Normal view

There are new articles available, click to refresh the page.
Before yesterdayMain stream

The Best Shotguns in VR (and what makes them feel great) – Inside XR Design

By: Ben Lang
1 October 2024 at 20:10

Our series Inside XR Design highlights examples of great XR design. Today we’re looking at shotguns in several different VR games to learn what makes them feel great in the player’s hand. In doing so, we’ll uncover the secret to making anything feel great in VR.

You can find the complete video below, or continue reading for an adapted text version.

Ok, we’re jumping right into this… if I asked you ‘what’s your favorite shotgun in VR?’ you can probably picture it in your head pretty quickly. But could you tell me exactly what makes that shotgun feel so great?

Well, that’s kind of a trick question, because the answer is like 50 different little details that all add up to how a shotgun ultimately feels in the player’s hands.

So today we’re going to look at some of my favorite shotguns in VR and dissect all those little details to talk about how they contribute to that feeling. And by the end of this… I’m going to make the case that if we can understand what makes a shotgun feel great in VR, we can figure out how to make anything feel great in VR.

Arizona Sunshine 2 – Sunshine Shorty

Let’s kick things off with one of my favorite shotguns in all of VR. That would be the sawed-off pump-action shotgun in Arizona Sunshine 2—lets call it the Sunshine Shorty.

Just look at this thing go. It’s incredibly satisfying to use. But why?

Well first of all, it’s pump action. You just can’t beat a pump-action shotgun in VR. Two-handed interactions in VR are always interesting, and making the player perform such a visceral and well-recognized gesture is always gonna make them feel like a bad-ass. Pumping a shotgun to load the next round is a clear extension of the ‘Instructed Motion’ concept I introduced in the previous episode, and an example of how such movements can infuse players with emotion.

The way the Sunshine Shorty reloads has a great little detail too. In many VR games you can reload a weapon just by touching the magazine or shell to the right place on a gun, but in Arizona Sunshine, you need to actually slide the shell into the weapon. The developers made this feel great by adding a custom hand-pose to show the player pushing the shell into the gun.

This little detail adds a lot to the feel of the weapon, because it changes reloading from just touching one thing to another into performing a gesture that captures more of the fantasy of sliding rounds into a shotgun. And importantly, it’s still feels good without being tedious. You might say the interaction is generous to the player… you don’t need to get the motion or position perfectly right in order for it to work.

But the motions themselves are only part of what makes using the shotgun satisfying. Providing feedback to the player intention is critical as well, and the easiest way to do this is with great sound and haptics.

And getting the sounds right is everything.

Let’s listen to how much less satisfying it is to use the Sunshine Shorty with weak sounds vs. strong ones:

View post on imgur.com

Unmute for sound

Sounds make such a difference.

For a shotgun, getting the pump-action sound just right is crucial. As someone who’s fired real shotguns, I wouldn’t say the Sunshine Shorty’s pumping sound is particularly realistic, but remember, the goal is to convey the feeling of pumping a shotgun, not simply playing back a perfect replication of a sound. In the case of this shotgun, its got just the right amount of crunch, clack, and metallic sounds to give a very satisfying feeling every time you pump it.

View post on imgur.com

Unmute for sound

And though I can’t show you haptics on video, haptics can be almost as beneficial as audio itself, because it ties specific weapon sound effects to different locations on the weapon. For instance, when you pump the gun you should feel a haptic rumble in the pump hand, but not the trigger hand.

And again, both sounds and haptics are about giving the player feedback when they do something. When a player pumps the gun you’re conveying that they did something right by giving them the feedback of a sound effect and a haptic rumble.

Another piece of feedback is seeing the shotgun shell ejected from the gun after pumping it. This further reiterates the player has interacted with the shotgun in a valid way.

And there’s a great little detail the developers added here. On most real-life shotguns, the shell ejection port is on the side of the weapon so the shell is ejected away from the wielder. But the Sunshine Shorty has an ejection port on the top of the shotgun, just to make the feedback of ejecting the shell even more visible for players. I love it.

There’s one huge thing we haven’t talked about yet about what makes this shotgun feel great in VR. That would be the things the player actually shoots the gun at. You could do literally everything perfectly about the gun itself—the sounds, effects, tuning etc—but if the player pulls the trigger and the enemy just slowly lays down, that’s absolutely not gonna feel good.

Arizona Sunshine 2 might even go a bit over the top with the visual impact and sound effects when shooting zombies, but damn it feels great. The key is that the effect on the target correctly matches the sound and recoil of the weapon. Since the shotgun sounds powerful when it shoots, to deliver the feedback of that expectation, the target you’re shooting at needs to be satisfyingly impacted.

