public static MessageBody CreateTemperatureData(int counter, DataGenerationPolicy policy, bool reset = false)
{
if (reset)
{
TemperatureDataFactory.CurrentMachineTemperature = policy.CalculateMachineTemperature();
}
else
{
TemperatureDataFactory.CurrentMachineTemperature =
policy.CalculateMachineTemperature(TemperatureDataFactory.CurrentMachineTemperature);
}
var machinePressure = policy.CalculatePressure(TemperatureDataFactory.CurrentMachineTemperature);
var ambientTemperature = policy.CalculateAmbientTemperature();
var ambientHumidity = policy.CalculateHumidity();
var messageBody = new MessageBody
{
Machine = new Machine
{
Temperature = TemperatureDataFactory.CurrentMachineTemperature,
Pressure = machinePressure
},
Ambient = new Ambient
{
Temperature = ambientTemperature,
Humidity = ambientHumidity
},
TimeCreated = string.Format("{0:O}", DateTime.Now)
};
return(messageBody);
}
public static MessageBody CreateTemperatureData(int counter, DataGenerationPolicy policy, bool reset = false)
{
if (reset)
{
TemperatureDataFactory.CurrentMotorTemperature = policy.CalculateMotorTemperature();
TemperatureDataFactory.CurrentMotorFrequency = policy.CalculateMotorFrequency();
TemperatureDataFactory.CurrentMotorCurrent = policy.CalculateMotorCurrent();
}
else
{
TemperatureDataFactory.CurrentMotorTemperature =
policy.CalculateMotorTemperature(TemperatureDataFactory.CurrentMotorTemperature);
TemperatureDataFactory.CurrentMotorFrequency =
policy.CalculateMotorFrequency(TemperatureDataFactory.CurrentMotorFrequency);
TemperatureDataFactory.CurrentMotorCurrent =
policy.CalculateMotorCurrent(TemperatureDataFactory.CurrentMotorCurrent);
}
var ambientTemperature = policy.CalculateAmbientTemperature();
var ambientHumidity = policy.CalculateHumidity();
var currentVoltage = policy.CalculateVoltage();
var currentMotorPower = policy.CalculatePower(currentVoltage, TemperatureDataFactory.CurrentMotorCurrent);
var currentMotorSpeed = policy.CalculateSpeed(TemperatureDataFactory.CurrentMotorFrequency, 1);
var currentTime = DateTime.Now;
var messageBody = new MessageBody
{
Motor = new Motor
{
Temperature = TemperatureDataFactory.CurrentMotorTemperature,
Current = TemperatureDataFactory.CurrentMotorCurrent,
Frequency = TemperatureDataFactory.CurrentMotorFrequency,
Power = TemperatureDataFactory.CurrentMotorPower,
Speed = currentMotorSpeed,
Torque = policy.CalculateTorque(currentMotorSpeed, currentMotorPower),
Voltage = currentVoltage,
Energy = policy.CalculateMotorEnergy(currentMotorPower, TemperatureDataFactory.CurrentMotorPower, TemperatureDataFactory.LastTime)
},
Ambient = new Ambient
{
Temperature = ambientTemperature,
Humidity = ambientHumidity
},
TimeCreated = string.Format("{0:O}", currentTime)
};
TemperatureDataFactory.CurrentMotorPower = currentMotorPower;
TemperatureDataFactory.LastTime = currentTime;
return(messageBody);
}
public static MessageBody CreateTemperatureData(int counter, DataGenerationPolicy policy, bool resetTemperature = false, bool resetOverhaul = false)
{
if (resetTemperature)
{
TemperatureDataFactory.CurrentMachineTemperature = policy.CalculateMachineTemperature();
}
else
{
TemperatureDataFactory.CurrentMachineTemperature =
policy.CalculateMachineTemperature(TemperatureDataFactory.CurrentMachineTemperature);
}
var machinePressure = policy.CalculatePressure(TemperatureDataFactory.CurrentMachineTemperature);
var ambientTemperature = policy.CalculateAmbientTemperature();
var ambientHumidity = policy.CalculateHumidity();
TemperatureDataFactory.CurrentRunTimeSinceProduction = policy.CalculateRunTimeSinceProduction(TemperatureDataFactory.CurrentRunTimeSinceProduction);
TemperatureDataFactory.CurrentRunTimeSinceMaintenance = policy.CalculateRunTimeSinceMaintenance(TemperatureDataFactory.CurrentRunTimeSinceMaintenance);
if (resetOverhaul)
{
TemperatureDataFactory.CurrentRunTimeSinceOverhaul = policy.CalculateRunTimeSinceOverhaul(1);
}
else
{
TemperatureDataFactory.CurrentRunTimeSinceOverhaul =
policy.CalculateRunTimeSinceOverhaul(TemperatureDataFactory.CurrentRunTimeSinceOverhaul);
}
var messageBody = new MessageBody
{
Machine = new Machine
{
Temperature = TemperatureDataFactory.CurrentMachineTemperature,
Pressure = machinePressure,
RunTimeSinceProduction = TemperatureDataFactory.CurrentRunTimeSinceProduction,
RunTimeSinceMaintenance = TemperatureDataFactory.CurrentRunTimeSinceMaintenance,
RunTimeSinceOverhaul = TemperatureDataFactory.CurrentRunTimeSinceOverhaul,
},
Ambient = new Ambient
{
Temperature = ambientTemperature,
Humidity = ambientHumidity
},
TimeCreated = string.Format("{0:O}", DateTime.Now)
};
return(messageBody);
}