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292. "entry": null,
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338. ]
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355. "calibration_trigger": false,
356. "positioning_trigger": false,
357. "automation_name": "AUTOMATISIERUNG - Heizung Esszimmer",
358. "warnings": [
359. "To make Advance Heating Control work properly just setup the uptime integration (https://www.home-assistant.io/integrations/uptime/)"
360. ],
361. "climates_information": [
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367. }
368. ]
369. }
370. }
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427. "entities": []
428. }
429. }
430. ]
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438. "is_temperature_sensor_defined": "{{ input_temperature_sensor != [] }}",
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443. "minutes": 0,
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453. "is_guest_mode_defined": "{{ input_mode_guest != none }}",
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461. "factor": "{{ iif(input_hvac_mode == 'cool', -1, 1) | int }}",
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507. "input_liming_in_winter": false,
508. "input_liming_protection_duration": 1
509. },
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514. "input_hvac_mode": "heat",
515. "input_temperature_sensor": [],
516. "input_temperature_comfort": [],
517. "input_temperature_comfort_entity": "{{ iif(input_temperature_comfort == [], none, input_temperature_comfort) }}",
518. "input_temperature_comfort_static": 22,
519. "input_temperature_eco": [],
520. "input_temperature_eco_entity": "{{ iif(input_temperature_eco == [], none, input_temperature_eco) }}",
521. "input_temperature_eco_static": 19,
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526. "minutes": 0,
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533. "input_liming_protection_duration": 1,
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553. "minutes": 0,
554. "seconds": 30
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556. "input_windows_reaction_time_close": {
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558. "minutes": 0,
559. "seconds": 30
560. },
561. "input_window_open_temperature": 0,
562. "input_party_legacy_restore": false,
563. "input_window_legacy_restore": true,
564. "is_legacy_restore": "{{ input_party_legacy_restore or input_window_legacy_restore }}",
565. "input_mode_winter": null,
566. "input_invert_winter_mode_value": false,
567. "input_mode_outside_temperature": null,
568. "input_mode_outside_temperature_threshold": 20,
569. "input_mode_room_temperature": false,
570. "input_mode_room_temperature_threshold": 18,
571. "input_proximity": null,
572. "input_persons": [],
573. "input_mode_guest": null,
574. "input_people_entering_home_duration": {
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576. "minutes": 0,
577. "seconds": 2
578. },
579. "input_people_leaving_home_duration": {
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581. "minutes": 0,
582. "seconds": 2
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584. "input_mode_party": [],
585. "input_force_max_temperature": [],
586. "input_force_eco_temperature": [],
587. "input_calibration_delta": 5,
588. "input_calibration_generic": false,
589. "input_calibration_step_size": "0.1",
590. "input_calibration_key_word": "calibration",
591. "input_generic_calibration_offset": 5,
592. "input_aggressive_mode_offset": 0,
593. "input_aggressive_mode_range": 0,
594. "input_aggressive_mode_calibration": false,
595. "input_away_offset": 0,
596. "is_scheduler_away_mode": false,
597. "is_presence_away_mode": false,
598. "presence_ignor_people": false,
599. "input_adjustments": "[]",
600. "is_reset_temperature": false,
601. "is_off_instead_min": false,
602. "is_not_off_but_min": false,
603. "is_fahrenheit": false,
604. "is_heat_only_if_below_real_temp": false,
605. "is_physical_change_enabled": false,
606. "is_off_if_nobody_home": false,
607. "input_action_call_delay": {
608. "hours": 0,
609. "minutes": 0,
610. "seconds": 2
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612. "input_custom_action": null,
613. "input_startup_delay": {
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615. "minutes": 1,
616. "seconds": 0
617. },
618. "input_fully_open_difference": 1,
619. "input_valve_opening_keyword": "valve_opening_degree",
620. "input_valve_positioning_step_size": "10",
621. "input_valve_positioning_mode": "off",
622. "input_valve_positioning_timeout": {
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624. "minutes": 20,
625. "seconds": 0
626. },
627. "input_valve_positioning_max_opening": 100,
628. "is_temperature_sensor_defined": "{{ input_temperature_sensor != [] }}",
629. "invalid_states": "{{ ['unknown', 'unavailable'] }}\n",
630. "value_temperature_sensor": "{% if is_temperature_sensor_defined %}\n {{ states(input_temperature_sensor) }}\n{% else %}\n {{ 'unknown' }}\n{% endif %}\n",
631. "valid_temperature_sensor": "{{ value_temperature_sensor not in invalid_states }}\n",
632. "factor": "{{ iif(input_hvac_mode == 'cool', -1, 1) | int }}",
633. "current_time_stamp": "{{ now() }}",
634. "is_metric": "{{ not is_temperature_sensor_defined or (is_temperature_sensor_defined and state_attr(input_temperature_sensor,VAR_UNIT_OF_MEASUREMENT) == '°C') }}",
635. "up_time_sensor": "{{ integration_entities('uptime') | first | default(none) }}",
636. "is_uptime_defined": "{{ up_time_sensor != none }}",
637. "uptime": "{% if is_uptime_defined %}\n {{ states(up_time_sensor) | as_datetime }}\n{% else %}\n {{ current_time_stamp | as_datetime }}\n{% endif %}\n",
638. "startup_delay": "{% set start_delay_seconds = timedelta(**input_startup_delay).total_seconds() %}\n{% if not is_uptime_defined or start_delay_seconds == 0 %}\n {{ none }}\n{% else %}\n {% set difference = (current_time_stamp | as_datetime - uptime | as_datetime).total_seconds() %}\n {% set real_start_delay = (start_delay_seconds - difference) %}\n\n {{ iif(real_start_delay > 0, real_start_delay, none) }}\n{% endif %}\n",
639. "state_outside_temp": "{% if input_mode_outside_temperature == none %}\n {{ none }}\n{% else %}\n {% set outside_state = false %}\n {% set use_room_temp = input_mode_room_temperature and valid_temperature_sensor %}\n {% set room_state = iif(use_room_temp, false, true) %}\n\n {% set state = states(input_mode_outside_temperature) %}\n {% set state = iif(is_number(state) == true, state, state_attr(input_mode_outside_temperature,'temperature'))%}\n\n {% if is_number(state) %}\n {% set outside_state = (state | float - input_mode_outside_temperature_threshold | float) * factor < 0 %}\n {% endif %}\n\n {% if use_room_temp %}\n {% set state = states(input_temperature_sensor) %}\n\n {% if is_number(state) %}\n {% set room_state = (state | float - input_mode_room_temperature_threshold | float) * factor < 0 %}\n {% endif %}\n {% endif %}\n\n {{ room_state and outside_state }}\n{% endif %}\n",
640. "state_ahc": "{% set result = true %} {% if input_mode_winter != none %}\n {% set activation_state = iif(input_invert_winter_mode_value, 'off', 'on') %}\n {% set result = is_state(input_mode_winter, activation_state) %}\n{% endif %}\n{{ iif(state_outside_temp == none, result, result and state_outside_temp) }}\n",
641. "is_proximity_defined": "{{ input_proximity != none }}",
642. "state_proximity_arrived": "{% set proximity_entities = device_entities(input_proximity) %} {% set is_arrived = proximity_entities \n | select('is_state','arrived') \n | expand \n | selectattr('attributes.device_class', 'eq', 'enum') \n | list | count > 0 %}\n{{ is_arrived }}\n",
643. "state_proximity_way_home": "{% set proximity_entities = device_entities(input_proximity) %}\n{% set earliest_timestamp = current_time_stamp | as_datetime - timedelta(**input_proximity_duration) %} {% set uptime_duration = as_datetime(uptime) + timedelta(**input_proximity_duration) %}\n{% if uptime_duration > earliest_timestamp %}\n {% set earliest_timestamp = uptime_duration%}\n{% endif %}\n{% set entities_towards = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'enum') \n | selectattr('last_changed', '<=', earliest_timestamp)\n | map(attribute='entity_id') | select('is_state','towards')\n | map('regex_replace','_(?=[^_]*$)(.*)', '')\n | list %}\n\n{% set distances = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'distance')\n | map(attribute='state')\n | reject('eq', 'unknown')\n | map('int')\n | select('<=', input_proximity_distance | int)\n | map('string')\n | list %}\n\n{% set entities_distances = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'distance')\n | selectattr('state', 'in', distances)\n | map(attribute='entity_id')\n | map('regex_replace','_(?=[^_]*$)(.*)', '')\n | list %}\n\n{% set towards_and_in_distance = entities_towards | select('in', entities_distances) | list | count > 0 %}\n{{ towards_and_in_distance }}\n",
644. "is_person_defined": "{{ input_persons | count > 0 or input_mode_guest != none }}",
645. "is_guest_mode": "{{ input_mode_guest != none and is_state(input_mode_guest, 'on') }}",
646. "is_anybody_home": "{% if is_guest_mode %}\n {{ true }}\n{% elif not is_person_defined %}\n {{ false }}\n{% else %}\n {% set on_time_delta = current_time_stamp | as_datetime - timedelta(**input_people_entering_home_duration) %}\n {% set off_time_delta = current_time_stamp | as_datetime - timedelta(**input_people_leaving_home_duration) %}\n\n {% set uptime_on = as_datetime(uptime) + timedelta(**input_people_entering_home_duration) %}\n {% set uptime_off = as_datetime(uptime) + timedelta(**input_people_leaving_home_duration) %}\n\n {% set result = false %}\n\n {% if uptime_on > on_time_delta or uptime_off > off_time_delta %}\n {{ input_persons | expand \n | selectattr('state', 'eq', 'home') \n | list \n | count > 0 }}\n {% else %}\n {% set persons_home = state_attr('zone.home','persons') | select('in', input_persons) | list %}\n\n {% set somebody_is_home = persons_home | expand\n | selectattr('last_changed', '<=', on_time_delta)\n | list\n | count > 0 %}\n\n {% set somebody_is_leaving = persons_home | count == 0 and ['zone.home'] | expand | map(attribute='last_changed') | first | default(off_time_delta) > off_time_delta %}\n\n {{ somebody_is_home or somebody_is_leaving }}\n {% endif %}\n{% endif %}\n",
647. "is_anybody_home_or_proximity": "{{ is_anybody_home or state_proximity_way_home or state_proximity_arrived}}",
648. "active_scheduler": "{% set selected_scheduler = none %} {% set schedules_count = input_schedulers | count %}\n{% if schedules_count == 0 %}\n {% set selected_scheduler = none %}\n{% elif schedules_count == 1 or input_scheduler_selector == none %}\n {% set selected_scheduler = input_schedulers | first %}\n{% elif schedules_count > 1 %}\n {% set selector_value = states(input_scheduler_selector) %}\n\n {% if is_number(selector_value) %}\n {% set selector_value = iif(selector_value | int > schedules_count, schedules_count, selector_value) %}\n {% set selector_value = iif(selector_value | int <= 0, 1, selector_value) %}\n {% set selected_scheduler = input_schedulers[selector_value | int - 1] %}\n {% elif selector_value in ['on','off'] %}\n {% set selected_scheduler = iif(selector_value == 'off', input_schedulers[0], input_schedulers[1]) %}\n {% else %}\n {% set selected_scheduler = input_schedulers | expand | selectattr('attributes.friendly_name', 'eq', selector_value) | map(attribute='entity_id') | first | default(none) %}\n {% if (selected_scheduler == none) %}\n {% set selected_scheduler = input_schedulers | expand | selectattr('attributes.friendly_name', 'search', '(?i)' + selector_value) | map(attribute='entity_id') | first | default(none) %}\n {% endif %}\n {% endif %}\n{% endif %}\n{{ selected_scheduler }}\n",
649. "is_scheduler_defined": "{{ active_scheduler != none }}",
650. "state_scheduler": "{{ active_scheduler != none and is_state(active_scheduler,'on') }}",
651. "is_presence_sensor_defined": "{{ input_presence_sensor != none }}",
652. "is_presence_scheduler_defined": "{{ input_scheduler_presence != none }}",
653. "state_presence_scheduler": "{{ is_presence_scheduler_defined and is_state(input_scheduler_presence, 'on') }}",
654. "state_presence_sensor": "{% if not is_presence_sensor_defined %}\n {{ false }}\n{% else %}\n {% set last_changed = [input_presence_sensor] | expand | map(attribute='last_changed') | first %}\n {% set sensor_state = is_state(input_presence_sensor, 'on') %}\n {% set reaction_time = iif(sensor_state, input_presence_reaction_on_time, input_presence_reaction_off_time) %}\n {% set min_timestamp = last_changed + timedelta(**reaction_time) %}\n {% set current_ts = current_time_stamp | as_datetime%}\n\n {% if is_uptime_defined and as_datetime(uptime) + timedelta(**reaction_time) > current_ts - timedelta(**reaction_time) %}\n {{ sensor_state }}\n {% else %}\n {% set is_limit = min_timestamp <= current_ts %}\n\n {{ (sensor_state == true and is_limit) or (sensor_state == false and not is_limit) }}\n {% endif %}\n{% endif %}\n",
655. "state_presence": "{{ iif(is_presence_scheduler_defined, state_presence_scheduler and state_presence_sensor, state_presence_sensor) }}\n",
656. "is_force_max_temperature": "{{ input_force_max_temperature != [] and is_state(input_force_max_temperature, 'on') }}",
657. "is_force_eco_temperature": "{{ input_force_eco_temperature != [] and is_state(input_force_eco_temperature, 'on') }}",
658. "active_party_entity": "{{ input_mode_party | expand | selectattr('state', 'in', ['active','on']) | map(attribute='entity_id') | first | default(none) }}",
659. "state_party": "{{ active_party_entity != none }}",
660. "party_temp": "{% set pos_party_temp = none %} {% if state_party == true %}\n {% set name = state_attr(active_party_entity,'friendly_name') %}\n {% set pos_temp = name.split(' ') | last %}\n {% if is_number(pos_temp) %}\n {% set pos_party_temp = pos_temp | float %}\n {% endif %}\n{% endif %} {{ pos_party_temp }}\n",
661. "is_away": "{% if is_person_defined and not is_anybody_home_or_proximity %}\n {{ (is_scheduler_away_mode and state_scheduler) or (is_presence_away_mode and state_presence_scheduler and not state_presence) }}\n{% elif presence_ignor_people and is_presence_away_mode %}\n {{ state_presence_scheduler and not state_presence }}\n{% elif is_presence_away_mode and is_person_defined and is_anybody_home_or_proximity and not presence_ignor_people %}\n {{ not state_presence }}\n{% else %}\n {{ false }}\n{% endif %}\n",
662. "state_window": "{% set current_ts = current_time_stamp | as_datetime %} {% set on_time_delta = current_ts - timedelta(**input_windows_reaction_time_open) %} {% set off_time_delta = current_ts - timedelta(**input_windows_reaction_time_close) %}\n{% set has_open_windows = input_windows \n | expand\n | selectattr('state', 'in', ['on','open','tilted'])\n | selectattr('last_changed', '<=', on_time_delta)\n | list\n | count > 0 %}\n\n{% set closed_but_not_in_duration = input_windows \n | expand\n | selectattr('state', 'in', ['off','closed'])\n | selectattr('last_changed', '>=', off_time_delta)\n | list\n | count > 0 %}\n\n{{ has_open_windows or closed_but_not_in_duration }}\n",
663. "is_aggressive_mode": "{{ input_aggressive_mode_offset > 0 }}",
664. "is_aggressive_mode_calibration": "{{ is_aggressive_mode and input_aggressive_mode_calibration and valid_temperature_sensor }}",
665. "is_frost_protection": "{% set frost_protection_timestamp = as_datetime(current_time_stamp) - timedelta(**input_frost_protection_duration) %} {% if frost_protection_timestamp == as_datetime(current_time_stamp) %}\n {{ false }}\n{% else %}\n {% set relevant_entities = [input_presence_sensor] + [input_mode_guest] + input_persons %}\n {% set relevant_entities_count = relevant_entities | reject('eq',none) | list | count %}\n\n {% if relevant_entities_count > 0 %}\n\n {% set presence_count = [input_presence_sensor] \n | reject('eq',none)\n | reject('is_state','on')\n | expand \n | selectattr('last_changed', '<=', frost_protection_timestamp)\n | list | count %}\n\n {% set persons_count = input_persons\n | reject('eq',none)\n | reject('is_state','home')\n | expand\n | selectattr('last_changed', '<=', frost_protection_timestamp)\n | list | count %}\n\n {% set guest_mode_count = [input_mode_guest] \n | reject('eq',none)\n | reject('is_state','on')\n | expand \n | selectattr('last_changed', '<=', frost_protection_timestamp)\n | list | count %}\n\n {{ presence_count + guest_mode_count + persons_count == relevant_entities_count }}\n {% else %}\n {{ false }}\n {% endif %}\n{% endif %}\n",
666. "is_liming_protection": "{% if not input_liming_protection%}\n {{ false }}\n{% else %}\n {% set enable_liming = true %}\n {% if input_mode_winter != none %}\n {% set enable_liming = is_state(input_mode_winter,'on') or input_liming_in_winter %}\n {% endif %}\n\n {% set current_timestamp = now() %}\n\n {% set is_liming_day = input_liming_protection_day == as_datetime(current_timestamp).strftime('%a') %}\n\n {% set start_hour = input_liming_protection_time.split(':')[0] | int %}\n {% set start_minute = input_liming_protection_time.split(':')[1] | int %}\n\n {% set today_start = as_datetime(current_timestamp).replace(second=0,microsecond=0,hour=start_hour,minute=start_minute) %}\n {% set today_end = as_datetime(current_timestamp).replace(second=0,microsecond=0,hour=start_hour,minute=start_minute) + timedelta(minutes=input_liming_protection_duration | int) %}\n\n {% set is_liming_time = as_datetime(current_timestamp) >= today_start and as_datetime(current_timestamp) <= today_end %}\n\n {{ enable_liming and is_liming_day and is_liming_time }}\n{% endif %}\n",
667. "valves": "{{ input_trvs | expand\n | selectattr('attributes.hvac_modes','search','(?i)'+input_hvac_mode) \n | map(attribute='entity_id') \n | list }}\n",
668. "valves_unsupported": "{{ input_trvs | reject('in',valves) | list }}\n",
669. "valves_off_mode": "{{ valves | expand | selectattr('attributes.hvac_modes','search','(?i)off') \n | map(attribute='entity_id') \n | list }}\n",
670. "valves_without_off_mode": "{{ valves | reject('in',valves_off_mode) | list }}\n",
671. "valves_tado": "{{ valves | select('is_device_attr', 'manufacturer', 'Tado') | list }}",
672. "valves_xiaomi_xiaomi": "{{ valves | select('is_device_attr', 'manufacturer', 'Xiaomi') | list }}",
673. "valves_xiaomi_aqara": "{{ valves | select('is_device_attr', 'manufacturer', 'Aqara') | list }}",
674. "valves_xiaomi": "{{ valves_xiaomi_xiaomi + valves_xiaomi_aqara }}",
675. "valves_danfoss": "{{ valves | select('is_device_attr', 'manufacturer', 'Danfoss') | list }}",
676. "valves_popp": "{{ valves | select('is_device_attr', 'manufacturer', 'Popp') | list }}",
677. "valves_hive": "{{ valves | select('is_device_attr', 'manufacturer', 'Hive') | list }}",
678. "valves_dph": "{{ valves_danfoss + valves_popp + valves_hive }}",
679. "valves_calibration_common": "{{ valves | reject('in', valves_tado + valves_dph + valves_xiaomi) | list }}",
680. "last_comfort_entity_change": "{{ [input_temperature_comfort_entity] | expand | map(attribute='last_changed') | list | first | default(none) }}",
681. "last_eco_entity_change": "{{ [input_temperature_eco_entity] | expand | map(attribute='last_changed') | list | first | default(none) }}",
682. "latest_entry_today": "{% set scheduler_name = none %} {% if active_scheduler != none %}\n {% set scheduler_name = state_attr(active_scheduler,'friendly_name') %}\n{% endif %}\n{% set current_ts = current_time_stamp | as_datetime %}\n{% set current_day = current_ts.strftime('%a') %} {% set current_time = current_ts.strftime('%H:%M') %}\n{% set plan = input_adjustments | rejectattr('time', 'undefined') \n | selectattr('time','<=', current_time| string)\n | list %}\n\n{% set selected_entries_days_and_schedule = plan | rejectattr('days','==',Undefined) | selectattr('days','search',current_day) \n | rejectattr('scheduler','==',Undefined) | selectattr('scheduler','in',scheduler_name) \n | list %}\n\n{% set selected_entries_days = plan | rejectattr('days','==',Undefined) | selectattr('days','search',current_day) \n | selectattr('scheduler','in',[Undefined])\n | list %}\n\n{% set selected_entries_schedule = plan | rejectattr('scheduler','==',Undefined) | selectattr('scheduler','in',scheduler_name) \n | selectattr('days','in',[Undefined])\n | list %}\n\n{% set selected_entries_time_only = plan | selectattr('days','in',[Undefined]) \n | selectattr('scheduler','in',[Undefined]) \n | list %}\n\n{% set selected_entries = selected_entries_days_and_schedule + selected_entries_days + selected_entries_schedule + selected_entries_time_only %}\n{% if selected_entries | count > 0%}\n {{ selected_entries | sort(attribute='time', reverse = true) | first }}\n{% else %}\n {{ none }}\n{% endif %}\n",
