Very cool! This reminds me of a use case I explored a few years ago—customizing furniture with different fabrics, wood finishes, and design options. In physical showrooms, furniture stores can usually only display a single version of each piece, but customers often want to visualize how the same item would look in various configurations. That’s where a digital tool could really shine.
One concept I explored was creating an interactive app where users can experiment with different material options—essentially a real-time configurator. There’s a great example here [1], where if you model an object as a .obj file (possibly similar to Adam’s parametric models), you can tweak its materials and colors dynamically. IKEA seems to have something similar in production for some of their products [2].
I experimented with Adam as well, and it did a surprisingly good job. The only catch: if you try to iterate too much, it tends to alter the form of the object. My ideal version of this would involve a professional photographer capturing high-resolution images of, say, a couch. Then I’d upload them into Adam, generate realistic renders with different fabrics or finishes, and download the final variants as high-quality images to use in catalogs or ecommerce.
One thing no 3D AI tool has ever done is to focus on the concept of enhancing or restyling the textures of existing, UV-unwrapped 3D models. I had to build my own pipeline on ComfyUI and Blender scripts, exporting ID maps and black/white masks from the model UV, in order to get a Stable Diffusion to paint within the boundaries of the UV and consider it as means of painting. Using cavity maps also helped with the model create boundaries. But now I am able to quickly apply, let's say, comic-book style art into existing textures of existing models.
Have you considered providing built-in tools for mesh decimation and UV unwrapping? I know it can be quickly done with meshlab, but I imagine not a lot of Adam users would even understand the need for decimation. Any possibility for also automating rigging?
I suspect that generating textures directly in UV space is a bit of a dead end because UV maps are object-specific, so flux/SD/etc are going to have a hard time understanding the inputs.
I've been experimenting with image-to-image (and video-to-video) for basic texture projection, which I think shows promise:
It actually performs remarkably well with mask maps as Control Nets. You can use a simple black background and white UV shells, that will give you OK results. But then you expand and use curvature maps just like you would with line art control nets, and then you have a controlled painting.
yeah you’re pretty much bang on. we haven’t exposed mesh decimation and more functionality mostly because a lot of Adam users are newer to 3d but that can change! the question is how to surface those kinds of features in a more user-friendly way.
we were thinking of rigging for the creative mode. we want to create more fun ways for our users to share their generations and animations could be a step towards that. would you be interested in that feature?
Oh, I don't think you guys should even expose it other than in the export feature. "Export Optimized" or "Export for Game Engines".
I think Mixamo nailed the autorigging years ago. Anything similar to that is good enough. If you guys want to go fancy, check out Cascadeur and what they are doing. For a cool skinning algo, you might want to check voxel heat difusing:
will check out the skinning thanks! right now all iterations are done through prompts to make it feel as conversational as possible. some forms of in-painting could be cool though.
Only the generated .scad would be great! I mean, I see to use cases for that that would be helpful for me:
1. Asking for a base model, download it as .scad and them improve it through OpenSCAD accordingly to my needs
2. Starting modeling in OpenSCAD, them ask the AI for some boring task (e.g. generate honeycomb patterns, hooks, hinges, and so on)
> also would love to know what your use case is and why you are more interested in parametric
Most of my use cases of 3D printing is for tools, household utilities, spare parts, etc. Because of that, my favorite tool is OpenSCAD, and I use it a lot.
But I reckon that it is sometimes really boring. Sometimes I need to spend a lot of time with trigonometry and other math tricks and less with modeling itself. For example, the aforementioned honeycomb patterns, I've spent some hours of my life playing with sines, cosines, apothems, etc while I think that it would be a job that an AI could do for me.
To me "parametric" features seem like a nice to have vs a hard requirement. I just want to be able to talk at my computer and get back an STL to spec that I can print out
then our product is probs better, build123d and cadquery are more useful if you need the output format to be a STEP file or something in a BREP format. For 3d printing applications thats not really necessary because your are exporting to a mesh format to print it anyway
I tried a couple of prompts and never got anything usable.
Quite surprised that:
>Create a gridfinity storage unit with dividers
failed so badly (it created a vertically oriented wall-mount type thing with two extraneous recesses at the top)
The thing is, OpenSCAD is dead simple for things which can be modeled using cubes, cylinders, and spheres (and mathematical transformations/positioning of such components) --- that's the great thing.
The awful thing is one's ability to model in OpenSCAD is strongly limited by one's fluency with mathematics (and esp. trigonometry) --- if this tool could help with that latter aspect it would be far more interesting to me (but I'm obviously not the target audience).
i made the same experience.
