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Samples Comfo Air Binding

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pgfeller edited this page Dec 21, 2014 · 3 revisions

extended ComfoAir binding configs.

comfoair.items

Group Lueftung 	"Lüftungsanlage"	<pie>

Number Lueftung_Auto_Mode	"Modus" 				<selfAutoMode> (Lueftung)

String Lueftung_Aussentemperatur_Message "Aussen [%s]"			<temperature> (Lueftung)
String Lueftung_Innentemperatur_Message "Innen [%s]"			<temperature> (Lueftung)
String Lueftung_Ventilator_Message "Ventilator [%s]"			<selfAiring> (Lueftung)
String Lueftung_Filterlaufzeit_Message	"Filterlaufzeit [%s]" 		<selfRuntime> (Lueftung)
String Lueftung_Status_Message	"Status [%s]"				<selfError> (Lueftung)

Number Lueftung_Control		"Steuerung" 				<settings> (Lueftung) {comfoair="activate"}
Number Lueftung_Fan_Level	"Stufe [%d]" 				<selfAiring> (Lueftung) {comfoair="fan_level"}
Number Lueftung_Komfortemperatur "Zieltemperatur [%.1f °C]" 		<temperature> (Lueftung) {comfoair="target_temperatur"}
Number Lueftung_Bypass		"Bypass [MAP(bypass_de.map):%s]" 	<selfBypass> (Lueftung) {comfoair="bypass_mode"}

Number Lueftung_Aussenlufttemperatur "Aussenzuluft [%.1f °C]"		<temperature> (Lueftung) {comfoair="outdoor_incomming_temperatur"}
Number Lueftung_Fortlufttemperatur "Aussenabluft [%.1f °C]" 		<temperature> (Lueftung) {comfoair="outdoor_outgoing_temperatur"}
Number Lueftung_Zulufttemperatur "Raumzuluft [%.1f °C]" 			<temperature> (Lueftung) {comfoair="indoor_incomming_temperatur"}
Number Lueftung_Ablufttemperatur "Raumabluft [%.1f °C]" 			<temperature> (Lueftung) {comfoair="indoor_outgoing_temperatur"}
Number Lueftung_Zuluft		"Ventilator Zuluft [%d %%]" 		<selfAiring> (Lueftung) {comfoair="incomming_fan"}
Number Lueftung_Abluft		"Ventilator Abluft [%d %%]" 		<selfAiring> (Lueftung) {comfoair="outgoing_fan"}
Number Lueftung_Filterlaufzeit	"Filterlaufzeit [%d h]" 		<selfClock> (Lueftung) {comfoair="filter_running"}
Number Lueftung_FilterfehlerI	"Filter (intern) [MAP(filter_de.map):%s]"   <selfFilterintern> (Lueftung) {comfoair="filter_error_intern"}
Number Lueftung_FilterfehlerE	"Filter (extern) [MAP(filter_de.map):%s]"   <selfFilterextern> (Lueftung) {comfoair="filter_error_extern"}
String Lueftung_Fehlermeldung	"Fehlercode [%s]" 			    <selfError> (Lueftung) {comfoair="error_message"}

bypass_de.map

1=Offen
0=Geschlossen
undefined=undefiniert
-=undefiniert

filter_de.map

1=Wechseln
0=Ok
undefined=undefiniert
-=undefiniert

db4o.persist

Lueftung_Auto_Mode : strategy = everyChange, restoreOnStartup
Lueftung_Aussentemperatur_Message : strategy = everyChange, restoreOnStartup
Lueftung_Innentemperatur_Message : strategy = everyChange, restoreOnStartup
Lueftung_Ventilator_Message : strategy = everyChange, restoreOnStartup
Lueftung_Filterlaufzeit_Message : strategy = everyChange, restoreOnStartup
Lueftung_Status_Message : strategy = everyChange, restoreOnStartup
Lueftung_Fan_Level : strategy = everyChange, restoreOnStartup

