Previsualization In Game Production: Craft the Vision Before the Code

Previsualization in game production is like creating a blueprint before any coding or design work starts. This stage is all about bringing ideas to life visually, so the whole team has a clear picture of where they’re headed.

By making mockups, storyboards, and animatics, everyone can nail down the gameplay, story, and style before full production kicks off. It makes the whole process smoother and helps make sure the final game matches the original vision.

What’s Previsualization In Game Production?

Previsualization, often referred to as “previs,” is the process of planning, visualizing, and testing a game’s scenes and sequences before actual production begins. It involves creating a rough visual representation of characters, environments, camera movements, and action sequences to experiment with ideas and refine the story. This allows developers to make better decisions about shots, angles, and visual effects while saving time and reducing production costs​.

An example of this could be seen in a complex battle sequence. Let’s say you’re working on a fantasy RPG, and there’s a scene where the hero faces off against a massive dragon.

During the previs stage, you would use simple 3D models or animatics to block out the entire scene. This might include the dragon’s movements, how the camera will follow the hero, where the explosions or fire effects will be, and how the characters will interact.

The goal is to visualize the timing, angles, and overall flow of the scene before moving on to detailed animations and effects.

For instance, in games like Final Fantasy, previs often starts with very low-resolution 3D models that are anatomically correct, and the scene is animated roughly to give an idea of the action, character interactions, and overall sequence.

Higher-quality renders and effects are added later on once the main concept has been approved and tested.

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Types Of Previsualization In Game Production

• Storyboarding: A visual representation of illustrations or images displayed in sequence to outline key scenes and actions. It’s one of the earliest stages of previsualization in game production, focusing on defining the visual narrative.
• Animatics: A more advanced form of storyboarding where panels are edited together to create a sense of motion and timing. These can include rough dialogue, voiceovers, and music to give a sense of pacing and scene transitions​.
• 3D Previs (3D Previsualization): This involves creating rough, low-resolution 3D models and environments to visualize scenes, camera movements, and character animations. It is particularly useful for complex action sequences and scenes that will involve a lot of VFX​.
• Motion Capture (Mocap): The use of motion capture technology to record the movements of actors or objects, which is then mapped onto 3D characters for realistic animations. It is often used to plan complex character animations and improve realism in scenes​(.
• Digital Photography for Previs: Photographs, whether original or sourced, are used to visually illustrate the artistic vision for scene compositions. Some previs software tools allow these photos to be converted into digital storyboards for more detailed scene planning​.
• Shot Lists: Instead of visual panels, some teams use a shot list—a document detailing camera placements, gear, and movements for each shot. It is particularly useful for on-set references and provides a clear roadmap for filming or animation​.
• Game Engine Previsualization: The use of real-time game engines, such as Unreal Engine, to create highly detailed, interactive, and real-time previs sequences. These tools allow for rapid iteration, real-time visualization of changes, and the ability to produce near-final quality visualizations to better align with the end product.

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Benefits Of Previsualization In Game Production

Previs in game production helps you stay organized, saves money, boosts teamwork, and makes sure your game’s story and visuals hit the mark.

Efficient Planning and Decision-Making

Previs is all about laying the groundwork before you start the heavy lifting of game production. Imagine having a rough sketch or digital “blueprint” of your game that shows where your characters move, how the camera will pan, and what the environments look like. It helps to:

• Experiment with Concepts: Since everything is visual, you can test ideas quickly to see what works and what doesn’t. It’s a lot easier to test different approaches to scenes, gameplay elements, or visual effects at this stage than during full production​.
• Plan for Visual Effects: Previs allows you to see where VFX (Visual Effects) will go, so you know exactly what’s needed when production starts. If a complex action scene needs explosions, rain, or other effects, previs lets you plan its timing and placement.

Cost and Time Savings

Because previs happens early in the development process, it’s all about catching issues before they become costly problems. Making changes at this stage is much easier than during full-scale production. This saves money on:

• Avoiding Reshoots or Major Changes: Since you’ve already mapped out your scenes, you won’t need to go back and redo scenes or spend time figuring out how to fix problems that could have been avoided.
• Reducing Wasted Resources: You won’t waste resources like time, animation effort, or software rendering on scenes that don’t work. For example, if a sequence doesn’t look right or a camera angle isn’t fitting, you can change it quickly without committing to a full render​.

Efficient Integration of Visual Effects (VFX)

Visual effects teams can follow the previs blueprint to know exactly where explosions, magic effects, or environmental changes should be placed.