I tried to get a simple wall-mounted headphone holder. and both parametric and creative mode gave me a random thing. i guess i could have hung my headphones, but i had no way of really customizing it.
it would be nice to be able to point on the model what should be changed.
or to sketch a first draft.
or to have the LLM to ask for clarifications to make the final model be more aligned with my needs
Build123d and Cadquery procedural CAD output and input support would be a cool feature.
Copilot + GPT-4 can generate build123d Python code; procedural CAD genai. It's spatially incoherent sometimes like there's not much RLHF for 3d in the coding LLM model, but the code examples are close to compiling and helpful. There's also an ocp-vscode extension to render build123d and cadquery CAD models in a tab in the vscode IDE: https://build123d.readthedocs.io/en/latest/external.html#ocp...
PartCAD is probably useful for your application as well.
Are there metadata standards for CAD parts, assemblies, and scenes? For example in PartCAD or in a BIM Building Information Model that catalogs part numbers and provenance for the boardroom hinge screws and maybe also 3D-printable or otherwise fab-able CAD models?
> Individual parts, assemblies and scenes can also can be exported into 3D model file formats, including: STEP, BREP, STL, 3MF, ThreeJS, OBJ, GLTF, IGES
Thanks! We've done a good amount of experimenting with cadquery and build123d and actually got it to the point where it can reliably generate compiling code, the problem is the generation quality is still more limited than openscad. We may still release it so that users can export to STEP/BREP formats but we have been going back and forth internally on how to highly to prioritize it. We definitely want to build about the ability to generate multiple parts in parallel and assemblies. Thanks for all this :)
> > CadQuery's CAD kernel Open CASCADE Technology (OCCT) is much more powerful than the CGAL used by OpenSCAD. Features supported natively by OCCT include NURBS, splines, surface sewing, STL repair, STEP import/export, and other complex operations, in addition to the standard CSG operations supported by CGAL
> Ability to import/export STEP and the ability to begin with a STEP model, created in a CAD package, and then add parametric features. This is possible in OpenSCAD using STL, but STL is a lossy format.
> [...] CadQuery scripts can build STL, STEP, and AMF faster than OpenSCAD.
YAML-LD is JSON-LD (RDF) in YAML; with a W3C spec.
PartCAD is plain YAML; but there could probably be an @context to map each YAML metadata attribute to a URI so that Linked Data can be parsed and indexed (for example by search engines which index some schema.org RDFS Classes and Properties).
In construction, the building inspector requires the spec sheet for basically every part of a house.
Linked Data is presumably advantageous for traceability given linked provenence metadata from CAD design (w or w/o AI), part manufacturing w/ batch number, assembly assemblage, and supply chain lineage.
- Property: ~ sourceCodeOf ; source URL w/ (git) revhash or version tag
- Property: ~ signedOffOnBy ( to W3C Verifiable Credentials)
- Property: ~ promptsAndModels
SBOM Software Bill of Materials tools can work with and generate JSON-LD RDF for the software found installed on containers, VMs, and hosts. The same for CAD models would be advantageous.
So, identify a portable software packaging format manifest that already supports cryptographic signatures (for https://SLSA.dev e.g. with https://sigstore.dev/ ) with additional (schema.org RDFS in RDFa HTML,) Linked Data properties to skip having to grep for whether the described and indexed CAD model is parametric with respect to size, and where its origin is for example:
Somewhat related, but I'd love GPT enabled multi-physics simulations on objects. Designing in CAD, especially for intricate objects seems (currently) to be better when done by "hand", but I'd absolutely love to use speech-to-text to run different simulations on said objects.
i'm not convinced that speech is the best interface but neither is text. we will most likely converge towards a mix of text (ai) commands and gui (point-and-click)
Yeah, here's one[0].
Obviously long ways out but using speech to run through scenarios of different simulations from pre-defined parameters would be great. You're basically applying formulas to already designed objects. If the model could run the scenario and spit out a report when it's done with summaries, it would be great since some of these simulations take hours. Then adjust the model for better sim results and iterate accordingly.
This is not in my area of expertise, so I apologize if this question is bad, but can blender do more in terms of creating 3D models than OpenSCAD? If so, wouldn't it mean that if there was a blender equivalent of this, then the capabilities for 3D modelling would be even greater? I have to guess that it's harder to achieve something like this in Blender than in OpenSCAD?
I'm excited to try this with my 11-year old. We love 3d printing stuff, but have been mostly limiting ourselves to existing works on printables. I curious how well the output here works in our prusa.
I quite like the product and it has appeared just as I need it, I am struggling with designing a case for a project right now via fusion.
I have noticed that the tool does not do quite what I want it to. It reminds me of MidJourney a couple years ago. I might have to build a workflow where I design parts in Adam and arrange them in other tools. As details I supply for arrangement appear to being applied to individual parts.
Do you have any language that is getting better results than others?
