DIMENSION PLUS - Blog by YuvrajDIMENSION PLUS - Blog by Yuvrajhttps://www.dimensionplus.in/blogs/author/yuvrajMon, 30 Mar 2026 16:28:01 -0700http://zoho.com/sites/<![CDATA[Real-Time and BIM Tools: building a seamless archviz workflow]]>https://www.dimensionplus.in/blogs/post/Real-time-and-BIM-tools-building-a-seamless-archviz-workflowBlog Credit : Twinmotion Architecture, engineering, and construction (AEC) professionals have historically used a range of architectural software progr ]]>

Blog Credit : Twinmotion

  • Architecture, engineering, and construction (AEC) professionals have historically used a range of architectural software programmers to create architectural designs. ARCHICAD, Revit, SketchUp Pro, RIKCAD, and Rhino have long been a part of the architect workflow, and a flourishing ecosystem of BIM and CAD technologies has evolved over time.
  • Real-time technology is attracting an increasing number of AEC experts because to its interaction and super-fast rendering. It’s now possible to quickly convert the various file types created by several CAD design applications for use in a real-time engine.
  • This allows architects to utilize their favorite design tools in a seamless workflow that takes advantage of full interaction and immersion.
  • Real-time features like the capacity to create VR experiences, present designs simply, and generate digital twins accelerate the architect’s workflow—and put new possibilities at their fingertips—when established CAD tools can freely interact with gaming engines.

Introducing Datasmith

  • Epic Games has taken up the cause of better, quicker, and more accurate CAD and BIM conversion to their real-time file formats, recognizing that real-time tools like Twinmotion and Unreal Engine may be game-changers for the AEC sector. As a consequence, you can In a seamless workflow, architects may utilize their favourite design tools alongside sophisticated real-time visualization.
  • Datasmith, a tool for converting BIM and CAD data into the Unreal Engine format, was published by Epic Games in 2018. Datasmith can convert sceneries from a number of different applications, including Revit, 3ds Max, SketchUp, SolidWorks, and Rhino, to mention a few.
  • You decide what to export, and Datasmith handles the conversion intelligently, preserving instances.
  • Best of all, if you make changes to your design in your software program later, simply re-export and click a button in Unreal Engine, and all of your changes will be reflected in the scene without the need to re-apply materials or other properties.

VR experiences

  • New possibilities for creating immersive experiences emerge when BIM and CAD data is swiftly absorbed into the real-time engine. Virtual reality experiences are supported by Twinmotion and Unreal Engine, allowing for collaborative evaluation in interactive VR.
  • For example, Zaha Hadid Architects uses Unreal Engine as part of their design workflow, creating interactive VR walkthroughs for everything from initial drawings to final customer clearance. They’ve discovered that using this approach allows them to envision the client’s vision considerably more quickly and with less friction than before.
  • Similarly, KA DesignWorks utilizes Twinmotion in conjunction with an HTC VIVE to take advantage of the software’s strong VR capabilities. These VR capabilities allowed the company to make adjustments to designs that would have gone unnoticed in 2D models on a recent project to revitalize an interesting building with amazing vistas of the Rocky Mountains.

Keeping it simple: Twinmotion

  • Architects may not require all of the Unreal Engine’s features, which is why Twinmotion was created as a real-time rendering alternative. Twinmotion is meant to be as simple as possible, with a strong emphasis on appearance. The Royal Horticultural Society, for example, has utilized Twinmotion to create a virtual reality tour of a new 154-acre garden. allowing its designers to see the entire project before putting a single shovel in the earth
  • Twinmotion offers one-click synchronization with Archicad, Revit, SketchUp Pro, RIKCAD, and Rhino, allowing architects to quickly transition from CAD to VR.
  • PLAN34, a design visualization business in the Netherlands, utilizes Twinmotion to showcase urban development concepts at stakeholder meetings, guiding them through the project in real-time and displaying drawings from various perspectives.
  • The Twinmotion Presenter is used by PLAN34 when it wants to give a presentation for clients to explore on their own. This feature allows the studio to share individual projects with clients and stakeholders in a standalone viewer, as tiny executable files that can be viewed without having Twinmotion installed.
  • This is where Twinmotion truly shines—for projects that are all about visualisation and basic interaction, designers are discovering that with Twinmotion, they can build a collaborative design experience in a tenth of the time it used to take.
  • Unreal Engine is a superior alternative for people that want sophisticated or data-driven interactivity.

