public MCA_Characteristics(MatrixComputations.TransitivityType TT)
{
labelSettings = new Dictionary <string, bool>(labels.Length);
foreach (string s in labels)
{
labelSettings[s] = true;
}
transitivitytype = TT;
}
public string selMeth; //Selection method specified in options form
public NetworkCharacteristics(NetworkIO n, int i, string _inputType, string _externalFile, string _svcFile, MatrixComputations.TransitivityType _transitivityType,
double _cutoff, double _density, bool _zeroDiagonal, int _reachMatrixCount, string _erpolType, double _alpha, int _kCliqueValue, bool _kCliqueDiag)
{
net = n;
netID = i;
labelSettings = new Dictionary <string, bool>(labels.Length);
foreach (string s in labels)
{
labelSettings[s] = true;
}
inputType = _inputType;
externalFile = _externalFile;
svcFile = _svcFile;
transitivityType = _transitivityType;
cutoff = _cutoff;
density = _density;
zeroDiagonal = _zeroDiagonal;
reachMatrixCount = _reachMatrixCount;
erpolType = _erpolType;
alpha = _alpha;
kCliqueDiag = _kCliqueDiag;
kCliqueValue = _kCliqueValue;
}
public NetworkCharacteristics(NetworkIO n, int i, string _inputType, string _externalFile, string _svcFile, MatrixComputations.TransitivityType _transitivityType,
double _cutoff, double _density, bool _zeroDiagonal, int _reachMatrixCount, string _erpolType, double _alpha, int _kCliqueValue, bool _kCliqueDiag)
{
net = n;
netID = i;
labelSettings = new Dictionary<string, bool>(labels.Length);
foreach (string s in labels)
{
labelSettings[s] = true;
}
inputType = _inputType;
externalFile = _externalFile;
svcFile = _svcFile;
transitivityType = _transitivityType;
cutoff = _cutoff;
density = _density;
zeroDiagonal = _zeroDiagonal;
reachMatrixCount = _reachMatrixCount;
erpolType = _erpolType;
alpha = _alpha;
kCliqueDiag = _kCliqueDiag;
kCliqueValue = _kCliqueValue;
}
