static void Main(string[] args)
{
// Разделитель - точка
var inf = new CultureInfo(System.Threading.Thread.CurrentThread.CurrentCulture.Name);
System.Threading.Thread.CurrentThread.CurrentCulture = inf;
inf.NumberFormat.NumberDecimalSeparator = ".";
// Вывод курсовой
//var ans = Database.Query("insert into liquid_list(name,formula,molar_mass) values('Бутан','C4H10',58.1)");
//var ans = Database.Query("select * from liquid_list");
/*string ConnectionString = "Data Source=|DataDirectory|\\EasyPACT.sdf";
SqlCeConnection Connect = new SqlCeConnection(ConnectionString);
Connect.Open();
var command = Connect.CreateCommand();
command.CommandTimeout = Connect.ConnectionTimeout;
command.Connection = Connect;
command.CommandType = CommandType.Text;
command.CommandText = "select * from liquid_list";
var table = new DataTable();
var adapter = new SqlCeDataAdapter(command);
adapter.Fill(table);
command.CommandText = "insert into liquid_list ([name],[formula],molar_mass) values('Бутан','C4H10',58.01)";
adapter.UpdateCommand = command;
var row = table.NewRow();
row.BeginEdit();
row.SetField("name", "Бутан");
row.SetField("formula", "C4H10");
row.SetField("molar_mass", Convert.ToSingle(58.01));
row.EndEdit();
table.Rows.Add(row);
table.AcceptChanges();
adapter.Update(table);
table.AcceptChanges();
//table.AcceptChanges();
Connect.Close();*/
//var ht = new HeatExchangerPipe(14);
var liq = new LiquidMix("11,12", 0.28, 20, 760);
var pip = new PipelineRound(33, 1, 0.069, 0.0025, 52);
pip.AddLocalResistance(1);
pip.AddLocalResistance(12);
pip.AddLocalResistance(65.5);
pip.AddLocalResistance(2.1);
pip.AddLocalResistance(7);
var lip = new LiquidInPipeline(liq, pip);
pip = new PipelineRound(33, 1, 0.092, 0.0025, 6);
pip.AddLocalResistance("1 1");
for (var i = 0; i < 7; i++)
pip.AddLocalResistance("4 90 1");
var lip2 = new LiquidInPipeline(liq, pip);
var net = Network.Create(lip2, lip);
net.SetProductivity(30000/3600.0);
Network.Get().ChooseHeatExchanger(liq.BoilingPoint, liq.BoilingPoint + 20);
net.ChooseCentrifugalPump(5.6);
Console.WriteLine("Смесь: {0}", liq.Name);
Console.WriteLine("\tТемпература: {0} град.", liq.Temperature);
Console.WriteLine("\tДавление: {0} мм рт. ст.", liq.Pressure);
Console.WriteLine("\tТемпература кипения: {0} град.", liq.BoilingPoint);
Console.WriteLine("\tВязкость: {0} Па*с", liq.ViscosityDynamic);
Console.WriteLine("\tТеплоемкость: {0} Дж/кг К", liq.ThermalCapacity);
Console.WriteLine("\t: {0} Дж/кг К", liq.ThermalCapacity);
Console.WriteLine("Трубопровод всасывающий");
Console.WriteLine("\tРазмеры: {0}x{1} м", net.VacuumLine.Pipeline.ExternalDiameter,
net.VacuumLine.Pipeline.ExternalDiameter - net.VacuumLine.Pipeline.Diameter);
Console.WriteLine("\tДлина: {0} м",net.VacuumLine.Pipeline.Length);
Console.WriteLine("\tКоэффициент м.с.: {0}",net.VacuumLine.Pipeline.FactorOfLocalResistance);
Console.WriteLine("Трубопровод нагнетательный");
Console.WriteLine("\tРазмеры: {0}x{1} м", net.ForcingLine.Pipeline.ExternalDiameter,
net.ForcingLine.Pipeline.ExternalDiameter - net.ForcingLine.Pipeline.Diameter);
Console.WriteLine("\tДлина: {0} м", net.ForcingLine.Pipeline.Length);
Console.WriteLine("\tКоэффициент м.с.: {0}", net.ForcingLine.Pipeline.FactorOfLocalResistance);
Console.WriteLine("Смесь во всасывающем ТП");
Console.WriteLine("\tСкорость: {0} м/с",net.VacuumLine.Speed);
Console.WriteLine("\tКритерий Рейнольдса: {0}",net.VacuumLine.Re);
Console.WriteLine("\tКоэффициент трения: {0}", net.VacuumLine.FactorOfAFriction);
