This class acts as an intermediate step between the Main function and the ENSDF object and the different DataQuery objects. More...

#include <ENSDFProcessor.h>

Inheritance diagram for ENSDFProcessor:

List of all members.

Public Member Functions
	ENSDFProcessor (string ENSDFDirectory, string MassTableDirectory, VerbosePrinter *toRegister=NULL, unsigned int nbrOfThreads=5)
	Constructor, constructs the processor, which will also construct the underlying ENSDF and MassTable objects.
	~ENSDFProcessor ()
	Prevents memory leaks by destroying for example the ENSDF and MassTable objects.
list< InterestingDecayBetaGamma * >	runBetaGammaQuery (double minBetaDecayTime, double maxBetaDecayTime)
	Runs a DataQueryBetaGamma.
void	runBetaGammaQuery (double minBetaDecayTime, double maxBetaDecayTime, double minBetaBranchStrength, double minGammaBranchStrength, string outputFileName)
	Runs a DataQueryBetaGamma with the arguments minBetaDecayTime and maxBetaDecayTime, and saves the results to outputFileName.
void	runBetaGammaQuery_GenerateGammaList (double minBetaDecayTime, double maxBetaDecayTime, double minGammaBranchStrength, string outputFileName)
	Just like runBetaGammaQuery(double, double, double, double, string), but generates a list of nucleids and gamma energies only.
void	runBetaGammaQuery_GenerateChartList (double minBetaDecayTime, double maxBetaDecayTime, double minGammaBranchStrength, string outputFileName)
	Just like runBetaGammaQuery(double, double, double, double, string), but generates a list of nucleids and gamma energies only.
void	runBetaGammaQuery_GenerateTexList (double minBetaDecayTime, double maxBetaDecayTime, double minGammaBranchStrength, string outputFileName)
	Just like runBetaGammaQuery(double, double, double, double, string), but generates a list of nucleids and gamma energies only.
list< InterestingDecayIsomer * >	runIsomerQuery (double tLower, double tUpper)
	Runs a DataQueryIsomer.
void	runIsomerQuery (double tLower, double tUpper, string outputFileName)
	Calls runIsomerQuery(double, double), and writes the data to the file specified by outputFileName.
Protected Member Functions
vector< string >	getDirectoryContent (string DirectoryName)
	Returns a list of the files in a given directory.
Static Protected Member Functions
static int	one (const struct dirent *unused)
	Used to when retrieving directory content.
Protected Attributes
ENSDF *	myENSDF
	The ENSDF object used in this ENSDFprocessor.
MassTable *	myTable
	The MassTable object used in this ENSDFProcessor.

Detailed Description

This class acts as an intermediate step between the Main function and the ENSDF object and the different DataQuery objects.

It controlls the construction of the ENSDF and MassTable objects.

Author:: Rikard Lundmark

Definition at line 83 of file ENSDFProcessor.h.

Constructor & Destructor Documentation

ENSDFProcessor::ENSDFProcessor	(	string	ENSDFDirectory,
		string	MassTableDirectory,
		VerbosePrinter *	toRegister = `NULL`,
		unsigned int	nbrOfThreads = `5`
	)

Constructor, constructs the processor, which will also construct the underlying ENSDF and MassTable objects.

Parameters:

ENSDFDirectory	The directory containing the ENSDF files.
MassTableDirectory	The directory containing the MassTable files (mass.mas03).
toRegister	Used to display information to the user.
nbrOfThreads	The number of working threads the ENSDF object should use when constructing the Isotope objects.

Definition at line 3 of file ENSDFProcessor.cpp.

References getDirectoryContent(), myENSDF, myTable, VerbosePrinterEventEnabled::registerChild(), and VerbosePrinterEventEnabled::registerListener().

{
  registerListener(toRegister);
  vector<string> myDirectory = getDirectoryContent(ENSDFDirectory);
  for(unsigned int i = 0; i<myDirectory.size(); i++)
    {
      myDirectory[i]=ENSDFDirectory + "/" + myDirectory[i];
    }
  myENSDF = new ENSDF(myDirectory, toRegister, nbrOfThreads);
  vector<string> myMassDirectory = getDirectoryContent(MassTableDirectory);
  myTable = new MassTable(MassTableDirectory + "/" + myMassDirectory.front(), toRegister);


  registerChild(myTable);
  registerChild(myENSDF);
}

Member Function Documentation

vector< string > ENSDFProcessor::getDirectoryContent ( string DirectoryName ) [protected]

Returns a list of the files in a given directory.

