private void MicroTimerTest()
{
// Instantiate new MicroTimer and add event handler
MicroLibrary.MicroTimer microTimer = new MicroLibrary.MicroTimer();
microTimer.MicroTimerElapsed +=
new MicroLibrary.MicroTimer.MicroTimerElapsedEventHandler(OnTimedEvent);
microTimer.Interval = 1000 * 50; // Call micro timer every 1000µs (1ms)
// Can choose to ignore event if late by Xµs (by default will try to catch up)
// microTimer.IgnoreEventIfLateBy = 500; // 500µs (0.5ms)
microTimer.Enabled = true; // Start timer
// Do something whilst events happening, for demo sleep 2000ms (2sec)
System.Threading.Thread.Sleep(50000);
microTimer.Enabled = false; // Stop timer (executes asynchronously)
// Alternatively can choose stop here until current timer event has finished
// microTimer.StopAndWait(); // Stop timer (waits for timer thread to terminate)
// Wait for user input
Console.ReadLine();
}
public MainWindow()
{
InitializeComponent();
myDelegate = new TimeLoop(updateData);
string[] ports = SerialPort.GetPortNames();
foreach (string port in ports)
{
cmbPorts.Items.Add(port);
}
foreach (string delimiter in delimitmarkup)
{
cmbDelimiter.Items.Add(delimiter);
}
cmbDelimiter.SelectedIndex = 0;
testdatalst = new List <double>();
stopwatch = new Stopwatch();
serialMonitor = new SerialPort();
serialMonitor.BaudRate = 9600;
serialMonitor.Handshake = System.IO.Ports.Handshake.None;
serialMonitor.Parity = Parity.None;
serialMonitor.DataBits = 8;
serialMonitor.StopBits = StopBits.One;
serialMonitor.ReadTimeout = 200;
serialMonitor.WriteTimeout = 50;
_microStopwatch = new MicroLibrary.MicroStopwatch();
_microTimer = new MicroLibrary.MicroTimer();
}
public FileLoadingForm()
{
InitializeComponent();
fastTimer = new MicroLibrary.MicroTimer();
fastTimer.MicroTimerElapsed +=
new MicroLibrary.MicroTimer.MicroTimerElapsedEventHandler(OnTimedEvent);
fastTimer.Interval = 20000; //in microseconds
whichBusSend = -1;
}
public FileLoadingForm()
{
InitializeComponent();
fastTimer = new MicroLibrary.MicroTimer();
fastTimer.MicroTimerElapsed +=
new MicroLibrary.MicroTimer.MicroTimerElapsedEventHandler(OnTimedEvent);
fastTimer.Interval = 20000; //in microseconds
whichBusSend = -1;
}
public FormMain()
{
InitializeComponent();
// Instantiate new MicroTimer and add event handler
_microTimer = new MicroLibrary.MicroTimer();
_microTimer.MicroTimerElapsed +=
new MicroLibrary.MicroTimer.MicroTimerElapsedEventHandler(OnTimedEvent);
}
private void MicroTimer()
{
// Instantiate new MicroTimer and add event handler
MicroLibrary.MicroTimer microTimer = new MicroLibrary.MicroTimer();
microTimer.MicroTimerElapsed +=
new MicroLibrary.MicroTimer.MicroTimerElapsedEventHandler(DrawLine);
microTimer.Interval = speed; // Call micro timer every 1000µs (1ms)
microTimer.Enabled = true; // Start timer
// Do something whilst events happening, for demo sleep 2000ms (2sec)
System.Threading.Thread.Sleep(DrawDuration);
microTimer.Enabled = false; // Stop timer (executes asynchronously)
// Alternatively can choose stop here until current timer event has finished
// microTimer.StopAndWait(); // Stop timer (waits for timer thread to terminate)
}
public MainWindow()
{
