Autodesk, Inc. · NASDAQ:ADSK

Autodesk — Technical Presentation (2015)

32 slides from Autodesk's technical presentation, 2015

  1. Slide 1: Be heard! Provide AU session feedback

    Be heard! Provide AU session feedback.  Via the Survey Stations, email or mobile device.  AU 2016 passes awarded daily!  Give your feedback after each session.  Give instructors feedback in real-time. #AU2015

  2. Slide 2: Instruction Manuals Outdated?

    Instruction Manuals Outdated? Visit: AutodeskUniversity.com Click on My AU to start building your own desk reference (with materials from this decade). #AU2015

  3. Slide 3: Demystifying Large Point Cloud Data Sets for Simple Integration on Complex Projects

    Demystifying Large Point Cloud Data Sets for Simple Integration on Complex Projects Mark LaBell Jr Technical Leader – SSOE Group @mark_labell_jr Join the conversation #AU2015

  4. Slide 4: Class summary

    Class summary This class will guide participants on how to plan for using large amounts of point cloud data across multiple offices quickly and efficiently. The key planning aspects we will cover will be how to handle all sizes of laser scanning projects and how to define an accurate scope when doin

  5. Slide 5: Key learning objectives

    Key learning objectives At the end of this class, you will be able to:  Learn how to plan and budget for laser scans  Learn how to manage large data sets across a multi-office environment  Learn how to break up the point clouds into manageable file sizes  Learn strategies for modeling existing d

  6. Slide 6: Where are we now?

    Where are we now?  Prior to May 2014 few projects were scanned  Past 12 months we have spent $1.0MM+ USD on scanning facilities for our clients  Over 75 projects have been scanned since May 2014  Construction value > $1.25+ Billion USD  Last week of October 9 projects were being proposed/scanne

  7. Slide 7: What changed?

    What changed? PRO A\ AUTODESK.

  8. Slide 8: Applications used

    Applications used Autodesk NAVISWORKS REVIT RECAP/RECAP 360 PLANT 3D INVENTOR CIVIL 3D ACAD MEP ACAD Others MICROSTATION V8i KUBIT POINTSENSE PLANT FARO SCENE POINTOOLS

  9. Slide 9: So how do we get data to another office and most importantly fast?

    So how do we get data to another office and most importantly fast?

  10. Slide 10: Storage Setup

    Storage Setup  ReCap 360 Web utilized for non-modeling staff and project stakeholders  Large projects > 50GB users have 2nd HDD (SSD) with a robocopy routine to mirror network  Robocopy routine is specific to each project  Small projects < 50GB users point directly to network drive  Both drives

  11. Slide 11: Network Architecture

    Network Architecture  DFS is utilized to create a point cloud directory in each office  If local P:\ doesn’t exist then failover to closest office  Robocopy routine is run in server task manager to sync data between offices that need data  24TB Synology devices for attached storage  Future full

  12. Slide 12: Simple Network Diagram: Large Projects > 50GB

    Simple Network Diagram Large Projects > 50GB *Data is copied between offices via robocopy during off hours

  13. Slide 13: Simple Network Diagram: Small Projects < 50GB

    Simple Network Diagram Small Projects < 50GB *Data is copied between offices via robocopy during off hours

  14. Slide 14: ReCap Web best practices

    ReCap Web best practices  Always have two admins for project  Train each user even though it is simple  Setup viewpoints and review search functions  For multi story scans name views by floor  Sometimes it is simpler to break into separate projects  For integration into Navisworks setup hyperl

  15. Slide 15: ReCap Web Demo

    ReCap Web Demo A\ AUTODESK

  16. Slide 16: How to make a large project small…

    How to make a large project small…  Always edit data on local hard drive, NEVER edit on a network  Make sure that you have a SSD  Single largest performance increase with minimal capital investment.  Make sure Ortho is set in ReCap  Always do editing in unified data set

  17. Slide 17: How to make a large project small…

    How to make a large project small…  Export data “as-is” when you get spinning wheel of death  Have two or more computers to post process data  For tips to utilize ReCap on a remote desktop refer to handout

  18. Slide 18: Laser Scans Pre Edit

    AUTODESK UNIVERSITY 2015 A AUTODESK.

  19. Slide 19: Laser Scans Post Edit

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  20. Slide 20: Demo Plans/2D References

    Demo Plans/2D References SS Ti a 7A PERSPECTIVE VEW2 AUTODESK UNIVERSITY 2015 A AUTODESK.

  21. Slide 21: Demo Plans/2D References

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  22. Slide 22: ReCap Demo

    ReCap Demo ax AUTODESK UNIVERSITY 2015 A AUTODESK.

  23. Slide 23: +/- of RCP files with Regions

    +/- of RCP files with Regions  + Saves time for exporting each region  - Navis and Revit do not support regions  + Regions can control visibility in AutoCAD and ReCap  - Regions are a confusing concept for the non-ReCap user.  - Regions still process data while loading, therefore they don’t red

  24. Slide 24: Tips for Referencing RCS data

    Tips for Referencing RCS data  Do breakdown scans based on sheet breakdown and S.O.W.  Minimize crop regions for point clouds, performance is drastically decreased in Revit model  Create a work set for PointCloud models  Create a master NWF for point clouds only  Clash detection only occurs whe

  25. Slide 25: Demolished Point Clouds

    Demolished Point Clouds  Once demo plans are IFB begin demo work  Create new RCPs to remove “demo” points  Export two separate files, Existing to Remain and Demo  Link ETR model into design/review software  Use Navisworks and export of hatch to back check work

  26. Slide 26: Back check process Demo

    Back check process Demo &\ AUTODESK.

  27. Slide 27: Planning for Reality Capture

    Planning for Reality Capture

  28. Slide 28: Reality Capture Spec

    Reality Capture Spec  Define processes of your firm  How you use the data including examples  Minimum requirements for good data acquisition  Define project S.O.W.  Send 2D docs and pictures from site visit to vendor  Narrative of each attachment is crucial for good scope definition.  Define

  29. Slide 29: Reality Capture Spec cont.

    Reality Capture Spec cont.  Define the scanning area  Interior, Exterior, Roof, Above ceiling  Declare safety requirements  Declare deliverables and tolerances of registration  File formats, file transfer method, be sure to request raw data  Define base level scanning equipment  Refernce USIB

  30. Slide 30: Scanning Spec Demo

    Scanning Spec Demo &\ AUTODESK.

  31. Slide 31: Questions? Contact Information

    Questions?  Contact Information Mark LaBell Jr Email: [email protected] Twitter: @mark_labell_jr LinkedIn: www.linkedin.com/marklabelljr Phone: 734.262.1523

  32. Slide 32: Autodesk trademark notice

    Autodesk is a registered trademark of Autodesk, Inc., and/or its subsidiaries and/or affiliates in the USA and/or other countries. All other brand names, product names, or trademarks belong to their respective holders. Autodesk reserves the right to alter product and services offerings, and specific

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