public void Add(SoundSpeed newData)
{
foreach (var soundSpeedField in newData.SoundSpeedFields)
{
if (this[soundSpeedField.TimePeriod] != null) throw new DataException(string.Format("Unable to add SoundSpeedField for {0}. Data already present.", soundSpeedField.TimePeriod));
SoundSpeedFields.Add(soundSpeedField);
}
}
public static SoundSpeed Average(SoundSpeed monthlySoundSpeeds, List<TimePeriod> timePeriods)
{
var result = new SoundSpeed();
foreach (var timePeriod in timePeriods)
{
var months = Globals.AppSettings.NAVOConfiguration.MonthsInTimePeriod(timePeriod);
var accumulator = new SoundSpeedFieldAverager { TimePeriod = timePeriod };
foreach (var month in months) accumulator.Add(monthlySoundSpeeds[month]);
result.SoundSpeedFields.Add(accumulator.Average);
}
return result;
}
public static SoundSpeed Deserialize(BinaryReader reader)
{
var result = new SoundSpeed();
var fieldCount = reader.ReadInt32();
for (var i = 0; i < fieldCount; i++)
result.SoundSpeedFields.Add(SoundSpeedField.Deserialize(reader));
return result;
}
internal static void VerifyThatTimePeriodsMatch(SoundSpeed data1, SoundSpeed data2)
{
foreach (var field1 in data1.SoundSpeedFields.Where(field1 => data2[field1.TimePeriod] == null)) throw new DataException(string.Format("SoundSpeeds do not contain the same time periods. Data 1 has time period {0}, data 2 does not", field1.TimePeriod));
foreach (var field2 in data2.SoundSpeedFields.Where(field2 => data1[field2.TimePeriod] == null)) throw new DataException(string.Format("SoundSpeeds do not contain the same time periods. Data 2 has time period {0}, data 1 does not", field2.TimePeriod));
}
public static SoundSpeedField Average(SoundSpeed monthlySoundSpeeds, TimePeriod timePeriod)
{
var months = Globals.AppSettings.NAVOConfiguration.MonthsInTimePeriod(timePeriod).ToList();
var accumulator = new SoundSpeedFieldAverager { TimePeriod = timePeriod };
foreach (var month in months) accumulator.Add(monthlySoundSpeeds[month]);
return accumulator.Average;
}
void NewEnvironmentHandler()
{
var overlayName = Path.GetFileNameWithoutExtension(SelectedOverlayDescriptor.DataFilename);
var bathymetryName = Path.GetFileNameWithoutExtension(SelectedBathymetryDescriptor.DataFilename);
var vm = new EnvironmentExtractionViewModel(overlayName, bathymetryName);
var result = _visualizerService.ShowDialog("EnvironmentExtractionView", vm);
if ((!result.HasValue) || (!result.Value)) return;
var bathymetry = SelectedBathymetryDescriptor.Data;
var maxDepth = new EarthCoordinate<float>(bathymetry.Minimum, Math.Abs(bathymetry.Minimum.Data));
var extractionArea = new GeoRect(SelectedOverlayDescriptor.Data.Shapes[0].BoundingBox);
var tempPath = Path.GetTempPath().Remove(Path.GetTempPath().Length - 1);
if (!Directory.Exists(tempPath)) Directory.CreateDirectory(tempPath);
var assemblyLocation = Assembly.GetCallingAssembly().Location;
var extractionPath = Path.GetDirectoryName(assemblyLocation);
if (extractionPath == null) throw new ApplicationException("Extraction path can't be null!");
var gdemExtractionProgramPath = Path.Combine(extractionPath, "ImportGDEM.exe");
var gdemRequiredSupportFiles = new List<string>
{
Path.Combine(extractionPath, "netcdf.dll"),
Path.Combine(extractionPath, "NetCDF_Wrapper.dll")
};
var extendedMonthlySoundSpeeds = new SoundSpeed();
var extendedAndAveragedSoundSpeeds = new SoundSpeed();
var monthlyTemperature = new SoundSpeed();
var monthlySalinity = new SoundSpeed();
var soundSpeedExtractors = new List<GDEMBackgroundExtractor>();
var selectedTimePeriods = vm.EnvironmentDescriptors.Select(t => t.TimePeriod).ToList();
var requiredMonths = selectedTimePeriods.Select(Globals.AppSettings.NAVOConfiguration.MonthsInTimePeriod).ToList();
var allMonths = new List<NAVOTimePeriod>();
foreach (var curPeriod in requiredMonths) allMonths.AddRange(curPeriod);
var uniqueMonths = allMonths.Distinct().ToList();
uniqueMonths.Sort();
var environmentPath = Path.Combine(Globals.AppSettings.ScenarioDataDirectory, SelectedRangeComplexDescriptor.Data.Name, "Environment");
BackgroundTaskAggregator = new BackgroundTaskAggregator();
var naemoEnvironmentExporters = selectedTimePeriods.Select(t => new CASSBackgroundExporter
{
WorkerSupportsCancellation = false,
BathymetryFileName = Path.GetFileName(SelectedBathymetryDescriptor.DataFilename),
OverlayFileName = Path.GetFileName(SelectedOverlayDescriptor.DataFilename),
TimePeriod = t,
ExtractionArea = extractionArea,
NAVOConfiguration = Globals.AppSettings.NAVOConfiguration,
DestinationPath = Path.Combine(environmentPath, vm.EnvironmentDescriptors.Find(descriptor => descriptor.TimePeriod == t).EnvironmentName + ".dat"),
UseExpandedExtractionArea = false,
