Tuesday, 29 September 2026

3ds Max AI Asset Management: Search and Organise Your 3D Model Library with Project Manager

 


Hi Everyone,

I've just created this video going through the new AI features in Project Manager for 3ds Max and, more specifically, how they can be used to search and organise a large 3D model library.

Anyone who has worked with 3ds Max for a long time will probably recognise the problem.

You gradually accumulate hundreds or thousands of 3D models across different projects, drives and asset libraries.

Eventually, finding one particular model becomes less about whether you own it and more about remembering what somebody called the file and where it was saved.

This is where AI-based 3D asset management becomes interesting.

Instead of relying entirely on filenames and manually created folders, Project Manager can use the visual previews associated with your 3D assets to help classify and search them.

Natural Language Search for 3D Models

One of the most useful additions is natural language search.

Rather than searching for an exact filename, you can simply describe what you're trying to find.

For example:

“Futuristic car”

“Dancing woman”

“Glass coffee table”

The system uses visual information from your asset previews to identify relevant 3D models.

That makes the search process much closer to describing what you remember seeing rather than trying to remember how the original 3D file was named.

Natural language searches can also be made in multiple languages, which could be particularly useful for studios with international teams or asset libraries assembled from many different sources.

 
Automatic AI Categorisation of Your 3D Model Library

Project Manager can analyse the visual previews in your library and build category structures for the assets it recognises.

Instead of manually tagging thousands of models, objects can be grouped into categories such as:

• Beds
• Coffee Tables
• TV Stands
• Vehicles
• Aircraft

For a large 3D model library, this can significantly reduce the amount of manual organisation required before the assets become easier to browse and search.

Why 3D Model Thumbnails and Previews Matter

The AI search relies heavily on the visual previews associated with your assets, so good thumbnails are important.

If you already have rendered previews stored alongside your 3D models, images with exactly the same filename as the corresponding 3D file are picked up automatically.

The Auto-Assign Previews tool adds smart matching for cases where the image and model filenames are similar but not identical.

For assets without previews, thumbnails can be batch-rendered directly from your 3ds Max scenes.

This gives the AI useful visual information to work with while also making the library much easier to browse manually.

Find Similar 3D Models

Another useful workflow is Find Similar.

Rather than typing a search phrase, you can select an existing 3D model and ask Project Manager to find other assets with a similar visual appearance.

A similarity threshold allows you to increase or decrease how closely the search results need to match.

This can be particularly useful when you've already found something close to what you need but want to explore alternatives from the rest of your library.

Search for 3D Models Using a Sketch, Reference Image or Mood Board

You aren't limited to assets already inside your library as the starting point for a search.

A reference image can be dragged into Project Manager and used as the basis for a visual search.

That reference could be:

• A photograph
• A render
• A client reference
• A concept image
• A sketch
• A mood board

The AI analyses the visual reference and searches your existing 3D model library for visually or structurally similar assets.

For architectural visualisation in particular, this could be very useful when a client sends over a reference and you want to quickly establish whether something similar already exists in your asset collection.

Local AI Instead of Cloud-Based Asset Search

One of the most significant parts of the system is that the AI processing runs locally on your own hardware.

Your 3D model library doesn't need to be uploaded to a cloud AI service in order to perform classification or visual searches.

For individual artists and studios managing proprietary models, purchased assets or client-specific libraries, keeping the processing local can be an important consideration.

It also means the workflow isn't based around consuming AI credits every time you perform a search.

Watch the Full Project Manager for 3ds Max Walkthrough

In the video below I go through the complete workflow, including:

• Automatic AI categorisation
• Natural language 3D model search
• Multi-language search
• Auto-Assign Previews
• Batch thumbnail rendering
• Find Similar
• Visual similarity filtering
• Sketch and mood-board searching
• Local and offline AI processing

 

If you're working with a large 3ds Max model library, I'd be interested to know how you're currently managing it.

I really hope you have found this article useful. 

For more info about Project Manager, please check their website:

https://3d-kstudio.com/product/project-manager/




Sunday, 9 August 2026

Camera Match AutoSetup 3d script updates and Google 3D Tiles: 3ds Max, Cinema 4D, Blender and SketchUp

 





  Play the above Videos in Full HD and with Subtitles (CC)
Pull real, 100% accurate Google Photorealistic 3D Tiles straight into your 3D scene — and match your camera to them. This update to my Camera Match AutoSetup + GeoBuild scripts is built around bringing the real world into 3ds Max, Cinema 4D, Blender and SketchUp.







The headline feature is the deep Google Photorealistic 3D Tiles integration: fetch fully textured, real-world-accurate 3D models of any location directly into your viewport, with new fine-tuning controls — Max Screen Space Error (lower = higher quality) and Max Tile Depth (higher = more detail) — to balance model detail against compute time.

