Could anyone with more background elaborate on what you think Carmack means with the second tweet? The PS4 already outputs 1080p with (varying algorithms of) antialiasing for several of its launch titles. I'd expect some rendering pipeline shortcuts to cut down on the latency that some operations incur and to achieve a constant 60 FPS, but a generational drop in graphical fidelity seems steep.
Stereo rendering requires rendering the scene twice, once for each eye. Off the bat, this is almost twice as computationally intensive as rendering it once.
It's rendering it twice, but at only half the resolution.
Thinking about this more, the closest analog to stereo rendering would seem to be games with a split-screen mode. Which, in my experience, often does entail a performance hit (though certainly not a generation-sized one).
My guess is that how much a second viewport affects performance is highly engine-dependent. Ironically, the one game I remember having the biggest delta from single-screen to split-screen is the Dreamcast version of Quake III: I distinctly recall the sharp drop in poly-count on the otherwise curvy rocket launcher.
Rendering the scene twice has overhead, so it would take extra time even if it was the same number of pixels total. But that's far from the only reason VR requires more power.
Due to the distortion caused by the lenses the scene must be rendered at about 1.4x the normal resolution. Then there's a warping step that performs the inverse of the lens distortion, which is an additional cost. Also, good VR requires rendering at 90 Hz, not 60 Hz, so that's another 1.5x. Furthermore, frame tearing artifacts and FPS hiccups are much worse in VR, so you need extra headroom to eliminate them even in worst-case scenarios.
DK2 isn't good enough. That's why it isn't the consumer version already. Palmer has said in interviews that the consumer version will be higher resolution and higher frame rate. The higher frame rate is required to enable low enough persistence without flickering.
I remember being surprised that the bottleneck for some modern devices (like cell phones) wasn't the number of vertices one could push, but rather the fill rate and number of draw calls. Do consoles these days hit performance bounds as a function of the number of draw calls rather than the number of polygons/vertices?
I ask because I can completely understand how doubling the number of draw calls could be problematic in a VR situation.
Mobile devices are often limited by memory bandwidth, and by OpenGL driver overhead. Consoles have very little driver overhead, so number of draw calls is not as big a problem, but state changes are still costly, so doubling the number of state changes hurts performance. I could imagine some clever techniques to avoid doubling the number of state changes (perhaps a geometry shader that duplicates triangles to render both eyes at once) but I don't know how well that would work. VR rendering is still mostly unexplored!
Many games on PS4 do NOT run at full 1080p resolution, they are rendered at lower resolution and upscaled. And on top of that, several games on PS4 do not run either at 60 fps. Performance wise, the new consoles are not THAT great, that's why the Occulus Rift team has been specifically said the new consoles will not be good enough for where they want to take VR.
Does the latest versions make people sick after prolonged use?
How similar does it feel to looking at real far away objects? Is it easy to tell it's not 3D and the screen is flat?
If I tied a passed out "friend" up and put on the Oculus Rift glasses and played a movie of them being thrown out of a helicopter from 1st person, would they be able to tell that it was fake or is there a perceived feeling of it being real?
It's just a thought experiment to gather some information.
How would you better word that statement to get the same information back? One of the keys is that the person wearing the goggles doesn't know they are wearing goggles and is in a panicked and rushed scenario with lots going through his head so that they don't have time to consider, "Wait, did someone put a virtual reality device on my head?".
Also because I realize that bumping into things and a video moving when all other senses are saying something different is happening would be clues that it would be easy to guess you are possibly in a simulation, being tied up takes away this freedom of movement (and is safer than drugs that paralyze) so I just made up a random scenario that was slightly humorous and anyone could easily imagine.
I do hope that nobody actually tries that, it would be funny but could be considered torture. I've heard of the media blacking out things willingly because they do not want people copying it, it would be an interesting article if anyone wants to research that stuff, not sure if that's ethical or not though.
