> 1. super unique experiences that are really only possible from mixing the physical and digital in this way. Does the site not make that clear to you?
Yes most of those game don't look like they significantly add anything to the experience over similar already existing games that have or easily could have tablet versions. Even if they are doing a bit more website makes them look like cheap versions of well established computer games.
Bloogs -> that's just lemmings
Spycraft -> doesn't look like something you couldn't design touchscreen controls with little effect on puzzles
Omakase -> you are selecting positions + direction within grid, don't see why press and swipe on touchscreen wouldn't work
Mushka -> the tamagochi style game. All that the special pieces achieve is select an action which could easily be done with touchscreen menu and afterwords positioning it with finger
Cosmic crush -> again one more game where all you do is move single game piece per player on a grid
Space rocks -> asteroid like spaceship shooter
Snek -> just point the finger directly on touchscreen without special game pieces
Out of all them maybe 2 look like they are trying to consider unique strengths of the physical game pieces. The cooking game and 3d block game. And even for those it feels questionable whether it provides sufficient improvement compared to existing games.
By it's nature product like this means that you get worst parts of niche gaming console and a physical board game. Niche console means that the set of available games will be very limited with many of them either being ports from other platforms using generic pieces (meaning you can just play them on those other more popular platforms) or the gameplay isn't as good due too limited budget. Hardly any developer is going to spend years to design unique game for niche platform with very limited player base.
And like with physical board games you need to buy the pieces in physical store or have them delivered.
Tilt-5 also tried to fill the gap between digital and physical board games. They had much more interesting value add but that wasn't enough.
How are the pieces sensed?
Not the OP, but in the TechCrunch Disrupt launch, founder Brynn Putnam says, "capacitive material manufactured into the pieces."
If you put capacitive material in a unique pattern on the footprint of each piece, and the rest of the piece material was conductive enough to carry your body's charge to register a touch, the shape of that touch could be unique per-piece.
There's no mention of syncing pieces, charging pieces, keeping pieces in view of a wide-angle camera, anything like that, so that's my bet. (This would also mean moving a piece using a non-conductive material would be a way to cheat by having it not get registered!)
I just shared this on LI this morning, linking back to a video showing showing related touchscreen explorations I did for a colleague in early 2013, sensing different coins by their radii as you touch them: https://www.linkedin.com/posts/vmiliano_a-vertical-triptych-...
This is nearly bang on correct. The pieces don't contain any electronics or sensors, they have a conductive pattern built into the surface using specialized materials and a manufacturing technique we developed in house. Our custom software stack processes the raw data from the device's touch sensor using embedded ML on the NPU, which detects and tracks the pieces in real time.
That said, the device can detect the pieces whether you touch them or not. Touching them absolutely does change the response, and we pass that along as a parameter to the SDK.
Your coin exploration is seriously cool, please hit me up when you're next in NYC!
> they have a conductive pattern built into the surface using specialized materials and a manufacturing technique we developed in house.
Would this be something a home 3D printer could do? I'm not a maker but I could see the value of others being able to quickly build a universe of playing pieces if that was possible.
It would sound more logical to me to buy a stack of pre-made patterns (e.g. coin or cube form-factor) and glue them into a like-shaped slot in a 3d-printed playing piece. Assuming that is possible, and you'd still have to make a conductive path to the person touching the piece, but this would be much easier than printing the pattern yourself.
It's possible to make your own pieces with a multi-material 3d printer (our early prototypes have been made with Bambu X1C & H2D printers), though it's pretty finicky to do so, and requires some rather expensive filament. Happy to help anyone along though!
i imagine the special filament might only be needed for a layer or two (assuming the board contact surface is the top or the bottom that is)?
It might be easier to 3d print normally, then separately 2d print the capacitative layer, then stick it on the bottom of the 3d printed piece: https://youtu.be/ON-6bdhQHpI
Have you played the zAPPed games?
Should Mars After Midnight be released on Steam?
Reminds me of some ~10 years ago I found a dirt cheap game in a budget bin in some store. It contained a few plastic, pre-painted, miniatures, that had some kind of special base with bumps on (possibly in some unique pattern for each miniature?) and then you were supposed to install an app game on a tablet and place the miniatures on the tablet to move them and have their locations (badly) tracked. Seems like it may have been a similar technology, but you only had to pay for the playing tokens and use a standard tablet. Not sure if special hardware is needed for better tracking of enough tokens or if a standard tablet today could be used with the right software?
Game(s) that you were supposed to play was not very fun, in addition to the tracking not working well, as I remember it, but I may still have the miniatures somewhere. There was another game from the same company that I also bought at the same time, but that one was made to be played with a phone camera as some kind of AR game instead, moving some plastic objects on a table, that also worked about as well as the other game.
Looks really cool though did not see what the SDK is or languages it requires? I've built game tables before with flat panel TVs and web tech, but have wanted to integrate miniatures, position, etc into the apps.
Currently the sdk is built for Unity, we’re working on Unreal/Godot though!