You’re an architect working on a new project. How can you create a 3D model of the building?

The workflow I have been using to create 3D models is as follows: -Craft an LOD 300 model in Revit. -Import the Revit model into 3ds Max. -Export the 3ds Max model to eyecad VR. I recommend the 3D-model-based approach to maximize time and prepare a project with constructible information for realization. Other software like Vectorworks pairs well with Cinema 4D, for example. The key is to try the solutions and choose what accommodates your workflow and budget. Hint If you're getting started or tight on budget, Autodesk offers software grants for small businesses and NPOs.

I start by setting up basic project information like location, site orientation in Archicad. Rather than first working on 2d then on 3d. I start from 3d itself, it allows me keep visualizing how the building will actually look and to see effect of daylight inside and outside the building. Use it's site modeling tools to give some context and the existing conditions. 1. Then you can start by creating simple massing models to explore different design options. 2. Develop a preliminary 3D model based on the chosen design direction. 3. Refine the design elements in 3D, incorporating more details into the model. (BIM) 4. You can experiment with facade variations, roof shapes. 5. Include accurate dimensions, check industry, local standards.

The workflow I have been using to create 3D models is: -CAD 2D. -Export CAD file to the SketchUp . -Export SkechUp to Lumion

The workflow I have been using to create 3D models is: CAD 3D REVIT EXPORT CAD TO REVIT EXPORT REVIT TO LUMION FOR ME IS VERY IMPORTANT

BIM is a great tool for collaboration, with Revit being the industry standard software here in the UK. My personal workflow consists of moving straight into 3D modelling following initial sketching work.

Start by creating your floor plans, elevations, and sections. These 2D drawings will serve as the foundation for your 3D model. Ensure accurate measurements and consider using CAD software for precision and ease of editing.

In my opinion, by creating 2D maps, you can create a strong foundation for 3D modeling of your building. This stage of the architectural process is very critical and the drawings must be accurate and consistent. Here are some points that you should consider in creating two-dimensional architectural maps: - Using resources and entering information: You can use maps and information from other sources, such as GIS. - Accuracy and precision: Privacy and accuracy in maps are very important. - Organization with layers and groups: Use layers to separate different components and elements. - Use of components: If parts of the building are duplicates, create them as components. - Easy editing: Use tools and techniques that simplify map editing.

The thought process varies with most architects being able to conceive the building in 3d before it is created, there is the element of scale and being able to walk through the building before its creation, this means a 2d layout done to scale is critical to bringing the form to life. Most drawing programs afford you this platform, hence one can use any that ties in well with the eventual documenting program.

At this stage, many differences of opinion have arisen, some believe that the maps should be two-dimensional at first and then enter the three-dimensional stage, and some others consider this to be an additional cost and a waste of time and believe that from the very beginning, the map It was done in software such as Revit, which has the ability to be two-dimensional and three-dimensional at the same time, which saves time and money.

As an architect starting a new project, I dive into 3D modeling magic to bring ideas to life. I kick things off by gathering all the important info—architectural drawings, site plans, and design concepts, then pick a superhero tool like SketchUp or Revit. Importing 2D drawings, I mold a digital version, adding details and crafting the whole scene. The fun part? Choosing materials and playing with lighting for that realistic touch. And voilà! We use software like Lumion, Enscape or V-Ray to create these amazing lifelike images that everyone can check out and share their thoughts. 3D modeling is the cool tool that turns my sketches into amazing visuals.

As an architect, constructing a 3D model of a building is made possible through the use of advanced software like AutoCAD, Revit, SketchUp, or ArchiCAD. These specialized programs enable you to craft a digital replica of the structure, encompassing its structural elements, interior layouts, and exterior details. With the ability to input your designs, generate and manipulate 3D entities, and add textures and materials, you can also simulate lighting and environmental effects to bring your vision to life with unparalleled realism.

It depends on the type of software that is used, if you want to do this in environments like AutoCAD, it will be very time-consuming and your model lacks specific information, and also if the maps are imported into spaces like Sketchup or 3DSMAX, while With software such as Revit mentioned earlier, this path will be shorter.

Once you have your 2D drawings, you can use the "extrude" function in your software to create basic 3D shapes from your lines and polygons. This will give you a rough blockout of your building's form.

Extruding a 3D model from your 2D drawings is a critical step in adding dimension and height to your design. This step can be done using various tools and commands in modeling software. Here are some important points at this stage: - Selection of tools based on need: Various extrusion modeling tools have been provided. - Level and scale: Make sure your model is aligned and scaled correctly. -orientation: Paying attention to the orientation of the model is also very important. - Measurement accuracy: When extruding, accuracy in dimensions and measurements is essential. - Preview and edit: Always check your model preview to ensure that the extrude is applied correctly.

Already in 3DS Max, the first thing I always do is the walls, then the floors and ceilings, and then the doors and windows. For walls, I usually take the "Walls" layer that comes from AutoCAD and apply the "extrude" modifier. With the floors something very similar, only first you have to convert the linear layer into "Editable Poly", then I apply "extrude" to generate a box. The ceilings are usually the most complex part, depending on the project, here it is very important to be guided by the view plans so as not to lose precision in the shapes. For doors and windows, I consider that it is better to import models created by real suppliers (or model them based on real images), to ensure that our drawing will be faithful to reality.

Now it's time to bring your model to life! Apply different materials and textures to represent walls, windows, doors, roofs, and other elements. Most software offers libraries of pre-made materials, or you can create your own custom textures.