I got the chance to play with it a few weeks ago, along with several others in our office.
1) It didn't make any of us sick, but I could see how it still would for users, particular if they didn't try to move their body in roughly the same direction as they would if it was IRL. If you have ever sat in a vehicle and watched the outside via a mirror - it's like that.
2) For me, while it was immersive (we had several users scream at things and dance around), it is still nothing like real vision. It still gives you one real focal point (or lack of one at all), which immediately makes it different from real life vision - particularly over long distances.
3) Unlikely. It would probably severely freak them out. Perhaps the rapidness of it would leave enough confusion that they worked it out, but it is still obvious it is computer generated graphics. See the focal issue above as an example.
Having said that, it was amazingly fun and I wish I had one now. I'd love to experiment with a 'Virtual Programming' environment. I'll leave what that means as an exercise for the reader :)
I wonder if it would be possible to detect from user eyes where he is focusing and adjust the focus point accordingly. Would you think that would add another level of immersion?
That would be an interesting research project. Track eye movement and focus. I could see how it would greatly enhancement the experience as well as introduce some fun & new rendering performance problems needing to solve.
From what I've heard from the Oculus folks, it won't happen any time soon. Your eyes move way too fast for a VR system to react to them.
It will happen eventually, but it seems like we need cameras/computer vision systems/drawing pipelines with an order of magnitude lower latency for that to actually work.
It's pretty close to happening; they can already track your eyes fast enough to render at higher resolution at the fovea area as your eyes move around:
Also, your eyes are very slow to focus relative to your eye movements, so it is probably doable now. It still will not feel like real life, just sort of eye tracked depth-of-field. Your eyes will still be focused at infinity, but near things will blur when you look in the distance, and vice versa.
One alternate possibility is to use a lightfield display. The problem with these is they are currently extremely low resolution and require consistent rendering at all focal lengths.
I would love a virtual programming environment. If they (eventually) get the resolution high enough, you could use it to replace all of your external monitors, and be able to use your full desktop environment anywhere.
Indeed that would be assume. Solves the how many monitor's do you need debate, no longer restricts you by either available space or location. Would save money on power, etc. Seems like it could be a win for both the developer and budget.
That's not the case: different headsets have different fields of view, and most, including the DK2, have a FOV that's considerably narrower than the Sensics dSight's. Likely the dSight doesn't cover the full range of eye movement either.
Some video games give me that feeling of "death is imminent" when the 1st person character jumps off of a cliff or falls, but it only happens the first time, so there's a good chance that it's possible to help overcome the fear of heights with VR.
I'm horrified about being near the edges of buildings and cliffs, and in my mind it's perfectly justified (less chance of death away from edge).
Also this building freaks me out imagining actually being in that building. I'd much rather have a support column under me. If I worked for a company in that building and our offices were on those floors in the middle I would probably be forced to quit. Oh, and it's in an area known for seismic activity, nope.
This is an actual in-use therapy approach, and one that will probably become much more widespread now that VR hardware is getting affordable and accessible. (Also used for social anxieties, like a fear of public speaking.)
I've been thinking about it for development as well, but I now think that resolution isn't as big a concern as I initially thought.
You'd be able to have a virtual desktop of (essentially) unlimited size. You're frontmost task could be high resolution, but ancillary tasks could be lower resolution or high resolution but partially occluded by your field of vision. This wouldn't be opening an IDE to fill the entire screen - it would be a multi-window environment with at most a few primary tasks using up most of the screen real estate. Like Mission Control with real time zooming in a 3D environment and no distinction between workspaces.
Hrm. That's interesting, I've never thought about the focal point issue before. Do you know of anyone working on this problem or any general status on this in "the field"?
The motion sickness feeling is not due to the product itself but the mixed sensory perception by the brain when different senses present contradictory signals: e.g. visual movement perceived by the eyes vs lack of movement by the ears.