Data-driven 3D models

  • Unreal Engine, unlike previous renderers, allows for configurable logic. Data from object information or a database may be supplied into the engine to control materials, animation, object visibility, and pretty much anything else that can be controlled parametrically.
  • This capability lends itself to a number of interactive purposes, such as digital twins of buildings or even entire cities, in which a virtual counterpart of a physical object is used to monitor or manage the real-life structure using aspects such as the internet of things (IoT) data.
  • IMERZA’s 3D-printed model of downtown Tampa, which combines projection mapping and real-time technology to show real-time data, provides a new approach to advertise real estate and analyze urban growth, is an innovative example of this.

Training and learning options

  • According to a recent poll by CGarchitect, 43 percent of respondents who are presently testing rendering engines are using Unreal Engine, while 22 percent are using Twinmotion.
  • Many instructional materials are available to assist new users in learning how to utilize these tools, making them easily accessible to individuals who are interested in trying out real-time rendering for the first time.
  • The fundamentals of getting up and running in Twinmotion are covered in a three-part learning course, which includes a comprehensive overview of the user interface and tools, as well as how to import ARCHICAD, Revit, SketchUp, and FBX content; how to bring a Twinmotion project to life with materials, landscape, entourage, and lighting; and how to create images, movies, construction phase animations, and VR apps.
  • Beginners to Unreal Engine may get started with a variety of tutorials, including one that teaches how to export Revit models to Unreal Engine and another that covers all you need to know about building architectural exteriors with the toolset.

Dedication to visualisation

  • With constant research and polls to determine what consumers want, Epic Games continues to push the boundaries of both conversion and rendering processes. Soft shadows and ray-traced reflections are now available in Unreal Engine, rivaling the best offline renderers. In terms of conversion software, Datasmith has been upgraded many times in the last two years and now supports more than 20 CAD programs.
  • So don’t be discouraged by sluggish conversions to classic offline renderers. Switch to real-time tools with ease, and you’ll have a faster, happier, and more productive workflow.
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]]>Sat, 24 Aug 2024 17:33:00 +0530<![CDATA[A 130 Year-Old Story The Architectural Survey of the Hungarian State Opera ]]>https://www.dimensionplus.in/blogs/post/Architectural-Survey-of-the-Hungarian-State-OperaBlog Credit : Graphisoft The enormous task of measuring and designing the Hungarian State Opera House was assigned to CÉH Inc. of Budapest, Hungary. T ]]>

