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BoBBer446/sunrise-wake-up.yaml

Created October 26, 2025 11:44
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Wake-up Sunrise (Kelvin, smooth & smart)
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sunrise-wake-up.yaml
blueprint:
name: Wake-up Sunrise (Kelvin, smooth & smart)
description: >
Moderner Wecker mit Sonnenaufgangseffekt. Standard: warmes Weiß (≈2200 K) → tageslicht-weiß (≈6500 K),
automatisch an die Gerätegrenzen angepasst. Optional statt Kelvin eine RGB-Farbkurve von Start- zu Endfarbe.
Zukunftssicher dank color_temp_kelvin. Für mehrere Lampen bitte eine Light-Group wählen.
domain: automation
input:
light_entity:
name: Ziel-Licht
description: >
Licht oder Light-Group, die aufgeweckt werden soll.
selector:
entity:
domain: light
# --- Alarmquelle ---
timestamp_sensor:
name: Zeitstempel-Entität (optional)
description: >
Sensor mit device_class=timestamp (z. B. Handy-Wecker). Falls 'none', wird die manuelle Zeit verwendet.
default: none
selector:
entity:
device_class: timestamp
manual_time:
name: Manuelle Weckzeit
description: >
Täglicher Weckzeitpunkt, wenn kein Timestamp-Sensor gesetzt ist (Format HH:MM:SS).
default: "07:00:00"
selector:
time: {}
# --- Ablauf & Helligkeit ---
sunrise_duration_min:
name: Dauer des Sonnenaufgangs (Minuten)
description: >
Gesamtdauer der Rampe für Helligkeit und Farbe.
default: 25
selector:
number:
min: 5
max: 120
step: 5
unit_of_measurement: min
mode: slider
start_brightness_pct:
name: Starthelligkeit (%)
description: >
Anfangshelligkeit zu Beginn der Rampe. 1–10 % empfohlen (manche Lampen ignorieren 1 %).
default: 3
selector:
number:
min: 1
max: 100
step: 1
mode: slider
end_brightness_pct:
name: Endhelligkeit (%)
description: >
Zielhelligkeit am Ende der Rampe.
default: 100
selector:
number:
min: 5
max: 100
step: 1
mode: slider
# --- Kelvin-Rampe (Standard) ---
start_kelvin:
name: Start-Kelvin (warm)
description: >
Farbtemperatur zu Beginn der Rampe (z. B. 2200 K = warm). Wird automatisch an die Gerätegrenzen angepasst.
default: 2200
selector:
number:
min: 1500
max: 9000
step: 50
unit_of_measurement: K
mode: slider
end_kelvin:
name: End-Kelvin (kühler / tageslicht)
description: >
Farbtemperatur am Ende der Rampe (z. B. 6500 K = tageslichtweiß). Wird automatisch an die Gerätegrenzen angepasst.
default: 6500
selector:
number:
min: 1500
max: 9000
step: 50
unit_of_measurement: K
mode: slider
# --- Alternative: RGB-Farbkurve ---
enable_color_ramp:
name: Farbverlauf (RGB) statt Kelvin
description: >
Aktivieren, um statt Kelvin einen RGB-Farbverlauf von Start- zu Endfarbe zu fahren.
default: false
selector:
boolean: {}
start_color_rgb:
name: Startfarbe (RGB)
description: >
Startfarbe für den RGB-Verlauf (nur relevant, wenn Farbverlauf aktiviert).
default:
r: 255
g: 120
b: 20
selector:
color_rgb: {}
end_color_rgb:
name: Endfarbe (RGB)
description: >
Endfarbe für den RGB-Verlauf (nur relevant, wenn Farbverlauf aktiviert).
default:
r: 255
g: 255
b: 255
selector:
color_rgb: {}
ramp_steps:
name: Schrittanzahl (Glätte)
description: >
Anzahl der Zwischenschritte für Helligkeit/Farbe (mehr = glattere Rampe, dafür mehr Service-Aufrufe).
default: 60
selector:
number:
min: 10
max: 240
step: 10
# --- Bedingungen (optional) ---
check_entity:
name: Check-Entität
description: >
Muss 'on' oder 'home' sein, damit der Wecker startet (z. B. Workday-, Device-Tracker- oder Person-Entity).
Leerlassen (= none), wenn keine Bedingung gewünscht ist.
default: none
selector:
entity: {}
require_workday:
name: Nur an Arbeitstagen
description: >
Ausführen nur, wenn der Workday-Sensor 'on' ist.
default: false
selector:
boolean: {}
workday_sensor:
name: Workday-Sensor
description: >
Zu prüfender Workday-Sensor, wenn „Nur an Arbeitstagen“ aktiv ist.
default: binary_sensor.workday
selector:
entity:
domain: binary_sensor
respect_quiet_hours:
name: Ruhezeiten beachten
description: >
Verhindert den Start, wenn die aktuelle Zeit innerhalb des Ruhezeitfensters liegt.
default: false
selector:
boolean: {}
quiet_start:
name: Ruhezeit Beginn
description: >
Beginn des Ruhezeitfensters (Format HH:MM:SS).
