/// <summary>
/// Моделирование работы скважины с идеальным ЭЦН и подбор реальных ЭЦН соответствующих идеальному. Возвращает список подобранных насосов.
/// </summary>
/// <param name="eps">Точность с которой будет расчитываться забойное давление (безразмерная)</param>
/// <param name="dynamicH">Динамический уровень пластовой жидкости, отсчитывается от входа в насос (м)</param>
/// <param name="CatalogEsp">Каталог ЭЦН</param>
/// <param name="bottomholePressure">Забойное давление (МПа)</param>
/// <param name="gasRate">Дебит газа (тыс.м3/сут)</param>
/// <param name="waterRate">Дебит жидкости (м3/сут)</param>
/// <param name="nglRate">Дебит газового конденсата (т/сут)</param>
/// <returns></returns>
public List <SettingForESP> ModelingESP(double eps, double dynamicH, List <ElectricSubmersiblePump> CatalogEsp, out double bottomholePressure,
out double gasRate, out double waterRate, out double nglRate)
{
gasRate = ModelingPump(eps, dynamicH, out bottomholePressure, out waterRate, out nglRate);
List <SettingForESP> chosenPumps = new List <SettingForESP>();
double head = Pump.CalcNeededHeadHeight(bottomholePressure, WellheadPressure, Tubing.Depth, WaterFluid);
chosenPumps = ElectricSubmersiblePump.ChoseESP(Tubing.TubingDiameter, waterRate, head, CatalogEsp);
return(chosenPumps);
}
public UpdateESP(MainWindow mainWindow, ElectricSubmersiblePump chosenPump)
{
InitializeComponent();
ConditionalDimensionComboBox.ItemsSource = ElectricSubmersiblePump.DimensionDiameter.Keys.ToList();
MainWindow = mainWindow;
Top = MainWindow.Top + 50;
Left = MainWindow.Left + 50;
ChosenPump = new ElectricSubmersiblePump(chosenPump);
ConditionalDimensionComboBox.SelectedIndex = ElectricSubmersiblePump.DimensionDiameter.Keys.ToList().IndexOf(chosenPump.ConditionalDimension);
NameTB.Text = chosenPump.Name;
TB_BaseFrequency.Text = chosenPump.BaseFrequency.ToString();
TB_NominalDischarge.Text = chosenPump.NominalRate.ToString();
TB_MinRecomendedDischarge.Text = chosenPump.MinRecomendedRate.ToString();
TB_MaxRecomendedDischarge.Text = chosenPump.MaxRecomendedRate.ToString();
TB_MinAvailableDischarge.Text = chosenPump.MinAvailableRate.ToString();
TB_MaxAvailableDischarge.Text = chosenPump.MaxAvailableRate.ToString();
SetHeadCoefficients();
SetPowerCoefficients();
SetEfficiencyCoefficients();
}
/// <summary>
/// Кнопка добавить
/// </summary>
private void Button_Click_OK(Object sender, RoutedEventArgs e)
{
ElectricSubmersiblePump pump = new ElectricSubmersiblePump();
pump.HeadCoefficients = new List <HeadCoefficient>();
pump.PowerCoefficients = new List <PowerCoefficient>();
pump.EfficiencyCoefficients = new List <EfficiencyCoefficient>();
TextBox[] HeadTextBoxes = { TB_HeadX0, TB_HeadX1, TB_HeadX2, TB_HeadX3, TB_HeadX4,
TB_HeadX5, TB_HeadX6, TB_HeadX7, TB_HeadX8, TB_HeadX9 };
TextBox[] PowerTextBoxes = { TB_Power0, TB_Power1, TB_Power2, TB_Power3, TB_Power4,
TB_Power5, TB_Power6, TB_Power7, TB_Power8, TB_Power9 };
TextBox[] EfficiencyTextBoxes = { TB_Efficiency0, TB_Efficiency1, TB_Efficiency2, TB_Efficiency3, TB_Efficiency4,
TB_Efficiency5, TB_Efficiency6, TB_Efficiency7, TB_Efficiency8, TB_Efficiency9 };
try
{
for (int i = 0; i < HeadTextBoxes.Count(); i++)
{
TextBox box = HeadTextBoxes[i];
pump.HeadCoefficients.Add(new HeadCoefficient(i, double.Parse(box.Text)));
}
for (int i = 0; i < PowerTextBoxes.Count(); i++)
{
TextBox box = PowerTextBoxes[i];
pump.PowerCoefficients.Add(new PowerCoefficient(i, double.Parse(box.Text)));
}
for (int i = 0; i < EfficiencyTextBoxes.Count(); i++)
{
TextBox box = EfficiencyTextBoxes[i];
