PC_FiveFollowing/src/store/index.js

import { createStore } from 'vuex'

export default createStore({
    state: {
        siteId: 1,//公共api请求参数->siteId
        Time_Data: [],//公共api请求参数->Time_Data
        queryType: '',//监控设备->数据报表api请求参数->queryType
        table_list: [
            {
                name: "电流",
                list: [
                    { name: "A相电流", value: "Ia" },
                    { name: "B相电流", value: "Ib" },
                    { name: "C相电流", value: "Ic" },
                ],
            },
            {
                name: "功率",
                list: [
                    { name: "A相有功功率 kW", value: "Pa" },
                    { name: "A相无功功率 kVar", value: "Qa" },
                    { name: "B相有功功率 kW", value: "Pb" },
                    { name: "B相无功功率 kVar", value: "Qb" },
                    { name: "C相有功功率 kW", value: "Pc" },
                    { name: "C相无功功率 kVar", value: "Qc" },
                    { name: "总有功功率 kW", value: "P" },
                    { name: "总无功功率 kW", value: "Q" },
                    { name: "实时需量 kW", value: "Demand" },
                ],
            },
            {
                name: "电度",
                list: [
                    { name: "正有功电度 kWh", value: "Epp" },
                    { name: "负有功电度 kWh", value: "Epn" },
                    { name: "正无功电度 kvarh", value: "Eqp" },
                    { name: "负无功电度 kvarh", value: "Eqn" },
                ],
            },
            {
                name: "电压",
                list: [
                    { name: "A相电压 kV", value: "Ua" },
                    { name: "B相电压 kV", value: "Ub" },
                    { name: "C相电压 kV", value: "Uc" },
                    { name: "回路电压 V", value: "Ul" },
                    { name: "AB线电压 V", value: "Uab" },
                    { name: "BC线电压 V", value: "Ubc" },
                    { name: "CA线电压 V", value: "Uca" },
                ],
            },
            {
                name: "温度 ℃",
                list: [
                    { name: "外接温度1", value: "T1" },
                    { name: "外接温度2", value: "T2" },
                    { name: "外接温度3", value: "T3" },
                    { name: "外接温度4", value: "T4" },
                    { name: "环境温度", value: "DeviceTemp" },
                ],
            },
            {
                name: "频率 Hz",
                list: [{ name: "频率", value: "F" }],
            },
            {
                name: "功率因数",
                list: [
                    { name: "A相功率因数", value: "COSa" },
                    { name: "B相功率因数", value: "COSb" },
                    { name: "C相功率因数", value: "COSc" },
                    { name: "功率因数", value: "COS" },
                ],
            },
            {
                name: "谐波电流有效值 A",
                list: [
                    { name: "Ia总谐波电流", value: "IHa" },
                    { name: "Ib总谐波电流", value: "IHa" },
                    { name: "Ic总谐波电流", value: "IHc" },
                ],
            },
            {
                name: "通讯参数",
                list: [{ name: "设备信号强度", value: "SignalIntensity" }],
            },
            {
                name: "电压突变 次",
                list: [
                    { name: "电压暂升次数", value: "Upt" },
                    { name: "电压暂降次数", value: "Udt" },
                    { name: "电压中断次数", value: "Ust" },
                ],
            },
        ],//数据报表->默认tabs数据
        se_tabs: [
            { label: '电流', name: "I" },
            { label: '功率', name: "P" },
            { label: '电度', name: "KWh" },
            { label: '电压', name: "V" },
            { label: '温度', name: "C" },
            { label: '频率', name: "HZ" },
            { label: '功率因数', name: "PS" },
            { label: '谐波电流有效值', name: "RMS" },
            { label: '通讯参数', name: "DDB" },
            { label: '电压突变', name: "VT" },
        ],

