Help needed for encoding ZSP-IR-B / ZSP-IR-W IR-Codes #1306

linuxlurak · 2020-10-22T17:47:42Z

I'm running a tasmota-ir device and try to control a motorized "elite screens"-screen with a ZSP-IR-B/W (black or white).

Elite screens is using three simple codes, but i don't know how to get them running / how to encode them...
here is the link to the pdf: https://elitescreens.com/kcfinder/upload/files/FAQ/ir_commands.pdf
It says:

So binary codes are:

Up: 111100000001
Stop: 111100000010
Down: 111100000100

Here are some pictures of the elitescreen remote ZSP-IR-W:
ZSP-IR-W-D
ZSP-IR-W-C
ZSP-IR-W-B
ZSP-IR-W-A

What to do with them?

Thanks for any help.

The text was updated successfully, but these errors were encountered:

NiKiZe · 2020-10-22T18:06:54Z

More info is needed to create codes from documentation, for example encoding, and mark and space length. A quicker way might be to capture existing remote with the DumpV2+ sketch

crankyoldgit · 2020-10-22T18:40:29Z

Please read/follow: https://github.com/crankyoldgit/IRremoteESP8266/wiki/Adding-support-for-a-new-IR-protocol

linuxlurak · 2020-10-24T11:27:32Z

Thanks for nudging me to the right way.

I got this serial output:
UP:

rotocol=UNKNOWN Data=0x2D8CB141 (32 bits)
Timing[63]: 
     +1250, - 450     +1250, - 450     +1250, - 500     +1200, - 500
     + 450, -1250     + 450, -1200     + 500, -1200     + 500, -1200
     + 500, -1200     + 500, -1200     +1250, - 450     + 500, -1200
     + 450, -1250     +1250, - 450     + 450, -1250     +1250, - 450
     +1250, - 450     +1250, - 450     + 500, -1200     +1250, - 450
     +1250, - 450     +1250, - 450     + 500, -1200     +1250, - 450
     +1250, - 450     + 500, -1200     +1250, - 450     + 500, -1200
     +1250, - 450     + 500, -1200     + 500, -1200     +1250
unsigned int  rawData[63] = {1250,450, 1250,450, 1250,500, 1200,500, 450,1250, 450,1200, 500,1200, 500,1200, 500,1200, 500,1200, 1250,450, 500,1200, 450,1250, 1250,450, 450,1250, 1250,450, 1250,450, 1250,450, 500,1200, 1250,450, 1250,450, 1250,450, 500,1200, 1250,450, 1250,450, 500,1200, 1250,450, 500,1200, 1250,450, 500,1200, 500,1200, 1250};  // Protocol=UNKNOWN Data=0x2D8CB141
Pronto Hex: 0000 006D 0020 0000 0030 0011 0030 0011 0030 0013 002E 0013 0011 0030 0011 002E 0013 002E 0013 002E 0013 002E 0013 002E 0030 0011 0013 002E 0011 0030 0030 0011 0011 0030 0030 0011 0030 0011 0030 0011 0013 002E 0030 0011 0030 0011 0030 0011 0013 002E 0030 0011 0030 0011 0013 002E 0030 0011 0013 002E 0030 0011 0013 002E 0013 002E 0030 0806

DOWN:

Protocol=UNKNOWN Data=0x4277EAC1 (32 bits)
Timing[63]: 
     +1300, - 450     +1250, - 450     +1250, - 450     +1250, - 450
     + 450, -1250     + 500, -1200     + 450, -1250     + 450, -1250
     + 450, -1250     +1200, - 500     + 450, -1200     + 500, -1200
     + 500, -1200     +1250, - 450     + 500, -1200     +1250, - 450
     +1250, - 450     +1250, - 500     +1200, - 500     + 450, -1250
     +1250, - 450     +1250, - 450     +1250, - 450     + 450, -1250
     +1250, - 450     +1250, - 450     + 450, -1250     + 450, -1250
     +1250, - 450     + 450, -1250     + 450, -1250     +1200
unsigned int  rawData[63] = {1300,450, 1250,450, 1250,450, 1250,450, 450,1250, 500,1200, 450,1250, 450,1250, 450,1250, 1200,500, 450,1200, 500,1200, 500,1200, 1250,450, 500,1200, 1250,450, 1250,450, 1250,500, 1200,500, 450,1250, 1250,450, 1250,450, 1250,450, 450,1250, 1250,450, 1250,450, 450,1250, 450,1250, 1250,450, 450,1250, 450,1250, 1200};  // Protocol=UNKNOWN Data=0x4277EAC1
Pronto Hex: 0000 006D 0020 0000 0032 0011 0030 0011 0030 0011 0030 0011 0011 0030 0013 002E 0011 0030 0011 0030 0011 0030 002E 0013 0011 002E 0013 002E 0013 002E 0030 0011 0013 002E 0030 0011 0030 0011 0030 0013 002E 0013 0011 0030 0030 0011 0030 0011 0030 0011 0011 0030 0030 0011 0030 0011 0011 0030 0011 0030 0030 0011 0011 0030 0011 0030 002E 0806

