAB2 specifies the number of tabulations generated in the N direction by the EDGESURF and REVSURF commands. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSURFTAB2() OdDbDatabase::setSURFTAB2() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SURFTAB2; VAR_DEF( OdInt16, SURFTAB2, (6), (6), (), ValidateNone()) /** <title SURFTYPE> <toctitle SURFTYPE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 6 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> SURFTYPE specifies the type of surface fitting for the PEDIT/Smooth command. <table> <b>Value</b> <b>Description</b> 5 Quadratic B-spline surface 6 Cubic B-spline surface 8 Bezier surface </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSURFTYPE() OdDbDatabase::setSURFTYPE() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SURFTYPE; VAR_DEF( OdInt16, SURFTYPE, (6), (6), (), ValidateRange(5,8)) /** <title SURFU> <toctitle SURFU> <table> <b>Type</b> OdInt16 <b>Initial value</b> 6 <b>Range</b> 0 ... 200 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> SURFU specifies the surface density in the M direction for the PEDIT/Smooth command. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSURFU() OdDbDatabase::setSURFU() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SURFU; VAR_DEF( OdInt16, SURFU, (6), (6), (), ValidateRange(0,200)) /** <title SURFV> <toctitle SURFV> <table> <b>Type</b> OdInt16 <b>Initial value</b> 6 <b>Range</b> 0 ... 200 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> SURFV specifies the surface density in the N direction for the PEDIT/Smooth command. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSURFV() OdDbDatabase::setSURFV() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SURFV; VAR_DEF( OdInt16, SURFV, (6), (6), (), ValidateRange(0,200)) /** <title USERI1> <toctitle USERI1> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> USERI1 is 'reserved for user applications'. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getUSERI1() OdDbDatabase::setUSERI1() </table> <group TD_SysVars_U> */ //<dom_var_def>OdInt16 USERI1; VAR_DEF( OdInt16, USERI1, (0), (0), (), ValidateNone()) /** <title USERI2> <toctitle USERI2> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> USERI2 is 'reserved for user applications'. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getUSERI2() OdDbDatabase::setUSERI2() </table> <group TD_SysVars_U> */ //<dom_var_def>OdInt16 USERI2; VAR_DEF( OdInt16, USERI2, (0), (0), (), ValidateNone()) /** <title USERI3> <toctitle USERI3> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> USERI3 is 'reserved for user applications'. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getUSERI3() OdDbDatabase::setUSERI3() </table> <group TD_SysVars_U> */ //<dom_var_def>OdInt16 USERI3; VAR_DEF( OdInt16, USERI3, (0), (0), (), ValidateNone()) /** <title USERI4> <toctitle USERI4> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> USERI4 is 'reserved for user applications'. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getUSERI4() OdDbDatabase::setUSERI4() </table> <group TD_SysVars_U> */ //<dom_var_def>OdInt16 USERI4; VAR_DEF( OdInt16, USERI4, (0), (0), (), ValidateNone()) /** <title USERI5> <toctitle USERI5> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> USERI5 is 'reserved for user applications'. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getUSERI5() OdDbDatabase::setUSERI5() </table> <group TD_SysVars_U> */ //<dom_var_def>OdInt16 USERI5; VAR_DEF( OdInt16, USERI5, (0), (0), (), ValidateNone()) /** <title USERR1> <toctitle USERR1> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> USERR1 is 'reserved for user applications'. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getUSERR1() OdDbDatabase::setUSERR1() </table> <group TD_SysVars_U> */ //<dom_var_def>double USERR1; VAR_DEF( ODTDIST, USERR1, (0.0), (0.0), (), ValidateNone()) /** <title USERR2> <toctitle USERR2> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> USERR2 is 'reserved for user applications'. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getUSERR2() OdDbDatabase::setUSERR2() </table> <group TD_SysVars_U> */ //<dom_var_def>double USERR2; VAR_DEF( ODTDIST, USERR2, (0.0), (0.0), (), ValidateNone()) /** <title USERR3> <toctitle USERR3> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> USERR3 is 'reserved for user applications'. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getUSERR3() OdDbDatabase::setUSERR3() </table> <group TD_SysVars_U> */ //<dom_var_def>double USERR3; VAR_DEF( ODTDIST, USERR3, (0.0), (0.0), (), ValidateNone()) /** <title USERR4> <toctitle USERR4> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> USERR4 is 'reserved for user applications'. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getUSERR4() OdDbDatabase::setUSERR4() </table> <group TD_SysVars_U> */ //<dom_var_def>double USERR4; VAR_DEF( ODTDIST, USERR4, (0.0), (0.0), (), ValidateNone()) /** <title PDFUNDERLAYSHADEDMODE> <toctitle PDFUNDERLAYSHADEDMODE> <table> <b>Type</b> bool <b>Initial value</b> False <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> The PDFUNDERLAYSHADEDMODE variable specifies whether the Pdf underlays rendered in shaded mode or wireframe only. <table> <b>Value</b> <b>Description</b> false Pdf underlays rendered in wireframe mode only true Pdf underlays rendered in every mode </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar() </table> <group TD_SysVars_P> */ //<dom_var_def>bool PDFUNDERLAYSHADEDMODE; VAR_DEF(ODTBOOL, PDFUNDERLAYSHADEDMODE, (false), (false), (), ValidateBOOL()) /** <title USERR5> <toctitle USERR5> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> USERR5 is 'reserved for user applications'. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getUSERR5() OdDbDatabase::setUSERR5() </table> <group TD_SysVars_U> */ //<dom_var_def>double USERR5; VAR_DEF( ODTDIST, USERR5, (0.0), (0.0), (), ValidateNone()) /** <title WORLDVIEW> <toctitle WORLDVIEW> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> WORLDVIEW controls the switching of the UCS to the WCS for the duration of the 3DORBIT, DVIEW and VPOINT commands. <table> <b>Value</b> <b>Description</b> false UCS is unchanged. true UCS switches to WCS. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getWORLDVIEW() OdDbDatabase::setWORLDVIEW() </table> <group TD_SysVars_W> */ //<dom_var_def>bool WORLDVIEW; VAR_DEF( ODTBOOL, WORLDVIEW, (true), (true), (), ValidateBOOL()) /** <title SHADEDGE> <toctitle SHADEDGE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 3 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> SHADEDGE specifies the rendering of faces and edges with the SHADE command. <table> <b>Value</b> <b>Faces</b> <b>Edges</b> 0 Shaded Not highlighted 1 Shaded Background color 2 Not filled Object color 3 Object color Background color </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSHADEDGE() OdDbDatabase::setSHADEDGE() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SHADEDGE; VAR_DEF( OdInt16, SHADEDGE, (3), (3), (), ValidateRange(0,3)) /** <title SHADEDIF> <toctitle SHADEDIF> <table> <b>Type</b> OdInt16 <b>Initial value</b> 70 <b>Range</b> 0 ... 100 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> SHADEDIF specifies the percentage of diffuse reflective light (vs. ambient light) when (SHADEDGE == 0) || (SHADEDGE == 1). <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSHADEDIF() OdDbDatabase::setSHADEDIF() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SHADEDIF; VAR_DEF( OdInt16, SHADEDIF, (70), (70), (), ValidateRange(0,100)) /** <title TILEMODE> <toctitle TILEMODE> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> The TILEMODE system variable determines whether model or paper layout tab is active for database. <table> <b>Value</b> <b>Description</b> false Current paper layout tab is active. true Model layout tab is active. </table> <b>Note: </b>The last active layout tab will be activated when TILEMODE is changed from true to false. The database stores last layout tab status. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getTILEMODE() OdDbDatabase::setTILEMODE() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"TILEMODE"); bool status = pRb-\>getBool(); odPrintConsoleString(L"nCurrent layout tab is %s", ((status) ? L"model" : L"paper")); // or // odPrintConsoleString(L"nThe %s layout is active", (pDb-\>getTILEMODE()) ? L"model" : L"paper"); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdOdResBuf::kRtBool, true); pDb-\>setSysVar(L"TILEMODE", pRb); // or // pDb-\>setTILEMODE(false); </code> <group TD_SysVars_T> */ //<dom_var_def>bool TILEMODE; VAR_DEF_2( ODTBOOL, TILEMODE, (true), (true), (), ValidateBOOL()) /** <title MAXACTVP> <toctitle MAXACTVP> <table> <b>Type</b> OdInt16 <b>Initial value</b> 64 <b>Range</b> 2 ... 64 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> MAXACTVP specifies the maximum of active viewports in a layout. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getMAXACTVP() OdDbDatabase::setMAXACTVP() </table> <group TD_SysVars_M> */ //<dom_var_def>OdInt16 MAXACTVP; VAR_DEF( OdInt16, MAXACTVP, (64), (64), (), ValidateRange(2,64)) /** <title PINSBASE> <toctitle PINSBASE> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> PINSBASE specifies the WCS insertion base point of the current paper space. <table> <b>Access Methods</b> OdDbDatabase::getPINSBASE() OdDbDatabase::setPINSBASE() </table> <group TD_SysVars_P> */ //<dom_var_def>OdGePoint3d PINSBASE; VAR_DEF_H( OdGePoint3d, PINSBASE, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title PLIMCHECK> <toctitle PLIMCHECK> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 11+ </table> The PLIMCHECK system variable determines whether objects are allowed outside the grid limits for paper space (current paper layout). <table> <b>Value</b> <b>Description</b> false Objects outside paper limits are allowed. true Objects outside paper limits are disallowed. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPLIMCHECK() OdDbDatabase::setPLIMCHECK() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"PLIMCHECK"); bool status = pRb-\>getBool(); odPrintConsoleString(L"nOutside paper limits status = %s", ((status) ? L"On" : L"Off")); // or // odPrintConsoleString(L"nObjects outside limits are %s for paper space", (pDb-\>getPLIMCHECK()) ? L"disallowed" : L"allowed"); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdOdResBuf::kRtBool, true); pDb-\>setSysVar(L"PLIMCHECK", pRb); // or // pDb-\>setPLIMCHECK(false); </code> <group TD_SysVars_P> */ //<dom_var_def>bool PLIMCHECK; VAR_DEF_H( ODTBOOL, PLIMCHECK, (false), (false), (), ValidateBOOL()) /** <title PEXTMIN> <toctitle PEXTMIN> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (1.0E+20, 1.0E+20, 1.0E+20) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> PEXTMIN specifies the lower-left corner of the extents of the current Paper Space. <table> <b>Access Methods</b> OdDbDatabase::getPEXTMIN() OdDbDatabase::setPEXTMIN() </table> <b>Note: </b>get/setSysVar() does not work for this variable. See <link EXTMIN, EXTMIN> description. <group TD_SysVars_P> */ //<dom_var_def>OdGePoint3d PEXTMIN; VAR_DEF_H( OdGePoint3d, PEXTMIN, (1.E+20, 1.E+20, 1.E+20), (1.E+20, 1.E+20, 1.E+20), (), ValidateNone()) /** <title PEXTMAX> <toctitle PEXTMAX> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (-1.E+20, -1.E+20, -1.E+20) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> PEXTMAX specifies the upper-right corner of the extents of the current Paper Space. <table> <b>Access Methods</b> OdDbDatabase::getPEXTMAX() OdDbDatabase::setPEXTMAX() </table> <group TD_SysVars_P> */ //<dom_var_def>OdGePoint3d PEXTMAX; VAR_DEF_H( OdGePoint3d, PEXTMAX, (-1.E+20, -1.E+20, -1.E+20), (-1.E+20, -1.E+20, -1.E+20), (), ValidateNone()) /** <title PLIMMIN> <toctitle PLIMMIN> <table> <b>Type</b> OdGePoint2d <b>Initial value</b> (0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> The PLIMMIN system variable stores the lower-left corner of the grid limits for Paper Space (current paper layout). <table> <b>Access Methods</b> OdDbDatabase::getPLIMMIN() OdDbDatabase::setPLIMMIN() </table> <group TD_SysVars_P> */ //<dom_var_def>OdGePoint2d PLIMMIN; VAR_DEF_H( OdGePoint2d, PLIMMIN, (0.0, 0.0), (0.0, 0.0), (), ValidateNone()) /** <title PLIMMAX> <toctitle PLIMMAX> <table> <b>Type</b> OdGePoint2d <b>Initial value</b> (12.0, 9.0)|(420.0, 297.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> The PLIMMAX system variable stores the upper-right corner of the grid limits for paper space (current paper layout). <table> <b>Access Methods</b> OdDbDatabase::getPLIMMAX() OdDbDatabase::setPLIMMAX() </table> <group TD_SysVars_P> */ //<dom_var_def>OdGePoint2d PLIMMAX; VAR_DEF_H( OdGePoint2d, PLIMMAX, (12.0, 9.0), (420.0, 297.0), (), ValidateNone()) /** <title UCSNAME> <toctitle UCSNAME> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> OdDbObjectId::kNull <b>Read-Only</b> Yes <b>Saved In</b> Database <b>Versions</b> R12+ </table> UCSNAME specifies the current UCS for the current viewport of the current space or model space. <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getUCSNAME() OdDbDatabase::setUCSNAME() </table> <group TD_SysVars_U> */ //<dom_var_def>OdDbObjectId UCSNAME; VAR_DEF_H( ODDBHARDPOINTERID, UCSNAME, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateUcsRec()) /** <title PUCSNAME> <toctitle PUCSNAME> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> OdDbObjectId::kNull <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> PUCSNAME specifies the current UCS for the current paper space. <table> <b>Access Methods</b> OdDbDatabase::getPUCSNAME() OdDbDatabase::setPUCSNAME() </table> <group TD_SysVars_P> */ //<dom_var_def>OdDbObjectId PUCSNAME; VAR_DEF_H( ODDBHARDPOINTERID, PUCSNAME, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateUcsRec()) /** <title UNITMODE> <toctitle UNITMODE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> UNITMODE specifies the unit display format for Architectural Units and Surveyor's Units. <table> <b>Value</b> <b>Architectural Units</b> <b>Surveyor's Units</b> 0 12'-5 1/4" N 48d0'0" E 1 12'5-1/4" N 48d0'0" E </table> When UNITMODE = 1, the displayed units are in a format suitable for input. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getUNITMODE() OdDbDatabase::setUNITMODE() </table> <group TD_SysVars_U> */ //<dom_var_def>OdInt16 UNITMODE; VAR_DEF( OdInt16, UNITMODE, (0), (0), (), ValidateRange(0,1)) /** <title VISRETAIN> <toctitle VISRETAIN> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> VISRETAIN specifies the precedence of layer settings for externally referenced databases. <table> <b>Value</b> <b>Description</b> false Settings are saved in the external reference. true Settings are saved in the current database. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getVISRETAIN() OdDbDatabase::setVISRETAIN() </table> <group TD_SysVars_V> */ //<dom_var_def>bool VISRETAIN; VAR_DEF( ODTBOOL, VISRETAIN, (true), (true), (), ValidateBOOL()) /** <title PLINEGEN> <toctitle PLINEGEN> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> PLINEGEN controls the generation of linetypes for Polylines. <table> <b>Value</b> <b>Description</b> false Each segment starts and ends in a dash. true Linetype generation is continuous, ignoring the vertices. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPLINEGEN() OdDbDatabase::setPLINEGEN() </table> <group TD_SysVars_P> */ //<dom_var_def>bool PLINEGEN; VAR_DEF( ODTBOOL, PLINEGEN, (false), (false), (), ValidateBOOL()) /** <title PSLTSCALE> <toctitle PSLTSCALE> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> PSLTSCALE controls the generation of linetypes for Polylines in paper space. <table> <b>Value</b> <b>Description</b> false Dash lengths in model space are based on model space drawing units. true Dash lengths in model space are based on paper space drawing units. When PSLTSCALE is true, linetypes in viewports will appear the same size as those in paper space. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPSLTSCALE() OdDbDatabase::setPSLTSCALE() </table> <group TD_SysVars_P> */ //<dom_var_def>bool PSLTSCALE; VAR_DEF( ODTBOOL, PSLTSCALE, (true), (true), (), ValidateBOOL()) /** <title TREEDEPTH> <toctitle TREEDEPTH> <table> <b>Type</b> OdInt16 <b>Initial value</b> 3020 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R13+ </table> TREEDEPTH specifies depth of the spatial index. Spatial indexing, along with layer indexing, is used to maximize performance of demand loading and entity selection. <table> <b>Value</b> <b>Description</b> <0 2D indexing. An integer in the form -MMMPP specifies the depths for model space (MMM) and paper space (PP). 0 Disables spatial indexing. >0 3D indexing. An integer in the form MMMPP specifies the depths for model space (MMM) and paper space (PP). </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getTREEDEPTH() OdDbDatabase::setTREEDEPTH() </table> <group TD_SysVars_T> */ //<dom_var_def>OdInt16 TREEDEPTH; VAR_DEF( OdInt16, TREEDEPTH, (3020), (3020), (), ValidateNone()) /** <title CMLSTYLE> <toctitle CMLSTYLE> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> "Standard" multi-line style object ID <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 13+ </table> CMLSTYLE specifies the default style for new multi-line entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCMLSTYLE() OdDbDatabase::setCMLSTYLE() </table> <group TD_SysVars_C> */ //<dom_var_def>OdDbObjectId CMLSTYLE; VAR_DEF( ODTMLSTYLEID, CMLSTYLE, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateMLStyle()) /** <title CMLJUST> <toctitle CMLJUST> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 13+ </table> CMLJUST specifies the default justification for new multiline entities. <table> <b>Value</b> <b>Description</b> 0 Top 1 Middle 2 Bottom </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCMLJUST() OdDbDatabase::setCMLJUST() </table> <group TD_SysVars_C> */ //<dom_var_def>OdInt16 CMLJUST; VAR_DEF( OdInt16, CMLJUST, (0), (0), (), ValidateRange(0,2)) /** <title CMLSCALE> <toctitle CMLSCALE> <table> <b>Type</b> double <b>Initial value</b> 1.0 | 20.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 13+ </table> CMLSCALE specifies the default width scale for new multiline entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCMLSCALE() OdDbDatabase::setCMLSCALE() </table> <group TD_SysVars_C> */ //<dom_var_def>double CMLSCALE; VAR_DEF( ODTUNITLESS4, CMLSCALE, (1.0), (20.0), (), ValidateNone()) /** <title PROXYGRAPHICS> <toctitle PROXYGRAPHICS> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R14+ </table> PROXYGRAPHICS controls the saving of proxy images with the database. <table> <b>Value</b> <b>Description</b> 0 No proxy images. 1 Proxy image saved with database. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPROXYGRAPHICS() OdDbDatabase::setPROXYGRAPHICS() </table> <b>Note: </b> PROXYGRAPHICS is called SAVEIMAGES in R13. <group TD_SysVars_P> */ //<dom_var_def>OdInt16 PROXYGRAPHICS; VAR_DEF( OdInt16, PROXYGRAPHICS,(1), (1), (), ValidateRange(0,1)) /** <title MEASUREMENT> <toctitle MEASUREMENT> <table> <b>Type</b> OdDb::MeasurementValue <b>Initial value</b> OdDb::kEnglish | OdDb::kMetric <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R14+ </table> MEASUREMENT controls the use of metric vs. imperial linetype and hatch pattern files. <table> <b>Name</b> <b>Value</b> <b>Registry Settings Used</b> <b>Default Settings</b> OdDb::kEnglish 0 ANSILinetype & ANSIHatch acad.lin & acad.pat OdDb::kMetric 1 ISOLinetype & ISOHatch acadiso.lin & acadiso.pat </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getMEASUREMENT() OdDbDatabase::setMEASUREMENT() </table> <group TD_SysVars_M> */ //<dom_var_def>OdDb::MeasurementValue MEASUREMENT; VAR_DEF( ODTDB_MEASUREMENTVALUE, MEASUREMENT, (OdDb::kEnglish), (OdDb::kMetric), (), ValidateRange(OdDb::kEnglish,OdDb::kMetric)) /** <title CELWEIGHT> <toctitle CELWEIGHT> <table> <b>Type</b> OdDb::LineWeight <b>Initial value</b> OdDb::kLnWtByLayer <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> CELWEIGHT specifies the default lineweight for new entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCELWEIGHT() OdDbDatabase::setCELWEIGHT() </table> <group TD_SysVars_C> */ //<dom_var_def>OdDb::LineWeight CELWEIGHT; VAR_DEF( ODTDB_LINEWEIGHT, CELWEIGHT, (OdDb::kLnWtByLayer), (OdDb::kLnWtByLayer), (), ValidateLineWeight()) /** <title ENDCAPS> <toctitle ENDCAPS> <table> <b>Type</b> OdDb::EndCaps <b>Initial value</b> OdDb::kEndCapNone <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> ENDCAPS specifies the lineweight entcaps for new entities. <table> <b>Name</b> <b>Value</b> <b>Description</b> OdDb::kEndCapNone 0 None OdDb::kEndCapRound 1 Round OdDb::kEndCapAngle 2 Angle OdDb::kEndCapSquare 3 Square </table> <table> <b>Access Methods</b> OdDbDatabase::getENDCAPS() OdDbDatabase::setENDCAPS() </table> <group TD_SysVars_E> */ //<dom_var_def>OdDb::EndCaps ENDCAPS; VAR_DEF_H( ODTDB_ENDCAPS, ENDCAPS, (OdDb::kEndCapNone), (OdDb::kEndCapNone), (), ValidateRange(OdDb::kEndCapNone, OdDb::kEndCapSquare)) /** <title JOINSTYLE> <toctitle JOINSTYLE> <table> <b>Type</b> OdDb::JoinStyle <b>Initial value</b> OdDb::kJnStylNone <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> JOINSTYLE specifies the lineweight join style for new entities. <table> <b>Name</b> <b>Value</b> <b>Description</b> OdDb::kJnStylNone 0 None OdDb::kJnStylRound 1 Round OdDb::kJnStylAngle 2 Angle OdDb::kJnStylFlat 3 Flat </table> <table> <b>Access Methods</b> OdDbDatabase::getJOINSTYLE() OdDbDatabase::setJOINSTYLE() </table> <group TD_SysVars_J> */ //<dom_var_def>OdDb::JoinStyle JOINSTYLE; VAR_DEF_H( ODTDB_JOINSTYLE, JOINSTYLE, (OdDb::kJnStylNone), (OdDb::kJnStylNone), (), ValidateRange(OdDb::kJnStylNone,OdDb::kJnStylFlat)) /** <title LWDISPLAY> <toctitle LWDISPLAY> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> LWDISPLAY controls the display of lineweights. <table> <b>Value</b> <b>Description</b> false Not displayed true Displayed </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLWDISPLAY() OdDbDatabase::setLWDISPLAY() </table> <group TD_SysVars_L> */ //<dom_var_def>bool LWDISPLAY; VAR_DEF( bool, LWDISPLAY, (false), (false), (), ValidateBOOL()) /** <title INSUNITS> <toctitle INSUNITS> <table> <b>Type</b> OdDb::UnitsValue <b>Initial value</b> OdDb::kUnitsInches | OdDb::kUnitsMillimeters <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> INSUNITS specifies the drawing units used in the automatic scaling of blocks, Xrefs, and images inserted into or attached to this database. <table> <b>Name</b> <b>Value</b> <b>Description</b> OdDb::kUnitsUndefined 0 Undefined OdDb::kUnitsInches 1 Inches OdDb::kUnitsFeet 2 Feet OdDb::kUnitsMiles 3 Miles OdDb::kUnitsMillimeters 4 Millimeters OdDb::kUnitsCentimeters 5 Centimeters OdDb::kUnitsMeters 6 Meters OdDb::kUnitsKilometers 7 Kilometers OdDb::kUnitsMicroinches 8 Microinches OdDb::kUnitsMils 9 Mils OdDb::kUnitsYards 10 Yards OdDb::kUnitsAngstroms 11 Angstroms OdDb::kUnitsNanometers 12 Nanometers OdDb::kUnitsMicrons 13 Microns OdDb::kUnitsDecimeters 14 Decimeters OdDb::kUnitsDekameters 15 Dekameters OdDb::kUnitsHectometers 16 Hectometers OdDb::kUnitsGigameters 17 Gigameters OdDb::kUnitsAstronomical 18 Astronomical OdDb::kUnitsLightYears 19 LightYears OdDb::kUnitsParsecs 20 Parsecs OdDb::kUnitsUSSurveyFeet 21 US Survey Feet OdDb::kUnitsUSSurveyInch 22 US Survey Inch OdDb::kUnitsUSSurveyYard 23 US Survey Yard OdDb::kUnitsUSSurveyMile 24 US Survey Mile </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getINSUNITS() OdDbDatabase::setINSUNITS() </table> <group TD_SysVars_I> */ //<dom_var_def>OdDb::UnitsValue INSUNITS; VAR_DEF( ODTDB_UNITSVALUE, INSUNITS, (OdDb::kUnitsInches), (OdDb::kUnitsMillimeters), (), ValidateRange(OdDb::kUnitsUndefined,OdDb::kUnitsMax)) /** <title TSTACKALIGN> <toctitle TSTACKALIGN> <table> <b>Type</b> OdUInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> TSTACKALIGN controls the alignment of stacked text. <table> <b>Value</b> <b>Description</b> 0 Bottom 1 Center 2 Top </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getTSTACKALIGN() OdDbDatabase::setTSTACKALIGN() </table> <group TD_SysVars_T> */ //<dom_var_def>OdUInt16 TSTACKALIGN; VAR_DEF( OdUInt16, TSTACKALIGN, (1), (1), (), ValidateRange(0,2)) /** <title TSTACKSIZE> <toctitle TSTACKSIZE> <table> <b>Type</b> OdUInt16 <b>Initial value</b> 70 <b>Range</b> 25 ... 125 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> TSTACKSIZE specifies the size of stacked text as a percentage of the current text height. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getTSTACKSIZE() OdDbDatabase::setTSTACKSIZE() </table> <group TD_SysVars_T> */ //<dom_var_def>OdUInt16 TSTACKSIZE; VAR_DEF( OdUInt16, TSTACKSIZE, (70), (70), (), ValidateRange(25,125)) /** <title HYPERLINKBASE> <toctitle HYPERLINKBASE> <table> <b>Type</b> OdString <b>Initial value</b> "" <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> HYPERLINKBASE specifies the base path for relative hyperlinks in this database. If HYPERLINKBASE is an empty string, the database path is used. