public override void ReadConfiguration(System.Xml.Linq.XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Include)
{
var pFiles = Configuration.Element("ParticleFiles");
UseUnsatFilter = pFiles.SafeParseBool("RemoveUnsatParticles") ?? false;
DrainToBoundaryOption = pFiles.SafeParseBool("DrainToBoundaryCorrection") ?? false;
ParticlesPrSquareMeter = Configuration.SafeParseDouble("ParticlesPrSquareMeter") ?? -1;
foreach (var parfile in pFiles.Elements("ParticleFile"))
{
ParticleFiles.Add(new SafeFile()
{
FileName = parfile.SafeParseString("ShapeFileName")
});
}
Start = new DateTime(Configuration.SafeParseInt("FromYear") ?? 2000, Configuration.SafeParseInt("FromMonth") ?? 1, 1);
End = new DateTime(Configuration.SafeParseInt("ToYear") ?? 2002, Configuration.SafeParseInt("ToMonth") ?? 1, 1);
OutputFile = new SafeFile()
{
CheckIfFileExists = false, FileName = Configuration.SafeParseString("ShapeFileName")
};
}
}
public virtual void ReadConfiguration(XElement Configuration)
{
this.Configuration = Configuration;
Update = Configuration.SafeParseBool("Update") ?? _Update;
Include = Configuration.SafeParseBool("Include") ?? _Include;
Name = Configuration.SafeParseString("Name");
ExtraOutput = Configuration.SafeParseBool("ExtraOutput") ?? _ExtraOutput;
MultiplicationPar = Configuration.SafeParseDouble("MultiplicationPar") ?? _MultiplicationPar;
AdditionPar = Configuration.SafeParseDouble("AdditionPar") ?? _AdditionPar;
var element = Configuration.Element("ExtraParameters");
if (element != null)
{
ExtraParsShape = new SafeFile()
{
FileName = element.SafeParseString("ShapeFileName")
};
ExtraParsShape.ColumnNames.Add(element.SafeParseString("IDColumn"));
ExtraParsShape.ColumnNames.Add(element.SafeParseString("MultiplicationColumn"));
ExtraParsShape.ColumnNames.Add(element.SafeParseString("AdditionColumn"));
}
NewMessage("Configuration read.");
}
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
var pars = Configuration.Element("Parameters");
if (pars != null)
{
Par1 = pars.SafeParseDouble("p1") ?? _Par1;
Par2 = pars.SafeParseDouble("p2") ?? _Par2;
Par3 = pars.SafeParseDouble("p3") ?? _Par3;
Par4 = pars.SafeParseDouble("p4") ?? _Par4;
MaxConcentration = pars.SafeParseDouble("MaxConcentration") ?? _MaxConcentration;
}
Slope = new SafeFile() { FileName = Configuration.Element("SlopeFile").SafeParseString("DBFFileName") };
Slope.ColumnNames.Add(Configuration.Element("SlopeFile").SafeParseString("IDColumn"));
Slope.ColumnNames.Add(Configuration.Element("SlopeFile").SafeParseString("ValueColumn"));
SoilTypeFile = new SafeFile() { FileName = Configuration.Element("SoilTypeFile").SafeParseString("DBFFileName") };
SoilTypeFile.ColumnNames.Add(Configuration.Element("SoilTypeFile").SafeParseString("IDColumn"));
SoilTypeFile.ColumnNames.Add(Configuration.Element("SoilTypeFile").SafeParseString("ValueColumn"));
SoilTypeFile.ColumnNames.Add(Configuration.Element("SoilTypeFile").SafeParseString("SoilNameText"));
}
}
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
MultiplicationFactor = Configuration.SafeParseDouble("MultiplicationFactor") ?? _MultiplicationFactor;
Exponent = Configuration.SafeParseDouble("Exponent") ?? _Exponent;
ReachLengthReductionFactor = Configuration.SafeParseDouble("ReachLenghtReductionFactor") ?? _ReachLengthReductionFactor;
FirstSummerMonth = Configuration.SafeParseInt("FirstSummerMonth") ?? _FirstSummerMonth;
LastSummerMonth = Configuration.SafeParseInt("LastSummerMonth") ?? _LastSummerMonth;
