static void Main(string[] args)
{
//"using" is recommended for correct usage of IDisposable interface
using (IListenerBoard board = GetListenerBoard()) //expected listener board is piso-813 analog input card, expected output card is piso-da2/da2u
{
var boardId = board.CardSearch();
Console.WriteLine($"BoardId={boardId}");
var cardResult = board.CardPoll();
Console.WriteLine($"card result={cardResult}");
Console.ReadLine();
}
outputBoard = new OutputBoard(); //remove comments and set as startup for enabling console mode
outputBoard.BoardPushValue(2);
}
public CalculationViewModel()
{
_cardPollTimer = new Timer(25);
InternalQueue = new DoubleFixedSizeQueue(100);
InternalOutputQueue = new DoubleFixedSizeQueue(100);
InternalInputAnodeQueue = new DoubleFixedSizeQueue(100);
InternalInputPowerQueue = new DoubleFixedSizeQueue(100);
InternalOutputAnodeQueue = new DoubleFixedSizeQueue(100);
InternalOutputPowerQueue = new DoubleFixedSizeQueue(100);
XAxisTimerQueue = new DateTimeFixedSizeQueue(100);
AngleValueK = new DoubleFixedSizeQueue(100);
_cardPollTimer.Elapsed += (s, e) =>
{
try
{
_cardPollTimer.Stop();
InboundVoltage = Math.Round(_board.CardPoll(), 4, MidpointRounding.ToEven);
InternalQueue.Enqueue(InboundVoltage);
VoltageAveraging();
OnPropertyChanged("InternalQueue");
XAxisTimerQueue.Enqueue(DateTime.Now);
OnPropertyChanged("XAxisTimerQueue");
double _internalInputAnodeQueue = Math.Round((InboundVoltage * ValueFromRangeDAC((float)InboundVoltage) + ShiftAmountBDAC((float)InboundVoltage)) / 10, 4, MidpointRounding.ToEven);
InternalInputAnodeQueue.Enqueue(_internalInputAnodeQueue);
OnPropertyChanged("OutboundAnodeCurrentActive");
double _internalInputPowerQueue = Math.Round(3 * InboundVoltage * ValueFromRangeDAC((float)InboundVoltage + ShiftAmountBDAC((float)InboundVoltage)) / 10, 4, MidpointRounding.ToEven);
InternalInputPowerQueue.Enqueue(_internalInputPowerQueue);
OnPropertyChanged("OutboundPowerActive");
AngleValueK.Enqueue(ValueFromRangeDAC((float)InboundVoltage));
OnPropertyChanged("AngleValueK");
InternalOutputQueue.Enqueue(OutboundCurrentActive);
OnPropertyChanged("OutboundCurrentActive");
double _internalOutputAnodeQueue = Math.Round(10 * _outboundCurrentActive * ValueFromRange(10 * (float)_outboundCurrentActive) + ShiftAmountB(10 * (float)_outboundCurrentActive), 4, MidpointRounding.ToEven);
InternalOutputAnodeQueue.Enqueue(_internalOutputAnodeQueue);
OnPropertyChanged("OutboundCurrentActiveAnode");
double _internalOutputPowerQueue = Math.Round(10 * (_outboundCurrentActive / 3) * ValueFromRange(10 * ((float)_outboundCurrentActive / 3)) + ShiftAmountB(10 * ((float)_outboundCurrentActive / 3)));
InternalOutputPowerQueue.Enqueue(_internalOutputPowerQueue);
OnPropertyChanged("OutboundCurrentActivePower");
if (_autoModeActive)
{
AutoMode(2);
}
//IQ = InternalQueue; OACA = OutboundAnodeCurrentActive; OPA = OutboundPowerActive; OCA = OutboundCurrentActive; OCAA = OutboundCurrentActiveAnode; OCAP = OutboundCurrentActivePower;
_logger.Info($"IQ = {InboundVoltage}, OACA={_internalInputAnodeQueue}, OPA={_internalInputPowerQueue}, OCA={OutboundCurrentActive}, OCAA={_internalOutputAnodeQueue}, OCAP={_internalOutputPowerQueue}");
}
finally
{
_cardPollTimer.Start();
}
};
}