## SyncNetOps:SNO_MZK:V1-160526
blueprint:
  name: "SNO- Heizung: Multi-Zonen Kalibrierung (v1.0)"
  description: |
    # 🌡️ SNO THERMOSTAT KALIBRIERUNG
    Diese Automatisierung gleicht die Temperaturabweichung zwischen externen Raumsensoren und Heizkörper-Thermostaten dynamisch aus.
    
    ---
    **Version:** 1.0.1 (SyncNetOps - Hotfix)

    ### ✨ Features
    * **Multi-Zone:** Bis zu 7 Heizzonen können zentral über eine Automatisierung verwaltet werden.
    * **Batterieschonend:** Eine konfigurierbare Mindest-Abweichung (Toleranz) verhindert unnötig viele Funk-Befehle bei minimalen Temperaturschwankungen.
    * **Sicher:** Die integrierte Cooldown-Sperre blockiert Feedback-Loops ("Aufschaukeln").
    * **Fehlertolerant:** Boot-sichere Templates und hybride Trigger sorgen für absolute Stabilität.
    ---
    🔗 **Hilfe & Detaillierte Anleitung:** [Projektseite / FAQ](https://sno.mb222.de/mzk-faq/)
    🐞 **Fehler gefunden?** [Issue auf GitHub öffnen](https://github.com/SyncNetOps/HA-Blueprint_Heizung-Multi-Zonen-Kalibrierung)
  domain: automation
  
  input:
    # --- GLOBALE EINSTELLUNGEN ---
    section_settings:
      name: "⚙️ Globale Logik & Parameter"
      icon: mdi:cog-outline
      input:
        cooldown_time:
          name: Cooldown-Sperre (Minuten)
          description: "Wartezeit nach einer Anpassung, bevor das Thermostat erneut kalibriert werden darf."
          default: 10
          selector:
            number:
              min: 1
              max: 60
              unit_of_measurement: min
              mode: slider
        min_delta:
          name: Mindest-Abweichung (°C)
          description: "Ab welcher Temperatur-Differenz soll der Offset geschrieben werden? (Empfehlung: 0.5°C)."
          default: 0.5
          selector:
            number:
              min: 0.1
              max: 2.0
              step: 0.1
              unit_of_measurement: °C
              mode: slider

    # --- ZONE 1 (Obligatorisch) ---
    section_zone1:
      name: "1️⃣ Zone 1 (Obligatorisch)"
      icon: mdi:numeric-1-box
      input:
        z1_name:
          name: Bezeichnung der Zone
          description: "Dient nur deiner Übersicht (z. B. Wohnzimmer)."
          default: "Zone 1"
          selector:
            text: {}
        z1_sensor:
          name: Externer Temperatursensor
          selector:
            entity:
              domain: sensor
              device_class: temperature
        z1_thermostat:
          name: Thermostat (Climate)
          selector:
            entity:
              domain: climate
        z1_calib:
          name: Kalibrierungs-Entität (Offset)
          selector:
            entity:
              domain: 
                - number
                - input_number

    # --- ZONE 2 (Optional) ---
    section_zone2:
      name: "2️⃣ Zone 2 (Optional)"
      icon: mdi:numeric-2-box
      collapsed: true
      input:
        z2_name:
          name: Bezeichnung der Zone
          default: "Zone 2"
          selector:
            text: {}
        z2_sensor:
          name: Externer Temperatursensor
          default: ""
          selector:
            entity:
              domain: sensor
              device_class: temperature
        z2_thermostat:
          name: Thermostat (Climate)
          default: ""
          selector:
            entity:
              domain: climate
        z2_calib:
          name: Kalibrierungs-Entität (Offset)
          default: ""
          selector:
            entity:
              domain: 
                - number
                - input_number

    # --- ZONE 3 (Optional) ---
    section_zone3:
      name: "3️⃣ Zone 3 (Optional)"
      icon: mdi:numeric-3-box
      collapsed: true
      input:
        z3_name:
          name: Bezeichnung der Zone
          default: "Zone 3"
          selector:
            text: {}
        z3_sensor:
          name: Externer Temperatursensor
          default: ""
          selector:
            entity:
              domain: sensor
              device_class: temperature
        z3_thermostat:
          name: Thermostat (Climate)
          default: ""
          selector:
            entity:
              domain: climate
        z3_calib:
          name: Kalibrierungs-Entität (Offset)
          default: ""
          selector:
            entity:
              domain: 
                - number
                - input_number

