Class Solution

2020-11/2020-11-10_FSTSP/FSTSP.py:92–187

        print() 

class Solution:
    ObjVal = 0 
    X = [[]] 
    Y = [[[]]] 
    U = [] 
    P = [] 
    T = [] 
    Tt = [] 
    route_Truck = [] 
    route_UAV = [] 
    
#     def __init__(self):
#         solution = Solution() 
#         # X_ij
#         solution.X = [[[] for i in range(data.nodeNum)] for j in range(data.nodeNum)]  
#         # Y_ijk
#         solution.Y = [[[[] for k in range(data.nodeNum)] for j in range(data.nodeNum)] for i in range(data.nodeNum)] 
#         # U_i
#         solution.U = [[] for i in range(data.nodeNum)] 
#         # P_ij
#         solution.P = [[[] for j in range(data.nodeNum)] for i in range(data.nodeNum)] 
#         # T_i, T_i'
#         solution.T = [[] for i in range(data.nodeNum)] 
#         solution.Tt = [[] for i in range(data.nodeNum)] 
#         return solution 
    
    def getSolution(self, data, model):
        solution = Solution() 
        solution.ObjVal = model.ObjVal 
        # X_ij
        solution.X = [([0] * data.nodeNum) for j in range(data.nodeNum)]  
        # Y_ijk
        solution.Y = [[([0] * data.nodeNum) for j in range(data.nodeNum)] for i in range(data.nodeNum)] 
        # U_i
        solution.U = [[0] for i in range(data.nodeNum)] 
        # P_ij
        solution.P = [[[0] for j in range(data.nodeNum)] for i in range(data.nodeNum)] 
        # T_i, T_i'
        solution.T = [[0] for i in range(data.nodeNum)] 
        solution.Tt = [[0] for i in range(data.nodeNum)] 
        
        a = U[0].x 
        for m in model.getVars():
            str = re.split(r"_", m.VarName) 
            if(str[0] == "X" and m.x == 1):
                solution.X[int(str[1])][int(str[2])] = m.x 
                print(str, end = "") 
                print(" = %d" % m.x) 
            elif(str[0] == "Y" and m.x == 1):
                solution.Y[int(str[1])][int(str[2])][int(str[3])] = m.x 
            elif(str[0] == "U" and m.x > 0) :
                solution.U[int(str[1])] = m.x 
            elif(str[0] == "T" and m.x > 0):
                solution.T[int(str[1])] = m.x  
            elif(str[0] == "Tt" and m.x > 0):
                solution.Tt[int(str[1])] = m.x 
            elif(str[0] == "P" and m.x > 0):
                solution.P[int(str[1])][int(str[2])] = m.x