AWTRIX Weather ⛈️ + Forecast + 🌕️
A somewhat complex weather forecast blueprint - showing temperature, weather and moon states. Initially designed for integration with a Tempest Weatherflow
Home Assistant Blueprint
AWTRIX 3
About this flow
| System | Home Assistant Blueprint |
|---|---|
| AWTRIX version | AWTRIX 3 |
| Topic | Smarthome |
| Built by | Jeeftor |
| File | 6RpwLAMGOlZ4.yaml · 35.7 KB |
| Icons | 17 |
| Published | 30 May 2023 · updated 7 Aug 2026 |
| Downloads | 229 |
Is this your flow?
If you created this flow, open your saved edit link to add it to your account. You can then manage it whenever you sign in. Adding it to your account replaces the edit link.
Flow description
Some of the features include:
- Hourly forecast bar
- Customized Colors per/temp
- Moon Icon showing phase when the moon is up
- SunRise/Set time displays
- Some emoji in the blueprint
NOTE
Make sure you read the full blueprint description once you install it. You will need to setup a few custom sensors in order for the moon to work correctly
6RpwLAMGOlZ4.yaml
---
blueprint:
name: AWTRIX Weather ⛈️ + Forecast + 🌕️
description: >
This is somewhat of a mega-weather blueprint with moon phase support. However for it work correctly you will need a variety of different things setup. It was initially designed to use in partnership with a personal weather station however it seems to work fine with OpenWeather as well or any other provider that offers an hourly forecast.
This blueprint will publish to two separate topics. `jeef_weather` for the weather report and `jeef_weather_sun` if its near sunrise/set
## ⚠️ REQUIREMENTS ⚠️
For this blueprint to work you MUST have a few things pre-setup.
### Moon Integration 🌕️
.------.
( I MOON ) ..
`------' .' /
O / ;
o i OO
C `-. Make sure you've
| <-' enabled
( ,--. the MOON Sensor
V \_)
\ :
`._\.
The moon integration is required. You can add it via the [moon](https://www.home-assistant.io/integrations/moon/) page or just by [clicking here](https://my.home-assistant.io/redirect/config_flow_start?domain=moon)
### Moon Rise/Set Sensor 🌕️ ⏲️
M
(X)
// \\ Lets use a GeoLocation to find
// \\ out the Moon Rise / Set
// \\ TIMES
// \\
/ \
As Home Assistant doesn't _currently_ provide moon rise/set times you will need to get this from some api.
You can use the [ipgeolocation](https://app.ipgeolocation.io) API.
To do so you will need to create an account and extract your `API_KEY`. Additionally you need your `LAT` and `LON`.
Then you can add a [REST](https://www.home-assistant.io/integrations/sensor.rest/) sensor to your `configuraiton.yaml` file like the one here:
resource: https://api.ipgeolocation.io/astronomy?lat=<LAT>&long=-<LON>&apiKey=<API_KEY>
name: ip_geo_location
scan_interval: 300
value_template: "OK"
json_attributes:
- moonrise
- moonset
- moon_altitude
### Icons
You can call my custom script which will prompt you for an Awtrix device and then upload the required icons:
(If you have windows I don't know if this will work)
bash -c "$(curl -fsSL https://raw.githubusercontent.com/jeeftor/HomeAssistant/master/icons/upload_icon.sh)"
_This blueprint ~will~ may be updated as new features_
https://raw.githubusercontent.com/jeeftor/HomeAssistant/master/blueprints/automation/awtrix_weatherflow.yaml
domain: automation
input:
awtrix:
name: AWTRIX Device
description: Select the Awtrix 3
selector:
device:
integration: mqtt
manufacturer: Blueforcer
model: AWTRIX 3
multiple: true
forecast_var:
name: Hourly Forecast
description: >
Select a sensor that provides an Hourly forecast (not a daily one)
This integration has been tested with:
- HACS [Weatherflow](https://github.com/briis/hass-weatherflow) integration
- HomeAssistant [Openweather](https://www.home-assistant.io/integrations/openweathermap/)
selector:
entity:
domain:
- weather
multiple: false
hours_to_show:
name: Forecast Hours to Show
description: >
How many hours of forecast do you wish to show along the bottom of the display
selector:
number:
max: 24
min: 0
unit_of_measurement: "hours"
mode: box
default: 12
forecast_temp_field:
name: Temperature Attributes
description: >
Once you've selected your hourly forecast you will need to identify which attributes in the forecast provides a temperature value.