    # --- ZONE 4 (Optional) ---
    section_zone4:
      name: "4️⃣ Zone 4 (Optional)"
      icon: mdi:numeric-4-box
      collapsed: true
      input:
        z4_name:
          name: Bezeichnung der Zone
          default: "Zone 4"
          selector:
            text: {}
        z4_sensor:
          name: Externer Temperatursensor
          default: ""
          selector:
            entity:
              domain: sensor
              device_class: temperature
        z4_thermostat:
          name: Thermostat (Climate)
          default: ""
          selector:
            entity:
              domain: climate
        z4_calib:
          name: Kalibrierungs-Entität (Offset)
          default: ""
          selector:
            entity:
              domain: 
                - number
                - input_number

    # --- ZONE 5 (Optional) ---
    section_zone5:
      name: "5️⃣ Zone 5 (Optional)"
      icon: mdi:numeric-5-box
      collapsed: true
      input:
        z5_name:
          name: Bezeichnung der Zone
          default: "Zone 5"
          selector:
            text: {}
        z5_sensor:
          name: Externer Temperatursensor
          default: ""
          selector:
            entity:
              domain: sensor
              device_class: temperature
        z5_thermostat:
          name: Thermostat (Climate)
          default: ""
          selector:
            entity:
              domain: climate
        z5_calib:
          name: Kalibrierungs-Entität (Offset)
          default: ""
          selector:
            entity:
              domain: 
                - number
                - input_number

    # --- ZONE 6 (Optional) ---
    section_zone6:
      name: "6️⃣ Zone 6 (Optional)"
      icon: mdi:numeric-6-box
      collapsed: true
      input:
        z6_name:
          name: Bezeichnung der Zone
          default: "Zone 6"
          selector:
            text: {}
        z6_sensor:
          name: Externer Temperatursensor
          default: ""
          selector:
            entity:
              domain: sensor
              device_class: temperature
        z6_thermostat:
          name: Thermostat (Climate)
          default: ""
          selector:
            entity:
              domain: climate
        z6_calib:
          name: Kalibrierungs-Entität (Offset)
          default: ""
          selector:
            entity:
              domain: 
                - number
                - input_number

    # --- ZONE 7 (Optional) ---
    section_zone7:
      name: "7️⃣ Zone 7 (Optional)"
      icon: mdi:numeric-7-box
      collapsed: true
      input:
        z7_name:
          name: Bezeichnung der Zone
          default: "Zone 7"
          selector:
            text: {}
        z7_sensor:
          name: Externer Temperatursensor
          default: ""
          selector:
            entity:
              domain: sensor
              device_class: temperature
        z7_thermostat:
          name: Thermostat (Climate)
          default: ""
          selector:
            entity:
              domain: climate
        z7_calib:
          name: Kalibrierungs-Entität (Offset)
          default: ""
          selector:
            entity:
              domain: 
                - number
                - input_number

mode: single
max_exceeded: silent

trigger:
  # Sofortige Auslösung bei primärer Zone 1
  - platform: state
    entity_id: !input z1_sensor
  - platform: state
    entity_id: !input z1_thermostat
    attribute: current_temperature
  # Hybrider Timer verarbeitet sicher alle konfigurierten Zonen alle 3 Minuten.
  - platform: time_pattern
    minutes: "/3"

variables:
  cooldown_minutes: !input cooldown_time
  min_delta: !input min_delta
  
  # Entitäten Zuweisung
  s1: !input z1_sensor
  t1: !input z1_thermostat
  c1: !input z1_calib
  s2: !input z2_sensor
  t2: !input z2_thermostat
  c2: !input z2_calib
  s3: !input z3_sensor
  t3: !input z3_thermostat
  c3: !input z3_calib
  s4: !input z4_sensor
  t4: !input z4_thermostat
  c4: !input z4_calib
  s5: !input z5_sensor
  t5: !input z5_thermostat
  c5: !input z5_calib
  s6: !input z6_sensor
  t6: !input z6_thermostat
  c6: !input z6_calib
  s7: !input z7_sensor
  t7: !input z7_thermostat
  c7: !input z7_calib
  