STOP:

Protocol=UNKNOWN Data=0x29054E (32 bits)
Timing[63]: 
     +1300, - 450     +1250, - 450     +1250, - 450     +1250, - 450
     + 500, -1200     + 450, -1250     + 450, -1250     + 450, -1250
     + 450, -1200     + 500, -1200     + 500, -1200     +1250, - 450
     + 500, -1200     +1250, - 450     + 500, -1200     +1250, - 450
     +1250, - 500     +1200, - 450     + 500, -1200     + 500, -1200
     +1250, - 450     +1250, - 450     + 500, -1200     + 500, -1200
     + 500, -1200     +1250, - 450     +1250, - 450     +1250, - 500
     +1200, - 450     + 500, -1200     + 500, -1200     + 500
unsigned int  rawData[63] = {1300,450, 1250,450, 1250,450, 1250,450, 500,1200, 450,1250, 450,1250, 450,1250, 450,1200, 500,1200, 500,1200, 1250,450, 500,1200, 1250,450, 500,1200, 1250,450, 1250,500, 1200,450, 500,1200, 500,1200, 1250,450, 1250,450, 500,1200, 500,1200, 500,1200, 1250,450, 1250,450, 1250,500, 1200,450, 500,1200, 500,1200, 500};  // Protocol=UNKNOWN Data=0x29054E
Pronto Hex: 0000 006D 0020 0000 0032 0011 0030 0011 0030 0011 0030 0011 0013 002E 0011 0030 0011 0030 0011 0030 0011 002E 0013 002E 0013 002E 0030 0011 0013 002E 0030 0011 0013 002E 0030 0011 0030 0013 002E 0011 0013 002E 0013 002E 0030 0011 0030 0011 0013 002E 0013 002E 0013 002E 0030 0011 0030 0011 0030 0013 002E 0011 0013 002E 0013 002E 0013 0806

Output of py ./auto_analyse_raw_data.py 'unsigned int rawData[63] = {1300,450, 1250,450, 1250,450, 1250,450, 500,1200, 450,1250, 450,1250, 450,1250, 450,1200, 500,1200, 500,1200, 1250,450, 500,1200, 1250,450, 500,1200, 1250,450, 1250,500, 1200,450, 500,1200, 500,1200, 1250,450, 1250,450, 500,1200, 500,1200, 500,1200, 1250,450, 1250,450, 1250,500, 1200,450, 500,1200, 500,1200, 500};'


Found 63 timing entries.
Potential Mark Candidates:
[1300, 500]
Potential Space Candidates:
[1250, 500]

Guessing encoding type:
Sorry, it looks like it is Mark encoded. I can't do that yet. Exiting.

Now, as you can guess, I don't know how to proceed...

crankyoldgit · 2020-10-24T11:51:39Z

Can you please use our library and our IRrecvDumpV2(orV3) to do the captures? That we will know if the protocol is already supported or not.

linuxlurak · 2020-10-24T13:11:06Z

Thanks again for this hint. Now the results I got with IRrecvDumpV3 from this repo:
UP:

Zeitstempel : 000341.596
Bibliothek   : v2.7.11

Protocol  : UNKNOWN
Code      : 0x24750A78 (64 Bits)
uint16_t rawData[127] = {1276, 486,  1216, 488,  1224, 482,  1220, 486,  444, 1222,  480, 1242,  450, 1244,  448, 1224,  478, 1216,  474, 1220,  1254, 482,  448, 1218,  474, 1248,  1228, 454,  476, 1218,  1246, 490,  1254, 454,  1250, 456,  472, 1194,  1250, 458,  1276, 458,  1244, 462,  480, 1186,  1246, 464,  1280, 456,  474, 1192,  1252, 482,  448, 1220,  1244, 462,  500, 1194,  476, 1218,  1278, 29686,  1276, 432,  1282, 424,  1278, 428,  1274, 460,  482, 1186,  474, 1222,  482, 1214,  478, 1220,  472, 1224,  478, 1216,  1280, 428,  502, 1192,  478, 1216,  1280, 456,  474, 1192,  1282, 428,  1274, 434,  1280, 426,  504, 1190,  1274, 432,  1280, 426,  1276, 430,  500, 1194,  1282, 428,  1274, 432,  508, 1186,  1278, 430,  500, 1194,  1282, 452,  478, 1190,  502, 1194,  1282};  // UNKNOWN 24750A78

DOWN:

Zeitstempel : 000387.910
Bibliothek   : v2.7.11

Protocol  : UNKNOWN
Code      : 0xAA98093C (64 Bits)
uint16_t rawData[127] = {1312, 422,  1282, 450,  1252, 454,  1248, 458,  474, 1194,  508, 1188,  506, 1190,  502, 1198,  506, 1188,  1276, 458,  472, 1196,  508, 1188,  504, 1190,  1274, 458,  482, 1186,  1280, 456,  1256, 450,  1252, 426,  1276, 430,  500, 1194,  1282, 424,  1278, 428,  1274, 432,  510, 1188,  1276, 430,  1284, 422,  508, 1188,  504, 1190,  1274, 432,  508, 1186,  506, 1188,  1276, 29688,  1284, 422,  1280, 426,  1276, 428,  1274, 432,  510, 1184,  506, 1188,  504, 1192,  500, 1198,  504, 1190,  1274, 432,  510, 1186,  506, 1188,  504, 1192,  1284, 450,  482, 1186,  1278, 458,  1254, 452,  1252, 454,  1248, 458,  472, 1196,  1280, 454,  1250, 456,  1246, 460,  480, 1192,  1274, 458,  1254, 452,  480, 1188,  504, 1192,  1284, 450,  480, 1188,  504, 1190,  1276};  // UNKNOWN AA98093C

STOP:

Protocol  : UNKNOWN
Code      : 0x148A4DFF (64 Bits)
uint16_t rawData[127] = {1278, 456,  1248, 486,  1226, 452,  1252, 454,  474, 1220,  474, 1222,  480, 1214,  476, 1222,  472, 1224,  478, 1216,  476, 1220,  1256, 480,  450, 1216,  1248, 488,  442, 1222,  1252, 486,  1226, 478,  1224, 482,  448, 1220,  472, 1222,  1254, 482,  1220, 486,  444, 1222,  480, 1218,  474, 1220,  1254, 482,  1222, 484,  1218, 488,  1224, 482,  450, 1218,  474, 1220,  470, 30482,  1246, 460,  1274, 460,  1220, 456,  1246, 488,  452, 1214,  478, 1218,  474, 1220,  470, 1228,  476, 1220,  472, 1222,  480, 1214,  1248, 486,  476, 1190,  1274, 460,  480, 1186,  1278, 460,  1252, 426,  1276, 456,  474, 1194,  478, 1216,  1280, 456,  1246, 460,  482, 1186,  474, 1224,  478, 1216,  1282, 454,  1248, 458,  1244, 462,  1252, 456,  474, 1192,  480, 1216,  476};  // UNKNOWN 148A4DFF

* A constant bit time 32-bit protocol with a single repeat. * Add `sendElitescreens()` & `decodeElitescreens()` * Unit test coverage including real & synthetic examples. Fixes #1306

crankyoldgit · 2020-10-25T04:16:42Z

@linuxlurak Can you please download & test PR #1310 / branch https://github.com/crankyoldgit/IRremoteESP8266/tree/EliteScreens and let me know how it goes?

