This repository has been archived by the owner on May 17, 2021. It is now read-only.
Rule example: Combining different items
When I started playing around with OpenHAB, I first created all items and arranged them room by room in groups. This was done quite fast and I could see everythinng I configured. Next steps where to modify the sitemap, to arrange most important information in different frames on one initial page. This initial page was growing quickly and got way too long and confusing. I had to scroll a lot to find the block of interest. The idea was born to consolidate important information in single lines.
In the following code you can find my solution of combining heating thermostat information. Insteat of having four different groups for actual temperature, setpoint teamperature, battery status and mode (each of the group showing 12 lines, one for each room) I now have one single block "Temperature Information" showing all information of interest realted to heating thermostats.
As source code can be confusing, here are some explanations of my thoughts. Most of the code is just stolen... borrowed from different groups, forums, or wikis. One of the main source for my ideas was the wiki page about Reusable-Rules-via-Functions.
I have created three functions. Actually I am not familiar with those brand new Java 8 Lambda things, but I got it somehow working.
This function is called from the different rules to update a map with latest information available.
This function i actually doing the output. It just grabbs the information from the map, filled by function tempLogic.
This function is creating the map, used by the other functions. It is called from the sysinit_rule to initiate a clean status when system starts (or rule files are reloaded)
Is triggered when rule file is loaded. It happens on system startup and when rule file content changes and openhab detectes this change.
The name might not be self explaining.
- GF = Ground Floor
- WZ = Livin room (Wohnzimmer in german)
- WT = Wall Thermostat HT = Heating Thermostat
The rule is fired, when any of the readings (different Items, belonging to the same Thermostat) changes. It than triggers the function tempLogic to update the value and afterwards ther function tempOutput to actually displaying the values.
import org.joda.time.*
import org.openhab.core.items.*
import org.openhab.core.items.GenericItem
import org.openhab.core.library.types.*
import org.openhab.core.library.types.PercentType
import org.openhab.core.library.items.SwitchItem
import org.openhab.model.script.actions.*
import org.openhab.model.script.actions.Timer
import java.util.HashMap
import java.util.LinkedHashMap
import java.util.ArrayList
import java.util.Map
import java.util.concurrent.locks.Lock
import java.util.concurrent.locks.ReentrantLock
import java.util.Date
import java.text.SimpleDateFormat
var Map<String, org.openhab.core.items.GenericItem> outputItems = newHashMap()
var Map<String, Map<String, Map<String, Object>>> fixtures = newHashMap()
val org.eclipse.xtext.xbase.lib.Functions$Function3 tempLogic = [
String room,
String value,
Map<String, Map<String, Map<String, Object>>> fixtures |
var Map<String, Map<String, Object>> roomObj = fixtures.get(room)
if (roomObj != null) {
var Map<String, Object> valueObj = roomObj.get(value)
if (valueObj != null) {
var org.openhab.core.items.GenericItem inItem = valueObj.get("Item")
if (inItem != null) {
var doUpdate = false
doUpdate = doUpdate || value == "Actual" && inItem.state > 0.0
doUpdate = doUpdate || value == "Plan" && inItem.state > 0.0
doUpdate = doUpdate || value == "Valve" && inItem.state > 0
doUpdate = doUpdate || value == "Mode"
doUpdate = doUpdate || value == "Battery"
doUpdate = doUpdate && inItem.state != Uninitialized
if (doUpdate) {
fixtures.get(room).get(value).put("LastValue", inItem.state)
fixtures.get(room).get(value).put("LastUpdate", DateTimeUtils::currentTimeMillis())
logDebug("Heating", String::format("Value updated! %s --> %s --> %s um %s", room, value, valueObj.get("LastValue"), valueObj.get("LastUpdate"))
} else {
logDebug("Heating", String::format("Value updated! %s --> %s --> no update", room, value)
}
}
} else {
if (!roomObj.containsKey(value))
logDebug("Heating", String::format("Value not found in room %s: %s", room, value)
}
} else {
logDebug("Heating", String::format("Room not found: %s", room)
}
]
val org.eclipse.xtext.xbase.lib.Functions$Function3 tempOutput = [
String room,
Map<String, Map<String, Map<String, Object>>> fixtures,
Map<String, org.openhab.core.items.GenericItem> outputItems |
var org.openhab.core.items.GenericItem outItem = outputItems.get(room)
var String actual = String::format("%.1f °C", (fixtures.get(room).get("Actual").get("LastValue") as DecimalType).floatValue())
if (actual == "0.0 °C") {
actual = "?"