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getHYPERLINKBASE() OdDbDatabase::setHYPERLINKBASE() </table> <group TD_SysVars_H> */ //<dom_var_def>OdString HYPERLINKBASE; VAR_DEF( OdString, HYPERLINKBASE,(OD_T("")), (OD_T("")), (), ValidateNone()) /** <title STYLESHEET> <toctitle STYLESHEET> <table> <b>Type</b> OdString <b>Initial value</b> "" <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> STYLESHEET specifies the name of the style sheet for the active layout. <table> OdDbDatabase::getSTYLESHEET() OdDbDatabase::setSTYLESHEET() </table> <group TD_SysVars_S> */ //<dom_var_def>OdString STYLESHEET; VAR_DEF_H( OdString, STYLESHEET, (OD_T("")), (OD_T("")), (), ValidateNone()) /** <title XEDIT> <toctitle XEDIT> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> XEDIT controls if this database, when an Xref, can be edited in-place. <table> <b>Value</b> <b>Description</b> false Not edited in-place true Edited in-place </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getXEDIT() OdDbDatabase::setXEDIT() </table> <group TD_SysVars_X> */ //<dom_var_def>bool XEDIT; VAR_DEF( ODTBOOL, XEDIT, (true), (true), (), ValidateBOOL()) /** <title CEPSNTYPE> <toctitle CEPSNTYPE> <table> <b>Type</b> OdDb::PlotStyleNameType <b>Initial value</b> OdDb::kPlotStyleNameByLayer <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> CEPSNTYPE specifies the plot style name type for new entities. <table> <b>Name</b> <b>Value</b> <b>Description</b> OdDb::kPlotStyleNameByLayer 0 By Layer OdDb::kPlotStyleNameByBlock 1 By Block OdDb::kPlotStyleNameIsDictDefault 2 By Dictionary Default OdDb::kPlotStyleNameById 3 By Id </table> <table> <b>Access Methods</b> OdDbDatabase::getCEPSNTYPE() OdDbDatabase::setCEPSNTYPE() </table> <group TD_SysVars_C> */ //<dom_var_def>OdDb::PlotStyleNameType CEPSNTYPE; VAR_DEF_H( ODTDB_PLOTSTYLENAMETYPE, CEPSNTYPE, (OdDb::kPlotStyleNameByLayer), (OdDb::kPlotStyleNameByLayer), (), ValidateNone()) /** <title CEPSNID> <toctitle CEPSNID> <table> <b>Type</b> OdDbHardPointerId <b>Initial value</b> OdDbObjectId::kNull <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> CEPSNID specifies the plot style for new entities when CEPSNTYPE == OdDb::kPlotStyleNameById. <table> <b>Access Methods</b> OdDbDatabase::getCEPSNID() OdDbDatabase::setCEPSNID() </table> <group TD_SysVars_C> */ //<dom_var_def>OdDbHardPointerId CEPSNID; VAR_DEF_H( ODDBHARDPOINTERID, CEPSNID, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidatePSName()) /** <title PSTYLEMODE> <toctitle PSTYLEMODE> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> Yes <b>Saved In</b> Database <b>Versions</b> 2000+ </table> PSTYLEMODE specifies if this database is in a color-dependent or named plot style mode. <table> <b>Value</b> <b>Description</b> false Named plot style mode true Color-dependent plot style mode </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getPSTYLEMODE() </table> <group TD_SysVars_P> */ //<dom_var_def>bool PSTYLEMODE; RO_VAR_DEF(ODTBOOL, PSTYLEMODE, (true), (true), (), ValidateBOOL()) /** <title FINGERPRINTGUID> <toctitle FINGERPRINTGUID> <table> <b>Type</b> OdString <b>Initial value</b> odInitFINGERPRINTGUID() <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> FINGERPRINTGUID uniquely identifies a database. FINGERPRINTGUID set when the database is created. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getFINGERPRINTGUID() OdDbDatabase::setFINGERPRINTGUID() </table> <group TD_SysVars_F> */ //<dom_var_def>OdString FINGERPRINTGUID; VAR_DEF_H( OdString, FINGERPRINTGUID,(odInitFINGERPRINTGUID()), (odInitFINGERPRINTGUID()), (), ValidateNone()) /** <title VERSIONGUID> <toctitle VERSIONGUID> <table> <b>Type</b> OdString <b>Initial value</b> odInitVERSIONGUID() <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> VERSIONGUID uniquely identifies a specific version of a database. VERSIONGUID is updated each time the database is saved. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getVERSIONGUID() OdDbDatabase::setVERSIONGUID() </table> <group TD_SysVars_V> */ //<dom_var_def>OdString VERSIONGUID; VAR_DEF_H( OdString, VERSIONGUID, (odInitVERSIONGUID()), (odInitVERSIONGUID()), (), ValidateNone()) /** <title EXTNAMES> <toctitle EXTNAMES> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> EXTNAMES specifies if symbol tables follow the R14- or R2000+ naming conventions. <table> <b>Value</b> <b>Version</b> <b>Max Len</b> <b>Character Set</b> false R14- 31 [A-Z] [0-9] $ _ - true R2000+ 255 All except \\ / : * ? " < > | </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getEXTNAMES() OdDbDatabase::setEXTNAMES() </table> <group TD_SysVars_E> */ //<dom_var_def>bool EXTNAMES; VAR_DEF( ODTBOOL, EXTNAMES, (true), (true), (), ValidateBOOL()) /** <title PSVPSCALE> <toctitle PSVPSCALE> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> PSVPSCALE specifies the viewport scale (PS/MS) for new viewports. A scale of 0.0 specifies Scaled to Fit. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPSVPSCALE() OdDbDatabase::setPSVPSCALE() </table> <group TD_SysVars_P> */ //<dom_var_def>double PSVPSCALE; VAR_DEF( ODTUNITLESS8, PSVPSCALE, (0.0), (0.0), (), ValidateEqGr(0.)) /** <title OLESTARTUP> <toctitle OLESTARTUP> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> OLESTARTUP specifies if the OLE source applications load when plotting. This may improve the plot quality. <table> <b>Value</b> <b>Description</b> false Not loaded true Loaded </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getOLESTARTUP() OdDbDatabase::setOLESTARTUP() </table> <group TD_SysVars_O> */ //<dom_var_def>bool OLESTARTUP; VAR_DEF( ODTBOOL, OLESTARTUP, (false), (false), (), ValidateBOOL()) /** <title PELLIPSE> <toctitle PELLIPSE> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R13+ </table> PELLIPSE specifies if polylines or ellipses are to be generated by the ELLIPSE command. <table> <b>Value</b> <b>Description</b> false Ellipses true Polylines </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPELLIPSE() OdDbDatabase::setPELLIPSE() </table> <group TD_SysVars_P> */ //<dom_var_def>bool PELLIPSE; VAR_DEF( ODTBOOL, PELLIPSE, (false), (false), (), ValidateBOOL()) /** <title ISOLINES> <toctitle ISOLINES> <table> <b>Type</b> OdUInt16 <b>Initial value</b> 4 <b>Range</b> 0 ... 2047 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R13+ </table> ISOLINES specifies the number of isolines displayed per surface on 3D solids. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getISOLINES() OdDbDatabase::setISOLINES() </table> <group TD_SysVars_I> */ //<dom_var_def>OdUInt16 ISOLINES; VAR_DEF( OdUInt16, ISOLINES, (4), (4), (), ValidateRange(0,2047)) /** <title TEXTQLTY> <toctitle TEXTQLTY> <table> <b>Type</b> OdUInt16 <b>Initial value</b> 50 <b>Range</b> 0 ... 100 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R13+ </table> TEXTQLTY specifies the rendering quality of TrueType fonts while plotting. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getTEXTQLTY() OdDbDatabase::setTEXTQLTY() </table> <group TD_SysVars_T> */ //<dom_var_def>OdUInt16 TEXTQLTY; VAR_DEF( OdUInt16, TEXTQLTY, (50), (50), (), ValidateRange(0,100)) /** <title FACETRES> <toctitle FACETRES> <table> <b>Type</b> double <b>Initial value</b> 0.5 <b>Range</b> 0.01 ... 10.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R13+ </table> FACETRES specifies the quality of hidden, shaded, and rendered objects. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getFACETRES() OdDbDatabase::setFACETRES() </table> <group TD_SysVars_F> */ //<dom_var_def>double FACETRES; VAR_DEF( ODTUNITLESS4, FACETRES, (.5), (.5), (), ValidateRange(0.01,10.0)) /** <title UCSORG> <toctitle UCSORG> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> Yes <b>Saved In</b> Database <b>Versions</b> R12+ </table> UCSORG specifies the WCS origin of the current UCS for the current viewport in the current space or model space. <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getUCSORG() </table> \sa <link odDbSetUCSORG(), odDbSetUCSORG()> <group TD_SysVars_U> */ //<dom_var_def>OdGePoint3d UCSORG; RO_VAR_DEF_H(OdGePoint3d, UCSORG, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) // READ ONLY IN R2000 /** <title UCSXDIR> <toctitle UCSXDIR> <table> <b>Type</b> OdGeVector3d <b>Initial value</b> (1.0, 0.0, 0.0) <b>Read-Only</b> Yes <b>Saved In</b> Database <b>Versions</b> R12+ </table> UCSXDIR specifies the WCS x-direction of the current UCS for the current viewport in the current space or model space. <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getUCSXDIR() </table> \sa <link odDbSetUCSXDIR(), odDbSetUCSXDIR()> <group TD_SysVars_U> */ //<dom_var_def>OdGeVector3d UCSXDIR; RO_VAR_DEF_H(OdGeVector3d, UCSXDIR, (1.0, 0.0, 0.0), (1.0, 0.0, 0.0), (), ValidateNone()) // READ ONLY IN R2000 /** <title UCSYDIR> <toctitle UCSYDIR> <table> <b>Type</b> OdGeVector3d <b>Initial value</b> (0.0, 1.0, 0.0) <b>Read-Only</b> Yes <b>Saved In</b> Database <b>Versions</b> R12+ </table> UCSYDIR specifies the WCS y-direction of the current UCS for the current viewport in the current space or model space. <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getUCSYDIR() </table> \sa <link odDbSetUCSYDIR(), odDbSetUCSYDIR()> <group TD_SysVars_U> */ //<dom_var_def>OdGeVector3d UCSYDIR; RO_VAR_DEF_H(OdGeVector3d, UCSYDIR, (0.0, 1.0, 0.0), (0.0, 1.0, 0.0), (), ValidateNone()) // READ ONLY IN R2000 /** <title PUCSBASE> <toctitle PUCSBASE> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> OdDbObjectId::kNull <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> PUCSBASE specifies the UCS that defines the orthographic UCS orientation for the current paper space. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPUCSBASE() OdDbDatabase::setPUCSBASE() </table> <group TD_SysVars_P> */ //<dom_var_def>OdDbObjectId PUCSBASE; VAR_DEF( ODTUCSID, PUCSBASE, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateUcsRec()) /** <title PUCSORG> <toctitle PUCSORG> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> Yes <b>Saved In</b> Database <b>Versions</b> N/A </table> PUCSORG specifies the WCS origin of the current UCS of the current paper space. <table> <b>Access Methods</b> OdDbDatabase::getPUCSORG() </table> \sa <link odDbSetPUCSORG(), odDbSetPUCSORG()> <group TD_SysVars_P> */ //<dom_var_def>OdGePoint3d PUCSORG; RO_VAR_DEF_H(OdGePoint3d, PUCSORG, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title PUCSXDIR> <toctitle PUCSXDIR> <table> <b>Type</b> OdGeVector3d <b>Initial value</b> (1.0, 0.0, 0.0) <b>Read-Only</b> Yes <b>Saved In</b> Database <b>Versions</b> N/A </table> PUCSXDIR specifies the WCS x-direction of the current UCS of the current paper space. <table> <b>Access Methods</b> OdDbDatabase::getPUCSXDIR() </table> \sa <link odDbSetPUCSXDIR(), odDbSetPUCSXDIR()> <group TD_SysVars_P> */ //<dom_var_def>OdGeVector3d PUCSXDIR; RO_VAR_DEF_H(OdGeVector3d, PUCSXDIR, (1.0, 0.0, 0.0), (1.0, 0.0, 0.0), (), ValidateNone()) /** <title PUCSYDIR> <toctitle PUCSYDIR> <table> <b>Type</b> OdGeVector3d <b>Initial value</b> (0.0, 1.0, 0.0) <b>Read-Only</b> Yes <b>Saved In</b> Database <b>Versions</b> N/A </table> PUCSYDIR specifies the WCS y-direction of the current UCS of the current paper space. <table> <b>Access Methods</b> OdDbDatabase::getPUCSYDIR() </table> \sa <link odDbSetPUCSYDIR(), odDbSetPUCSYDIR()> <group TD_SysVars_P> */ //<dom_var_def>OdGeVector3d PUCSYDIR; RO_VAR_DEF_H(OdGeVector3d, PUCSYDIR, (0.0, 1.0, 0.0), (0.0, 1.0, 0.0), (), ValidateNone()) /** <title PUCSORTHOVIEW> <toctitle PUCSORTHOVIEW> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> PUCSORTHOVIEW specifies the orthographic UCS with respect to the base UCS for the current paper space. <table> <b>Value</b> <b>Description</b> 0 Non-orthographc 1 Top 2 Bottom 3 Front 4 Back 5 Left 6 Right </table> <table> <b>Access Methods</b> OdDbDatabase::getPUCSORTHOVIEW() OdDbDatabase::setPUCSORTHOVIEW() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 PUCSORTHOVIEW; VAR_DEF_H( OdInt16, PUCSORTHOVIEW,(0), (0), (), ValidateRange(0,6)) /** <title PUCSORGTOP> <toctitle PUCSORGTOP> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> PUCSORGTOP specifies the WCS origin of the top-orthographic UCS with respect to the base UCS for the current paper space. <table> <b>Access Methods</b> OdDbDatabase::getPUCSORGTOP() OdDbDatabase::setPUCSORGTOP() </table> <group TD_SysVars_P> */ //<dom_var_def>OdGePoint3d PUCSORGTOP; VAR_DEF_H( OdGePoint3d, PUCSORGTOP, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title PUCSORGBOTTOM> <toctitle PUCSORGBOTTOM> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> PUCSORGBOTTOM specifies the WCS origin of the bottom-orthographic UCS with respect to the base UCS for the current paper space. <table> <b>Access Methods</b> OdDbDatabase::getPUCSORGBOTTOM() OdDbDatabase::setPUCSORGBOTTOM() </table> <group TD_SysVars_P> */ //<dom_var_def>OdGePoint3d PUCSORGBOTTOM; VAR_DEF_H( OdGePoint3d, PUCSORGBOTTOM,(0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title PUCSORGLEFT> <toctitle PUCSORGLEFT> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> PUCSORGLEFT specifies the WCS origin of the left-orthographic UCS with respect to the base UCS for the current paper space. <table> <b>Access Methods</b> OdDbDatabase::getPUCSORGLEFT() OdDbDatabase::setPUCSORGLEFT() </table> <group TD_SysVars_P> */ //<dom_var_def>OdGePoint3d PUCSORGLEFT; VAR_DEF_H( OdGePoint3d, PUCSORGLEFT, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title PUCSORGRIGHT> <toctitle PUCSORGRIGHT> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> PUCSORGRIGHT specifies the WCS origin of the right-orthographic UCS with respect to the base UCS for the current paper space. <table> <b>Access Methods</b> OdDbDatabase::getPUCSORGRIGHT() OdDbDatabase::setPUCSORGRIGHT() </table> <group TD_SysVars_P> */ //<dom_var_def>OdGePoint3d PUCSORGRIGHT; VAR_DEF_H( OdGePoint3d, PUCSORGRIGHT, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title PUCSORGFRONT> <toctitle PUCSORGFRONT> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> PUCSORGFRONT specifies the WCS origin of the front-orthographic UCS with respect to the base UCS for the current paper space. <table> <b>Access Methods</b> OdDbDatabase::getPUCSORGFRONT() OdDbDatabase::setPUCSORGFRONT() </table> <group TD_SysVars_P> */ //<dom_var_def>OdGePoint3d PUCSORGFRONT; VAR_DEF_H( OdGePoint3d, PUCSORGFRONT, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title PUCSORGBACK> <toctitle PUCSORGBACK> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> PUCSORGBACK specifies the WCS origin of the back-orthographic UCS with respect to the base UCS for the current paper space. <table> <b>Access Methods</b> OdDbDatabase::getPUCSORGBACK() OdDbDatabase::setPUCSORGBACK() </table> <group TD_SysVars_P> */ //<dom_var_def>OdGePoint3d PUCSORGBACK; VAR_DEF_H( OdGePoint3d, PUCSORGBACK, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title UCSBASE> <toctitle UCSBASE> <table> <b>Type</b> OdDbHardPointerId <b>Initial value</b> OdDbObjectId::kNull <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> UCSBASE specifies the UCS that defines the orthographic UCS orientation for model space. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar() OdDbDatabase::getUCSBASE() OdDbDatabase::setUCSBASE() </table> <group TD_SysVars_U> */ //<dom_var_def>OdDbHardPointerId UCSBASE; VAR_DEF( ODTUCSID, UCSBASE, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateUcsRec()) /** <title UCSORTHOVIEW> <toctitle UCSORTHOVIEW> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> UCSORTHOVIEW specifies the model space orthographic UCS with respect to the base UCS. <table> <b>Value</b> <b>Description</b> 0 Non-orthographc 1 Top 2 Bottom 3 Front 4 Back 5 Left 6 Right </table> <table> <b>Access Methods</b> OdDbDatabase::getUCSORTHOVIEW() OdDbDatabase::setUCSORTHOVIEW() </table> <group TD_SysVars_U> */ //<dom_var_def>OdInt16 UCSORTHOVIEW; VAR_DEF_H( OdInt16, UCSORTHOVIEW, (0), (0), (), ValidateRange(0,6)) /** <title UCSORGTOP> <toctitle UCSORGTOP> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> UCSORGTOP specifies the WCS origin of the model space top-orthographic UCS with respect to the base model space UCS. <table> <b>Access Methods</b> OdDbDatabase::getUCSORGTOP() OdDbDatabase::setUCSORGTOP() </table> <group TD_SysVars_U> */ //<dom_var_def>OdGePoint3d UCSORGTOP; VAR_DEF_H( OdGePoint3d, UCSORGTOP, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title UCSORGBOTTOM> <toctitle UCSORGBOTTOM> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> UCSORGBOTTOM specifies the WCS origin of the model space bottom-orthographic UCS with respect to the base model space UCS. <table> <b>Access Methods</b> OdDbDatabase::getUCSORGBOTTOM() OdDbDatabase::setUCSORGBOTTOM() </table> <group TD_SysVars_U> */ //<dom_var_def>OdGePoint3d UCSORGBOTTOM; VAR_DEF_H( OdGePoint3d, UCSORGBOTTOM, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title UCSORGLEFT> <toctitle UCSORGLEFT> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> UCSORGLEFT specifies the WCS origin of the model space left-orthographic UCS with respect to the base model space UCS. <table> <b>Access Methods</b> OdDbDatabase::getUCSORGLEFT() OdDbDatabase::setUCSORGLEFT() </table> <group TD_SysVars_U> */ //<dom_var_def>OdGePoint3d UCSORGLEFT; VAR_DEF_H( OdGePoint3d, UCSORGLEFT, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title UCSORGRIGHT> <toctitle UCSORGRIGHT> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> UCSORGRIGHT specifies the WCS origin of the model space right-orthographic UCS with respect to the base model space UCS. <table> <b>Access Methods</b> OdDbDatabase::getUCSORGRIGHT() OdDbDatabase::setUCSORGRIGHT() </table> <group TD_SysVars_U> */ //<dom_var_def>OdGePoint3d UCSORGRIGHT; VAR_DEF_H( OdGePoint3d, UCSORGRIGHT, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title UCSORGFRONT> <toctitle UCSORGFRONT> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> UCSORGFRONT specifies the WCS origin of the model space front-orthographic UCS with respect to the base model space UCS. <table> <b>Access Methods</b> OdDbDatabase::getUCSORGFRONT() OdDbDatabase::setUCSORGFRONT() </table> <group TD_SysVars_U> */ //<dom_var_def>OdGePoint3d UCSORGFRONT; VAR_DEF_H( OdGePoint3d, UCSORGFRONT, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title UCSORGBACK> <toctitle UCSORGBACK> <table> <b>Type</b> OdGePoint3d <b>Initial value</b> (0.0, 0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> UCSORGBACK specifies the WCS origin of the model space back-orthographic UCS with respect to the base model space UCS. <table> <b>Access Methods</b> OdDbDatabase::getUCSORGBACK() OdDbDatabase::setUCSORGBACK() </table> <group TD_SysVars_U> */ //<dom_var_def>OdGePoint3d UCSORGBACK; VAR_DEF_H( OdGePoint3d, UCSORGBACK, (0.0, 0.0, 0.0), (0.0, 0.0, 0.0), (), ValidateNone()) /** <title DWGCODEPAGE> <toctitle DWGCODEPAGE> <table> <b>Type</b> OdCodePageId <b>Initial value</b> CP_ANSI_1252 <b>Read-Only</b> Yes <b>Saved In</b> Database <b>Versions</b> R12+ </table> The DWGCODEPAGE variable specifies the database system's code page when the database was created. The value can be: <table> <b>Name</b> <b>Value</b> <b>Description</b> CP_UNDEFINED 0 undefined CP_ASCII 1 ascii CP_8859_1 2 iso8859-1 CP_8859_2 3 iso8859-2 CP_8859_3 4 iso8859-3 CP_8859_4 5 iso8859-4 CP_8859_5 6 iso8859-5 CP_8859_6 7 iso8859-6 CP_8859_7 8 iso8859-7 CP_8859_8 9 iso8859-8 CP_8859_9 10 iso8859-9 CP_DOS437 11 dos437 CP_DOS850 12 dos850 CP_DOS852 13 dos852 CP_DOS855 14 dos855 CP_DOS857 15 dos857 CP_DOS860 16 dos860 CP_DOS861 17 dos861 CP_DOS863 18 dos863 CP_DOS864 19 dos864 CP_DOS865 20 dos865 CP_DOS869 21 dos869 CP_DOS932 22 dos932 CP_MACINTOSH 23 mac-roman CP_BIG5 24 big5 CP_KSC5601 25 ksc5601 CP_JOHAB 26 johab CP_DOS866 27 dos866 CP_ANSI_1250 28 ansi 1250 CP_ANSI_1251 29 ansi 1251 CP_ANSI_1252 30 ansi 1252 CP_GB2312 31 gb2312 CP_ANSI_1253 32 ansi 1253 CP_ANSI_1254 33 ansi 1254 CP_ANSI_1255 34 ansi 1255 CP_ANSI_1256 35 ansi 1256 CP_ANSI_1257 36 ansi 1257 CP_ANSI_874 37 ansi 874 CP_ANSI_932 38 ansi 932 CP_ANSI_936 39 ansi 936 CP_ANSI_949 40 ansi 949 CP_ANSI_950 41 ansi 950 CP_ANSI_1361 42 ansi 1361 CP_ANSI_1200 43 ansi 1200 CP_ANSI_1258 44 ansi 1258 </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getDWGCODEPAGE() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"DWGCODEPAGE"); OdInt16 page = pRb-\>getInt16(); odPrintConsoleString(L"nDatabase system code page = %d", page); // or // odPrintConsoleString(L"nDatabase system code page = %d", (int)pDb-\>getDWGCODEPAGE(); </code> \sa <link odDbSetDWGCODEPAGE(), The odDbSetDWGCODEPAGE() global function.> <group TD_SysVars_D> */ //<dom_var_def>OdCodePageId DWGCODEPAGE; RO_VAR_DEF(OdCodePageId, DWGCODEPAGE, (CP_ANSI_1252), (CP_ANSI_1252), (), ValidateNone()) // New in Red Deer /** <title CTABLESTYLE> <toctitle CTABLESTYLE> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> "Standard" table style object ID <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2005+ </table> CTABLESTYLE specifies the default style for new table entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::tablestyle() OdDbDatabase::setTablestyle() </table> <group TD_SysVars_C> */ //<dom_var_def>OdDbObjectId CTABLESTYLE; DICR21VAR( ODTTABLESTYLEID, CTABLESTYLE, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateTableStyle()) // New in AC2008 /** <title CMLEADERSTYLE> <toctitle CMLEADERSTYLE> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> "Standard" multileader style object ID <b>Read-Only</b> No <b>Saved In</b> Drawing <b>Versions</b> 2008+ </table> CMLEADERSTYLE specifies the current multileader style used by the drawing. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCMLEADERSTYLE() OdDbDatabase::setCMLEADERSTYLE() </table> <group TD_SysVars_C> */ //<dom_var_def>OdDbObjectId CMLEADERSTYLE; MLEADERSTYLE_VAR_DEF( ODTMLEADERSTYLEID, CMLEADERSTYLE, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateMLeaderStyle()) /** <title CANNOSCALE> <toctitle CANNOSCALE> <table> <b>Type</b> OdDbAnnotationScalePtr <b>Initial value</b> ID of the 1:1 annotation scale <b>Read-Only</b> No <b>Saved In</b> Drawing <b>Versions</b> 2008+ </table> CANNOSCALE specifies the current annotation scale used by the current viewport. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCANNOSCALE() OdDbDatabase::setCANNOSCALE() </table> <group TD_SysVars_C> */ //<dom_var_def>OdDbAnnotationScalePtr CANNOSCALE; ANNO_VAR_DEF( ODANNOSCALE, CANNOSCALE, (ODANNOSCALE()), (ODANNOSCALE()), (), ValidateNone()) /** <title ANNOALLVISIBLE> <toctitle ANNOALLVISIBLE> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2008+ </table> The ANNOALLVISIBLE variable is used to hide or display annotative objects that do not support the current annotation scale. The value of ANNOALLVISIBLE variable is stored separately for model space and paper space viewports. <table> <b>Value</b> <b>Description</b> false Displays only the annotative objects that support the current annotation scale. true Displays all annotative objects. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getANNOALLVISIBLE() OdDbDatabase::setANNOALLVISIBLE() </table> <group TD_SysVars_A> */ //<dom_var_def>bool ANNOALLVISIBLE; DICR21VAR( ODTBOOL, ANNOALLVISIBLE, (true), (true), (), ValidateBOOL()) /** <title ANNOTATIVEDWG> <toctitle ANNOTATIVEDWG> <table> <b>Type</b> OdInt8 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2008+ </table> ANNOTATIVEDWG determines whether the current drawing will act like an annotative block if the drawing is inserted into another drawing. <table> <b>Value</b> <b>Description</b> 0 Non-annotative behavior. 1 Annotative behavior. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getANNOTATIVEDWG() OdDbDatabase::setANNOTATIVEDWG() </table> <b>Note:</b> This variable becomes read only if the drawing contains annotative objects. <group TD_SysVars_A> */ //<dom_var_def>OdInt8 ANNOTATIVEDWG; DICR21VAR(OdInt8, ANNOTATIVEDWG, (0), (0), (), ValidateANNOTATIVEDWG()) /** <title MSLTSCALE> <toctitle MSLTSCALE> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2008+ </table> MSLTSCALE specifies whether to scale linetypes displayed on the model tab by the annotation scale. <table> <b>Value</b> <b>Description</b> false Linetypes displayed on the model tab are not scaled by the annotation scale. true Linetypes displayed on the model tab are scaled by the annotation scale. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getMSLTSCALE() OdDbDatabase::setMSLTSCALE() </table> <group TD_SysVars_M> */ //<dom_var_def>bool MSLTSCALE; DICR21VAR( ODTBOOL, MSLTSCALE, (true), (true), (), ValidateBOOL()) /** <title LAYEREVAL> <toctitle LAYEREVAL> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Range</b> 0 ... 2 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2008+ </table> LAYEREVAL controls when the list of unresolved layers is checked for analysis. <table> <b>Value</b> <b>Description</b> 0 No checking. 1 Checks when new external reference layers are added. 2 Checks when any new layers are added. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLAYEREVAL() OdDbDatabase::setLAYEREVAL() </table> <group TD_SysVars_L> */ //<dom_var_def>OdInt16 LAYEREVAL; DICR21VAR( OdInt16, LAYEREVAL, (1), (1), (), ValidateRange(0,2)) /** <title LAYERNOTIFY> <toctitle LAYERNOTIFY> <table> <b>Type</b> OdInt16 <b>Initial value</b> 15 <b>Range</b> –63 ... 63 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2008+ </table> LAYERNOTIFY controls when an alert is displayed for unresolved layers. <table> <b>Value</b> <b>Description</b> 0 Do not display alerts. 1 Display any alerts when printing. 2 Display any alerts when opening drawings. 4 Display any alerts when working with external references (attaching, loading, reloading). 8 Display any alerts when restoring layer states. 16 Display any alerts when saving drawings. 32 Display any alerts when inserting blocks. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLAYERNOTIFY() OdDbDatabase::setLAYERNOTIFY() </table> <group TD_SysVars_L> */ //<dom_var_def>OdInt16 LAYERNOTIFY; DICR21VAR( OdInt16, LAYERNOTIFY, (15), (15), (), ValidateRange(-63,63)) /** <title LIGHTINGUNITS> <toctitle LIGHTINGUNITS> <table> <b>Type</b> OdInt16 <b>Initial value</b> 2 <b>Range</b> 0 ... 2 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2008+ </table> The LIGHTINGUNITS controls the type of lighting that is used and its unit of measurement. <table> <b>Value</b> <b>Description</b> 0 Standard lighting with no lighting units. 1 Photometric lighting with US units. 2 Photometric lighting with international units. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLIGHTINGUNITS() OdDbDatabase::setLIGHTINGUNITS() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"LIGHTINGUNITS"); OdInt16 type = pRb-\>getInt16(); odPrintConsoleString(L"nLight type = %d", type); // or // odPrintConsoleString(L"nLight type = %d", pDb-\>getLIGHTINGUNITS()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtInt16, 1); pDb-\>setSysVar(L"LIGHTINGUNITS", pRb); // or // pDb-\>setLIGHTINGUNITS(1); </code> <group TD_SysVars_L> */ //<dom_var_def>OdInt16 LIGHTINGUNITS; DICR21VAR( OdInt16, LIGHTINGUNITS, (2), (2), (), ValidateRange(0,2)) // Default value since ACAD 2009 is 2 if drawing was created from scratch. But default acad template contains 0 value. /** <title LIGHTSINBLOCKS> <toctitle LIGHTSINBLOCKS> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2008+ </table> LIGHTSINBLOCKS controls whether lights that are saved in blocks are used when rendering. <table> <b>Value</b> <b>Description</b> 0 Lights in blocks are not used during rendering. 1 Lights in blocks are used during rendering. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLIGHTSINBLOCKS() OdDbDatabase::setLIGHTSINBLOCKS() </table> <group TD_SysVars_L> */ //<dom_var_def>OdInt16 LIGHTSINBLOCKS; DICR21VAR( OdInt16, LIGHTSINBLOCKS, (1), (1), (), ValidateRange(0,1)) /** <title DBCSTATE> <toctitle DBCSTATE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> DBCSTATE controls the display of the dbConnect Manager, whether or not the dbConnect Manager is active. <table> <b>Value</b> <b>Description</b> 0 Not displayed. 1 Displayed. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getDBCSTATE() OdDbDatabase::setDBCSTATE() </table> <group TD_SysVars_D> */ //<dom_var_def>OdInt16 DBCSTATE; DICR15VAR( OdInt16, DBCSTATE, (0), (0), (), ValidateRange(0,1)) /** <title INTERSECTIONCOLOR> <toctitle INTERSECTIONCOLOR> <table> <b>Type</b> OdInt16 <b>Initial value</b> 257 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2004+ </table> <strong>Currently not supported.</strong> INTERSECTIONCOLOR specifies the ACI color index of intersection polylines. Intersection polylines are displayed at the intersections of 3D surfaces if and only if INTERSECTIONDISPLAY == true. <table> <b>Name</b> <b>Value</b> <b>Description</b> kACIbyBlock 0 ByBlock kACIRed 1 Red kACIYellow 2 Yellow kACIGreen 3 Green kACICyan 4 Cyan kACIBlue 5 Blue kACIMagenta 6 Magenta kACIforeground 7 Foreground color .. 8-255 Defined by display device kACIbyLayer 256 ByLayer kACInone 257 No color </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getINTERSECTIONCOLOR() OdDbDatabase::setINTERSECTIONCOLOR() </table> <group TD_SysVars_I> */ //<dom_var_def>OdInt16 INTERSECTIONCOLOR; DICR15VAR( OdInt16, INTERSECTIONCOLOR, (257), (257), (), ValidateRange(0,257)) /** <title INTERSECTIONDISPLAY> <toctitle INTERSECTIONDISPLAY> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2004+ </table> <strong>Currently not supported.</strong> INTERSECTIONDISPLAY controls the display of intersection polylines. Intersection polylines are displayed at the intersections of 3D surfaces. <table> <b>Value</b> <b>Description</b> false Not displayed true Displayed </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getINTERSECTIONDISPLAY() OdDbDatabase::setINTERSECTIONDISPLAY() </table> <group TD_SysVars_I> */ //<dom_var_def>bool INTERSECTIONDISPLAY; DICR15VAR( bool, INTERSECTIONDISPLAY, (false), (false), (), ValidateBOOL()) /** <title HALOGAP> <toctitle HALOGAP> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2002+ </table> <strong>Currently not supported.</strong> HALOGAP specifies the gap to be displayed where one 3D object hides another. HALOGAP is zoom independent, and is specified as a percentage of one drawing unit. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getHALOGAP() OdDbDatabase::setHALOGAP() </table> <group TD_SysVars_H> */ //<dom_var_def>OdInt16 HALOGAP; DICR15VAR( OdInt16, HALOGAP, (0), (0), (), ValidateNone()) /** <title OBSCUREDCOLOR> <toctitle OBSCUREDCOLOR> <table> <b>Type</b> OdInt16 <b>Initial value</b> 257 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2002+ </table> OBSCUREDCOLOR specifies the ACI color index of intersection polylines. Obscured lines are visible if and only if (OBSCUREDCOLOR != kACInone) && (OBSCUREDLTYPE != 0) <table> <b>Name</b> <b>Value</b> <b>Description</b> kACIbyBlock 0 ByBlock kACIRed 1 Red kACIYellow 2 Yellow kACIGreen 3 Green kACICyan 4 Cyan kACIBlue 5 Blue kACIMagenta 6 Magenta kACIforeground 7 Foregroundcolor .. 8-255 Defined by display device kACIbyLayer 256 ByLayer kACInone 257 No color </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getOBSCUREDCOLOR() OdDbDatabase::setOBSCUREDCOLOR() </table> <group TD_SysVars_O> */ //<dom_var_def>OdInt16 OBSCUREDCOLOR; DICR15VAR( OdInt16, OBSCUREDCOLOR, (257), (257), (), ValidateRange(0,257)) /** <title OBSCUREDLTYPE> <toctitle OBSCUREDLTYPE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2002+ </table> OBSCUREDLTYPE specifies the display and linetype of obscured lines. <table> <b>Value</b> <b>Description</b> 0 Off 1 Solid 2 Dashed 3 Dotted 4 Short Dash 5 Medium Dash 6 Long Dash 7 Double Short Dash 8 Double Medium Dash 9 Double Long Dash 10 Medium Long Dash 11 Sparse Dot </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getOBSCUREDLTYPE() OdDbDatabase::setOBSCUREDLTYPE() </table> <group TD_SysVars_O> */ //<dom_var_def>OdInt16 OBSCUREDLTYPE; DICR15VAR( OdInt16, OBSCUREDLTYPE, (0), (0), (), ValidateRange(0,11)) // these was dictvardefs in old versions /** <title INDEXCTL> <toctitle INDEXCTL> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Range</b> 0 ... 3 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R14+ </table> INDEXCTL specifies the creation of layer and spatial indices in the database. <table> <b>Value</b> <b>Description</b> 0 None created 1 Layer index created 2 Spatial index created 3 Both created </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getINDEXCTL() OdDbDatabase::setINDEXCTL() </table> <group TD_SysVars_I> */ //<dom_var_def>OdInt16 INDEXCTL; DICR15VAR( OdInt16, INDEXCTL, (0), (0), (), ValidateRange(0,3)) /** <title PROJECTNAME> <toctitle PROJECTNAME> <table> <b>Type</b> OdString <b>Initial value</b> "" <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2000+ </table> PROJECTNAME specifies the project name associated with the database. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPROJECTNAME() OdDbDatabase::setPROJECTNAME() </table> <group TD_SysVars_P> */ //<dom_var_def>OdString PROJECTNAME; DICR15VAR( OdString, PROJECTNAME, (OdString::kEmpty), (OdString::kEmpty), (), ValidateNone()) /** <title SORTENTS> <toctitle SORTENTS> <table> <b>Type</b> OdInt16 <b>Initial value</b> 127 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R12+ </table> SORTENTS controls the object sort order. SORTENTS will be a combination of the following: <table> <b>Value</b> <b>Description</b> 0 No sorting 1 Object selection sorting 2 Object snap sorting 4 Clears all checkboxes 8 MSLIDE command sorting 16 REGEN command sorting 32 Plotting sorting 64 Clears all checkboxes </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSORTENTS() OdDbDatabase::setSORTENTS() </table> <b>Note: </b> The SORTENTS system variable has been depreciated. \sa <link DRAWORDERCTL, DRAWORDERCTL> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SORTENTS; DICR15VAR( OdInt16, SORTENTS, (127), (127), (), ValidateRange(0,127)) /** <title DIMASSOC> <toctitle DIMASSOC> <table> <b>Type</b> OdInt16 <b>Initial value</b> 2 <b>Range</b> 0 ... 2 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2002+ </table> DIMASSOC controls the associativity of new dimension entities. <table> <b>Value</b> <b>Description</b> 0 Creates unexploded dimensions. 1 Creates un-associative dimension entities. 2 Creates associative dimension entities. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getDIMASSOC() OdDbDatabase::setDIMASSOC() </table> <group TD_SysVars_D> */ //<dom_var_def>OdInt16 DIMASSOC; DICR15VAR( OdInt16, DIMASSOC, (2), (2), (), ValidateRange(0,2)) /** <title HIDETEXT> <toctitle HIDETEXT> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2002+ </table> HIDETEXT controls the participation of Text and MText entities in HIDE commands. <table> <b>Value</b> <b>Description</b> false Don't hide and are not hidden. true Hide and are hidden. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getHIDETEXT() OdDbDatabase::setHIDETEXT() </table> <group TD_SysVars_H> */ //<dom_var_def>bool HIDETEXT; DICR15VAR( bool, HIDETEXT, (true), (true), (), ValidateBOOL()) /** <title DRAWORDERCTL> <toctitle DRAWORDERCTL> <table> <b>Type</b> OdInt8 <b>Initial value</b> 3 <b>Range</b> 0 ... 3 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2005+ </table> DRAWORDERCTL controls the display update and inheritance of draworder when using certain editing commands. The following commands are affected by DRAWORDERCTL: BREAK, EXPLODE, FILLET, HATCH, HATCHEDIT, JOIN, OFFSET, PEDIT, and TRIM. * With Draworder Inheritance on, entities created with these commands assume the draw order of the original objects. * With Draworder Inheritance off, they assume the default draworder (top). * With Display Update on, entities created with the aforementioned editing commands are displayed correctly according to their Draworder. * With Display Update off, they are displayed on top, until the next regeneration. <table> <b>Value</b> <b>Draworder Inheritance</b> <b>Display Update</b> 0 Off Off 1 Off On 2 On Off 3 On On </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getDRAWORDERCTL() OdDbDatabase::setDRAWORDERCTL() </table> <group TD_SysVars_D> */ //<dom_var_def>OdInt8 DRAWORDERCTL; DICR21VAR( OdInt8, DRAWORDERCTL, (3), (3), (), ValidateRange(0,3)) // 2006 support /** <title HPINHERIT> <toctitle HPINHERIT> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2006+ </table> HPINHERIT specifies the hatch origin when hatch properties are inherited with the HATCH and HATCHEDIT commands. <table> <b>Value</b> <b>Description</b> false From HPORIGIN true From Source </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getHPINHERIT() OdDbDatabase::setHPINHERIT() </table> <group TD_SysVars_H> */ //<dom_var_def>bool HPINHERIT; DICR21VAR( ODTBOOL, HPINHERIT, (false), (false), (), ValidateBOOL()) /** <title HPORIGIN> <toctitle HPORIGIN> <table> <b>Type</b> OdGePoint2d <b>Initial value</b> (0.0, 0.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2006+ </table> HPORIGIN specifies the hatch origin for new hatch entities relative to the current UCS. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getHPORIGIN() OdDbDatabase::setHPORIGIN() </table> <group TD_SysVars_H> */ //<dom_var_def>OdGePoint2d HPORIGIN; DICR21VAR( OdGePoint2d, HPORIGIN, (OdGePoint2d::kOrigin), (OdGePoint2d::kOrigin), (), ValidateNone()) /** <title FIELDEVAL> <toctitle FIELDEVAL> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0x1F <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2005+ </table> FIELDEVAL specifies when fields are updated. FIELDEVAL will be a combination of one or more of the following values: <table> <b>Name</b> <b>Value</b> <b>Description</b> OdDbField::kDisable 0 Disable evaluation of field. OdDbField::kOnOpen 0x01 Evaluate on database open. OdDbField::kOnSave 0x02 Evaluate on database save. OdDbField::kOnPlot 0x04 Evaluate on database plot. OdDbField::kOnEtransmit 0x08 Evaluate on database Etransmit. OdDbField::kOnRegen 0x10 Evaluate on database regen. OdDbField::kOnDemand 0x20 Evaluate on demand. OdDbField::kAutomatic 0x3F Evaluate automatically. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getFIELDEVAL() OdDbDatabase::setFIELDEVAL() </table> <group TD_SysVars_F> */ //<dom_var_def>OdInt16 FIELDEVAL; DICR21VAR( OdInt16, FIELDEVAL, (31), (31), (), ValidateRange(0,31)) /** <title MSOLESCALE> <toctitle MSOLESCALE> <table> <b>Type</b> double <b>Initial value</b> 1.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2005+ </table> MSOLESCALE specifies the size of an OLE object with text that is pasted into model space. This variable controls only the initial size. If the scale factor is changed, the existing OLE objects in the drawing are not effected. A positive factor scales by value, if the scale factor is 0.0, then the DIMSCALE value is used. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getMSOLESCALE() OdDbDatabase::setMSOLESCALE() </table> <group TD_SysVars_M> */ //<dom_var_def>double MSOLESCALE; DICR21VAR( double, MSOLESCALE, (1.0), (1.0), (), ValidateEqGr(0.)) /** <title UPDATETHUMBNAIL> <toctitle UPDATETHUMBNAIL> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0x0F <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2005+ </table> UPDATETHUMBNAIL controls the updating of preview images in the Sheet Set Manager. UPDATETHUMBNAIL will be a combination of one or more of the following: <table> <b>Value</b> <b>Description</b> 0 Do not update previews. 0x01 Update model view previews. 0x02 Update sheet view previews. 0x04 Update sheet previews. 0x08 Update previews when sheets and views are modified, restored, or created. 0x16 Update previews when database is saved. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getUPDATETHUMBNAIL() OdDbDatabase::setUPDATETHUMBNAIL() </table> <group TD_SysVars_U> */ //<dom_var_def>OdInt16 UPDATETHUMBNAIL; DICR21VAR( OdInt16, UPDATETHUMBNAIL, (15), (15), (), ValidateRange(0,31)) //----------------------------------------- // Variables added in AC 2007 //----------------------------------------- /** <title SOLIDHIST> <toctitle SOLIDHIST> <table> <b>Type</b> OdInt8 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> SOLIDHIST controls the default history retention setting for all solids. When enabled, a history of the solids comprising a composite solid is retained. \remarks Currently supported only in SpaModeler. <table> <b>Value</b> <b>Description</b> 0 Disabled 1 Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSOLIDHIST() OdDbDatabase::setSOLIDHIST() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt8 SOLIDHIST; VAR_DEF( OdInt8, SOLIDHIST, (0), (0), (), ValidateRange(0,1)) /** <title SHOWHIST> <toctitle SHOWHIST> <table> <b>Type</b> OdInt8 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> <strong>Currently not supported.</strong> SHOWHIST controls the History display for solids in a drawing. <table> <b>Value</b> <b>Description</b> 0 Hides all history. 1 Uses the individual solid Show History properties. 2 Displays all history. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSHOWHIST() OdDbDatabase::setSHOWHIST() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt8 SHOWHIST; VAR_DEF( OdInt8, SHOWHIST, (1), (1), (), ValidateRange(0,2)) /** <title PSOLWIDTH> <toctitle PSOLWIDTH> <table> <b>Type</b> double <b>Initial value</b> 0.25 | 5.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> PSOLWIDTH specifies the default width for swept solids. PSOLWIDTH value should be greater than 0. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPSOLWIDTH() OdDbDatabase::setPSOLWIDTH() </table> <group TD_SysVars_P> */ //<dom_var_def>double PSOLWIDTH; DICR15VAR( ODTDIST, PSOLWIDTH, (0.25), (5.0), (), ValidateRange(DBL_MIN,DBL_MAX)) /** <title LOFTPARAM> <toctitle LOFTPARAM> <table> <b>Type</b> OdDb::LoftParamType <b>Initial value</b> OdDb::kLoftDefault <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> <strong>Currently not supported.</strong> LOFTPARAM controls the shape of lofted solids and surfaces. LOFTPARAM will be a combination of one or more of the following: <table> <b>Name</b> <b>Value</b> <b>Description</b> kLoftNoParam 0x00 No parameters. kLoftNoTwist 0x01 No twist between cross sections. kLoftAlignDirection 0x02 Align directions of cross sections. kLoftSimplify 0x04 Create simple solids and surfaces. kLoftClose 0x08 Close between the starting and ending cross sections. kLoftDefault 0x07 kLoftNoTwist | kLoftAlignDirection | kLoftSimplify </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLOFTPARAM() OdDbDatabase::setLOFTPARAM() </table> <group TD_SysVars_L> */ //<dom_var_def>OdDb::LoftParamType LOFTPARAM; VAR_DEF( ODTDB_LOFTPARAMTYPE, LOFTPARAM, (OdDb::kLoftDefault), (OdDb::kLoftDefault), (), ValidateRange(OdDb::kLoftNoParam,ODTDB_LOFTPARAMTYPE(OdDb::kLoftNoTwist|OdDb::kLoftAlignDirection|OdDb::kLoftSimplify|OdDb::kLoftClose))) /** <title LOFTNORMALS> <toctitle LOFTNORMALS> <table> <b>Type</b> OdDb::LoftNormalsType <b>Initial value</b> OdDb::kLoftSmooth <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> <strong>Currently not supported.</strong> LOFTNORMALS controls the normals of lofted objects as they pass through cross sections. It is ignored when a path or guide curve is specified. <table> <b>Name</b> <b>Value</b> <b>Description</b> kLoftRuled 0 Ruled surface. kLoftSmooth 1 Smooth surface. kLoftFirstNormal 2 Surface is normal to the first cross section. kLoftLastNormal 3 Surface is normal to the last cross section. kLoftEndsNormal 4 Surface is normal to the first and last cross sections. kLoftAllNormal 5 Surface is normal to all cross sections. kLoftUseDraftAngles 6 Surface uses draft angle and magnitude. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLOFTNORMALS() OdDbDatabase::setLOFTNORMALS() </table> <group TD_SysVars_L> */ //<dom_var_def>OdDb::LoftNormalsType LOFTNORMALS; VAR_DEF( ODTDB_LOFTNORMALSTYPE, LOFTNORMALS, (OdDb::kLoftSmooth), (OdDb::kLoftSmooth), (), ValidateRange(OdDb::kLoftRuled,OdDb::kLoftUseDraftAngles)) /** <title LOFTANG1> <toctitle LOFTANG1> <table> <b>Type</b> double <b>Initial value</b> pi/2 <b>Range</b> 0 ... 2pi <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> <strong>Currently not supported.</strong> LOFTANG1 specifies the draft angle through the first cross section in a loft operation. 0 is measured in the plane of the curve, outward from the curve. Positive angles are measured toward the next cross section. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLOFTANG1() OdDbDatabase::setLOFTANG1() </table> <b>Note: </b>All angles are expressed in radians. <group TD_SysVars_L> */ //<dom_var_def>double LOFTANG1; VAR_DEF( ODTORIENT, LOFTANG1, (OdaPI2), (OdaPI2), (), ValidateRange(0, Oda2PI)) /** <title LOFTANG2> <toctitle LOFTANG2> <table> <b>Type</b> double <b>Initial value</b> pi/2 <b>Range</b> 0 ... 2pi <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> <strong>Currently not supported.</strong> LOFTANG2 specifies the draft angle through the last cross section in a loft operation. 0 is measured in the plane of the curve, outward from the curve. Positive angles are measured toward the previous cross section. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLOFTANG2() OdDbDatabase::setLOFTANG2() </table> <b>Note: </b>All angles are expressed in radians. <group TD_SysVars_L> */ //<dom_var_def>double LOFTANG2; VAR_DEF( ODTORIENT, LOFTANG2, (OdaPI2), (OdaPI2), (), ValidateRange(0, Oda2PI)) /** <title LOFTMAG1> <toctitle LOFTMAG1> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Range</b> 0.0 ... 1e100 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> <strong>Currently not supported.</strong> LOFTMAG1 specifies the draft angle mangitude through the first cross section of a lofted solid. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLOFTMAG1() OdDbDatabase::setLOFTMAG1() </table> <group TD_SysVars_L> */ //<dom_var_def>double LOFTMAG1; VAR_DEF( ODTUNITLESS8, LOFTMAG1, (0.), (0.), (), ValidateRange(0.,1.e100)) /** <title LOFTMAG2> <toctitle LOFTMAG2> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Range</b> 0.0 ... 1e100 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> <strong>Currently not supported.</strong> LOFTMAG2 specifies the draft angle mangitude through the last cross section of a lofted solid. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLOFTMAG2() OdDbDatabase::setLOFTMAG2() </table> <group TD_SysVars_L> */ //<dom_var_def>double LOFTMAG2; VAR_DEF( ODTUNITLESS8, LOFTMAG2, (0.), (0.), (), ValidateRange(0., 1.e100)) /** <title LATITUDE> <toctitle LATITUDE> <table> <b>Type</b> double <b>Initial value</b> 37.7950 <b>Range</b> 90 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> LATITUDE specifies the latitude of the drawing model in decimal degrees. The default is determined by the country code in the operating system. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLATITUDE() OdDbDatabase::setLATITUDE() </table> <b>Note: </b>All angles are expressed in decimal degrees. North latitudes are positive. <group TD_SysVars_L> */ //<dom_var_def>double LATITUDE; VAR_DEF( double, LATITUDE, (37.7950), (37.7950), (), ValidateDouble(-90., 90.)) /** <title LONGITUDE> <toctitle LONGITUDE> <table> <b>Type</b> double <b>Initial value</b> \-122.3940 <b>Range</b> 180° <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> LONGITUDE specifies the longitude of the drawing model in decimal degrees. The default is determined by the country code in the operating system. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLONGITUDE() OdDbDatabase::setLONGITUDE() </table> <b>Note: </b>All angles are expressed in decimal degrees. West longitudes are positive. <group TD_SysVars_L> */ //<dom_var_def>double LONGITUDE; VAR_DEF( double, LONGITUDE, (-122.3940), (-122.3940), (), ValidateDouble(-180., 180.)) /** <title NORTHDIRECTION> <toctitle NORTHDIRECTION> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> NORTHDIRECTION specifies the angle of the Sun from North. This angle is in the context of the WCS. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getNORTHDIRECTION() OdDbDatabase::setNORTHDIRECTION() </table> <b>Note: </b>All angles are expressed in radians. <group TD_SysVars_N> */ //<dom_var_def>double NORTHDIRECTION; VAR_DEF( ODTORIENT, NORTHDIRECTION, (0.), (0.), (), ValidateNone()) /** <title TIMEZONE> <toctitle TIMEZONE> <table> <b>Type</b> OdDb::TimeZone <b>Initial value</b> OdDb::kPacific <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> TIMEZONE sets the time zone for sun studies in the drawing. TIMEZONE represents hours and minutes away from Greenwich Mean Time. Setting a geographic location sets TIMEZONE. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getTIMEZONE() OdDbDatabase::setTIMEZONE() </table> <group TD_SysVars_T> */ //<dom_var_def>OdDb::TimeZone TIMEZONE; VAR_DEF( ODTDB_TIMEZONE, TIMEZONE, (OdDb::kPacific), (OdDb::kPacific), (), ValidateRange(OdDb::kInternationalDateLine,OdDb::kTonga)) /** <title LIGHTGLYPHDISPLAY> <toctitle LIGHTGLYPHDISPLAY> <table> <b>Type</b> OdInt8 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> LIGHTGLYPHDISPLAY controls the display of light glyphs. <table> <b>Value</b> <b>Description</b> 0 Not displayed 1 Displayed </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLIGHTGLYPHDISPLAY() OdDbDatabase::setLIGHTGLYPHDISPLAY() </table> <group TD_SysVars_L> */ //<dom_var_def>OdInt8 LIGHTGLYPHDISPLAY; VAR_DEF( OdInt8, LIGHTGLYPHDISPLAY, (1), (1), (), ValidateRange(0,1)) /** <title TILEMODELIGHTSYNCH> <toctitle TILEMODELIGHTSYNCH> <table> <b>Type</b> OdInt8 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> TILEMODELIGHTSYNCH controls the sychronization of lighting in all model space viewports. <table> <b>Value</b> <b>Description</b> 0 Not synchronized 1 Synchronized </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getTILEMODELIGHTSYNCH() OdDbDatabase::setTILEMODELIGHTSYNCH() </table> <group TD_SysVars_T> */ //<dom_var_def>OdInt8 TILEMODELIGHTSYNCH; VAR_DEF( OdInt8, TILEMODELIGHTSYNCH, (1), (1), (), ValidateRange(0,1)) /** <title INTERFERECOLOR> <toctitle INTERFERECOLOR> <table> <b>Type</b> OdCmColor <b>Initial value</b> OdCmEntityColor::kByLayer <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> INTERFERECOLOR specifies the color of interference objects. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getINTERFERECOLOR() OdDbDatabase::setINTERFERECOLOR() </table> <group TD_SysVars_I> */ //<dom_var_def>OdCmColor INTERFERECOLOR; VAR_DEF( OdCmColor, INTERFERECOLOR, (OdCmEntityColor::kByLayer), (OdCmEntityColor::kByLayer), (), ValidateNone()) /** <title INTERFEREOBJVS> <toctitle INTERFEREOBJVS> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> OdDbObjectId::kNull <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> INTERFEREOBJVS specifies the interference object visual style. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getINTERFEREOBJVS() OdDbDatabase::setINTERFEREOBJVS() </table> <group TD_SysVars_I> */ //<dom_var_def>OdDbObjectId INTERFEREOBJVS; VAR_DEF( ODVISTYLEID, INTERFEREOBJVS, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateVisualStyle()) /** <title INTERFEREVPVS> <toctitle INTERFEREVPVS> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> OdDbObjectId::kNull <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> INTERFEREVPVS specifies the interference checking visual style for the viewport. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getINTERFEREVPVS() OdDbDatabase::setINTERFEREVPVS() </table> <group TD_SysVars_I> */ //<dom_var_def>OdDbObjectId INTERFEREVPVS; VAR_DEF( ODVISTYLEID, INTERFEREVPVS, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateVisualStyle()) /** <title DRAGVS> <toctitle DRAGVS> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> OdDbObjectId::kNull <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> DRAGVS specifies the drag visual style. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getDRAGVS() OdDbDatabase::setDRAGVS() </table> <group TD_SysVars_D> */ //<dom_var_def>OdDbObjectId DRAGVS; VAR_DEF( ODVISTYLEID, DRAGVS, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateVisualStyle()) /** <title CSHADOW> <toctitle CSHADOW> <table> <b>Type</b> OdGiSubEntityTraits::ShadowFlags <b>Initial value</b> OdGiSubEntityTraits::ShadowFlags::kShadowsCastAndReceive <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> CSHADOW controls shadows for 3D objects. <table> <b>Name</b> <b>Value</b> <b>Description</b> kShadowsCastAndReceive 0x00 Shadows cast and received. kShadowsDoesNotReceive 0x01 Shadows cast, but not received. kShadowsDoesNotCast 0x02 Shadows received but not cast. kShadowsIgnore 0x03 Shadows neither cast nor received. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCSHADOW() OdDbDatabase::setCSHADOW() </table> <b>Note: </b>Shadows must be turned on in the visual style that is applied to the viewport. <group TD_SysVars_C> */ //<dom_var_def>OdGiSubEntityTraits::ShadowFlags CSHADOW; VAR_DEF(ODTDB_SHADOWFLAGS, CSHADOW, (OdGiSubEntityTraits::kShadowsCastAndReceive), (OdGiSubEntityTraits::kShadowsCastAndReceive), (), ValidateRange(OdGiSubEntityTraits::kShadowsCastAndReceive,OdGiSubEntityTraits::kShadowsIgnore)) /** <title SHADOWPLANELOCATION> <toctitle SHADOWPLANELOCATION> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> SHADOWPLANELOCATION specifies the location on the current Z-axis of an invisible ground plane used to display shadows. The shadow plane casts and receives shadows. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSHADOWPLANELOCATION() OdDbDatabase::setSHADOWPLANELOCATION() </table> <group TD_SysVars_S> */ //<dom_var_def>double SHADOWPLANELOCATION; VAR_DEF( ODTDIST, SHADOWPLANELOCATION, (0.), (0.), (), ValidateNone()) /** <title CAMERADISPLAY> <toctitle CAMERADISPLAY> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> CAMERADISPLAY controls the display of camera glyphs. <table> <b>Value</b> <b>Description</b> false Not displayed true Displayed </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCAMERADISPLAY() OdDbDatabase::setCAMERADISPLAY() </table> <group TD_SysVars_C> */ //<dom_var_def>bool CAMERADISPLAY; VAR_DEF( ODTBOOL, CAMERADISPLAY, (false), (false), (), ValidateBOOL()) /** <title LENSLENGTH> <toctitle LENSLENGTH> <table> <b>Type</b> double <b>Initial value</b> 50.