public String GeneratePowerSensorJSONOutput(PowerSensorOutputs OutputType, String ObjectName, DateTime StartDateTime, DateTime EndDateTime)
{
StringBuilder Output = new StringBuilder();
StringBuilder Output2 = new StringBuilder();
// TODO: there should be an appropriate caching algorithm in the sensor data...
if (OutputType == PowerSensorOutputs.HourkWh)
{
#region Hour kWh
Output.Append("{ \"label\": \"" + ObjectName + "\", \"data\": [");
UInt64 SerializerCounter = 0;
lock (sensor_data.InMemoryIndex)
{
foreach (OnDiscAdress ondisc in sensor_data.InMemoryIndex)
{
if (ondisc.CreationTime >= StartDateTime.Ticks)
{
if (ondisc.CreationTime <= EndDateTime.Ticks)
{
XS1_DataObject dataobject = ReadFromCache(ondisc);
SerializerCounter++;
if (dataobject.Type == ObjectTypes.Sensor)
{
if (dataobject.TypeName == "pwr_consump")
{
if (dataobject.Name == ObjectName)
{
// only up to a certain amount we consider this a valid value...
if (dataobject.Value < 15000)
{
Output2.Clear();
Output2.Append("[");
Output2.Append(dataobject.Timecode.JavaScriptTimestamp());
Output2.Append(",");
//Double Value = dataobject.Value / 1000;
Output2.Append(dataobject.Value.ToString().Replace(',', '.'));
Output2.Append("]");
}
}
}
}
}
}
}
}
Output.Append(Output2.ToString());
#endregion
}
if (OutputType == PowerSensorOutputs.HourPeakkWh)
{
#region Hour Peak kWh
Output.Append("{ \"label\": \"" + ObjectName + "\", \"data\": [");
UInt64 SerializerCounter = 0;
lock (sensor_data.InMemoryIndex)
{
foreach (OnDiscAdress ondisc in sensor_data.InMemoryIndex)
{
if (ondisc.CreationTime >= StartDateTime.Ticks)
{
if (ondisc.CreationTime <= EndDateTime.Ticks)
{
XS1_DataObject dataobject = ReadFromCache(ondisc);
SerializerCounter++;
if (dataobject.Type == ObjectTypes.Sensor)
{
if (dataobject.TypeName == "pwr_peak")
{
if (dataobject.Name == ObjectName)
{
// only up to a certain amount we consider this a valid value...
if (dataobject.Value < 15000)
{
Output2.Clear();
Output2.Append("[");
Output2.Append(dataobject.Timecode.JavaScriptTimestamp());
Output2.Append(",");
//Double Value = dataobject.Value / 1000;
Output2.Append(dataobject.Value.ToString().Replace(',', '.'));
Output2.Append("]");
}
}
}
}
}
}
}
}
Output.Append(Output2.ToString());
#endregion
}
if (OutputType == PowerSensorOutputs.CalculatedkWhCounterTotal)
{
#region Calculated kWh Counter (based on last known manual reading)
UInt64 SerializerCounter = 0;
// find the right sensor manual reading...
foreach (PowerConsumptionSensor _manual_reading in PowerSensorConfiguration.PowerConsumptionSensors)
{
DateTime ManualMeasurementDate = DateTime.MinValue;
Double ManualMeasurementValue = Double.MinValue;
Output.Append("{ \"label\": \"" + ObjectName + "\", \"data\": [");
if (_manual_reading.PowerSensorName == ObjectName)
{
ManualMeasurementDate = _manual_reading.InitialPowerSensorDate;
ManualMeasurementValue = _manual_reading.InitialPowerSensorValue;
// here comes the fun
StartDateTime = ManualMeasurementDate;
Double PowerSensorCalculatedValue = ManualMeasurementValue;
DateTime CurrentHourStart = StartDateTime;
Double CurrentHourMeanValue = Double.MinValue;
#region the lock
lock (sensor_data.InMemoryIndex)
{
foreach (OnDiscAdress ondisc in sensor_data.InMemoryIndex)
{
if (ondisc.CreationTime >= StartDateTime.Ticks)
{
if (ondisc.CreationTime <= EndDateTime.Ticks)
{
XS1_DataObject dataobject = ReadFromCache(ondisc);
SerializerCounter++;
if (dataobject.Type == ObjectTypes.Sensor)
{
if (dataobject.TypeName == "pwr_consump")
{
if (dataobject.Name == ObjectName)
{
// only up to a certain amount we consider this a valid value...