        run_off_Status: null,//运行状态统计->echarts->OFF次数分布和运行状态曲线图表 api信息存储

        timearr: [],//公共处理开始时间和结束时间中的时间段天数 值存储

        HistoricalCurve:null,//历史趋势->echarts->曲线图表 api信息存储
    },
    mutations: {
        /**
         * @公共api请求参数siteId
         * @param {*}} state 
         * @param {*} val 
         */
        increment(state, val) {
            state.siteId = val
        },
        /**
         * @数据报表 —> 多选按钮数据处理
         * @param {*} state 
         * @param {*} checked_list 
         */
        checkedCities_all(state, checked_list) {
            state.queryType = ''
            var checked = ''
            for (let i in checked_list) {
                checked_list[i] === "电流"
                    ? checked = "I"
                    : checked_list[i] === "功率"
                        ? checked = "P"
                        : checked_list[i] === "电度"
                            ? checked = "KWh"
                            : checked_list[i] === "电压"
                                ? checked = "V"
                                : checked_list[i] === "温度"
                                    ? checked = "C"
                                    : checked_list[i] === "频率"
                                        ? checked = "HZ"
                                        : checked_list[i] === "功率因数"
                                            ? checked = "PS"
                                            : checked_list[i] === "谐波电流有效值"
                                                ? checked = "RMS"
                                                : checked_list[i] === "通讯参数"
                                                    ? checked = "DDB"
                                                    : checked_list[i] === "电压突变"
                                                        ? checked = "VT"
                                                        : ""
                state.queryType += checked_list.length > 1 ? checked + "," : checked;
            }
            state.queryType = checked_list.length > 1 ? state.queryType.slice(0, state.queryType.length - 1) : state.queryType
        },
        /**
         * @历史趋势 -> echarts ->曲线图表 api信息存储
         */
        HistoricalCurve(state,data){
            state.HistoricalCurve = data
        },
        /**
         * @运行状态统计 -> echarts -> OFF次数分布和运行状态曲线图表 api信息存储
         */
        run_off_Status(state, data) {
            state.run_off_Status = data
        },
        /**
         * @公共处理时区方法
         */
        TimeAll_function(state, time) {
            state.Time_Data = []
            for (let i in time) {
                var Y = time[i].getFullYear() < 10 ? '0' + time[i].getFullYear() : time[i].getFullYear()
                var M = (time[i].getMonth() + 1) < 10 ? '0' + (time[i].getMonth() + 1) : (time[i].getMonth() + 1)
                var D = time[i].getDate() < 10 ? '0' + time[i].getDate() : time[i].getDate()
                var HH = time[i].getHours() < 10 ? '0' + time[i].getHours() : time[i].getHours()
                var MM = time[i].getMinutes() < 10 ? '0' + time[i].getMinutes() : time[i].getMinutes()
                var SS = time[i].getSeconds() < 10 ? '0' + time[i].getSeconds() : time[i].getSeconds()
                // console.log(Y + '-' + M + '-' + D + ' ' + HH + ':' + MM + ':' + SS)
                state.Time_Data.push(Y + '-' + M + '-' + D + ' ' + HH + ':' + MM + ':' + SS)
            }
        },
        /**
         * @公共处理开始时间和结束时间中的时间段天数
         * @param {*} state 
         * @param {*} begin 开始时间和结束时间
         */
        getAll(state, begin) {
            let arr1 = begin[0].split("-");
            let arr2 = begin[1].split("-");
            let arr1_ = new Date();
            let arrTime = [];
            arr1_.setUTCFullYear(arr1[0], arr1[1] - 1, arr1[2]);
            let arr2_ = new Date();
            arr2_.setUTCFullYear(arr2[0], arr2[1] - 1, arr2[2]);
            let unixDb = arr1_.getTime();
            let unixDe = arr2_.getTime();
            for (let k = unixDb; k <= unixDe;) {
                arrTime.push(datetimeparse(k, "YY-MM-DD"));
                k = k + 24 * 60 * 60 * 1000;
            }
            state.timearr = arrTime
            // return arrTime;
            // 时间格式处理
            function datetimeparse(timestamp, format, prefix) {
                if (typeof timestamp == "string") {
                    timestamp = Number(timestamp);
                }
                //转换时区
                let currentZoneTime = new Date(timestamp);
                let currentTimestamp = currentZoneTime.getTime();
                let offsetZone = currentZoneTime.getTimezoneOffset() / 60; //如果offsetZone>0是西区，西区晚
                let offset = null;
                //客户端时间与服务器时间保持一致，固定北京时间东八区。
                offset = offsetZone + 8;
                currentTimestamp = currentTimestamp + offset * 3600 * 1000;

                let newtimestamp = null;
                if (currentTimestamp) {
                    if (currentTimestamp.toString().length === 13) {
                        newtimestamp = currentTimestamp.toString();
                    } else if (currentTimestamp.toString().length === 10) {
                        newtimestamp = currentTimestamp + "000";
                    } else {
                        newtimestamp = null;
                    }
                } else {
                    newtimestamp = null;
                }
                let dateobj = newtimestamp
                    ? new Date(parseInt(newtimestamp))
                    : new Date();
                let YYYY = dateobj.getFullYear();
                let MM =
                    dateobj.getMonth() > 8
                        ? dateobj.getMonth() + 1
                        : "0" + (dateobj.getMonth() + 1);
                let DD =
                    dateobj.getDate() > 9 ? dateobj.getDate() : "0" + dateobj.getDate();
                let HH =
                    dateobj.getHours() > 9 ? dateobj.getHours() : "0" + dateobj.getHours();
                let mm =
                    dateobj.getMinutes() > 9
                        ? dateobj.getMinutes()
                        : "0" + dateobj.getMinutes();
                let ss =
                    dateobj.getSeconds() > 9
                        ? dateobj.getSeconds()
                        : "0" + dateobj.getSeconds();
                let output = "";
                let separator = "/";
                if (format) {
                    separator = format.match(/-/) ? "-" : "/";
                    output += format.match(/yy/i) ? YYYY : "";
                    output += format.match(/MM/)
                        ? (output.length ? separator : "") + MM
                        : "";
                    output += format.match(/dd/i)
                        ? (output.length ? separator : "") + DD
                        : "";
                    output += format.match(/hh/i) ? (output.length ? " " : "") + HH : "";
                    output += format.match(/mm/) ? (output.length ? ":" : "") + mm : "";
                    output += format.match(/ss/i) ? (output.length ? ":" : "") + ss : "";
                } else {
                    output += YYYY + separator + MM + separator + DD;
                }
                output = prefix ? prefix + output : output;
                return newtimestamp ? output : "";
            }
        },

    }
})