public Neuron(int dendriteCount, double initialWeight)
{
Dendrites = new List <Dendrite>();
for (int i = 0; i < dendriteCount; i++)
{
Dendrites.Add(new Dendrite(initialWeight));
}
Axon = new Pulse();
}
/// <inheritdoc />
public IPulse CreatePulse(string name, string help, bool delayPublish, string[] labels)
{
var pulses = new IPulse[_providers.Count];
for (var index = 0; index < pulses.Length; index++)
{
pulses[index] = _providers.ElementAt(index).Value.CreatePulse(name, help, delayPublish, labels);
}
return(pulses.Length == 1 ? pulses[0] : new Pulse(pulses, name, help, labels));
}
public MainGUI(DataTreatment data, IMeasure measure, LoginToCalibrateGUI login, ZeroAdjustmentGUI zeroAdjustmentGui, IAlarm _alarm, IPulse _pulse, BloodPressureAlgo bpAlgo, IFilter filter, SaveDataGUI saveGUI, ChangeLimitsGUI change, CalibrateGUI _calibrateGui)
{
InitializeComponent();
ZeroAdjustmentGui = zeroAdjustmentGui;
alarm = _alarm;
pulse = _pulse;
bp = bpAlgo;
FilterRef = filter;
SaveGUI = saveGUI;
ChangeLimitsGUI = change;
calibrateGUI = _calibrateGui;
this.Visible = false; // Vinduet skjules til en start, og kommer kun frem hvis nulpunktsjusteringen foretages
ZeroAdjustmentGui.ShowDialog();
if (ZeroAdjustmentGui.IsZeroAdjustmentMeasured == true)
{
this.Visible = true;
StartB.Enabled = true; // knappen er til at starte med ikke enable, bliver først hvis nulpunktsjusteringen udføres
}
else
{
this.Close(); // denne skal være der for at man ikke bare kan lukke login vinduet og så vil hovedvinduet komme frem, den vil nu lukke
}
//muteAlarmWorker = new BackgroundWorker();
//muteAlarmWorker.DoWork += new DoWorkEventHandler(muteAlarmWorker_muteAlarm); // Her ændres metoden doWork til det vi vil have den til.
//muteAlarmWorker.RunWorkerCompleted += new RunWorkerCompletedEventHandler(muteAlarmWorker_completeMute); // Her ændres completemetoden til det vi vil have den til.
//alarmType = new HighAlarm();
//ActiveAlarm = new BackgroundWorker();
//ActiveAlarm.DoWork += new DoWorkEventHandler(ActiveAlarmUpdate_doWork);
//ActiveAlarm.RunWorkerCompleted += new RunWorkerCompletedEventHandler(DeactiveAlarmUpdate);
//ActiveAlarm.RunWorkerAsync();
dataTreatment = data;
Measure = measure;
Login = login;
dataTreatment.Attach(this); // metoden findes ikke (virker nu da IDataTreatment er udkommenteret, og det isetdet er DataTreatment vi kalder igennem)
graphList = new List <double>();
kaliTekst_L.Text = "Sidste kalibrering blev udført " + today; // opdatere kalibreringstekst i mainGUI
}
public MainGUI(DataTreatment data, ZeroAdjustmentGUI zeroAdjustmentGui, IFilter filterRef, BloodPressureAlgo bloodPressureAlgoRef, PulseAlgo pulseAlgoRef, IPulse iPulseRef, LoginToCalibrateGUI login)
{
InitializeComponent();
zeroAdjustmentGUIRef = zeroAdjustmentGui;
BloodPressureAlgoRef = bloodPressureAlgoRef;
PulseAlgoRef = pulseAlgoRef;
PulseRef = iPulseRef;
loginGUIRef = login;
this.Visible = false; // Vinduet skjules til en start, og kommer kun frem hvis nulpunktsjusteringen foretages
zeroAdjustmentGUIRef.ShowDialog();
if (zeroAdjustmentGUIRef.IsZeroAdjustmentMeasured == true)
{
this.Visible = true;
StartB.Enabled = true; // knappen er til at starte med ikke enable, bliver først hvis nulpunktsjusteringen udføres
}
else
{
this.Close(); // denne skal være der for at man ikke bare kan lukke login vinduet og så vil hovedvinduet komme frem, den vil nu lukke
}
muteAlarmWorker = new BackgroundWorker();
muteAlarmWorker.DoWork += new DoWorkEventHandler(muteAlarmWorker_muteAlarm); // Her ændres metoden doWork til det vi vil have den til.
muteAlarmWorker.RunWorkerCompleted += new RunWorkerCompletedEventHandler(muteAlarmWorker_completeMute); // Her ændres completemetoden til det vi vil have den til.
alarmType = new HighAlarm();
ActiveAlarm = new BackgroundWorker();
ActiveAlarm.DoWork += new DoWorkEventHandler(ActiveAlarmUpdate_doWork);
ActiveAlarm.RunWorkerCompleted += new RunWorkerCompletedEventHandler(DeactiveAlarmUpdate);
dataTreatment = data;
dataTreatment.Attach(this); // metoden findes ikke (virker nu da IDataTreatment er udkommenteret, og det isetdet er DataTreatment vi kalder igennem)
graphList = new List <ConvertedData>();
//filterRef = new UC7S3_Filter();
FilterRef = filterRef;
}
public DataCalculation(BlockingCollection <List <double> > dataQueueToCalculation, IDatabaseSaver databaseSaver)
{
//_dataProcessing = dataProcessing;
_pulse = new Pulse();
_bloodPressure = new BloodPressure();
_processedDataCollector = new ProcessedDataCollector();
_databaseSaver = databaseSaver;
_binFormatter = new BinFormatter();
_alarm = new Alarm();
_alarmList = new List <bool>(2);
_dataQueue = dataQueueToCalculation;
//create variables
f_sample = 1000;
CalculatedPulseValue = 0;
CalculatedSystolicValue = 0;
CalculatedDiastolicValue = 0;
CalculatedAverageBPValue = 0;
//_dataQueue = _dataProcessing.GetDataQueueToCalculation();
}
public Neuron()
{
Dendrites = new List <Dendrite>();
Axon = new Pulse();
}
