private ModellerControllerParameter[] GetParameters()
{
/*
* def __call__(self, xtmf_ScenarioNumber, LineFilterExpression, xtmf_LineODMatrixNumber,
* xtmf_AggOriginMatrixNumber, xtmf_AggDestinationMatrixNumber, xtmf_AutoODMatrixId, xtmf_AccessStationRange, xtmf_ZoneCentroidRange):
*/
return(new[]
{
new ModellerControllerParameter("xtmf_ScenarioNumber", ScenarioNumber.ToString()),
new ModellerControllerParameter("LineFilterExpression", LineFilterExpression),
new ModellerControllerParameter("xtmf_LineODMatrixNumber", LineODMatrixNumber.ToString()),
new ModellerControllerParameter("xtmf_AggOriginMatrixNumber", AggOriginMatrixNumber.ToString()),
new ModellerControllerParameter("xtmf_AggDestinationMatrixNumber", AggDestinationMatrixNumber.ToString()),
new ModellerControllerParameter("xtmf_AutoODMatrixId", AutoODMatrixId.ToString()),
new ModellerControllerParameter("xtmf_AccessStationRange", StationCentroids.ToString()),
new ModellerControllerParameter("xtmf_ZoneCentroidRange", ZoneCentroids.ToString())
});
}
public bool Execute(Controller controller)
{
Progress = 0;
var mc = controller as ModellerController;
if (mc == null)
{
throw new XTMFRuntimeException(this, "Controller is not a ModellerController!");
}
string walkPerception = String.Empty;
// join all walk perceptions into one string
foreach (var c in Classes)
{
walkPerception = string.Join(";", walkPerception, string.Join("::", c.WalkPerceptions.Select(walk => Controller.ToEmmeFloat(walk.WalkValue) + ":" + walk.LineFilter)));
}
walkPerception = '\"' + walkPerception.Substring(1, walkPerception.Length - 1) + '\"';
ModellerControllerParameter[] GetParameters()
{
return(new[]
{
new ModellerControllerParameter("xtmf_ScenarioNumber", ScenarioNumber.ToString()),
new ModellerControllerParameter("xtmf_DemandMatrixString", ProduceMatrixString(c => c.DemandMatrixNumber)),
new ModellerControllerParameter("xtmf_NameString", (string.Join(",", from c in Classes
select c.Name))),
new ModellerControllerParameter("WalkSpeed", WalkSpeed.ToString()),
new ModellerControllerParameter("xtmf_WalkPerceptionString", walkPerception),
new ModellerControllerParameter("xtmf_WalkPerceptionAttributeIdString", string.Join(",", from c in Classes
select c.WalkPerceptionAttribute)),
new ModellerControllerParameter("xtmf_ClassWaitPerceptionString", string.Join(",", from c in Classes
select Controller.ToEmmeFloat(c.WaitTimePerception))),
new ModellerControllerParameter("xtmf_ClassBoardPerceptionString", string.Join(",", from c in Classes
select Controller.ToEmmeFloat(c.BoardingPerception))),
new ModellerControllerParameter("xtmf_ClassFarePerceptionString", string.Join(",", from c in Classes
select Controller.ToEmmeFloat(c.FarePerception))),
new ModellerControllerParameter("xtmf_ClassModeList", string.Join(",", from c in Classes
select c.ModeList)),
new ModellerControllerParameter("HeadwayFractionAttributeId", HeadwayFractionAttribute),
new ModellerControllerParameter("xtmf_LinkFareAttributeIdString", string.Join(",", from c in Classes
select c.LinkFareAttribute)),
new ModellerControllerParameter("xtmf_SegmentFareAttributeIdString", string.Join(",", from c in Classes
select c.SegmentFareAttribute)),
new ModellerControllerParameter("EffectiveHeadwayAttributeId", EffectiveHeadwayAttributeId.ToString()),
new ModellerControllerParameter("EffectiveHeadwaySlope", Controller.ToEmmeFloat(EffectiveHeadwaySlope)),
new ModellerControllerParameter("AssignmentPeriod", Controller.ToEmmeFloat(RepresentativeHourFactor)),
new ModellerControllerParameter("Iterations", MaxIterations.ToString()),
new ModellerControllerParameter("NormGap", Controller.ToEmmeFloat(NormalizedGap)),
new ModellerControllerParameter("RelGap", Controller.ToEmmeFloat(RelativeGap)),
new ModellerControllerParameter("xtmf_InVehicleTimeMatrixString", ProduceMatrixString(c => c.InVehicleMatrixNumber)),
new ModellerControllerParameter("xtmf_WaitTimeMatrixString", ProduceMatrixString(c => c.WaitMatrixNumber)),
new ModellerControllerParameter("xtmf_WalkTimeMatrixString", ProduceMatrixString(c => c.WalkMatrixNumber)),
new ModellerControllerParameter("xtmf_FareMatrixString", ProduceMatrixString(c => c.FareMatrixNumber)),
new ModellerControllerParameter("xtmf_CongestionMatrixString", ProduceMatrixString(c => c.CongestionMatrixNumber)),
new ModellerControllerParameter("xtmf_PenaltyMatrixString", ProduceMatrixString(c => c.BoardingPenaltyMatrixNumber)),