foreach (var v in Configuration.Element("StreamClasses").Elements("StreamClass"))
{
StreamClassification sc = new StreamClassification();
sc.StreamType = v.SafeParseString("Name");
sc.StreamDepthSummer = v.SafeParseDouble("DepthSummer") ?? 0;
sc.StreamDepthWinter = v.SafeParseDouble("DepthWinter") ?? 0;
sc.StreamVelocitySummer = v.SafeParseDouble("VelocitySummer") ?? 0;
sc.StreamVelocityWinter = v.SafeParseDouble("VelocityWinter") ?? 0;
StreamClasses.Add(sc.StreamType, sc);
}
foreach (var v in Configuration.Element("DBFFiles").Elements("DBFFile"))
{
var dbf = new SafeFile();
dbf.FileName = v.SafeParseString("FileName");
dbf.ColumnNames.Add(v.SafeParseString("IDColumn"));
dbf.ColumnNames.Add(v.SafeParseString("NameColumn"));
dbf.ColumnNames.Add(v.SafeParseString("LengthColumn"));
dbf.ColumnNames.Add(v.SafeParseString("LRColumn"));
this.DBFFiles.Add(dbf);
}
}
}
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
var pars = Configuration.Element("Parameters");
if (pars != null)
{
Par1 = pars.SafeParseDouble("p1") ?? _Par1;
Par2 = pars.SafeParseDouble("p2") ?? _Par2;
Par3 = pars.SafeParseDouble("p3") ?? _Par3;
Par4 = pars.SafeParseDouble("p4") ?? _Par4;
MaxConcentration = pars.SafeParseDouble("MaxConcentration") ?? _MaxConcentration;
}
Slope = new SafeFile()
{
FileName = Configuration.Element("SlopeFile").SafeParseString("DBFFileName")
};
Slope.ColumnNames.Add(Configuration.Element("SlopeFile").SafeParseString("IDColumn"));
Slope.ColumnNames.Add(Configuration.Element("SlopeFile").SafeParseString("ValueColumn"));
SoilTypeFile = new SafeFile()
{
FileName = Configuration.Element("SoilTypeFile").SafeParseString("DBFFileName")
};
SoilTypeFile.ColumnNames.Add(Configuration.Element("SoilTypeFile").SafeParseString("IDColumn"));
SoilTypeFile.ColumnNames.Add(Configuration.Element("SoilTypeFile").SafeParseString("ValueColumn"));
SoilTypeFile.ColumnNames.Add(Configuration.Element("SoilTypeFile").SafeParseString("SoilNameText"));
}
}
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
Shapefile = new SafeFile() { FileName = Configuration.Element("LocationFile").SafeParseString("ShapeFileName") };
ExcelFile = new SafeFile() { FileName = Configuration.Element("DataFile").SafeParseString("ExcelFileName") };
}
}
public override void ReadConfiguration(System.Xml.Linq.XElement Configuration)
{
base.ReadConfiguration(Configuration);
//Needs the source model name even if it does not update for the reduction map
SourceModelName = (Configuration.SafeParseString("SourceModelName") ?? "").ToLower();
if (Update)
{
ShapeFile = new SafeFile() { FileName = Configuration.SafeParseString("ShapeFileName") };
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("IDColumn"));
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("ValueColumn"));
}
}
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
Shapefile = new SafeFile()
{
FileName = Configuration.Element("LocationFile").SafeParseString("ShapeFileName")
};
ExcelFile = new SafeFile()
{
FileName = Configuration.Element("DataFile").SafeParseString("ExcelFileName")
};
}
}
public override void ReadConfiguration(System.Xml.Linq.XElement Configuration)
{
base.ReadConfiguration(Configuration);
//Needs the source model name even if it does not update for the reduction map
SourceModelName = (Configuration.SafeParseString("SourceModelName") ?? "").ToLower();
if (Update)
{
ShapeFile = new SafeFile()
{
FileName = Configuration.SafeParseString("ShapeFileName")
};
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("IDColumn"));
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("ValueColumn"));
