//function
/*public override int[] EvaluationProcess(int ModelTimeofDay, int[] PreviousStage)
* {
* TimeSpan TS = new TimeSpan(0, 0, ModelTimeofDay / 100);
* string TimeOfDay = TS.ToString();
*
* bool Stochastic = false;
* string[] Source = { "default" };
* double[] Xsig = { 0 };
* double[] Ysig = { 0 };
* double[] SenPC = { 0 };
*
* FindStoch(ref Stochastic, ref Source, ref Xsig, ref Ysig, ref SenPC);
*
* NetDat.IVPextract();
* NetDat2.IVPextractWiggle(Source, Xsig, Ysig, SenPC);//TODO implement a check that Stochastic is "true".
* NetDat2.LoopExtract(ModelTimeofDay, 10);//TODO unhardcode 10 second calc time (call in function)
*
* int[] CurrentStages = MainZone.NextStages;//TODO ad hoc code for setting the red light state for areas in the triangle model
*
* MainZone.CoordinateJunctions(ModelTimeofDay, PreviousStage);
*
* WriteBidsDatabase(ModelTimeofDay);
* WriteSITDataBase(ModelTimeofDay, ref MainZone, (NetworkDataSIT)NetDat);
*
* //TODO ad hoc code for setting the red light state for areas in the triangle model
* /*SitB.ClearRedSignals();
* if (CurrentStages != null)
* {
* for (int si = 0; si < 3; si++)
* {
* switch (si)
* {
* case 0:
* switch (CurrentStages[si])
* {
* case 1:
* SitB.SetAreaRed("WS3A1");
* SitB.SetAreaRed("WS2A2");
* break;
* case 2:
* SitB.SetAreaRed("WS1A1");
* SitB.SetAreaRed("WS1A2");
* break;
* case 3:
* SitB.SetAreaRed("WS3A1");
* SitB.SetAreaRed("WS2A2");
* SitB.SetAreaRed("WS2A2");
* break;
* }
* break;
* case 1:
* switch (CurrentStages[si])
* {
* case 1:
* SitB.SetAreaRed("NS2A1");
* SitB.SetAreaRed("NS2A2");
* break;
* case 2:
* SitB.SetAreaRed("NS1A1");
* SitB.SetAreaRed("NS1A2");
* break;
* }
* break;
* case 2:
* switch (CurrentStages[si])
* {
* case 1:
* SitB.SetAreaRed("ES3A1");
* SitB.SetAreaRed("ES4A1");
* break;
* case 2:
* SitB.SetAreaRed("ES3A1");
* SitB.SetAreaRed("ES4A1");
* SitB.SetAreaRed("ES1A2");
* break;
* case 3:
* SitB.SetAreaRed("ES2A1");
* SitB.SetAreaRed("ES4A1");
* SitB.SetAreaRed("ES1A2");
* break;
* case 4:
* SitB.SetAreaRed("ES3A1");
* SitB.SetAreaRed("ES2A1");
* SitB.SetAreaRed("ES1A2");
* break;
* }
* break;
* }
*
* }
* }*/
//********************************************************************************/
//TODO hardcoding for HighRd Signal pattern
/*SitB.ClearRedSignals();
* if (CurrentStages != null)
* {
* for (int si = 0; si < 2; si++)
* {
* switch (si)
* {
* case 0:
* switch (CurrentStages[si])
* {
* case 1:
* SitB.SetAreaRed("WS3_A1");
* SitB.SetAreaRed("WS2_A1");
* SitB.SetAreaRed("WS3_A2");
* SitB.SetAreaRed("WS4_A1");
* break;
* case 2:
* SitB.SetAreaRed("WS1_A1");
* SitB.SetAreaRed("WS3_A1");
* SitB.SetAreaRed("WS3_A2");
* SitB.SetAreaRed("WS4_A1");
* break;
* case 3:
* SitB.SetAreaRed("WS1_A1");
* SitB.SetAreaRed("WS2_A1");
* break;
* case 4:
* SitB.SetAreaRed("WS1_A1");
* SitB.SetAreaRed("WS2_A1");
* SitB.SetAreaRed("WS3_A1");
* break;
* }
* break;
* case 1:
* switch (CurrentStages[si])
* {
* case 1:
* SitB.SetAreaRed("ES2_A1");
* SitB.SetAreaRed("ES3_A1");
* SitB.SetAreaRed("ES2_A2");
* break;
* case 2:
* SitB.SetAreaRed("ES3_A1");
* SitB.SetAreaRed("ES1_A1");
* break;
* case 3:
* SitB.SetAreaRed("ES1_A1");
* SitB.SetAreaRed("ES2_A2");
* break;
* }
* break;
* }
* }
* }*/
//*********************************************************************************/
/*SitB.PullSensorData(ModelTimeofDay);
* SitB.StateUpdate(ModelTimeofDay, NetDat2);
* //writeSITdiffFiles(MainZone,SitB,@"Z:\visualizationBuffer");
*
*
*
* return (MainZone.NextStages);
* }*/
private void WriteSITDataBase(int ToD, ref ZoneAgent ZoneIn, NetworkDataSIT NDin)
{
TimeSpan TS = new TimeSpan(0, 0, ToD / 100);
string TimeOfDay = TS.ToString();
int Znum = 0;
foreach (JunctionAgent JA in ZoneIn.Junctions)
{
foreach (StageAgent SA in JA.Stages)
{
foreach (LaneAgent LA in SA.Lanes)
{
if (!LA.Duplicate)
{
if (LA.Count == 0)
{
NDin.SIT.AddSITLine(TimeOfDay, Znum, LA.Name, Convert.ToDouble(LA.Count), 13.41, LA.AvDist, "unknown");//TODO super hacky hardcode! get rid of this!