Therefore, a newer product version is unlikely to address this.
Regarding your helicopter question, if you're tied and blind-folded and somebody moves you around, would you be able to fill that? So, in the same way your friend would "see" that he is falling through the glasses, but he would "feel" that he is actually not.
I would argue that your brain probably believes what it sees over the sense of touch, at first at least. It would be confused why the body didn't feel anything, but that could be explained by being paralyzed on or some pain-killer.
> The motion sickness feeling is not due to the product itself but the mixed sensory perception by the brain when different senses present contradictory signals: e.g. visual movement perceived by the eyes vs lack of movement by the ears. Therefore, a newer product version is unlikely to address this.
Citation?
There are several comments on this page that conflict with what you're claiming -- that motion sickness has not been reduced and, for some fundamental physiological reason, can't. First-hand accounts are suggesting otherwise.
1. According to media reports, the latest version almost eliminates motion sickness. You can still get motion sickness from e.g. going on a virtual roller coaster that would make you sick in the real world, but you won't get sick just sitting in place (which is why the new demos do just that).
2. Far away objects look pixelated, and very close objects look incorrect because the depth of field is wrong. However, the 3D effect is much better than with any previous 3D technology, and there's an overwhelming sense of real scale that you don't get watching e.g. a 3D TV set. You feel placed in the 3D world and you can easily judge the size of things relative to yourself.
3. If your friend knew about the Rift they would easily be able to tell that it was VR; however there is also a perceived feeling of it being real that doesn't go away just from knowing that it's not. VR "presence" means that you'll dodge an object thrown at you even though you know it isn't there, and you'll be afraid to step out over a cliff even though you know you're on a flat floor in real life.
By (2), are you referring to the fact that you don't have to refocus your eyes when shifting your view between objects at different distances?
I've never tried one, but I'd assume the screen is projected at infinity or close to? This should only be an issue with objects that are closer than 1.5ft or something.
Yes, it's only a problem with objects that are unusually close to your face. It's a small concern and only really relevant for people designing VR content, because with properly designed content users should never notice.
Depends on how awake your soon-to-be-former-friend is, but the pressure of the device on his face would most likely give away that it's fake within a couple of seconds.
The good news about sim sickness is that most people get over it with practice. Not only that, but there are many reports from Oculus DK1 users that warming up to the Rift cured their motion sickness outside of VR! As in "I can read in the car for the first time!"
The bad news is that while better tech in the DK2 and better design in new software can significantly reduce motion sickness, I doubt we will ever completely eliminate it.
The really bad news is that nausea is funny. It's great for catchy headlines and quippy comments. I'm really afraid that the Rift will get a reputation as a "vomit helmet" and that will lead the masses to dismiss it. That would be a tragedy.
It's really important PR for VR to get the word out: If you feel sick, stop. Don't try to push through, you'll make it really bad. Try again much later. With practice, it will get better and better. When you get over sim sickness, all kinds of awesomeness awaits!
Q: What is the Oculus Rift Development Kit 2, its features,
and what does it come with?
A: The Oculus Rift Development Kit 2 (DK2) is a development
kit meant for developers that want to create virtual reality
content for the upcoming consumer version of the Oculus Rift.
New features:
- Positional Tracking
- Low Persistence OLED Display
- Built-In Latency Tester
What’s included:
I used my DK1 to death, tried every demo I could. Palmer is a pretty frequent poster on Reddit (they even got an early DK2-order heads up, before the e-mail went out), and it became fairly obvious a big announcement was coming at GDC. On that, offloaded my DK1 for $500 here in the UK just last week.
The positional tracking and the low-persistency display have what we've all been screaming for, and IMO is what's made, most people I've seen, feel sick.
2015 would make sense. People that really want it can get it now and regular consumers will have there socks blown off when/if the gen 3 comes as a consumer version.
I hope so! I really want to get the Dev Kit but don't want to spend that much money if consumer version is released in just couple of months after that.
