def required_input(cls):
results = super()
return {
'OAT':InputDescriptor('OutdoorAirTemperature','Outdoor Temp', count_max=None),
'load':InputDescriptor('WholeBuildingEnergy','Building Load'),
'natgas':InputDescriptor('NaturalGas','Natural Gas usage')
}
def required_input(cls):
"""
Generate required inputs with description for
user.
"""
return {
cls.fan_status_name:
InputDescriptor('SupplyFanStatus',
'AHU Supply fan status',
count_min=1),
cls.fan_sp_name:
InputDescriptor('SupplyFanSpeed',
'AHU supply fan speed',
count_min=0),
cls.zn_damper_name:
InputDescriptor('TerminalBoxDamperCommand',
'All terminal-box damper commands',
count_min=1),
cls.duct_stcpr_name:
InputDescriptor('DuctStaticPressure',
'AHU duct static pressure',
count_min=1),
cls.duct_stcpr_stpt_name:
InputDescriptor('DuctStaticPressureSetPoint',
'Duct static pressure set point',
count_min=1)
}
def required_input(cls):
# Called by UI
# Sort out units.
return {
'oat': InputDescriptor('OutdoorAirTemperature', 'Outdoor Temp'),
'load': InputDescriptor('WholeBuildingPower', 'Building Load')
}
def required_input(cls):
#Called by UI
return {
'load':
InputDescriptor('WholeBuildingPower', 'Building Electicity Load'),
'natgas':
InputDescriptor('WholeBuildingGas', 'Natural Gas Usage')
}
def required_input(cls):
"""
Generate required inputs with description for user.
:return:
"""
return {
cls.fan_status_name:
InputDescriptor('SupplyFanStatus',
'Supply fan status',
count_min=0),
cls.zone_temp_name:
InputDescriptor('ZoneTemperature', 'Zone temperature', count_min=1)
}
def required_input(cls):
# Called by UI
# Sort out units.
return {
'zat':
InputDescriptor('ZoneTemperature', 'Zone/Indoor Temperature'),
'dat':
InputDescriptor('DischargeAirTemperature',
'Discharge Air Temperature'),
'oat':
InputDescriptor('OutdoorAirTemperature',
'Outdoor Air Temperature'),
'hvacstatus':
InputDescriptor('HVACStatus', 'HVAC Equipment Status')
}
def required_input(cls):
"""
Generate required inputs with description for
user.
"""
return {
cls.fan_status_name:
InputDescriptor('SupplyFanStatus',
'AHU Supply fan status', count_min=1),
cls.fan_sp_name:
InputDescriptor('SupplyFanSpeed',
'AHU supply fan speed', count_min=0),
cls.duct_stcpr_name:
InputDescriptor('DuctStaticPressure', 'AHU duct static pressure',
count_min=1)
}
def required_input(cls):
# Called by UI
# Sort out units.
return {
'lightingstatus':
InputDescriptor('LightingStatus', 'Building Lighting Mode')
}
def required_input(cls):
'''
Generate required inputs with description for
user.
'''
return {
cls.zone_temp_name:
InputDescriptor('ZoneTemperature',
'Zone temperature', count_min=1)
}
def required_input(cls):
'''Generate required inputs with description for
user.
'''
return {
cls.loop_dp_name:
InputDescriptor('LoopDifferentialPressure',
'Hot water central plant loop differential '
'pressure',
count_min=0),
cls.loop_dp_stpt_name:
InputDescriptor('LoopDifferentialPressureSetPoint',
'Hot water central plant loop differential '
'pressure set point',
count_min=0),
cls.pump_status_name:
InputDescriptor('PumpStatus',
'Hot water central plant pump status',
count_min=0),
cls.boiler_status_name:
InputDescriptor('BoilerStatus',
'Hot water central plant boiler status',
count_min=0),
cls.hw_pump_vfd_name:
InputDescriptor('PumpVFDCommand',
'Hot water central plant pump VFD commands',
count_min=0),
cls.hws_temp_name:
InputDescriptor('SupplyWaterTemperature',
'Hot water central plant supply '
'water temperature',
count_min=1),
cls.hw_stsp_name:
InputDescriptor('SupplyWaterTemperatureSetPoint',
'Hot water central plant supply water '
'temperature set point',
count_min=0),
cls.hwr_temp_name:
InputDescriptor('ReturnWaterTemperature',
'Hot water central plant return '
'water temperature',
count_min=0),
cls.oa_temp_name:
InputDescriptor('OutdoorAirTemperature',
'Outdoor Air Temperature',
count_min=0)
}
def required_input(cls):
"""
Generate required inputs with description for
user.
