How to Add Monoliths to Space Engineers Save

The digital universe of Space Engineers beckons explorers and engineers alike to construct magnificent starships, intricate bases, and sprawling orbital stations. Within this sandbox of boundless creativity, players often seek to push the boundaries of the game’s mechanics, yearning for ways to introduce custom, monumental structures – what many might colloquially refer to as "monoliths" – directly into their save files. These aren't necessarily specific game entities named 'monoliths', but rather any grand, static, and often unique structures that profoundly alter the landscape or narrative of a world. This comprehensive guide will delve deep into the sophisticated methods and intricate processes required to inject such significant structures into your Space Engineers save, transforming your universe in ways the vanilla game might not originally allow. We will traverse the labyrinthine paths of save file editing, external tool utilization, and best practices, empowering you to become the true architect of your digital cosmos, all while navigating the underlying complexities that developers face in managing such intricate digital systems, even touching upon the fascinating parallels with modern API and AI management.

The Genesis of a Grand Vision: Understanding Monoliths in Space Engineers

Before embarking on the technical journey, it's crucial to define what "monoliths" signify within the context of Space Engineers. Unlike a distinct object with a fixed identity, a 'monolith' in Space Engineers is more of a concept – a massive, pre-designed, or custom-built structure intended to be a permanent, imposing fixture in your game world. This could be an ancient alien ruin, a colossal asteroid station, a unique landscape feature, or an incredibly detailed custom-built city that you wish to integrate seamlessly into an existing save. The desire to add such structures stems from a player's ambition to create richer, more personalized experiences, populate empty worlds with points of interest, or introduce narrative elements that would otherwise be painstakingly difficult to build in-game.

The challenge lies in that Space Engineers, while robust, doesn't offer a direct "import giant structure" button. The game’s design prioritizes player construction within its real-time physics engine. Therefore, adding a monolith typically involves manipulating the game’s underlying save file structure, which is essentially a database of every block, entity, and coordinate within your world. This manipulation requires a nuanced understanding of file formats, object IDs, and spatial coordinates, turning what might seem like a simple wish into an advanced modding endeavor. The complexity involved in this manual process often highlights the stark contrast between direct data manipulation and interacting with well-defined programmatic interfaces, or APIs, which many enterprise applications rely on for seamless integration.

The Digital Blueprint: Deciphering Space Engineers Save File Structure

At the heart of every Space Engineers world lies its save file, a meticulously organized collection of data that dictates every aspect of your game. Understanding this structure is the foundational step towards successfully adding any custom content, including monoliths. Your save files are typically located in C:\Users\[YourUsername]\AppData\Roaming\SpaceEngineers\Saves\[SteamID]\[WorldName]. Within each world's folder, you'll find a series of critical files and subfolders:

• Sandbox.sbc: This is the primary configuration file, an XML-based document that contains general world settings, such as gravity, speed limits, inventory sizes, and a list of all active entities and their references. While it doesn't hold the geometry of your monoliths directly, it's crucial for linking new entities into the world.
• Sandbox_0_0_0_.sbs and similar (Sandbox_[X][Y][Z].sbs): These are the core files containing the actual grid data. Space Engineers divides its world into regions or "sectors," and these sbs files store the detailed information about every block, its type, orientation, and ownership for specific areas. When you add a monolith, its grid data will either be integrated into an existing sbs file or potentially reside in a new one if it's placed far from existing structures. These files are typically compressed binary, making direct manual editing challenging without specialized tools.
• Storage folder: This folder contains voxel data (.vx2 files) for planets, asteroids, and moons. If your monolith interacts directly with or modifies the terrain (e.g., an underground base), these files might be indirectly affected or need careful consideration.
• Thumb.png: A simple thumbnail image of your world.
• LastSave.sbl: Contains information about the last save time.

The data within these files represents a complex interplay of objects, properties, and relationships. Manipulating them is akin to interacting with a low-level api of the game engine itself, albeit one that is undocumented and requires reverse engineering or specialized community tools to navigate. Every block, every component, every entity has a unique identifier and a set of properties that determine its behavior and appearance. When introducing a monolith, you are essentially creating new sets of these identifiers and properties and carefully placing them within this existing digital ecosystem.