Not too bad if you have any remotely serious plans of developing for it.
Personally, I'll be waiting for the second generation public release before seeing how my badly unbalanced far-sighted vision handles the experience. I'm happy to give them plenty of time to sort out all the little problems and upgrade the hardware.
I'm in the UK and I had to pay $35 shipping and $77 Tax, bringing my total order to $462 or about £277.89.
I only have a hobbyist/tinkerers interest in developing for anything for this, but I figure that (in my opinion) the Rift is the most exciting piece of technology out right now and I'd love to have a play about and see what I could achieve with it.
Also, I've never even so much as tried any VR before, so I reckon the price is cheap for the chance to experience it and see what it's all about. It might be a total let down - and I'm ready for that, but at < £300 I figure it's worth a punt.
Am I the only one who thinks the motion sickness is something good? Like, "it feels so real that you get motion sickness" and that the new version feels less realistic. I hope I'm wrong though!
Recently read a great working theory of motion sickness... when your brain can't reconcile your sense of "down" or motion via your ear and your body orientation with your vision's perception of down or motion, then your brain thinks one or the other is hallucinating because of something you ate, and that's why you have a nauseous reaction, to expel the poison.
I don't get motion sickness moving through the real world, do you? Should have that checked out. There for motion sickness in a virtual world does not seem more real.
Realism isn't always good. Thinking that motion sickness is good just because it's realistic is like thinking that the ultimate VR experience will cause debilitating pain whenever your in-game character gets shot. Some experiences are better left out.
Q: I received a Unity Pro Trial code with my purchase of the original Oculus Rift Development Kit. Will I receive another code after my purchase of Oculus Rift Development Kit 2?
A: There are no plans to offer a Unity Pro Trial code with Oculus Rift Development Kit 2 purchases at this time.
The Oculus SDK is C++, but I'm sure there are bindings for many languages. Probably the easiest way to get started is with C# in Unity. If anyone is feeling adventurous, you can even access it in JavaScript! https://github.com/DanAndersen/cupola
I can't find anything that definitively states it, but from how it's worded it sounds like it's a single cable that just has both HDMI and USB connectors on the end, not some sort of weird custom connector that tries to send both over the same set of pins.
kickstarter purchasers got around a $30 discount because it was supposed to include Doom 3 BFG with VR support, which didn't end up being ready in time.
I can't help but laugh with glee a little when watching the video at http://www.oculusvr.com/dk2/ , specifically at the part where John Carmack comes on.
I'm still so excited that he joined Oculus VR. When I see him in a video like this, it's like a giant "100% Guaranteed" stamp that this whole thing is going to eventually be everything we could possibly hope for.
Any reservations I would have had about the rift are totally destroyed by the fact that Carmack is on the team.
I held off on the first Dev kit, mostly because I didn't have a decent gaming rig, and the lower resolutions, but I just bought a new machine, and I couldn't give them my money fast enough to get in on the Dev Kit 2
They say in the video that they brought together the "best developers in the industry" which sounds like generic marketing embellishment until they cut to Carmack. Hard to argue that statement at that point.
Oculus' focus is on latency; Sony's looks like its on packaging. At least Sony has cut its lead time on cloning other's products, compared to Sony's "Move" following the Wii.
A (likely terrible) idea that just occurred to me-
How cool would it be to use a VR headset to help you navigate a vehicle? Yes, I mean to say wearing this while driving essentially.
Given a fast/good enough sensor/input system, you could scan your environment, know the dimensions of your vehicle (I'm mainly thinking boats and huge trucks here) and be able to "see through" massive blind spots on your vehicle to enable for tighter maneuvering.
Imagine a boat. Sometimes with a large enough boat it can be hard to see all around it. And frankly, its almost impossible to see under it. But given depth finding/scanning and sensors, you could make it so you could see the virtual hull of the boat and anything under the water, making navigating through areas with dangerous stumps or other things under the water much easier.