Where I got some traction but am working in the opposite direction. I am finding my language the barrier. I say "Apart" but how is it to know which way.
It does respond to X/Y. You can also try to describe vertical and horizontal. I just looked at the prompts. Are you trying to create an enclosure for a desktop computer? Would love to help!
Its a modular project enclosure for messing about with electronics that have panel fit components. I need to be able to remove/replace pieces on the topside. I have a bunch of measurements that aren't with me right now, but 70x40mm panel sections worked out to be just right.
My next move is probably going to be feeding it some cleaned up diagrams when I have access to them.
Have you put any thought into accommodating self-supporting design to optimize for printing?
Or parametric structural optimization / topology optimization with parametric constraints?
Or, rather, if these are out of scope for your tool, then I'm wondering, like the other comment, how you'll slot into existing pipelines that do facilitate these techniques.
Great question and I don’t think it’s necessarily out of scope. Our goal for the web app product is to make the single best design tool for 3D printing! Right now, we don’t directly optimize for printability (like overhang minimization or support-free constraints), but it’s 100% something we’ve been thinking about. Eventually we could guide the model generation with real-time manufacturability feedback/constraints but tbd on how we’ll surface this
What's the topology like on Creative models? I spent a lot of time last night trying to fix up some awful topology on a model I downloaded from the internet, will I have to go through the same thing if I make a model with this?
This is great. I like the pattern of integrating LLMs into specific applications. Is there something similar to figma?
There are a lot of tools to convert figma into code, but is there a reverse? Say you have code already and you neglected figma. Any way to create the figma and iterate on it through an LLM?
super curious,how are you handling constraint resolution under the hood when user modifies via prompt vs direct manipulation? are you maintaining a shared parametric model or diffing against a scene graph? also how’s geometry validation handled postgen to avoid non-manifold trash?
For "parametric" everything ultimately updates the OpenSCAD code behind the scenes. Prompt edits and sliders both just modify the same parameters in that script, which we recompile into a new model.
This is super interesting! Cursor CEO mentioned in interviews that they initially started with building AI for 3D models, but pivoted because they couldn't get enough data for the models to be effective.
I wonder if you think this is still true given how much better the foundation models are now.
In all the commercial mechanical CAD packages I've seen, the default libraries are pretty weak. Each organization needs to dig in to build out the standard parts libraries to cover the basics of fasteners, bearings, etc. I think the data needed for CAD AI to work properly is going to be processing the various industrial standards from SAE, DIN, ISO, AGMA, etc to properly implement standard interfaces. I suspect it is going to be more of a tool matching AI, where there are library calls that have the explicit technical definitions of various mechanical items, and the AI is coordinating them.
But a lot of the data needed to train an AI is probably locked up in user company product lifecycle management systems. Autodesk is probably going to be out front in any AI wave of CAD with all the data they are accumulating in their Fusion 360 cloud. The main question for me is whether they will pull a Kodak and not develop it for fear of cannibalizing their current market, or not.
yes i saw that! imho the latest foundation models have enabled a whole host of new possibilities. particularly improvements on SWE-BENCH and other software related benchmarks seem to translate fairly well to openSCAD as we're generating code. however there is still a lot of work to do, as these models struggle to reason spatially. gemini 2.5 is probably the best here rn.
the future of cad generation will undoubtedly extend far beyond simple code-gen to generating human-readable features. this is where the data will be important!
Very interesting, i will by trying it! How does the integration with CAD packages you mention work? If I wanted to use that with day, Solidworks, do I need the pro level subscription or do I get that in the base level?
thats one that would be better for parametric mode. But parametric mode is definitely still in Beta so it might take a couple tries, but i was able to get it to generating a regular truncated tetrahedron after a couple prompts
I was briefly excited, because "Can you take this file and make it solid" is a use-case I have for turning wargaming terrain meant to be at one scale to be more generally scalable.
Wanted to be able to upload a mesh (or more precisely, wanted to upload an STL) that had internal space (a building with just the walls) and have it be filled so it's a solid object. That makes it easier to resize for printing, as you're not relying on wall thickness as the only structure.
For example: I scan a ball into STL-file. I can include it into my OpenSCAD design, but it is not a OpenSCAD-sphere, just a sphere-shaped surface with billions of facets.
If enough people want it we will build it! For the parametric text-to-CAD generation we will have an API in the future and are actively exploring STEP export
i'm impressed by the work they're doing building a new kernel! although i don't currently really have a use case for which i'd ever use their tool over onshape or any other cad program. i return the question back to you wdyt of zoo and adam?
Advances in AI generating 3D models do get me really excited because there's an "old" tech we have, since the pre- AI craze, that works very well: and that's rendering photorealistic (or non-photorealistic but artistic, like in the "Flow" animated film) from 3D scenes.
