QT-3P-GUI

These Qt demos highlight the simplicity of bridging/importing graphics assets to Qt Design Studio where interactivity, animations, and pixel perfect UI/UX design is represented on the functioning display. With the QML code generated from Qt Design Studio, the HMI display created in Qt Design Studio can run on an embedded devices built on boards for the AM6x portfolio of ARM-based processors. In addition to the stunning HMI built with Qt on all the demos, each graphics demo highlights different Qt products to show the range of applications that can implement Qt-based UIs:

• Qt EV Charging HMI demo highlights Qt Digital Advertising, which allows digital advertisements to be seamlessly displayed during the charging experience, allowing EV Charger Devices to generate new and independent revenue streams. The demo allows users to start a charging session, observe the charging progress, and understand the rate at which power is delivered. The demo is built with rich set of modules provided by Qt Design Studio.
• Qt Smart Warehouse HMI is an interactive multi-screen demo showcasing the coordination of intelligent robots on a factory floor. In the event of a predicted failure this demo allows the user to handle individual robot by diagnosing the issue, and send it back for repairs. It automatically deploys a new robot on the floor to complete the task. Built with Qt Design Studio and imported from the Qt Figma bridge, this demo features key Qt Quick and Qt Safe module features.
• Qt Care Patient Monitoring is a stylized medical UI demo, replicating a patient monitoring screen often seen in hospitals or surgical offices. The UI consists of 2D assets (bridged from Qt Figma), a 3D FBX model (exported from Qt Maya), animations, interactive buttons, and transitions. The goal of this demo is to show the simplicity of adding interactivity, animations, and running on an embedded device quickly.

Installation instructions for installing demos on AM6x-based target hardware:

• Download the *.tar.xz file
• Extract the contents
• Copy the extracted directory onto the target AM6x board
• From a terminal on the board, run the *.sh file