Previous way of controlling when controllers were run was split among
the different controllers, meaning that third parties would require
knowledge of internal state of controllers in order to be on the same
update schedule as them.
This refactor moves the logic into a seperate class.
Additionally, it also stops the use of the `adjustUpdateRate` function
on all tab controllers, since it broke the prime-number-ability of
less collisions.
The old OpenVR overlays did not function for unknown reasons, and it was
not possible to get them to work.
With this a white overlay with ALARM ACTIVATED will be shown for 3 seconds.
It's not pretty, but it effectively communicates that an alarm has been
activated.
This fixes
https://github.com/OpenVR-Advanced-Settings/OpenVR-AdvancedSettings/issues/417
Initial implementation of Auto-Turn
Auto-turn leverages Space Turn automatically whenever you reach a configured distance from your chaperone boundary. Turn direction is in order of precedence:
1. Away from a corner where you're already touching one wall. This is to avoid being turned to face a wall, which we pretty much never want. If 'use corner angle' is enabled, it'll turn the angle of the corner, otherwise it'll turn the angle of your headset to the wall you encountered.
2. In whichever direction will start you unwinding your cord. If your rotations is greater than 'cord detangling rotations' and your angle to the wall is less than 'min detangling angle' it'll turn you such that the thing you're walking towards is directly along a wall, in the direction which will begin unwinding your cord.
3. In the closest angle to the wall. This too will put whatever you're walking towards directly along a wall, so you can walk the maximum distance to it.
- If Smooth turn is checked, it'll turn at a constant (configurable) rate until the world is aligned with the new angle, otherwise it'll snap to the new direction instantly.
- Activation distance is the distance from your chaperone at which auto-turn starts, and deactivation distance is the minimum distance (+ the activation distance) at which it'll be able to be activated again, to avoid turning twice at once.
Redirected walking tries to gently guide you away from your playspace boundaries by tweaking the world's angle at smaller increments than your brain is capable of noticing. While most playspaces won't be big enough to allow this to give you a true 'infinite walk' experience, it can give the perception of your playspace being ever so slightly bigger by making you walk in a slight arc in real life while walking forward in VR.
- Redirected walking is independent from Auto-turn and can be activated on its own. At both the 'slight' and 'imperceptable' radii, the turning speed is incredibly minimal. When walking along one wall of your chaperone to another, you should notice the far corner of your playspace (relative to the world) drifting ever so slightly away from you. In normal circumstances at the lowest settings this shouldn't be noticable.
Co-authored-by: feilen <feilen1000@gmail.com>
* Initial implementation of Infinite Walk
* Code cleanup and abstraction, use nearest corner instead of nearest wall to determine turn direction
* Run clang-format
* Turn relative to the last wall if we run into adjacent walls, otherwise turn at easiest angle
* Limit maximum turns (just refuse to turn for now), only turn on shared corners if going the same direction
* Improve same-corner
* get rid of LastDirectionLeft
* WIP: cord untangling hint
* Try to automatically untangle cord, don't rotate if we encounter a wall behind us
* Incorrect offset for walls
* optimize if hmd inactive
* Cleanup/clarify angles
* (probably?) solve rare segfault
* Adjust the defaults and fix a bug with blocking reverse turns
* Implement smooth turn, fix a bug with shared-corners that would cause it to turn the wrong way
* actually really fix shared corner bug
vect[i + 1 % vect.size()] was somehow evaluating to vect[i + (1 %
vect.size())]
* Move configurables for autoturn to .h to make clearer what's configurable
* WIP: true redirected walking
* First pass optimization/cleanup
* Second pass cleanup/optimize
* Missing clang-format
* Somewhat ugly: Optionally turn the exact angle of the corner when using shared corner turns
* added rotation tab controller in progress
* cleaned up chaperone controller/ finished settings/rotationtab
* did first 4 settings qml, and main qml setup
* initial working build, not all settings UI done
* merging master into redirected walking. (#387)
* Update OVR to 1.10.30 (#379)
* updated to ovr 1.10.30
* fixed updated showoverlaykeyboard call
* fixed keyboard location
* Updated Manifest (#380)
* updated to ovr 1.10.30
* fixed updated showoverlaykeyboard call
* fixed keyboard location
* removed un-necessary matrix, updated app key and manifest
* fixed formatting
* Fix push to mute icon not being used when PTM enabled
* added touch default bindings (#385)
travis CI down/broken?