sitemap

Text label="Informationen" icon="house" {
	Text item=Lueftung_Fan_Level label="Lüftung [MAP(level_de.map):%d]" icon="selfAiring" {
		Frame {
			Switch item=Lueftung_Auto_Mode label="Modus" mappings=[1="Auto", 0="Manuell"]
			Switch item=Lueftung_Fan_Level label="Stufe" mappings=[1="A", 2="1", 3="2", 4="3"]
		}
		Frame {
			Setpoint item=Lueftung_Komfortemperatur step=0.5 minValue=15 maxValue=25
			Text item=Lueftung_Aussentemperatur_Message
			Text item=Lueftung_Innentemperatur_Message
			Text item=Lueftung_Ventilator_Message
			Text item=Lueftung_Bypass
		}
		Frame {
			Text item=Lueftung_Filterlaufzeit_Message
			Text item=Lueftung_Status_Message
			Switch item=Lueftung_Control mappings=[1="App", 0="CCEase"]
		}
	}
	Text item=Gas_Aktueller_Tagesverbrauch label="Gas [%.2f m³]" {
		Frame {
			Text item=Gas_Aktueller_Tagesverbrauch
			Text item=Gas_Aktueller_Verbrauch
			Text item=Gas_Min_Verbrauch
			Text item=Gas_Max_Verbrauch
		}
		Frame {
			Chart item=Gas_Aktueller_Verbrauch period=D refresh=10000
			Chart item=Gas_Letzter_Tagesverbrauch period=M refresh=86400
			Chart item=Gas_Letzter_Tagesverbrauch period=Y refresh=86400
		}
	}
	Text item=Strom_Aktueller_Tagesverbrauch label="Strom [%.2f KWh]"{
		Frame {
			Text item=Strom_Aktueller_Tagesverbrauch
			Text item=Strom_Aktueller_Verbrauch
			Text item=Strom_Min_Verbrauch
			Text item=Strom_Max_Verbrauch
			Text item=Strom_Zaehler
		}
		Frame {
			Chart item=Strom_Aktueller_Verbrauch period=D refresh=10000
			Chart item=Strom_Letzter_Tagesverbrauch period=M refresh=86400
			Chart item=Strom_Letzter_Tagesverbrauch period=Y refresh=86400
		}
	}
	Text item=Wetter_Aussentemperatur label="Temperatur [%.1f °C]"{
		Frame {
			Text item=Wetter_Innentemperatur
			Text item=Wetter_Aussentemperatur
			Text item=Wetter_Temp_Max
			Text item=Wetter_Temp_Min
		}
		Frame {
			Chart item=Wetter_Diagramm period=D refresh=10000
			Chart item=Wetter_Aussentemperatur period=W refresh=10000
			Chart item=Wetter_Aussentemperatur period=M refresh=86400
			Chart item=Wetter_Aussentemperatur period=Y refresh=86400
		}
	}
	Text item=Datum
}

airflow.rules

    import org.openhab.core.library.types.*
    import org.openhab.core.persistence.*
    import org.openhab.model.script.actions.*
    import java.lang.Math
    
    var boolean autoChangeInProgress = false
    
    rule "Filterlaufzeit"
    when
    	System started
    	or
    	Item Lueftung_Filterlaufzeit changed
    then
    	if( Lueftung_Filterlaufzeit.state instanceof DecimalType ){
    
    		var Number laufzeit = Lueftung_Filterlaufzeit.state as DecimalType
    
    		var Number weeks = Math::floor( (laufzeit/168).doubleValue )
    		var Number days = Math::floor( ((laufzeit-(weeks*168))/24).doubleValue)
    
    		var String msg = ""
    
    		if( weeks > 0 ){
    
    			if( weeks == 1 ) msg = weeks.intValue + " Woche"
    			else msg = weeks.intValue + " Wochen"
    		}
    
    		if( days > 0 ){
    
    			if( msg.length > 0 ) msg = msg + ", "
    
    			if( days == 1 ) msg = msg + days.intValue + " Tag"
    			else msg = msg + days.intValue + " Tage"
    		}
    