- If you are using [Weatherflow](https://github.com/briis/hass-weatherflow) you may be able to select from either `feels_like` or `temperature`
- In [Openweather](https://www.home-assistant.io/integrations/openweathermap/) you only have access to `temperature`
selector:
text:
default: "feels_like"
temp_digits:
name: Temp Digits
description: >
By default we will round the temp to the nearest whole-number. If you want percisions you can change this to 1 or 2 in order to see more decimalm places.
selector:
number:
min: 0
max: 2
step: 1
mode: box
unit_of_measurement: "Decimal places"
default: 0
temp_suffix:
name: Temperature suffix
description: >-
How do you want to display the temperature
If you live in a country with the following flags:
🇺🇸️🇵🇷️🇵🇼️🇧🇿️🇰🇾️🇫🇲️🇲🇭️🇻🇮️🇬🇺️
You probbaly use Farenheit.
Everybody else in the 🗺️ seems to rock the Metric System
selector:
select:
options:
- label: None
value: ""
- label: "°"
value: "°"
- label: °F
value: "°F"
- label: °C
value: "°C"
- label: F
value: "F"
- label: C
value: "C"
default: "°"
current_temp_var:
name: The current outside temperature
description: >
Select a sensor either from a PWS or a forecast that provides the current outside temperature you wish to display:
- `sensor.openweathermap_feels_like_temperature`
selector:
entity:
domain:
- sensor
multiple: false
default: sensor.weatherflow_air_temperature
color_matrix_json:
name: Color Matrix
description: >
The `Color Matrix` will control colors map to temperature ranges on the display. The format of this map is **JSON**
Here you can enter a temperature to color mapping.
> Please note the format is *JSON*,
Some possible mappings are:
#### USA: Farenheit 0-100 (Based on NOAA scale from 0-100)
{"0": "#FEC4FF","10": "#D977DF","20": "#9545BC","30": "#4B379C","40": "#31B8DB","50": "#31DB8B","60": "#6ED228","70": "#FFFF28","80": "#F87E27","90": "#CF3927","100": "#A12527"}
#### EURO: -12°c to -38°c based on USA NOAA Colors
{"-12": "#D977DF","-6": "#9545BC","-1": "#4B379C","0": "#FEC4FF","4": "#31B8DB","10": "#31DB8B","15": "#6ED228","21": "#FFFF28","27": "#F87E27","32": "#CF3927","38": "#A12527"}
selector:
text:
multiline: true
default: >
{
"0": "#FEC4FF",
"10": "#D977DF",
"20": "#9545BC",
"30": "#4B379C",
"40": "#31B8DB",
"50": "#31DB8B",
"60": "#6ED228",
"70": "#FFFF28",
"80": "#F87E27",
"90": "#CF3927",
"100": "#A12527"
}
# -------------
# Moon Stuff
# -------------
moon:
name: Moon Phase Sensor
description: >
🌑️🌒️🌓️🌔️🌖️🌗️🌘️
To setup a moon sensor see here: https://www.home-assistant.io/integrations/moon/
or just [clicking here](https://my.home-assistant.io/redirect/config_flow_start?domain=moon)
selector:
entity:
multiple: false
filter:
integration: moon
moon_rise_set:
name: Moon Riese/Set Sensor
description: >
As Home Assistant doesn't provide moon rise/set times you will need to get this from some api. In my personal setup I use [ipgeolocation](https://app.ipgeolocation.io) as my api.
You can create a custom REST sensor as follows:
```
sensor:
- platform: rest
resource: https://api.ipgeolocation.io/astronomy?lat=<LAT>&long=-<LON>&apiKey=<API_KEY>
name: ip_geo_location
scan_interval: 300
value_template: "OK"
json_attributes:
- moonrise
- moonset
- moon_altitude
```
selector:
entity:
multiple: false
filter:
integration: rest
when_show_moon:
name: When should the moon be displayed
description: >
Some people are really into the moon 🐺️ and they are called Wearwolves or maybe Astronomers.