683. "latest_entry_day_before": "{% set timestamp = as_datetime(current_time_stamp).replace(hour=23,minute=59) + timedelta(days=-1) %}\n{% set scheduler_name = none %} {% if active_scheduler != none %}\n {% set scheduler_name = state_attr(active_scheduler,'friendly_name') %}\n{% endif %}\n{% set current_day = timestamp.strftime('%a') %} {% set current_time = timestamp.strftime('%H:%M') %}\n{% set plan = input_adjustments | rejectattr('time', 'undefined') \n | selectattr('time','<=', current_time| string)\n | list %}\n\n{% set selected_entries_days_and_schedule = plan | rejectattr('days','==',Undefined) | selectattr('days','search',current_day) \n | rejectattr('scheduler','==',Undefined) | selectattr('scheduler','in',scheduler_name) \n | list %}\n\n{% set selected_entries_days = plan | rejectattr('days','==',Undefined) | selectattr('days','search',current_day) \n | selectattr('scheduler','in',[Undefined])\n | list %}\n\n{% set selected_entries_schedule = plan | rejectattr('scheduler','==',Undefined) | selectattr('scheduler','in',scheduler_name) \n | selectattr('days','in',[Undefined])\n | list %}\n\n{% set selected_entries_time_only = plan | selectattr('days','in',[Undefined]) \n | selectattr('scheduler','in',[Undefined]) \n | list %}\n\n{% set selected_entries = selected_entries_days_and_schedule + selected_entries_days + selected_entries_schedule + selected_entries_time_only %}\n{% if selected_entries | count > 0%}\n {{ selected_entries | sort(attribute='time', reverse = true) | first }}\n{% else %}\n {{ none }}\n{% endif %}\n",
684. "entry": "{{ iif(latest_entry_today != none, latest_entry_today, latest_entry_day_before) }}",
685. "entry_time": "{% if entry != none %}\n {% set entry_hour = entry['time'].split(':')[0] | int %}\n {% set entry_minute = entry['time'].split(':')[1] | int %}\n {{ as_datetime(current_time_stamp).replace(hour=entry_hour, minute=entry_minute, second=0, microsecond=0) + timedelta(days=iif(latest_entry_today == none,-1,0)) }}\n{% endif %}\n",
686. "entry_comfort_temp": "{% if entry != none and 'comfort' in entry.keys() and (last_comfort_entity_change == none or as_datetime(entry_time) > as_datetime(last_comfort_entity_change)) %}\n {% set entry_temp = entry['comfort']%} \n {% if is_number(entry_temp) %}\n {{ entry_temp }}\n {% elif states[entry_temp] != none %}\n {{ states(entry_temp) }}\n {% endif %}\n{% else %}\n {{ none }}\n{% endif %}\n",
687. "entry_eco_temp": "{% if entry != none and 'eco' in entry.keys() and (last_eco_entity_change == none or as_datetime(entry_time) > as_datetime(last_eco_entity_change)) %}\n {% set entry_temp = entry['eco']%} \n {% if is_number(entry_temp) %}\n {{ entry_temp }}\n {% elif states[entry_temp] != none %}\n {{ states(entry_temp) }}\n {% endif %}\n{% else %}\n {{ none }}\n{% endif %}\n",
688. "entry_calibration": "{% if entry != none and 'calibration' in entry.keys() %}\n {{ entry['calibration'] == 'on' }}\n{% else %}\n {{ true }}\n{% endif %}\n",
689. "entry_mode": "{% if entry != none and 'mode' in entry.keys() %}\n {{ entry['mode'] }}\n{% else %}\n {{ 'auto' }}\n{% endif %}\n",
690. "trigger_id_defined": "{{ trigger.id is defined }}",
691. "is_calibration_trigger": "{% if valves_dph | count > 0 and trigger_id_defined and trigger.id in ['calibration_popp_ping','calibration_popp_change'] %}\n {{ true }}\n{% elif is_aggressive_mode_calibration and trigger_id_defined and 'aggressive_mode' in trigger.id %}\n {{ true }}\n{% else %}\n {{ trigger_id_defined and 'calibration' in trigger.id and not trigger.id == 'calibration_aggressive_mode_thermostat_temp_change' }}\n{% endif %}\n",
692. "is_generic_calibration_trigger": "{{ is_calibration_trigger and input_calibration_generic }}",
693. "is_generic_calibration": "{{ is_generic_calibration_trigger and entry_calibration and valid_temperature_sensor }}",
694. "is_aggressive_mode_trigger": "{{ is_aggressive_mode and trigger_id_defined and 'aggressive_mode' in trigger.id }}",
695. "is_change_trigger": "{{ trigger_id_defined and \n 'temperature_change' in trigger.id and \n ('presence' in trigger.id or \n 'scheduler' in trigger.id or \n 'proximity' in trigger.id or \n 'person' in trigger.id or\n '_ds' in trigger.id)\n and not trigger.id == 'temperature_change_valve_target' }}\n",
696. "set_max_temperature": "{{ is_force_max_temperature or is_liming_protection }}",
697. "is_pysical_change": "{{ trigger_id_defined \n and trigger.id == 'temperature_change_valve_target' \n and is_physical_change_enabled\n and not state_window\n and not set_max_temperature\n and not is_away }}\n",
698. "is_adjustment_trigger": "{{ trigger_id_defined and trigger.id == 'temperature_change_heating_adjustment' and (entry_comfort_temp != none or entry_eco_temp != none) }}",
699. "is_reset": "{{ (is_reset_temperature and is_change_trigger) or \n is_pysical_change or is_adjustment_trigger }}\n",
700. "is_changes_trigger": "{% if state_window %}\n {% if trigger_id_defined and 'temperature_change_window_on' in trigger.id %}\n {{ true }}\n {% elif trigger_id_defined and 'temperature_change_window_off' not in trigger.id %}\n {{ false }}\n {% endif %}\n{% elif trigger.platform == none %}\n {{ true }}\n{% elif trigger_id_defined and trigger.id == 'temperature_change_valve_target' %}\n {{ false }}\n{% elif is_heat_only_if_below_real_temp and trigger_id_defined and 'above_temp' in trigger.id %}\n {{ true }}\n{% elif is_aggressive_mode_calibration and is_aggressive_mode_trigger %}\n {{ false }}\n{% elif is_aggressive_mode_trigger %}\n {{ true }}\n{% elif is_generic_calibration %}\n {{ true }}\n{% else %}\n {{ trigger_id_defined and 'temperature_change' in trigger.id}}\n{% endif %}\n",
701. "is_scene_create_trigger": "{{ trigger_id_defined and ((\"window_on\" in trigger.id and not state_party) or (\"party_on\" in trigger.id and not state_window)) }}\n",
702. "is_scene_apply_trigger": "{{ trigger_id_defined and (\"window_off\" in trigger.id or \"party_off\" in trigger.id) and not is_legacy_restore and not (state_window or state_party) }}\n",
703. "is_scene_destroy_trigger": "{{ (is_change_trigger or trigger.id == 'temperature_change_heating_adjustment') and (state_window or state_party) }}\n",
704. "scene_entities": "{{ valves }}",
705. "scene_window_id": "{{ 'scene.' + this.entity_id | replace('automation.','') | replace('.','_') + '_window' }}",
706. "scene_party_id": "{{ 'scene.' + this.entity_id | replace('automation.','') | replace('.','_') + '_party' }}",
707. "scenes_all": "{{ [scene_window_id, scene_party_id] }}",
708. "scene_to_apply": "{% if is_scene_apply_trigger and \"window_off\" in trigger.id %}\n {{ scene_window_id }}\n{% elif is_scene_apply_trigger and \"party_off\" in trigger.id %}\n {{ scene_party_id }}\n{% else %}\n {{ none }}\n{% endif %}\n",
709. "scenes_to_destroy": "{% set scenes = [] %} {% if is_scene_destroy_trigger %}\n {% set scenes = iif(state_window, scenes + [scene_window_id], scenes) %}\n {% set scenes = iif(state_party, scenes + [scene_party_id], scenes) %}\n{% endif %} {{ scenes }}\n",
710. "scene_to_create": "{{ iif(is_scene_create_trigger and \"window_on\" in trigger.id, scene_window_id, scene_party_id) }}\n",
711. "set_comfort": "{% if is_force_max_temperature %}\n {{ true }}\n{% elif entry_mode == 'eco' %}\n {{ false }}\n{% elif entry_mode == 'comfort' %}\n {{ true }}\n{% elif state_party %}\n {{ true }}\n{% elif is_force_eco_temperature %}\n {{ false }}\n{% elif is_away %}\n {{ true }}\n{% elif not is_scheduler_defined and not is_presence_sensor_defined %}\n {{ is_anybody_home_or_proximity }}\n{% else %}\n {% set comfort_state = state_scheduler or state_presence %}\n\n {% if is_person_defined or is_proximity_defined %}\n {{ is_anybody_home_or_proximity and comfort_state }}\n {% else %}\n {{ comfort_state }}\n {% endif %}\n{% endif %}\n",
712. "mode": "{% if not state_ahc %}\n {{ 'off' }}\n{% elif state_window and input_window_open_temperature | int == 0 and not set_max_temperature %}\n {{ 'off' }}\n{% elif entry_mode == 'off' %}\n {{ 'off' }}\n{% elif is_off_instead_min and not set_comfort %} \n {{ 'off' }}\n{% elif is_off_if_nobody_home and is_person_defined and not is_anybody_home_or_proximity and not set_comfort %}\n {{ 'off' }}\n{% else %}\n {{ input_hvac_mode }}\n{% endif %}\n",
713. "temperature_comfort_of_entity": "{% if(input_temperature_comfort_entity != none) %}\n {{ states(input_temperature_comfort_entity) | float }}\n{% else %}\n {{ none }}\n{% endif %}\n",
714. "temperature_eco_of_entity": "{% if(input_temperature_eco_entity != none) %}\n {{ states(input_temperature_eco_entity) | float }}\n{% else %}\n {{ none }}\n{% endif %}\n",
715. "temperature_comfort": "{{ [entry_comfort_temp, temperature_comfort_of_entity, input_temperature_comfort_static] | reject('==', none) | first }}",
716. "temperature_away": "{{ temperature_comfort | float - input_away_offset }}",
717. "temperature_eco": "{{ [entry_eco_temp, temperature_eco_of_entity, input_temperature_eco_static] | reject('==', none) | first }}",
718. "target_temperature": "{% if state_window and input_window_open_temperature > 0 %}\n {{ input_window_open_temperature }}\n{% elif state_party %}\n {{ iif(party_temp != none, party_temp, temperature_comfort) }}\n{% elif is_frost_protection %}\n {{ input_frost_protection_temp }}\n{% else %}\n {{ iif(set_comfort, iif(is_away, temperature_away, temperature_comfort), temperature_eco) }}\n{% endif %}\n",
719. "changes": "{% set n = namespace(dict=[]) %}\n{% set original_mode = mode %}\n{% if not is_changes_trigger %}\n {{ n.dict }}\n{% else %}\n {% for valve in input_trvs %}\n\n {% set current_valve_temp = state_attr(valve, 'current_temperature') | float(20) %}\n {% set current_valve_target_temp = state_attr(valve, 'temperature') | float(temperature) %}\n {% set current_valve_mode = states(valve) %}\n {% set min_temp = state_attr(valve, 'min_temp') | float(5) %}\n {% set max_temp = state_attr(valve, 'max_temp') | float(30) %}\n\n {% set valve_temp = target_temperature %}\n\n {% set dont_turn_off = \n valve in valves_without_off_mode or \n is_not_off_but_min or \n (state_window and input_window_open_temperature > 0) or\n set_max_temperature %}\n\n {% set ref_temp = current_valve_temp %}\n {% if valid_temperature_sensor %}\n {% set ref_temp = value_temperature_sensor | float(current_valve_temp) %}\n {% endif %}\n\n {% if is_heat_only_if_below_real_temp and iif(factor == 1, target_temperature <= ref_temp, target_temperature >= ref_temp) %}\n {% set mode = 'off' %}\n {% endif %}\n\n {% set valve_mode = iif(mode == 'off' and dont_turn_off, current_valve_mode, mode) %}\n\n {% if mode != 'off' %}\n\n {% if is_aggressive_mode and not is_aggressive_mode_calibration %}\n\n {% set temp_diff = valve_temp - ref_temp %}\n\n {% if temp_diff * factor < input_aggressive_mode_range * -1 %}\n {% set valve_temp = valve_temp - input_aggressive_mode_offset * factor %}\n {% elif temp_diff * factor > input_aggressive_mode_range %}\n {% set valve_temp = valve_temp + input_aggressive_mode_offset * factor %}\n {% endif %}\n\n {% endif %}\n\n {% if input_calibration_generic %}\n\n {% if current_valve_temp != ref_temp %}\n {% set offset = current_valve_temp - ref_temp %}\n\n {% set offset = iif(offset > float(input_generic_calibration_offset), input_generic_calibration_offset, offset) %}\n {% set offset = iif(offset < float(input_generic_calibration_offset) * -1, input_generic_calibration_offset * -1, offset) %}\n\n {% set temp_with_offset = float(valve_temp) + float(offset) %}\n {% set step = state_attr(valve, 'target_temp_step') | float(0.5) %}\n\n {% set temp_with_offset = (temp_with_offset | float(0) / float(step)) | round(0) * float(step) %}\n\n {% set valve_temp = iif(input_calibration_step_size == 'full', float(temp_with_offset) | round(), temp_with_offset | round(1)) %}\n\n {% endif %}\n {% endif %}\n\n {% endif %}\n\n {% if mode == 'off' and dont_turn_off %}\n {% set valve_temp = min_temp %}\n {% endif %}\n\n {% set valve_temp = iif(set_max_temperature, max_temp, valve_temp) %}\n {% set valve_temp = iif(valve_temp > max_temp, max_temp, valve_temp) %}\n {% set valve_temp = iif(valve_temp < min_temp, min_temp, valve_temp) %}\n\n {% if current_valve_mode != valve_mode or current_valve_target_temp != valve_temp %}\n {% set n.dict = n.dict + [(valve, [{'mode': valve_mode , 'temp': valve_temp}])] %}\n {% endif %}\n\n {% endfor %}\n\n {% set mode = original_mode %}\n\n {{ dict.from_keys(n.dict) }}\n{% endif %}\n",
720. "positioning": "{% set n = namespace(dict=[]) %}\n{% if input_valve_positioning_mode == 'off' %}\n {{ n.dict }}\n{% else %}\n {% for valve in input_trvs %}\n\n {% set current_temp = state_attr(valve, 'current_temperature') | float(none) %}\n {% if valid_temperature_sensor %}\n {% set current_temp = value_temperature_sensor | float(none) %}\n {% endif %}\n\n {% set target_temp = state_attr(valve, 'temperature') | float(none) %}\n\n {% set open_valve_entity = device_entities(device_id(valve)) | expand \n | selectattr('domain','in','number') \n | selectattr('entity_id', 'search', input_valve_opening_keyword)\n | map(attribute='entity_id') \n | list | first | default(none) %}\n\n {% if open_valve_entity != none and current_temp != none and target_temp != none and\n (\n (trigger_id_defined and trigger.id == 'positioning_event') or \n ([open_valve_entity] | expand | map(attribute='last_changed') | first) + timedelta(**input_valve_positioning_timeout) <= now()\n )\n %}\n\n {% set opening = 100 %}\n {% set difference = target_temp - current_temp %}\n {% set step_size = input_valve_positioning_step_size | int %}\n\n {% if input_fully_open_difference > 0 and not is_force_max_temperature %}\n\n {% set opening_regular = (100 / input_fully_open_difference) * difference %}\n {% set opening_pessimistic = sqrt(((100 / input_fully_open_difference) * difference) | abs) * 10 %}\n {% set opening_optimistic = ((100 / input_fully_open_difference) * difference)**2 / 100 %}\n\n {% set opening = opening_regular %}\n {% set opening = iif(input_valve_positioning_mode == 'pessimistic', opening_pessimistic, opening) %}\n {% set opening = iif(input_valve_positioning_mode == 'optimistic', opening_optimistic, opening) %}\n\n {% set opening = iif(difference >= input_fully_open_difference, 100, opening) %}\n {% set opening = iif(difference < 0, 0, opening) %}\n\n {% set opening = opening / 100 * input_valve_positioning_max_opening %}\n\n {% set opening = ((opening + step_size / 2) // step_size * step_size) | int %}\n {% endif %}\n\n {% set open_valve_entity_value = states(open_valve_entity) | int %}\n\n {% if open_valve_entity_value != opening %}\n {% set n.dict = n.dict + [(valve, [{'entity': open_valve_entity , 'value': opening, 'current_temp': current_temp, 'target_temp': target_temp, 'difference': difference}])] %}\n {% endif %}\n\n {% endif %}\n {% endfor %}\n\n {{ dict.from_keys(n.dict) }}\n{% endif %}\n",
721. "reset_data": "{% set result = [] %} {% if is_adjustment_trigger %}\n {% if entry_comfort_temp != none and input_temperature_comfort_entity != none %}\n {% set result = result + [{'entity': input_temperature_comfort_entity, 'temp': entry_comfort_temp}] %}\n {% endif %}\n {% if entry_eco_temp != none and input_temperature_eco_entity != none %}\n {% set result = result + [{'entity': input_temperature_eco_entity, 'temp': entry_eco_temp}] %}\n {% endif %}\n{% else %}\n {% set entity = none %}\n {% if is_reset and set_comfort %}\n {% set entity = iif(is_pysical_change, input_temperature_comfort_entity, input_temperature_eco_entity) %}\n {% elif is_reset and not set_comfort %}\n {% set entity = iif(is_pysical_change, input_temperature_eco_entity, input_temperature_comfort_entity) %}\n {% endif %}\n\n {% set temp_r = none %}\n {% if is_pysical_change %}\n {% set temp_r = state_attr(trigger.to_state.entity_id,'temperature') %}\n {% else %}\n {% set temp_r = iif(is_reset and entity == input_temperature_eco_entity, \n input_temperature_eco_static, input_temperature_comfort_static) %}\n {% endif %}\n\n {% if entity != none and temp_r != none %}\n {% set result = result + [{'entity': entity, 'temp': temp_r}] %}\n {% endif %}\n{% endif %}\n{{ result }}\n",
722. "is_reset_trigger": "{{ is_reset and reset_data | count > 0 }}",
723. "is_native_calibration": "{{ not input_calibration_generic and entry_calibration and valid_temperature_sensor }}",
724. "is_native_calibration_trigger": "{{ is_calibration_trigger and is_native_calibration }}",
725. "rounding_mode": "{% if is_number(input_calibration_step_size) or input_calibration_step_size == 'full' %}\n {{ 'manual' }}\n{% else %}\n {{ 'auto' }}\n{% endif %}\n",
726. "calibration_tado": "{% set n = namespace(dict=[]) %}\n{% if is_native_calibration_trigger %}\n {% for valve in valves_tado %}\n\n {% set offset_old = state_attr(valve, 'offset_celsius') | float(0) %}\n {% set local_temperature = state_attr(valve, 'current_temperature') | float %}\n {% set calibration_sensor_temperature = value_temperature_sensor | float %}\n \n {% set offset_new = (-(local_temperature - calibration_sensor_temperature) + offset_old) %}\n\n {% if is_aggressive_mode_calibration %} \n {% set temp_diff = state_attr(valve,'temperature') | float(target_temperature) - calibration_sensor_temperature %}\n\n {% if temp_diff * factor < input_aggressive_mode_range * -1 %}\n {% set offset_new = offset_new + input_aggressive_mode_offset * factor %}\n {% elif temp_diff * factor > input_aggressive_mode_range %}\n {% set offset_new = offset_new - input_aggressive_mode_offset * factor %}\n {% endif %}\n {% endif %}\n\n {% set t_min = -10.9 %}\n {% set t_max = 10.9 %}\n\n {% set offset_new = iif(offset_new > t_max, t_max, offset_new) %}\n {% set offset_new = iif(offset_new < t_min, t_min, offset_new) %}\n\n {% set offset_new = offset_new | round(1) %}\n\n {% if (float(offset_old) - float(offset_new)) | abs >= float(input_calibration_delta) %}\n {% set n.dict = n.dict + [(valve, [{'value': offset_new }])] %}\n {% endif %}\n\n {% endfor %}\n{% endif %}\n{{ dict.from_keys(n.dict) }}\n",
727. "calibration_xiaomi": "{% set n = namespace(dict=[]) %}\n{% if is_native_calibration_trigger %}\n {% for valve in valves_xiaomi %}\n\n {% set calibration_entities = device_entities(device_id(valve)) |\n expand | selectattr('domain','in','number') |\n selectattr('entity_id', 'search', input_calibration_key_word) |\n map(attribute='entity_id') | list %}\n\n {% if calibration_entities | count > 0 %}\n\n {% set calibration_entity = calibration_entities | first %}\n {% set offset_old = states(calibration_entity) | float(0) %}\n {% set offset_new = value_temperature_sensor | float %}\n \n {% set step = state_attr(calibration_entity, 'step') | float(1) %}\n {% if rounding_mode == 'manual' %} \n {% set step = input_calibration_step_size | float(1) %}\n {% endif %}\n\n {% set min_val = state_attr(calibration_entity,'min') | float(0) %}\n {% set max_val = state_attr(calibration_entity,'max') | float(55) %}\n \n {% if is_aggressive_mode_calibration %} \n {% set temp_diff = state_attr(valve,'temperature') | float(target_temperature) - value_temperature_sensor | float %}\n\n {% if temp_diff * factor < input_aggressive_mode_range * -1 %}\n {% set offset_new = offset_new + input_aggressive_mode_offset * factor %}\n {% elif temp_diff * factor > input_aggressive_mode_range %}\n {% set offset_new = offset_new - input_aggressive_mode_offset * factor %}\n {% endif %}\n {% endif %}\n\n {% set round_size = iif('.' in (step | string), (step | string).split('.')[1] | length, 0) %}\n {% set offset_new = ((offset_new | float(0) / step) | round(0) * step) | round(round_size) | float %}\n\n {% set offset_new = iif(offset_new > max_val, max_val, offset_new) %}\n {% set offset_new = iif(offset_new < min_val, min_val, offset_new) %}\n\n {% if (float(offset_old) - float(offset_new)) | abs >= float(input_calibration_delta) %}\n {% set n.dict = n.dict + [(calibration_entity, [{'value': offset_new, 'valve': valve}])] %}\n {% endif %}\n {% endif %}\n\n {% endfor %}\n{% endif %}\n{{ dict.from_keys(n.dict) }}\n",
728. "calibration_dph": "{% set n = namespace(dict=[]) %} {% if is_native_calibration_trigger %}\n\n {% for valve in valves_dph %}\n\n {% set calibration_entities = device_entities(device_id(valve)) |\n expand | selectattr('domain','in','number') |\n selectattr('entity_id', 'search', input_calibration_key_word) |\n map(attribute='entity_id') | list %}\n\n {% if calibration_entity != calibration_entities | count > 0 %}\n\n {% set calibration_entity = calibration_entities | first %}\n\n {% set min_val = state_attr(calibration_entity,'min')%}\n {% set max_val = state_attr(calibration_entity,'max')%}\n \n {% set step = state_attr(calibration_entity, 'step') | float(1) %}\n {% if rounding_mode == 'manual' %} \n {% set step = input_calibration_step_size | float(1) %}\n {% endif %}\n\n {% set current_temp = state_attr(valve,'current_temperature') | float(20) %}\n\n {% set new_state = value_temperature_sensor | float(current_temp) %}\n {% set old_state = states(calibration_entity) | float %}\n\n {% if is_aggressive_mode_calibration %} \n {% set temp_diff = state_attr(valve,'temperature') | float(target_temperature) - value_temperature_sensor | float %}\n\n {% if temp_diff * factor < input_aggressive_mode_range * -1 %}\n {% set new_state = new_state + input_aggressive_mode_offset * factor %}\n {% elif temp_diff * factor > input_aggressive_mode_range %}\n {% set new_state = new_state - input_aggressive_mode_offset * factor %}\n {% endif %}\n {% endif %}\n\n {% if step <= 1 and max_val | string | count < 4 %}\n {% set round_size = iif('.' in (step | string), (step | string).split('.')[1] | length, 0) %}\n {% set new_state = ((new_state | float(0) / step) | round(0) * step) | round(round_size) | float %}\n {% else %}\n {% set new_state = new_state * 100 | int %}\n {% set old_state = old_state | int %}\n {% endif %}\n\n {% set update_calibration = old_state != new_state %}\n\n {% if is_calibration_trigger and not update_calibration %}\n {% set last_updated = [calibration_entity] | expand | map(attribute='last_updated') | first %}\n {% set update_calibration = as_datetime(current_time_stamp) - timedelta(minutes=20) >= last_updated %}\n {% endif %}\n\n {% if update_calibration %}\n {% set n.dict = n.dict + [(calibration_entity, [{'value': new_state, 'valve': valve}])] %}\n {% endif%}\n\n {% endif %}\n\n {% endfor %}\n{% endif %}\n{{ dict.from_keys(n.dict) }}\n",