    		postUpdate(Lueftung_Filterlaufzeit_Message,msg)
    	}
    end
    
    rule "Status Meldung"
    when
    	System started
    	or
    	Item Lueftung_Fehlermeldung changed
    	or
    	Item Lueftung_FilterfehlerI changed
    	or
    	Item Lueftung_FilterfehlerE changed
    then
    	var String msg = ""
    
    	if( (Lueftung_FilterfehlerI.state instanceof DecimalType) && (Lueftung_FilterfehlerE.state instanceof DecimalType) && (Lueftung_Fehlermeldung.state instanceof StringType) ){
    
    		if( (Lueftung_FilterfehlerI.state as DecimalType) == 1 || (Lueftung_FilterfehlerE.state as DecimalType) == 1 ){
    			if( msg.length > 0 ) msg = msg + ", "
    			msg = msg + "Filter: "
    			if( (Lueftung_FilterfehlerI.state as DecimalType) == 1 ) msg = msg + "I"
    			if( (Lueftung_FilterfehlerI.state as DecimalType) == 1 && (Lueftung_FilterfehlerE.state as DecimalType) == 1) msg = msg + " & "
    			if( (Lueftung_FilterfehlerE.state as DecimalType) == 1 ) msg = msg + "E"
    		}
    		if( (Lueftung_Fehlermeldung.state as StringType) != "Ok" ){
    			if( msg.length > 0 ) msg = msg + ", "
    			msg = msg + "Error: " + (Lueftung_Fehlermeldung.state as StringType)
    		}
    	}
    
    	if( msg.length == 0 ){
    
    		msg = "Alles in Ordnung"
    	}
    
    	postUpdate(Lueftung_Status_Message,msg)
    end
    
    rule "Aussentemperatur Meldung"
    when
    	System started
    	or
    	Item Lueftung_Aussenlufttemperatur changed
    	or
    	Item Lueftung_Fortlufttemperatur changed
    then
    	if( (Lueftung_Aussenlufttemperatur.state instanceof DecimalType) && (Lueftung_Fortlufttemperatur.state instanceof DecimalType) ){
    
    		postUpdate(Lueftung_Aussentemperatur_Message,"→ " + Lueftung_Aussenlufttemperatur.state.format("%.1f") +"°C, ← " + Lueftung_Fortlufttemperatur.state.format("%.1f") + "°C")
    	}
    end
    
    rule "Innentemperatur Meldung"
    when
    	System started
    	or
    	Item Lueftung_Zulufttemperatur changed
    	or
    	Item Lueftung_Ablufttemperatur changed
    then
    	if( (Lueftung_Zulufttemperatur.state instanceof DecimalType) && (Lueftung_Ablufttemperatur.state instanceof DecimalType) ){
    
    		postUpdate(Lueftung_Innentemperatur_Message,"→ " + Lueftung_Zulufttemperatur.state.format("%.1f") +"°C, ← " + Lueftung_Ablufttemperatur.state.format("%.1f") + "°C")
    	}
    end
    
    rule "Ventilator Meldung"
    when
    	System started
    	or
    	Item Lueftung_Zuluft changed
    	or
    	Item Lueftung_Abluft changed
    then
    	if( (Lueftung_Zuluft.state instanceof DecimalType) && (Lueftung_Abluft.state instanceof DecimalType) ){
    
    		postUpdate(Lueftung_Ventilator_Message,"→ " + (Lueftung_Zuluft.state as DecimalType) +"%, ← " + (Lueftung_Abluft.state as DecimalType) + "%")
    	}
    end
    
    rule "Filter Fehler"
    when
    	Item Lueftung_Fehlermeldung changed
    then
    	if( (Lueftung_Fehlermeldung.state as StringType) != "Ok" ){
    
    		send("test@gmail.com", "Lüftung hat einen Fehler gemeldet")
    	}
    end
    
    rule "Filter wechseln"
    when
    	Item Lueftung_FilterfehlerI changed
    	or
    	Item Lueftung_FilterfehlerE changed
    then
    	if( (Lueftung_FilterfehlerI.state as DecimalType) == 1 || (Lueftung_FilterfehlerE.state as DecimalType) == 1 ){
    