Anyway, this is kinda silly... but neat to think about. Also, ordered one :)
My understanding is that this "see through the vehicle" capability is built into at least some helmet-HUD/Helicopter combinations that the military has.
If it suffices for an attack helicopter, I'd say that the idea probably has serious potential for automobiles as well. I wouldn't expect to see it come to standard consumer cars yet, but for commercial drivers (particularly truck drivers who have massive blindspots) this could be invaluable. Imagine being able to see through the back of your box truck while backing up!
"FPV Flying" (First Person Video) of an R/C plane or quadcopter is quite similar, although obviously you're not in said vehicle.
The challenges there are mostly around downlink and latency, with analog video being the standard for its favorable latency and signal fade characteristics.
Many flyers do add a few more channels to their existing radio control systems in order to use camera gimbals with head tracking to allow the true "first person" experience you suggest.
Obviously for a real vehicle something like modern in-dash parking systems using stitched camera views to build an immersive environment would be more practical than a gimbal, although software latency is occasionally harder to control than that of hardware.
Actually this is a different but related area that Steve Mann calls mediated reality. It's essentially a level beyond AR by not only augmenting what you see but manipulating what you see (improved human vision is an example).
Meta is trying to achieve this through their AR glasses, which Steve Mann is part of.
I have had this exact thought for a while - use a bunch of cameras to compose a virtual third-person perspective of your car.
No more blindspots.
As it stands our local CubeSat team apparently want to try high-bandwidth radio - I'm suddenly on that side as long as we include a pair of stereoscopic cameras.
It's beyond commendable that Palmer et.al. seem to have no problem at all employing people smarter than he is wherever they can be found and enticed away from what they are doing. I've gotta wonder, though, if he's looking up at everyone around him and seeing not only stellar talent but stellar ambition and ego how he'll stay on top of it.
I've got a DK1 and had a whole lot of fun with it despite its laughable resolution but as much as I want to play with the DK2 and follow application development (which is all I'm capable of) I'm going to await the store shelf version. I think. :-)
Praising, for sure. I was afraid my comment might be taken as an underestimation. Not so, I'm just blown away by the extraordinarily accomplished people he has brought on board and know that, smart though he may be, many of them have accrued far more impressive technical track records.
His early work demonstrated potential with contemporary, off the shelf technology along with a visionary template. His growing team is taking it so much further. I consider that kind of talent acquisition and management a form of genius.
I just expect it to be a really tough herd to manage in a collective fashion and for it to get increasingly difficult as time makes room for the inevitable ego expansions and the elbowing for power, influence and credit. But then it also appears that he has placed some very alpha managers at the top of the executive team.
Take the Razer Edge - a little 10" gaming tablet. Create a keyboard peripheral that can be attached to the Edge at any angle - it can be used as a laptop or a tablet, or:
Put the keyboard next to the tablet, laid flat. Then emulate a mouse-input with the touchscreen - a full 10" mouse-pad-like area for your fingers to simulate a mouse - your middle-finger is the mouse-position and you can l-click and r-click with your ring and index fingers a-la magic trackpad. Boom, we've got a lapboard keyboard/mouse.
Then use the Rift with that. The ultimate portable PC gaming experience.
I guess they wont "need" to set up the camera. But it is recommended as it is there to help with head-tracking. So your movements inside the 3d environment will feel more natural with more degrees of freedom.
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[ 5.3 ms ] story [ 229 ms ] thread"Trivia: I had suggested to Sony that they try to hire Palmer Luckey before the Oculus kick starter." [1]
"Calibrate PS4 VR expectations: a game that ran 60 fps on PS3 could be done in VR (stereo 1080 MSAA low latency 60 fps) on PS4." [2]
[1] https://twitter.com/ID_AA_Carmack/status/446122463747776512
[2] https://twitter.com/ID_AA_Carmack/status/446271995668217857
Thinking about this more, the closest analog to stereo rendering would seem to be games with a split-screen mode. Which, in my experience, often does entail a performance hit (though certainly not a generation-sized one).
