public ShowStudy(Study currentStudy)
{
InitializeComponent();
Title = currentStudy.Name + " | " + currentStudy.Date.ToShortDateString();
_vMShowStudy = new ViewModels.ShowStudy(currentStudy);
DataContext = _vMShowStudy;
}
public Plants(Study currentStudy)
{
InitializeComponent();
_study = currentStudy;
_vM = new ViewModels.Plants(_study);
DataContext = _vM;
}
public Emissions(Study currentStudy)
{
_currentStudy = currentStudy;
Types = _currentStudy.PlantTypes;
EmissionsTypes = _currentStudy.Emissions;
CalculateClickCommand = new Command(arg => CalculateClickMethod(arg as Window));
}
public ShowStudy(Models.Study currentStudy)
{
_currentStudy = currentStudy;
ExcelClickCommand = new Command(arg => ExcelClickMethod(arg as Window));
PlantsClickCommand = new Command(arg => PlantsClickMethod(arg));
TypesClickCommand = new Command(arg => TypesClickMethod(arg));
EmissionsClickCommand = new Command(arg => EmissionsClickMethod());
_backgroundWorker = new BackgroundWorker();
_backgroundWorker.DoWork += _backgroundWorker_DoWork;
_backgroundWorker.RunWorkerCompleted += _backgroundWorker_RunWorkerCompleted;
}
public Types(Study currentStudy)
{
InitializeComponent();
_study = currentStudy;
DataTable.ItemsSource = _study.PlantTypes;
}
public AddingErrors CreateNewStudy()
{
Study newStudy = new Study();
newStudy.Name = Name;
newStudy.Date = Date;
newStudy.PlantTypes = new List<PlantType>();
Mersim mersim = new Mersim(PathToMersimFile);
if (IsPlantsFromFile)
{
Varsys varsys = new Varsys(PathToVarsysFile);
Fixsys fixsys = new Fixsys(PathToFixsysFile);
PlantType type = new PlantType();
type.Name = "Undefined type";
type.Plants = new List<Plant>();
try
{
type.Plants.AddRange(fixsys.Parse());
}
catch (Exception)
{
return AddingErrors.Fixsys;
}
try
{
type.Plants.AddRange(varsys.Parse());
newStudy.PlantTypes.Add(type);
}
catch (Exception)
{
return AddingErrors.Varsys;
}
}
if (IsPlantsFromStudy)
{
newStudy.PlantTypes = SelectedStudy.PlantTypes.ToList();
}
try
{
newStudy.Scenarios = mersim.Parse();
}
catch (Exception)
{
return AddingErrors.Mersim;
}
try
{
_context.Studies.Add(newStudy);
_context.SaveChanges();
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
return AddingErrors.Database;
}
return AddingErrors.None;
}
public Plants(Study currentStudy)
{
_currentStudy = currentStudy;
PlantsList = GetPlants();
if (PlantsList.Count != 0) SelectedPlant = PlantsList[0];
}
public static void WriteStudyToExcel(Study study,string file)
{
bool fileSaved = false;
Exc.Application application = null;
Exc.Workbook workbook = null;
Exc.Worksheet worksheet = null;
try
{
application = new Exc.Application();
workbook = application.Workbooks.Add();
worksheet = workbook.Sheets[1];
application.Cells[1, 1] = study.Name;
application.Cells[2, 1] = study.Date;
MakeTopHeader(worksheet,1,2,1);
int offset = 3;
for (int i = 0; i < study.Scenarios.Count; i++)
{
application.Cells[offset, 1] = Headers.Year;
application.Cells[offset, 2] = study.Scenarios[i].Year;
application.Cells[offset, 3] = Headers.Period;
application.Cells[offset, 4] = study.Scenarios[i].Period;
application.Cells[offset, 5] = Headers.Hydrocondition;
application.Cells[offset, 6] = study.Scenarios[i].Hydrocondition;
MakeHeader(application, offset, 1, 1);
MakeHeader(application, offset, 3, 3);
MakeHeader(application, offset, 5, 5);
offset++;
application.Cells[offset, 1] = Headers.PlantName;
application.Cells[offset, 2] = Headers.CapacityBase;
application.Cells[offset, 3] = Headers.CapacityPeak;
application.Cells[offset, 4] = Headers.CapacityTotal;
application.Cells[offset, 5] = Headers.EnergyBase;
application.Cells[offset, 6] = Headers.EnergyPeak;
application.Cells[offset, 7] = Headers.EnergyTotal;
application.Cells[offset, 8] = Headers.PeakMineng;
application.Cells[offset, 9] = Headers.EnergySpilled;
application.Cells[offset, 10] = Headers.EnergyShortage;
application.Cells[offset, 11] = Headers.OaM;
application.Cells[offset, 12] = Headers.CapacityFactor;
MakeHeader(application, offset, 1, 12);
for (int j = 0; j < study.Scenarios[i].HPlants.Count; j++)
{
offset++;
application.Cells[offset, 1] = study.Scenarios[i].HPlants[j].Name;