729. "calibration_common": "{% set n = namespace(dict=[]) %}\n{% if is_native_calibration_trigger %}\n\n {% for valve in valves_calibration_common %}\n\n {% set calibration_entities = device_entities(device_id(valve)) |\n expand | selectattr('domain','in','number') |\n selectattr('entity_id', 'search', input_calibration_key_word) |\n map(attribute='entity_id') | list %}\n\n {% if calibration_entities | count > 0%}\n\n {% set calibration_entity = calibration_entities | first %}\n \n {% set step = state_attr(calibration_entity, 'step') | float(1) %}\n {% if rounding_mode == 'manual' %} \n {% set step = input_calibration_step_size | float(1) %}\n {% endif %}\n\n {% set min_calibration_value = state_attr(calibration_entity,'min') | float %}\n {% set max_calibration_value = state_attr(calibration_entity,'max') | float %}\n {% set thermostat_temperature = state_attr(valve, 'current_temperature') | float %}\n {% set offset_old = states(calibration_entity) | float(0) %}\n\n {% set new_calibration_value = (-(thermostat_temperature - value_temperature_sensor) + offset_old) %}\n\n {% if is_aggressive_mode_calibration %} \n {% set temp_diff = state_attr(valve,'temperature') | float(target_temperature) - value_temperature_sensor %}\n\n {% if temp_diff * factor < input_aggressive_mode_range * -1 %}\n {% set new_calibration_value = new_calibration_value + input_aggressive_mode_offset * factor %}\n {% elif temp_diff * factor > input_aggressive_mode_range %}\n {% set new_calibration_value = new_calibration_value - input_aggressive_mode_offset * factor %}\n {% endif %}\n {% endif %}\n\n {% set new_calibration_value = iif(new_calibration_value > max_calibration_value, max_calibration_value, new_calibration_value) %}\n {% set new_calibration_value = iif(new_calibration_value < min_calibration_value, min_calibration_value, new_calibration_value) %}\n\n {% set round_size = iif('.' in (step | string), (step | string).split('.')[1] | length, 0) %}\n\n {% set offset_new = ((new_calibration_value | float(0) / step) | round(0) * step) | round(round_size) | float %}\n\n {% if (float(offset_old) - float(offset_new)) | abs >= float(input_calibration_delta) %}\n {% set n.dict = n.dict + [(calibration_entity, [{'value': offset_new, 'valve': valve}])] %}\n {% endif %}\n\n {% endif %}\n\n {% endfor %}\n{% endif %}\n{{ dict.from_keys(n.dict) }}\n",
730. "calibration_value_set": "{{ dict(dict(calibration_xiaomi, **calibration_dph),**calibration_common) }}",
731. "no_changes": "{{ \n (input_persons | count == 0 and \n input_mode_guest == none and \n input_schedulers | count == 0 and \n input_presence_sensor == none and \n input_proximity == none) or\n (is_temperature_sensor_defined and not valid_temperature_sensor)\n}}\n",
732. "scene_trigger": "{{ is_scene_create_trigger or is_scene_apply_trigger or is_scene_destroy_trigger }}",
733. "change_trigger": "{{ is_changes_trigger and not scene_trigger and changes | count > 0 and not no_changes}}",
734. "reset_trigger": "{{ is_reset_trigger and not no_changes }}",
735. "calibration_trigger": "{{ is_calibration_trigger and not input_calibration_generic and (calibration_value_set | count > 0 or calibration_tado | count > 0) }}",
736. "positioning_trigger": "{{ positioning | count > 0 }}",
737. "automation_name": "{{ state_attr(this.entity_id,'friendly_name') }}",
738. "warnings": "{% set messages = [] %} {% if not is_uptime_defined %}\n {% set messages = messages + ['To make Advance Heating Control work properly just setup the uptime integration (https://www.home-assistant.io/integrations/uptime/)'] %}\n{% elif is_aggressive_mode and not input_aggressive_mode_calibration and is_physical_change_enabled %}\n {% set messages = messages + ['Aggressive Mode in combination with physical change / sync feature is not recommended. Expect unwanted side effects.'] %}\n{% elif is_generic_calibration and is_physical_change_enabled %}\n {% set messages = messages + ['Generic Calibration in combination with physical change / sync feature is not recommended. Expect unwanted side effects.'] %}\n{% elif valves_unsupported | count > 0 %}\n {% set messages = messages + ['Unsupported climate entities: ' + valves_unsupported | join(',') | string ] %}\n{% elif is_temperature_sensor_defined and not valid_temperature_sensor %}\n {% set messages = messages + ['The temperature sensor' + input_temperature_sensor + ' has an invalid state: ' + states(input_temperature_sensor) ] %}\n{% endif %}\n{{ messages }}\n",
739. "climates_information": "{% set n = namespace(dict=[]) %}\n{% for valve in input_trvs %}\n {% set temperature = state_attr(valve,'temperature') %}\n {% set current_temperature = state_attr(valve,'current_temperature') %}\n {% set state = states(valve) %}\n {% set n.dict = n.dict + [{'entity_id': valve, 'state': state, 'temperature': temperature, 'current_temperature': current_temperature}] %}\n{% endfor %}\n{{ n.dict }}\n"
740. },
741. "conditions": [
742. {
743. "condition": "or",
744. "conditions": [
745. {
746. "condition": "template",
747. "value_template": "{{ calibration_trigger }}"
748. },
749. {
750. "condition": "template",
751. "value_template": "{{ scene_trigger }}"
752. },
753. {
754. "condition": "template",
755. "value_template": "{{ change_trigger }}"
756. },
757. {
758. "condition": "template",
759. "value_template": "{{ reset_trigger }}"
760. },
761. {
762. "condition": "template",
763. "value_template": "{{ positioning_trigger }}"
764. }
765. ]
766. }
767. ],
768. "actions": [
769. {
770. "variables": {
771. "is_delayed": "{{ not (not is_uptime_defined or (now() | as_datetime - states(up_time_sensor) | as_datetime) > timedelta(**input_startup_delay)) }}"
772. }
773. },
774. {
775. "action": "system_log.write",
776. "data": {
777. "message": "{{ 'AHC - ' + automation_name | string + ' \\n ' + 'automation delayed: ' + is_delayed | string }}\n",
778. "level": "debug",
779. "logger": "blueprints.panhans.heatingcontrol"
780. }
781. },
782. {
783. "wait_template": "{{ not is_uptime_defined or (now() | as_datetime - states(up_time_sensor) | as_datetime) > timedelta(**input_startup_delay) }}\n"
784. },
785. {
786. "choose": [
787. {
788. "conditions": "{{ is_delayed }}",
789. "sequence": [
790. {
791. "event": "ahc_delay_event",
792. "event_data": {
793. "automation": "{{ this.entity_id }}"
794. }
795. }
796. ]
797. }
798. ],
799. "default": [
800. {
801. "if": [
802. {
803. "condition": "template",
804. "value_template": "{{ warnings | count > 0 }}"
805. }
806. ],
807. "then": [
808. {
809. "action": "system_log.write",
810. "data": {
811. "level": "warning",
812. "logger": "blueprints.panhans.heatingcontrol",
813. "message": "{{ 'AHC-Warnings - ' + automation_name + ':\\n' + warnings | join('\\n') }}\n"
814. }
815. }
816. ]
817. },
818. {
819. "event": "ahc_event",
820. "event_data": {
821. "state": "{{ state_ahc }}",
822. "mode": "{{ iif(set_comfort == true, 'comfort', 'eco') }}",
823. "automation": "{{ this.entity_id }}",
824. "is_person_defined": "{{ is_person_defined }}",
825. "is_anybody_home": "{{ is_anybody_home }}",
826. "is_proximity_defined": "{{ is_proximity_defined }}",
827. "is_anybody_home_or_proximity": "{{ is_anybody_home_or_proximity }}",
828. "is_guest_mode": "{{ is_guest_mode }}",
829. "active_scheduler": "{{ active_scheduler }}",
830. "state_scheduler": "{{ state_scheduler }}",
831. "state_presence_sensor": "{{ state_presence_sensor }}",
832. "state_presence_scheduler": "{{ state_presence_scheduler }}",
833. "state_presence": "{{ state_presence }}",
834. "state_proximity_arrived": "{{ state_proximity_arrived }}",
835. "state_proximity_way_home": "{{ state_proximity_way_home }}",
836. "is_force_max_temperature": "{{ is_force_max_temperature }}",
837. "is_force_eco_temperature": "{{ is_force_eco_temperature }}",
838. "active_party_entity": "{{ active_party_entity }}",
839. "party_temp": "{{ party_temp }}",
840. "is_away": "{{ is_away }}",
841. "state_window": "{{ state_window }}",
842. "is_aggressive_mode": "{{ is_aggressive_mode }}",
843. "is_frost_protection": "{{ is_frost_protection }}",
844. "is_liming_protection": "{{ is_liming_protection }}",
845. "state_outside_temp": "{{ state_outside_temp }}",
846. "entry_time": "{{ entry_time }}",
847. "thermostats": "{{ input_trvs }}",
848. "hvac_mode": "{{ mode }}",
849. "temperature_comfort": "{{ temperature_comfort }}",
850. "temperature_eco": "{{ temperature_eco }}",
851. "target_temperature": "{{ target_temperature }}",
852. "set_max_temperature": "{{ set_max_temperature }}",
853. "last_trigger_id": "{{ iif(trigger_id_defined, trigger.id, '') }}",
854. "calibration_trigger": "{{ is_generic_calibration_trigger or calibration_trigger }}",
855. "change_trigger": "{{ change_trigger }}",
856. "warnings": "{{ warnings | count > 0 }}"
857. }
858. },
859. {
860. "if": [
861. {
862. "condition": "template",
863. "value_template": "{{ calibration_trigger }}"
864. },
865. {
866. "condition": "and",
867. "conditions": null
868. }
869. ],
870. "then": [
871. {
872. "action": "system_log.write",
873. "data": {
874. "message": "{{ 'AHC - Calibration - ' + automation_name | string + ' \\n ' + 'calibration data set: ' + calibration_value_set | string }}\n",
875. "level": "debug",
876. "logger": "blueprints.panhans.heatingcontrol"
877. }
878. },
879. {
880. "repeat": {
881. "count": "{{ calibration_value_set | count | int }}",
882. "sequence": [
883. {
884. "variables": {
885. "index": "{{ repeat.index-1 }}",
886. "calibration_entity": "{{ (calibration_value_set.keys() | list) [index] }}",
887. "thermostat": "{{ (((calibration_value_set.values() | list) [index]) | first) ['valve'] }}",
888. "offset": "{{ (((calibration_value_set.values() | list) [index]) | first) ['value'] }}",
889. "select_entity": "{{ device_entities(device_id(thermostat)) | expand | selectattr('domain','in','select') | selectattr('attributes.options', 'contains', 'external') | map(attribute='entity_id') | list | first | default(none) }}"
890. }
891. },
892. {
893. "action": "system_log.write",
894. "data": {
895. "message": "{{ 'AHC - Calibration - ' + automation_name | string + ' \\n ' + 'calibration entity: ' + calibration_entity | string + ' \\n ' + 'offset: ' + offset | string }}\n",
896. "level": "debug",
897. "logger": "blueprints.panhans.heatingcontrol"
898. }
899. },
900. {
901. "if": [
902. {
903. "condition": "template",
904. "value_template": "{{ thermostat in valves_xiaomi }}"
905. },
906. {
907. "condition": "template",
908. "value_template": "{{ select_entity != none and not is_state(select_entity, 'external') }}"
909. }
910. ],
911. "then": [
912. {
913. "action": "select.select_option",
914. "target": {
915. "entity_id": "{{ select_entity }}"
916. },
917. "data": {
918. "option": "external"
919. }
920. },
921. {
922. "delay": {
923. "hours": 0,
924. "minutes": 0,
925. "seconds": 2
926. }
927. }
928. ]
929. },
930. {
931. "action": "number.set_value",
932. "data": {
933. "value": "{{ float(offset) }}"
934. },
935. "target": {
936. "entity_id": "{{ calibration_entity }}"
937. }
938. },
939. {
940. "delay": {
941. "hours": 0,
942. "minutes": 0,
943. "seconds": 2
944. }
945. }
946. ]
947. }
948. },
949. {
950. "repeat": {
951. "count": "{{ calibration_tado | count | int }}",
952. "sequence": [
953. {
954. "variables": {
955. "index": "{{ repeat.index-1 }}",
956. "thermostat": "{{ (calibration_tado.keys() | list) [index] }}",
957. "offset": "{{ (((calibration_tado.values() | list) [index]) | first) ['value'] }}"
958. }
959. },
960. {
961. "action": "{{ 'tado.set_climate_temperature_offset' }}",
962. "data": {
963. "offset": "{{ offset }}",
964. "entity_id": "{{ thermostat }}"
965. }
966. },
967. {
968. "delay": {
969. "hours": 0,
970. "minutes": 0,
971. "seconds": 2
972. }
973. }
974. ]
975. }
976. }
977. ]
978. },
979. {
980. "if": [
981. {
982. "condition": "template",
983. "value_template": "{{ positioning_trigger }}"
984. }
985. ],
986. "then": [
987. {
988. "repeat": {
989. "count": "{{ positioning | count | int }}",
990. "sequence": [
991. {
992. "variables": {
993. "index": "{{ repeat.index-1 }}",
994. "thermostat": "{{ (positioning.keys() | list) [index] }}",
995. "positioning_value": "{{ (((positioning.values() | list) [index]) | first) ['value'] }}",
996. "positioning_entity": "{{ (((positioning.values() | list) [index]) | first) ['entity'] }}"
997. }
998. },
999. {
1000. "action": "system_log.write",
1001. "data": {
1002. "message": "{{ 'AHC - Positioning - ' + automation_name | string + ' \\n ' + 'entity: ' + positioning_entity | string + ' \\n ' + 'value: ' + positioning_value | string }}\n",
1003. "level": "debug",
1004. "logger": "blueprints.panhans.heatingcontrol"
1005. }
1006. },
1007. {
1008. "action": "number.set_value",
1009. "data": {
1010. "value": "{{ positioning_value | int }}"
1011. },
1012. "target": {
1013. "entity_id": "{{ positioning_entity }}"
1014. }
1015. },
1016. {
1017. "delay": {
1018. "hours": 0,
1019. "minutes": 0,
1020. "seconds": 2
1021. }
1022. }
1023. ]
1024. }
1025. }
1026. ]
1027. },
1028. {
1029. "if": [
1030. {
1031. "condition": "template",
1032. "value_template": "{{ is_scene_create_trigger }}"
1033. },
1034. {
1035. "condition": "template",
1036. "value_template": "{{ states[scene_to_create] == none }}"
1037. }
1038. ],
1039. "then": [
1040. {
1041. "action": "scene.create",
1042. "data": {
1043. "snapshot_entities": "{{ scene_entities }}",
1044. "scene_id": "{{ scene_to_create.split('.')[1] }}"
1045. }
1046. }
1047. ]
1048. },
1049. {
1050. "if": [
1051. {
1052. "condition": "template",
1053. "value_template": "{{ is_scene_destroy_trigger }}"
1054. },
1055. {
1056. "condition": "template",
1057. "value_template": "{{ scenes_to_destroy | count > 0 }}"
1058. }
1059. ],
1060. "then": [
1061. {
1062. "repeat": {
1063. "count": "{{ scenes_to_destroy | count | int }}",
1064. "sequence": [
1065. {
1066. "variables": {
1067. "scene_to_destroy": "{{ scenes_to_destroy[repeat.index-1] }}"
1068. }
1069. },
1070. {
1071. "if": [
1072. {
1073. "condition": "template",
1074. "value_template": "{{ states[scene_to_destroy] != none }}"
1075. }
1076. ],
1077. "then": [
1078. {
1079. "action": "scene.delete",
1080. "target": {
1081. "entity_id": "{{ scene_to_destroy }}"
1082. }
1083. }
1084. ]
1085. }
1086. ]
1087. }
1088. }
1089. ]
1090. },
1091. {
1092. "variables": {
1093. "scene_to_apply_tmp": "{% if scene_to_apply != none and states[scene_to_apply] != none %}\n {{ scene_to_apply }}\n{% else %}\n {{ scenes_all | expand | reject('==',none) | map(attribute=\"entity_id\") | list | first | default(none) }}\n{% endif %}\n"
1094. }
1095. },
1096. {
1097. "if": [
1098. {
1099. "condition": "template",
1100. "value_template": "{{ is_scene_apply_trigger }}"
1101. },
1102. {
1103. "condition": "template",
1104. "value_template": "{{ scene_to_apply_tmp != none and states[scene_to_apply_tmp] != none }}"
1105. }
1106. ],
1107. "then": [
1108. {
1109. "action": "system_log.write",
1110. "data": {
1111. "message": "{{ 'AHC - Calibration - ' + automation_name | string + ' \\n ' + 'apply scene: ' + scene_to_apply_tmp | string + ' state: ' + states[scene_to_apply_tmp] | string }}\n",
1112. "level": "debug",
1113. "logger": "blueprints.panhans.heatingcontrol"
1114. }
1115. },
1116. {
1117. "action": "scene.turn_on",
1118. "target": {
1119. "entity_id": "{{ scene_to_apply_tmp }}"
1120. }
1121. },
1122. {
1123. "action": "scene.delete",
1124. "target": {
1125. "entity_id": "{{ scene_to_apply_tmp }}"
1126. }
1127. },
1128. {
1129. "condition": "template",
1130. "value_template": "{{ false }}"
1131. }
1132. ],
1133. "else": [
1134. {
1135. "if": [
1136. {
1137. "condition": "template",
1138. "value_template": "{{ is_reset_trigger }}"
1139. }
1140. ],
1141. "then": [
1142. {
1143. "repeat": {
1144. "count": "{{ reset_data | count | int }}",
1145. "sequence": [
1146. {
1147. "action": "system_log.write",
1148. "data": {
1149. "message": "{{ 'AHC - Calibration - ' + automation_name | string + ' \\n ' + 'reset data: ' + reset_data | string }}\n",
1150. "level": "debug",
1151. "logger": "blueprints.panhans.heatingcontrol"
1152. }
1153. },
1154. {
1155. "variables": {
1156. "index": "{{ repeat.index-1 }}",
1157. "reset_entity": "{{ reset_data[index]['entity'] }}",
1158. "reset_temp": "{% set temp_r = reset_data[index]['temp'] %} {% set t_min = state_attr(reset_entity,'min') %} {% set t_max = state_attr(reset_entity,'max') %} {% set step = state_attr(reset_entity,'step') %}\n{% set temp_r = ((temp_r | float(0) / step) | round(0) * step) | float %} {% set temp_r = iif(temp_r > t_max, t_max, temp_r) %} {% set temp_r = iif(temp_r < t_min, t_min, temp_r) %} {{ temp_r }}\n"
1159. }
1160. },
1161. {
1162. "action": "input_number.set_value",
1163. "data": {
1164. "value": "{{ reset_temp }}"
1165. },
1166. "target": {
1167. "entity_id": "{{ reset_entity }}"
1168. }
1169. }
1170. ]
1171. }
1172. }
1173. ]
1174. },
1175. {
1176. "if": [
1177. {
1178. "condition": "and",
1179. "conditions": null
1180. },
1181. {
1182. "condition": "template",
1183. "value_template": "{{ changes | count | int > 0 and (not no_changes or (no_changes and state_window)) }}"
1184. }
1185. ],
1186. "then": [
1187. {
1188. "repeat": {
1189. "count": "{{ changes | count | int }}",
1190. "sequence": [
1191. {
1192. "variables": {
1193. "index": "{{ repeat.index-1 }}",
1194. "thermostat": "{{ (changes.keys() | list) [index] }}",
1195. "mode": "{{ (((changes.values() | list) [index]) | first) ['mode'] }}",
1196. "temp_target": "{{ (((changes.values() | list) [index]) | first) ['temp'] }}"
1197. }
1198. },
1199. {
1200. "action": "system_log.write",
1201. "data": {
1202. "message": "AHC - Change - {{ automation_name }} {{\" \\n \"}} Trigger ID: {{ iif(trigger_id_defined, trigger.id, '') }} Thermostat: {{ thermostat }} {{\" \\n \"}} Mode: {{ mode }} {{\" \\n \"}} New Target Temp: {{ temp_target }} {{\" \\n \"}} Current Target Temp: {{ state_attr(thermostat,'temperature') }}\n",
1203. "level": "debug",
1204. "logger": "blueprints.panhans.heatingcontrol"
1205. }
1206. },
1207. {
1208. "if": [
1209. {
1210. "condition": "template",
1211. "value_template": "{{ states(thermostat) | lower != mode | lower }}"
1212. }
1213. ],
1214. "then": [
1215. {
1216. "action": "climate.set_hvac_mode",
1217. "data": {
1218. "entity_id": "{{ thermostat }}",
1219. "hvac_mode": "{{ mode }}"
1220. }
1221. },
1222. {
1223. "delay": {
1224. "hours": 0,
1225. "minutes": 0,
1226. "seconds": 2
1227. }
1228. }
1229. ]
1230. },
1231. {
1232. "if": [
1233. {
1234. "condition": "template",
1235. "value_template": "{{ state_attr(thermostat, 'temperature') != temp_target and mode != 'off' }}"
1236. }
1237. ],
1238. "then": [
1239. {
1240. "action": "climate.set_temperature",
1241. "data": {
1242. "entity_id": "{{ thermostat }}",
1243. "temperature": "{{ temp_target | float }}"
1244. }
1245. },
1246. {
1247. "delay": {
1248. "hours": 0,
1249. "minutes": 0,
1250. "seconds": 2
1251. }
1252. }
1253. ]
1254. }
1255. ]
1256. }
1257. }
1258. ]
1259. }
1260. ]
1261. },
1262. {
1263. "if": [
1264. {
1265. "condition": "template",
1266. "value_template": "{{ input_valve_positioning_mode != 'off' }}"
1267. },
1268. {
1269. "condition": "template",
1270. "value_template": "{{ changes | count | int > 0 or is_scene_apply_trigger }}"
1271. }
1272. ],
1273. "then": [
1274. {
1275. "delay": {
1276. "seconds": 10
1277. }
1278. },
1279. {
1280. "event": "ahc_positioning_event",
1281. "event_data": {
1282. "automation": "{{ this.entity_id }}"
1283. }
1284. },
1285. {
1286. "delay": {
1287. "hours": 0,
1288. "minutes": 0,
1289. "seconds": 2
1290. }
1291. }
1292. ]
1293. },
1294. {
1295. "if": [
1296. {
1297. "condition": "template",
1298. "value_template": "{{ input_custom_action != none }}"
1299. }
1300. ],
1301. "then": null
1302. }
1303. ]
1304. }
1305. ],
1306. "mode": "queued",
1307. "triggers": [
1308. {
1309. "trigger": "homeassistant",
1310. "event": "start",
1311. "id": "temperature_change_hastart"
1312. },
1313. {
1314. "trigger": "event",
1315. "event_type": "automation_reloaded",
1316. "id": "temperature_change_reload"
1317. },
1318. {
1319. "trigger": "event",
1320. "event_type": "ahc_delay_event",
1321. "id": "delayed_call_temperature_change",
1322. "event_data": {
1323. "automation": "{{ this.entity_id }}"
1324. }
1325. },
1326. {
1327. "trigger": "event",
1328. "event_type": "ahc_positioning_event",
1329. "id": "positioning_event",
1330. "event_data": {
1331. "automation": "{{ this.entity_id }}"
1332. }
1333. },
1334. {
1335. "trigger": "state",
1336. "entity_id": [
1337. "climate.heizung_esszimmer"
1338. ],
1339. "from": [
1340. "unknown",
1341. "unavailable"
1342. ],
1343. "for": {
1344. "seconds": 5
1345. },
1346. "id": "temperature_change_available"
1347. },
1348. {
1349. "trigger": "state",
1350. "entity_id": [
1351. "climate.heizung_esszimmer"
1352. ],
1353. "attribute": "temperature",
1354. "for": {
1355. "seconds": 5
1356. },
1357. "id": "temperature_change_valve_target"
1358. },
1359. {
1360. "trigger": "state",
1361. "entity_id": [],
1362. "for": {
1363. "hours": 0,
1364. "minutes": 0,
1365. "seconds": 2
1366. },
1367. "id": "temperature_change_eco"
1368. },
1369. {
1370. "trigger": "state",
1371. "entity_id": [],
1372. "for": {
1373. "hours": 0,
1374. "minutes": 0,
1375. "seconds": 2
1376. },
1377. "id": "temperature_change_comfort"
1378. },
1379. {
1380. "trigger": "template",
