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HOOPS

HOOPS. 3D image modeled in Trace Parts 3D. Screen capture provided courtesy of Trace Software, Spatial OEM Partner. Visualization Strategy. Meet visualization needs of diverse OEM customers Enable and accelerate data visualization across all businesses

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HOOPS

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  1. HOOPS

  2. 3D image modeled in Trace Parts 3D. Screencapture provided courtesy of Trace Software,Spatial OEM Partner. Visualization Strategy • Meet visualization needs of diverse OEM customers • Enable and accelerate data visualizationacross all businesses • Deliver small to largeamounts of data overnetworks of varyingbandwidth

  3. Screen capture of HOOPS 3D Part Viewer for ACIS. 3D Visualization Products • HOOPS 3D Application Framework • Rapidly develop 3D graphics-based applications • HOOPS 3D Stream Toolkit • Fast data streamingand compression • HOOPS/ACIS 3D Part Viewer • Free software for viewing andmanipulating ACIS .SAT files

  4. Provided courtesy of AMI 3D image provided courtesy of CADKEY Corporation. Cost-effective • No up-front evaluation license fees • Saves resources and costs • Eliminates time spend developing code, debugging, and testing • Faster time-to-market • Additional source of revenue

  5. HOOPS/3dAF • Enables rapid development of 3D graphics-based applications • Extensible framework • Extensive graphics functionality • Powerful large model visualization • Integrate with HOOPS Stream Toolkit • Streaming I/O • .HSF file interoperability • Industry-proven Screen capture by HOOPS’ customer Tecoplan. Provided courtesy of TSA.

  6. Screen captures created in GAMBIT, byHOOPS’ customer Fluent Inc. Providedcourtesy of Tech Soft America. Extensible Framework • Source-code level reference applications • Create highly customizable applications • C, C++, and FORTRAN • Environment flexibility • Cross-platform support • Windows • UNIX • Linux

  7. Modular Architecture GUI Toolkit Events HOOPS 3D Application Framework Mouse Keyboard HOOPS/MVO HOOPS/GUI HOOPS/ Stream Display Print 3DACIS Modeler HOOPS/3dGS HOOPS/GM Bridge OT T OT= Optimized Tessellation T = Tessellation

  8. 3D image created in CADKEY, courtesy of HOOPS’ customer CADKEY Corporation. Powerful Graphics • Optimal rendering performance • Large model visualization • Level-of-detail support • Spriting • Culling • Extensive functionality • Sophisticated interactivity • Rich 2D and text support • Advanced hardcopy output

  9. Visualization 3D – HOOPS/3dAF 3D ACIS Modeler Integration Several Documented Examples STREAMING Of 3D Objects POWERFUL 3D GRAPHICS SYSTEM GUI Integration: MFC, Motif, QT, Java INTERNET Plug-in + Active/X

  10. Image created in FEVA, courtesy ofHOOPS’ customer PVM Corporation. Streaming • Stream highly compressed files • 3D data • 2D data • Custom data • 2D, parametric information,assembly structure, analysisresults, etc. • Robust stream format (.hsf) • Advanced geometriccompression • No data pre-processing • Over networks, the Internet, client-to-client

  11. Provided courtesy of SolidWorks The OpenHSF Initiative • Launched October 2001 • Joint effort between Spatial and TechSoft America • Designed to provide an open solution to the visual interoperability problem • Products shipping that support OpenHSF – more in development

  12. Supporters C D AIMLER HRYSLER

  13. Screenshot courtesy of Minitab The HSF Format Other Opcodes • File description and compression • Comment • File info • Start / Stop compression • Termination • Data association • Dictionary • Global / local keys • Explicit / implicit tags • Scene graph • Open / Close segment • Repeat object

  14. … AA … aa1 aa2 BB HSF Spec. A a1 a2 B b1 C c1 c2 c3 App. AA, BB Recognize A, B, C… Eval AA Eval A Eval C Display Display Display U.I. The HSF Format Architecture of an application reading HSF HOOPS Stream Toolkit HOOPS3D Application Framework

  15. Thank You.

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