private void SaveGMSExtractions()
{
var dlg = new FolderPickerDialog();
dlg.Title = "Select a folder where the extraction input files for GMS will be saved";
if (dlg.ShowDialog() == true)
{
AsyncWithWait(() => MsheInputFileWriters.WriteGMSExtraction(dlg.SelectedPath, SortedAndFilteredPlants, SelectionStartTime, SelectionEndTime));
}
}
public void SaveExtractionPermits(int DistributionYear, int startYear, int endyear)
{
var dlg = new FolderPickerDialog();
dlg.Title = "Select a folder where the extraction input files will be saved";
if (dlg.ShowDialog() == true)
{
AsyncWithWait(() => MsheInputFileWriters.WriteExtractionDFS0Permits(dlg.SelectedPath, SortedAndFilteredPlants, DistributionYear, startYear, endyear));
}
}
private void SaveLayerStatisticsFiles()
{
var dlg = new FolderPickerDialog();
if (dlg.ShowDialog() == true)
{
//remove wells without xy, remove intakes with missing values and then apply ObsInperiodfilter again because there can be wells with multiple intakes where only is acceptable
var intakes = SortedAndFilteredWells.Where(w => w.X != 0 & w.Y != 0).SelectMany(var => var.Intakes.Where(var2 => !var2.HasMissingdData())).Where(ObsInPeriodFilter);
AsyncWithWait(() => MsheInputFileWriters.WriteToLSInput(dlg.SelectedPath, intakes, Mshe, _periodFilter, _onlyRoFilter));
}
}
private void SaveDetailedTimeSeries()
{
var dlg = new FolderPickerDialog();
if (dlg.ShowDialog() == true)
{
var intakes = SortedAndFilteredWells.SelectMany(var => var.Intakes);
MsheInputFileWriters.WriteDetailedTimeSeriesText(dlg.SelectedPath, intakes, SelectionStartTime, SelectionEndTime);
MsheInputFileWriters.WriteToDatFile(System.IO.Path.Combine(dlg.SelectedPath, "Timeseries.dat"), intakes, _periodFilter, _onlyRoFilter);
AsyncWithWait(() => MsheInputFileWriters.WriteDetailedTimeSeriesDfs0(dlg.SelectedPath, intakes, _periodFilter, _onlyRoFilter));
}
}
private void SaveExtractionsToShape()
{
Microsoft.Win32.SaveFileDialog openFileDialog2 = new Microsoft.Win32.SaveFileDialog();
openFileDialog2.Filter = "Known file types (*.shp)|*.sh";
openFileDialog2.Title = "Save selected extractions to a shape file";
if (openFileDialog2.ShowDialog().Value)
{
var Jints = MsheInputFileWriters.AddDataForNovanaExtraction(SortedAndFilteredPlants.Select(var => var.plant), SelectionStartTime, SelectionEndTime);
foreach (var P in SortedAndFilteredPlants)
{
foreach (var v in P.Wells)
{
foreach (JupiterIntake JI in v.Intakes)
{
if (JI.Data != null)
{
JI.Data["AUTOCORRECT"] = v.WasFixed;
var sc = v.Screens.Where(var => var.Intake.IDNumber == JI.IDNumber);
if (sc.Count() > 0)
{
if (Mshe != null)
{
JI.Data["ORG_LAYTOP"] = sc.Max(var2 => var2.MsheTopLayer);
JI.Data["ORG_LAYBOT"] = sc.Min(var2 => var2.MsheBottomLayer);
var newl = sc.FirstOrDefault(var => var.NewMsheLayer.HasValue);
if (newl != null)
{
JI.Data["ADJUST_LAY"] = newl.NewMsheLayer.Value;
}
}
}
}
}
}
}
WriteShapeFromDataRow(openFileDialog2.FileName, Jints);
}
}