The Architect's Toolkit: Essential Preparations and Tools

Before venturing into the delicate art of save file modification, preparation is paramount. Haste can lead to corrupted saves and lost progress. A successful endeavor requires not only the right mindset but also the correct tools and a meticulous approach.

1. Backup, Backup, Backup! (The Golden Rule)

This cannot be stressed enough. Any direct modification of save files carries inherent risks. A single misplaced character, an incorrect ID, or a faulty tool operation can render your entire world unplayable. Always, without exception, create a complete backup of your Space Engineers save folder before making any changes. Copy the entire [WorldName] folder to a safe location on your hard drive. This acts as your digital life raft, allowing you to revert to a working state if anything goes awry. Think of this as version control for your game world, an essential practice that prevents catastrophic data loss.

2. Essential Software Tools

To effectively manipulate Space Engineers save files and introduce complex structures, you'll need specialized software that can interpret and modify the game's proprietary formats.

• SEToolbox: This is perhaps the most venerable and indispensable tool for Space Engineers save editing. SEToolbox is a powerful external application that allows you to view, edit, and manipulate almost every aspect of your Space Engineers world. It can move grids, add entities, modify voxel hands, repair corrupted saves, and, crucially for our purpose, import and export blueprints directly into an active save. Its graphical interface provides a user-friendly gateway to the complex underlying data, abstracting away much of the manual XML editing. While it might not handle every edge case or every type of monolith, it's the primary go-to for most operations.
• SEWorldEditor (or Space Engineers World Editor): While SEToolbox focuses more on object manipulation, SEWorldEditor (a different project) often provides more direct control over terrain and voxel data. Depending on the nature of your 'monolith' (e.g., if it's deeply integrated into a planet or asteroid), this tool might be incredibly useful for preparing the environment or cleaning up after an import.
• Notepad++ (or similar advanced text editor): For advanced users, direct editing of XML-based files (like Sandbox.sbc or potentially blueprint .sbc files) might be necessary. Notepad++ offers syntax highlighting, powerful search-and-replace functionalities, and other features that make manual XML manipulation less daunting than with a standard text editor. It acts as a direct window into the textual representation of your game's data.

3. The Monolith Itself: Source Blueprint or Structure

Before you can add a monolith, you need the monolith itself. This typically comes in one of two forms:

• A Space Engineers Blueprint (.sbc file): This is the most common and manageable format. Blueprints are pre-saved designs of ships, stations, or vehicles created within the game or downloaded from the Steam Workshop. These are essentially XML files that define all blocks, their properties, and relative positions for a specific structure. You'll need to locate or create the blueprint of the structure you wish to import.
• An existing grid from another save: Less common and more complex, but sometimes you might want to extract a structure from one save and place it into another. This usually involves using SEToolbox to export the grid to a blueprint first, then importing that blueprint.

Having these tools and your desired monolith blueprint ready marks the end of the preparatory phase. You are now equipped to navigate the more intricate steps of actual save file modification.

The Ritual of Integration: Step-by-Step Monolith Addition

With your backups secured and tools at the ready, we can now proceed with the core process of adding a monolith to your Space Engineers save. This typically involves using SEToolbox as the primary gateway for injecting blueprints, followed by potential manual adjustments for fine-tuning.

Method 1: Utilizing SEToolbox for Blueprint Injection (Recommended)

SEToolbox is designed to simplify the complex task of interacting with Space Engineers save files. Its user-friendly interface allows for the insertion of blueprints with relative ease.