Unfortunately, I can't easily see how to covert the documented bit patterns into the sendElitescreens() hex codes etc, so for the meantime you will have to use the 32 bit values, rather than the 12 values their documentation suggests.
e.g. STOP: (from the manual) 0b111100000010== 0xF02; (decodes as) 0b1111111010100011001110000111 == 0xFEA3387;
i.e.

sendElitescreens(0xFEA3387);  // STOP button.

crankyoldgit · 2020-10-25T05:11:36Z

FYI:

IRremoteESP8266/src/ir_EliteScreens.cpp

Lines 15 to 18 in 5799f6f

    
           // Known Elite Screens commands: 
        
           // 0xFEA3387 (STOP) 
        
           // 0xFDA2256 (UP) 
        
           // 0xFBA1136 (DOWN)

linuxlurak · 2020-10-25T09:53:03Z

I downloaded EliteScreen Branch and compiled

It gives this result:

Zeitstempel : 000054.054
Bibliothek   : v2.7.11

Protocol  : ELITESCREENS
Code      : 0xFBA1136 (32 Bits)
uint16_t rawData[127] = {1274, 460,  1254, 452,  1250, 484,  1218, 488,  442, 1224,  480, 1214,  476, 1218,  474, 1224,  478, 1216,  1248, 460,  470, 1224,  478, 1216,  476, 1218,  1246, 460,  480, 1216,  1250, 460,  1254, 480,  1224, 484,  1218, 488,  442, 1224,  1252, 454,  1248, 458,  1254, 452,  478, 1218,  1246, 488,  1226, 482,  448, 1246,  446, 1220,  1256, 452,  478, 1218,  474, 1220,  1246, 29718,  1252, 454,  1248, 458,  1254, 480,  1224, 482,  448, 1246,  446, 1220,  470, 1224,  478, 1220,  472, 1222,  1252, 454,  476, 1220,  474, 1220,  470, 1224,  1252, 456,  474, 1220,  1254, 454,  1248, 460,  1254, 478,  1224, 482,  448, 1218,  1246, 460,  1254, 454,  1248, 486,  446, 1224,  1250, 456,  1246, 460,  470, 1224,  478, 1216,  1250, 458,  472, 1222,  470, 1224,  1250};  // ELITESCREENS FBA1136
uint64_t data = 0xFBA1136;
**Comment: ==> Pressing DOWN-Button**


Zeitstempel : 000059.230
Bibliothek   : v2.7.11

Protocol  : ELITESCREENS
Code      : 0xFEA3387 (32 Bits)
uint16_t rawData[191] = {1274, 460,  1252, 454,  1250, 458,  1246, 460,  470, 1226,  478, 1216,  476, 1244,  448, 1224,  478, 1216,  476, 1220,  472, 1222,  1252, 456,  474, 1220,  1246, 462,  478, 1216,  1250, 460,  1254, 452,  1250, 484,  446, 1222,  470, 1222,  1252, 456,  1248, 458,  472, 1250,  454, 1244,  448, 1220,  1254, 452,  1250, 458,  1246, 460,  1252, 454,  476, 1218,  474, 1220,  472, 30480,  1252, 456,  1246, 460,  1254, 452,  1250, 456,  474, 1220,  472, 1222,  482, 1214,  478, 1220,  472, 1250,  452, 1216,  478, 1218,  1246, 462,  480, 1214,  1250, 458,  472, 1222,  1254, 458,  1246, 460,  1254, 478,  450, 1218,  474, 1218,  1248, 460,  1252, 482,  448, 1220,  472, 1224,  478, 1242,  1222, 458,  1254, 452,  1250, 456,  1246, 486,  444, 1250,  452, 1214,  478, 30474,  1256, 452,  1252, 456,  1246, 460,  1254, 478,  452, 1216,  476, 1218,  476, 1220,  472, 1226,  476, 1220,  472, 1222,  482, 1240,  1224, 484,  446, 1222,  1254, 454,  476, 1218,  1248, 462,  1250, 456,  1248, 486,  444, 1224,  478, 1216,  1250, 458,  1244, 488,  454, 1242,  450, 1220,  472, 1224,  1252, 456,  1248, 460,  1254, 480,  1224, 482,  448, 1220,  472, 1222,  470};  // ELITESCREENS FEA3387
uint64_t data = 0xFEA3387;
**Comment: ==> Pressing STOP-Button**