Camera Match AutoSetup matched

In this walkthrough I cover: • Google Photorealistic 3D Tiles — fetching accurate textured models (free Google Cloud API key required).
• Fine-tuning quality vs. compute time with Max Screen Space Error & Max Tile Depth.

Geobuild:Google Photorealistic 3D Tiles created in 3ds max



Geobuild: Google Photorealistic 3D Tiles created in Blender




Geobuild: Google Photorealistic 3D Tiles created in Cinema 4D




Geobuild: Google Photorealistic 3D Tiles created in SketchUp




• GeoBuild + OpenStreetMap — importing building outlines, heights and names (note the ~5–10m offset).

GeoBuild + OpenStreetMap created in 3ds Max



GeoBuild + OpenStreetMap created in Blender



GeoBuild + OpenStreetMap created in Cinema 4D



GeoBuild + OpenStreetMap created in SketchUp



• The Crop Photo Tool — recovering accurate matches from pre-cropped publication images.



Cropped Photo Tool for 3ds Max



Camera Matched without Cropped Photo Tool ( NOT 100% matched )



Cropped Photo Tool being applied with "Pick Horizon..." button



Cropped Photo Tool final result (camera matched 100% )





Cropped Photo Tool for Blender



Cropped Photo Tool for Cinema 4D 



Cropped Photo Tool for SketchUp



• The Scene Scale Calculator — auto-setting system units from a real building's height.
• Transplanting cameras between scenes via JSON for maximum accuracy.
• Background toggles for VP lines and the reference photo.
All of this sits on top of the core engine that already handles automatic vanishing-point detection, camera alignment, and the VP Verified Box for checking accuracy against real structures in your photo. Available for 3ds Max, Cinema 4D, Blender and SketchUp

Feel free to reach out if you have any questions — happy to help.

CameraPnP Align v1 🚀:  Is a 3ds Max script designed to automate and simplify complex camera matching and photomontages.

It is specifically built to solve challenging scenarios where standard vanishing point detection fails—such as when a building is not perfectly square or/and sits at a severe, awkward angle.

Instead of relying on perspective lines, the script uses a Point Pairs system. Users snap a minimum of four points on their 3D model's corners to the exact corresponding pixels on their 2D background photograph. From there, the script automatically generates a renderer-aware Physical Camera (compatible with V-Ray, Corona, and others) and instantly calculates the 100% accurate position, rotation, and field of view in under a minute.




Directly below is are links to download the full Free Manual and a 7-Day FREE Trial for, 3ds Max, Cinema 4D, Sketchup, Blender and Maya.

Free Manual: https://drive.google.com/drive/folders/1nzKRn9-dGON3taoYN6UJYOTgKvTdjSrC?usp=sharing



Studio Edition: Download a 7-Day FREE Trial Now Available: https://drive.google.com/drive/folders/1i1Z_fh-vU2xT-C5p_0nnvocZxUxJPSux?usp=sharing

To purchase and download the full Script/Plugin with the files, you can Join my my Patreon page Here: 

https://www.patreon.com/c/u2469908/shop



Or visit my Gumroad page HERE:

 https://jamiecardoso.gumroad.com/  

SMALL STUDIO (up to 5 users) LICENSE

Small firms benefit most from efficiency gains. At this price the tool pays for itself in a single project by saving 15–20 hours of manual camera matching.

  • Up to 5 named workstations
  • Lifetime access to v6 updates

  • Full VP detection + horizon line + FBX export + Scene Scale Calculator + Renderer-aware camera creation + Camera Transplant improvements + Cropped Photo Tool + Background Mode + Iterative overlay naming + Scrollable / resizable panel

  • All platforms: 3ds Max + Blender + Cinema 4D + SketchUp editions
  • Priority email support

  • DroneSiteBuilder Enterprise is a single-file 3ds Max, Cinema 4D, SketchUp and Blender toolkit that compresses the traditional 6–8 hour drone-photo to 3D site pipeline (Lightroom + Global Mapper + NOAA LiDAR + manual camera matching) into about 90 seconds — one click, no exports, nothing leaves 3ds Max, SketchUp, Cinema 4D or Blender. Drop in a drone DNG or JPEG (DJI / Skydio / any drone that writes XMP) and the embedded GPS, altitude and gimbal bearing drive a full camera setup automatically. New: opt-in Google Photorealistic 3D Tiles — fetches Google's photogrammetric mesh for the site's bbox straight into 3ds Max, SketchUp, Cinema 4D or Blender, in place of (or alongside) the layered terrain + aerial + OSM build.