But then we need to fill these 3D scenes.
Generating 2D pictures and 2D movies doesn't excite me much. But generating a 3D scene which I can then open from Blender or whatever, modify stuff, change the camera angle, lighting, models, etc. is going to open so many possibilities.
It's exactly the same for audio: I don't want a wav file generated. I want all the individual tracks that I can open in a DAW.
Also, while I have you, could you please stop creating accounts for every few comments you post? We ban accounts that do that. This is also in the site guidelines.
You needn't use your real name, of course, but for HN to be a community, users need some identity for other users to relate to. Otherwise we may as well have no usernames and no community, and that would be a different kind of forum. https://hn.algolia.com/?sort=byDate&dateRange=all&type=comme...
Very cool! This reminds me of a use case I explored a few years ago—customizing furniture with different fabrics, wood finishes, and design options. In physical showrooms, furniture stores can usually only display a single version of each piece, but customers often want to visualize how the same item would look in various configurations. That’s where a digital tool could really shine.
One concept I explored was creating an interactive app where users can experiment with different material options—essentially a real-time configurator. There’s a great example here [1], where if you model an object as a .obj file (possibly similar to Adam’s parametric models), you can tweak its materials and colors dynamically. IKEA seems to have something similar in production for some of their products [2].
I experimented with Adam as well, and it did a surprisingly good job. The only catch: if you try to iterate too much, it tends to alter the form of the object. My ideal version of this would involve a professional photographer capturing high-resolution images of, say, a couch. Then I’d upload them into Adam, generate realistic renders with different fabrics or finishes, and download the final variants as high-quality images to use in catalogs or ecommerce.
[1] https://angon.me/experiments/6/
[2] https://www.ikea.com/gb/en/p/ektorp-2-seat-sofa-hakebo-grey-...
[3] https://app.adamcad.com/share/2f1e68ad-2cdd-4613-8fdc-fc33f2...
super interesting! thanks for sharing your generations :)
in that case wouldn't you bypass the 3d aspect altogether?
One thing no 3D AI tool has ever done is to focus on the concept of enhancing or restyling the textures of existing, UV-unwrapped 3D models. I had to build my own pipeline on ComfyUI and Blender scripts, exporting ID maps and black/white masks from the model UV, in order to get a Stable Diffusion to paint within the boundaries of the UV and consider it as means of painting. Using cavity maps also helped with the model create boundaries. But now I am able to quickly apply, let's say, comic-book style art into existing textures of existing models.
Have you considered providing built-in tools for mesh decimation and UV unwrapping? I know it can be quickly done with meshlab, but I imagine not a lot of Adam users would even understand the need for decimation. Any possibility for also automating rigging?
I suspect that generating textures directly in UV space is a bit of a dead end because UV maps are object-specific, so flux/SD/etc are going to have a hard time understanding the inputs.
I've been experimenting with image-to-image (and video-to-video) for basic texture projection, which I think shows promise:
https://bsky.app/profile/nickfisherau.bsky.social/post/3lqrl...
I just started diving into this today too:
https://github.com/YixunLiang/UniTEX
which works with in "volumetric space" (for lack of a better word), which I think makes a lot more sense.
It actually performs remarkably well with mask maps as Control Nets. You can use a simple black background and white UV shells, that will give you OK results. But then you expand and use curvature maps just like you would with line art control nets, and then you have a controlled painting.
Even simple black/white shells work well, like here: https://x.com/_hackmans_/status/1644811607799738371
yeah you’re pretty much bang on. we haven’t exposed mesh decimation and more functionality mostly because a lot of Adam users are newer to 3d but that can change! the question is how to surface those kinds of features in a more user-friendly way.
we were thinking of rigging for the creative mode. we want to create more fun ways for our users to share their generations and animations could be a step towards that. would you be interested in that feature?
Oh, I don't think you guys should even expose it other than in the export feature. "Export Optimized" or "Export for Game Engines".
I think Mixamo nailed the autorigging years ago. Anything similar to that is good enough. If you guys want to go fancy, check out Cascadeur and what they are doing. For a cool skinning algo, you might want to check voxel heat difusing:
https://github.com/meshonline/Surface-Heat-Diffuse-Skinning
What about painting/iterating on the model, while respecting the UV constraints and boundaries of the original texture, is that on the roadmap?
will check out the skinning thanks! right now all iterations are done through prompts to make it feel as conversational as possible. some forms of in-painting could be cool though.
Feature request: since it's using OpenSCAD under the hook, it would be great to be able to download the .scad file
The "creative" mode seems to be ok, but my main interest (the parametric) failed in my first test: generate a bottle.
But anyway, good job!
