Feature

• Implement auth by Google and Github
• New design done my tailwindcss
• Nested history page
• All request for nesting saved in queue with persistance storage in MongoDB
• More DXF tags support

Tech task

• New deploy by github actions
• Remove S3 bucket for infrastructure, all content saved into MongoDB

Next stages

• DXF parsing polygones

Thanks

Thanks to Dexus for the great project of parsing DXF

New feature

• Add support for Arc DXF tag

Tech task

• Migrate to jagua-rs
• Remove PostgreSQL
• Remove the old nest algorithm
• Add MongoDB for nested history
• Implement saving DXF and SVG files to MinIO

Next stages

• Nested history page
• More DXF tags support

Thanks

Thanks to JeroenGar for the great project, I hope it will be useful for me and for the community.

New feature

• Not new features, but a lot of changes under the hood.

Tech task

• Migrate to jagua-rs
• Remove PostgreSQL
• Remove the old nest algorithm
• Add MongoDB for nested history
• Implement saving DXF and SVG files to MinIO

Next stages

• Nested history page
• More DXF tags support

Thanks

Thanks to anyone who uses the project and uploads projects to the platform. It helps with development.

New feature

• Add support for more DXF tags:
• - Add support for circle tag
• - Add support for circle Polyline

Fun news

The project has the first organic upload, thank you!!!

Tech task

• Implement CI for the backend project

Next stages

• Implement the nested history page
• Add support for more DXF tags

New feature

• Implement creating project from webpage, user friendly

Tech task

• Try to make CI for the backend app. (in progress)

Next stages

• Implement the nested history page
• Finish CI for backend app
• Add support for more DXF tags

New feature

• Move max nesting time to config

Bug fix

• Fix the database query
• Speed up the new NFP cache

Tech task

• Make the CI which builds the docker image of the web app

Next stages

• Add CI for backend app
• Add support for more DXF tags
• Make it possible to add new projects for end users

New features

• Implement database
• Move NFP pairs cache to PostgreSQL database
• Move all JSON file-based storage to PostgreSQL, like good developers in real apps
• Move all paths to files into the database
• Add a progress bar to the webpage. I hope it improves the user experience

Next stages

• Implement CI for deploying docker containers for web and backend
• Better look for holes in preview images
• Speed up the new NFP cache
• Add support for more DXF tags

New features

• Implement cache for NFP pairs, each nesting adds new data to cache and improves future nest quality
• Added the preview photo to the project card

Next stages

• Implement CI for deploying docker containers for web and backend
• Implement progress bar with timing or presented
• Better look for holes in preview images

New features

• Fully support for LwPolyline (includes code 42 for bulge)
• Implement combine paths (currently not fully tested with combine path from different DXF types)

New projects

• Laser gridfinity boxes by OpenSCAD (the project with Line)
• Big box, my big box for Laser gridfinity (the project proof the curse and inner hole works fine)

Next stages

• Implement CI for deploying docker containers for web and backend
• Add the photo to the project
• Better look for holes in preview images

The project migrated to Vue.js for implementation navigation inside SPA

Add features

• Project list at main page
• New UI (based on Vue.js template)

Currently the project supports the following DXF entity types

• LwPolyline
• Line

Next stages

• Add project with Line (getting the laser cutting gridfinity from OpenSCAD)
• Implement CI for deploying docker container
• Implement base support for shapes with holes
• Add the photo to the project

The online platform for Nest algorithm. What is Nest Problem?

Given a square piece of material and some letters to be laser-cut: We want to pack all the letters into the square, using as little material as possible. If a single square is not enough, we also want to minimize the number of squares used. In the CNC world this is called `nesting`, and software that does this is typically targeted at industrial customers and very expensive.

Project goal

• The project has a goal to create a fully open-source software for nesting irregular shapes into square.
• The second goal is creating a platform for makers to share laser cutting projects with the community and provide the best user experience, which will be achieved by features like an online nesting tool.