Blog Credit : Graphisoft

  • The enormous task of measuring and designing the Hungarian State Opera House was assigned to CÉH Inc. of Budapest, Hungary. The use of point cloud technology in conjunction with building surveying and geodetic methods allowed for the creation of a detailed 3D model of this intricate structure while it was still in use. The final model is currently being used in the restoration process and will be used for management of the historic building in the future.
  • In 1873, the Hungarian Opera House was decided to be constructed. The jury chose the design submitted by renowned Hungarian architect Miklós Ybl after a public tender (1814-1891). The neo-classical structure was started in 1875 and finished nine years later, despite slight delays. On September 27, 1884, the opening night犀利士 – to which Emperor and King Franz Joseph were also invited – was conducted.
  • Miklós Ybl’s neo-renaissance palace has remained largely unchanged in the 130 years since it was built, and its repertoire and world-class acoustics continue to draw opera and ballet fans alike. Thousands of visitors flock to the building each year to see one of Budapest’s most spectacular nineteenth-century national monuments.
Building survey and its challenges
  • CÉH was tasked with conducting a survey of the Hungarian State Opera House and its other facilities (shop, sales centre, offsite storage, rehearsal hall, warehouses, offices, and workshops) and creating an architectural model based on the point cloud data. Trimble RealWorks 10.0 and Faro Scene 5.5 were used to process the data. It’s worth noting that gathering the data took a lot less time than processing it. Despite the fact that data collection ran simultaneously with the survey, the building’s complex layout and spaces, as well as the project’s difficulty, made it a time-consuming job. This necessitated several rounds of surveying before a specific building block could be completed. As a result, the survey and registration process took longer and involved further administrative work.
  • “Managing the files was greatly helped by using GRAPHISOFT BIMcloud, which
  • provided access to the file from practically anywhere in the world, at good speeds.”
  • Gábor Horváth, lead architect, CÉH
  • Despite having a large number of spheres and checkerboards on hand, the Opera’s staff would unwittingly move these instruments, preventing the surveyors from aligning the point clouds later. However, as time passed, the two crews became more accustomed to each other, and everyone’s work became more effective. Certain areas of the building (such as the props warehouse) were constantly changing, or the surfaces of these areas were too complicated for the measuring instruments (e.g., the rigging system covered in steel mesh, black surfaces backstage), making precise measurements difficult. Surveying the vaulted, often zig-zag spaces that make up the building’s auxiliary and mechanical areas on the lower levels was the most challenging and time-consuming aspect of the task. The surveyors were also confronted with similar vaulted structures on the elevations, a legacy of the original 19th century architect, Miklós Ybl.
  • Key surfaces, such as walls and floors, were often obscured by props and other equipment. In these instances, survey results will serve as the basis for only a rudimentary 3Dmodel. Photos and videos would be extremely helpful in recording the specifics of spaces that the scanner could not reach. The raw measurement data was imported into Faro Scene 5.5 for pre-processing and Trimble RealWorks 10.0 for finalising the measurements, which took a long time and resulted in extremely large point cloud files. Both types of data use a lot of hardware. Read More…
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]]>Wed, 14 Aug 2024 17:33:00 +0530<![CDATA[Zaha Hadid Architects turns to Twinmotion for early design studies]]>https://www.dimensionplus.in/blogs/post/Zaha-Hadid-Architects-turns-to-Twinmotion-for-early-design-studiesBlog Credit : Twinmotion Zaha Hadid Architects (ZHA) is one of the most well-known and creative architectural firms in the world. The business was fou ]]>

Blog Credit : Twinmotion

  • Zaha Hadid Architects (ZHA) is one of the most well-known and creative architectural firms in the world. The business was founded by the late famous architect Zaha Hadid, who was known as the “Queen of the Curve” for her iconic futuristic structures made of materials such as steel, concrete, and glass with remarkable curves and geometric patterns.
  • ZHA has long used Unreal Engine to create VR visualizations as part of its design process. It has also begun to use Twinmotion, a rapid real-time application, to iterate on ideas and disseminate them to stakeholders.

Fast real-time workflows for architectural designers

  • ZHA works on projects of different sizes and locations all over the world. In line with its eponymous founder’s boundary-pushing mentality, the business has a reputation for creative, experimental design.
  • When you have an idea that is entirely out of the box, the problem is expressing it in a way that others can grasp. It’s simpler for people to understand the creative vision behind an idea if you can successfully convey it early on.
  • ZHA investigates new technologies on a regular basis in order to improve its design process and improve communication. It was one of the first companies to invest in computers, and it has a long history of R&D to find new ways to operate. These now include everything from digital manufacturing to artificial intelligence.
  • Twinmotion, a real-time archviz tool, was developed as a result of the firm’s exploratory attitude. ZHA has gained a quick and easy means to exhibit ideas both inside the company and to clients since implementing the programme, but getting its architectural designers to adopt the new tool was never a foregone conclusion.
  • Because designers are more comfortable with conventional tools like pen and paper than CG software, simplicity of use is 樂威壯 critical if they are to embrace new ways of working enthusiastically.
  • Designer Marko Margeta adds, “With new tools like Twinmotion, real-time becomes accessible and widespread.” “The ease of the interface, the fun with which you can express your scenes, and not having to worry about all the technical aspects that real-time generally entails, such as light maps, PBR processes, or other technical concerns, are all advantages of utilising Twinmotion for designers.”
  • Because of these benefits, the tool has rapidly become a firm favourite at the company, allowing designers to spend more time on the final touches that elevate a product from excellent to outstanding. “The designer can work on the design for seven hours a day, and then have just one hour to show and explain his idea to management—and then to the client.”
  • Twinmotion Cloud, a Twinmotion product that is presently in Early Access, has made those client presentations a lot easier. Twinmotion Cloud allows anyone to access a Twinmotion project from any location using a web browser on any Windows or macOS desktop, without having to download or instal anything, and without requiring high-end hardware—ideal for sharing work for review with clients in remote locations or during the current work-from-home climate. The functionality is being gradually rolled out and is presently only available to business licensees.
  • “In the past, we’d have to bring a PC to the client’s presentation simply to be able to execute the project in real time,” Margeta explains. “And that’s where Twinmotion Cloud comes in handy, because we no longer have to care about the PC.”
  • Now, the team can simply submit their product to the cloud for rendering, then stream it back to the local PC to view. “This allows us to be less concerned about hardware limitations,” Margeta continues. “Everything is taking place on the internet. The project manager may access the model, examine it, and provide quick feedback to you from any location.”