Zeitstempel : 000062.969
Bibliothek   : v2.7.11

Protocol  : ELITESCREENS
Code      : 0xFEA3387 (32 Bits)
uint16_t rawData[127] = {1252, 482,  1220, 486,  1216, 490,  1224, 456,  496, 1252,  418, 1248,  444, 1278,  424, 1276,  418, 1278,  498, 1170,  446, 1248,  1218, 488,  452, 1268,  1196, 510,  420, 1276,  1200, 482,  1220, 514,  1200, 508,  422, 1272,  420, 1276,  1188, 518,  1216, 490,  420, 1274,  418, 1254,  448, 1272,  1192, 514,  1198, 508,  1196, 510,  1192, 488,  442, 1254,  450, 1246,  446, 30506,  1246, 460,  1220, 484,  1218, 516,  1198, 508,  422, 1274,  418, 1276,  416, 1280,  424, 1248,  476, 1220,  472, 1222,  448, 1272,  1192, 516,  426, 1242,  1222, 512,  418, 1276,  1198, 510,  1192, 514,  1200, 534,  418, 1252,  440, 1254,  1190, 518,  1196, 510,  420, 1248,  444, 1254,  448, 1246,  1218, 488,  1224, 508,  1194, 538,  1164, 488,  442, 1254,  450, 1246,  444};  // ELITESCREENS FEA3387
uint64_t data = 0xFEA3387;
**Comment: ==> Pressing STOP-Button**

Zeitstempel : 000067.373
Bibliothek   : v2.7.11

Protocol  : ELITESCREENS
Code      : 0xFDA2256 (32 Bits)
uint16_t rawData[127] = {1280, 456,  1248, 458,  1244, 462,  1252, 482,  448, 1244,  448, 1246,  446, 1222,  480, 1220,  472, 1222,  480, 1214,  1250, 484,  446, 1220,  472, 1224,  1252, 484,  446, 1220,  1256, 456,  1246, 460,  1254, 478,  450, 1214,  1250, 460,  1244, 488,  1224, 482,  448, 1244,  1220, 464,  1248, 484,  446, 1220,  1254, 480,  450, 1216,  1248, 460,  470, 1222,  480, 1214,  1250, 29714,  1256, 452,  1250, 456,  1248, 458,  1244, 490,  452, 1214,  478, 1218,  474, 1220,  472, 1228,  476, 1218,  474, 1222,  1254, 482,  448, 1218,  474, 1220,  1254, 480,  450, 1216,  1248, 464,  1250, 456,  1246, 488,  444, 1222,  1254, 456,  1248, 458,  1244, 490,  452, 1214,  1250, 462,  1252, 482,  448, 1216,  1248, 488,  442, 1224,  1252, 456,  474, 1220,  472, 1222,  1254};  // ELITESCREENS FDA2256
uint64_t data = 0xFDA2256;
**Comment: ==> Pressing UP-Button**

Is this what you asked for to test? It seems to decode the received codes very well.

Do you know how I can test the raw code directly with tasmota-ir (that is built on your code)? I guess it will take a while till tasmota-ir releases a new version that includes this update.

At the moment I test it with this (yaml-excerpt from home assistant) but the screen wont move:

elitescreen_up:
  alias: elitescreen up
  sequence:
  - service: mqtt.publish
    data:
      topic: cmnd/tasmota_43E2B3/IRsend
      payload: '{"Protocol":"RAW","Bits":32,"Data":"1280, 456,  1248, 458,  1244, 462,  1252, 482,  448, 1244,  448, 1246,  446, 1222,  480, 1220,  472, 1222,  480, 1214,  1250, 484,  446, 1220,  472, 1224,  1252, 484,  446, 1220,  1256, 456,  1246, 460,  1254, 478,  450, 1214,  1250, 460,  1244, 488,  1224, 482,  448, 1244,  1220, 464,  1248, 484,  446, 1220,  1254, 480,  450, 1216,  1248, 460,  470, 1222,  480, 1214,  1250, 29714,  1256, 452,  1250, 456,  1248, 458,  1244, 490,  452, 1214,  478, 1218,  474, 1220,  472, 1228,  476, 1218,  474, 1222,  1254, 482,  448, 1218,  474, 1220,  1254, 480,  450, 1216,  1248, 464,  1250, 456,  1246, 488,  444, 1222,  1254, 456,  1248, 458,  1244, 490,  452, 1214,  1250, 462,  1252, 482,  448, 1216,  1248, 488,  442, 1224,  1252, 456,  474, 1220,  472, 1222,  1254","Repeat":2}'
  mode: single

My tasmota-ir tells me:
11:01:10 MQT: stat/tasmota_43E2B3/RESULT = {"IRSend":"Done"}

crankyoldgit · 2020-10-25T11:38:54Z

Is this what you asked for to test? It seems to decode the received codes very well.