if (dataobject.Value < 15000)
{
// okay, we got the right sensor data element type with the right name...
// calculate the time difference between hour start and current data object
TimeSpan ts = new TimeSpan(dataobject.Timecode.Ticks - CurrentHourStart.Ticks);
if (ts.TotalMinutes >= 60)
{
// we have a full hour...add to the calculated value and reset hour values
CurrentHourStart = dataobject.Timecode;
PowerSensorCalculatedValue += CurrentHourMeanValue / 1000;
//Console.WriteLine(" -> " + PowerSensorCalculatedValue + " : "+CurrentHourMeanValue + "("+dataobject.Timecode.ToShortDateString()+")");
CurrentHourMeanValue = Double.MinValue;
}
else
{
if (CurrentHourMeanValue == Double.MinValue)
{
CurrentHourMeanValue = dataobject.Value;
}
else
{
CurrentHourMeanValue = (CurrentHourMeanValue + dataobject.Value) / 2;
}
}
}
}
}
}
}
}
}
}
#endregion
// add the corrector value
PowerSensorCalculatedValue = PowerSensorCalculatedValue + _manual_reading.Corrector;
Output.Append("[");
Output.Append(DateTime.Now.JavaScriptTimestamp());
Output.Append(",");
Output.Append(PowerSensorCalculatedValue.ToString().Replace(',', '.'));
Output.Append("]");
}
}
#endregion
}
if (OutputType == PowerSensorOutputs.CalculatedDailykWh)
{
#region Calculated Daily kWh Counter
Output.Append("{ \"label\": \"" + ObjectName + "\", \"data\": [");
bool firstdataset = true;
UInt64 SerializerCounter = 0;
DateTime CurrentHourStart = StartDateTime;
Double CurrentHourMeanValue = Double.MinValue;
// TODO: there should be an appropriate caching algorithm in the sensor data...
lock (sensor_data.InMemoryIndex)
{
Double DailyMeanValue = Double.MinValue;
Int32 HourNumber = 0;
foreach (OnDiscAdress ondisc in sensor_data.InMemoryIndex)
{
if (ondisc.CreationTime >= StartDateTime.Ticks)
{
if (ondisc.CreationTime <= EndDateTime.Ticks)
{
XS1_DataObject dataobject = ReadFromCache(ondisc);
SerializerCounter++;
if (dataobject.Type == ObjectTypes.Sensor)
{
if (dataobject.TypeName == "pwr_consump")
{
if (dataobject.Name == ObjectName)
{
// only up to a certain amount we consider this a valid value...
