/// <summary>
/// This method does all the job before calling the simulation window.
/// </summary>
private void _generate()
{
//initiate all the data including NodeActivator static variables
int i = 0, j = 0;
Dictionary <int, int> GraphIDtoID = new Dictionary <int, int>();
SimWindow = new NonThreadedSimulationWin();
NodeList.Nodes = null;
NodeActivator.MaxFlow = 0;
NodeActivator.TotalNumberOfEdges = 0;
NodeActivator.NodeNums = this._Vertexes.Length;
NodeActivator.EdgeNums = this._Edges.GetLength(0);
NodeActivator.CommNums = this._Commodities.GetLength(0);
NodeActivator.TotalNumberOfEdges = (float)this._Edges.GetLength(0);
NodeActivator.NodeFailureRate = this._FaiureRate;
NodeActivator.WakeUpNodeList = new HashSet <int>();
NodeActivator.NodeSplitBySourceLog = new Dictionary <int, int>();
NodeActivator.NodeSplitByTargetLog = new Dictionary <int, int>();
NodeActivator.Cancel = false;
NodeActivator.FailNum = 0;
this._MaxThreshold = this._Vertexes.Length * this._MaxDemand;
//set up poision style probability if failure probability is greater than zero
if (this._FaiureRate > 0)
{
this._setNodeFailureNode();
this._FaiureRate = this._FaiureRate / 10;
}
//add nodes to the static nodelist dictionary
// The node IDs for simulation may be different than GUI ids
foreach (int id in _Vertexes)
{
GraphIDtoID.Add(id, j);
NodeList.Nodes.Add(j, new AdHocNode(j++, id, this._ProfitVal, this._FaiureRate));
}
try
{ //set up node data structures according to the edges in the network
int to, from;
for (i = 0; i < _Edges.GetLength(0); i++)
{
from = this._Edges[i, 0];
to = this._Edges[i, 1];
from = GraphIDtoID[from];
to = GraphIDtoID[to];
NodeList.Nodes[from].Targets.Add(NodeList.Nodes[to].ID, true);
NodeList.Nodes[from].MyTargetThresholds.Add(NodeList.Nodes[to].ID, this._MaxThreshold);
NodeList.Nodes[from].TargetsAndFlowReached.Add(NodeList.Nodes[to].ID, 0);
NodeList.Nodes[from].TargetsAndMyFlowSent.Add(NodeList.Nodes[to].ID, new Dictionary <int, float>());
NodeList.Nodes[from].TargetsAndFlowForwarded.Add(NodeList.Nodes[to].ID, new Dictionary <string, float>());
NodeList.Nodes[to].Sources.Add(NodeList.Nodes[from].ID);
NodeList.Nodes[to].SourcesAndFlowConsumed.Add(NodeList.Nodes[from].ID, new Dictionary <int, float>());
NodeList.Nodes[to].SourcesAndFlowForwarded.Add(NodeList.Nodes[from].ID, new Dictionary <string, float[]>());
NodeList.Nodes[to].FlowBlockValueForSources.Add(NodeList.Nodes[from].ID, 0);
NodeList.Nodes[to].InFlow.Add(NodeList.Nodes[from].ID, new Dictionary <string, AdHocFlow>());
}
//update commodities according to the simulation ndoe ids
for (i = 0; i < this._Commodities.GetLength(0); i++)
{
NodeActivator.MaxFlow += this._Commodities[i, 2];
from = (int)this._Commodities[i, 0];
to = (int)this._Commodities[i, 1];
this._Commodities[i, 0] = GraphIDtoID[from];
this._Commodities[i, 1] = GraphIDtoID[to];
}
SimWindow.Show();
this._SplitNodes();
this._SplitCommodities();
this._TableFillAlgo();
this._TotalSingleFlow = this._CalculateSingleEdgeFlow();
NodeActivator.SingleEdgeFlow = this._TotalSingleFlow;
}
catch (Exception e)
{
ExceptionMessage.Show("There was a problem with Data provided to simulation: " + e.ToString());
}
SimWindow.StartSim();
}
/// <summary>
/// This method does all the job before calling the simulation window.