Please select how and when you want the moon displayed
By selecting `Always show moon` the moon will always be drawn to the right of the display. Otherwise the moon will only be drawn if its risen depending on the option selected.
### NOTE:
At Brightness values less than 29 the greys of the moon will render green on the clock.
selector:
select:
options:
- label: Never show moon
value: never
- label: Always show moon
value: always
- label: Only show moon if its risen
value: risen
- label: Only show moon if risen + night
value: night
default: "night"
use_moon_clear_night:
name: Swap Clear Night for Moon
description: >-
The default case is for the moon to be drawn to the right-side of the clock, however, you have the option if this is selected to repalce the `clear_night` icon with the moon icon. This will only swap icons if the moon is currently being displayed.
-  - `full_moon`
-  - `waning_gibbous`
-  - `last_quarter`
-  - `waning_crescent`
-  - `new_moon`
-  - `waxing_crescent`
-  - `first_quarter`
-  - `waxing_gibbous`
If you wish to use a different icon please enter its text in the box to the right
selector:
boolean:
default: True
#----------------------------------------
# Sunrise Sunset Times :)
#----------------------------------------
show_sun_rise_set:
name: ☀️ Show Sunrise/Sunset
description: >
Prior to both sunrise and sunset times offer a message about pending sun transitional state.
:
`. ; .'
`. .-'''-. .'
;' __ _;'
/ '_ _`\ TURN ME ON!
| _( a ( a |
''''| (_) > |``````
\ \ / /
`. `--'.'
.' `-,,,-' `.
.' : `.
:
_You can change the icons for sun rise/set way down below._
selector:
boolean:
default: True
sun_event_minute_threshold:
name: Sun Time Prior 🕰️
description: >-
This value controls when to show sunrise/set notifications.
If the sunrise will occur in `50` minutes and this value is set to `60` it will show, however if this value is only `30` it won't show.
selector:
number:
min: 5
max: 1440
unit_of_measurement: "min"
default: 30
sun_time_type:
name: Sun Time Type
description: >
When showing a notification about sun rise/set it can offer 3 different time formats:
- Relative Time: `12 min`
- Actual Time: `8:31 pm` or `22:31`
selector:
select:
options:
- Relative
- Actual
default: "Actual"
sun_time_format:
name: Actual Time Format
description: >
If you are using actual time you can enter a STRFTIME format string here for the time. Some options would be:
- `%H%M` which would render `0529`
- `%-I%M%p` which woudl render `529AM`
- `%-I%:M%p` which woudl render `5:29AM`
For details see https://strftime.org/
selector:
text:
type: text
default: "%-I%M%p"
message_duration_forecast:
name: Forecast Duration ⏱️
description: >-
How long should the forecast message remain on the screen(in seconds). *If you select `0` it will use the Global App Time*
selector:
number:
min: 0
max: 300
unit_of_measurement: "sec"
default: 30
message_duration_riseset:
name: Sun Rise/Set Duration ⏱️
description: >-
How long should the sunrise sunset message remain on the screen(in seconds). *If you select `0` it will use the Global App Time*
selector:
number:
min: 0
max: 300
unit_of_measurement: "sec"
default: 30
#-----------------------------------------
# This was really annoying to generate :)
#-----------------------------------------
icon_clear_night:
name: Icon for clear-night
description: >
The default clear_night icon is:
