I made my own DIY Haptic Vest for VR because I don't have Phantom Sense 

Just made the vr gloves thinking about vr vest now lol

Yeah ive been considering a huge amount of different haptic options since getting this to work, we'll see what I come up with I guess! Also oops, the git is still private, my bad will change that now, though I do still have to put everything up there lol :P will be there tomorrow

He says in the video that his does not work with other games aside from VR chat yet. However, SenseShift on GitHub has something similar that is compatible with all bHaptics games.

the vive controllers have microlinear actuators includet so u have a full ready made api integradted to openvr if u want to test around and feel difrent surfaces but the curves of the haptic signal can be freely edited so in case of a vest u could feel the diference of brushing against a curtain or bumping into a table or draging the controler over a rug or concrete

LMAO

FULL SUIT FULL SUIT FULL SUIT

The idea of wiring the individual PWM generators up locally is nice, and my immediate idea was to use more than two, as they are really cheap, just like the motors. Im not an I2C expert though, so before ordering 16 PWM bords and 256 motors, one question came up. Does I2C have enough bandwith and can it handle 16 devices at once? Oh, and the question what VRchat will think about 256 colliders is also something that worries me. You seem like a smart guy, based on instinct, you think this would work? if not, where is the maximum?

@@jaynayk1176 Standard i2c can send data at up to 100 Kb/s, which should be fast enough in theory for something like this, given the comparatively little amount of data being sent As for VRC handling the colliders, it'll significantly impact the performance rating of your avatar Anything above 32 colliders will be considered very poor performance from what I can tell

​@@adicsbtw yea, I also realized that the performance rating would suffer, but as its only haptic feedback, I guess using fallback avatars would work, so that my PC is the only sacrifice. But then again, that assumes that everybody in the lobby will load a fallback, without any haptic feedback. I do not know what the typical performance fallback rating is, but I guess that if someone displays all avatars, including "very poor" performing ones, their asking for it? I also read that there is a limit to 256 colliders, but I don't remember where. I guess if I was actually smart now, I could train a basic AI that upscales perhaps 64 colliders to 256 motors. But hey, gotta know your limits. I guess I will just use 80 for body, so i can still have 32 for each arm and 48 for each leg. That way all motor driver boards are fully utilized and on their respective module. And I leave 16 colliders unused, just in case the avatar has some other stuff going on. Perhaps I should test the software side of things first though, cause the 240 mini drone motors + ~60 spares still cost ~70€ on Aliexpress. And that's not even mentioning the circuitry needed to drive them, which at those quantity's would probably also cost a bit. Glad I have the batteries to power 240 motors with what I assume to be 2-3 watts each. but yea ten 18650s doing 15 amp each should not be extremely heavy. And besides, I doubt I will actually use thees motors at 100%. Maybe add a few lines to the code that limits the total power, so the batteries does not turn into the main cause of stimulation (fire) and last for more than half an hour of gaming. Although hotswapable batteries would definitively be added too. I guess if I don't fail along the way, or lose interest in VRchat before finishing, I would maybe make a video showcasing it. Even if not practical for performance reasons, I really want to try out. And i could always reduce the total sensors to 32 by just mapping each "sensor" to 6 motors, and dumping arm and leg, so that I could use it casually, with decent FPS.

Is the plan for V2! I didn't know any better at the time that I'd end up having to program it myself lol

We need some sort of slime vr for haptics please 🙏🏼 this is the way.

Ever figured it out? with how cheap those motors and pwm boards are, it makes a lot of sense....

Espacially having a Pimax

Luckily for you I just updated the repo, and also check the wiki for any help

@@Cai_VR Thank you. Are you planning on doing a follow up video?

Also I have a few more questions Does it have any delay when someone touches you and it activates since it's connected through wifi? How about powering off the vest and changing its strength?

La persona del video no utilizo el bHaptics y solo lo hiso para el juego VRChat. En la descripcion esta lo que el uso

That might just be a solved problem! Will be working to get something out on that once all of the hardware for the next revision has arrived!

@@Cai_VR gonna use the bhaptics sdk? because I was the one who sent you that on twitter