import numpy as np 

def simulate_config(
    target          : str,
    dir_min         : bool,
    var_opt         : list,
    var_sys         : list = None,
    var_oth         : list = None,
    var_out         : list = None,
    var_init_op     : list = None,
    constrains      : list = None,   # [约束1，约束2，约束3]
    constrains_range: list = None,  # [{变量a，上限，下限}, {变量b，上限，下限}]
    algorithm       : str = 'soea_DE_currentToBest_1_L_templet',
    NIND            : int  = 300,
    MAXGEN          : int  = 200,
    diag_model      : bool = False,
    allow_neg_opt   : bool = True
):
    # 公式约束
    if constrains is not None:
        constrains = [{'constrain':c} for c in constrains]
    else:
        constrains = []
    
    # 范围约束
    if constrains_range is not None:
        res_constrains_range = []
        for con in constrains_range:
            var     = con[0]
            ub      = con[1]
            lb      = con[2]
            con_res = {}
            con_res['var_name'] = var 
            if ub is not None:
                con_res['ub'] = ub 
            if lb is not None:
                con_res['lb'] = lb 
            res_constrains_range.append(con_res)
    else:
        res_constrains_range = []
    
    var_sys       = [] if var_sys is None else var_sys
    var_oth       = [] if var_oth is None else var_oth
    var_out       = [] if var_out is None else var_out
    var_init_op   = [] if var_init_op is None else var_init_op
    var_process   = ['迭代过程','优化变量对比','输出变量对比']
    input_var_id  = var_opt + var_sys + var_oth + var_out
    output_var_id = var_process + var_opt + var_init_op
    
    input_id_end = [len(var) for var in [var_opt,var_sys,var_oth,var_out]]
    input_id_end = np.cumsum(input_id_end)
    
    output_id_end = [len(var) for var in [var_process,var_opt,var_init_op]]
    output_id_end = np.cumsum(output_id_end)
    
    config = {
        'algorithm'       : algorithm,
        'NIND'            : NIND,
        'MAXGEN'          : MAXGEN,
        'target'          : target,
        'dir_min'         : dir_min,
        'diag_model'      : diag_model,
        'get_mod_io'      : False,
        'input_code'      : 'input',
        'model_code'      : 'sys',
        'model_name'      : 'open_sys56',
        'output_code'     : 'output',
        'allow_neg_opt'   : allow_neg_opt,
        'constrains'      : constrains,
        'constrains_range': res_constrains_range,
        '_PORTS_IN'       : [{'point_id':p_id} for p_id in input_var_id],
        '_PORTS_OUT'      : [{'point_id':p_id} for p_id in output_var_id],
        '_PORTS_IN_GROUP':[
            {'name': '优化变量', 'start': 0,  'end': input_id_end[0]}, 
            {'name': '系统变量', 'start': input_id_end[0], 'end': input_id_end[1]}, 
            {'name': '其他变量', 'start': input_id_end[1], 'end': input_id_end[2]}, 
            {'name': '外部变量', 'start': input_id_end[2], 'end': input_id_end[3]}, 
            # {'name': '动态配置', 'start': input_id_end[3], 'end': input_id_end[4]}
        ],
        '_PORTS_OUT_GROUP':[
            {'name': '优化过程', 'start': 0,  'end': output_id_end[0]}, 
            {'name': '优化变量', 'start': output_id_end[0],  'end': output_id_end[1]}, 
            {'name': '初始输出', 'start': output_id_end[1], 'end': output_id_end[2]}, 
        ],
    }
    
    return config