include/gdb/terrainIntersectionProfile.h

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/*******************************************************************************
** Copyright (c) 2006 MAK Technologies, Inc.
** All rights reserved.
*******************************************************************************/
/*******************************************************************************
** $RCSfile: terrainIntersectionProfile.h,v $ $Revision: 1.4 $ $State: Exp $
*******************************************************************************/
#ifndef terrainIntersectionProfile_H_
#define terrainIntersectionProfile_H_

#include "gdb/gdbDefines.h"


class DT_DLL_gdb DtElementIntersectionTestData
{
public:
   DtElementIntersectionTestData();

   bool wasSuccessful() const { return myWasSuccessful; }
   void setWasSuccessful(bool yesOrNo) { myWasSuccessful = yesOrNo; }

private:
   bool myWasSuccessful;
};
inline DtElementIntersectionTestData::DtElementIntersectionTestData()
: myWasSuccessful(false)
{
}



class DT_DLL_gdb DtTerrainIntersectionTestData
{
public:
   DtTerrainIntersectionTestData(bool successful, unsigned int numTests, 
      unsigned int numSuccessfulTests);

   bool wasSuccessful() const { return myWasSuccessful; }

   void setWasSuccessful(bool yesOrNo) { myWasSuccessful = yesOrNo; }

   unsigned int numElementTests() const { return myNumElementTests; }

   unsigned int numSuccessfulElementTests() const { return myNumSuccessfulElementTests; }
   
   void setNumElementTests(unsigned int newNumTests) { myNumElementTests = newNumTests; }

private:
   bool myWasSuccessful;
   unsigned int myNumElementTests;
   unsigned int myNumSuccessfulElementTests;
};

inline DtTerrainIntersectionTestData::DtTerrainIntersectionTestData(bool successful, 
   unsigned int numTests, unsigned int numSuccessfulTests)
: myWasSuccessful(successful)
, myNumElementTests(numTests)
, myNumSuccessfulElementTests(numSuccessfulTests)
{
}



class DT_DLL_gdb DtTerrainIntersectionProfile
{
public:
   DtTerrainIntersectionProfile();

public:

   inline void addTestSamplePoint(const DtTerrainIntersectionTestData& newTest);

   void reset() 
   { 
      myNumTerrainTests = 0; 
      myNumSuccessfulTerrainTests = 0;
      myNumIndividualElementTests = 0;
      myNumSuccessfulIndividualElementTests = 0;
   }

   unsigned int numTotalTests() const { return myNumTerrainTests; }
   unsigned int numSuccessfulTests() const { return myNumSuccessfulTerrainTests; }
   unsigned int numUnsuccessfulTests() const { return myNumTerrainTests - myNumSuccessfulTerrainTests; }
   
   unsigned int numIndividualTests() const { return myNumIndividualElementTests; }
   unsigned int numSuccessfulIndividualTests() const { return myNumSuccessfulIndividualElementTests; }
   unsigned int numUnsuccessfulIndividualTests() const { return myNumIndividualElementTests - myNumSuccessfulIndividualElementTests; }
   
private:
   unsigned int myNumTerrainTests;

   unsigned int myNumSuccessfulTerrainTests;

   unsigned int myNumIndividualElementTests;

   unsigned int myNumSuccessfulIndividualElementTests;
};

inline DtTerrainIntersectionProfile::DtTerrainIntersectionProfile()
: myNumTerrainTests(0)
, myNumSuccessfulTerrainTests(0)
, myNumIndividualElementTests(0)
, myNumSuccessfulIndividualElementTests(0)
{
}

inline void DtTerrainIntersectionProfile::addTestSamplePoint(const DtTerrainIntersectionTestData& newTest)
{
   ++myNumTerrainTests;
   if (newTest.wasSuccessful())
   {
      ++myNumSuccessfulTerrainTests;
   }

   myNumIndividualElementTests += newTest.numElementTests();
   myNumSuccessfulIndividualElementTests += newTest.numSuccessfulElementTests();
}


#endif