ThreeSixtySharp is a C# library for working with Autodesk’s BIM 360 Rest API.
“It is possible this could be expanded to work with Glue as well in the future.”
Check it out at:
https://github.com/frankfralick/ThreeSixtySharp
Andy’s very comprehensive version (from Grevity):
Download the family from hereTREE FAMILY (many types)
Or a project file with a fuller explanation from hereTREES COLLECTION
Read more:
http://www.grevity.blogspot.com.au/2013/11/tree-family-download.html
It would be interesting to combine this family with Randomizer and see what kind of forests you could create…
Along similar lines:
RevitCat: Revit Scaleable Spline Tree Family – http://t.co/K5dkONqzJn #Revit #BIM
— Revit Help (@RevitHelp) August 10, 2013
To me, this type of simple viewing solution may present a good alternative to 3D PDF for sharing basic visualization models to the Client and other non-design-team stakeholders. The key issue will be ensuring the web browser of the target user supports WebGL. I think it should also provide a constrained orbit mode.
Example Revit Export to view in WebGL
The export includes:
– Visible categories of the active 3D-View
– Solids and geometric instances inside the section box
The export itself creates a wpm file (WebGL-Publisher Model) and a html file which displays the exported model.
In addition to that all needed textures and JavaScript libraries are copied to the target directory.
Download trial:
http://apps.exchange.autodesk.com/RVT/en/Detail/Index?id=appstore.exchange.autodesk.com%3awebgl-publisherrevitexport%3aen
Other downloads at:
http://www.webgl-publisher.com/DownloadEn.html
Press release:
http://www10.aeccafe.com/nbc/articles/view_article.php?section=CorpNews&articleid=1208083&interstitial_displayed=Yes
Heads-up:
WebGLPublisher Export for Autodesk Revit puts 3D models on the Net http://t.co/Wv64ZTkCMN #3D #Revit #Autodesk #AEC #Architecture
— REVIZTO (@REVIZTO) July 31, 2013
From this post by Brian Payne on Archfuse:
RTC 2013 Presentation Information
I am making the handout and presentation that I did available for those that are interested.
Handout:
https://app.box.com/s/l8cojdnbml83wd8f231 a
Presentation:
https://app.box.com/s/mm9m83lipa4nvu65vgef
PAS1192-3 … covers the data transfer processes to inherit asset information from the project information model (PIM) or to create an asset information model (AIM) for an existing asset or portfolio of assets, to use it to support organizational requirements…
NOTE An organization may apply this PAS without necessarily needing to use BIM Level 2. However, an organization required to apply BIM Level 2 to the operational phase of an asset would need to apply this PAS.
To download a copy for review click Here
via
http://cadalot-revitlearningcurve.blogspot.com.au/2013/11/pas-1192-3-out-for-comment-until-2nd.html
In relation to PAS1192:2, The Digital Thinkbox holds a detailed summary of the Practical Implications of Implementing Level 2 BIM event.
Some interesting thoughts on the emerging Information Manager role:
Everyone understood that the Information Manager was a role rather than a person and that most, if not all, of the responsibilities defined were already undertaken by Designers and Contractors.
Some participants felt that there may need to be a reorganisation of existing roles and responsibilities to consolidate all of the information management responsibilities from a number of project team members down to one. Or could the role remain shared across a group of individuals with responsibility for elements of the role e.g. Design Manager, Document Controller, 4d Planning
It was unclear to the group how the role would be assigned; would the client specify their expectations or would it be down to one of the suppliers to ‘volunteer’. This was specifically unclear in situations where a Designer and Contractor were both under contract.
Read more
http://rebeccadecicco.blogspot.com.au/2013/08/level-2-live-workshop.html
HyunWoo Kim has been posting some very interesting stuff over the last couple to his English-language blog, Enjoy Revit. The content of his blog is quite interesting to me – including adaptive component rigs, solving documentation problems, and dealing with family and content creation issues.
