Open Source VR Goggles: Difference between revisions

Latest revision as of 21:20, 17 January 2018

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Open Source VR Headset

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-=Basics=
+#REDIRECT [[Open Source VR Headset]]
-- VR or Virtual Reality
-- A Head Mounted Display with 6 Degrees of Freedom Tracking
-- Creates a Steroscopic 3D Image that fills most of the users FOV using two small displays and lenses (I.E one for each eye)
-=Used For=
-- VR Content Creation ( 2D or 3D Art (Via Tiltbrush or othe rsimilar software), Sculpting (Via Occulus Medium or MasterpieceVR + other similar software), or CAD (Via Mindesk [https://www.youtube.com/watch?v=IH7ETRbNaHI Make VR] or other similar software )
-- VR Content Consumption ( VR Games, VR Films, and VR Concerts/Meetups )
-- VR Training ( Such as airplane simulators, or something like [https://www.roadtovr.com/bechtel-partners-iti-expand-vr-crane-training-capabilities/ This] )
-- [[Open Source Teleprescence Construction Set]]
-- [[Remote Operation Construction Set]]
-- [[Open Source Drone Construction Set]]
-=Industry Standards=
-- [https://www.vive.com/us/ HTC VIVE]
-- [https://www.oculus.com/rift/ Oculus Rift CV1]
-- [http://www.osvr.org/ OSVR]
-- [https://www.getfove.com/ Fove 0]
-=Existing Open Source Designs=
-- [http://www.osvr.org/ OSVR]
-- [https://en.wikipedia.org/wiki/HTC_Vive#Adoption Steam Vr (to an extent)]
-- [https://developer.oculus.com/blog/open-source-release-of-rift-dk2/ Oculus Rift DK2]
-- [http://www.synergywiz.com/revolve rEvolve Head Mount for HTC Vive]
-=Minimum Viable Product=
-- 90 FPS 1440p Minimum in order to minimize the "Screen Door Effect" and Motion Sickness
-- Feild of View greater than or equal to 90 degrees
-- Steryoscopic Camera Passthrough for Saftey Purposes
-- PSVR/Halo style Head Mount
-- Flip Up Display for saftey / ease of use
-- Modular Design
-- IPD + Focus Adjustments either by manual adjustment or by inputting measurements which tell the servos to do the rest
-- Room For Glasses
-- Optional Eye Tracking Module
-- Wired or Wireless Operation
-=Basic Design=
-==Display Module==
-- 2x (1 per eye)
-- 90 FPS 1440p Minimum, though 4k 120hz would be nice
-- OLED would also be preferable
-==Lens + Lens Adjustment Module==
-- Has the two lenses (one for each eye), as well as the mechanism for adjusting them
-- They are adjusted using servo motors
-- These are controlled either by an inserted measurement, or by using dials on the headset itself
-==Eye Tracking Module==
-- This is optional ( due to the privacy concerns)
-- It uses IR LEDs as well as IR Cameras to track pupil movment, and thus can do gaze as well as blinking tracking
-- Allows for foevated rendering as well as greater immersion
-==Joint Module==
-- Allows the display module to be flipped 90 degrees up
-==Head Strap Module==
-- PSVR Halo / [http://www.synergywiz.com/revolve rEvolve] Style Mount
-- Also has Removable Fabric Covered Memory Foam Inserts (Use a slide in dovetail joint)
-==IO Module==
-- Uses one or more USB Type C, or USB-C + Thunderbolt 3, Cables + Ports to power the headset as well send data to and from it and the PC
-==Tracking Module==
-- Uses inside out, outside in, or a combination of the two to tract movment of the Users Head, and change the display info accordingly
-==Wireless Module==
-- Uses Wifi, or a custom signal, to replace the wires of the IO Module with a wireless connection
-==Battery Module==
-- Used only with the Wireless Module
-- Is a essentially a wearable small [[Open Source Mobile PC Power Supply Unit]]
-=BOM=
--
-=See Also=
--
-=Useful Links=
--

Open Source VR Goggles: Difference between revisions

Latest revision as of 21:20, 17 January 2018

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