// Shamelessly copy pasted from the XDAWaveFormDataParser
// Thanks other Stephen
private void ParsePQDIF()
{
try
{
List <ObservationRecord> observationRecords;
using (OpenFileDialog dialog = new OpenFileDialog())
{
// Parse PQDif File Data
using (LogicalParser logicalParser = new LogicalParser(m_currentFilePath))
{
observationRecords = new List <ObservationRecord>();
logicalParser.Open();
while (logicalParser.HasNextObservationRecord())
{
observationRecords.Add(logicalParser.NextObservationRecord());
}
}
// Convert to common channel format
m_channels = observationRecords
.SelectMany(observation => observation.ChannelInstances)
.Where(channel => channel.Definition.QuantityTypeID == QuantityType.WaveForm)
.Select(MakeParsedChannel)
.ToList();
}
}
catch (Exception e)
{
e.Source = m_currentFileRootName;
ExceptionList.Add(e);
}
}
/// <summary>
/// Parses the file into a meter data set per meter contained in the file.
/// </summary>
/// <param name="filePath">The path to the file to be parsed.</param>
/// <returns>List of meter data sets, one per meter.</returns>
public void Parse(string filePath)
{
DataSourceRecord dataSource = null;
ObservationRecord observation;
IEnumerable <ChannelInstance> channelInstances;
Meter meter = null;
Channel channel;
DataSeries dataSeries;
DateTime[] timeData;
while (m_parser.HasNextObservationRecord())
{
observation = m_parser.NextObservationRecord();
if ((object)observation.DataSource == null)
{
continue;
}
if ((object)dataSource == null)
{
dataSource = observation.DataSource;
meter = ParseDataSource(dataSource);
m_meterDataSet.Meter = meter;
}
if (!AreEquivalent(dataSource, observation.DataSource))
{
throw new InvalidDataException($"PQDIF file \"{filePath}\" defines too many data sources.");
}
channelInstances = observation.ChannelInstances
.Where(channelInstance => QuantityType.IsQuantityTypeID(channelInstance.Definition.QuantityTypeID))
.Where(channelInstance => channelInstance.SeriesInstances.Any())
.Where(channelInstance => channelInstance.SeriesInstances[0].Definition.ValueTypeID == SeriesValueType.Time);
foreach (ChannelInstance channelInstance in channelInstances)
{
timeData = ParseTimeData(channelInstance);
foreach (SeriesInstance seriesInstance in channelInstance.SeriesInstances.Skip(1))
{
channel = ParseSeries(seriesInstance);
dataSeries = new DataSeries();
dataSeries.DataPoints = timeData.Zip(ParseValueData(seriesInstance), (time, d) => new DataPoint()
{
Time = time, Value = d
}).ToList();
dataSeries.SeriesInfo = channel.Series[0];
meter.Channels.Add(channel);
m_meterDataSet.DataSeries.Add(dataSeries);
}
}
}
}
private void PQDIFButton_Click(object sender, EventArgs e)
{
List <ObservationRecord> observationRecords;
using (OpenFileDialog dialog = new OpenFileDialog())
{
dialog.Filter = "PQDIF Files|*.pqd|All Files|*.*";
dialog.Title = "Browse PQDIF Files";
if (dialog.ShowDialog() == DialogResult.Cancel)
{
return;
}
if (!File.Exists(dialog.FileName))
{
return;
}
// Parse PQDif File Data
using (LogicalParser logicalParser = new LogicalParser(dialog.FileName))
{
observationRecords = new List <ObservationRecord>();
logicalParser.Open();
while (logicalParser.HasNextObservationRecord())
{
observationRecords.Add(logicalParser.NextObservationRecord());
}
}
// Convert to common channel format
m_channels = observationRecords
