LTX2.3 Suite 3.5 MSR Multi-Reference Boost

This is an AI video generation application based on LTX 2.3 MSR Multi-Image Reference Third-Level HD Enhancement.

Users can upload five reference images, which are used to lock the main character, the second character, the third character, key props, and the background scene respectively. Then, by entering a video plot prompt, the system will generate a video with more stable characters and scenes based on these reference images.

Unlike ordinary image-to-video processes, this workflow does not rely solely on one image. Instead, it uses the MSR multi-image reference mechanism to separately input characters, props, and backgrounds as independent references. The first four images control the characters and key elements, while the fifth image controls the background environment, ensuring the final video maintains consistency in character identity, clothing, prop forms, scene atmosphere, and visual style.

The entire workflow is automatically completed: reading the five reference images, unifying reference image sizes, MSR multi-image synthesis, forward plot prompt encoding, reverse prompt constraint, first-level identity and composition locking, second-level x2 latent space continuation, third-level x2 HD refinement, final frame cropping, video decoding, audio decoding, and final MP4 output.

The final output is a multi-image reference consistency video that inherits the character, prop, and background settings from the reference images while generating complete actions, camera progression, plot changes, and cinematic visuals based on the prompts.

It is suitable for multi-character plot videos, character consistency videos, AI short film storyboards, holiday story shorts, product character promotional videos, character IP videos, prop-driven plots, Chinese-style fantasy videos, horizontal HD video materials, and RunningHub video application packaging.

If packaged as a RunningHub application, the core selling point can be directly expressed as:

Upload five reference images, input plot prompts, and generate consistent HD video locked by multiple images with one click.