// Interface
InitializeComponent();
programText.View = View.Details;
programText.Columns.Add("#", 50, HorizontalAlignment.Left);
programText.Columns.Add("Command", 400, HorizontalAlignment.Left);
procInfo.View = View.Details;
procInfo.Columns.Add("Registers", 237, HorizontalAlignment.Left);
procInfo.Columns.Add("Flags", 237, HorizontalAlignment.Left);
// Timer
microTimer = new MicroLibrary.MicroTimer();
microTimer.MicroTimerElapsed +=
new MicroLibrary.MicroTimer.MicroTimerElapsedEventHandler(OnTimedEvent);
microTimer.Interval = interval;
// Screen update
screenUpdate.Start();
}
static void Main(string[] args)
{
Console.WriteLine("TrackBeamParser service");
Thread thread = new Thread(() =>
{
TracksDataReceiver.StartListening((trackData) =>
{
BeamMaker.onReceiveTracks(trackData);
});
});
thread.Start();
timestart = DateTime.Now;
AudioMicroTimer = new MicroLibrary.MicroTimer();
AudioMicroTimer.MicroTimerElapsed +=
new MicroLibrary.MicroTimer.MicroTimerElapsedEventHandler(OnTimedEventAudio);
AudioMicroTimer.Interval = 100; // 1000µs = 1ms
AudioMicroTimer.Enabled = true; // Start timer
}
public tclsMDIParent()
{
string szComsTickUS;
string szGUILayoutXMLPath;
long lComsTickUS;
InitializeComponent();
mboRequestShutdown = false;
tclsIniParser mclsIniParser = new tclsIniParser(AppDomain.CurrentDomain.BaseDirectory + "Config\\MDAC ECUHost Calibration.INI");
try
{
szComsTickUS = mclsIniParser.GetSetting("Program", "ComsTickus");
}
catch
{
szComsTickUS = "Unknown";
}
try
{
szGUILayoutXMLPath = AppDomain.CurrentDomain.BaseDirectory + "Database\\GUI Layout Databases\\" + mclsIniParser.GetSetting("Databases", "SelectedLayoutXML");
}
catch
{
szGUILayoutXMLPath = "Unknown";
}
if (File.Exists(szGUILayoutXMLPath))
{
Program.mAPP_clsXMLConfig.ReadWindowConfigFile(szGUILayoutXMLPath);
}
mlstMeasValueCharView = new List <tclsMeasValueCharView>();
mlstMeasSegmentView = new List <tclsICMeasSegmentView>();
mlstMeasCurveMapView = new List <tclsMeasCurveMapView>();
mlstMeasValueLoggingView = new List <tclsMeasValueLoggingView>();
mlstMeasValueGaugeView = new List <tclsMeasValueGaugeView>();
mlstLogicBlockView = new List <tclsLogicBlockView>();
mlstDSGView = new List <tclsDSG>();
mclsCommsTimer = new MicroLibrary.MicroTimer();
mclsCommsTimer.MicroTimerElapsed += new MicroLibrary.MicroTimer.MicroTimerElapsedEventHandler(OnMicroTimerEvent);
mlstChildViews = new List <Form>();
mlstLoggingViews = new List <tclsMeasValueLoggingView>();
lComsTickUS = Convert.ToUInt32(szComsTickUS);
if ((ConstantData.APPDATA.ru32ComsTickMin <= lComsTickUS) &&
(ConstantData.APPDATA.ru32ComsTickMax >= lComsTickUS))
{
mclsCommsTimer.Interval = lComsTickUS;
mclsCommsTimer.Enabled = true;
}
mclsNavTreeView = new tclsNavGraphicalTreeView();
mclsNavTreeView.MdiParent = this;
mclsNavTreeView.Show();
mclsNotify = new tclsNotify();
mclsNotify.MdiParent = this;
mclsNotify.Left = 0;
mclsNotify.Top = this.ClientRectangle.Height - 100;
mclsNotify.Width = this.ClientRectangle.Width;
mclsNotify.Show();
}
public Form1(string characterName)
{
InitializeComponent();
mKinectData = new KinectData();
mKinectData2 = new KinectData(); //second user data
