public void InitProcess(CalculationTask calculationTask, INetCreator netcreater)
{
NetMap = netcreater.CreateNet();
_calculationTask = calculationTask;
SelectAB();
_percalationResult = new List <int>(_calculationTask.CountOfIteration);
}
public void InitProcess(CalculationTask calculationTask, INetCreator netcreater)
{
_netMap = netcreater.CreateNet();
UseOnlyActiveNodes();
_calculationTask = calculationTask;
SelectAb();
_percalationResult = new List <int>(_calculationTask.CountOfIteration);
_random = new Random();
}
public SimpleKernel(IProcessor processor, CalculationTask calculationTask, INetCreator netcreater, IResultWriter writer, int expirementCount = 100)
{
for (var i = 0; i < expirementCount; i++)
{
processor.InitProcess(calculationTask, netcreater);
processor.Processing();
processor.WriteResult(writer);
Console.WriteLine("expirement {0} success", i);
}
}
public HoleNetCreator(INetCreator netCreator, double targetAverageLinkCount)
{
_netCreator = netCreator;
_targetAverageLinkCount = targetAverageLinkCount;
}
static void Calc(string[] userinput, double averageLinkCount)
{
string netType = Properties.Settings.Default.NetType;
INetCreator Netcreator = null;
IProcessor processor;
var path = Directory.GetCurrentDirectory() + @"\Results\";
Directory.CreateDirectory(path);
CalculationTask calculationTask;
#region Select CalculationTask
ComaSepareteFileWriter writer = null;
switch (userinput[0])
{
case "4":
{
calculationTask = new CalculationTask(0, Nodecount, netType, Minlink, Addtomaxlinkcount, MaxVirus, PofInfective, Granica, Segmentcont, Adressdiffstrategy, Virussendstrategy, Isappend, Isadresdiff,
Iterationcount, path, percentbackupchannel);
processor = new TrueProcessor();
break;
}
case "TrueReferenceProcessor":
{
calculationTask = new CalculationTask(0, Nodecount, netType, Minlink, (int)averageLinkCount, MaxVirus, PofInfective, Granica, Segmentcont, Adressdiffstrategy, Virussendstrategy, Isappend, Isadresdiff,
Iterationcount, path, percentbackupchannel);
processor = new TrueReferenceProcessor();
break;
}
case "ReferenceProcessor":
{
calculationTask = CalculationTaskCreator.CreateForReferencesCalculator(path, Iterationcount, netType);
var weight = FileNetLoad.ReadWeight(userinput[3], Properties.Settings.Default.DefaultConnectionWeight);
var st = userinput[3];
for (int i = 4; i < userinput.Length; i++)
{
weight = FileNetLoad.MultiplyWeight(weight, FileNetLoad.ReadWeight(userinput[i], Properties.Settings.Default.DefaultConnectionWeight));
st += "-" + userinput[i];
}
processor = new ReferencesProcessor(weight);
writer = new ComaSepareteFileWriter(Path.Combine(path, st + "_" + Properties.Settings.Default.DefaultConnectionWeight));
break;
}
default:
{
Console.WriteLine(@"Input is not correct");
return;
}
}
#endregion
#region Select NetBuilder
switch (userinput[1])
{
case "NetBuilder":
{
Netcreator = new NetBuilder(calculationTask);
break;
}
case "HoleNetCreator":
{
Netcreator = new HoleNetCreator(new NetBuilder(calculationTask), averageLinkCount);
break;
}
case "FileNetLoad":
{
Netcreator = new FileNetLoad(userinput[2]);
break;
}
default:
{
Console.WriteLine(@"Input is not correct");
return;
}
}
#endregion
if (writer == null)
{
writer =
new ComaSepareteFileWriter(Path.Combine(path, calculationTask.NetType + "_" + averageLinkCount.ToString("0.00")));
}
var d = new SimpleKernel(processor, calculationTask, Netcreator, writer, Experementcount);
}