 - `53383`
selector:
text:
default: "w-clear-night"
icon_cloudy:
name: Icon for cloudy
description: >
This is the icon ID which maps to the weather state: `cloudy`
selector:
text:
default: "w-cloudy"
icon_exceptional:
name: Icon for exceptional
description: >
This is the icon ID which maps to the weather state: `exceptional`
selector:
text:
default: "w-exceptional"
icon_fog:
name: Icon for fog
description: >
This is the icon ID which maps to the weather state: `fog`
selector:
text:
default: "w-fog"
icon_hail:
name: Icon for hail
description: >
This is the icon ID which maps to the weather state: `hail` (IF YOU HAVE A BETTER ONE PLEASE LET ME KNOW)
selector:
text:
default: "w-hail"
icon_lightning:
name: Icon for lightning
description: >
This is the icon ID which maps to the weather state: `lightning`
selector:
text:
default: "w-lightning"
icon_lightning_rainy:
name: Icon for lightning-rainy
description: >
This is the icon ID which maps to the weather state: `lightning-rainy`
selector:
text:
default: "w-lightning-rainy"
icon_partlycloudy:
name: Icon for partlycloudy
description: >
This is the icon ID which maps to the weather state: `partlycloudy`
selector:
text:
default: "w-partlycloudy"
icon_pouring:
name: Icon for pouring
description: >
This is the default icon which maps to the weather state: `pouring`
selector:
text:
default: "w-pouring"
icon_rainy:
name: Icon for rainy
description: >
This is the default icon which maps to the weather state: `rainy`
selector:
text:
default: "w-rainy"
icon_snowy:
name: Icon for snowy
description: >
This is the icon ID which maps to the weather state: `snowy`
selector:
text:
default: "w-snowy"
icon_snowy_rainy:
name: Icon for snowy-rainy
description: >
This is the icon ID which maps to the weather state: `snowy-rainy`
selector:
text:
default: "w-snowy-rainy"
icon_sunny:
name: Icon for sunny
description: >
This is the icon ID which maps to the weather state: `sunny`
selector:
text:
default: "w-sunny"
icon_windy:
name: Icon for windy
description: >
This is the icon ID which maps to the weather state: `windy`
selector:
text:
default: "w-windy"
icon_windy_variant:
name: Icon for windy-variant
description: >
This is the icon ID which maps to the weather state: `windy-variant`
selector:
text:
default: "w-windy-variant"
icon_sunrise:
name: Icon for sunrise
description: >
This is the icon ID which maps to the `sunrise`
selector:
text:
default: "w-sunrise"
icon_sunset:
name: Icon for sunset
description: >
This is the icon ID which maps to the `sunset`
selector:
text:
default: "w-sunset"
mode: restart
variables:
device_ids: !input awtrix
app_topic: jeef_weather
devices_topics: >-
{%- macro get_device_topic(device_id) %}
{{ states((device_entities(device_id) | select('search','device_topic') | list)[0]) }}
{%- endmacro %}
{%- set ns = namespace(devices=[]) %}
{%- for device_id in device_ids %}
{%- set device=get_device_topic(device_id)|replace(' ','') %}
{% set ns.devices = ns.devices + [ device ~ '/custom/' ~ app_topic] %}
{%- endfor %}
{{ ns.devices | reject('match','unavailable') | list}}
forecast_var: !input forecast_var
forecast: "{{state_attr(forecast_var,'forecast')}}"
weather: "{{states(forecast_var)}}"
hours_to_show: !input hours_to_show
#---------------------------------
# Moon Stuff
#---------------------------------
moon: !input moon
moon_phase: "{{states(moon)}}"
