//解析开度上下限
public static xd100x.valvemm Read_valvemm(byte[] inByte)
{
xd100x.valvemm vmm = new xd100x.valvemm();
vmm._min = DataInfo.GetLongValue2(inByte, 3);
vmm._max = DataInfo.GetLongValue2(inByte, 5);
return(vmm);
}
//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);
}
//解析补水泵模式及设定压力
public static xd100x.addpumpvalue Read_addpumpvalue(byte[] inByte)
{
xd100x.addpumpvalue av = new xd100x.addpumpvalue();
av._type = Convert.ToInt16(DataInfo.GetLongValue2(inByte, 3));
av._pressure = (float)Math.Round(DataInfo.GetLongValue2(inByte, 5) / 100.0, 2);;
return(av);
}
//解析流量限定
public static xd100x.valvelimit Read_valvelimit(byte[] inByte)
{
xd100x.valvelimit vl = new xd100x.valvelimit();
vl._enable = DataInfo.GetLongValue2(inByte, 3);
vl._limit = DataInfo.GetLongValue2(inByte, 5);
return(vl);
}
//解析补水泵压力上下限和水箱水位上下限
public static xd100x.addpumpmm Read_addpumpmm(byte[] inByte)
{
xd100x.addpumpmm amm = new xd100x.addpumpmm();
amm._presshight = (float)Math.Round(DataInfo.GetLongValue2(inByte, 3) / 100.0, 2);
amm._presslow = (float)Math.Round(DataInfo.GetLongValue2(inByte, 5) / 100.0, 2);
amm._levelhight = (float)Math.Round(DataInfo.GetLongValue2(inByte, 7) / 100.0, 2);
amm._levellow = (float)Math.Round(DataInfo.GetLongValue2(inByte, 9) / 100.0, 2);
return(amm);
}
//解析报警设置
public static xd100x.alarmt Read_alarmt(byte[] inByte)
{
xd100x.alarmt at = new xd100x.alarmt();
at._yicigdiwen = DataInfo.GetLongValue2(inByte, 3);
at._erciggaowen = DataInfo.GetLongValue2(inByte, 5);
at._waterlow = (float)Math.Round(DataInfo.GetLongValue2(inByte, 7) / 100.0, 2);
at._waterhight = (float)Math.Round(DataInfo.GetLongValue2(inByte, 9) / 100.0, 2);
return(at);
}
//解析报警设置
public static xd100x.alarmp Read_alarmp(byte[] inByte)
{
xd100x.alarmp ap = new xd100x.alarmp();
ap._yicigdiya = (float)Math.Round(DataInfo.GetLongValue2(inByte, 3) / 100.0, 2);
ap._erciggaoya = (float)Math.Round(DataInfo.GetLongValue2(inByte, 5) / 100.0, 2);
ap._ercihgaoya = (float)Math.Round(DataInfo.GetLongValue2(inByte, 7) / 100.0, 2);
ap._ercihdiya = (float)Math.Round(DataInfo.GetLongValue2(inByte, 9) / 100.0, 2);
return(ap);
}
//数据解析区域
#region Read
//解析实时数据
public static xd100x.Data Read_ai(byte[] inByte)
{
xd100x.Data _rdata = new xd100x.Data();
_rdata._dt = DateTime.Now;
_rdata._OT = (float)Math.Round(DataInfo.GetLongValue2(inByte, 15) / 10.0, 1);
_rdata._GT1 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 17) / 10.0, 1);
_rdata._BT1 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 19) / 10.0, 1);
_rdata._GT2 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 21) / 10.0, 1);
_rdata._BT2 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 23) / 10.0, 1);
_rdata._GP1 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 25) / 1000.0, 2);
_rdata._BP1 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 27) / 1000.0, 2);
_rdata._GP2 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 29) / 1000.0, 2);
_rdata._BP2 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 31) / 1000.0, 2);
_rdata._OD = (float)Math.Round(DataInfo.GetLongValue2(inByte, 33) / 10.0, 1);
_rdata._WL = (float)Math.Round(DataInfo.GetLongValue2(inByte, 35) / 100.0, 1);
_rdata._WI1 = (float)Math.Round(DataInfo.GetFloatValue2(inByte, 37), 1);
_rdata._WS1 = DataInfo.GetULongValue2(inByte, 41);
_rdata._HS1 = (float)Math.Round(DataInfo.GetFloatValue2(inByte, 45), 1);
_rdata._HI1 = DataInfo.GetULongValue2(inByte, 49) / 10d;
_rdata._WI2 = (float)Math.Round(DataInfo.GetFloatValue2(inByte, 65), 1);
_rdata._WS2 = DataInfo.GetULongValue2(inByte, 69);
_rdata._HS2 = (float)Math.Round(DataInfo.GetFloatValue2(inByte, 73), 1);
_rdata._HI2 = DataInfo.GetULongValue2(inByte, 77) / 10d;
_rdata._WI3 = (float)Math.Round(DataInfo.GetFloatValue2(inByte, 53), 1);
_rdata._WS3 = DataInfo.GetULongValue2(inByte, 57);
byte statebyte = DataInfo.GetByteValue(inByte, 86);
xd100x.PumpState grPumpState = PumpParse(statebyte);
_rdata._pump = grPumpState;
byte[] warnbyte = new byte[2];
warnbyte[1] = DataInfo.GetByteValue(inByte, 88);
warnbyte[0] = DataInfo.GetByteValue(inByte, 87);
xd100x.AlarmState grAlarmData = AlarmParse(warnbyte);
_rdata._alarm = grAlarmData;
_rdata._GTB2 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 97) / 10.0, 1);