.SelectMany(observation => observation.ChannelInstances)
.Where(channel => channel.Definition.QuantityTypeID == QuantityType.WaveForm)
.Select(MakeParsedChannel)
.ToList();
// Clear the list box and data chart
ChannelListBox.Items.Clear();
DataChart.Series.Clear();
// Populate the list box with channel names
ChannelListBox.Items.AddRange(m_channels
.Select((channel, index) => string.Format("[{0}] {1}", index, channel.Name))
.Cast <object>()
.ToArray());
// Select the first channel in the list
ChannelListBox.SelectedIndex = 0;
// Change the title text of the window to show what file the user has open
m_fileName = dialog.SafeFileName;
Text = string.Format("PQDIF - [{0}]", dialog.SafeFileName);
}
}
public IHttpActionResult Post([FromUri] string meterKey)
{
//string file = Request.Content.ReadAsStringAsync().Result;
//byte[] bytes = System.Text.Encoding.UTF8.GetBytes(file);
byte[] bytes = Request.Content.ReadAsByteArrayAsync().Result;
ContainerRecord containerRecord;
using (Stream stream = new MemoryStream(bytes))
using (LogicalParser parser = new LogicalParser(stream))
{
containerRecord = parser.ContainerRecord;
while (parser.HasNextObservationRecord())
{
parser.NextObservationRecord();
}
if (parser.DataSourceRecords.Count == 0)
{
return(BadRequest("File contained no useable channel definitions"));
}
IEnumerable <ChannelDefinition> channelDefinitions = parser.DataSourceRecords.First().ChannelDefinitions.Where(cd => cd.QuantityTypeID == QuantityType.WaveForm && cd.SeriesDefinitions.Where(ser => ser.QuantityCharacteristicID == QuantityCharacteristic.Instantaneous && ser.QuantityUnits != QuantityUnits.Seconds).Any() && (cd.QuantityMeasured == QuantityMeasured.Voltage || cd.QuantityMeasured == QuantityMeasured.Current));
var channels = channelDefinitions.Select((cd, index) => new {
ID = index + 1,
Meter = meterKey,
Asset = "",
MeasurementType = cd.QuantityMeasured.ToString(),
MeasurementCharacteristic = "Instantaneous",
Phase = cd.Phase.ToString(),
Name = cd.ChannelName,
SamplesPerHour = 0,
PerUnitValue = 1,
HarmonicGroup = 0,
Description = cd.DataSource.DataSourceLocation + " - " + cd.ChannelName,
Enabled = true,
Adder = 0,
Multiplier = 1,
Series = new [] {
new {
ID = 0,
ChannelID = 0,
SeriesType = "Values",
SourceIndexes = ""
}
}
});
return(Ok(channels));
}
}
/// <summary>
/// Populate known voltage and current data from PQDIF file.
/// </summary>
/// <param name="faultDataSet">Fault data set to be populated.</param>
/// <param name="settings">Source parameters.</param>
public static void PopulateDataSet(FaultLocationDataSet faultDataSet, Dictionary <string, string> settings)
{
string fileName;
List <ObservationRecord> observationRecords;
ObservationRecord faultObservation;
ChannelInstance[] anChannels;
ChannelInstance[] bnChannels;
ChannelInstance[] cnChannels;
if (!settings.TryGetValue("fileName", out fileName) || !File.Exists(fileName))
{
throw new ArgumentException("Parameters must define a valid \"fileName\" setting.");
}
// Parse PQDif File Data
using (LogicalParser logicalParser = new LogicalParser(fileName))
{
observationRecords = new List <ObservationRecord>();
logicalParser.Open();
while (logicalParser.HasNextObservationRecord())
{
observationRecords.Add(logicalParser.NextObservationRecord());
}
}
// Get the first observation record that contains six wave forms.
