1. Behavioral Interactive and Introspective Objects
BIIO
Behavioral Interactive and Introspective Objects
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
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
BIIO library creation 1 2 3
BIIO generic root object
Effector
Objects which provide an interaction (equipment)
Interactor
Objects which perform an interaction (humanoid)
Usable
One interaction at a time, waiting queue
Observable
Simultaneous interactions, provides information
User
Interacts with usable
Observer
Interacts with observable
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)
BIIO instances configuration
Turnstiles
Ticket Puncher →
AutoCAD representation of a train station with some equipment
BIIO integration
A simulation architecture
Module
Entry data
Data communication
Key
Simulation modeling and configuration
Offline results analysis
Defining the managed types of objects (BIIO)
Configuration files (XML)
Simulation run, online results
Data files (XML)
BIIO plugins
Topographical data, entities parameters, objects properties
Development of the simulation objects (C++, BIIO interface)
Automatic interaction with turnstiles
Waiting queue formation to use a ticket puncher
Perform a simulation to extract data
Generic application loading BIIO plugins
Data extraction (densities, objects usage, …)
3D representation using a simulation platform:
Running a simulation with BIIO
S. Paris, AREP/IRISA
S. Donikian, IRISA
N. Bonvalet, AREP
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