القائمة
Reference patterns for Loxone automation. Threshold, AND/OR logic, timers, schedules, presence, irrigation, blinds, HVAC. Use as recipe book.
التثبيت باستخدام Codex أو Claude انسخ هذا Prompt والصقه في Codex أو Claude أو مساعد آخر ليراجع صفحة Skill ويثبّتها لك.
استنادا إلى تصنيف SOC المهني
Configure Loxone Miniserver automation. Add blocks, wire circuits, set params, validate with simulator. Use for any home/building automation task.
Test Loxone automation circuits with the SPS simulator. Verify signal propagation, check behavioral correctness. Use after building a circuit to validate it works.
| name | loxone-patterns |
| description | Reference patterns for Loxone automation. Threshold, AND/OR logic, timers, schedules, presence, irrigation, blinds, HVAC. Use as recipe book. |
| license | AGPL-3.0 |
| metadata | {"author":"eisber","version":"1.0"} |
| user-invocable | false |
Recipe book of common automation patterns. Each pattern includes when to use it, which blocks are needed, copy-paste CLI commands, and a simulator test spec.
Replace config.Loxone with your actual config file path.
When: Trigger an action when a sensor value crosses a limit (temperature, humidity, brightness, wind speed, CO2, etc.)
Blocks: GreaterEqual (≥) or Less (<) or Greater (>)
Circuit: Sensor.AQ → Comparison.Input1 | set Input2=threshold | Comparison.Q → Actuator
lox config add --type GreaterEqual --title "Temp über 25" --room Wohnzimmer --page Wohnzimmer config.Loxone
lox config set-param config.Loxone "Temp über 25" Input2 25
lox config wire-connector config.Loxone "Temp über 25.Input1" "Außentemperatur.AQ"
lox config wire-connector config.Loxone "Jalousie 1 [Wohnzimmer].InputTriggerDown" "Temp über 25.Q"
Sim test:
lox sim run config.Loxone --sim '{"name":"above threshold","inputs":{"Außentemperatur.AQ":30},"ticks":10,"dt":0.1,"expected_outputs":{"Temp über 25.Q":{">":0.5}}}'
lox sim run config.Loxone --sim '{"name":"below threshold","inputs":{"Außentemperatur.AQ":20},"ticks":10,"dt":0.1,"expected_outputs":{"Temp über 25.Q":{"==":0}}}'
When: Multiple conditions must be true simultaneously (AND) or any one suffices (OR).
Blocks: And or Or + comparison blocks as needed
Circuit: ConditionA.Q → And.I1, ConditionB.Q → And.I2, And.Q → Actuator
lox config add --type GreaterEqual --title "Temp über 20" --room Wohnzimmer --page Wohnzimmer config.Loxone
lox config set-param config.Loxone "Temp über 20" Input2 20
lox config wire-connector config.Loxone "Temp über 20.Input1" "Außentemperatur.AQ"
lox config add --type And --title "Sonne und Warm" --room Wohnzimmer --page Wohnzimmer config.Loxone
lox config wire-connector config.Loxone "Sonne und Warm.I1" "Sonnenschein.AQ"
lox config wire-connector config.Loxone "Sonne und Warm.I2" "Temp über 20.Q"
lox config wire-connector config.Loxone "Jalousie 1 [Wohnzimmer].InputTriggerDown" "Sonne und Warm.Q"
Sim test:
lox sim run config.Loxone --sim '{"name":"both true","inputs":{"Außentemperatur.AQ":25,"Sonnenschein.AQ":1},"ticks":10,"dt":0.1,"expected_outputs":{"Sonne und Warm.Q":{">":0.5}}}'
lox sim run config.Loxone --sim '{"name":"only one true","inputs":{"Außentemperatur.AQ":15,"Sonnenschein.AQ":1},"ticks":10,"dt":0.1,"expected_outputs":{"Sonne und Warm.Q":{"==":0}}}'
When: Turn something on for a fixed duration after a trigger pulse (light on for 5 minutes after motion).
