Sync dev to main: SEN65 accessory power rail, channel_colors migration

docs/products/ESPHome-Starter-Kit/modules/breakout-addons/sen65-air-quality-sensor.md

@@ -20,23 +20,27 @@ The SEN6x port is on the same I2C bus as the other connectors: **SCL on GPIO0**,
 
 ## Add to ESPHome Device Builder
 
-The SEN65 takes two components in your device config: the I2C bus it talks on, and the <a href="https://esphome.io/components/sensor/sen6x/" target="_blank" rel="noreferrer nofollow noopener">SEN6x</a> component that reads it. If another module already added the I2C component, skip steps 3 and 4, the SEN65 shares the same bus.
+The SEN65 needs three components in your device config: the **Accessory Power Rail** that powers the breakout, the I2C bus the sensor talks on, and the <a href="https://esphome.io/components/sensor/sen6x/" target="_blank" rel="noreferrer nofollow noopener">SEN6x</a> component that reads it. If another module already added the I2C component, skip steps 4 and 5, the SEN65 shares the same bus.
 
 1.  Open your starter kit device in Device Builder and click **Edit**.
-2.  Navigate to the **Components** section and click **Add Component**.
-3.  Select the **I2C** component. Set **SCL to pin 0** and **SDA to pin 1**, and turn on the pullup toggle for both pins. (1)
+2.  Navigate to the **Components** section and check that **Accessory Power Rail** is in the list. The breakout and everything plugged into it get their power from that rail, so without it the SEN65 never answers on the I2C bus. (1)
+    { .annotate }
+
+    1.  Projects you created from the Apollo ESPHome Starter Kit board already include the rail. If yours is missing it, [add the Accessory Power Rail](/products/ESPHome-Starter-Kit/learning-the-basics/core-components.md#add-component) first.
+
+3.  Click **Add Component**.
+4.  Select the **I2C** component. Set **SCL to pin 0** and **SDA to pin 1**, and turn on the pullup toggle for both pins. (1)
     { .annotate }
 
     1.  New to I2C? [What is I2C?](/products/ESPHome-Starter-Kit/learning-the-basics/what-is-i2c.md) explains the bus, addresses, and pullups in beginner terms.
 
-4.  Click **Add**. Device Builder inserts the I2C bus into your YAML.
-5.  Click **Add Component** again and select the SEN6x component. It sits on the I2C bus at address `0x6B`.
-6.  Toggle on the SEN65's readings: **Temperature**, **Humidity**, **VOC**, **NOX**, **PM 1 0**, **PM 2 5**, **PM 4 0**, and **PM 10 0**. (1)
+5.  Click **Add**. Device Builder inserts the I2C bus into your YAML.
+6.  Click **Add Component** again and select the SEN6x component. It sits on the I2C bus at address `0x6B`.
+7.  Toggle on the SEN65's readings: **Temperature**, **Humidity**, **VOC Index**, **NOX Index**, **PM 1 0**, **PM 2 5**, **PM 4 0**, and **PM 10 0**. (1)
     { .annotate }
 
     1.  You'll also see **CO2** and **Formaldehyde** in the list. The SEN65 doesn't measure those, they belong to other SEN6x models, so leave them off. And you don't have to turn everything on, toggle only the readings you want.
 
-7.  Expand **VOC** and **NOX** with the arrow next to each and rename them to `VOC Index` and `NOx Index`. Both report a relative index rather than an absolute amount, so the entity names should say so.
 8.  Click **Add**, then flash the device. The SEN65's readings show up alongside your other entities.
 