    		send("test@gmail.com", "Lüftungsfilter muss gewechselt werden")
            }
    end
    
    rule "Manueller Eingriff"
    when
    	Item Lueftung_Fan_Level changed
    then
    
    	if( autoChangeInProgress ){
    
    		autoChangeInProgress = false
    	}
    	else{
    
    		postUpdate(Lueftung_Auto_Mode,0)
    	}
    end
    
    rule "Lüfterstufe"
    when
        Item Lueftung_Auto_Mode changed
        or
        Time cron "0 0/1 * * * ?"
    then
    	if( (Lueftung_Auto_Mode.state as DecimalType) == 1 ){
    
    		var Number day    = now.getDayOfWeek
    		var Number hour   = now.getHourOfDay
    		var Number minute = now.getMinuteOfHour
    
    		var boolean isNight = false
    
    		// Freitag
    		if( day == 5 ){
    			if( hour < 7 || (hour >= 23 && minute >=30) ) isNight = true
    		}
    		// Samstag
    		else if( day == 6 ){
    			if( hour < 9 || (hour >= 23 && minute >=30) ) isNight = true
    		}
    		// Sonntag
    		else if( day == 7 ){
    			if( hour < 9 || (hour >= 22 && minute >=30) || hour >= 23 ) isNight = true
    		}
    		else{
    
    			if( hour < 7 || (hour >= 22 && minute >=30) || hour >= 23 ) isNight = true
    		}
    
    		var Number currentLevel = (Lueftung_Fan_Level.state as DecimalType)
    		var Number newLevel = 3
    
    		if( !isNight ){
    
    			var Number raumTemperatur = (Lueftung_Ablufttemperatur.state as DecimalType)
    			var Number aussenTemperatur = (Lueftung_Aussenlufttemperatur.state as DecimalType)
    			var Number zielTemperatur = (Lueftung_Komfortemperatur.state as DecimalType)
    
    			if(
    				raumTemperatur >= zielTemperatur
    				&&
    				aussenTemperatur >= raumTemperatur
    			){
    
    				newLevel = 1
    			}
    			else if(
    				raumTemperatur >= zielTemperatur - 1
    				&&
    				aussenTemperatur >= raumTemperatur - 1
    				&&
    				currentLevel == 1
    			){
    
    				newLevel = 1
    			}
    		}
    		else if( Fenster_OG_Schlafzimmer.state == CLOSED || Fenster_OG_Ankleide.state == OPEN ) {
    
    			newLevel = 2
    		}
    
    		if( newLevel != currentLevel ){
    
    			if( newLevel == 1 ){
    
    				logInfo("airflow.rules", "auto slowdown start")
    			    	send("test@gmail.com", "Lüftung verlangsamt")
    			}
    			else if( currentLevel == 1 ){
    
    			    	logInfo("airflow.rules", "auto slowdown end")
    				send("test@gmail.com", "Lüftung wieder normal")
    			}
    
    			autoChangeInProgress=true
    			sendCommand(Lueftung_Fan_Level,newLevel)
    		}
    	}
    end

Attention: openHAB 2.x

ℹ Please find all documentation for openHAB 2 under http://docs.openhab.org.

The wiki pages here contain (outdated) documentation for the older openHAB 1.x version. Please be aware that a lot of core details changed with openHAB 2.0 and this wiki as well as all tutorials found for openHAB 1.x might be misleading. Check http://docs.openhab.org for more details and consult the community forum for all remaining questions.

feature overview

Installation

Setup intro

Linux and OS X

Windows

FreeBSD

Configuration

Automation*

User Interfaces

Persistence

Community

(link to openHAB forum)

Development

Bindings

Application Integration

Misc

Samples

A good source of inspiration and tips from users gathered over the years. Be aware that things may have changed since they were written and some examples might not work correctly.

Please update the wiki if you do come across any out of date information.

Binding configurations

Use case examples

Item definition examples

Sitemap definition examples

Collections of Rules on a single page

Single Rules

Scripts

Syntax highlighting for external editors

Release Notes

Clone this wiki locally