vrfLineOfSightCheckParams.h

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/*******************************************************************************
** Copyright (c) 2010 MAK Technologies, Inc.
** All rights reserved.
*******************************************************************************/

#pragma once



#include <vlutil/vlSmartPointers.h>
#include <matrix/vlVector.h>

class DtVrfObject;

#include "vrfobjcore/vrfobjcoreDefines.h"
class DT_DLL_vrfobjcore DtVrfLineOfSightCheckParams
{
public:
   DtVrfLineOfSightCheckParams(const DtVrfObject& primaryVrfObj,
      const DtVector& databaseStartPnt, const DtVrfObject& secondaryVrfObj,
      const DtVector& databaseEndPnt, bool* terrainDataAvailable,
      DtVector* intersectionPoint = 0, double* intersectionTime = 0,
      DtVrfObject** intersectingObject = 0, const DtString& featureQueryName = "default",
      int* ignoredForceType = 0);

   DtVrfLineOfSightCheckParams(const DtVector& databaseStartPnt, 
      const DtVrfObject& secondaryVrfObj,
      const DtVector& databaseEndPnt, bool* terrainDataAvailable,
      DtVector* intersectionPoint = 0, double* intersectionTime = 0,
      DtVrfObject** intersectingObject = 0, const DtString& featureQueryName = "default",
      int* ignoredForceType = 0);

   DtVrfLineOfSightCheckParams(const DtVrfObject& primaryVrfObj, 
      const DtVector& databaseStartPnt, 
      const DtVector& databaseEndPnt, bool* terrainDataAvailable,
      DtVector* intersectionPoint = 0, double* intersectionTime = 0,
      DtVrfObject** intersectingObject = 0, const DtString& featureQueryName = "default",
      int* ignoredForceType = 0);

   DtVrfLineOfSightCheckParams(const DtVector& databaseStartPnt, 
      const DtVector& databaseEndPnt, bool* terrainDataAvailable,
      DtVector* intersectionPoint = 0, double* intersectionTime = 0,
      DtVrfObject** intersectingObject = 0, const DtString& featureQueryName = "default",
      int* ignoredForceType = 0);

   virtual ~DtVrfLineOfSightCheckParams();

private:
   DtVrfLineOfSightCheckParams(const DtVrfLineOfSightCheckParams& original);
   const DtVrfLineOfSightCheckParams& operator=(const DtVrfLineOfSightCheckParams& original);
   
public:

   const DtVrfObject* primaryVrfObject() const;
   void setPrimaryVrfObject(const DtVrfObject& newPrimaryVrfObject);

   const DtVector databaseStartPoint() const;
   void setDatabaseStartPoint(const DtVector& newDbStartPoint);
   
   const DtVrfObject* secondaryVrfObject() const;
   void setSecondaryVrfObject(const DtVrfObject& newSecondaryVrfObject); 

   const DtVector databaseEndPoint() const;
   void setDatabaseEndPoint(const DtVector& newDbStartPoint);

   bool* terrainDataAvailable() const;
   void setTerrainDataAvailable(bool*);

   void setPtrIntersectionPoint(DtVector*);
   void setIntersectionPoint(const DtVector&) const;
   DtVector* ptrIntersectionPoint() const;

   void setPtrIntersectionTime(double*);
   void setIntersectionTime(double) const;
   double* ptrIintersectionTime() const;

   void setPtrIntersectingObject(DtVrfObject**);
   void setIntersectingObject(DtVrfObject*) const;
   DtVrfObject** ptrIntersectingObject() const;

   void setFeatureQueryName(const DtString& name);
   DtString featureQueryName() const;

   void setPtrIgnoredForceType(int*);
   int* ptrIgnoredForceType() const;

protected:
   const DtVrfObject* myPrimaryVrfObject; 
   DtVector           myDatabaseStartPoint;
   const DtVrfObject* mySecondaryVrfObject;
   DtVector           myDatabaseEndPoint;
   DtVector*          myIntersectionPoint;
   double*            myIntersectionTime;
   bool*              myTerrainDataAvailable;
   DtVrfObject**      myIntersectingObject;
   DtString           myFeatureQueryName;
   int*               myIgnoredForceType;
};