moving everything to active or retired vs incubating and graduated
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511
active/os_arch/gaming.md
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511
active/os_arch/gaming.md
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# Gaming
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- [Gaming](#gaming)
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- [Discord](#discord)
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- [Steam](#steam)
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- [autostart](#autostart)
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- [mangohud](#mangohud)
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- [Scaling](#scaling)
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- [Streaming](#streaming)
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- [FSR](#fsr)
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- [Sunshine and Moonlight](#sunshine-and-moonlight)
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- [Install Sunshine](#install-sunshine)
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- [Ports](#ports)
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- [Install Moonlight](#install-moonlight)
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- [Flatpak](#flatpak)
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- [Commands](#commands)
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- [Configuration](#configuration)
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- [ProtonUp-QT](#protonup-qt)
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- [VSCode](#vscode)
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- [XWayland](#xwayland)
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- [Wine](#wine)
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- [Spotify](#spotify)
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- [VLC](#vlc)
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- [Remote Desktop](#remote-desktop)
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- [OBS](#obs)
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- [Xbox Controller](#xbox-controller)
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- [Mangohud](#mangohud-1)
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- [Minecraft with Mangohud](#minecraft-with-mangohud)
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- [ffmpeg](#ffmpeg)
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- [AUR](#aur)
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- [Intel 11th gen](#intel-11th-gen)
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- [AMD 7900xtx](#amd-7900xtx)
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- [Taking Game Cips](#taking-game-cips)
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- [MPV](#mpv)
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- [Minecraft](#minecraft)
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- [Launcher](#launcher)
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- [MultiMC](#multimc)
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## Discord
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```bash
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pacman -S discord
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```
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## Steam
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<https://wiki.archlinux.org/title/Official_repositories#multilib>
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Edit /etc/pacman.conf
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```conf
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[multilib]
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Include = /etc/pacman.d/mirrorlist
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```
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```bash
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pacman -S steam
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```
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When prompted use vulkan-radeon on AMD and vulkan-intel on intel.
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### autostart
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```bash
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ln -s ~/.local/share/applications/steam-native.desktop ~/.config/autostart/
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```
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### mangohud
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Start steam with mangohud
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```bash
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pacman -S mangohud lib32-mangohud
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cp /usr/share/applications/steam.desktop ~/.local/share/applications/steam.desktop
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```
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Edit ~/.local/share/applications/steam.desktop:
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```conf
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Exec=/usr/bin/mangohud /usr/bin/steam-native %U
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```
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### Scaling
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On HiDPI screens you might need to manually scale the steam interface. This can be done by editing
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the .desktop file:
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```bash
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cp /usr/share/applications/steam.desktop ~/.local/share/applications/steam.desktop
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```
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Edit `~/.local/share/applications/steam.desktop`
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```conf
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Exec=/usr/bin/mangohud /usr/bin/steam-runtime -forcedesktopscaling 2 %U
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```
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### Streaming
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See [Sunshine and Moonlight](#sunshine-and-moonlight) first! It's much better than steam streaming.
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Works great from Arch hosts to Arch guests with a little configuration.
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1. wifi
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Your wifi should be isolated to the fastest band you have available at the widest channel width on
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the least populated channel. BSS Transition and Fast Roaming are the only settings I enable since
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they do make a difference for video calls and streaming while moving from room to room but don't
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cause interference or connectivity issues like the other settings.
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2. host
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Your host settings don't matter too much since you'll be limited to Steam's compatibility with
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Arch's mesa drivers, the current kernel version, and whether Mercury is retrograde. Steam does a
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pretty good job automatically selecting the correct libraries and capture mechanism. Here are
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the settings I use:
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3. Client
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Here's where things start to matter. As of kernel `6.7.6-arch1-2`, `mesa 1:24.0.2-1`,
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`libva 2.20.0-1`, `mesa-vdpau 1:24.0.2-1`, and `libvdpau 1.5-2` hardware decoding works on Arch
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with AMD integrated graphics on both my framework (Ryzen 7 7840U w/ Radeon 780M Graphics) and my
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Steam Deck.