The parametric editor take a few iterations to get to what you want, but heres an example of generating a simple bottle: https://app.adamcad.com/share/9e9412fb-2741-4513-ac2d-1f4e73...
nice!
would you be interested in us also exposing the underlying code or just being able to download the .scad file?
also would love to know what your use case is and why you are more interested in parametric vs creative!
Hi, thanks for answering!
Only the generated .scad would be great! I mean, I see to use cases for that that would be helpful for me:
1. Asking for a base model, download it as .scad and them improve it through OpenSCAD accordingly to my needs
2. Starting modeling in OpenSCAD, them ask the AI for some boring task (e.g. generate honeycomb patterns, hooks, hinges, and so on)
> also would love to know what your use case is and why you are more interested in parametric
Most of my use cases of 3D printing is for tools, household utilities, spare parts, etc. Because of that, my favorite tool is OpenSCAD, and I use it a lot.
But I reckon that it is sometimes really boring. Sometimes I need to spend a lot of time with trigonometry and other math tricks and less with modeling itself. For example, the aforementioned honeycomb patterns, I've spent some hours of my life playing with sines, cosines, apothems, etc while I think that it would be a job that an AI could do for me.
ok thanks for the feedback and consider it done! we'll add .scad for export!
you can also use creative mode for functional single part objects. i've made cool cupholders, plant pots and desk ornaments with it
Well, this certainly exceeded my expectations.
I asked for "something cute" and got a cute panda. I asked it to make its eyes bigger, and it did.
It wasn't a clean model by any means, but damn, pretty good considering I can probably fix this up faster than I could create it from 0.
thanks! steadily improving the creative mode
I've had some success with openSCAD and this MCP, feel free to ping if that's helpful context
https://github.com/jhacksman/OpenSCAD-MCP-Server
definitely :)
have you tried cadquery or build123d?
nope, should I? Or should I try your thing?
To me "parametric" features seem like a nice to have vs a hard requirement. I just want to be able to talk at my computer and get back an STL to spec that I can print out
then our product is probs better, build123d and cadquery are more useful if you need the output format to be a STEP file or something in a BREP format. For 3d printing applications thats not really necessary because your are exporting to a mesh format to print it anyway
try our thing and use the "creative mode" then! let us know what you think
I tried a couple of prompts and never got anything usable.
Quite surprised that:
>Create a gridfinity storage unit with dividers
failed so badly (it created a vertically oriented wall-mount type thing with two extraneous recesses at the top)
The thing is, OpenSCAD is dead simple for things which can be modeled using cubes, cylinders, and spheres (and mathematical transformations/positioning of such components) --- that's the great thing.
The awful thing is one's ability to model in OpenSCAD is strongly limited by one's fluency with mathematics (and esp. trigonometry) --- if this tool could help with that latter aspect it would be far more interesting to me (but I'm obviously not the target audience).
i made the same experience. I tried to get a simple wall-mounted headphone holder. and both parametric and creative mode gave me a random thing. i guess i could have hung my headphones, but i had no way of really customizing it.
it would be nice to be able to point on the model what should be changed. or to sketch a first draft. or to have the LLM to ask for clarifications to make the final model be more aligned with my needs
Build123d and Cadquery procedural CAD output and input support would be a cool feature.
Copilot + GPT-4 can generate build123d Python code; procedural CAD genai. It's spatially incoherent sometimes like there's not much RLHF for 3d in the coding LLM model, but the code examples are close to compiling and helpful. There's also an ocp-vscode extension to render build123d and cadquery CAD models in a tab in the vscode IDE: https://build123d.readthedocs.io/en/latest/external.html#ocp...
PartCAD is probably useful for your application as well.
Are there metadata standards for CAD parts, assemblies, and scenes? For example in PartCAD or in a BIM Building Information Model that catalogs part numbers and provenance for the boardroom hinge screws and maybe also 3D-printable or otherwise fab-able CAD models?
nething is an LLM with build123d output: https://nething.xyz/
FWIU it's possible to transform B-rep (boundary representation) to NURBS with a different tool.
B-rep: https://en.wikipedia.org/wiki/Boundary_representation
NURBS: https://en.wikipedia.org/wiki/Non-uniform_rational_B-spline
glTF 2.0 > Adoption of: https://en.wikipedia.org/wiki/GlTF#Adoption_of_glTF_2.0
PartCAD > Features > Generative AI: https://partcad.readthedocs.io/en/latest/features.html#gener... :
> Individual parts, assemblies and scenes can also can be exported into 3D model file formats, including: STEP, BREP, STL, 3MF, ThreeJS, OBJ, GLTF, IGES
Thanks! We've done a good amount of experimenting with cadquery and build123d and actually got it to the point where it can reliably generate compiling code, the problem is the generation quality is still more limited than openscad. We may still release it so that users can export to STEP/BREP formats but we have been going back and forth internally on how to highly to prioritize it. We definitely want to build about the ability to generate multiple parts in parallel and assemblies. Thanks for all this :)
Multiple export formats ftw, watermarking, and metadata
(/?hnlog "NURBS") ... https://news.ycombinator.com/item?id=40131766 :
> ai-game-development tools lists a few CAD LLM apps like blenderGPT and blender-GPT: https://github.com/Yuan-ManX/ai-game-development-tools#3d-mo...
