package com.njcn.device.pq.constant;



import java.util.HashMap;
import java.util.Map;

/**
 * @author qijian
 */
public interface Param {

    /**
     * 算法处理
     */
    String TARGET_FREQ = "freq";
    String TARGET_RMS = "rms";
    String TARGET_RMS_LVR = "rms_lvr";
    String TARGET_V_THD = "v_thd";
    String TARGET_V_UNBALANCE = "v_unbalance";



    String freq = "DataV-freq";
    String freq_dev = "DataV-freq_dev";
    String rms_v = "DataV-rms";
    String rms_lvr ="DataV-rms_lvr";
    String vu_dev ="DataV-vu_dev";
    String vl_dev="DataV-vl_dev";
    String rms_i ="DataI-rms";

    String v_thd = "DataV-v_thd";
    //相（线）电压基波有效值
    String v_1_v = "DataV-v_1";

    //相（线）电压基波相角
    String phasic_v_1 = "DataHarmPhasicV-v_1";

    //谐波电压相角
    String phasic_rate_x = "DataHarmPhasicV-v";
    //谐波电压含有率
    String v_rate = "DataHarmRateV-v";
    //间谐波电压含有率
    String in_v_rate = "DataInHarmV-v";
    //正序、负序和零序电压
    String v_zero = "DataV-v_zero";
    String v_pos = "DataV-v_pos";
    String v_neg = "DataV-v_neg";
    //三相电压不平衡度
    String v_unbalance ="DataV-v_unbalance";
    //电压波动
    String fluc = "DataFluc-fluc";
    //短时间闪变值
    String plt = "DataPlt-plt";
    //长时间闪变值
    String pst = "DataFlicker-pst";

    //电压暂降
    String Voltage_Dip = "r_mp_event_detail-Voltage_Dip";
    //电压暂升
    String Voltage_Rise = "r_mp_event_detail-Voltage_Rise";

    String pf = "DataHarmPowerP-pf";


    String ADD ="add";
    String UPDATE ="update";
    String DEL ="del";
    String QUERY = "query";

    String ADD_ZN = "新增";
    String UPDATE_ZN = "修改";
    String DEL_ZN = "删除";
    String QUERY_ZN ="查询";
    String UNKONOW ="未知";


    Integer YEAR = 1;
    Integer QUARTER = 2;
    Integer MONTH = 3;
    Integer WEEK = 4;
    Integer DAY = 5;

}