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In the steam advanced client settings select "Enhanced 4k" to start. Do not change
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the Resolution limit. Decoding at the native resolution of your screen will always perform
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better than using a non-native resolution. In my testing even lower resolutions result in
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20-30ms of additional delay over native. Framerate limit should stay at automatic. This will try
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to match the streaming framerate to your display's refresh rate. You can set this to 60 if
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things are lagging too much. Bandwidth limit can be adjusted up and down to fit your wifi's
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limitations if you are experience frame drops and stuttering. If you experience issues like
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crashing on launch, blank screen or strange artifacts disable hardware decoding. HEVC and low
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latency networking have never caused me issues. Here are my settings:
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And to show what a properly configured client can do, here's Crab Champions streamed to my
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laptop at 2k, 99fps. Note the streaming latency is ~10ms and the dark blue (encode time), light
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blue (network transmit time), and red (decode time) lines are extremely close together.
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My Steam Deck performs about the same but with a lower (~7ms) streaming latency. This is
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expected because the steam deck streams at 1280x720 which means faster encode and transmit.
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If the red line is far above the blue lines it means your decoding (software or hardware) is
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struggling to keep up. Either it's not decoding at native resolution (likely transforming the
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decoded frame to match the display resolution) or your cpu/gpu is doing something else.
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If the light blue line is far above the dark blue line your wifi is slow. Increase channel
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width, increase transmit power, ensure devices are connected to 5 or 6Ghz, and ensure your
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device has the latest drivers.
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If the dark blue line is far above the x axis of the graph your host is struggling to encode
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fast enough. Likely the host's cpu/gpu is doing something else or it's an old computer
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### FSR
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<https://linux-gaming.kwindu.eu/index.php?title=FSR_-_FidelityFX_Super_Resolution>
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> This sharpens the image. 4 is an example value. 0 is maximum sharpness, higher values mean less sharpening. 5 is the maximum value. The default is 2
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```bash
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WINE_FULLSCREEN_FSR=1 WINE_FULLSCREEN_FSR_STRENGTH=2
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```
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## Sunshine and Moonlight
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<https://docs.lizardbyte.dev/projects/sunshine/en/latest/>
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Sunshine is desktop streaming service that leverages hardware encoding to provide near-zero latency
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network streaming to any device that can run moonlight.
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### Install Sunshine
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The flatpak seems to work well. The arch package keeps breaking due to
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deps. See boost-libs and then libicuuc.so.76.
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<https://docs.lizardbyte.dev/projects/sunshine/latest/md_docs_2getting__started.html#install-system-level>
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```bash
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flatpak install --system flathub dev.lizardbyte.app.Sunshine
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sudo -i
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flatpak run --command=additional-install.sh dev.lizardbyte.app.Sunshine
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systemctl enable --now sunshine
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```
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#### Ports
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HTTPS: 47984 TCP (offset by -5 from the main port)
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HTTP: 47989 TCP (the main port)
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Web: 47990 TCP (offset by +1 from the main port)
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RTSP: 48010 TCP/UDP (offset by +21 from the main port)
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Video: 47998 UDP (offset by +9 from the main port)
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Control: 47999 UDP (offset by +10 from the main port)
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Audio: 48000 UDP (offset by +11 from the main port)
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Mic (unused): 48002 UDP (offset by +13 from the main port)
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TCP: 47984, 47989, 48010
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UDP: 47998-48000, 48002, 48010
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```bash
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ufw allow 47984/tcp
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ufw allow 47989/tcp
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ufw allow 48010/tcp
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ufw allow 47998-48000/udp
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ufw allow 48002/udp
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ufw allow 48010/udp
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```
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### Install Moonlight
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#### Flatpak
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```bash
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flatpak install moonlight
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```
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#### Commands
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Ctrl + Alt + Shift + Q (Moonlight Stream)
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Quit the streaming session (leaving the game running on the host PC)
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Ctrl + Alt + Shift + S (Moonlight Stream)
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Open performance stats overlay (not supported on Steam Link or Raspberry Pi)
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Ctrl + Alt + Shift + M (Moonlight Stream)
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Toggle mouse mode (pointer capture or direct control)
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Ctrl + Alt + Shift + V (Moonlight Stream)
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Type clipboard text on the host
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### Configuration
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Sunshine doesn't need a ton of config. For streaming to devices like the steam deck
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and my computer I would recommend adding a new application that uses the `display_scale.py`
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script to set the resolution of the host before connecting.
