What are the best virtual reality editing tools for professionals in the gaming industry?

VR heavily relies on engines. Top engines 'Unity, Unreal, Cry & Godot engines' in terms of VR rating 1) Unreal Engine: 9.5/10 It's stunning graphics, Builtin & integration with popular VR hardware, My advice use unreal for like PC not Mobile. (3D) 2) Unity: 9/10 It's robust interface, extensive doc, asset store for popular VR hardware. My advice use unity for like PC, Mobile. (3D & 2D) 3) Cry Engine: 8/10 It's powerful tools for immersive VR env. My advice not use Cry, Unless you are insane at complex approach for PC not Mobile. (3D) 4) Godot: 7.5/10 It's open source gaining traction. It offers solid VR support. My advice use Godot for like Mobile. (2D) Conclusion: Use wisely depends on your workflow, skillset, doc & long term support.

VR Editing Tools for Gaming Professionals: 1. VR Landscaping: - Unreal Engine: High-quality graphics, advanced terrain tools. - Unity: User-friendly, procedural generation tools. 2. Character Rigging: - Blender: Free, powerful, automatic rigging tools. - Maya: Industry-standard, advanced rigging. 3. Interaction Design: - VRTK (Unity): Simplifies VR interactions with prefabs. - Unreal VR Templates: Pre-built templates, easy integration. 4 .Optimization: - Simplygon: Automates polygon reduction, optimization. - Unity/Unreal Tools: Real-time occlusion culling. 5. Scripting Logic: - C# (Unity): Powerful, widely used. -Blueprints (Unreal): Visual scripting, intuitive.

Beaucoup d'outils permettent de créer et d'aménager des paysages, je citerai : - Blender, un logiciel open source pour la création et l'animation de modèles 3D - Unity ou Unreal Engine pour l'agencement de ces modèles et l'exportation vers un casque VR pour test

Unreal Engine is your best option as it has Quixel suite integrated with the Engine. Also the rendering fidelity of this engine is something out of this world. Nanite will be a very powerful tool that will allow you to render a massive amount of static geometry in a very perfomant way.

Either go native (bad choice), or use Unity3d (bad choice). Native locks you in, and limits the pool for devs. Unity3d is trash, but it does (once had? I try to avoid it now) have better cross-platform and support. Pick your poison.

3D modeling plays crucial role, creating assets for VR. Top 3D Modeling engines 'Blender, Maya & 3ds Max' based on VR rating: 1) Blender: 9/10 It's open source provides powerful tools for 3D models, anim, VFX & render making it well suited for VR. Its active community and long term support. 2) Maya: 8.5/10 It's for creating high quality 3D models, anim & VFX. Its industry standard status big companies, plugin support & integration with game engines. 3) 3ds Max: 8/10 It's robust modeling & anim. Focuses on architect design. 3ds Max best suited for soild architectural walkthroughs & product showcases design. Conclusion: Use wisely depends on your workflow, familiarity with the software compatibility with game engines & long term support.

What Tools, huh, Interaction design tools obviously: Agile development, ergonomics, perceptual psychology, user testing and a great deal of common sense. Further more understanding of what will make someone feel uncomfortable when using a VR to prevent vertigo or seesickness.

Interactive design in VR is a virgin field. Every designer and their mother will tell you "what you must do" but in the end, us as designers, need to create new and innovative ways to interact with videogames on VR. If you check Apple's new googles, the interaction is poorly done. So, focused on learning the basics of design, the the basics of UX and UI for current platforms and then start by thinking outside of the box on how to build new and creative experiences for users to interact with your videogame creations.

The VR interaction is more friendly when makes with hand tracking, because the player do not need a extense tutorial to know how to use the control. The hands makes this and every interaction is discovered and is a magic experience

Spatialization is key! In VR, part of the immersion is knowing when the sound is behind you, and turning to find it true! When developing, if you are using a game engine like Unity or Unreal, there is usually a checkbox for "Spatialize" on your audio source component. Make sure to check that, and perhaps play with the falloff features as well!

For immersive audio, most game engines have pretty robust sound engines. Unreal Engine in particular can offer a wide array of features and options with their MetaSound technology. Another option that sound designers often prefer, as they usually like separating audio integration from the rest of the game, or might be on a game engine that doesn't have every feature they need, is using third party sound engines. The two most popular third party sound engines are Wwise and Fmod and they come with plugins and tutorials to easily integrate into most popular game engines. Whichever option you go with, the key to having immersive sound is to have good quality, well spatialized audio, that uses reverb profiles depending on the environment.

Spatial sound is the most important mechanic to add in a VR game to make the ambient more tridimensional. And the game dev can use other tecnic that is shake the control to when near a important sound, this can make a little bit more tridimensional and interessing.

One of the best tools for understanding and managing optimization and memory in VR applications is the Unity Profiler. It provides detailed analysis through various sections targeting different game components, such as Physics, CPU Usage, and Memory Usage. This allows developers to gain deep insights into each aspect of their game, ensuring it runs efficiently on all supported VR devices.

First you need to understand if your VR experience is CPU or GPU bound. If your experience is CPU bound then you will need to optimize your simulation. Top subjects are: - Scripting / Behaviors - Inverse kinematics - Animations - Networking If the performance bottleneck is on the GPU then most common issue are related to: - Rendering - Postprocessing - GPU computing (compute shaders) And remember you only have to optimize if there is a performance problem ;)

The vr hardware is not so strong as a computer, but using a good otimization, the graphic can make a good experience. The first of all is define a game estetic, some estetics need more processing power. Use shaders and good textures can make a plane looks like a ground, so its a good alternative.

Seriously? That is true for any, really any video game (but so is most of VR). The tool to make scripting logic is called a programmer, that is a devices that transfer caffeine into source-code... ;)

On Unity you will work with C# which is a type safe object oriented language with a managed memory allocations using Garbage Collection. It’s very easy to use and scale. Unity is creating a High performance C# (HPC#) version using a restricted set of C# in combination with DOTS (its data oriented tech stack). For visual scripting they have BOLT. Working with Unreal you will use C++. This is the very standard programming language in the video games industry. It has a lot of flexibility and you can manage your memory allocations to have zero allocations and can be tune to have an outstanding performance. It has a more stronger learning curve and programming patterns will maintain your code scalable. Blueprints are it’s visual scripting tool

In VR games, do not focus on what others are doing. VR is new tech so focus on how to build meaningful and creative ways to interact with your videogame and then you can start thinking about the technical stuff. Let your creativity flow before boxing it in the technical parts of game design. If you can imagine it, you can build it.