struct OdGe { const OdGeLibVersion gLibVersion; enum { eGood, eBad }; enum EntityId { kEntity2d, kEntity3d, kPointEnt2d, kPointEnt3d, kPosition2d, kPosition3d, kPointOnCurve2d, kPointOnCurve3d, kPointOnSurface, kBoundedPlane, kCircArc2d, kCircArc3d, kConic2d, kConic3d, kCurve2d, kCurve3d, kEllipArc2d, kEllipArc3d, kLine2d, kLine3d, kLinearEnt2d, kLinearEnt3d, kLineSeg2d, kLineSeg3d, kPlanarEnt, kPlane, kRay2d, kRay3d, kSurface, kSphere, kCylinder, kTorus, kCone, kSplineEnt2d, kPolyline2d, kAugPolyline2d, kNurbCurve2d, kDSpline2d, kCubicSplineCurve2d, kSplineEnt3d, kPolyline3d, kAugPolyline3d, kNurbCurve3d, kDSpline3d, kCubicSplineCurve3d, kTrimmedCrv2d, kCompositeCrv2d, kCompositeCrv3d, kExternalSurface, kNurbSurface, kTrimmedSurface, kOffsetSurface, kEnvelope2d, kCurveBoundedSurface, kExternalCurve3d, kExternalCurve2d, kSurfaceCurve2dTo3d, kSurfaceCurve3dTo2d, kExternalBoundedSurface, kCurveCurveInt2d, kCurveCurveInt3d, kBoundBlock2d, kBoundBlock3d, kOffsetCurve2d, kOffsetCurve3d, kPolynomCurve3d, kBezierCurve3d, kObject, kFitData3d, kHatch, kTrimmedCurve2d, kTrimmedCurve3d, kCurveSampleData, kEllipCone, kEllipCylinder, kIntervalBoundBlock, kClipBoundary2d, kExternalObject, kCurveSurfaceInt, kSurfaceSurfaceInt, kHelix, kSpunSurface, kSegmentChain2d, kRevolvedSurface, kRuled, kDummy1, kDummy2, kDummy3, kDummy4, kDummy5, kDummy6, kDummy7, kDummy8, kDummy9 }; enum ExternalEntityKind { kAcisEntity = 0, kGe3dCurveEntity = 1, kGe3dSurfaceEntity = 2, kExternalEntityUndefined, kBimEntity }; enum PointContainment { kInside, kOutside, kOnBoundary }; enum NurbSurfaceProperties { kUninit = 0x00, kOpen = 0x01, kClosed = 0x02, kPeriodic = 0x04, kRational = 0x08, kNoPoles = 0x10, kPoleAtMin = 0x20, kPoleAtMax = 0x40, kPoleAtBoth = 0x80 }; enum OffsetCrvExtType { kFillet, kChamfer, kExtend }; enum OdGeXConfig { kNotDefined = 1<<0, kUnknown = 1<<1, kLeftRight = 1<<2, kRightLeft = 1<<3, kLeftLeft = 1<<4, kRightRight = 1<<5, kPointLeft = 1<<6, kPointRight = 1<<7, kLeftOverlap = 1<<8, kOverlapLeft = 1<<9, kRightOverlap = 1<<10, kOverlapRight = 1<<11, kOverlapStart = 1<<12, kOverlapEnd = 1<<13, kOverlapOverlap = 1<<14 }; enum BooleanType { kUnion, kSubtract, kCommon }; enum ClipError { eOk, eInvalidClipBoundary, eNotInitialized }; enum ClipCondition { kInvalid, kAllSegmentsInside, kSegmentsIntersect, kAllSegmentsOutsideZeroWinds, kAllSegmentsOutsideOddWinds, kAllSegmentsOutsideEvenWinds }; enum ErrorCondition { kOk, k0This, k0Arg1, k0Arg2, kPerpendicularArg1Arg2, kEqualArg1Arg2, kEqualArg1Arg3, kEqualArg2Arg3, kLinearlyDependentArg1Arg2Arg3, kArg1TooBig, kArg1OnThis, kArg1InsideThis, kNonCoplanarGeometry, kDegenerateGeometry, kSingularPoint }; enum csiConfig { kXUnknown, kXOut, kXIn, kXTanOut, kXTanIn, kXCoincident, kXCoincidentUnbounded }; enum ssiType { kSSITransverse, kSSITangent, kSSIAntiTangent }; enum ssiConfig { kSSIUnknown, kSSIOut, kSSIIn, kSSICoincident }; enum OdGeIntersectError { kXXOk, kXXIndexOutOfRange, kXXWrongDimensionAtIndex, kXXUnknown }; enum OdGeKnotParameterization { kChord = 0x0, kSqrtChord = 0x1, kUniform = 0x2, kCustomParameterization = 0xF, kNotDefinedKnotParam = 0x10 }; };