desc:传感器默认最大量程

app/src/main/java/com/yinuo/safetywatcher/watcher/port/ParseHelper.kt

@@ -104,13 +104,13 @@ object ParseHelper {
             c18.plus(c17).plus(java.lang.Long.toBinaryString(valueHexLong)).toInt(2) / 10f.pow(
                 pointNum
             )
-        // 量程
-        val rangHex: String = HexUtils.byteArrToHex(it, 11, 11 + 2)
-        val rangHexLong: Long = HexUtils.hexToLong(rangHex)
+//        // 量程
+//        val rangHex: String = HexUtils.byteArrToHex(it, 11, 11 + 2)
+//        val rangHexLong: Long = HexUtils.hexToLong(rangHex)
         // 是否超量程
-        val overRange = value > rangHexLong || status == 8
+        val overRange = value > type.rangMax || status == 8
 
-        LogUtils.w("receive msg 单位转换前 $type, 浓度 = $value $unit, 最大量程 = $rangHexLong")
+        LogUtils.w("receive msg 单位转换前 $type, 浓度 = $value $unit, 最大量程 = ${type.rangMax}")
 
         //根据单位进行数值转换
         val localGasUnit = getLocalGasUnit(type.desc)

app/src/main/java/com/yinuo/safetywatcher/watcher/port/cmd/GasTypeEnum.kt

@@ -34,26 +34,41 @@ const val CH4_LEL2PPMFACTOR = 500f
 const val H2S_LEL2PPMFACTOR = 430f
 const val H2_LEL2PPMFACTOR = 400f
 
+// 基于传感器默认单位的最大量程
+const val RANGE_MAX_H2_CH4 = 100
+const val RANGE_MAX_O2 = 30
+const val RANGE_MAX_CO = 1000
+const val RANGE_MAX_H2S = 100
+const val RANGE_MAX_NH3 = 500
+const val RANGE_MAX_SO2 = 20
+const val RANGE_MAX_CL2 = 10
+const val RANGE_MAX_HF = 10
+const val RANGE_MAX_NO = 250
+const val RANGE_MAX_NO2 = 20
+const val RANGE_MAX_CO2 = 5000
+const val RANGE_MAX_VOCS = 100
+
 enum class GasTypeEnum(
     val code: Int,
     val desc: String,
+    val rangMax: Int,
     val molecular: Int = -1,
     val lel2ppmFactor: Float = 0f
 ) {
-    TYPE_CO(5, CO, MOLECULAR_CO),
-    TYPE_CH4(11, CH4, MOLECULAR_H2S, CH4_LEL2PPMFACTOR),
-    TYPE_O2(67, O2, MOLECULAR_CH4),
-    TYPE_H2S(52, H2S, MOLECULAR_O2, H2S_LEL2PPMFACTOR),
-    TYPE_H2(50, H2, MOLECULAR_H2, H2_LEL2PPMFACTOR),
-    TYPE_NH3(63, NH3, MOLECULAR_NH3),
-    TYPE_S02(72, S02, MOLECULAR_S02),
-    TYPE_CL2(17, CL2, MOLECULAR_CL2),
-    TYPE_NO2(60, NO2, MOLECULAR_NO2),
-    TYPE_NO(59, NO, MOLECULAR_NO),
-    TYPE_HF(57, HF, MOLECULAR_HF),
-    TYPE_C02(6, C02, MOLECULAR_C02),
-    TYPE_VOCS(80, VOCS),
-    TYPE_UNKNOW(-1, "UNKNOW")
+    TYPE_CO(5, CO, RANGE_MAX_CO, MOLECULAR_CO),
+    TYPE_CH4(11, CH4, RANGE_MAX_H2_CH4, MOLECULAR_H2S, CH4_LEL2PPMFACTOR),
+    TYPE_O2(67, O2, RANGE_MAX_O2, MOLECULAR_CH4),
+    TYPE_H2S(52, H2S, RANGE_MAX_H2S, MOLECULAR_O2, H2S_LEL2PPMFACTOR),
+    TYPE_H2(50, H2, RANGE_MAX_H2_CH4, MOLECULAR_H2, H2_LEL2PPMFACTOR),
+    TYPE_NH3(63, NH3, RANGE_MAX_NH3, MOLECULAR_NH3),
+    TYPE_S02(72, S02, RANGE_MAX_SO2, MOLECULAR_S02),
+    TYPE_CL2(17, CL2, RANGE_MAX_CL2, MOLECULAR_CL2),
+    TYPE_NO2(60, NO2, RANGE_MAX_NO2, MOLECULAR_NO2),
+    TYPE_NO(59, NO, RANGE_MAX_NO, MOLECULAR_NO),
+    TYPE_HF(57, HF, RANGE_MAX_HF, MOLECULAR_HF),
+    TYPE_C02(6, C02, RANGE_MAX_CO2, MOLECULAR_C02),
+    TYPE_VOCS(80, VOCS, RANGE_MAX_VOCS),
+    TYPE_UNKNOW(-1, "UNKNOW", -1)
 }
 
 val gasTypeMap by lazy {