Blocks: StairwayLS
Key param: TimeHigh = duration in seconds
Circuit: Trigger.Q → StairwayLS.InputTrigger | set TimeHigh=seconds | StairwayLS.Q → Actuator
lox config add --type StairwayLS --title "Treppenlicht" --room Flur --page Flur config.Loxone
lox config set-param config.Loxone "Treppenlicht" TimeHigh 300
lox config wire-connector config.Loxone "Treppenlicht.InputTrigger" "Bewegungsmelder.OutputPresence"
lox config wire-connector config.Loxone "Lichtsteuerung [Flur].I1" "Treppenlicht.Q"
Sim test:
lox sim run config.Loxone --sim '{"name":"motion triggers","inputs":{"Bewegungsmelder.OutputPresence":1},"ticks":10,"dt":0.1,"expected_outputs":{"Treppenlicht.Q":{">":0.5}}}'
lox sim run config.Loxone --sim '{"name":"no motion","inputs":{"Bewegungsmelder.OutputPresence":0},"ticks":10,"dt":0.1,"expected_outputs":{"Treppenlicht.Q":{"==":0}}}'
⚠️ Do NOT use OnPulseDelay for this: OnPulseDelay has a delay before the pulse starts. StairwayLS turns on immediately.
When: Wait before activating something, then run for a duration (e.g. wait 10s, then pump for 30s).
Blocks: OnPulseDelay
Key params: Delay = wait time in seconds, Duration = pulse length in seconds
Circuit: Trigger.Q → OnPulseDelay.InputTrigger | set Delay + Duration | OnPulseDelay.Q → Actuator
lox config add --type OnPulseDelay --title "Verzögerte Pumpe" --room Garten --page Garten config.Loxone
lox config set-param config.Loxone "Verzögerte Pumpe" Delay 10
lox config set-param config.Loxone "Verzögerte Pumpe" Duration 30
lox config wire-connector config.Loxone "Verzögerte Pumpe.InputTrigger" "Schalter 1.Q"
lox config wire-connector config.Loxone "Poolpumpe.I1" "Verzögerte Pumpe.Q"
When: Time-based automation — activate during specific hours (night dimming, irrigation windows, quiet hours).
Blocks: DayTimer + optionally Mult for value scaling
Circuit: DayTimer.AQ → Mult.Input1 | set Mult.Input2=factor | Mult.AQ → Actuator
lox config add --type DayTimer --title "Nachtmodus" --room Wohnzimmer --page Wohnzimmer config.Loxone
lox config timer-schedule config.Loxone "Nachtmodus" "22:00-06:00" --value 30
lox config add --type Mult --title "Nacht Dimmer" --room Wohnzimmer --page Wohnzimmer config.Loxone
lox config wire-connector config.Loxone "Nacht Dimmer.Input1" "Nachtmodus.AQ"
lox config wire-connector config.Loxone "Lichtsteuerung [Wohnzimmer].Brightness" "Nacht Dimmer.AQ"
Note: Overnight ranges like "22:00-06:00" are handled correctly — they wrap across midnight.
When: Invert a condition — do something when a sensor is NOT active (irrigate when NOT raining, open blinds when NOT sunny).
Blocks: Not, often combined with And
Circuit: Sensor.Q → Not.I | Not.Q → And.I1 (combine with other conditions)
lox config add --type Not --title "Kein Regen" --room Garten --page Garten config.Loxone
lox config wire-connector config.Loxone "Kein Regen.I" "Regen.AQ"
Sim test:
lox sim run config.Loxone --sim '{"name":"raining","inputs":{"Regen.AQ":1},"ticks":10,"dt":0.1,"expected_outputs":{"Kein Regen.Q":{"==":0}}}'
lox sim run config.Loxone --sim '{"name":"dry","inputs":{"Regen.AQ":0},"ticks":10,"dt":0.1,"expected_outputs":{"Kein Regen.Q":{">":0.5}}}'
When: Remember a state — set with one button, reset with another (alarm armed/disarmed, mode toggle, irrigation started/stopped).