Returns:: A list of the files in the directory.

Parameters:

DirectoryName The directory to find the files in.

Definition at line 182 of file ENSDFProcessor.cpp.

References one(), and VerbosePrinterEventEnabled::vPrint().

Referenced by ENSDFProcessor().

{
  vPrint(3,"Loading directory content of %s\n",directoryName.c_str());
  vector<string> toReturn;

  struct dirent **eps;
  int n;

  n = scandir (directoryName.c_str(), &eps, one, alphasort);
  if (n >= 0)
    {
      int cnt;
      for (cnt = 0; cnt < n; ++cnt)
        {
          string tmp(eps[cnt]->d_name);
          if(!(tmp.compare(".")==0 || tmp.compare("..")==0 || tmp.compare(".svn")==0))
            toReturn.push_back(eps[cnt]->d_name);
        }
    }
  else
    perror ("Couldn't open the directory");
  vPrint(3,"Found %d entries in folder %s\n", (int)toReturn.size(), directoryName.c_str());
  return toReturn;
}

static int ENSDFProcessor::one ( const struct dirent * unused ) [inline, static, protected]

Used to when retrieving directory content.

Parameters:

unused Unused.

Definition at line 147 of file ENSDFProcessor.h.

Referenced by getDirectoryContent().

void ENSDFProcessor::runBetaGammaQuery	(	double	minBetaDecayTime,
		double	maxBetaDecayTime,
		double	minBetaBranchStrength,
		double	minGammaBranchStrength,
		string	outputFileName
	)

Runs a DataQueryBetaGamma with the arguments minBetaDecayTime and maxBetaDecayTime, and saves the results to outputFileName.

See also:: DataQueryBetaGamma, InterestingDecayBetaGamma::toString(double, double)

Parameters:

minBetaDecayTime	The minimum beta decay time to search for.
maxBetaDecayTime	The maximum beta decay time to search for.
minBetaBranchStrength	The minimum beta branch strength to print.
minGammaBranchStrength	The minimum gamma branch strength to print.
outputFileName	The file to write the result to. Must be a valid filename.

Definition at line 28 of file ENSDFProcessor.cpp.

References NULL, runBetaGammaQuery(), and VerbosePrinterEventEnabled::vPrint().

{
  vPrint(2,"Running query to file.\n");
  FILE * myFile = fopen (outputFileName.c_str(), "w");
  if(myFile!=NULL)
    {    
      vPrint(3,"File was successfully created.\n");
      list<InterestingDecayBetaGamma* > myDecays = runBetaGammaQuery(minBetaDecayTime, maxBetaDecayTime);
      for(list<InterestingDecayBetaGamma* >::iterator it = myDecays.begin(); it!=myDecays.end(); it++)
        {
          fprintf(myFile, "%s\n", (*it)->toString(minBetaBranchStrength, minGammaBranchStrength).c_str());
        }
      vPrint(3,"Wrote %d posts to the file.\n", myDecays.size());
      vPrint(3,"Closing file.\n");
      fclose(myFile); 
      for(list<InterestingDecayBetaGamma*>::iterator it = myDecays.begin(); it!=myDecays.end(); it++)
        {
          delete *it;
          *it = NULL;
        }
    }
}

list< InterestingDecayBetaGamma * > ENSDFProcessor::runBetaGammaQuery	(	double	minBetaDecayTime,
		double	maxBetaDecayTime
	)

Runs a DataQueryBetaGamma.

Returns:: a list with the InterestingDecayBetaGamma found.

See also:: DataQueryBetaGamma.

Parameters:

minBetaDecayTime	The minimum beta decay time to search for.
maxBetaDecayTime	The maximum beta decay time to search for.

Definition at line 166 of file ENSDFProcessor.cpp.

References myENSDF, VerbosePrinterEventEnabled::myPrinter, myTable, NULL, VerbosePrinterEventEnabled::registerChild(), DataQueryBetaGamma::RunQuery(), and VerbosePrinterEventEnabled::vPrint().

Referenced by proceed_interact(), proceed_nointeract(), runBetaGammaQuery(), runBetaGammaQuery_GenerateChartList(), runBetaGammaQuery_GenerateGammaList(), and runBetaGammaQuery_GenerateTexList().