}
}
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
Alpha = Configuration.SafeParseDouble("Alpha") ?? _Alpha;
Beta = Configuration.SafeParseDouble("Beta") ?? _Beta;
Par1 = Configuration.SafeParseDouble("Par1") ?? _Par1;
ShapeFile = new SafeFile() { FileName = Configuration.SafeParseString("ShapeFileName") };
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("NameColumn") ?? "NAVN");
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("DepthColumn") ?? "Dybde");
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("InitNColumn") ?? "SoInitNmgL");
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("StartColumn") ?? "Aar_start");
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("EndColumn") ?? "Aar_slut");
}
}
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
var shapeconf = Configuration.Element("LocationFile");
ShapeFile = new SafeFile { FileName = shapeconf.SafeParseString("ShapeFileName") };
ShapeFile.ColumnNames.Add(shapeconf.SafeParseString("IDColumn"));
ShapeFile.ColumnNames.Add(shapeconf.SafeParseString("ZoneColumn"));
var dbfconf = Configuration.Element("DataFile");
DBFFile = new SafeFile { FileName = dbfconf.SafeParseString("DBFFileName") };
DBFFile.ColumnNames.Add(dbfconf.SafeParseString("IDColumn"));
DBFFile.ColumnNames.Add(dbfconf.SafeParseString("YearColumn"));
DBFFile.ColumnNames.Add(dbfconf.SafeParseString("ValueColumn"));
}
}
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
Alpha = Configuration.SafeParseDouble("Alpha") ?? _Alpha;
Beta = Configuration.SafeParseDouble("Beta") ?? _Beta;
Par1 = Configuration.SafeParseDouble("Par1") ?? _Par1;
ShapeFile = new SafeFile()
{
FileName = Configuration.SafeParseString("ShapeFileName")
};
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("NameColumn") ?? "NAVN");
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("DepthColumn") ?? "Dybde");
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("InitNColumn") ?? "SoInitNmgL");
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("StartColumn") ?? "Aar_start");
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("EndColumn") ?? "Aar_slut");
}
}
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
ShapeFile = new SafeFile() { FileName = Configuration.SafeParseString("ShapeFileName") };
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("YearColumn"));
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("NameColumn"));
Par1 = Configuration.SafeParseDouble("Par1")??_Par1;
Par2 = Configuration.SafeParseDouble("Par2") ?? _Par2;
foreach (var soileq in Configuration.Elements("Soil"))
{
WetLandsReducer wr = new WetLandsReducer();
wr.ReadConfiguration(soileq);
SoilEquations.Add(wr.Name, wr);
}
}
}
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
var shapeconf = Configuration.Element("LocationFile");
ShapeFile = new SafeFile {
FileName = shapeconf.SafeParseString("ShapeFileName")
};
ShapeFile.ColumnNames.Add(shapeconf.SafeParseString("IDColumn"));
ShapeFile.ColumnNames.Add(shapeconf.SafeParseString("ZoneColumn"));
var dbfconf = Configuration.Element("DataFile");
DBFFile = new SafeFile {
FileName = dbfconf.SafeParseString("DBFFileName")
};
DBFFile.ColumnNames.Add(dbfconf.SafeParseString("IDColumn"));
DBFFile.ColumnNames.Add(dbfconf.SafeParseString("YearColumn"));
DBFFile.ColumnNames.Add(dbfconf.SafeParseString("ValueColumn"));
}
}
public virtual void ReadConfiguration(XElement Configuration)
{
this.Configuration = Configuration;
Update = Configuration.SafeParseBool("Update") ?? _Update;