1381. "value_template": "{{ input_persons | expand \n | selectattr('state', 'eq', 'home') \n | list \n | count > 0 \n \n or (is_guest_mode_defined and states(input_mode_guest) in ['on','active'] ) }}\n",
1382. "id": "temperature_change_person_on",
1383. "for": {
1384. "hours": 0,
1385. "minutes": 0,
1386. "seconds": 2
1387. }
1388. },
1389. {
1390. "trigger": "template",
1391. "value_template": "{{ input_persons | expand \n | selectattr('state', 'eq', 'home') \n | list \n | count == 0 \n \n and (not is_guest_mode_defined or (is_guest_mode_defined and states(input_mode_guest) not in ['on','active'])) }}\n",
1392. "id": "temperature_change_person_off",
1393. "for": {
1394. "hours": 0,
1395. "minutes": 0,
1396. "seconds": 2
1397. }
1398. },
1399. {
1400. "trigger": "template",
1401. "id": "temperature_change_scheduler_on",
1402. "value_template": "{% set selected_scheduler = none %} {% set schedules_count = input_schedulers | count %}\n{% if schedules_count == 0 %}\n {% set selected_scheduler = none %}\n{% elif schedules_count == 1 or input_scheduler_selector == none %}\n {% set selected_scheduler = input_schedulers | first %}\n{% elif schedules_count > 1 %}\n {% set selector_value = states(input_scheduler_selector) %}\n\n {% if is_number(selector_value) %}\n {% set selector_value = iif(selector_value | int > schedules_count, schedules_count, selector_value) %}\n {% set selector_value = iif(selector_value | int <= 0, 1, selector_value) %}\n {% set selected_scheduler = input_schedulers[selector_value | int - 1] %}\n {% elif selector_value in ['on','off'] %}\n {% set selected_scheduler = iif(selector_value == 'off', input_schedulers[0], input_schedulers[1]) %}\n {% else %}\n {% set selected_scheduler = input_schedulers | expand | selectattr('attributes.friendly_name', 'eq', selector_value) | map(attribute='entity_id') | first | default(none) %}\n {% if (selected_scheduler == none) %}\n {% set selected_scheduler = input_schedulers | expand | selectattr('attributes.friendly_name', 'search', '(?i)' + selector_value) | map(attribute='entity_id') | first | default(none) %}\n {% endif %}\n {% endif %}\n{% endif %}\n{% if selected_scheduler == none %}\n {{ false }}\n{% else %}\n {{ is_state(selected_scheduler, 'on') }}\n{% endif %}\n"
1403. },
1404. {
1405. "trigger": "template",
1406. "id": "temperature_change_scheduler_off",
1407. "value_template": "{% set selected_scheduler = none %} {% set schedules_count = input_schedulers | count %}\n{% if schedules_count == 0 %}\n {% set selected_scheduler = none %}\n{% elif schedules_count == 1 or input_scheduler_selector == none %}\n {% set selected_scheduler = input_schedulers | first %}\n{% elif schedules_count > 1 %}\n {% set selector_value = states(input_scheduler_selector) %}\n\n {% if is_number(selector_value) %}\n {% set selector_value = iif(selector_value | int > schedules_count, schedules_count, selector_value) %}\n {% set selector_value = iif(selector_value | int <= 0, 1, selector_value) %}\n {% set selected_scheduler = input_schedulers[selector_value | int - 1] %}\n {% elif selector_value in ['on','off'] %}\n {% set selected_scheduler = iif(selector_value == 'off', input_schedulers[0], input_schedulers[1]) %}\n {% else %}\n {% set selected_scheduler = input_schedulers | expand | selectattr('attributes.friendly_name', 'eq', selector_value) | map(attribute='entity_id') | first | default(none) %}\n {% if (selected_scheduler == none) %}\n {% set selected_scheduler = input_schedulers | expand | selectattr('attributes.friendly_name', 'search', '(?i)' + selector_value) | map(attribute='entity_id') | first | default(none) %}\n {% endif %}\n {% endif %}\n{% endif %}\n{% if selected_scheduler == none %}\n {{ false }}\n{% else %}\n {{ is_state(selected_scheduler, 'off') }}\n{% endif %}\n"
1408. },
1409. {
1410. "trigger": "template",
1411. "id": "temperature_change_presence_on",
1412. "value_template": "{{ input_presence_sensor != none and is_state(input_presence_sensor, 'on') }}",
1413. "for": {
1414. "hours": 0,
1415. "minutes": 5,
1416. "seconds": 0
1417. }
1418. },
1419. {
1420. "trigger": "template",
1421. "id": "temperature_change_presence_off",
1422. "value_template": "{{ input_presence_sensor != none and is_state(input_presence_sensor, 'off') }}",
1423. "for": {
1424. "hours": 0,
1425. "minutes": 5,
1426. "seconds": 0
1427. }
1428. },
1429. {
1430. "trigger": "template",
1431. "id": "temperature_change_presence_scheduler_on",
1432. "value_template": "{{ input_scheduler_presence != none and is_state(input_scheduler_presence, 'on') }}",
1433. "for": {
1434. "hours": 0,
1435. "minutes": 0,
1436. "seconds": 2
1437. }
1438. },
1439. {
1440. "trigger": "template",
1441. "id": "temperature_change_presence_scheduler_off",
1442. "value_template": "{{ input_scheduler_presence != none and is_state(input_scheduler_presence, 'off') }}",
1443. "for": {
1444. "hours": 0,
1445. "minutes": 0,
1446. "seconds": 2
1447. }
1448. },
1449. {
1450. "trigger": "template",
1451. "id": "temperature_change_person_proximity_on",
1452. "value_template": "{% set proximity_entities = device_entities(input_proximity) %}\n{% set is_arrived = proximity_entities \n | select('is_state','arrived') \n | expand \n | selectattr('attributes.device_class', 'eq', 'enum')\n | list | count > 0 %}\n\n{% set entities_towards = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'enum') \n | map(attribute='entity_id') | select('is_state','towards') \n | map('regex_replace','_(?=[^_]*$)(.*)', '')\n | list %}\n\n{% set distances = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'distance')\n | map(attribute='state')\n | reject('eq', 'unknown')\n | map('int')\n | select('<=', input_proximity_distance | int)\n | map('string')\n | list %}\n\n{% set entities_distances = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'distance')\n | selectattr('state', 'in', distances)\n | map(attribute='entity_id')\n | map('regex_replace','_(?=[^_]*$)(.*)', '')\n | list %}\n\n{% set entites_towards_and_in_distance = entities_towards | select('in', entities_distances) | list | count > 0 %}\n{{ entites_towards_and_in_distance or is_arrived }}\n",
1453. "for": {
1454. "hours": 0,
1455. "minutes": 2,
1456. "seconds": 0
1457. }
1458. },
1459. {
1460. "trigger": "template",
1461. "id": "temperature_change_person_proximity_off",
1462. "value_template": "{% set proximity_entities = device_entities(input_proximity) %} {% set is_arrived = proximity_entities \n | select('is_state','arrived') \n | expand \n | selectattr('attributes.device_class', 'eq', 'enum') \n | list | count > 0 %}\n\n{% set entities_towards = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'enum') \n | map(attribute='entity_id') | select('is_state','towards') \n | map('regex_replace','_(?=[^_]*$)(.*)', '')\n | list %}\n\n{% set distances = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'distance')\n | map(attribute='state')\n | reject('eq', 'unknown')\n | map('int')\n | select('<=', input_proximity_distance | int)\n | map('string')\n | list %}\n\n{% set entities_distances = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'distance')\n | selectattr('state', 'in', distances)\n | map(attribute='entity_id')\n | map('regex_replace','_(?=[^_]*$)(.*)', '')\n | list %}\n\n{% set entites_towards_and_in_distance = entities_towards | select('in', entities_distances) | list | count > 0 %}\n{{ entites_towards_and_in_distance == false and is_arrived == false }}\n",
1463. "for": {
1464. "hours": 0,
1465. "minutes": 2,
1466. "seconds": 0
1467. }
1468. },
1469. {
1470. "trigger": "template",
1471. "value_template": "{{ expand(input_windows) | selectattr('state', 'in', ['on','open','tilted']) | list | count > 0 }}",
1472. "for": {
1473. "hours": 0,
1474. "minutes": 0,
1475. "seconds": 30
1476. },
1477. "id": "temperature_change_window_on"
1478. },
1479. {
1480. "trigger": "template",
1481. "value_template": "{{ expand(input_windows) | selectattr('state', 'in', ['on','open','tilted']) | list | count == 0 }}",
1482. "for": {
1483. "hours": 0,
1484. "minutes": 0,
1485. "seconds": 30
1486. },
1487. "id": "temperature_change_window_off"
1488. },
1489. {
1490. "trigger": "template",
1491. "id": "temperature_change_winter_mode_on",
1492. "value_template": "{% if input_mode_winter != none %}\n {% set activation_state = iif(input_invert_winter_mode_value, 'off', 'on') %}\n {{ is_state(input_mode_winter, activation_state) }}\n{% endif %}\n",
1493. "for": {
1494. "hours": 0,
1495. "minutes": 0,
1496. "seconds": 2
1497. }
1498. },
1499. {
1500. "trigger": "template",
1501. "id": "temperature_change_winter_mode_off",
1502. "value_template": "{% if input_mode_winter != none %}\n {% set activation_state = iif(input_invert_winter_mode_value, 'off', 'on') %}\n {{ not is_state(input_mode_winter, activation_state) }}\n{% endif %}\n",
1503. "for": {
1504. "hours": 0,
1505. "minutes": 0,
1506. "seconds": 2
1507. }
1508. },
1509. {
1510. "trigger": "template",
1511. "id": "temperature_change_outside_on",
1512. "value_template": "{% if input_mode_outside_temperature == none %}\n {{ false }}\n{% else %}\n {% set outside_state = false %}\n {% set use_room_temp = input_mode_room_temperature and is_temperature_sensor_defined %}\n {% set room_state = iif(use_room_temp, false, true) %}\n\n {% set state = states(input_mode_outside_temperature) %}\n {% set state = iif(is_number(state) == true, state, state_attr(input_mode_outside_temperature,'temperature'))%}\n\n {% if is_number(state) %}\n {% set outside_state = (state | float - input_mode_outside_temperature_threshold | float) * factor < 0 %}\n {% endif %}\n\n {% if use_room_temp %}\n {% set state = states(input_temperature_sensor) %}\n\n {% if is_number(state) %}\n {% set room_state = (state | float - input_mode_room_temperature_threshold | float) * factor < 0 %}\n {% endif %}\n {% endif %}\n\n {{ room_state and outside_state }}\n{% endif %}\n",
1513. "for": {
1514. "hours": 0,
1515. "minutes": 0,
1516. "seconds": 2
1517. }
1518. },
1519. {
1520. "trigger": "template",
1521. "id": "temperature_change_outside_off",
1522. "value_template": "{% if input_mode_outside_temperature == none %}\n {{ false }}\n{% else %}\n {% set outside_state = false %}\n {% set use_room_temp = input_mode_room_temperature and is_temperature_sensor_defined %}\n {% set room_state = iif(use_room_temp, false, true) %}\n\n {% set state = states(input_mode_outside_temperature) %}\n {% set state = iif(is_number(state) == true, state, state_attr(input_mode_outside_temperature,'temperature'))%}\n\n {% if is_number(state) %}\n {% set outside_state = (state | float - input_mode_outside_temperature_threshold | float) * factor < 0 %}\n {% endif %}\n\n {% if use_room_temp %}\n {% set state = states(input_temperature_sensor) %}\n\n {% if is_number(state) %}\n {% set room_state = (state | float - input_mode_room_temperature_threshold | float) * factor < 0 %}\n {% endif %}\n {% endif %}\n\n {{ not (room_state and outside_state) }}\n{% endif %}\n",
1523. "for": {
1524. "hours": 0,
1525. "minutes": 0,
1526. "seconds": 2
1527. }
1528. },
1529. {
1530. "trigger": "state",
1531. "id": "temperature_change_force_max_temperature_on",
1532. "entity_id": [],
1533. "for": {
1534. "hours": 0,
1535. "minutes": 0,
1536. "seconds": 2
1537. }
1538. },
1539. {
1540. "trigger": "state",
1541. "id": "temperature_change_force_eco_temperature_ds",
1542. "entity_id": [],
1543. "for": {
1544. "hours": 0,
1545. "minutes": 0,
1546. "seconds": 2
1547. }
1548. },
1549. {
1550. "trigger": "template",
1551. "id": "temperature_change_party_on",
1552. "value_template": "{{ input_mode_party | expand | selectattr('state', 'in', ['active','on']) | list | count > 0 }}",
1553. "for": {
1554. "hours": 0,
1555. "minutes": 0,
1556. "seconds": 2
1557. }
1558. },
1559. {
1560. "trigger": "template",
1561. "value_template": "{{ input_mode_party | expand | selectattr('state', 'in', ['active','on']) | list | count == 0 }}",
1562. "id": "temperature_change_party_off",
1563. "for": {
1564. "hours": 0,
1565. "minutes": 0,
1566. "seconds": 2
1567. }
1568. },
1569. {
1570. "trigger": "state",
1571. "id": "calibration_aggressive_mode_above_temp_thermostat_current_temp_change",
1572. "entity_id": [
1573. "climate.heizung_esszimmer"
1574. ],
1575. "attribute": "current_temperature",
1576. "for": {
1577. "hours": 24,
1578. "minutes": 0,
1579. "seconds": 0
1580. }
1581. },
1582. {
1583. "trigger": "state",
1584. "id": "calibration_aggressive_mode_thermostat_temp_change",
1585. "entity_id": [
1586. "climate.heizung_esszimmer"
1587. ],
1588. "attribute": "temperature",
1589. "for": {
1590. "seconds": 30
1591. }
1592. },
1593. {
1594. "trigger": "state",
1595. "id": "aggressive_mode_above_temp_sensor_change",
1596. "entity_id": [],
1597. "for": {
1598. "seconds": 30
1599. }
1600. },
1601. {
1602. "trigger": "state",
1603. "id": "calibration_sensor_change",
1604. "entity_id": [],
1605. "for": {
1606. "hours": 24,
1607. "minutes": 0,
1608. "seconds": 0
1609. }
1610. },
1611. {
1612. "trigger": "state",
1613. "id": "calibration_popp_change",
1614. "entity_id": [],
1615. "for": {
1616. "seconds": 2
1617. }
1618. },
1619. {
1620. "trigger": "template",
1621. "id": "calibration_popp_ping",
1622. "value_template": "{% set has_valves_danfoss = input_trvs | select('is_device_attr', 'manufacturer', 'Danfoss') | list %} {% set has_valves_popp = input_trvs | select('is_device_attr', 'manufacturer', 'Popp') | list %} {% set valves_hive = input_trvs | select('is_device_attr', 'manufacturer', 'Hive') | list %}\n{% set has_valves = (has_valves_danfoss + has_valves_popp + valves_hive) | count > 0 %}\n{{ has_valves and is_temperature_sensor_defined and now().strftime('%M') | int % 10 == 0 }}\n"
1623. },
1624. {
1625. "trigger": "template",
1626. "id": "temperature_change_heating_adjustment",
1627. "value_template": "{% set timestamp = now() %}\n{% set current_day = timestamp.strftime('%a') %} {% set current_time = timestamp.strftime('%H:%M') %}\n{% set plan = input_adjustments | rejectattr('time', 'undefined') \n | selectattr('time','eq', current_time | string)\n | sort(attribute='time', reverse = true)\n | list %}\n\n{{ plan | count > 0 and now() < now().replace(second=2) }}\n"
1628. },
1629. {
1630. "trigger": "template",
1631. "value_template": "{% if not input_liming_protection%}\n {{ false }}\n{% else %}\n {% set enable_liming = true %}\n {% if input_mode_winter != none %}\n {% set enable_liming = is_state(input_mode_winter,'on') or input_liming_in_winter %}\n {% endif %}\n\n {% set current_timestamp = now() %}\n\n {% set is_liming_day = input_liming_protection_day == as_datetime(current_timestamp).strftime('%a') %}\n\n {% set start_hour = input_liming_protection_time.split(':')[0] | int %}\n {% set start_minute = input_liming_protection_time.split(':')[1] | int %}\n\n {% set today_start = as_datetime(current_timestamp).replace(second=0,microsecond=0,hour=start_hour,minute=start_minute) %}\n {% set today_end = as_datetime(current_timestamp).replace(second=0,microsecond=0,hour=start_hour,minute=start_minute) + timedelta(minutes=input_liming_protection_duration | int) %}\n\n {% set is_liming_time = as_datetime(current_timestamp) >= today_start and as_datetime(current_timestamp) <= today_end %}\n\n {{ enable_liming and is_liming_day and is_liming_time }}\n{% endif %}\n",
1632. "id": "temperature_change_liming_protection_on"
1633. },
1634. {
1635. "trigger": "template",
1636. "value_template": "{% if not input_liming_protection%}\n {{ false }}\n{% else %}\n {% set enable_liming = true %}\n {% if input_mode_winter != none %}\n {% set enable_liming = is_state(input_mode_winter,'on') or input_liming_in_winter %}\n {% endif %}\n\n {% set current_timestamp = now() %}\n\n {% set current_timestamp = now() %}\n\n {% set is_liming_day = input_liming_protection_day == as_datetime(current_timestamp).strftime('%a') %}\n\n {% set start_hour = input_liming_protection_time.split(':')[0] | int %}\n {% set start_minute = input_liming_protection_time.split(':')[1] | int %}\n\n {% set today_start = as_datetime(current_timestamp).replace(second=0,microsecond=0,hour=start_hour,minute=start_minute) %}\n {% set today_end = as_datetime(current_timestamp).replace(second=0,microsecond=0,hour=start_hour,minute=start_minute) + timedelta(minutes=input_liming_protection_duration | int) %}\n\n {% set is_liming_time = as_datetime(current_timestamp) >= today_start and as_datetime(current_timestamp) <= today_end %}\n\n {{ not (enable_liming and is_liming_day and is_liming_time) }}\n{% endif %}\n",
1637. "id": "temperature_change_liming_protection_off"
1638. },
1639. {
1640. "trigger": "template",
1641. "id": "temperature_change_frost_protection_on",
1642. "for": {
1643. "days": 0,
1644. "hours": 0,
1645. "minutes": 0,
1646. "seconds": 0
1647. },
1648. "value_template": "{% set now_ts = now() %} {% set frost_protection_timestamp = as_datetime(now_ts) - timedelta(**input_frost_protection_duration) %} {% if frost_protection_timestamp == now_ts %}\n {{ false }}\n{% else %}\n \n {% set relevant_entities = [input_presence_sensor] + [input_mode_guest] + input_persons %}\n {% set relevant_entities_count = relevant_entities | reject('eq',none) | list | count %}\n\n {% if relevant_entities_count > 0 %}\n {% set presence_count = [input_presence_sensor] \n | reject('eq',none)\n | reject('is_state','on')\n | list\n | count %}\n\n {% set guest_mode_count = [input_mode_guest] \n | reject('eq',none)\n | reject('is_state','on')\n | list\n | count %}\n\n {% set person_count = input_persons\n | reject('is_state','home')\n | list\n | count %}\n\n {{ presence_count + guest_mode_count + person_count == relevant_entities_count }}\n {% else %}\n {{ false }}\n {% endif %}\n{% endif %}\n"
1649. }
1650. ],
1651. "id": "1739643486506",
1652. "alias": "AUTOMATISIERUNG - Heizung Esszimmer",
1653. "description": ""
1654. },
1655. "blueprint_inputs": {
1656. "id": "1739643486506",
1657. "alias": "AUTOMATISIERUNG - Heizung Esszimmer",
1658. "description": "",
1659. "use_blueprint": {
1660. "path": "panhans/advanced_heating_control.yaml",
1661. "input": {
1662. "input_trvs": [
1663. "climate.heizung_esszimmer"
1664. ],
1665. "input_off_instead_of_eco": false,
1666. "input_windows": [
1667. "binary_sensor.status_fenster_esszimmer_wohnzimmer_kuche"
1668. ],
1669. "input_calibration_timeout": {
1670. "hours": 24,
1671. "minutes": 0,
1672. "seconds": 0
1673. },
1674. "input_calibration_delta": 5,
1675. "input_calibration_step_size": "0.1",
1676. "input_startup_delay": {
1677. "hours": 0,
1678. "minutes": 1,
1679. "seconds": 0
1680. },
1681. "input_mode_outside_temperature_threshold": 20,
1682. "input_window_legacy_restore": true
1683. }
1684. }
1685. },
1686. "context": {
1687. "id": "01JS1PA359H90MAH1C6XN8ZC45",
1688. "parent_id": "01JS1P95VNB9R4F7VHEQM89YYF",
1689. "user_id": null
1690. }
1691. },
1692. "logbookEntries": []
1693. }

Edit this Snippet

