slble-attend/sl.ble_sys-attend/src-js/model/sysCfg.js

/* *********************************************************** */
// 创建: Macheng 2020/07/31.
// 修改: Macheng 2020/07/31
// Description:
// 该文件定义了系统配置参数类。实时监控和后台管理的配置都放到这里。
/* *********************************************************** */

import BaseModel from './baseModel'
import MainTypeDef from './mainTypeDef'

class SysCfgView extends BaseModel {
  webTitle = 'ScenLoc-View'    // WEB标题
  logoBase64 = ''                   // LOGO的BASE64编码
  owner = '上海迅见自动化有限公司'      // 右下角运营商名称
  enableCopyright = 1               // 显示版权

  scheduleInterval = 1000          // 实时数据更新周期(单位：毫秒)

  hideMenus = []        // 隐藏的菜单
  hideTabs = []         // 隐藏的标签

  extUrlTitle = ''      // 外链标题
  extUrlContent = ''    // 外链URL
  extUrlEnable = 0      // 外链启用

  constructor(opts) {
    if (!opts) opts = {}
    super(opts)

    this.init(opts)
  }

  init(opts) {
    if (!opts) opts = {}
    super.init(opts)

    this.webTitle = opts.webTitle || this.webTitle
    this.logoBase64 = opts.logoBase64 || this.logoBase64
    this.owner = opts.owner
    this.enableCopyright = Number(opts.enableCopyright)

    this.scheduleInterval = Number(opts.scheduleInterval) || Number(this.scheduleInterval)

    this.hideMenus = opts.hideMenus || this.hideMenus
    this.hideTabs = opts.hideTabs || this.hideTabs

    this.extUrlTitle = opts.extUrlTitle || this.extUrlTitle
    this.extUrlContent = opts.extUrlContent || this.extUrlContent
    this.extUrlEnable = Number(opts.extUrlEnable)
  }

  toJson() {
    const obj1 = super.toJson()
    const obj2 = {
      webTitle: this.webTitle,
      logoBase64: this.logoBase64,
      owner: this.owner,
      enableCopyright: this.enableCopyright,

      scheduleInterval: this.scheduleInterval,

      hideMenus: this.hideMenus,
      hideTabs: this.hideTabs,

      extUrlTitle: this.extUrlTitle,
      extUrlContent: this.extUrlContent,
      extUrlEnable: this.extUrlEnable
    }

    return Object.assign({}, obj1, obj2)
  }
}


class SysCfgAlarm extends BaseModel {
  alarmHRLimMin = 30    // 心率报警下限
  alarmHRLimMax = 180   // 心率报警上限
  alarmHRLimSpan = 50   // 5分钟心率波动范围限制

  alarmHREnable = 0         // 启用心率报警
  alarmDropEnable = 0       // 启用跌落报警
  alarmTagLowPowEnable = 0  // 启用标签低电报警
  alarmAncOffPowEnable = 0  // 启用基站掉电报警
  alarmAncLowPowEnable = 0  // 启用基站低电报警
  alarmLimitNumEnable = 0   // 启用区域超限报警
  alarmClusterEnable = 0    // 启用聚集度报警

  constructor(opts) {
    if (!opts) opts = {}
    super(opts)

    this.init(opts)
  }

  init(opts) {
    if (!opts) opts = {}
    super.init(opts)

    this.alarmHRLimMin = Number(opts.alarmHRLimMin) || Number(this.alarmHRLimMin)
    this.alarmHRLimMax = Number(opts.alarmHRLimMax) || Number(this.alarmHRLimMax)
    this.alarmHRLimSpan = Number(opts.alarmHRLimSpan) || Number(this.alarmHRLimSpan)

    this.alarmHREnable = Number(opts.alarmHREnable)
    this.alarmDropEnable = Number(opts.alarmDropEnable)
    this.alarmTagLowPowEnable = Number(opts.alarmTagLowPowEnable)
    this.alarmAncOffPowEnable = Number(opts.alarmAncOffPowEnable)
    this.alarmAncLowPowEnable = Number(opts.alarmAncLowPowEnable)
    this.alarmLimitNumEnable = Number(opts.alarmLimitNumEnable)
    this.alarmClusterEnable = Number(opts.alarmClusterEnable)
  }

  toJson() {
    const obj1 = super.toJson()
    const obj2 = {
      alarmHRLimMin: this.alarmHRLimMin,
      alarmHRLimMax: this.alarmHRLimMax,
      alarmHRLimSpan: this.alarmHRLimSpan,

