public bgThreadWndProc(bgThread Parent)
{
System.Diagnostics.Debug.WriteLine("Creating ThreadWnd...");
this._bgThread = Parent;
hwndControl = Hwnd;
System.Diagnostics.Debug.WriteLine("bgThreadWndProc hWnd is 0x: " + hwndControl.ToInt32().ToString("x"));
}
public bgThreadWndProc(bgThread Parent)
{
System.Diagnostics.Debug.WriteLine("Creating ThreadWnd...");
this._bgThread = Parent;
hwndControl = Hwnd;
System.Diagnostics.Debug.WriteLine("bgThreadWndProc hWnd is 0x: "+hwndControl.ToInt32().ToString("x"));
}
public mainFrm()
{
InitializeComponent();
#if ASYNCHRONOUS
try
{
mySensor = new Sensor(this, Sensor.SensorsEnabled.AccelerometerEnabled, true);
}
catch (Exception)
{
MessageBox.Show("No sensor available. Did you install SensorCab runtime? Exit");
Application.Exit();
}
//call mySensor_AccelerationEvent for Acceleration events from sensor
mySensor.AccelerationMinimumNotifyDelta = 0;
mySensor.SensorDataUpdateInterval = 10;
mySensor.AccelerationEvent += new AccelerationEventHandler(mySensor_AccelerationEvent);
#else
//mySensor = new Sensor(this, Sensor.SensorsEnabled.AccelerometerEnabled, false);
#endif
cbSensity.SelectedIndex = 3; //default is 0.01, 0 means all events
trackBar1.Value = 100;
//mySensor.SensorDataUpdateInterval = 50;
//
shaker1 = new ShakeDetection.ShakeClass1("shake1");
shaker1.shakeTreshold = 8.0;
//shaker1.logEnabled = true;
//better implementation
shaker1.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker1_ShakeDetected);
//
shaker2 = new ShakeDetection.ShakeClass2("shake2");
//shaker2.logEnabled = true;
shaker2.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker2_ShakeDetected);
//
shaker3 = new ShakeDetection.ShakeClass3("shake3");
//shaker3.logEnabled = true;
shaker3.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker3_ShakeDetected);
//
shaker4 = new ShakeDetection.ShakeClass4("shake4");
//shaker4.logEnabled = true;
shaker4.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker4_ShakeDetected);
//
shaker5 = new ShakeDetection.ShakeClass5("shake5");
trackBar5.Value = 8; trackBar1_ValueChanged(this, null);
//shaker5.logEnabled = true;
shaker5.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker5_ShakeDetected);
//
shaker6 = new ShakeDetection.ShakeClass6("shake6");
//shaker6.logEnabled = true;
shaker6.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker6_ShakeDetected);
trackBar6.Value = 120;
//
shaker7 = new ShakeDetection.ShakeClass7("shake7");
//shaker7.logEnabled = true;
shaker7.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker7_ShakeDetected);
//
shaker8 = new ShakeDetection.ShakeClass8("shake8");
//shaker8.logEnabled = true;
shaker8.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker8_ShakeDetected);
//
shaker9 = new ShakeDetection.ShakeClass9("shake9");
//shaker8.logEnabled = true;
shaker9.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker9_ShakeDetected);
//
move1 = new Movedetection.MovementClass1("move1");
move1.logEnabled = true;
move1.MoveDetected += new Movedetection.MovementClass.MoveDetectedEventHandler(move1_MoveDetected);
move1.IdleDetected += new Movedetection.MovementClass.IdleDetectedEventHandler(move1_IdleDetected);
#if !ASYNCHRONOUS
//myTimer.Interval = 50; //approx 20 events per second
//myTimer.Tick += new EventHandler(myTimer_Tick);
//myTimer.Enabled = true; //do not enable timer before assigning the shaker/move classes
//myTimer.Enabled = true;
myThread = new bgThread();
myThread.bgThreadEvent += new bgThread.bgThreadEventHandler(myThread_bgThreadEvent);
#endif
//perfChart1.maxDecimal = 1500;
perfChart1._SymmetricDisplay= true;
perfChart1._ScaleMode = SpPerfChart.ScaleMode.Relative;
//perfChart2.maxDecimal = 1500;
perfChart2._SymmetricDisplay = true;
perfChart2._ScaleMode = SpPerfChart.ScaleMode.Relative;
//perfChart3.maxDecimal = 1500;
perfChart3._SymmetricDisplay = true;
perfChart3._ScaleMode = SpPerfChart.ScaleMode.Relative;
perfChart4._SymmetricDisplay = true;
perfChart4._ScaleMode = SpPerfChart.ScaleMode.Relative;
starting = false;
#if USE_SCANNER
scanEvents = new ScanEvents();
try
{
bcr = new BarcodeReader();
