Unity (moteur de jeu)

Unity est un moteur de jeu multiplateforme (smartphone, ordinateur, consoles de jeux vidéo et Web) développé par Unity Technologies. Il est l'un des plus répandus dans l'industrie du jeu vidéo, aussi bien pour les grands studios que pour les indépendants du fait de sa rapidité aux prototypages et qu'il permet de sortir les jeux sur tous les supports. Il a la particularité de proposer une licence gratuite dite « Personal » avec quelques limitations de technologie avancée au niveau de l'éditeur, mais sans limitation au niveau du moteur. Description technique Le logiciel a la particularité d'utiliser du code (C#) sur la plateforme « .NET » avec l'implémentation Mono. Son éditeur était auparavant basé sur MonoDevelop, via MonoDevelop-Unity, mais à partir de la version 2018.1, il est basé sur Visual Studio Community. Il permet toujours de sortir du code Mono, ayant l'avantage d'être multiplateforme et multi-architecture, mais permet également, via son backend « IL2CPP » (Inter

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Real-time 360 Body Scanning System for Virtual Reality Research Applications

Louis Philippe Albert, Olaf Blanke, Bruno Herbelin, Florian Lance

We present a low-cost solution to perform the online and realistic representation of users using an array of depth cameras. The system is composed of a cluster of 10 Microsoft Kinect 2 cameras, each one associated to a compact NUC PC to stream live depth & color images to a master PC which reconstructs live the point cloud of the scene and can in particular show the body of users standing in the capture area. A custom geometric calibration procedure allows accurate reconstruction of the different 3D data streams. Despite the inherent limitations of depth cameras, in particular sensor noise, the system provides a convincing representation of the user's body, is not limited by changes in clothing (also during immersion), can capture complex poses and even interactions between two persons or with physical objects. The advantage of using depth cameras over conventional cameras is that little processing is required for dynamic reconstruction of unknown shapes, thus allowing true interactive applications. The resulting live 3D model can be inserted in any virtual environment (e.g. Unity 3D software integration plugin), and can be subject to all usual 3D manipulation and transformations.

2019

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Co-Evolutionary Particle Swarm Optimization Applied to the 7x7 Seega Game

Sara Mitri

Seega is an ancient Egyptian two-stage board game that, in certain aspects, is more difﬁcult than chess. The two-player game is most commonly played on a 7 × 7 board, but is also sometimes played on a 5 × 5 or 9 × 9 board. In the ﬁrst and more difﬁcult stage of the game, players take turns placing one disk each on the board until the board contains only one empty cell. In the second stage players take turns moving disks of their color; a disk that becomes surrounded by disks of the opposite color is captured and removed from the board. Building on previous work, on the 5 × 5 version of Seega, we focus, in this paper, on the 7 × 7 board. Our approach employs co-evolutionary particle swarm optimization for the generation of feature evaluation scores. Two separate swarms are used to evolve White players and Black players, respectively; each particle represents feature weights for use in the position evaluation. Experimental results are presented and the performance of the full game engine are discussed.

2004

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Applying Co-Evolutionary Particle Swam Optimization to the Egyptian Board Game Seega

Sara Mitri

Seega is an ancient Egyptian two-phase board game that, in certain aspects, is more difﬁcult than chess. The two-player game is played on either a 5 × 5, 7 × 7, or 9 × 9 board. In the ﬁrst and more difﬁcult phase of the game, players take turns placing one disk each on the board until the board contains only one empty cell. In the second phase players take turns moving disks of their color; a disk that becomes surrounded by disks of the opposite color is captured and removed from the board. We have developed a Seega program that employs co-evolutionary particle swarm optimization in the generation of feature evaluation scores. Two separate swarms are used to evolve White players and Black players, respectively; each particle represents feature weights for use in the position evaluation. Experimental results are presented and the performance of the full game engine is discussed.

2003

Chargement

Nintendo Switch

La est une console de jeux vidéo produite par Nintendo, succédant à la Wii U. Elle est la première console hybride de la firme, pouvant faire office aussi bien de console de salon que de console po

Adobe Flash

Adobe Flash, ou Flash, anciennement Macromedia Flash, désigne un ensemble de technologies logicielles permettant la manipulation de , d' et de scripts ActionScript en vue de créer ou utiliser des cont

Moteur de jeu

vignette|Diagramme montrant les nombreux composants systèmes avec lesquels un moteur de jeu est amené à interfacer sur Linux. Un moteur de jeu est un ensemble de composants logiciels qui effectuent d

CS-444: Virtual reality

The goal of VR is to embed the users in a potentially complex virtual environment while ensuring that they are able to react as if this environment were real. The course provides a human perception-action background and describes the key programming techniques for achieving efficient VR applications

DH-404: Cultural data sculpting

This course will engage novel approaches for visualizing and interacting with cultural heritage archives in immersive virtual environments. (Please note that this class is given at the Lab in St-Sulpice, Rue des Jordils 41).

MICRO-470: Scaling laws & simulations in micro & nanosystems

This class combines an analytical and finite elements modeling (FEM) simulations approach to scaling laws in MEMS/NEMS. The dominant physical effects and scaling effects when downsizing sensors and actuators in microsystems are discussed, across a broad range of actuation principles.