Sitemap
WonHo Cho

WonHo Cho

Based on Dynamo and Generative Design, I address automation processes in different fields, including architecture, construction, MEP, and civil engineering.

Member-only story

A Methodological Shift and Expansion in Polygon Data Generation (Quadrilaterals, Pentagons, Hexagons) Research Notes (2025–09–28)

13 min readSep 28, 2025

--

Press enter or click to view image in full size
Generating geometry for learning ai — generative design (a total of 4000 image data, 1000 each)

This study completed the dynamic setting of 4000 images, 1,000 per form, with the number of various cases of each shape from 1 to 10. For the next task, apply the previously created json information output. And a total of 4000 images and json are matched. Finally, change to jsonl to complete the work on the local ai learning textbook dataset using colab.

1. Objective

The primary goal is to extend the logic of the previously completed triangle generation script to create datasets for quadrilaterals, pentagons, and hexagons. This process involves analyzing the geometric and mathematical limitations encountered and, to overcome them, shifting from the existing ‘Combinatorial Search’ method to a new methodology: ‘Parametric Generation & Grid Approximation’. The objective is to devise, implement, and validate the efficiency and scalability of this new approach.

2. Summary of Work

Today’s session marked a significant breakthrough, involving a fundamental methodological shift during the expansion of our grid-based polygon dataset generation from triangles to quadrilaterals, pentagons, and hexagons. Initially, by extending the existing…

--

--

WonHo Cho
WonHo Cho

Written by WonHo Cho

Based on Dynamo and Generative Design, I address automation processes in different fields, including architecture, construction, MEP, and civil engineering.