include/gdb/terrainDatabaseToolConfiguration.h

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/*******************************************************************************
** Copyright (c) 2004 MAK Technologies, Inc.
** All rights reserved.
*******************************************************************************/
/*******************************************************************************
** $RCSfile: terrainDatabaseToolConfiguration.h,v $ $Revision: 1.8 $ $State: Exp $
*******************************************************************************/
#ifndef terrainDatabaseToolConfiguration_H_
#define terrainDatabaseToolConfiguration_H_

//
// \file tdbToolConfiguration.h
// \brief Contains the DtTerrainDatabaseToolConfiguration class declaration.
//

#include "gdb/gdbDefines.h"
#include <vlutil/vlConfig.h>
#include <vlutil/vlFilename.h>
#include <vector>

// The DtTerrainDatabaseToolConfiguration contains all the configuration information
// for the terrain database tool to process a terrain database.
// 
class DT_DLL_gdb DtTerrainDatabaseToolConfiguration
{
public:

   DtTerrainDatabaseToolConfiguration();

   virtual ~DtTerrainDatabaseToolConfiguration();

   // \name Accessor functions for the configuration object

   bool reduce() const;
   void setReduce(bool reduce);

   bool triangulateTerrain() const;
   void setTriangulateTerrain(bool yesNo);

   double reductionTolerance() const;
   void setReductionTolerance(double tolerance);

   bool collapseCSNodes() const;
   void setCollapseCSNodes(bool collapse);

   bool convertToGeocentric() const;
   void setConvertToGeocentric(bool convert);

   bool convertToFlatEarth() const;
   void setConvertToFlatEarth(bool convert);

   bool rebalance() const;
   void setRebalance(bool rebalance);

   unsigned branching() const;
   void setBranching(unsigned branching);

   unsigned leafing() const;
   void setLeafing(unsigned leafing);

   bool clipVectorData() const;
   void setClipVectorData(bool clipVectorData);

   bool planarizeVectorData() const;
   void setPlanarizeVectorData(bool planarizeVectorData);

   double planarizeTolerance() const;
   void setPlanarizeTolerance(double planarizeTolerance);

   unsigned planarizeExcessiveEdgeCount() const;
   void setPlanarizeExcessiveEdgeCount(unsigned excessiveEdgeCount);

   // This function returns whether or not the configuration 
   // object is properly configured or not.  If any inappropriate
   // grouping or values for arguments are detected, this will return 
   // false.
   // \return a boolean indicating the state of the configuration object.
   bool validConfiguration() const;

   virtual bool originSet() const;
   virtual void setOrigin(bool flag);

   virtual bool moveOrigin() const;
   virtual void setMoveOrigin(bool flag);

   // Note that latitude and longitude must be
   // of the format D:M:S (degrees:minutes:seconds)
   const DtString& latitude() const;
   void setLatitude(const DtString& lat);

   const DtString& longitude() const;
   void setLongitude(const DtString& lon);

   // Values in radians.  Must be set by user as it is not
   // set as a function of setting the string values
   double radiansLatitude() const;
   void setRadiansLatitude(double lat);

   double radiansLongitude() const;
   void setRadiansLongitude(double lon);

   unsigned zone() const;
   void setZone(unsigned zone);

private:

   bool           myReduce;
   double         myReductionTolerance; 
   bool           myTriangulateTerrain;

   bool           myCollapseCSNodes;
   bool           myConvertToGeocentric;
   bool           myConvertToFlatEarth;

   bool           myRebalance;
   unsigned       myBranching;
   unsigned       myLeafing;

   bool           myClipVectorData;
   bool           myPlanarizeVectorData;
   double         myPlanarizeTolerance;
   unsigned       myPlanarizeExcessiveEdgeCount;

   bool           mySetOrigin;
   bool           myMoveOrigin;
   DtString       myLatitude;
   DtString       myLongitude;
   double         myRadiansLatitude;
   double         myRadiansLongitude;
   unsigned       myZone;
};


#endif