Basic accelerometer app for an Android device to demonstrate ease-of-use with the GWearCloud system. The source code for this project can be found here and was not modified to make easier to use with the GWearCloud system in any way.
Open the project in Android Studio, either as a git repository or as a directory downloaded from the zip file.
Build the project using Gradle.
Run it in an emulator or on a test device.
The purpose of this repository is to serve as a basis for testing the ease-of-use for the GWearCloud system. To participate in this study, download this project and add libgwearandroid to the project using the instructions found in the libgwearandroid README file.
For this project, new sensor data is read and processed in the onSensorChanged(SensorEvent event method. The method is copy-and-pasted below:
@Override
public void onSensorChanged(SensorEvent event) {
// clean current values
displayCleanValues();
// display the current x,y,z accelerometer values
displayCurrentValues();
// display the max x,y,z accelerometer values
displayMaxValues();
// get the change of the x,y,z values of the accelerometer
deltaX = Math.abs(lastX - event.values[0]);
deltaY = Math.abs(lastY - event.values[1]);
deltaZ = Math.abs(lastZ - event.values[2]);
// if the change is below 2, it is just plain noise
if (deltaX < 2)
deltaX = 0;
if (deltaY < 2)
deltaY = 0;
if ((deltaX > vibrateThreshold) || (deltaY > vibrateThreshold) || (deltaZ > vibrateThreshold)) {
v.vibrate(50);
}
}If you found any bugs or have any suggestions for this project, please feel free to submit an issue.