HyperHDR 21.0.0.0beta1

I have the pleasure of submitting another version for testing: HyperHDR 21 beta1. I hope you will find the new features & improvements interesting and useful.

• The architecture has been rebuilt once again, this time focusing on further eliminating heavy dependencies from the past. In addition to lower resource consumption, you will definitely notice how much the installers have been slimmed down (they still contain all the necessary dependent components) and the HyperHDR application itself.

• The DirectX grabber has been expanded with a multi-monitor option. You no longer have to use external applications to capture a second or third monitor. Do you still use them? So please make sure they provide full acceleration support by the graphics card as HyperHDR does including using pixel & vertex shaders to scale the textures before sending them from the graphics card memory to the computer so as not to block communication resources which can cause for example: performance drops in games. It is also the cheapest and most effective alternative to HDMI grabbers and splitters on Windows x64 platforms such as multimedia miniPCs with N100. All you need for such setups is USB LED driver like Pico with HyperSerialPico.
  
  More about DirectX 11 grabber can be found here: https://github.com/awawa-dev/HyperHDR/wiki/DirectX-11-software-grabber

• Another new feature that I think will be useful for many people is automatic tone mapping. In case you can't control it from outside via the application's API this is the solution for you. Once enabled HyperHDR will analyze the video image and enable it automatically for dark and faded raw HDR signal and disable it when it detects bright SDR image with normal colors.
  
  More about automatic tone mapping can be found here: https://github.com/awawa-dev/HyperHDR/wiki/Automatic-tone-mapping

• In the past, the process of calibrating the grabber's LUT to obtain the best possible colors was quite problematic: to do it, it usually required a PC set. HyperHDR v21 introduces a small revolution here because now all you have to do is play the calibration MP4 file in your favorite player and HyperHDR will take care of the rest. Thanks to this, we calibrate not only the grabber and TV, but also your default video player. HyperHDR was also the first to introduce support for the NV12 codec for flatbuffers, which opened completely new perspectives for the calibration of external systems because standard RGB flatbuffer stream was usually already processed at the source.
  
  You can find more about the new LUT calibration using MP4 files here: https://github.com/awawa-dev/HyperHDR/wiki/lut-calibration
  
  If you own Elgato HD60X make sure you read it ⚠️ ⇒ https://github.com/awawa-dev/HyperHDR/discussions/1010

• I am also pleased to announce for the first time support for the 10-bit P010 codec, which is already appearing in increasingly cheaper grabbers such as the UGreen 25173 (which can only gain in attractiveness after what happened with ELgato HD60X, more: https://github.com/awawa-dev/HyperHDR/discussions/1010). While it does not contribute much to SDR signals, it changes the situation a lot when it comes to HDR by expanding the default narrow bandwidth range above the standard 8-bits, minimizing the quantization effect. Another advantage is that it is usually a raw signal not damaged by the grabber trying to process the HDR signal as SDR. The format is supported by default by Windows, and when it comes to Linux, I created a patch for the UVC module so that it also works on this system.
  
  The HyperHDR SD image already has a patch for P010. Note that it is based on the newer Bookworm so configuring wifi via wpa_supplicant will no longer work: for this you need to use the Raspberry PI imager installer (raspberrypi/bookworm-feedback#72). For Raspberry Pi 3b and Zero 2W users, I would like to remind you about a bug in the Raspberry Pi kernel that can cause incorrect display of colors on Bookworm (https://github.com/awawa-dev/HyperHDR/discussions/848).
  
  More about support for the P010 format can be found here: https://github.com/awawa-dev/HyperHDR/wiki/p010-video-format

Full changelog:

• Automatic tone mapping (#998)
• Add Ubuntu 24.10 and Fedora 41 (#1001)
• Add support for "unicam image" RPi HDMI capture card and UYVY format (#889)
• Breaking change: remove LUT from installer and create it dynamically (#994)
• Fix macOS 15 dark theme menu icons (#988)
• Add P010 HDR10 video format support (#968)
• DirectX multi-monitor support (#966)
• macOS 15 sequoia: migrate to ScreenCaptureKit (#984)
• Add Skydimo support (#985)
• New LUT calibration based on mp4 test videos (part I) (#896)
• feat: updated rpi_ws281x submodule, thanks @andreasvikke (#974)
• DX grabber: stick to user specified device selection (#961)
• Fix LED colors adjustments by configuration name (#956)
• Add autoresume feature for the macOS software grabber (#879)
• Add NV12 image format support for flatbuffers (#920)
• Update language file's Thanks @AstaRom (#883, #923, #998)
• Update flatbuffers to v24.3.25 (#875)
• Add cache_cleaner for Github Action (#910)
• New build.sh script for the HyperHDR build process (#904)
• Remove Alsa libs from CMake recipe
• Remove more unnecessary libraries from installers
• Remove libasound from installers
• Fix restoring calibration settings (#874)
• Reorganize HyperHDR libs (#887)
• Fix macOS image alignment (#838)
• Remove hyperhdr-remote app. Reason: #856
• Refactoring of the FlatBuffers client and server (#880)
• Remove mbedtls. Use OpenSSL (#877)
• Removal of QT SQL. Migrate to the SQLite library. (#872)
• New smoothing option for sound effects, fix ArchLinux installer, refactoring of the smoothing module and music effects (#871)
• Removal of QT D-Bus, switch to sdbus-cpp (#864)
• Dependency reductions: removal of heavy QT Gui lib (#861)
• Fix DirectX capturing after new Systray changes
• New independed systray. Dependency reductions thanks to removal of QWidget (#852)
• Fix: lut calibration for grabberless builds (#840)

