@RTCEUR 2014 | Jay Zallan's Class Presentations and Downloads

Hello from Dublin -Yes, Ireland -Well when this publishes I will be en-route, so Hello from 35,0000' or so ;)

To get the RTCEUR 2014 thing going and to provide, for those unable to attend, a portion of 'the goods',  I am posting my class handouts, presentations and associated downloads and links.
I do hope you enjoy!!! -And get some value from them obviously :D

The video (that is obviously not in the pdf below) can be watched below or at: http://youtu.be/923jxZY2NPI 

The point of including this video is to speak to my point that 'reality' is relative to us humans and what we make of it and ourselves is really the only game we play.

I find it a wholly liberating concept that we may only be minor players, on a tiny spec in the cosmos, but that we can have large relative impact for one another!!! Therefore:

• Let's Play Big, With Integrity and Always Strive to be The Best We Can Possibly Be!!! 
• Liberate Your Own Greatness(es); That Will Both Inspire and Free Others to Liberate Their Own!!!

Direct Links:

Hot Models Wanted

https://www.scribd.com/doc/244150740/2014-RTCEUR-Jay-Zallan-Hot-Models-Wanted 

https://www.scribd.com/doc/244150739/2014-RTCEUR-Jay-Zallan-Hot-Models-Wanted-Slides

BIM Junkies' Life On The Lines

DataSet Files: https://app.box.com/s/nog28j8mejyhpewiwd22

https://www.scribd.com/doc/244150737/2014-RTCEUR-Jay-Zallan-Line-Based-Lab

https://www.scribd.com/doc/244150738/2014-RTCEUR-Jay-Zallan-Line-Based-Lab-Slides

Embedded Files:

2014 RTCEUR Jay Zallan Hot Models Wanted

2014 RTCEUR Jay Zallan Line Based Lab

10 Revit files and where they are

THIS LINK will bring you to a post of 10 Revit files you may need to know of as well as know where they are.

Thanks Revit Clinic!!!

In case you were wondering about why I used the image at left?

Well, it's a painting I did, titled "The Mystery of..." and seeing how these Revit files may be mysterious... You can guess the rest...

Happy Winter here in the Northern Hemisphere and Great Summer to those in the Southern...

Autodesk Revit Architecture 2010 Preview

So here's a nice selection of information From ADSK on Revit 2010. If you open these in other windows (in your browser) your surfing will be much easier... Cheers, -J

Detailed Features

Autodesk® Revit® Architecture software helps you gain a competitive advantage with tools that help keep all your design information better coordinated and more accurate.

View Larger New Conceptual Design Tools Autodesk Revit Architecture software offers new easy-to-use conceptual design tools that support your creative flow. Sketch freely, create free-form models easily, and manipulate forms interactively. You can define forms and geometry as real building components for a smooth transition to design development and documentation. As you design, Autodesk Revit Architecture automatically builds a parametric framework around your forms, offering greater levels of control, accuracy, and flexibility. Take your design from concept model all the way to construction documents all in one environment.

View Larger Streamlined User Interface Autodesk Revit Architecture 2010 software features a sleek, new user interface that offers better desktop organization, a larger drawing window, and quick access to the tools and commands you need. You’ll be able to find your favorite tools faster, locate lesser-used tools more efficiently, and discover new features more easily.

View Larger Bidirectional Associativity A change anywhere is a change everywhere. In Autodesk Revit Architecture software, all model information is stored in one place. As a result, any information that gets changed is effectively changed throughout the model.

View Larger Schedules Schedules are just another view of the Autodesk Revit Architecture model. A change to a schedule view is automatically reflected in every other view. Functionality includes associative split-schedule sections and selectable design elements via schedule views, formulas, and filtering.

View Larger Parametric Components Parametric Components, also known as families, are the basis for all building components designed in Autodesk Revit Architecture. They offer an open, graphical system for design thinking and form making as well as an opportunity to express design intent at increasingly detailed levels. Use Parametric Components for the most elaborate assemblies, such as cabinetry and equipment, as well as for the most elementary building parts, such as walls and columns. Best of all, no programming language or coding is required.

View Larger Design Options Develop and study multiple simultaneous design alternatives to make key design decisions. Present multiple schemes to your clients easily. Substitute each option into the model for visualization, quantification, and other data analysis to better inform decision making.

View Larger Detailing Take advantage of the extensive detail library and detailing tools that are part of Autodesk Revit Architecture 2010. Presorted to align with the CSI format, detail libraries can be tailored to accommodate your office standards. Create, manage, and share your own detail library.

View Larger Material Takeoff Calculate detailed material quantities with this new tool. Appropriate for sustainable design and checking material quantities in cost estimates, Material Takeoff facilitates the tracking of material quantities. The parametric change engine helps ensure that your material takeoffs are accurate.

View Larger Revit Building Maker The Revit Building Maker feature provides a seamless way to turn conceptual forms into functional designs. Select faces to generate walls, roofs, floors, and curtain systems. Use tools to extract important information about your building such as surface area or volume per floor. Conceptual forms may be created natively in Autodesk Revit Architecture or imported from applications such as AutoCAD®, form-Z, Rhino, Google SketchUp, or other ACIS- or NURBS-based applications into Autodesk Revit Architecture software as mass objects.