// Assume that this observation record will has both voltage and
// current wave forms for each of the three phases
faultObservation = observationRecords.FirstOrDefault(observation => observation.ChannelInstances.Count(channel => channel.Definition.QuantityTypeID == QuantityType.WaveForm) >= 6);
if ((object)faultObservation != null)
{
// Get the voltage and current wave forms for each of the six phase types
IEnumerable <ChannelInstance> waveForms = faultObservation.ChannelInstances.Where(channel => channel.Definition.QuantityTypeID == QuantityType.WaveForm).ToList();
anChannels = waveForms.Where(channel => channel.Definition.Phase == Phase.AN).ToArray();
bnChannels = waveForms.Where(channel => channel.Definition.Phase == Phase.BN).ToArray();
cnChannels = waveForms.Where(channel => channel.Definition.Phase == Phase.CN).ToArray();
// Attempt to fill in fault data for each of the three phase types
FillFaultData(faultDataSet.Voltages.AN, faultDataSet.Currents.AN, anChannels);
FillFaultData(faultDataSet.Voltages.BN, faultDataSet.Currents.BN, bnChannels);
FillFaultData(faultDataSet.Voltages.CN, faultDataSet.Currents.CN, cnChannels);
// Set the frequency in the data set to the nominal frequency of the system
faultDataSet.Frequency = faultObservation.Settings.NominalFrequency;
}
}
public void Parse(string filePath)
{
List <DataSourceRecord> dataSources;
List <ObservationRecord> observationRecords;
List <ChannelInstance> channelInstances;
List <SeriesInstance> seriesInstances;
List <SeriesDefinition> seriesDefinitions;
Meter meter;
Channel channel;
DataSeries dataSeries;
DateTime[] timeData;
// Build the list of observation records in the PQDIF file
observationRecords = new List <ObservationRecord>();
while (m_parser.HasNextObservationRecord())
{
observationRecords.Add(m_parser.NextObservationRecord());
}
// Build the list of all data source records in the PQDIF file
dataSources = observationRecords
.Select(observation => observation.DataSource)
.Distinct()
.ToList();
// If there are no data sources, there is no
// need to go any further because we won't be
// able to interpret any of the channel data
if (!dataSources.Any())
{
return;
}
// Validate data sources to make sure there is only one data source defined in the file
if (!dataSources.Zip(dataSources.Skip(1), (ds1, ds2) => AreEquivalent(ds1, ds2)).All(b => b))
{
throw new InvalidDataException($"PQDIF file \"{filePath}\" defines too many data sources.");
}
// Create a meter from the parsed data source
meter = ParseDataSource(dataSources.First());
// Build the list of all channel instances in the PQDIF file
channelInstances = observationRecords
.SelectMany(observation => observation.ChannelInstances)
.Where(channelInstance => QuantityType.IsQuantityTypeID(channelInstance.Definition.QuantityTypeID))
.Where(channelInstance => channelInstance.SeriesInstances.Any())
.Where(channelInstance => channelInstance.SeriesInstances[0].Definition.ValueTypeID == SeriesValueType.Time)
.ToList();
// Create the list of series instances so we can
// build it as we process each channel instance
seriesInstances = new List <SeriesInstance>();
Dictionary <Channel, DataSeries> startChannelsAndDataSeries = new Dictionary <Channel, DataSeries>();