      alarmHREnable: this.alarmHREnable,
      alarmDropEnable: this.alarmDropEnable,
      alarmTagLowPowEnable: this.alarmTagLowPowEnable,
      alarmAncOffPowEnable: this.alarmAncOffPowEnable,
      alarmAncLowPowEnable: this.alarmAncLowPowEnable,
      alarmLimitNumEnable: this.alarmLimitNumEnable,
      alarmClusterEnable: this.alarmClusterEnable
    }

    return Object.assign({}, obj1, obj2)
  }
}

class SysCfgCalc extends BaseModel {
  tagDistUseKalman = 0    // 标签测距采用卡尔曼滤波
  tagDistKalmanQ = 0.2    // 标签测距卡尔曼滤波Q
  tagDistKalmanR = 2.5    // 标签测距卡尔曼滤波R
  tagDistRemainMs = 10000  // 标签测距存留周期
  tagDistForecastMs = 1000  // 标签测距预测周期
  tagDistSpeed = 2          // 标签测距限定速率
  tagDistMeasureDiff = 4    // 标签测距容许误差

  tagPosUseKalman = 0    // 标签位置采用卡尔曼滤波
  tagPosKalmanQ = 0.2    // 标签位置卡尔曼滤波Q
  tagPosKalmanR = 0.5    // 标签位置卡尔曼滤波R
  tagPosKalmanTO = 10000 // 标签位置卡尔曼超时
  tagPosDShakeDx = 0.05  // 标签位置消抖dx
  tagPosDShakeDy = 0.05  // 标签位置消抖dy
  tagPosDShakeDz = 0.05  // 标签位置消抖dz
  tagPosSliderWin = 0 // 标签位置平移窗口
  tagPosUse4Anc = 0 // 是否4基站优化
  tagPosLimDist = 3 // 标签位置限幅距离
  tagPosFloorLimDist = 1.5 // 标签层级限幅距离
  tagPosCalcInterval = 500 // 标签位置计算周期(ms)

  tagPosOfflineJudge = 10 // 标签位置离线判定(s)
  tagPosOfflineRemain = 30 // 标签位置离线存留(s)

  frameEnableLog = 0 // 是否记录报文
  logCalc = 0 // 计算日志
  logCalcTagAddr = 0 // 计算限定标签

  enGlobalAtlas = 0  // 启用全局地图
  globalAtlasId = 0  // 全局地图ID

  clusterRadius = 0  // 聚合半径
  clusterAlarm1Limit = 0 // 聚合报警1低限
  clusterAlarm2Limit = 0 // 聚合报警2低限
  clusterAlarm3Limit = 0 // 聚合报警3低限
  clusterHoldTime = 0 //聚合报警维持时间

  constructor(opts) {
    if (!opts) opts = {}
    super(opts)

    this.init(opts)
  }

  init(opts) {
    if (!opts) opts = {}
    super.init(opts)

    this.tagDistUseKalman = Number(opts.tagDistUseKalman) || Number(this.tagDistUseKalman)
    this.tagDistKalmanQ = Number(opts.tagDistKalmanQ) || Number(this.tagDistKalmanQ)
    this.tagDistKalmanR = Number(opts.tagDistKalmanR) || Number(this.tagDistKalmanR)
    this.tagDistRemainMs = Number(opts.tagDistRemainMs) || Number(this.tagDistRemainMs)
    this.tagDistForecastMs = Number(opts.tagDistForecastMs) || Number(this.tagDistForecastMs)
    this.tagDistSpeed = Number(opts.tagDistSpeed) || Number(this.tagDistSpeed)
    this.tagDistMeasureDiff = Number(opts.tagDistMeasureDiff) || Number(this.tagDistMeasureDiff)

    this.tagPosUseKalman = Number(opts.tagPosUseKalman) || Number(this.tagPosUseKalman)
    this.tagPosKalmanQ = Number(opts.tagPosKalmanQ) || Number(this.tagPosKalmanQ)
    this.tagPosKalmanR = Number(opts.tagPosKalmanR) || Number(this.tagPosKalmanR)
    this.tagPosKalmanTO = Number(opts.tagPosKalmanTO) || Number(this.tagPosKalmanTO)