  # Dynamisches Array über alle 7 Zonen
  zones:
    - sensor: "{{ s1 }}"
      thermostat: "{{ t1 }}"
      calib: "{{ c1 }}"
    - sensor: "{{ s2 }}"
      thermostat: "{{ t2 }}"
      calib: "{{ c2 }}"
    - sensor: "{{ s3 }}"
      thermostat: "{{ t3 }}"
      calib: "{{ c3 }}"
    - sensor: "{{ s4 }}"
      thermostat: "{{ t4 }}"
      calib: "{{ c4 }}"
    - sensor: "{{ s5 }}"
      thermostat: "{{ t5 }}"
      calib: "{{ c5 }}"
    - sensor: "{{ s6 }}"
      thermostat: "{{ t6 }}"
      calib: "{{ c6 }}"
    - sensor: "{{ s7 }}"
      thermostat: "{{ t7 }}"
      calib: "{{ c7 }}"

action:
  - repeat:
      for_each: "{{ zones }}"
      sequence:
        - choose:
            - conditions:
                # 1. Ist die Zone konfiguriert? (Überspringt leere Zonen sofort)
                - condition: template
                  value_template: "{{ repeat.item.sensor != '' and repeat.item.thermostat != '' and repeat.item.calib != '' }}"
                
                # 2. Sind die Entitäten aktuell verfügbar und haben gültige Werte?
                - condition: template
                  value_template: >
                    {{ states(repeat.item.sensor) not in ['unknown', 'unavailable', 'None', ''] and 
                       state_attr(repeat.item.thermostat, 'current_temperature') != None and
                       states(repeat.item.calib) not in ['unknown', 'unavailable', 'None', ''] }}
                
                # 3. Cooldown-Check für die Ziel-Entität (Float Cast schützt vor String-Multiplikation)
                - condition: template
                  value_template: >
                    {% set state_obj = states[repeat.item.calib] %}
                    {% if state_obj and state_obj.last_updated %}
                      {{ (now() - state_obj.last_updated).total_seconds() > (cooldown_minutes | float * 60) }}
                    {% else %}
                      true
                    {% endif %}
              
              sequence:
                - variables:
                    s_ent: "{{ repeat.item.sensor }}"
                    t_ent: "{{ repeat.item.thermostat }}"
                    c_ent: "{{ repeat.item.calib }}"
                    
                    # Werte sicher auslesen
                    real_temp: "{{ states(s_ent) | float(0) }}"
                    trv_temp: "{{ state_attr(t_ent, 'current_temperature') | float(0) }}"
                    current_offset: "{{ states(c_ent) | float(0) }}"
                    
                    diff: "{{ real_temp - trv_temp }}"
                    raw_offset: "{{ (current_offset + diff) | round(1) }}"
                    
                    # Hardware-Limits des Thermostats auslesen und sauber parsen
                    # >- streift Whitespaces ab, um String-Fehler in Folge-Templates zu verhindern
                    new_offset: >-
                      {%- set min_val = state_attr(c_ent, 'min') -%}
                      {%- set max_val = state_attr(c_ent, 'max') -%}
                      {%- set mn = min_val | float if min_val != None else -5.0 -%}
                      {%- set mx = max_val | float if max_val != None else 5.0 -%}
                      {%- set ro = raw_offset | float -%}
                      {%- if ro > mx -%}
                        {{ mx }}
                      {%- elif ro < mn -%}
                        {{ mn }}
                      {%- else -%}
                        {{ ro }}
                      {%- endif -%}
                
                # 4. Mindest-Delta Check (Verhindert Mikroupdates)
                # Strikter Float-Cast blockiert Jinja Typen-Fehler
                - condition: template
                  value_template: "{{ (new_offset | float - current_offset | float) | abs >= (min_delta | float) }}"
                
                # 5. Offset anwenden
                - service: number.set_value
                  target:
                    entity_id: "{{ c_ent }}"
                  data:
                    value: "{{ new_offset | float }}"