Dictionary <Channel, DataSeries> endChannelsAndDataSeries = new Dictionary <Channel, DataSeries>();
foreach (ChannelInstance channelInstance in channelInstances)
{
bool timeValueChannel =
channelInstance.Definition.QuantityTypeID == QuantityType.WaveForm ||
channelInstance.Definition.QuantityTypeID == QuantityType.ValueLog ||
channelInstance.Definition.QuantityTypeID == QuantityType.Phasor ||
channelInstance.Definition.QuantityTypeID == QuantityType.Flash ||
channelInstance.Definition.QuantityTypeID == QuantityType.MagDurTime ||
channelInstance.Definition.QuantityTypeID == QuantityType.MagDurCount;
// TODO: Create representation for quantity types that do not define time/value data
if (!timeValueChannel)
{
continue;
}
// Parse time data from the channel instance
timeData = ParseTimeData(channelInstance);
foreach (SeriesInstance seriesInstance in channelInstance.SeriesInstances.Skip(1))
{
// Create a channel from the parsed series instance
seriesInstances.Add(seriesInstance);
channel = ParseSeries(seriesInstance);
// Parse the values and zip them with time data to create data points
dataSeries = new DataSeries();
dataSeries.DataPoints = timeData.Zip(ParseValueData(seriesInstance), (time, d) => new DataPoint()
{
Time = time, Value = d
}).ToList();
dataSeries.SeriesInfo = channel.Series[0];
// Add the new channel to the meter's channel list
if (channel.Name.ToLower().Contains("start"))
{
startChannelsAndDataSeries[channel] = dataSeries;
}
else if (channel.Name.ToLower().Contains("end"))
{
endChannelsAndDataSeries[channel] = dataSeries;
}
else
{
channel.Meter = meter;
meter.Channels.Add(channel);
m_meterDataSet.DataSeries.Add(dataSeries);
}
}
}
foreach (Channel chan in startChannelsAndDataSeries.Keys)
{
string baseChannelName = chan.Name.ToLower().Replace("start", "");
Channel endChannel = endChannelsAndDataSeries.Keys.Where(ch => ch.Name.ToLower().Replace("end", "") == baseChannelName).FirstOrDefault();
if ((object)endChannel != null)
{
Channel combinedChannel = chan;
DataSeries combinedDataSeries = startChannelsAndDataSeries[chan];
// Replace "Start" in combinedChannel.Name with "Start + End";
int index = combinedChannel.Name.IndexOf("start", StringComparison.OrdinalIgnoreCase);
combinedChannel.Name = combinedChannel.Name.Remove(index, 5).Insert(index, "Start + End");
combinedDataSeries.DataPoints.AddRange(endChannelsAndDataSeries[endChannel].DataPoints);
combinedChannel.Meter = meter;
meter.Channels.Add(combinedChannel);
m_meterDataSet.DataSeries.Add(combinedDataSeries);
}
}
// Build a list of series definitions that were not instanced by this PQDIF file
seriesDefinitions = dataSources
.SelectMany(dataSource => dataSource.ChannelDefinitions)
.SelectMany(channelDefinition => channelDefinition.SeriesDefinitions)
.Distinct()
.Except(seriesInstances.Select(seriesInstance => seriesInstance.Definition))
.ToList();
// Add each of the series definitions which were not instanced to the meter's list of channels
foreach (SeriesDefinition seriesDefinition in seriesDefinitions)
{
meter.Channels.Add(ParseSeries(seriesDefinition));
}
m_meterDataSet.Meter = meter;
}
/// <summary>
/// Parses the file into a meter data set per meter contained in the file.