TaskName = "Export NAEMO environment for " + t,
}).ToList();
foreach (var exporter in naemoEnvironmentExporters)
{
exporter.RunWorkerCompleted += (s, e) =>
{
var curExporter = (CASSBackgroundExporter)s;
var metadataFilename = NAEMOMetadataBase.MetadataFilename(curExporter.DestinationPath);
var metadata = new NAEMOEnvironmentMetadata
{
BathymetryName = Path.GetFileNameWithoutExtension(curExporter.BathymetryFileName),
OverlayFilename = Path.GetFileNameWithoutExtension(curExporter.OverlayFileName),
TimePeriod = curExporter.TimePeriod,
Bounds = extractionArea,
Filename = metadataFilename,
};
metadata.Save();
var environmentDescriptor = new NAEMOEnvironmentDescriptor { DataFilename = curExporter.DestinationPath, Metadata = metadata };
lock (NAEMOEnvironmentDescriptors)
{
NAEMOEnvironmentDescriptors.Add(new KeyValuePair<string, NAEMOEnvironmentDescriptor>(Path.GetFileNameWithoutExtension(curExporter.DestinationPath),
environmentDescriptor));
NAEMOBathymetryDescriptors.Sort();
SelectedEnvironmentDescriptor = environmentDescriptor;
}
};
}
var windExtractor = new SMGCBackgroundExtractor
{
WorkerSupportsCancellation = false,
ExtractionArea = extractionArea,
SelectedTimePeriods = selectedTimePeriods,
NAVOConfiguration = Globals.AppSettings.NAVOConfiguration,
UseExpandedExtractionArea = false,
TaskName = "Wind data extraction",
};
BackgroundTaskAggregator.BackgroundTasks.Add(windExtractor);
windExtractor.RunWorkerCompleted += (s, e) => { foreach (var naemo in naemoEnvironmentExporters) naemo.Wind = ((SMGCBackgroundExtractor)s).Wind; };
// Create a sediment extractor
var sedimentExtractor = new BSTBackgroundExtractor
{
WorkerSupportsCancellation = false,
ExtractionArea = extractionArea,
NAVOConfiguration = Globals.AppSettings.NAVOConfiguration,
UseExpandedExtractionArea = false,
TaskName = "Sediment data extraction",
};
BackgroundTaskAggregator.BackgroundTasks.Add(sedimentExtractor);
sedimentExtractor.RunWorkerCompleted += (s, e) => { foreach (var naemo in naemoEnvironmentExporters) naemo.Sediment = ((BSTBackgroundExtractor)s).Sediment; };
//var temperatureAndSalinityFileWriter = new TemperatureAndSalinityFileWriter
//{
// WorkerSupportsCancellation = false,
// DestinationPath = tempPath,
// TaskName = "Save soundspeed data"
//};
var averagers = selectedTimePeriods.Select(timePeriod => new SoundSpeedBackgroundAverager
{
WorkerSupportsCancellation = false,
TimePeriod = timePeriod,
ExtractionArea = extractionArea,
NAVOConfiguration = Globals.AppSettings.NAVOConfiguration,
UseExpandedExtractionArea = false,
TaskName = "Calculate extended sound speeds for " + timePeriod,
}).ToList();
foreach (var month in uniqueMonths)
{
var soundSpeedExtractor = new GDEMBackgroundExtractor
{
WorkerSupportsCancellation = false,
TimePeriod = month,
ExtractionArea = extractionArea,
NAVOConfiguration = Globals.AppSettings.NAVOConfiguration,
DestinationPath = tempPath,
UseExpandedExtractionArea = false,
ExtractionProgramPath = gdemExtractionProgramPath,
RequiredSupportFiles = gdemRequiredSupportFiles,
MaxDepth = maxDepth,
};
soundSpeedExtractor.RunWorkerCompleted += (sender, e) =>
{
var extractor = (GDEMBackgroundExtractor)sender;
monthlyTemperature.SoundSpeedFields.Add(extractor.TemperatureField);
monthlySalinity.SoundSpeedFields.Add(extractor.SalinityField);
extendedMonthlySoundSpeeds.SoundSpeedFields.Add(extractor.ExtendedSoundSpeedField);
//Console.WriteLine("soundspeed extractor for {0} complete. {1} extractors are still busy", extractor.TimePeriod, soundSpeedExtractors.Where(s => s.IsBusy).Count());
if (soundSpeedExtractors.Any(ssfExtractor => ssfExtractor.IsBusy)) return;
//temperatureAndSalinityFileWriter.Temperature = monthlyTemperature;
//temperatureAndSalinityFileWriter.Salinity = monthlySalinity;
foreach (var averager in averagers) averager.ExtendedMonthlySoundSpeeds = extendedMonthlySoundSpeeds;
};
soundSpeedExtractors.Add(soundSpeedExtractor);
BackgroundTaskAggregator.BackgroundTasks.Add(soundSpeedExtractor);
}
//BackgroundTaskAggregator.BackgroundTasks.Add(temperatureAndSalinityFileWriter);
foreach (var averager in averagers)
{
BackgroundTaskAggregator.BackgroundTasks.Add(averager);
averager.RunWorkerCompleted += (sender, e) =>
{
var avg = (SoundSpeedBackgroundAverager)sender;
extendedAndAveragedSoundSpeeds.SoundSpeedFields.Add(avg.ExtendedAverageSoundSpeedField);
if (averagers.Any(a => a.IsBusy)) return;
foreach (var naemo in naemoEnvironmentExporters) naemo.ExtendedAndAveragedSoundSpeeds = extendedAndAveragedSoundSpeeds;
};
}
foreach (var naemo in naemoEnvironmentExporters)
BackgroundTaskAggregator.BackgroundTasks.Add(naemo);
BackgroundTaskAggregator.TaskName = "Environmental data extraction";
}