1. Launch SEToolbox: Open SEToolbox and navigate to File -> Open Sandbox. Browse to your Space Engineers save folder (C:\Users\[YourUsername]\AppData\Roaming\SpaceEngineers\Saves\[SteamID]\[WorldName]) and select the Sandbox.sbc file. SEToolbox will then load your entire world data. This process might take a few moments depending on the size and complexity of your world.
2. Select a Save Point (Optional but Recommended): If your world has multiple save points (due to auto-saves or manual saves), SEToolbox will present you with options. Always choose the latest working save point to ensure you're working with the most up-to-date version of your world.
3. Navigate to the Blueprints Tab: Once your world is loaded, look for a tab or menu option labeled "Blueprints" or "Add From Blueprint." This is your portal to integrating pre-designed structures.
4. Import Your Monolith Blueprint:
   • Click on the "Add from Blueprint" or "Import Blueprint" button.
   • A dialog box will appear, prompting you to select your blueprint file. Navigate to the location where your blueprint (.sbc file) is stored. This could be in your AppData\Roaming\SpaceEngineers\Blueprints\local folder, or wherever you saved a custom blueprint.
   • Select the blueprint file and click "Open."
5. Positioning the Monolith: This is a critical step. SEToolbox will display a preview of your monolith and allow you to define its initial position and orientation within the world.
   • Coordinates (X, Y, Z): You'll need to input the desired coordinates for your monolith. These are absolute world coordinates. If you want to place it near an existing base, you might need to find the coordinates of that base in-game (using the debug screen Alt+F10 for entity list, or Shift+F10 for creative menu tools that show coordinates) and then adjust accordingly. Remember, Y-axis is typically altitude.
   • Rotation (Pitch, Yaw, Roll): Adjust these values to orient your monolith correctly. Experimentation might be required here.
   • Collision Detection: SEToolbox might offer some basic collision detection. Be mindful of placing structures inside existing voxels (planets/asteroids) or other large grids, as this can lead to glitches or damage upon loading.
   • Attach to Grid (Optional): For smaller components or extensions, you might be able to attach them directly to an existing grid. For a true 'monolith', it's usually best to place it as an independent entity.
6. Confirm and Add: Once you are satisfied with the position and orientation, confirm the addition. SEToolbox will then process the blueprint data and integrate it into your save file. This might take a moment.
7. Save Changes: After the monolith has been added, you must save your changes within SEToolbox. Go to File -> Save Sandbox (or Save As if you want to create a new save file). Do not close SEToolbox before saving, as all your work will be lost.
8. Launch Space Engineers: Start Space Engineers and load the modified save file. If everything was done correctly, your monolith should now be present at the specified coordinates, ready for exploration or further construction.

Method 2: Manual XML Editing for Advanced Scenarios (Use with Extreme Caution)

While SEToolbox simplifies most tasks, there might be niche scenarios where direct manipulation of the Sandbox.sbc file (and potentially other files if uncompressed) is necessary. This method is highly advanced, extremely prone to errors, and should only be attempted by those comfortable with XML syntax and debugging. It’s akin to bypassing an official api to directly interact with a database schema, offering granular control but demanding precise knowledge.

1. Extract Blueprint XML: If your monolith is a blueprint, you first need to understand its XML structure. Blueprints are .sbc files located in your blueprint folders. Open your blueprint .sbc file with Notepad++.
2. Locate Grid Data: Within the blueprint's XML, you'll find a <CubeGrids> section. This section contains one or more <MyObjectBuilder_CubeGrid> elements, each defining a part of your structure. Inside, there are <PositionAndOrientation> tags (which you'll need to modify for world placement) and a vast array of <CubeBlocks> which define individual blocks.
3. Open Sandbox.sbc: In Notepad++, open the Sandbox.sbc file of your target save (after making a backup!). This file contains a <VoxelMaps> section (for planets/asteroids) and, more importantly, a <SectorObjects> or <Entities> section where game grids are referenced.
4. Insert Grid Data: You'll need to carefully copy the <MyObjectBuilder_CubeGrid> elements from your blueprint's .sbc into the Sandbox.sbc file, typically within a <MyObjectBuilder_World> -> <SectorObjects> or <Entities> section.
   • Unique Entity IDs: Every grid in Space Engineers must have a unique EntityId. When copying, you'll need to generate new, unique EntityId values for your monolith. This is usually a long integer. Failing to do so will lead to conflicts.
   • Position and Orientation: Critically, adjust the <PositionAndOrientation> tags within the copied grid data to reflect the desired world coordinates (X, Y, Z) and orientation (quaternion values for rotation, which are much harder to calculate manually than Euler angles). This requires precise numerical input.
   • Component IDs: Ensure any components within the grid (e.g., inventories, power systems) also have unique EntityIds if they are distinct from the main grid's ID.
5. Referencing in Save: You might also need to ensure the new entity is properly referenced in any other relevant sections of Sandbox.sbc, though for a standalone monolith, the CubeGrid insertion is usually sufficient.
6. Save and Test: Save the modified Sandbox.sbc file and launch Space Engineers. Cross your fingers and load the save. Debugging XML errors can be incredibly frustrating, often involving checking for missing tags, incorrect syntax, or duplicate IDs. This method underscores the value of tools like SEToolbox, which act as a robust gateway to prevent such manual errors.

