Analysis
Human-machine interface modelling tools from Toshiba
Toshiba Electronics Europe (TEE) has announced the availability of a suite of human-machine interface (HMI) modelling tools for its Capricorn automotive display processor family. The tools, developed by Altia, enable designers of TFT instrument clusters for automotive applications to swiftly develop demonstrations, working prototypes and complete systems.
A CaCapricorn is a family of RISC-based system-on-chip (SoC) processors for automotive displays that offers an extremely high level of system integration. Capricorn graphic processors provide solutions for driving and managing colour TFT displays increasingly found in instrument clusters in medium- to high-end vehicles.
The Altia toolchain enables users to prototype new concepts, simulate integrated models and then generate deployable Capricorn code far quicker than would be possible if programming and debugging manually. It comprises three parts: PhotoProto, Altia Design and DeepScreen.
PhotoProto automatically transforms Photoshop graphics into a working, interactive, user-driven prototype. Once the user has arranged and named the graphics layers for buttons, screens and other user interface objects, PhotoProto will generate a working prototype.
Altia Design is a fully-featured user interface design, simulation and model integration environment. It allows user interface models to be built from scratch or, alternatively, existing graphic assets can be imported. Altia Design then helps designers integrate the model with third party tools or their own application code. This results in a functionally complete, accurate simulation model that can be used to test code, algorithms, concepts and systems.
DeepScreen is a graphics code generator that transforms a model or prototype into deployable code. It generates code that is small, efficient and tuned for Capricorn processors. DeepScreen also takes care of much of the graphics programming work, allowing programmers to focus on the application code and significantly reducing product time to market.