def newDay(self):
"""
Generates objects for each water event generated by a unit in a day. Objects contain relevant information on: the unit type where it was generated, the volume of the event
and the time the event took place.
"""
"Wash machine Events:"
for i in range(len(self.__clothes_washes)): # For each wash:
wash_time = DP.sampleCumDF(DB.SamplingDatabase.Instance().getDBTest(self.__unit_type,"DIURNAL_PATTERN")) # Get the time that the wash cycle starts
wash_event = WM.WashMachine(wash_time,self.__unit_type) # Make an event object for each wash. This event contains info on the time and volume of the wash event
self.__washEvents.append(wash_event) # add each event to an array.
"Dish washer Events:"
for i in range(len(self.__dish_washes)):
wash_time = DP.sampleCumDF(DB.SamplingDatabase.Instance().getDBTest(self.__unit_type,"DIURNAL_PATTERN"))
wash_event = DW.DishWasher(wash_time,self.__unit_type)
self.__dishWashEvents.append(wash_event)
"Tap Events:"
tot_volume = 0
while tot_volume < self.__tap_volume:
tap_use_time = DP.sampleCumDF(DB.SamplingDatabase.Instance().getDBTest(self.__unit_type,"DIURNAL_PATTERN"))
tap_event = TP.Taps(tap_use_time,self.__tap_use_duration,self.__unit_type)
self.__tapEvents.append(tap_event)
tot_volume += tap_event.getVolume()
def newDay(self):
"""
For each water use event that a actor has in a day, this method creates the object of that Event for the actor.
Where the Event represents:
- The time of the day that the event begins
- The flowrate/volume of the event
This data is stored in a different array for each appliance . The events can then be called by other methods and their data extracted.
"""
"Shower Events:"
for i in range(len(
self.__showers)): # For each shower that a actor has:
shower_time = DP.sampleCumDF(DB.SamplingDatabase.Instance(
).getDBTest(
self.__actor_type,
"DIURNAL_PATTERN")) # Get the time that a actor has a shower
shower_event = SE.ShowerEvent(
shower_time, self.__shower_duration, self.__actor_type
) # Makes the physical object of the event. Where the event contains: Time, Duration and Flowrate. The actor gives time and duration to the ShowerEvent.
# The class ShowerEvent makes the shower flowrate. All 3 of these objects are then attached to the physical event (made real)
self.__showerEvents.append(
shower_event) # Appends each event to showerEvents
"Toilet Events:"
for i in range(len(self.__toilet_flushes)): # For each flush:
flush_time = DP.sampleCumDF(
DB.SamplingDatabase.Instance().getDBTest(
self.__actor_type, "DIURNAL_PATTERN"
)) # Get the time that a actor flushes the toilet
flush_event = TE.Toilet(
flush_time, self.__actor_type
) # Make an event object for each toilet flush. This event contains info on the time of the flush and the flush volume
self.__toiletEvents.append(
flush_event) # add each event to an array
"Bath Events:"
for i in range(len(self.__bath_uses)): # For each bath:
bath_use_time = DP.sampleCumDF(
DB.SamplingDatabase.Instance().getDBTest(
self.__actor_type,
"DIURNAL_PATTERN")) # Get the time the actor has the bath
bath_event = BT.Bath(
bath_use_time, self.__actor_type
) # Make an event object for each bath -- > contain the info on the time and volume
self.__bathEvents.append(
bath_event
) # append each event to the array. Used to store each object.
def newDay(self):
"""
Generates objects for each water event generated by a unit in a day. Objects contain relevant information on: the unit type where it was generated, the volume of the event
and the time the event took place.
"""
"Wash machine Events:"
for i in range(len(self.__clothes_washes)): # For each wash:
wash_time = DP.sampleCumDF(DB.SamplingDatabase.Instance(
).getDBTest(
self.__unit_type,
"DIURNAL_PATTERN")) # Get the time that the wash cycle starts
wash_event = WM.WashMachine(
wash_time, self.__unit_type
) # Make an event object for each wash. This event contains info on the time and volume of the wash event
self.__washEvents.append(wash_event) # add each event to an array.
"Dish washer Events:"
for i in range(len(self.__dish_washes)):
wash_time = DP.sampleCumDF(
DB.SamplingDatabase.Instance().getDBTest(
self.__unit_type, "DIURNAL_PATTERN"))
wash_event = DW.DishWasher(wash_time, self.__unit_type)
self.__dishWashEvents.append(wash_event)
"Tap Events:"
tot_volume = 0
while tot_volume < self.__tap_volume:
tap_use_time = DP.sampleCumDF(
DB.SamplingDatabase.Instance().getDBTest(
self.__unit_type, "DIURNAL_PATTERN"))
tap_event = TP.Taps(tap_use_time, self.__tap_use_duration,
self.__unit_type)
self.__tapEvents.append(tap_event)
tot_volume += tap_event.getVolume()
def newDay(self):
"""
For each water use event that a actor has in a day, this method creates the object of that Event for the actor.
Where the Event represents:
- The time of the day that the event begins
- The flowrate/volume of the event
This data is stored in a different array for each appliance . The events can then be called by other methods and their data extracted.
"""
"Shower Events:"
for i in range(len(self.__showers)): # For each shower that a actor has:
shower_time = DP.sampleCumDF(DB.SamplingDatabase.Instance().getDBTest(self.__actor_type,"DIURNAL_PATTERN")) # Get the time that a actor has a shower
shower_event = SE.ShowerEvent(shower_time,self.__shower_duration,self.__actor_type) # Makes the physical object of the event. Where the event contains: Time, Duration and Flowrate. The actor gives time and duration to the ShowerEvent.
# The class ShowerEvent makes the shower flowrate. All 3 of these objects are then attached to the physical event (made real)
self.__showerEvents.append(shower_event) # Appends each event to showerEvents
"Toilet Events:"
for i in range(len(self.__toilet_flushes)): # For each flush:
flush_time = DP.sampleCumDF(DB.SamplingDatabase.Instance().getDBTest(self.__actor_type,"DIURNAL_PATTERN")) # Get the time that a actor flushes the toilet
flush_event = TE.Toilet(flush_time,self.__actor_type) # Make an event object for each toilet flush. This event contains info on the time of the flush and the flush volume
self.__toiletEvents.append(flush_event) # add each event to an array
"Bath Events:"
for i in range(len(self.__bath_uses)): # For each bath:
bath_use_time = DP.sampleCumDF(DB.SamplingDatabase.Instance().getDBTest(self.__actor_type,"DIURNAL_PATTERN")) # Get the time the actor has the bath
bath_event = BT.Bath(bath_use_time,self.__actor_type) # Make an event object for each bath -- > contain the info on the time and volume
self.__bathEvents.append(bath_event) # append each event to the array. Used to store each object.
