AI Modeling for Concept Design - Fast and Intuitive
In the past, I thought 3D modeling required either professional software or large-scale projects like drone oblique photogrammetry. I always felt like a beginner, not being able to get involved. But things are different now. The rapid development of AI has brought about simpler and more portable ways - AI Online Site Modeling. There's no need for on-site photography or complex software operations; just select an area on a map, and AI can generate a preliminary 3D model for you.
1. 3D Modeling of Scenic Areas - Let AI Create When Remote Sensing Data Is Insufficient
I've done some 3D modeling for scenic spots before, and I found an awkward issue: some scenic areas lack complete remote sensing data or sufficient field photographs. Often, we have to rely on imagination or limited documentation to build the model. In such cases, traditional oblique photogrammetry might not be practical, as it requires first flying a drone, taking photos, and then doing post-processing - this process is too lengthy, and the data may not be comprehensive.
AI modeling is quite different; it doesn't depend on a large number of photos or complex processing steps. Tools like "Shapezo" (Shapezo) can automatically identify boundaries, building distribution, road directions, and other information simply by selecting a specific area on a map. It generates a rough 3D model. Although the result may not be as refined, for scenarios lacking real data and needing a quick visual framework, AI modeling is indeed very practical.
2. Pre-BIM Modeling - Rapidly Generate Models to Save Time
BIM modeling usually requires high precision, especially during construction and post-construction management, where the model must be detailed down to each pipeline and material. However, the initial site model for BIM needs a basic framework to support it.
In the past, when working on BIM projects, the first step was always to create a site model from scratch, drawing lines, adjusting parameters, and arranging structures. This was a tough task.
Later, I tried AI Online Modeling, which can automatically identify elements like buildings, roads, and green belts and generate an initial 3D model on a map. This quickly generated draft model gave me direction and a reference in the early stages. After that, I could manually refine details, which actually saved a lot of time.
3. Concept Design Support - Fast and Efficient Way to Visualize the Site
During concept design, there's always a need for a quick way to express the site. Without complete modeling data, using traditional drawings or hand sketches is not only inconvenient but also lacks intuitiveness.
With AI modeling, I can imagine a site concept and directly select an area on a map to generate a simple 3D model. Then I can build upon that for further design. This straightforward approach provides a visual reference for my initial spatial layout ideas.
For instance, when I was doing concept layout for a park, AI modeling not only quickly generated the site framework but also helped analyze spatial relationships, terrain changes, and building volume comparisons. It's not a perfect solution, but it does make concept design much faster and eliminates the hassle of the initial modeling process.
4. Education and Training - Making 3D Modeling Accessible to Non-Professionals
One of the interesting aspects of AI modeling is that it allows non-professionals to participate in the process. In the past, teaching others how to do 3D modeling often involved explaining how to use CAD, how to collect point cloud data, and how to process oblique photogrammetry - these steps often made people feel discouraged or hesitant.
However, with AI modeling, all you need is to draw a box on a map and the model is generated instantly. This intuitive and simple operation method is especially suitable for educational and training scenarios, whether for students or external personnel in a company.
There's no need to teach a lot about photography or point cloud processing. You can directly introduce the basics of 3D modeling and its workflow. This low-entry approach, along with intuitive results, has made 3D modeling from a high-tech field into a tool that is accessible to everyone.
5. Can AI Modeling Truly Replace Traditional Methods? Don't Jump to Conclusions
Honestly, I had some doubts about AI modeling before. Could it really replace traditional 3D modeling techniques? From my personal experience with testing AI modeling, the answer is: No, it can't fully replace traditional methods, but it can serve as a useful supplementary tool.
AI modeling doesn't match the precision and detail of oblique photogrammetry or CAD/BIM modeling. It's more like an "auxiliary tool," suitable for quickly generating draft models or providing a foundational version when high-precision data isn't available.
6. Shapezo - Making Modeling More Portable and Flexible
When it comes to AI modeling tools, I remember "Shapezo" (Shapezo), a tool that generates models based on maps. How does it work? It's very simple: you open a map, choose an area, draw a box, and AI will generate a 3D model for you. There are no complex steps or need for specialized skills.
The advantage of this tool lies in its portability. It can be easily operated on a smartphone or computer, without the need for specialized equipment, software, or a large team. It's especially friendly for temporary projects, concept schemes, or situations like my team, which isn't very professional.
In summary, with the continuous advancement of AI technology, its performance in terms of realism and structural detail is also improving. While we cannot fully rely on AI to replace traditional modeling, it has already become a helpful tool in our work. Especially in situations where resources are limited but quick visualization is needed, it definitely has significant value.
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