public static void ImportDelayCombinations(object sender, DoWorkEventArgs e)
{
string filename = e.Argument as string;
BackgroundWorker worker = sender as BackgroundWorker;
DataContainer.NeuralNetwork.DelayCombinations = new Data.DelayCombinationCollection();
CsvDefinition def = new CsvDefinition()
{
FieldSeparator = ','
};
CsvFileReader <Record> reader = new CsvFileReader <Record>(filename, def);
DateTime date = new DateTime();
DelayDay day = new DelayDay();
int count = 0;
foreach (Record record in reader)
{
if (record.trainDate != date)
{
if (DataContainer.NeuralNetwork.DelayCombinations.dict.ContainsKey(date))
{
DataContainer.NeuralNetwork.DelayCombinations.dict[date].AddRange(day.FormCombinations());
}
else
{
DataContainer.NeuralNetwork.DelayCombinations.dict.Add(date, day.FormCombinations());
}
date = record.trainDate;
day = new DelayDay();
worker.ReportProgress(0, new string[] { record.trainDate.ToString(), count.ToString() });
}
//if (record.delayCode != string.Empty)// || record.difference > 120)
//{
Delay delay = new Delay();
delay.traincode = record.trainCode;
delay.WLCheader = record.WLCTrainCode;
delay.date = record.trainDate;
delay.delaycode = record.delayCode;
if (record.locationType == "D")
{
delay.destinationdelay = record.difference;
}
else
{
delay.origindelay = record.difference;
}
if (day.delays.ContainsKey(delay.traincode))
{
((Delay)day.delays[delay.traincode]).destinationdelay = delay.destinationdelay;
}
else
{
day.delays.Add(delay.traincode, delay);
}
//}
count++;
}
}
public static void ImportDelayCombinations(object sender, DoWorkEventArgs e)
{
string filename = e.Argument as string;
BackgroundWorker worker = sender as BackgroundWorker;
DataContainer.NeuralNetwork.DelayCombinations = new Data.DelayCombinationCollection();
CsvDefinition def = new CsvDefinition() { FieldSeparator = ',' };
CsvFileReader<Record> reader = new CsvFileReader<Record>(filename, def);
DateTime date = new DateTime();
DelayDay day = new DelayDay();
int count = 0;
foreach (Record record in reader)
{
if (record.trainDate != date)
{
if (DataContainer.NeuralNetwork.DelayCombinations.dict.ContainsKey(date))
{
DataContainer.NeuralNetwork.DelayCombinations.dict[date].AddRange(day.FormCombinations());
}
else
{
DataContainer.NeuralNetwork.DelayCombinations.dict.Add(date, day.FormCombinations());
}
date = record.trainDate;
day = new DelayDay();
worker.ReportProgress(0, new string[] { record.trainDate.ToString(), count.ToString() });
}
//if (record.delayCode != string.Empty)// || record.difference > 120)
//{
Delay delay = new Delay();
delay.traincode = record.trainCode;
delay.WLCheader = record.WLCTrainCode;
delay.date = record.trainDate;
delay.delaycode = record.delayCode;
if (record.locationType == "D") { delay.destinationdelay = record.difference; }
else { delay.origindelay = record.difference; }
if (day.delays.ContainsKey(delay.traincode)) { ((Delay)day.delays[delay.traincode]).destinationdelay = delay.destinationdelay; }
else { day.delays.Add(delay.traincode, delay); }
//}
count++;
}
}