    this.tagPosDShakeDx = Number(opts.tagPosDShakeDx) || Number(this.tagPosDShakeDx)
    this.tagPosDShakeDy = Number(opts.tagPosDShakeDy) || Number(this.tagPosDShakeDy)
    this.tagPosDShakeDz = Number(opts.tagPosDShakeDz) || Number(this.tagPosDShakeDz)

    this.tagPosSliderWin = Number(opts.tagPosSliderWin) || Number(this.tagPosSliderWin)
    this.tagPosUse4Anc = Number(opts.tagPosUse4Anc) || Number(this.tagPosUse4Anc)
    this.tagPosLimDist = Number(opts.tagPosLimDist) || Number(this.tagPosLimDist)
    this.tagPosFloorLimDist = Number(opts.tagPosFloorLimDist) || Number(this.tagPosFloorLimDist)
    this.tagPosCalcInterval = Number(opts.tagPosCalcInterval) || Number(this.tagPosCalcInterval)

    this.tagPosOfflineJudge = Number(opts.tagPosOfflineJudge) || Number(this.tagPosOfflineJudge)
    this.tagPosOfflineRemain = Number(opts.tagPosOfflineRemain) || Number(this.tagPosOfflineRemain)

    this.frameEnableLog = Number(opts.frameEnableLog) || Number(this.frameEnableLog)
    this.logCalc = Number(opts.logCalc) || Number(this.logCalc)
    this.logCalcTagAddr = Number(opts.logCalcTagAddr) || Number(this.logCalcTagAddr)

    this.enGlobalAtlas = Number(opts.enGlobalAtlas) || Number(this.enGlobalAtlas)
    this.globalAtlasId = Number(opts.globalAtlasId) || Number(this.globalAtlasId)

    this.clusterRadius = Number(opts.clusterRadius) || Number(this.clusterRadius)
    this.clusterAlarm1Limit = Number(opts.clusterAlarm1Limit) || Number(this.clusterAlarm1Limit)
    this.clusterAlarm2Limit = Number(opts.clusterAlarm2Limit) || Number(this.clusterAlarm2Limit)
    this.clusterAlarm3Limit = Number(opts.clusterAlarm3Limit) || Number(this.clusterAlarm3Limit)
    this.clusterHoldTime = Number(opts.clusterHoldTime) || Number(this.clusterHoldTime)
  }

  toJson() {
    const obj1 = super.toJson()
    const obj2 = {
      tagDistUseKalman: this.tagDistUseKalman,
      tagDistKalmanQ: this.tagDistKalmanQ,
      tagDistKalmanR: this.tagDistKalmanR,
      tagDistRemainMs: this.tagDistRemainMs,
      tagDistForecastMs: this.tagDistForecastMs,
      tagDistSpeed: this.tagDistSpeed,
      tagDistMeasureDiff: this.tagDistMeasureDiff,

      tagPosUseKalman: this.tagPosUseKalman,
      tagPosKalmanQ: this.tagPosKalmanQ,
      tagPosKalmanR: this.tagPosKalmanR,
      tagPosKalmanTO: this.tagPosKalmanTO,

      tagPosDShakeDx: this.tagPosDShakeDx,
      tagPosDShakeDy: this.tagPosDShakeDy,
      tagPosDShakeDz: this.tagPosDShakeDz,

      tagPosSliderWin: this.tagPosSliderWin,
      tagPosUse4Anc: this.tagPosUse4Anc,
      tagPosLimDist: this.tagPosLimDist,
      tagPosFloorLimDist: this.tagPosFloorLimDist,
      tagPosCalcInterval: this.tagPosCalcInterval,

      tagPosOfflineJudge: this.tagPosOfflineJudge,
      tagPosOfflineRemain: this.tagPosOfflineRemain,

      frameEnableLog: this.frameEnableLog,
      logCalc: this.logCalc,

      enGlobalAtlas: this.enGlobalAtlas,
      globalAtlasId: this.globalAtlasId,

      clusterRadius: this.clusterRadius,
      clusterAlarm1Limit: this.clusterAlarm1Limit,
      clusterAlarm2Limit: this.clusterAlarm2Limit,
      clusterAlarm3Limit: this.clusterAlarm3Limit,
      clusterHoldTime: this.clusterHoldTime
    }

    return Object.assign({}, obj1, obj2)
  }
}

class SysCfgHttpsender extends BaseModel {
  interval = 30     // 发送间隔时间(s)
  script = ''       // 发送脚本
  runState = 0      // 运行状态 0:启用，1:停用

  constructor(opts) {
    if (!opts) opts = {}
    super(opts)