Justifying OCCT CAD as an alternative; from comments on a post re: "GhostSCAD: Marrying OpenSCAD and Golang" https://news.ycombinator.com/item?id=30940563 :
> > CadQuery's CAD kernel Open CASCADE Technology (OCCT) is much more powerful than the CGAL used by OpenSCAD. Features supported natively by OCCT include NURBS, splines, surface sewing, STL repair, STEP import/export, and other complex operations, in addition to the standard CSG operations supported by CGAL
> Ability to import/export STEP and the ability to begin with a STEP model, created in a CAD package, and then add parametric features. This is possible in OpenSCAD using STL, but STL is a lossy format.
> [...] CadQuery scripts can build STL, STEP, and AMF faster than OpenSCAD.
AMF: Additive manufacturing file format: https://en.wikipedia.org/wiki/Additive_manufacturing_file_fo...
Watermarking:
/? synthID site:github.com https://www.google.com/search?q=SynthID+site%3Agithub.com
/? SynthID site:github.com inurl:awesome https://www.google.com/search?q=SynthID+site%3Agithub.com+in... :
- and-mill/Awesome-GenAI-Watermarking: https://github.com/and-mill/Awesome-GenAI-Watermarking
CAD Metadata; CAD Linked Data:
/? "CAD" Metadata standards: https://www.google.com/search?q="CAD"+metadata+standards
/? CAD 3d design formats and their metadata and RDF: https://www.google.com/search?q=CAD+3d+design+formats+and+th...
- OCX; shipbuilding BIM metadata; https://3docx.org/en/
/? "CAD" "BIM" "RDF": https://www.google.com/search?q=%22CAD%22+%22BIM%22+%22RDF%2... :
- "Scan-to-graph: Semantic enrichment of existing building geometry" (2020) https://www.sciencedirect.com/science/article/abs/pii/S09265... .. https://scholar.google.com/scholar?cites=1199367363418102338... :
> Scan-to-Graph focuses on creating an RDF-based model of an existing asset.
schema.org/CreativeWork > :Drawing, :SoftwareSourceCode
YAML-LD is JSON-LD (RDF) in YAML; with a W3C spec.
PartCAD is plain YAML; but there could probably be an @context to map each YAML metadata attribute to a URI so that Linked Data can be parsed and indexed (for example by search engines which index some schema.org RDFS Classes and Properties).
PartCAD index / electronics / sbcs / partcad.yml: https://github.com/partcad/partcad-index/blob/main/electroni...
partcad.yml: partcad/partcad-electronics-sbcs-intel/blob/main/partcad.yaml: https://github.com/partcad/partcad-electronics-sbcs-intel/bl...
In construction, the building inspector requires the spec sheet for basically every part of a house.
Linked Data is presumably advantageous for traceability given linked provenence metadata from CAD design (w or w/o AI), part manufacturing w/ batch number, assembly assemblage, and supply chain lineage.
Properties for a https://schema.org/CreativeWork > :CADModel RDFS Class to increase reusability?:
- Property: isParametric: bool
- Property: parameteicSize
- Property: parameters: [...]
- Property: ~ sourceCodeOf ; source URL w/ (git) revhash or version tag
- Property: ~ signedOffOnBy ( to W3C Verifiable Credentials)
- Property: ~ promptsAndModels
SBOM Software Bill of Materials tools can work with and generate JSON-LD RDF for the software found installed on containers, VMs, and hosts. The same for CAD models would be advantageous.
So, identify a portable software packaging format manifest that already supports cryptographic signatures (for https://SLSA.dev e.g. with https://sigstore.dev/ ) with additional (schema.org RDFS in RDFa HTML,) Linked Data properties to skip having to grep for whether the described and indexed CAD model is parametric with respect to size, and where its origin is for example:
- Property: originPoint and signed axes layout
Somewhat related, but I'd love GPT enabled multi-physics simulations on objects. Designing in CAD, especially for intricate objects seems (currently) to be better when done by "hand", but I'd absolutely love to use speech-to-text to run different simulations on said objects.
i'm not convinced that speech is the best interface but neither is text. we will most likely converge towards a mix of text (ai) commands and gui (point-and-click)
could you give me an example?