Navigating the Digital Ecosystem: Advanced Considerations and Integration Points

Adding a monolith isn't just about placing blocks; it's about integrating a new, complex entity into an already intricate digital ecosystem. Several advanced considerations come into play, touching upon performance, multiplayer compatibility, and even the hypothetical future of game development.

Voxel Interaction and Terrain Modification

If your monolith is intended to be partially buried or integrated into an asteroid or planet, simple blueprint injection might not suffice. * Voxel Clearance: When placing a large structure within existing voxels, the game doesn't automatically carve out space. This can lead to blocks being embedded within rock, causing collision issues, performance drops, or even structural instability. Tools like SEWorldEditor or the in-game voxel hands (in creative mode) can be used after placement to manually carve out the necessary space. * Voxel Editing with Tools: Some advanced users might directly edit the .vx2 files in the Storage folder, but this is incredibly complex and requires specialized knowledge of voxel data structures. It's generally recommended to use graphical tools for this.

Performance Implications

Large monoliths, especially those with numerous blocks, complex logic, or many interactive components (rotors, pistons, subgrids), can significantly impact game performance. * Block Count: Every block adds to the processing load. Extremely large structures can cause frame rate drops (sim speed degradation). * Physics Complexity: Subgrids and dynamic elements within a monolith (e.g., automated mining rigs, elaborate door systems) increase physics calculations. * Optimization: When designing your monolith, consider optimization. Use static grids where possible, avoid unnecessary subgrids, and minimize complex logic gates if performance is a concern. The game engine has a limit to how many calculations it can perform per tick, and exceeding this can make the game unplayable.

Multiplayer Compatibility

Adding monoliths to a multiplayer save introduces additional layers of complexity and potential issues. * Server-Side Changes: If you are the server host, modifying the save file on your end will propagate to all connected players. However, ensure all players have compatible game versions and any required mods. * Consistency: Inconsistent save files between players and the server can lead to desynchronization errors, glitched objects, or disconnects. Always communicate changes to your server community. * Ownership: When importing a blueprint, ensure the ownership of the blocks is correctly set (e.g., to nobody, to a specific player, or to the faction). Incorrect ownership can prevent interaction or allow unauthorized access.

The Analogy of Digital Infrastructure: API, Gateway, and AI Gateway

While Space Engineers modding is a grassroots effort, the underlying challenges of managing complex digital assets and interactions echo those faced by enterprise-level software development. This is where concepts like api, gateway, and even AI Gateway become relevant, even if metaphorically or as a vision for future game development.

• API (Application Programming Interface): In software development, an api provides a standardized set of rules and protocols for building and integrating software applications. It defines how different software components should interact. In Space Engineers modding, we are essentially bypassing a formal api and directly manipulating the 'database' (save files). If Space Engineers were to offer a robust, documented modding api, players could theoretically add monoliths with simple function calls, rather than painstakingly editing XML. This would democratize modding and reduce errors significantly, offering a clean interface to the game engine's core functionalities. Imagine a future where a game.add_blueprint(blueprint_id, x, y, z) function exists, streamlining the process.
• Gateway: A gateway acts as a control point or a translator between different systems. In networking, it's a device that connects two networks. In software, an api gateway manages access to multiple backend services. SEToolbox, in a way, serves as a 'modding gateway'. It's not a formal api gateway in the enterprise sense, but it acts as a user-friendly intermediary, providing a controlled gateway to the otherwise inaccessible binary and XML data of Space Engineers saves. It translates complex file structures into understandable commands and visual representations, making advanced modifications more approachable. Without such a gateway, the barrier to entry for save editing would be much higher, limited to those capable of direct binary or XML parsing.
• AI Gateway and APIPark: The notion of an AI Gateway becomes increasingly relevant in the context of advanced game AI, dynamic world generation, or even player-driven narrative AI. If Space Engineers were to evolve to incorporate highly modular and customizable AI systems (e.g., for NPC behavior, emergent faction dynamics, or intelligent antagonists), managing these disparate AI models would become a significant challenge. For instance, imagine a mod that allows players to design complex AI behaviors for their automated defenses or mining drones, which then need to interact seamlessly with the game world. In such a scenario, an AI Gateway would be indispensable.For developers grappling with the complexities of managing numerous AI models and services in real-world applications, solutions like APIPark are paramount. APIPark is an open-source AI gateway and API management platform designed to help developers manage, integrate, and deploy AI and REST services with ease. It offers features like quick integration of 100+ AI models, a unified API format for AI invocation, and prompt encapsulation into REST APIs. While Space Engineers modding doesn't directly use an AI Gateway today, the challenges faced by game developers in integrating advanced AI, and the desires of modders to create more dynamic and intelligent worlds, highlight the essential role platforms like APIPark play in managing the burgeoning ecosystem of digital intelligence. It simplifies the lifecycle management of APIs, offers performance rivaling Nginx, and provides detailed logging and data analysis – features that are crucial for any complex digital infrastructure, whether it's powering a global enterprise or, hypothetically, a massively modded, AI-driven Space Engineers universe. The gap between current game modding practices and advanced enterprise API management illustrates the potential for future evolution in how games expose their internal logic and assets to the modding community.