Include = Configuration.SafeParseBool("Include") ?? _Include;
Name = Configuration.SafeParseString("Name");
ExtraOutput = Configuration.SafeParseBool("ExtraOutput") ?? _ExtraOutput;
MultiplicationPar = Configuration.SafeParseDouble("MultiplicationPar") ?? _MultiplicationPar;
AdditionPar = Configuration.SafeParseDouble("AdditionPar") ?? _AdditionPar;
var element = Configuration.Element("ExtraParameters");
if (element != null)
{
ExtraParsShape = new SafeFile() { FileName = element.SafeParseString("ShapeFileName") };
ExtraParsShape.ColumnNames.Add(element.SafeParseString("IDColumn"));
ExtraParsShape.ColumnNames.Add(element.SafeParseString("MultiplicationColumn"));
ExtraParsShape.ColumnNames.Add(element.SafeParseString("AdditionColumn"));
}
NewMessage("Configuration read.");
}
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
ShapeFile = new SafeFile()
{
FileName = Configuration.SafeParseString("ShapeFileName")
};
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("YearColumn"));
ShapeFile.ColumnNames.Add(Configuration.SafeParseString("NameColumn"));
Par1 = Configuration.SafeParseDouble("Par1") ?? _Par1;
Par2 = Configuration.SafeParseDouble("Par2") ?? _Par2;
foreach (var soileq in Configuration.Elements("Soil"))
{
WetLandsReducer wr = new WetLandsReducer();
wr.ReadConfiguration(soileq);
SoilEquations.Add(wr.Name, wr);
}
}
}
public void LoadStationData(SafeFile ShapeFileName, string StationData, DateTime Start, DateTime End)
{
StateVariables.ClearColumnValues("ObservedFlow");
StateVariables.ClearColumnValues("ObservedNitrate");
Dictionary<int, DMUStation> locatedStations = new Dictionary<int,DMUStation>();
List<DMUStation> stations = new List<DMUStation>();
LogThis("Reading stations from " + ShapeFileName.FileName);
using (ShapeReader sr = new ShapeReader(ShapeFileName.FileName))
{
for (int i = 0; i < sr.Data.NoOfEntries; i++)
{
DMUStation dm = new DMUStation();
dm.Location = sr.ReadNext(i) as XYPoint;
dm.ID = sr.Data.ReadInt(i, ShapeFileName.ColumnNames[0]);
dm.ODANummer = sr.Data.ReadInt(i, ShapeFileName.ColumnNames[1]);
stations.Add(dm);
if(dm.ODANummer!=0)
locatedStations.Add(dm.ODANummer, dm);
int id = sr.Data.ReadInt(i, ShapeFileName.ColumnNames[2]);
if (id != 0 & AllCatchments.ContainsKey(id))
{
if (AllCatchments[id].Measurements != null)
{
int m = 0;
}
AllCatchments[id].Measurements = dm;
}
}
}
LogThis(stations.Count + " stations read. " + locatedStations.Count + " within catchments distributed on " + AllCatchments.Values.Count(ca => ca.Measurements != null) +" catchments.");
using (StreamReader sr = new StreamReader(StationData))
{
sr.ReadLine();//HeadLine
while (!sr.EndOfStream)
{
var data = sr.ReadLine().Split(';');
DMUStation station;
if (locatedStations.TryGetValue(int.Parse(data[0]), out station))
{
var time = new DateTime(int.Parse(data[2]), int.Parse(data[3]), 1);
if (time >= Start & time <= End)
{
station.Nitrate.Items.Add(new TimeStampValue(time, double.Parse(data[4])));
station.Flow.Items.Add(new TimeStampValue(time, double.Parse(data[5]) * 1000));
}
}
}
}
}
/// <summary>
/// Reads and parses the configuration file
/// </summary>
/// <param name="xmlfilename"></param>
public void ReadConfiguration(string xmlfilename)
{
string dir = Directory.GetCurrentDirectory();
Directory.SetCurrentDirectory(Path.GetDirectoryName(xmlfilename));
LogThis("Reading configfile: " + xmlfilename);
XElement configuration = XDocument.Load(xmlfilename).Element("Configuration");
var startxml =configuration.Element("SimulationStart");