2 point and 3 point Circle Adaptive rigs
with formulas, and this arch family for download
Symbol Annotation as 3pt Adaptive for sections
download
A very curved automatic Adaptive Stair
download
Workaround to enable the “Show Only if Instance is Cut” option for Symbolic lines
(ie. switch to Structural Framing and back again)
Curved Insulation Family
download (quite a lot of work in this)
The hidden edge trick in 3dsMax for Sketchup import to Revit
I posted about this here
His Korean site is at Enjoy Revit : 네이버 블로그 . He also has a Google Site at:
Enjoy Revit.
He is quite prolific on Youtube too – his channel (in English) is:
HyunWoo Kim – YouTube
While the free Labs Point Cloud Feature Extraction for Revit 2012 is very hard to find these days, there is a version of this tool available for AutoCAD:
Point Cloud Feature Extraction | AutoCAD | Autodesk Exchange Apps
Use this plug-in to create geometry and primitive shapes that align with the features of the point cloud. To help isolate the shapes, planes, and sections you want to extract, you can crop, or hide, one or more areas of the point cloud.
EDIT It looks like this in AutoCAD 2014:
Just import a point cloud, select it, and the tools become visible in the Ribbon.
This technique allows file operations and programs to be initiated from an in-canvas Revit modelling session, without the need to switch to Windows Explorer.
Basically, you just need a Symbol family with URL instance parameter. In the URL parameter, paste a fully resolved path to the script or exe file (you can use Shift + rightclick to quickly get this from Explrorer in Windows 7). Now, when you select the Symbol family, click on the dots in the Properties Palette – the exe or script will run, directly from Revit
Potential uses:
- Launch any program
- Launch a program that may be useful in-canvas (like Colorette)
- Launch a search program like Locate32, that can be used to search for Revit content and drag-drop into the Revit session
- Copy point clouds to local drive
- Map network drives
- Archive RVT folder script, perhaps using 7-zip
- Run Autodesk program update packages (some of these may require Revit to be shutdown)
- Run add-in installers (that will probably require Revit to be updated)
- Copy macro updates
- Delete Revit backup files script
- Clean up Journal folder
- Make a backup of Keynote file or Shared Parameter file (perhaps used before editing)
- Run Windows Task Scheduler tasks
- Shutdown the computer
Here is a sample annotation family with URL parameter to download
Once you have the Annotation family loaded and placed, just add the suitable path, and then select the element and click where the little dots should be:
The command is instantly triggered.
In a worksharing environment, you could set up a Drafting View where you placed different instances of this “linker” family to trigger various project-related scripts.
This idea grew from this post and this one about copying Point Clouds.
Some up-to-date info on data exchange between Tekla and Revit, including IFC and SDNF workflows (from revit structure blog):
The main purpose of the IFC import into Tekla is to allow the fabricator to accurately build a model from the consultants Revit model. However, you can convert certain objects from the IFC file to native Tekla objects such as beams, columns, footings etc. This is clearly useful rather than building a model from scratch. I tried this on a few beams and columns and again found no discrepancies with the original Revit Structure 2014 model, however, as you would expect the stairs translated to a bounding box. See the below image including the report.
…
I also imported an IFC model from Tekla to Revit with some fairly good results that are fine for coordination purposes. I would imagine that this may be better in a product such as Navisworks…
…
The best way to incorporate the analytical model from Tekla to Revit is to transfer the model as CIMsteel (Note that you will need to install the SDNF Import/Export for Autodesk Revit 2014). This gives you the option of transferring the analytical model
Read more:
Revit Structure 2014 and Tekla Structures 19.1 | Autodesk Revit Structure
From Darren Snook:
Essentially, 2 URL parameters are added to the family. The first is pathed to a csv file, which allows much easier editing than the text file. The second points to a batch script, which will copy the csv files to text files for Revit to use as the catalogue to load from.
Video:
Read more / via:
Revit @ Waterman: Type Catalogue Tips
Here’s a question though: In 2014-world, does this scenario become a little different – as Type Catalogs can exist in the family?
