def getResults(self, currentValues=True):
"""
Return results.
Parameter
---------
currentValues : boolean, optional
- True : Return only values for this scheduling period
- False : Return values for all scheduling periods
Order
-----
ff : array_like
Fill factor
GInput: array_like
Charging gas power
GOutput : array_like
Discharging gas power
"""
ff = handleData.getValues(currentValues, self.currentFF, self.totalFF)
GInput = handleData.getValues(currentValues, self.currentGInput,
self.totalGInput)
GOutput = handleData.getValues(currentValues, self.currentGOutput,
self.totalGOutput)
return ff, GInput, GOutput
def getResults(self, currentValues=True):
"""
Return results.
Parameter
---------
currentValues : boolean, optional
- True : Return only values for this scheduling period
- False : Return values for all scheduling periods
Order
-----
soc : array_like
State of charge
charge : array_like
Charging power
discharge : array_like
Discharging power
"""
soc = handleData.getValues(currentValues, self.currentSoc,
self.totalSoc)
charge = handleData.getValues(currentValues, self.currentPCharge,
self.totalPCharge)
discharge = handleData.getValues(currentValues, self.currentPDischarge,
self.totalPDischarge)
return soc, charge, discharge
def getResults(self, currentValues=True):
"""
Return results.
Parameter
---------
currentValues : boolean, optional
- True : Return only values for this scheduling period
- False : Return values for all scheduling periods
Order
-----
pOutput : array_like
Electricity production of the CHP unit
qOutput : array_like
Heat production of the CHP unit
schedule : array_like
Operational schedule
"""
pOutput = handleData.getValues(currentValues,
self.currentPOutput,
self.totalPOutput)
return (pOutput,
self._getQOutput(currentValues),
self._getSchedule(currentValues))
def getResults(self, currentValues=True):
"""
Return results.
Parameter
---------
currentValues : boolean, optional
- True : Return only values for this scheduling period
- False : Return values for all scheduling periods
Order
-----
pConsumption : array_like
Electricity consumption of the electrical heater
qOutput : array_like
Heat production of the electrical heater
schedule : array_like
Operational schedule
"""
pConsumption = handleData.getValues(currentValues,
self.currentPConsumption,
self.totalPConsumption)
return (pConsumption, self._getQOutput(currentValues),
self._getSchedule(currentValues))
def _getSchedule(self, currentValues=True):
"""
Return the schedule. If currentValues=True: current values,
else: total values
"""
return handleData.getValues(currentValues, self.currentSchedule,
self.totalSchedule)
def _getNonFlowQuantity(self, currentValues=True):
"""
Return the non flow quantity drop. If currentValues=True: current values,
else: total values
"""
return handleData.getValues(currentValues, self.currentNonFlowQuantity,
self.totalNonFlowQuantity)
def getResults(self, currentValues=True):
"""
Return the storage's temperature. If currentValues=True: current
values, else: total values
"""
return handleData.getValues(currentValues, self.currentTSto,
self.totalTSto)
def _getFlowQuantity(self, currentValues=True):
"""
Return the flow quantity. If currentValues=True: current values,
else: total values
"""
return handleData.getValues(currentValues, self.currentFlowQuantity,
self.totalFlowQuantity)
def _getQOutput(self, currentValues=True):
"""
Return the heat output. If currentValues=True: current values,
else: total values
"""
return handleData.getValues(currentValues, self.currentQOutput,
self.totalQOutput)
def _getFInput(self, currentValues=True):
"""
Return the fuel input. If currentValues=True: current values,
else: total values
"""
return handleData.getValues(currentValues, self.currentFInput,
self.totalFInput)
def _getEmission(self, currentValues=True):
"""
Return the emission. If currentValues=True: current values,
else: total values
"""
return handleData.getValues(currentValues, self.currentEmission,
self.totalEmission)
def getResults(self, currentValues=True):
"""
Return results.
Parameter
---------
currentValues : boolean, optional
- True : Return only values for this scheduling period
- False : Return values for all scheduling periods
Order
-----
pInput : array_like
Electricity input of the inverter
pOutput : array_like
Electricity output of the inverter
"""
pInput = handleData.getValues(currentValues, self.currentPInput,
self.totalPInput)
pOutput = handleData.getValues(currentValues, self.currentPOutput,
self.totalPOutput)
return (pInput, pOutput)
def getResults(self, currentValues=True):
"""
Return results.
Parameter
---------
currentValues : boolean, optional
- True : Return only values for this scheduling period
- False : Return values for all scheduling periods
Order
-----
ff : array_like
Fill factor
PCharge : array_like
Charging power
PDischarge : array_like
Discharging power
WCharge : array_like
Stored water
WDischarge : array_like
Removed water
"""
ff = handleData.getValues(currentValues, self.currentFF,
self.totalFF)
PCharge = handleData.getValues(currentValues, self.currentPCharge,
self.totalPCharge)
PDischarge = handleData.getValues(currentValues, self.currentPDischarge,
self.totalPDischarge)
WCharge = handleData.getValues(currentValues, self.currentWCharge,
self.totalPCharge)
WDischarge = handleData.getValues(currentValues, self.currentWDischarge,
self.totalPDischarge)
return ff, PCharge, PDischarge, WCharge, WDischarge
def getResults(self, currentValues=True):
"""
Return results.
Parameter
---------
currentValues : boolean, optional
- True : Return only values for this scheduling period
- False : Return values for all scheduling periods
Order
-----
GOutput : array_like
Removed gas power
"""
removal = handleData.getValues(currentValues, self.currentGOutput,
self.totalGOutput)
return removal
def getPower(self,currentValues=True):
return handleData.getValues(currentValues,
self.currentSchedule,
self.totalSchedule)