So the Sunshine Shorty feels great for all the reasons we talked about. But we can also learn a lot by noticing where things could be better. If I could just snap my fingers and make it so, these are the improvements I’d wanna to see with this gun:

First: Having an animated transition in hand poses between holding the shell and sliding it into the gun would make reloading look smoother visually.

Second: While the gun operates realistically in terms of pumping and loading, visually if we look into the chamber we can see the next shell from the gun isn’t actually loaded into the barrel. It just sits there until the chamber closes and then essentially appears in the barrel to be ejected after the shot.

And Third: Unless you’re counting while reloading, there’s no clear way to know when the shotgun is completely full of shells. That often means you’ll go to put another shell in the gun but end up throwing it on the ground instead because it can’t fit. This happened to me all the time when playing the game. Giving players an audio cue to indicate when the gun is almost full and then completely full is a subtle way to avoid this—and you’ll see exactly that with the next shotgun we talk about.

Continue on Page 2 »

The post The Best Shotguns in VR (and what makes them feel great) – Inside XR Design appeared first on Road to VR.

Global Hackathon for Vision Pro Development, Vision Hack, Kicks Off Next Month

1 August 2024 at 19:53

Vision Hack is a forthcoming remote hackathon for developers building apps for visionOS. Open to all skill levels, the event is set to take place September 13–15th.

Guest Article by Cosmo Scharf

Cosmo Scharf is an Emmy-nominated product designer and entrepreneur with a decade of experience in XR. He co-founded Vision Hack and visionOS Dev Partners to support visionOS developers. Previously, Scharf created MovieBot, an AI-powered 3D animation app, and Mindshow, a VR platform for animated content creation. His also started VRLA, one of the world’s largest immersive technology expos.

Imagine building the first iPhone apps in 2008. That’s where we are with visionOS today. Vision Hack is your launchpad into the new frontier of spatial computing.

Over the past decade, I’ve had the privilege of witnessing the virtual reality industry evolve from a niche technology to a transformative medium. From the early days of clunky prototypes to the sleek, powerful devices we have today, the journey has been nothing short of extraordinary. Now, with the introduction of Apple Vision Pro, we’re standing at the threshold of a new era.

As one of the organizers of Vision Hack, I’m thrilled to announce the launch of the first global visionOS hackathon. Scheduled for September 13–15th, this event represents a significant milestone in our industry’s progression. It’s an opportunity to explore and shape the future of spatial computing as Apple Vision Pro continues its global rollout.

Vision Hack is designed to be a truly immersive experience. We’re encouraging teams to communicate in Vision Pro itself using spatial Personas, in addition to Discord. This approach not only showcases the device’s capabilities but also provides participants with authentic, hands-on experience in visionOS development.

Our three-day program caters to both seasoned spatial computing developers and newcomers:

  • Day 1: Workshops and team formation
  • Day 2: Intensive development with mentorship from industry experts
  • Day 3: Development, project presentations, and awards

To foster collaboration while ensuring focused development, we’ve capped team sizes at 5 people each. Understanding the global nature of our community, we’re organizing local meetups in various cities so developers can connect in person.

While we highly recommend access to a Vision Pro for the full experience, it’s not a strict requirement for participation. However, developers will need a Mac with an Apple chip to run the visionOS simulator. This setup will enable meaningful participation even without the physical device.

The organizing team brings extensive experience from major VR expos (VRLA), Metaverse hackathons, and XR startups.

As spatial computing evolves, we believe early developer engagement is crucial in building a robust ecosystem. Vision Hack aims to play a key role in nurturing the visionOS developer community, potentially influencing the trajectory of spatial computing applications.

For developers keen on exploring visionOS, Vision Hack offers a unique opportunity to dive into this emerging platform. There’s a $25 registration fee, which helps us cover some of the event costs and ensures committed participation.

For companies interested in being at the forefront of spatial computing development, we offer various sponsorship opportunities. These partnerships not only support the event but also provide sponsors with direct access to a pool of talented developers working on cutting-edge spatial computing applications.

More details, registration information, and sponsorship opportunities can be found at visionoshackathon.com. We’re excited to see the innovative projects and ideas that will emerge from this event, and we look forward to welcoming you to the next chapter of spatial computing development.

The post Global Hackathon for Vision Pro Development, Vision Hack, Kicks Off Next Month appeared first on Road to VR.

❌
❌