if (dataobject.Value < 15000)
{
// calculate the time difference between hour start and current data object
TimeSpan ts = new TimeSpan(dataobject.Timecode.Ticks - CurrentHourStart.Ticks);
if (ts.TotalMinutes >= 60)
{
// we have a full hour...add to the calculated value and reset hour values
CurrentHourStart = dataobject.Timecode;
HourNumber++;
if (HourNumber >= 24)
{
if (!firstdataset)
{
Output.Append(",");
}
else
{
firstdataset = false;
}
// we have 24 hours completed
Output.Append("[");
Output.Append(dataobject.Timecode.JavaScriptTimestamp());
Output.Append(",");
//CurrentHourMeanValue = CurrentHourMeanValue / 100;
Output.Append(CurrentHourMeanValue.ToString().Replace(',', '.'));
Output.Append("]");
HourNumber = 0;
}
else
{
if (DailyMeanValue == Double.MinValue)
{
DailyMeanValue = CurrentHourMeanValue;
}
else
{
DailyMeanValue = (DailyMeanValue + CurrentHourMeanValue) / 2;
}
}
CurrentHourMeanValue = Double.MinValue;
}
else
{
if (CurrentHourMeanValue == Double.MinValue)
{
CurrentHourMeanValue = dataobject.Value;
}
else
{
CurrentHourMeanValue = (CurrentHourMeanValue + dataobject.Value) / 2;
}
}
}
}
}
}
}
}
}
ConsoleOutputLogger_.WriteLineToScreenOnly("Generated JSON Dataset with " + SerializerCounter + " Elements");
}
#endregion
}
if (OutputType == PowerSensorOutputs.CalculatedHourlykWh)
{
#region Calculated Hourly kWh Counter
Output.Append("{ \"label\": \"" + ObjectName + "\", \"data\": [");
bool firstdataset = true;
UInt64 SerializerCounter = 0;
DateTime CurrentHourStart = StartDateTime;
Double CurrentHourMeanValue = Double.MinValue;
// TODO: there should be an appropriate caching algorithm in the sensor data...
lock (sensor_data.InMemoryIndex)
{
foreach (OnDiscAdress ondisc in sensor_data.InMemoryIndex)
{
if (ondisc.CreationTime >= StartDateTime.Ticks)
{
if (ondisc.CreationTime <= EndDateTime.Ticks)
{
XS1_DataObject dataobject = ReadFromCache(ondisc);
SerializerCounter++;
if (dataobject.Type == ObjectTypes.Sensor)
{
if (dataobject.TypeName == "pwr_consump")
{
if (dataobject.Name == ObjectName)
{
// only up to a certain amount we consider this a valid value...
if (dataobject.Value < 15000)
{
// calculate the time difference between hour start and current data object
TimeSpan ts = new TimeSpan(dataobject.Timecode.Ticks - CurrentHourStart.Ticks);
if (ts.TotalMinutes >= 60)
{
// we have a full hour...add to the calculated value and reset hour values
CurrentHourStart = dataobject.Timecode;
if (CurrentHourMeanValue > 0)
{
if (!firstdataset)
{
Output.Append(",");
}
else
{
firstdataset = false;
}
// we have 24 hours completed
Output.Append("[");
Output.Append(dataobject.Timecode.JavaScriptTimestamp());
Output.Append(",");
//CurrentHourMeanValue = CurrentHourMeanValue / 100;
Output.Append(CurrentHourMeanValue.ToString().Replace(',', '.'));
Output.Append("]");
}
CurrentHourMeanValue = Double.MinValue;
}
else
{
if (CurrentHourMeanValue == Double.MinValue)
{
CurrentHourMeanValue = dataobject.Value;
}
else
{
CurrentHourMeanValue = (CurrentHourMeanValue + dataobject.Value) / 2;
}
}
}
}
}
}
}
}
}
ConsoleOutputLogger_.WriteLineToScreenOnly("Generated JSON Dataset with " + SerializerCounter + " Elements");
}
#endregion
}
if (OutputType == PowerSensorOutputs.CalculateWeeklykWh)
{
#region Calculated Weekly kWh Counter
Output.Append("{ \"label\": \"" + ObjectName + "\", \"data\": [");
bool firstdataset = true;
UInt64 SerializerCounter = 0;
DateTime CurrentHourStart = StartDateTime;
Double CurrentHourMeanValue = Double.MinValue;
// TODO: there should be an appropriate caching algorithm in the sensor data...
lock (sensor_data.InMemoryIndex)
{
Double DailyMeanValue = Double.MinValue;
Int32 HourNumber = 0;
foreach (OnDiscAdress ondisc in sensor_data.InMemoryIndex)
{
if (ondisc.CreationTime >= StartDateTime.Ticks)
{
if (ondisc.CreationTime <= EndDateTime.Ticks)
{
XS1_DataObject dataobject = ReadFromCache(ondisc);
SerializerCounter++;
if (dataobject.Type == ObjectTypes.Sensor)
{
if (dataobject.TypeName == "pwr_consump")
{
if (dataobject.Name == ObjectName)
{
// only up to a certain amount we consider this a valid value...