var endxml = configuration.Element("SimulationEnd");
Start = new DateTime(int.Parse(startxml.Attribute("Year").Value), int.Parse(startxml.Attribute("Month").Value), 1);
End = new DateTime(int.Parse(endxml.Attribute("Year").Value), int.Parse(endxml.Attribute("Month").Value), 1);
CurrentTime = Start;
LakeFile = new SafeFile() { FileName = configuration.Element("Lakes").SafeParseString("ShapeFileName") };
SoilsShape = new SafeFile() { FileName = configuration.Element("SoilTypes").SafeParseString("ShapeFileName") };
SoilsShape.ColumnNames.Add(configuration.Element("SoilTypes").SafeParseString("SoilTypeColumn"));
var observar =configuration.Element("Observations");
if (observar != null && (observar.SafeParseBool("Update") ?? true))
{
Stations = new SafeFile() { FileName = observar.SafeParseString("ShapeFileName") };
Stations.ColumnNames.Add(observar.SafeParseString("DMUColumn"));
Stations.ColumnNames.Add(observar.SafeParseString("ODAColumn"));
Stations.ColumnNames.Add(observar.SafeParseString("ID15Column"));
StationData = new SafeFile() { FileName = observar.SafeParseString("TransportFileName") };
}
//Read output section
var output = configuration.Element("Output");
var log = output.Element("Log");
if(log!=null && (log.SafeParseBool("Include") ?? true))
LogFileName = Path.GetFullPath( log.SafeParseString("FileName"));
var csv = output.Element("AllData");
if (csv != null && (csv.SafeParseBool("Include") ?? true))
{
AlldataFile = new SafeFile() { CheckIfFileExists = false, InitialDelete = true, FileName = csv.SafeParseString("CSVFileName") };
MainModel.OutputDirectory = Path.GetDirectoryName(AlldataFile.FileName);
}
var excel = output.Element("Calibration");
if (excel != null && (excel.SafeParseBool("Include") ?? true))
{
ExcelTemplate = new SafeFile() { FileName = excel.SafeParseString("ExcelTemplate") };
ExcelTemplate.ColumnNames.Add(Path.GetFullPath(excel.SafeParseString("OutputFolder")));
}
var mapouts = output.Element("MapOutputs");
if(mapouts !=null)
foreach (var mapout in mapouts.Elements())
{
if (mapout.SafeParseBool("Include")??true)
{
SafeFile sf = new SafeFile() {CheckIfFileExists=false, FileName = mapout.SafeParseString("ShapeFileName") };
sf.Parameters.Add(mapout.SafeParseInt("FromYear") ?? Start.Year);
sf.Parameters.Add(mapout.SafeParseInt("ToYear") ?? End.Year);
sf.Parameters.Add(mapout.SafeParseInt("FromMonth") ?? Start.Month);
sf.Parameters.Add(mapout.SafeParseInt("ToMonth") ?? End.Month);
sf.Flags.Add(mapout.SafeParseBool("AreaWeighted") ?? false);
sf.Flags.Add(mapout.SafeParseBool("Accumulated") ?? false);
MapOutputFiles.Add(sf);
}
}
mapouts = output.Element("StatisticsMaps");
if (mapouts != null)
{
foreach (var mapout in mapouts.Elements())
{
if (mapout.SafeParseBool("Include") ?? true)
{
SafeFile sf = new SafeFile() { CheckIfFileExists = false, FileName = mapout.SafeParseString("ShapeFileName") };
sf.Parameters.Add(mapout.SafeParseInt("FromYear") ?? Start.Year);
sf.Parameters.Add(mapout.SafeParseInt("ToYear") ?? End.Year);
sf.Parameters.Add(mapout.SafeParseInt("FromMonth") ?? Start.Month);
sf.Parameters.Add(mapout.SafeParseInt("ToMonth") ?? End.Month);
sf.Flags.Add(mapout.SafeParseBool("Yearly") ?? false);
sf.Flags.Add(mapout.SafeParseBool("BiasFactorUpstream") ?? false);
sf.Flags.Add(mapout.SafeParseBool("Water") ?? false);
StatisticsMap.Add(sf);
}
}
}
//Detailed parameter time series
var detailed = output.Element("DetailedParameterTimeSeries");
if (detailed != null)
{
foreach (var mapout in detailed.Elements())
{
