The SistemaFormal team first utilizes VisualARQ’s dynamic sectioning tools to study and validate certain spatial aspects they want to achieve in the design proposals. Additionally, the team used VisualARQ to generate efficient and precise documentation to quickly meet all of the competition requirements. “With a traditional CAD method, the documentation process becomes cumbersome. We worked everything in Rhinoceros and Grasshopper so we had one model through which we could use VisualARQ to extract all of the information we needed in a very fluid and efficient manner”, says Dejanon. Andrés is looking forward to making full use of the tools provided by VisualARQ in future projects and competitions.
A Rhino design analysed by VisualARQ: Porsche Pavilion by Henn Architekten
The use of Rhino software in the Porsche Pavilion of the Autostadt in Wolfsburg, has given a building that equals its character of sculpture and the image of the brand it represents. The monocoque design by Henn Architekten stands out for its lightness and the strength of a self-sustaining structure covered by perfectly uniform steel sheets.
Porsche, a brand with those connotations of elegance, speed and exclusivity deserves that the building representing the company also displays those values. InVisualARQ we firmly believe that HENN Architekten have succeeded with the Porsche Pavilion, the architectural design made with Rhino that we discuss today.
The following projects showcase the work of Andrea Gavagnin, an Italian architect who virtually recreates existing buildings in collaboration with architect Cristian Boscaro.
Andrea and Cristian presented their work based on the Bibione Lighthouse project at the 11º RhinoDay in Padova last 14th November. In the presentation they showed how Rhino, VisualARQ and Arena4D helped them to improve the workflow in their projects.
The Bibione Lighhouse project was designed to test and evaluate the efficiency of VisualARQ and Arena4D.
The Arena4D plug-in was used to visualize a point cloud, obtained from a 3D scan, inside Rhino.
VisualARQ did the rest:
Recreate the existing building from the point cloud using BIM elements.
The contractor of the Lighthouse project comissioned the production of the project documentation drawings (4 floor plans, 4 elevations and 2 sections) from the scanned building.
Using the traditional techniques for the generation of these plan drawings (AutoCAD for the 2D drawings and the Leica Cloudworks plugin to import the point cloud from the scan), Andrea needed nearly 4-5 days to finish the work.
However, using Rhino, VisualARQ and Arena4D plug-ins, the production of these drawings was finished in just a day and a half.
In addition to saving time, Andrea highlighs other big advantages of using VisualARQ in combination with Rhino for his projects:
The speed to model the building in 3D using VisualARQ parametric architectural objects.
The ability to get all the required plans (sections, floor plans and elevations) from the 3D model. The plans are linked to the model and they get updated after any change. There is no need to redraw them anymore.
The flexibility to model complex elements, which would have been taugh to handle in other software packages.
The option to create doors and windows from 2D curves, thanks to the Opening from curves command.
The second project, a residential house, is a case study for dimensioning and 3D modeling aimed at the production of 2D documentation for further building interventions.
Andrea will keep using VisualARQ in other projects, we hope we can show them soon!
Images provided by Andrea Gavagnin (email@example.com).
VisualARQ presents a Rhino project: Kunsthaus in Graz, Austria
VisualARQ presents an extravagant building for contemporary art, the Kunsthaus museum that seems to float above Graz (Austria). In this Rhino project, Crab Studio has developed an innovative architectural design and a creative use of materials. The biomorphic building is covered by almost 1.300 blue translucent Plexiglas panels. The main façade contains a BIX installation, by Realities United, that allows to project videos and messages, acting as another exhibit space.
This remarkable building is physically linked to the one the most important old buildings of the city with a “needle”, a bridge and viewpoint, which connects traditional and contemporary architecture. (more…)
VisualARQ analyzes a Rhino design: Louisiana Sports Hall of Fame and Northwest Louisiana History Museum
VisualARQ visits an architectural project designed with Rhino by Trahan Architects for the Louisiana Sports Hall of Fame and Northwest Louisiana History Museum.
Pleated metal panels, evoking the shutters of the plantation houses of Louisiana, cover the outer skin of the building. This austere appearance does not even suggest the interior architecture. We enter into a succession of dynamic and sculptural curves, forming a winding path through the interior of the facilities. The inspiration is the river, which bends and excavates the ground before emptying into the nearby CaneRiverLake.
VisualARQ integrates IFC export to share models with other AEC applications
VisualARQ bets for Rhino for the design and generation of documentation for parametric and freeform architecture. If you want to combine their varied possibilities with other programs, you need a common language and a file viewer.
IFC is the most common format and it is included in many developers’ software. You can transfer files with .IFC extensionpainlessly between your architectural software.
When you work on a project, you exchange information with others: collaborators, partners, contractors or anyone assisting in any phase of the project. And, of course, not everyone will have the same software installed because the suppliers of materials or services use the software they believe is the most suitable to their activity. Here lies the real advantage of IFC, the fact the flow of information and the work on models are truly collaborative. It is a smooth and simple way of working, without errors or confusions that could result in delays or extra costs. You don’t need to interpret a design, you simply have to look at it.
VisualARQ and Solibri Model Viewer complement each other to share architectural projects. Image: solibri
Since your models will be used by different people for different purposes, how can these people properly view them? Thanks to Solibri Model Viewerand its seamless integration with BIM.