What is the Animation production pipeline in real-time? The animation production pipeline is the process of creating a shot. A shot is a unit of production for a film. This article will help you to answer this question and have a clearer look at this animation production process.
Using 3D animation in virtual reality (VR)
Virtual reality (VR) is a completely immersive experience in which the user has no interaction with the physical world around them.
It is a computer-generated simulation of a three-dimensional environment with which the user can interact.
However, you must engage in person, which is normally done with the help of a headset or special digital gloves. In addition, we perceive virtual reality to be quite an isolated experience.
It takes users on excursions through immersive experiences that can be as realistic or dream-like as you like. Users might feel as though they are experiencing everything that is occurring to them in VR thanks to the 3D animation used to generate these experiences.
This form of 3D experience is difficult to develop since it is fully immersive and has many possible interactions. It is also the most impressive.
>>>Read more:
- 10 essential stages of animation production Pipeline – Dreamworks Animation Studio – Part 1
- 10 essential stages of animation production Pipeline – Dreamworks Animation Studio – Part 2
Animation production pipeline in real-time
While you may be more familiar with Unreal Engine as a game development tool, improvements in real-time rendering quality have made it a viable option for final-pixel output for animated projects.
Unreal Engine works with plugins like Chaos Destruction, which delivers cinematic-quality images of massive-scale destruction in real-time, in addition to real-time ray tracing, dynamic lighting, volumetric fog, and high-resolution scans of real-world textures.
When you add in built-in physically-based post effects like bloom and color correction, as well as support for strand-based hair and fur, you’ve got a feasible workflow for real-time animation in almost any style.
How to make 3D animation? Each studio will have its own process of making animation films, here we will talk about how a shot is made at Animost Studio.
There are five key sub-processes in our real-time animation method. Unreal Engine enabled three of these sub-processes: layout compositing and shooting in a virtual environment, real-time editing and feedback, and real-time feedback for on-set production.
The engine’s real-time rendering technology enables on-set production by providing high-quality graphics and a strong sense of immersion. Asset generation, development, real-time operation, and updates are all necessary to do this.
Animost Studio is currently working on an asset creation pipeline, an I/O pipeline, a real-time editing data sync system, sub-pipelines, multi-rendering for feedback, additional sub-custom tools, and external drive control functions.
Animost Studio’s main post-production workflow uses a real-time pipeline identical to the one used to create the Fortnite teaser in 2018. All shots are built with real-time ray tracing to bridge the gap between existing digital content creation tools and Unreal Engine’s final look, which is a significant shift from the existing production technique.
Epic Games has just unveiled Metahuman Creator, a cloud-based tool for quickly constructing lifelike artificial humans, which generates fully rigged models that can be animated in real-time in Unreal Engine.
>>>Read more: The effects of Unreal Engine on real-time animation production
Benefits of using a real-time animation production pipeline
Enhancing productivity through real-time rendering
The real-time rendering of Unreal Engine enables the filmmakers to communicate changes almost quickly, decreasing production schedules from pre- to post-production.
You can now add camera blocking and animation in Maya, as well as analyze the overall mood via the master sequence and fine-tune the specifics by moving about the Sequencer in real-time. The “what you see is what you get” feature is a significant plus that cut the existing pipeline down by several steps.
Rendering time was also significantly improved. With ray tracing enabled, Unreal Engine creates a 4K frame in approximately five seconds, whereas the prior tool took at least 30 minutes every 2K resolution frame.
Effective communication
Unreal Engine’s complete real-time rendering encourages considerable creativity by offering real-time input to all participants, not just directors and actors. Participants can receive rapid aesthetic and technical input in their areas of competence, reducing the period between pre-production and post-production contact.
Even post-production has grown more efficient because the director can monitor the screen and give instant instructions and make decisions.
Cutting asset costs
Because no other artists in the game business had experience optimizing assets with high levels of complexity, Houdini was utilized to procedurally model the simple but high-maintenance props to save time.
When comparing the techniques of importing FBX formats to importing using Houdini Digital Asset while maintaining the same file and amount of meshes necessary, the latter was a much lighter approach, resulting in reduced data size. This is partly owing to the fact that some large-scale objects were built with several versions before being instanced.
These days, we can rapidly produce high-quality animation at a fraction of the cost with an Animation production pipeline in real-time. If you have any questions about this topic, leave a comment in the box below!
–
Animost – Vietnam 3D Animation Studio
hello@animost.com