Troubleshooting: Common Pitfalls and Solutions

Even with careful preparation, errors can occur. Knowing how to diagnose and rectify common issues is part of the advanced modder's skill set.

Issue	Probable Cause	Solution
Game Crash on Load	Corrupted Sandbox.sbc file; Duplicate EntityId; Incorrect XML syntax; Invalid block ID; Memory overload.	Revert to Backup: This is the primary solution. If not available, use SEToolbox to try and repair the Sandbox.sbc or check for duplicate IDs. Carefully review XML for syntax errors if you edited manually. Reduce complexity of monolith if too large.
Monolith Not Visible	Incorrect coordinates (placed outside visible area or deep inside voxels); Incorrect orientation; Game object limits reached; Grid not properly registered in Sandbox.sbc.	Check Coordinates: Use SEToolbox to verify position. Go to coordinates in-game (using Alt+F10 debug screen) to see if you can spot it. Ensure the grid is listed in SEToolbox's entity list. Check Sandbox.sbc for proper grid entry.
Monolith Glitching/Unstable	Placed partially inside voxels; Physics conflicts with existing objects; Too many subgrids or dynamic elements; Performance issues.	Voxel Clearance: Use SEWorldEditor or in-game voxel tools to clear space around the monolith. Simplify Design: Reduce subgrid complexity, use static grids where possible. Check Integrity: Use SEToolbox to check grid integrity.
Incorrect Ownership/Faction	Default blueprint ownership conflicting with desired ingame ownership.	Edit in SEToolbox: After importing, select the monolith grid in SEToolbox and modify its owner/faction.
Blocks Disappearing/Corrupting	Missing mods required by blueprint; Save file corruption from multiple edits.	Check Mod Dependencies: Ensure all necessary mods from the blueprint are installed and active. Revert to Backup: Always return to the last known good save. Perform fewer, more controlled edits between saves.
Poor Performance (Low Sim Speed)	Monolith is too large, too many blocks, too complex physics.	Optimize Monolith: Reduce block count, simplify subgrid structures, remove unnecessary moving parts. Consider breaking it into smaller, separate grids.

Best Practices and Creative Freedom

Successfully adding monoliths isn't just about technical execution; it's also about leveraging creative freedom responsibly and efficiently.

• Modular Design: When creating your own monoliths, design them in modular sections. This makes them easier to manage, import, and troubleshoot. If one section causes issues, it's easier to isolate and fix.
• Test Environment: Always test new, large structures in a separate, isolated test world before importing them into your main progression save. This prevents contamination of your valuable game data.
• Community Resources: The Space Engineers modding community is vibrant and resourceful. Don't hesitate to consult forums, wikis, and Discord servers for specific issues or to discover new tools and techniques. You might find pre-made monoliths or specialized scripts that simplify aspects of your project.
• Balance and Immersion: While the power to add anything is exhilarating, consider how your monolith impacts game balance and immersion. A massive, indestructible structure might trivialize certain aspects of gameplay if not carefully considered.
• Version Control for Blueprints: For complex custom monoliths, treat your blueprints like software projects. Use a simple version control system (even just dated folders) to track changes and revisions. This saves you from accidentally overwriting a good design with a flawed one.

