public void SetPort(Port Port)
{
this.Port = Port;
if (Port is InPort)
{
DefaultValue.transform.parent.gameObject.SetActive(true);
DefaultValueType.transform.parent.gameObject.SetActive(true);
Name.text = Port.Name;
Types.text = Port.TypesToString();
Description.text = Port.Description;
DefaultValue dv;
if (Port.Component.Graph.DefaultValuesByInPort.TryGetValue(Port as InPort, out dv))
{
DefaultValue.text = DataTreatment.GetDataRepresentative(dv.Data);
DefaultValueType.text = DataTreatment.GetDataType(dv.Data);
}
else
{
DefaultValue.text = "";
DefaultValueType.text = "";
}
}
else
{
DefaultValue.transform.parent.gameObject.SetActive(false);
DefaultValueType.transform.parent.gameObject.SetActive(false);
Name.text = Port.Name;
Types.text = Port.TypesToString();
Description.text = Port.Description;
}
}
public void RefreshDefaultValueShown()
{
if (UpdateDV())
{
DefaultValueInput.text = DataTreatment.GetDataRepresentative(dv.Data);
}
else
{
DefaultValueInput.text = "";
}
}
public Form1()
{
BlockingCollection <RawData> rawData = new BlockingCollection <RawData>();
DAQ daq = new DAQ();
converter = new ConvertAlgo();
IDAQ transducerdaq = new TransducerDAQ(daq, rawData);
dataTreatment = new DataTreatment(rawData, converter);
Measure = new UC2M2_UC3M3_Measure(transducerdaq, dataTreatment);
InitializeComponent();
dataTreatment.Attach(this); // Lars
GUIgraphList = new List <ConvertedData>();
}
static void Main(string[] args)
{
BlockingCollection <RawData> rawData = new BlockingCollection <RawData>();
DAQ daq = new DAQ();
IDAQ transducerdaq = new TransducerDAQ(daq, rawData);
UC2M2_UC3M3_Measure newMeasurement = new UC2M2_UC3M3_Measure(transducerdaq);
DataTreatment dataTreatment = new DataTreatment(rawData);
newMeasurement.StartMeasurement();
dataTreatment.ShowData();
Console.ReadKey();
}
public void Update(DataTreatment dataTreatmentRef)
{
if (FilterRB.Checked == true)
{
// graphList = FilterRef.GetFiltredGraphList();
//Add this when we are testing the filter
}
if (FilterRB.Checked == false)
{
graphList = dataTreatmentRef.GetGraphList();
}
UpdateGraph(graphList);
// BloodPressureAlgoRef.WindowOfConvertedData(graphList, PulseAlgoRef.PulseValue); // kalder metoden for at finde blodtryksværdier
// IPulseRef.FindPulse();
// Add these two when we are ready to test the pulse algorithm
}
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
}
static void Main()
{
BlockingCollection <double> rawCollection = new BlockingCollection <double>();
BlockingCollection <double> graphCollection = new BlockingCollection <double>();
BlockingCollection <double> calibrationCollection = new BlockingCollection <double>();
BlockingCollection <double> alarmCollection = new BlockingCollection <double>();
BlockingCollection <double> filterCollection = new BlockingCollection <double>();
DAQ daq = new DAQ();
ConvertAlgo convertAlgo = new ConvertAlgo();
BloodPressureAlgo bpAlgo = new BloodPressureAlgo();
PulseAlgo pulseAlgo = new PulseAlgo();
IDAQ transducerdaq = new TransducerDAQ(daq, rawCollection, calibrationCollection);
IData data = new Database();
IAlarmType alarmType = new HighAlarm();
ILimits limits = new UC9S5_Limits();
IAlarm alarm = new UC5S1_Alarm(alarmCollection, limits, alarmType, bpAlgo);
IFilter filter = new UC7S3_Filter(filterCollection, data, convertAlgo);
UC1M1_ZeroAdjustment uc1 = new UC1M1_ZeroAdjustment(calibrationCollection, transducerdaq);
DataTreatment dataTreatment = new DataTreatment(rawCollection, graphCollection, filterCollection, alarmCollection, convertAlgo, data, alarm, uc1);
IMeasure measurement = new UC2M2_UC3M3_Measure(transducerdaq, dataTreatment, alarm, filter);
ICalibrate calibrate = new UC6S2_Calibrate(calibrationCollection, transducerdaq, data);
IZeroAdjustment zero = new UC1M1_ZeroAdjustment(calibrationCollection, transducerdaq);
IPulse pulse = new UC8S4_Pulse(dataTreatment, pulseAlgo);
ISave save = new UC4M4_SaveData(data, dataTreatment);
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
ZeroAdjustmentGUI zeroAdjustment = new ZeroAdjustmentGUI(zero);
CalibrateGUI calibrateGUI = new CalibrateGUI(calibrate, measurement);
LoginToCalibrateGUI login = new LoginToCalibrateGUI(calibrateGUI);
SaveDataGUI saveGUI = new SaveDataGUI(save);
ChangeLimitsGUI limitsGUI = new ChangeLimitsGUI(limits);
MainGUI gui = new MainGUI(dataTreatment, measurement, login, zeroAdjustment, alarm, pulse, bpAlgo, filter, saveGUI, limitsGUI, calibrateGUI);
Application.Run(gui);
}
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 void UpdateData()
{
Text.text = DataTreatment.GetDataRepresentative(DefaultValue.Data);
}
public void Setup(InPort Port, NodeInfoDialog NodeInfoDialog)
{
this.Port = Port;
PortName.text = Port.Name;
PortType.text = Port.TypesToString();
PortNameButton.onClick.AddListener(() => NodeInfoDialog.SelectDetailsModeFor(this));
bool contentHasChanged = false;
DefaultValueInput.gameObject.AddComponent <UIEventRedirector>().Setup(() => {
if (UpdateDV())
{
DefaultValueInput.text = DataTreatment.GetDataEditable(dv.Data);
}
contentHasChanged = false;
}, null);
DefaultValueInput.onEndEdit.AddListener((s) => {
if (contentHasChanged)
{
//if (s == "") {
// TODO Delete default value
// Port.Component.Graph.RemoveDefaultValue(Port);
// Debug.Log("removing dv from port: " + Port.Name);
//} else {
// TODO Check data types, if string, ok.
// If number, try to parse.
if (UpdateDV())
{
dv.SetData(s);
RefreshDefaultValueShown();
}
else
{
Port.Component.Graph.AddDefaultValue(s, Port);
RefreshDefaultValueShown();
}
//}
}
else
{
RefreshDefaultValueShown();
}
});
DefaultValueInput.onValueChanged.AddListener((s) => {
contentHasChanged = true;
});
SelectVariable.onClick.AddListener(() => {
NodeInfoDialog.SelectVariableModeFor(this);
});
ClearVariable.onClick.AddListener(() => {
Port.Component.Graph.RemoveDefaultValue(Port);
RefreshDefaultValueShown();
});
RefreshDefaultValueShown();
}
