private void UpdateVolume(List <int> VolInput, List <int> Vol)
{
int p = 0;
foreach (int val in VolInput)
{
VissimTools.SetVol(val, "Volume(1)", Vol[p]); //vehicle input point [VolInput], volume of 1st interval
//VissimTools.SetVol(val, "Volume(2)", Vol); //vehicle input point [VolInput], volume of 2nd interval
p++;
}
}
private void RunCACCSimSingle(string fn, string fnini, int SimTime, int simresol, int rseed, List <int> MainVolInput, List <int> OnRampVolInput, List <int> OutGoingLinks, List <int> InComingLinks, List <int> MainVol, List <int> OnRampVol, string MPCacc, string MPAcc, string MPHov)
{
int outci = 0; //initialized the counter for traffic on on-ramp
int inci = 0; //initialized the time coutner for traffic on off-ramp
int ininterval = 2 * simresol; // In the on-ramp (shorter length) collect data at twice of the simulation interval
int outinterval = 4 * simresol; // In the off-ramp (longer length) collect data at four times of the simulation interval
int vid = 0;
int type = 0;
object VTYPE = null;
object VIDs = null;
//invoking the initiallizatio of the Vssim network based on the pararmeter defined above
VissimTools.InitVissim(fn, fnini, SimTime, simresol, rseed);
//seting the vehicle input volumes
UpdateVolume(MainVolInput, MainVol); // Update Mainline Volume
UpdateVolume(OnRampVolInput, OnRampVol); // Update On-Ramp Volume
//Setting the relative flow rate of CACC in the main input point and 1st on-ramp
//VissimTools.SetRelFlow(2, "Relflow(100,1)", 1.0-Convert.ToDouble(MPCacc)); //vehicle compisiton row 2 (input #2), subatribute (100 vehicle type)
//VissimTools.SetRelFlow(2, "Relflow(102,1)", Convert.ToDouble(MPCacc)); //vehicle compisiton row 2 (input #2), subatribute (102 vehicle type)
//VissimTools.SetRelFlow(4, "Relflow(100,1)", 1.0-Convert.ToDouble(MPCacc)); //vehicle compisiton row 4 (input #4), subatribute (100 type and 101 type)
//VissimTools.SetRelFlow(4, "Relflow(101,1)", Convert.ToDouble(MPCacc)); //vehicle compisiton row 4 (input #4), subatribute (101 vehicle type)
// TO DO : We need to add ACC mode Market Penetration Rates; Traffic Composition ID must be obatined through the GUI.
for (int i = 1; i <= simresol * SimTime; i++)
{
VissimTools.vissim.Simulation.RunSingleStep();
if (i == 845)
{
Console.Write("!");
}
inci++;
outci++;
if (inci == ininterval)
{
foreach (int val in InComingLinks)
{
VIDs = VissimTools.GetLinkVehiclesbyNumber(val);
VTYPE = VissimTools.GetLinkVehiclesByType(val);
for (int k = 0; k < ((object[, ])(VIDs)).Length / 2; k++)
{
type = Convert.ToInt32(((object[, ])(VTYPE))[k, 1]);
if (type == 102)
{
vid = Convert.ToInt32(((object[, ])(VIDs))[k, 1]);
if (VissimTools.Get_Lane(vid) > 1)
{
VissimTools.Set_VehType(vid, 101);
}
}
}
inci = 0;
}
}
if (outci == outinterval)
{
foreach (int val in OutGoingLinks)
{
VIDs = VissimTools.GetLinkVehiclesbyNumber(val);
VTYPE = VissimTools.GetLinkVehiclesByType(val);
for (int k = 0; k < ((object[, ])(VIDs)).Length / 2; k++)
{
type = Convert.ToInt32(((object[, ])(VTYPE))[k, 1]);
if (type == 101)
{
vid = Convert.ToInt32(((object[, ])(VIDs))[k, 1]);
if (VissimTools.GetRoute(vid) == 2)
{
VissimTools.Set_VehType(vid, 100);
}
}
}
outci = 0;
}
}
}
}