Wearing the Same Outfit in Different Ways -- A Controllable Virtual Try-on Method

TL;DR

This paper introduces a controllable virtual try-on method that allows users to manipulate how garments are worn while preserving their original details, enabling realistic and customizable outfit visualizations.

Contribution

It presents an instance-independent editing approach for garment drape control, combining warping and generation techniques for high-quality, customizable outfit visualization.

Findings

Produces state-of-the-art quality images

Enables flexible garment styling options

Allows automatic application of edits to large garment collections

Abstract

An outfit visualization method generates an image of a person wearing real garments from images of those garments. Current methods can produce images that look realistic and preserve garment identity, captured in details such as collar, cuffs, texture, hem, and sleeve length. However, no current method can both control how the garment is worn -- including tuck or untuck, opened or closed, high or low on the waist, etc.. -- and generate realistic images that accurately preserve the properties of the original garment. We describe an outfit visualization method that controls drape while preserving garment identity. Our system allows instance independent editing of garment drape, which means a user can construct an edit (e.g. tucking a shirt in a specific way) that can be applied to all shirts in a garment collection. Garment detail is preserved by relying on a warping procedure to place the garment on the body and a generator then supplies fine shading detail. To achieve instance independent control, we use control points with garment category-level semantics to guide the warp. The method produces state-of-the-art quality images, while allowing creative ways to style garments, including allowing tops to be tucked or untucked; jackets to be worn open or closed; skirts to be worn higher or lower on the waist; and so on. The method allows interactive control to correct errors in individual renderings too. Because the edits are instance independent, they can be applied to large pools of garments automatically and can be conditioned on garment metadata (e.g. all cropped jackets are worn closed or all bomber jackets are worn closed).