Excellent. Yes. And I'd like you to confirm you can send with it too. e.g. sendElitescreens(); etc.

Do you know how I can test the raw code directly with tasmota-ir (that is built on your code)? I guess it will take a while till tasmota-ir releases a new version that includes this update.

Yes, you can send raw via Tasmota. I don't know their format off the top of my head for that. You'll have to ask them.

They (Tasmota) tend to track this library fairly quickly. So, less than a month or so.
In the meantime, you can replace the version included with Tasmota by copying that branch into the Tasmota lib over the one there. It should allow you to use the non-raw version.

See #1306 (comment)

linuxlurak · 2020-10-25T13:02:52Z

Thanks a lot for your support. I figured out the working config. For the sake of completeness here is the yaml-config for home assistant in combination with a tasmota-ir using raw IR codes:

elitescreen_down:
  alias: elitescreen down
  sequence:
  - service: mqtt.publish
    data:
      topic: [CHANGE TO CORRECT TOPIC eg. "cmnd/tasmota_40E0B0/IRsend" without quotes]
      payload: '0,1274,460,1254,452,1250,484,1218,488,442,1224,480,1214,476,1218,474,1224,478,1216,1248,460,470,1224,478,1216,476,1218,1246,460,480,1216,1250,460,1254,480,1224,484,1218,488,442,1224,1252,454,1248,458,1254,452,478,1218,1246,488,1226,482,448,1246,446,1220,1256,452,478,1218,474,1220,1246,29718,1252,454,1248,458,1254,480,1224,482,448,1246,446,1220,470,1224,478,1220,472,1222,1252,454,476,1220,474,1220,470,1224,1252,456,474,1220,1254,454,1248,460,1254,478,1224,482,448,1218,1246,460,1254,454,1248,486,446,1224,1250,456,1246,460,470,1224,478,1216,1250,458,472,1222,470,1224,1250'
      qos: 2
  mode: single
elitescreen_up:
  alias: elitescreen up
  sequence:
  - service: mqtt.publish
    data:
      topic: [CHANGE TO CORRECT TOPIC eg. "cmnd/tasmota_40E0B0/IRsend" without quotes]
      payload: '0,1280,456,1248,458,1244,462,1252,482,448,1244,448,1246,446,1222,480,1220,472,1222,480,1214,1250,484,446,1220,472,1224,1252,484,446,1220,1256,456,1246,460,1254,478,450,1214,1250,460,1244,488,1224,482,448,1244,1220,464,1248,484,446,1220,1254,480,450,1216,1248,460,470,1222,480,1214,1250,29714,1256,452,1250,456,1248,458,1244,490,452,1214,478,1218,474,1220,472,1228,476,1218,474,1222,1254,482,448,1218,474,1220,1254,480,450,1216,1248,464,1250,456,1246,488,444,1222,1254,456,1248,458,1244,490,452,1214,1250,462,1252,482,448,1216,1248,488,442,1224,1252,456,474,1220,472,1222,1254'
      qos: 2
  mode: single
elitescreen_stop:
  alias: elitescreen stop
  sequence:
  - service: mqtt.publish
    data:
      payload: '0,1252,482,1220,486,1216,490,1224,456,496,1252,418,1248,444,1278,424,1276,418,1278,498,1170,446,1248,1218,488,452,1268,1196,510,420,1276,1200,482,1220,514,1200,508,422,1272,420,1276,1188,518,1216,490,420,1274,418,1254,448,1272,1192,514,1198,508,1196,510,1192,488,442,1254,450,1246,446,30506,1246,460,1220,484,1218,516,1198,508,422,1274,418,1276,416,1280,424,1248,476,1220,472,1222,448,1272,1192,516,426,1242,1222,512,418,1276,1198,510,1192,514,1200,534,418,1252,440,1254,1190,518,1196,510,420,1248,444,1254,448,1246,1218,488,1224,508,1194,538,1164,488,442,1254,450,1246,444'
      topic: [CHANGE TO CORRECT TOPIC eg. "cmnd/tasmota_40E0B0/IRsend" without quotes]
      qos: 2
  mode: single

I had to add the frequency by adding a leading 0 to the raw data. This 0 represents the default frequency of 38kHz. And as you can see, for raw IRSend you have just to send the raw data, no big JSON-structure or anything.