GazeOut1=new GazeDef();
GazeOut2 = new GazeDef();
GazeOut1 = GazeDef.none;
GazeOut2 = GazeDef.none;
LastGazeOut1 = new GazeDef();
LastGazeOut2 = new GazeDef();
LastGazeOut1 = GazeDef.none;
LastGazeOut2 = GazeDef.none;
simpleSound = new SoundPlayer(@"countA.wav");
eyebrowControllerUsr1 = new EyebrowsController();
eyebrowControllerUsr2 = new EyebrowsController();
serialPort1 = new System.IO.Ports.SerialPort();
serialPort2 = new System.IO.Ports.SerialPort();
sentonce = false;
serialPort1.DataReceived += new System.IO.Ports.SerialDataReceivedEventHandler(serialPort1_DataReceived);
serialPort2.DataReceived += new System.IO.Ports.SerialDataReceivedEventHandler(serialPort2_DataReceived);
thalamusClient = new PerceptionClient(characterName);
pipeServer = new PipeServer.Server();
engagementpipe = new PipeServer.Server();
Xp = 0;
Yp = 0;
Zp = 0;
Xp2 = -1;
Yp2 = -1;
Zp2 = -1;
Xpold = 0;
Ypold = 0;
Zpold = 0;
Xp2old = -1;
Yp2old = -1;
Zp2old = -1;
RotH = 0;
RotV = 0;
RotH2 = 0;
RotV2 = 0;
depth = 0;
allOKAOdata = "";
allOKAOdata2 = "";
allQdata = "";
allQdata2 = "";
allkinectdata = "";
allkinectdata2 = "";
startstop = false;
FparticipanID = 0;
FparticipanID2 = 1;
Fparticipantname = "None";
Fparticipantname2 = "None2";
isEmpathic = true; //default value
OKAOdata = "";
OKAOdata2 = "";
Kinectdata = "";
Kinectdata2 = "";
Qdata1 = "";
Qdata2 = "";
saver = new System.Timers.Timer();
saver.Elapsed += new ElapsedEventHandler(OnsaverEvent);
saver.Enabled = false;
saver.Interval = 250; //Herz
DetectedPerson = false;
aTimer = new System.Timers.Timer();
aTimer.Stop();
aTimer.Elapsed += new ElapsedEventHandler(OnTimedEvent); //publisher
aTimer.Interval = 350;//increased the timer to reduce thalamus messages
videoTimer = new MicroLibrary.MicroTimer();
videoTimer.Stop();
videoTimer.MicroTimerElapsed += new MicroLibrary.MicroTimer.MicroTimerElapsedEventHandler(saveframe);
videoTimer.Interval = 33333; //30fps
//thalamusClient.ClientConnected += connected;
this.pipeServer.MessageReceived +=
new PipeServer.Server.MessageReceivedHandler(pipeServer_MessageReceived);
this.engagementpipe.MessageReceived +=
new PipeServer.Server.MessageReceivedHandler(engagementpipe_MessageReceived);
button1_Click(this,null); //auto start the pipe servers
if (scenarioselected == 0)
scenarioselected = 1;
}
private void MicroTimerTest()
{
// Instantiate new MicroTimer and add event handler
MicroLibrary.MicroTimer microTimer = new MicroLibrary.MicroTimer();
microTimer.MicroTimerElapsed +=
new MicroLibrary.MicroTimer.MicroTimerElapsedEventHandler(OnTimedEvent);
microTimer.Interval = 1000; // Call micro timer every 1000µs (1ms)
// Can choose to ignore event if late by Xµs (by default will try to catch up)
// microTimer.IgnoreEventIfLateBy = 500; // 500µs (0.5ms)
microTimer.Enabled = true; // Start timer
// Do something whilst events happening, for demo sleep 2000ms (2sec)
//System.Threading.Thread.Sleep(2000);
//microTimer.Enabled = false; // Stop timer (executes asynchronously)
// Alternatively can choose stop here until current timer event has finished
// microTimer.StopAndWait(); // Stop timer (waits for timer thread to terminate)
// Wait for user input
}
