These two programs will work for you in a complementary way, helping you to complete even the most ambitious projects, and giving your presentations the look you want.



Vectorworks 2012 plug-in to Artlantis 4.1 is available to download here!
Revit 2013 64-bit plug-in to Artlantis 4.1 is available to download here!
Revit 2013 32-bit plug-in to Artlantis 4.1 is available to download here!
Revit 2012 64-bit plug-in to Artlantis 4.1 is available to download here!
Revit 2012 32-bit plug-in to Artlantis 4.1 is available to download here!
SketchUp 8 plug-in to Artlantis 4.1 is available to download here!
Artlantis 4.1 can open all .atl files belonging to the previous versions. As a result, users owning an earlier version of their CAD software can also choose Artlantis 4.1 for their visualization tasks. The Artlantis settings can easily be updated in case they need to change the CAD model by using the reference file feature from inside Artlantis: File menu > Use Reference File....
For more information about Artlantis plug-ins, click here:
http://www.artlantis.com/index.php?page=products/plugins/index
Paris, February 14, 2012 – Following an overwhelming response to the call for entries in January, the 30 lucky winners of the Render[in] for SketchUp beta tester contest have been chosen. These talented Render[in] users will be invited to beta test Render[in] 2, scheduled for release in early 2012. View the 30 winning entries here. During the Render[in] 2 beta test phase, this fully-integrated, real-time radiosity engine developed especially for SketchUp Free and Pro users will be available for US$80.00, a 50% discount off the regular price! The upgrade from Render[in] 1 to version 2 will be available for US$80.00. About Render[in] for SketchUp Powered by Artlantis, Render[in] gives SketchUp users the high-definition, realistic renderings they've been looking for, in a powerful, easy-to-use application. Render[in] users can:
Because Render[in] is fully-integrated into SketchUp and uses the same settings, learning how to create high-definition renderings is fast and easy. Once the model is ready, Render[in] brings designs to life, by offering realistic additions like a 3D sky, four types of clouds, and modifiable lighting sources. Render[in] also offers additional texture settings to choose from, like specular reflection and shininess, and auto-bump for materials. Watch the Render[in] for SketchUp teaser! -end- |
NEW AQUATIC CENTER WILL SERVE AS A SPRINGBOARD FOR FUTURE, WORLD-CLASS ATHLETES
Paris, May 3, 2011 – The design for a new, competition aquatic center is the cornerstone of a larger athletic and field improvement project at Riverside Polytechnic High School in Riverside, California. It sits near a main entrance to the campus where several world-class athletes have launched their athletic careers. The building will start construction in the summer of 2011.
© Evan Troxel
Conceptually, the design of the center is based upon the movement of competitive swimmers and their proving grounds – the lanes of the pool. High, floating roofs cover the main program of the complex. Each roof form was generated by deriving a simplified diagram from the front and side views of the butterfly stroke, which led to the main butterfly roof over the entry and undulating canopy over the bleachers.
© Evan Troxel
Designed by Evan Troxel using a combination of tools including SketchUp and Bonzai3D for the building, and Revit for the site landscaping and hardscaping, the model was rendered in Artlantis. “I use a variety of tools depending on what I need at the time, and all of these modeling applications work with Artlantis,” Troxel said. “I love how I only have to learn one rendering program that all of my other tools can talk to,” he continued.
© Evan Troxel
The aquatic center includes a 50m pool, locker rooms, shower and dressing room area with a concession stand and ticket booth building, and a mechanical pump building for a state-of-the-art microturbine water heating system. There are also outdoor showers, an expansive pool deck for tournament booths and spectators, storage, and a swimming coaches office. All of this is surrounded by a custom-formed, poured-in-place concrete panel wall enclosure primarily for security, and will also be utilized for graphics and signage. Given that the aquatic center will become the new ‘front door’ to the campus, it will certainly make a strong first impression and a statement to the surrounding community.
About Evan Troxel
Evan Troxel is an educator and architectural designer specializing in public works projects that include K-12 schools, community college and university projects, as well as civic and other institutional projects in development at HMC Architects in Southern California. He has taught the 3D design component for first and second year architecture undergraduates and first year graduate students at Cal Poly Pomona’s school of architecture for the last ten years. He has also taught architectural building information modeling (BIM) in Mt. San Antonio College’s architecture department, the community college program that feeds into Cal Poly’s architecture program.