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> LENSLENGTH specifies the length, in millimeters, of the lens used in perspective viewing. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getLENSLENGTH() OdDbDatabase::setLENSLENGTH() </table> <group TD_SysVars_L> */ //<dom_var_def>double LENSLENGTH; VAR_DEF( ODTDIST, LENSLENGTH, (50.), (50.), (), ValidatePositiveNonZero()) /** <title CAMERAHEIGHT> <toctitle CAMERAHEIGHT> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> CAMERAHEIGHT specifies the default height, in drawing units, for new camera objects. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCAMERAHEIGHT() OdDbDatabase::setCAMERAHEIGHT() </table> <group TD_SysVars_C> */ //<dom_var_def>double CAMERAHEIGHT; VAR_DEF( ODTDIST, CAMERAHEIGHT, (0.), (0.), (), ValidateNone()) /** <title STEPSPERSEC> <toctitle STEPSPERSEC> <table> <b>Type</b> double <b>Initial value</b> 2.0 <b>Range</b> 1.0 ... 30.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> STEPSPERSEC specifies the number of steps taken per second in walk or fly mode. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSTEPSPERSEC() OdDbDatabase::setSTEPSPERSEC() </table> <group TD_SysVars_S> */ //<dom_var_def>double STEPSPERSEC; VAR_DEF( ODTDIST, STEPSPERSEC, (2.), (2.), (), ValidateRange(1,30)) /** <title STEPSIZE> <toctitle STEPSIZE> <table> <b>Type</b> double <b>Initial value</b> 6.0 <b>Range</b> 1e-6 ... 1e6 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> STEPSIZE specifies the size of each step in drawing units, in walk or fly mode. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSTEPSIZE() OdDbDatabase::setSTEPSIZE() </table> <group TD_SysVars_S> */ //<dom_var_def>double STEPSIZE; VAR_DEF( ODTDIST, STEPSIZE, (6.), (6.), (), ValidateRange(1e-6,1e+6)) /** <table> <b>Type</b> double <b>Initial value</b> 2.0 <b>Range</b> 1 ... 6 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> 3DDWFPREC specifies the 3D DWF publishing precision. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::get3DDWFPREC() OdDbDatabase::set3DDWFPREC() </table> <group System_Variables_3> */ //<dom_var_deff>double 3DDWFPREC; VAR_DEF( ODTDIST, 3DDWFPREC, (2.), (2.), (), ValidateRange(1,6)) /** <title PSOLHEIGHT> <toctitle PSOLHEIGHT> <table> <b>Type</b> double <b>Initial value</b> 4.0 | 80.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> PSOLHEIGHT specifies the default height, in drawing units, used by the POLYSOLID command, for swept solid objects. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPSOLHEIGHT() OdDbDatabase::setPSOLHEIGHT() </table> <group TD_SysVars_P> */ //<dom_var_def>double PSOLHEIGHT; DICR15VAR( ODTDIST, PSOLHEIGHT, (4.), (80.), (), ValidateNone()) /** <title CMATERIAL> <toctitle CMATERIAL> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> "ByLayer" material object ID <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> CMATERIAL specifies the material of new objects. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCMATERIAL() OdDbDatabase::setCMATERIAL() </table> <group TD_SysVars_C> */ //<dom_var_def>OdDbObjectId CMATERIAL; VAR_DEF( ODTMATERIALID, CMATERIAL, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateMaterial()) /** <title DWFFRAME> <toctitle DWFFRAME> <table> <b>Type</b> OdInt8 <b>Initial value</b> 2 <b>Range</b> 0 ... 2 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> DWFFRAME controls the visibility and plotting of the DWF underlay frame. <table> <b>Value</b> <b>Description</b> 0 Not visible and not plotted. 1 Visible and plotted. 2 Visible but not plotted. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getDWFFRAME() OdDbDatabase::setDWFFRAME() </table> <group TD_SysVars_D> */ //<dom_var_def>OdInt8 DWFFRAME; DICR21VAR_H( OdInt8, DWFFRAME, (2), (2), (), ValidateRange(0,2)) /** <title DGNFRAME> <toctitle DGNFRAME> <table> <b>Type</b> OdInt8 <b>Initial value</b> 2 <b>Range</b> 0 ... 2 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2008+ </table> DGNFRAME controls the visibility and plotting of the DGN frame. <table> <b>Value</b> <b>Description</b> 0 Not visible and not plotted. 1 Visible and plotted. 2 Visible but not plotted. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getDGNFRAME() OdDbDatabase::setDGNFRAME() </table> <group TD_SysVars_D> */ //<dom_var_def>OdInt8 DGNFRAME; VAR_DEF_H( OdInt8, DGNFRAME, (2), (2), (), ValidateRange(0,2)) /** <title REALWORLDSCALE> <toctitle REALWORLDSCALE> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2007+ </table> REALWORLDSCALE controls the rendering of materials with units set to real-world scale. <table> <b>Value</b> <b>Description</b> false Not rendered true Rendered </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getREALWORLDSCALE() OdDbDatabase::setREALWORLDSCALE() </table> <group TD_SysVars_R> */ //<dom_var_def>bool REALWORLDSCALE; VAR_DEF( bool, REALWORLDSCALE, (true), (true), (), ValidateBOOL()) //----------------------------------------- // Variables added in AC 2008 //----------------------------------------- /** <title DXEVAL> <toctitle DXEVAL> <table> <b>Type</b> OdInt16 <b>Initial value</b> 12 <b>Range</b> 0 ... 256 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2008+ </table> DXEVAL controls when data extraction tables are compared against the data source, and if the data is not current, displays an update notification. The setting is stored as an integer using the sum of the following values: <table> <b>Value</b> <b>Description</b> 0 No notification 1 Open 2 Save 4 Plot 8 Publish 16 eTransmit/Archive 32 Save with Automatic Update 64 Plot with Automatic Update 128 Publish with Automatic Update 256 eTransmit/Archive with Automatic Update </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getDXEVAL() OdDbDatabase::setDXEVAL() </table> <group TD_SysVars_D> */ //<dom_var_def>OdInt16 DXEVAL; DICR21VAR( OdInt16, DXEVAL, (12), (12), (), ValidateRange(0,511)) //----------------------------------------- // Variables added in AC 2009 //----------------------------------------- /** <title GEOLATLONGFORMAT> <toctitle GEOLATLONGFORMAT> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2009+ </table> GEOLATLONGFORMAT controls the format of the latitude and longitude values in the Geographic Location dialog box and the status bar. <table> <b>Value</b> <b>Description</b> 0 Latitude and longitude format is decimal degrees (DD) 1 Latitude and longitude format is degrees minutes seconds (DMS) </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getGEOLATLONGFORMAT() OdDbDatabase::setGEOLATLONGFORMAT() </table> <group TD_SysVars_G> */ //<dom_var_def>OdInt16 GEOLATLONGFORMAT; DICR21VAR( OdInt16, GEOLATLONGFORMAT, (1), (1), (), ValidateRange(0,1)) /** <title GEOMARKERVISIBILITY> <toctitle GEOMARKERVISIBILITY> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2009+ </table> GEOMARKERVISIBILITY controls the visibility of the geolocation marker. <table> <b>Value</b> <b>Description</b> 0 Geolocation marker is invisible. 1 Geolocation marker is visible. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getGEOMARKERVISIBILITY() OdDbDatabase::setGEOMARKERVISIBILITY() </table> <group TD_SysVars_G> */ //<dom_var_def>OdInt16 GEOMARKERVISIBILITY; DICR21VAR( OdInt16, GEOMARKERVISIBILITY, (1), (1), (), ValidateRange(0,1)) /** <title PREVIEWTYPE> <toctitle PREVIEWTYPE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2009+ </table> PREVIEWTYPE controls which view is used for drawing preview thumbnails. <table> <b>Value</b> <b>Description</b> 0 Last saved view 1 Home view </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPREVIEWTYPE() OdDbDatabase::setPREVIEWTYPE() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 PREVIEWTYPE; DICR21VAR( OdInt16, PREVIEWTYPE, (0), (0), (), ValidateRange(0,1)) //----------------------------------------- // Variables added in AC 2010 //----------------------------------------- // DIMTXTDIRECTION - defined in DimVarDefs.h /** <title EXPORTMODELSPACE> <toctitle EXPORTMODELSPACE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Range</b> 0 ... 2 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> The EXPORTMODELSPACE variable specifies what part of the drawing to export to a DWF, DWFx, or PDF file from model space. <table> <b>Value</b> <b>Description</b> 0 Display 1 Extents 2 Window </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getEXPORTMODELSPACE() OdDbDatabase::setEXPORTMODELSPACE() </table> <group TD_SysVars_E> */ //<dom_var_def>OdInt16 EXPORTMODELSPACE; DICR24VAR( OdInt16, EXPORTMODELSPACE, (0), (0), (), ValidateRange(0,2)) /** <title EXPORTPAPERSPACE> <toctitle EXPORTPAPERSPACE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> The EXPORTPAPERSPACE variable specifies what part of the drawing to export to a DWF, DWFx, or PDF file from paper space. <table> <b>Value</b> <b>Description</b> 0 Current Layout 1 All Layouts </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getEXPORTPAPERSPACE() OdDbDatabase::setEXPORTPAPERSPACE() </table> <group TD_SysVars_E> */ //<dom_var_def>OdInt16 EXPORTPAPERSPACE; DICR24VAR( OdInt16, EXPORTPAPERSPACE, (0), (0), (), ValidateRange(0,1)) /** <title EXPORTPAGESETUP> <toctitle EXPORTPAGESETUP> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> The EXPORTPAGESETUP variable specifies whether to export to a DWF, DWFx, or PDF file with the current page setup. <table> <b>Value</b> <b>Description</b> 0 Default 1 Override </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getEXPORTPAGESETUP() OdDbDatabase::setEXPORTPAGESETUP() </table> <group TD_SysVars_E> */ //<dom_var_def>OdInt16 EXPORTPAGESETUP; DICR24VAR( OdInt16, EXPORTPAGESETUP, (0), (0), (), ValidateRange(0,1)) /** <title FRAME> <toctitle FRAME> <table> <b>Type</b> OdInt16 <b>Initial value</b> 3 <b>Range</b> 0 ... 3 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> The FRAME variable controls the visibility of frames for external references, images and underlays. It overrides the individual IMAGEFRAME, DWFFRAME, PDFFRAME, DGNFRAME, and XCLIPFRAME variable settings. <table> <b>Value</b> <b>Description</b> 0 Invisible 1 Displayed and plotted 2 Displayed but not plotted 3 The individual setting varies for different underlays, external references and images </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getFRAME() OdDbDatabase::setFRAME() </table> <group TD_SysVars_F> */ //<dom_var_def>OdInt16 FRAME; DICR24VAR_H( OdInt16, FRAME, (3), (3), (), ValidateRange(0,3)) /* This variable was bool in previous version */ /** <title PDFFRAME> <toctitle PDFFRAME> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Range</b> 0 ... 2 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> The PDFFRAME variable controls the visibility of PDF underlay frames. <table> <b>Value</b> <b>Description</b> 0 Invisible 1 Displayed and plotted 2 Displayed but not plotted </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPDFFRAME() OdDbDatabase::setPDFFRAME() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 PDFFRAME; DICR24VAR_H( OdInt16, PDFFRAME, (1), (1), (), ValidateRange(0,2)) /** <title XCLIPFRAME> <toctitle XCLIPFRAME> <table> <b>Type</b> OdInt16 <b>Initial value</b> 2 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R14+ </table> XCLIPFRAME controls the visibility of Xref clip boundaries. <table> <b>Value</b> <b>Description</b> 0 Xref clip boundaries are invisible and not plotted. 1 Xref clip boundaries are visible and plotted. 2 Xref clip boundaries are visible and not plotted. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getXCLIPFRAME() OdDbDatabase::setXCLIPFRAME() </table> \remarks This variable was bool (with initial value "false") in previous version. <group TD_SysVars_X> */ //<dom_var_def>OdInt16 XCLIPFRAME; DICR24VAR_H( OdInt16, XCLIPFRAME, (2), (2), (), ValidateRange(0,2)) /** <title MESHTYPE> <toctitle MESHTYPE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> The MESHTYPE variable controls the type of mesh that is created by REVSURF, TABSURF, RULESURF and EDGESURF. <table> <b>Value</b> <b>Description</b> 0 Creates legacy polygons or polyface meshes when you use REVSURF, TABSURF, RULESURF, or EDGESURF 1 Creates full-featured mesh objects when you use REVSURF, TABSURF, RULESURF, or EDGESURF (recommended) </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getMESHTYPE() OdDbDatabase::setMESHTYPE() </table> <group TD_SysVars_M> */ //<dom_var_def>OdInt16 MESHTYPE; DICR24VAR( OdInt16, MESHTYPE, (1), (1), (), ValidateRange(0,1)) /** <title SKYSTATUS> <toctitle SKYSTATUS> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Range</b> 0 ... 2 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> N/A </table> The SKYSTATUS variable determines if the sky illumination is computed at render time. <table> <b>Value</b> <b>Description</b> 0 No sky 1 Sky background 2 Sky background and illumination </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSKYSTATUS() OdDbDatabase::setSKYSTATUS() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SKYSTATUS; DICR24VAR( OdInt16, SKYSTATUS, (0), (0), (), ValidateRange(0,2)) //----------------------------------------- // Variables added in AC 2011 //----------------------------------------- /** <title HPLAYER> <toctitle HPLAYER> <table> <b>Type</b> OdString <b>Initial value</b> "." <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2011+ </table> HPLAYER stores the default layer of new hatches and fills. <b>Note: </b>If is equal to "." then CLAYER is used for new hatch entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getHPLAYER() OdDbDatabase::setHPLAYER() </table> <group TD_SysVars_H> */ //<dom_var_def>OdDbObjectId HPLAYER; DICR27VAR(OdString, HPLAYER, (OdString(OD_T("."))), (OdString(OD_T("."))), (), ValidateNone()) /** <title MIRRHATCH> <toctitle MIRRHATCH> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2011+ </table> MIRRHATCH specifies whether hatch patterns are mirrored by the MIRROR command. <table> <b>Value</b> <b>Description</b> 0 Hatch patterns are not mirrored by the MIRROR command. 1 Hatch patterns are mirrored by the MIRROR command. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getMIRRHATCH() OdDbDatabase::setMIRRHATCH() </table> <group TD_SysVars_M> */ //<dom_var_def>OdInt16 MIRRHATCH; DICR27VAR(OdInt16, MIRRHATCH, (0), (0), (), ValidateRange(0,1)) /** <title HPTRANSPARENCY> <toctitle HPTRANSPARENCY> <table> <b>Type</b> OdCmTransparency <b>Initial value</b> OdCmTransparency::kErrorValue (Use CETRANSPARENCY for new Hatch entities) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> R13+ </table> HPTRANSPARENCY stores information about the transparency of new hatches and fills. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getHPTRANSPARENCY() OdDbDatabase::setHPTRANSPARENCY() </table> <group TD_SysVars_H> */ //<dom_var_def>OdCmTransparency HPTRANSPARENCY; DICR27VAR(ODTTRANSPARENCYDEF, HPTRANSPARENCY, ((const OdCmTransparency&) OdCmTransparency(OdCmTransparency::kErrorValue)), ((const OdCmTransparency&) OdCmTransparency(OdCmTransparency::kErrorValue)), (), ValidateNone()) /** <title HPCOLOR> <toctitle HPCOLOR> <table> <b>Type</b> OdCmColor <b>Initial value</b> OdCmEntityColor::kNone <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2011+ </table> HPTRANSPARENCY stores the default color of hatches. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getHPCOLOR() OdDbDatabase::setHPCOLOR() </table> <group TD_SysVars_H> */ //<dom_var_def>OdCmColor HPCOLOR; DICR27VAR(ODTCOLORDEF, HPCOLOR, ((const OdCmColor&) OdCmColor(OdCmEntityColor::kNone)), ((const OdCmColor&) OdCmColor(OdCmEntityColor::kNone)), (), ValidateNone()) /** <title HPBACKGROUNDCOLOR> <toctitle HPBACKGROUNDCOLOR> <table> <b>Type</b> OdCmColor <b>Initial value</b> OdCmEntityColor::kNone <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2011+ </table> HPBACKGROUNDCOLOR stores the default background color of hatch patterns. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getHPBACKGROUNDCOLOR() OdDbDatabase::setHPBACKGROUNDCOLOR() </table> <group TD_SysVars_H> */ //<dom_var_def>OdCmColor HPBACKGROUNDCOLOR; DICR27VAR(ODTCOLORDEF, HPBACKGROUNDCOLOR, ((const OdCmColor&) OdCmColor(OdCmEntityColor::kNone)), ((const OdCmColor&) OdCmColor(OdCmEntityColor::kNone)), (), ValidateNone()) //----------------------------------------- // Variables added in AC 2013 //----------------------------------------- RO_VAR_DEF( OdInt64, REQUIREDVERSIONS, (0), (0), (), ValidateNone()) /** <title CETRANSPARENCY> <toctitle CETRANSPARENCY> <table> <b>Type</b> OdString | OdCmTransparency <b>Initial value</b> "byLayer" | OdCmTransparency::kByLayer <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2011+ </table> The CETRANSPARENCY variable specifies a default transparency for new entities (excluding hatches, see HPTRANSPARENCY variable). <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCETRANSPARENCY() OdDbDatabase::setCETRANSPARENCY() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"CETRANSPARENCY"); OdString sValue = pRb-\>getString(); odPrintConsoleString(L"nTransparency value = %s", sValue.c_str()); // or // OdCmTransparency clarity = pDb-\>getCETRANSPARENCY() odPrintConsoleString(L"nTransparency value = %x", clarity.serializeOut()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtString, L"50"); pDb-\>setSysVar(L"CETRANSPARENCY", pRb); // or // OdCmTransparency clarity(50); pDb-\>setCETRANSPARENCY(clarity); </code> <group TD_SysVars_C> */ //<dom_var_def>OdCmTransparency CETRANSPARENCY; DICR27VAR(OdCmTransparency, CETRANSPARENCY, ((const OdCmTransparency&) OdCmTransparency()), ((const OdCmTransparency&) OdCmTransparency()), (), ValidateTransparency()) /** <title CVIEWDETAILSTYLE> <toctitle CVIEWDETAILSTYLE> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> OdDbObjectId::kNull <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> The CVIEWDETAILSTYLE variable controls the current detail view style. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCVIEWDETAILSTYLE() OdDbDatabase::setCVIEWDETAILSTYLE() </table> <group TD_SysVars_C> */ //<dom_var_def>OdDbObjectId CVIEWDETAILSTYLE; DICR27VAR(ODTVIEWDETAILSTYLEID, CVIEWDETAILSTYLE, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateViewDetailStyle()) /** <title CVIEWSECTIONSTYLE> <toctitle CVIEWSECTIONSTYLE> <table> <b>Type</b> OdDbObjectId <b>Initial value</b> OdDbObjectId::kNull <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> The CVIEWSECTIONSTYLE variable controls the current section view style. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCVIEWSECTIONSTYLE() OdDbDatabase::setCVIEWSECTIONSTYLE() </table> <group TD_SysVars_C> */ //<dom_var_def>OdDbObjectId CVIEWSECTIONSTYLE; DICR27VAR(ODTVIEWSECTIONSTYLEID, CVIEWSECTIONSTYLE, (OdDbObjectId::kNull), (OdDbObjectId::kNull), (), ValidateViewSectionStyle()) /** <title WIPEOUTFRAME> <toctitle WIPEOUTFRAME> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> WIPEOUTFRAME controls the visibility of wipeout object frames. <table> <b>Value</b> <b>Description</b> 0 Invisible 1 Is displayed and plotted 2 Is displayed but not plotted </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getWIPEOUTFRAME() OdDbDatabase::setWIPEOUTFRAME() </table> <group TD_SysVars_W> */ //<dom_var_def>OdInt16 WIPEOUTFRAME; DICR27VAR( OdInt16, WIPEOUTFRAME, (1), (1), (), ValidateRange(0,2)) /** <title POINTCLOUDCLIPFRAME> <toctitle POINTCLOUDCLIPFRAME> <table> <b>Type</b> OdInt16 <b>Initial value</b> 2 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> POINTCLOUDCLIPFRAME controls the visibility of point cloud object clipping boundary. <table> <b>Value</b> <b>Description</b> 0 Invisible 1 Is displayed and plotted 2 Is displayed but not plotted </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPOINTCLOUDCLIPFRAME() OdDbDatabase::setPOINTCLOUDCLIPFRAME() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 POINTCLOUDCLIPFRAME; DICR27VAR( OdInt16, POINTCLOUDCLIPFRAME, (2), (2), (), ValidateRange(0,2)) /** <title MLEADERSCALE> <toctitle MLEADERSCALE> <table> <b>Type</b> double <b>Initial value</b> 1.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2009+ </table> The MLEADERSCALE variable specifies the scale factor applied to multileaders. The scale factor affects the size of text, arrowheads, and other items that can be scaled, but does not affect measurements of lengths, angles, and coordinates. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getMLEADERSCALE() OdDbDatabase::setMLEADERSCALE() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"MLEADERSCALE"); double scale = pRb-\>getDouble(); odPrintConsoleString(L"nOverall scale factor = %g", scale); // or // odPrintConsoleString(L"nOverall scale factor = %g ", pDb-\>getMLEADERSCALE()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtDouble, 0.75); pDb-\>setSysVar(L"MLEADERSCALE", pRb); // or // pDb-\>setMLEADERSCALE(1.5); </code> <group TD_SysVars_M> */ //<dom_var_def>double MLEADERSCALE; DICR27VAR( double, MLEADERSCALE, (1.0), (1.0), (), ValidateMLeaderScale()) /** <title DYNCONSTRAINTDISPLAY> <toctitle DYNCONSTRAINTDISPLAY> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2010+ </table> The DYNCONSTRAINTDISPLAY variable specifies the visibility of dynamic constraints. <table> <b>Value</b> <b>Description</b> false Hides dynamic constraints. true Shows dynamic constraints. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getDYNCONSTRAINTDISPLAY() OdDbDatabase::setDYNCONSTRAINTDISPLAY() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"DYNCONSTRAINTDISPLAY"); OdBool bView = pRb-\>getBool(); odPrintConsoleString(L"nDynamic constraint visibility is %s", ((bView) ? "shown" : "hidden")); // or // odPrintConsoleString(L"nDynamic constraint visibility = %d", (int)pDb-\>getDYNCONSTRAINTDISPLAY()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtBool, false); pDb-\>setSysVar(L"DYNCONSTRAINTDISPLAY", pRb); // or // pDb-\>setDYNCONSTRAINTDISPLAY(true); </code> <group TD_SysVars_D> */ //<dom_var_def>bool DYNCONSTRAINTDISPLAY; VAR_DEF( ODTBOOL, DYNCONSTRAINTDISPLAY, (false), (false), (), ValidateBOOL()) /** <title VIEWUPDATEAUTO> <toctitle VIEWUPDATEAUTO> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> The VIEWUPDATEAUTO variable specifies whether model views are automatically updated when the model is changed. The value can be: <table> <b>Value</b> <b>Description</b> 0 Views are not updated. 1 Views are automatically updated. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getVIEWUPDATEAUTO() OdDbDatabase::setVIEWUPDATEAUTO() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"VIEWUPDATEAUTO"); OdInt16 viewupdate = pRb-\>getInt16(); odPrintConsoleString(L"nView update mode is %s", ((viewupdate) ? "ON" : "OFF")); // or // odPrintConsoleString(L"nView update mode = %d", pDb-\>getVIEWUPDATEAUTO()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtInt16, 1); pDb-\>setSysVar(L"VIEWUPDATEAUTO", pRb); // or // pDb-\>setVIEWUPDATEAUTO(1); </code> <group TD_SysVars_V> */ //<dom_var_def>OdInt16 VIEWUPDATEAUTO; DICR27VAR(OdInt16, VIEWUPDATEAUTO, (1), (1), (), ValidateRange(0,1)) /** <title VSACURVATUREHIGH> <toctitle VSACURVATUREHIGH> <table> <b>Type</b> double <b>Initial value</b> 1.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> The VSACURVATUREHIGH variable stores a high value at which a surface displays as green tint when curvature analysis is performed. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getVSACURVATUREHIGH() OdDbDatabase::setVSACURVATUREHIGH() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"VSACURVATUREHIGH"); double value = pRb-\>getDouble(); odPrintConsoleString(L"nCurvatture high = %g", value); // or // odPrintConsoleString(L"nCurvatture high = %g", pDb-\>getVSACURVATUREHIGH()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtDouble, 0.8); pDb-\>setSysVar(L"VSACURVATUREHIGH", pRb); // or // pDb-\>setVSACURVATUREHIGH(0.5); </code> <group TD_SysVars_V> */ //<dom_var_def>double VSACURVATUREHIGH; DICR24VAR(ODTDIST, VSACURVATUREHIGH, (1.), (1.), (), ValidateNone()) /** <title VSACURVATURELOW> <toctitle VSACURVATURELOW> <table> <b>Type</b> double <b>Initial value</b> (1.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> The VSACURVATURELOW variable stores a low value at which a surface displays as blue tint when curvature analysis is performed. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getVSACURVATURELOW() OdDbDatabase::setVSACURVATURELOW() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"VSACURVATURELOW"); double value = pRb-\>getDouble(); odPrintConsoleString(L"nCurvatture low = %g", value); // or // odPrintConsoleString(L"nCurvatture low = %g", pDb-\>getVSACURVATURELOW()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtDouble, -0.8); pDb-\>setSysVar(L"VSACURVATURELOW", pRb); // or // pDb-\>setVSACURVATURELOW(-0.5); </code> <group TD_SysVars_V> */ //<dom_var_def>double VSACURVATURELOW; DICR24VAR(ODTDIST, VSACURVATURELOW, (-1.), (-1.), (), ValidateNone()) /** <title VSACURVATURETYPE> <toctitle VSACURVATURETYPE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> The VSACURVATURETYPE variable stores the type of curvature analysis which is applied to surfaces. The value can be: <table> <b>Value</b> <b>Description</b> 0 Gaussian curvature type calculates the area of high and low curvature values. 1 Mean curvature calculates the mean of the U and V surface curvature values. 2 Maximum curvature calculates the maximum of the U and V surface curvature values. 3 Minimum curvature calculates the minimum of the U and V surface curvature values. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getVSACURVATURETYPE() OdDbDatabase::setVSACURVATURETYPE() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"VSACURVATURETYPE"); OdInt16 type = pRb-\>getInt16(); odPrintConsoleString(L"nCurvatture analysis type = %d", type); // or // odPrintConsoleString(L"nCurvatture analysis type = %d", pDb-\>getVSACURVATURETYPE()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtInt16, 2); pDb-\>setSysVar(L"VSACURVATURETYPE", pRb); // or // pDb-\>setVSACURVATURETYPE(3); </code> <group TD_SysVars_V> */ //<dom_var_def>OdInt16 VSACURVATURETYPE; DICR24VAR(OdInt16, VSACURVATURETYPE, (0), (0), (), ValidateRange(0,3)) /** <title VSADRAFTANGLEHIGH> <toctitle VSADRAFTANGLEHIGH> <table> <b>Type</b> double <b>Initial value</b> 3.