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Content { "trace": { "last_step": "condition/0/conditions/4", "run_id": "890613d36bab56185dbf043885c24b1a", "state": "stopped", "script_execution": "failed_conditions", "timestamp": { "start": "2025-04-17T10:56:58.025475+00:00", "finish": "2025-04-17T10:56:58.046853+00:00" }, "domain": "automation", "item_id": "1739643486506", "trigger": "binary_sensor.turkontakt_esszimmer via template", "trace": { "trigger/19": [ { "path": "trigger/19", "timestamp": "2025-04-17T10:56:58.045292+00:00", "changed_variables": { "this": { "entity_id": "automation.automatisierung_heizung_esszimmer", "state": "on", "attributes": { "id": "1739643486506", "last_triggered": "2025-04-17T10:54:55.289898+00:00", "mode": "queued", "current": 0, "max": 10, "friendly_name": "AUTOMATISIERUNG - Heizung Esszimmer" }, "last_changed": "2025-04-17T10:54:01.185468+00:00", "last_reported": "2025-04-17T10:54:58.141392+00:00", "last_updated": "2025-04-17T10:54:58.141392+00:00", "context": { "id": "01JS1P6B8Z5CZZ59TD8JGSYAB6", "parent_id": "01JS1P5DZBRP4J05D68NBJSWY0", "user_id": null } }, "trigger": { "platform": "template", "entity_id": "binary_sensor.turkontakt_esszimmer", "from_state": { "entity_id": "binary_sensor.turkontakt_esszimmer", "state": "on", "attributes": { "interface_id": "RaspberryMatic-HmIP-RF", "address": "0000DA499AD292:1", "model": "HMIP-SWDO", "parameter": "STATE", "function": null, "value_state": "valid", "device_class": "window", "friendly_name": "Türkontakt Esszimmer" }, "last_changed": "2025-04-17T10:54:25.259293+00:00", "last_reported": "2025-04-17T10:54:25.259293+00:00", "last_updated": "2025-04-17T10:54:25.259293+00:00", "context": { "id": "01JS1P5DZBRP4J05D68NBJSWY0", "parent_id": null, "user_id": "efb6cf9cd2644b73b3e8338a28fb4e54" } }, "to_state": { "entity_id": "binary_sensor.turkontakt_esszimmer", "state": "off", "attributes": { "interface_id": "RaspberryMatic-HmIP-RF", "address": "0000DA499AD292:1", "model": "HMIP-SWDO", "parameter": "STATE", "function": null, "value_state": "valid", "device_class": "window", "friendly_name": "Türkontakt Esszimmer" }, "last_changed": "2025-04-17T10:56:28.021146+00:00", "last_reported": "2025-04-17T10:56:28.021146+00:00", "last_updated": "2025-04-17T10:56:28.021146+00:00", "context": { "id": "01JS1P95VNB9R4F7VHEQM89YYF", "parent_id": null, "user_id": "efb6cf9cd2644b73b3e8338a28fb4e54" } }, "id": "temperature_change_window_off", "idx": "19", "alias": null, "for": { "__type": "<class 'datetime.timedelta'>", "total_seconds": 30 }, "description": "binary_sensor.turkontakt_esszimmer via template" }, "input_trvs": [ "climate.heizung_esszimmer" ], "input_temperature_sensor": [], "is_temperature_sensor_defined": false, "input_persons": [], "input_mode_guest": null, "input_people_entering_home_duration": { "hours": 0, "minutes": 0, "seconds": 2 }, "input_people_leaving_home_duration": { "hours": 0, "minutes": 0, "seconds": 2 }, "input_person_count": 0, "is_person_defined": false, "is_guest_mode_defined": false, "input_schedulers": [], "input_scheduler_selector": null, "input_scheduler_presence": null, "is_scheduler_presence_defined": false, "input_temperature_comfort": [], "input_temperature_eco": [], "input_hvac_mode": "heat", "factor": 1, "is_heat_only_if_below_real_temp": false, "input_mode_winter": null, "input_mode_outside_temperature": null, "input_mode_outside_temperature_threshold": 20, "input_mode_room_temperature_threshold": 18, "input_mode_room_temperature": false, "input_invert_winter_mode_value": false, "input_mode_party": [], "input_adjustments": "[]", "input_calibration_timeout": { "hours": 24, "minutes": 0, "seconds": 0 }, "input_windows": [ "binary_sensor.status_fenster_esszimmer_wohnzimmer_kuche" ], "input_presence_sensor": null, "is_presence_sensor_defined": false, "input_presence_reaction_on_time": { "hours": 0, "minutes": 5, "seconds": 0 }, "input_presence_reaction_off_time": { "hours": 0, "minutes": 5, "seconds": 0 }, "input_proximity": null, "input_proximity_duration": { "hours": 0, "minutes": 2, "seconds": 0 }, "input_proximity_distance": 500, "input_frost_protection_duration": { "days": 0, "hours": 0, "minutes": 0, "seconds": 0 }, "input_liming_protection": false, "input_liming_protection_day": "Mon", "input_liming_protection_time": "12:00:00", "input_liming_in_winter": false, "input_liming_protection_duration": 1, "input_temperature_comfort_entity": null, "input_temperature_comfort_static": 22, "input_temperature_eco_entity": null, "input_temperature_eco_static": 19, "input_frost_protection_temp": 5, "input_windows_reaction_time_open": { "hours": 0, "minutes": 0, "seconds": 30 }, "input_windows_reaction_time_close": { "hours": 0, "minutes": 0, "seconds": 30 }, "input_window_open_temperature": 0, "input_party_legacy_restore": false, "input_window_legacy_restore": true, "is_legacy_restore": true, "input_force_max_temperature": [], "input_force_eco_temperature": [], "input_calibration_delta": 5, "input_calibration_generic": false, "input_calibration_step_size": "0.1", "input_calibration_key_word": "calibration", "input_generic_calibration_offset": 5, "input_aggressive_mode_offset": 0, "input_aggressive_mode_range": 0, "input_aggressive_mode_calibration": false, "input_away_offset": 0, "is_scheduler_away_mode": false, "is_presence_away_mode": false, "presence_ignor_people": false, "is_reset_temperature": false, "is_off_instead_min": false, "is_not_off_but_min": false, "is_fahrenheit": false, "is_physical_change_enabled": false, "is_off_if_nobody_home": false, "input_action_call_delay": { "hours": 0, "minutes": 0, "seconds": 2 }, "input_custom_action": null, "input_startup_delay": { "hours": 0, "minutes": 1, "seconds": 0 }, "input_fully_open_difference": 1, "input_valve_opening_keyword": "valve_opening_degree", "input_valve_positioning_step_size": "10", "input_valve_positioning_mode": "off", "input_valve_positioning_timeout": { "hours": 0, "minutes": 20, "seconds": 0 }, "input_valve_positioning_max_opening": 100, "invalid_states": [ "unknown", "unavailable" ], "value_temperature_sensor": "unknown", "valid_temperature_sensor": false, "current_time_stamp": "2025-04-17 12:56:58.026987+02:00", "is_metric": true, "up_time_sensor": null, "is_uptime_defined": false, "uptime": "2025-04-17 12:56:58.026987+02:00", "startup_delay": null, "state_outside_temp": null, "state_ahc": true, "is_proximity_defined": false, "state_proximity_arrived": false, "state_proximity_way_home": false, "is_guest_mode": false, "is_anybody_home": false, "is_anybody_home_or_proximity": false, "active_scheduler": null, "is_scheduler_defined": false, "state_scheduler": false, "is_presence_scheduler_defined": false, "state_presence_scheduler": false, "state_presence_sensor": false, "state_presence": false, "is_force_max_temperature": false, "is_force_eco_temperature": false, "active_party_entity": null, "state_party": false, "party_temp": null, "is_away": false, "state_window": false, "is_aggressive_mode": false, "is_aggressive_mode_calibration": false, "is_frost_protection": false, "is_liming_protection": false, "valves": [ "climate.heizung_esszimmer" ], "valves_unsupported": [], "valves_off_mode": [ "climate.heizung_esszimmer" ], "valves_without_off_mode": [], "valves_tado": [], "valves_xiaomi_xiaomi": [], "valves_xiaomi_aqara": [], "valves_xiaomi": [], "valves_danfoss": [], "valves_popp": [], "valves_hive": [], "valves_dph": [], "valves_calibration_common": [ "climate.heizung_esszimmer" ], "last_comfort_entity_change": null, "last_eco_entity_change": null, "latest_entry_today": null, "latest_entry_day_before": null, "entry": null, "entry_time": "", "entry_comfort_temp": null, "entry_eco_temp": null, "entry_calibration": true, "entry_mode": "auto", "trigger_id_defined": true, "is_calibration_trigger": false, "is_generic_calibration_trigger": false, "is_generic_calibration": false, "is_aggressive_mode_trigger": false, "is_change_trigger": false, "set_max_temperature": false, "is_pysical_change": false, "is_adjustment_trigger": false, "is_reset": false, "is_changes_trigger": true, "is_scene_create_trigger": false, "is_scene_apply_trigger": false, "is_scene_destroy_trigger": false, "scene_entities": [ "climate.heizung_esszimmer" ], "scene_window_id": "scene.automatisierung_heizung_esszimmer_window", "scene_party_id": "scene.automatisierung_heizung_esszimmer_party", "scenes_all": [ "scene.automatisierung_heizung_esszimmer_window", "scene.automatisierung_heizung_esszimmer_party" ], "scene_to_apply": null, "scenes_to_destroy": [], "scene_to_create": "scene.automatisierung_heizung_esszimmer_party", "set_comfort": false, "mode": "heat", "temperature_comfort_of_entity": null, "temperature_eco_of_entity": null, "temperature_comfort": 22, "temperature_away": 22, "temperature_eco": 19, "target_temperature": 19, "changes": { "climate.heizung_esszimmer": [ { "mode": "heat", "temp": 19 } ] }, "positioning": [], "reset_data": [], "is_reset_trigger": false, "is_native_calibration": false, "is_native_calibration_trigger": false, "rounding_mode": "manual", "calibration_tado": {}, "calibration_xiaomi": {}, "calibration_dph": {}, "calibration_common": {}, "calibration_value_set": {}, "no_changes": true, "scene_trigger": false, "change_trigger": false, "reset_trigger": false, "calibration_trigger": false, "positioning_trigger": false, "automation_name": "AUTOMATISIERUNG - Heizung Esszimmer", "warnings": [ "To make Advance Heating Control work properly just setup the uptime integration (https://www.home-assistant.io/integrations/uptime/)" ], "climates_information": [ { "entity_id": "climate.heizung_esszimmer", "state": "off", "temperature": 4.5, "current_temperature": 23.2 } ] } } ], "condition/0": [ { "path": "condition/0", "timestamp": "2025-04-17T10:56:58.045380+00:00", "result": { "result": false } } ], "condition/0/conditions/0": [ { "path": "condition/0/conditions/0", "timestamp": "2025-04-17T10:56:58.045518+00:00", "result": { "result": false, "entities": [] } } ], "condition/0/conditions/1": [ { "path": "condition/0/conditions/1", "timestamp": "2025-04-17T10:56:58.045767+00:00", "result": { "result": false, "entities": [] } } ], "condition/0/conditions/2": [ { "path": "condition/0/conditions/2", "timestamp": "2025-04-17T10:56:58.046012+00:00", "result": { "result": false, "entities": [] } } ], "condition/0/conditions/3": [ { "path": "condition/0/conditions/3", "timestamp": "2025-04-17T10:56:58.046286+00:00", "result": { "result": false, "entities": [] } } ], "condition/0/conditions/4": [ { "path": "condition/0/conditions/4", "timestamp": "2025-04-17T10:56:58.046597+00:00", "result": { "result": false, "entities": [] } } ] }, "config": { "trigger_variables": { "input_trvs": [ "climate.heizung_esszimmer" ], "input_temperature_sensor": [], "is_temperature_sensor_defined": "{{ input_temperature_sensor != [] }}", "input_persons": [], "input_mode_guest": null, "input_people_entering_home_duration": { "hours": 0, "minutes": 0, "seconds": 2 }, "input_people_leaving_home_duration": { "hours": 0, "minutes": 0, "seconds": 2 }, "input_person_count": "{{ input_persons | count }}", "is_person_defined": "{{ input_person_count > 0 }}", "is_guest_mode_defined": "{{ input_mode_guest != none }}", "input_schedulers": [], "input_scheduler_selector": null, "input_scheduler_presence": null, "is_scheduler_presence_defined": "{{ input_scheduler_presence != none }}", "input_temperature_comfort": [], "input_temperature_eco": [], "input_hvac_mode": "heat", "factor": "{{ iif(input_hvac_mode == 'cool', -1, 1) | int }}", "is_heat_only_if_below_real_temp": false, "input_mode_winter": null, "input_mode_outside_temperature": null, "input_mode_outside_temperature_threshold": 20, "input_mode_room_temperature_threshold": 18, "input_mode_room_temperature": false, "input_invert_winter_mode_value": false, "input_mode_party": [], "input_adjustments": "[]", "input_calibration_timeout": { "hours": 24, "minutes": 0, "seconds": 0 }, "input_windows": [ "binary_sensor.status_fenster_esszimmer_wohnzimmer_kuche" ], "input_presence_sensor": null, "is_presence_sensor_defined": "{{ input_presence_sensor != none }}", "input_presence_reaction_on_time": { "hours": 0, "minutes": 5, "seconds": 0 }, "input_presence_reaction_off_time": { "hours": 0, "minutes": 5, "seconds": 0 }, "input_proximity": null, "input_proximity_duration": { "hours": 0, "minutes": 2, "seconds": 0 }, "input_proximity_distance": 500, "input_frost_protection_duration": { "days": 0, "hours": 0, "minutes": 0, "seconds": 0 }, "input_liming_protection": false, "input_liming_protection_day": "Mon", "input_liming_protection_time": "12:00:00", "input_liming_in_winter": false, "input_liming_protection_duration": 1 }, "variables": { "input_trvs": [ "climate.heizung_esszimmer" ], "input_hvac_mode": "heat", "input_temperature_sensor": [], "input_temperature_comfort": [], "input_temperature_comfort_entity": "{{ iif(input_temperature_comfort == [], none, input_temperature_comfort) }}", "input_temperature_comfort_static": 22, "input_temperature_eco": [], "input_temperature_eco_entity": "{{ iif(input_temperature_eco == [], none, input_temperature_eco) }}", "input_temperature_eco_static": 19, "input_frost_protection_temp": 5, "input_frost_protection_duration": { "days": 0, "hours": 0, "minutes": 0, "seconds": 0 }, "input_liming_protection": false, "input_liming_protection_day": "Mon", "input_liming_protection_time": "12:00:00", "input_liming_in_winter": false, "input_liming_protection_duration": 1, "input_schedulers": [], "input_scheduler_selector": null, "input_presence_sensor": null, "input_scheduler_presence": null, "input_presence_reaction_off_time": { "hours": 0, "minutes": 5, "seconds": 0 }, "input_presence_reaction_on_time": { "hours": 0, "minutes": 5, "seconds": 0 }, "input_windows": [ "binary_sensor.status_fenster_esszimmer_wohnzimmer_kuche" ], "input_windows_reaction_time_open": { "hours": 0, "minutes": 0, "seconds": 30 }, "input_windows_reaction_time_close": { "hours": 0, "minutes": 0, "seconds": 30 }, "input_window_open_temperature": 0, "input_party_legacy_restore": false, "input_window_legacy_restore": true, "is_legacy_restore": "{{ input_party_legacy_restore or input_window_legacy_restore }}", "input_mode_winter": null, "input_invert_winter_mode_value": false, "input_mode_outside_temperature": null, "input_mode_outside_temperature_threshold": 20, "input_mode_room_temperature": false, "input_mode_room_temperature_threshold": 18, "input_proximity": null, "input_persons": [], "input_mode_guest": null, "input_people_entering_home_duration": { "hours": 0, "minutes": 0, "seconds": 2 }, "input_people_leaving_home_duration": { "hours": 0, "minutes": 0, "seconds": 2 }, "input_mode_party": [], "input_force_max_temperature": [], "input_force_eco_temperature": [], "input_calibration_delta": 5, "input_calibration_generic": false, "input_calibration_step_size": "0.1", "input_calibration_key_word": "calibration", "input_generic_calibration_offset": 5, "input_aggressive_mode_offset": 0, "input_aggressive_mode_range": 0, "input_aggressive_mode_calibration": false, "input_away_offset": 0, "is_scheduler_away_mode": false, "is_presence_away_mode": false, "presence_ignor_people": false, "input_adjustments": "[]", "is_reset_temperature": false, "is_off_instead_min": false, "is_not_off_but_min": false, "is_fahrenheit": false, "is_heat_only_if_below_real_temp": false, "is_physical_change_enabled": false, "is_off_if_nobody_home": false, "input_action_call_delay": { "hours": 0, "minutes": 0, "seconds": 2 }, "input_custom_action": null, "input_startup_delay": { "hours": 0, "minutes": 1, "seconds": 0 }, "input_fully_open_difference": 1, "input_valve_opening_keyword": "valve_opening_degree", "input_valve_positioning_step_size": "10", "input_valve_positioning_mode": "off", "input_valve_positioning_timeout": { "hours": 0, "minutes": 20, "seconds": 0 }, "input_valve_positioning_max_opening": 100, "is_temperature_sensor_defined": "{{ input_temperature_sensor != [] }}", "invalid_states": "{{ ['unknown', 'unavailable'] }}\n", "value_temperature_sensor": "{% if is_temperature_sensor_defined %}\n {{ states(input_temperature_sensor) }}\n{% else %}\n {{ 'unknown' }}\n{% endif %}\n", "valid_temperature_sensor": "{{ value_temperature_sensor not in invalid_states }}\n", "factor": "{{ iif(input_hvac_mode == 'cool', -1, 1) | int }}", "current_time_stamp": "{{ now() }}", "is_metric": "{{ not is_temperature_sensor_defined or (is_temperature_sensor_defined and state_attr(input_temperature_sensor,VAR_UNIT_OF_MEASUREMENT) == '°C') }}", "up_time_sensor": "{{ integration_entities('uptime') | first | default(none) }}", "is_uptime_defined": "{{ up_time_sensor != none }}", "uptime": "{% if is_uptime_defined %}\n {{ states(up_time_sensor) | as_datetime }}\n{% else %}\n {{ current_time_stamp | as_datetime }}\n{% endif %}\n", "startup_delay": "{% set start_delay_seconds = timedelta(**input_startup_delay).total_seconds() %}\n{% if not is_uptime_defined or start_delay_seconds == 0 %}\n {{ none }}\n{% else %}\n {% set difference = (current_time_stamp | as_datetime - uptime | as_datetime).total_seconds() %}\n {% set real_start_delay = (start_delay_seconds - difference) %}\n\n {{ iif(real_start_delay > 0, real_start_delay, none) }}\n{% endif %}\n", "state_outside_temp": "{% if input_mode_outside_temperature == none %}\n {{ none }}\n{% else %}\n {% set outside_state = false %}\n {% set use_room_temp = input_mode_room_temperature and valid_temperature_sensor %}\n {% set room_state = iif(use_room_temp, false, true) %}\n\n {% set state = states(input_mode_outside_temperature) %}\n {% set state = iif(is_number(state) == true, state, state_attr(input_mode_outside_temperature,'temperature'))%}\n\n {% if is_number(state) %}\n {% set outside_state = (state | float - input_mode_outside_temperature_threshold | float) * factor < 0 %}\n {% endif %}\n\n {% if use_room_temp %}\n {% set state = states(input_temperature_sensor) %}\n\n {% if is_number(state) %}\n {% set room_state = (state | float - input_mode_room_temperature_threshold | float) * factor < 0 %}\n {% endif %}\n {% endif %}\n\n {{ room_state and outside_state }}\n{% endif %}\n", "state_ahc": "{% set result = true %} {% if input_mode_winter != none %}\n {% set activation_state = iif(input_invert_winter_mode_value, 'off', 'on') %}\n {% set result = is_state(input_mode_winter, activation_state) %}\n{% endif %}\n{{ iif(state_outside_temp == none, result, result and state_outside_temp) }}\n", "is_proximity_defined": "{{ input_proximity != none }}", "state_proximity_arrived": "{% set proximity_entities = device_entities(input_proximity) %} {% set is_arrived = proximity_entities \n | select('is_state','arrived') \n | expand \n | selectattr('attributes.device_class', 'eq', 'enum') \n | list | count > 0 %}\n{{ is_arrived }}\n", "state_proximity_way_home": "{% set proximity_entities = device_entities(input_proximity) %}\n{% set earliest_timestamp = current_time_stamp | as_datetime - timedelta(**input_proximity_duration) %} {% set uptime_duration = as_datetime(uptime) + timedelta(**input_proximity_duration) %}\n{% if uptime_duration > earliest_timestamp %}\n {% set earliest_timestamp = uptime_duration%}\n{% endif %}\n{% set entities_towards = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'enum') \n | selectattr('last_changed', '<=', earliest_timestamp)\n | map(attribute='entity_id') | select('is_state','towards')\n | map('regex_replace','_(?=[^_]*$)(.*)', '')\n | list %}\n\n{% set distances = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'distance')\n | map(attribute='state')\n | reject('eq', 'unknown')\n | map('int')\n | select('<=', input_proximity_distance | int)\n | map('string')\n | list %}\n\n{% set entities_distances = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'distance')\n | selectattr('state', 'in', distances)\n | map(attribute='entity_id')\n | map('regex_replace','_(?=[^_]*$)(.*)', '')\n | list %}\n\n{% set towards_and_in_distance = entities_towards | select('in', entities_distances) | list | count > 0 %}\n{{ towards_and_in_distance }}\n", "is_person_defined": "{{ input_persons | count > 0 or input_mode_guest != none }}", "is_guest_mode": "{{ input_mode_guest != none and is_state(input_mode_guest, 'on') }}", "is_anybody_home": "{% if is_guest_mode %}\n {{ true }}\n{% elif not is_person_defined %}\n {{ false }}\n{% else %}\n {% set on_time_delta = current_time_stamp | as_datetime - timedelta(**input_people_entering_home_duration) %}\n {% set off_time_delta = current_time_stamp | as_datetime - timedelta(**input_people_leaving_home_duration) %}\n\n {% set uptime_on = as_datetime(uptime) + timedelta(**input_people_entering_home_duration) %}\n {% set uptime_off = as_datetime(uptime) + timedelta(**input_people_leaving_home_duration) %}\n\n {% set result = false %}\n\n {% if uptime_on > on_time_delta or uptime_off > off_time_delta %}\n {{ input_persons | expand \n | selectattr('state', 'eq', 'home') \n | list \n | count > 0 }}\n {% else %}\n {% set persons_home = state_attr('zone.home','persons') | select('in', input_persons) | list %}\n\n {% set somebody_is_home = persons_home | expand\n | selectattr('last_changed', '<=', on_time_delta)\n | list\n | count > 0 %}\n\n {% set somebody_is_leaving = persons_home | count == 0 and ['zone.home'] | expand | map(attribute='last_changed') | first | default(off_time_delta) > off_time_delta %}\n\n {{ somebody_is_home or somebody_is_leaving }}\n {% endif %}\n{% endif %}\n", "is_anybody_home_or_proximity": "{{ is_anybody_home or state_proximity_way_home or state_proximity_arrived}}", "active_scheduler": "{% set selected_scheduler = none %} {% set schedules_count = input_schedulers | count %}\n{% if schedules_count == 0 %}\n {% set selected_scheduler = none %}\n{% elif schedules_count == 1 or input_scheduler_selector == none %}\n {% set selected_scheduler = input_schedulers | first %}\n{% elif schedules_count > 1 %}\n {% set selector_value = states(input_scheduler_selector) %}\n\n {% if is_number(selector_value) %}\n {% set selector_value = iif(selector_value | int > schedules_count, schedules_count, selector_value) %}\n {% set selector_value = iif(selector_value | int <= 0, 1, selector_value) %}\n {% set selected_scheduler = input_schedulers[selector_value | int - 1] %}\n {% elif selector_value in ['on','off'] %}\n {% set selected_scheduler = iif(selector_value == 'off', input_schedulers[0], input_schedulers[1]) %}\n {% else %}\n {% set selected_scheduler = input_schedulers | expand | selectattr('attributes.friendly_name', 'eq', selector_value) | map(attribute='entity_id') | first | default(none) %}\n {% if (selected_scheduler == none) %}\n {% set selected_scheduler = input_schedulers | expand | selectattr('attributes.friendly_name', 'search', '(?i)' + selector_value) | map(attribute='entity_id') | first | default(none) %}\n {% endif %}\n {% endif %}\n{% endif %}\n{{ selected_scheduler }}\n", "is_scheduler_defined": "{{ active_scheduler != none }}", "state_scheduler": "{{ active_scheduler != none and is_state(active_scheduler,'on') }}", "is_presence_sensor_defined": "{{ input_presence_sensor != none }}", "is_presence_scheduler_defined": "{{ input_scheduler_presence != none }}", "state_presence_scheduler": "{{ is_presence_scheduler_defined and is_state(input_scheduler_presence, 'on') }}", "state_presence_sensor": "{% if not is_presence_sensor_defined %}\n {{ false }}\n{% else %}\n {% set last_changed = [input_presence_sensor] | expand | map(attribute='last_changed') | first %}\n {% set sensor_state = is_state(input_presence_sensor, 'on') %}\n {% set reaction_time = iif(sensor_state, input_presence_reaction_on_time, input_presence_reaction_off_time) %}\n {% set min_timestamp = last_changed + timedelta(**reaction_time) %}\n {% set current_ts = current_time_stamp | as_datetime%}\n\n {% if is_uptime_defined and as_datetime(uptime) + timedelta(**reaction_time) > current_ts - timedelta(**reaction_time) %}\n {{ sensor_state }}\n {% else %}\n {% set is_limit = min_timestamp <= current_ts %}\n\n {{ (sensor_state == true and is_limit) or (sensor_state == false and not is_limit) }}\n {% endif %}\n{% endif %}\n", "state_presence": "{{ iif(is_presence_scheduler_defined, state_presence_scheduler and state_presence_sensor, state_presence_sensor) }}\n", "is_force_max_temperature": "{{ input_force_max_temperature != [] and is_state(input_force_max_temperature, 'on') }}", "is_force_eco_temperature": "{{ input_force_eco_temperature != [] and is_state(input_force_eco_temperature, 'on') }}", "active_party_entity": "{{ input_mode_party | expand | selectattr('state', 'in', ['active','on']) | map(attribute='entity_id') | first | default(none) }}", "state_party": "{{ active_party_entity != none }}", "party_temp": "{% set pos_party_temp = none %} {% if state_party == true %}\n {% set name = state_attr(active_party_entity,'friendly_name') %}\n {% set pos_temp = name.split(' ') | last %}\n {% if is_number(pos_temp) %}\n {% set pos_party_temp = pos_temp | float %}\n {% endif %}\n{% endif %} {{ pos_party_temp }}\n", "is_away": "{% if is_person_defined and not is_anybody_home_or_proximity %}\n {{ (is_scheduler_away_mode and state_scheduler) or (is_presence_away_mode and state_presence_scheduler and not state_presence) }}\n{% elif presence_ignor_people and is_presence_away_mode %}\n {{ state_presence_scheduler and not state_presence }}\n{% elif is_presence_away_mode and is_person_defined and is_anybody_home_or_proximity and not presence_ignor_people %}\n {{ not state_presence }}\n{% else %}\n {{ false }}\n{% endif %}\n", "state_window": "{% set current_ts = current_time_stamp | as_datetime %} {% set on_time_delta = current_ts - timedelta(**input_windows_reaction_time_open) %} {% set off_time_delta = current_ts - timedelta(**input_windows_reaction_time_close) %}\n{% set has_open_windows = input_windows \n | expand\n | selectattr('state', 'in', ['on','open','tilted'])\n | selectattr('last_changed', '<=', on_time_delta)\n | list\n | count > 0 %}\n\n{% set closed_but_not_in_duration = input_windows \n | expand\n | selectattr('state', 'in', ['off','closed'])\n | selectattr('last_changed', '>=', off_time_delta)\n | list\n | count > 0 %}\n\n{{ has_open_windows or closed_but_not_in_duration }}\n", "is_aggressive_mode": "{{ input_aggressive_mode_offset > 0 }}", "is_aggressive_mode_calibration": "{{ is_aggressive_mode and input_aggressive_mode_calibration and valid_temperature_sensor }}", "is_frost_protection": "{% set frost_protection_timestamp = as_datetime(current_time_stamp) - timedelta(**input_frost_protection_duration) %} {% if frost_protection_timestamp == as_datetime(current_time_stamp) %}\n {{ false }}\n{% else %}\n {% set relevant_entities = [input_presence_sensor] + [input_mode_guest] + input_persons %}\n {% set relevant_entities_count = relevant_entities | reject('eq',none) | list | count %}\n\n {% if relevant_entities_count > 0 %}\n\n {% set presence_count = [input_presence_sensor] \n | reject('eq',none)\n | reject('is_state','on')\n | expand \n | selectattr('last_changed', '<=', frost_protection_timestamp)\n | list | count %}\n\n {% set persons_count = input_persons\n | reject('eq',none)\n | reject('is_state','home')\n | expand\n | selectattr('last_changed', '<=', frost_protection_timestamp)\n | list | count %}\n\n {% set guest_mode_count = [input_mode_guest] \n | reject('eq',none)\n | reject('is_state','on')\n | expand \n | selectattr('last_changed', '<=', frost_protection_timestamp)\n | list | count %}\n\n {{ presence_count + guest_mode_count + persons_count == relevant_entities_count }}\n {% else %}\n {{ false }}\n {% endif %}\n{% endif %}\n", "is_liming_protection": "{% if not input_liming_protection%}\n {{ false }}\n{% else %}\n {% set enable_liming = true %}\n {% if input_mode_winter != none %}\n {% set enable_liming = is_state(input_mode_winter,'on') or input_liming_in_winter %}\n {% endif %}\n\n {% set current_timestamp = now() %}\n\n {% set is_liming_day = input_liming_protection_day == as_datetime(current_timestamp).strftime('%a') %}\n\n {% set start_hour = input_liming_protection_time.split(':')[0] | int %}\n {% set start_minute = input_liming_protection_time.split(':')[1] | int %}\n\n {% set today_start = as_datetime(current_timestamp).replace(second=0,microsecond=0,hour=start_hour,minute=start_minute) %}\n {% set today_end = as_datetime(current_timestamp).replace(second=0,microsecond=0,hour=start_hour,minute=start_minute) + timedelta(minutes=input_liming_protection_duration | int) %}\n\n {% set is_liming_time = as_datetime(current_timestamp) >= today_start and as_datetime(current_timestamp) <= today_end %}\n\n {{ enable_liming and is_liming_day and is_liming_time }}\n{% endif %}\n", "valves": "{{ input_trvs | expand\n | selectattr('attributes.hvac_modes','search','(?i)'+input_hvac_mode) \n | map(attribute='entity_id') \n | list }}\n", "valves_unsupported": "{{ input_trvs | reject('in',valves) | list }}\n", "valves_off_mode": "{{ valves | expand | selectattr('attributes.hvac_modes','search','(?i)off') \n | map(attribute='entity_id') \n | list }}\n", "valves_without_off_mode": "{{ valves | reject('in',valves_off_mode) | list }}\n", "valves_tado": "{{ valves | select('is_device_attr', 'manufacturer', 'Tado') | list }}", "valves_xiaomi_xiaomi": "{{ valves | select('is_device_attr', 'manufacturer', 'Xiaomi') | list }}", "valves_xiaomi_aqara": "{{ valves | select('is_device_attr', 'manufacturer', 'Aqara') | list }}", "valves_xiaomi": "{{ valves_xiaomi_xiaomi + valves_xiaomi_aqara }}", "valves_danfoss": "{{ valves | select('is_device_attr', 'manufacturer', 'Danfoss') | list }}", "valves_popp": "{{ valves | select('is_device_attr', 'manufacturer', 'Popp') | list }}", "valves_hive": "{{ valves | select('is_device_attr', 'manufacturer', 'Hive') | list }}", "valves_dph": "{{ valves_danfoss + valves_popp + valves_hive }}", "valves_calibration_common": "{{ valves | reject('in', valves_tado + valves_dph + valves_xiaomi) | list }}", "last_comfort_entity_change": "{{ [input_temperature_comfort_entity] | expand | map(attribute='last_changed') | list | first | default(none) }}", "last_eco_entity_change": "{{ [input_temperature_eco_entity] | expand | map(attribute='last_changed') | list | first | default(none) }}", "latest_entry_today": "{% set scheduler_name = none %} {% if active_scheduler != none %}\n {% set scheduler_name = state_attr(active_scheduler,'friendly_name') %}\n{% endif %}\n{% set current_ts = current_time_stamp | as_datetime %}\n{% set current_day = current_ts.strftime('%a') %} {% set current_time = current_ts.strftime('%H:%M') %}\n{% set plan = input_adjustments | rejectattr('time', 'undefined') \n | selectattr('time','<=', current_time| string)\n | list %}\n\n{% set selected_entries_days_and_schedule = plan | rejectattr('days','==',Undefined) | selectattr('days','search',current_day) \n | rejectattr('scheduler','==',Undefined) | selectattr('scheduler','in',scheduler_name) \n | list %}\n\n{% set selected_entries_days = plan | rejectattr('days','==',Undefined) | selectattr('days','search',current_day) \n | selectattr('scheduler','in',[Undefined])\n | list %}\n\n{% set selected_entries_schedule = plan | rejectattr('scheduler','==',Undefined) | selectattr('scheduler','in',scheduler_name) \n | selectattr('days','in',[Undefined])\n | list %}\n\n{% set selected_entries_time_only = plan | selectattr('days','in',[Undefined]) \n | selectattr('scheduler','in',[Undefined]) \n | list %}\n\n{% set selected_entries = selected_entries_days_and_schedule + selected_entries_days + selected_entries_schedule + selected_entries_time_only %}\n{% if selected_entries | count > 0%}\n {{ selected_entries | sort(attribute='time', reverse = true) | first }}\n{% else %}\n {{ none }}\n{% endif %}\n", "latest_entry_day_before": "{% set timestamp = as_datetime(current_time_stamp).replace(hour=23,minute=59) + timedelta(days=-1) %}\n{% set scheduler_name = none %} {% if active_scheduler != none %}\n {% set scheduler_name = state_attr(active_scheduler,'friendly_name') %}\n{% endif %}\n{% set current_day = timestamp.strftime('%a') %} {% set current_time = timestamp.strftime('%H:%M') %}\n{% set plan = input_adjustments | rejectattr('time', 'undefined') \n | selectattr('time','<=', current_time| string)\n | list %}\n\n{% set selected_entries_days_and_schedule = plan | rejectattr('days','==',Undefined) | selectattr('days','search',current_day) \n | rejectattr('scheduler','==',Undefined) | selectattr('scheduler','in',scheduler_name) \n | list %}\n\n{% set selected_entries_days = plan | rejectattr('days','==',Undefined) | selectattr('days','search',current_day) \n | selectattr('scheduler','in',[Undefined])\n | list %}\n\n{% set selected_entries_schedule = plan | rejectattr('scheduler','==',Undefined) | selectattr('scheduler','in',scheduler_name) \n | selectattr('days','in',[Undefined])\n | list %}\n\n{% set selected_entries_time_only = plan | selectattr('days','in',[Undefined]) \n | selectattr('scheduler','in',[Undefined]) \n | list %}\n\n{% set selected_entries = selected_entries_days_and_schedule + selected_entries_days + selected_entries_schedule + selected_entries_time_only %}\n{% if selected_entries | count > 0%}\n {{ selected_entries | sort(attribute='time', reverse = true) | first }}\n{% else %}\n {{ none }}\n{% endif %}\n", "entry": "{{ iif(latest_entry_today != none, latest_entry_today, latest_entry_day_before) }}", "entry_time": "{% if entry != none %}\n {% set entry_hour = entry['time'].split(':')[0] | int %}\n {% set entry_minute = entry['time'].split(':')[1] | int %}\n {{ as_datetime(current_time_stamp).replace(hour=entry_hour, minute=entry_minute, second=0, microsecond=0) + timedelta(days=iif(latest_entry_today == none,-1,0)) }}\n{% endif %}\n", "entry_comfort_temp": "{% if entry != none and 'comfort' in entry.keys() and (last_comfort_entity_change == none or as_datetime(entry_time) > as_datetime(last_comfort_entity_change)) %}\n {% set entry_temp = entry['comfort']%} \n {% if is_number(entry_temp) %}\n {{ entry_temp }}\n {% elif states[entry_temp] != none %}\n {{ states(entry_temp) }}\n {% endif %}\n{% else %}\n {{ none }}\n{% endif %}\n", "entry_eco_temp": "{% if entry != none and 'eco' in entry.keys() and (last_eco_entity_change == none or as_datetime(entry_time) > as_datetime(last_eco_entity_change)) %}\n {% set entry_temp = entry['eco']%} \n {% if is_number(entry_temp) %}\n {{ entry_temp }}\n {% elif states[entry_temp] != none %}\n {{ states(entry_temp) }}\n {% endif %}\n{% else %}\n {{ none }}\n{% endif %}\n", "entry_calibration": "{% if entry != none and 'calibration' in entry.keys() %}\n {{ entry['calibration'] == 'on' }}\n{% else %}\n {{ true }}\n{% endif %}\n", "entry_mode": "{% if entry != none and 'mode' in entry.keys() %}\n {{ entry['mode'] }}\n{% else %}\n {{ 'auto' }}\n{% endif %}\n", "trigger_id_defined": "{{ trigger.id is defined }}", "is_calibration_trigger": "{% if valves_dph | count > 0 and trigger_id_defined and trigger.id in ['calibration_popp_ping','calibration_popp_change'] %}\n {{ true }}\n{% elif is_aggressive_mode_calibration and trigger_id_defined and 'aggressive_mode' in trigger.id %}\n {{ true }}\n{% else %}\n {{ trigger_id_defined and 'calibration' in trigger.id and not trigger.id == 'calibration_aggressive_mode_thermostat_temp_change' }}\n{% endif %}\n", "is_generic_calibration_trigger": "{{ is_calibration_trigger and input_calibration_generic }}", "is_generic_calibration": "{{ is_generic_calibration_trigger and entry_calibration and valid_temperature_sensor }}", "is_aggressive_mode_trigger": "{{ is_aggressive_mode and trigger_id_defined and 'aggressive_mode' in trigger.id }}", "is_change_trigger": "{{ trigger_id_defined and \n 'temperature_change' in trigger.id and \n ('presence' in trigger.id or \n 'scheduler' in trigger.id or \n 'proximity' in trigger.id or \n 'person' in trigger.id or\n '_ds' in trigger.id)\n and not trigger.id == 'temperature_change_valve_target' }}\n", "set_max_temperature": "{{ is_force_max_temperature or is_liming_protection }}", "is_pysical_change": "{{ trigger_id_defined \n and trigger.id == 'temperature_change_valve_target' \n and is_physical_change_enabled\n and not state_window\n and not set_max_temperature\n and not is_away }}\n", "is_adjustment_trigger": "{{ trigger_id_defined and trigger.id == 'temperature_change_heating_adjustment' and (entry_comfort_temp != none or entry_eco_temp != none) }}", "is_reset": "{{ (is_reset_temperature and is_change_trigger) or \n is_pysical_change or is_adjustment_trigger }}\n", "is_changes_trigger": "{% if state_window %}\n {% if trigger_id_defined and 'temperature_change_window_on' in trigger.id %}\n {{ true }}\n {% elif trigger_id_defined and 'temperature_change_window_off' not in trigger.id %}\n {{ false }}\n {% endif %}\n{% elif trigger.platform == none %}\n {{ true }}\n{% elif trigger_id_defined and trigger.id == 'temperature_change_valve_target' %}\n {{ false }}\n{% elif is_heat_only_if_below_real_temp and trigger_id_defined and 'above_temp' in trigger.id %}\n {{ true }}\n{% elif is_aggressive_mode_calibration and is_aggressive_mode_trigger %}\n {{ false }}\n{% elif is_aggressive_mode_trigger %}\n {{ true }}\n{% elif is_generic_calibration %}\n {{ true }}\n{% else %}\n {{ trigger_id_defined and 'temperature_change' in trigger.id}}\n{% endif %}\n", "is_scene_create_trigger": "{{ trigger_id_defined and ((\"window_on\" in trigger.id and not state_party) or (\"party_on\" in trigger.id and not state_window)) }}\n", "is_scene_apply_trigger": "{{ trigger_id_defined and (\"window_off\" in trigger.id or \"party_off\" in trigger.id) and not is_legacy_restore and not (state_window or state_party) }}\n", "is_scene_destroy_trigger": "{{ (is_change_trigger or trigger.id == 'temperature_change_heating_adjustment') and (state_window or state_party) }}\n", "scene_entities": "{{ valves }}", "scene_window_id": "{{ 'scene.' + this.entity_id | replace('automation.','') | replace('.','_') + '_window' }}", "scene_party_id": "{{ 'scene.' + this.entity_id | replace('automation.','') | replace('.','_') + '_party' }}", "scenes_all": "{{ [scene_window_id, scene_party_id] }}", "scene_to_apply": "{% if is_scene_apply_trigger and \"window_off\" in trigger.id %}\n {{ scene_window_id }}\n{% elif is_scene_apply_trigger and \"party_off\" in trigger.id %}\n {{ scene_party_id }}\n{% else %}\n {{ none }}\n{% endif %}\n", "scenes_to_destroy": "{% set scenes = [] %} {% if is_scene_destroy_trigger %}\n {% set scenes = iif(state_window, scenes + [scene_window_id], scenes) %}\n {% set scenes = iif(state_party, scenes + [scene_party_id], scenes) %}\n{% endif %} {{ scenes }}\n", "scene_to_create": "{{ iif(is_scene_create_trigger and \"window_on\" in trigger.id, scene_window_id, scene_party_id) }}\n", "set_comfort": "{% if is_force_max_temperature %}\n {{ true }}\n{% elif entry_mode == 'eco' %}\n {{ false }}\n{% elif entry_mode == 'comfort' %}\n {{ true }}\n{% elif state_party %}\n {{ true }}\n{% elif is_force_eco_temperature %}\n {{ false }}\n{% elif is_away %}\n {{ true }}\n{% elif not is_scheduler_defined and not is_presence_sensor_defined %}\n {{ is_anybody_home_or_proximity }}\n{% else %}\n {% set comfort_state = state_scheduler or state_presence %}\n\n {% if is_person_defined or is_proximity_defined %}\n {{ is_anybody_home_or_proximity and comfort_state }}\n {% else %}\n {{ comfort_state }}\n {% endif %}\n{% endif %}\n", "mode": "{% if not state_ahc %}\n {{ 'off' }}\n{% elif state_window and input_window_open_temperature | int == 0 and not set_max_temperature %}\n {{ 'off' }}\n{% elif entry_mode == 'off' %}\n {{ 'off' }}\n{% elif is_off_instead_min and not set_comfort %} \n {{ 'off' }}\n{% elif is_off_if_nobody_home and is_person_defined and not is_anybody_home_or_proximity and not set_comfort %}\n {{ 'off' }}\n{% else %}\n {{ input_hvac_mode }}\n{% endif %}\n", "temperature_comfort_of_entity": "{% if(input_temperature_comfort_entity != none) %}\n {{ states(input_temperature_comfort_entity) | float }}\n{% else %}\n {{ none }}\n{% endif %}\n", "temperature_eco_of_entity": "{% if(input_temperature_eco_entity != none) %}\n {{ states(input_temperature_eco_entity) | float }}\n{% else %}\n {{ none }}\n{% endif %}\n", "temperature_comfort": "{{ [entry_comfort_temp, temperature_comfort_of_entity, input_temperature_comfort_static] | reject('==', none) | first }}", "temperature_away": "{{ temperature_comfort | float - input_away_offset }}", "temperature_eco": "{{ [entry_eco_temp, temperature_eco_of_entity, input_temperature_eco_static] | reject('==', none) | first }}", "target_temperature": "{% if state_window and input_window_open_temperature > 0 %}\n {{ input_window_open_temperature }}\n{% elif state_party %}\n {{ iif(party_temp != none, party_temp, temperature_comfort) }}\n{% elif is_frost_protection %}\n {{ input_frost_protection_temp }}\n{% else %}\n {{ iif(set_comfort, iif(is_away, temperature_away, temperature_comfort), temperature_eco) }}\n{% endif %}\n", "changes": "{% set n = namespace(dict=[]) %}\n{% set original_mode = mode %}\n{% if not is_changes_trigger %}\n {{ n.dict }}\n{% else %}\n {% for valve in input_trvs %}\n\n {% set current_valve_temp = state_attr(valve, 'current_temperature') | float(20) %}\n {% set current_valve_target_temp = state_attr(valve, 'temperature') | float(temperature) %}\n {% set current_valve_mode = states(valve) %}\n {% set min_temp = state_attr(valve, 'min_temp') | float(5) %}\n {% set max_temp = state_attr(valve, 'max_temp') | float(30) %}\n\n {% set valve_temp = target_temperature %}\n\n {% set dont_turn_off = \n valve in valves_without_off_mode or \n is_not_off_but_min or \n (state_window and input_window_open_temperature > 0) or\n set_max_temperature %}\n\n {% set ref_temp = current_valve_temp %}\n {% if valid_temperature_sensor %}\n {% set ref_temp = value_temperature_sensor | float(current_valve_temp) %}\n {% endif %}\n\n {% if is_heat_only_if_below_real_temp and iif(factor == 1, target_temperature <= ref_temp, target_temperature >= ref_temp) %}\n {% set mode = 'off' %}\n {% endif %}\n\n {% set valve_mode = iif(mode == 'off' and dont_turn_off, current_valve_mode, mode) %}\n\n {% if mode != 'off' %}\n\n {% if is_aggressive_mode and not is_aggressive_mode_calibration %}\n\n {% set temp_diff = valve_temp - ref_temp %}\n\n {% if temp_diff * factor < input_aggressive_mode_range * -1 %}\n {% set valve_temp = valve_temp - input_aggressive_mode_offset * factor %}\n {% elif temp_diff * factor > input_aggressive_mode_range %}\n {% set valve_temp = valve_temp + input_aggressive_mode_offset * factor %}\n {% endif %}\n\n {% endif %}\n\n {% if input_calibration_generic %}\n\n {% if current_valve_temp != ref_temp %}\n {% set offset = current_valve_temp - ref_temp %}\n\n {% set offset = iif(offset > float(input_generic_calibration_offset), input_generic_calibration_offset, offset) %}\n {% set offset = iif(offset < float(input_generic_calibration_offset) * -1, input_generic_calibration_offset * -1, offset) %}\n\n {% set temp_with_offset = float(valve_temp) + float(offset) %}\n {% set step = state_attr(valve, 'target_temp_step') | float(0.5) %}\n\n {% set temp_with_offset = (temp_with_offset | float(0) / float(step)) | round(0) * float(step) %}\n\n {% set valve_temp = iif(input_calibration_step_size == 'full', float(temp_with_offset) | round(), temp_with_offset | round(1)) %}\n\n {% endif %}\n {% endif %}\n\n {% endif %}\n\n {% if mode == 'off' and dont_turn_off %}\n {% set valve_temp = min_temp %}\n {% endif %}\n\n {% set valve_temp = iif(set_max_temperature, max_temp, valve_temp) %}\n {% set valve_temp = iif(valve_temp > max_temp, max_temp, valve_temp) %}\n {% set valve_temp = iif(valve_temp < min_temp, min_temp, valve_temp) %}\n\n {% if current_valve_mode != valve_mode or current_valve_target_temp != valve_temp %}\n {% set n.dict = n.dict + [(valve, [{'mode': valve_mode , 'temp': valve_temp}])] %}\n {% endif %}\n\n {% endfor %}\n\n {% set mode = original_mode %}\n\n {{ dict.from_keys(n.dict) }}\n{% endif %}\n", "positioning": "{% set n = namespace(dict=[]) %}\n{% if input_valve_positioning_mode == 'off' %}\n {{ n.dict }}\n{% else %}\n {% for valve in input_trvs %}\n\n {% set current_temp = state_attr(valve, 'current_temperature') | float(none) %}\n {% if valid_temperature_sensor %}\n {% set current_temp = value_temperature_sensor | float(none) %}\n {% endif %}\n\n {% set target_temp = state_attr(valve, 'temperature') | float(none) %}\n\n {% set open_valve_entity = device_entities(device_id(valve)) | expand \n | selectattr('domain','in','number') \n | selectattr('entity_id', 'search', input_valve_opening_keyword)\n | map(attribute='entity_id') \n | list | first | default(none) %}\n\n {% if open_valve_entity != none and current_temp != none and target_temp != none and\n (\n (trigger_id_defined and trigger.id == 'positioning_event') or \n ([open_valve_entity] | expand | map(attribute='last_changed') | first) + timedelta(**input_valve_positioning_timeout) <= now()\n )\n %}\n\n {% set opening = 100 %}\n {% set difference = target_temp - current_temp %}\n {% set step_size = input_valve_positioning_step_size | int %}\n\n {% if input_fully_open_difference > 0 and not is_force_max_temperature %}\n\n {% set opening_regular = (100 / input_fully_open_difference) * difference %}\n {% set opening_pessimistic = sqrt(((100 / input_fully_open_difference) * difference) | abs) * 10 %}\n {% set opening_optimistic = ((100 / input_fully_open_difference) * difference)**2 / 100 %}\n\n {% set opening = opening_regular %}\n {% set opening = iif(input_valve_positioning_mode == 'pessimistic', opening_pessimistic, opening) %}\n {% set opening = iif(input_valve_positioning_mode == 