bcr.ContinuesScan = true;
scanTimer = new Timer();
scanTimer.Interval = 1000; //fire every second
scanTimer.Tick += new EventHandler(scanTimer_Tick);
scanTimer.Enabled = true;
}
catch (Exception)
{
//scanner not available
}
#endif
}
public mainFrm()
{
InitializeComponent();
#if ASYNCHRONOUS
try
{
mySensor = new Sensor(this, Sensor.SensorsEnabled.AccelerometerEnabled, true);
}
catch (Exception)
{
MessageBox.Show("No sensor available. Did you install SensorCab runtime? Exit");
Application.Exit();
}
//call mySensor_AccelerationEvent for Acceleration events from sensor
mySensor.AccelerationMinimumNotifyDelta = 0;
mySensor.SensorDataUpdateInterval = 10;
mySensor.AccelerationEvent += new AccelerationEventHandler(mySensor_AccelerationEvent);
#else
//mySensor = new Sensor(this, Sensor.SensorsEnabled.AccelerometerEnabled, false);
#endif
cbSensity.SelectedIndex = 3; //default is 0.01, 0 means all events
trackBar1.Value = 100;
//mySensor.SensorDataUpdateInterval = 50;
//
shaker1 = new ShakeDetection.ShakeClass1("shake1");
shaker1.shakeTreshold = 8.0;
//shaker1.logEnabled = true;
//better implementation
shaker1.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker1_ShakeDetected);
//
shaker2 = new ShakeDetection.ShakeClass2("shake2");
//shaker2.logEnabled = true;
shaker2.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker2_ShakeDetected);
//
shaker3 = new ShakeDetection.ShakeClass3("shake3");
//shaker3.logEnabled = true;
shaker3.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker3_ShakeDetected);
//
shaker4 = new ShakeDetection.ShakeClass4("shake4");
//shaker4.logEnabled = true;
shaker4.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker4_ShakeDetected);
//
shaker5 = new ShakeDetection.ShakeClass5("shake5");
trackBar5.Value = 8; trackBar1_ValueChanged(this, null);
//shaker5.logEnabled = true;
shaker5.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker5_ShakeDetected);
//
shaker6 = new ShakeDetection.ShakeClass6("shake6");
//shaker6.logEnabled = true;
shaker6.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker6_ShakeDetected);
trackBar6.Value = 120;
//
shaker7 = new ShakeDetection.ShakeClass7("shake7");
//shaker7.logEnabled = true;
shaker7.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker7_ShakeDetected);
//
shaker8 = new ShakeDetection.ShakeClass8("shake8");
//shaker8.logEnabled = true;
shaker8.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker8_ShakeDetected);
//
shaker9 = new ShakeDetection.ShakeClass9("shake9");
//shaker8.logEnabled = true;
shaker9.ShakeDetected += new ShakeDetection.ShakeClass.ShakeDetectedEventHandler(shaker9_ShakeDetected);
//
move1 = new Movedetection.MovementClass1("move1");
move1.logEnabled = true;
move1.MoveDetected += new Movedetection.MovementClass.MoveDetectedEventHandler(move1_MoveDetected);
move1.IdleDetected += new Movedetection.MovementClass.IdleDetectedEventHandler(move1_IdleDetected);
#if !ASYNCHRONOUS
//myTimer.Interval = 50; //approx 20 events per second
//myTimer.Tick += new EventHandler(myTimer_Tick);
//myTimer.Enabled = true; //do not enable timer before assigning the shaker/move classes
//myTimer.Enabled = true;
myThread = new bgThread();
myThread.bgThreadEvent += new bgThread.bgThreadEventHandler(myThread_bgThreadEvent);
#endif
//perfChart1.maxDecimal = 1500;
perfChart1._SymmetricDisplay = true;
perfChart1._ScaleMode = SpPerfChart.ScaleMode.Relative;
//perfChart2.maxDecimal = 1500;
perfChart2._SymmetricDisplay = true;
perfChart2._ScaleMode = SpPerfChart.ScaleMode.Relative;
//perfChart3.maxDecimal = 1500;
perfChart3._SymmetricDisplay = true;
perfChart3._ScaleMode = SpPerfChart.ScaleMode.Relative;
perfChart4._SymmetricDisplay = true;
perfChart4._ScaleMode = SpPerfChart.ScaleMode.Relative;
starting = false;
#if USE_SCANNER
scanEvents = new ScanEvents();
try
{
bcr = new BarcodeReader();
bcr.ContinuesScan = true;
scanTimer = new Timer();
scanTimer.Interval = 1000; //fire every second
scanTimer.Tick += new EventHandler(scanTimer_Tick);
scanTimer.Enabled = true;
}
catch (Exception)
{
//scanner not available
}
#endif
}