moon_times: !input moon_rise_set
moon_rise: "{{state_attr(moon_times,'moonrise')}}"
moon_set: "{{state_attr(moon_times,'moonset')}}"
moon_alt: "{{state_attr(moon_times,'moon_altitude')}}"
moon_risen: "{{moon_alt > 0}}"
when_show_moon: !input when_show_moon
show_moon: >-
{%- if when_show_moon == 'always' %}
True
{%- elif when_show_moon == 'never' %}
False
{%- elif when_show_moon == 'risen' %}
{{moon_risen}}
{%- else %}
{{state_attr('sun.sun', 'elevation') > 0 and moon_risen}}
{%- endif %}
#----------------
# Temp & Text
# --------------
message_duration: !input message_duration_forecast
message_duration_riseset: !input message_duration_riseset
current_temp_var: !input current_temp_var
temp_digits: !input temp_digits
temp_suffix: !input temp_suffix
current_temp: "{{states(current_temp_var) | round(temp_digits)}}"
temp_text: "{{ current_temp ~ temp_suffix}}"
forecast_temp_field: !input forecast_temp_field
text_available_width: >
{%- if show_moon %}16{%- else %}24{%- endif %}
text_len: >-
{%- macro get_text_len(string) %}
{%- set length = namespace(value=0) %}
{%- for char in string %}
{%- if char.isdigit() %}
{%- set length.value = length.value + 3 %}
{%- elif char == '°' %}
{%- set length.value = length.value + 2 %}
{%- elif char == '.' %}
{%- set length.value = length.value + 1 %}
{%- elif char in ['-','C','F'] %}
{%- set length.value = length.value + 3 %}
{%- else %}
{%- set length.value = length.value + 1 %}
{%- endif %}
{%- if not loop.last %}
{%- set length.value = length.value + 1 %}{%- endif -%}
{%- endfor -%}
{{ length.value }}
{%- endmacro %}
{{get_text_len(temp_text)}}
text_x: >-
{{8 + ((text_available_width - text_len)/2)}}
# ------------------------------
# SUN THINGS
# ------------------------------
sun_event_minute_threshold: !input sun_event_minute_threshold
sun_time_type: !input sun_time_type
sun_time_format: !input sun_time_format
icon_sunrise: !input icon_sunrise
icon_sunset: !input icon_sunset
show_sun_rise_set: !input show_sun_rise_set
sun_next_event: >-
{%- set rise = state_attr('sun.sun','next_rising') %}
{%- set set = state_attr('sun.sun','next_setting') %}
{%- set ts_rise = rise |as_timestamp %}
{%- set ts_set = set |as_timestamp %}
{{ iif(ts_set < ts_rise,'sunset','sunrise') }}
sun_min_until_next_event: >-
{%- set rise = state_attr('sun.sun','next_rising') %}
{%- set set = state_attr('sun.sun','next_setting') %}
{%- set ts_rise = rise |as_timestamp %}
{%- set ts_set = set |as_timestamp %}
{{ iif(next_event == 'sunrise',(ts_rise - utcnow()|as_timestamp) / 60,(ts_set - utcnow()|as_timestamp) / 60) | round(0) }}
sun_next_str: >-
{%- set rise = state_attr('sun.sun','next_rising') %}
{%- set set = state_attr('sun.sun','next_setting') %}
{%- set ts_rise = rise |as_timestamp %}
{%- set ts_set = set |as_timestamp %}
{%- if sun_time_type == 'Actual' %}
{{ iif(sun_next_event == 'sunrise',(ts_rise | as_datetime | as_local).strftime(sun_time_format), (ts_set | as_datetime | as_local).strftime(sun_time_format)) }}
{%- else %}
{#- relative time #}
{% set hours = sun_min_until_next_event // 60 %}
{% set remaining_minutes = sun_min_until_next_event % 60 %}
{% if hours == 0 %}
{{ remaining_minutes }} min
{% else %}
[
{"t":"{{hours}}", "c":"#ffffff"},
{"t":"h", "c":"#9c9d97"},
{"t":"{{remaining_minutes}}", "c":"#ffffff"},
{"t":"m", "c":"#9c9d97"}
]
{% endif %}
{%- endif %}
sun_event_icon: >-