if (dataobject.Value < 15000)
{
// calculate the time difference between hour start and current data object
TimeSpan ts = new TimeSpan(dataobject.Timecode.Ticks - CurrentHourStart.Ticks);
if (ts.TotalMinutes >= 60)
{
// we have a full hour...add to the calculated value and reset hour values
CurrentHourStart = dataobject.Timecode;
HourNumber++;
if (HourNumber >= 168)
{
if (!firstdataset)
{
Output.Append(",");
}
else
{
firstdataset = false;
}
// we have 24 hours completed
Output.Append("[");
Output.Append(dataobject.Timecode.JavaScriptTimestamp());
Output.Append(",");
//CurrentHourMeanValue = CurrentHourMeanValue / 100;
Output.Append(CurrentHourMeanValue.ToString().Replace(',', '.'));
Output.Append("]");
HourNumber = 0;
}
else
{
if (DailyMeanValue == Double.MinValue)
{
DailyMeanValue = CurrentHourMeanValue;
}
else
{
DailyMeanValue = (DailyMeanValue + CurrentHourMeanValue) / 2;
}
}
CurrentHourMeanValue = Double.MinValue;
}
else
{
if (CurrentHourMeanValue == Double.MinValue)
{
CurrentHourMeanValue = dataobject.Value;
}
else
{
CurrentHourMeanValue = (CurrentHourMeanValue + dataobject.Value) / 2;
}
}
}
}
}
}
}
}
}
ConsoleOutputLogger_.WriteLineToScreenOnly("Generated JSON Dataset with " + SerializerCounter + " Elements");
}
#endregion
}
Output.Append("]}");
//ConsoleOutputLogger.WriteLineToScreenOnly("Generated JSON Dataset with " + SerializerCounter + " Elements");
return(Output.ToString());
}
public String GeneratePowerSensorJSONOutput(PowerSensorOutputs OutputType, String ObjectName, DateTime StartDateTime, DateTime EndDateTime)
{
StringBuilder Output = new StringBuilder();
StringBuilder Output2 = new StringBuilder();
// TODO: there should be an appropriate caching algorithm in the sensor data...
if (OutputType == PowerSensorOutputs.HourkWh)
{
#region Hour kWh
Output.Append("{ \"label\": \"" + ObjectName + "\", \"data\": [");
UInt64 SerializerCounter = 0;
lock (sensor_data.InMemoryIndex)
{
foreach (OnDiscAdress ondisc in sensor_data.InMemoryIndex)
{
if (ondisc.CreationTime >= StartDateTime.Ticks)
{
if (ondisc.CreationTime <= EndDateTime.Ticks)
{
XS1_DataObject dataobject = ReadFromCache(ondisc);
SerializerCounter++;
if (dataobject.Type == ObjectTypes.Sensor)
{
if (dataobject.TypeName == "pwr_consump")
{
if (dataobject.Name == ObjectName)
{
// only up to a certain amount we consider this a valid value...
if (dataobject.Value < 15000)
{
Output2.Clear();
Output2.Append("[");
Output2.Append(dataobject.Timecode.JavaScriptTimestamp());
Output2.Append(",");
//Double Value = dataobject.Value / 1000;
Output2.Append(dataobject.Value.ToString().Replace(',', '.'));
Output2.Append("]");
}
}
}
}
}
}
}
}
Output.Append(Output2.ToString());
#endregion
}
if (OutputType == PowerSensorOutputs.HourPeakkWh)
{
#region Hour Peak kWh
Output.Append("{ \"label\": \"" + ObjectName + "\", \"data\": [");
UInt64 SerializerCounter = 0;
lock (sensor_data.InMemoryIndex)
{
foreach (OnDiscAdress ondisc in sensor_data.InMemoryIndex)
{
if (ondisc.CreationTime >= StartDateTime.Ticks)
{
if (ondisc.CreationTime <= EndDateTime.Ticks)
{
XS1_DataObject dataobject = ReadFromCache(ondisc);
SerializerCounter++;
if (dataobject.Type == ObjectTypes.Sensor)
{
if (dataobject.TypeName == "pwr_peak")
{
if (dataobject.Name == ObjectName)
{
// only up to a certain amount we consider this a valid value...
