static void Main(string[] args)
{
var water = new WaterManagingSubsystem();
var thermo = new Thermo();
var engine = new Engine();
var dryer = new Dryer();
var washingMachine = new WashingMachine.WashingMachine(dryer, engine, thermo, water);
// Cotton
Console.WriteLine("Cotton");
washingMachine.WashCotton();
// Wool
Console.WriteLine("Wool");
washingMachine.WashWool();
int temp = washingMachine.GetTemperature();
// 1. принадлежат самому объекту
// 2. методы объектов параметров
// 3. созданы внутри метода
// 4. поля текущего объекта
Console.ReadLine();
}
public static object[,] Thermo_CEA([ExcelArgument("temperature, C")] double t, [ExcelArgument("specie name")] string spName)
{
object otdr = ML.CallHandler.ThermoJANAF(spName, t);
if (otdr.GetType() != typeof(Thermo.ThermoDataRecord))
{
object[] retS = new object[1];
retS[0] = otdr;
return(myExcelInt.retRowArray(retS));
}
Thermo.ThermoDataRecord tdr = (Thermo.ThermoDataRecord)otdr;
object[] ret = new object[7];
int spIndex = Thermo.findSpecieIndex(spName);
ret[0] = tdr.cP;
ret[1] = tdr.hHTRef / 1000;
ret[2] = tdr.s;
ret[3] = tdr.gHTRef_T;
ret[4] = Thermo.allSpecies[spIndex].heatForm / 1000 + tdr.hHTRef / 1000;
ret[5] = tdr.deltaHf / 1000;
ret[6] = tdr.log10Kf;
return(myExcelInt.retRowArray(ret));
}
public WashingMachine(WashManagingSubsystem water, Thermo thermo, Engine engine, Dryer dryer)
{
_water = water;
_thermo = thermo;
_engine = engine;
_dryer = dryer;
}
public double getTemperature()
{
if (Thermo == null)
{
return(Double.NaN);
}
return(Thermo.Measure());
}
public void LoggerTest()//logger test
{
double[,,] check = new double[10, 10, 10];
double time = 1;
double tau = 0.1;
double h = 1;
ILogger log = new NLogAdapter();
Thermo teplo = new Thermo(log);
teplo.PoslCulс3D(check, time, tau, h);
log = teplo._Logger;
Assert.AreNotEqual(log, null);
}
public OutputDate3D CulcTeploParal3D(InputDate3D inputDate)
{
OutputDate3D mass_data = new OutputDate3D();
double[,,] array1 = ToMulti3D(inputDate.Mass_u);
double h = inputDate.H;
double time = inputDate.Time;
double tau = inputDate.Tau;
ILogger log = new NLogAdapter();
Thermo teplo = new Thermo(log);
double[,,] array2 = teplo.ЗDParalCulc(array1, time, tau, h);
mass_data.Culc_Teplo = ToJagged3D(array2);
return(mass_data);
}
public OutputDate CulcTeploPosl(InputDate inputDate)
{
OutputDate mass_data = new OutputDate();
double[,] array1 = ToMultiD(inputDate.Mass_u);
double h = inputDate.H;
double time = inputDate.Time;
double tau = inputDate.Tau;
ILogger log = new NLogAdapter();
Thermo teplo = new Thermo(log);
double[,] array2 = teplo.PoslCulc(array1, time, tau, h);
mass_data.Culc_Teplo = ToJagged(array2);
return(mass_data);
}
static void Main(string[] args)
{
var water = new WaterManagingSubsystem();
var thermo = new Thermo();
var engine = new Engine();
var dryer = new Dryer();
var washingMachine = new WashingMachine.WashingMachine(dryer, engine, thermo, water);
Console.WriteLine("Cotton");
washingMachine.WashCotton();
Console.WriteLine("Wool");
washingMachine.WashWool();
Console.ReadLine();
}
public void CalculationTest()//calculation test
{
int n = 10;
double[,,] test = new double[n, n, n];
double[,,] actual = new double[n, n, n];
test = initial();
actual = initial();
ILogger log = new NLogAdapter();
Thermo teplo = new Thermo(log);
double time = 1;
double tau = 0.1;
double h = 1;
teplo.PoslCulс3D(test, time, tau, h);
Assert.AreNotEqual(test, actual);
}
static void Main(string[] args)
{
var water = new WaterManagingSubsystem();
var thermo = new Thermo();
var engine = new Engine();
var dryer = new Dryer();
var washingMachine = new WashingMachine.WashingMachine(dryer, engine, thermo, water);
Console.WriteLine();
Console.WriteLine("\t\t\t\t\t\tForm");
washingMachine.WashForm();
Console.WriteLine();
Console.WriteLine("\t\t\t\t\t\tSneakers");
washingMachine.WashSneakers();
int temp = washingMachine.GetTemperature();
Console.ReadKey();
}
public object Clone()
{
WeatherStation cl = new WeatherStation(Name, loc);
if (Thermo != null)
{
cl.Insert((Thermometer)Thermo.Clone());
}
if (Anemo != null)
{
cl.Insert((WindMeter)Anemo.Clone());
}
if (Bar != null)
{
cl.Insert((Barometer)Bar.Clone());
}
if (Hygro != null)
{
cl.Insert((Hygrometer)Hygro.Clone());
}
return(cl);
}