'optimistic', opening_optimistic, opening) %}\n\n {% set opening = iif(difference >= input_fully_open_difference, 100, opening) %}\n {% set opening = iif(difference < 0, 0, opening) %}\n\n {% set opening = opening / 100 * input_valve_positioning_max_opening %}\n\n {% set opening = ((opening + step_size / 2) // step_size * step_size) | int %}\n {% endif %}\n\n {% set open_valve_entity_value = states(open_valve_entity) | int %}\n\n {% if open_valve_entity_value != opening %}\n {% set n.dict = n.dict + [(valve, [{'entity': open_valve_entity , 'value': opening, 'current_temp': current_temp, 'target_temp': target_temp, 'difference': difference}])] %}\n {% endif %}\n\n {% endif %}\n {% endfor %}\n\n {{ dict.from_keys(n.dict) }}\n{% endif %}\n", "reset_data": "{% set result = [] %} {% if is_adjustment_trigger %}\n {% if entry_comfort_temp != none and input_temperature_comfort_entity != none %}\n {% set result = result + [{'entity': input_temperature_comfort_entity, 'temp': entry_comfort_temp}] %}\n {% endif %}\n {% if entry_eco_temp != none and input_temperature_eco_entity != none %}\n {% set result = result + [{'entity': input_temperature_eco_entity, 'temp': entry_eco_temp}] %}\n {% endif %}\n{% else %}\n {% set entity = none %}\n {% if is_reset and set_comfort %}\n {% set entity = iif(is_pysical_change, input_temperature_comfort_entity, input_temperature_eco_entity) %}\n {% elif is_reset and not set_comfort %}\n {% set entity = iif(is_pysical_change, input_temperature_eco_entity, input_temperature_comfort_entity) %}\n {% endif %}\n\n {% set temp_r = none %}\n {% if is_pysical_change %}\n {% set temp_r = state_attr(trigger.to_state.entity_id,'temperature') %}\n {% else %}\n {% set temp_r = iif(is_reset and entity == input_temperature_eco_entity, \n input_temperature_eco_static, input_temperature_comfort_static) %}\n {% endif %}\n\n {% if entity != none and temp_r != none %}\n {% set result = result + [{'entity': entity, 'temp': temp_r}] %}\n {% endif %}\n{% endif %}\n{{ result }}\n", "is_reset_trigger": "{{ is_reset and reset_data | count > 0 }}", "is_native_calibration": "{{ not input_calibration_generic and entry_calibration and valid_temperature_sensor }}", "is_native_calibration_trigger": "{{ is_calibration_trigger and is_native_calibration }}", "rounding_mode": "{% if is_number(input_calibration_step_size) or input_calibration_step_size == 'full' %}\n {{ 'manual' }}\n{% else %}\n {{ 'auto' }}\n{% endif %}\n", "calibration_tado": "{% set n = namespace(dict=[]) %}\n{% if is_native_calibration_trigger %}\n {% for valve in valves_tado %}\n\n {% set offset_old = state_attr(valve, 'offset_celsius') | float(0) %}\n {% set local_temperature = state_attr(valve, 'current_temperature') | float %}\n {% set calibration_sensor_temperature = value_temperature_sensor | float %}\n \n {% set offset_new = (-(local_temperature - calibration_sensor_temperature) + offset_old) %}\n\n {% if is_aggressive_mode_calibration %} \n {% set temp_diff = state_attr(valve,'temperature') | float(target_temperature) - calibration_sensor_temperature %}\n\n {% if temp_diff * factor < input_aggressive_mode_range * -1 %}\n {% set offset_new = offset_new + input_aggressive_mode_offset * factor %}\n {% elif temp_diff * factor > input_aggressive_mode_range %}\n {% set offset_new = offset_new - input_aggressive_mode_offset * factor %}\n {% endif %}\n {% endif %}\n\n {% set t_min = -10.9 %}\n {% set t_max = 10.9 %}\n\n {% set offset_new = iif(offset_new > t_max, t_max, offset_new) %}\n {% set offset_new = iif(offset_new < t_min, t_min, offset_new) %}\n\n {% set offset_new = offset_new | round(1) %}\n\n {% if (float(offset_old) - float(offset_new)) | abs >= float(input_calibration_delta) %}\n {% set n.dict = n.dict + [(valve, [{'value': offset_new }])] %}\n {% endif %}\n\n {% endfor %}\n{% endif %}\n{{ dict.from_keys(n.dict) }}\n", "calibration_xiaomi": "{% set n = namespace(dict=[]) %}\n{% if is_native_calibration_trigger %}\n {% for valve in valves_xiaomi %}\n\n {% set calibration_entities = device_entities(device_id(valve)) |\n expand | selectattr('domain','in','number') |\n selectattr('entity_id', 'search', input_calibration_key_word) |\n map(attribute='entity_id') | list %}\n\n {% if calibration_entities | count > 0 %}\n\n {% set calibration_entity = calibration_entities | first %}\n {% set offset_old = states(calibration_entity) | float(0) %}\n {% set offset_new = value_temperature_sensor | float %}\n \n {% set step = state_attr(calibration_entity, 'step') | float(1) %}\n {% if rounding_mode == 'manual' %} \n {% set step = input_calibration_step_size | float(1) %}\n {% endif %}\n\n {% set min_val = state_attr(calibration_entity,'min') | float(0) %}\n {% set max_val = state_attr(calibration_entity,'max') | float(55) %}\n \n {% if is_aggressive_mode_calibration %} \n {% set temp_diff = state_attr(valve,'temperature') | float(target_temperature) - value_temperature_sensor | float %}\n\n {% if temp_diff * factor < input_aggressive_mode_range * -1 %}\n {% set offset_new = offset_new + input_aggressive_mode_offset * factor %}\n {% elif temp_diff * factor > input_aggressive_mode_range %}\n {% set offset_new = offset_new - input_aggressive_mode_offset * factor %}\n {% endif %}\n {% endif %}\n\n {% set round_size = iif('.' in (step | string), (step | string).split('.')[1] | length, 0) %}\n {% set offset_new = ((offset_new | float(0) / step) | round(0) * step) | round(round_size) | float %}\n\n {% set offset_new = iif(offset_new > max_val, max_val, offset_new) %}\n {% set offset_new = iif(offset_new < min_val, min_val, offset_new) %}\n\n {% if (float(offset_old) - float(offset_new)) | abs >= float(input_calibration_delta) %}\n {% set n.dict = n.dict + [(calibration_entity, [{'value': offset_new, 'valve': valve}])] %}\n {% endif %}\n {% endif %}\n\n {% endfor %}\n{% endif %}\n{{ dict.from_keys(n.dict) }}\n", "calibration_dph": "{% set n = namespace(dict=[]) %} {% if is_native_calibration_trigger %}\n\n {% for valve in valves_dph %}\n\n {% set calibration_entities = device_entities(device_id(valve)) |\n expand | selectattr('domain','in','number') |\n selectattr('entity_id', 'search', input_calibration_key_word) |\n map(attribute='entity_id') | list %}\n\n {% if calibration_entity != calibration_entities | count > 0 %}\n\n {% set calibration_entity = calibration_entities | first %}\n\n {% set min_val = state_attr(calibration_entity,'min')%}\n {% set max_val = state_attr(calibration_entity,'max')%}\n \n {% set step = state_attr(calibration_entity, 'step') | float(1) %}\n {% if rounding_mode == 'manual' %} \n {% set step = input_calibration_step_size | float(1) %}\n {% endif %}\n\n {% set current_temp = state_attr(valve,'current_temperature') | float(20) %}\n\n {% set new_state = value_temperature_sensor | float(current_temp) %}\n {% set old_state = states(calibration_entity) | float %}\n\n {% if is_aggressive_mode_calibration %} \n {% set temp_diff = state_attr(valve,'temperature') | float(target_temperature) - value_temperature_sensor | float %}\n\n {% if temp_diff * factor < input_aggressive_mode_range * -1 %}\n {% set new_state = new_state + input_aggressive_mode_offset * factor %}\n {% elif temp_diff * factor > input_aggressive_mode_range %}\n {% set new_state = new_state - input_aggressive_mode_offset * factor %}\n {% endif %}\n {% endif %}\n\n {% if step <= 1 and max_val | string | count < 4 %}\n {% set round_size = iif('.' in (step | string), (step | string).split('.')[1] | length, 0) %}\n {% set new_state = ((new_state | float(0) / step) | round(0) * step) | round(round_size) | float %}\n {% else %}\n {% set new_state = new_state * 100 | int %}\n {% set old_state = old_state | int %}\n {% endif %}\n\n {% set update_calibration = old_state != new_state %}\n\n {% if is_calibration_trigger and not update_calibration %}\n {% set last_updated = [calibration_entity] | expand | map(attribute='last_updated') | first %}\n {% set update_calibration = as_datetime(current_time_stamp) - timedelta(minutes=20) >= last_updated %}\n {% endif %}\n\n {% if update_calibration %}\n {% set n.dict = n.dict + [(calibration_entity, [{'value': new_state, 'valve': valve}])] %}\n {% endif%}\n\n {% endif %}\n\n {% endfor %}\n{% endif %}\n{{ dict.from_keys(n.dict) }}\n", "calibration_common": "{% set n = namespace(dict=[]) %}\n{% if is_native_calibration_trigger %}\n\n {% for valve in valves_calibration_common %}\n\n {% set calibration_entities = device_entities(device_id(valve)) |\n expand | selectattr('domain','in','number') |\n selectattr('entity_id', 'search', input_calibration_key_word) |\n map(attribute='entity_id') | list %}\n\n {% if calibration_entities | count > 0%}\n\n {% set calibration_entity = calibration_entities | first %}\n \n {% set step = state_attr(calibration_entity, 'step') | float(1) %}\n {% if rounding_mode == 'manual' %} \n {% set step = input_calibration_step_size | float(1) %}\n {% endif %}\n\n {% set min_calibration_value = state_attr(calibration_entity,'min') | float %}\n {% set max_calibration_value = state_attr(calibration_entity,'max') | float %}\n {% set thermostat_temperature = state_attr(valve, 'current_temperature') | float %}\n {% set offset_old = states(calibration_entity) | float(0) %}\n\n {% set new_calibration_value = (-(thermostat_temperature - value_temperature_sensor) + offset_old) %}\n\n {% if is_aggressive_mode_calibration %} \n {% set temp_diff = state_attr(valve,'temperature') | float(target_temperature) - value_temperature_sensor %}\n\n {% if temp_diff * factor < input_aggressive_mode_range * -1 %}\n {% set new_calibration_value = new_calibration_value + input_aggressive_mode_offset * factor %}\n {% elif temp_diff * factor > input_aggressive_mode_range %}\n {% set new_calibration_value = new_calibration_value - input_aggressive_mode_offset * factor %}\n {% endif %}\n {% endif %}\n\n {% set new_calibration_value = iif(new_calibration_value > max_calibration_value, max_calibration_value, new_calibration_value) %}\n {% set new_calibration_value = iif(new_calibration_value < min_calibration_value, min_calibration_value, new_calibration_value) %}\n\n {% set round_size = iif('.' in (step | string), (step | string).split('.')[1] | length, 0) %}\n\n {% set offset_new = ((new_calibration_value | float(0) / step) | round(0) * step) | round(round_size) | float %}\n\n {% if (float(offset_old) - float(offset_new)) | abs >= float(input_calibration_delta) %}\n {% set n.dict = n.dict + [(calibration_entity, [{'value': offset_new, 'valve': valve}])] %}\n {% endif %}\n\n {% endif %}\n\n {% endfor %}\n{% endif %}\n{{ dict.from_keys(n.dict) }}\n", "calibration_value_set": "{{ dict(dict(calibration_xiaomi, **calibration_dph),**calibration_common) }}", "no_changes": "{{ \n (input_persons | count == 0 and \n input_mode_guest == none and \n input_schedulers | count == 0 and \n input_presence_sensor == none and \n input_proximity == none) or\n (is_temperature_sensor_defined and not valid_temperature_sensor)\n}}\n", "scene_trigger": "{{ is_scene_create_trigger or is_scene_apply_trigger or is_scene_destroy_trigger }}", "change_trigger": "{{ is_changes_trigger and not scene_trigger and changes | count > 0 and not no_changes}}", "reset_trigger": "{{ is_reset_trigger and not no_changes }}", "calibration_trigger": "{{ is_calibration_trigger and not input_calibration_generic and (calibration_value_set | count > 0 or calibration_tado | count > 0) }}", "positioning_trigger": "{{ positioning | count > 0 }}", "automation_name": "{{ state_attr(this.entity_id,'friendly_name') }}", "warnings": "{% set messages = [] %} {% if not is_uptime_defined %}\n {% set messages = messages + ['To make Advance Heating Control work properly just setup the uptime integration (https://www.home-assistant.io/integrations/uptime/)'] %}\n{% elif is_aggressive_mode and not input_aggressive_mode_calibration and is_physical_change_enabled %}\n {% set messages = messages + ['Aggressive Mode in combination with physical change / sync feature is not recommended. Expect unwanted side effects.'] %}\n{% elif is_generic_calibration and is_physical_change_enabled %}\n {% set messages = messages + ['Generic Calibration in combination with physical change / sync feature is not recommended. Expect unwanted side effects.'] %}\n{% elif valves_unsupported | count > 0 %}\n {% set messages = messages + ['Unsupported climate entities: ' + valves_unsupported | join(',') | string ] %}\n{% elif is_temperature_sensor_defined and not valid_temperature_sensor %}\n {% set messages = messages + ['The temperature sensor' + input_temperature_sensor + ' has an invalid state: ' + states(input_temperature_sensor) ] %}\n{% endif %}\n{{ messages }}\n", "climates_information": "{% set n = namespace(dict=[]) %}\n{% for valve in input_trvs %}\n {% set temperature = state_attr(valve,'temperature') %}\n {% set current_temperature = state_attr(valve,'current_temperature') %}\n {% set state = states(valve) %}\n {% set n.dict = n.dict + [{'entity_id': valve, 'state': state, 'temperature': temperature, 'current_temperature': current_temperature}] %}\n{% endfor %}\n{{ n.dict }}\n" }, "conditions": [ { "condition": "or", "conditions": [ { "condition": "template", "value_template": "{{ calibration_trigger }}" }, { "condition": "template", "value_template": "{{ scene_trigger }}" }, { "condition": "template", "value_template": "{{ change_trigger }}" }, { "condition": "template", "value_template": "{{ reset_trigger }}" }, { "condition": "template", "value_template": "{{ positioning_trigger }}" } ] } ], "actions": [ { "variables": { "is_delayed": "{{ not (not is_uptime_defined or (now() | as_datetime - states(up_time_sensor) | as_datetime) > timedelta(**input_startup_delay)) }}" } }, { "action": "system_log.write", "data": { "message": "{{ 'AHC - ' + automation_name | string + ' \\n ' + 'automation delayed: ' + is_delayed | string }}\n", "level": "debug", "logger": "blueprints.panhans.heatingcontrol" } }, { "wait_template": "{{ not is_uptime_defined or (now() | as_datetime - states(up_time_sensor) | as_datetime) > timedelta(**input_startup_delay) }}\n" }, { "choose": [ { "conditions": "{{ is_delayed }}", "sequence": [ { "event": "ahc_delay_event", "event_data": { "automation": "{{ this.entity_id }}" } } ] } ], "default": [ { "if": [ { "condition": "template", "value_template": "{{ warnings | count > 0 }}" } ], "then": [ { "action": "system_log.write", "data": { "level": "warning", "logger": "blueprints.panhans.heatingcontrol", "message": "{{ 'AHC-Warnings - ' + automation_name + ':\\n' + warnings | join('\\n') }}\n" } } ] }, { "event": "ahc_event", "event_data": { "state": "{{ state_ahc }}", "mode": "{{ iif(set_comfort == true, 'comfort', 'eco') }}", "automation": "{{ this.entity_id }}", "is_person_defined": "{{ is_person_defined }}", "is_anybody_home": "{{ is_anybody_home }}", "is_proximity_defined": "{{ is_proximity_defined }}", "is_anybody_home_or_proximity": "{{ is_anybody_home_or_proximity }}", "is_guest_mode": "{{ is_guest_mode }}", "active_scheduler": "{{ active_scheduler }}", "state_scheduler": "{{ state_scheduler }}", "state_presence_sensor": "{{ state_presence_sensor }}", "state_presence_scheduler": "{{ state_presence_scheduler }}", "state_presence": "{{ state_presence }}", "state_proximity_arrived": "{{ state_proximity_arrived }}", "state_proximity_way_home": "{{ state_proximity_way_home }}", "is_force_max_temperature": "{{ is_force_max_temperature }}", "is_force_eco_temperature": "{{ is_force_eco_temperature }}", "active_party_entity": "{{ active_party_entity }}", "party_temp": "{{ party_temp }}", "is_away": "{{ is_away }}", "state_window": "{{ state_window }}", "is_aggressive_mode": "{{ is_aggressive_mode }}", "is_frost_protection": "{{ is_frost_protection }}", "is_liming_protection": "{{ is_liming_protection }}", "state_outside_temp": "{{ state_outside_temp }}", "entry_time": "{{ entry_time }}", "thermostats": "{{ input_trvs }}", "hvac_mode": "{{ mode }}", "temperature_comfort": "{{ temperature_comfort }}", "temperature_eco": "{{ temperature_eco }}", "target_temperature": "{{ target_temperature }}", "set_max_temperature": "{{ set_max_temperature }}", "last_trigger_id": "{{ iif(trigger_id_defined, trigger.id, '') }}", "calibration_trigger": "{{ is_generic_calibration_trigger or calibration_trigger }}", "change_trigger": "{{ change_trigger }}", "warnings": "{{ warnings | count > 0 }}" } }, { "if": [ { "condition": "template", "value_template": "{{ calibration_trigger }}" }, { "condition": "and", "conditions": null } ], "then": [ { "action": "system_log.write", "data": { "message": "{{ 'AHC - Calibration - ' + automation_name | string + ' \\n ' + 'calibration data set: ' + calibration_value_set | string }}\n", "level": "debug", "logger": "blueprints.panhans.heatingcontrol" } }, { "repeat": { "count": "{{ calibration_value_set | count | int }}", "sequence": [ { "variables": { "index": "{{ repeat.index-1 }}", "calibration_entity": "{{ (calibration_value_set.keys() | list) [index] }}", "thermostat": "{{ (((calibration_value_set.values() | list) [index]) | first) ['valve'] }}", "offset": "{{ (((calibration_value_set.values() | list) [index]) | first) ['value'] }}", "select_entity": "{{ device_entities(device_id(thermostat)) | expand | selectattr('domain','in','select') | selectattr('attributes.options', 'contains', 'external') | map(attribute='entity_id') | list | first | default(none) }}" } }, { "action": "system_log.write", "data": { "message": "{{ 'AHC - Calibration - ' + automation_name | string + ' \\n ' + 'calibration entity: ' + calibration_entity | string + ' \\n ' + 'offset: ' + offset | string }}\n", "level": "debug", "logger": "blueprints.panhans.heatingcontrol" } }, { "if": [ { "condition": "template", "value_template": "{{ thermostat in valves_xiaomi }}" }, { "condition": "template", "value_template": "{{ select_entity != none and not is_state(select_entity, 'external') }}" } ], "then": [ { "action": "select.select_option", "target": { "entity_id": "{{ select_entity }}" }, "data": { "option": "external" } }, { "delay": { "hours": 0, "minutes": 0, "seconds": 2 } } ] }, { "action": "number.set_value", "data": { "value": "{{ float(offset) }}" }, "target": { "entity_id": "{{ calibration_entity }}" } }, { "delay": { "hours": 0, "minutes": 0, "seconds": 2 } } ] } }, { "repeat": { "count": "{{ calibration_tado | count | int }}", "sequence": [ { "variables": { "index": "{{ repeat.index-1 }}", "thermostat": "{{ (calibration_tado.keys() | list) [index] }}", "offset": "{{ (((calibration_tado.values() | list) [index]) | first) ['value'] }}" } }, { "action": "{{ 'tado.set_climate_temperature_offset' }}", "data": { "offset": "{{ offset }}", "entity_id": "{{ thermostat }}" } }, { "delay": { "hours": 0, "minutes": 0, "seconds": 2 } } ] } } ] }, { "if": [ { "condition": "template", "value_template": "{{ positioning_trigger }}" } ], "then": [ { "repeat": { "count": "{{ positioning | count | int }}", "sequence": [ { "variables": { "index": "{{ repeat.index-1 }}", "thermostat": "{{ (positioning.keys() | list) [index] }}", "positioning_value": "{{ (((positioning.values() | list) [index]) | first) ['value'] }}", "positioning_entity": "{{ (((positioning.values() | list) [index]) | first) ['entity'] }}" } }, { "action": "system_log.write", "data": { "message": "{{ 'AHC - Positioning - ' + automation_name | string + ' \\n ' + 'entity: ' + positioning_entity | string + ' \\n ' + 'value: ' + positioning_value | string }}\n", "level": "debug", "logger": "blueprints.panhans.heatingcontrol" } }, { "action": "number.set_value", "data": { "value": "{{ positioning_value | int }}" }, "target": { "entity_id": "{{ positioning_entity }}" } }, { "delay": { "hours": 0, "minutes": 0, "seconds": 2 } } ] } } ] }, { "if": [ { "condition": "template", "value_template": "{{ is_scene_create_trigger }}" }, { "condition": "template", "value_template": "{{ states[scene_to_create] == none }}" } ], "then": [ { "action": "scene.create", "data": { "snapshot_entities": "{{ scene_entities }}", "scene_id": "{{ scene_to_create.split('.')