if (mapout.SafeParseBool("Include") ?? true)
{
SafeFile sf = new SafeFile() { CheckIfFileExists = false, InitialDelete=true, FileName = mapout.SafeParseString("CSVFileName") };
sf.ColumnNames.Add(mapout.SafeParseString("Parameter"));
sf.Flags.Add(mapout.SafeParseBool("Accumulated") ?? false);
DetailedParameterTimeSeries.Add(sf);
}
}
}
//Detailed catchment time series
detailed = output.Element("DetailedCatchmentTimeSeries");
if (detailed != null)
{
foreach (var mapout in detailed.Elements())
{
if (mapout.SafeParseBool("Include") ?? true)
{
SafeFile sf = new SafeFile() { CheckIfFileExists = false, InitialDelete=true, FileName = mapout.SafeParseString("CSVFileName") };
sf.Parameters.Add(mapout.SafeParseInt("CatchmentID")??0);
sf.Flags.Add(mapout.SafeParseBool("Accumulated") ?? false);
DetailedCatchmentTimeSeries.Add(sf);
}
}
}
if (configuration.Element("InitialConditions").SafeParseBool("Include") ?? false)
{
InitialConditionsfile = new SafeFile() { FileName = configuration.Element("InitialConditions").SafeParseString("CSVFileName") };
InitialConditionsfile.ColumnNames.Add(configuration.Element("InitialConditions").SafeParseString("DateFormat"));
}
foreach (var mshe in configuration.Element("MikeSheModels").Elements("MikeSheModel"))
{
if(mshe.SafeParseBool("Update") ?? true)
MsheSetups.Add(new SafeFile(){ FileName = mshe.SafeParseString("SheFileName")});
}
var m11override = configuration.Element("M11FlowOverride");
if (m11override != null && (m11override.SafeParseBool("Include") ?? true) && (m11override.SafeParseBool("Update") ?? true))
M11FlowOverride = new SafeFile() { FileName = m11override.SafeParseString("DFS0FileName") };
var m11bias = configuration.Element("M11Bias");
if (m11bias != null && (m11bias.SafeParseBool("Include") ?? true) && (m11bias.SafeParseBool("Update") ?? true))
{
M11Base = new SafeFile() { FileName = m11bias.SafeParseString("ShapeFileName") };
M11Base.ColumnNames.Add(m11bias.SafeParseString("MultiplyColumn"));
}
var coastal = configuration.Element("CoastalZone");
if(coastal!=null && (coastal.SafeParseBool("Include")??true))
{
CoastalZone = new SafeFile(){FileName = coastal.SafeParseString("ShapeFileName")};
CoastalZone.ColumnNames.Add(coastal.SafeParseString("Column") ?? "Kyst");
foreach (var elem in coastal.Elements("KeepValue"))
CoastalZone.ColumnNames.Add(elem.SafeParseString("AttributeValue"));
}
//Configuration of sourcemodels
SourceModels = new List<ISource>();
foreach (var sourcemodelXML in configuration.Element("SourceModels").Elements())
{
ISource NewModel= ModelFactory.GetSourceModel(sourcemodelXML.Name.LocalName);
if (NewModel != null)
{
NewModel.ReadConfiguration(sourcemodelXML);
if (NewModel.Include)
{
SourceModels.Add(NewModel);
NewModel.MessageChanged += new NewMessageEventhandler(NewModel_MessageChanged);
}
}
}
LogThis("Source models created");
InternalReductionModels = new List<ISink>();
//Configuration of internal reduction models
foreach (var sourcemodelXML in configuration.Element("InternalSinks").Elements())
{
ISink NewModel = ModelFactory.GetSinkModel(sourcemodelXML.Name.LocalName);
if (NewModel != null)
{
NewModel.ReadConfiguration(sourcemodelXML);
if (NewModel.Include)
{
InternalReductionModels.Add(NewModel);
NewModel.MessageChanged += new NewMessageEventhandler(NewModel_MessageChanged);
}
}
}
LogThis("Internal sink models created");
MainStreamRecutionModels = new List<ISink>();
//Configuration of internal reduction models
foreach (var sourcemodelXML in configuration.Element("MainStreamSinks").Elements())