/// </summary>
/// <param name="filePath">The path to the file to be parsed.</param>
/// <returns>List of meter data sets, one per meter.</returns>
public void Parse(string filePath)
{
List <DataSourceRecord> dataSources;
List <ObservationRecord> observationRecords;
List <ChannelInstance> channelInstances;
List <SeriesInstance> seriesInstances;
List <SeriesDefinition> seriesDefinitions;
Meter meter;
Channel channel;
DataSeries dataSeries;
DateTime[] timeData;
// Build the list of observation records in the PQDIF file
observationRecords = new List <ObservationRecord>();
while (m_parser.HasNextObservationRecord())
{
observationRecords.Add(m_parser.NextObservationRecord());
}
// Build the list of all data source records in the PQDIF file
dataSources = observationRecords
.Select(observation => observation.DataSource)
.Distinct()
.ToList();
// If there are no data sources, there is no
// need to go any further because we won't be
// able to interpret any of the channel data
if (!dataSources.Any())
{
return;
}
// Validate data sources to make sure there is only one data source defined in the file
if (!dataSources.Zip(dataSources.Skip(1), (ds1, ds2) => AreEquivalent(ds1, ds2)).All(b => b))
{
throw new InvalidDataException($"PQDIF file \"{filePath}\" defines too many data sources.");
}
// Create a meter from the parsed data source
meter = ParseDataSource(dataSources.First());
m_meterDataSet.Meter = meter;
// Build the list of all channel instances in the PQDIF file
channelInstances = observationRecords
.SelectMany(observation => observation.ChannelInstances)
.Where(channelInstance => QuantityType.IsQuantityTypeID(channelInstance.Definition.QuantityTypeID))
.Where(channelInstance => channelInstance.SeriesInstances.Any())
.Where(channelInstance => channelInstance.SeriesInstances[0].Definition.ValueTypeID == SeriesValueType.Time)
.ToList();
// Create the list of series instances so we can
// build it as we process each channel instance
seriesInstances = new List <SeriesInstance>();
foreach (ChannelInstance channelInstance in channelInstances)
{
bool timeValueChannel =
channelInstance.Definition.QuantityTypeID == QuantityType.WaveForm ||
channelInstance.Definition.QuantityTypeID == QuantityType.ValueLog ||
channelInstance.Definition.QuantityTypeID == QuantityType.Phasor ||
channelInstance.Definition.QuantityTypeID == QuantityType.Flash ||
channelInstance.Definition.QuantityTypeID == QuantityType.MagDurTime ||
channelInstance.Definition.QuantityTypeID == QuantityType.MagDurCount;
// TODO: Create representation for quantity types that do not define time/value data
if (!timeValueChannel)
{
continue;
}
// Parse time data from the channel instance
timeData = ParseTimeData(channelInstance);
foreach (SeriesInstance seriesInstance in channelInstance.SeriesInstances.Skip(1))
{
// Create a channel from the parsed series instance
seriesInstances.Add(seriesInstance);
channel = ParseSeries(seriesInstance);
// Parse the values and zip them with time data to create data points
dataSeries = new DataSeries();
dataSeries.DataPoints = timeData.Zip(ParseValueData(seriesInstance), (time, d) => new DataPoint()
{
Time = time, Value = d
}).ToList();
dataSeries.SeriesInfo = channel.Series[0];
// Add the new channel to the meter's channel list
meter.Channels.Add(channel);
m_meterDataSet.DataSeries.Add(dataSeries);
}
}
// Build a list of series definitions that were not instanced by this PQDIF file
seriesDefinitions = dataSources
.SelectMany(dataSource => dataSource.ChannelDefinitions)
.SelectMany(channelDefinition => channelDefinition.SeriesDefinitions)
.Distinct()
.Except(seriesInstances.Select(seriesInstance => seriesInstance.Definition))
.ToList();
// Add each of the series definitions which were not instanced to the meter's list of channels
foreach (SeriesDefinition seriesDefinition in seriesDefinitions)
{
meter.Channels.Add(ParseSeries(seriesDefinition));
}
}
private void Parse(string filename)
{
List <ObservationRecord> observationRecords;
List <DataSourceRecord> dataSourceRecords;
using (LogicalParser logicalParser = new LogicalParser(filename))
{
observationRecords = new List <ObservationRecord>();
logicalParser.Open();
while (logicalParser.HasNextObservationRecord())
{
observationRecords.Add(logicalParser.NextObservationRecord());
}
dataSourceRecords = logicalParser.DataSourceRecords;
}