{
  vPrint(2,"Creating BetaGamma data query.\n");
  DataQueryBetaGamma * myQuery = new DataQueryBetaGamma(myENSDF, myTable, myPrinter);
  registerChild(myQuery);

  list<InterestingDecayBetaGamma*> myDecayList = myQuery->RunQuery(minBetaDecayTime, maxBetaDecayTime);

  delete myQuery;
  myQuery = NULL;

  return myDecayList;
}

void ENSDFProcessor::runBetaGammaQuery_GenerateChartList	(	double	minBetaDecayTime,
		double	maxBetaDecayTime,
		double	minGammaBranchStrength,
		string	outputFileName
	)

Just like runBetaGammaQuery(double, double, double, double, string), but generates a list of nucleids and gamma energies only.

Parameters:

minBetaDecayTime	The minimum beta decay time to search for.
maxBetaDecayTime	The maximum beta decay time to search for.
minGammaBranchStrength	The minimum gamma branch strength to print.
outputFileName	The file to write the result to. Must be a valid filename.

Definition at line 76 of file ENSDFProcessor.cpp.

References NULL, runBetaGammaQuery(), and VerbosePrinterEventEnabled::vPrint().

Referenced by proceed_nointeract().

{
  vPrint(2, "Running ChartList query to file.\n");
  FILE * myFile = fopen(outputFileName.c_str(), "w");
  if(myFile!=NULL)
    {
      vPrint(3,"File was successfully created.\n");
      list<InterestingDecayBetaGamma* > myDecays = runBetaGammaQuery(minBetaDecayTime, maxBetaDecayTime);
      for(list<InterestingDecayBetaGamma*>::iterator it = myDecays.begin(); it!=myDecays.end(); it++)
        {
          fprintf(myFile, "%s", (*it)->toChartString(minGammaBranchStrength).c_str());
        }
      vPrint(3,"Wrote %d posts to the file.\n", myDecays.size());
      vPrint(3,"Closing file.\n");
      fclose(myFile);
      for(list<InterestingDecayBetaGamma*>::iterator it = myDecays.begin(); it!=myDecays.end(); it++)
        {
          delete *it;
          *it = NULL;
        }
    }
  else
    vPrint(1,"Could not create file!");
}

void ENSDFProcessor::runBetaGammaQuery_GenerateGammaList	(	double	minBetaDecayTime,
		double	maxBetaDecayTime,
		double	minGammaBranchStrength,
		string	outputFileName
	)

Just like runBetaGammaQuery(double, double, double, double, string), but generates a list of nucleids and gamma energies only.

Parameters:

minBetaDecayTime	The minimum beta decay time to search for.
maxBetaDecayTime	The maximum beta decay time to search for.
minGammaBranchStrength	The minimum gamma branch strength to print.
outputFileName	The file to write the result to. Must be a valid filename.

Definition at line 51 of file ENSDFProcessor.cpp.

References NULL, runBetaGammaQuery(), and VerbosePrinterEventEnabled::vPrint().

Referenced by proceed_nointeract().

{
  vPrint(2, "Running GammaList query to file.\n");
  FILE * myFile = fopen(outputFileName.c_str(), "w");
  if(myFile!=NULL)
    {
      vPrint(3,"File was successfully created.\n");
      list<InterestingDecayBetaGamma* > myDecays = runBetaGammaQuery(minBetaDecayTime, maxBetaDecayTime);
      for(list<InterestingDecayBetaGamma*>::iterator it = myDecays.begin(); it!=myDecays.end(); it++)
        {
          fprintf(myFile, "%s", (*it)->toGammaString(minGammaBranchStrength).c_str());
        }
      vPrint(3,"Wrote %d posts to the file.\n", myDecays.size());
      vPrint(3,"Closing file.\n");
      fclose(myFile);
      for(list<InterestingDecayBetaGamma*>::iterator it = myDecays.begin(); it!=myDecays.end(); it++)
        {
          delete *it;
          *it = NULL;
        }
    }
  else
    vPrint(1,"Could not create file!");
}

void ENSDFProcessor::runBetaGammaQuery_GenerateTexList	(	double	minBetaDecayTime,
		double	maxBetaDecayTime,
		double	minGammaBranchStrength,
		string	outputFileName
	)

Just like runBetaGammaQuery(double, double, double, double, string), but generates a list of nucleids and gamma energies only.

