public static void CreateODC(string fileName, string xmlTemplate, string dataDirectory)
{
XmlSerializer deserializer = new XmlSerializer(typeof(CacheGenerationInfo));
TextReader textReader = new StreamReader(xmlTemplate);
CacheGenerationInfo info = (CacheGenerationInfo)deserializer.Deserialize(textReader);
textReader.Close();
ODCCreator odcCreator = new ODCCreator(info.HighestZone, info.Types, info.Times, info.Gap);
foreach (var dimensionInfo in info.CacheInfo)
{
string fname = Path.Combine(dataDirectory, dimensionInfo.FileName);
if (dimensionInfo.Is311)
{
odcCreator.LoadEMME2(fname, dimensionInfo.TimeIndex, dimensionInfo.TypeIndex);
}
else
{
if (dimensionInfo.SaveInTimes)
{
odcCreator.LoadCSVTimes(fname, dimensionInfo.Header, dimensionInfo.TimeIndex, dimensionInfo.TypeIndex);
}
else
{
odcCreator.LoadCSVTypes(fname, dimensionInfo.Header, dimensionInfo.TimeIndex, dimensionInfo.TypeIndex);
}
}
}
odcCreator.Save(fileName, false);
}
internal void DumpToCreator(ODCCreator oDCCreator)
{
foreach (var originBlock in this.Indexes)
{
for (int o = originBlock.Start; o < originBlock.End; o++)
{
foreach (var destinationBlock in originBlock.SubIndex)
{
for (int d = destinationBlock.Start; d < destinationBlock.End; d++)
{
oDCCreator.Set(o, d, this);
}
}
}
}
}
public void ReGenerate(string dataDirectory, string outputDirectory)
{
string fileName = Path.GetFileNameWithoutExtension(this.FileName);
string path = Path.GetDirectoryName(this.FileName);
string xmlFile = Path.Combine(path, fileName + ".xml");
XmlSerializer deserializer = new XmlSerializer(typeof(CacheGenerationInfo));
TextReader textReader = new StreamReader(xmlFile);
CacheGenerationInfo info = (CacheGenerationInfo)deserializer.Deserialize(textReader);
textReader.Close();
ODCCreator odcCreator = new ODCCreator(this.HighestZone, this.Types, this.Times, this.Indexes.Length);
foreach (var dimensionInfo in info.CacheInfo)
{
string fname = Path.Combine(dataDirectory, dimensionInfo.FileName);
if (dimensionInfo.Is311)
{
odcCreator.LoadEMME2(fname, dimensionInfo.TimeIndex, dimensionInfo.TypeIndex);
}
else
{
if (dimensionInfo.SaveInTimes)
{
odcCreator.LoadCSVTimes(fname, dimensionInfo.Header, dimensionInfo.TimeIndex, dimensionInfo.TypeIndex);
}
else
{
odcCreator.LoadCSVTypes(fname, dimensionInfo.Header, dimensionInfo.TimeIndex, dimensionInfo.TypeIndex);
}
}
}
odcCreator.Save(Path.Combine(outputDirectory, Path.GetFileName(this.FileName)), true);
}
public void Generate()
{
/*
* TRANSIT
* Structure for now will be:
* 0: train in vehicle time
* 1: train wait time
* 2: train walk time
* 3: train fare
*/
ODCCreator creator = new ODCCreator( this.Root.ZoneSystem.ZoneArray.Top + 1, 4, 3, 1 );
creator.LoadEMME2( FailIfNotExist( this.trnivttAM ), 0, 0 );
creator.LoadEMME2( FailIfNotExist( this.fin_trnwaitAM ), 0, 1 );
creator.LoadEMME2( FailIfNotExist( this.trnwalkAM ), 0, 2 );
creator.LoadEMME2( FailIfNotExist( this.trnivttPM ), 1, 0 );
creator.LoadEMME2( FailIfNotExist( this.fin_trnwaitPM ), 1, 1 );
creator.LoadEMME2( FailIfNotExist( this.trnwalkPM ), 1, 2 );
creator.LoadEMME2( FailIfNotExist( this.trnivttOP ), 2, 0 );
creator.LoadEMME2( FailIfNotExist( this.fin_trnwaitOP ), 2, 1 );
creator.LoadEMME2( FailIfNotExist( this.trnwalkOP ), 2, 2 );
if ( !String.IsNullOrWhiteSpace( this.transitfares ) )
{
creator.LoadEMME2( FailIfNotExist( this.transitfares ), 0, 3 );
creator.LoadEMME2( FailIfNotExist( this.transitfares ), 1, 3 );
creator.LoadEMME2( FailIfNotExist( this.transitfares ), 2, 3 );
}
creator.Save( GetFullPath( this.ODC ), false );
creator = null;
GC.Collect();
}
internal void DumpToCreator(ODCCreator oDCCreator)
{
foreach ( var originBlock in this.Indexes )
{
for ( int o = originBlock.Start; o < originBlock.End; o++ )
{
foreach ( var destinationBlock in originBlock.SubIndex )
{
for ( int d = destinationBlock.Start; d < destinationBlock.End; d++ )
{
oDCCreator.Set( o, d, this );
}
}
}
}
}
public void ReGenerate(string dataDirectory, string outputDirectory)
{
string fileName = Path.GetFileNameWithoutExtension( this.FileName );
string path = Path.GetDirectoryName( this.FileName );
string xmlFile = Path.Combine( path, fileName + ".xml" );
XmlSerializer deserializer = new XmlSerializer( typeof( CacheGenerationInfo ) );
TextReader textReader = new StreamReader( xmlFile );
CacheGenerationInfo info = (CacheGenerationInfo)deserializer.Deserialize( textReader );
textReader.Close();
ODCCreator odcCreator = new ODCCreator( this.HighestZone, this.Types, this.Times, this.Indexes.Length );
foreach ( var dimensionInfo in info.CacheInfo )
{
string fname = Path.Combine( dataDirectory, dimensionInfo.FileName );
if ( dimensionInfo.Is311 )
{
odcCreator.LoadEMME2( fname, dimensionInfo.TimeIndex, dimensionInfo.TypeIndex );
}
else
{
if ( dimensionInfo.SaveInTimes )
{
odcCreator.LoadCSVTimes( fname, dimensionInfo.Header, dimensionInfo.TimeIndex, dimensionInfo.TypeIndex );
}
else
{
odcCreator.LoadCSVTypes( fname, dimensionInfo.Header, dimensionInfo.TimeIndex, dimensionInfo.TypeIndex );
}
}
}
odcCreator.Save( Path.Combine( outputDirectory, Path.GetFileName( this.FileName ) ), true );
}
public static void CreateODC(string fileName, string xmlTemplate, string dataDirectory)
{
XmlSerializer deserializer = new XmlSerializer( typeof( CacheGenerationInfo ) );
TextReader textReader = new StreamReader( xmlTemplate );
CacheGenerationInfo info = (CacheGenerationInfo)deserializer.Deserialize( textReader );
textReader.Close();
ODCCreator odcCreator = new ODCCreator( info.HighestZone, info.Types, info.Times, info.Gap );
foreach ( var dimensionInfo in info.CacheInfo )
{
string fname = Path.Combine( dataDirectory, dimensionInfo.FileName );
if ( dimensionInfo.Is311 )
{
odcCreator.LoadEMME2( fname, dimensionInfo.TimeIndex, dimensionInfo.TypeIndex );
}
else
{
if ( dimensionInfo.SaveInTimes )
{
odcCreator.LoadCSVTimes( fname, dimensionInfo.Header, dimensionInfo.TimeIndex, dimensionInfo.TypeIndex );
}
else
{
odcCreator.LoadCSVTypes( fname, dimensionInfo.Header, dimensionInfo.TimeIndex, dimensionInfo.TypeIndex );
}
}
}
odcCreator.Save( fileName, false );
}