Maybe I did missed something but is there a way to turn off Hyperion during daylight hours?
Or maybe tell the system to use config A during day and config B at night.
Thanks
Maybe I did missed something but is there a way to turn off Hyperion during daylight hours?
Or maybe tell the system to use config A during day and config B at night.
Thanks
for now there is no solution, i'm sorry
I don't know Linux or a very litle, but like under Windows can't I have something like task scheduler that would start and stop the Hyperion service at given hours?
What system are you running hyperion on? I might have an idea how it would be possible to do this (at least with plex)
And do you have a (linux) server?
I am running it on Raspberry PI3 + OSMC
Use cron to schedule either stopping/starting it or just setting the colour to black
hyperion-remote -c black
i used light dependent sensor (LDR) connected to arduino to turn ambilight off if there is light in the room.
i used light dependent sensor (LDR) connected to arduino to turn ambilight off if there is light in the room.
This might be even better than a script based on time of the day.
Thanks for pointing me to that solution.
Since I only use the PI 3 and OSMC to run Hyperion, do you think the light sensor can be used directly on the PI or would it need an Arduino?
im sorry my friend but i have no idea if you can use it directly on pi. I used this guyde http://www.tweaking4all.com/ha…light-sensitive-resistor/
but i adjust it a bit to work as i want it to work. You can see some photos with it in my setup here on forum in showcase https://hyperion-project.org/t…2b-with-light-sensor.295/
You can see LDR on photo hiding above power socket. Keep in mind you have to hide LDR away from LEDs to ambilight dont affect that LDR ..in that case LEDs went crazy .
yes i know you can connect LDR to raspberry but i dont know how you code it to work.I think if you using arduino then its easier ..at least i understand how it works ..sort of
This is my code in case someone need it
/* Modified and commented by ai.rs
* t4a_boblight
* (C) 2014 Hans Luijten, www.tweaking4all.com
*
* t4a_boblight is free software and can be distributed and/or modified
* freely as long as the copyright notice remains in place.
* Nobody is allowed to charge you for this code.
* Use of this code is entirely at your own risk.
*/
#include "Adafruit_NeoPixel.h"
// DEFINITIONS
#define STARTCOLOR 0x333333 // LED colors at start
#define BLACK 0x000000 // LED color BLACK
#define DATAPIN 5 // Datapin
#define LEDCOUNT 202 // Number of LEDs used for boblight
// LEDCOUNT value is local value in Arduino sketch, for hyperion it doesn't matter it sends prefx characters according to hyperion config
#define SHOWDELAY 200 // Delay in micro seconds before showing default 200
#define BAUDRATE 500000// Serial port speed, 460800 tested with Arduino Uno R3 23400 za MEGA, 115200 nano
#define BRIGHTNESS 70 // Max. brightness in %
//Hyperion sends prefix characters based on number of LEDs in config file
// e.g. for 181 LEDs it will send 0xB4 and cheksum 0xE1
// keep in mind if you are using boblight config to calculate prefix that Boblight counts diodes from 1 and Hyperion from 0
// if you have problems try +1 or -1 diodes when generating prefix characters
// values to save some time: 178 B1 E4, 180 B3E6, 181 B4E1, 182 B5E0
//hyperion code
//_ledBuffer[3] = ((ledValues.size() - 1) >> 8) & 0xFF; // LED count high byte
// _ledBuffer[4] = (ledValues.size() - 1) & 0xFF; // LED count low byte
// _ledBuffer[5] = _ledBuffer[3] ^ _ledBuffer[4] ^ 0x55; // Checksum
const char prefix[] = {0x41, 0x64, 0x61, 0x00, 0xC9, 0x9C}; // Start prefix ADA
char buffer[sizeof(prefix)]; // Temp buffer for receiving prefix data
// Init LED strand, WS2811/WS2912 specific
// These might work for other configurations:
// NEO_KHZ800 800 KHz bitstream (most NeoPixel products w/WS2812 LEDs)
// NEO_KHZ400 400 KHz (classic 'v1' (not v2) FLORA pixels, WS2811 drivers)
// NEO_GRB Pixels are wired for GRB bitstream (most NeoPixel products)
// NEO_RGB Pixels are wired for RGB bitstream (v1 FLORA pixels, not v2)
Adafruit_NeoPixel strip = Adafruit_NeoPixel(202, 5, NEO_GRB + NEO_KHZ800);
int state; // Define current state
#define STATE_WAITING 1 // - Waiting for prefix
#define STATE_DO_PREFIX 2 // - Processing prefix
#define STATE_DO_DATA 3 // - Handling incoming LED colors
int readSerial; // Read Serial data (1)
int currentLED; // Needed for assigning the color to the right LED
void setup()
{
strip.begin(); // Init LED strand, set all black, then all to startcolor
strip.setBrightness( (255 / 100) * BRIGHTNESS );
setAllLEDs(BLACK, 0);
setAllLEDs(STARTCOLOR, 5);
Serial.begin(BAUDRATE); // Init serial speed
state = STATE_WAITING; // Initial state: Waiting for prefix
}
void loop()
{
switch(state)
{
case STATE_WAITING: // *** Waiting for prefix ***
if( Serial.available()>0 )
{
readSerial = Serial.read(); // Read one character
if ( readSerial == prefix[0] ) // if this character is 1st prefix char
{ state = STATE_DO_PREFIX; } // then set state to handle prefix
}
break;
case STATE_DO_PREFIX: // *** Processing Prefix ***
if( Serial.available() > sizeof(prefix) - 2 )
{
Serial.readBytes(buffer, sizeof(prefix) - 1);
for( int Counter = 0; Counter < sizeof(prefix) - 1; Counter++)
{
if( buffer[Counter] == prefix[Counter+1] )
{
state = STATE_DO_DATA; // Received character is in prefix, continue
currentLED = 0; // Set current LED to the first one
}
else
{
state = STATE_WAITING; // Crap, one of the received chars is NOT in the prefix
break; // Exit, to go back to waiting for the prefix
} // end if buffer
} // end for Counter
} // end if Serial
break;
case STATE_DO_DATA: // *** Process incoming color data ***
if( Serial.available() > 2 ) // if we receive more than 2 chars
{
Serial.readBytes( buffer, 3 ); // Abuse buffer to temp store 3 charaters
strip.setPixelColor( currentLED++, buffer[0], buffer[1], buffer[2]); // and assing to LEDs
}
if( currentLED > LEDCOUNT ) // Reached the last LED? Display it!
{
strip.show(); // Make colors visible
delayMicroseconds(SHOWDELAY); // Wait a few micro seconds
state = STATE_WAITING; // Reset to waiting ...
currentLED = 0; // and go to LED one
break; // and exit ... and do it all over again
}
break;
} // switch(state)
} // loop
// Sets the color of all LEDs in the strand to 'color'
// If 'wait'>0 then it will show a swipe from start to end
void setAllLEDs(uint32_t color, int wait)
{
for ( int Counter=0; Counter < LEDCOUNT; Counter++ ) // For each LED
{
strip.setPixelColor( Counter, color ); // .. set the color
if( wait > 0 ) // if a wait time was set then
{
strip.show(); // Show the LED color
delay(wait); // and wait before we do the next LED
} // if wait
} // for Counter
strip.show(); // Show all LEDs
} // setAllLEDs
Alles anzeigen
I have a zwave relay between my power brick and the strip. Not only does it turn off/on when I leave/arrive, but it also turns off at bedtime and manually via Alexa. My Raspberry Pi is powered separately. This works well so far
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