new ModellerControllerParameter("xtmf_ImpedanceMatrixString", ProduceMatrixString(c => c.PerceivedTravelTimeMatrixNumber)),
new ModellerControllerParameter("xtmf_OriginDistributionLogitScale", Controller.ToEmmeFloat(ConnectorLogitScale)),
new ModellerControllerParameter("CalculateCongestedIvttFlag", ExtractCongestedInVehicleTimeFlag.ToString()),
new ModellerControllerParameter("CongestionExponentString", string.Join(",", from ttf in TTF
select ttf.TTFNumber.ToString() + ":"
+ Controller.ToEmmeFloat(ttf.CongestionPerception) + ":"
+ Controller.ToEmmeFloat(ttf.CongestionExponent))),
new ModellerControllerParameter("xtmf_congestedAssignment", ApplyCongestion.ToString()),
new ModellerControllerParameter("xtmf_CSVFile", GetFileLocationOrNone(IterationCSVFile)),
new ModellerControllerParameter("xtmf_SurfaceTransitSpeed", GetSurfaceSpeedModel()),
new ModellerControllerParameter("xtmf_WalkAllWayFlag", WalkAllWayFlag.ToString()),
new ModellerControllerParameter("xtmf_XRowTTFRange", XRowTTF.ToString())
});
}
/*def __call__(self, xtmf_ScenarioNumber, xtmf_DemandMatrixString, xtmf_NameString,\
* WalkSpeed, xtmf_WalkPerceptionString, xtmf_WalkPerceptionAttributeIdString, \
* xtmf_ClassWaitPerceptionString, xtmf_ClassBoardPerceptionString, xtmf_ClassFarePerceptionString, xtmf_ClassModeList,\
* HeadwayFractionAttributeId, xtmf_LinkFareAttributeIdString, xtmf_SegmentFareAttributeIdString, \
* EffectiveHeadwayAttributeId, EffectiveHeadwaySlope, AssignmentPeriod, \
* Iterations, NormGap, RelGap, \
* xtmf_InVehicleTimeMatrixString, xtmf_WaitTimeMatrixString, xtmf_WalkTimeMatrixString, xtmf_FareMatrixString, xtmf_CongestionMatrixString, xtmf_PenaltyMatrixString, xtmf_ImpedanceMatrixString, \
* xtmf_OriginDistributionLogitScale, CalculateCongestedIvttFlag, CongestionExponentString, xtmf_congestedAssignment):
*/
var args = string.Join(" ", ScenarioNumber,
ProduceMatrixString(c => c.DemandMatrixNumber),
"\"" + (string.Join(",", from c in Classes
select c.Name)).Replace('"', '\'') + "\"",
Controller.ToEmmeFloat(WalkSpeed),
walkPerception,
"\"" + (string.Join(",", from c in Classes
select c.WalkPerceptionAttribute)).Replace('"', '\'') + "\"",
"\"" + string.Join(",", from c in Classes
select Controller.ToEmmeFloat(c.WaitTimePerception)) + "\"",
"\"" + string.Join(",", from c in Classes
select Controller.ToEmmeFloat(c.BoardingPerception)) + "\"",
"\"" + string.Join(",", from c in Classes
select Controller.ToEmmeFloat(c.FarePerception)) + "\"",
"\"" + string.Join(",", from c in Classes
select c.ModeList) + "\"",
HeadwayFractionAttribute,
"\"" + (string.Join(",", from c in Classes
select c.LinkFareAttribute)).Replace('"', '\'') + "\"",
"\"" + (string.Join(",", from c in Classes
select c.SegmentFareAttribute)).Replace('"', '\'') + "\"",
EffectiveHeadwayAttributeId,
Controller.ToEmmeFloat(EffectiveHeadwaySlope),
Controller.ToEmmeFloat(RepresentativeHourFactor),
MaxIterations,
Controller.ToEmmeFloat(NormalizedGap),
Controller.ToEmmeFloat(RelativeGap),
ProduceMatrixString(c => c.InVehicleMatrixNumber),
ProduceMatrixString(c => c.WaitMatrixNumber),
ProduceMatrixString(c => c.WalkMatrixNumber),
ProduceMatrixString(c => c.FareMatrixNumber),
ProduceMatrixString(c => c.CongestionMatrixNumber),
ProduceMatrixString(c => c.BoardingPenaltyMatrixNumber),
ProduceMatrixString(c => c.PerceivedTravelTimeMatrixNumber),
Controller.ToEmmeFloat(ConnectorLogitScale),
ExtractCongestedInVehicleTimeFlag,
string.Join(",", from ttf in TTF
select ttf.TTFNumber.ToString() + ":"
+ Controller.ToEmmeFloat(ttf.CongestionPerception) + ":"
+ Controller.ToEmmeFloat(ttf.CongestionExponent)),
ApplyCongestion,
GetFileLocationOrNone(IterationCSVFile)
);
if (SurfaceTransitSpeedModel != null)
{
args = string.Join(" ", args, "\"" + string.Join(",", from model in SurfaceTransitSpeedModel
select Controller.ToEmmeFloat(model.BoardingDuration) + ":"
+ Controller.ToEmmeFloat(model.AlightingDuration) + ":"
+ Controller.ToEmmeFloat(model.DefaultDuration) + ":"
+ Controller.ToEmmeFloat(model.Correlation) + ":"
+ model.ModeFilterExpression + ":"
+ model.LineFilterExpression + ":"
+ Controller.ToEmmeFloat(model.ErowSpeed)
) + "\"");
}
else
{
args = string.Join(" ", args, false.ToString());
}
var result = "";
//return mc.Run(this, ToolName, GetParameters(), (p => Progress = p), ref result);
return(mc.Run(this, ToolName, GetParameters(), (p => Progress = p), ref result));
}
public string SplitAndJoin(ByteBlock text)
{
RangeSet words = this.splitter.Split(text);
return(words.ToString(text.Array));
}
