Introduction of LTX-2.3-Multiple-Subject-Reference
Model Details of LTX-2.3-Multiple-Subject-Reference
Overview
This model implements a novel approach to multi-reference video generation using
Multiple Subject Reference (MSR)
. Instead of introducing additional encoder branches or fusion modules, we transform multiple static reference images into a pseudo-video sequence that shares the same representation space as the target video.
Usage
This LoRA requires the
ComfyUI-Licon-MSR
plugin for ComfyUI. A sample workflow is included in the model files for easy testing and experimentation.
Key Features
Multi-Reference Visual Memory
Token-level reference preservation
: Multiple reference images are encoded as video latents, preserving fine-grained visual information at token level rather than compressing into a single embedding
Native self-attention retrieval
: The target video tokens directly access reference tokens through the model's existing self-attention mechanism—no new architectural components needed
In-context conditioning
: References serve as "visual memory" within the main token sequence, not as external conditioning inputs
Flexible Reference Composition
2 to 5 reference images
: Supports varying numbers of reference inputs with increasing complexity
Complementary semantic roles
: Each reference image can carry different information:
Subject identity
Object/prop details
Scene/background
Local textures
Multiple viewpoints
What It Can Do
Identity Preservation Across References
Generate videos where multiple reference identities are simultaneously preserved:
Multiple characters from different reference images
Character + object combinations
Object + scene compositions
Relation-Based Composition
Beyond mere identity preservation, the model can compose references based on textual relation descriptions:
Temporal event structures (start → process → result)
Cross-Reference Attribute Selection
The model learns to selectively retrieve attributes from different references:
Face from reference A, clothing from reference B
Object identity from one reference, pose/position from another
Background elements from scene references
Usage Tips (V1 Version)
Prompt description
: Requires concise but accurate description of reference images. Over-description or under-description both lead to consistency degradation
High-motion scenes
: 50fps recommended to ensure smooth motion coherence
Generation reliability
: Typically requires 2-3 sampling runs to achieve accurate results
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