if (dataobject.Value < 15000)
{
Output2.Clear();
Output2.Append("[");
Output2.Append(dataobject.Timecode.JavaScriptTimestamp());
Output2.Append(",");
//Double Value = dataobject.Value / 1000;
Output2.Append(dataobject.Value.ToString().Replace(',', '.'));
Output2.Append("]");
}
}
}
}
}
}
}
}
Output.Append(Output2.ToString());
#endregion
}
if (OutputType == PowerSensorOutputs.CalculatedkWhCounterTotal)
{
#region Calculated kWh Counter (based on last known manual reading)
UInt64 SerializerCounter = 0;
// find the right sensor manual reading...
foreach (PowerConsumptionSensor _manual_reading in PowerSensorConfiguration.PowerConsumptionSensors)
{
DateTime ManualMeasurementDate = DateTime.MinValue;
Double ManualMeasurementValue = Double.MinValue;
Output.Append("{ \"label\": \"" + ObjectName + "\", \"data\": [");
if (_manual_reading.PowerSensorName == ObjectName)
{
ManualMeasurementDate = _manual_reading.InitialPowerSensorDate;
ManualMeasurementValue = _manual_reading.InitialPowerSensorValue;
// here comes the fun
StartDateTime = ManualMeasurementDate;
Double PowerSensorCalculatedValue = ManualMeasurementValue;
DateTime CurrentHourStart = StartDateTime;
Double CurrentHourMeanValue = Double.MinValue;
#region the lock
lock (sensor_data.InMemoryIndex)
{
foreach (OnDiscAdress ondisc in sensor_data.InMemoryIndex)
{
if (ondisc.CreationTime >= StartDateTime.Ticks)
{
if (ondisc.CreationTime <= EndDateTime.Ticks)
{
XS1_DataObject dataobject = ReadFromCache(ondisc);
SerializerCounter++;
if (dataobject.Type == ObjectTypes.Sensor)
{
if (dataobject.TypeName == "pwr_consump")
{
if (dataobject.Name == ObjectName)
{
// only up to a certain amount we consider this a valid value...
if (dataobject.Value < 15000)
{
// okay, we got the right sensor data element type with the right name...
// calculate the time difference between hour start and current data object
TimeSpan ts = new TimeSpan(dataobject.Timecode.Ticks - CurrentHourStart.Ticks);
if (ts.TotalMinutes >= 60)
{
// we have a full hour...add to the calculated value and reset hour values
CurrentHourStart = dataobject.Timecode;
PowerSensorCalculatedValue += CurrentHourMeanValue / 1000;
//Console.WriteLine(" -> " + PowerSensorCalculatedValue + " : "+CurrentHourMeanValue + "("+dataobject.Timecode.ToShortDateString()+")");
CurrentHourMeanValue = Double.MinValue;
}
else
{
if (CurrentHourMeanValue == Double.MinValue)
CurrentHourMeanValue = dataobject.Value;
else
{
CurrentHourMeanValue = (CurrentHourMeanValue + dataobject.Value) / 2;
}
}
}
}
}
}
}
}
}
}
#endregion
// add the corrector value
PowerSensorCalculatedValue = PowerSensorCalculatedValue + _manual_reading.Corrector;
Output.Append("[");
Output.Append(DateTime.Now.JavaScriptTimestamp());
Output.Append(",");
Output.Append(PowerSensorCalculatedValue.ToString().Replace(',', '.'));
Output.Append("]");
}
}
#endregion
}
if (OutputType == PowerSensorOutputs.CalculatedDailykWh)
{
#region Calculated Daily kWh Counter
Output.Append("{ \"label\": \"" + ObjectName + "\", \"data\": [");
bool firstdataset = true;
UInt64 SerializerCounter = 0;
DateTime CurrentHourStart = StartDateTime;
Double CurrentHourMeanValue = Double.MinValue;
// TODO: there should be an appropriate caching algorithm in the sensor data...