    Also, DroneSiteBuilder comes packaged/bundled with CameraMatch AutoSetup Studio license, fully integrated with Geobuild and CameraMatch AutoSetup scripts / plugins / add-ons / extensions.   





  • Optional Rural / Landscape checkbox. This function ignores foliage and sky before detection and focuses on structural elements (tree trunks, road edges, kerbs, buildings). Corrects small detection errors that would otherwise tilt the horizon line on level shots.

  • New Force level horizon (always zero roll) checkbox, independent of Landscape mode. Unconditionally snaps the camera's roll to zero regardless of the detected value. Pitch is left untouched, giving a flat-horizon starting point from which manual refinement is straightforward.

  • GeoBuild is a single-file 3ds Max, Cinema 4D, SketchUp and Blender toolkit that turns the slow, error-prone job of building a 3D map into a few clicks. Type an address (or paste a bbox), point it at an OpenStreetMap file, and it assembles a geo-referenced scene — terrain, satellite drape, extruded buildings, width-by-class road ribbons, and land features (parks, waterways, POIs) — all under one root helper sharing a real-world metric frame, ready for CameraMatch. New in v1.3: one-click Auto-fetch for free DEM + aerial, and opt-in Google Photorealistic 3D Tiles — the same photogrammetric mesh Google Earth uses, dropped straight into your scene.




  • CameraPnP Align v1 🚀:  Is a 3ds Max script designed to automate and simplify complex camera matching and photomontages.

    It is specifically built to solve challenging scenarios where standard vanishing point detection fails—such as when a building is not perfectly square or/and sits at a severe, awkward angle.

    Instead of relying on perspective lines, the script uses a Point Pairs system. Users snap a minimum of four points on their 3D model's corners to the exact corresponding pixels on their 2D background photograph. From there, the script automatically generates a renderer-aware Physical Camera (compatible with V-Ray, Corona, and others) and instantly calculates the 100% accurate position, rotation, and field of view in under a minute.


  • On first launch the tool auto-registers under category JamieC. One-time drag from Customize > Customize User Interface > Toolbars places CameraMatch on any toolbar permanently.

  • Compact default height that fits the main workflow on standard displays. Scrollbar and manual resize both preserved.

  • User-configurable threshold (default 0.40). Below threshold the tool offers Apply anyway, Open Perspective Match, or Cancel — no silent commits on shaky detections.

  • Precise build number v6.1.8 shown in the panel title, the header, and the Done dialog. Studios can reference the exact build in support tickets and change-management records.






INDIVIDUAL FREELANCER/HOBBYIST LICENSE

A personal, non-transferable licence for a single workstation. Low enough for an impulse purchase — high enough to reflect the tool's specialised computer-vision capabilities.

  • Single workstation — personal use

  • Full VP detection + horizon line + Cropped Photo Tool + Background Mode + FBX export + Scene Scale Calculator + Renderer-aware camera creation + Camera Transplant improvements + Iterative overlay naming + Scrollable / resizable panel

  • Lifetime access to v6 updates

  • 3ds Max and Blender editions ( Cinema 4D and SketchUp are NOT included in this tier )

  • GeoBuild is a single-file 3ds Max and Blender toolkit that turns the slow, error-prone job of building a 3D map into a few clicks. Type an address (or paste a bbox), point it at an OpenStreetMap file, and it assembles a geo-referenced scene — terrain, satellite drape, extruded buildings, width-by-class road ribbons, and land features (parks, waterways, POIs) — all under one root helper sharing a real-world metric frame, ready for CameraMatch. New one-click Auto-fetch for free DEM + aerial, and opt-in Google Photorealistic 3D Tiles — the same photogrammetric mesh Google Earth uses, dropped straight into your scene.

    It is specifically built to solve challenging scenarios where standard vanishing point detection fails—such as when a building is not perfectly square or/and sits at a severe, awkward angle.

    Instead of relying on perspective lines, the script uses a Point Pairs system. Users snap a minimum of four points on their 3D model's corners to the exact corresponding pixels on their 2D background photograph. From there, the script automatically generates a renderer-aware Physical Camera (compatible with V-Ray, Corona, and others) and instantly calculates the 100% accurate position, rotation, and field of view in under a minute.

  • CameraPnP Align v1 🚀:  Is a 3ds Max script designed to automate and simplify complex camera matching and photomontages.

    It is specifically built to solve challenging scenarios where standard vanishing point detection fails—such as when a building is not perfectly square or/and sits at a severe, awkward angle.

    Instead of relying on perspective lines, the script uses a Point Pairs system. Users snap a minimum of four points on their 3D model's corners to the exact corresponding pixels on their 2D background photograph. From there, the script automatically generates a renderer-aware Physical Camera (compatible with V-Ray, Corona, and others) and instantly calculates the 100% accurate position, rotation, and field of view in under a minute.