{{ iif(sun_next_event == 'sunrise', icon_sunrise, icon_sunset) }}
sun_event_payload: >-
{"icon":"{{sun_event_icon}}", "text":{{sun_next_str}}, "duration": {{message_duration_riseset}}}
sun_payload: >-
{%- if show_sun_rise_set %}
{{ iif(sun_event_minute_threshold >= sun_min_until_next_event, sun_event_payload, "{}") }}
{%- else %}
{}
{%- endif %}
icon_clear_night: !input icon_clear_night
use_moon_clear_night: !input use_moon_clear_night
icon_cloudy: !input icon_cloudy
icon_exceptional: !input icon_exceptional
icon_fog: !input icon_fog
icon_hail: !input icon_hail
icon_lightning: !input icon_lightning
icon_lightning_rainy: !input icon_lightning_rainy
icon_partlycloudy: !input icon_partlycloudy
icon_pouring: !input icon_pouring
icon_rainy: !input icon_rainy
icon_snowy: !input icon_snowy
icon_snowy_rainy: !input icon_snowy_rainy
icon_sunny: !input icon_sunny
icon_windy: !input icon_windy
icon_windy_variant: !input icon_windy_variant
clear_night_dict: >-
{{ dict({
'full_moon': '2314',
'waning_gibbous': '2315',
'last_quarter': '2316',
'waning_crescent': '2317',
'new_moon': '2318',
'waxing_crescent': '2319',
'first_quarter': '2320',
'waxing_gibbous': '2321'}) }}
color_matrix_json: !input color_matrix_json
color_dict: >-
{% set b = color_matrix_json | from_json %}
{%- set ns = namespace(tuples=[]) %}
{%- for k,v in b | items -%}
{%- set key = k|float -%}
{%- set ns.tuples = ns.tuples + [(key,v)] %}
{% endfor %}
{{ dict.from_keys(ns.tuples) }}
icon_dict: >-
{{ dict({'clear-night': icon_clear_night,
'cloudy': icon_cloudy,
'exceptional': icon_exceptional,
'fog': icon_fog,
'hail': icon_hail,
'lightning': icon_lightning,
'lightning-rainy': icon_lightning_rainy,
'partlycloudy': icon_partlycloudy,
'pouring': icon_pouring,
'rainy': icon_rainy,
'snowy': icon_snowy,
'snowy-rainy': icon_snowy_rainy,
'sunny': icon_sunny,
'windy': icon_windy,
'windy-variant': icon_windy_variant})}}
icon: >
{%- if ((weather == 'clear_night') and use_moon_clear_night) %}
{{clear_night_dict[moon_phase]}}
{%- else %}
{{ icon_dict[weather] }}
{%- endif %}
moon_data: >
{%- macro draw_moon(phase,x=22,y=0) %}
{%- if phase == 'full' %}
{"db":[{{x}},{{y}},8,8,[
0, 0, 54970, 54970, 54970, 54970, 0, 0,
0, 54970, 54970, 63390, 63390, 54970, 54970, 0,
54970, 54970, 63390, 63390, 46518, 46518, 54970, 54970,
54970, 63390, 46518, 63390, 46518, 63390, 63390, 54970,
54970, 63390, 46518, 63390, 63390, 63390, 63390, 54970,
54970, 54970, 63390, 63390, 63390, 46518, 54970, 54970,
0, 54970, 54970, 46518, 63390, 54970, 54970, 0,
0, 0, 54970, 54970, 54970, 54970, 0, 0
]]}
{%- endif %}
{%- if phase == 'waning_gibbous' %}
{"db":[{{x}},{{y}},8,8,[
0, 0, 54970, 54970, 12710, 12710, 0, 0,
0, 54970, 54970, 63390, 63390, 12710, 12710, 0,
54970, 54970, 63390, 63390, 52857, 52857, 12710, 12710,
54970, 63390, 52857, 63390, 52857, 63390, 12710, 12710,
54970, 63390, 52857, 63390, 63390, 63390, 12710, 12710,
54970, 54970, 63390, 63390, 63390, 52857, 12710, 12710,
0, 54970, 54970, 52857, 63390, 12710, 12710, 0,
0, 0, 54970, 54970, 12710, 12710, 0, 0
]]}
{%- endif %}
{%- if phase == 'last_quarter' %}
{"db":[{{x}},{{y}},8,8,[
0, 0, 54970, 54970, 12710, 12710, 0, 0,
0, 54970, 54970, 63390, 12710, 12710, 12710, 0,
54970, 54970, 63390, 63390, 6371, 6371, 12710, 12710,
54970, 63390, 52857, 63390, 6371, 12710, 12710, 12710,
54970, 63390, 52857, 63390, 12710, 12710, 12710, 12710,
54970, 54970, 63390, 63390, 12710, 6371, 12710, 12710,