Take it further with Unreal Engine

  • Quixel has partnered with Epic Games to provide an universe of lifelike 3D scanned materials, textures, and objects accessible to Twinmotion and Unreal Engine users for free.
  • Designers may use this technique to increase the photorealism of Twinmotion scenes significantly. In the most recent Twinmotion version, Quixel Megascans 3D assets and surface categories have been integrated directly into the Twinmotion library, providing quick access to new high-quality assets and materials. Because assets are stored in the cloud and downloaded locally as needed, the programme has no additional file size overhead.
  • “We’ve always wanted to use Quixel models, and they’ve lately introduced buildings and facades that allow us to create great urban environments,” Margeta adds. “It’s as simple as dragging and dropping using the Quixel integration right into Twinmotion. The immersiveness and realism of the project are greatly enhanced by these high-quality models.”
  • ZHA has also enthusiastically adopted the Twinmotion Importer for Unreal Engine, which is still in Beta. Teams may now start a project in Twinmotion and finish it in Unreal Engine, thanks to this much-requested feature. Anyone can simply work with Twinmotion to build the basic idea and then send the project over to Unreal Engine to expand it.
  • “Early design studies always work great with Twinmotion,” Margeta explains, “but once a project reaches a certain level of complexity, where it may require more customized, streamlined data flow or more sophisticated presentation methods, we switch from Twinmotion to Unreal with the Twinmotion Importer.”
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]]>Sun, 04 Aug 2024 17:33:00 +0530<![CDATA[Urban Planning Visualisation with Twinmotion]]>https://www.dimensionplus.in/blogs/post/Urban-planning-visualization-with-TwinmotionBlog Credit : Twinmotion Effective urban planning is about more than redesigning cities and towns. At its core, it’s about local democracy —the idea t ]]>

Blog Credit : Twinmotion

  • Effective urban planning is about more than redesigning cities and towns. At its core, it’s about local democracy —the idea that the people who use a space—and whose taxes go towards its development—should have a stake in it. 
  • Public participation is widely regarded as critical for ethical—and successful—urban planning. When residents are given an insight into the development process, the community takes better care of the area, demonstrates greater goodwill towards the project, and enjoys a higher level of user satisfaction once it’s completed. Because of this, the way proposed infrastructure works are communicated is incredibly important. 
  • Previously, local authorities might have relied solely on pencil-drawn sketches or miniature models to explain their plans. Now, interactive 3D tools enable them to provide compelling animations to go alongside static renders. These real-time visualizations provide a much more accurate sense of how the development will change the area.

Fast and effective urban planning visualisation

  • Nestled among the pine forests of south-west France lies Sophia Antipolis, the French Riviera's answer to California's Silicon Valley. It might seem like an unlikely spot for global technology giants and high-tech startups—but since its opening in 1969, Sophia Antipolis has attracted big names in technology, including Amadeus, Cisco, IBM, and Microsoft. 
  • The whole place is laid out as a park, with a notable absence of straight roads and an abundance of trees. In fact, two thirds of Sophia Antipolis is maintained as green areas. There’s also a firm sense of belonging—people based here identify strongly with the place, even calling themselves “Sophiepolitans”.
  • Given the residents' pride in the area, it’s understandable that when the region’s administrative authority wanted to undertake major infrastructure works, they needed an effective way to communicate the plans to the public.
  • The works proposed by the Sophia Antipolis Agglomeration Community (CASA) were for a new bus and tram route infrastructure. Designed to take the pressure off Sophia Antipolis’ transport network as the technology park grows, the bus/tram route includes 17 new stations, along with cycle lanes. The entire project has to deliver on a promise of sustainable development. 
  • To help the public understand its proposed plans, CASA commissioned Egis, a major international group involved in the construction, engineering, and mobility services sectors, to deliver a range of communication materials, as well as infrastructure studies. These would showcase a major section of the bus and tram route, and include a mix of video and still images.
  • The Egis team opted to use fast archviz tool Twinmotion to create these assets. While Twinmotion is perhaps best known for its efficacy in creating smaller residential visualizations, it’s increasingly proving its scalability on larger urban development projects like this.

