Software : McNeel Rhino 4.0
Level : Beginner

Description : In this Rhino video tutorial we will build a 3d model of  Mies Van Der Rohe’s Barcelona Pavilion. This tutorial start off where part 3 of the previous series left off.

Topics Covered
- Exuding solids (poly Surfaces)
- Trimming Surfaces
- Modifying 3d Geometry
_ Working between 2D and 3D

Additional Information:

• Mies Van Der Rohe Foundation Website

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Software : McNeel Rhino 4.0
Level : Beginner

Description : In this Rhino video tutorial we will project a section drawing in 3d based on the the drawn plan and dimensional information about Mies Van Der Rohe’s Barcelona Pavilion.

Topics Covered
-Line Projection
-Modifying the cPlane
-Drawing in 3D

Additional Information:

• All walls are 3.1 m high
• The bench is .6 m high, the top is .1m and the boxes below are .5m high.
• The roof thickness is .3m
• The reflective pools are .3m deep.
• The stairs are .15 for the riser and .4 for the thread.
• The base is 1.05m high.
• The window frame (upper and lower parts) are .1m thick.

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Software : McNeel Rhino 4.0
Level : Beginner

Description : This Rhino 3D video tutorial goes through the basic steps of drawing a plan of Mies Van Der Rohe’s Barcelona Pavilion.

Topics Covered
-Setting up layers
-Basic line commands
-Creating blocks

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Software : McNeel Rhino 4.0
Level : Beginner

Description : This Rhino video tutorial will walk through the process of setting up a bitmap underlay for Mies Van Der Rohe’s Barcelona Pavilion.

Topics Covered
-Placing a background Image
-Scaling a background Image
-Moving a background Image

Additional Information:

Floor plan File
Roof plan File

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Software : Rhino 4, Autocad 2009, and Revit Architecture 2009
Level : Intermediate

Description : This Revit Architecture 2009 video tutorial covers how to import geometry from Rhino via Autocad.  Really this technique will work for any program that can output a .sat.  Even if the program cannot, Rhino imports many formats (such as .step or .iges) which you can then export as a .sat for Autocad.  The basic logic in this tutorial is to create a tower which has geometry too complex to build in Revit. We then pass it through Autocad to export a closed solid .dwg.  As of now Rhino only exports .dwg files as meshes (which do not work very well for massing objects) . We then run a few simple Massing operations such as scheduling, creating floors, and creating walls.  Lastly, we create a new mass from Rhino and re-import the geometry to have all our schedules update and will a few steps our geometry as well. Here is a link to the source files on the forum.

Topics Covered
-Exporting from Rhino
-Import .sat to Autocad
-Importing geometry for Massing in Revit
-Creating floors from a Massing in Revit
-Simple Massing schedule
-Creating walls from a Mass
-Updating the Mass by re-importing geometry

Here is a link to the source files on the forum

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