public IMukFlapWinterSummerReply03Telemetry Build()
{
var flapPwmSetting = _data[3] * 256 + _data[4];
var temperatureAddress1 = new SensorIndicationDoubleBasedOnBytesPair(new BytesPair(_data[5], _data[6]), 0.01, 0.0, new BytesPair(0x85, 0x00));
var temperatureAddress2 = new SensorIndicationDoubleBasedOnBytesPair(new BytesPair(_data[7], _data[8]), 0.01, 0.0, new BytesPair(0x85, 0x00));
var incomingSignals = new IncomingSignalsBuilder(_data[10]).Build();
var outgoingSignals = _data[12];
var analogInput = (_data[14] + _data[13] * 256) * 0.1; // voltage
var automaticModeStage = new MukFlapWorkmodeStageBuilder(_data[16] + _data[15] * 256).Build();
var diagnostic1 = new MukFlapDiagnostic1Builder(_data[18] + _data[17] * 256).Build();
var diagnostic2 = new MukFlapDiagnostic2Builder(_data[20] + _data[19] * 256).Build();
var diagnostic3 = new MukFlapDiagnosticOneWireSensorBuilder(_data[22] + _data[21] * 256).Build();
var diagnostic4 = new MukFlapDiagnosticOneWireSensorBuilder(_data[24] + _data[23] * 256).Build();
var reserve11 = _data[26] + _data[25] * 256;
var reserve12 = _data[28] + _data[27] * 256;
var reserve13 = _data[30] + _data[29] * 256;
var reserve14 = _data[32] + _data[31] * 256;
var reserve15 = _data[34] + _data[33] * 256;
var reserve16 = _data[36] + _data[35] * 256;
var reserve17 = _data[38] + _data[37] * 256;
var reserve18 = _data[40] + _data[39] * 256;
var firmwareBuildNumber = _data[42] + _data[41] * 256;
var reserve20 = _data[44] + _data[43] * 256;
return(new MukFlapWinterSummerReply03Telemetry(flapPwmSetting, temperatureAddress1, temperatureAddress2, incomingSignals, outgoingSignals, analogInput, automaticModeStage, diagnostic1, diagnostic2, diagnostic3, diagnostic4, reserve11, reserve12, reserve13, reserve14, reserve15, reserve16, reserve17, reserve18, firmwareBuildNumber, reserve20));
}
public IMukFlapReturnAirReply03Telemetry Build()
{
var flapPwmSetting = _data[3] * 256 + _data[4];
var temperatureAddress1 = new SensorIndicationDoubleBasedOnBytesPair(new BytesPair(_data[5], _data[6]), 0.01, 0.0, new BytesPair(0x85, 0x00));
var temperatureAddress2 = new SensorIndicationDoubleBasedOnBytesPair(new BytesPair(_data[7], _data[8]), 0.01, 0.0, new BytesPair(0x85, 0x00));
var incomingSignals = new MukFlapReturnAirIncomingSignalsBuilder(_data[10]).Build();
var outgoingSignals = _data[12];
var outgoingSignalsDescription = new MukFlapReturnAirOutgoingSignalsBuilder(outgoingSignals).Build();
var analogInput = (_data[14] + _data[13] * 256) * 0.1; // voltage
var automaticModeStage = new MukFlapWorkmodeStageBuilder(_data[16] + _data[15] * 250).Build();
var diagnostic1 = new MukFlapAirRecycleDiagnostic1Builder(_data[18] + _data[17] * 256).Build();
var diagnostic2 = new MukFlapDiagnostic2Builder(_data[20] + _data[19] * 256).Build();
var diagnostic3 = new MukFlapDiagnosticOneWireSensorBuilder(_data[22] + _data[21] * 256).Build();
var diagnostic4 = new MukFlapDiagnosticOneWireSensorBuilder(_data[24] + _data[23] * 256).Build();
var concentratorState = _data[26] + _data[25] * 256;
var concentratorDrivers = _data[28] + _data[27] * 256;
var concentratorVoltage = _data[30] + _data[29] * 256;
var reserve14 = _data[32] + _data[31] * 256;
var reserve15 = _data[34] + _data[33] * 256;
var firmwareBuildNumber = _data[36] + _data[35] * 256;
var reserve17 = _data[38] + _data[37] * 256;
var reserve18 = _data[40] + _data[39] * 256;
return(new MukFlapReturnAirReply03Telemetry(
flapPwmSetting, temperatureAddress1, temperatureAddress2,
incomingSignals,
outgoingSignals,
outgoingSignalsDescription,
analogInput,
automaticModeStage,
diagnostic1,
diagnostic2,
diagnostic3,
diagnostic4,
concentratorState,
new MukFlapReturnAirConcentratorStatusBuilderFromByte(_data[26]).Build(),
concentratorDrivers,
concentratorVoltage,
reserve14,
reserve15,
firmwareBuildNumber,
reserve17,
reserve18));
}