{
ISink NewModel = ModelFactory.GetSinkModel(sourcemodelXML.Name.LocalName);
if (NewModel != null)
{
NewModel.ReadConfiguration(sourcemodelXML);
if (NewModel.Include)
{
MainStreamRecutionModels.Add(NewModel);
NewModel.MessageChanged += new NewMessageEventhandler(NewModel_MessageChanged);
}
}
}
var calib = configuration.Element("Calibration");
if (calib != null)
{
Calib = new Calibrator();
Calib.ReadConfiguration(calib);
Calib.MessageChanged += new NewMessageEventhandler(NewModel_MessageChanged);
}
var redmap = configuration.Element("ReductionMap");
if(redmap!=null)
{
reductioncreator = new ReductionMap();
reductioncreator.ReadConfiguration(redmap);
}
LogThis("Main stream sink models created");
CatchmentFiles.Add(new SafeFile() { FileName = configuration.Element("Catchments").SafeParseString("ShapeFileName") });
Directory.SetCurrentDirectory(dir);
}
public override void ReadConfiguration(System.Xml.Linq.XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Include)
{
var pFiles = Configuration.Element("ParticleFiles");
UseUnsatFilter = pFiles.SafeParseBool("RemoveUnsatParticles") ?? false;
DrainToBoundaryOption = pFiles.SafeParseBool("DrainToBoundaryCorrection") ?? false;
ParticlesPrSquareMeter = Configuration.SafeParseDouble("ParticlesPrSquareMeter") ?? -1;
foreach (var parfile in pFiles.Elements("ParticleFile"))
{
ParticleFiles.Add(new SafeFile() { FileName = parfile.SafeParseString("ShapeFileName") });
}
Start = new DateTime(Configuration.SafeParseInt("FromYear") ?? 2000, Configuration.SafeParseInt("FromMonth") ?? 1, 1);
End = new DateTime(Configuration.SafeParseInt("ToYear") ?? 2002, Configuration.SafeParseInt("ToMonth") ?? 1, 1);
OutputFile = new SafeFile() { CheckIfFileExists = false, FileName = Configuration.SafeParseString("ShapeFileName") };
}
}
/// <summary>
/// Reads and parses the configuration element
/// </summary>
/// <param name="Configuration"></param>
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
var Unsatelement = Configuration.Element("UnsatFiles");
if (Unsatelement != null)
{
foreach (var parfile in Unsatelement.Elements("UnsatFile"))
{
UZAgeDefinition uzd = new UZAgeDefinition();
uzd.FileName = new SafeFile()
{
FileName = parfile.SafeParseString("DFS2FileName")
};
uzd.FileName.ColumnNames.Add(parfile.SafeParseString("ItemName"));
uzd.MinHorizontalTravelDistance = parfile.SafeParseDouble("MinHorizontalTravelDistance") ?? 0;
uzd.MinTravelTime = parfile.SafeParseDouble("MinTravelTime") ?? 0;
UnsatAgeFiles.Add(uzd);
}
}
var daisyelement = Configuration.Element("DaisyFiles");
var startyear = daisyelement.SafeParseInt("RecycleStartYear");
int startmonth = daisyelement.SafeParseInt("RecycleStartMonth") ?? 1;
if (startyear.HasValue)
{
RecycleStart = new DateTime(startyear.Value, startmonth, 1);
}
var endyear = daisyelement.SafeParseInt("RecycleEndYear");
int endmonth = daisyelement.SafeParseInt("RecycleEndMonth") ?? 1;
if (endyear.HasValue)
{
RecycleEnd = new DateTime(endyear.Value, endmonth, 1);
}
RecycleScale = daisyelement.SafeParseDouble("RecycleScaleFactor") ?? 1;
foreach (var parfile in daisyelement.Elements("DaisyFile"))
{
DaisyFiles.Add(new SafeFile()
{
FileName = parfile.SafeParseString("FileName")
});
}
var pFiles = Configuration.Element("ParticleFiles");
UseUnsatFilter = pFiles.SafeParseBool("RemoveUnsatParticles") ?? false;
DrainToBoundaryOption = pFiles.SafeParseBool("DrainToBoundaryCorrection") ?? false;
foreach (var parfile in pFiles.Elements("ParticleFile"))
{
ParticleFiles.Add(new SafeFile()