 ![](/assets/esphome-device-builder-add-sen6x-component.gif)
@@ -72,9 +76,9 @@ Want a single air quality number on top of the individual readings? Add the AQI
           name: "Temperature"
         humidity:
           name: "Humidity"
-        voc:
+        voc_index:
           name: "VOC Index"
-        nox:
+        nox_index:
           name: "NOx Index"
 
       - platform: aqi
@@ -219,9 +223,9 @@ Apollo's [AIR-1](/products/air1/introduction.md) exposes its offsets as number e
           name: "Humidity"
           filters:
             - lambda: return x - id(sen65_humidity_offset).state;
-        voc:
+        voc_index:
           name: "VOC Index"
-        nox:
+        nox_index:
           name: "NOx Index"
 
     number:

docs/products/ESPHome-Starter-Kit/modules/rgb-buzzer-module.md

@@ -61,7 +61,7 @@ ESPHome Device Builder ships an **Add Component** flow that knows the pin layout
         id: rgb_leds
         chipset: WS2812
         num_leds: 10
-        rgb_order: GRB
+        channel_colors: GRB
         rmt_symbols: 48
 
     output:
@@ -85,7 +85,7 @@ ESPHome Device Builder ships an **Add Component** flow that knows the pin layout
     | `light.id: rgb_leds` | Internal handle you can reference from automations and lambdas elsewhere in the config. |
     | `light.chipset: WS2812` | Which addressable LED protocol to use. WS2812 is the most common, sometimes also called NeoPixel. |
     | `light.num_leds: 10` | The number of LEDs on the RGB & Buzzer module. |
-    | `light.rgb_order: GRB` | Color channel order. WS2812 LEDs receive color data in green-red-blue order, so this makes sure red looks red and not green. |
+    | `light.channel_colors: GRB` | Color channel order. WS2812 LEDs receive color data in green-red-blue order, so this makes sure red looks red and not green. |
     | `light.rmt_symbols: 48` | Low-level RMT setting needed on the ESP32-C6. Leave it at 48. |
     | **Piezo buzzer** | |
     | `output.platform: ledc` | PWM output for driving the buzzer. PWM is how digital pins create audio tones on a piezo. |

docs/products/air1/examples/how-to-use-the-apollo-gpio-header-to-control-an-led-strip.md

@@ -86,7 +86,7 @@ The AIR-1 knows nothing about the strip until you tell it how many LEDs there ar
         name: "Bed LED"
         pin: GPIO7
         chipset: WS2812
-        rgb_order: grb
+        channel_colors: GRB
         num_leds: 60
         default_transition_length: 0s
         effects:

docs/products/breakout-boards/scd40-breakout-board/introduction.md

@@ -103,7 +103,7 @@ light:
     default_transition_length: 0s
     chipset: WS2812
     num_leds: 1
-    rgb_order: grb
+    channel_colors: GRB
     effects:
       - pulse:
           name: "Slow Pulse"

docs/products/breakout-boards/sen55-scd40-breakout-board/introduction.md

@@ -142,7 +142,7 @@ light:
     default_transition_length: 0s
     chipset: WS2812
     num_leds: 1
-    rgb_order: grb
+    channel_colors: GRB
     effects:
       - pulse:
           name: "Slow Pulse"
@@ -235,7 +235,7 @@ sensor:
       filters:
         - lambda: return x - id(sen55_humidity_offset).state;
       accuracy_decimals: 1
-    voc:
+    voc_index:
       name: "SEN55 VOC"
       id: sen55_voc
 
@@ -247,7 +247,7 @@ sensor:
         gating_max_duration_minutes: 180
         std_initial: 50
         gain_factor: 230
-    nox:
+    nox_index:
       name: "SEN55 NOX"
       id: sen55_nox
     acceleration_mode: low

docs/products/dev1/introduction.md

@@ -98,7 +98,7 @@ light:
     default_transition_length: 0s
     chipset: WS2812
     num_leds: 1
-    rgb_order: grb
+    channel_colors: GRB
     effects:
       - pulse:
           name: "Slow Pulse"

docs/products/dev2/introduction.md

@@ -103,7 +103,7 @@ light:
     default_transition_length: 0s
     chipset: WS2812
     num_leds: 1
-    rgb_order: grb
+    channel_colors: GRB
     effects:
       - pulse:
           name: "Slow Pulse"

docs/products/msr2/examples/gpio-header-control-an-led-strip.md

@@ -82,7 +82,7 @@ The MSR-2 knows nothing about the strip until you tell it how many LEDs there ar
         name: "Bed LED"
         pin: GPIO7
         chipset: WS2812
-        rgb_order: grb
+        channel_colors: GRB
         num_leds: 60
         default_transition_length: 0s
         effects: