//Function like FindAgents above but specifically for pulling out the area data for SIT calculation and the sensor data...
public void FindSITAgents(NetworkData NDin, ref SITbridge SITin)
{
XmlNodeList JunctionsData = NetworkStruct.GetElementsByTagName("Junction");
foreach (XmlNode Jcn in JunctionsData)
{
string SignalNode = Jcn.SelectSingleNode("SignalNode").FirstChild.Value;
int NumStages = Convert.ToInt32(Jcn.SelectSingleNode("Stages").FirstChild.Value);
//JunctionAgent TempJA = new JunctionAgent(NDin, Strat, SignalNode, NumStages);
XmlNodeList StageData = Jcn.SelectNodes("Stage");
foreach (XmlNode Stg in StageData)
{
//StageAgent TempSA = new StageAgent(NDin, Strat);
XmlNodeList AgentData = Stg.SelectNodes("Agent");
foreach (XmlNode Agt in AgentData)
{
LaneAgent TempLA = new LaneAgent(NDin, Strat);
TempLA.Duplicate = Convert.ToBoolean(Agt.SelectSingleNode("Duplicate").FirstChild.Value);
if (!TempLA.Duplicate)
{
TempLA.Name = Agt.SelectSingleNode("name").FirstChild.Value;
if (Agt.SelectSingleNode("UpstreamAgents").HasChildNodes)
{
TempLA.UpstreamAgents = Agt.SelectSingleNode("UpstreamAgents").FirstChild.Value;
}
if (Agt.SelectSingleNode("FeedPercentage").HasChildNodes)
{
TempLA.feedPercentages = Agt.SelectSingleNode("FeedPercentage").FirstChild.Value;
}
XmlNodeList RoadData = Agt.SelectNodes("RoadSec");
foreach (XmlNode Rsec in RoadData)
{
string Snode, Enode;
int Lane, OLanes;
double Oset, Tlen;
Snode = Rsec.SelectSingleNode("StartNode").FirstChild.Value;
Enode = Rsec.SelectSingleNode("EndNode").FirstChild.Value;
Lane = Convert.ToInt32(Rsec.SelectSingleNode("Lane").FirstChild.Value);
OLanes = Convert.ToInt32(Rsec.SelectSingleNode("OfLanes").FirstChild.Value);
Oset = Convert.ToDouble(Rsec.SelectSingleNode("Offset").FirstChild.Value);
Tlen = Convert.ToDouble(Rsec.SelectSingleNode("TotalLength").FirstChild.Value);
LaneAgent.BitOfRoad br = new LaneAgent.BitOfRoad(Snode, Enode, Lane, OLanes, Oset);
br.TotalLength = Tlen;
TempLA.RoadSegments.Add(br);
}
SITin.AddArea(new SITarea(TempLA));
}
}
}
}
}
//Function to read get the agent data from the XML file
protected void FindAgents(NetworkData NDin, ref ZoneAgent ZAin)
{
XmlNodeList JunctionsData = NetworkStruct.GetElementsByTagName("Junction");
foreach (XmlNode Jcn in JunctionsData)
{
string SignalNode = Jcn.SelectSingleNode("SignalNode").FirstChild.Value;
int NumStages = Convert.ToInt32(Jcn.SelectSingleNode("Stages").FirstChild.Value);
JunctionAgent TempJA = new JunctionAgent(NDin, Strat, SignalNode, NumStages);
XmlNodeList StageData = Jcn.SelectNodes("Stage");
foreach (XmlNode Stg in StageData)
{
StageAgent TempSA = new StageAgent(NDin, Strat);
XmlNodeList AgentData = Stg.SelectNodes("Agent");
foreach (XmlNode Agt in AgentData)
{
LaneAgent TempLA = new LaneAgent(NDin, Strat);
TempLA.Duplicate = Convert.ToBoolean(Agt.SelectSingleNode("Duplicate").FirstChild.Value);
TempLA.Name = Agt.SelectSingleNode("name").FirstChild.Value;
//TempLA.UpstreamAgents = Agt.SelectSingleNode("UpstreamAgents").FirstChild.Value;
XmlNodeList RoadData = Agt.SelectNodes("RoadSec");
foreach (XmlNode Rsec in RoadData)
{
string Snode, Enode;
int Lane, OLanes;
double Oset;
Snode = Rsec.SelectSingleNode("StartNode").FirstChild.Value;
Enode = Rsec.SelectSingleNode("EndNode").FirstChild.Value;
Lane = Convert.ToInt32(Rsec.SelectSingleNode("Lane").FirstChild.Value);
OLanes = Convert.ToInt32(Rsec.SelectSingleNode("OfLanes").FirstChild.Value);
Oset = Convert.ToDouble(Rsec.SelectSingleNode("Offset").FirstChild.Value);
TempLA.RoadSegments.Add(new LaneAgent.BitOfRoad(Snode, Enode, Lane, OLanes, Oset));
}
TempSA.Lanes.Add(TempLA);
}
TempSA.NeutralWeight();
TempJA.Stages.Add(TempSA);
}
ZAin.Junctions.Add(TempJA);
}
}
public override void ProcessLane(LaneAgent SA)
{
Bid B = new Bid();
for (int i = 0; i < 3; i++)
{
if (SA.CountTurns[i] != 0)
{
B.TurningBids[i] = SA.TurningMovements[i] * (1 - 0.01 * SA.AvSpeedTurns[i] - 0.001 * SA.AvDistTurns[i]);
//B.TurningBids[i] = SA.TurningMovements[i] * (3 - 0.05 * SA.AvSpeedTurns[i] - 0.001 * SA.AvDistTurns[i]); //AH Testing different numbers
}
else
{
B.TurningBids[i] = 0.0;
}
}
SA.LaneBid = B;
}
//*class constructor
public SITarea(LaneAgent LA)
{
Agent = LA;
Area = new SingleInstanceOfTruth.area(LA.GetHashCode(), LA.Name, null, LA.geometricLength(), LA.AreaLength(), 0, 0);
if (Agent.UpstreamAgents != null)
{
UpstreamNames = Agent.UpstreamAgents.Split(',');
UpstreamIndex = UpstreamNames.Length;
EdgeArea = false;
if (Agent.feedPercentages != null)
{
string[] feedStrings = Agent.feedPercentages.Split(',');
if (feedStrings.Length != UpstreamIndex)
{
Console.WriteLine("Error the number of feed percentages supplied does not match the number of upstream areas");
}
feedPercentage = new double[UpstreamIndex];
for (int i = 0; i < UpstreamIndex; i++)
{
feedPercentage[i] = Convert.ToDouble(feedStrings[i]);
}
}
else
{
feedPercentage = new double[UpstreamIndex];
for (int i = 0; i < UpstreamIndex; i++)
{
feedPercentage[i] = 1;
}
}
}
else
{
EdgeArea = true;
}
}
public override void ProcessLane(LaneAgent LA)
{
throw new Exception("The method or operation is not implemented.");
}
public abstract void ProcessLane(LaneAgent LA);
