1 / 1

S. Paris, AREP/IRISA sgparis@irisa.fr S. Donikian, IRISA Stephane.donikian@irisa.fr

Module. BIIO library creation. BIIO internal architecture. Create new types of objects Dedicated user interface Easy description of objects (parents, attributes, functions) Automatic code (C++) generation and compilation, creation of a BIIO plugin. Provide generic features

meghan
Download Presentation

S. Paris, AREP/IRISA sgparis@irisa.fr S. Donikian, IRISA Stephane.donikian@irisa.fr

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Module BIIO library creation BIIO internal architecture • Create new types of objects • Dedicated user interface • Easy description of objects (parents, attributes, functions) • Automatic code (C++) generation and compilation, creation of a BIIO plugin • Provide generic features • All types derive from a generic object (introspection) • The Effector objects are informed in the abstracted environment • A virtual human library is available (path planning, observation, knowledge) • Some standard types (Usable …) are available as basis for evolved ones Data communication BIIO generic root object 1 Effector Objects which provide an interaction (equipment) Interactor Objects which perform an interaction (humanoid) 2 Configuration files (XML) BIIO plugins Data files (XML) Usable One interaction at a time, waiting queue Observable Simultaneous interactions, provides information User Interacts with usable Observer Interacts with observable Entry data 3 BIIO instances configuration • Entirely configure a simulation • Environment description done using AutoCAD • Instances extracted from the AutoCAD file, and eventually reconfigurable • Generators of populations (fast configuration of many actors) A simulation architecture Development of the simulation objects (C++, BIIO interface) Offline results analysis Defining the managed types of objects (BIIO) Simulation run, online results Simulation modeling and configuration Turnstiles Ticket Puncher → Topographical data, entities parameters, objects properties AutoCAD representation of a train station with some equipment Key Running a simulation with BIIO • Perform a simulation to extract data • Generic application loading BIIO plugins • Data extraction (densities, objects usage, …) • 3D representation using a simulation platform: CONTACTS S. Paris, AREP/IRISA sgparis@irisa.fr S. Donikian, IRISA Stephane.donikian@irisa.fr N. Bonvalet, AREP nicolas.bonvalet@arep.fr Automatic interaction with turnstiles Waiting queue formation to use a ticket puncher BIIO Behavioral Interactive and Introspective Objects BIIO integration

More Related