application.Cells[offset, 2] = study.Scenarios[i].HPlants[j].CapacityBase;
application.Cells[offset, 3] = study.Scenarios[i].HPlants[j].CapacityPeak;
application.Cells[offset, 4] = study.Scenarios[i].HPlants[j].CapacityTotal;
application.Cells[offset, 5] = study.Scenarios[i].HPlants[j].EnergyBase;
application.Cells[offset, 6] = study.Scenarios[i].HPlants[j].EnergyPeak;
application.Cells[offset, 7] = study.Scenarios[i].HPlants[j].EnergyTotal;
application.Cells[offset, 8] = study.Scenarios[i].HPlants[j].PeakMineng;
application.Cells[offset, 9] = study.Scenarios[i].HPlants[j].EnergySpilled;
application.Cells[offset, 10] = study.Scenarios[i].HPlants[j].EnergyShortage;
application.Cells[offset, 11] = study.Scenarios[i].HPlants[j].OaM;
application.Cells[offset, 12] = study.Scenarios[i].HPlants[j].CapacityFactor;
}
offset+=2;
application.Cells[offset, 1] = Headers.PlantName;
application.Cells[offset, 2] = Headers.NumberOfUnits;
application.Cells[offset, 3] = Headers.CapacityBase;
application.Cells[offset, 4] = Headers.CapacityPeak;
application.Cells[offset, 5] = Headers.CapacityTotal;
application.Cells[offset, 6] = Headers.EnergyBase;
application.Cells[offset, 7] = Headers.EnergyPeak;
application.Cells[offset, 8] = Headers.EnergyTotal;
application.Cells[offset, 9] = Headers.FuelDomestic;
application.Cells[offset, 10] = Headers.FuelForeign;
application.Cells[offset, 11] = Headers.FuelTotal;
application.Cells[offset, 12] = Headers.OaM;
application.Cells[offset, 13] = Headers.MainProbability;
application.Cells[offset, 14] = Headers.ForCell;
application.Cells[offset, 15] = Headers.CapacityFactor;
MakeHeader(application, offset, 1, 15);
foreach (var tPlant in study.Scenarios[i].TPlants)
{
offset++;
application.Cells[offset, 1] = tPlant.Name;
application.Cells[offset, 2] = tPlant.NumberOfUnits;
application.Cells[offset, 3] = tPlant.CapacityBase;
application.Cells[offset, 4] = tPlant.CapacityPeak;
application.Cells[offset, 5] = tPlant.CapacityTotal;
application.Cells[offset, 6] = tPlant.EnergyBase;
application.Cells[offset, 7] = tPlant.EnergyPeak;
application.Cells[offset, 8] = tPlant.EnergyTotal;
application.Cells[offset, 9] = tPlant.FuelDomestic;
application.Cells[offset, 10] = tPlant.FuelForeign;
application.Cells[offset, 11] = tPlant.FuelTotal;
application.Cells[offset, 12] = tPlant.OaM;
application.Cells[offset, 13] = tPlant.MainProbability;
application.Cells[offset, 14] = tPlant.ForCell;
application.Cells[offset, 15] = tPlant.CapacityFactor;
}
offset++;
}
workbook.SaveAs(file);
fileSaved = true;
}
catch (Exception ex)
{
MessageBox.Show("Помилка при роботі із Excel: "+ex.Message,"Помилка!",MessageBoxButton.OK,MessageBoxImage.Error);
}
finally
{
workbook.Close();
application.Quit();
workbook = null;
worksheet = null;
application = null;
GC.Collect();
if (fileSaved) Process.Start(file);
}
}
public static void WriteEmissionsToExcel(Study study, Dictionary<EmissionType,Dictionary<int,double>> dict, string file)
{
bool fileSaved = false;
Exc.Application application = null;
Exc.Workbook workbook = null;
Exc.Worksheet worksheet = null;
try
{
application = new Exc.Application();
workbook = application.Workbooks.Add();
worksheet = workbook.Sheets[1];
worksheet.Cells[1, 1] = study.Name;
worksheet.Cells[2, 1] = study.Date.ToShortDateString();
MakeTopHeader(worksheet,1,3,1);
int offset = 4;
worksheet.Cells[offset, 1] = Headers.Emission;
worksheet.Cells[offset, 2] = Headers.Year;
worksheet.Cells[offset, 3] = Headers.ValueKG;
MakeHeader(application, offset, 1, 3);
foreach (var eType in dict.Keys)
{
foreach (var year in dict[eType].Keys)
{
offset++;
worksheet.Cells[offset, 1] = eType.Name;
worksheet.Cells[offset, 2] = year;
worksheet.Cells[offset, 3] = dict[eType][year];
}
offset++;
}
workbook.SaveAs(file);
fileSaved = true;
}
catch (Exception ex)
{
MessageBox.Show("Excel error: " + ex.Message);
}
finally
{
workbook.Close();
application.Quit();
workbook = null;
worksheet = null;
application = null;
GC.Collect();
if (fileSaved) Process.Start(file);
}
}
public Emissions(Study currentStudy)
{
InitializeComponent();
_vM = new ViewModels.Emissions(currentStudy);
DataContext = _vM;
}
