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| package com.flightfeather.uav.socket.eunm
|
| import com.flightfeather.uav.biz.dataanalysis.BaseExceptionAnalysis
|
| /**
| * @author riku
| * Date: 2020/6/10
| */
| enum class FactorType(val value: Int, val des: String, val byteLength: Int){
| NO2(1, "NO2", 6),
| CO(2,"CO", 6),
| H2S(3,"H2S",6),
| SO2(4,"SO2",6),
| O3(5,"O3",6),
| PM25(6,"PM25",3),
| PM10(7, "PM10",3),
| TEMPERATURE(8,"TEMPERATURE",3),
| HUMIDITY(9, "HUMIDITY",3),
| VOC(10, "VOC",6),
| NOI(11, "NOI",6),//负氧离子
| LNG(12,"LNG",6),//经度
| LAT(13,"LAT",5),//纬度
| VELOCITY(14, "VELOCITY", 3),//速度
| TIME(15, "TIME", 6),//时间
| WIND_SPEED(16, "WIND_SPEED", 3),
| WIND_DIRECTION(17, "WIND_DIRECTION", 2),
| HEIGHT(18, "HEIGHT", 3),
| NO(19, "NO", 6);
|
| companion object {
|
| /**
| * 通过索引获取枚举类型，用于数据分析
| * @see [BaseExceptionAnalysis]
| */
| fun getByIndex(index: Int): FactorType? = when (index) {
| 0 -> NO2
| 1 -> CO
| 2 -> H2S
| 3 -> SO2
| 4 -> O3
| 5 -> PM25
| 6 -> PM10
| 7 -> VOC
| 19 -> NO
| else -> null
| }
|
| fun getByValue(value: Int): FactorType? = when (value) {
| NO2.value -> NO2
| CO.value -> CO
| H2S.value -> H2S
| SO2.value -> SO2
| O3.value -> O3
| PM25.value -> PM25
| PM10.value -> PM10
| TEMPERATURE.value -> TEMPERATURE
| HUMIDITY.value -> HUMIDITY
| VOC.value -> VOC
| NOI.value -> NOI
| LNG.value -> LNG
| LAT.value -> LAT
| VELOCITY.value -> VELOCITY
| TIME.value -> TIME
| WIND_SPEED.value -> WIND_SPEED
| WIND_DIRECTION.value -> WIND_DIRECTION
| HEIGHT.value -> HEIGHT
| NO.value -> NO
| else -> null
| }
|
| fun getByName(name: String?): FactorType? = when (name) {
| NO2.des -> NO2
| CO.des -> CO
| H2S.des -> H2S
| SO2.des -> SO2
| O3.des -> O3
| PM25.des -> PM25
| PM10.des -> PM10
| TEMPERATURE.des -> TEMPERATURE
| HUMIDITY.des -> HUMIDITY
| VOC.des -> VOC
| NOI.des -> NOI
| LNG.des -> LNG
| LAT.des -> LAT
| VELOCITY.des -> VELOCITY
| TIME.des -> TIME
| WIND_SPEED.des -> WIND_SPEED
| WIND_DIRECTION.des -> WIND_DIRECTION
| HEIGHT.des -> HEIGHT
| NO.des -> NO
| else -> null
| }
|
| fun getRange(name: String?): Pair<Double, Double>? {
| getByName(name)?.let {
| return getRange(it)
| }
| return null
| }
|
| /**
| * 获取监测因子的合理范围
| */
| fun getRange(type: FactorType): Pair<Double, Double>? = when (type) {
| NO -> Pair(0.1, 1000.0)
| NO2 -> Pair(0.1, 1000.0)
| CO -> Pair(1.0, 5000.0)
| H2S -> Pair(0.1, 1000.0)
| SO2 -> Pair(0.1, 1000.0)
| O3 -> Pair(0.1, 2000.0)
| PM25 -> Pair(0.1, 5000.0)
| PM10 -> Pair(0.1, 10000.0)
| TEMPERATURE -> Pair(-20.0, 70.0)
| HUMIDITY -> Pair(0.0, 110.0)
| VOC -> Pair(1.0, 5000.0)
| NOI -> Pair(0.1, 1000.0)
| LNG -> Pair(0.0, 180.0)
| LAT -> Pair(0.0, 90.0)
| VELOCITY -> Pair(0.0, 500.0)
| TIME -> null
| WIND_SPEED -> Pair(0.0, 100.0)
| WIND_DIRECTION -> Pair(0.0, 360.0)
| HEIGHT -> Pair(0.0, 1000.0)
| else -> null
| }
|
| fun getVMin(name: String?): Double? {
| getByName(name)?.let {
| return getVMin(it)
| }
| return null
| }
|
| /**
| * 不处理低于此值的值
| */
| fun getVMin(type: FactorType): Double = when (type) {
| NO -> 1.0
| NO2 -> 10.0
| CO -> 100.0
| H2S -> 10.0
| SO2 -> 10.0
| O3 -> 10.0
| PM25 -> 10.0
| PM10 -> 10.0
| TEMPERATURE -> 10.0
| HUMIDITY -> 10.0
| VOC -> 10.0
| NOI -> 10.0
| LNG -> 0.0
| LAT -> 0.0
| VELOCITY -> 0.0
| TIME -> 0.0
| WIND_SPEED -> 2.0
| WIND_DIRECTION -> 0.0
| HEIGHT -> 0.0
| }
|
| /**
| * 因子连续数据上升合理幅度（倍数）
| */
| fun getMultiplier(name: String?): Double {
| getByName(name)?.let {
| return getMultiplier(it)
| }
| return 10.0
| }
|
| fun getMultiplier(type: FactorType): Double = when (type) {
| PM25 -> 20.0
| PM10 -> 20.0
| VOC -> 10.0
| else -> 10.0
| }
|
| fun isOutputFactor(factorName: String?): Boolean {
| return when (factorName) {
| NO2.des,
| CO.des,
| H2S.des,
| SO2.des,
| O3.des,
| PM25.des,
| PM10.des,
| TEMPERATURE.des,
| HUMIDITY.des,
| VOC.des,
| WIND_SPEED.des,
| WIND_DIRECTION.des -> true
| else -> false
| }
| }
| }
| }
|
|