    this.init(opts)
  }

  init(opts) {
    if (!opts) opts = {}
    super.init(opts)

    this.interval = Number(opts.interval) || Number(this.interval)
    this.script = opts.script || this.script
    this.runState = Number(opts.runState) || Number(this.runState)
  }

  toJson() {
    const obj1 = super.toJson()
    const obj2 = {
      interval: this.interval,
      script: this.script,
      runState: this.runState
    }

    return Object.assign({}, obj1, obj2)
  }
}

class SysCfgDb extends BaseModel {
  hisDbSaveEnable = 0     // 启用保存历史数据
  hisDbSaveInterval = 0   // 历史数据保存间隔

  constructor(opts) {
    if (!opts) opts = {}
    super(opts)

    this.init(opts)
  }

  init(opts) {
    if (!opts) opts = {}
    super.init(opts)

    this.hisDbSaveEnable = Number(opts.hisDbSaveEnable) || 0;
    this.hisDbSaveInterval = Number(opts.hisDbSaveInterval) || 0;
  }

  toJson() {
    const obj1 = super.toJson()
    const obj2 = {
      hisDbSaveEnable: this.hisDbSaveEnable,
      hisDbSaveInterval: this.hisDbSaveInterval
    }

    return Object.assign({}, obj1, obj2)
  }
}


class SysCfgSign extends BaseModel {
  vecMainTypeDef = []     // 标记的用途列表

  constructor(opts) {
    if (!opts) opts = {}
    super(opts)

    this.init(opts)
  }

  init(opts) {
    if (!opts) opts = {}
    super.init(opts)

    this.vecMainTypeDef = []
    if (opts['vecMainTypeDef']) {
      let vecMainTypeDef = []
      if (opts['vecMainTypeDef'] instanceof Array) {
        vecMainTypeDef = opts['vecMainTypeDef']
      } else if (opts['vecMainTypeDef'] instanceof String) {
        vecMainTypeDef = JSON.parse(opts['vecMainTypeDef'])
      }
      for (const v of vecMainTypeDef) {
        const f = new MainTypeDef(v)
        this.vecMainTypeDef.push(f)
      }
    }
  }

  toJson() {
    const vecMainTypeDef = []
    for (const v of this.vecMainTypeDef) {
      vecMainTypeDef.push(v.toJson())
    }

    const obj1 = super.toJson()
    const obj2 = {
      vecMainTypeDef: vecMainTypeDef
    }

    return Object.assign({}, obj1, obj2)
  }
}


class SysCfg extends BaseModel {
  sysCfgView = new SysCfgView()
  sysCfgAlarm = new SysCfgAlarm()
  sysCfgCalc = new SysCfgCalc()
  sysCfgHttpsender = new SysCfgHttpsender()
  sysCfgDb = new SysCfgDb()
  sysCfgSign = new SysCfgSign()

  constructor(opts) {
    if (!opts) opts = {}
    super(opts)

    this.init(opts)
  }

  init(opts) {
    if (!opts) opts = {}
    super.init(opts)

    if (opts['sysCfgView']) {
      this.sysCfgView.init(JSON.parse(opts['sysCfgView']))
    }

    if (opts['sysCfgAlarm']) {
      this.sysCfgAlarm.init(JSON.parse(opts['sysCfgAlarm']))
    }

    if (opts['sysCfgCalc']) {
      this.sysCfgCalc.init(JSON.parse(opts['sysCfgCalc']))
    }

    if (opts['sysCfgHttpsender']) {
      this.sysCfgHttpsender.init(JSON.parse(opts['sysCfgHttpsender']))
    }

    if (opts['sysCfgDb']) {
      this.sysCfgDb.init(JSON.parse(opts['sysCfgDb']))
    }

    if (opts['sysCfgSign']) {
      this.sysCfgSign.init(JSON.parse(opts['sysCfgSign']))
    }
  }

  toJson() {
    const obj1 = super.toJson()
    const obj2 = {
      sysCfgView: this.sysCfgView.toJson(),
      sysCfgAlarm: this.sysCfgAlarm.toJson(),
      sysCfgCalc: this.sysCfgCalc.toJson(),
      sysCfgHttpsender: this.sysCfgHttpsender.toJson(),
      sysCfgDb: this.sysCfgDb.toJson(),
      sysCfgSign: this.sysCfgSign.toJson()
    }

    return Object.assign({}, obj1, obj2)
  }
}



export default SysCfg