_rdata._PA2 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 99) / 100.0, 2);
_rdata._BPB2 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 101) / 100.0, 2);
return(_rdata);
}
//解析分时调整
public static xd100x.valvetime Read_valvetime(byte[] inByte)
{
xd100x.valvetime vt = new xd100x.valvetime();
vt._v1 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 3) / 10.0, 1);
vt._v2 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 5) / 10.0, 1);
vt._v3 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 7) / 10.0, 1);
vt._v4 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 9) / 10.0, 1);
vt._v5 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 11) / 10.0, 1);
vt._v6 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 13) / 10.0, 1);
vt._v7 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 15) / 10.0, 1);
vt._v8 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 17) / 10.0, 1);
vt._v9 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 19) / 10.0, 1);
vt._v10 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 21) / 10.0, 1);
vt._v11 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 23) / 10.0, 1);
vt._v12 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 25) / 10.0, 1);
return(vt);
}
//解析压差曲线
public static xd100x.cycpumpline Read_cycpumpline(byte[] inByte)
{
xd100x.cycpumpline cl = new xd100x.cycpumpline();
cl._ov1 = Convert.ToInt32(DataInfo.GetLongValue2(inByte, 3));
cl._pv1 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 5) / 100.0, 2);
cl._ov2 = Convert.ToInt32(DataInfo.GetLongValue2(inByte, 7));
cl._pv2 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 9) / 100.0, 2);
cl._ov3 = Convert.ToInt32(DataInfo.GetLongValue2(inByte, 11));
cl._pv3 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 13) / 100.0, 2);
cl._ov4 = Convert.ToInt32(DataInfo.GetLongValue2(inByte, 15));
cl._pv4 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 17) / 100.0, 2);
cl._ov5 = Convert.ToInt32(DataInfo.GetLongValue2(inByte, 19));
cl._pv5 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 21) / 100.0, 2);
cl._ov6 = Convert.ToInt32(DataInfo.GetLongValue2(inByte, 23));
cl._pv6 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 25) / 100.0, 2);
cl._ov7 = Convert.ToInt32(DataInfo.GetLongValue2(inByte, 27));
cl._pv7 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 29) / 100.0, 2);
cl._ov8 = Convert.ToInt32(DataInfo.GetLongValue2(inByte, 31));
cl._pv8 = (float)Math.Round(DataInfo.GetLongValue2(inByte, 33) / 100.0, 2);
return(cl);
}
//解析曲线
public static xd100x.valveline Read_valveline(byte[] inByte)
{
xd100x.valveline vl = new xd100x.valveline();
vl._ov1 = DataInfo.GetLongValue2(inByte, 3);
vl._gv1 = DataInfo.GetLongValue2(inByte, 5);
vl._ov2 = DataInfo.GetLongValue2(inByte, 7);
vl._gv2 = DataInfo.GetLongValue2(inByte, 9);
vl._ov3 = DataInfo.GetLongValue2(inByte, 11);
vl._gv3 = DataInfo.GetLongValue2(inByte, 13);
vl._ov4 = DataInfo.GetLongValue2(inByte, 15);
vl._gv4 = DataInfo.GetLongValue2(inByte, 17);
vl._ov5 = DataInfo.GetLongValue2(inByte, 19);
vl._gv5 = DataInfo.GetLongValue2(inByte, 21);
vl._ov6 = DataInfo.GetLongValue2(inByte, 23);
vl._gv6 = DataInfo.GetLongValue2(inByte, 25);
vl._ov7 = DataInfo.GetLongValue2(inByte, 27);
vl._gv7 = DataInfo.GetLongValue2(inByte, 29);
vl._ov8 = DataInfo.GetLongValue2(inByte, 31);
vl._gv8 = DataInfo.GetLongValue2(inByte, 33);
return(vl);
}
//解析压差设定
public static xd100x.cycpumpvalue Read_cycpumpvalue(byte[] inByte)
{
xd100x.cycpumpvalue cv = new xd100x.cycpumpvalue();
cv._pressure = (float)Math.Round(DataInfo.GetLongValue2(inByte, 3) / 100.0, 2);;
return(cv);
}
//解析室外温度设置
public static xd100x.outmode Read_outmode(byte[] inByte)
{
xd100x.outmode om = new xd100x.outmode();
om._outmode = DataInfo.GetLongValue2(inByte, 3);
return(om);
}
//解析设定值
public static xd100x.valvevalue Read_valvevalue(byte[] inByte)
{
xd100x.valvevalue vv = new xd100x.valvevalue();
vv._value = (float)Math.Round(DataInfo.GetLongValue2(inByte, 3) / 10.0, 1);
return(vv);
}
//解析设置类型
public static xd100x.valvecontrol Read_valvecontrol(byte[] inByte)
{
xd100x.valvecontrol vc = new xd100x.valvecontrol();
vc._control = DataInfo.GetLongValue2(inByte, 3);
return(vc);
}