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> The VSADRAFTANGLEHIGH variable stores a high angle value at which a surface displays as green tint when draft analysis is performed. The draft angle defines an angle between the surface normal and UCS plane and is measured in the range 90 to 90 degrees. <table> <b>Value</b> <b>Description</b> 90 Opposite to the construction plane. 0.0 Perpendicular to the construction plane. 90.0 Parallel to the construction plane. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getVSADRAFTANGLEHIGH() OdDbDatabase::setVSADRAFTANGLEHIGH() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"VSADRAFTANGLEHIGH"); double angle = pRb-\>getDouble(); odPrintConsoleString(L"nHigh draft angle = %g", angle); // or // odPrintConsoleString(L"nHigh draft angle = %g", pDb-\>getVSACURVATUREHIGH()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtDouble, 6.5); pDb-\>setSysVar(L"VSADRAFTANGLEHIGH", pRb); // or // pDb-\>setVSADRAFTANGLEHIGH(8.0); </code> <group TD_SysVars_V> */ //<dom_var_def>double VSADRAFTANGLEHIGH; DICR24VAR(ODTDIST, VSADRAFTANGLEHIGH, (3.), (3.), (), ValidateDouble(-90.,90.)) /** <title VSADRAFTANGLELOW> <toctitle VSADRAFTANGLELOW> <table> <b>Type</b> double <b>Initial value</b> (3.0) <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> The VSADRAFTANGLELOW variable stores a low angle value at which a surface displays as blue tint when draft analysis is performed. The draft angle defines an angle between the surface normal and UCS plane and is measured in the range 90 to 90 degrees. <table> <b>Value</b> <b>Description</b> 90 Opposite to the construction plane. 0.0 Perpendicular to the construction plane. 90.0 Parallel to the construction plane. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getVSADRAFTANGLELOW() OdDbDatabase::setVSADRAFTANGLELOW() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"VSADRAFTANGLELOW"); double angle = pRb-\>getDouble(); odPrintConsoleString(L"nLow draft angle = %g", angle); // or // odPrintConsoleString(L"nLow draft angle = %g", pDb-\>getVSADRAFTANGLELOW()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtDouble, -4.5); pDb-\>setSysVar(L"VSADRAFTANGLELOW", pRb); // or // pDb-\>setVSADRAFTANGLELOW(-5.0); </code> <group TD_SysVars_V> */ //<dom_var_def>double VSADRAFTANGLELOW; DICR24VAR(ODTDIST, VSADRAFTANGLELOW, (-3.), (-3.), (), ValidateDouble(-90.,90.)) /** <title VSAZEBRACOLOR1> <toctitle VSAZEBRACOLOR1> <table> <b>Type</b> OdString <b>Initial value</b> "RGB:255,255,255" <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> The VSAZEBRACOLOR1 variable stores the first tint of zebra streaks which are displayed when zebra analysis is performed. TrueColor value is set as follows: "RGB:XXX,XXX,XXX", where XXX is the color component value in the range 0 to 255. Value 0 defines a color ByBlock, value 256 defines a color ByLayer, values 1 to 255 define the ACI color. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getVSAZEBRACOLOR1() OdDbDatabase::setVSAZEBRACOLOR1() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"VSAZEBRACOLOR1"); OdString tint = pRb-\>getString(); odPrintConsoleString(L"nFirst zebra streak tint = %s", tint); // or // odPrintConsoleString(L"nFirst zebra streak tint = %s", pDb-\>getVSAZEBRACOLOR1()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtString, L"RGB:128,128,128"); pDb-\>setSysVar(L"VSAZEBRACOLOR1", pRb); // or // pDb-\>setVSAZEBRACOLOR1("256"); </code> <group TD_SysVars_V> */ //<dom_var_def>OdString VSAZEBRACOLOR1; DICR24VAR(OdString, VSAZEBRACOLOR1, (OdString(OD_T("RGB:255,255,255"))),(OdString(OD_T("RGB:255,255,255"))),(), ValidateNone()) /** <title VSAZEBRACOLOR2> <toctitle VSAZEBRACOLOR2> <table> <b>Type</b> OdString <b>Initial value</b> "RGB:0,0,0" <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> The VSAZEBRACOLOR2 variable stores the second tint of zebra streaks which are displayed when zebra analysis is performed. TrueColor value is set as follows: "RGB:XXX,XXX,XXX", where XXX is the color component value in the range 0 to 255. Value 0 defines a color ByBlock, value 256 defines a color ByLayer, values 1 to 255 define the ACI color. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getVSAZEBRACOLOR2() OdDbDatabase::setVSAZEBRACOLOR2() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"VSAZEBRACOLOR2"); OdString tint = pRb-\>getString(); odPrintConsoleString(L"nSecond zebra streak tint = %s", tint); // or // odPrintConsoleString(L"nSecond zebra streak tint = %s", pDb-\>getVSAZEBRACOLOR2()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtString, L"RGB:128,128,128"); pDb-\>setSysVar(L"VSAZEBRACOLOR2", pRb); // or // pDb-\>setVSAZEBRACOLOR2("256"); </code> <group TD_SysVars_V> */ //<dom_var_def>OdString VSAZEBRACOLOR2; DICR24VAR(OdString, VSAZEBRACOLOR2, (OdString(OD_T("RGB:0,0,0"))),(OdString(OD_T("RGB:0,0,0"))),(), ValidateNone()) /** <title VSAZEBRADIRECTION> <toctitle VSAZEBRADIRECTION> <table> <b>Type</b> OdInt16 <b>Initial value</b> 90 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> The VSAZEBRADIRECTION variable stores the direction angle of zebra streaks which are displayed when zebra analysis is performed. The value can be in the range 0 to 90 degrees. The value 0 defines horizontal streaks. The value 90 defines vertical streaks. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getVSAZEBRADIRECTION() OdDbDatabase::setVSAZEBRADIRECTION() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"VSAZEBRADIRECTION"); OdInt16 angle = pRb-\>getInt16(); odPrintConsoleString(L"nZebra streak angle = %d", angle); // or // odPrintConsoleString(L"nZebra streak angle = %d", pDb-\>getVSAZEBRADIRECTION()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtInt16, 30); pDb-\>setSysVar(L"VSAZEBRADIRECTION", pRb); // or // pDb-\>setVSAZEBRADIRECTION(60); </code> <group TD_SysVars_V> */ //<dom_var_def>OdInt16 VSAZEBRADIRECTION; DICR24VAR(OdInt16, VSAZEBRADIRECTION, (90), (90), (), ValidateRange(0,90)) /** <title VSAZEBRASIZE> <toctitle VSAZEBRASIZE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 45 <b>Range</b> 32768 ... 32767 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> The VSAZEBRASIZE variable stores the width of the zebra streaks which are displayed when zebra analysis is performed. The value can be in the range 1 to 100. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getVSAZEBRASIZE() OdDbDatabase::setVSAZEBRASIZE() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"VSAZEBRASIZE"); OdInt16 width = pRb-\>getInt16(); odPrintConsoleString(L"nZebra streak width = %d", width); // or // odPrintConsoleString(L"nZebra streak width = %d", pDb-\>getVSAZEBRASIZE()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtInt16, 30); pDb-\>setSysVar(L"VSAZEBRASIZE", pRb); // or // pDb-\>setVSAZEBRASIZE(60); </code> <group TD_SysVars_V> */ //<dom_var_def>OdInt16 VSAZEBRASIZE; DICR24VAR(OdInt16, VSAZEBRASIZE, (45), (45), (), ValidateRange(-32768,32767)) /** <title VSAZEBRATYPE> <toctitle VSAZEBRATYPE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2013+ </table> The VSAZEBRATYPE variable stores the type of zebra analysis which is applied for surfaces. The value can be: <table> <b>Value</b> <b>Description</b> 0 Chrome Ball 1 Cylinder </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getVSAZEBRATYPE() OdDbDatabase::setVSAZEBRATYPE() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"VSAZEBRATYPE"); OdInt16 type = pRb-\>getInt16(); odPrintConsoleString(L"nZebra analysis type = %d", type); // or // odPrintConsoleString(L"nZebra analysis type = %d", pDb-\>getVSAZEBRATYPE()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtInt16, 1); pDb-\>setSysVar(L"VSAZEBRATYPE", pRb); // or // pDb-\>setVSAZEBRATYPE(1); </code> <group TD_SysVars_V> */ //<dom_var_def>OdInt16 VSAZEBRATYPE; DICR24VAR(OdInt16, VSAZEBRATYPE, (1), (1), (), ValidateRange(0,1)) //----------------------------------------- // Variables added in AC 2014 //----------------------------------------- /** <title GEOMARKPOSITIONSIZE> <toctitle GEOMARKPOSITIONSIZE> <table> <b>Type</b> double <b>Initial value</b> 1. <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2014+ </table> The GEOMARKPOSITIONSIZE variable sets the scale factor used for point indicators and multiline text entities when creating geographic position markers (OdDbGeoPositionMarker). <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getGEOMARKPOSITIONSIZE() OdDbDatabase::setGEOMARKPOSITIONSIZE() </table> <group TD_SysVars_G> */ //<dom_var_def>OdInt16 GEOMARKPOSITIONSIZE; DICR27VAR(double, GEOMARKPOSITIONSIZE, (1.), (1.), (), ValidateEqGr(0.)) //----------------------------------------- // Variables added in AC 2015 //----------------------------------------- /** <title POINTCLOUDPOINTSIZE> <toctitle POINTCLOUDPOINTSIZE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 2 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2015+ </table> The POINTCLOUDPOINTSIZE variable sets the size of the points for point cloud objects represented by OdDbPointCloudEx entity. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getPOINTCLOUDPOINTSIZE() OdDbDatabase::setPOINTCLOUDPOINTSIZE() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 POINTCLOUDPOINTSIZE; DICR27VAR(OdInt16, POINTCLOUDPOINTSIZE, (2), (2), (), ValidateRange(1,10)) //----------------------------------------- // Variables added in AC 2016 //----------------------------------------- /** <title DIMLAYER> <toctitle DIMLAYER> <table> <b>Type</b> OdString <b>Initial value</b> "." <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2016+ </table> DIMLAYER stores default layer for new dimensions. <b>Note: </b>If is equal to "." then CLAYER is used for new dimension entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getDIMLAYER() OdDbDatabase::setDIMLAYER() </table> <group TD_SysVars_D> */ //<dom_var_def>OdDbObjectId DIMLAYER; DICR27VAR(OdString, DIMLAYER, (OdString(OD_T("."))), (OdString(OD_T("."))), (), ValidateNone()) /** <title SECTIONOFFSETINC> <toctitle SECTIONOFFSETINC> <table> <b>Type</b> double <b>Initial value</b> 6.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2016+ </table> SECTIONOFFSETINC stores a default value of increment or reduction of the section offset. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSECTIONOFFSETINC() OdDbDatabase::setSECTIONOFFSETINC() </table> <group TD_SysVars_S> */ //<dom_var_def>double SECTIONOFFSETINC; DICR27VAR(ODTDIST, SECTIONOFFSETINC, (6.), (6.), (), ValidateNone()) /** <title SECTIONTHICKNESSINC> <toctitle SECTIONTHICKNESSINC> <table> <b>Type</b> double <b>Initial value</b> 1.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2016+ </table> SECTIONTHICKNESSINC stores a default value of increment or reduction of slice thickness. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getSECTIONTHICKNESSINC() OdDbDatabase::setSECTIONTHICKNESSINC() </table> <group TD_SysVars_S> */ //<dom_var_def>double SECTIONTHICKNESSINC; DICR27VAR(ODTDIST, SECTIONTHICKNESSINC, (1.), (1.), (), ValidateNone()) /** <title XREFOVERRIDE> <toctitle XREFOVERRIDE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2016+ </table> XREFOVERRIDE controls the display of object properties in XREFs. <table> <b>Value</b> <b>Description</b> 0 XREF entities save settings of their properties. 1 XREF entities are treated as if all their visual properties are set to ByLayer and depend on the properties of the XREF layers. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getXREFOVERRIDE() OdDbDatabase::setXREFOVERRIDE() </table> <group TD_SysVars_X> */ //<dom_var_def>OdInt16 XREFOVERRIDE; DICR27VAR(OdInt16, XREFOVERRIDE, (0), (0), (), ValidateRange(0, 1)) //----------------------------------------- // Variables added in AC 2017 //----------------------------------------- /** <title CENTERCROSSGAP> <toctitle CENTERCROSSGAP> <table> <b>Type</b> OdString <b>Initial value</b> "0.05x" <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2017+ </table> CENTERCROSSGAP specifies the gap between the center mark and its centerlines. <b>Note: </b>The CENTERCROSSGAP variable applies only to center marks created using the CENTERMARK command. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCENTERCROSSGAP() OdDbDatabase::setCENTERCROSSGAP() </table> <group TD_SysVars_C> */ //<dom_var_def>OdString CENTERCROSSGAP; DICR27VAR(OdString, CENTERCROSSGAP, (OdString(OD_T("0.05x"))),(OdString(OD_T("0.05x"))),(), ValidateNone()) /** <title CENTERCROSSSIZE> <toctitle CENTERCROSSSIZE> <table> <b>Type</b> OdString <b>Initial value</b> "0.1x" <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2017+ </table> CENTERCROSSSIZE specifies the size of the associative center mark. <b>Note: </b>The CENTERCROSSGAP variable applies only to center marks created using the CENTERMARK command. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCENTERCROSSSIZE() OdDbDatabase::setCENTERCROSSSIZE() </table> <group TD_SysVars_C> */ //<dom_var_def>OdString CENTERCROSSSIZE; DICR27VAR(OdString, CENTERCROSSSIZE,(OdString(OD_T("0.1x"))), (OdString(OD_T("0.1x"))), (), ValidateNone()) /** <title CENTEREXE> <toctitle CENTEREXE> <table> <b>Type</b> double <b>Initial value</b> 0.12 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2017+ </table> CENTEREXE specifies the length of the centerline extensions. <b>Note: </b>The CENTEREXE variable applies only to length of centerline extensions created using the CENTERMARK and CENTERLINE commands. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCENTEREXE() OdDbDatabase::setCENTEREXE() </table> <group TD_SysVars_C> */ //<dom_var_def>double CENTEREXE; DICR27VAR(double, CENTEREXE, (0.12), (3.5),(), ValidateNone()) /** <title CENTERLAYER> <toctitle CENTERLAYER> <table> <b>Type</b> OdString <b>Initial value</b> "." <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2017+ </table> CENTERLAYER stores default layer for new center marks or centerlines. <b>Note: </b>If is equal to "." then CLAYER is used for new center marks and centerlines entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCENTERLAYER() OdDbDatabase::setCENTERLAYER() </table> <group TD_SysVars_C> */ //<dom_var_def>OdString CENTERLAYER; DICR27VAR(OdString, CENTERLAYER, (OdString(OD_T("."))), (OdString(OD_T("."))), (), ValidateNone()) /** <title CENTERLTSCALE> <toctitle CENTERLTSCALE> <table> <b>Type</b> double <b>Initial value</b> 1.0 <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2017+ </table> CENTERLTSCALE specifies the linetype scale for creating center marks and centerlines. <b>Note: </b>The CENTERLTSCALE variable applies only to center marks and centerlines created using the CENTERMARK and CENTERLINE commands. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCENTERLTSCALE() OdDbDatabase::setCENTERLTSCALE() </table> <group TD_SysVars_C> */ //<dom_var_def>double CENTERLTSCALE; DICR27VAR(double, CENTERLTSCALE, (1.0), (1.0), (), ValidatePositiveNonZero()) /** <title CENTERLTYPE> <toctitle CENTERLTYPE> <table> <b>Type</b> OdString <b>Initial value</b> "CENTER2" <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2017+ </table> CENTERLTYPE specifies the linetype for center marks and centerlines. <b>Note: </b>The CENTERLTYPE variable applies only to linetype center marks and centerlines created using the CENTERMARK and CENTERLINE commands. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCENTERLTYPE() OdDbDatabase::setCENTERLTYPE() </table> <group TD_SysVars_C> */ //<dom_var_def>OdString CENTERLTYPE; DICR27VAR(OdString, CENTERLTYPE, (OdString(OD_T("CENTER2"))), (OdString(OD_T("CENTER2"))), (), ValidateNone()) /** <title CENTERLTYPEFILE> <toctitle CENTERLTYPEFILE> <table> <b>Type</b> OdString <b>Initial value</b> "acad.lin" <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2017+ </table> CENTERLTYPEFILE specifies the loaded linetype library file for creating center marks and centerlines. <b>Note: </b>The CENTERLTYPEFILE variable applies only to center marks and centerlines created using the CENTERMARK and CENTERLINE commands. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCENTERLTYPEFILE() OdDbDatabase::setCENTERLTYPEFILE() </table> <group TD_SysVars_C> */ //<dom_var_def>OdString CENTERLTYPEFILE; DICR27VAR(OdString, CENTERLTYPEFILE,(OdString(OD_T("acad.lin"))), (OdString(OD_T("acadiso.lin"))),(), ValidateNone()) /** <title CENTERMARKEXE> <toctitle CENTERMARKEXE> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 2017+ </table> CENTERMARKEXE specifies whether centerlines extend automatically from new center marks. <b>Note: </b>The CENTERMARKEXE variable applies only to center marks created using the CENTERMARK commands. <table> <b>Value</b> <b>Description</b> false Hides the centerlines extending from a center mark. true Displays the centerlines extending from a center mark. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getCENTERMARKEXE() OdDbDatabase::setCENTERMARKEXE() </table> <group TD_SysVars_C> */ //<dom_var_def>bool CENTERMARKEXE; DICR27VAR(ODTBOOL, CENTERMARKEXE, (true), (true), (), ValidateBOOL()) //----------------------------------------- // Variables added in AC 2022 //----------------------------------------- /** <title TRACECURRENT> <toctitle TRACECURRENT> <table> <b>Type</b> OdString <b>Initial value</b> "" <b>Read-Only</b> Yes <b>Saved In</b> Not-saved <b>Versions</b> 23.xx </table> TRACECURRENT returns a string with name of the currently open Trace. <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getTRACECURRENT() </table> <group TD_SysVars_T> */ //<dom_var_def>OdString TRACECURRENT; RO_VAR_DEF(OdString, TRACECURRENT, (OD_T("")), (OD_T("")), (), ValidateNone()) /** <title TRACEMODE> <toctitle TRACEMODE> <table> <b>Type</b> OdUInt8 <b>Initial value</b> 0 <b>Read-Only</b> Yes <b>Saved In</b> Not-saved <b>Versions</b> 23.xx </table> TRACEMODE indicates whether Trace is active and which mode is current - editing or viewing. <table> <b>Value</b> <b>Description</b> 0 Trace mode is turn off 1 Trace open to view 2 Trace open to edit </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getTRACEMODE() </table> <group TD_SysVars_T> */ //<dom_var_def>OdUInt8 TRACEMODE; RO_VAR_DEF(OdUInt8, TRACEMODE, (0), (0), (), ValidateRange(0, 2)) /** <title TRACEDISPLAYMODE> <toctitle TRACEDISPLAYMODE> <table> <b>Type</b> OdUInt8 <b>Initial value</b> 0 <b>Read-Only</b> Yes <b>Saved In</b> Not-saved <b>Versions</b> 23.xx </table> TRACEDISPLAYMODE indicates whether paper effect is displayed on active Trace. <table> <b>Value</b> <b>Description</b> 0 Trace mode is turn off 1 Tracing paper not displayed 2 Tracing paper displayed </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar()   OdDbDatabase::getTRACEDISPLAYMODE() </table> <group TD_SysVars_T> */ //<dom_var_def>OdUInt8 TRACEDISPLAYMODE; RO_VAR_DEF(OdUInt8, TRACEDISPLAYMODE, (0), (0), (), ValidateRange(0, 2)) /** <title MATERIALFBX> <toctitle MATERIALFBX> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Database <b>Versions</b> 25.12+ </table> MATERIALFBX variable enables or disables the application of material properties (e.g., tint color) stored in the FBXASSET section within xData. <table> <b>Value</b> <b>Description</b> false It is forbidden to apply material properties from the FBXASSET section in xData to the OdGiMaterialTraits object within the OdUInt32 OdDbMaterial::subSetAttributes(OdGiDrawableTraits* pTraits) const method. true Apply material properties from the FBXASSET section in xData to the OdGiMaterialTraits object within the 'OdUInt32 OdDbMaterial::subSetAttributes(OdGiDrawableTraits* pTraits) const' method. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbDatabase::getMATERIALFBX() OdDbDatabase::setMATERIALFBX() </table> /remarks * This system variable will have no effect if the TD_AssetXMLParser and TD_MaterialReader modules are not loaded. * This system variable will have no effect if the TD_AssetXMLParser and TD_MaterialReader modules are loaded and OdDbMaterial doesn't have FBXASSET section in xData. <group TD_SysVars_M> */ //<dom_var_def>bool MATERIALFBX; VAR_DEF(ODTBOOL, MATERIALFBX, (true), (true), (), ValidateBOOL()) #undef SVARS_FUNC_MODIFIER #define SVARS_FUNC_MODIFIER /////////////////////////////////////////////////////////////////////// // New Database variables section // To not break binary compatibility for new variables // non-virtual functions are generated // Add new Database variables here #ifdef DOUNDEF_VAR_DEF #undef VAR_DEF #undef DOUNDEF_VAR_DEF #endif #ifdef DOUNDEF_RO_VAR_DEF #undef RO_VAR_DEF #undef DOUNDEF_RO_VAR_DEF #endif #ifdef DOUNDEF_VAR_DEF_H #undef VAR_DEF_H #undef DOUNDEF_VAR_DEF_H #endif #ifdef DOUNDEF_RO_VAR_DEF_H #undef RO_VAR_DEF_H #undef DOUNDEF_RO_VAR_DEF_H #endif #ifdef DOUNDEF_DICR15VAR #undef DICR15VAR #undef DOUNDEF_DICR15VAR #endif #ifdef DOUNDEF_DICR21VAR_H #undef DICR21VAR_H #undef DOUNDEF_DICR21VAR_H #endif #ifdef DOUNDEF_DICR21VAR #undef DICR21VAR #undef DOUNDEF_DICR21VAR #endif #ifdef DOUNDEF_DICR24VAR_H #undef DICR24VAR_H #undef DOUNDEF_DICR24VAR_H #endif #ifdef DOUNDEF_DICR24VAR #undef DICR24VAR #undef DOUNDEF_DICR24VAR #endif #ifdef DOUNDEF_DICR27VAR_H #undef DICR27VAR_H #undef DOUNDEF_DICR27VAR_H #endif #ifdef DOUNDEF_DICR27VAR #undef DICR27VAR #undef DOUNDEF_DICR27VAR #endif #ifdef DOUNDEF_VAR_DEF_2 #undef VAR_DEF_2 #undef DOUNDEF_VAR_DEF_2 #endif #ifdef DOUNDEF_ANNO_VAR_DEF #undef ANNO_VAR_DEF #undef DOUNDEF_ANNO_VAR_DEF #endif #ifdef DOUNDEF_MLEADERSTYLE_VAR_DEF #undef MLEADERSTYLE_VAR_DEF #undef DOUNDEF_MLEADERSTYLE_VAR_DEF #endif #undef SVARS_FUNC_MODIFIER #ifdef REGVAR_DEF #define SVARS_FUNC_MODIFIER virtual #define ODTDB_PROXYIMAGE OdDb::ProxyImage /* {Secret} */ /** <title PLOTTRANSPARENCYOVERRIDE> <toctitle PLOTTRANSPARENCYOVERRIDE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2011+ </table> PLOTTRANSPARENCYOVERRIDE controls plotting of object transparency. <table> <b>Value</b> <b>Description</b> 0 Do not plot object transparency. 1 Use settings from page. 2 Plot object transparency. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPLOTTRANSPARENCYOVERRIDE() OdDbHostAppServices::setPLOTTRANSPARENCYOVERRIDE() </table> <group TD_SysVars_P> */ //<dom_var_def>OdUInt16 PLOTTRANSPARENCYOVERRIDE; REGVAR_DEF(OdUInt16, PLOTTRANSPARENCYOVERRIDE, (1), (), ValidateRange(0, 2)) /** <title ATTREQ> <toctitle ATTREQ> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 9+ </table> ATTREQ controls the requesting of attribute values during the INSERT command. <table> <b>Value</b> <b>Description</b> false Attributes values assume their defaults. true Attributes values are requested. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getATTREQ() OdDbHostAppServices::setATTREQ() </table> \sa <link ATTDIA, ATTDIA> <group TD_SysVars_A> */ //<dom_var_def>bool ATTREQ; REGVAR_DEF(ODTBOOL, ATTREQ, (true), (), ValidateBOOL()) /** <title ATTDIA> <toctitle ATTDIA> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 9+ </table> ATTDIA specifies if attribute values are requested via a dialog box during the INSERT command. <table> <b>Value</b> <b>Description</b> false Attributes are requested via the command prompt. true Attributes are requested via a dialog box. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getATTDIA() OdDbHostAppServices::setATTDIA() </table> <b>Note: </b>Attributes are requested if and only if ATTREQ == true. \sa <link ATTREQ, ATTREQ> <group TD_SysVars_A> */ //<dom_var_def>bool ATTDIA; REGVAR_DEF(ODTBOOL, ATTDIA, (true), (), ValidateBOOL()) /** <title BLIPMODE> <toctitle BLIPMODE> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R12+ </table> BLIPMODE controls the display of marker blips. <table> <b>Value</b> <b>Description</b> false Blips are not displayed. true Blips are displayed. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getBLIPMODE() OdDbHostAppServices::setBLIPMODE() </table> <group TD_SysVars_B> */ //<dom_var_def>bool BLIPMODE; REGVAR_DEF(ODTBOOL, BLIPMODE, (false), (), ValidateBOOL()) /** <title DELOBJ> <toctitle DELOBJ> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 13+ </table> DELOBJ controls the deletion of objects used to create solid objects and regions. Commands affected are REGION, EXTRUDE, and REVOLVE. <table> <b>Value</b> <b>Description</b> false Objects are not deleted. true Objects are deleted. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getDELOBJ() OdDbHostAppServices::setDELOBJ() </table> <group TD_SysVars_D> */ //<dom_var_def>bool DELOBJ; REGVAR_DEF(ODTBOOL, DELOBJ, (true), (), ValidateBOOL()) /** <title FILEDIA> <toctitle FILEDIA> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R12+ </table> FILEDIA controls the display of file navigation dialog boxes. <table> <b>Value</b> <b>Description</b> false Command prompt input. true Dialog boxes displayed. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getFILEDIA() OdDbHostAppServices::setFILEDIA() </table> <group TD_SysVars_F> */ //<dom_var_def>bool FILEDIA; REGVAR_DEF(ODTBOOL, FILEDIA, (true), (), ValidateBOOL()) /** <title COORDS> <toctitle COORDS> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R12+ </table> COORDS controls the display of coordinate information in the status bar. <table> <b>Value</b> <b>Description</b> 0 Absolute coordinates updated when points are picked. 1 Absolute coordinates updated continuously. 2 Absolute coordinates updated continuously, with polar coordinates displayed when appropriate. 3 Geographic coordinates updated continuously. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getCOORDS() OdDbHostAppServices::setCOORDS() </table> <group TD_SysVars_C> */ //<dom_var_def>OdInt16 COORDS; REGVAR_DEF(OdInt16, COORDS, (1), (), ValidateRange(0,3)) /** <title DRAGMODE> <toctitle DRAGMODE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 2 <b>Range</b> 0 ... 2 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R12+ </table> DRAGMODE controls the display of dragged objects. This includes both objects being moved from place to place, as well as objects being created; e.g., Circles. <table> <b>Value</b> <b>Mode</b> <b>Description</b> 0 Off Never displays dragged objects. 1 On Displays dragged objects if and only if "drag" is entered at the command line while dragging. 2 Auto Always displays dragged objects. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getDRAGMODE() OdDbHostAppServices::setDRAGMODE() </table> <group TD_SysVars_D> */ //<dom_var_def>OdInt16 DRAGMODE; REGVAR_DEF(OdInt16, DRAGMODE, (2), (), ValidateRange(0,2)) /** <title OSMODE> <toctitle OSMODE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0x25 <b>Range</b> 0 ... 32767 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R12+ </table> OSMODE specifies the running object snaps. OSMODE will be a combination of one or more of the following: <table> <b>Value</b> <b>Description</b> 0x00 NONe 0x01 ENDpoint 0x02 MIDpoint 0x04 CENter 0x08 NODe 0x10 QUAdrant 0x20 INTersection 0x40 INSertion 0x80 PERpendicular 0x100 TANgent 0x200 NEArest 0x400 Clears all object snaps 0x800 APParent intersection 0x1000 EXTension 0x2000 PARallel 0x4000 Disable all </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getOSMODE() OdDbHostAppServices::setOSMODE() </table> <group TD_SysVars_O> */ //<dom_var_def>OdInt16 OSMODE; REGVAR_DEF(OdInt16, OSMODE, (37), (), ValidateRange(0,32767)) /*** VARDOCS: <properties> <remarks> "\n BACTIONCOLOR is the color of action entities in the Block Editor." </remarks> </properties> */ REGVAR_DEF(ODTCOLORDEF, BACTIONCOLOR, (ODCMCOLORINDEX(7)), (), ValidateNone()) /*** VARDOCS: <properties> <remarks> "\n Controls whether or not dependent objects are dependency highlighted when " "\n" a parameter, action, or grip is selected in the Block Editor." "\n @table" "\n Value Description" "\n false Dependent objects are not highlighted." "\n true Dependent objects are highlighted." </remarks> </properties> */ REGVAR_DEF(ODTBOOL, BDEPENDENCYHIGHLIGHT, (true), (), ValidateBOOL()) /*** VARDOCS: <properties> <remarks> "\n BACTIONCOLOR is the color of action entities in the Block Editor." </remarks> </properties> */ REGVAR_DEF(ODTCOLORDEF, BGRIPOBJCOLOR, (ODCMCOLORINDEX(141)), (), ValidateNone()) /*** VARDOCS: <properties> <remarks> "\n Sets display size of custom grips in the Block Editor relative to the screen display." </remarks> </properties> */ REGVAR_DEF(OdInt16, BGRIPOBJSIZE, (8), (), ValidateRange(1, 255)) /*** VARDOCS: <properties> <remarks> "\n Sets the color of parameters in the Block Editor." </remarks> </properties> */ REGVAR_DEF(ODTCOLORDEF, BPARAMETERCOLOR, (ODCMCOLORINDEX(170)), (), ValidateNone()) /*** VARDOCS: <properties> <remarks> "\n Sets the font used for parameters and actions in the Block Editor." </remarks> </properties> */ REGVAR_DEF(OdString, BPARAMETERFONT, (OD_T("simplex.shx")), (), ValidateNone()) /*** VARDOCS: <properties> <remarks> "\n Sets the size of parameter text and features in the Block Editor relative to the screen display." </remarks> </properties> */ REGVAR_DEF(OdInt16, BPARAMETERSIZE, (12), (), ValidateRange(1, 255)) /*** VARDOCS: <properties> <remarks> "\n Forces the text displayed for action parametes and constraint parameters " "\n" in the Block Editor to be horizontal. " "\n @table" "\n Value Description" "\n false Aligns text with the dimension line of the parameter." "\n true Displays the text for action parameters and constraint" "\n parameters in the Block Editor horizontally." </remarks> </properties> */ REGVAR_DEF(ODTBOOL, BPTEXTHORIZONTAL, (true), (), ValidateBOOL()) /*** VARDOCS: <properties> <remarks> "\n Controls whether or not value set markers are displayed for dynamic block references. " "\n @table" "\n Value Description" "\n false Specifies that value set markers are not displayed." "\n true Specifies that value set markers are displayed." </remarks> </properties> */ REGVAR_DEF(ODTBOOL, BTMARKDISPLAY, (true), (), ValidateBOOL()) /** <title PICKFIRST> <toctitle PICKFIRST> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R12+ </table> PICKFIRST controls noun-verb object selection. <table> <b>Value</b> <b>Description</b> false Disabled true Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPICKFIRST() OdDbHostAppServices::setPICKFIRST() </table> <group TD_SysVars_P> */ //<dom_var_def>bool PICKFIRST; REGVAR_DEF(ODTBOOL, PICKFIRST, (1), (), ValidateBOOL()) /** <title PICKBOX> <toctitle PICKBOX> <table> <b>Type</b> OdInt16 <b>Initial value</b> 3 <b>Range</b> 0 ... 50 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R12+ </table> PICKBOX specifies the object selection target height, in pixels. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPICKBOX() OdDbHostAppServices::setPICKBOX() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 PICKBOX; REGVAR_DEF(OdInt16, PICKBOX, (3), (), ValidateRange(0,50)) /** <title APERTURE> <toctitle APERTURE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 10 <b>Range</b> 1 ... 50 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The APERTURE variable specifies the object snapping target height, in pixels. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getAPERTURE() OdDbHostAppServices::setAPERTURE() </table> <group TD_SysVars_A> */ //<dom_var_def>OdInt16 APERTURE; REGVAR_DEF(OdInt16, APERTURE, (10), (), ValidateRange(1,50)) /** <title PICKADD> <toctitle PICKADD> <table> <b>Type</b> OdInt16 <b>Initial value</b> 2 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R12+ </table> The PICKADD variable controls whether subsequent selections replace the current selection set or add to it; the variable takes the following values: <table> <b>Value</b> <b>Description</b> 0 The objects and subobjects most recently selected become the selection set. Previously selected objects and subobjects are removed from the selection set. Add more objects or subobjects to the selection set by pressing SHIFT while selecting. 1 Each object and subobject selected, either individually or by windowing, is added to the current selection set. To remove objects or subobjects from the selection set, press the SHIFT key while selecting. 2 Each object and subobject selected, either individually or by windowing, is added to the current selection set and the objects remains selected after the SELECT command. To remove objects or subobjects from the selection set, press the SHIFT key while selecting. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPICKADD() OdDbHostAppServices::setPICKADD() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"PICKADD"); OdInt16 mode = pRb-\>getInt16(); odPrintConsoleString(L"nSelection mode = %d", mode); // or // odPrintConsoleString(L"nSelection mode = %d", pDb-\>appServices()-\>getPICKADD()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtInt16, 1); pDb-\>setSysVar(L"PICKADD", pRb); // or // pDb-\>appServices()-\>setPICKADD(1); </code> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 PICKADD; REGVAR_DEF(OdInt16, PICKADD, (2), (), ValidateRange(0,2)) /** <title PICKSTYLE> <toctitle PICKSTYLE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R13+ </table> PICKSTYLE controls group and associative hatch selection. <table> <b>Value</b> <b>Group</b> <b>Associative Hatch</b> 0 Disabled Disabled 1 Enabled Disabled 2 Disabled Enabled 3 Enabled Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPICKSTYLE() OdDbHostAppServices::setPICKSTYLE() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 PICKSTYLE; REGVAR_DEF(OdInt16, PICKSTYLE, (1), (), ValidateRange(0,3)) // Range (0.1 - 1.0) lineweight setting slider /** <title LWDISPSCALE> <toctitle LWDISPSCALE> <table> <b>Type</b> double <b>Initial value</b> 0.55 <b>Range</b> 0.1 ... 1.0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> LWDISPSCALE emulates the lineweight setting slider. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getLWDISPSCALE() OdDbHostAppServices::setLWDISPSCALE() </table> <group TD_SysVars_L> */ //<dom_var_def>double LWDISPSCALE; REGVAR_DEF(ODTUNITLESS4, LWDISPSCALE, (0.55), (), ValidateRange(0.1, 1.)) /** <title LWDEFAULT> <toctitle LWDEFAULT> <table> <b>Type</b> OdDb::LineWeight <b>Initial value</b> OdDb::kLnWt025 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2000+ </table> The LWDEFAULT variable stores the actual value used to display entities having "default" lineweight. You should specify all values in hundredths of millimeters subject to the OdDb::LineWeight enumeration. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getLWDEFAULT() – gets the default lineweight as an integer (enumeration) value OdDbHostAppServices::setLWDEFAULT() – sets the default lineweight as an integer (enumeration) value </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"LWDEFAULT"); odPrintConsoleString(L"nThe default lineweight = %d", pRb-\>getInt16()); // or // odPrintConsoleString(L"nThe default lineweight = %d", pDb-\>appServices()-\>getLWDEFAULT()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtInt16, OdDb::kLnWt040); pDb-\>setSysVar(L"LWDEFAULT", pRb); // or // pDb-\>appServices()-\>setLWDEFAULT(OdDb::kLnWt080); </code> <group TD_SysVars_L> */ //<dom_var_def>OdDb::LineWeight LWDEFAULT; REGVAR_DEF(ODTDB_LINEWEIGHT, LWDEFAULT, (OdDb::kLnWt025), (), ValidateLineWeight(true)) /** <title FONTALT> <toctitle FONTALT> <table> <b>Type</b> OdString <b>Initial value</b> "simplex.shx" <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R13+ </table> FONTALT specifies the filename of the font to be used when the font specified by a text style cannot be found. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getFONTALT() OdDbHostAppServices::setFONTALT() </table> <group TD_SysVars_F> */ //<dom_var_def>OdString FONTALT; REGVAR_DEF(OdString, FONTALT, (OD_T("simplex.shx")), (), ValidateNone()) /** <title PLINETYPE> <toctitle PLINETYPE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 2 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R14+ </table> PLINETYPE controls polyline creation and conversion from OdDb2dPolyline to OdDbPolyline when a database file is opened. <table> <b>Value</b> <b>Conversions</b> <b>New Polylines</b> 0 Disabled OdDb2dPolyline 1 Disabled OdDbPolyline 2 Enabled OdDbPolyline </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPLINETYPE() OdDbHostAppServices::setPLINETYPE() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 PLINETYPE; REGVAR_DEF(OdInt16, PLINETYPE, (2), (), ValidateRange(0,2)) /** <title PLINEREVERSEWIDTHS> <toctitle PLINEREVERSEWIDTHS> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2013+ </table> PLINEREVERSEWIDTHS controls whether widths of a polyline must be reversed when reversing the polyline (e.g. calling reverseCurve method). <table> <b>Value</b> <b>Description</b> false Widths will not be reversed true Widths will be reversed </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPLINEREVERSEWIDTHS() OdDbHostAppServices::setPLINEREVERSEWIDTHS() </table> <group TD_SysVars_P> */ //<dom_var_def>bool PLINEREVERSEWIDTHS; REGVAR_DEF(bool, PLINEREVERSEWIDTHS, (0), (), ValidateBOOL()) /** <title PROXYSHOW> <toctitle PROXYSHOW> <table> <b>Type</b> OdDb::ProxyImage <b>Initial value</b> OdDb::kProxyShow <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R14+ </table> PROXYSHOW controls the display of proxy graphics. <table> <b>Name</b> <b>Value</b> <b>Description</b> OdDb::kProxyNotShow 0 Proxy graphics are not displayed. OdDb::kProxyShow 1 Proxy graphics are displayed. OdDb::kProxyBoundingBox 2 Proxy bounding boxes are displayed. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPROXYSHOW() OdDbHostAppServices::setPROXYSHOW() </table> <group TD_SysVars_P> */ //<dom_var_def>OdDb::ProxyImage PROXYSHOW; REGVAR_DEF(ODTDB_PROXYIMAGE, PROXYSHOW, (OdDb::kProxyShow), (), ValidateRange(OdDb::kProxyNotShow, OdDb::kProxyBoundingBox)) /** <title TEXTFILL> <toctitle TEXTFILL> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R13+ </table> TEXTFILL controls the filling of TrueType fonts. <table> <b>Value</b> <b>Description</b> false Disabled true Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getTEXTFILL() OdDbHostAppServices::setTEXTFILL() </table> <group TD_SysVars_T> */ //<dom_var_def>bool TEXTFILL; REGVAR_DEF(ODTBOOL, TEXTFILL, (true), (), ValidateBOOL()) // New in Red Deer (2004) /** <title GRIPHOVER> <toctitle GRIPHOVER> <table> <b>Type</b> OdInt16 <b>Initial value</b> 3 <b>Range</b> 1 ... 255 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2004+ </table> GRIPHOVER specifies the ACI color index of unselected grips when the cursor hovers them. <table> <b>Name</b> <b>Value</b> <b>Description</b> kACIbyBlock 0 ByBlock kACIRed 1 Red kACIYellow 2 Yellow kACIGreen 3 Green kACICyan 4 Cyan kACIBlue 5 Blue kACIMagenta 6 Magenta kACIforeground 7 Foregroundcolor .. 8-255 Defined by display device kACIbyLayer 256 ByLayer kACInone 257 No color </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getGRIPHOVER() OdDbHostAppServices::setGRIPHOVER() </table> <group TD_SysVars_G> */ //<dom_var_def>OdInt16 GRIPHOVER; REGVAR_DEF(OdInt16, GRIPHOVER, (3), (), ValidateRange(1,255)) /** <title GRIPOBJLIMIT> <toctitle GRIPOBJLIMIT> <table> <b>Type</b> OdInt16 <b>Initial value</b> 100 <b>Range</b> 0 ... 32767 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2004+ </table> GRIPOBJLIMIT specifies the number of selected objects beyond which grips are suppressed for a selection set. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getGRIPOBJLIMIT() OdDbHostAppServices::setGRIPOBJLIMIT() </table> <group TD_SysVars_G> */ //<dom_var_def>OdInt16 GRIPOBJLIMIT; REGVAR_DEF(OdInt16, GRIPOBJLIMIT, (100), (), ValidateRange(0,32767)) /** <title GRIPTIPS> <toctitle GRIPTIPS> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2004+ </table> GRIPTIPS controls the display of grip tips for custom objects. <table> <b>Value</b> <b>Description</b> 0 Disabled 1 Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getGRIPTIPS() OdDbHostAppServices::setGRIPTIPS() </table> <group TD_SysVars_G> */ //<dom_var_def>OdInt16 GRIPTIPS; REGVAR_DEF(OdInt16, GRIPTIPS, (1), (), ValidateRange(0,1)) /** <title HPASSOC> <toctitle HPASSOC> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2004+ </table> HPASSOC controls the associativity of new hatch patterns and gradient fills. <table> <b>Value</b> <b>Description</b> 0 Not associative 1 Associative </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getHPASSOC() OdDbHostAppServices::setHPASSOC() </table> <group TD_SysVars_H> */ //<dom_var_def>OdInt16 HPASSOC; REGVAR_DEF(OdInt16, HPASSOC, (1), (), ValidateRange(0,1)) /** <title LOCALROOTPREFIX> <toctitle LOCALROOTPREFIX> <table> <b>Type</b> OdString <b>Initial value</b> "" <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2004+ </table> LOCALROOTPREFIX specifies the complete path to the local customization files. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getLOCALROOTPREFIX() OdDbHostAppServices::setLOCALROOTPREFIX() </table> <group TD_SysVars_L> */ //<dom_var_def>OdString LOCALROOTPREFIX; REGVAR_DEF(OdString, LOCALROOTPREFIX,(OD_T("")), (), ValidateNone()) /** <title LOGFILEMODE> <toctitle LOGFILEMODE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R14+ </table> LOGFILEMODE controls the output of the text window to a log file. <table> <b>Value</b> <b>Description</b> 0 Not written 1 Written </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getLOGFILEMODE() OdDbHostAppServices::setLOGFILEMODE() </table> <group TD_SysVars_L> */ //<dom_var_def>OdInt16 LOGFILEMODE; REGVAR_DEF(OdInt16, LOGFILEMODE, (0), (), ValidateRange(0,1)) /** <title MAXHATCHDENSITY> <toctitle MAXHATCHDENSITY> <table> <b>Type</b> OdUInt32 <b>Initial value</b> 1000000 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> MAXHATCHDENSITY specifies the maximum number of lines in a hatch entity. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getMAXHATCHDENSITY() OdDbHostAppServices::setMAXHATCHDENSITY() </table> <group TD_SysVars_M> */ //<dom_var_def>OdUInt32 MAXHATCHDENSITY; REGVAR_DEF(OdUInt32, MAXHATCHDENSITY,(100000), (), ValidateNone()) /** <title SILHGENMODE> <toctitle SILHGENMODE> <table> <b>Type</b> OdInt16 <b>Initial value </b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions<b> 2020 + </table> SILHGENMODE controls the default variant of silh generation, 0 (default) - use old variant of silh generator 1 - use new silh generator <table> <b>Value</b> <b>Description</b> 0 Disabled 1 Enabled </table> <table> <b>Access Methods< / b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar() & nbsp; OdDbHostAppServices::getSILHGENMODE() OdDbHostAppServices::setSILHGENMODE() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt8 SILHGENMODE; REGVAR_DEF(OdInt16, SILHGENMODE, (0), (), ValidateRange(0, 1)) /** <title SMOOTHMESHCONVERT> <toctitle SMOOTHMESHCONVERT> <table> <b>Type</b> OdInt16 <b>Initial value </b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions<b> 2020 + </table> SMOOTHMESHCONVERT - controls mesh objects mode conversion to 3D solids or surfaces are smoothed or faceted, and whether their faces are merged. 0 (default) - creates a smooth model. Coplanar faces are optimized and merged in one face. 1 - creates a smooth model. Original mesh faces are retained in the converted object. 2 - creates a model with flattened faces. Coplanar faces are optimized and merged. 3 - creates a model with flattened faces. Original mesh faces are retained in the converted object. <table> <b>Value</b> <b>Description</b> 0 Smoothed and optimized 1 Smoothed and not optimized 2 Faceted and optimized 3 Faceted and not optimized </table> <table> <b>Access Methods< / b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar() & nbsp; OdDbHostAppServices::getSMOOTHMESHCONVERT() OdDbHostAppServices::setSMOOTHMESHCONVERT() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt8 SMOOTHMESHCONVERT; REGVAR_DEF(OdInt16, SMOOTHMESHCONVERT, (0), (), ValidateRange(0, 3)) /** <title SILHWIDTH> <toctitle SILHWIDTH> <table> <b>Type</b> OdInt16 <b>Initial value < / b> 0 <b>Read-Only</b> No <b>Range</b> 0..211 <b>Saved In< / b> Registry <b>Versions < / b> 2020 + </table> SILHWIDTH controls the width of silouettes curves. <table> <b>Access Methods< / b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar() & nbsp; OdDbHostAppServices::getSILHWIDTH() OdDbHostAppServices::setSILHWIDTH() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SILHWIDTH; REGVAR_DEF(OdInt16, SILHWIDTH, (-4), (), ValidateRange(-4, 211)) /** <title FIELDDISPLAY> <toctitle FIELDDISPLAY> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2005+ </table> FIELDDISPLAY controls the display of field backgrounds in text. <table> <b>Value</b> <b>Description</b> 0 No background 1 Gray background </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getFIELDDISPLAY() OdDbHostAppServices::setFIELDDISPLAY() </table> <group TD_SysVars_F> */ //<dom_var_def>OdInt16 FIELDDISPLAY; REGVAR_DEF(OdInt16, FIELDDISPLAY, (1), (), ValidateRange(0,1)) /** <title UCSVIEW> <toctitle UCSVIEW> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2000+ </table> UCSVIEW controls the saving of the current UCS with a named view. <table> <b>Value</b> <b>Description</b> 0 Not saved 1 Saved </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getUCSVIEW() OdDbHostAppServices::setUCSVIEW() </table> <group TD_SysVars_U> */ //<dom_var_def>OdInt16 UCSVIEW; REGVAR_DEF(OdInt16, UCSVIEW, (1), (), ValidateRange(0,1)) /** <title GRIPBLOCK> <toctitle GRIPBLOCK> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R12+ </table> GRIPBLOCK controls how grips display on a block after you select it. If this option is selected, all grips display for each object in the block. If this option is cleared, one grip displays at the insertion point of the block. <table> <b>Value</b> <b>Description</b> 0 Assigns a grip only to the insertion point of the block. 1 Assigns grips to objects within the block. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getGRIPBLOCK() OdDbHostAppServices::setGRIPBLOCK() </table> <group TD_SysVars_G> */ //<dom_var_def>OdInt16 GRIPBLOCK; REGVAR_DEF(OdInt16, GRIPBLOCK, (0), (), ValidateRange(0,1)) /** <title GRIPCOLOR> <toctitle GRIPCOLOR> <table> <b>Type</b> OdInt16 <b>Initial value</b> 160 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R12+ </table> GRIPCOLOR controls the color of grips that are not selected. The value can be 1-255. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getGRIPCOLOR() OdDbHostAppServices::setGRIPCOLOR() </table> <group TD_SysVars_G> */ //<dom_var_def>OdInt16 GRIPCOLOR; REGVAR_DEF(OdInt16, GRIPCOLOR, (160), (), ValidateRange(1,255)) /** <title GRIPCONTOUR> <toctitle GRIPCONTOUR> <table> <b>Type</b> OdInt16 <b>Initial value</b> 251 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2011+ </table> GRIPCONTOUR controls the color of grip contour. The value can be 1-255. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getGRIPCONTOUR() OdDbHostAppServices::setGRIPCONTOUR() </table> <group TD_SysVars_G> */ //<dom_var_def>OdInt16 GRIPCONTOUR; REGVAR_DEF(OdInt16, GRIPCONTOUR, (251), (), ValidateRange(1,255)) /** <title GRIPDYNCOLOR> <toctitle GRIPDYNCOLOR> <table> <b>Type</b> OdInt16 <b>Initial value</b> 140 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2006+ </table> GRIPDYNCOLOR controls the color of custom grips for dynamic blocks. The value can be 1-255. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getGRIPDYNCOLOR() OdDbHostAppServices::setGRIPDYNCOLOR() </table> <group TD_SysVars_G> */ //<dom_var_def>OdInt16 GRIPDYNCOLOR; REGVAR_DEF(OdInt16, GRIPDYNCOLOR, (140), (), ValidateRange(1,255)) /** <title GRIPHOT> <toctitle GRIPHOT> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R12+ </table> GRIPHOT controls the color of grips that are selected. The value can be 1-255. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getGRIPHOT() OdDbHostAppServices::setGRIPHOT() </table> <group TD_SysVars_G> */ //<dom_var_def>OdInt16 GRIPHOT; REGVAR_DEF(OdInt16, GRIPHOT, (1), (), ValidateRange(1,255)) /** <title GRIPS> <toctitle GRIPS> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R12+ </table> GRIPS controls whether selection set grips are turned on or off. <table> <b>Value</b> <b>Description</b> 0 Grips are turned off. 1 Grips are turned on. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getGRIPS() OdDbHostAppServices::setGRIPS() </table> <group TD_SysVars_G> */ //<dom_var_def>OdInt16 GRIPS; REGVAR_DEF(OdInt16, GRIPS, (1), (), ValidateRange(0,1)) /** <title GRIPSIZE> <toctitle GRIPSIZE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 5 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R12+ </table> GRIPSIZE determines the size of the grip box. The value can be 1-255 pixels. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getGRIPSIZE() OdDbHostAppServices::setGRIPSIZE() </table> <group TD_SysVars_G> */ //<dom_var_def>OdInt16 GRIPSIZE; REGVAR_DEF(OdInt16, GRIPSIZE, (5), (), ValidateRange(1,255)) /** <title SAVEFIDELITY> <toctitle SAVEFIDELITY> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The SAVEFIDELITY variable controls whether the drawing is saved with visual fidelity. <table> <b>Value</b> <b>Description</b> 0 Saved without visual fidelity. 1 Saved with visual fidelity. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getSAVEFIDELITY() OdDbHostAppServices::setSAVEFIDELITY() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SAVEFIDELITY; REGVAR_DEF(OdInt16, SAVEFIDELITY, (1), (), ValidateRange(0,1)) /** <title DWFOSNAP> <toctitle DWFOSNAP> <table> <b>Type</b> bool <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The DWFOSNAP variable controls whether object snapping is active for geometry in DWF underlays. <table> <b>Value</b> <b>Description</b> true Disabled false Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getDWFOSNAP() OdDbHostAppServices::setDWFOSNAP() </table> <group TD_SysVars_D> */ //<dom_var_def>bool DWFOSNAP; REGVAR_DEF(ODTBOOL, DWFOSNAP, (1), (), ValidateBOOL()) /** <title DGNOSNAP> <toctitle DGNOSNAP> <table> <b>Type</b> bool <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The DGNOSNAP variable controls whether object snapping is active for geometry in DGN underlays. <table> <b>Value</b> <b>Description</b> true Disabled false Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getDGNOSNAP() OdDbHostAppServices::setDGNOSNAP() </table> <group TD_SysVars_D> */ //<dom_var_def>bool DGNOSNAP; REGVAR_DEF(ODTBOOL, DGNOSNAP, (1), (), ValidateBOOL()) /** <title OLEQUALITY> <toctitle OLEQUALITY> <table> <b>Type</b> OdUInt8 <b>Initial value</b> 3 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2000+ </table> The OLEQUALITY variable is used to set the default plot quality for OLE objects. If the value of OLEQUALITY is set to 3, the quality level is assigned automatically based on the object type. <table> <b>Value</b> <b>Description</b> 0 Monochrome 1 Low graphics 2 High graphics 3 Automatically select </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getOLEQUALITY() OdDbHostAppServices::setOLEQUALITY() </table> <b>Note: </b>OLEQUALITY specifies an output quality for newly created OdDbOle2Frame entities. <group TD_SysVars_O> */ //<dom_var_def>OdUInt8 OLEQUALITY; REGVAR_DEF(OdUInt8, OLEQUALITY, (3), (), ValidateRange(0, 3)) /** <title OLEHIDE> <toctitle OLEHIDE> <table> <b>Type</b> OdInt8 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R14+ </table> The OLEHIDE variable is used to control the display and plotting of OLE objects. <table> <b>Value</b> <b>Description</b> 0 All OLE objects are displayed and plotted. 1 OLE objects are displayed and plotted in paper space only. 2 OLE objects are displayed and plotted in model space only. 3 No OLE objects are displayed and plotted. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getOLEHIDE() OdDbHostAppServices::setOLEHIDE() </table> <group TD_SysVars_O> */ //<dom_var_def>OdInt8 OLEHIDE; REGVAR_DEF(OdInt8, OLEHIDE, (0), (), ValidateRange(0, 3)) //------------------------- // Introduced in R13 //------------------------- /** <title ISAVEPERCENT> <toctitle ISAVEPERCENT> <table> <b>Type</b> OdInt16 <b>Initial value</b> 50 <b>Range</b> 0 ... 100 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> R13+ </table> The ISAVEPERCENT variable stores percentage of total unused space tolerated in .dwg file after incremental file saving. It effects behavior of OdDbDatabase::save() method. <table> <b>Value</b> <b>Description</b> 0 OdDbDatabase::save() method always performs full save. 100 OdDbDatabase::save() method always performs incremental save. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getISAVEPERCENT() OdDbHostAppServices::setISAVEPERCENT() </table> <group TD_SysVars_I> */ //<dom_var_def>OdInt16 ISAVEPERCENT; REGVAR_DEF(OdInt16, ISAVEPERCENT, (50), (), ValidateRange(0, 100)) //------------------------- // Introduced in R14 //------------------------- /** <title DEMANDLOAD> <toctitle DEMANDLOAD> <table> <b>Type</b> OdInt16 <b>Initial value</b> 3 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2014+ </table> DEMANDLOAD controls demand-loading of an application. The following bit codes are available to turn on demand-loading: <table> <b>Bit Value</b> <b>Description</b> 1 If set, demand-loads the source application when you open a drawing with custom objects. 2 If set, demand-loads the source application when you call one of the application's commands. (Not supported by the Drawings but can be implemented in client applications). </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getDEMANDLOAD() OdDbHostAppServices::setDEMANDLOAD() </table> <group TD_SysVars_D> */ //<dom_var_def>OdInt16 DEMANDLOAD; REGVAR_DEF(OdInt16, DEMANDLOAD, (3), (), ValidateRange(0, 3)) //----------------------------------------- // Variables added in AC 2008 //----------------------------------------- /** <title LAYLOCKFADECTL> <toctitle LAYLOCKFADECTL> <table> <b>Type</b> OdInt16 <b>Initial value</b> 50 <b>Range</b> -90 ... 90 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2008+ </table> LAYLOCKFADECTL specifies the level of fading for entities on locked layers. Fading helps to visually detect if the layer is locked or not. Entities on locked layers remain visible and available for snapping. <table> <b>Value</b> <b>Description</b> 0 Locked layers are not faded. 1 ... 90 Positive value determines the level of fading as a percent (up to 90%). -1 ... -90 Negative value does not fade locked layers, but is used to save the previous value and restore it by changing the sign. </table> <b>Note: </b>The value of fading is limited to 90% to avoid confusion with layers that are turned off or frozen. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getLAYLOCKFADECTL() OdDbHostAppServices::setLAYLOCKFADECTL() </table> <group TD_SysVars_L> */ //<dom_var_def>OdInt16 LAYLOCKFADECTL; REGVAR_DEF(OdInt16, LAYLOCKFADECTL, (50), (), ValidateRange(-90, 90)) //----------------------------------------- // Variables added in AC 2009 //----------------------------------------- /** <title THUMBSIZE> <toctitle THUMBSIZE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 3 <b>Range</b> 0 ... 8 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2009+ </table> The THUMBSIZE specifies the size for thumbnail preview associated with a drawing in pixels. <table> <b>Value</b> <b>Description</b> 0 64x64 1 128x128 2 256x256 3 512x512 4 1024x1024 5 1440x1440 6 1600x1600 7 1920x1920 8 2560x2560 </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getTHUMBSIZE() OdDbHostAppServices::setTHUMBSIZE() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"THUMBSIZE"); OdInt16 size = pRb-\>getInt16(); odPrintConsoleString(L"nThumbnail size = %d", size); // or // odPrintConsoleString(L"nThumbnail size = %d", pDb-\>appServices()-\>getTHUMBSIZE()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtInt16, 1); pDb-\>setSysVar(L"THUMBSIZE", pRb); // or // pDb-\>appServices()-\>setTHUMBSIZE(1); </code> <group TD_SysVars_T> */ //<dom_var_def>OdInt16 THUMBSIZE; REGVAR_DEF(OdInt16, THUMBSIZE, (3), (), ValidateRange(0,8)) /** <title PUBLISHHATCH> <toctitle PUBLISHHATCH> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2009+ </table> The PUBLISHHATCH specifies whether hatch patterns published to DWF or DWFx format are treated as a single object. <table> <b>Value</b> <b>Description</b> 0 Treats hatch pattern components as separate objects when published to a DWF or DWFx format. 1 Treats hatch pattern components as a single object when published to a DWF or DWFx format. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPUBLISHHATCH() OdDbHostAppServices::setPUBLISHHATCH() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 PUBLISHHATCH; REGVAR_DEF(OdInt16, PUBLISHHATCH, (1), (), ValidateRange(0,1)) /** <title OPENPARTIAL> <toctitle OPENPARTIAL> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2009+ </table> The OPENPARTIAL specifies whether a drawing file can be worked on before it is fully open. <table> <b>Value</b> <b>Description</b> 0 A drawing must be fully opened before work can be started. 1 Work can begin on the visible portions of a drawing before it is fully open. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getOPENPARTIAL() OdDbHostAppServices::setOPENPARTIAL() </table> <group TD_SysVars_O> */ //<dom_var_def>OdInt16 OPENPARTIAL; REGVAR_DEF(OdInt16, OPENPARTIAL, (1), (), ValidateRange(0,1)) /** <title DGNIMPORTMAX> <toctitle DGNIMPORTMAX> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2009+ </table> The DGNIMPORTMAX specifies the maximum number of elements that are translated when importing a DGN file. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getDGNIMPORTMAX() OdDbHostAppServices::setDGNIMPORTMAX() </table> <group TD_SysVars_D> */ //<dom_var_def>double DGNIMPORTMAX; REGVAR_DEF(double, DGNIMPORTMAX, (0.0), (), ValidateNone()) /** <title PLINECONVERTMODE> <toctitle PLINECONVERTMODE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2009+ </table> PLINECONVERTMODE controls the fit method, which is used during conversion of a spline to polyline. <table> <b>Value</b> <b>Description</b> 0 Linear segments will be used. 1 Arc segments will be used. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPLINECONVERTMODE() OdDbHostAppServices::setPLINECONVERTMODE() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 PLINECONVERTMODE; REGVAR_DEF(OdInt16, PLINECONVERTMODE, (0), (), ValidateRange(0,1)) //----------------------------------------- // Variables added in AC 2010 //----------------------------------------- /** <title PDFOSNAP> <toctitle PDFOSNAP> <table> <b>Type</b> bool <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The PDFOSNAP variable controls whether object snapping is active for geometry in PDF underlays. <table> <b>Value</b> <b>Description</b> false Disabled true Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPDFOSNAP() OdDbHostAppServices::setPDFOSNAP() </table> <group TD_SysVars_P> */ //<dom_var_def>bool PDFOSNAP; REGVAR_DEF(ODTBOOL, PDFOSNAP, (1), (), ValidateBOOL()) /** <title XFADECTL> <toctitle XFADECTL> <table> <b>Type</b> OdInt16 <b>Initial value</b> 50 <b>Range</b> 0 ... 90 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2010+ </table> The XFADECTL variable specifies the transparency for XRefs during edit mode. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getXFADECTL() OdDbHostAppServices::setXFADECTL() </table> <group TD_SysVars_X> */ //<dom_var_def>OdInt16 XFADECTL; REGVAR_DEF(OdInt16, XFADECTL, (50), (), ValidateRange(0,90)) /** <title XDWGFADECTL> <toctitle XDWGFADECTL> <table> <b>Type</b> OdInt16 <b>Initial value</b> 50 <b>Range</b> -90 ... 90 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2010+ </table> XDWGFADECTL specifies the level of fading for .dwg external references (xrefs). <table> <b>Value</b> <b>Description</b> 0 No fading applied to .dwg external references. 1 ... 90 Positive value determines the level of .dwg xref fading as a percent (up to 90%). -1 ... -90 Negative value does not apply fading to .dwg xrefs, but is used to save the previous value and restore it by changing the sign. </table> <b>Note: </b>The value of fading is limited to 90% to avoid making .dwg xrefs completely invisible. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getXDWGFADECTL() OdDbHostAppServices::setXDWGFADECTL() </table> <group TD_SysVars_X> */ //<dom_var_def>OdInt16 XDWGFADECTL; REGVAR_DEF(OdInt16, XDWGFADECTL, (50), (), ValidateRange(-90, 90)) /** <title PARAMETERCOPYMODE> <toctitle PARAMETERCOPYMODE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2010+ </table> PARAMETERCOPYMODE controls how constraints and related parameters are handled when constraint objects are copied between model space, paper space or a block. <table> <b>Value</b> <b>Description</b> 0 Do not copy constraints. 1 Replace all expressions with constants. 2 Use existing parameters, and if a parameter is missing, replace it with a constant. 3 Use existing parameters, and create a new parameter if it is missing. 4 Use existing parameters, and rename a parameter if conflicts occur. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPARAMETERCOPYMODE() OdDbHostAppServices::setPARAMETERCOPYMODE() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 PARAMETERCOPYMODE; REGVAR_DEF(OdInt16, PARAMETERCOPYMODE, (1), (), ValidateRange(0,4)) //----------------------------------------- // Variables added in AC 2011 //----------------------------------------- /** <title OBJECTISOLATIONMODE> <toctitle OBJECTISOLATIONMODE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2011+ </table> OBJECTISOLATIONMODE controls whether objects that are hidden by HIDEOBJECTS and ISOLATEOBJECTS commands will remain hidden after saving and reopening the drawing. <table> <b>Value</b> <b>Description</b> 0 Isolation will not be saved. 1 Isolation will be saved. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getOBJECTISOLATIONMODE() OdDbHostAppServices::setOBJECTISOLATIONMODE() </table> <group TD_SysVars_O> */ //<dom_var_def>OdInt16 OBJECTISOLATIONMODE; REGVAR_DEF(OdInt16, OBJECTISOLATIONMODE, (0), (), ValidateRange(0,1)) //----------------------------------------- // Variables added in AC 2012 //----------------------------------------- /** <title ARRAYTYPE> <toctitle ARRAYTYPE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2012+ </table> ARRAYTYPE specifies the default type of array. <table> <b>Value</b> <b>Description</b> 0 Rectangular array 1 Path array 2 Polar array </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getARRAYTYPE() OdDbHostAppServices::setARRAYTYPE() </table> <group TD_SysVars_A> */ //<dom_var_def>OdInt16 ARRAYTYPE; REGVAR_DEF(OdInt16, ARRAYTYPE , (0), (), ValidateRange(0,2)) /** <title POINTCLOUDAUTOUPDATE> <toctitle POINTCLOUDAUTOUPDATE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2011+ </table> POINTCLOUDAUTOUPDATE controls whether a point cloud is regenerated automatically after manipulation, panning, zooming, or orbiting. <table> <b>Value</b> <b>Description</b> 0 Point cloud entity is to be manually regenerated. 1 Point cloud entity is regenerated automatically. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPOINTCLOUDAUTOUPDATE() OdDbHostAppServices::setPOINTCLOUDAUTOUPDATE() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 POINTCLOUDAUTOUPDATE; REGVAR_DEF(OdInt16, POINTCLOUDAUTOUPDATE, (1), (), ValidateRange(0,1)) /** <title POINTCLOUDDENSITY> <toctitle POINTCLOUDDENSITY> <table> <b>Type</b> OdInt16 <b>Initial value</b> 15 <b>Range</b> 1 ... 100 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2011+ </table> POINTCLOUDDENSITY controls the number of points in percentage out of the maximum points per drawing (as defined by POINTCLOUDPOINTMAX) displayed for all point clouds in the drawing view. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPOINTCLOUDDENSITY() OdDbHostAppServices::setPOINTCLOUDDENSITY() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 POINTCLOUDDENSITY; REGVAR_DEF(OdInt16, POINTCLOUDDENSITY, (15), (), ValidateRange(1,100)) /** <title POINTCLOUDLOCK> <toctitle POINTCLOUDLOCK> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2011+ </table> POINTCLOUDLOCK controls whether a newly created point cloud entity is locked (can't be manipulated, moved, clipped, or rotated). The property doesn't affect existing point cloud entities. <table> <b>Value</b> <b>Description</b> 0 Point cloud entity isn't locked and can be manipulated and edited. 1 Point cloud entity is locked for manipulating and editing. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPOINTCLOUDLOCK() OdDbHostAppServices::setPOINTCLOUDLOCK() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 POINTCLOUDLOCK; REGVAR_DEF(OdInt16, POINTCLOUDLOCK, (0), (), ValidateRange(0,1)) /** <title POINTCLOUDRTDENSITY> <toctitle POINTCLOUDRTDENSITY> <table> <b>Type</b> OdInt16 <b>Initial value</b> 5 <b>Range</b> 1 ... 100 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2011+ </table> POINTCLOUDRTDENSITY controls the number of points in percentage out of the maximum points per drawing (as defined by POINTCLOUDPOINTMAX) displayed in the drawing view while zooming, panning, or orbiting in real time. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPOINTCLOUDRTDENSITY() OdDbHostAppServices::setPOINTCLOUDRTDENSITY() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 POINTCLOUDRTDENSITY; REGVAR_DEF(OdInt16, POINTCLOUDRTDENSITY, (5), (), ValidateRange(1,100)) //----------------------------------------- // Variables added in AC 2013 //----------------------------------------- /** <title ARRAYASSOCIATIVITY> <toctitle ARRAYASSOCIATIVITY> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2013+ </table> The ARRAYASSOCIATIVITY variable stores the default behavior of a new array which can be associative or nonassociative. <table> <b>Value</b> <b>Description</b> 0 Non-associative 1 Associative </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getARRAYASSOCIATIVITY() OdDbHostAppServices::setARRAYASSOCIATIVITY() </table> <group TD_SysVars_A> */ //<dom_var_def>OdInt16 ARRAYASSOCIATIVITY; REGVAR_DEF(OdInt16, ARRAYASSOCIATIVITY, (1), (), ValidateRange(0,1)) /** <title POINTCLOUDBOUNDARY> <toctitle POINTCLOUDBOUNDARY> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2013+ </table> POINTCLOUDBOUNDARY controls whether a point cloud boundary is displayed (but not printed). <table> <b>Value</b> <b>Description</b> 0 Point cloud boundary is hidden. 1 Point cloud boundary is displayed including any clipped areas. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPOINTCLOUDBOUNDARY() OdDbHostAppServices::setPOINTCLOUDBOUNDARY() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 POINTCLOUDBOUNDARY; REGVAR_DEF(OdInt16, POINTCLOUDBOUNDARY, (1), (), ValidateRange(0,1)) /** <title POINTCLOUDPOINTMAX> <toctitle POINTCLOUDPOINTMAX> <table> <b>Type</b> OdUInt32 <b>Initial value</b> 1500000 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2013+ </table> POINTCLOUDPOINTMAX controls the maximum number of points that can be displayed for all point clouds attached to the drawing. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPOINTCLOUDPOINTMAX() OdDbHostAppServices::setPOINTCLOUDPOINTMAX() </table> <group TD_SysVars_P> */ //<dom_var_def>OdUInt32 POINTCLOUDPOINTMAX; REGVAR_DEF(OdUInt32, POINTCLOUDPOINTMAX, (1500000), (), ValidateNone()) //----------------------------------------- // Variables added in AC 2014 //----------------------------------------- /** <title TEXTALIGNMODE> <toctitle TEXTALIGNMODE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 9 <b>Range</b> 0 ... 11 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2014+ </table> TEXTALIGNMODE specifies alignment options for aligned text. <table> <b>Value</b> <b>Description</b> 0 Top Left - Left-justified at the top of the text (horizontally oriented text only). 1 Top Center - Centered at the top of the text (horizontally oriented text only). 2 Top Right - Right-justified at the top of the text (horizontally oriented text only). 3 Middle Left - Left-justified at the middle of the text (horizontally oriented text only). 4 Middle Center - Centered both horizontally and vertically at the middle of the text (horizontally oriented text only). 5 Middle Right - Right-justified at the middle of the text (horizontally oriented text only). 6 Bottom Left - Left-justified at the baseline (horizontally oriented text only). 7 Bottom Center - Centered on the baseline (horizontally oriented text only). 8 Bottom Right - Right-justified at the baseline (horizontally oriented text only). 9 Left - Left-justified at the baseline. 10 Center - Aligned from the horizontal center of the baseline. 11 Right - Right-justified at the baseline. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getTEXTALIGNMODE() OdDbHostAppServices::setTEXTALIGNMODE() </table> <group TD_SysVars_T> */ //<dom_var_def>OdInt16 TEXTALIGNMODE; REGVAR_DEF(OdInt16, TEXTALIGNMODE, (9), (), ValidateRange(0,11)) //----------------------------------------- // Variables added in AC 2015 //----------------------------------------- /** <title LINESMOOTHING> <toctitle LINESMOOTHING> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2015+ </table> The LINESMOOTHING variable switches anti-aliasing on or off for lines. <table> <b>Value</b> <b>Description</b> 0 Disabled 1 Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getLINESMOOTHING() OdDbHostAppServices::setLINESMOOTHING() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"LINESMOOTHING"); OdInt16 type = pRb-\>getInt16(); odPrintConsoleString(L"nAnti-aliasing status = %d", type); // or // odPrintConsoleString(L"nAnti-aliasing status = %d", pDb-\>getLINESMOOTHING()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtInt16, 1); pDb-\>setSysVar(L"LINESMOOTHING", pRb); // or // pDb-\>setLINESMOOTHING(1); </code> <group TD_SysVars_L> */ //<dom_var_def>OdInt16 LINESMOOTHING; REGVAR_DEF(OdInt16, LINESMOOTHING, (0), (), ValidateRange(0,1)) /** <title HPLINETYPE> <toctitle HPLINETYPE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2015+ </table> HPLINETYPE controls the displaying of non-continuous linetypes in hatch patterns. <table> <b>Value</b> <b>Description</b> 0 Continuous linetypes in predefined and custom hatch patterns, regardless of the assigned linetype will be displayed. 1 Non-continuous linetypes in hatch patterns will be displayed. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getHPLINETYPE() OdDbHostAppServices::setHPLINETYPE() </table> <group TD_SysVars_H> */ //<dom_var_def>OdInt16 HPLINETYPE; REGVAR_DEF(OdInt16, HPLINETYPE, (0), (), ValidateRange(0,1)) /** <title HPGAPTOL> <toctitle HPGAPTOL> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2015+ </table> HPGAPTOL - specifies the size of possible gaps between entities when creating a loop for a OdDbHatch by a pick point command. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getHPGAPTOL() OdDbHostAppServices::setHPGAPTOL() </table> <group TD_SysVars_H> */ //<dom_var_def>OdInt16 HPGAPTOL; REGVAR_DEF(double, HPGAPTOL, (0), (), ValidateRange(0, 5000)) /** <title POINTCLOUDPOINTMAXLEGACY> <toctitle POINTCLOUDPOINTMAXLEGACY> <table> <b>Type</b> OdInt32 <b>Initial value</b> 1500000 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2013+ </table> POINTCLOUDPOINTMAXLEGACY controls the maximum number of points that can be displayed for all point clouds attached to the drawing and represented by OdDbPointCloud entities. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPOINTCLOUDPOINTMAXLEGACY() OdDbHostAppServices::setPOINTCLOUDPOINTMAXLEGACY() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt32 POINTCLOUDPOINTMAXLEGACY; REGVAR_DEF(OdInt32, POINTCLOUDPOINTMAXLEGACY, (1500000), (), ValidateRange(1500000,10000000)) /** <title POINTCLOUDLOD> <toctitle POINTCLOUDLOD> <table> <b>Type</b> OdInt16 <b>Initial value</b> 10 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2013+ </table> POINTCLOUDLOD sets the level of detail of display for point clouds. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPOINTCLOUDLOD() OdDbHostAppServices::setPOINTCLOUDLOD() </table> <group TD_SysVars_P> */ //<dom_var_def>OdInt16 POINTCLOUDLOD; REGVAR_DEF(OdInt16, POINTCLOUDLOD, (10), (), ValidateRange(1,10)) //----------------------------------------- // Variables added in AC 2016 //----------------------------------------- /** <title REVCLOUDCREATEMODE> <toctitle REVCLOUDCREATEMODE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2016+ </table> The REVCLOUDCREATEMODE variable is used to specify the default mode for creation of revision clouds. <table> <b>Value</b> <b>Description</b> 0 Freehand 1 Rectangular 2 Polygonal </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getREVCLOUDCREATEMODE() OdDbHostAppServices::setREVCLOUDCREATEMODE() </table> <b>Note: </b>The last value of REVCLOUDCREATEMODE is stored in the system, and at the next command call the revision clouds will have the same mode. <group TD_SysVars_R> */ //<dom_var_def>OdInt16 REVCLOUDCREATEMODE; REGVAR_DEF(OdInt16, REVCLOUDCREATEMODE, (1), (), ValidateRange(0,2)) /** <title REVCLOUDGRIPS> <toctitle REVCLOUDGRIPS> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2016+ </table> The REVCLOUDGRIPS variable is used to control the number of grips displayed on a revision cloud. <table> <b>Value</b> <b>Description</b> 0 A grip for each arc segment on a revision cloud is displayed. 1 A limited number grips on a revision cloud are displayed. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getREVCLOUDGRIPS() OdDbHostAppServices::setREVCLOUDGRIPS() </table> <group TD_SysVars_R> */ //<dom_var_def>OdInt16 REVCLOUDGRIPS; REGVAR_DEF(OdInt16, REVCLOUDGRIPS, (1), (), ValidateRange(0,1)) //----------------------------------------- // Variables added in AC 2017 //----------------------------------------- /** <title LTGAPSELECTION> <toctitle LTGAPSELECTION> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2017+ </table> The LTGAPSELECTION variable specifies whether you can select or snap to the gaps on objects that have non-continuous linetype. <table> <b>Value</b> <b>Description</b> false Disables selection or snapping within gaps. true Enables selection or snapping within gaps. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar() </table> <group TD_SysVars_L> */ //<dom_var_def>ODTBOOL LTGAPSELECTION; REGVAR_DEF(ODTBOOL, LTGAPSELECTION, (0), (), ValidateBOOL()) /** <title SELECTIONEFFECTCOLOR> <toctitle SELECTIONEFFECTCOLOR> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Range</b> 0 ... 255 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2016+ </table> The SELECTIONEFFECTCOLOR variable specifies the ACI color index of the highlight. <table> <b>Name</b> <b>Value</b> <b>Description</b> kACIbyBlock 0 ByBlock kACIRed 1 Red kACIYellow 2 Yellow kACIGreen 3 Green kACICyan 4 Cyan kACIBlue 5 Blue kACIMagenta 6 Magenta kACIforeground 7 Foreground color .. 8-255 Defined by display device </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SELECTIONEFFECTCOLOR; REGVAR_DEF(OdInt16, SELECTIONEFFECTCOLOR, (0), (), ValidateRange(0,255)) /** <title SELECTIONEFFECT> <toctitle SELECTIONEFFECT> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Range</b> 0 ... 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2015+ </table> The SELECTIONEFFECT variable specifies visual effects applied for the highlighted objects. <table> <b>Value</b> <b>Description</b> 0 Highlighted objects have dashed lines 1 Glowing line highlighting effect is applied for highlighted objects when hardware acceleration is enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar() </table> <group TD_SysVars_S> */ //<dom_var_def>OdInt16 SELECTIONEFFECT; REGVAR_DEF(OdInt16, SELECTIONEFFECT, (1), (), ValidateRange(0,1)) /** <title IMAGEHLT> <toctitle IMAGEHLT> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Range</b> 0 ... 3 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 2000+ </table> The IMAGEHLT variable specifies selection behavior for raster images The value is a bit mask: <table> <b>Bit Value</b> <b>Description</b> 1 Specifies whether the entire raster image is highlighted or only its frame. 2 Specifies whether the raster image itself can be selected or only by its frame. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getIMAGEHLT() OdDbHostAppServices::setIMAGEHLT() </table> <group TD_SysVars_I> */ //<dom_var_def>OdInt16 IMAGEHLT; REGVAR_DEF(OdInt16, IMAGEHLT, (0), (), ValidateRange(0,3)) /////////////////////////////////////////// // Drawings SDK-specific system variables /////////////////////////////////////////// /** <title HPMAXCONTOURPOINTS> <toctitle HPMAXCONTOURPOINTS> <table> <b>Type</b> OdUInt32 <b>Initial value</b> 100000 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 21.1+ </table> HPMAXCONTOURPOINTS sets the maximum number of points on the contour (outline) that a hatch entity can contain and still be rendered. Hatches do not render if the number of points exceeds the specified value. This can reduce the render time while zooming in on hatches with a large number of contour points. The default value of this variable is 100,000. Setting HPMAXCOUNTERPOINTS to 0 disables the check. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getHPMAXCONTOURPOINTS() OdDbHostAppServices::setHPMAXCONTOURPOINTS() </table> <group TD_SysVars_H> */ //<dom_var_def>OdUInt32 HPMAXCONTOURPOINTS; REGVAR_DEF(OdUInt32, HPMAXCONTOURPOINTS, (100000), (), ValidateNone()) /** <title HPCUTPOINTSLIMIT> <toctitle HPCUTPOINTSLIMIT> <table> <b>Type</b> OdUInt32 <b>Initial value</b> 7500 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 21.1+ </table> HPCUTPOINTSLIMIT sets the maximum number of points to be used during rendering for the contour (outline) of a hatch entity. Hatch rendering is simplified by reducing the number of points on the contour if the number of points exceeds the HPCUTPOINTSLIMIT value. As a result, the hatch appears jagged. This setting reduces the render time of a hatch entity that contains a lot of points that are close enough to each other. If the number of points exceeds the limit, but all of them are far apart, the hatch is not simplified. The default value of this variable is 7500. Setting HPCUTPOINTSLIMIT to 0 disables this check. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getHPCUTPOINTSLIMIT() OdDbHostAppServices::setHPCUTPOINTSLIMIT() </table> <group TD_SysVars_H> */ //<dom_var_def>OdUInt32 HPCUTPOINTSLIMIT; REGVAR_DEF(OdUInt32, HPCUTPOINTSLIMIT, (7500), (), ValidateNone()) /** <title HPSMOOTHEVALUATE> <toctitle HPSMOOTHEVALUATE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 23.0+ </table> HPSMOOTHEVALUATE controls whether a hatch is smoothed when a rendering device does not provide non-zero deviation. The default value is 0. Value 0 means is turn off. HPSMOOTHEVALUATE controls the number of segments elliptical arcs, or circle arcs on intervals 0..Oda2PI. Only the database-resident hatch entity can use HPSMOOTHEVALUATE variable. If the rendering device provides non-zero deviation values, enabling the HPSMOOTHEVALUATE variable can decrease rendering accuracy. Enabling the HPSMOOTHEVALUATE variable may require additional recalculations that can increase the total render time. E.g.: For circle arc with interval 0..OdaPi with HPSMOOTHEVALUATE value of 128, will be generated 64 segments. For circle arc with interval 0..OdaPi/2 with HPSMOOTHEVALUATE value of 128, will be generated 32 segments. