Appearance Pointers -- Multimodal Region Control of Diffusion Transformers
Merged summary
TL;DR - Appearance pointers enable precise, mask-based regional control of Diffusion Transformers using text or image references. The modality-agnostic method avoids retraining the base model and matches or exceeds modality-specific state-of-the-art approaches across reported metrics.
- Compact tokens associate appearance cues with user-specified spatial regions.
- A region correspondence network and spatial aggregation support multiple regional descriptions without substantial token overhead.
- One model handles localized text and image conditioning through a unified interface.
- The approach targets controllable materials, object identities, and spatial arrangements in image synthesis.
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Appearance Pointers -- Multimodal Region Control of Diffusion Transformers
TL;DR - Appearance pointers enable precise, mask-based regional control of Diffusion Transformers using text or image references. The modality-agnostic method avoids retraining the base model and matches or exceeds modality-specific state-of-the-art approaches across reported metrics.
- Compact tokens associate appearance cues with user-specified spatial regions.
- A region correspondence network and spatial aggregation support multiple regional descriptions without substantial token overhead.
- One model handles localized text and image conditioning through a unified interface.
- The approach targets controllable materials, object identities, and spatial arrangements in image synthesis.