//解析室外温度修正
public static xd100x.temprevise Read_temprevise(byte[] inByte)
{
xd100x.temprevise or = new xd100x.temprevise();
or._k = (float)Math.Round(DataInfo.GetLongValue2(inByte, 3) / 1000.0, 3);
or._b = (float)Math.Round(DataInfo.GetLongValue2(inByte, 5) / 10.0, 1);
return(or);
}
//设置二次回温度修正
public static byte[] Set_BT2revise(byte address, xd100x.temprevise or)
{
byte[] t1 = BitConverter.GetBytes(or._max);
byte[] t2 = BitConverter.GetBytes(or._min);
byte[] t3 = BitConverter.GetBytes(or._k);
byte[] t4 = BitConverter.GetBytes(or._b);
byte[] buffer = { 35, or._channel, or._type, or._unit, t1[0], t1[1], t1[2], t1[3], t2[0], t2[1], t2[2], t2[3], t3[0], t3[1], t3[2], t3[3], t4[0], t4[1], t4[2], t4[3] };
return(DataInfo.SetData(address, 21, buffer));
}
//解析温度修正
public static xd100x.temprevise Read_temprevise(byte[] inByte)
{
xd100x.temprevise or = new xd100x.temprevise();
or._channel = DataInfo.GetByteValue(inByte, 8);
or._type = DataInfo.GetByteValue(inByte, 9);
or._unit = DataInfo.GetByteValue(inByte, 10);
or._max = DataInfo.GetFloatValue(inByte, 11);
or._min = DataInfo.GetFloatValue(inByte, 15);
or._k = DataInfo.GetFloatValue(inByte, 19);
or._b = DataInfo.GetFloatValue(inByte, 23);
return(or);
}
//设置二次回温度修正
public static byte[] Set_BT2revise(byte address, xd100x.temprevise or)
{
int[] buffer = { Convert.ToInt16(or._k * 1000), Convert.ToInt16(or._b * 10) };
return(DataInfo.ModbusSetData(address, 0x10, 32, buffer));
}