lock (sensor_data.InMemoryIndex)
{
Double DailyMeanValue = Double.MinValue;
Int32 HourNumber = 0;
foreach (OnDiscAdress ondisc in sensor_data.InMemoryIndex)
{
if (ondisc.CreationTime >= StartDateTime.Ticks)
{
if (ondisc.CreationTime <= EndDateTime.Ticks)
{
XS1_DataObject dataobject = ReadFromCache(ondisc);
SerializerCounter++;
if (dataobject.Type == ObjectTypes.Sensor)
{
if (dataobject.TypeName == "pwr_consump")
{
if (dataobject.Name == ObjectName)
{
// only up to a certain amount we consider this a valid value...
if (dataobject.Value < 15000)
{
// calculate the time difference between hour start and current data object
TimeSpan ts = new TimeSpan(dataobject.Timecode.Ticks - CurrentHourStart.Ticks);
if (ts.TotalMinutes >= 60)
{
// we have a full hour...add to the calculated value and reset hour values
CurrentHourStart = dataobject.Timecode;
HourNumber++;
if (HourNumber >= 24)
{
if (!firstdataset)
Output.Append(",");
else
firstdataset = false;
// we have 24 hours completed
Output.Append("[");
Output.Append(dataobject.Timecode.JavaScriptTimestamp());
Output.Append(",");
//CurrentHourMeanValue = CurrentHourMeanValue / 100;
Output.Append(CurrentHourMeanValue.ToString().Replace(',', '.'));
Output.Append("]");
HourNumber = 0;
}
else
{
if (DailyMeanValue == Double.MinValue)
DailyMeanValue = CurrentHourMeanValue;
else
DailyMeanValue = (DailyMeanValue + CurrentHourMeanValue) / 2;
}
CurrentHourMeanValue = Double.MinValue;
}
else
{
if (CurrentHourMeanValue == Double.MinValue)
CurrentHourMeanValue = dataobject.Value;
else
{
CurrentHourMeanValue = (CurrentHourMeanValue + dataobject.Value) / 2;
}
}
}
}
}
}
}
}
}
ConsoleOutputLogger_.WriteLineToScreenOnly("Generated JSON Dataset with " + SerializerCounter + " Elements");
}
#endregion
}
if (OutputType == PowerSensorOutputs.CalculatedHourlykWh)
{
#region Calculated Hourly kWh Counter
Output.Append("{ \"label\": \"" + ObjectName + "\", \"data\": [");
bool firstdataset = true;
UInt64 SerializerCounter = 0;
DateTime CurrentHourStart = StartDateTime;
Double CurrentHourMeanValue = Double.MinValue;
// TODO: there should be an appropriate caching algorithm in the sensor data...
lock (sensor_data.InMemoryIndex)
{
foreach (OnDiscAdress ondisc in sensor_data.InMemoryIndex)
{
if (ondisc.CreationTime >= StartDateTime.Ticks)
{
if (ondisc.CreationTime <= EndDateTime.Ticks)
{
XS1_DataObject dataobject = ReadFromCache(ondisc);
SerializerCounter++;
if (dataobject.Type == ObjectTypes.Sensor)
{
if (dataobject.TypeName == "pwr_consump")
{
if (dataobject.Name == ObjectName)
{
// only up to a certain amount we consider this a valid value...