Since the VFX is mapped out ahead of time, there are fewer surprises during post-production. Everything fits together smoothly because the effects were planned with the final scene in mind​.

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Enhanced Collaboration Across Teams

Previs in game production acts as a visual guide that brings every department onto the same page. So, game designers and animators can see the visual style and movement expectations. They know how characters need to move, the overall mood of the environment, and what kind of assets to create.

Besides, producers use previs to make sure the project stays on track with both time and budget. Everyone gets to see what’s happening and how the game will play out, which reduces misunderstandings and keeps everyone aligned on the final vision​.

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Enhancing the Storytelling Process

By visualizing sequences, you can see if the pacing is right and if the storytelling feels natural. If a scene feels too long or lacks impact, adjustments can be made early on.

Since you can view the flow of action and dialogue, it’s easier to decide how the story needs to unfold to keep players hooked from scene to scene​.

Experimentation with Low Risk

Want to see how a scene looks from a different camera angle or with a different type of lighting? Go for it! You can test different versions of scenes, character movements, or special effects with minimal effort.

To quickly mock up how something should look (like an explosion or fog), previs artists use placeholder assets or “cheats” to simulate those effects. This keeps the process flexible and open to change without spending hours on detailed renders​.

Using Game Engines for Real-Time Visualization

Game engines like Unreal Engine have revolutionized the previs process by offering:

• Instant Feedback: You can make changes and see results in real time, thanks to the interactive nature of game engines. This means quick iterations and the ability to tweak visual elements as you go.
• High-Quality Previews: The level of detail and quality that game engines provide make it easy to get an almost-final version of how your game will look, which makes it much easier to decide on adjustments and improvements​.

Powerful Presentation and Pitching Tool

Rather than describing your game through words or basic drawings, a polished previs shows the actual visual style, tone, and gameplay elements.

A high-quality previs can make your game concept stand out, showcasing its potential and making it easier to get people excited and on board with your project​.

Previsualization is essentially the “test drive” phase of game development. It allows you to see the big picture, solve problems early, and align everyone’s vision, which leads to a smoother production process and a better final product.

Tools for Previsualization in game production

• Game Engines (e.g., Unreal Engine)

Real-time game engines like Unreal Engine are widely used in previs for their ability to provide quick, high-quality visualizations of scenes.

These engines allow real-time adjustments to scenes, lighting, and effects, making it easy to iterate on sequences and immediately see how changes impact the final product​.

• 3D Animation Software (e.g., Autodesk Maya)

Autodesk Maya is one of the most popular tools for creating 3D previs. It offers capabilities for modeling, animating, and rendering rough versions of scenes. Previs artists often use Maya to create quick “playblasts” – low-quality renders of scenes that help visualize and test story ideas quickly​.

• Storyboarding Software (e.g., FrameForge, Boords)

Tools like FrameForge and Boords are designed specifically for creating storyboards and animatics. They allow teams to visualize scenes in a more detailed manner than traditional hand-drawn boards and can integrate into the previs pipeline by allowing panels to be edited together to form animatics​.

• Motion Capture Tools (e.g., Rokoko Suit)

Motion capture suits like the Rokoko suit are used to capture realistic human movements that can be applied to 3D characters. Tools like these make it easy to record and apply dynamic movements, bringing character animations to life in the previs phase​.

• Specific Software for Previsualization in game production

Some software is specifically tailored for previs work, like Shotgrid by Autodesk, which offers detailed project management features and collaborative tools for teams to work together seamlessly.

These programs can handle everything from initial storyboarding to full 3D visualization of scenes​.