Blocks: Memory
Key inputs: S (set → Q=1), R (reset → Q=0)
Circuit: SetTrigger → Memory.S, ResetTrigger → Memory.R, Memory.Q → Actuator
lox config add --type Memory --title "Bewässerung Merker" --room Garten --page Garten config.Loxone
lox config wire-connector config.Loxone "Bewässerung Merker.S" "Schalter 1.Q"
lox config wire-connector config.Loxone "Bewässerung Merker.R" "Regen.AQ"
Sim test:
lox sim run config.Loxone --sim '{"name":"set","inputs":{"Schalter 1.Q":1,"Regen.AQ":0},"ticks":10,"dt":0.1,"expected_outputs":{"Bewässerung Merker.Q":{">":0.5}}}'
lox sim run config.Loxone --sim '{"name":"reset by rain","inputs":{"Schalter 1.Q":0,"Regen.AQ":1},"ticks":10,"dt":0.1,"expected_outputs":{"Bewässerung Merker.Q":{"==":0}}}'
When: Protect blinds/shutters from freezing by raising them when temperature drops below 0°C.
Blocks: Less
Circuit: Außentemperatur.AQ → Less.Input1 | set Input2=0 | Less.Q → Jalousie.InputTriggerUp
lox config add --type Less --title "Frostschutz" --room Wohnzimmer --page Wohnzimmer config.Loxone
lox config set-param config.Loxone "Frostschutz" Input2 0
lox config wire-connector config.Loxone "Frostschutz.Input1" "Außentemperatur.AQ"
lox config wire-connector config.Loxone "Jalousie 1 [Wohnzimmer].InputTriggerUp" "Frostschutz.Q"
Sim test:
lox sim run config.Loxone --sim '{"name":"freezing","inputs":{"Außentemperatur.AQ":-5},"ticks":10,"dt":0.1,"expected_outputs":{"Frostschutz.Q":{">":0.5}}}'
lox sim run config.Loxone --sim '{"name":"warm","inputs":{"Außentemperatur.AQ":10},"ticks":10,"dt":0.1,"expected_outputs":{"Frostschutz.Q":{"==":0}}}'
When: Retract all blinds when wind exceeds a safety threshold (e.g. 40 km/h).
Blocks: GreaterEqual
Circuit: Windgeschwindigkeit.AQ → GreaterEqual.Input1 | set Input2=40 | Q → Jalousie.InputTriggerUp
lox config add --type GreaterEqual --title "Windschutz" --room Wohnzimmer --page Wohnzimmer config.Loxone
lox config set-param config.Loxone "Windschutz" Input2 40
lox config wire-connector config.Loxone "Windschutz.Input1" "Windgeschwindigkeit.AQ"
lox config wire-connector config.Loxone "Jalousie 1 [Wohnzimmer].InputTriggerUp" "Windschutz.Q"
lox config wire-connector config.Loxone "Jalousie 2 [Wohnzimmer].InputTriggerUp" "Windschutz.Q"
Sim test:
lox sim run config.Loxone --sim '{"name":"strong wind","inputs":{"Windgeschwindigkeit.AQ":50},"ticks":10,"dt":0.1,"expected_outputs":{"Windschutz.Q":{">":0.5}}}'
lox sim run config.Loxone --sim '{"name":"calm","inputs":{"Windgeschwindigkeit.AQ":10},"ticks":10,"dt":0.1,"expected_outputs":{"Windschutz.Q":{"==":0}}}'
When: Water plants when soil moisture is low AND it's not raining.
