def _test_create_intermediate_storage_facility(logger):
# create an arbitrary scheudle for the facility
schedule = schedule_full_availability()
logger.info("Created a test storage schedule with {} days".format(days))
partial_schedule = schedule_partial_availability()
logger.info("Created a test storage schedule with {} days".format(partial_schedule.total_available_days))
logger.debug(partial_schedule.asText())
# create supply objects for each commodity
# i don' think we want to create supply and demand objects at intermediate facilities, only processing ratios
# I don't think there needs to be a schedule for each commodity at an intermediate facility
# feedstock and product may have schedules, commodity does not
# specify the name and supply
# create a facility object
facility_name = "Int_Storage_GAMMA"
facility_description = "a test storage object. requires 1000 bbl each of diesel and gasoline at a time"
facility_location = "EARTH"
# facility_candidate = 0 default
# facility_capex = 0
facility_storage_slate = _test_create_storage_slate()
feedstock_storage_slate = _test_create_storage_slate_feedstock_only()
facility_nameplate_capacity = 1000
facility_nameplate_capacity_units = "bbl"
facility_schedule = schedule
f = xtot_objects.Facility(facility_name,
facility_description,
facility_location,
facility_storage_slate,
facility_nameplate_capacity,
facility_nameplate_capacity_units,
facility_schedule)
g = xtot_objects.Facility("Int_Storage_DELTA",
facility_description,
facility_location,
feedstock_storage_slate,
facility_nameplate_capacity,
"tons",
facility_schedule)
h = xtot_objects.Facility("Int_Storage_H",
facility_description,
facility_location,
facility_storage_slate,
facility_nameplate_capacity,
facility_nameplate_capacity_units,
partial_schedule)
# create a supply facility
s = xtot_objects.Storage(f)
t = xtot_objects.Storage(g)
u = xtot_objects.Storage(h)
return s, t, u
def _test_create_supply_beta_object(logger):
# create an arbitrary scheudle.
schedule = schedule_full_availability()
logger.info("Created a supply schedule with {} days".format(days))
#print(f.asText())
# create a facility object
facility_name_1 = "Supply_Beta"
facility_description = "a test supply object produces gas and diesel"
facility_location = "EARTH"
# facility_candidate = 0 default
# facility_capex = 0 default
facility_feedstock_slate_1 = _test_create_feedstock_slate_1(logger)
facility_nameplate_capacity = 1000 #refers to colocated storage
facility_nameplate_capacity_units = "bbl"
facility_schedule = schedule
f = xtot_objects.Facility(facility_name_1, facility_description,
facility_location, facility_feedstock_slate_1,
facility_nameplate_capacity,
facility_nameplate_capacity_units,
facility_schedule)
# create a supply facility
gd = xtot_objects.PreProcessor(f)
facility_name_2 = "Supply_A"
facility_description = "a test supply object produces corn and wheat"
facility_feedstock_slate_2 = _test_create_feedstock_slate_2(logger)
g = xtot_objects.Facility(facility_name_2, facility_description,
facility_location, facility_feedstock_slate_2,
facility_nameplate_capacity,
facility_nameplate_capacity_units,
facility_schedule)
cw = xtot_objects.PreProcessor(g)
# p.log_debug(logger) - todo workout the logger stuff instead of the print
facility_name_3 = "Supply_C"
facility_description = "a test supply object produces corn & soy"
facility_location = "EARTH"
facility_feedstock_slate_3 = _test_create_feedstock_slate(
logger, "corn", "tons", 10000, "soy", "tons", 20000)
facility_nameplate_capacity = 1000 #refers to colocated storage
facility_nameplate_capacity_units = "bbl"
facility_schedule = schedule
h = xtot_objects.Facility(facility_name_3, facility_description,
facility_location, facility_feedstock_slate_3,
facility_nameplate_capacity,
facility_nameplate_capacity_units,
facility_schedule)
# create a supply facility
r = xtot_objects.PreProcessor(h)
return gd, cw, r
def _test_create_processor_facility(logger):
# create an arbitrary scheudle for the facility
schedule = schedule_full_availability()
logger.debug("Created a processor schedule with {} days".format(days))
partial_schedule = schedule_partial_availability()
logger.debug(partial_schedule.asText())
# create supply objects for each commodity
# i don' think we want to create supply and demand objects at intermediate facilities, only processing ratios
# I don't think there needs to be a schedule for each commodity at an intermediate facility
# feedstock and product may have schedules, commodity does not
# specify the name and supply
# may need to add separate capacity and units for input storage, currently only
# specifiying output storage
# create a facility object
facility_name = "Processor_P"
facility_description = "a test processor object. requires 1000 bbl each of diesel and gasoline at a time"
facility_location = "EARTH"
facility_processor_slate = _test_create_processor_slate()
facility_nameplate_capacity = 1000
facility_nameplate_capacity_units = "bbl"
facility_schedule = schedule
f = xtot_objects.Facility(facility_name, facility_description,
facility_location, facility_processor_slate,
facility_nameplate_capacity,
facility_nameplate_capacity_units,
facility_schedule)
# create a supply facility
p = xtot_objects.Intermediate_Processing_Facility(f)
# create a facility object
facility_name = "Processor_Q"
facility_description = "a test processor object. requires 1000 bbl each of diesel and gasoline at a time"
facility_location = "EARTH"
facility_candidate = 0
facility_capex = 0
facility_processor_slate = _test_create_processor_slate_soy()
facility_nameplate_capacity = 1000
facility_nameplate_capacity_units = "bbl"
facility_schedule = schedule
g = xtot_objects.Facility(facility_name, facility_description,
facility_location, facility_processor_slate,
facility_nameplate_capacity,
facility_nameplate_capacity_units,
facility_schedule)
# create a supply facility
q = xtot_objects.Intermediate_Processing_Facility(g)
return p, q
def _test_create_destination_alpha_object(logger):
schedule = schedule_full_availability()
logger.info("Created a demand schedule with {} days".format(days))
# create a facility object
facility_name = "Destination_ALPHA"
facility_description = "a test destination object."
facility_location = "EARTH"
facility_candidate = 0
facility_capex = 0
facility_slate = _test_create_final_destination_slate()
facility_nameplate_capacity = 1000 #refers to co-located storage
facility_nameplate_capacity_units = "bbl"
f = xtot_objects.Facility(facility_name, facility_description,
facility_location, facility_slate,
facility_nameplate_capacity,
facility_nameplate_capacity_units, schedule)
# create a final destination facility
d = xtot_objects.Final_Destination(f)
# logger.info("Created a destination facility {}".format(d.asText()))
# print(d.asText())
return d