void movement_time_Tick(object sender, EventArgs e)
{ //displays current movement gesture to screen
//could implement voice and animation screen for this in the future
if (current_movement_tick == 0)
{
this.Accelerometer_output.Text = "Move up";
}
else if (current_movement_tick == 1)
{
this.Accelerometer_output.Text = "Move down";
}
else if (current_movement_tick == 2)
{
this.Accelerometer_output.Text = "Move left";
}
else if (current_movement_tick == 3)
{
this.Accelerometer_output.Text = "Move right";
}
else if (current_movement_tick == 4)
{
//adds the info to the database
Motion_Test_Info newMotionInfo = new Motion_Test_Info {
calibratedX = peakRotationX, calibratedY = peakRotationY, calibratedZ = peakRotationZ
};
Motion_Info.Add(newMotionInfo);
motionDB.Motion_Test_Information.InsertOnSubmit(newMotionInfo);
//in this section I would also run a check to see if the user has rotated the phone
//to much by checking his peakRotation's with the one calibrated and in the database
//of course including a slight margin of error. This part however would require extensive
//testing both by sober and non-sober persons and are as not yet implemented, including the
//problem of accessing the database items which I still haven't fixed.
this.NavigationService.Navigate(new Uri("/ResultPage.xaml?result=True", UriKind.Relative));
}
current_movement_tick++;
}
void movement_time_Tick(object sender, EventArgs e)
{
//displays current movement gesture to screen
//could implement voice and animation screen for this in the future
if(current_movement_tick == 0)
{
this.Accelerometer_output.Text = "Move up";
}
else if (current_movement_tick == 1)
{
this.Accelerometer_output.Text = "Move down";
}
else if (current_movement_tick == 2)
{
this.Accelerometer_output.Text = "Move left";
}
else if (current_movement_tick == 3)
{
this.Accelerometer_output.Text = "Move right";
}
else if (current_movement_tick == 4)
{
//adds the info to the database
Motion_Test_Info newMotionInfo = new Motion_Test_Info { calibratedX = peakRotationX, calibratedY = peakRotationY, calibratedZ = peakRotationZ };
Motion_Info.Add(newMotionInfo);
motionDB.Motion_Test_Information.InsertOnSubmit(newMotionInfo);
//in this section I would also run a check to see if the user has rotated the phone
//to much by checking his peakRotation's with the one calibrated and in the database
//of course including a slight margin of error. This part however would require extensive
//testing both by sober and non-sober persons and are as not yet implemented, including the
//problem of accessing the database items which I still haven't fixed.
this.NavigationService.Navigate(new Uri("/ResultPage.xaml?result=True", UriKind.Relative));
}
current_movement_tick++;
}