include/ascii/asciiInit.h

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/*******************************************************************************
** Copyright (c) 2004 MAK Technologies, Inc.
** All rights reserved.
*******************************************************************************/
/*******************************************************************************
** $RCSfile: asciiInit.h,v $ $Revision: 1.10 $ $State: Exp $
*******************************************************************************/
#ifndef asciiInit_H_
#define asciiInit_H_

// \file asciiInit.h
// \brief Contains the DtAsciiInitializer class declaration.

#include "ascii/asciiDefines.h"
#include "gdb/terrainFileInitializer.h"
#include "geometry/gdbColor.h"
#include <vlutil/vlConfig.h>
#include <vlutil/vlFilename.h>
#include <vector>

//
// The ascii metafile record has a container of individual ascii files, and also a
// post spacing parameter, used to control the resolution of the map.
class DT_DLL_ascii DtAsciiInitializer : public DtTerrainFileInitializer
{

public:
   
   // default constructor.
   DtAsciiInitializer();

   // destructor
   virtual ~DtAsciiInitializer();

   // copy constructor
   DtAsciiInitializer(const DtAsciiInitializer& orig);

   // assignment operator
   DtAsciiInitializer& operator=(const DtAsciiInitializer& orig);

   virtual DtString type() const;

   // get/set post spacing.
   virtual int postSpacing() const;
   virtual void setPostSpacing(int i);

   // Returns a flag specifying whether or not to project the database
   virtual bool isProjected() const;
   virtual void setIsProjected(bool b);

   // Returns a flag specifying whether there is or not  info about 
   // triangles in the files
   virtual bool isTriangulated() const;
   virtual void setIsTriangulated(bool b);

   // returns the origin latitude;
   virtual const double& originLatitude() const;
   virtual void setOriginLatitude(const double& d);

   // returns the origin longitude
   virtual const double& originLongitude() const;
   virtual void setOriginLongitude(const double& d);

   // returns the low-color height
   virtual bool isOriginSpecified() const;
   virtual void setIsOriginSpecified(bool b);

   // returns the max (boundary) latitude
   virtual const double& maxLatitude() const;
   virtual void setMaxLatitude(const double& d);

   // returns the min (boundary) latitude
   virtual const double& minLatitude() const;
   virtual void setMinLatitude(const double& d);

   // returns the max (boundary) longitude
   virtual const double& maxLongitude() const;
   virtual void setMaxLongitude(const double& d);

   // returns the min (boundary) longitude
   virtual const double& minLongitude() const;
   virtual void setMinLongitude(const double& d);

   // returns the flag specifying whether or not a sea rectangle is added
   virtual bool isSeaRectangleAdded() const;
   virtual void setIsSeaRectangleAdded(bool b);

   virtual void setThresholdForSeaLevel(double threshold);
   virtual double thresholdForSeaLevel() const;

   virtual void setSkipForVertex(int i, int times);
   virtual int skipForVertex(int i) const;

   virtual void setSkipForTriangle(int i, int times);
   virtual int skipForTriangle(int i) const;

   virtual void setHasSoilTypes(bool b);
   virtual bool hasSoilTypes() const;

   virtual void setIndexFromZero(bool b);
   virtual bool indexFromZero() const;

protected:

   int      myPostSpacing;
   bool     myIsProjected;
   bool     myIsTriangulated;

   double   myOriginLatitude;
   double   myOriginLongitude;
   bool     myIsOriginSpecified;
   double   myMaxLatitude;
   double   myMinLatitude;
   double   myMaxLongitude;
   double   myMinLongitude;
   bool     myIsSeaRectangleAdded;
   double   myThresholdForSeaLevel;
   bool     myHasSoilTypes;
   bool     myIndexFromZero;

   std::vector<int> mySkipsForVertex;
   std::vector<int> mySkipsForTriangle;

};

#endif