Realistic Android Sensor Data Simulator

I am looking for an experienced Android developer to create an Android sensor data simulator in C#. This project seeks to generate the most realistic events possible based on random generation, and every new event created must be realistic and based on the last events generated, so we can simulate a realistic sensor data like the original Android function does. Key project tasks include: - Generating gravity and magnetic data for Orientation sensor events - Generating data for Motion sensor events, specifically for the accelerometer and the gyroscope - These events must be generated from a clever way respecting the timestamps, for example, the class will include a property called EventTime where we must specify the time that the event ocurred, as we said, we don't want to include the actual timestamp because it is generated, we should simulate also the example. For example, every 5 seconds a new event is generated, so the timestamp of the last generated event, must be the timestamp from the previous event + 5 seconds (The time that takes in register another event) - Very important that whole events are made from clever idea, trying to make them the most accurate possible, and based in the previous events generated, obviusly the first events generated must be made from a randomized and realistic way Ideal Skills & Experience: - Extensive experience with Android sensor data - Knowledge of sensor event simulation - Proficiency in creating randomness in the simulation What I will give you and how the project must look like: - A text with realistic sensor data events recorded from a real Android device with the timestamps. - The C# project where the task must be done. - A old Java project with basically what I am looking for. The problem that this project is outdated and the sensor data generated is not accurate or realistic, I need to make it like that project does, but improved and most realistic possible By successfully executing these tasks, the candidate will create a powerful tool that generates lifelike Android sensor data events, aiding in system testing processes. The intended result is a versatile, efficient simulator that reflects the myriad conditions a real Android device may encounter.