HyperHDR 20.0.0.0

The HyperHDR v20 release was created with the participation of many users (thanks to everyone, especially to @AstaRom) and brings many important new features and fixes. More than several dozen thousand lines of code were changed, including almost the entire application base was rewritten using newer technologies, which then required several months of testing to make sure that it would not negatively affect stability. Thanks to the rebuilt LED rendering model, even more precise refreshing is achieved and the use of Smart Pointers gives us greater control over memory management. Software grabbers have been significantly improved, including hardware acceleration for Pipewire (Linux) and in particular a huge leap in performance and capabilities has occurred in the case of the DirectX grabber for Windows (native system HDR support without LUT and Pixel & Vertex Shader acceleration). At that time, a new HyperSerialPico project was also created, thanks to rp2040 PIO IO co-processor we received a driver offering even more precise timings for LED rendering than ESP32/Esp8266 and it allows the use of ready-made boards with a built-in level shifter: which significantly simplifies the construction of new HyperHDR setups regardless of the platform on which you host it.

Below is the full list of changes. Have fun!

New features:

• Windows/DirectX: use hardware acceleration (pixel & vertex shaders) for software capturing. Fixes issue #688 → #691
• Windows/DirectX: autodetect HDR mode.Fixes issue #690 → #691
• Pipewire DMA & EGL hardware support (Wayland/x11 grabber) #556
• Add video buffer memory caching to Pipewire grabber #691
• Automatic database backup before applying structure changes when installing new version, json backups are saved in standard HyperHDR configuration home directory #691
• Linux: audio stream auto-resume on EPIPE error #691
• Ability to change MQTT Topic. Fixes issue #619 → #691
• MQTT: auto-resume. Fixes issue #570 → #691
• MQTT ability to execute multiply commands in one request. Fixes issue #642 → #691
• Each MQTT subcommand will return full response in the overall result at HyperHDR/JsonAPI/response #691
• Colorized logs #640
• New device discovery service #605
• Add new effect: Rainbow Waves #607
• MQTT: hostname address resolver. Thanks @lougovsk #586
• New JsonAPI method to calculate average color of selected instance #611
• Add automatic LUT downloader & installer #568
• Allow LUT calibration when no USB grabber is present #518
• New JSON API method to update smoothing parameters #352

LED devices:

• Smoothing clock is integrated directly within led driver: no more two separated & unsynchronized clocks for smoothing and led driver, also much more precise refresh times. Discussed here → #691
• Add support for Raspberry Pi Pico (Rp2040) HyperSerialPico #560
• HyperHDR driver for WLED has been switched to WLED Audio-Reactive-Led-Strip (WARLS) protocol removing old 490 LEDs limit https://github.com/Aircoookie/WLED/wiki/UDP-Realtime-Control → #691
• Yeelight: Wizard now supports more models, workaround for music-mode reset, auto-resume support #750 Thanks @ratawhisk
• Force HyperSerial detection #732 Thanks @alex-013
• New features: disable LEDs/components on startup #737
• Support for Pico (rp2040) boards using HyperSPI #691
• Fix over 500LEDs limit for HyperSPI when RPi5 is used #691
• Add support for HD108 led strip, 16/48bits colors #527
• Live update WLED/udpraw LEDs number #564
• ArtNet LED Controller: add toggle to prevent pixel color data split across two artnet universes. Fixes issue #657 → #691
• Workaround for critical Rpi udev bug affecting serial ports #583

Core:

• Refactoring. Migration to C++ Smart Pointers. Move almost all main objects management under control of modern C++ smart pointers, fully control complicated life-cycle and ownership of HyperHDR components #691
• New interface: removed ancient Font Awesome 4 (so 2017...) Migrate to SVG: Bootstrap Icons and Google Material Icons/Symbols #605
• New features: stop processing when user has locked the system #737
• Remove folders nesting #363
• Improved headers including for faster compilation #691
• Pause the USB grabber when all LEDs are off to reduce load #608
• Use optional system libs for compiling #541
• Do not use TurboJPEG for RGB during calibration #508
• Make bonjour use logging utilities. Thanks @nurikk #529
• glibc requirements for DEB installer #402

