UserCalibrationTask GetData(UserCalibrationTask.Calibrating currentlyCalibrating, int waitTime)
{
var task = new UserCalibrationTask(currentlyCalibrating);
var manager = new MyomiTaskManager((1000 / 50), task);
var taskThread = new Thread(manager.Run);
Console.WriteLine("Starting new Manager task");
//we are giving the users 5 seconds to calibrate their arm motion
taskThread.Start();
CommonOperations.Sleep(waitTime);
manager.StopExecution = true;
return(task);
}
private List <MyoData> GetData()
{
var task = new GestureCreatorTask();
var manager = new MyomiTaskManager((1000 / 20), task);
var taskThread = new Thread(manager.Run);
taskThread.Start();
Console.WriteLine("To start recording, please perform the double tap gesture at rest");
Console.WriteLine("To finish recording, please perform the double tap gesture at rest");
//we will put this thread in an infinite loop until it has finished
while (!manager.StopExecution)
{
}
return(task.GetData());
}
public void Run()
{
Console.WriteLine("The program is now running profile {0}", Context.Instance.CurrentProfile.Name);
Console.WriteLine("Please press enter to start");
Console.ReadLine();
var task = new GestureMatchingTask();
var manager = new MyomiTaskManager((1000 / 20), task);
var taskThread = new Thread(manager.Run);
taskThread.Start();
Console.WriteLine("To stop, press enter");
Console.ReadLine();
manager.StopExecution = true;
Console.WriteLine("The task has stopped, returning back to main menu");
}
private bool CalibrateGesture(MyomiGesture gesture, MyomiGestureOptions options)
{
var task = new GestureCreatorMatchingTask(gesture.SegmentsWithOptions, options);
var manager = new MyomiTaskManager(Context.Instance.DefaultFrequency, task);
for (int i = 0; i < 3 || task.Matched; i++)
{
var taskThread = new Thread(manager.Run);
taskThread.Start();
//sleep until it has finished
while (!manager.StopExecution)
{
}
if (!task.Matched)
{
return(false);
}
}
return(true);
}
