#

wmr

Here are 12 public repositories matching this topic...

developit / jasonformat.com

My blog

blog preact wmr

Updated Jun 20, 2024
JavaScript

jacob-ebey / preact-webpack-prerender

POC of pre-rendering Preact applications via a webpack plugin using preact-iso.

preact webpack5 wmr

Updated Dec 22, 2020
JavaScript

mledour / XR-Telemetry

In-headset FPS/frametime HUD + per-frame CPU/GPU timing log for any OpenXR game — SteamVR, WMR, Oculus, Varjo, Pimax. 100% local, no network.

vr oculus telemetry steamvr hud dcs iracing sim-racing frametime fps-overlay openxr msfs wmr pimax varjo performance-overlay openxr-api-layer

Updated Jul 13, 2026
C++

Bluscream / PseudoVive

Spoof device names for any SteamVR driver to increase compatiblity

simulation vr driver fake steamvr spoofing spoof wmr faking

Updated Nov 7, 2023
C++

hopeliz / ridges

Working files for my thesis project

c-sharp csharp thesis vr virtual-reality time-travel windows-mixed-reality architechture thesis-project local-history wmr steam-vr practical-time-travel

Updated Jan 9, 2022
C#

serifpersia / wmr_headtracker

3DOF Headtracking with WMR headset

3dof headtracker wmr wmr-headtrack mixed-reality-tracker mixed-realty window-mixed-reality 3dof-tracker wmr-3dof-tracker wmr-3dof-headtracker

Updated Dec 8, 2025
Python

hopeliz / rememblocks-vr

Backup of Rememblocks VR

game c-sharp memory-game csharp unity vr unity3d virtual-reality simon-game immersive windows-mixed-reality wmr digital-side-show

Updated Aug 19, 2021
C#

francomano / WMR_control_UKF_based

control-systems ukf-localization wmr

Updated Dec 3, 2023

mledour / XR-Layer-Monitor

vr oculus steamvr openxr wmr pimax varjo openxr-api-layer

Updated Jun 12, 2026
C++

roryhen / css-ui-controls

Generate CSS variable controls via config. Built with Preact and WMR.

preact wmr

Updated Feb 26, 2025
JavaScript

richajak / vite-preact

Smallest Preact Environment

react preact vite wmr

Updated Mar 27, 2021
JavaScript

francomano / ukf_test

In this project we proposed a tracking control strategy for a tracked mobile robot under longitudinal slip condition. The proposed control strategy is based on the dynamic model of the tracked robot, in which the longitudinal slip of the left and right tracks are described by two unknown parameters.

robotics estimation python3 autonomous mobile-robots pal-robotics ukf-localization tiago-robot wmr

Updated Jun 18, 2024
Jupyter Notebook

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