this.m_previousProgress = this.m_previousProgress + 50;
this.mProgress.Report(this.m_previousProgress);
if (observationRecords.Count == 0)
{
return;
}
if (dataSourceRecords.Count != 1)
{
return;
}
//create Meter Definition
//For now assume a single meter
Meter meter = new Meter();
meter.DeviceName = dataSourceRecords[0].DataSourceName;
meter.Owner = dataSourceRecords[0].DataSourceOwner;
meter.DeviceAlias = GSF.PQDIF.Logical.Equipment.ToString(dataSourceRecords[0].EquipmentID);
meter.DeviceLocation = dataSourceRecords[0].DataSourceLocation;
if (dataSourceRecords[0].Latitude < uint.MaxValue)
{
meter.Latitude = dataSourceRecords[0].Latitude;
}
if (dataSourceRecords[0].Longitude < uint.MaxValue)
{
meter.Longitude = dataSourceRecords[0].Longitude;
}
meter.AccountName = GSF.PQDIF.Logical.Vendor.ToString(dataSourceRecords[0].VendorID);
using (TransactionScope scope = new TransactionScope())
{
AdoDataConnection connection = new AdoDataConnection(connectionstring, dataprovider);
GSF.Data.Model.TableOperations <Meter> meterTable = new GSF.Data.Model.TableOperations <Meter>(connection);
meterTable.AddNewRecord(meter);
meter.ID = ModelID.GetID <Meter>(connection);
//create Channel Definitions
List <PQio.Model.Channel> channels = dataSourceRecords[0].ChannelDefinitions.Select(channel => ParseChannel(meter, channel, connection)).ToList();
List <PQio.Model.Event> events = new List <Event>();
//create Event Definitions
foreach (ObservationRecord record in observationRecords)
{
//Create Event
Event evt = ParseObservationRecord(record, connection);
//create DataSeries objects
foreach (ChannelInstance channelInstance in record.ChannelInstances)
{
ParseSeries(channelInstance, channels[(int)channelInstance.ChannelDefinitionIndex], evt, connection);
}
events.Add(evt);
}
// Remove Channels whithout data
channels = channels.FindAll(item => RemoveEmptyChannel(item, connection)).ToList();
events = events.FindAll(item => RemoveEmptyEvents(item, connection)).ToList();
// Remove Channels whithout data
channels = channels.FindAll(item => RemoveEmptyChannel(item, connection)).ToList();
// If only one set of data it's easy to keep only single line
int nVa = channels.Count(channel => channel.MeasurementType.ToLower() == MeasurementType.VoltageA);
int nVb = channels.Count(channel => channel.MeasurementType.ToLower() == MeasurementType.VoltageB);
int nVc = channels.Count(channel => channel.MeasurementType.ToLower() == MeasurementType.VoltageC);
int nIa = channels.Count(channel => channel.MeasurementType.ToLower() == MeasurementType.CurrentA);
int nIb = channels.Count(channel => channel.MeasurementType.ToLower() == MeasurementType.CurrentB);
int nIc = channels.Count(channel => channel.MeasurementType.ToLower() == MeasurementType.CurrentC);
if (nVa == 1 && nVb == 1 && nVc == 1)
{
//Create new asset
Asset asset = new Asset()
{
AssetKey = String.Format("Asset 1 ({0})", meter.AccountName)
};
GSF.Data.Model.TableOperations <Asset> assetTable = new GSF.Data.Model.TableOperations <Asset>(connection);
assetTable.AddNewRecord(asset);
asset.ID = ModelID.GetID <Asset>(connection);
GSF.Data.Model.TableOperations <Channel> channelTable = new GSF.Data.Model.TableOperations <Channel>(connection);
Channel Va = channels.Find(item => item.MeasurementType.ToLower() == MeasurementType.VoltageA);
Channel Vb = channels.Find(item => item.MeasurementType.ToLower() == MeasurementType.VoltageB);
Channel Vc = channels.Find(item => item.MeasurementType.ToLower() == MeasurementType.VoltageC);
Va.AssetID = asset.ID;
Vb.AssetID = asset.ID;
Vc.AssetID = asset.ID;
channelTable.UpdateRecord(Va);
channelTable.UpdateRecord(Vb);
channelTable.UpdateRecord(Vc);
if (nIa == 1 && nIb == 1 && nIc == 1)
{
Channel Ia = channels.Find(item => item.MeasurementType.ToLower() == MeasurementType.CurrentA);
Channel Ib = channels.Find(item => item.MeasurementType.ToLower() == MeasurementType.CurrentB);
Channel Ic = channels.Find(item => item.MeasurementType.ToLower() == MeasurementType.CurrentC);
Ia.AssetID = asset.ID;
Ib.AssetID = asset.ID;
Ic.AssetID = asset.ID;
channelTable.UpdateRecord(Ia);
channelTable.UpdateRecord(Ib);
channelTable.UpdateRecord(Ic);
}
}
scope.Complete();
}
this.m_previousProgress = this.m_previousProgress + 50;
this.mProgress.Report(this.m_previousProgress);
}
/// <summary>
/// Parses the file into a meter data set per meter contained in the file.