Console.WriteLine("\tПотеря давления на трение: {0} Па",net.VacuumLine.LossOfPressureUponAFriction());
Console.WriteLine("\tПотеря давления на м.с.: {0} Па",net.VacuumLine.LossOfPressureUponLocalResistances());
Console.WriteLine("\tПотеря давления: {0} Па", net.VacuumLine.LossOfPressureUponLocalResistances() + net.VacuumLine.LossOfPressureUponAFriction());
Console.WriteLine("\tПотеря напора: {0} м",
(net.VacuumLine.LossOfPressureUponLocalResistances() +
net.VacuumLine.LossOfPressureUponAFriction())/net.VacuumLine.Liquid.Density/9.81);
Console.WriteLine("Смесь в нагнетательном ТП");
Console.WriteLine("\tСкорость: {0} м/с", net.ForcingLine.Speed);
Console.WriteLine("\tКритерий Рейнольдса: {0}", net.ForcingLine.Re);
Console.WriteLine("\tКоэффициент трения: {0}", net.ForcingLine.FactorOfAFriction);
Console.WriteLine("\tПотеря давления на трение: {0} Па", net.ForcingLine.LossOfPressureUponAFriction());
Console.WriteLine("\tПотеря давления на м.с.: {0} Па", net.ForcingLine.LossOfPressureUponLocalResistances());
Console.WriteLine("\tПотеря давления: {0} Па", net.ForcingLine.LossOfPressureUponLocalResistances() + net.ForcingLine.LossOfPressureUponAFriction());
Console.WriteLine("\tПотеря напора: {0} м",
(net.ForcingLine.LossOfPressureUponLocalResistances() +
net.ForcingLine.LossOfPressureUponAFriction()) / net.ForcingLine.Liquid.Density / 9.81);
Console.WriteLine("Смесь в трубном пространстве ТО");
Console.WriteLine("\tСкорость: {0} м/с", net.HeatExchanger.LiquidInPipeline.Speed);
Console.WriteLine("\tКритерий Рейнольдса: {0}", net.HeatExchanger.LiquidInPipeline.Re);
Console.WriteLine("\tКоэффициент трения: {0}", net.HeatExchanger.LiquidInPipeline.FactorOfAFriction);
Console.WriteLine("\tПотеря давления на трение: {0} Па", net.HeatExchanger.LiquidInPipeline.LossOfPressureUponAFriction());
Console.WriteLine("\tПотеря давления на м.с.: {0} Па", net.HeatExchanger.LiquidInPipeline.LossOfPressureUponLocalResistances());
Console.WriteLine("\tПотеря давления: {0} Па", net.HeatExchanger.LiquidInPipeline.LossOfPressureUponLocalResistances() + net.HeatExchanger.LiquidInPipeline.LossOfPressureUponAFriction());
Console.WriteLine("\tПотеря напора: {0} м",
(net.HeatExchanger.LiquidInPipeline.LossOfPressureUponLocalResistances() +
net.HeatExchanger.LiquidInPipeline.LossOfPressureUponAFriction()) / net.HeatExchanger.LiquidInPipeline.Liquid.Density / 9.81);
Console.WriteLine("Затраты на создание скорости потока: {0} Па", net.ForcingLine.LossOfPressureUponCreationOfSpeed());
Console.WriteLine("Затраты на подъем жидкости: {0} Па", net.ForcingLine.LossOfPressureUponLifting(5.6));
Console.WriteLine("Полный напор: {0} м", (net.VacuumLine.LossOfPressureUponLocalResistances() +
net.VacuumLine.LossOfPressureUponAFriction())/
net.VacuumLine.Liquid.Density/9.81 +
(net.ForcingLine.LossOfPressureUponLocalResistances() +
net.ForcingLine.LossOfPressureUponAFriction())/
net.ForcingLine.Liquid.Density/9.81 +
(net.HeatExchanger.LiquidInPipeline.LossOfPressureUponLocalResistances() +
net.HeatExchanger.LiquidInPipeline.LossOfPressureUponAFriction())/
net.HeatExchanger.LiquidInPipeline.Liquid.Density/9.81 +
net.ForcingLine.LossOfPressureUponLifting(5.6) / 9.81 / net.ForcingLine.Liquid.Density);
Console.WriteLine("Для смеси {0} с параметрами t={1} и p={2} подходит ТО {3}, чтобы ее вскипятить.", liq.Id,
liq.Temperature, liq.Pressure, net.HeatExchanger.Id);
Console.WriteLine("Выбранный насос: {0}.",net.Pump.Brand);
var liq2 = new LiquidPure("6", 20, 760);
Console.WriteLine("Коэффициент теплопроводности ацетона: {0}",liq2.ThermalConductivity / 1.163);