Platform support:

• SD images are available again and are based on Debian Bullseye, so they will not fit RPi 5: use the official Raspberry Pi installer for this board. It is explained here: link1
• Add native build for Apple M1 / M2 / M3 (arm64) architecture #755
• Add Ubuntu support to HyperHDR and Github Pages APT repository #522
• Update build scripts and include Ubuntu 24.04 LTS
• Upgrade Fedora 38 to 39, Ubuntu 23.04 to 23.10 #667
• Add Arch Linux support #520

Updates:

• Update language file's. Thanks @AstaRom #505
• Upgrade Bootstrap to 5.2.3 / improved 'video live preview' on smartphones #336
• Update Github actions/checkout@v3 #403
• Update Github actions/download@v3 #372
• Update mbedtls to 3.4.0 #589
• Update flatbuffers to v23.5.26 #596
• Update language file's. Thanks @AstaRom #617
• switch libCEC to mainstream since version 6.x is widely available now #691

Bug fixing:

• Windows/DirectX: fix overexposed HDR stream with pixel shader. Fixes issue #689 → #691
• Fix: Fedora uses xz as the package name, not xz-utils #771 Thanks @hsmalley
• Fix LUT loading bug to reduce memory usage by 96MB #766
• Fix typo in LED strip name #670 Thanks @fluchfux
• Fix background music effect #761
• Fix typo #762 Thanks @laurens94
• Fix macOS build #638 #671 #672...

HyperHDR 20.0.0.0beta2

Full list of changes below, with details in the attached links. Update is also available in HyperHDR Debian/Ubuntu APT repository: link.

HyperHDR: v20beta2:

• SD images are available again and are based on Debian Bullseye, so they will not fit RPi 5: use the official Raspberry Pi installer for this board. It is explained here: link1
• Fix: Fedora uses xz as the package name, not xz-utils #771 Thanks @hsmalley
• Fix LUT loading bug to reduce memory usage by 96MB #766
• Fix background music effect #761
• Fix typo #762 Thanks @laurens94
• Yeelight: Wizard now supports more models, workaround for music-mode reset, auto-resume support #750 Thanks @ratawhisk
• Fix verbose command line option #723
• Add native build for Apple M1 / M2 (arm64) architecture #755
• New features: disable LEDs/components on startup #737
• New features: stop processing when user has locked the system #737
• Force HyperSerial detection #732 Thanks @alex-013
• Fix Linux DBus sleep/wakeup handler
• Fix pipewire grabber for non-contiguous DMA memory & EGL #711 Thanks @Mic92
• Update build scripts and include Ubuntu 24.04 LTS
• Fixes for v20beta1 #705

HyperHDR: v20beta1:

• Refactoring. Migration to C++ Smart Pointers. Move almost all main objects management under control of modern C++ smart pointers, fully control complicated life-cycle and ownership of HyperHDR components #691
• Windows/DirectX: use hardware acceleration (pixel & vertex shaders) for software capturing. Fixes issue #688 → #691
• Windows/DirectX: fix overexposed HDR stream with pixel shader. Fixes issue #689 → #691
• Windows/DirectX: autodetect HDR mode.Fixes issue #690 → #691
• Automatic database backup before applying structure changes when installing new version, json backups are saved in standard HyperHDR configuration home directory #691
• Smoothing clock is integrated directly within led driver: no more two separated & unsynchronized clocks for smoothing and led driver, also much more precise refresh times. Discussed here → #691
• HyperHDR driver for WLED has been switched to WLED Audio-Reactive-Led-Strip (WARLS) protocol removing old 490 LEDs limit https://github.com/Aircoookie/WLED/wiki/UDP-Realtime-Control → #691
• switch libCEC to mainstream since version 6.x is widely available now #691
• Linux: audio stream auto-resume on EPIPE error #691
• Improved headers including for faster compilation #691
• JSON API security vulnerability fixed #691
• Add video buffer memory caching to Pipewire grabber #691
• Fixed the LUT calibration page by removing potential scrollbars that could interfere with the final result #691
• Support for Pico (rp2040) boards using HyperSPI #691
• Fix over 500LEDs limit for HyperSPI when RPi5 is used #691
• Improved installers script #691
• Address CodeQL findings #691
• Fix logging tab that can be empty when opened and add button to copy logs #691
• ArtNet LED Controller: add toggle to prevent pixel color data split across two artnet universes. Fixes issue #657 → #691
• Ability to change MQTT Topic. Fixes issue #619 → #691
• MQTT: auto-resume. Fixes issue #570 → #691
• MQTT ability to execute multiply commands in one request. Fixes issue #642 → #691
• Each MQTT subcommand will return full response in the overall result at HyperHDR/JsonAPI/response #691
• Fix typo in LED strip name #670 Thanks @fluchfux
• Pipewire DMA & EGL hardware support (Wayland/x11 grabber) #556
• Upgrade Fedora 38 to 39, Ubuntu 23.04 to 23.10 #667
• Colorized logs #640
• Fix macOS build #638 #671 #672
• Update language file's. Thanks @AstaRom #617
• Make bonjour use logging utilities. Thanks @nurikk #529
• New interface: removed ancient Font Awesome 4 (so 2017...) Migrate to SVG: Bootstrap Icons and Google Material Icons/Symbols #605
• New device discovery service #605
• Stability improvements & bug fixing #605
• Fix QT5.15 issue when building on Windows #605
• Add new effect: Rainbow Waves #607
• MQTT: hostname address resolver. Thanks @lougovsk #586
• V4L: allow setting of V4L device input, fixes #537. Thanks @Thinner77 #540
• Update flatbuffers to v23.5.26 #596
• Pause the USB grabber when all LEDs are off to reduce load #608
• Add support for HD108 led strip, 16/48bits colors #527
• Use optional system libs for compiling #541
• Update mbedtls to 3.4.0 #589
• Add Ubuntu support to HyperHDR and Github Pages APT repository #522
• New JsonAPI method to calculate average color of selected instance #611
• Workaround for critical Rpi udev bug affecting serial ports #583
• Add Arch Linux support #520
• Fix chrome/edge fullscreen detection #519
• Add automatic LUT downloader & installer #568
• Allow LUT calibration when no USB grabber is present #518
• Live update WLED/udpraw LEDs number #564
• Add support for Raspberry Pi Pico (Rp2040) HyperSerialPico #560
• Do not use TurboJPEG for RGB during calibration #508
• Update Github actions/checkout@v3 #403
• glibc requirements for DEB installer #402
• Remove folders nesting #363
• New JSON API method to update smoothing parameters #352
• Update Github actions/download@v3 #372
• Remove depraciated ::set-output from Github Acti...

HyperHDR 20.0.0.0beta1

First test release of the upcoming next version of HyperHDR: v20beta1.
Update is also available in HyperHDR Debian/Ubuntu APT repository: link. Prebuild HyperHDR Raspberry Pi OS SD images status: link1 link2
Full list of changes below, with details in the attached links:

• Refactoring. Migration to C++ Smart Pointers. Move almost all main objects management under control of modern C++ smart pointers, fully control complicated life-cycle and ownership of HyperHDR components #691
• Windows/DirectX: use hardware acceleration (pixel & vertex shaders) for software capturing. Fixes issue #688 → #691
• Windows/DirectX: fix overexposed HDR stream with pixel shader. Fixes issue #689 → #691
• Windows/DirectX: autodetect HDR mode.Fixes issue #690 → #691
• Automatic database backup before applying structure changes when installing new version, json backups are saved in standard HyperHDR configuration home directory #691
• Smoothing clock is integrated directly within led driver: no more two separated & unsynchronized clocks for smoothing and led driver, also much more precise refresh times. Discussed here → #691
• HyperHDR driver for WLED has been switched to WLED Audio-Reactive-Led-Strip (WARLS) protocol removing old 490 LEDs limit https://github.com/Aircoookie/WLED/wiki/UDP-Realtime-Control → #691
• switch libCEC to mainstream since version 6.x is widely available now #691
• Linux: audio stream auto-resume on EPIPE error #691
• Improved headers including for faster compilation #691
• JSON API security vulnerability fixed #691
• Add video buffer memory caching to Pipewire grabber #691
• Fixed the LUT calibration page by removing potential scrollbars that could interfere with the final result #691
• Support for Pico (rp2040) boards using HyperSPI #691
• Fix over 500LEDs limit for HyperSPI when RPi5 is used #691
• Improved installers script #691
• Address CodeQL findings #691
• Fix logging tab that can be empty when opened and add button to copy logs #691
• ArtNet LED Controller: add toggle to prevent pixel color data split across two artnet universes. Fixes issue #657 → #691
• Ability to change MQTT Topic. Fixes issue #619 → #691
• MQTT: auto-resume. Fixes issue #570 → #691
• MQTT ability to execute multiply commands in one request. Fixes issue #642 → #691
• Each MQTT subcommand will return full response in the overall result at HyperHDR/JsonAPI/response #691
• Fix typo in LED strip name #670 Thanks @fluchfux
• Pipewire DMA & EGL hardware support (Wayland/x11 grabber) #556
• Upgrade Fedora 38 to 39, Ubuntu 23.04 to 23.10 #667
• Colorized logs #640
• Fix macOS build #638 #671 #672
• Update language file's. Thanks @AstaRom #617
• Make bonjour use logging utilities. Thanks @nurikk #529
• New interface: removed ancient Font Awesome 4 (so 2017...) Migrate to SVG: Bootstrap Icons and Google Material Icons/Symbols #605
• New device discovery service #605
• Stability improvements & bug fixing #605
• Fix QT5.15 issue when building on Windows #605
• Add new effect: Rainbow Waves #607
• MQTT: hostname address resolver. Thanks @lougovsk #586
• V4L: allow setting of V4L device input, fixes #537. Thanks @Thinner77 #540
• Update flatbuffers to v23.5.26 #596
• Pause the USB grabber when all LEDs are off to reduce load #608
• Add support for HD108 led strip, 16/48bits colors #527
• Use optional system libs for compiling #541
• Update mbedtls to 3.4.0 #589
• Add Ubuntu support to HyperHDR and Github Pages APT repository #522
• New JsonAPI method to calculate average color of selected instance #611
• Workaround for critical Rpi udev bug affecting serial ports #583
• Add Arch Linux support #520
• Fix chrome/edge fullscreen detection #519
• Add automatic LUT downloader & installer #568
• Allow LUT calibration when no USB grabber is present #518
• Live update WLED/udpraw LEDs number #564
• Add support for Raspberry Pi Pico (Rp2040) HyperSerialPico #560
• Do not use TurboJPEG for RGB during calibration #508
• Update Github actions/checkout@v3 #403
• glibc requirements for DEB installer #402
• Remove folders nesting #363
• New JSON API method to update smoothing parameters #352
• Update Github actions/download@v3 #372
• Remove depraciated ::set-output from Github Action #390
• Upgrade Bootstrap to 5.2.3 / improved 'video live preview' on smartphones #336
• Update language file's. Thanks @AstaRom #505

