Adaptive Backlight for Raspberry Pi TV - Ambilight Analog

"Hardware" frame capture option

"Software" option capture frames

Hypercon

• device -> Configuration Name - any convenient name for the current configuration
• device -> Type - chip type of the address tape, module, or something else
• device -> Amount LEDs - number of addressable pixels (how many LEDs in the tape)
• device -> RGB Byte order - colors in the protocol used

• –> (led top left ) —
• LEDs horizontal ->
• LEDs Left->
• LEDs Right ->
• Bottom gap -> ( )
• 1-st LED offset -> .

• Image process -> Horizontal depth – , %
• Image process -> Vertical depth – , %
• Image process -> Horizontal gap – , %
• Image process -> Vertical gap – , %
• Image process -> Overlap – , %

• Smoothing -> Enabled (check box to enable anti-aliasing)
• Smoothing -> Type
• Smoothing -> Time
• Smoothing -> Update freq (refresh rate)
• Smoothing -> Update delay (delay before updating the frame)
• Color calibration - intuitive items that allow you to set the minimum and maximum glow level, saturation, temperature, background glow level without signal, separately for each of the 3 primary colors.

• Internal Frame grabber (Software grabber)
• Internal Frame grabber-> Enabled (checkbox for enabling internal grabber)
• Internal Frame grabber-> Width
• Internal Frame grabber-> Heigth (zone height)
• Internal Frame grabber-> Interval
• Internal Frame grabber-> Priority Channel (priority of this channel)

• Grabber V4L2 (Hardware Grabber Driver Settings))
• Grabber V4L -> Device ( USB , — /dev/video0 )
• Grabber V4L -> Input ( — 0 )
• Grabber V4L -> Width ( — -1 )
• Grabber V4L -> Heigth ( — -1 )
• Grabber V4L -> Frame decimation ( )
• Grabber V4L -> Size decimation ( )
• Grabber V4L -> Priority Channel ( )
• Grabber V4L -> 3D mode ( 2D/3D)
• Grabber V4L -> Crop Left ( )
• Grabber V4L -> Crop Right ( )
• Grabber V4L -> Crop Top ( )
• Grabber V4L -> Crop Bottom ( )
• Grabber V4L -> ( )

• External -> Kodi Checker ( Kodi, . . , , )
• External -> Json/Proto/Boblight Server ( , )
• External -> Booteffect / Static color ( - )
• External -> Json/Proto Forvard ( , )

• SSH – Connection -> System ( , Raspberry Pi)
• SSH – Connection -> Target IP (IP Raspberry Pi)
• SSH – Connection -> Port ( — (22))
• SSH – Connection -> Username/password ( – , Raspberry Pi)
• SSH – Connection -> Connect/Disconnect ( - Raspberry Pi)
• SSH – Connection -> Show Traffic ( )
• SSH – Manage Hyperion from HyperCon -> Inst/Upd. Hyperion ( Raspberry Pi . sudo get-install, Raspberry Pi, HyperCon-)
• SSH – Manage Hyperion from HyperCon -> Remove Hyperion ( )
• SSH – Manage Hyperion from HyperCon -> Start/Stop ( - )
• SSH – Manage Hyperion from HyperCon -> Get Log ( ,
• )
• SSH - Send Hyperion Configuration -> Local Config Path (Send the configuration file to the specified local location on the PC)
• SSH - Send Hyperion Configuration -> Send Config (Send configuration file via SSH to Raspberry Pi)
• SSH - Colorpicker (an intuitive palette tester - you can check the output of all colors.
• The buttons under the tabs save-load the settings of HyperCon (not the daemon configuration file itself !!)
• HELP is understandable, and Create Hyperion Configuration allows you to locally save the daemon config file for Raspberry Pi itself - hyperion.config.json

/storage/.config/autostart.sh
//---------------------------------------------------------------------------------------------------------------
#!/bin/sh
sleep 5
/storage/hyperion/bin/hyperiond.sh /storage/.config/hyperion.config.json > /storage/logfiles/hyperion.log 2>&1
//---------------------------------------------------------------------------------------------------------------

Remote control by any IR remote control

0x8f64d KEY_0
0x8f642 KEY_1
0x8f641 KEY_2
0x8f640 KEY_3
0x8f646 KEY_4

#!/bin/sh
(
sleep 5
ir-keytable -p nec
)&
sleep 5
/storage/hyperion/bin/hyperiond.sh /storage/.config/hyperion.config.json > /storage/logfiles/hyperion.log 2>&1 &

Correct inclusion of the Raspberry Pi with IR remote control

//*******************************************************************************
#include <iarduino_IR_RX.h>  //      -
iarduino_IR_RX IR(7);  //   IR,       -
const int Out_GPOI_3 = 8;  //     GPIO RPi
uint32_t Code_001 = 0xFF708F;  // RX code   
uint32_t Code_002 = 0x106FA857;
void setup()
{
  pinMode(Out_GPOI_3, OUTPUT);
//        9600 /
 Serial.begin(9600);
  IR.begin(); //    -
}
void loop()
{
  if(IR.check()) //        
   {      
      //     ,  
      if(IR.data == Code_001 or IR.data == Code_002)
        {
          digitalWrite(Out_GPOI_3, HIGH);       //    RPi
          delay(5);
          digitalWrite(Out_GPOI_3, LOW);        //     
          delay(5);
          digitalWrite(Out_GPOI_3, HIGH);       //    RPi
          delay(5);
          digitalWrite(Out_GPOI_3, LOW);        //     
          delay(5);
        }
   }
}
//*******************************************************************************