My guess is that how much a second viewport affects performance is highly engine-dependent. Ironically, the one game I remember having the biggest delta from single-screen to split-screen is the Dreamcast version of Quake III: I distinctly recall the sharp drop in poly-count on the otherwise curvy rocket launcher.
Due to the distortion caused by the lenses the scene must be rendered at about 1.4x the normal resolution. Then there's a warping step that performs the inverse of the lens distortion, which is an additional cost. Also, good VR requires rendering at 90 Hz, not 60 Hz, so that's another 1.5x. Furthermore, frame tearing artifacts and FPS hiccups are much worse in VR, so you need extra headroom to eliminate them even in worst-case scenarios.
I ask because I can completely understand how doubling the number of draw calls could be problematic in a VR situation.
How similar does it feel to looking at real far away objects? Is it easy to tell it's not 3D and the screen is flat?
If I tied a passed out "friend" up and put on the Oculus Rift glasses and played a movie of them being thrown out of a helicopter from 1st person, would they be able to tell that it was fake or is there a perceived feeling of it being real?
How would you better word that statement to get the same information back? One of the keys is that the person wearing the goggles doesn't know they are wearing goggles and is in a panicked and rushed scenario with lots going through his head so that they don't have time to consider, "Wait, did someone put a virtual reality device on my head?".
Also because I realize that bumping into things and a video moving when all other senses are saying something different is happening would be clues that it would be easy to guess you are possibly in a simulation, being tied up takes away this freedom of movement (and is safer than drugs that paralyze) so I just made up a random scenario that was slightly humorous and anyone could easily imagine.
I do hope that nobody actually tries that, it would be funny but could be considered torture. I've heard of the media blacking out things willingly because they do not want people copying it, it would be an interesting article if anyone wants to research that stuff, not sure if that's ethical or not though.
1) It didn't make any of us sick, but I could see how it still would for users, particular if they didn't try to move their body in roughly the same direction as they would if it was IRL. If you have ever sat in a vehicle and watched the outside via a mirror - it's like that.
2) For me, while it was immersive (we had several users scream at things and dance around), it is still nothing like real vision. It still gives you one real focal point (or lack of one at all), which immediately makes it different from real life vision - particularly over long distances.
3) Unlikely. It would probably severely freak them out. Perhaps the rapidness of it would leave enough confusion that they worked it out, but it is still obvious it is computer generated graphics. See the focal issue above as an example.
Having said that, it was amazingly fun and I wish I had one now. I'd love to experiment with a 'Virtual Programming' environment. I'll leave what that means as an exercise for the reader :)
It will happen eventually, but it seems like we need cameras/computer vision systems/drawing pipelines with an order of magnitude lower latency for that to actually work.
http://research.microsoft.com/en-us/um/redmond/projects/fove...
Also, your eyes are very slow to focus relative to your eye movements, so it is probably doable now. It still will not feel like real life, just sort of eye tracked depth-of-field. Your eyes will still be focused at infinity, but near things will blur when you look in the distance, and vice versa.
https://docs.google.com/spreadsheet/ccc?key=0ApTBEPEA_odkdHp...
I'm horrified about being near the edges of buildings and cliffs, and in my mind it's perfectly justified (less chance of death away from edge).
http://en.wikipedia.org/wiki/File:CCTV_Beijing_April_2008.jp...
Also this building freaks me out imagining actually being in that building. I'd much rather have a support column under me. If I worked for a company in that building and our offices were on those floors in the middle I would probably be forced to quit. Oh, and it's in an area known for seismic activity, nope.
