content and graphics in the virtual atom smasher game theodoridou lioumpa, ph/sft cern 2015

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Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

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Page 1: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Content and Graphics in the

Virtual Atom Smasher game

Theodoridou Lioumpa, PH/SFTCERN 2015

Page 2: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Outline

1. What is Virtual Atom Smasher

2. Collaboration with partners

3. Educational content

4. The new game graphics

Page 3: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

1. What is Virtual Atom Smasher

Page 4: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Virtual Atom SmasherIs a pilot project of the Citizen

Cyberlab EU research project

It is an educational platform, through which people can learn about High – Energy Particle Physics.

It measures learning and creativity of the end-users.

Page 5: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

V.A.S. before my collaboration

Page 6: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

V.A.S. now

Page 7: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

ImprovementsAdded educational content

Simpler to understand by everyoneEvaluation questions in every termOverall organization of the in-game knowledge

Assisted the development of mini games

Graphics Unique style to increase interest

Page 8: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

2. Collaboration With Partners

Page 9: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Collaboration with Partners

1.Evaluation and Integration of the results from Work Package 2 (WP2) of the Citizen Cyberlab project.

2.Collaboration with the University of Paris Descartes ( UPD ) for the development of mini games (WP3).

Page 10: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Evaluation and Integration of WP2

WP2 is a research material produced before the development of the pilots :Creativity Requirement ( UCL )Learning Behaviors ( UNIGE )Community Engagement ( TMC )

Page 11: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Evaluation and Integration of WP2

1. GamificationA means of sustaining and motivating participation

2. Belonging in a groupGamer’s, Scientific

3. Team spirit with a Common GoalBonds the playersEngages them in the game

Page 12: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Evaluation and Integration of WP2

4. Competition

5. Recognition of achievements Strengthening the individual identity

6. Contribution Gives the feeling that the players effort is useful The player’s achievements are taken into

consideration

Page 13: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Evaluation and Integration of WP2

7. Record of Personal ProgressDiscovering own capabilities

8. Communication and SocializingSustaining engagement by participating in social

interactionsForums

Contact with the scientists and with each other

Page 14: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Evaluation and Integration of WP2

9. What is Behind the ScenesWhat is the the theory and the scientific research

behind the gameWho are the scientists behind the game

10. Progress of the project

Page 15: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Integration of WP2 in V.A.S.

Page 16: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Integration of WP2 in V.A.S.

Page 17: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Collaboration with UPDCreated the specifications of three educational

mini games Introduction to Hadronization Introduction to Color ChargeExplanation of Final State Radiation

Designed the graphics of each mini game

Overseeing the development process

Page 18: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Collaboration with UPD

Page 19: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Collaboration with UPD

Page 20: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

3. Educational Content

Page 21: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Content DevelopmentPhysic’s terms

Simplified explanationsLink to external materialRed Wire Mini games

Page 22: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Simplified Explanations

Page 23: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

4. The New Game Graphics

Page 24: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

The New Game GraphicsHand Drawn Post Processed Graphics

Series of paintingsHand drawn detailsVisually appealing design system Improved aesthetics

Page 25: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Login Screen

Page 26: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Home Screen

Page 27: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

The Quantum Machine

Abstract mechanical equivalent of Pythia’s event generator

Page 28: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Tuning Screen

Page 29: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Simulation Screen

Page 30: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

Help Screens

Page 31: Content and Graphics in the Virtual Atom Smasher game Theodoridou Lioumpa, PH/SFT CERN 2015

We are waiting for your feedback !

http://test4theory.cern.ch/vas