pump.EfficiencyCoefficients.Add(new EfficiencyCoefficient(i, double.Parse(box.Text)));
}
pump.Name = NameTB.Text;
pump.BaseFrequency = Convert.ToDouble(TB_BaseFrequency.Text);
pump.ConditionalDimension = ConditionalDimensionComboBox.Text;
pump.NominalRate = Convert.ToDouble(TB_NominalRate.Text);
pump.MinAvailableRate = Convert.ToDouble(TB_MinAvailableRate.Text);
pump.MaxAvailableRate = Convert.ToDouble(TB_MaxAvailableRate.Text);
pump.MinRecomendedRate = Convert.ToDouble(TB_MinRecomendedRate.Text);
pump.MaxRecomendedRate = Convert.ToDouble(TB_MaxRecomendedRate.Text);
}
catch (Exception ex)
{
MessageBox.Show("Ошибка Неправильно задано одно из полей.");
return;
}
this.Hide();
MainWindow.Button_Click_UpdateGrafESN(null, null);
using (PersistanceContext db = new PersistanceContext())
{
db.EspPumps.Add(pump);
db.SaveChanges();
//Обновляем каталог
MainWindow.CatalogEsp = db.EspPumps.Include("PowerCoefficients")
.Include("EfficiencyCoefficients").Include("HeadCoefficients").ToList();
//Отображаем таблицу каталога ЭЦН
MainWindow.ShowESPDataBase();
}
}
/// <summary>
/// Кнопка добавить
/// </summary>
private void Button_Click_OK(Object sender, RoutedEventArgs e)
{
TextBox[] HeadTextBoxes = { TB_HeadX0, TB_HeadX1, TB_HeadX2, TB_HeadX3, TB_HeadX4,
TB_HeadX5, TB_HeadX6, TB_HeadX7, TB_HeadX8, TB_HeadX9 };
TextBox[] PowerTextBoxes = { TB_Power0, TB_Power1, TB_Power2, TB_Power3, TB_Power4,
TB_Power5, TB_Power6, TB_Power7, TB_Power8, TB_Power9 };
TextBox[] EfficiencyTextBoxes = { TB_Efficiency0, TB_Efficiency1, TB_Efficiency2, TB_Efficiency3, TB_Efficiency4,
TB_Efficiency5, TB_Efficiency6, TB_Efficiency7, TB_Efficiency8, TB_Efficiency9 };
ChosenPump.HeadCoefficients.Clear();
ChosenPump.PowerCoefficients.Clear();
ChosenPump.EfficiencyCoefficients.Clear();
for (int i = 0; i < HeadTextBoxes.Count(); i++)
{
TextBox box = HeadTextBoxes[i];
ChosenPump.HeadCoefficients.Add(new HeadCoefficient(i, double.Parse(box.Text)));
}
for (int i = 0; i < PowerTextBoxes.Count(); i++)
{
TextBox box = PowerTextBoxes[i];
ChosenPump.PowerCoefficients.Add(new PowerCoefficient(i, double.Parse(box.Text)));
}
for (int i = 0; i < EfficiencyTextBoxes.Count(); i++)
{
TextBox box = EfficiencyTextBoxes[i];
ChosenPump.EfficiencyCoefficients.Add(new EfficiencyCoefficient(i, double.Parse(box.Text)));
}
ChosenPump.Name = NameTB.Text;
ChosenPump.BaseFrequency = Convert.ToDouble(TB_BaseFrequency.Text);
ChosenPump.ConditionalDimension = ConditionalDimensionComboBox.Text;
ChosenPump.NominalRate = Convert.ToDouble(TB_NominalDischarge.Text);
ChosenPump.MinAvailableRate = Convert.ToDouble(TB_MinAvailableDischarge.Text);
ChosenPump.MaxAvailableRate = Convert.ToDouble(TB_MaxAvailableDischarge.Text);
ChosenPump.MinRecomendedRate = Convert.ToDouble(TB_MinRecomendedDischarge.Text);
ChosenPump.MaxRecomendedRate = Convert.ToDouble(TB_MaxRecomendedDischarge.Text);
this.Hide();
using (PersistanceContext db = new PersistanceContext())
{
ElectricSubmersiblePump espForChange = db.EspPumps.Include("PowerCoefficients")
.Include("EfficiencyCoefficients").Include("HeadCoefficients").Where(esp => esp.Id == ChosenPump.Id).ToList()[0];
db.EspPumps.Remove(espForChange);
espForChange = ChosenPump;
db.EspPumps.Add(espForChange);
db.SaveChanges();
List <ElectricSubmersiblePump> espList = db.EspPumps.Include("PowerCoefficients")
.Include("EfficiencyCoefficients").Include("HeadCoefficients").ToList();
//Обновляем каталог
MainWindow.CatalogEsp = espList;
//Отображаем таблицу каталога ЭЦН
MainWindow.ShowESPDataBase();
}
MainWindow.Button_Click_UpdateGrafESN(null, null);
}
