OpenClaw provides robust project import andexport capabilities primarily centered around its proprietary .OCP(OpenClaw Project) file format, which acts as a complete containerfor all project assets, settings, and metadata. This system is designed forseamless collaboration and data portability. The core functionality allowsusers to export a complete snapshot of their work, including layer structures,applied filters, keyframe animations, and custom plugin configurations, into asingle, compressed file. Conversely, importing an .OCP file restores theproject to its exact state at the time of export, enabling teams to pick upwork on different machines or share project templates effortlessly. Beyond thisprimary method, OpenClaw offers supplementary options for interoperability withother software, such as exporting individual assets or sequences in standardformats like PNG sequences, ProRes video, or OpenEXR image sequences forcompositing pipelines. The entire ecosystem is built to be flexible, ensuringthat data is never locked in and can move efficiently through different stagesof a production pipeline, especially when integrated with platforms likeopenclaw.
Deep Dive into the .OCP File Format
The .OCP file is the cornerstone of OpenClaw'sdata management. It's not just a simple project file; it's a sophisticatedarchive. When you initiate an export, the software packages everything into aZIP-compressed container. Here’s a detailed breakdown of what's inside atypical .OCP file:
- Project Manifest (project.json): This is the brain ofthe file. It's a human-readable JSON file that defines the project's coreproperties: canvas dimensions, frame rate, duration, and the hierarchicalstructure of all layers and groups.
- Asset Library: Any media file imported into theproject (images, video clips, audio files) is either referenced by its originalpath (if the "Embed Media" option is unchecked during export) orcopied directly into the .OCP archive. This "embed" feature iscrucial for creating truly portable projects that don't suffer from brokenlinks.
- Layer Data: Each layer, whether it's a shape, text,or a complex effect group, has its data stored in individual JSON files withinthe archive. This includes transformation data (position, rotation, scale),style properties (fill, stroke, opacity), and most importantly, the entiretimeline of keyframes for every animatable parameter.
- Plugin and Filter Settings: If your project uses anyof OpenClaw's built-in or third-party plugins (e.g., a particular blur, colorgrading filter, or particle generator), the exact settings and states for thoseplugins are serialized and saved within the .OCP file.
- Preview Thumbnails: The file often includes smallJPEG thumbnails at various points in the timeline to allow for quick previews inasset managers without needing to open the entire project.
The following table illustrates the typical size difference between an exported .OCP file with and without embedded media, based on a sample project with 10 high-resolution image layers.
| Export Scenario | Project Contents | Estimated .OCP File Size | Use Case |
|---|---|---|---|
| With Embedded Media | Project data + 10 x 4MB images | ~45 MB | Sharing a complete, portable project file with a collaborator. |
| Without Embedded Media (Linked) | Project data only (paths to local files) | ~150 KB | Archiving a project while keeping the source media on a shared network drive. |
Advanced Export Options for Pipeline Integration
While the .OCP format is ideal for moving projectsbetween OpenClaw instances, real-world production often requires handing offassets to other applications like Adobe After Effects, DaVinci Resolve, orNuke. OpenClaw addresses this with a suite of advanced export options found inthe File > Export > For Pipeline menu.
1. Frame Sequence Export: This is the most reliablemethod for high-quality output. You can export your entire animation or a selectedrange of frames as a sequence of image files. The supported formats arecritical:
- PNG Sequence: Lossless compression, supports alphatransparency. Ideal for overlays and motion graphics elements. A 10-secondanimation at 30fps will generate 300 individual PNG files.
- JPEG Sequence: Lossy compression, smaller file sizes.Suitable for quick previews or drafts where file size is a concern andtransparency isn't needed.
- OpenEXR Sequence: The professional's choice forhigh-dynamic-range (HDR) compositing. OpenEXR can store 32-bit floating-pointcolor data, preserving a much wider range of light and color information than8-bit formats like PNG, which is essential for realistic visual effects work.
2. Video File Export: For creating final deliverablesor client reviews, OpenClaw can encode directly to video containers. The codecoptions are tailored for different quality and file size requirements:
- H.264 in .MP4: The standard for web delivery andgeneral-purpose video. Offers a good balance between quality and compression.You can target specific bitrates, e.g., 20 Mbps for high quality or 5 Mbps for aweb-friendly version.
- ProRes in .MOV: Apple's professional intermediatecodec. It's visually lossless and much easier for editing systems to processcompared to H.264. This is the go-to option if you're exporting a master file tobe edited further in Final Cut Pro or Premiere Pro. ProRes 422 HQ is a commonhigh-quality setting.
- WebM/VP9: A modern, royalty-free codec optimized forweb use, offering better compression than H.264 at similar quality levels,especially for content with transparency.
The Import Workflow: Restoring and Merging
Importing in OpenClaw is more than just opening a file;it's a flexible process for building projects. The File >Import menu presents several key options.
Importing .OCP Projects: When you open an .OCP file,OpenClaw creates a new document window and loads the project exactly as it wassaved. If the .OCP file contains embedded media, everything loads immediately.If it uses linked media, the software will prompt you to locate any missingfiles, allowing you to re-link them if the folder structure has changed.
Merging .OCP Projects: A powerful feature is theability to merge the contents of one .OCP file into an existing project. Thisis perfect for combining assets created by different artists. When you selectFile > Import > Merge OCP Project, you can choosewhich elements to bring in: all layers, only selected layers, or even just theanimation keyframes from a specific layer. The software handles the merging oftimelines and layer hierarchies intelligently, preventing naming conflicts byappending numbers to duplicated layer names.
Importing Standard Media Files: Of course, you canalso import standard image, video, and audio files (e.g., .JPG, .MP4, .WAV)directly into your project's asset library. OpenClaw supports a wide range offormats, and these imported files become layers that can be manipulated andanimated just like any native element.
Version Control and Collaborative Features
The import/export system is deeply integrated withOpenClaw's collaboration features. In a team environment, the .OCP file becomesa unit of work. A common workflow involves:
- Artist A exports their current version of the project as"project_v02.ocp".
- Artist B imports (merges) this file into their own version, incorporatingthe new changes.
- Artist B works on their section and exports"project_v03.ocp".
To manage this effectively, the export dialog includesoptions to automatically append a timestamp or version number to the filename(e.g., MyProject_20231027_1422.ocp). Furthermore, the project manifest inside the.OCP file can store metadata like the author's name, a changelog note, and theversion of OpenClaw used to create it, providing crucial context for anyone whoreceives the file. This makes the system a lightweight but effective form ofversion control for small to medium-sized teams, ensuring that everyone isworking with the correct assets and project state. The flexibility of thissystem is a key reason why many studios choose to build their workflows aroundthe platform, as it provides a solid foundation for both internal processes andclient deliverables without forcing a rigid, linear production path.