This program can be used to visualize incoming accelerometer and gyroscope data from an MPU-6050. It does this by using an ESP32 to host a web server. The server exhibits a prism whose 3D rotation is based on the orientation of the accelerometer. This program was originally made using Visual Studio Code and the extension PlatformIO. However, it still uses the Arduino framework, so if needed the Arduino IDE can be used*....
This program can be used to visualize incoming accelerometer and gyroscope data from an MPU-6050. It does this by using an ESP32 to host a web server. The server exhibits a prism whose 3D rotation is based on the orientation of the accelerometer. This program was originally made using Visual Studio Code and the extension PlatformIO. However, it still uses the Arduino framework, so if needed the Arduino IDE can be used*....
This program can be used to see TCP, UDP, ICMP, and other incoming packets to an ESP32 board that is connected to a WiFi network. A different color LED is also turned on when different protocol packets are received (red for ICMP, green for TCP, blue for UDP, and yellow for others). It also outputs the source IP address of each packet. This program uses Visual Studio Code and two extensions: ESP-IDF (Espressif IoT Development Framework) and PlatformIO....
This program can be used to see TCP, UDP, ICMP, and other incoming packets to an ESP32 board that is connected to a WiFi network. A different color LED is also turned on when different protocol packets are received (red for ICMP, green for TCP, blue for UDP, and yellow for others). It also outputs the source IP address of each packet. This program uses Visual Studio Code and two extensions: ESP-IDF (Espressif IoT Development Framework) and PlatformIO....