Tips for Effective Previsualization In Game Production

• Have a strong understanding of the story, style, and tone of the game before you begin. This ensures that every visual element in previs supports the overall vision and purpose of the game, and aligns with the intended narrative​.
• Keep initial assets and animations simple. Focus on the movement, timing, and overall layout of scenes before getting into detailed models or textures. Low-res 3D models and “playblasts” (quick renders) allow for fast iteration without bogging down the process​.
• Identify scenes with heavy action, complex character interactions, or intricate visual effects and block them out first. This gives time to work out potential issues and refine the sequences before full production starts​.
• Use real-time game engines like Unreal Engine to get quick visual feedback on scenes. Real-time adjustments to lighting, camera angles, and environments can help refine sequences faster and more effectively​.
• Don’t be afraid to use cheats like placeholder effects, “cards” (transparent images with effects), and simple simulations to represent complex elements like explosions, smoke, or weather. These cheats can be replaced with final effects later, allowing for faster prototyping and visualization​.
• Previs is the time to try out different ideas and approaches. Experiment with camera angles, character movements, and scene pacing to find what best supports the story and gameplay. Use this opportunity to identify what works and what doesn’t before committing to final production elements​.
• Share previs materials with all departments involved in production (artists, animators, producers, etc.) to gather feedback and ensure alignment. Previs is a collaborative effort, so make sure everyone is on the same page about the creative vision and technical requirements​.
• Use previs to identify potential challenges in scenes or gameplay early on, whether it’s a tricky camera movement, a complex action sequence, or visual effects integration. Solving these issues early will save time and resources in full production​.
• Be ready to make changes and pivot as needed. Previsualization is a planning tool, and new ideas may come up that improve the project. Keep the previs process flexible to accommodate creative changes and refinements.
• Always keep storytelling and player engagement in mind. If the previs doesn’t serve the narrative or enhance the gameplay experience, adjust it to better support these goals. Effective previs should set the stage for the emotional and visual journey of the game.

How To Get A Job In Previsualization? 

If you want to get into previs as a career, here’s a simple breakdown of how to get started:

Step 1. Build a Range of Skills of Previsualization in game production

• Get into Storyboarding & Concept Art: Knowing how to sketch scenes and bring ideas to life visually is a must. Quick storyboarding can help you communicate ideas quickly.
• Learn 3D Animation & Modeling: You’ll need to know how to use software like Autodesk Maya, Blender, or Unreal Engine since a lot of previs work involves creating 3D models and scenes.
• Understand Camera Work: Knowing how to frame shots, use different camera angles, and tell a story visually is super important.
• Learn Motion Capture Basics: Mocap is often used to add realistic character movement, so getting some hands-on experience with it will be valuable​.

Step 2. Get Some Training

• Animation or Film School: Attending courses in animation, game design, or cinematography will give you a solid foundation.
• Online Classes & Workshops: There are plenty of online classes on platforms like Animation Mentor or CG Spectrum that can teach you previs-specific skills and the software you’ll need.

Step 3. Build an Awesome Portfolio

• Showcase Your Work: Put together a portfolio that highlights your best previs work—this could be storyboards, animatics, or 3D animations. Include any motion capture work you’ve done too.
• Team Up on Projects: Work on student films, indie games, or other small projects. Not only does this give you practice, but it also adds to your portfolio and experience.

Step 4. Gain Experience in the Industry

• Look for Internships & Entry-Level Jobs: Intern at an animation or VFX studio, game company, or anywhere that offers previs work. Getting in as an assistant or junior artist can open doors to bigger opportunities.
• Freelance & Network: Take on freelance gigs and connect with others in the industry. Networking is key in this field—attend industry events, join online communities, and stay in touch with peers.

Step 5. Communication is Key

• Teamwork & Collaboration: You’ll be working with directors, animators, producers, and more, so being able to communicate your ideas clearly and take feedback is a big deal.
• Problem-Solving: Be adaptable. Things change fast in previs, and you’ll need to be ready to tweak scenes based on feedback.

Step 6. Stay Updated on Trends & Tools

• Master the Tools of the Trade: Keep learning new software and previs techniques. Tools like Unreal Engine, Maya, Blender, and motion capture tech are always evolving, and staying current will keep you competitive.
• Engage in Industry Communities: Platforms like CG Society, ArtStation, or LinkedIn have active previs communities where you can learn from others, find opportunities, and share your work.

Step 7. Apply for Jobs of Previsualization in game production

• Look for Roles with “Previs” in the Title: Start by searching for “Previs Artist,” “Previs Animator,” or even “Story Artist” roles at game studios, animation companies, and VFX houses.
• Broaden Your Search: Positions like concept artist, storyboard artist, or animator are great starting points since they use similar skills and can lead to more dedicated previs work.

So, build those skills, get some hands-on experience, and showcase your work. Getting into previs is all about mixing technical know-how with creativity, and once you’ve got that balance, you’re on the right track to landing a job in the field!

Conclusion

Previsualization in game development is a game-changer, helping you nail down your creative vision before jumping into coding.

By sketching out sequences, testing character movements, and experimenting with your visuals early on, you save time, money, and headaches later. It’s like setting up a strong foundation, so by the time you get to the actual production, you already know what works and what doesn’t.

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Animost – Vietnam 3D Animation Studio

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Animost Team Animost Studio