* Add support for Elite Screens protocol. * A constant bit time 32-bit protocol with a single repeat. * Add `sendElitescreens()` & `decodeElitescreens()` * Unit test coverage including real & synthetic examples. * decoding confirmed to be working. See #1306 (comment) Fixes #1306

_v2.7.12 (20201113)_ **[Bug Fixes]** - `defaultBits()` returned incorrect result for `PANASONIC_AC` (#1307 #1314) - Fix LG2 timings and refactor `decodeLG()` (#1298 #1304) **[Features]** - Midea: Add support for "Follow Me"/Sensor, Turbo, Light, & Timers (#1318 #1327) - SharpAc: Add model support for A705 (#1309 #1313) - Add basic support for Panasonic A/C 32bit/16bit protocol. (#1307 #1316) - Add support for Elite Screens protocol. (#1306 #1310) - IRrecvDumpV2+: Add tolerance setting. (#1292) - Add basic support for the Mirage Protocol. (#1289 #1291) - Internationalisation Support - pt-BR: Add Portuguese/Brazilian support. (#1303) - de-DE: Backfill missing strings (#1294) - de-DE: update for recent addition of 'tolerance' (#1293) - de-DE: Translate root README.md into German (#1297) **[Misc]** - refactor ir_LG (#1325) - refactor ir_Kelvinator (#1317) - refactor ir_Hitachi (#1308) - refactor ir_Goodweather (#1295) - refactor ir_Electra (#1290) - refactor ir_Daikin (#1288) - Update Kaysun supported models. (#1322) - fix typos/spelling mistakes (#1301) - Add some missing Doxygen class/data-type descriptions. (#1287)

_v2.7.12 (20201113)_ **[Bug Fixes]** - `defaultBits()` returned incorrect result for `PANASONIC_AC` (#1307 #1314) - Fix `LG2` timings and refactor `decodeLG()` (#1298 #1304) **[Features]** - Midea: Add support for "Follow Me"/Sensor, Turbo, Light, & Timers (#1318 #1327) - SharpAc: Add model support for A705 (#1309 #1313) - Add basic support for Panasonic A/C 32bit/16bit protocol. (#1307 #1316) - Add support for Elite Screens protocol. (#1306 #1310) - IRrecvDumpV2+: Add tolerance setting. (#1292) - Add basic support for the Mirage Protocol. (#1289 #1291) - Internationalisation Support - `pt-BR`: Add Portuguese/Brazilian support. (#1303) - `de-DE`: Backfill missing strings (#1294) - `de-DE`: update for recent addition of 'tolerance' (#1293) - `de-DE`: Translate root README.md into German (#1297) **[Misc]** - refactor ir_LG (#1325) - refactor ir_Kelvinator (#1317) - refactor ir_Hitachi (#1308) - refactor ir_Goodweather (#1295) - refactor ir_Electra (#1290) - refactor ir_Daikin (#1288) - Update Kaysun supported models. (#1322) - fix typos/spelling mistakes (#1301) - Add some missing Doxygen class/data-type descriptions. (#1287)

crankyoldgit · 2020-11-13T22:45:08Z

FYI, the changes mentioned above have now been included in the new v2.7.12 release of the library.

NiKiZe added enhancement help wanted more info question labels Oct 22, 2020

crankyoldgit mentioned this issue Oct 25, 2020

Add support for Elite Screens protocol. #1310

Merged

crankyoldgit self-assigned this Oct 25, 2020

crankyoldgit added Hacktoberfest Hacktoberfest participation Pending Confirmation Waiting for confirmation from user and removed help wanted more info labels Oct 25, 2020

crankyoldgit added a commit that referenced this issue Oct 25, 2020

decoding confirmed to be working.

bca339e

See #1306 (comment)

linuxlurak closed this as completed Oct 25, 2020

crankyoldgit mentioned this issue Nov 13, 2020

v2.7.12 release #1330

Merged

AtomBaf mentioned this issue Dec 31, 2020

Add support for Lumene Screens #1373

Closed

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Help needed for encoding ZSP-IR-B / ZSP-IR-W IR-Codes #1306

Help needed for encoding ZSP-IR-B / ZSP-IR-W IR-Codes #1306

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crankyoldgit commented Nov 13, 2020

Help needed for encoding ZSP-IR-B / ZSP-IR-W IR-Codes #1306

Help needed for encoding ZSP-IR-B / ZSP-IR-W IR-Codes #1306

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