View Larger Interference Check Use interference checking to scan your model for collisions between elements.

View Larger Design Visualization Capture design ideas in a photorealistic state. With easy user interaction, high-quality output, and faster render times, the mental ray® rendering engine enables superior design presentation. For more granular control over the rendered scene, use the Autodesk® FBX® file format to import your designs into Autodesk® 3ds Max® Design software. You’ll get unmatched flexibility and control over how you visualize and present your work. Learn more about design visualization.

View Larger Native 64-bit Support New native 64-bit support enhances Autodesk Revit Architecture’s ability to handle large projects and improves performance and stability for memory-intensive tasks such as rendering, printing, model upgrading, and file importing and exporting.

View Larger Enhanced Interoperability Interoperability enhancements enable you to work more efficiently with members of your extended project team. Now you can export your building model or site, complete with critical metadata, to AutoCAD® Civil 3D® software. And you can import accurate models from Autodesk® Inventor® 3D mechanical design software.

View Larger Autodesk 2D and 3D DWF Integration Autodesk Revit Architecture software supports complete round-tripping of markups with Autodesk® Design Review software. Because Autodesk Design Review software’s markup capabilities combine with Autodesk Revit Architecture navigation and revision management capabilities, tracking changes is easy. There’s no need to re-enter information. Autodesk Revit Architecture supports publishing a model to 2D or 3D DWF™ format. This capability provides high-impact, dynamic communication of design information in a lightweight format. It’s great for including nontechnical participants in the project review process. Resource Center Product Download Services & Support Building Information Modeling (BIM) Features Detailed Features System Requirements White Papers Customer Stories Product Trial News & Events Related Products Documentation How to Buy Subscription Benefits FAQ (pdf - 173Kb)

Autodesk Revit Architecture Brochure (pdf - 3950Kb)

Filter This!!! Selectively Selecting in Revit.

Here we go with 9MB of Filtering goodness. (You may want to click the "Play" button!!!)

Can't be easier than that, huh??? I hope it was worth the wait!!!

Spiral Ramps: a Helix of a Solution

Before I begin to begin (added 06-11-2008), I seem to have found that Internet Explorer still sucks and will not show some of the graphics for this post... while this is unfortunate it doesn't ultimately affect the bottom line of the "how-to" portion of this post...BTW: Go get Mozilla Firefox!!! Yes that is a link to it!!!

Well before I begin (and if you were wondering where) that transcription for the AU Unplugged session that I did is, well, I am taking a bit longer than expected (as can be ascertained by it not being complete yet). I am working on it and have also asked ADSK again if they'd let me post the actual audio, so soon you can expect to have one or the other.

That said let's get to the helical Ramp. BTW one can extrapolate these procedures out to create Spiral Stairs as well...they both employ very similar processes!!!

A helix (I love that word) Is defined by Wolfram Math World (IMO the coolest math site) this way:

"...The helix is a space curve with parametric equations

			(1)
			(2)
			(3)

for , where is the radius of the helix and is a constant giving the vertical separation of the helix's loops.
The curvature of the helix is given by

(4)

and the locus of the centers of curvature of a helix is another helix. The arc length is given by

(5)

The torsion of a helix is given by

(6)

so

(7)

which is a constant. In fact, Lancret's theorem states that a necessary and sufficient condition for a curve to be a helix is that the ratio of curvature to torsion be constant.
The osculating plane of the helix is given by

(8)

(9)

The minimal surface of a helix is a helicoid. SEE ALSO: Generalized Helix, Helicoid, Seashell, Slinky, Spherical Helix, Spiral."

What we want to create is a Revit Ramp (AKA: a (circular Helicoid)

"The (circular) helicoid is the minimal surface having a (circular) helix as its boundary. It is the only ruled minimal surfaceplane (Catalan 1842, do Carmo 1986)." - Wolfram Math World

Go to the Modeling tools and choose Ramp (obviously). if you first create a couple of Ref Planes your going will be smoother.

Now that you're in Sketch Mode you will want to set the Ramp Properties -not shown- (from the Design Bar) and set the width, slope, etc. Notice the Slope is a Type Parameter? (If you change this or any other Type Parameter then your best course of action (and the recommended one) is to Duplicate the Type and have a new ramp to use)

Above is a 3D and plan view showing the "Run" sketch that says it's long enough (though it's not for me). If you look below you'll notice that I dragged the run line and snapped it to the horizontal Ref Plane (don't worry if the ramp's readout, in sketch mode says you have a negative amount left; the ramp will still go cleanly up to the top level (or offset thereof) as per your previous 'properties' setups)

The reason that I snapped to that Ref Plane so when I copy these up to other levels rotate them I will be able to use 180° to get the final helix. The length of your helical Ramp will probably require the most of your efforts to figure out; the rest of their creation is pretty quick.

Now Finish Sketch.

OK, so now I am going to trust that you can copy then 'paste aligned>select levels by name...to get the new ramp up to the next level... And I am trusting that you can rotate the new copy and even align and possibly move it into place, then repeat until you get the desired end result...


Good Times!!!
-J