/// </summary>
/// <param name="filePath">The path to the file to be parsed.</param>
/// <returns>List of meter data sets, one per meter.</returns>
public void Parse(string filePath)
{
List <DataSourceRecord> dataSources;
List <ObservationRecord> observationRecords;
List <ChannelInstance> channelInstances;
List <SeriesInstance> seriesInstances;
List <SeriesDefinition> seriesDefinitions;
Meter meter;
Channel channel;
DataSeries dataSeries;
DateTime[] timeData;
// Build the list of observation records in the PQDIF file
observationRecords = new List <ObservationRecord>();
while (m_parser.HasNextObservationRecord())
{
observationRecords.Add(m_parser.NextObservationRecord());
}
// Build the list of all data source records in the PQDIF file
dataSources = observationRecords
.Select(observation => observation.DataSource)
.Distinct()
.ToList();
// If there are no data sources, there is no
// need to go any further because we won't be
// able to interpret any of the channel data
if (!dataSources.Any())
{
return;
}
// Validate data sources to make sure there is only one data source defined in the file
if (!dataSources.Zip(dataSources.Skip(1), (ds1, ds2) => AreEquivalent(ds1, ds2)).All(b => b))
{
throw new InvalidDataException($"PQDIF file \"{filePath}\" defines too many data sources.");
}
// Create a meter from the parsed data source
meter = ParseDataSource(dataSources.First());
// Build the list of all channel instances in the PQDIF file
channelInstances = observationRecords
.SelectMany(observation => observation.ChannelInstances)
.Where(channelInstance => QuantityType.IsQuantityTypeID(channelInstance.Definition.QuantityTypeID))
.Where(channelInstance => channelInstance.SeriesInstances.Any())
.Where(channelInstance => channelInstance.SeriesInstances[0].Definition.ValueTypeID == SeriesValueType.Time)
.ToList();
// Create the list of series instances so we can
// build it as we process each channel instance
seriesInstances = new List <SeriesInstance>();
foreach (ChannelInstance channelInstance in channelInstances)
{
bool timeValueChannel =
channelInstance.Definition.QuantityTypeID == QuantityType.WaveForm ||
channelInstance.Definition.QuantityTypeID == QuantityType.ValueLog ||
channelInstance.Definition.QuantityTypeID == QuantityType.Phasor;
if (!timeValueChannel)
{
continue;
}
// Parse time data from the channel instance
timeData = ParseTimeData(channelInstance, m_systemFrequency);
foreach (SeriesInstance seriesInstance in channelInstance.SeriesInstances.Skip(1))
{
// Create a channel from the parsed series instance
seriesInstances.Add(seriesInstance);
channel = ParseSeries(seriesInstance);
// Parse the values and zip them with time data to create data points
dataSeries = new DataSeries();
dataSeries.DataPoints = timeData.Zip(ParseValueData(seriesInstance), (time, d) => new DataPoint()
{
Time = time, Value = d
}).ToList();
dataSeries.SeriesInfo = channel.Series[0];
// Add the new channel to the meter's channel list
channel.Meter = meter;
meter.Channels.Add(channel);
m_meterDataSet.DataSeries.Add(dataSeries);
}
}
foreach (ChannelInstance channelInstance in channelInstances)
{
bool magDurChannel =
