public void ReadFiles()
{
System.IO.StreamReader thisReader;
System.IO.StreamWriter thisWriter;
string sOutputFilename = sDataDirectory + "//parsed.tsv";
string[] sFilenames;
sFilenames = System.IO.Directory.GetFiles(sDataDirectory); //Reads all filenames in the specified directory
int iGroupNumber = 0; //Set the overall group number to 0, this will associate all hits in a group so it's important to track!
thisWriter = new System.IO.StreamWriter(sOutputFilename);
foreach (string FileName in sFilenames)
{
Console.WriteLine("File is called " + FileName);
ANUFilename thisName = new ANUFilename(FileName);
if (thisName.RunTimeSeconds > dRunTimeSeconds)
{
dRunTimeSeconds = thisName.RunTimeSeconds; //Calculate total run time (+/- 60s if the data has been copied)
}
if (thisName.IsBFile == true)
{
Console.WriteLine("And it's a B file!");
//Open the file
thisReader = new System.IO.StreamReader(FileName);
while (thisReader.EndOfStream != true)
{
string sLine = thisReader.ReadLine();
string[] splits = sLine.Split('\t');
UInt16[] values = Array.ConvertAll(splits, UInt16.Parse);
List <TDC3377DoubleWord> TDC3377Words = new List <TDC3377DoubleWord>();
foreach (UInt16 thisUI16 in values) //We have all the values as UInt16's but it would be nice to get them as TDC3377DataWords so lets convert
{
if (thisUI16 > 0) //Remove the useless 0's
{
TDC3377DoubleWord tempWord = new TDC3377DoubleWord(thisUI16);
if (tempWord.Channel > 15) //Remove the noise on channels <16
{
TDC3377Words.Add(tempWord); //Put the word in the list
}
}
}
if (TDC3377Words.Count > 0) //if we have data put it into a group class
{
Group thisGroup = new Group(TDC3377Words, iGroupNumber);
//Console.Write(thisGroup.ToString());
thisWriter.Write(thisGroup.ToString());
iGroupNumber++;
}
}
thisReader.Close();
}
}
}
public void ReadFiles()
{
System.IO.StreamReader thisReader;
System.IO.StreamWriter thisWriter;
string sOutputFilename = sDataDirectory+"//parsed.tsv";
string[] sFilenames;
sFilenames = System.IO.Directory.GetFiles(sDataDirectory); //Reads all filenames in the specified directory
int iGroupNumber = 0; //Set the overall group number to 0, this will associate all hits in a group so it's important to track!
thisWriter = new System.IO.StreamWriter(sOutputFilename);
foreach (string FileName in sFilenames)
{
Console.WriteLine("File is called " + FileName);
ANUFilename thisName = new ANUFilename(FileName);
if (thisName.RunTimeSeconds > dRunTimeSeconds)
dRunTimeSeconds = thisName.RunTimeSeconds; //Calculate total run time (+/- 60s if the data has been copied)
if (thisName.IsBFile == true)
{
Console.WriteLine("And it's a B file!");
//Open the file
thisReader = new System.IO.StreamReader(FileName);
while (thisReader.EndOfStream != true)
{
string sLine = thisReader.ReadLine();
string[] splits = sLine.Split('\t');
UInt16[] values = Array.ConvertAll(splits, UInt16.Parse);
List<TDC3377DoubleWord> TDC3377Words = new List<TDC3377DoubleWord>();
foreach (UInt16 thisUI16 in values) //We have all the values as UInt16's but it would be nice to get them as TDC3377DataWords so lets convert
{
if(thisUI16 > 0) //Remove the useless 0's
{
TDC3377DoubleWord tempWord = new TDC3377DoubleWord(thisUI16);
if (tempWord.Channel > 15) //Remove the noise on channels <16
TDC3377Words.Add(tempWord); //Put the word in the list
}
}
if (TDC3377Words.Count > 0) //if we have data put it into a group class
{
Group thisGroup = new Group(TDC3377Words, iGroupNumber);
//Console.Write(thisGroup.ToString());
thisWriter.Write(thisGroup.ToString());
iGroupNumber++;
}
}
thisReader.Close();
}
}
}
