public override void OnDeviceRegistersRead(string Name)
{
base.OnDeviceRegistersRead(Name);
switch (Name)
{
case "PARAMS":
_PARAMS_PREV = (UInt16[])_PARAMS.Clone();
CurrentParams = new NptParam();
int sclass = _PARAMS[9] & 0xf, stype = _PARAMS[9] >> 8;
CurrentParams.Sensor = AppManager.Worker.FindSensor(DEVTYPE, new SensorUID()
{
Class = sclass, Senstype = stype
});
CurrentParams.Sensor.MaxScale = ByteArrayHelpers.ReadSingle(_PARAMS, 2);
CurrentParams.Sensor.MinScale = ByteArrayHelpers.ReadSingle(_PARAMS, 0);
CurrentParams.SetErrorState(ByteArrayHelpers.ReadSingle(_PARAMS, 4));
CurrentParams.Ftime = ByteArrayHelpers.ReadSingle(_PARAMS, 6);
CurrentParams.ModeTermRes = _PARAMS[8] >> 8;
CurrentParams.ColdSold = (_PARAMS[8] & 0xf) == 1;
break;
case "STATE":
OutCurrent = ByteArrayHelpers.ReadSingle(_STATE, 0x18);
Tempr = ByteArrayHelpers.ReadSingle(_STATE, 0x14);
DeviceError = (ushort)(_STATE[0x1A] << 16);
DeviceError |= _STATE[0x1B];
ShowDeviceError = (((DeviceError & 64) == 64) || ((DeviceError & 128) == 128));
break;
}
}
public override void SetParams(NptParam input)
{
_PARAMS_PREV = (UInt16[])_PARAMS.Clone();
ByteArrayHelpers.WriteSingle(ref _PARAMS, 0, input.Sensor.MinScale);
ByteArrayHelpers.WriteSingle(ref _PARAMS, 2, input.Sensor.MaxScale);
ByteArrayHelpers.WriteSingle(ref _PARAMS, 4, input.GetErrorState());
ByteArrayHelpers.WriteSingle(ref _PARAMS, 6, input.Ftime);
_PARAMS[8] = (ushort)(input.ModeTermRes << 8);
_PARAMS[8] |= (ushort)(input.ColdSold ? 0 : 1);
_PARAMS[9] = (ushort)(input.Sensor.SensorUID.Senstype << 8);
_PARAMS[9] |= (ushort)input.Sensor.SensorUID.Class;
}
public virtual void SetCalibParams(CalibrateParam input)
{
NptParam param = new NptParam()
{
Sensor = new Sensor()
{
SensorUID = input.Sensor.SensorUID
},
MinValue = input.MinValue,
MaxValue = input.MaxValue
};
SetParams(param);
}
public override void SetParams(NptParam input0)
{
_PARAMS_PREV = (UInt16[])_PARAMS.Clone();
NptParam_1KEX input = (NptParam_1KEX)input0;
ByteArrayHelpers.WriteSingle(ref _PARAMS, 0, input.ErrOut5);
ByteArrayHelpers.WriteSingle(ref _PARAMS, 2, input.ErrOut4);
ByteArrayHelpers.WriteSingle(ref _PARAMS, 4, input.ErrOut3);
ByteArrayHelpers.WriteSingle(ref _PARAMS, 6, input.ErrOut2);
ByteArrayHelpers.WriteSingle(ref _PARAMS, 8, input.ErrOut1);
ByteArrayHelpers.WriteSingle(ref _PARAMS, 10, input.ErrOut0);
_PARAMS[12] = (ushort)input.ModeOut;
ByteArrayHelpers.WriteSingle(ref _PARAMS, 13, input.Ftime);
ByteArrayHelpers.WriteSingle(ref _PARAMS, 15, input.MaxValue);
ByteArrayHelpers.WriteSingle(ref _PARAMS, 17, input.MinValue);
_PARAMS[19] = (ushort)input.FuncSqrt;
_PARAMS[20] = (ushort)input.ModeTermRes;
_PARAMS[21] = (ushort)(input.ColdSold ? 1 : 0);
_PARAMS[22] = (ushort)input.Sensor.SensorUID.Senstype;
_PARAMS[23] = (ushort)input.Sensor.SensorUID.Class;
}
public virtual void SetParams(NptParam nptParam)
{
throw new Exception("Not implemented yet");
}