Blocks: Less + Not + And
Circuit: Moisture → Less (< threshold) → And.I1, Rain → Not → And.I2, And.Q → Valve
lox config add --type Less --title "Boden trocken" --room Garten --page Garten config.Loxone
lox config set-param config.Loxone "Boden trocken" Input2 30
lox config wire-connector config.Loxone "Boden trocken.Input1" "Bodenfeuchtigkeit.AQ"
lox config add --type Not --title "Kein Regen" --room Garten --page Garten config.Loxone
lox config wire-connector config.Loxone "Kein Regen.I" "Regen.AQ"
lox config add --type And --title "Bewässerung nötig" --room Garten --page Garten config.Loxone
lox config wire-connector config.Loxone "Bewässerung nötig.I1" "Boden trocken.Q"
lox config wire-connector config.Loxone "Bewässerung nötig.I2" "Kein Regen.Q"
lox config wire-connector config.Loxone "Bewässerungsventil.I1" "Bewässerung nötig.Q"
Sim test:
lox sim run config.Loxone --sim '{"name":"dry no rain","inputs":{"Bodenfeuchtigkeit.AQ":20,"Regen.AQ":0},"ticks":10,"dt":0.1,"expected_outputs":{"Bewässerung nötig.Q":{">":0.5}}}'
lox sim run config.Loxone --sim '{"name":"dry but raining","inputs":{"Bodenfeuchtigkeit.AQ":20,"Regen.AQ":1},"ticks":10,"dt":0.1,"expected_outputs":{"Bewässerung nötig.Q":{"==":0}}}'
lox sim run config.Loxone --sim '{"name":"moist","inputs":{"Bodenfeuchtigkeit.AQ":50,"Regen.AQ":0},"ticks":10,"dt":0.1,"expected_outputs":{"Bewässerung nötig.Q":{"==":0}}}'
When: Activate ventilation when CO2 exceeds a healthy level (e.g. 1000 ppm).
Blocks: GreaterEqual
Circuit: CO2.AQ → GreaterEqual.Input1 | set Input2=1000 | Q → Fan.I1
lox config add --type GreaterEqual --title "CO2 zu hoch" --room Bad --page Bad config.Loxone
lox config set-param config.Loxone "CO2 zu hoch" Input2 1000
lox config wire-connector config.Loxone "CO2 zu hoch.Input1" "CO2 Sensor.AQ"
lox config wire-connector config.Loxone "Lüfter Bad.I1" "CO2 zu hoch.Q"
Sim test:
lox sim run config.Loxone --sim '{"name":"high co2","inputs":{"CO2 Sensor.AQ":1200},"ticks":10,"dt":0.1,"expected_outputs":{"CO2 zu hoch.Q":{">":0.5}}}'
lox sim run config.Loxone --sim '{"name":"normal co2","inputs":{"CO2 Sensor.AQ":600},"ticks":10,"dt":0.1,"expected_outputs":{"CO2 zu hoch.Q":{"==":0}}}'
When: Activate bathroom fan when humidity exceeds 65%.
Blocks: GreaterEqual + optionally StairwayLS for minimum run time
Circuit: Humidity → GreaterEqual.Input1 | set Input2=65 | Q → StairwayLS (optional) → Fan
lox config add --type GreaterEqual --title "Hohe Feuchte" --room Bad --page Bad config.Loxone
lox config set-param config.Loxone "Hohe Feuchte" Input2 65
lox config wire-connector config.Loxone "Hohe Feuchte.Input1" "Luftfeuchtigkeit.AQ"
lox config add --type StairwayLS --title "Lüfter Nachlauf" --room Bad --page Bad config.Loxone
lox config set-param config.Loxone "Lüfter Nachlauf" TimeHigh 600
lox config wire-connector config.Loxone "Lüfter Nachlauf.InputTrigger" "Hohe Feuchte.Q"
lox config wire-connector config.Loxone "Lüfter Bad.I1" "Lüfter Nachlauf.Q"
When: Run pool pump only when water temperature is within a safe/desired range.
Blocks: GreaterEqual + Less + And
Circuit: Temp ≥ min AND Temp < max → Pump
lox config add --type GreaterEqual --title "Pool warm genug" --room Garten --page Garten config.Loxone
lox config set-param config.Loxone "Pool warm genug" Input2 18
lox config wire-connector config.Loxone "Pool warm genug.Input1" "Pool Temperatur.AQ"
lox config add --type Less --title "Pool nicht zu heiß" --room Garten --page Garten config.Loxone
lox config set-param config.Loxone "Pool nicht zu heiß" Input2 32
lox config wire-connector config.Loxone "Pool nicht zu heiß.Input1" "Pool Temperatur.AQ"
lox config add --type And --title "Pool Temp OK" --room Garten --page Garten config.Loxone
lox config wire-connector config.Loxone "Pool Temp OK.I1" "Pool warm genug.Q"
lox config wire-connector config.Loxone "Pool Temp OK.I2" "Pool nicht zu heiß.Q"
lox config wire-connector config.Loxone "Poolpumpe.I1" "Pool Temp OK.Q"
When: Bring a newly-added Touch Nightlight Air (device-bound AlarmClock) in line with its
siblings — the display nightlight should dim (or go off) during night hours and return to normal
during the day. This mirrors the factory wiring of the existing devices.