HyperHDR 19.0.0.0

I've published new updated build-log on my blog which includes needed components and how to build and configure the entire system. It can be useful even if you already have your system built, as it also includes optimization tips and the possibility to upgrade your setup to a multi-segment configuration.
https://www.hyperhdr.eu/2023/02/ultimate-guide-on-how-to-build-led.html

New features:

• Added support for entertainment api v2 (hue gradient strips) ( #471) Many thanks to @gibahjoe great job! Tutorial is here: link
• HyperHDR got new packages repository (Github Pages). More details: https://awawa-dev.github.io/ Also RPM and Arch Linux installers are available there.
• The SD images that come with this release are already linked to the HyperHDR repository, so a future update should be much simpler.
• Add support for ESP32-S2 mini board. It requires latest HyperSerialESP32 v9 . This firmware brings also support for parallel multi-segments, that allows to double the refresh rate of large sk6812/ws2812b setups for free (a proper LED strip design is required)
• ESP8266/ESP32 handshake for the AWA Adalight ( #432)
• Save/restore WLED state and set max brightness at startup ( #353)
• Adalight: auto-resume and ESP8266/ESP32 auto-discovery ( #494)
• Add support for utv007 / Linux ( #423)
• LED strip designer context menu incl. blink selected LED, zoom, edit, move, disable, delete single LED (more: #379)
• Modifiable SPI path with device auto-detection (more: #346)
• Flatbuffers: multiple custom LUT files support (more: #334)

Fix:

• Automatic signal detection timing (#410)
• Fix the black color for disabled LEDs (#419)
• Fix: critical unicolor averaging bug causing very dark colors (more: #379)
• Fix: web LED live simulator doesn't update (more: #337)
• Fix: Improved HyperHDR web server startup (more: #351)
• Fix: Restore support for ZasLuke Capture card (more: #335)
• Fix: Philips Hue: do not treat stream errors as critical when retrying
• Align SPI buffer for HyperSPI to 4 bytes
• Fix: Use longer reset pulse (#468) Thanks @nurikk

Improvements:

• Improved LED device performance (dropping frames that have exceeded the hardware capabilities of the LED device, UDP/SPI devices are not affected as the process is handled by the OS)
• Update de.json (#411) Thanks @Duese123
• Update nl.json (#491) Thanks @NicoLouis-be
• Update Github actions/upload@v3 (#373)
• Unified internal clocks (more: #355)
• Colored cmake output (more: #364)
• Support for precompiled headers (more: #359)
• Improved REST API network driver (WLED, Philips Hue etc) (more: #354)
• Github Action: upgrade runner to macos-12 (more: #341)
• Update actions/cache@v3 (more: #371)

HyperHDR 19.0.0.0beta2

I think that the number of changes and fixes introduced recently fully justifies the release of one more test version before the stable one.