You'd be able to have a virtual desktop of (essentially) unlimited size. You're frontmost task could be high resolution, but ancillary tasks could be lower resolution or high resolution but partially occluded by your field of vision. This wouldn't be opening an IDE to fill the entire screen - it would be a multi-window environment with at most a few primary tasks using up most of the screen real estate. Like Mission Control with real time zooming in a 3D environment and no distinction between workspaces.
Regarding your helicopter question, if you're tied and blind-folded and somebody moves you around, would you be able to fill that? So, in the same way your friend would "see" that he is falling through the glasses, but he would "feel" that he is actually not.
Citation?
There are several comments on this page that conflict with what you're claiming -- that motion sickness has not been reduced and, for some fundamental physiological reason, can't. First-hand accounts are suggesting otherwise.
2. Far away objects look pixelated, and very close objects look incorrect because the depth of field is wrong. However, the 3D effect is much better than with any previous 3D technology, and there's an overwhelming sense of real scale that you don't get watching e.g. a 3D TV set. You feel placed in the 3D world and you can easily judge the size of things relative to yourself.
3. If your friend knew about the Rift they would easily be able to tell that it was VR; however there is also a perceived feeling of it being real that doesn't go away just from knowing that it's not. VR "presence" means that you'll dodge an object thrown at you even though you know it isn't there, and you'll be afraid to step out over a cliff even though you know you're on a flat floor in real life.
I've never tried one, but I'd assume the screen is projected at infinity or close to? This should only be an issue with objects that are closer than 1.5ft or something.
The bad news is that while better tech in the DK2 and better design in new software can significantly reduce motion sickness, I doubt we will ever completely eliminate it.
The really bad news is that nausea is funny. It's great for catchy headlines and quippy comments. I'm really afraid that the Rift will get a reputation as a "vomit helmet" and that will lead the masses to dismiss it. That would be a tragedy.
It's really important PR for VR to get the word out: If you feel sick, stop. Don't try to push through, you'll make it really bad. Try again much later. With practice, it will get better and better. When you get over sim sickness, all kinds of awesomeness awaits!
https://support.oculusvr.com/hc/en-us/articles/201835987
Here's an excerpt:
[...]I used my DK1 to death, tried every demo I could. Palmer is a pretty frequent poster on Reddit (they even got an early DK2-order heads up, before the e-mail went out), and it became fairly obvious a big announcement was coming at GDC. On that, offloaded my DK1 for $500 here in the UK just last week.
The positional tracking and the low-persistency display have what we've all been screaming for, and IMO is what's made, most people I've seen, feel sick.
Personally, I'll be waiting for the second generation public release before seeing how my badly unbalanced far-sighted vision handles the experience. I'm happy to give them plenty of time to sort out all the little problems and upgrade the hardware.
I only have a hobbyist/tinkerers interest in developing for anything for this, but I figure that (in my opinion) the Rift is the most exciting piece of technology out right now and I'd love to have a play about and see what I could achieve with it.
Also, I've never even so much as tried any VR before, so I reckon the price is cheap for the chance to experience it and see what it's all about. It might be a total let down - and I'm ready for that, but at < £300 I figure it's worth a punt.
Even a slight delay between your head moving and eyes seeing a reaction can cause nausea
Imagine that every time you move your head, the image not only takes time to appear, but also is a little blured.
It's kind of simmilar to being a little drunk, but sober, so the effect is really awkward.
Q: I received a Unity Pro Trial code with my purchase of the original Oculus Rift Development Kit. Will I receive another code after my purchase of Oculus Rift Development Kit 2?
A: There are no plans to offer a Unity Pro Trial code with Oculus Rift Development Kit 2 purchases at this time.
My computer only has a mini-displayport port. Does anybody know if a minidp->hdmi adapter would be suitable for this HDMI/USB pairing?
Interestingly, the checkout page reflected my Oculus Store Credit discount, but the confirmation email I received did not.
Can't wait.
