Unfortunately, everything I've been able to locate so far is geared towards Arduino. This is a time sensitive project on a limited budget (hence the use of phone instead of a decent 1080p USB webcam) and was looking for a quick solution to this dilemma so I could spend my time focusing on the OpenGL part. This import statement will differ from the one you see below as it. SensoDuino also saves the captured data to a. The third import statement,, contains the definitions for the resources of the application. SensoDuino is a free Android application that captures data from sensors built into your Android mobile device then transmits the data over the HC-05 Bluetooth module to Arduino Uno or any device with serial Bluetooth capabilities such as a Windows PC, Mac, or Bluetooth equipped microcontroller.

I've been trying to locate a article that I can quickly follow so that I don't have to spend a ton of time researching a whole bunch of dev stuff to get USB working and how to actually collect and send that data from the phone to the laptop. The first import statement, import, imports the Activity class while the second import statement, import android.os.Bundle, imports the Bundle class. Unfortunately my laptop doesn't include Bluetooth support and I would prefer a wired connection anyway for various reasons. I managed to locate the article below that discusses sending the sensor data from the phone to an Arduino using Bluetooth. Since this is a real time application the delay would be too excessive and I would also need it to function offline as well.

Android allows apps to read the sensor's data at twice that speed. Thank you for your response but unfortunately that's not practical in this situation. But iOS limits the reading of the gyroscopes to 100 hertz, which makes audio spying far harder to pull off.

Gyroscope android app