Esquisse is a web application used to create 3D scenes and export them as Vector Graphics images. Esquisse proposes interaction techniques to manipulate 3D objects and skeletons and embeds a custom NPR Render engine built upon state-of-the-art techniques.

This project proposes a new taxonomy of figures representing interaction scenarios and provides a concise synthesis of visual strategies used to create them. We also provide three online open-source softwares facilitating the exploration of the created dataset, available on github.

This project proposes a web application for experimenting various tackball techniques used to rotate 3D objects. We reproduced few state-of-the-art techniques and added plenty of experiment options (e.g. task, size, cursor gain, rotation gain, etc.).

This project proposes a software trajectory prediction technique to overcome a scrolling visual jitter issue in Chromium caused by asynchronous input and output frequencies on the mobile device used. The technique is actually implemented in Chrome for Android.

Esquisse is a Blender add-on used to facilitate the production of vector-based illustrations. Esquisse proposes interaction techniques to ease the manipulation of 3D objects and a custom vector graphics NPR render engine.

TurboMouse is a home-made computer mouse whith an embedded high frequency accelerometer. Using the accelerometer data and software prediction techniques, we compute in real-time the next position of the mouse with accuracy and compensate for the system's end-to-end latency.

Handsketch is a Blender add-on, premise of the Esquisse project, wich is a tool facilitating the creation of a Vector Graphics illustrations from a Blender 3D scene. Handsketch is built upon Freestyle, the Blender NPR Render Engine embedded in Blender.

ForceEdge is a new interaction technique to control the autoscroll velocity on both desktop and touch-based force sensitive devices. Instead of waiting at the top or the bottom of the screen with your finger or your mouse cursor to make the view scroll, we simply propose to directly control the scroll velocity by varying the force applied on the surface.

This project aims to associate different functionnalities to each side of an external pen (e.g. Conté pen) in contact with a touch screen using a resistive sensor.