/// </summary>
private void _generate()
{
//initiate all the data including NodeActivator static variables
int i = 0, j = 0;
Dictionary<int, int> GraphIDtoID = new Dictionary<int, int>();
SimWindow = new NonThreadedSimulationWin();
NodeList.Nodes = null;
NodeActivator.MaxFlow = 0;
NodeActivator.TotalNumberOfEdges = 0;
NodeActivator.NodeNums = this._Vertexes.Length;
NodeActivator.EdgeNums = this._Edges.GetLength(0);
NodeActivator.CommNums = this._Commodities.GetLength(0);
NodeActivator.TotalNumberOfEdges = (float)this._Edges.GetLength(0);
NodeActivator.NodeFailureRate = this._FaiureRate;
NodeActivator.WakeUpNodeList = new HashSet<int>();
NodeActivator.NodeSplitBySourceLog = new Dictionary<int, int>();
NodeActivator.NodeSplitByTargetLog = new Dictionary<int, int>();
NodeActivator.Cancel = false;
NodeActivator.FailNum = 0;
this._MaxThreshold = this._Vertexes.Length * this._MaxDemand;
//set up poision style probability if failure probability is greater than zero
if (this._FaiureRate > 0)
{
this._setNodeFailureNode();
this._FaiureRate = this._FaiureRate / 10;
}
//add nodes to the static nodelist dictionary
// The node IDs for simulation may be different than GUI ids
foreach (int id in _Vertexes)
{
GraphIDtoID.Add(id, j);
NodeList.Nodes.Add(j, new AdHocNode(j++, id, this._ProfitVal, this._FaiureRate));
}
try
{ //set up node data structures according to the edges in the network
int to, from;
for (i = 0; i < _Edges.GetLength(0); i++)
{
from = this._Edges[i, 0];
to = this._Edges[i, 1];
from = GraphIDtoID[from];
to = GraphIDtoID[to];
NodeList.Nodes[from].Targets.Add(NodeList.Nodes[to].ID, true);
NodeList.Nodes[from].MyTargetThresholds.Add(NodeList.Nodes[to].ID, this._MaxThreshold);
NodeList.Nodes[from].TargetsAndFlowReached.Add(NodeList.Nodes[to].ID, 0);
NodeList.Nodes[from].TargetsAndMyFlowSent.Add(NodeList.Nodes[to].ID, new Dictionary<int, float>());
NodeList.Nodes[from].TargetsAndFlowForwarded.Add(NodeList.Nodes[to].ID, new Dictionary<string, float>());
NodeList.Nodes[to].Sources.Add(NodeList.Nodes[from].ID);
NodeList.Nodes[to].SourcesAndFlowConsumed.Add(NodeList.Nodes[from].ID, new Dictionary<int, float>());
NodeList.Nodes[to].SourcesAndFlowForwarded.Add(NodeList.Nodes[from].ID, new Dictionary<string, float[]>());
NodeList.Nodes[to].FlowBlockValueForSources.Add(NodeList.Nodes[from].ID, 0);
NodeList.Nodes[to].InFlow.Add(NodeList.Nodes[from].ID, new Dictionary<string, AdHocFlow>());
}
//update commodities according to the simulation ndoe ids
for (i = 0; i < this._Commodities.GetLength(0); i++)
{
NodeActivator.MaxFlow += this._Commodities[i, 2];
from = (int)this._Commodities[i, 0];
to = (int)this._Commodities[i, 1];
this._Commodities[i, 0] = GraphIDtoID[from];
this._Commodities[i, 1] = GraphIDtoID[to];
}
SimWindow.Show();
this._SplitNodes();
this._SplitCommodities();
this._TableFillAlgo();
this._TotalSingleFlow = this._CalculateSingleEdgeFlow();
NodeActivator.SingleEdgeFlow = this._TotalSingleFlow;
}
catch (Exception e)
{
ExceptionMessage.Show("There was a problem with Data provided to simulation: " + e.ToString());
}
SimWindow.StartSim();
}
