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| ///////////////////////////////////////////////////////////////////////////////
| // Copyright (C) 2002-2016, Open Design Alliance (the "Alliance").
| // All rights reserved.
| //
| // This software and its documentation and related materials are owned by
| // the Alliance. The software may only be incorporated into application
| // programs owned by members of the Alliance, subject to a signed
| // Membership Agreement and Supplemental Software License Agreement with the
| // Alliance. The structure and organization of this software are the valuable
| // trade secrets of the Alliance and its suppliers. The software is also
| // protected by copyright law and international treaty provisions. Application
| // programs incorporating this software must include the following statement
| // with their copyright notices:
| //
| // This application incorporates Teigha(R) software pursuant to a license
| // agreement with Open Design Alliance.
| // Teigha(R) Copyright (C) 2002-2016 by Open Design Alliance.
| // All rights reserved.
| //
| // By use of this software, its documentation or related materials, you
| // acknowledge and accept the above terms.
| ///////////////////////////////////////////////////////////////////////////////
|
|
|
|
| #ifndef OD_GEGBLGE_H
| #define OD_GEGBLGE_H /*!DOM*/
|
| #include "TD_PackPush.h"
|
| #include "Ge/GeExport.h"
| #include "Ge/GeLibVersion.h"
|
| /** \details
| The OdGe classes are used to carry out general 2D and 3D geometric operations.
|
| Library: TD_Ge
|
| <group OdGe_Classes>
| */
| struct OdGe
| {
| static 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,
|
| kDummy0,
| kDummy1,
| kDummy2,
| kDummy3,
| kDummy4,
| kDummy5,
| kDummy6,
| kDummy7,
| kDummy8,
| kDummy9
| };
|
| enum ExternalEntityKind
| {
| kAcisEntity = 0, // External Entity is an ACIS entity
| kGe3dCurveEntity = 1, // External Entity is an OdGeCurve3d* entity
| kGe3dSurfaceEntity = 2, // External Entity is an OdGeSurface3d* entity
| kExternalEntityUndefined // External Entity is undefined.
| };
| enum PointContainment
| {
| kInside, // Point is inside the boundary.
| kOutside, // Point is outside the boundary.
| kOnBoundary // Point on the boundary.
| };
| enum NurbSurfaceProperties
| {
| kUninit = 0x00, // Uninit
| kOpen = 0x01, // Open
| kClosed = 0x02, // Closed
| kPeriodic = 0x04, // Periodic
| kRational = 0x08, // Rational
| kNoPoles = 0x10, // No Poles
| kPoleAtMin = 0x20, // Pole at Min
| kPoleAtMax = 0x40, // Pole at Max
| kPoleAtBoth = 0x80 // Pole at Both
| };
|
| 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, // Union
| kSubtract, // Subtraction
| kCommon // Intersection
| };
| enum ClipError
| {
| eOk, // OK
| eInvalidClipBoundary, // Invalid Clip Boundary
| eNotInitialized // Clip Boundary was not Initialized
| };
|
| enum ClipCondition
| {
| kInvalid, // An error occurred, probably due to invalid initialization of clipping object.
| kAllSegmentsInside, // All segments are inside the clip boundary.
| kSegmentsIntersect, // At least one segment crosses the clip boundary.
| kAllSegmentsOutsideZeroWinds, // The clip boundary is outside, and not encircled by, the clip boundary.
| kAllSegmentsOutsideOddWinds, // The clip boundary is inside, and encircled by, the clip boundary.
| kAllSegmentsOutsideEvenWinds // The clip boundary is outside, but, encircled by, the clip boundary.
| };
|
| /**
| */
| enum ErrorCondition
| {
| kOk, // OK
| k0This, // This object is 0.
| k0Arg1, // Argument 1 is 0.
| k0Arg2, // Argument 2 is 0.
| kPerpendicularArg1Arg2, // Arguments 1 and 2 are perpendicular to each other.
| kEqualArg1Arg2, // Arguments 1 and 2 are equal.
| kEqualArg1Arg3, // Arguments 1 and 3 are equal.
| kEqualArg2Arg3, // Arguments 2 and 3 are equal.
| kLinearlyDependentArg1Arg2Arg3, // Arguments 1, 2, and 3 are linearly dependent.
| kArg1TooBig, // Argument 1 is too big.
| kArg1OnThis, // Argument 1 is on this object.
| kArg1InsideThis, // Argument 1 is inside this object.
| kNonCoplanarGeometry, // Geometry is not coplanar.
| kDegenerateGeometry, // Geometry is degenerate.
| kSingularPoint // Geometry is one point.
| };
|
| enum csiConfig
| {
| kXUnknown, // Unknown.
| kXOut, // Transverse -- Curve neighborhood is outside this surface.
| kXIn, // Transverse -- Curve neighborhood is inside this surface.
| kXTanOut, // Tangent -- Curve neighborhood is outside this surface.
| kXTanIn, // Tangent -- Curve neighborhood is inside this surface.
| kXCoincident, // Non-zero length -- Point is on the intersection boundary.
| kXCoincidentUnbounded // Non-zero length -- Point is on an arbitrary *point* on an unbounded intersection.
| };
|
| enum ssiType
| {
| kSSITransverse, // Non-tangent intersection.
| kSSITangent, // Tangent intersection with surface normals codirectional at any point within the component.
| kSSIAntiTangent // Tangent intersection with surface normals antidirectional at any point within the component.
| };
|
| enum ssiConfig
| {
| kSSIUnknown, // Unknown.
| kSSIOut, // Neighborhood is outside this surface.
| kSSIIn, // Neighborhood is inside this surface.
| kSSICoincident // Non-zero area intersection.
| };
|
| enum OdGeIntersectError
| {
| kXXOk, // OK
| kXXIndexOutOfRange, // Index out of range
| kXXWrongDimensionAtIndex, // Wrong dimension at index.
| kXXUnknown // Unknown.
| };
|
|
| enum OdGeKnotParameterization {
| kChord = 0x0, //Chord parametrization
| kSqrtChord = 0x1, //Chord square root parametrization
| kUniform = 0x2, //Uniform parametrization
| kCustomParameterization = 0xF, //Custom parametrization
| kNotDefinedKnotParam = 0x10 //Knot parametrization isn't defined
| };
| };
|
| /** \details
| Defines a synonym of the fully qualified name.
|
| \note
| May be used only if there are no global name conflicts.
| */
| typedef OdGe::ErrorCondition OdGeError;
|
| /** \details
| Defines a synonym of the fully qualified name.
|
| \note
| May be used only if there are no global name conflicts.
| */
| typedef OdGe::OdGeIntersectError OdGeIntersectError;
| typedef OdGe::OdGeKnotParameterization OdGeKnotParameterization;
|
| #define DECLARE_GE_RTTI() \
| virtual bool isKindOf (OdGe::EntityId entType) const;\
| virtual OdGe::EntityId type() const
|
| #define DEFINE_GE_RTTI(Class,Parent,TYPE) \
| bool Class::isKindOf(OdGe::EntityId entType) const\
| {\
| if ( entType == OdGe::TYPE ) return true;\
| return Parent::isKindOf( entType );\
| }\
| OdGe::EntityId Class::type() const { return OdGe::TYPE; }
|
| GE_TOOLKIT_EXPORT void odgeHeapCleanup();
|
| #include "TD_PackPop.h"
|
| #endif // AC_GEGBLGE_H
|
|