Parameters:

minBetaDecayTime	The minimum beta decay time to search for.
maxBetaDecayTime	The maximum beta decay time to search for.
minGammaBranchStrength	The minimum gamma branch strength to print.
outputFileName	The file to write the result to. Must be a valid filename.

Definition at line 102 of file ENSDFProcessor.cpp.

References NULL, runBetaGammaQuery(), and VerbosePrinterEventEnabled::vPrint().

Referenced by proceed_nointeract().

{
  vPrint(2, "Running ChartList query to file.\n");
  FILE * myFile = fopen(outputFileName.c_str(), "w");
  if(myFile!=NULL)
    {
      vPrint(3,"File was successfully created.\n");
      list<InterestingDecayBetaGamma* > myDecays = runBetaGammaQuery(minBetaDecayTime, maxBetaDecayTime);
      for(list<InterestingDecayBetaGamma*>::iterator it = myDecays.begin(); it!=myDecays.end(); it++)
        {
          fprintf(myFile, "%s", (*it)->toTexString(minGammaBranchStrength).c_str());
          vPrint(3,"%s",(*it)->toTexString(minGammaBranchStrength).c_str());
        }
      vPrint(3,"Wrote %d posts to the file.\n", myDecays.size());
      vPrint(3,"Closing file.\n");
      fclose(myFile);
      for(list<InterestingDecayBetaGamma*>::iterator it = myDecays.begin(); it!=myDecays.end(); it++)
        {
          delete *it;
          *it = NULL;
        }
    }
  else
    vPrint(1,"Could not create file!");
}

list< InterestingDecayIsomer * > ENSDFProcessor::runIsomerQuery	(	double	tLower,
		double	tUpper
	)

Runs a DataQueryIsomer.

Returns:: the InterestingDecaysIsomer objects found.

See also:: DataQueryIsomer.

Parameters:

tLower	The lower level decay time to search for.
tUpper	The upper level decay time to search for.

Definition at line 153 of file ENSDFProcessor.cpp.

References myENSDF, VerbosePrinterEventEnabled::myPrinter, NULL, VerbosePrinterEventEnabled::registerChild(), DataQueryIsomer::RunQuery(), and VerbosePrinterEventEnabled::vPrint().

Referenced by proceed_nointeract(), and runIsomerQuery().

{
  vPrint(2, "Creating Isomer query.\n");
  DataQueryIsomer * myQuery = new DataQueryIsomer(myENSDF, myPrinter);
  registerChild(myQuery);
  list<InterestingDecayIsomer*> myDecayList = myQuery->RunQuery(tLower, tUpper);

  delete myQuery;
  myQuery = NULL;
  
  return myDecayList;
}

void ENSDFProcessor::runIsomerQuery	(	double	tLower,
		double	tUpper,
		string	outputFileName
	)

Calls runIsomerQuery(double, double), and writes the data to the file specified by outputFileName.

See also:: InterestingDecayIsomer::toString()

Parameters:

tLower	The lower level decay time to search for.
tUpper	The upper level decay time to search for.
outputFileName	The file to write the result to.

Definition at line 130 of file ENSDFProcessor.cpp.

References NULL, runIsomerQuery(), and VerbosePrinterEventEnabled::vPrint().

{
  vPrint(2,"Running Isomer query to file.\n");
  FILE * myFile = fopen (outputFileName.c_str(), "w");
  if(myFile!=NULL)
    {    
      vPrint(3,"File was successfully created.\n");
      list<InterestingDecayIsomer*> myDecays = runIsomerQuery(tLower, tUpper);
      for(list<InterestingDecayIsomer*>::iterator it = myDecays.begin(); it!=myDecays.end(); it++)
        {
          fprintf(myFile, "%s\n", (*it)->toString().c_str());
        }
      vPrint(3,"Closing file.\n");
      fclose(myFile);
      for(list<InterestingDecayIsomer*>::iterator it = myDecays.begin(); it!=myDecays.end(); it++)
        {
          delete *it;
          *it = NULL;
        }
    }
  vPrint(2,"Done with query.\n");
}

The documentation for this class was generated from the following files:

Public Member Functions

Protected Member Functions

Static Protected Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation