SpadeShip Project by Maça Yazılım

Maça Yazılım Members o Deniz Çakıcı o Merve Aydınlılar o Alev Koçtaş o Anıl Can Akay Instructor : Meltem Turhan Yöndem Assistant : Murat Yükselen Supporter company: ETC-IS

Outline Project Definition SpadeShip’s Scenario Overall Architecture Current Progress

Project Definition 3D Computer Graphics Multiplayer on a network Team Collaboration Virtual Reality Education of emergency management Online Virtual Team Collaboration Platform with 3D Graphics

SpadeShip’s Scenario Simulation environment : passenger ship Fire on the ship 3 different user characters on the ship ▫ captain ▫rescue-team chief ▫first-aid chief

Characters Captain ▫Resource:  captain assistants ▫Task:  activate the other characters in case of emergency  ask for support if needed

Characters Rescue-team chief ▫Resource :  crew (human resource)  extinguisher, cutting and piercing equipment, special protective outfits, lifeboats (other resource) ▫Task :  evacuation of the passengers  try to extinguish the fire

Characters First-aid team chief ▫Resource:  Health officers (human resource)  Medical equipment, wheeled bed (other resource) ▫Task:  Provide first-aid service to injured passengers

Characters Facilitator ▫ Does not take place in the scenario ▫ Control the trainees ▫ Provide help if necessary ▫ Has various camera options

Project Features easy-to-use ▫Two mode options educative virtual reality

Overall Architecture Simulation Module Graphics Module Network Module AI Module Physics Module Audio Module

Simulation Module Main module of the simulation Initialize other modules ▫Different for server and client Control simulation flow Manage simulation state ▫Initialization ▫Suspension ▫Flowing

Network Module Supply data for client/server applications Communication via server Text and voice messages Simulation flow information OpenTNL as network library

Graphics Module Render the scenes of the user ▫First person view ▫Third person view As renderer OGRE is chosen ▫Open source ▫Good documentation ▫Allows object oriented design

Artificial Intelligence Module Manages non-player character’s behaviors Both in server and client In server side ▫Controls passengers and fire In client side ▫Controls human resources

Physics Module Checks the validity of the actions Detect collisions Evaluates all actions and sends information to simulation engine ODE as physics engine

Audio Module Plays audios and voice messages decided by simulation module Implementation using OpenAL

Current Progress Networking ▫Basic chat applications ▫Transferring packets etc. Voice communication Graphics Application ▫Using OGRE and CEGUI

What is Next? Integrating developed modules Developing the prototype

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