Yeah, here's one[0]. Obviously long ways out but using speech to run through scenarios of different simulations from pre-defined parameters would be great. You're basically applying formulas to already designed objects. If the model could run the scenario and spit out a report when it's done with summaries, it would be great since some of these simulations take hours. Then adjust the model for better sim results and iterate accordingly.
[0] https://doc.comsol.com/5.4/doc/com.comsol.help.heat/Introduc...
This is not in my area of expertise, so I apologize if this question is bad, but can blender do more in terms of creating 3D models than OpenSCAD? If so, wouldn't it mean that if there was a blender equivalent of this, then the capabilities for 3D modelling would be even greater? I have to guess that it's harder to achieve something like this in Blender than in OpenSCAD?
This is really good, congrats on shipping!
Can you upload an existing model and start working from there?
It’s in the backlog of the list of things we wanna do for sure. Would that be something you wanna try?
also fyi we can do image upload to 3d!
I'm excited to try this with my 11-year old. We love 3d printing stuff, but have been mostly limiting ourselves to existing works on printables. I curious how well the output here works in our prusa.
I have a Bambu and the new creative mode has been super fun for desiging fun prints! https://photos.app.goo.gl/fU3H5kxGJWfM3rxi9
i've used creative mode with my little brother and he loves it to print figurines!
I quite like the product and it has appeared just as I need it, I am struggling with designing a case for a project right now via fusion.
I have noticed that the tool does not do quite what I want it to. It reminds me of MidJourney a couple years ago. I might have to build a workflow where I design parts in Adam and arrange them in other tools. As details I supply for arrangement appear to being applied to individual parts.
Do you have any language that is getting better results than others?
Could you share your conversation with Adam so I can take a look?
Theres this one.
https://app.adamcad.com/share/aa1a745c-a337-4ba6-a8c1-ca7298...
Where I figured I had poisoned the context somehow and was getting nowhere.
And here
https://app.adamcad.com/share/8b3dd548-511f-4b96-a1dd-ed34d4...
Where I got some traction but am working in the opposite direction. I am finding my language the barrier. I say "Apart" but how is it to know which way.
Will it respond to X/Y coordinates properly?
It does respond to X/Y. You can also try to describe vertical and horizontal. I just looked at the prompts. Are you trying to create an enclosure for a desktop computer? Would love to help!
Its a modular project enclosure for messing about with electronics that have panel fit components. I need to be able to remove/replace pieces on the topside. I have a bunch of measurements that aren't with me right now, but 70x40mm panel sections worked out to be just right.
My next move is probably going to be feeding it some cleaned up diagrams when I have access to them.
Have you put any thought into accommodating self-supporting design to optimize for printing?
Or parametric structural optimization / topology optimization with parametric constraints?
Or, rather, if these are out of scope for your tool, then I'm wondering, like the other comment, how you'll slot into existing pipelines that do facilitate these techniques.
I'm not in the industry, I'm just curious.
Great question and I don’t think it’s necessarily out of scope. Our goal for the web app product is to make the single best design tool for 3D printing! Right now, we don’t directly optimize for printability (like overhang minimization or support-free constraints), but it’s 100% something we’ve been thinking about. Eventually we could guide the model generation with real-time manufacturability feedback/constraints but tbd on how we’ll surface this
What's the topology like on Creative models? I spent a lot of time last night trying to fix up some awful topology on a model I downloaded from the internet, will I have to go through the same thing if I make a model with this?
This is great. I like the pattern of integrating LLMs into specific applications. Is there something similar to figma?
There are a lot of tools to convert figma into code, but is there a reverse? Say you have code already and you neglected figma. Any way to create the figma and iterate on it through an LLM?
i believe i've seen a figma mcp posted on a HN recently! have you tried any specific tools?
super curious,how are you handling constraint resolution under the hood when user modifies via prompt vs direct manipulation? are you maintaining a shared parametric model or diffing against a scene graph? also how’s geometry validation handled postgen to avoid non-manifold trash?
For "parametric" everything ultimately updates the OpenSCAD code behind the scenes. Prompt edits and sliders both just modify the same parameters in that script, which we recompile into a new model.
For "creative" its a little different.
interesting
This is super interesting! Cursor CEO mentioned in interviews that they initially started with building AI for 3D models, but pivoted because they couldn't get enough data for the models to be effective.
I wonder if you think this is still true given how much better the foundation models are now.
In all the commercial mechanical CAD packages I've seen, the default libraries are pretty weak. Each organization needs to dig in to build out the standard parts libraries to cover the basics of fasteners, bearings, etc. I think the data needed for CAD AI to work properly is going to be processing the various industrial standards from SAE, DIN, ISO, AGMA, etc to properly implement standard interfaces. I suspect it is going to be more of a tool matching AI, where there are library calls that have the explicit technical definitions of various mechanical items, and the AI is coordinating them.