0, 54970, 54970, 52857, 12710, 12710, 12710, 0,
0, 0, 54970, 54970, 12710, 12710, 0, 0
]]}
{%- endif %}
{%- if phase == 'last_quarter' %}
{"db":[{{x}},{{y}},8,8,[
0, 0, 54970, 54970, 12710, 12710, 0, 0,
0, 54970, 54970, 63390, 12710, 12710, 12710, 0,
54970, 54970, 63390, 63390, 6371, 6371, 12710, 12710,
54970, 63390, 52857, 63390, 6371, 12710, 12710, 12710,
54970, 63390, 52857, 63390, 12710, 12710, 12710, 12710,
54970, 54970, 63390, 63390, 12710, 6371, 12710, 12710,
0, 54970, 54970, 52857, 12710, 12710, 12710, 0,
0, 0, 54970, 54970, 12710, 12710, 0, 0
]]}
{%- endif %}
{%- if phase == 'waning_crescent' %}
{"db":[{{x}},{{y}},8,8,[
0, 0, 54970, 54970, 10565, 10565, 0, 0,
0, 54970, 54970, 10565, 10565, 10565, 10565, 0,
54970, 54970, 10565, 10565, 6371, 6371, 10565, 10565,
54970, 63390, 6371, 10565, 6371, 10565, 10565, 10565,
54970, 63390, 6371, 10565, 10565, 10565, 10565, 10565,
54970, 54970, 10565, 10565, 10565, 6371, 10565, 10565,
0, 54970, 54970, 6371, 10565, 10565, 10565, 0,
0, 0, 54970, 54970, 10565, 10565, 0, 0
]]}
{%- endif %}
{%- if phase == 'new_moon' %}
{"db":[{{x}},{{y}},8,8,[
0, 0, 10565, 10565, 10565, 10565, 0, 0,
0, 10565, 10565, 10565, 10565, 10565, 10565, 0,
10565, 10565, 10565, 10565, 6371, 6371, 10565, 10565,
10565, 10565, 6371, 10565, 6371, 10565, 10565, 10565,
10565, 10565, 6371, 10565, 10565, 10565, 10565, 10565,
10565, 10565, 10565, 10565, 10565, 6371, 10565, 10565,
0, 10565, 10565, 6371, 10565, 10565, 10565, 0,
0, 0, 10565, 10565, 10565, 10565, 0, 0
]]}
{%- endif %}
{%- if phase == 'waxing_crescent' %}
{"db":[{{x}},{{y}},8,8,[
0, 0, 12678, 12678, 54970, 54970, 0, 0,
0, 12678, 12678, 12678, 12678, 54970, 54970, 0,
12678, 12678, 12678, 12678, 6339, 6339, 54970, 54970,
12678, 12678, 6339, 12678, 6339, 12678, 63390, 54970,
12678, 12678, 6339, 12678, 12678, 12678, 63390, 54970,
12678, 12678, 12678, 12678, 12678, 6339, 54970, 54970,
0, 12678, 12678, 12678, 12678, 54970, 54970, 0,
0, 0, 12678, 12678, 54970, 54970, 0, 0
]]}
{%- endif %}
{%- if phase == 'first_quarter' %}
{"db":[{{x}},{{y}},8,8,[
0, 0, 12678, 12678, 54970, 54970, 0, 0,
0, 12678, 12678, 12678, 63390, 54970, 54970, 0,
12678, 12678, 12678, 12678, 52825, 52825, 54970, 54970,
12678, 12678, 6339, 12678, 52825, 63390, 63390, 54970,
12678, 12678, 6339, 12678, 63390, 63390, 63390, 54970,
12678, 12678, 12678, 12678, 63390, 52825, 54970, 54970,
0, 12678, 12678, 12678, 63390, 54970, 54970, 0,
0, 0, 12678, 12678, 54970, 54970, 0, 0
]]}
{%- endif %}
{%- if phase == 'waxing_gibbous' %}
{"db":[{{x}},{{y}},8,8,[
0, 0, 12678, 12678, 54970, 54970, 0, 0,
0, 12678, 12678, 54970, 63390, 54970, 54970, 0,
12678, 12678, 63390, 63390, 50712, 50712, 54970, 54970,
12678, 12678, 50712, 63390, 50712, 63390, 63390, 54970,
12678, 12678, 50712, 63390, 63390, 63390, 63390, 54970,
12678, 12678, 63390, 63390, 63390, 50712, 54970, 54970,
0, 12678, 12678, 50712, 63390, 54970, 54970, 0,
0, 0, 12678, 12678, 54970, 54970, 0, 0
]]}
{%- endif %}
{% endmacro %}
{{iif(weather == 'clear-night' and use_moon_clear_night, draw_moon(moon_phase,0,0), draw_moon(moon_phase,23,0))}}
payload: >
{%- macro interpolate(dictionary, x) -%}
{%- set sorted_keys = dictionary|dictsort -%}
{%- set above = sorted_keys|selectattr('0', 'gt', x)|map(attribute='0')|list|first -%}
{%- set below = sorted_keys|selectattr('0', 'lt', x)|map(attribute='0')|list|last -%}
{#- Key matches x exactly -#}
