def __init__(self, facility):
self.heel = batch_class(0, "heel") # heel initialization.
self.batch = batch_class(0, "batch") # batch initialization.
self.process_time_delay = np.loadtxt(
facility.process_states_dir + '/process.operation.time.inp',
usecols=[1])[1] # 8 hours = 0.3333 days
# self.batch = batch_class(self.batch_size, "batch")
self.failure_rate = np.loadtxt(
facility.failure_equipment_dir + '/melter.failure.data.inp',
usecols=[1]) # 0.0333 days-1 = 1/30 days
self.maintenance_time_delay = np.loadtxt(
facility.failure_equipment_dir + '/melter.failure.data.inp',
usecols=[2]) # 0.1667 days = 4 hours
self.cleaning_time_delay = np.loadtxt(
facility.failure_equipment_dir + '/melter.failure.data.inp',
usecols=[3]) # 0.0833 days = 2 hours
self.time_of_last_failure = 0 # The melter hasn't failed yet.
self.true_batch_loss = 0
self.failure_count = 0
self.failure_data_output = data_output_class(
"melter_failure_data", facility.equipment_failure_odir)
facility_component_class.__init__(self, "melter", "processor",
facility.material_flow_odir)
self.sum = 0.0
def __init__(self, expected_total_weight, expected_batch_weight, expected_residual_weight,
description, object_type, output_dir):
self.expected_weight = expected_weight_class(expected_total_weight,
expected_batch_weight, expected_residual_weight)
if output_dir != None:
self.data_output = data_output_class(description, output_dir)
self.description = description
self.object_type = object_type
def __init__(self,facility):
self.expected_loss = np.loadtxt(facility.process_states_dir+ \
'/melter.loss.fraction.inp',usecols=[1])[0]
self.batch_loss_bounds = np.loadtxt(facility.process_states_dir+'/melter.loss.fraction.inp',
usecols=[1])[1:3]
self.process_time_delay = np.loadtxt(facility.process_states_dir+ \
'/process.operation.time.inp',usecols=[1])[1]
self.heel = batch_class(0,"heel")
self.failure_rate = np.loadtxt(facility.failure_equipment_dir+'/melter.failure.data.inp',usecols=[1])
self.maintenance_time_delay = np.loadtxt(facility.failure_equipment_dir+ \
'/melter.failure.data.inp',usecols=[2])
self.cleaning_time_delay = np.loadtxt(facility.failure_equipment_dir+ \
'/melter.failure.data.inp',usecols=[2])
self.time_of_last_failure = 0
self.true_batch_loss = 0
self.failure_count = 0
self.failure_data_output = data_output_class("melter_failure_data", facility.equipment_failure_odir)
facility_component_class.__init__(self, 0, 0, 0, "melter", "processor", facility.material_flow_odir)
def __init__(self, description, object_type, output_dir):
if output_dir != None:
self.data_output = data_output_class(description, output_dir)
self.description = description
self.object_type = object_type
def __init__(self,root_dir,subsystem):
"""
Although large, all this part does is read in the number of input files required to start up the
facility. A lot of these directories aren't used here, but are used in the initialization of
the components modules.
"""
self.operation_time = 0
self.total_campaign = 1
self.expected_muf = 0
self.measured_muf = 0
self.false_alarm_count = 0
self.melter_did_fail = False
self.did_conduct_inspection = False
self.log_file = open(root_dir + '/log.txt','w')
self.root_dir = root_dir
self.subsystem = subsystem
self.debugger = open(root_dir + '/debugger.txt','w')
#######
# Begin Preprocessing
#######
self.log_file.write('Fuel fabrication \n\nPREPROCESSING\n')
#######
# obtain all the directories
#######
home_dir=open(self.root_dir+'/simulation/meta.data/home.dir.inp').read()
directory_path_file=open(self.root_dir+'/simulation/meta.data/fuel.fabrication_simulation.dir.inp').readlines() #get directory paths
directory_paths=directory_path_file[0].split(',') #split path data and set directories
self.input_dir=directory_paths[0]
self.output_dir=directory_paths[1]
self.edge_transition_dir=directory_paths[2]
self.failure_distribution_dir=directory_paths[3]
self.failure_equipment_dir=directory_paths[4]
self.kmps_dir=directory_paths[5]
self.process_states_dir=directory_paths[6]
self.system_false_alarm_dir=directory_paths[7]
self.data_dir=directory_paths[8]
self.figures_dir=directory_paths[9]
self.system_odir=directory_paths[10]
self.material_flow_odir=directory_paths[11]
self.inventory_odir=directory_paths[12]
self.false_alarm_odir=directory_paths[13]
self.kmps_odir=directory_paths[14]
self.muf_odir=directory_paths[15]
self.equipment_failure_odir=directory_paths[16]
self.system_gdir=directory_paths[17]
self.material_flow_gdir=directory_paths[18]
self.inventory_gdir=directory_paths[19]
self.false_alarm_gdir=directory_paths[20]
self.kmps_gdir=directory_paths[21]
self.muf_gdir=directory_paths[22]
self.equipment_failure_gdir=directory_paths[23]
#######
# read input data
#######
self.total_operation_time=np.loadtxt(self.process_states_dir+'/facility.operation.inp')
self.end_of_campaign_time_delay = np.loadtxt(self.system_false_alarm_dir+'/system.inspection.time.inp',
usecols=[1])
self.end_of_campaign_alarm_threshold = np.loadtxt(self.system_false_alarm_dir+'/eoc.alarm.threshold.inp')
self.facility_inspection_time = np.loadtxt(self.system_false_alarm_dir+'/facility.inspection.time.inp')
#######
# open files
#######
self.system_time_output=open(self.system_odir+'/facility.operation.time.out','w+')
self.system_info_output=open(self.system_odir+'/system_info.out','w+')
self.muf_data_output = data_output_class("muf", self.muf_odir)
#######
# write data for TIME=Initial_Time
#######
self.system_time_output.write('%.4f\n'%(self.operation_time))
self.system_info_output.write('%.4f\t%i\t%i\n'%(self.operation_time,self.total_campaign,
self.false_alarm_count))
######
# Initial parameters (used more than once)
######
self.initial_inventory = np.loadtxt(self.process_states_dir+'/unprocessed.storage.inventory.inp')
#######
# Initialize facility components
#######
self.storage_unit = storage_unit_class(self)
self.edge = edge_transition_class(self,0)
self.fuel_fabricator = fuel_fabricator_class(self)
self.final_storage_unit = final_storage_unit_class(self)
#######
# Log end of Preprocess
#######
self.log_file.write('END PREPROCESSING \n\n\n')
