TSLP: Text driven and style transferable indoor furniture layout generation pipeline
Authors:
Zhiguo Xu, Jian Zhang, Shenghao Yang, Xiaoyan Liu, Mingbo Zhao
Conference:
ICIC 2026 Posters, Toronto, Canada, July 22-26, 2026
Pages:
517-534
Keywords:
3D Generation, furniture Layout Generation, Style Transfer, Text-driven Generation, Instance-level Control
Abstract
With the surging demand in interior design, high-quality furniture layout as-sets have become increasingly indispensable. However, creating such assets requires professional expertise in both aesthetic design and 3D modeling, leading to significant manual overhead. Consequently, there is a compelling need for generative frameworks capable of autonomous, high-quality asset generation. Existing methods focus on holistic image-to-3D synthesis or as-set retrieval, yet they yield monolithic representations that lack instance-level editability and stylistic steerability. To this end, we present TSLP, a text-driven and style-transferable pipeline for indoor furniture layout generation. Our framework first synthesizes an interior image from textual prompts via a diffusion-based model, followed by a style-transfer module for aesthetic customization. We then reconstruct decoupled 3D assets with precise pose estimation, finally employing a texture synthesis model to bake high-fidelity textures onto the generated objects. Our pipeline enables seamless 3D furniture layout synthesis from text, granting users granular control over object structure, category, and spatial positioning. By integrating a style-transfer module, our framework facilitates effortless aesthetic customization via a single style reference image, significantly enhancing both usability and adaptability.
BibTeX Citation:
@inproceedings{ICIC2026,
author = {Zhiguo Xu, Jian Zhang, Shenghao Yang, Xiaoyan Liu, Mingbo Zhao},
title = {TSLP: Text driven and style transferable indoor furniture layout generation pipeline},
booktitle = {Proceedings of the 22nd International Conference on Intelligent Computing (ICIC 2026)},
month = {July},
date = {22-26},
year = {2026},
address = {Toronto, Canada},
pages = {517-534},
note = {Poster Volume 7}
doi = {
10.65286/icic.v22i1.68723}
}