default: "22:00:00"
selector:
time: {}
quiet_end:
name: Ruhezeit Ende
description: >
Ende des Ruhezeitfensters (Format HH:MM:SS).
default: "06:00:00"
selector:
time: {}
off_cancels:
name: Ausschalten bricht ab
description: >
Wenn das Licht während der Rampe ausgeschaltet wird, wird der Vorgang abgebrochen.
default: true
selector:
boolean: {}
# --- Vor-/Nach-Aktionen ---
pre_actions:
name: Vor-Aktionen
description: >
Aktionen, die unmittelbar vor Start der Rampe ausgeführt werden (z. B. Heizung anheben).
default: []
selector:
action: {}
post_actions:
name: Nach-Aktionen
description: >
Aktionen am Ende der Rampe (z. B. Musik starten).
default: []
selector:
action: {}
variables:
le: !input light_entity
sensor_ts: !input timestamp_sensor
manual_time: !input manual_time
duration_min: !input sunrise_duration_min
seconds: "{{ (duration_min | float(25)) * 60 }}"
start_pct: !input start_brightness_pct
end_pct: !input end_brightness_pct
range_pct: "{{ (end_pct | float) - (start_pct | float) }}"
steps: !input ramp_steps
enable_rgb: !input enable_color_ramp
off_cancels: !input off_cancels
check_entity: !input check_entity
require_workday: !input require_workday
workday_sensor: !input workday_sensor
respect_quiet: !input respect_quiet_hours
quiet_start: !input quiet_start
quiet_end: !input quiet_end
# Gerätegrenzen für Kelvin (bevorzugt nativ, sonst aus Mired ableiten)
minK_native: "{{ state_attr(le, 'min_color_temp_kelvin') }}"
maxK_native: "{{ state_attr(le, 'max_color_temp_kelvin') }}"
minM: "{{ state_attr(le, 'min_mireds') }}"
maxM: "{{ state_attr(le, 'max_mireds') }}"
device_k_min: >-
{% if minK_native is number %}
{{ minK_native | int }}
{% elif maxM is number %}
{{ (1000000 / (maxM | float)) | int }}
{% else %}
2000
{% endif %}
device_k_max: >-
{% if maxK_native is number %}
{{ maxK_native | int }}
{% elif minM is number %}
{{ (1000000 / (minM | float)) | int }}
{% else %}
6500
{% endif %}
# Benutzerwerte (Kelvin) → an Gerätegrenzen clampen und Reihenfolge sichern (start <= end)
startK_in: !input start_kelvin
endK_in: !input end_kelvin
startK_clamped: >-
{% set s = startK_in | int(2200) %}
{% set s1 = [s, device_k_min] | max %}
{{ [s1, device_k_max] | min }}
endK_clamped: >-
{% set e = endK_in | int(6500) %}
{% set e1 = [e, device_k_min] | max %}
{{ [e1, device_k_max] | min }}
start_kelvin_final: "{{ [startK_clamped, endK_clamped] | min }}"
end_kelvin_final: "{{ [startK_clamped, endK_clamped] | max }}"
# Tick-Zeit (Sekunden), mindestens 1 s
tick: >-
{% set t = (seconds | float) / (steps | float) %}
{{ [ t, 1 ] | max | int }}
# RGB-Start/Ende (+ Komponenten)
rgb_start: !input start_color_rgb
rgb_end: !input end_color_rgb
sr: "{{ (rgb_start.r | int) }}"
sg: "{{ (rgb_start.g | int) }}"
sb: "{{ (rgb_start.b | int) }}"
er: "{{ (rgb_end.r | int) }}"
eg: "{{ (rgb_end.g | int) }}"
eb: "{{ (rgb_end.b | int) }}"
# Fähigkeiten des Geräts
supported_modes: "{{ state_attr(le, 'supported_color_modes') | default([]) }}"
can_rgb: >-
{{ 'hs' in supported_modes or 'rgb' in supported_modes or 'rgbw' in supported_modes or 'rgbww' in supported_modes or 'xy' in supported_modes }}
can_ct: >-
{{ 'color_temp' in supported_modes or minM is number or minK_native is number or maxM is number or maxK_native is number }}
# Bedingungen
cond_check_entity_ok: >-
{{ check_entity == 'none' or states(check_entity) in ['on','home','unknown'] }}
cond_workday_ok: >-
{{ (not require_workday) or (is_state(workday_sensor, 'on')) }}
cond_quiet_ok: >-
{% if not respect_quiet %}true
{% else %}
{% set nowt = now().time() %}
{% set qs = strptime(quiet_start, '%H:%M:%S').time() %}
{% set qe = strptime(quiet_end, '%H:%M:%S').time() %}
{% if qs <= qe %}
{{ not (nowt >= qs and nowt < qe) }}
{% else %}
{{ not (nowt >= qs or nowt < qe) }}
{% endif %}
{% endif %}
trigger:
- platform: time_pattern
minutes: "*"
condition: []
action:
# 1) Auf gültige Alarmbasis warten (Timestamp vorhanden ODER manuelle Zeit)
- wait_template: >-
{{ sensor_ts == 'none' or as_timestamp(states(sensor_ts), None) != None }}
# 2) Startfenster (0 < Alarm - jetzt <= Dauer) + Nebenbedingungen erfüllt
- wait_template: >-
{% set alarm_ts = as_timestamp(sensor_ts != 'none'
and states(sensor_ts)
or (states('sensor.date') ~ ' ' ~ manual_time)) %}
{% set now_ts = as_timestamp(states('sensor.date_time_iso')) %}
{{ 0 < (alarm_ts - now_ts) <= (seconds | float) and
cond_check_entity_ok and cond_workday_ok and cond_quiet_ok }}
# 3) Vor-Aktionen
- choose: []
default: !input pre_actions
# 4) Bedingungen kurz vor Start erneut prüfen
- condition: template
value_template: "{{ cond_check_entity_ok and cond_workday_ok and cond_quiet_ok }}"
# 5) Initiales Einschalten
- choose:
# 5a) RGB – falls aktiviert und unterstützt
- conditions: "{{ enable_rgb and can_rgb }}"
sequence:
- service: light.turn_on
entity_id: !input light_entity
data:
brightness_pct: "{{ start_pct | int }}"
rgb_color: ["{{ sr }}","{{ sg }}","{{ sb }}"]
transition: 1
# 5b) Kelvin – Standard (falls unterstützt)
- conditions: "{{ can_ct }}"
sequence:
- service: light.turn_on
entity_id: !input light_entity
data:
brightness_pct: "{{ start_pct | int }}"
color_temp_kelvin: "{{ start_kelvin_final | int }}"
transition: 1
default:
- service: light.turn_on
entity_id: !input light_entity
data:
brightness_pct: "{{ start_pct | int }}"
transition: 1
# 6) Laufende Rampe
- repeat:
while:
- >-
{% set alarm_ts = as_timestamp(sensor_ts != 'none'
and states(sensor_ts)
or (states('sensor.date') ~ ' ' ~ manual_time)) %}
{{ 0 < (alarm_ts - as_timestamp(now())) <= (seconds | float) }}
- "{{ not (off_cancels and is_state(le, 'off')) }}"
sequence:
- delay:
seconds: "{{ tick | int }}"
- variables:
alarm_ts: >-
{{ as_timestamp(sensor_ts != 'none'
and states(sensor_ts)
or (states('sensor.date') ~ ' ' ~ manual_time)) }}
remain: "{{ (alarm_ts - as_timestamp(now())) | float }}"
frac: "{{ (remain / (seconds | float)) | float }}" # 1 → 0 über die Laufzeit
bri_now: >-
{{ ((end_pct | float) - ((range_pct | float) * frac)) | round(0) | int }}
# RGB linear: start + (1 - frac) * (end - start)
r_now: "{{ (sr + (er - sr) * (1 - frac)) | round(0) | int }}"
g_now: "{{ (sg + (eg - sg) * (1 - frac)) | round(0) | int }}"
b_now: "{{ (sb + (eb - sb) * (1 - frac)) | round(0) | int }}"
# Kelvin linear: start → end
kelv_now: "{{ ((end_kelvin_final | float) - ((end_kelvin_final | float - start_kelvin_final | float) * frac)) | round(0) | int }}"
- choose:
- conditions: "{{ enable_rgb and can_rgb }}"
sequence:
- service: light.turn_on
entity_id: !input light_entity
data:
brightness_pct: "{{ [bri_now, 1] | max }}"
rgb_color: ["{{ r_now }}","{{ g_now }}","{{ b_now }}"]
transition: "{{ [ (tick | int) - 1, 0 ] | max }}"
- conditions: "{{ can_ct }}"
sequence:
- service: light.turn_on
entity_id: !input light_entity
data:
brightness_pct: "{{ [bri_now, 1] | max }}"
color_temp_kelvin: "{{ kelv_now }}"
transition: "{{ [ (tick | int) - 1, 0 ] | max }}"
default:
- service: light.turn_on
entity_id: !input light_entity
data:
brightness_pct: "{{ [bri_now, 1] | max }}"
transition: "{{ [ (tick | int) - 1, 0 ] | max }}"
# 7) Endzustand sicher setzen
- choose:
- conditions: "{{ enable_rgb and can_rgb }}"
sequence:
- service: light.turn_on
entity_id: !input light_entity
data:
brightness_pct: "{{ end_pct | int }}"
rgb_color: ["{{ er }}","{{ eg }}","{{ eb }}"]
transition: 1
- conditions: "{{ can_ct }}"
sequence:
- service: light.turn_on
entity_id: !input light_entity
data:
brightness_pct: "{{ end_pct | int }}"
color_temp_kelvin: "{{ end_kelvin_final | int }}"
transition: 1
default:
- service: light.turn_on
entity_id: !input light_entity
data:
brightness_pct: "{{ end_pct | int }}"
transition: 1
# 8) Nach-Aktionen
- choose: []
default: !input post_actions
mode: single
max_exceeded: silent
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