public int GetNextMatrixRows()
{
switch (_type)
{
case Type.MatrixFile:
return(MatrixReader.ReadMatrixFromFile(_sourceFile, _networkId).Rows);
case Type.VectorFile:
return(MatrixReader.ReadVectorFromFile(_sourceFile, _networkId).Rows);
case Type.RandomDiagonal:
return(_rows);
case Type.RandomSymmetric:
return(_rows);
case Type.RandomNonSymmetric:
return(_rows);
case Type.RandomVector:
return(_rows);
case Type.RandomWithProbRange:
return(_rows);
case Type.NullFile:
return(-1);
default:
return(0);
}
}
public Matrix ReadNext(bool overwrite)
{
Matrix m = null;
switch (_type)
{
case Type.MatrixFile:
m = MatrixReader.ReadMatrixFromFile(_sourceFile, _networkId);
break;
case Type.VectorFile:
m = MatrixReader.ReadVectorFromFile(_sourceFile, _networkId);
break;
case Type.RandomDiagonal:
m = RandomMatrix.LoadDiagonal(_rows, true);
m.NetworkId = _networkId;
break;
case Type.RandomSymmetric:
m = RandomMatrix.LoadSymmetric(_rows, range, pmin, pmax);
m.NetworkId = _networkId;
break;
case Type.RandomNonSymmetric:
m = RandomMatrix.LoadNonSymmetric(_rows, range, pmin, pmax);
m.NetworkId = _networkId;
break;
case Type.RandomVector:
m = RandomMatrix.LoadVector(_rows);
m.NetworkId = _networkId;
break;
case Type.RandomWithProbRange:
m = RandomMatrix.LoadWithProbabilisticRange(_rows, _cols, _min, _max);
m.NetworkId = _networkId;
break;
case Type.NullFile:
return(null);
}
_networkId = m.NetworkId + 1;
if (!string.IsNullOrEmpty(_outputFile) && _type != Type.NullFile)
{
WriteMatrixToFile(m, _isdyadic, overwrite);
}
/*
* if (m.NetworkId < 1000)
* m.NetworkId = int.Parse("1" + m.NetworkId);
*/
//else
// m.NetworkId = int.Parse("2" + m.NetworkId);
//m.NetworkId = int.Parse("1" + m.NetworkId);
return(m);
}
private void goButton_Click(object sender, EventArgs e)
{
if (maxExtraction.Checked)
{
net.cet = Network.CliqueExtractionType.Max;
}
else if (minExtraction.Checked)
{
net.cet = Network.CliqueExtractionType.Min;
}
else if (upperExtraction.Checked)
{
net.cet = Network.CliqueExtractionType.Upper;
}
else if (lowerExtraction.Checked)
{
net.cet = Network.CliqueExtractionType.Lower;
}
if (inputTypeMatrix.Checked || inputTypeDyadic.Checked || inputTypeAtt.Checked) //(12/12/15) for invalid file selection
{
net.CohesionFilename = CohesionFileName;
if (inputTypeAtt.Checked) //attribute vector
{
//obtains the Network Id from the main Matrix
net.CohesionMatrix = MatrixReader.ReadAttributeVector(CohesionFilename, net.GetMatrix("Data").NetworkId);
}
else // other options
{
net.CohesionMatrix = MatrixReader.ReadMatrixFromFile(CohesionFilename);
}
}
double tmp;
if ((binaryCutoff.Text != Constants.FileSelected && !double.TryParse(binaryCutoff.Text, out tmp) ||
(densityMax.Text != Constants.FileSelected && !double.TryParse(densityMax.Text, out d))) ||
(reachNumMatrices.Text != Constants.FileSelected && !int.TryParse(reachNumMatrices.Text, out r)) ||
(viableCoalitionValue.Text != Constants.FileSelected && !double.TryParse(viableCoalitionValue.Text, out v)) ||
(cMinMembers.Text != Constants.FileSelected && !int.TryParse(cMinMembers.Text, out m)) ||
(kCliqueValue.Text != Constants.FileSelected && !int.TryParse(kCliqueValue.Text, out k)) ||
(!double.TryParse(alphaValue.Text, out a)))
{
MessageBox.Show("You have not entered proper real numbers!", "Error!");
}
else
{
if (densityMax.Text == Constants.FileSelected)
{
d = -1.0;
}
if (reachNumMatrices.Text == Constants.FileSelected)
{
r = -1;
}
if (viableCoalitionValue.Text == Constants.FileSelected)
{
v = -1;
}
if (cMinMembers.Text == Constants.FileSelected)
{
m = -1;
}
if (kCliqueValue.Text == Constants.FileSelected)
{
k = -1;
}
this.Close();
}
}
