public void SetDefaultValuesArtPlan(AreaType area, int artClass)
{
FDOTplanning_ParmRanges ParmRanges = new FDOTplanning_ParmRanges();
int _lengthFt = ParmRanges.SegLengthDefault[artClass - 1];//program starts with Class 1 (index 0)
long _AADT = ParmRanges.AADTDefault[(int)area];
float _ddhv = ParmRanges.AADTDefault[(int)area] * ParmRanges.KfactDefault[(int)area] * ParmRanges.DfactDefault[(int)area];
int _numLanes = ParmRanges.NumThruLanesDefault[(int)area];
int _postSpeedMPH = ParmRanges.PostedSpeedDefault[artClass - 1];
int _freeFlowSpeedMPH = ParmRanges.FFSpeedDefault[artClass - 1];
MedianType _medType = ParmRanges.MedianDefault[(int)area];
bool _onStreetParkingExists = false;
ParkingActivityLevel _parkingActivity = ParkingActivityLevel.NotApplicable;
}
/// <summary>
/// Returns the threshold delay of the arterial.
/// </summary>
/// <param name="Area"></param>
/// <param name="ArtTravTimeSeconds"></param>
/// <param name="ArtLengthMiles"></param>
/// <returns></returns>
public static float ThresholdDelay(AreaType Area, float ArtTravTimeSeconds, float ArtLengthMiles)
{
FDOTplanning_ParmRanges ParmRanges = new FDOTplanning_ParmRanges();
float ThreshDelay;
if (Area == AreaType.RuralDeveloped) //LOS C threshold from HCM2000 Exhibit 15-2
{
ThreshDelay = ArtTravTimeSeconds - (ArtLengthMiles / ParmRanges.ThreshSpeed[3] * 3600);
}
else //other area types use LOS D threshold
{
ThreshDelay = ArtTravTimeSeconds - (ArtLengthMiles / ParmRanges.ThreshSpeed[4] * 3600);
}
if (ThreshDelay < 0)
{
ThreshDelay = 0;
}
return(ThreshDelay);
}
public static void SetDefaultValues() // Arterial
{
FDOTplanning_ParmRanges ParmRanges = new FDOTplanning_ParmRanges();
ParmRanges.CycleLengthDefault[0, 1] = 150; //Large Urbanized, Class 1
ParmRanges.CycleLengthDefault[0, 2] = 120; //Large Urbanized, Class 2
ParmRanges.CycleLengthDefault[1, 1] = 150; //Other Urbanized, Class 1
ParmRanges.CycleLengthDefault[1, 2] = 120; //Other Urbanized, Class 2
ParmRanges.CycleLengthDefault[2, 1] = 120; //Transitioning, Class 1
ParmRanges.CycleLengthDefault[2, 2] = 120; //Transitioning, Class 2
ParmRanges.CycleLengthDefault[3, 1] = 90; //Rural Developed, Class 1
ParmRanges.CycleLengthDefault[3, 2] = 90; //Rural Developed, Class 2
//signal control type defaults
//ParmRanges.SigControlDefault[0, 1] = SigControlType.CoordinatedActuated; //Large Urbanized, Class 1
//ParmRanges.SigControlDefault[0, 2] = SigControlType.Pretimed; //Large Urbanized, Class 2
//ParmRanges.SigControlDefault[1, 1] = SigControlType.CoordinatedActuated; //Other Urbanized, Class 1
//ParmRanges.SigControlDefault[1, 2] = SigControlType.Pretimed; //Other Urbanized, Class 2
//ParmRanges.SigControlDefault[2, 1] = SigControlType.CoordinatedActuated; //Transitioning, Class 1
//ParmRanges.SigControlDefault[2, 2] = SigControlType.CoordinatedActuated; //Transitioning, Class 2
//ParmRanges.SigControlDefault[3, 1] = SigControlType.FullyActuated; //Rural Developed, Class 1
//ParmRanges.SigControlDefault[3, 2] = SigControlType.CoordinatedActuated; //Rural Developed, Class 2
ParmRanges.SigControlDefault[1] = SigControlType.FullyActuated; //Class 1
ParmRanges.SigControlDefault[2] = SigControlType.CoordinatedActuated; //Class 2
//signal arrival type defaults
//ParmRanges.ArrTypeDefault[0, 1] = 4; //Large Urbanized, Class 1
//ParmRanges.ArrTypeDefault[0, 2] = 4; //Class 2
//ParmRanges.ArrTypeDefault[1, 1] = 4; //Other Urbanized, Class 1
//ParmRanges.ArrTypeDefault[1, 2] = 4; //Class 2
//ParmRanges.ArrTypeDefault[2, 1] = 4; //Transitioning, Class 1
//ParmRanges.ArrTypeDefault[2, 2] = 4; //Class 2
//ParmRanges.ArrTypeDefault[3, 1] = 3; //Rural Developed, Class 1
//ParmRanges.ArrTypeDefault[3, 2] = 4; //Class 2
}