public void testMFC(MFC mfc, float flowrate)
{
ushort[] valves = mfc.valvesToOpen;
for (int i = 0; i < valves.Length; i++)
{
openValve(valves[i]);
}
setFlow(mfc.slaveId, flowrate);
System.Threading.Thread.Sleep(delayMsec);
getCurrentFlow(mfc.slaveId);
}
private byte _currentSlave; // slave id of the last mfc read
public ModbusMaster()
{
_modbusMaster = new FTDI();
valves = new Valve(Constants.valves_slaveId);
for (int i = 0; i < 6; i++)
{
bool valveState = isValveOpen(i + 1);
valves.setValveState(i + 1, valveState);
}
mfcs[0] = new MFC(Constants.mfc500_slaveId, Constants.mfc500_calibrationPoints, Constants.mfc500Valves, Constants.mfc500_FlowmeterRange, Constants.mfc500_maxDeviation, Constants.mfc500_maxDifference);// add stability check conditions here...
mfcs[0].delayBetweenCalibrationPts = Constants.mfc500_delayBetweenCalPts;
mfcs[1] = new MFC(Constants.mfc50_slaveId, Constants.mfc50_calibrationPoints, Constants.mfc50Valves, Constants.mfc50_FlowmeterRange, Constants.mfc50_maxDeviation, Constants.mfc50_maxDifference);
mfcs[1].delayBetweenCalibrationPts = Constants.mfc50_delayBetweenCalPts;
mfcs[2] = new MFC(Constants.mfc10_slaveId, Constants.mfc10_calibrationPoints, Constants.mfc10Valves, Constants.mfc10_FlowmeterRange, Constants.mfc10_maxDeviation, Constants.mfc10_maxDifference);
mfcs[2].delayBetweenCalibrationPts = Constants.mfc500_delayBetweenCalPts;
_currentSlave = mfcs[0].slaveId;
_currentFlow = 0f;
}