def __init__(self):
self.reliability=1
self.transition=1
mod=Read_GAP_data()
self.g_number_of_agents,self.g_number_of_jobs,self.agent_list,self.job_list=mod.read_data()
self.g_iteration_times=100
self.big_M=500
#DP
self.g_machine_state_vector_list=[[] for i in range (self.g_number_of_agents)]
self.g_ending_state_vector_list_LR=[None]*self.g_number_of_agents #Flag=1
self.g_ending_state_vector_list_ALR=[None]*self.g_number_of_agents #Flag=2
self.rpo=1 #penalty parameter
#results
self.assignment_record=[] #the assignment matrix in each iteration
self.serving_times=[] # record serving times of each job
self.repeat_served=[] #repeat served in each iteration
self.un_served=[] #unserved in each iteration
self.record_multiplier=[] #multipliers in each iteration
#LB,UB
self.max_label_cost=float("inf")
self.ADMM_local_LB = [0] *self.g_iteration_times
self.ADMM_local_UB = [0] *self.g_iteration_times
self.ADMM_global_LB = [-self.max_label_cost] *self.g_iteration_times
self.ADMM_global_UB = [self.max_label_cost] *self.g_iteration_times
def __init__(self):
# self.multiplier=-10 #initial multiplier
mod = Read_GAP_data()
self.g_number_of_agents, self.g_number_of_jobs, self.agent_list, self.job_list = mod.read_data(
)
# self.g_multipliers_list=[self.multiplier]*self.g_number_of_jobs
self.g_iteration_times = 100
self.big_M = 500
#DP
self.g_machine_state_vector_list = [
[] for i in range(self.g_number_of_agents)
]
self.g_ending_state_vector_list = [None] * self.g_number_of_agents
#results
self.assignment_record = [] #the assignment matrix in each iteration
self.serving_times = [] # record serving times of each job
self.repeat_served = [] #repeat served in each iteration
self.un_served = [] #unserved in each iteration
self.record_multiplier = [] #multipliers in each iteration
#LB,UB
self.max_label_cost = float("inf")
self.ADMM_local_LB = [0] * self.g_iteration_times
self.ADMM_local_UB = [0] * self.g_iteration_times
self.ADMM_global_LB = [-self.max_label_cost] * self.g_iteration_times
self.ADMM_global_UB = [self.max_label_cost] * self.g_iteration_times