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1. Copy `display_scale.py` to your host
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2. Create a new application
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3. Add command: `/home/ducoterra/display_scale.py 1920x1080 1`
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4. Optionally add undo command: `/home/ducoterra/display_scale.py 3840x2160 1`
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5. Save and connect!
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## ProtonUp-QT
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<https://davidotek.github.io/protonup-qt/>
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```bash
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mv ~/Downloads/ProtonUp-Qt*.AppImage ~/Applications/ProtonUp-Qt.AppImage
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chmod +x ~/Applications/*.AppImage
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```
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```conf
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[Desktop Entry]
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Name=ProtonUp-Qt
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Exec=/home/ducoterra/Applications/ProtonUp-Qt.AppImage
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Icon=/home/ducoterra/.icons/ProtonUp-Qt.png
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Type=Application
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```
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## VSCode
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For the open source version of code install `code`:
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```bash
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pacman -S code
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```
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## XWayland
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Provides compatibility with X server applications (like wine)
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```bash
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pacman -S xorg-xwayland
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```
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## Wine
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```bash
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pacman -S wine
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```
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## Spotify
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```bash
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pacman -S spotify-launcher
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```
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## VLC
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```bash
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pacman -S vlc
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```
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## Remote Desktop
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```bash
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pacman -S remmina freerdp
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```
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## OBS
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<https://aur.archlinux.org/packages/obs-vkcapture-git>
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```bash
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pacman -S obs-studio qt6-wayland
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cd ~/aur
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git clone https://aur.archlinux.org/obs-vkcapture-git.git
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cd obs-vkcapture-git
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makepkg -si
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```
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Add "Game Capture" to your scene.
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Start your games with `env OBS_VKCAPTURE=1 %command%`
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## Xbox Controller
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1. Install bluetooth packages
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```bash
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pacman -S bluez bluez-plugins bluez-utils
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```
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1. Edit the bluetooth conf and set the controller to bredr
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/etc/bluetooth/main.conf
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```conf
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ControllerMode = bredr
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```
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1. Now reset the bluetooth service
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```bash
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systemctl restart bluetooth
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```
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1. Connect your controller
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1. Comment out the line in the bluetooth conf you just edited
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1. Restart the bluetooth service
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## Mangohud
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<https://github.com/flightlessmango/MangoHud#arch-based-distributions>
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```bash
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sudo pacman -S mangohud lib32-mangohud
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```
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```bash
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mkdir ~/.config/MangoHud
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cp /usr/share/doc/mangohud/MangoHud.conf.example ~/.config/MangoHud/MangoHud.conf
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```
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Edit `~/.config/MangoHud/MangoHud.conf` and tweak as you see fit.
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Then add `mangohud env MANGOHUD_CONFIGFILE=/home/ducoterra/.config/MangoHud/MangoHud.conf %command%` to your steam launch.
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### Minecraft with Mangohud
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MultiMC offers a "Wrapper" option in Settings -> Custom commands. Add `/usr/bin/mangohud --dlsym`.
