The following methods/functions have been added to this release of the SDK
In ECReportNode.h
Selection options for reporting
enum class SelectionScopeOption
{
All = 0,
ByFence = 1,
CurrentSelection = 2
};Get SelectionScopeOption which is used for report all, by fence, or by current selection
DGNPLATFORM_EXPORT SelectionScopeOption GetSelectionScopeOption() const
Set SelectionScopeOption which is used for report al, by fence, or by current selection
DGNPLATFORM_EXPORT void SetSelectionScopeOption(SelectionScopeOption selectionScopeOption)
In BSIQuadrature.h
Evaluate and accumulate function values over an interval.
void AccumulateWeightedSums (BSIVectorIntegrand &function,double t0,double t1,double *pSums,int numInterval)
In ClipPlaneSet.h
Clip a planar region to this ClipPlaneset
GEOMDLLIMPEXP CurveVectorPtr ClipPlanarRegion (CurveVectorCR planarRegion, TransformR localToWorld, TransformR worldToLocal) const
Clip a planar region to the (optional) outsideClip. Subtract the (optional) holeClip.
GEOMDLLIMPEXP static CurveVectorPtr ClipAndMaskPlanarRegion (ClipPlaneSetCP outsideClip, ClipPlaneSetCP holeClip, CurveVectorCR planarRegion)
In CurvePrimitive.h
Create a spiral of one the AustralianRailCorp type, using radius relations from their docs.
GEOMDLLIMPEXP static ICurvePrimitivePtr CreateAustralianRailCorpBearingRadiusLengthRadius (DPoint3dCR startPoint, double startRadians, double startRadius, double targetLength, double endRadius);
In Dpoint3dOps.h
Triangulate a single space polygon. Best effort to handle non-planar polygons. Optionally handle self-intersecting polygons.
static GEOMDLLIMPEXP bool FixupAndTriangulateSpaceLoops (bvector<int>* pIndices,bvector<int>* pExteriorLoopIndices,bvector<DPoint3d>* pXYZOut,TransformR localToWorld,TransformR worldToLocal, bvector<DPoint3d>* pXYZIn, double xyTolerance, bool bSignedOneBasedIndices)
In transform.h
Return the X component of transform*point.
double MultiplyX (DPoint3dCR point) const
Return the Y component of transform*point.
double MultiplyY (DPoint3dCR point) const
Return the Z component of transform*point.
double MultiplyZ (DPoint3dCR point) const
Mutliply 3D points in place
void Multiply (bvector<DPoint3d> &xyzInOut) const
Get the list of palettes contained within a DGN file and cache the open DGN file in material cache in renderMoelRef
public static PaletteInfo[] MaterialManager::GetPalettesInDgnLib (string fileName, DgnModelRef renderModelRef)
event for FileMergedEventHandler.
public event FileMergedEventHandler FileMerged