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Cinescale

CineScale is an open-source Python research framework for generating high-resolution video with pretrained Wan2.2 diffusion models without fine-tuning them for the target resolution. Its README also documents prompt-guided video-to-video refinement.

Independent OpenViST project profile, based on linked sources.

Cinescale — OpenViST project profile in Image & Video AI.
OpenViST project illustration. See the linked sources for product details.
Understand the project

Practical overview

When it fits

Use CineScale when you want to investigate or run the documented Wan2.2-based workflow for high-resolution prompt-to-video generation or prompt-guided refinement of an existing clip.

Who it is for

  • Researchers studying high-resolution video generation with diffusion models.
  • Developers working with Wan2.2 who want to explore prompt-based generation or video refinement at higher resolutions.

Documented uses

  • Generate video from a prompt using a pretrained Wan2.2 checkpoint.
  • Refine an existing video using a prompt and a higher-resolution target.
  • Explore a tuning-free approach to high-resolution video diffusion.
Before you choose

Requirements & limits

The project is a public GitHub repository under the Apache-2.0 license. The README describes a local code workflow based on Wan2.2, using Python, model checkpoints, and distributed CUDA execution in its main example.

  • The documented setup follows the original Wan2.2 repository rather than providing a standalone hosted workflow.
  • The main generation example uses torchrun with five processes and CUDA devices; the README also shows a separate Wan2.2 TI2V-5B command.
  • For video refinement, the README describes frame sampling, VAE encoding, latent upscaling, and high-resolution refinement.
  • The project reports stronger aesthetic and imaging quality in its evaluation while subject and background consistency and motion smoothness remain comparable to the base model.

Check current requirements in the official documentation. Source-based guidance does not mean OpenViST has run or independently tested this project.

Source-based practical guide

Prepare prompts for Wan2.2 generation

Set up a prompt file for the documented CineScale text-to-video workflow.

Before you start

  • CineScale and the Wan2.2 repository setup; the README says setup follows the original Wan2.2 repository.
  • A prompts.json file in the Wan2.2 directory.

Steps

  1. Define the desired video prompt in Wan2.2/prompts.json under the prompts list.

  2. Use the documented CineScale/Wan2.2/cinescale.py workflow with the prompt-file and checkpoint arguments described in the README.

Expected outcome

A prompt file is prepared for the documented Wan2.2-based CineScale generation workflow.

Guide limitations

  • The README marks the repository under construction.
  • The available documentation does not establish successful execution or hardware compatibility.
Source-based practical guide

Prepare a video for high-resolution refinement

Use the documented video-to-video inputs and settings to configure a refinement run.

Before you start

  • CineScale with the Wan2.2 setup and a model checkpoint.
  • An input video and a prompt describing the intended refinement.

Steps

  1. Set the refinement prompt in Wan2.2/prompts.json.

  2. Provide the source clip with the documented --input_video argument.

  3. Set the target size with --size; the README example uses 3840*2160.

  4. Keep --round_noise_steps below --sample_steps, as instructed in the README.

Expected outcome

A video-to-video refinement command is configured with an input clip, guidance prompt, and target resolution.

Guide limitations

  • The README notes that a full restart discards the input.
  • The repository is under construction; the documented example is not an execution or compatibility guarantee.
Evidence and transparency

Sources & review

Source record details
Source availability
Active
Sources checked
15 October 2026
Original website title
Eyeline-Labs/CineScale · Official homepage title · retained in its source language