What are the most effective game mechanics for VR games on different platforms?

We should consider incorporating narrative elements that resonate with players' values, creating puzzles that spark curiosity and test skills, and designing environments that evoke wonder and awe. Using a virtual paintbrush lets out our inner artist, throwing a tennis ball ignites our competitive spirit, and building complex contraptions satisfies our problem-solving instincts. This playful interaction taps into our natural curiosity and desire to connect with the virtual world, making even mundane tasks in VR feel delightful.

Virtual Reality (VR) games pose different challenges distinct from other traditional platforms. * Shorter Gameplay Time: VR headsets, are still bulky and claustrophobic, can lessen enjoyment after 30-40 minutes. You should create game loops within 15-20 minutes to cater to user comfort. * Experience over Gameplay: Unlike other games, physically demanding VR gameplay can strain users. Prioritize immersive experiences over constant action, favoring genres like low-tempo horror, exploration, and puzzles. Let players take their time. * Motion Sickness: Addressing motion sickness is crucial. Designers must innovate solutions, being in a car or spaceship is fine and also teleportation mechanics. Remember limited player mobility is vital.

Em PC VR, o movimento em escala de sala proporcionou imersão única, enquanto em Console VR a narrativa envolvente de Resident Evil 7 se destacou, e em VR Móvel, a visão de 360 graus em Eclipse: Edge of Light proporcionou uma experiência singular; no VR Independente, o rastreamento 6DoF no The Climb 2 elevou a interação, destacando a importância de limitar jogos a 15-20 minutos para garantir conforto.

The first mechanic of any virtual reality game (PC or standalone) should be related to motion control. Avoiding motion sickness in the new user is essential or users will delete the game and request a refund after 5 minutes (as happened to me with Ghost of Tabor). So, start a micro tutorial with basic movement mechanics, avoid bad hand control behavior (like joystick control). Example related to motion control (joystick up = forward unless hand is down) or (joystick up = left if hand is on the left) this creates horrible dizziness. Choose common button mechanics as default "originality" in button action choice causes bad user experiences (front trigger = shoot | side trigger = object pickup/hold).

some of the most effective game mechanics are: - Motion controls: using controllers that track the player’s hand movements and gestures to perform actions and manipulate objects in the game. - Head tracking: using the VR headset to track the player’s head movement and orientation to adjust the camera and perspective in the game. - Teleportation: using a device or a button to move the player from one location to another in the game, avoiding motion sickness and increasing mobility. - Slow motion: using a trigger or a button to slow down the time and the action in the game, allowing the player to react and strategize better.

While room-scale movement can be exciting, snap turning or seated experiences with well-designed virtual arm extensions can be just as engaging, especially for longer play sessions. Instead of allowing full room-scale movement, cleverly designed vignettes that teleport or shift the environment around the player can create a sense of exploration without requiring them to move beyond the coffee table. Design cooperative experiences that can be enjoyed while seated or in a limited space. Think creatively and explore mechanics that blend the fun of console vr and the comfort of couch gaming like game-based fitness and education.

Designing bite-sized puzzles that make use of the unique controls of mobile VR. It is important to focus on easy-to-use controls and minimize physical effort to avoid tiredness and feeling sick. You can try using gaze-based interaction or simple tap-and-swipe mechanics for a user-friendly gaming experience.

The tutorial explanation should support both audio and text, which resolves annoying repetitions needed when the audio environment is noisy or when the audio is too fast or recorded softly. Language support at the start is highly recommended, especially in the tutorials. Remember that in a global world with users from all continents providing friendly information in their own language could be the difference between retaining new players or losing them.

The true essence of standalone VR lies in its freedom and flexibility. By combining natural movement, expressive hand tracking, unique genres, and features specific to each platform, you can create experiences that fully embrace its liberating potential.

The most effective game mechanics on any VR platform are those that users understand right away. So the best ones would be those that they already know from real life. Like buttons to press, levers to pull or items to pick up and carry around to use them somewhere else.

The fact that the user can see his own virtual hands does not make him aware of carrying out virtual actions with them correctly, which is why marking the location of elements to be used in the tutorial is essential even though it may seem obvious. Highlighting objects, adding sounds and vibration in the controls when an object is selected & grabbed to continue the tutorial will allow the user to know that they perform the correct actions in an organic way avoiding frustration. Avoid repetitive sounds (background music that is too happy, repetitive, or with very high volume) remember that each user requires a different time to complete specific processes.