2023

HyperSlice

Type: Image-interpolation-based 3D modeling workflow

This project aims to integrate AI 2D-interpolation techniques into the 3D design process. It involves retrieving geometric sections from a specified slicing axis, and using an interpolation model to explore the latent space between the cross sections.

Image Interpolation Matrix

By utilizing an M by N image matrix (M: total cross section count, N: interpolation in each layer), it empowers user to parametrically blend geometries using a customized curve. This approach enhances control and facilitates seamless integration of diverse geometries.

It's also possible to get cross-sections from a non-linear axis, and stack them back together to build a sub-form.

1. Input Geometry

2. Non-linear Slicing Axis

3. Cross-section

4. Output Geometry