"""
return {
cls.fan_status_name:
InputDescriptor('SupplyFanStatus',
'AHU Supply fan status',
count_min=1),
cls.fan_sp_name:
InputDescriptor('SupplyFanSpeed',
'AHU supply fan speed',
count_min=0),
cls.zn_reheat_name:
InputDescriptor('TerminalBoxReheatValvePosition',
'All terminal-box re-heat valve commands',
count_min=1),
cls.zn_damper_name:
InputDescriptor('TerminalBoxDamperCommand',
'All terminal-box damper commands',
count_min=1),
cls.sat_name:
InputDescriptor('DischargeAirTemperature', 'AHU supply-air '
'(discharge-air) temperature',
count_min=1),
cls.sat_stpt_name:
InputDescriptor('DischargeAirTemperatureSetPoint',
'Supply-air temperature set-point',
count_min=1)
}
def required_input(cls):
'''Generate required inputs with description for user.'''
return {
cls.zone_temp_name:
InputDescriptor('ZoneTemperature',
cls.zone_temp_name,
count_min=1,
count_max=1),
cls.zone_damperpos_name:
InputDescriptor('TerminalBoxDamperCommand',
cls.zone_damperpos_name,
count_min=0,
count_max=1),
cls.zone_setpoint_name:
InputDescriptor('ZoneTemperatureSetPoint',
cls.zone_setpoint_name,
count_min=0,
count_max=1),
cls.zone_reheatvlv_name:
InputDescriptor('TerminalBoxReheatValvePosition',
cls.zone_reheatvlv_name,
count_min=0,
count_max=1),
cls.zone_occ_name:
InputDescriptor('OccupancyMode',
cls.zone_occ_name,
count_min=0,
count_max=1),
cls.zone_airflow_name:
InputDescriptor('TerminalBoxFanAirflow',
cls.zone_airflow_name,
count_min=0,
count_max=1),
}
def required_input(cls):
'''
Generate required inputs with description for
user.
'''
return {
cls.zonetemperature_name:
InputDescriptor('ZoneTemperature', 'Zone temperature',
count_min=1),
cls.zonetemperature_stpt_name:
InputDescriptor('ZoneTemperatureSetPoint',
'Zone Temperature Set Point',
count_min=0),
cls.fanstatus_name:
InputDescriptor('SupplyFanStatus',
'Supply fan status',
count_min=0),
cls.comprstatus_name:
InputDescriptor('FirstStageCooling',
'Compressor status',
count_min=0)
}
def required_input(cls):
#Called by UI
return {
'load': InputDescriptor('WholeBuildingPower', 'Building Load'),
}
def required_input(cls):
'''Generate required inputs with description for user.'''
return {
cls.oa_temp_name:
InputDescriptor('OutdoorAirTemperature',
'AHU or building outdoor-air temperature',
count_min=1),
cls.ma_temp_name:
InputDescriptor('MixedAirTemperature',
'AHU mixed-air temperature',
count_min=1),
cls.ra_temp_name:
InputDescriptor('ReturnAirTemperature',
'AHU return-air temperature',
count_min=1),
cls.outdoor_damper_name:
InputDescriptor('OutdoorDamperSignal', 'AHU outdoor-air damper '
'signal',
count_min=0),
cls.occ_name:
InputDescriptor('OccupancyMode',
'OccupancyMode',
count_min=0,
count_max=1),
cls.discharge_sp_name:
InputDescriptor('DuctStaticPressure',
'DuctStaticPressure',
count_min=0,
count_max=1),
cls.sp_setpoint_name:
InputDescriptor('DuctStaticPressureSetPoint',
'DuctStaticPressureSetPoint',
count_min=0),
cls.fan_speedcmd_name:
InputDescriptor('SupplyFanSpeed',
'AHU supply fan speed',
count_min=0),
cls.returnfan_speedcmd_name:
InputDescriptor('ReturnFanSpeed', 'ReturnFanSpeed', count_min=0),
cls.fan_status_name:
InputDescriptor('SupplyFanStatus',
'AHU Supply Fan Status',
count_min=0),
cls.cc_valve_name:
InputDescriptor(
'CoolingCoilValvePosition',
#InputDescriptor('ChilledWaterValvePosition', #temporary
'AHU cooling coil valve position',
count_min=0),
cls.hc_valve_name:
InputDescriptor(
'HeatingCoilValvePosition',
#InputDescriptor('ChilledWaterValvePosition', #temporary
'AHU heating coil valve position',
count_min=0),
cls.da_temp_name:
InputDescriptor('DischargeAirTemperature',
'AHU discharge-air temperature',
count_min=0),
cls.da_temp_setpoint_name:
InputDescriptor('DischargeAirTemperatureSetPoint',
'AHU discharge-air temperature setpoint',
count_min=0)
}
def required_input(cls):
#Called by UI
return {
'oat':InputDescriptor('OutdoorAirTemperature','Outdoor Temp', count_min=1,count_max=10),
'load':InputDescriptor('WholeBuildingPower','Building Load'),
}