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## ffmpeg
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<https://wiki.archlinux.org/title/FFmpeg>
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### AUR
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<https://aur.archlinux.org/ffmpeg-full.git>
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### Intel 11th gen
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```bash
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pacman -S ffmpeg libmfx intel-media-sdk
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ffmpeg \
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-hwaccel qsv \
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-c:v hevc_qsv \
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-hwaccel_output_format qsv \
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-i input.mkv \
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-c:v hevc_qsv \
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-global_quality 25 \
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output.mp4
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```
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### AMD 7900xtx
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<https://wiki.archlinux.org/title/FFmpeg#VA-API>
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```bash
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sudo pacman -S ffpmeg mesa libva-mesa-driver
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reboot
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ffmpeg \
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-hwaccel vaapi \
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-vaapi_device /dev/dri/renderD128 \
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-hwaccel_output_format vaapi \
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-i input.mp4 \
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-c:v hevc_vaapi \
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-rc_mode 1 \
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-qp 25 \
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output.mp4
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ffmpeg \
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-hwaccel vaapi \
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-vaapi_device /dev/dri/renderD128 \
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-hwaccel_output_format vaapi \
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-i input.mp4 \
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-c:v h264_vaapi \
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-b:v 0 \
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-maxrate 100M \
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output.mp4
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```
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### Taking Game Cips
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1. Install [MPV](#mpv)
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1. Open the video clip in mpv
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1. Press `del` to always show the seek bar
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1. Click the timestamp in the bottom left to show milliseconds
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1. Use `,` and `.` to seek frame by frame to find the start frame
|
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1. Use the following ffmpeg command to trim clips
|
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```bash
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# format start_time and end_time like `00:00:34.000` (hh:mm:ss.mmm)
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export input_file=
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export output_file=
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export start_time=
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export end_time=
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# -r 30 == frame rate of 30
|
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# -vf scale scales the output
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ffmpeg \
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-ss $start_time \
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-to $end_time \
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-i $input_file \
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||||
-c:v libx264 \
|
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-b:v 0 \
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-vf scale=1920:1080 \
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-r 30 \
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||||
$output_file
|
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```
|
||||
|
||||
1. Then concat clips with the following
|
||||
|
||||
```bash
|
||||
# Create mylist.txt
|
||||
cat <<EOF > clips.txt
|
||||
file '/path/to/file1'
|
||||
file '/path/to/file2'
|
||||
file '/path/to/file3'
|
||||
EOF
|
||||
```
|
||||
|
||||
```bash
|
||||
ffmpeg -f concat -i mylist.txt -c copy output.mp4
|
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```
|
||||
|
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## MPV
|
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|
||||
<https://wiki.archlinux.org/title/Mpv>
|
||||
|
||||
MPV is an alternative to VLC with a couple key benefits:
|
||||
|
||||
1. Reverse frame-by-frame seeking
|
||||
2. millisecond timestamp
|
||||
|
||||
These are great for video clipping with ffmpeg.
|
||||
|
||||
```bash
|
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pacman -S mpv
|
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```
|
||||
|
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## Minecraft
|
||||
|
||||
### Launcher
|
||||
|
||||
<https://wiki.archlinux.org/title/minecraft>
|
||||
|
||||
<https://aur.archlinux.org/packages/minecraft-launcher>
|
||||
|
||||
```bash
|
||||
cd ~/aur
|
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git clone https://aur.archlinux.org/minecraft-launcher.git
|
||||
cd minecraft-launcher
|
||||
makepkg -si
|
||||
```
|
||||
|
||||
### MultiMC
|
||||
|
||||
MultiMC allows you to maintain and run multiple installations of minecraft with handy
|
||||
shortcuts for installing mod loaders and many more features. It's super easy to install
|
||||
on arch.
|
||||
|
||||
<https://github.com/MultiMC/multimc-pkgbuild>
|
||||
|
||||
1. Install `jre-openjdk-headless`
|
||||
|
||||
```bash
|
||||
cd ~/aur
|
||||
git clone https://github.com/MultiMC/multimc-pkgbuild.git
|
||||
cd multimc-pkgbuild
|
||||
makepkg -si
|
||||
```
|
||||
Reference in New Issue
Block a user