Skip to main content

buildz

Search This Blog

Voting for AU Classes

on May 08, 2009

Get link
Facebook
Twitter
Pinterest
Email
Other Apps

Voting closes at Midnight PDT.
BTW, vote for me, I've submitted 2 proposals:
Complex Non-Planar Panel Design Using Revit 2010
Photographing BIM: Unreal Images Using Revit and Mental Ray

Autodesk University Curtain Panel Mental Ray Rendering Revit

Get link
Facebook
Twitter
Pinterest
Email
Other Apps

Comments

Post a Comment

Popular Posts

Export Vasari/Revit to Rhino

While sending data out of Rhino and into Revit is pretty commonplace, I've seen a bunch of situations where folks need to go from Revit to Rhino and run into trouble. Data is imported and doesn't show up, imported geometry is faceted, or in some way not what you're looking for. Luckily, it doesn't have to be like this, you just need to change a couple default settings. Here's how to get a nice clean, smooth DWG into Rhino Step 1: Solids v. Polymesh Strangely, the default setting for DWG exports is polymesh. Assuming you want to bring in real smooth, accurate, analytic surfaces and solids, open up Export, Options, Export Setups DWG/DXF Go to the "Solids" tab and change "exports solids as" from the default "Polymesh" to "ACIS Solids" Step 2: DWG Versions Every 3 years, the folks who make DWG update the file format and often times it takes a couple releases for other companies to incorporate the n

Color By Numbers

We have all been rasterized and reduced to pixels that live on each other’s screens. Which got me thinking about how much of what we see is really a trick of the eye in pixel graphics. And thinking about the long history of this kind of abstraction underlying our perception of smooth imagery, usually done for the purposes of mass production Many of these mass production methods have been recycled back into the fine arts world, see Roy Lichtenstein and Chuck Close . . . And I got to playing around with a simple method in Dynamo to take regular photo inputs and convert them to the familiar CMYK color space for physical printing so that I could decompose any image and recompose it in a new format One that has multiple readings, from the up close to the resolved distance view And then making more of a physicality or requirement for presence to really see the drawings at multiple levels And trying to get a range of drawings, one that is seen from a distance, on that is seen in extreme close

Planar Panels: 2 Ways to Get Flat

A recurring question I have gotten: "is there any way with the 2010 Massing tool set to make Curtain Panels that are always flat?" A couple ways. [Edit: I have posted a better way for quad panels here: http://buildz.blogspot.com/2009/11/planar-panels-3-point-invisible.html ] Option 1 Real Triangle: Curtain Panel by pattern templates have a number of basic pattern, one is called “Triangular”. Curiously, this panel is made up of four points, and some users find it vexing. There is an explanation for this, just not a very good one, and it's boring. If you want to make your panel behave like a real triangle (always planar), grab the middle, extraneous point and pull it vertically up off the grid, Connect the remaining points by a reference spline by points, and proceed to forget all about the extra point. Voila, faceted surface with triangles! But planar triangles are too easy to design and too expensive to build. How about something more challenging? Option 2 Planar Quadr

Powered by Blogger