I really hope you find this script useful.



Camera Transplant Tool


Exporting Camera Data





The Precision Gap chart, Solved



Photo matched with one click using CameraMatch AutoSetup v6 in the 3d viewport


Photo matched with one click using CameraMatch AutoSetup v6 in the 3d viewport





Photo matched with one click using CameraMatch AutoSetup v6 in the 3d viewport




Photo matched with one click using CameraMatch AutoSetup v6 in the 3d viewport



Photo matched with one click using CameraMatch AutoSetup v6 in the 3d viewport



Photo matched with one click using CameraMatch AutoSetup v6 in the 3d viewport





Photo matched with one click using CameraMatch AutoSetup v6 in the 3d viewport




Original Photo taken

Photo matched with one click using CameraMatch AutoSetup v6 in the 3d viewport



Furniture in the 3d Viewport



Furniture 3d render fully integrated


Furniture 3d render fully integrated ( Option 2 )



Mitsubishi ASX Original photo 



Original Photo camera matched with the Script in the 3d Viewport



Lamborghini Urus in the 3d Viewport


Lamborghini Urus 3d render fully integrated 


Mercedes-Benz G63 AMG 3d render fully integrated 


Ferrari 812 GTS 3d render fully integrated 


  

Recommended AI Rendering Applications after camera matching your scene with CameraMatch AutoSetup v6 and rendering 

After camera matching your scene with CameraMatch AutoSetup v6 and rendering, the next step is often compositing your 3D render into the background photograph with realistic lighting, materials, and atmosphere. 

The following AI-powered applications can take a basic render from SketchUp, Blender, 3ds Max, Maya, Revit, or other 3D software and seamlessly blend it with background photography — automatically handling lighting integration, material enhancement, and environmental context to produce a photorealistic final image.

1. Veras by Chaos
AI visualisation partner from Chaos (makers of V-Ray and Enscape). Works natively inside
Revit, SketchUp, Rhino, Forma, and Vectorworks — no export needed. Transforms sketches,
2D images, and 3D models into high-impact renderings in moments. Powered by the Nano
Banana engine with strong semantic understanding of architectural prompts.
Direct BIM plugin integration • Geometry-aware prompt control • Animation from stills • 
From $59/month

2. MyArchitectAI
Cloud-based AI rendering engine that turns SketchUp, Revit, or Archicad exports into
photorealistic visuals in under 10 seconds. Handles all modelling, lighting, and texturing
automatically. Supports style transfer from reference images and includes a SketchUp plugin
for direct viewport export. 4K output with AI post-processing enhancer.
10-second renders • Style blending from reference images • SketchUp plugin • 10 free renders to start

3. ArchiVinci
Advanced cloud rendering platform powered by Stable Diffusion and ControlNet. Transforms
sketches, photos, and 3D model screenshots into 4K–8K realistic architectural visuals.
Interprets geometry, scale, and perspective, then applies realistic materials, lighting, and
atmosphere automatically. Runs entirely in the browser with no GPU required.
4K–8K output • Browser-based, no install • Interior, exterior, masterplans • 620,000+ users


4. mnml.ai
Professional AI rendering suite with 12+ specialised tools and 40+ architectural styles.
Supports SketchUp, Revit, Blender, 3ds Max, Lumion, V-Ray, Twinmotion, and hand-drawn
sketches. Includes dedicated modules for exterior, interior, landscape, and sketch-to-render
workflows. Natural language editing to refine materials, lighting, and details.
12+ AI tools • 40+ styles • Text-based editing • 2.2M+ architects trust it

5. Vibe3D
AI-powered cloud rendering for SketchUp, 3ds Max, Revit, Rhino, Archicad, and Blender.
Export scenes as 2D images, upload, and configure time-of-day, lighting, weather, and
materials. Refine results with natural language prompts — no complex settings or GPU
required. Delivers 4K photorealistic results with accurate lighting, reflections, and shadows.
Natural language refinement • Weather and time-of-day control • Multi-platform • Pay-as-you-go






For videos on how to automatically create verified views with CSV survey data, or manually, please check the videos directly below:






 

Verified View matched with survey points in the 3d camera viewport

Verified View AVR0 (Building outline)

Verified View AVR1 (Building outline with edges)


Verified View AVR3 (Fully Rendered Building)

Verified View AVR3 (Fully Rendered Building)

Verified View AVR3 (Fully Rendered Building)

Verified View AVR3 (Fully Rendered Building)















 
                                                         Video Captions available (CC)




                                                      Video Captions available (CC)



 
                                                      Video Captions available (CC)