private void PrepareData()
{
networks = new AbstractNetwork[RealizationCount];
for (int i = 0; i < RealizationCount; ++i)
{
/*ModelTypeInfo[] info = (ModelTypeInfo[])ModelType.GetType().GetField(ModelType.ToString()).GetCustomAttributes(typeof(ModelTypeInfo), false);
Type t = Type.GetType(info[0].Implementation);
Type[] constructTypes = new Type[] {
typeof(String),
typeof(GenerationType),
typeof(Dictionary<ResearchParameter, object>),
typeof(Dictionary<GenerationParameter, object>),
typeof(AnalyzeOption) };
object[] invokeParams = new object[] {
ResearchName,
GenerationType,
ResearchParamaterValues,
GenerationParameterValues,
AnalyzeOptions };
networks[i] = (AbstractNetwork)t.GetConstructor(constructTypes).Invoke(invokeParams);*/
networks[i] = AbstractNetwork.CreateNetworkByType(ModelType,
ResearchName,
GenerationType,
ResearchParamaterValues,
GenerationParameterValues,
AnalyzeOptions);
networks[i].NetworkID = i;
networks[i].OnUpdateStatus += new NetworkStatusUpdateHandler(NetworkStatusUpdateHandlerMethod);
}
int threadCount = Math.Min(networks.Length, Environment.ProcessorCount);
// Creating thread related members
threads = new Thread[threadCount];
waitHandles = new AutoResetEvent[threadCount];
threadData = new ThreadEntryData[threadCount];
// Initialize threads and handles
for (int i = 0; i < threadCount; ++i)
{
waitHandles[i] = new AutoResetEvent(false);
threadData[i] = new ThreadEntryData(threadCount, i);
threads[i] = new Thread(new ParameterizedThreadStart(ThreadEntry)) { Priority = ThreadPriority.Lowest };
}
}
public NonHierarchicAnalyzer(AbstractNetwork n)
: base(n)
{
}
public RegularHierarchicNetworkAnalyzer(AbstractNetwork n)
: base(n)
{
}
