[…] snapping capabilities. OpenCities Map PowerView also includes dimensioning, annotation, raster display, printing, and publishing. Features are created by the administrator and include placement methods, properties, customized domain lists, and automatically generated input forms. Projects created by the application have a simplified interface to quickly create complete and accurate geospatial objects. OpenCities Map PowerView also […]

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[…] brands and pr oduct names are trademarks of their respective owners. CS 25176 06/20 façade. The team took each of the panels and applied them  to the polygon envelope based on color, automating and accelerating the generation of a complete façade model.  This seamless compatibility made it realistic for JPW  to model the ceilings to LOD 300, including the lighting fixtures and fittings. “Typically, modeling the ceilings to this level of detail on a project of this scale would be nearly impossible and certainly unusual. GenerativeComponents  made it realistic for us to fulfill this documentation requirement,” said Yap. The team used existing data for the façade boundary, columns, and core, subtracting them from the ceiling region to generate a  script for the ceilings. Team members then sliced the ceiling model into tiles that corresponded to an Excel spreadsheet containing the lighting data. JPW used the color-coding method to reference the ceiling lighting layout for the  multiple floors. A similar process was used to layout the HVAC diffusers, provided by the mechanical engineer  through an IFC model.  Leveraging GenerativeComponents   Drives Efficiencies   Leveraging the algorithm-driven features of OpenBuildings  Designer enabled JPW to maximize data potential,  developing scripts and performing parametric modeling to automate previously manual processes. The solution streamlined workflows for the tower structure, façade, and ceilings, enabling two people to design and generate data for more than 1,400 tower columns, 8,000 façade panels, and 179,000 ceiling tiles. Checking and updating the tower columns previously took one person one week; with OpenBuildings Designer, it was completed in one hour. JPW modeled all the façade panels in less than one hour, compared to two weeks using traditional methods; and one person updated and integrated changes to the façade model in one day, compared to two people taking an entire week. Through iterative and automated scripting, the team quickly explored numerous options for shading and solar access to deliver an elegant, energy-efficient façade and comfortable indoor working environments. Computational design methodologies have been integral   to the detailed design development and documentation process of 6 & 8 Parramatta Square. Combining parametric and rule-based design optimized digital workflows while  maintaining flexibility and rigor across the project. Bentley’s integrated design solution facilitated accurate building design, including input and changes from contractors. Modeling the objects familiarized JPW with the spatial implications that are important to architectural design. By integrating color-coding for visual differentiation and scripting failure mechanisms into the data flow, JPW automated design verification, replacing manual methods of error-checking and eliminating the risk of human error. Over the entire project period, JPW achieved significant time and cost savings, as  well as optimized design outcomes to meet all planning   and sustainability goals. The building will be efficient  in terms of energy, waste, materials, indoor environment,  and water. The building will have usable and inviting civic spaces, showcasing the next generation of green buildings  of this size and scale. Digital Twin Facilitates Design Coordination   JPW used OpenBuildings Designer to establish a connected  data environment to facilitate integrated design by implementing a digital twin. Creating a digital twin was  fundamental to understanding the project’s design and development. JPW relied heavily on digital data provided from all services and structural engineering consultants. Therefore, it needed to ensure that these models and their documentation methodology were aligned with the architecture. Using the digital twin as an architectural control model to reference multidiscipline data, JPW tested design alternatives to determine the architectural impact that enabled the resolution of complex spatial parameters and clashes. Working with the integrated 3D model allowed the architects to identify and timely resolve inconsistencies, mitigating any negative financial and architectural impact, and avoiding rework. The digital twin helped JPW seamlessly and timely   exchange data and models in formats accessible to all   project participants. Bentley’s 3D digital application facilitated the generation of 2D drawings and documentation directly from the model, streamlining both office workflows and coordination processes between architects, contractors,  and consultants. Using the digital twin from conceptual design through construction defined the collaborative methodology, helping arrive at a design solution that celebrates the architectural vision while meeting client  requirements and the project’s ecologically sustainable goals. “Without the digital twin, the project would not be able to be  delivered,” said Victor Au, architect with JPW. Shifting Perspective on Architectural Design   Architects often spend a disproportionate amount of time  trying to represent solutions rather than actually designing them. Computational design allowed JPW to focus on resolving problems and finding better design solutions to deliver 6 & 8 Parramatta Square. While scripting in OpenBuildings Designer was a time investment, within  only eight months JPW realized the rewards, saving countless hours and significant costs. In the past, it would have been inconceivable to design from an Excel spreadsheet. However, the success of this project has shifted the perspective on design, encouraging JPW to adapt this solution on future projects, reaping the benefits and optimizing delivery. “Computational design empowers us to rethink our  approach and, ultimately, the way that we design our architecture, shifting the way our studio thinks about  our practice in the future,” said Yap.  Find out about Bentley  at: www.bentley.com Contact Bentley 1-800-BENTLEY (1-800-236-8539) Outside the US +1 610-458-5000 Global Office  Listings www.bentley.com/contact “Computational design    has allowed our team to focus on resolving  problems and finding  better design solutions.”  – Sarah Yap,   Computational Design Expert,  Johnson Pilton Walker

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Integrated Design Approach Saves Time and Money