/// <summary>
/// List[0]-AO,List[1]-DO,List[2]-AI,List[3]-DI
/// </summary>
public List <int> GetPins(HeatExchangeViewModel heatExchangeVM)
{
var glycolM = new Glycol();
var rotorM = new Rotor();
// PlateWithBypass plateBP = new PlateWithBypass();
DataClass heatExchangeControlData = heatExchangeVM.GetControlData();
Type = heatExchangeControlData.StringData[0];
TempSensor = heatExchangeControlData.StringData[1];
PressureSensor = heatExchangeControlData.StringData[2];
if (TempSensor == "Да")
{
AI += 1;
}
if (PressureSensor == "Да")
{
DI += 1;
}
if (Type == "Роторный")
{
AO += 1; DO += 1; DI += 1; AI += 2; //standart speed regulation 0-10V + 2Temp sensors in channels
rotorM.SpeedSignal = heatExchangeControlData.StringData[3];
if (rotorM.SpeedSignal == "MODBUS RTU")
{
AO -= 1; DO -= 1; DI -= 1;
}
}
else if (Type == "Пластинчатый с рекуператором")
{
;
}
else if (Type == "Гликолевый")
{
DO += 1;
glycolM.VentStatus = heatExchangeControlData.StringData[3];
if (glycolM.VentStatus == "Да")
{
AO += 1;
AI += 2;
}
}
var result = new List <int> {
AO, DO, AI, DI
};
return(result);
}
public List <PowerObject> GetPowerParts(HeatExchangeViewModel heatExchangerVM)
{
DataClass heatExchangeControlData = heatExchangerVM.GetControlData();
DataClass heatExchangePowerData = heatExchangerVM.GetPowerData();
var heatExchangeResult = new List <PowerObject>();
if (heatExchangeControlData.StringData[0] == "Роторный")
{
if (heatExchangePowerData.StringData[1] == "Частотный преобразователь")
{
heatExchangeResult.AddRange(GetPCH(heatExchangePowerData));
if (heatExchangePowerData.StringData[2] == "0-10 В")
{
//organize 0-10В
}
else
{
//MODBUS RTU?
}
}
else
{
heatExchangeResult.AddRange(GetAuto(heatExchangePowerData));
}
}
else if (heatExchangeControlData.StringData[0] == "Гликолевый")
{
if (heatExchangeControlData.StringData[3] == "Да")
{
//привод 24/220 бд
}
heatExchangeResult.AddRange(GetAuto(heatExchangePowerData));
}
else if (heatExchangeControlData.StringData[0] == "Пластинчатый с байпасом")
{
//24/220 - бд?
}
return(null);
}