New features:

• HyperHDR got new packages repository (Github Pages). More details: https://awawa-dev.github.io/ Also RPM packages are available there and Arch Linux installers are planned.
• The SD images that come with this release are already linked to the HyperHDR repository, so a future update should be much simpler.
• Add support for ESP32-S2 mini board. It requires latest HyperSerialESP32 v8 firmware https://github.com/awawa-dev/HyperSerialESP32/releases/tag/v8.0.0.0 . This firmware brings also support for multi-segments, that allows to double the refresh rate of large sk6812/ws2812b setups for free (well, at least a proper LED strip design is required)
• ESP8266/ESP32 handshake for the AWA Adalight (#432)
• Save/restore WLED state and set max brightness at startup (#353)
• Add support for utv007 / Linux (#423)

Fix:

• Automatic signal detection timing (#410)
• Fix the black color for disabled LEDs (#419)

Improvements:

• Improved LED device performance (dropping frames that have exceeded the hardware capabilities of the LED device, UDP/SPI devices are not affected as the process is handled by the OS)
• Update de.json (#411) Thanks @Duese123
• Update Github actions/upload@v3 (#373)

HyperHDR 19.0.0.0beta1

Check out also latest HyperSerialEsp8266 and HyperSerialESP32 releases. Both projects were migrated to PlatformIO which greatly simplify customizations and building the firmware in case if you want e.g. to change default serial port speed or the pin-outs (support for Github Actions!). Also HyperHDR v19 new feature allows me to remove old "first LED enabled/disabled" firmware version, because now you can set it up in HyperHDR.

New features:

• LED strip designer context menu incl. zoom, edit, move, disable, delete single LED (more: #379)
• Modifiable SPI path with device auto-detection (more: #346)
• Flatbuffers: multiple custom LUT files support (more: #334)

Bug fixing:

• Fix: critical unicolor averaging bug causing very dark colors (more: #379)
• Fix: web LED live simulator doesn't update (more: #337)
• Fix: Improved HyperHDR web server startup (more: #351)
• Fix: Restore support for ZasLuke Capture card (more: #335)
• Fix: Philips Hue: do not treat stream errors as critical when retrying

Improvements:

• Colored cmake output (more: #364)
• Unified internal clocks (more: #355)
• Support for precompiled headers (more: #359)
• Improved REST API network driver (WLED, Philips Hue etc) (more: #354)
• Github Action: upgrade runner to macos-12 (more: #341)
• Update actions/cache@v3 (more: #371)

HyperHDR 18.0.0.0

Changelog (v18 key highlights can be found on the HyperHDR blog link )

New features:

• Registering HyperHDR services with the MQTT broker
• System event support: hibernation/sleep/wake up/resume
• WLED Configuration Wizard can discover WLED devices on the network
• Added WLED auto-resume initialization and improved existing Philips Hue auto-resume feature
• Reworked network discovery service and added Windows support
• Frame Buffer software screen grabber (Linux)
• New config option to fix static flickering for DX11 grabber (#275)
• Improved Philips Hue wizard
• Protocol buffers HDR tone mapping (mainly for Android Screen Grabber #263)
• Replaced protobuf with a lightweight nanopb library
• Limit for software screen grabbers increased to 60FPS
• New software grabber for Linux: Wayland (pipewire/portal). Support for Ubuntu 22.04 LTS!
• Wayland grabber: support for pipewire/portal protocol version 4 persistent authentication
• New fully automatic LUT calibration for HDR/SDR/YUV
• New set of dedicated LUT tables for supported grabbers
• 30% improved performance for MJPEG HDR mode
• Add white channel calibration for RGBW led strips and latest HyperSerialEsp8266/HyperSerialESP32/HyperSPI (Adalight HyperSPI)
• New dynamic video cache buffers (improved performance, fixes #142)
• Performance information panel in the overview tab
  • CPU performance and RAM usage (excluding Apple M1)
  • CPU temperature reading (Linux only, when the sensor is present)
  • Under-voltage detection (Raspberry Pi OS only)
  • USB grabber performance (shows framerate and latency)
  • Instance input images to LED colors performance
  • LED device output performance
• New JSON API function to control USB grabber: brightness, contrast, saturation, hue
• USB grabber latency benchmark (link)
• HDR tone mapping for flatbuffers (PR #215 thanks @chbartsch)
• Dynamic LED layout resize on the container size changed
• Improved and refactored LED devices model and communication
• Flatbuffers: HDR tone mapping can use alternative filename: flat_lut_lin_tables.3d
• FlatBuffers: add support for high performance local sockets (link)
• The new build scheme allows graberless configuration and usage of external toolchains
• Add popular 'UDP raw' (WLED compatible) receiver for HyperHDR (link1 link2)

Bug Fixing:

• Fix variuos memory leaks reported by diagnostic tools
• Fix Philips Hue reconnection issues
• Synchronize interface to FlatBuffers HDR state when no USB grabbers are present in the build
• Fix for DirectX11 grabber secondary monitor capturing (fixes #223)
• Fix translations for parametrized items. Germany resources corrected (thanks @tuxuser)
• Fix for broken LED raw JSON editor (fixes #235)
• Fix looped communication in the remote tab
• Fix restart issue of X11 software screen grabber (fixes #167)
• Fix LED devices on/off race condition
• Fix saving Yeelight configuration (fixes #133)
• Fix inter-thread communication
• Fix saving changed Philips Hue configuration
• Fix LED devices state synchronization
• Fix invoking setting static color from the system menu
• Ignore Bluetooth devices during Adalight auto-discovery
• ProviderRestApi and ProviderUdpSSL are rewritten to fix variuos related issues
• ProviderUdpSSL (Philips Hue) ability to resume the connection when the communication stream is broken
• Fix for the undervoltage detection for newer Raspberry Pi OS

Improvements:

• Migration from Pi-gen to CustomPiOS (Rpi SD images)
• Utilizing and migration to C++ smart pointers
• Move the flatbuffer server to separate thread
• Upgrade MBEDTLS to version 3.1
• Upgrade FlatBuffers to version 2.0.0
• Switch to mainline libjpegturbo 2.x
• Use prebuild protobuf compiler for Windows or the system library for other targets
• Updated rpi_ws281x library
• Windows and macOS releases are using QT6.2 LTS
• Windows: migrate the solution and documentation to Visual Studio 2022
• Removed: tinkerforge and USB-HID support
• Removed: LED device latch time

Community:

• mjoshd Home Assistant HyperHDR integration plugin https://github.com/mjoshd/hyperhdr-ha
• appleimperio docker compose file for aarch64 https://github.com/appleimperio/docker-hyperhdr
• ihrapsa HA plugin to install HyperHDR https://github.com/ihrapsa/hassio-addons

v18.0.0.0beta3

Beta3

• Registering HyperHDR services with the MQTT broker
• System event support: hibernation/sleep/wake up/resume
• WLED Configuration Wizard can discover WLED devices on the network
• Added WLED auto-resume initialization and improved existing Philips Hue auto-resume feature
• Reworked network discovery service and added Windows support
• Frame Buffer software screen grabber (Linux)
• New config option to fix static flickering for DX11 grabber (#275)
• Improved Philips Hue wizard
• Protocol buffers HDR tone mapping (mainly for Android Screen Grabber #263)
• Replaced protobuf with a lightweight nanopb library
• Limit for software screen grabbers increased to 60FPS
• Fix for the undervoltage detection for newer Raspberry Pi OS

Beta2

New features:

• New software grabber for Linux: Wayland (pipewire/portal). Support for Ubuntu 22.04 LTS!
• Wayland grabber: support for pipewire/portal protocol version 4 persistent authentication
• New fully automatic LUT calibration for HDR/SDR/YUV
• New set of dedicated LUT tables for supported grabbers
• 30% improved performance for MJPEG HDR mode
• Add white channel calibration for RGBW led strips and latest HyperSerialEsp8266/HyperSerialESP32/HyperSPI (Adalight HyperSPI)
• New dynamic video cache buffers (improved performance, fixes #142)
• Performance information panel in the overview tab
  • CPU performance and RAM usage (excluding Apple M1)
  • CPU temperature reading (Linux only, when the sensor is present)
  • Under-voltage detection (Raspberry Pi OS only)
  • USB grabber performance (shows framerate and latency)
  • Instance input images to LED colors performance
  • LED device output performance
• New JSON API function to control USB grabber: brightness, contrast, saturation, hue
• USB grabber latency benchmark (link)
• HDR tone mapping for flatbuffers (PR #215 thanks @chbartsch)
• Dynamic LED layout resize on the container size changed
• Improved and refactored LED devices model and communication
• Flatbuffers: HDR tone mapping can use alternative filename: flat_lut_lin_tables.3d
• FlatBuffers: add support for high performance local sockets (link)
• The new build scheme allows graberless configuration and usage of external toolchains
• Add popular 'UDP raw' (WLED compatible) receiver for HyperHDR (link1 link2)

Bug Fixing:

• Fix variuos memory leaks reported by diagnostic tools
• Fix Philips Hue reconnection issues
• Synchronize interface to FlatBuffers HDR state when no USB grabbers are present in the build
• Fix for DirectX11 grabber secondary monitor capturing (fixes #223)
• Fix translations for parametrized items
• Fix for broken LED raw JSON editor (fixes #235)
• Fix looped communication in the remote tab
• Fix restart issue of X11 software screen grabber (fixes #167)
• Fix LED devices on/off race condition
• Fix saving Yeelight configuration (fixes #133)
• Fix inter-thread communication
• Fix saving changed Philips Hue configuration
• Fix LED devices state synchronization
• Fix invoking setting static color from the system menu
• Ignore Bluetooth devices during Adalight auto-discovery
• ProviderRestApi and ProviderUdpSSL are rewritten to fix variuos related issues
• ProviderUdpSSL (Philips Hue) ability to resume the connection when the communication stream is broken

Improvements:

• Migration from Pi-gen to CustomPiOS (Rpi SD images)
• Utilizing and migration to C++ smart pointers
• Move the flatbuffer server to separate thread
• Upgrade MBEDTLS to version 3.1
• Upgrade FlatBuffers to version 2.0.0
• Switch to mainline libjpegturbo 2.x
• Use prebuild protobuf compiler for Windows or the system library for other targets
• Updated rpi_ws281x library
• Windows and macOS releases are using QT6.2 LTS
• Windows: migrate the solution and documentation to Visual Studio 2022
• Removed: tinkerforge and USB-HID support
• Removed: LED device latch time

Community:

• mjoshd Home Assistant HyperHDR integration plugin https://github.com/mjoshd/hyperhdr-ha
• ihrapsa HA plugin to install HyperHDR https://github.com/ihrapsa/hassio-addons

v18.0.0.0beta2

New features:

• New software grabber for Linux: Wayland (pipewire/portal). Support for Ubuntu 22.04 LTS!
• Wayland grabber: support for pipewire/portal protocol version 4 persistent authentication
• New fully automatic LUT calibration for HDR/SDR/YUV
• New set of dedicated LUT tables for supported grabbers
• 30% improved performance for MJPEG HDR mode
• Add white channel calibration for RGBW led strips and latest HyperSerialEsp8266/HyperSerialESP32/HyperSPI (Adalight HyperSPI)
• New dynamic video cache buffers (improved performance, fixes #142)
• Performance information panel in the overview tab
  • CPU performance and RAM usage (excluding Apple M1)
  • CPU temperature reading (Linux only, when the sensor is present)
  • Under-voltage detection (Raspberry Pi OS only)
  • USB grabber performance (shows framerate and latency)
  • Instance input images to LED colors performance
  • LED device output performance
• New JSON API function to control USB grabber: brightness, contrast, saturation, hue
• USB grabber latency benchmark (link)
• HDR tone mapping for flatbuffers (PR #215 thanks @chbartsch)
• Dynamic LED layout resize on the container size changed
• Improved and refactored LED devices model and communication
• Flatbuffers: HDR tone mapping can use alternative filename: flat_lut_lin_tables.3d
• FlatBuffers: add support for high performance local sockets (link)
• The new build scheme allows graberless configuration and usage of external toolchains
• Add popular 'UDP raw' (WLED compatible) receiver for HyperHDR (link1 link2)

Bug Fixing:

• Fix variuos memory leaks reported by diagnostic tools
• Fix Philips Hue reconnection issues
• Synchronize interface to FlatBuffers HDR state when no USB grabbers are present in the build
• Fix for DirectX11 grabber secondary monitor capturing (fixes #223)
• Fix translations for parametrized items
• Fix for broken LED raw JSON editor (fixes #235)
• Fix looped communication in the remote tab
• Fix restart issue of X11 software screen grabber (fixes #167)
• Fix LED devices on/off race condition
• Fix saving Yeelight configuration (fixes #133)
• Fix inter-thread communication
• Fix saving changed Philips Hue configuration
• Fix LED devices state synchronization
• Fix invoking setting static color from the system menu
• Ignore Bluetooth devices during Adalight auto-discovery
• ProviderRestApi and ProviderUdpSSL are rewritten to fix variuos related issues
• ProviderUdpSSL (Philips Hue) ability to resume the connection when the communication stream is broken

Improvements:

• Migration from Pi-gen to CustomPiOS (Rpi SD images)
• Utilizing and migration to C++ smart pointers
• Move the flatbuffer server to separate thread
• Upgrade MBEDTLS to version 3.1
• Upgrade FlatBuffers to version 2.0.0
• Switch to mainline libjpegturbo 2.x
• Use prebuild protobuf compiler for Windows or the system library for other targets
• Updated rpi_ws281x library
• Windows and macOS releases are using QT6.2 LTS
• Windows: migrate the solution and documentation to Visual Studio 2022
• Removed: tinkerforge and USB-HID support
• Removed: LED device latch time

Community:

• mjoshd Home Assistant HyperHDR integration plugin https://github.com/mjoshd/hyperhdr-ha
• ihrapsa HA plugin to install HyperHDR https://github.com/ihrapsa/hassio-addons