Bringing different datasets together easily.

  • Egis’ first task was to digitally replicate the areas of Sophia Antipolis that would be affected by the development. It created a model of the works’ contextual environment based on data from OpenStreetMap—a global collaborative mapping project—combined with data from a topographic survey that was carried out on site to improve the accuracy of the digital model. 
  • The building models lining the bus-tram route were also created using open data and textured with façades from InfraWorks, Autodesk’s civil infrastructure design tool. The team created the models for the proposed new roads and infrastructure facilities from scratch using BIM infrastructure software Mensura Genius. Models from these and other third-party tools were exported to Twinmotion as IFC, SKP, and FBX files. “Data transfer to Twinmotion was pretty easy,” says William Weltzer, Project Engineer at Egis.
  • Twinmotion has been used by Weltzer for almost a year. The program is a perfect fit for urban planning tasks for him. “It’s a fantastic communication tool—it makes it a lot easier for customers and the general public to comprehend the project than old-school tools,” he adds. “You can show anything in three dimensions, with moving cars and plants, as well as realistic lighting and shadows. You can even visualize what the project will look like once it is completed from the perspective of a pedestrian.”
  • With all of the data in Twinmotion, Egis was able to use the tool’s robust feature set to bring the visualization to life. It was realistically populated with genuine features such as people and traffic to simulate how traveling along the bus-tram line would feel. “Twinmotion was tremendously helpful in producing the dynamic vehicle trajectories seen in the video,” Weltzer adds. “Moreover, creating the gorgeous and lively greenery with the paintbrush was simple.”
  • Because Twinmotion has been designed with ease of use in mind, it enables teams to create visualizations quickly—ideal for meeting tight deadlines. “Twinmotion enabled us to produce photorealistic renderings without spending too much time in production,” says Weltzer. “It’s very user-friendly and has features that are useful and relevant for our projects. “In my opinion, it has the tools best suited for what we do.”
  • Egis is one of a number of firms that has recognized it can capitalize on Twinmotion’s fast workflows to deliver big projects like these. Beyond the architects and designers using the tool for residential projects, there’s a growing pool of urban planners and government agencies using Twinmotion to visualize large swathes of urban areas—even entire cities. 
  • With new updates being made to Twinmotion all the time, project engineers like Weltzer can look forward to even more improvements to their urban planning visualization workflows. “I can’t wait to discover the new features and optimizations you’re working on to make our renderings even better!” he concludes. 
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]]>Wed, 24 Jul 2024 17:33:00 +0530<![CDATA[Award-winning architecture firm utilizes BIM for building an eco-friendly egg farm Chickenville]]>https://www.dimensionplus.in/blogs/post/award-winning-architecture-firm-chickenville-utilizes-bim-for-building-an-eco-friendly-egg-farmBlog Credit : Graphisoft Chickenville , located in Zagreb, Croatia, SKROZ is an award-winning architectural office engaged in the research and creation ]]>

Blog Credit : Graphisoft

Chickenville

Chickenville, located in Zagreb, Croatia, SKROZ is an award-winning architectural office engaged in the research and creation of space. The firm has used Archicad intensively for the past three years. Before migrating their practice to BIM, they used mainly AutoCAD. Since incorporating Archicad in their everyday practice, all projects have been completed using the software, from design sketches to construction plans.