channelInstance.Definition.QuantityTypeID == QuantityType.MagDur ||
channelInstance.Definition.QuantityTypeID == QuantityType.MagDurCount ||
channelInstance.Definition.QuantityTypeID == QuantityType.MagDurTime;
if (!magDurChannel)
{
continue;
}
timeData = channelInstance.SeriesInstances
.Where(seriesInstance => seriesInstance.Definition.ValueTypeID == SeriesValueType.Time)
.Select(seriesInstance => ParseTimeData(seriesInstance, m_systemFrequency))
.FirstOrDefault();
Guid valType = SeriesValueType.Val;
Guid maxType = SeriesValueType.Max;
Guid minType = SeriesValueType.Min;
Guid avgType = SeriesValueType.Avg;
double[] valData = channelInstance.SeriesInstances
.Where(seriesInstance => seriesInstance.Definition.ValueTypeID == valType)
.Select(seriesInstance => ParseValueData(seriesInstance))
.FirstOrDefault();
double[] maxData = channelInstance.SeriesInstances
.Where(seriesInstance => seriesInstance.Definition.ValueTypeID == maxType)
.Select(seriesInstance => ParseValueData(seriesInstance))
.FirstOrDefault() ?? valData;
double[] minData = channelInstance.SeriesInstances
.Where(seriesInstance => seriesInstance.Definition.ValueTypeID == minType)
.Select(seriesInstance => ParseValueData(seriesInstance))
.FirstOrDefault() ?? valData;
double[] avgData = channelInstance.SeriesInstances
.Where(seriesInstance => seriesInstance.Definition.ValueTypeID == avgType)
.Select(seriesInstance => ParseValueData(seriesInstance))
.FirstOrDefault() ?? valData;
TimeSpan[] durData = channelInstance.SeriesInstances
.Where(seriesInstance => seriesInstance.Definition.ValueTypeID == SeriesValueType.Duration)
.Select(seriesInstance => ParseTimeSpanData(seriesInstance, m_systemFrequency))
.FirstOrDefault();
int minLength = Common.Min(timeData.Length, maxData.Length, minData.Length, avgData.Length, durData.Length);
QuantityUnits units = channelInstance.SeriesInstances
.Where(seriesInstance => new[] { valType, maxType, minType, avgType }.Contains(seriesInstance.Definition.ValueTypeID))
.Select(seriesInstance => seriesInstance.Definition.QuantityUnits)
.FirstOrDefault();
for (int i = 0; i < minLength; i++)
{
DateTime time = ((object)timeData != null)
? timeData[i]
: channelInstance.ObservationRecord.StartTime;
double max = maxData[i];
double min = minData[i];
double avg = avgData[i];
TimeSpan dur = durData[i];
m_meterDataSet.ReportedDisturbances.Add(new ReportedDisturbance(channelInstance.Definition.Phase, time, max, min, avg, dur, units));
}
}
// Build a list of series definitions that were not instanced by this PQDIF file
seriesDefinitions = dataSources
.SelectMany(dataSource => dataSource.ChannelDefinitions)
.SelectMany(channelDefinition => channelDefinition.SeriesDefinitions)
.Distinct()
.Except(seriesInstances.Select(seriesInstance => seriesInstance.Definition))
.ToList();
// Add each of the series definitions which were not instanced to the meter's list of channels
foreach (SeriesDefinition seriesDefinition in seriesDefinitions)
{
meter.Channels.Add(ParseSeries(seriesDefinition));
}
m_meterDataSet.Meter = meter;
// Parse triggers from PQube data
m_meterDataSet.Triggers = PQubeReader.GetTriggers(observationRecords);
}