To add materials and textures in 3D modeling, architects select suitable materials and textures for different elements like walls and floors. They apply textures using mapping, adjusting parameters like colour and glossiness. Procedural texturing generates complex textures algorithmically. unwrapping flattens geometry for accurate texture application. Mapping methods like planar or cylindrical mapping ensure proper texture alignment. Real-time rendering provides instant feedback for adjustments, enhancing the realism of the model.

Experiment with different textures, colors, and materials by using the material library included with the app. This will assist you in seeing how various design decisions may affect the building's overall looks.

Oh, this is where the magic begins. The first thing is to define the rendering engine. I usually use Corona and Unreal. Something common to all engines is to apply the "UVW map" modifier to objects in 3DS Max, which allows you to control the way the texture will be applied to the object. I always supply the materials for my projects with a set of Own materials (basics or very special materials), Materials from render engine libraries (materials that do not require as much quality and detail), and Materials from online bookstores (generally generated by scanning real materials) Many times, you have to apply extra adjustments to the textures to obtain realistic results. For example, simulating wear and dirt, which requires advanced knowledge.

Elevate your model to realism by infusing it with life! Implement a diverse array of materials and textures to depict walls, windows, doors, roofs, and other architectural elements. Many software options provide libraries stocked with pre-made materials, or you can craft your bespoke textures for a personalized touch.

The brief is the most important aspect when selecting to design a project for someone. If the brief is exciting the project will be.

Light and shadows are a very crucial part of any rendering. It gives depth to the scenes and create a realistic effect. Shadow sizes and depth can vary as per your requirements.

To replicate artificial or natural illumination surrounding the building, incorporate landscape and lighting components. Your 3D model will gain realism and depth as a result.

Consider refining your model's ambience by introducing details such as foliage, terrain features, and ambient lighting effects. Incorporating these elements not only enriches the visual appeal but also contributes to a more immersive representation of the built environment. Experiment with shadowing techniques and explore how different lighting conditions influence the overall atmosphere, ensuring your 3D model is a compelling and accurate reflection of the envisioned space.

The lighting will determine the "mood" of the images that we are going to produce and also the realism; So the first thing is to review real photographic references and adjust the lighting configuration to reality, according to the preferred "mood." Some of the best-known moods are: sunny day, overcast, blue hour and golden hour, each of them requires a particular lighting configuration; Anyway you can create your own mood. Artificial lights must be faithful to how they work in real life, using IES lights is a good option. For natural lighting I can use a Corona Sun and Sky, since it allows me to control all its aspects such as direction and tones, but I usually use HDRI images that allow me to obtain more realistic exterior reflections.

Rendering generates a high-quality image or animation of your 3D model. Choose a render setting that suits your needs (e.g., photorealistic, artistic) and export the file in a format compatible with your intended use (e.g., presentation, 3D printing).

3D interior visualizations and plans can be created using 3D Max+Corona and ArchiCAD. Architectural and engineering design firms use 3ds Max for developing concept art and previsualization. Corona is created specifically for architectural visualization. Achieve photorealism with greater ease than other rendering software.

The shooting, framing and photographic angle is essential for a spectacular image, you can use references from great photographers; This may require learning a bit about camera settings. The resolution and aspect ratio of the image will be defined by what you want to show and the platforms where the image will be published, each social network has its preferred measurements. The final format will be JPG or PNG but if you are going to carry out post-production you can export the image in formats that reserve more information such as TIFF or EXR In the case of creating a video, you will probably do one more step, assembling the images you generated to create clips in Photohop, and then creating a sequence of clips in Premier Pro.

Collaboration: If you're working with a team, choose software that allows for easy collaboration and file sharing. Presentation: Consider how you will present your 3D model. Rendered images, animations, or even virtual reality experiences can be effective tools for showcasing your design. Sustainability: BIM software can help you analyze the energy performance and environmental impact of your design, leading to more sustainable buildings.

Lo primero que debes tener en cuenta son los alcances de tu modelo, no es lo mismo si lo quieres para visualización, renderizado, construcción, etc. Esto es determinante para elegir desde el software hasta el flujo de trabajo colaborativo. Cada tipo de modelo busca un objetivo específico, por lo que antes de iniciar debes conocer el tuyo. Esto te ayudará a tomar mejores decisiones al momento del desarrollo y te permitirá definir objetivos alcanzables para medir la calidad de tu trabajo.

Producing a spectacular and realistic image does not only depend on the spectacular nature of your project. Unfortunately there are great projects poorly told, due to bad images. Therefore, perfecting your ability to generate great images is not wasted time. Taking the strong points of a project, generating emotions through mood and loading an image with meaning through architectural or decoration style will require knowledge beyond simple modeling and spatial design. If to perfect the images of your project you have to neglect your strengths (design, sales, decoration, etc.), don't be afraid to delegate to a visualization professional.

Creating a 3D model consists of many steps and some of them I want to highlight from my experience. 1. Collecting Requirements - Understand the project requirements, size, layout, and specifications. 2. Concept - Sketch initial design concepts to visualize the structure. 3. Modelling Software - Use software like Revit, SketchUp, etc to create a detailed 3D model of the building. This software helps in architectural and detailing elements like walls, furniture, Fixtures and landscape. 5. Rendering- Apply textures, lighting, and materials to the model to create realistic visuals using external rendering engines like V-Ray, Lumion etc. 6. Review - Discuss with Clients, review the 3D model and make necessary revisions based on feedback.

Le mieux de toute fa?on est de choisir un outil qui vous corresponde, car c'est avant tout un outils. C'est à ne pas oublier, car il ne faut pas se rendre esclave des logiciels, qui au fond, ne remplacent que nos crayons et nos règles, pas nos cerveaux! Parfois rien ne vaut un bon feutre, surtout pour les croquis de détail en cours de chantier.