Blocks: device-bound AlarmClock + the day-gating chain Time → GreaterEqual/Less → And → Mult
Circuit: a time-of-day source gates a day window (≥ start AND < end); the AND result scales a
brightness via Mult, whose output drives the AlarmClock's BrightInact (display brightness while
inactive). Bind the AlarmClock to the physical device with --device so it emits Dev=.
# 1. Create the AlarmClock and bind it to the Touch Nightlight Air device (emits Dev=)
lox config add --type alarm-clock --title "DG Nachtlicht" --device "Touch Nightlight Air" config.Loxone
# 2. Day window: 07:00 ≤ now < 22:00 (uses the simulated Hour-of-day source)
lox config add --type Hour --title "Stunde" --page NachtPage config.Loxone
lox config add --type GreaterEqual --title "Ab 7 Uhr" --page NachtPage config.Loxone
lox config set-param config.Loxone "Ab 7 Uhr" Input2 7
lox config wire-connector config.Loxone "Ab 7 Uhr.Input1" "Stunde.AQ"
lox config add --type Less --title "Vor 22 Uhr" --page NachtPage config.Loxone
lox config set-param config.Loxone "Vor 22 Uhr" Input2 22
lox config wire-connector config.Loxone "Vor 22 Uhr.Input1" "Stunde.AQ"
lox config add --type And --title "Tagfenster" --page NachtPage config.Loxone
lox config wire-connector config.Loxone "Tagfenster.I1" "Ab 7 Uhr.Q"
lox config wire-connector config.Loxone "Tagfenster.I2" "Vor 22 Uhr.Q"
# 3. Scale to a daytime display brightness (e.g. 50%), then drive BrightInact
lox config add --type Mult --title "Display Helligkeit" --page NachtPage config.Loxone
lox config set-param config.Loxone "Display Helligkeit" Input2 50
lox config wire-connector config.Loxone "Display Helligkeit.Input1" "Tagfenster.Q"
lox config wire-connector config.Loxone "DG Nachtlicht.BrightInact" "Display Helligkeit.AQ"
Sim test (the simulator advances a virtual clock — see the loxone-sim skill):
# Daytime → display at 50%
lox sim run config.Loxone --sim '{"name":"day","clock":{"time":"12:00"},"ticks":5,"dt":1,"expected_outputs":{"Display Helligkeit.AQ":{"==":50}}}'
# Night → display off
lox sim run config.Loxone --sim '{"name":"night","clock":{"time":"23:00"},"ticks":5,"dt":1,"expected_outputs":{"Display Helligkeit.AQ":{"==":0}}}'
Note: --device accepts any selector (title, uuid:…, Type:…). It writes Dev=<deviceUuid>
on the new block, which is what binds the AlarmClock to a specific LoxAIRDevice/TreeDevice.
| I want to... | Use pattern |
|---|---|
| React to a sensor threshold | #1 Threshold |
| Combine two conditions | #2 Combined (AND/OR) |
| Turn on for X minutes | #3 Timed Switch (StairwayLS) |
| Wait then pulse | #4 Delayed Action (OnPulseDelay) |
| Activate during hours | #5 Schedule (DayTimer) |
| Do the opposite | #6 Negation (NOT) |
| Remember on/off state | #7 Memory/Latch |
| Protect from frost | #8 Frost Protection |
| Protect from wind | #9 Wind Protection |
| Smart irrigation | #10 Irrigation |
| Air quality control | #11 CO2 Ventilation |
| Humidity management | #12 Humidity Ventilation |
| Range-based control | #13 Pool Temperature |
| Device-bound night dimming | #14 Touch Nightlight Air |