[1] }}" } } ] }, { "if": [ { "condition": "template", "value_template": "{{ is_scene_destroy_trigger }}" }, { "condition": "template", "value_template": "{{ scenes_to_destroy | count > 0 }}" } ], "then": [ { "repeat": { "count": "{{ scenes_to_destroy | count | int }}", "sequence": [ { "variables": { "scene_to_destroy": "{{ scenes_to_destroy[repeat.index-1] }}" } }, { "if": [ { "condition": "template", "value_template": "{{ states[scene_to_destroy] != none }}" } ], "then": [ { "action": "scene.delete", "target": { "entity_id": "{{ scene_to_destroy }}" } } ] } ] } } ] }, { "variables": { "scene_to_apply_tmp": "{% if scene_to_apply != none and states[scene_to_apply] != none %}\n {{ scene_to_apply }}\n{% else %}\n {{ scenes_all | expand | reject('==',none) | map(attribute=\"entity_id\") | list | first | default(none) }}\n{% endif %}\n" } }, { "if": [ { "condition": "template", "value_template": "{{ is_scene_apply_trigger }}" }, { "condition": "template", "value_template": "{{ scene_to_apply_tmp != none and states[scene_to_apply_tmp] != none }}" } ], "then": [ { "action": "system_log.write", "data": { "message": "{{ 'AHC - Calibration - ' + automation_name | string + ' \\n ' + 'apply scene: ' + scene_to_apply_tmp | string + ' state: ' + states[scene_to_apply_tmp] | string }}\n", "level": "debug", "logger": "blueprints.panhans.heatingcontrol" } }, { "action": "scene.turn_on", "target": { "entity_id": "{{ scene_to_apply_tmp }}" } }, { "action": "scene.delete", "target": { "entity_id": "{{ scene_to_apply_tmp }}" } }, { "condition": "template", "value_template": "{{ false }}" } ], "else": [ { "if": [ { "condition": "template", "value_template": "{{ is_reset_trigger }}" } ], "then": [ { "repeat": { "count": "{{ reset_data | count | int }}", "sequence": [ { "action": "system_log.write", "data": { "message": "{{ 'AHC - Calibration - ' + automation_name | string + ' \\n ' + 'reset data: ' + reset_data | string }}\n", "level": "debug", "logger": "blueprints.panhans.heatingcontrol" } }, { "variables": { "index": "{{ repeat.index-1 }}", "reset_entity": "{{ reset_data[index]['entity'] }}", "reset_temp": "{% set temp_r = reset_data[index]['temp'] %} {% set t_min = state_attr(reset_entity,'min') %} {% set t_max = state_attr(reset_entity,'max') %} {% set step = state_attr(reset_entity,'step') %}\n{% set temp_r = ((temp_r | float(0) / step) | round(0) * step) | float %} {% set temp_r = iif(temp_r > t_max, t_max, temp_r) %} {% set temp_r = iif(temp_r < t_min, t_min, temp_r) %} {{ temp_r }}\n" } }, { "action": "input_number.set_value", "data": { "value": "{{ reset_temp }}" }, "target": { "entity_id": "{{ reset_entity }}" } } ] } } ] }, { "if": [ { "condition": "and", "conditions": null }, { "condition": "template", "value_template": "{{ changes | count | int > 0 and (not no_changes or (no_changes and state_window)) }}" } ], "then": [ { "repeat": { "count": "{{ changes | count | int }}", "sequence": [ { "variables": { "index": "{{ repeat.index-1 }}", "thermostat": "{{ (changes.keys() | list) [index] }}", "mode": "{{ (((changes.values() | list) [index]) | first) ['mode'] }}", "temp_target": "{{ (((changes.values() | list) [index]) | first) ['temp'] }}" } }, { "action": "system_log.write", "data": { "message": "AHC - Change - {{ automation_name }} {{\" \\n \"}} Trigger ID: {{ iif(trigger_id_defined, trigger.id, '') }} Thermostat: {{ thermostat }} {{\" \\n \"}} Mode: {{ mode }} {{\" \\n \"}} New Target Temp: {{ temp_target }} {{\" \\n \"}} Current Target Temp: {{ state_attr(thermostat,'temperature') }}\n", "level": "debug", "logger": "blueprints.panhans.heatingcontrol" } }, { "if": [ { "condition": "template", "value_template": "{{ states(thermostat) | lower != mode | lower }}" } ], "then": [ { "action": "climate.set_hvac_mode", "data": { "entity_id": "{{ thermostat }}", "hvac_mode": "{{ mode }}" } }, { "delay": { "hours": 0, "minutes": 0, "seconds": 2 } } ] }, { "if": [ { "condition": "template", "value_template": "{{ state_attr(thermostat, 'temperature') != temp_target and mode != 'off' }}" } ], "then": [ { "action": "climate.set_temperature", "data": { "entity_id": "{{ thermostat }}", "temperature": "{{ temp_target | float }}" } }, { "delay": { "hours": 0, "minutes": 0, "seconds": 2 } } ] } ] } } ] } ] }, { "if": [ { "condition": "template", "value_template": "{{ input_valve_positioning_mode != 'off' }}" }, { "condition": "template", "value_template": "{{ changes | count | int > 0 or is_scene_apply_trigger }}" } ], "then": [ { "delay": { "seconds": 10 } }, { "event": "ahc_positioning_event", "event_data": { "automation": "{{ this.entity_id }}" } }, { "delay": { "hours": 0, "minutes": 0, "seconds": 2 } } ] }, { "if": [ { "condition": "template", "value_template": "{{ input_custom_action != none }}" } ], "then": null } ] } ], "mode": "queued", "triggers": [ { "trigger": "homeassistant", "event": "start", "id": "temperature_change_hastart" }, { "trigger": "event", "event_type": "automation_reloaded", "id": "temperature_change_reload" }, { "trigger": "event", "event_type": "ahc_delay_event", "id": "delayed_call_temperature_change", "event_data": { "automation": "{{ this.entity_id }}" } }, { "trigger": "event", "event_type": "ahc_positioning_event", "id": "positioning_event", "event_data": { "automation": "{{ this.entity_id }}" } }, { "trigger": "state", "entity_id": [ "climate.heizung_esszimmer" ], "from": [ "unknown", "unavailable" ], "for": { "seconds": 5 }, "id": "temperature_change_available" }, { "trigger": "state", "entity_id": [ "climate.heizung_esszimmer" ], "attribute": "temperature", "for": { "seconds": 5 }, "id": "temperature_change_valve_target" }, { "trigger": "state", "entity_id": [], "for": { "hours": 0, "minutes": 0, "seconds": 2 }, "id": "temperature_change_eco" }, { "trigger": "state", "entity_id": [], "for": { "hours": 0, "minutes": 0, "seconds": 2 }, "id": "temperature_change_comfort" }, { "trigger": "template", "value_template": "{{ input_persons | expand \n | selectattr('state', 'eq', 'home') \n | list \n | count > 0 \n \n or (is_guest_mode_defined and states(input_mode_guest) in ['on','active'] ) }}\n", "id": "temperature_change_person_on", "for": { "hours": 0, "minutes": 0, "seconds": 2 } }, { "trigger": "template", "value_template": "{{ input_persons | expand \n | selectattr('state', 'eq', 'home') \n | list \n | count == 0 \n \n and (not is_guest_mode_defined or (is_guest_mode_defined and states(input_mode_guest) not in ['on','active'])) }}\n", "id": "temperature_change_person_off", "for": { "hours": 0, "minutes": 0, "seconds": 2 } }, { "trigger": "template", "id": "temperature_change_scheduler_on", "value_template": "{% set selected_scheduler = none %} {% set schedules_count = input_schedulers | count %}\n{% if schedules_count == 0 %}\n {% set selected_scheduler = none %}\n{% elif schedules_count == 1 or input_scheduler_selector == none %}\n {% set selected_scheduler = input_schedulers | first %}\n{% elif schedules_count > 1 %}\n {% set selector_value = states(input_scheduler_selector) %}\n\n {% if is_number(selector_value) %}\n {% set selector_value = iif(selector_value | int > schedules_count, schedules_count, selector_value) %}\n {% set selector_value = iif(selector_value | int <= 0, 1, selector_value) %}\n {% set selected_scheduler = input_schedulers[selector_value | int - 1] %}\n {% elif selector_value in ['on','off'] %}\n {% set selected_scheduler = iif(selector_value == 'off', input_schedulers[0], input_schedulers[1]) %}\n {% else %}\n {% set selected_scheduler = input_schedulers | expand | selectattr('attributes.friendly_name', 'eq', selector_value) | map(attribute='entity_id') | first | default(none) %}\n {% if (selected_scheduler == none) %}\n {% set selected_scheduler = input_schedulers | expand | selectattr('attributes.friendly_name', 'search', '(?i)' + selector_value) | map(attribute='entity_id') | first | default(none) %}\n {% endif %}\n {% endif %}\n{% endif %}\n{% if selected_scheduler == none %}\n {{ false }}\n{% else %}\n {{ is_state(selected_scheduler, 'on') }}\n{% endif %}\n" }, { "trigger": "template", "id": "temperature_change_scheduler_off", "value_template": "{% set selected_scheduler = none %} {% set schedules_count = input_schedulers | count %}\n{% if schedules_count == 0 %}\n {% set selected_scheduler = none %}\n{% elif schedules_count == 1 or input_scheduler_selector == none %}\n {% set selected_scheduler = input_schedulers | first %}\n{% elif schedules_count > 1 %}\n {% set selector_value = states(input_scheduler_selector) %}\n\n {% if is_number(selector_value) %}\n {% set selector_value = iif(selector_value | int > schedules_count, schedules_count, selector_value) %}\n {% set selector_value = iif(selector_value | int <= 0, 1, selector_value) %}\n {% set selected_scheduler = input_schedulers[selector_value | int - 1] %}\n {% elif selector_value in ['on','off'] %}\n {% set selected_scheduler = iif(selector_value == 'off', input_schedulers[0], input_schedulers[1]) %}\n {% else %}\n {% set selected_scheduler = input_schedulers | expand | selectattr('attributes.friendly_name', 'eq', selector_value) | map(attribute='entity_id') | first | default(none) %}\n {% if (selected_scheduler == none) %}\n {% set selected_scheduler = input_schedulers | expand | selectattr('attributes.friendly_name', 'search', '(?i)' + selector_value) | map(attribute='entity_id') | first | default(none) %}\n {% endif %}\n {% endif %}\n{% endif %}\n{% if selected_scheduler == none %}\n {{ false }}\n{% else %}\n {{ is_state(selected_scheduler, 'off') }}\n{% endif %}\n" }, { "trigger": "template", "id": "temperature_change_presence_on", "value_template": "{{ input_presence_sensor != none and is_state(input_presence_sensor, 'on') }}", "for": { "hours": 0, "minutes": 5, "seconds": 0 } }, { "trigger": "template", "id": "temperature_change_presence_off", "value_template": "{{ input_presence_sensor != none and is_state(input_presence_sensor, 'off') }}", "for": { "hours": 0, "minutes": 5, "seconds": 0 } }, { "trigger": "template", "id": "temperature_change_presence_scheduler_on", "value_template": "{{ input_scheduler_presence != none and is_state(input_scheduler_presence, 'on') }}", "for": { "hours": 0, "minutes": 0, "seconds": 2 } }, { "trigger": "template", "id": "temperature_change_presence_scheduler_off", "value_template": "{{ input_scheduler_presence != none and is_state(input_scheduler_presence, 'off') }}", "for": { "hours": 0, "minutes": 0, "seconds": 2 } }, { "trigger": "template", "id": "temperature_change_person_proximity_on", "value_template": "{% set proximity_entities = device_entities(input_proximity) %}\n{% set is_arrived = proximity_entities \n | select('is_state','arrived') \n | expand \n | selectattr('attributes.device_class', 'eq', 'enum')\n | list | count > 0 %}\n\n{% set entities_towards = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'enum') \n | map(attribute='entity_id') | select('is_state','towards') \n | map('regex_replace','_(?=[^_]*$)(.*)', '')\n | list %}\n\n{% set distances = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'distance')\n | map(attribute='state')\n | reject('eq', 'unknown')\n | map('int')\n | select('<=', input_proximity_distance | int)\n | map('string')\n | list %}\n\n{% set entities_distances = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'distance')\n | selectattr('state', 'in', distances)\n | map(attribute='entity_id')\n | map('regex_replace','_(?=[^_]*$)(.*)', '')\n | list %}\n\n{% set entites_towards_and_in_distance = entities_towards | select('in', entities_distances) | list | count > 0 %}\n{{ entites_towards_and_in_distance or is_arrived }}\n", "for": { "hours": 0, "minutes": 2, "seconds": 0 } }, { "trigger": "template", "id": "temperature_change_person_proximity_off", "value_template": "{% set proximity_entities = device_entities(input_proximity) %} {% set is_arrived = proximity_entities \n | select('is_state','arrived') \n | expand \n | selectattr('attributes.device_class', 'eq', 'enum') \n | list | count > 0 %}\n\n{% set entities_towards = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'enum') \n | map(attribute='entity_id') | select('is_state','towards') \n | map('regex_replace','_(?=[^_]*$)(.*)', '')\n | list %}\n\n{% set distances = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'distance')\n | map(attribute='state')\n | reject('eq', 'unknown')\n | map('int')\n | select('<=', input_proximity_distance | int)\n | map('string')\n | list %}\n\n{% set entities_distances = proximity_entities \n | expand \n | selectattr('attributes.device_class', 'eq', 'distance')\n | selectattr('state', 'in', distances)\n | map(attribute='entity_id')\n | map('regex_replace','_(?=[^_]*$)(.*)', '')\n | list %}\n\n{% set entites_towards_and_in_distance = entities_towards | select('in', entities_distances) | list | count > 0 %}\n{{ entites_towards_and_in_distance == false and is_arrived == false }}\n", "for": { "hours": 0, "minutes": 2, "seconds": 0 } }, { "trigger": "template", "value_template": "{{ expand(input_windows) | selectattr('state', 'in', ['on','open','tilted']) | list | count > 0 }}", "for": { "hours": 0, "minutes": 0, "seconds": 30 }, "id": "temperature_change_window_on" }, { "trigger": "template", "value_template": "{{ expand(input_windows) | selectattr('state', 'in', ['on','open','tilted']) | list | count == 0 }}", "for": { "hours": 0, "minutes": 0, "seconds": 30 }, "id": "temperature_change_window_off" }, { "trigger": "template", "id": "temperature_change_winter_mode_on", "value_template": "{% if input_mode_winter != none %}\n {% set activation_state = iif(input_invert_winter_mode_value, 'off', 'on') %}\n {{ is_state(input_mode_winter, activation_state) }}\n{% endif %}\n", "for": { "hours": 0, "minutes": 0, "seconds": 2 } }, { "trigger": "template", "id": "temperature_change_winter_mode_off", "value_template": "{% if input_mode_winter != none %}\n {% set activation_state = iif(input_invert_winter_mode_value, 'off', 'on') %}\n {{ not is_state(input_mode_winter, activation_state) }}\n{% endif %}\n", "for": { "hours": 0, "minutes": 0, "seconds": 2 } }, { "trigger": "template", "id": "temperature_change_outside_on", "value_template": "{% if input_mode_outside_temperature == none %}\n {{ false }}\n{% else %}\n {% set outside_state = false %}\n {% set use_room_temp = input_mode_room_temperature and is_temperature_sensor_defined %}\n {% set room_state = iif(use_room_temp, false, true) %}\n\n {% set state = states(input_mode_outside_temperature) %}\n {% set state = iif(is_number(state) == true, state, state_attr(input_mode_outside_temperature,'temperature'))%}\n\n {% if is_number(state) %}\n {% set outside_state = (state | float - input_mode_outside_temperature_threshold | float) * factor < 0 %}\n {% endif %}\n\n {% if use_room_temp %}\n {% set state = states(input_temperature_sensor) %}\n\n {% if is_number(state) %}\n {% set room_state = (state | float - input_mode_room_temperature_threshold | float) * factor < 0 %}\n {% endif %}\n {% endif %}\n\n {{ room_state and outside_state }}\n{% endif %}\n", "for": { "hours": 0, "minutes": 0, "seconds": 2 } }, { "trigger": "template", "id": "temperature_change_outside_off", "value_template": "{% if input_mode_outside_temperature == none %}\n {{ false }}\n{% else %}\n {% set outside_state = false %}\n {% set use_room_temp = input_mode_room_temperature and is_temperature_sensor_defined %}\n {% set room_state = iif(use_room_temp, false, true) %}\n\n {% set state = states(input_mode_outside_temperature) %}\n {% set state = iif(is_number(state) == true, state, state_attr(input_mode_outside_temperature,'temperature'))%}\n\n {% if is_number(state) %}\n {% set outside_state = (state | float - input_mode_outside_temperature_threshold | float) * factor < 0 %}\n {% endif %}\n\n {% if use_room_temp %}\n {% set state = states(input_temperature_sensor) %}\n\n {% if is_number(state) %}\n {% set room_state = (state | float - input_mode_room_temperature_threshold | float) * factor < 0 %}\n {% endif %}\n {% endif %}\n\n {{ not (room_state and outside_state) }}\n{% endif %}\n", "for": { "hours": 0, "minutes": 0, "seconds": 2 } }, { "trigger": "state", "id": "temperature_change_force_max_temperature_on", "entity_id": [], "for": { "hours": 0, "minutes": 0, "seconds": 2 } }, { "trigger": "state", "id": "temperature_change_force_eco_temperature_ds", "entity_id": [], "for": { "hours": 0, "minutes": 0, "seconds": 2 } }, { "trigger": "template", "id": "temperature_change_party_on", "value_template": "{{ input_mode_party | expand | selectattr('state', 'in', ['active','on']) | list | count > 0 }}", "for": { "hours": 0, "minutes": 0, "seconds": 2 } }, { "trigger": "template", "value_template": "{{ input_mode_party | expand | selectattr('state', 'in', ['active','on']) | list | count == 0 }}", "id": "temperature_change_party_off", "for": { "hours": 0, "minutes": 0, "seconds": 2 } }, { "trigger": "state", "id": "calibration_aggressive_mode_above_temp_thermostat_current_temp_change", "entity_id": [ "climate.heizung_esszimmer" ], "attribute": "current_temperature", "for": { "hours": 24, "minutes": 0, "seconds": 0 } }, { "trigger": "state", "id": "calibration_aggressive_mode_thermostat_temp_change", "entity_id": [ "climate.heizung_esszimmer" ], "attribute": "temperature", "for": { "seconds": 30 } }, { "trigger": "state", "id": "aggressive_mode_above_temp_sensor_change", "entity_id": [], "for": { "seconds": 30 } }, { "trigger": "state", "id": "calibration_sensor_change", "entity_id": [], "for": { "hours": 24, "minutes": 0, "seconds": 0 } }, { "trigger": "state", "id": "calibration_popp_change", "entity_id": [], "for": { "seconds": 2 } }, { "trigger": "template", "id": "calibration_popp_ping", "value_template": "{% set has_valves_danfoss = input_trvs | select('is_device_attr', 'manufacturer', 'Danfoss') | list %} {% set has_valves_popp = input_trvs | select('is_device_attr', 'manufacturer', 'Popp') | list %} {% set valves_hive = input_trvs | select('is_device_attr', 'manufacturer', 'Hive') | list %}\n{% set has_valves = (has_valves_danfoss + has_valves_popp + valves_hive) | count > 0 %}\n{{ has_valves and is_temperature_sensor_defined and now().strftime('%M') | int % 10 == 0 }}\n" }, { "trigger": "template", "id": "temperature_change_heating_adjustment", "value_template": "{% set timestamp = now() %}\n{% set current_day = timestamp.strftime('%a') %} {% set current_time = timestamp.strftime('%H:%M') %}\n{% set plan = input_adjustments | rejectattr('time', 'undefined') \n | selectattr('time','eq', current_time | string)\n | sort(attribute='time', reverse = true)\n | list %}\n\n{{ plan | count > 0 and now() < now().replace(second=2) }}\n" }, { "trigger": "template", "value_template": "{% if not input_liming_protection%}\n {{ false }}\n{% else %}\n {% set enable_liming = true %}\n {% if input_mode_winter != none %}\n {% set enable_liming = is_state(input_mode_winter,'on') or input_liming_in_winter %}\n {% endif %}\n\n {% set current_timestamp = now() %}\n\n {% set is_liming_day = input_liming_protection_day == as_datetime(current_timestamp).strftime('%a') %}\n\n {% set start_hour = input_liming_protection_time.split(':')[0] | int %}\n {% set start_minute = input_liming_protection_time.split(':')[1] | int %}\n\n {% set today_start = as_datetime(current_timestamp).replace(second=0,microsecond=0,hour=start_hour,minute=start_minute) %}\n {% set today_end = as_datetime(current_timestamp).replace(second=0,microsecond=0,hour=start_hour,minute=start_minute) + timedelta(minutes=input_liming_protection_duration | int) %}\n\n {% set is_liming_time = as_datetime(current_timestamp) >= today_start and as_datetime(current_timestamp) <= today_end %}\n\n {{ enable_liming and is_liming_day and is_liming_time }}\n{% endif %}\n", "id": "temperature_change_liming_protection_on" }, { "trigger": "template", "value_template": "{% if not input_liming_protection%}\n {{ false }}\n{% else %}\n {% set enable_liming = true %}\n {% if input_mode_winter != none %}\n {% set enable_liming = is_state(input_mode_winter,'on') or input_liming_in_winter %}\n {% endif %}\n\n {% set current_timestamp = now() %}\n\n {% set current_timestamp = now() %}\n\n {% set is_liming_day = input_liming_protection_day == as_datetime(current_timestamp).strftime('%a') %}\n\n {% set start_hour = input_liming_protection_time.split(':')[0] | int %}\n {% set start_minute = input_liming_protection_time.split(':')[1] | int %}\n\n {% set today_start = as_datetime(current_timestamp).replace(second=0,microsecond=0,hour=start_hour,minute=start_minute) %}\n {% set today_end = as_datetime(current_timestamp).replace(second=0,microsecond=0,hour=start_hour,minute=start_minute) + timedelta(minutes=input_liming_protection_duration | int) %}\n\n {% set is_liming_time = as_datetime(current_timestamp) >= today_start and as_datetime(current_timestamp) <= today_end %}\n\n {{ not (enable_liming and is_liming_day and is_liming_time) }}\n{% endif %}\n", "id": "temperature_change_liming_protection_off" }, { "trigger": "template", "id": "temperature_change_frost_protection_on", "for": { "days": 0, "hours": 0, "minutes": 0, "seconds": 0 }, "value_template": "{% set now_ts = now() %} {% set frost_protection_timestamp = as_datetime(now_ts) - timedelta(**input_frost_protection_duration) %} {% if frost_protection_timestamp == now_ts %}\n {{ false }}\n{% else %}\n \n {% set relevant_entities = [input_presence_sensor] + [input_mode_guest] + input_persons %}\n {% set relevant_entities_count = relevant_entities | reject('eq',none) | list | count %}\n\n {% if relevant_entities_count > 0 %}\n {% set presence_count = [input_presence_sensor] \n | reject('eq',none)\n | reject('is_state','on')\n | list\n | count %}\n\n {% set guest_mode_count = [input_mode_guest] \n | reject('eq',none)\n | reject('is_state','on')\n | list\n | count %}\n\n {% set person_count = input_persons\n | reject('is_state','home')\n | list\n | count %}\n\n {{ presence_count + guest_mode_count + person_count == relevant_entities_count }}\n {% else %}\n {{ false }}\n {% endif %}\n{% endif %}\n" } ], "id": "1739643486506", "alias": "AUTOMATISIERUNG - Heizung Esszimmer", "description": "" }, "blueprint_inputs": { "id": "1739643486506", "alias": "AUTOMATISIERUNG - Heizung Esszimmer", "description": "", "use_blueprint": { "path": "panhans/advanced_heating_control.yaml", "input": { "input_trvs": [ "climate.heizung_esszimmer" ], "input_off_instead_of_eco": false, "input_windows": [ "binary_sensor.status_fenster_esszimmer_wohnzimmer_kuche" ], "input_calibration_timeout": { "hours": 24, "minutes": 0, "seconds": 0 }, "input_calibration_delta": 5, "input_calibration_step_size": "0.1", "input_startup_delay": { "hours": 0, "minutes": 1, "seconds": 0 }, "input_mode_outside_temperature_threshold": 20, "input_window_legacy_restore": true } } }, "context": { "id": "01JS1PA359H90MAH1C6XN8ZC45", "parent_id": "01JS1P95VNB9R4F7VHEQM89YYF", "user_id": null } }, "logbookEntries": [] }

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