{
FileName = parfile.SafeParseString("ShapeFileName")
});
}
SoilCodes = new SafeFile()
{
FileName = Configuration.Element("SoilCodes").SafeParseString("ShapeFileName")
};
}
}
/// <summary>
/// Reads and parses the configuration element
/// </summary>
/// <param name="Configuration"></param>
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
var Unsatelement = Configuration.Element("UnsatFiles");
if (Unsatelement != null)
{
foreach (var parfile in Unsatelement.Elements("UnsatFile"))
{
UZAgeDefinition uzd = new UZAgeDefinition();
uzd.FileName = new SafeFile() { FileName = parfile.SafeParseString("DFS2FileName") };
uzd.FileName.ColumnNames.Add(parfile.SafeParseString("ItemName"));
uzd.MinHorizontalTravelDistance =parfile.SafeParseDouble("MinHorizontalTravelDistance") ?? 0;
uzd.MinTravelTime = parfile.SafeParseDouble("MinTravelTime") ?? 0;
UnsatAgeFiles.Add(uzd);
}
}
var daisyelement =Configuration.Element("DaisyFiles");
var startyear = daisyelement.SafeParseInt("RecycleStartYear");
int startmonth = daisyelement.SafeParseInt("RecycleStartMonth") ??1;
if (startyear.HasValue)
RecycleStart = new DateTime(startyear.Value, startmonth, 1);
var endyear = daisyelement.SafeParseInt("RecycleEndYear");
int endmonth = daisyelement.SafeParseInt("RecycleEndMonth") ?? 1;
if (endyear.HasValue)
RecycleEnd = new DateTime(endyear.Value, endmonth, 1);
RecycleScale = daisyelement.SafeParseDouble("RecycleScaleFactor") ?? 1;
foreach (var parfile in daisyelement.Elements("DaisyFile"))
{
DaisyFiles.Add(new SafeFile() { FileName = parfile.SafeParseString("FileName") });
}
var pFiles =Configuration.Element("ParticleFiles");
UseUnsatFilter = pFiles.SafeParseBool("RemoveUnsatParticles") ?? false;
DrainToBoundaryOption = pFiles.SafeParseBool("DrainToBoundaryCorrection") ?? false;
foreach (var parfile in pFiles.Elements("ParticleFile"))
{
ParticleFiles.Add(new SafeFile() { FileName = parfile.SafeParseString("ShapeFileName") });
}
SoilCodes = new SafeFile() { FileName = Configuration.Element("SoilCodes").SafeParseString("ShapeFileName") };
}
}
public override void ReadConfiguration(XElement Configuration)
{
base.ReadConfiguration(Configuration);
if (Update)
{
MultiplicationFactor = Configuration.SafeParseDouble("MultiplicationFactor") ?? _MultiplicationFactor;
Exponent = Configuration.SafeParseDouble( "Exponent") ?? _Exponent;
ReachLengthReductionFactor = Configuration.SafeParseDouble("ReachLenghtReductionFactor") ?? _ReachLengthReductionFactor;
FirstSummerMonth = Configuration.SafeParseInt("FirstSummerMonth") ?? _FirstSummerMonth;
LastSummerMonth = Configuration.SafeParseInt("LastSummerMonth") ?? _LastSummerMonth;
foreach (var v in Configuration.Element("StreamClasses").Elements("StreamClass"))
{
StreamClassification sc = new StreamClassification();
sc.StreamType = v.SafeParseString("Name");
sc.StreamDepthSummer = v.SafeParseDouble("DepthSummer") ?? 0;
sc.StreamDepthWinter = v.SafeParseDouble("DepthWinter") ?? 0;
sc.StreamVelocitySummer = v.SafeParseDouble("VelocitySummer") ?? 0;
sc.StreamVelocityWinter = v.SafeParseDouble( "VelocityWinter") ?? 0;
StreamClasses.Add(sc.StreamType, sc);
}
foreach (var v in Configuration.Element("DBFFiles").Elements("DBFFile"))
{
var dbf = new SafeFile();
dbf.FileName = v.SafeParseString("FileName");
dbf.ColumnNames.Add(v.SafeParseString("IDColumn"));
dbf.ColumnNames.Add(v.SafeParseString("NameColumn"));
dbf.ColumnNames.Add(v.SafeParseString("LengthColumn"));
dbf.ColumnNames.Add(v.SafeParseString("LRColumn"));
this.DBFFiles.Add(dbf);
}
}
}
