3D Visualization and EMF

Presentation given at Eclipse DemoCamp in München and Zürich in October 2014.

Transcript

1. I verdensklasse fra Trondheim 3D Visualization and EMF
2. Introduction • Senior Software Developer at Itema AS. • A small consulting firm. • All 30 employees are co-owners. • Java/Eclipse, .NET, iOS, Embedded, Android and more. • Committer at Eclipse Mylyn and Orbit projects. Torkild U. Resheim
3. Trondheim, Norway
4. Oil and gas • Europe’s largest oil exporter, worlds third largest gas exporter. • All obtained from the bottom of North Sea. • Extraction is both difficult and dangerous.
5. Alexander Kielland accident • March 1980. • Semi-submersible drilling rig used as a flotel. • Toppled over. • 212 people aboard,123 killed. • Caused by a fatigue crack in the right side of the rig.
6. MARINTEK • Performs research and development in the field of marine technology. • Headquarters and laboratories in Trondheim Norway - subsidiaries in Houston and Rio de Janeiro.
8. Introducing SIMA • MARINTEK together with Itema develops SIMA - a simulations workbench for marine operations. • For beginners: A tool to shorten the time to become proficient in modeling and analysis • For experts: A tool to shorten the time from project initiation to conclusion
9. SIMA Philosophy • 3D graphical representation of objects as they are being modeled • Instant validations of all changes done to a model • Feed input files to physics engines (numerical modules) • Run analysis • Post process analysis results • Generate reports
10. Visualization Modeling Animation Simulation Class Model Visualizing the EMF Model
11. Visualization Modeling Animation Simulation Class Model Visualizing the EMF Model
12. Visualization Modeling Animation Simulation Class Model Visualizing the EMF Model
13. Animation Visualization Modeling Simulation Class Model Visualizing the EMF Model NotifierFactory.create(location,"[utmX,utmY]] ",  new  FeatureChangeListener()  {     public  void  changed(){       updatePresentation();     }   }     Listen to a BodyPoints x,y,z values: create(bodyPoint,  "[x,y,z]")   Listen to all values in bodypoint: create(bodyPoint,  "[*]")   Listen to the winch feature in bodypoint create(bodypoint,  "winch")   Append several notifiers with "|" create(coupling,  "endPoint1.[x,y,z]| endPoint2.[x,y,z]")
14. Visualization Modeling Animation Simulation Class Model Visualizing the EMF Model
15. DEMO
16. Thank you! @torkildr tur@itema.no http://www.itema.no