iextrudeedge.h

#pragma once
// iextrudeedge.h
 
#include "module/interface/ilinktype.h"
 
namespace itasca {
 class IThing;
}
namespace itascaxd {
 class IGeomEdge;
}
 
namespace extruder {
 using namespace itasca;
 using namespace itascaxd;
 
 class IExtrudePoint;
 class IExtrudeRegion;
 
 enum EdgeType { edgeTypeSimple=0, edgeTypePoly, edgeTypeEllipse };
 enum EdgePolyType { edgePolyTypeLinear=0, edgePolyTypeArc, edgePolyTypeSpline };
 
 class IExtrudeEdge {
 public:
 inline static const TType type_ = 0x4cb610e6;
 
 virtual const IThing * getIThing() const=0;
 virtual IThing * getIThing()=0;
 virtual const IGeomEdge * getIGeomEdge() const=0;
 virtual IGeomEdge * getIGeomEdge()=0;
 virtual bool isBlocked() const=0;
 virtual bool isSimple() const=0;
 virtual bool isPolyline() const=0;
 virtual bool isCurved() const=0;
 
 virtual void setPointExtrude(IExtrudePoint *point,uint32 end)=0;
 virtual IExtrudePoint * getIExtrudePoint(uint32 end)=0;
 virtual const IExtrudePoint * getIExtrudePoint(uint32 end) const=0;
 
 virtual CLinkType<IExtrudeEdge> getNextExtrude(uint32 end) const=0;
 virtual LinkType<IExtrudeEdge> getNextExtrude(uint32 end)=0;
 virtual CLinkType<IExtrudeRegion> getStartExtrude() const=0;
 virtual LinkType<IExtrudeRegion> getStartExtrude()=0;
 
 virtual uint32 getSize() const=0;
 virtual double getZoneLength() const = 0;
 virtual double getRatio() const=0;
 virtual bool getRatioIsolate() const=0;
 virtual DVect getDiscretizedLocation(uint32 index,uint32 multiplier) const=0;
 virtual DVect getParametricLocation(const double &frac0) const=0;
 virtual double getFraction(uint32 i) const =0; 
 virtual QList<uint64> getConnectedEdges() const=0;
 
 virtual uint32 setSize(uint32 s)=0;
 virtual uint32 setRatio(const double &r)=0;
 virtual void setRatioIsolate(bool b)=0;
 
 virtual int getEdgeBlockCount() const=0; // 0-2 blocks connected to an edge
 virtual DVect computeBlockSplitPoint(double mu, int index) const=0; // position for split on opposite edge of indexed block
 
 virtual uint32 getEdgeType() const=0;
 virtual uint32 getHybridType() const=0;
 virtual const IExtrudePoint* getEllipseArcCenter() const=0;
 virtual const IExtrudePoint* getEllipseArcWith() const=0;
 
 virtual double getEdgePolylineLength() const=0;
 virtual double computeEdgePolylineCurveLength() const=0;
 
 virtual uint32 getEdgePolylineType() const=0;
 virtual uint32 getEdgePolylineSize() const=0;
 virtual DVect getEdgePolylineControlPoint(int id) const=0;
 
 virtual double getEdgePolylineControlU(int id) const=0;
 virtual double getEdgePolylineControlV(int id) const=0; 
#ifdef THREED
 virtual double getEdgePolylineControlW(int id) const = 0; 
 #endif
 virtual void setEdgePolylineControlPoint(int index, DVect p)=0;
 virtual void setEdgePolylineControlLocal(int index, DVect p)=0;
 virtual void setEdgePolylineControlLocalU(int index, double u)=0;
 virtual void setEdgePolylineControlLocalV(int index, double v)=0;
#ifdef THREED
 virtual void setEdgePolylineControlLocalW(int index, double w) = 0;
#endif
 virtual void addEdgePolylineControlPoint(DVect p)=0;
 virtual void addEdgePolylineControlLocal(DVect p)=0;
 virtual void removeEdgePolylineControlPoint(int id)=0;
 
 virtual double findParameterForPosition(DVect pos) const=0;
 
 virtual void setEdgeTypeSimple()=0;
 virtual void setEdgeType(int edgeType)=0;
 virtual void setEdgePolylineType(int curvetype=edgePolyTypeLinear)=0;
 
 virtual IExtrudeRegion* getOtherBlock(IExtrudeRegion* b)=0;
 
 // Check if the edge is connected to an irregular block
 virtual bool belongsToIrregBlock() const=0;
 // Get Tangent
 virtual DVect getTangent(double mu) const=0;
 };
 
} // namespace f3
// EoF