sogeolinem.h

SuperMap的网络分析示范源码

#if !defined(AFX_SOGEOLINEM_H__1E05D161_9253_4373_B08A_B0B5400C4DF6__INCLUDED_)
#define AFX_SOGEOLINEM_H__1E05D161_9253_4373_B08A_B0B5400C4DF6__INCLUDED_

#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000
// Machine generated IDispatch wrapper class(es) created by Microsoft Visual C++

// NOTE: Do not modify the contents of this file.  If this class is regenerated by
//  Microsoft Visual C++, your modifications will be overwritten.


// Dispatch interfaces referenced by this interface
class CsoRect;
class CsoStyle;
class CsoSpatialOperator;
class CsoSpatialRelation;
class CsoSpatialRelation2;
class CsoPoint;
class CsoPointMs;
class CsoGeoRegion;
class CsoPoints;
class CsoGeoLine;

/////////////////////////////////////////////////////////////////////////////
// CsoGeoLineM wrapper class

class CsoGeoLineM : public COleDispatchDriver
{
public:
	CsoGeoLineM() {}		// Calls COleDispatchDriver default constructor
	CsoGeoLineM(LPDISPATCH pDispatch) : COleDispatchDriver(pDispatch) {}
	CsoGeoLineM(const CsoGeoLineM& dispatchSrc) : COleDispatchDriver(dispatchSrc) {}

// Attributes
public:
	long GetDimension();
	void SetDimension(long);
	BOOL GetIsEmpty();
	void SetIsEmpty(BOOL);
	BOOL GetIsSimple();
	void SetIsSimple(BOOL);
	CsoRect GetBounds();
	void SetBounds(LPDISPATCH);
	BOOL GetHasBounds();
	void SetHasBounds(BOOL);
	BOOL GetHasStyle();
	void SetHasStyle(BOOL);
	long GetId();
	void SetId(long);
	long GetByteSize();
	void SetByteSize(long);
	long GetPartCount();
	void SetPartCount(long);
	long GetType();
	void SetType(long);
	CsoStyle GetStyle();
	void SetStyle(LPDISPATCH);
	CsoSpatialOperator GetSpatialOperator();
	void SetSpatialOperator(LPDISPATCH);
	CsoSpatialRelation GetSpatialRelation();
	void SetSpatialRelation(LPDISPATCH);
	CsoSpatialRelation2 GetSpatialRelation2();
	void SetSpatialRelation2(LPDISPATCH);
	CsoPoint GetCentroidPoint();
	void SetCentroidPoint(LPDISPATCH);
	double GetLength();
	void SetLength(double);
	double GetMaxMeasure();
	void SetMaxMeasure(double);
	double GetMinMeasure();
	void SetMinMeasure(double);
	long GetMonotonicStyle();
	void SetMonotonicStyle(long);

// Operations
public:
	void SetEmpty();
	CsoGeoLineM Clone();
	BOOL HitTest(LPDISPATCH pntHitTest, double dTolerance);
	BOOL Offset(double xOffset, double yOffset);
	CString ToXML();
	BOOL FromXML(LPCTSTR strXML);
	void Rotate(LPDISPATCH pntBase, double dAngle);
	void Zoom(double dRatioX, double dRatioY);
	void Resize(LPDISPATCH Bounds);
	void Mirror(LPDISPATCH Points);
	BOOL AddPart(LPDISPATCH part);
	BOOL InsertPartAt(long nIndex, LPDISPATCH part);
	BOOL RemovePartAt(long nIndex);
	CsoPointMs GetPartAt(long nIndex);
	BOOL SetPartAt(long nIndex, LPDISPATCH part);
	CsoGeoRegion Buffer(double dDistance, long nSmoothness);
	double DistanceTo(LPDISPATCH objAnotherGeometry);
	CsoPoints GetCrossings(LPDISPATCH objAnotherGeometry);
	CsoPoints Intersect(LPDISPATCH objAnotherGeometry);
	CsoGeoLineM Union(LPDISPATCH objAnotherGeometry);
	CsoGeoLine ResampleEquidistantly(double dResampleDistance);
	CsoGeoRegion ConvertToRegion();
	BOOL Reverse();
	BOOL Split(LPDISPATCH objPoint, LPDISPATCH objLineMA, LPDISPATCH objLineMB);
	BOOL Joint(LPDISPATCH objAnotherGeometry);
	CsoPoint FindPointOnLineByDistance(double dDistance);
	BOOL InterpolateMeasure(long nFromIndex, long nToIndex, long nFromSubObjID, long nToSubObjID, BOOL bIgnoreGap);
	BOOL ExtrapolateMeasure(long nFromIndex, long nToIndex, long nExtrapolateMethod, long nFromSubObjID, long nToSubObjID, BOOL bIgnoreGap);
	BOOL UpdateMeasure(long nFromIndex, long nToIndex, double dFromMeasure, double dToMeasure, long nHowToComputeMeasure, long nCalibrateBy, long nFromSubObjID, long nToSubObjID, BOOL bIgnoreGap);
	void OffsetMeasure(double dOffset);
	double GetMAtDistance(double dDistance, long nSubObjID, BOOL bIgnoreGap);
	void SetMAsDistance(double dOffset, double dScale, BOOL bIgnoreGap);
	double GetDistanceAtM(double dMeasure, long nSubObjID, BOOL bIgnoreGap);
	CsoPoint GetPointAtM(double dMeasure, double dOffset);
	CsoGeoLine GetSubcurveAtM(double dFromMeasure, double dToMeasure);
	void CalculateNoM();
	BOOL InsertMAtDistance(double dDistance, double dMeasure, long nSubObjID, BOOL bIgnoreGap);
	BOOL ReverseMOrder();
	BOOL Calibrate(LPDISPATCH CbPoints, long nCalibrate, long nComputeStyle, BOOL bIgnoreGap);
};

//{{AFX_INSERT_LOCATION}}
// Microsoft Visual C++ will insert additional declarations immediately before the previous line.

#endif // !defined(AFX_SOGEOLINEM_H__1E05D161_9253_4373_B08A_B0B5400C4DF6__INCLUDED_)