Co-authored-by: Vasily <vautkin@teknik.io>
* added action, and additional settings
* fixed various bugs added turn speed and mode
* fixed conversion error for turn speed
* added redirected walking options
* formatting
* formatting fixing
* removed old comments
* changed logs to debug and some wording changes
* changed UI layout
* added space turn to rotation page
* added icon, fixed autoturn to autoTurn, fixed conversion to be in qml vs set
* Update src/res/qml/RootPage.qml
yep XD
Co-Authored-By: Kung-vr <38249782+Kung-vr@users.noreply.github.com>
* reverted build changes
* removed un-needed app image build commands
* Cleanup some functions, avoid an extra chaperone check.
* Make redirected walking and autoturn independently enable-able
Co-authored-by: Feilen <feilen1000@gmail.com>
Co-authored-by: Vasily <vautkin@teknik.io>
Co-authored-by: Kung-vr <38249782+Kung-vr@users.noreply.github.com>
Source outputs must all be moved to new default source.
Reference topic
https://askubuntu.com/a/72076
* Adds microphone controls on Linux via PulseAudio (PA) for several
points in
https://github.com/OpenVR-Advanced-Settings/OpenVR-AdvancedSettings/issues/43.
It can not be overstated how unsuited the public AudioManager API is for
using the PA API.
It can also not be overstated how undocumented and horrible the PA API
is. The PA way of doing audio is very unlike the Windows way of doing
audio, which the AudioManager is heavily influenced by.
Since I don't have a Linux machine I have not been able to personally
test this. https://github.com/feilen/ has graciously helped with
testing.
PulseAudio is very undocumented and not very widely used for what we
need outside of official utilities. As such there's most likely a better
way of doing things than I've done.
Additional information can be found at
https://github.com/username223/pulseaudio-device-changing.
The "complex" PA API is asynchronous. Since our current AudioManager is
running synchronously and would not work asynchronously (functions are
expected to return valid data on function return) it is necessary to
massage the PA API until it runs synchronously.
This is done with a general workflow of
1. Register a callback function (`pa_context_get_source_info_list()`,
for example).
2. Run the PA loop through `customPulseLoop()`. This will trigger
any registered callbacks. Sometimes a `void*` is passed through the
callback that can be used for custom data. `successCallback()` uses
this to set the success variable.
3. Run the callback function and do required work.
4. Return to original function, do work or return values.
It is not possible to run a `customPulseLoop()` inside of an already
running loop (inside a callback), as this will lead to a PA assert
error on runtime.
As of SteamVR 1.10.1 the overlay width feature has been implemented by
Valve in the standard settings.
OpenVR features related to overlay translation have been removed and the
main reason for including them (multi monitor setups) have been solved
by Valve giving each screen an individual overlay.
The details of the API are in the `/docs/specsSettings-API.md` file.
The enums do not list all available settings, more are to be added as
the settings API replaces inline QSettings calls.
* fixed Chaperone toggle, toggle state on launch
* made update rates based on variable frame rate assuming 90 default
* added overlay color back in
* fixed opacity value not synching
* updated to ovr 1.8.19
* fixed license issue
* rolled back ovr update
* fixed overlay toggle state, formatting, and clamped max opacity to .85%
The page was not made with Arch in mind.
The currently required were tested on Manjaro, more packages may be
explicitly required due to the bare-bones nature of Arch.
Adds simple logging calls makes debugging easier.
The initial build script was basically ported over directly from
Windows. It was written because I at the time didn't understand
compiling on Linux, and the existing standards, very well.
Moving as many build components into a program specifically made for
building C++ makes everything much easier.
The old build script is still used on CI where control flow can only be
changed using environment variables.
`bear` and `clang-format` are only used on the CI, there's no reason to
include them here.
The media keys were only in the keyboard shortcuts file because their
implementation was the same. With Linux support incoming their
implementations are not necessarily the same.
On Ubuntu 16.04 and 18.04 it is not possible to get Qt 5.12 from the
official repo. You will need to get it from
https://launchpad.net/~beineri/+archive/ubuntu/opt-qt-5.12.2-bionic
which places the files in /opt. This leads qmake to including the files
as non system headers, which makes them spam errors. Adding them as
-isystem headers first prevents this.
The implementation is simple 3D vector scaling and addition. The
HmdMatrix34_t consists of a 3x3 rotation matrix and a 3D vector for
position.
The overlay position is only updated whenever a new overlay is changed
because we need the old overlay position in order to modify it. The
openvr call to get the position is only updated whenever you open the
menu.
A new page was created due to lack of space on the utilities page.
The IPolicyConfig file is a third party file and since it describes a
third party API we can't make changes to it. Adding it via the system
includes disables warnings on most compilers.
Vasily
ykearaandVasily
Kung-vr