The ability to place custom monoliths empowers you to craft truly unique and unforgettable experiences within Space Engineers. Whether it's an ancient ruin waiting to be discovered, a colossal space station acting as a new hub for your faction, or an alien artifact seeding new challenges, these structures become the anchors of your narrative, shaping the very fabric of your digital universe.

Conclusion: Forging New Realities in Space Engineers

The journey to add monoliths to your Space Engineers save is a testament to the dedication and ingenuity of its player base. It's a process that marries meticulous technical execution with boundless creative vision, transforming simple save files into canvases for grand designs. From deciphering the intricate Sandbox.sbc files to leveraging powerful external tools like SEToolbox, every step requires precision, patience, and a healthy respect for the delicate balance of your digital world.

While the methods described might seem complex, they are fundamentally about understanding and manipulating the game's core data. This deep dive into save file architecture not only empowers you to customize your game experience profoundly but also offers a fascinating, albeit indirect, glimpse into the challenges of managing complex digital assets and systems. The manual intricacies of game modding starkly contrast with the structured, efficient world of enterprise API management, where platforms like APIPark provide elegant solutions for handling vast networks of APIs and AI Gateway services. This comparison underscores the constant evolution in how digital resources are governed, from raw data manipulation in a sandbox game to sophisticated, unified platforms in the professional sphere.

Ultimately, mastering the art of monolith integration in Space Engineers means taking true ownership of your universe. It's about transcending the boundaries of in-game tools and becoming the ultimate world-builder, shaping landscapes, forging narratives, and leaving your indelible mark on the vast, empty canvas of space. So, backup your saves, launch your tools, and prepare to elevate your Space Engineers experience to monumental new heights. The universe awaits your creations.

Frequently Asked Questions (FAQ)

1. What exactly is considered a "monolith" in Space Engineers for the purpose of save editing? In Space Engineers, a "monolith" isn't a specific entity but rather a conceptual term for any large, complex, and generally static structure you wish to place into your game world through save file manipulation, rather than building it block by block in-game. This could range from massive pre-designed stations and ships (blueprints) to custom-designed architectural marvels or even unique natural formations if you're also manipulating voxel data. The key is its scale and its pre-designed nature, intended to be integrated as a significant, pre-existing feature.

2. Is it safe to directly edit Space Engineers save files, and what precautions should I take? Directly editing Space Engineers save files carries inherent risks and can easily corrupt your world if done incorrectly. The most crucial precaution is to always create a complete backup of your entire world save folder before making any modifications. This ensures you can revert to a working state if something goes wrong. Additionally, use reputable tools like SEToolbox, understand basic XML syntax if attempting manual edits, and ideally, test any major changes in a separate, expendable test world first.

3. What are the primary tools needed for adding monoliths, and what do they do? The primary tool is SEToolbox, a powerful external application that provides a user-friendly graphical interface to open, view, and modify almost all aspects of your Space Engineers save file. It's excellent for importing blueprints, moving entities, and basic troubleshooting. For more advanced terrain manipulation, tools like SEWorldEditor might be useful. For direct, granular textual edits, Notepad++ (an advanced text editor) is recommended for XML files like Sandbox.sbc or blueprint files, allowing you to examine and modify their structure directly.

4. Can I add monoliths to a multiplayer Space Engineers server, and what are the implications? Yes, you can add monoliths to a multiplayer server save, but it requires that you are the server administrator or have access to the server's save files. The implications include ensuring all players have compatible game versions and any required mods for the monolith. Inconsistent save files can lead to synchronization issues or disconnections. It's crucial to inform your server community about significant changes and ensure everyone's game client can properly load the modified world to avoid issues.

5. How do concepts like "API" and "AI Gateway" relate to Space Engineers modding, even if indirectly? While Space Engineers modding doesn't feature a formal, exposed API for players or directly utilize an AI Gateway, these concepts offer valuable analogies. An API (Application Programming Interface) provides a structured way for software components to interact; modding without one means directly manipulating raw data, much like interacting with a database schema. A gateway (like SEToolbox) acts as an intermediary, simplifying access to complex underlying systems. An AI Gateway, as seen in platforms like APIPark, manages complex AI models and services. This highlights the sophisticated infrastructure used in professional development to manage complex digital assets and interactions, offering a glimpse into how game development might evolve to provide more structured, user-friendly interfaces for advanced modding, particularly for emergent AI behaviors in future titles.

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