if (dataobject.Value < 15000)
{
// calculate the time difference between hour start and current data object
TimeSpan ts = new TimeSpan(dataobject.Timecode.Ticks - CurrentHourStart.Ticks);
if (ts.TotalMinutes >= 60)
{
// we have a full hour...add to the calculated value and reset hour values
CurrentHourStart = dataobject.Timecode;
if (CurrentHourMeanValue > 0)
{
if (!firstdataset)
Output.Append(",");
else
firstdataset = false;
// we have 24 hours completed
Output.Append("[");
Output.Append(dataobject.Timecode.JavaScriptTimestamp());
Output.Append(",");
//CurrentHourMeanValue = CurrentHourMeanValue / 100;
Output.Append(CurrentHourMeanValue.ToString().Replace(',', '.'));
Output.Append("]");
}
CurrentHourMeanValue = Double.MinValue;
}
else
{
if (CurrentHourMeanValue == Double.MinValue)
CurrentHourMeanValue = dataobject.Value;
else
{
CurrentHourMeanValue = (CurrentHourMeanValue + dataobject.Value) / 2;
}
}
}
}
}
}
}
}
}
ConsoleOutputLogger_.WriteLineToScreenOnly("Generated JSON Dataset with " + SerializerCounter + " Elements");
}
#endregion
}
if (OutputType == PowerSensorOutputs.CalculateWeeklykWh)
{
#region Calculated Weekly kWh Counter
Output.Append("{ \"label\": \"" + ObjectName + "\", \"data\": [");
bool firstdataset = true;
UInt64 SerializerCounter = 0;
DateTime CurrentHourStart = StartDateTime;
Double CurrentHourMeanValue = Double.MinValue;
// TODO: there should be an appropriate caching algorithm in the sensor data...
lock (sensor_data.InMemoryIndex)
{
Double DailyMeanValue = Double.MinValue;
Int32 HourNumber = 0;
foreach (OnDiscAdress ondisc in sensor_data.InMemoryIndex)
{
if (ondisc.CreationTime >= StartDateTime.Ticks)
{
if (ondisc.CreationTime <= EndDateTime.Ticks)
{
XS1_DataObject dataobject = ReadFromCache(ondisc);
SerializerCounter++;
if (dataobject.Type == ObjectTypes.Sensor)
{
if (dataobject.TypeName == "pwr_consump")
{
if (dataobject.Name == ObjectName)
{
// only up to a certain amount we consider this a valid value...
if (dataobject.Value < 15000)
{
// calculate the time difference between hour start and current data object
TimeSpan ts = new TimeSpan(dataobject.Timecode.Ticks - CurrentHourStart.Ticks);
if (ts.TotalMinutes >= 60)
{
// we have a full hour...add to the calculated value and reset hour values
CurrentHourStart = dataobject.Timecode;
HourNumber++;
if (HourNumber >= 168)
{
if (!firstdataset)
Output.Append(",");
else
firstdataset = false;
// we have 24 hours completed
Output.Append("[");
Output.Append(dataobject.Timecode.JavaScriptTimestamp());
Output.Append(",");
//CurrentHourMeanValue = CurrentHourMeanValue / 100;
Output.Append(CurrentHourMeanValue.ToString().Replace(',', '.'));
Output.Append("]");
HourNumber = 0;
}
else
{
if (DailyMeanValue == Double.MinValue)
DailyMeanValue = CurrentHourMeanValue;
else
DailyMeanValue = (DailyMeanValue + CurrentHourMeanValue) / 2;
}
CurrentHourMeanValue = Double.MinValue;
}
else
{
if (CurrentHourMeanValue == Double.MinValue)
CurrentHourMeanValue = dataobject.Value;
else
{
CurrentHourMeanValue = (CurrentHourMeanValue + dataobject.Value) / 2;
}
}
}
}
}
}
}
}
}
ConsoleOutputLogger_.WriteLineToScreenOnly("Generated JSON Dataset with " + SerializerCounter + " Elements");
}
#endregion
}
Output.Append("]}");
//ConsoleOutputLogger.WriteLineToScreenOnly("Generated JSON Dataset with " + SerializerCounter + " Elements");
return Output.ToString();
}