Console.ReadKey();
}
private void Next_2_Click(object sender, RoutedEventArgs e)
{
bool g = true;
double result = 0;
var Grid_Add_Pipeline = this.Content as MyGrid;
var Material_In = Grid_Add_Pipeline.Children[6] as MyComboBox;
var Pipeline_Type = Grid_Add_Pipeline.Children[4] as MyComboBox;
var Diameter_In = Grid_Add_Pipeline.Children[12] as MyTextBox;
var Wall_Width_In = Grid_Add_Pipeline.Children[16] as MyTextBox;
var Length_In = Grid_Add_Pipeline.Children[8] as MyTextBox;
var Material_Out = Grid_Add_Pipeline.Children[23] as MyComboBox;
var Pipeline_Out_Type = Grid_Add_Pipeline.Children[21] as MyComboBox;
var Diameter_Out = Grid_Add_Pipeline.Children[29] as MyTextBox;
var Wall_Width_Out = Grid_Add_Pipeline.Children[33] as MyTextBox;
var Length_Out = Grid_Add_Pipeline.Children[25] as MyTextBox;
var Diameter_In_Measure_Choose = Grid_Add_Pipeline.Children[13] as MyComboBox;
var Wall_Width_In_Measure_Choose = Grid_Add_Pipeline.Children[17] as MyComboBox;
var Length_In_Measure_Choose = Grid_Add_Pipeline.Children[9] as MyComboBox;
var Diameter_Out_Measure_Choose = Grid_Add_Pipeline.Children[30] as MyComboBox;
var Wall_Width_Out_Measure_Choose = Grid_Add_Pipeline.Children[34] as MyComboBox;
var Length_Out_Measure_Choose = Grid_Add_Pipeline.Children[26] as MyComboBox;
if ((double.TryParse(Diameter_In.Text, out result) == false) || (double.TryParse(Wall_Width_In.Text, out result) == false) ||
(double.TryParse(Length_In.Text, out result) == false) || (double.TryParse(Diameter_Out.Text, out result) == false) ||
(double.TryParse(Wall_Width_Out.Text, out result) == false) || (double.TryParse(Length_Out.Text, out result) == false))
g = false;
if (g == false)
{
MessageBox.Show("Некоторые данные введены неправильно");
}
if (g == true)
{
//MessageBox.Show("Все отлично!");
double DiaInNew = double.Parse(Diameter_In.Text);
if (Diameter_In_Measure_Choose.SelectedIndex == 1)
{
DiaInNew /= 100;
}
if (Diameter_In_Measure_Choose.SelectedIndex == 2)
{
DiaInNew /= 1000;
}
double WallWidthInNew = double.Parse(Wall_Width_In.Text);
if (Wall_Width_In_Measure_Choose.SelectedIndex == 1)
{
WallWidthInNew /= 100;
}
if (Wall_Width_In_Measure_Choose.SelectedIndex == 2)
{
WallWidthInNew /= 1000;
}
double LengthInNew = double.Parse(Length_In.Text);
if (Length_In_Measure_Choose.SelectedIndex == 1)
{
LengthInNew /= 100;
}
if (Length_In_Measure_Choose.SelectedIndex == 2)
{
LengthInNew /= 1000;
}
double DiaOutNew = double.Parse(Diameter_Out.Text);
if (Diameter_Out_Measure_Choose.SelectedIndex == 1)
{
DiaOutNew /= 100;
}
if (Diameter_Out_Measure_Choose.SelectedIndex == 2)
{
DiaOutNew /= 1000;
}
double WallWidthOutNew = double.Parse(Wall_Width_Out.Text);
if (Wall_Width_Out_Measure_Choose.SelectedIndex == 1)
{
WallWidthOutNew /= 100;
}
if (Wall_Width_Out_Measure_Choose.SelectedIndex == 2)
{
WallWidthOutNew /= 1000;
}
double LengthOutNew = double.Parse(Length_Out.Text);
if (Length_Out_Measure_Choose.SelectedIndex == 1)
{
LengthOutNew /= 100;
}
if (Length_Out_Measure_Choose.SelectedIndex == 2)
{
LengthOutNew /= 1000;
}
var Pip = new PipelineRound(Material_In.SelectedIndex + 1, Pipeline_Type.SelectedIndex + 1, DiaInNew, WallWidthInNew, LengthInNew);
var lip_In = new LiquidInPipeline(liq, Pip);
var Pip2 = new PipelineRound(Material_Out.SelectedIndex + 1, Pipeline_Out_Type.SelectedIndex + 1, DiaOutNew, WallWidthOutNew, LengthOutNew);
var lip_Out = new LiquidInPipeline(liq, Pip2);
Network.Create(lip_In, lip_Out);
Resistance rst = new Resistance(lip_In, lip_Out, Temperature_Out,NK_dou,VP);
rst.Show();
}
}