But a lot of the data needed to train an AI is probably locked up in user company product lifecycle management systems. Autodesk is probably going to be out front in any AI wave of CAD with all the data they are accumulating in their Fusion 360 cloud. The main question for me is whether they will pull a Kodak and not develop it for fear of cannibalizing their current market, or not.
yes i saw that! imho the latest foundation models have enabled a whole host of new possibilities. particularly improvements on SWE-BENCH and other software related benchmarks seem to translate fairly well to openSCAD as we're generating code. however there is still a lot of work to do, as these models struggle to reason spatially. gemini 2.5 is probably the best here rn.
the future of cad generation will undoubtedly extend far beyond simple code-gen to generating human-readable features. this is where the data will be important!
Very interesting, i will by trying it! How does the integration with CAD packages you mention work? If I wanted to use that with day, Solidworks, do I need the pro level subscription or do I get that in the base level?
I think I saw a video of this on YouTube a while back, of them building this. Looks promising
haha really which one?
Having trouble trying to get a regular truncated tetrahedron. Maybe too .. obtuse? (Ha ha.)
thats one that would be better for parametric mode. But parametric mode is definitely still in Beta so it might take a couple tries, but i was able to get it to generating a regular truncated tetrahedron after a couple prompts
Cool. (Share the prompt if you could?)
i just said "regular truncated tetrahedron", with the toggle switch to Parametric, wish i could drop a screenshot here
Oh, did not see the parametric toggle. User failure. Thanks.
Error Compiling Model — "Fix with AI?" — Okay — Hmmm.... only the top is truncated. (Seems to have done an "Optimized Tetrahedron"?)
share your conversation! and yeah we need to make that toggle more obvious lol or just remove the toggle entirely
checking in. any luck with parametric mode?
I was briefly excited, because "Can you take this file and make it solid" is a use-case I have for turning wargaming terrain meant to be at one scale to be more generally scalable.
Sadly, this appears to be a no go.
could you help me I don't fully understand? you wanted to be able to upload a mesh and repair it using adam? thanks
Wanted to be able to upload a mesh (or more precisely, wanted to upload an STL) that had internal space (a building with just the walls) and have it be filled so it's a solid object. That makes it easier to resize for printing, as you're not relying on wall thickness as the only structure.
Is that any more clear?
This makes me wanna buy a 3d printer and play with it!
yes! that's what most people have been using adam for!
You can insert scanned object into OpenSCAD, but it is just a surface map and very easily the model becomes too large. Is this problem now solved?
wdym?
For example: I scan a ball into STL-file. I can include it into my OpenSCAD design, but it is not a OpenSCAD-sphere, just a sphere-shaped surface with billions of facets.
will you expose an API/export beyond STL so teams can slot this into existing pipelines? Excited to see creative-mode evolve.
If enough people want it we will build it! For the parametric text-to-CAD generation we will have an API in the future and are actively exploring STEP export
Please make Adobe obsolete :)
Computer: tea, earl gray, hot
i'd like to think we're building a real life replicator. printing the generations on our bambu defo feels that way sometimes :)
wdyt about zoo.dev? they seems getting a lot resources like funding
i'm impressed by the work they're doing building a new kernel! although i don't currently really have a use case for which i'd ever use their tool over onshape or any other cad program. i return the question back to you wdyt of zoo and adam?
this is making me want to dust off the old 3D printer and start making stuff for fun again!
do it :)!
do not steal names
Advances in AI generating 3D models do get me really excited because there's an "old" tech we have, since the pre- AI craze, that works very well: and that's rendering photorealistic (or non-photorealistic but artistic, like in the "Flow" animated film) from 3D scenes.
But then we need to fill these 3D scenes.
Generating 2D pictures and 2D movies doesn't excite me much. But generating a 3D scene which I can then open from Blender or whatever, modify stuff, change the camera angle, lighting, models, etc. is going to open so many possibilities.
It's exactly the same for audio: I don't want a wav file generated. I want all the individual tracks that I can open in a DAW.
Both are coming. I'm 100% sure about it.
[flagged]
Can you please review https://news.ycombinator.com/newsguidelines.html and https://news.ycombinator.com/showhn.html and stick to the rules when posting here? You broke both those sets of guidelines here.
Also, while I have you, could you please stop creating accounts for every few comments you post? We ban accounts that do that. This is also in the site guidelines.
You needn't use your real name, of course, but for HN to be a community, users need some identity for other users to relate to. Otherwise we may as well have no usernames and no community, and that would be a different kind of forum. https://hn.algolia.com/?sort=byDate&dateRange=all&type=comme...
(not GP) Thanks, very insightful and pleased to see 9y of consistency :)