I'm still so excited that he joined Oculus VR. When I see him in a video like this, it's like a giant "100% Guaranteed" stamp that this whole thing is going to eventually be everything we could possibly hope for.
I held off on the first Dev kit, mostly because I didn't have a decent gaming rig, and the lower resolutions, but I just bought a new machine, and I couldn't give them my money fast enough to get in on the Dev Kit 2
They say in the video that they brought together the "best developers in the industry" which sounds like generic marketing embellishment until they cut to Carmack. Hard to argue that statement at that point.
vs Sony: http://techwatching.com/page.php?i=22780
Oculus' focus is on latency; Sony's looks like its on packaging. At least Sony has cut its lead time on cloning other's products, compared to Sony's "Move" following the Wii.
Just super happy to be getting my hands on one... I think this thing is going to change the world.
How cool would it be to use a VR headset to help you navigate a vehicle? Yes, I mean to say wearing this while driving essentially.
Given a fast/good enough sensor/input system, you could scan your environment, know the dimensions of your vehicle (I'm mainly thinking boats and huge trucks here) and be able to "see through" massive blind spots on your vehicle to enable for tighter maneuvering.
Imagine a boat. Sometimes with a large enough boat it can be hard to see all around it. And frankly, its almost impossible to see under it. But given depth finding/scanning and sensors, you could make it so you could see the virtual hull of the boat and anything under the water, making navigating through areas with dangerous stumps or other things under the water much easier.
Anyway, this is kinda silly... but neat to think about. Also, ordered one :)
If it suffices for an attack helicopter, I'd say that the idea probably has serious potential for automobiles as well. I wouldn't expect to see it come to standard consumer cars yet, but for commercial drivers (particularly truck drivers who have massive blindspots) this could be invaluable. Imagine being able to see through the back of your box truck while backing up!
Someone at Google with access to one of the self driving cars should see what this would 'look like' from a passenger perspective with the data.
https://www.f35.com/about/capabilities/helmet
The challenges there are mostly around downlink and latency, with analog video being the standard for its favorable latency and signal fade characteristics.
Many flyers do add a few more channels to their existing radio control systems in order to use camera gimbals with head tracking to allow the true "first person" experience you suggest.
Obviously for a real vehicle something like modern in-dash parking systems using stitched camera views to build an immersive environment would be more practical than a gimbal, although software latency is occasionally harder to control than that of hardware.
Meta is trying to achieve this through their AR glasses, which Steve Mann is part of.
I would put one camera in each of the lights, so I would have front and rear stereo vision.
The top of the screen would be forward, and the lower part, or a small window could be towards the back.
Easy parking!
No more blindspots.
As it stands our local CubeSat team apparently want to try high-bandwidth radio - I'm suddenly on that side as long as we include a pair of stereoscopic cameras.
I've got a DK1 and had a whole lot of fun with it despite its laughable resolution but as much as I want to play with the DK2 and follow application development (which is all I'm capable of) I'm going to await the store shelf version. I think. :-)
His early work demonstrated potential with contemporary, off the shelf technology along with a visionary template. His growing team is taking it so much further. I consider that kind of talent acquisition and management a form of genius.
I just expect it to be a really tough herd to manage in a collective fashion and for it to get increasingly difficult as time makes room for the inevitable ego expansions and the elbowing for power, influence and credit. But then it also appears that he has placed some very alpha managers at the top of the executive team.
Take the Razer Edge - a little 10" gaming tablet. Create a keyboard peripheral that can be attached to the Edge at any angle - it can be used as a laptop or a tablet, or:
Put the keyboard next to the tablet, laid flat. Then emulate a mouse-input with the touchscreen - a full 10" mouse-pad-like area for your fingers to simulate a mouse - your middle-finger is the mouse-position and you can l-click and r-click with your ring and index fingers a-la magic trackpad. Boom, we've got a lapboard keyboard/mouse.
Then use the Rift with that. The ultimate portable PC gaming experience.