{%- if above is defined and dictionary[above] == x -%}
{%- set value = dictionary[above] -%}
{{ value }}
{%- elif below is defined and dictionary[below] == x -%}
{%- set value = dictionary[below] -%}
{{ value }}
{#- Interpolation between two values -#}
{%- elif below is defined and above is defined -%}
{%- set lower_value = dictionary[below] -%}
{%- set upper_value = dictionary[above] -%}
{%- set lower_rgb = lower_value[1:] -%}
{%- set upper_rgb = upper_value[1:] -%}
{%- set lower_r = lower_rgb[0:2]|int(base=16) -%}
{%- set lower_g = lower_rgb[2:4]|int(base=16) -%}
{%- set lower_b = lower_rgb[4:6]|int(base=16) -%}
{%- set upper_r = upper_rgb[0:2]|int(base=16) -%}
{%- set upper_g = upper_rgb[2:4]|int(base=16) -%}
{%- set upper_b = upper_rgb[4:6]|int(base=16) -%}
{%- set interpolation_factor = (x - below) / (above - below) -%}
{%- set interpolated_r = ((1 - interpolation_factor) * lower_r + interpolation_factor * upper_r)|int -%}
{%- set interpolated_g = ((1 - interpolation_factor) * lower_g + interpolation_factor * upper_g)|int -%}
{%- set interpolated_b = ((1 - interpolation_factor) * lower_b + interpolation_factor * upper_b)|int -%}
{%- set interpolated_hex = '#' ~ '%02X' % interpolated_r ~ '%02X' % interpolated_g ~ '%02X' % interpolated_b -%}
{{ interpolated_hex }}
{#- Only below key available -#}
{%- elif below is defined -%}
{%- set value = dictionary[below] -%}
{{ value }}
{#- Only above key available -#}
{%- elif above is defined -%}
{%- set value = dictionary[above] -%}
{{ value }}
{#- No matching keys available -#}
{%- else -%}
No matching key found.
{%- endif -%}
{%- endmacro -%}
{#- Define macro to get length of the forecast}
{%- macro str_len(str) %}
{%- if '.' in str %}
{%- set char_count = (str | length) -1 %}{{char_count * 3 + 1 + char_count}}
{%- else %}
{%- set char_count = (str | length) %}{{char_count * 3 + (char_count - 1)}}
{%- endif %}
{%- endmacro %}
{#- Define a macro to draw out the forecast lines#}
{%- macro draw_forecast_lines(x,hours,height) %}
{%- for hour in range(hours) %}
{%- if height == 0 %}
{"dp": [{{x+hour}},7,"{{interpolate(color_dict, forecast[hour][forecast_temp_field]) }}"]}
{%- else %}
{"dl": [{{x+hour}},7,{{x+hour}},{{7 - height}},"{{interpolate(color_dict, forecast[hour][forecast_temp_field]) }}"]}
{%- endif %}
{%- if hour+1 != hours %},{%endif%}
{%- endfor %}
{%- endmacro %}
{# Define the color mapping dictionary #}
{
"draw": [
{{draw_forecast_lines(8,hours_to_show,0)}},
{"dt":[{{text_x}},1,"{{temp_text}}","{{interpolate(color_dict, current_temp | float)}}"]}
{% if show_moon %}, {{moon_data}} {% endif %}
],
"icon": "{{icon}}",
"duration": {{message_duration}},
"pushIcon": 2,
"lifetime": 120,
"weather": "{{weather}}"
}
trigger:
- platform: time_pattern
seconds: /5
- platform: state
entity_id: !input forecast_var
id: Changes
enabled: true
condition: []
action:
- repeat:
for_each: "{{ devices_topics }}"
sequence:
- service: mqtt.publish
data:
qos: 0
retain: false
topic: "{{ repeat.item }}"
payload: >
{{payload}}
- service: mqtt.publish
data:
qos: 0
retain: false
topic: "{{ repeat.item ~ '_sun'}} "
payload: >
{{sun_payload}}This flow uses the following icons. Add them to your AWTRIX along with the flow.
8×8 px
8×8 px
8×8 px
8×8 px
8×8 px
8×8 px
8×8 px
8×8 px
8×8 px
8×8 px
8×8 px
8×8 px
8×8 px
8×8 px
8×8 px
8×8 px
8×8 px
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