Alfa Romeo Giulia climatronic panel using STM32/HAL.

A growing repository for libraries and demos that interface to Matrix Orbital displays using the C language.

An Arduino Project. This code project showcases the development of a basic HMI for a Matrix Orbital Intelligent TFT Display using the GTT Client Library API

CSUS EEE174 Intro to microcontrollers class

Opel Insignia climatronic panel using STM32/HAL.

MINI Cooper JCW (F56, 2016) instrument panel cluster using STM32/HAL.

Fourier-Legendre Pipeline for SDO/HMI

The repo for Haptic Assistance Navigation Device

Home Automation with ESP32, touchscreen HMI and Radio-Controlled Sockets 433MHz

An Arduino Project. Continuation of the GTT Thermometer project, now adding an alarm for low and high values

This application has two independent 7-segment display(3-digit display & single-digit display) and indepent user input buttons in single MCU. It display the user input and gives the binery out at gpio of a MCU.

GOP-CT70Aでのスクロールリストのサンプルです

Software to touch panel based on STM32 board which allows control mobile robot

There are two keys for user to input. Increment and decreament. You can fill an array with any word/character to be displayed on display according to user input. There is a binary output you get on MCU gpios for corresponding array index like array[0] gives 000, array[1] gives 001 and so on and at the same time you get printed value of correcspo…

Steering wheel controller with STM32 and Nextion HMI

This Buildroot can be used to port Embedded Linux with emWin v6.40a.1 to the Nuvoton MA35H0 evaluation board.

An Arduino Project. This project demonstrates how easy it is to display temperature information on a Matrix Orbital GTT I2C TFT HMI using a DS18S20 and a Arduino Uno.

HMI for displaying data from and interfacing with hemingerg1/ESP32AirQuality.

This Buildroot can be used to port Embedded Linux with LVGL v9.2(framebuffer-based) to the Nuvoton MA35H0 evaluation board.

This repo contains (currently 2) variations of 'how-to' code, using ESP-IDF, as I learn to use the LilyGO T_HMI.