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* Removed -HUP so the default -TERM signal is sent instead. - hyperiond only listens for TERM and INT. HUP is often used to get an exe to reread its config Changed pgrep to add '-x' so it wont partial match on the exe name. - I have multiple instances with multiple hyperiond-instance1 names - this ensures the service script only kills the right process * reversing errant change to hyperion.systemd.sh * Experimental changes to piblaster code to work how i think it should It is now assumed that the PWM pins in groups of 3 correspond to RGB channels of the led. "assignment" : "rgbrgbrgb", Would result in: //Channel number GPIO number Led channel // 0 4 0 red // 1 17 0 green // 2 18 0 blue // 4 27 1 red // 5 21 1 green // 6 22 1 blue // 7 23 2 red // 8 24 2 green // 9 25 2 blue * Ammend pwm channel mapping comments to match the code * 1st cut of the new more flexible piblaster pin mapping support it works but is still rough * removed old "assignment" handling - prints an error messaage if found and terminates fixed the switchoff method * removing iPins hard coded list of valid GPIO pins * removed iPins array for switchOff function * code cleanups input validation * Handle catching (and ignoring) SIGPIPE. You can now kill and restart pi-blaster daemon and hyperiond will gracefully recover * added a binary for testing * Added sample config and my modified pi-blaster version to support more GPIOs * moved hyperiond * removed testing binaries move sample configuration to the configs directory * re enabled device config display * removed sample configuration Former-commit-id: 95e4d4ea2fb7cb5439e8cd597883a638da61a574 |
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bin | ||
cmake | ||
config | ||
dependencies | ||
doc | ||
effects | ||
include | ||
libsrc | ||
src | ||
test | ||
.gitignore | ||
.gitmodules | ||
CMakeLists.txt | ||
CompileHowto.txt | ||
CrossCompileHowto.txt | ||
HyperionConfig.h.in | ||
ISSUE_TEMPLATE | ||
PULL_REQUEST_TEMPLATE | ||
README.md | ||
Toolchain-imx6.cmake | ||
Toolchain-rpi.cmake | ||
Toolchain-x32.cmake |
HYPERION
Hyperion is an opensource 'AmbiLight' implementation supported by many devices. The main features of Hyperion are:
- Low CPU load. For a led string of 50 leds the CPU usage will typically be below 1.5% on a non-overclocked Pi.
- Json interface which allows easy integration into scripts.
- A command line utility allows easy testing and configuration of the color transforms (Transformation settings are not preserved over a restart at the moment...).
- Priority channels are not coupled to a specific led data provider which means that a provider can post led data and leave without the need to maintain a connection to Hyperion. This is ideal for a remote application (like our Android app).
- HyperCon. A tool which helps generate a Hyperion configuration file.
- Kodi-checker which checks the playing status of Kodi and decides whether or not to capture the screen.
- Black border detector.
- A scriptable effect engine.
- Generic software architecture to support new devices and new algorithms easily.
More information can be found on the wiki or the Hyperion webpage/forum.
The source is released under MIT-License (see http://opensource.org/licenses/MIT).