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getHPSMOOTHEVALUATE() OdDbHostAppServices::setHPSMOOTHEVALUATE() </table> <group TD_SysVars_H> */ //<dom_var_def>bool HPSMOOTHEVALUATE; REGVAR_DEF(OdInt16, HPSMOOTHEVALUATE, (0), (), ValidateRange(0, 32767)) /** <title HPNEWDRAW> <toctitle HPNEWDRAW> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 23.0 </table> The HPNEWDRAW variable controls new drawing the hatch entity. <table> <b>Value</b> <b>Description</b> true Enabled false Disabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getHPNEWDRAW() OdDbHostAppServices::setHPNEWDRAW() </table> <group TD_SysVars_D> */ //<dom_var_def>bool HPNEWDRAW; REGVAR_DEF(bool, HPNEWDRAW, (1), (), ValidateBOOL()) /** <title SAVEROUNDTRIP> <toctitle SAVEROUNDTRIP> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> SAVEROUNDTRIP controls the saving of information in a database file to allow round-tripping of object types not supported in the save file format. <table> <b>Value</b> <b>Description</b> false Disabled true Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getSAVEROUNDTRIP() OdDbHostAppServices::setSAVEROUNDTRIP() </table> <group TD_SysVars_S> */ //<dom_var_def>bool SAVEROUNDTRIP; REGVAR_DEF(bool, SAVEROUNDTRIP, (true), (), ValidateBOOL()) /** <title R12SaveDeviation> <toctitle R12SaveDeviation> <table> <b>Type</b> double <b>Initial value</b> 0.0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> R12SaveDeviation controls the deviation for saving ellipses and splines to R12. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getR12SaveDeviation() OdDbHostAppServices::setR12SaveDeviation() </table> <group TD_SysVars_R> */ //<dom_var_def>double R12SaveDeviation; REGVAR_DEF(ODTDIST, R12SaveDeviation,(0.), (), ValidateNone()) /** <title R12SaveAccuracy> <toctitle R12SaveAccuracy> <table> <b>Type</b> OdInt16 <b>Initial value</b> 8 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> R12SaveAccuracy controls the number of segments between spline control segments or on 90° elliptical arcs, for saving ellipses and splines to R12. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getR12SaveAccuracy() OdDbHostAppServices::setR12SaveAccuracy() </table> <group TD_SysVars_R> */ //<dom_var_def>OdInt16 R12SaveAccuracy; REGVAR_DEF(OdInt16, R12SaveAccuracy,(8), (), ValidateNone()) /** <title AcisSaveAsMode> <toctitle AcisSaveAsMode> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> AcisSaveAsMode controls the exploding of ACIS entities (3D solids, bodies, and regions) while saving to R12 and earlier drawing files, saving to a proxy's graphics metafile, and exploding geometry. <table> <b>Value</b> <b>Description</b> 0 3D solids, bodies, regions, and DbSurfaces are saved as polyface mesh entities. 1 3D solids, bodies, regions, and DbSurfaces are saved with edges only (no isolines or silhouettes). </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getAcisSaveAsMode() OdDbHostAppServices::setAcisSaveAsMode() </table> <group TD_SysVars_A> */ //<dom_var_def>OdInt16 AcisSaveAsMode; REGVAR_DEF(OdInt16, AcisSaveAsMode,(0), (), ValidateRange(0,1)) /** <title AcisProxyMode> <toctitle AcisProxyMode> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> AcisProxyMode controls saving to proxy's graphics metafile mode of ACIS entities (3DSolids, Bodies, Regions). <table> <b>Value</b> <b>Description</b> 0 Save meshes. 1 Save edges only. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getAcisProxyMode() OdDbHostAppServices::setAcisProxyMode() </table> <group TD_SysVars_A> */ //<dom_var_def>OdInt8 AcisProxyMode; REGVAR_DEF(OdInt8, AcisProxyMode, (1), (), ValidateRange(0, 1)) /** <title PLINECACHE> <toctitle PLINECACHE> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The PLINECACHE variable controls creation of a cache of vertices for OdDb2dPolyline when a database file is opened. <table> <b>Value</b> <b>Description</b> false Disabled true Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPLINECACHE() OdDbHostAppServices::setPLINECACHE() </table> <group TD_SysVars_P> */ //<dom_var_def>bool PLINECACHE; REGVAR_DEF(ODTBOOL, PLINECACHE, (false), (), ValidateBOOL()) /** <title DxfTextAdjustAlignment> <toctitle DxfTextAdjustAlignment> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The DxfTextAdjustAlignment variable controls whether adjustAlignment() is called at the end of loading an OdDbText object from a DXF file. <table> <b>Value</b> <b>Description</b> false Disabled true Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getDxfTextAdjustAlignment() OdDbHostAppServices::setDxfTextAdjustAlignment() </table> <group TD_SysVars_D> */ //<dom_var_def>bool DxfTextAdjustAlignment; REGVAR_DEF(bool, DxfTextAdjustAlignment, (false), (), ValidateBOOL()) /** <title RecomputeDimBlocksRequired> <toctitle RecomputeDimBlocksRequired> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry </table> The RecomputeDimBlocksRequired system variable specifies how the absence of the RecomputeDimBlock.tx module is handled. If it has a true value and if the RecomputeDimBlock module is absent, an exception is thrown to prevent creating files where dimensions are not displayed. If client code does not use RecomputeDimBlock functionality intentionally (not recommended), call OdDbHostAppServices::setRecomputeDimBlocksRequired(false); before creating a database or loading a file. <table> <b>Value</b> <b>Description</b> false Disabled - RecomputeDimBlock.tx module is not required true Enabled - RecomputeDimBlock.tx module is required </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getRecomputeDimBlocksRequired() OdDbHostAppServices::setRecomputeDimBlocksRequired() </table> <group TD_SysVars_R> */ //<dom_var_def>bool RecomputeDimBlocksRequired; REGVAR_DEF(bool, RecomputeDimBlocksRequired, (true), (), ValidateBOOL()) /** <title AllowSavingEmptyAcisObjects> <toctitle AllowSavingEmptyAcisObjects> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The AllowSavingEmptyAcisObjects variable determines how to resolve the situation of saving ACIS objects when ACIS data cannot be converted to other versions. This may happen when a modeler module is not loaded, so the result is that the conversion engine is unavailable. The value can be: <table> <b>Value</b> <b>Description</b> false Saving disabled; when the situation occurs, the system throws an exception to prevent the data loss. true Saving enabled; when the situation occurs, the system does not throw exceptions and saves empty objects. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getAllowSavingEmptyAcisObjects() OdDbHostAppServices::setAllowSavingEmptyAcisObjects() </table> For example, to get the value: <code> OdResBufPtr pRb = pDb-\>getSysVar(L"AllowSavingEmptyAcisObjects"); bool bAllow = pRb-\>getBool(); odPrintConsoleString(L"nAllowSavingEmptyAcisObjects is %s", ((bAllow) ? "ON" : "OFF")); // or // bAllow = pDb-\>appServices()-\>getAllowSavingEmptyAcisObjects(); odPrintConsoleString(L"nAllowSavingEmptyAcisObjects = %s", ((bAllow) ? "ON" : "OFF")); </code> For example, to set the value: <code> OdResBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtBool, true); pDb-\>setSysVar(L"AllowSavingEmptyAcisObjects", pRb); // or // pDb-\>appServices()-\>setAllowSavingEmptyAcisObjects(true); </code> <group TD_SysVars_A> */ //<dom_var_def>bool AllowSavingEmptyAcisObjects; REGVAR_DEF(bool, AllowSavingEmptyAcisObjects, (false), (), ValidateBOOL()) /** <title RestoreHatchFromBlkRef> <toctitle RestoreHatchFromBlkRef> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> RestoreHatchFromBlkRef controls whether during file loading an attempt is made to restore a hatch entity from round-trip XData of a Block Reference to an anonymous block representing a hatch in R12 files. <table> <b>Value</b> <b>Description</b> false An attempt to restore Hatch entity is not made during file loading. true An attempt to restore Hatch entity is made during file loading. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getRestoreHatchFromBlkRef() OdDbHostAppServices::setRestoreHatchFromBlkRef() </table> <group TD_SysVars_R> */ //<dom_var_def>bool RestoreHatchFromBlkRef; REGVAR_DEF(bool, RestoreHatchFromBlkRef, (true), (), ValidateBOOL()) /** <title ARX_COMPATIBILITY_FLAGS> <toctitle ARX_COMPATIBILITY_FLAGS> <table> <b>Type</b> OdUInt32 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> ARX_COMPATIBILITY_FLAGS regulates toolkit behaviour in some cases, where AutoCAD behaviour is not very logical. The value is a bit mask: OdDb::ARX_COMPATIBILITY_ARRAY_ACTION (0x1) - Regulates the recalculation of the dynamic block with an array action (if the flag is not set - always recalculate an array action (in the initialization phase), otherwise recalculate it only if the corresponding parameter is chaining actions (ARX compatible)) <group TD_SysVars_R> */ //<dom_var_def>OdUInt32 ARX_COMPATIBILITY_FLAGS; REGVAR_DEF(OdUInt32, ARX_COMPATIBILITY_FLAGS, (1), (), ValidateNone()) /** <title MTMODE> <toctitle MTMODE> <table> <b>Type</b> OdInt16 <b>Initial value</b> 1 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The MTMODE variable specifies whether multi-threading is used. The value is a bit mask: <table> <b>Value</b> <b>Description</b> 0 Multi-threaded file loading and regeneration are disabled. 1 Multi-threaded file loading is enabled. 2 Multi-threaded regeneration is enabled. 3 Multi-threaded file loading and regeneration are enabled. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getMtMode() OdDbHostAppServices::setMtMode() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"MTMODE"); OdInt16 mtmode = pRb-\>getInt16(); odPrintConsoleString(L"nMulti-thread mode is %s", ((mtmode & 0x01) ? "ON" : "OFF")); // or // odPrintConsoleString(L"nMulti-thread mode = %d", pDb-\>appServices()-\>getMtMode()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtInt16, 1); pDb-\>setSysVar(L"MTMODE", pRb); // or // pDb-\>appServices()-\>setMtMode(1); </code> <group TD_SysVars_M> */ //<dom_var_def>OdInt16 MTMODE; REGVAR_DEF(OdInt16, MtMode, (1), (), ValidateNone()) /** <title NegativeHandlesReserved> <toctitle NegativeHandlesReserved> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The NegativeHandlesReserved variable specifies whether negative values of handles are reserved by application. <table> <b>Value</b> <b>Description</b> false Negative handles are used as ordinary handles. true File controller decides itself how it will use negative handles. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getNegativeHandlesReserved() OdDbHostAppServices::setNegativeHandlesReserved() </table> For example, to get the value: <code> OdRusBufPtr pRb = pDb-\>getSysVar(L"NegativeHandlesReserved"); bool neghndlsres = pRb-\>getBool(); odPrintConsoleString(L"nNegative handles reserved: %s", (neghndlsres ? "ON" : "OFF")); // or // odPrintConsoleString(L"nNegativeHandlesReserved = %d", pDb-\>appServices()-\>getNegativeHandlesReserved()); </code> For example, to set the value: <code> OdRusBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtBool, true); pDb-\>setSysVar(L"NegativeHandlesReserved", pRb); // or // pDb-\>appServices()-\>setNegativeHandlesReserved(true); </code> <group TD_SysVars_N> */ //<dom_var_def>bool NegativeHandlesReserved; REGVAR_DEF(bool, NegativeHandlesReserved, (false), (), ValidateBOOL()) #undef ODTDB_PROXYIMAGE #undef SVARS_FUNC_MODIFIER #define SVARS_FUNC_MODIFIER /////////////////////////////////////////////////////////////////////// // New AppServices variables section // To not break binary compatibility for new variables // non-virtual functions are generated // Add new REGVARs here // Drawings SDK-specific /** <title VerticalApplicationsMode> <toctitle VerticalApplicationsMode> <table> <b>Type</b> OdUInt32 <b>Initial value</b> 0xFFFFFFFB <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The VerticalApplicationsMode variable controls the behavior of vertical applications. If the bit is set, the application creates its default objects in every drawing. If not set, the application does not create its default objects. This also affects hatch rendering: an empty stroke hatch is rendered as a solid fill for Architecture SDK. By default the bit is set to 0 for ODA Mechanical SDK. <table> <b>Value</b> <b>Description</b> bit 1 ODA Architecture SDK bit 2 ODA Civil SDK bit 4 ODA Mechanical SDK </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getVerticalApplicationsMode() OdDbHostAppServices::setVerticalApplicationsMode() </table> <group TD_SysVars_V> */ //<dom_var_def>OdUInt32 VerticalApplicationsMode; REGVAR_DEF(OdUInt32, VerticalApplicationsMode, (0xFFFFFFFB), (), ValidateNone()) /** <title EnableAcisAudit> <toctitle EnableAcisAudit> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The EnableAcisAudit variable allows you to turn on additional checks of ACIS objects when ACIS data are read or written. This variable affects to Audit. If EnableAcisAudit is set to true, additional checks of ACIS objects will be done and in case of some of them failed - ACIS object may be discarded. <table> <b>Value</b> <b>Description</b> true Use additional checks of ACIS data to prevent errors while a saved dwg/dxf is loaded by AutoCad2018. false Audit of ACIS data will not be performed, ACIS data will be loaded and saved without additional checks so AutiCad2018 may report an error or show the recovery dialog </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getEnableAcisAudit() OdDbHostAppServices::setEnableAcisAudit() </table> For example, to get the value: <code> OdResBufPtr pRb = pDb-\>getSysVar(L"EnableAcisAudit"); bool bEnabled = pRb-\>getBool(); odPrintConsoleString(L"nEnableAcisAudit is %s", ((bDisabled) ? "ON" : "OFF")); // or // bool bEnabled = pDb-\>appServices()-\>getEnableAcisAudit(); odPrintConsoleString(L"nEnableAcisAudit = %s", ((bEnabled) ? "ON" : "OFF")); </code> For example, to set the value: <code> OdResBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtBool, true); pDb-\>setSysVar(L"EnableAcisAudit", pRb); // or // pDb-\>appServices()-\>setEnableAcisAudit(true); </code> <group TD_SysVars_E> */ //<dom_var_def>bool EnableAcisAudit; REGVAR_DEF(bool, EnableAcisAudit, (false), (), ValidateBOOL()) /** <title HonourLockedLayer> <toctitle HonourLockedLayer> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The HonourLockedLayer variable controls whether entities on locked layers are opened for writing. If HonourLockedLayer is true, entities on locked layers cannot be opened for writing and OdDbObjectId::openObject returns eOnLockedLayer. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getHonourLockedLayer() OdDbHostAppServices::setHonourLockedLayer() </table> <group TD_SysVars_H> */ //<dom_var_def>bool HonourLockedLayer; REGVAR_DEF(bool, HonourLockedLayer, (false), (), ValidateBOOL()) /** <title TableIndicator> <toctitle TableIndicator> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The TableIndicator variable controls the display of row numbers and column letters when the In-Place Text Editor is open for editing a table cell. <table> <b>Value</b> <b>Description</b> true false </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getTableIndicator() OdDbHostAppServices::setTableIndicator() </table> For example, to get the value: <code> OdResBufPtr pRb = pDb-\>getSysVar(L"TableIndicator"); bool bEnabled = pRb-\>getBool(); odPrintConsoleString(L"nTableIndicator is %s", ((bDisabled) ? "ON" : "OFF")); // or // bool bEnabled = pDb-\>appServices()-\>getTableIndicator(); odPrintConsoleString(L"nTableIndicator = %s", ((bEnabled) ? "ON" : "OFF")); </code> For example, to set the value: <code> OdResBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtBool, true); pDb-\>setSysVar(L"TableIndicator", pRb); // or // pDb-\>appServices()-\>setTableIndicator(true); </code> <group TD_SysVars_T> */ //<dom_var_def>bool TableIndicator; REGVAR_DEF(bool, TableIndicator, (true), (), ValidateBOOL()) /** <title TableLinkIndicator> <toctitle TableLinkIndicator> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The TableLinkIndicator variable controls the display of bounding box of linked cells in selected table. <table> <b>Value</b> <b>Description</b> true false </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getTableLinkIndicator() OdDbHostAppServices::setTableLinkIndicator() </table> For example, to get the value: <code> OdResBufPtr pRb = pDb-\>getSysVar(L"TableLinkIndicator"); bool bEnabled = pRb-\>getBool(); odPrintConsoleString(L"nTableLinkIndicator is %s", ((bDisabled) ? "ON" : "OFF")); // or // bool bEnabled = pDb-\>appServices()-\>getTableLinkIndicator(); odPrintConsoleString(L"nTableLinkIndicator = %s", ((bEnabled) ? "ON" : "OFF")); </code> For example, to set the value: <code> OdResBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtBool, true); pDb-\>setSysVar(L"TableLinkIndicator", pRb); // or // pDb-\>appServices()-\>setTableLinkIndicator(true); </code> <group TD_SysVars_T> */ //<dom_var_def>bool TableLinkIndicator; REGVAR_DEF(bool, TableLinkIndicator, (true), (), ValidateBOOL()) /** <title TableSelectIndicator> <toctitle TableSelectIndicator> <table> <b>Type</b> bool <b>Initial value</b> true <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The TableSelectIndicator variable controls the display of cells selection frame in selected table. <table> <b>Value</b> <b>Description</b> true false </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getTableSelectIndicator() OdDbHostAppServices::setTableSelectIndicator() </table> For example, to get the value: <code> OdResBufPtr pRb = pDb-\>getSysVar(L"TableSelectIndicator"); bool bEnabled = pRb-\>getBool(); odPrintConsoleString(L"nTableSelectIndicator is %s", ((bDisabled) ? "ON" : "OFF")); // or // bool bEnabled = pDb-\>appServices()-\>getTableSelectIndicator(); odPrintConsoleString(L"nTableSelectIndicator = %s", ((bEnabled) ? "ON" : "OFF")); </code> For example, to set the value: <code> OdResBufPtr pRb = OdResBuf::newRb(OdResBuf::kRtBool, true); pDb-\>setSysVar(L"TableSelectIndicator", pRb); // or // pDb-\>appServices()-\>TableSelectIndicator(true); </code> <group TD_SysVars_T> */ //<dom_var_def>bool TableSelectIndicator; REGVAR_DEF(bool, TableSelectIndicator, (true), (), ValidateBOOL()) /** <title TableIndicatorColor> <toctitle TableIndicatorColor> <table> <b>Type</b> OdUInt32 <b>Initial value</b> 0xC2ADADAD <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The TableIndicatorColor variable specifies a packed 32-bits integer value for defining the color method and color components. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getTableIndicatorColor() OdDbHostAppServices::setTableIndicatorColor() </table> <group TD_SysVars_T> */ //<dom_var_def>OdUInt32 TableIndicatorColor; REGVAR_DEF(OdUInt32, TableIndicatorColor, 0xC2ADADAD, 0xC2ADADAD, ValidateNone()) /** <title FieldIndicatorColor> <toctitle FieldIndicatorColor> <table> <b>Type</b> OdUInt32 <b>Initial value</b> 0xC2C0C0C0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The FielddicatorColor variable specifies the color method and color components. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getFieldIndicatorColor() OdDbHostAppServices::setFieldIndicatorColor() </table> <group TD_SysVars_T> */ //<dom_var_def>OdUInt32 FieldIndicatorColor; REGVAR_DEF(OdUInt32, FieldIndicatorColor, 0xC2C0C0C0, 0xC2C0C0C0, ValidateNone()) /** <title PDFIMPORTIMAGEPATH> <toctitle PDFIMPORTIMAGEPATH> <table> <b>Type</b> OdString <b>Initial value</b> OD_T("") <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The PDFIMPORTIMAGEPATH variable contains the directory for saving raster images when importing from a PDF file to .dwg. If this variable isn't specified, the images are saved in the application's temporary directory. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPDFIMPORTIMAGEPATH() OdDbHostAppServices::setPDFIMPORTIMAGEPATH() </table> <group TD_SysVars_P> */ //<dom_var_def>OdString PDFIMPORTIMAGEPATH; REGVAR_DEF(OdString, PDFIMPORTIMAGEPATH, (OD_T("")), (), ValidateNone()) /** <title PartialViewingMode> <toctitle PartialViewingMode> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The PartialViewingMode variable controls the partial viewing mode. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getPartialViewingMode() OdDbHostAppServices::setPartialViewingMode() </table> <group TD_SysVars_P> */ //<dom_var_def>bool PartialViewingMode; REGVAR_DEF(bool, PartialViewingMode, (false), (), ValidateBOOL()) /** <title LineType3dPline> <toctitle LineType3dPline> <table> <b>Type</b> bool <b>Initial value</b> false <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The LineType3dPline controls if line type is applied to OdDb3dPolyline. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getLineType3dPline() OdDbHostAppServices::setLineType3dPline() </table> <group TD_SysVars_P> */ //<dom_var_def>bool LineType3dPline; REGVAR_DEF(bool, LineType3dPline, (false), (), ValidateBOOL()) /** <title XREFREGAPPCTL> <toctitle XREFREGAPPCTL> <table> <b>Type</b> OdInt16 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> N/A </table> The XREFREGAPPCTL variable controls whether the registered application records that are stored in an external reference that is being loaded are copied to the host drawing. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getXREFREGAPPCTL() OdDbHostAppServices::setXREFREGAPPCTL() </table> <group TD_SysVars_X> */ //<dom_var_def>OdInt16 XREFREGAPPCTL; REGVAR_DEF(OdInt16, XREFREGAPPCTL, (0), (0), ValidateRange(0,1)) //----------------------------------------- // Variables added in AC 2022 //----------------------------------------- /** <title TRACEPAPERCTL> <toctitle TRACEPAPERCTL> <table> <b>Type</b> OdUInt8 <b>Initial value</b> 20 <b>Range</b> 0 ... 50 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 23.XX+ </table> TRACEPAPERCTL controls the opacity of the tracing paper. The smaller the value, the more transparent the tracing paper. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getTRACEPAPERCTL() OdDbHostAppServices::setTRACEPAPERCTL() </table> <group TD_SysVars_T> */ //<dom_var_def>OdUInt8 TRACEPAPERCTL; REGVAR_DEF(OdUInt8, TRACEPAPERCTL, (20), (), ValidateRange(0, 50)) /** <title TRACEFADECTL> <toctitle TRACEFADECTL> <table> <b>Type</b> OdUInt8 <b>Initial value</b> 40 <b>Range</b> 0 ... 90 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 23.XX+ </table> TRACEFADECTL controls the opacity when TRACEMODE is active. If TRACEMODE is 1 (Trace open to view) - opacity affects only the trace drawing objects. If TRACEMODE is 2 (Trace open to edit) - opacity affects only the host drawing objects. The bigger the value, the more transparent the geometry. <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getTRACEFADECTL() OdDbHostAppServices::setTRACEFADECTL() </table> <group TD_SysVars_T> */ //<dom_var_def>OdUInt8 TRACEFADECTL; REGVAR_DEF(OdUInt8, TRACEFADECTL, (40), (), ValidateRange(0, 90)) /** <title TRACEOSNAP> <toctitle TRACEOSNAP> <table> <b>Type</b> OdUInt8 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 23.XX+ </table> TRACEOSNAP controls whether object snapping is active for geometry on active Trace. <table> <b>Value</b> <b>Description</b> 0 Disabled 1 Enabled </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getTRACEOSNAP() OdDbHostAppServices::setTRACEOSNAP() </table> <group TD_SysVars_T> */ //<dom_var_def>OdUInt8 TRACEOSNAP; REGVAR_DEF(OdUInt8, TRACEOSNAP, (0), (), ValidateRange(0, 1)) /** <title VISRETAINMODE> <toctitle VISRETAINMODE> <table> <b>Type</b> OdUInt16 <b>Initial value</b> 0 <b>Range</b> -2047 ... 2047 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 21.XX+ </table> VISRETAINMODE controls the behavior of the VISRETAIN system variable when it's active. VISRETAINMODE is a combination of the bit values described below: <table> <b>Value</b> <b>Description</b> 0 No settings are synchronized (default VISRETAIN behaviour). 1 On/Off synchronized. 2 Freeze synchronized. 4 Lock synchronized. 8 Plot synchronized. 16 Color synchronized. 32 Linetype synchronized. 64 Lineweight synchronized. 128 Transparency synchronized. 256 Plot style synchronized. 512 New VP Freeze synchronized. 1024 Description synchronized. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getVISRETAINMODE() OdDbHostAppServices::setVISRETAINMODE() </table> <group TD_SysVars_V> */ //<dom_var_def>OdInt16 VISRETAINMODE; REGVAR_DEF(OdInt16, VISRETAINMODE, (0), (), ValidateRange(-2047, 2047)) /** <title HPDRAWMODE> <toctitle HPDRAWMODE> <table> <b>Type</b> OdUInt8 <b>Initial value</b> 0 <b>Read-Only</b> No <b>Saved In</b> Registry <b>Versions</b> 26.4 </table> HPDRAWMODE - Controls the drawing mode used when defining new boundaries to hatch or fill. <table> <b>Value</b> <b>Description</b> 0 (AREA) New boundary to be hatched or filled is defined by a closed object; circle, rectangle, or closed polyline. 1 (PATH) New boundary to be hatched or filled is defined along an open or closed path. Boundary is calculated using the path's width (HPPATHWIDTH system variable) and alignment (HPPATHALIGNMENT system variable) settings. </table> <table> <b>Access Methods</b> OdDbDatabase::getSysVar() OdDbDatabase::setSysVar()   OdDbHostAppServices::getHPDRAWMODE() OdDbHostAppServices::setHPDRAWMODE() </table> <group TD_SysVars_H> */ //<dom_var_def>OdUInt8 HPDRAWMODE; REGVAR_DEF(OdUInt8, HPDRAWMODE, (0), (), ValidateRange(0, 1)) #undef SVARS_FUNC_MODIFIER #endif //#ifdef REGVAR_DEF #undef ODTBOOL #undef ODTDIST #undef ODTORIENT #undef ODTUNITLESS4 #undef ODTUNITLESS8 #undef ODTDB_MEASUREMENTVALUE #undef ODTDB_LINEWEIGHT #undef ODTDB_JOINSTYLE #undef ODTDB_UNITSVALUE #undef ODTDB_PROXYIMAGE #undef ODTDB_MEASUREMENTVALUE #undef ODTTEXTSTYLEID #undef ODTLAYERID #undef ODTLAYERIDDEF #undef ODTLINETYPEID #undef ODTDIMSTYLEID #undef ODTUCSID #undef ODTMLSTYLEID #undef ODTDB_ENDCAPS #undef ODTDB_JOINSTYLE #undef ODTDB_PLOTSTYLENAMETYPE #undef ODTDB_TIMEZONE #undef ODTMATERIALID #undef ODVISTYLEID #undef ODTTABLESTYLEID #undef ODTMLEADERSTYLEID #undef ODTVIEWDETAILSTYLEID #undef ODTVIEWSECTIONSTYLEID #undef ODANNOSCALE #undef ODDBHARDPOINTERID #undef ODDBOBJECTID #undef ODTTRANSPARENCY