Differences

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--- mqtt [2023-01-24 20:59] – [Access Control] cazagen
+++ mqtt [2025-03-28 07:21] (current) – river
@@ Line 91: / Line 91: @@
 ^ Topic ^ Payload ^ Notes ^
-| environment/g1/extractor | 0=off, 1=on | Note that the radio link for this is patchy so may not work immediately. Do not send multiple events to compensate as this should be done by the driver script instead. |
+| environment/g1/extractor | 0=off, 1=on | [[https://github.com/edinburghhacklab/circuitpython_remote_relay|Controlled]] by {{:23-10-24_21-50-40_2656.jpg?linkonly|ESP32-S2 relay board}}. Debugging feedback availble on //debug/esp-487f307d5dad// |
-| environment/g1/heating | 0-30, off | Send a numeric value to set a target temperature for G1, off to turn the heating off |
+| environment/g1/heating | 0-30, off | Send a numeric value to set a target temperature for G1, off to turn the heating off. Mark the message as retained in case the thermostat script is restarted. |
-| environment/g8/extractor/relay/0 | 0=off, 1=on | Wall extractor in workshop |
+| environment/g2/heating | 0-30, off | Send a numeric value to set a target temperature for G2, off to turn the heating off. Mark the message as retained in case the thermostat script is restarted. |
-| environment/g14/heating | 0-30, off | Send a numeric value to set a target temperature for G14, off to turn the heating off |
+| environment/g8/extraction | off/on | Wall extractor in workshop |
+| environment/g14/heating | 0-30, off | Send a numeric value to set a target temperature for G14, off to turn the heating off. Mark the message as retained in case the thermostat script is restarted. |
 | espurna/g1-ceiling-air-purifier/relay/0/set | 0=off, 1=on | G1 Ceiling Air purifier (Smart Air Sqair) |
@@ Line 107: / Line 108: @@
 ^ Topic ^ Payload ^ Notes ^
 | dali/g1/preset/<preset> | (none) | preset=off/dim/bright/corners/movie/comfort/presentation/harmony/random or preset=<number> |
-| dali/g1/set/<light-id> | 0-254 | light-id=0-17, light-id=all, or light-id=social (just the end of the room with the kitchen) |
+| dali/g1/set/<light-id> | [[g1_lighting#dali_light_level_presets|0-254]] | light-id=[[g1_lighting#dali_addresses|0-17]], light-id=all, or light-id=social (just the end of the room with the kitchen) |
 | dali/g1/script | json-formatted script | <code>[["set", 5,0], ["delay",2000], ["set_all",254]]</code> will set light number 5 to zero, wait for 2 seconds, then set everything to 254|
@@ Line 145: / Line 146: @@
 ^ Topic ^ Payload ^ Notes ^
 | display/g1/leds | <colour> | css3 web colours or hex values (e.g. ff0000) |
-| display/g1/leds | <preset> | presets include: rainbow, zap, chase, test, pixelpicker |
+| display/g1/leds | <preset> | choose name from list below  |
 | display/g1/leds/brightness | [0-100] | changes the brightness of the leds to //n// percent |
 | display/g1/leds/picker/json | <json> | When in the pixelpicker preset send the following example payload, '{"1":[255, 255, 0], "2":[0, 0, 255]}' , this will set LED 1 to yellow, and LED 2 to blue |
+=== Presets ===
+  * rainbow
+  * zap
+  * chase
+  * test
+  * pixelpicker
+  * redalert
+  * emergency
+  * xmas
+  * cyber
+== Pride flags ==
+  * lessbeans / lesbinyan
+  * nyanbinary
+  * pan
+  * trains / trams
 The LEDs can also be addressed in real time via a UDP network protocol. See [[https://gist.github.com/timhawes/910ee6b5bf9c36833235b0e075f01cbf|this example]].
+The strip is controlled by ledpi.hacklab, a pi 2 in the corner of the ceiling of G1. All code is in /opt/leds/. See README there for more info.
 ==== G1 LED String ====
@@ Line 157: / Line 179: @@
 These are running the WLED firmware, which is ridiculously comprehensive and can talk to basically everything. However, MQTT seems to have been disabled.
-There is a web interface at http://wled-ceiling-string.hacklab.
+There is a web interface at http://wled-ceiling-string-a.hacklab.
 <del>Full MQTT docs at https://github.com/Aircoookie/WLED/wiki/MQTT
@@ Line 166: / Line 188: @@
 |||STRIP_NAME can be replaced with "dangle" for the strip dangling in G1 or "all" for every strip running this firmware in G1|</del>
-==== G1 Warning Turret ====
+==== G1 Light Turret ====
+See also: [[turret|Light Turret]]
 ^ Topic ^ Payload ^ Notes ^
@@ Line 299: / Line 323: @@
 | timesignal/3600 | (none) | ... |
 | timesignal/86400 | (none) | ... |
-===== Christmas Tree =====
-^ Topic ^ Payload ^ Notes ^
-| xmas/tree | <n> | 0=off 1=red 2=dim-red 3=green 4=yellow 5=blue 6=magenta 7=cyan 8=white 9=colour-scroll 10=colour-fade 11=christmas 12=twinkle 13=nightlight |
-| xmas/tree | <colour> | black/red/green/... (from the [[http://webcolors.readthedocs.io|webcolors]] library) and hex RGB values (e.g. ff0000) |
-| xmas/tree | <name> | Execute a saved script (e.g. chase, trail) |
-| xmas/tree | JSON | Execute a script |
-| xmas/tree/preset/<name> | JSON | Store a script for later use |
-In JSON mode, the payload is a sequence of frames and delay times. The following example would flash red/green/blue in 1000ms intervals.
-<code>
-[
-  [[[255, 0, 0], [255, 0, 0], ...], 1000],
-  [[[0, 255, 0], [0, 255, 0], ...], 1000],
-  [[[0, 0, 255], [0, 0, 255], ...], 1000]
-]
-</code>
-There are 50 pixels on our tree, so 50 RGB values should be sent in each frame.
 ===== G1 Amp =====
 ^ Topic ^ Payload ^ Notes ^
-| sound/g1/amp/channel | channel_name | channel name, all caps e.g. HDMI1. Some macros are stored such as "pi" |
+| sound/g1/amp/channel | channel_name | channel name, all caps e.g. HDMI1/AUDIO1. Some macros are stored such as pi/table |
 | sound/g1/amp/power | on/off | |
 | sound/g1/amp/volume | up/down | currently this fades up/down the volume by 5dBm, this could be made to set the volume to a specific number, but that could go wrong... |