}
else
{
NDin.SIT.AddSITLine(TimeOfDay, Znum, LA.Name, Convert.ToDouble(LA.Count), LA.AvSpeed, LA.AvDist, "unknown");
}
Znum++;
}
}
}
}
}
public override void ConnectToParamics()
{
//Find out the number of agents and junctions
int AgentNum = NetworkStruct.GetElementsByTagName("Agent").Count;
int JunctionNum = NetworkStruct.GetElementsByTagName("Junction").Count;
//NetDat = new NetworkDataSIT(ParamicsPath, IP, Port, AgentNum, JunctionNum, "Vehicledatasimple", "SITtrue");
NetDat = new NetworkDataSIT(ParamicsPath, IP, Port, AgentNum, JunctionNum, "LinkTurningMovements", "SITtrue");
NetDat2 = new NetworkDataSIT(ParamicsPath, IP, Port, AgentNum, JunctionNum, "VehicledataWobbly", "SITwobbly");
NetDat.PDB.ClearTableContents();
NetDat2.PDB.ClearTableContents();
NetDat2.LTB.ClearTableContents();
MainZone = new ZoneAgent(NetDat, Strat);
WobblyZone = new ZoneAgent(NetDat2, Strat);
FindAgents(NetDat, ref MainZone);
FindAgents(NetDat2, ref WobblyZone);
SitB = new SITbridge(NetDat2);
FindSITAgents(NetDat2, ref SitB);
SitB.AreaMash();
FindSensors(NetDat2, ref SitB);//TODO it is important that this is called after AreaMash() should probably put in acheck for this....
List <string> NodeNames = new List <string>();
foreach (JunctionAgent JA in MainZone.Junctions)
{
NodeNames.Add(JA.SignalNode);
}
SigSet = new SignalsSet(NetDat, NodeNames);
}
private void GreedyNextStages(ZoneAgent ZA)
{
//int[] NextStages = new int[ZA.Junctions.Count];
List <int[]> NextStages = new List <int[]>(); //Note that I have removed ZA.Junctions.Count!!!
for (int i = 0; i < ZA.Junctions.Count; i++)
{
NextStages = ZA.Junctions[i].NextStage;
}
ZA.NextStages = NextStages;
}
//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);
}
}
private void writeSITdiffFiles(ZoneAgent ZoneIn, SITbridge SITin, String Path)
{
string[] countDiff = new string[SITin.getAreas().Count];
string[] speedDiff = new string[SITin.getAreas().Count];
int Znum = 0;
foreach (JunctionAgent JA in ZoneIn.Junctions)
{
foreach (StageAgent SA in JA.Stages)
{
foreach (LaneAgent LA in SA.Lanes)
{
if (!LA.Duplicate)
{
foreach (SITarea theArea in SITin.getAreas())
{
if (theArea.Area.name.Equals(LA.Name))
{
if (LA.Count == 0)
{
countDiff[Znum] = theArea.Area.name + "," + Math.Round(Math.Abs(theArea.Area.stateNow.getNumberOfVehicles()) * 2).ToString();
speedDiff[Znum] = theArea.Area.name + "," + Math.Round((Math.Abs(13.41 - theArea.Area.stateNow.getAverageSpeedOfVehicles()))).ToString();
}
else
{
countDiff[Znum] = theArea.Area.name + "," + Math.Round((Math.Abs(LA.Count - theArea.Area.stateNow.getNumberOfVehicles())) * 2).ToString();
speedDiff[Znum] = theArea.Area.name + "," + Math.Round((Math.Abs(LA.AvSpeed - theArea.Area.stateNow.getAverageSpeedOfVehicles()))).ToString();
}
break;
}
}
Znum++;
}
}
}
}
File.WriteAllLines(Path + @"\diffCounts", countDiff);
File.WriteAllLines(Path + @"\diffSpeeds", speedDiff);
}
public virtual void ConnectToParamics()
{
//Find out the number of agents and junctions
int AgentNum = NetworkStruct.GetElementsByTagName("Agent").Count * 3; //AH added times 3 to include all 12 phase bids
int JunctionNum = NetworkStruct.GetElementsByTagName("Junction").Count;
NetDat = new NetworkData(ParamicsPath, IP, Port, AgentNum, JunctionNum);
NetDat.PDB.ClearTableContents();
MainZone = new ZoneAgent(NetDat, Strat);
FindAgents(NetDat, ref MainZone);
List <string> NodeNames = new List <string>();
foreach (JunctionAgent JA in MainZone.Junctions)
{
NodeNames.Add(JA.SignalNode);
}
SigSet = new SignalsSet(NetDat, NodeNames);
}
public override void ProcessZone(ZoneAgent ZA, int ToD, int[] PreviousStage, Returner ReturnerVariables)
{
base.ProcessZone(ZA, ToD, PreviousStage, ReturnerVariables);
}
public override void ProcessZone(ZoneAgent ZA, int ToD, int[] PreviousStage, Returner ReturnerVariables)
{
GreedyNextStages(ZA);
}
public abstract void ProcessZone(ZoneAgent ZA, int ToD, int[] PreviousStage, Returner ReturnerVariables);