Creation of software for generating cutting files for wooden puzzles

Hello! I understand the task: creating software for the automatic generation of cutting files for wooden puzzles instead of manual work in Adobe Illustrator. I see the approach as follows: I will implement an algorithm that takes any external contour, automatically places thematic shapes from the library without overlaps, generates a grid with standardized connectors for a specified number of pieces, numbers them, and exports the finished AI file. I have experience in developing geometry generation algorithms and working with vector formats. Could you provide examples of finished files and technical parameters to clarify the logic of placing the shapes?

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Ready for collaboration. Portfolio can be viewed in the profile.

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Good day! I have worked on Python generative scripts that build vector geometry for laser cutting and export it to vector format—tasks involving the layout of shapes without overlaps and a continuous cutting contour are familiar to me. The most challenging part is evenly distributing thematic shapes within an arbitrary contour and stitching everything into a single mesh without gaps—this is solved through triangulation with point relaxation plus standardized connectors along shared edges. Could you please clarify if the shape library will consist of ready-made vectors (SVG/AI) or if they also need to be traced? And is the file required to be in native Illustrator format, or would a PDF/SVG that Illustrator opens perfectly fine be acceptable? Approximately 25 days.

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Good day
I have experience in developing such puzzles at Enjoy the Wood
By the way, the process can be optimized even more if you use Corel Draw
I am ready to collaborate)

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we already have almost ready logic for similar tasks of generative geometry and automation of production file preparation, it can be quickly adapted for wooden puzzles and brought to a working prototype ))

the benchmark for the first stage is 21 days and 45000 UAH
this stage involves designing the algorithm, testing grid generation, checking overlaps, numbering, and exporting in a format compatible with your cutting process

We can keep the start simple - first, we take 3-5 ready examples, a library of shapes, and rules regarding distances, line thicknesses, and connections, after which we create a prototype using real data.
Then we will scale up to 300, 500, 700 parts and add a user-friendly interface for the team.

We have relevant experience in complex automation systems and products with atypical business logic.
… https://business.ingello.com/platforma - an example of a corporate platform with process logic and data management
https://business.ingello.com/forma-bpm - automation of complex workflows, closely aligned with your production scenario
https://business.ingello.com/vorfahr - an example of a more algorithmic product approach, where not just the form matters, but the rules of the system's operation.

our profile for the exchange - https://systems-fl.ingello.com/ua

I would like to clarify 2 points to make the assessment more accurate:
- is AI as the final format absolutely necessary, or would SVG or PDF with further opening in Adobe Illustrator be acceptable?
- do the thematic shapes already have ready vector files with technical layers for cutting, or do they also need to be prepared?

Overall, the task is realistic, but the main thing here is not to just draw a file, but to build reliable generation rules; otherwise, the laser will find all our philosophical mistakes faster than the tester =/

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Good day, I was just making something like this for myself, drawing and cutting out a boat, here is an example of a simple demo layout.
Feel free to reach out, I will show you how to use this software, install it, and connect the SHI.
If anything is missing, we will work on it together.
https://github.com/archat-hash/FlyCLI/blob/main/fpv_boat.stl
Best regards,
Oleg Zhylin

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We have experience in automating the generation of vector outlines and algorithmic pattern generation. We implement this through Python using libraries for working with geometry, which will allow us to replace manual labor in Illustrator with an automated script. This will ensure accuracy and speed up the process of preparing files for laser cutting.

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Good day, I am ready to complete your task quickly and efficiently. I have extensive experience in creating various bots. Please write to me in private messages to discuss the details. I would be happy to help :)

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