  • One of the principals in the office has been highly engaged with Archicad since version 4.55, and introduced the firm to a wide range of its benefits. In recent years, transition to BIM in general became necessary, in which Archicad was an obvious choice for our office to evolve,
  • explains Marin Jelčić, one of the founding partners of the company.
CHICKENVILLE Project
  • CHICKENVILLE was a project for one of their long-term clients in the village of Rakov potok near Samobor, Croatia, for whom they have completed many projects. A small kindergarten was one of those ventures. While speaking with the children, the client discovered that, despite living in a rural area, the majority of them have no idea where eggs come from. As a result, the client agreed to construct an organic egg farm where children could observe the entire process, from egg nesting to hens laying fresh eggs. It had to be a modern farm that was simple to create with friends and family using locally sourced raw materials and met the highest eco-farming standards. It is one of the area’s most popular tourist attractions, with children from a variety of kindergartens being supervised by professionals from the faculty of agriculture.
  • The plan was to build a multi-functional space/project that could double as an egg farm and a tourist attraction. That was the initial thought: this would be a small “village,” a settlement with all of the essential features including lodging, utilities, plazas, sidewalks, and public buildings. A “public” street was built in the centre to give tourists entry. This is a shared central area that visually connects the chicken coops while not interfering with the basic purpose of egg farming. The chicken coops surround the central zone of Chickenville, which allows visitors and farmers access (feeding, care, and cleaning).
  • A “public” street was built in the centre to give tourists entry. This is a shared central area that visually connects the chicken coops while not interfering with the basic purpose of egg farming. The chicken coops surround the central zone of Chickenville, which allows visitors and farmers access (feeding, care, and cleaning). The materials used are typical of farm buildings in the region (unfinished fir, chicken wire). Much of the work was performed by inexperienced metal workers, the investor’s neighbours, and relatives due to the small budget.
  • The aim was to build a modern design using traditional materials while maintaining the look and charm of a traditional chicken coop. Since this is also a tourist project, additional work was required to direct the tourists. Chickenville’s visual identity was created as a result, and it now has its own coat of arms, flag, plazas, and even street numbers.
  • From start to finish, the project took just four months. Since the project’s budget was small, fast decisions were required. The architects used Archicad to estimate and optimise the construction costs of a single repeated unit, keeping in mind that every unit cost reduction is multiplied by 20 in the total project cost.
  • “There was no special modelling challenge worth noting because the model is very simple,” Mr Jeli explained. “However, we did model it to the smallest detail so there were no surprises or misunderstandings at the construction site.”
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]]>Sun, 14 Jul 2024 17:33:00 +0530<![CDATA[OPEN BIM Healthcare Design by LINK arkitektur Södersjukhuset  (South Hospital)]]>https://www.dimensionplus.in/blogs/post/OPEN-BIM-Healthcare-Design-by-LINK-arkitektur-Södersjukhuset-South-HospitalBlog Credit : Graphisoft Hospitals are one of the most complex buildings in terms of use, special needs and inside equipment. Many aspects of BIM were ]]>

Blog Credit : Graphisoft

  • Hospitals are one of the most complex buildings in terms of use, special needs and inside equipment. Many aspects of BIM were already among the client’s requirements to ensure the design satisfies the needs of the building users when LINK arkitektur was selected to take on the rebuilding and expansion of Stockholm Southern Hospital (SÖS, Södersjukhuset in Swedish). With their meticulous and patient-focused architecture, the building design received Miljöbyggnad Silver certification.
  • The project included renovation and extension of existing buildings, demolition of some older buildings and addition of new buildings to the site. In total, the project expanded to 70 000 m2 in 13 buildings with 3000 rooms.
  • The involvement of a BIM solution in such a project helps clients and the building users to understand what the building will be like, making it easier for them to participate in and contribute to the design process as healthcare providers. The clients’ and users’ contributions benefit the architect, and BIM ensures easier communication on the specification of the building, rooms, arrangements with great visual aid.
  • **BIM offers an opportunity to collect information about the building elements, equipment and furniture into a database and connect this to the building model. With this workflow, architects can have a better understanding of the unique healthcare requirements of each room, then discuss the specifications with the healthcare workers and consultants.**
  • In such a complex project with several architects, consultants and engineers, quality control of the models and drawings is of the utmost importance. LINK has an internal process for this purpose: each building had an appointed Model Manager, who were responsible for the accuracy of the model. Their task was to audit the model inside Archicad, export to the various formats, and do further checking in Solibri. They also had elevated permissions in the projects; for example, they managed the attributes and layers.
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