public MukFlapReturnAirReply03Telemetry(int flapPwmSetting,
ISensorIndication <double> temperatureAddress1,
ISensorIndication <double> temperatureAddress2,
IMukFlapReturnAirIncomingSignals incomingSignals,
byte outgoingSignals,
IMukFlapReturnAirOutgoingSignals outgoingSignalsDescription,
double analogInput,
IMukFlapWorkmodeStage automaticModeStage,
IMukFlapAirRecycleDiagnostic1 diagnostic1,
IMukFlapDiagnostic2 diagnostic2,
IMukFlapDiagnosticOneWireSensor diagnostic3OneWire1,
IMukFlapDiagnosticOneWireSensor diagnostic4OneWire2,
int concentratorStatus,
IMukFlapReturnAirConcentratorStatus concentratorStatusParsed,
int concentratorDrivers,
int concentratorVoltage,
int reserve14,
int reserve15,
int firmwareBuildNumber,
int reserve17,
int reserve18)
{
FlapPwmSetting = flapPwmSetting;
TemperatureAddress1 = temperatureAddress1;
TemperatureAddress2 = temperatureAddress2;
IncomingSignals = incomingSignals;
OutgoingSignals = outgoingSignals;
OutgoingSignalsDescription = outgoingSignalsDescription;
AnalogInput = analogInput;
AutomaticModeStage = automaticModeStage;
Diagnostic1 = diagnostic1;
Diagnostic2 = diagnostic2;
Diagnostic3OneWire1 = diagnostic3OneWire1;
Diagnostic4OneWire2 = diagnostic4OneWire2;
ConcentratorStatus = concentratorStatus;
ConcentratorStatusParsed = concentratorStatusParsed;
ConcentratorDrivers = concentratorDrivers;
ConcentratorVoltage = concentratorVoltage;
Reserve14 = reserve14;
Reserve15 = reserve15;
FirmwareBuildNumber = firmwareBuildNumber;
Reserve17 = reserve17;
Reserve18 = reserve18;
}
public MukFlapReply03Telemetry(int flapPosition, ISensorIndication <double> temperatureAddress1, ISensorIndication <double> temperatureAddress2, IIncomingSignals incomingSignals, byte outgoingSignals, double analogInput, IMukFlapWorkmodeStage automaticModeStage, IMukFlapDiagnostic1 diagnostic1, IMukFlapDiagnostic2 diagnostic2, IMukFlapDiagnosticOneWireSensor diagnostic3OneWire1, IMukFlapDiagnosticOneWireSensor diagnostic4OneWire2, IEmersonDiagnostic emersonDiagnostic, ISensorIndication <double> emersonTemperature, ISensorIndication <double> emersonPressure, int emersonValveSetting, int firmwareBuildNumber)
{
FlapPosition = flapPosition;
TemperatureAddress1 = temperatureAddress1;
TemperatureAddress2 = temperatureAddress2;
IncomingSignals = incomingSignals;
OutgoingSignals = outgoingSignals;
AnalogInput = analogInput;
AutomaticModeStage = automaticModeStage;
Diagnostic1 = diagnostic1;
Diagnostic2 = diagnostic2;
Diagnostic3OneWire1 = diagnostic3OneWire1;
Diagnostic4OneWire2 = diagnostic4OneWire2;
EmersonDiagnostic = emersonDiagnostic;
EmersonTemperature = emersonTemperature;
EmersonPressure = emersonPressure;
EmersonValveSetting = emersonValveSetting;
FirmwareBuildNumber = firmwareBuildNumber;
}
public MukFlapWinterSummerReply03Telemetry(int flapPwmSetting, ISensorIndication <double> temperatureAddress1, ISensorIndication <double> temperatureAddress2, IIncomingSignals incomingSignals, byte outgoingSignals, double analogInput, IMukFlapWorkmodeStage automaticModeStage, IMukFlapDiagnostic1 diagnostic1, IMukFlapDiagnostic2 diagnostic2, IMukFlapDiagnosticOneWireSensor diagnostic3OneWire1, IMukFlapDiagnosticOneWireSensor diagnostic4OneWire2, int reserve11, int reserve12, int reserve13, int reserve14, int reserve15, int reserve16, int reserve17, int reserve18, int firmwareBuildNumber, int reserve20)
{
FlapPwmSetting = flapPwmSetting;
TemperatureAddress1 = temperatureAddress1;
TemperatureAddress2 = temperatureAddress2;
IncomingSignals = incomingSignals;
OutgoingSignals = outgoingSignals;
AnalogInput = analogInput;
AutomaticModeStage = automaticModeStage;
Diagnostic1 = diagnostic1;
Diagnostic2 = diagnostic2;
Diagnostic3OneWire1 = diagnostic3OneWire1;
Diagnostic4OneWire2 = diagnostic4OneWire2;
Reserve11 = reserve11;
Reserve12 = reserve12;
Reserve13 = reserve13;
Reserve14 = reserve14;
Reserve15 = reserve15;
Reserve16 = reserve16;
Reserve17 = reserve17;
Reserve18 = reserve18;
FirmwareBuildNumber = firmwareBuildNumber;
Reserve20 = reserve20;
}