}
var String time = ""
if ((fixtures.get(room).get("Valve") != null) && (fixtures.get(room).get("Actual").get("LastUpdate") != null) && ((fixtures.get(room).get("Actual").get("LastUpdate") as Long) > 0L)) {
var format = new SimpleDateFormat("H:mm")
var date = new java.util.Date()
date.setTime(fixtures.get(room).get("Actual").get("LastUpdate"))
time = String::format("(%s)", format.format(date))
}
var String plan = String::format("%.1f °C", (fixtures.get(room).get("Plan").get("LastValue") as DecimalType).floatValue())
var String mode = "-"
switch(fixtures.get(room).get("Mode").get("LastValue")) {
case "AUTOMATIC": mode = "A"
case "VACATION": mode = "U"
case "MANUAL": mode = "M"
default: mode = fixtures.get(room).get("Mode").get("LastValue")
}
var String battery = fixtures.get(room).get("Battery").get("LastValue")
logInfo("Heating", actual)
if (mode == "BOOST") {
outItem.postUpdate(String::format("%s %s", actual, mode))
} else {
outItem.postUpdate(String::format("%s (%s %s %s, %s)", actual, time, mode, plan, battery))
}
]
val org.eclipse.xtext.xbase.lib.Functions$Function4 createRoom = [
String room,
java.util.ArrayList<org.openhab.core.items.GenericItem> itemList,
Map<String, Map<String, Map<String, Object>>> fixtures,
Map<String, org.openhab.core.items.GenericItem> outputItems |
if (!fixtures.containsKey(room)) {
var HashMap<String, Object> planMap = newHashMap (
"LastUpdate" -> 0L as Long,
"LastValue" -> new DecimalType(0.0),
"Item" -> itemList.get(0)
)
var HashMap<String, Object> valveMap = null
if (itemList.get(1) != null) {
valveMap = newHashMap(
"LastUpdate" -> 0L as Long,
"LastValue" -> "-" as String,
"Item" -> itemList.get(1)
)
}
var HashMap<String, Object> batteryMap = newHashMap(
"LastUpdate" -> 0L as Long,
"LastValue" -> "-" as String,
"Item" -> itemList.get(2)
)
var HashMap<String, Object> modeMap = newHashMap (
"LastUpdate" -> 0L as Long,
"LastValue" -> "-" as String,
"Item" -> itemList.get(3)
)
var HashMap<String, Object> actualMap = newHashMap(
"LastUpdate" -> 0L as Long,
"LastValue" -> new DecimalType(0.0),
"Item" -> itemList.get(4)
)
fixtures.put(room, newHashMap(
"Plan" -> planMap,
"Valve" -> valveMap,
"Mode" -> modeMap,
"Battery" -> batteryMap,
"Actual" -> actualMap
) as HashMap<String, Map>
)
}
if (!outputItems.containsKey(room)) {
outputItems.put(room, itemList.get(5))
}
]
rule sysinit
when
System started
then
fixtures = newHashMap() as Map<String, Map<String, Map<String, Object>>>
outputItems = newHashMap() as Map<String, org.openhab.core.items.GenericItem>
createRoom.apply("GF_WZ_WT", newArrayList(GF_WZ_WT_default, null, GF_WZ_WT_battery, GF_WZ_WT_mode, GF_WZ_WT_actual, GF_WZ_WT_komplett), fixtures, outputItems)
createRoom.apply("GF_WZ_HT_Fenster", newArrayList(GF_WZ_HT_Fenster_default, GF_WZ_HT_Fenster_valve, GF_WZ_HT_Fenster_battery, GF_WZ_HT_Fenster_mode, GF_WZ_HT_Fenster_actual, GF_WZ_HT_Fenster_komplett), fixtures, outputItems)
createRoom.apply("GF_WZ_HT_Wand", newArrayList(GF_WZ_HT_Wand_default, GF_WZ_HT_Wand_valve, GF_WZ_HT_Wand_battery, GF_WZ_HT_Wand_mode, GF_WZ_HT_Wand_actual, GF_WZ_HT_Wand_komplett), fixtures, outputItems)
//createRoom.apply("GF_WC_WT", newArrayList(GF_WC_WT_default, null, GF_WC_WT_battery, GF_WC_WT_mode, GF_WC_WT_actual, GF_WC_WT_komplett), fixtures, outputItems)
createRoom.apply("GF_WC_HT", newArrayList(GF_WC_HT_default, GF_WC_HT_valve, GF_WC_HT_battery, GF_WC_HT_mode, GF_WC_HT_actual, GF_WC_HT_komplett), fixtures, outputItems)
//createRoom.apply("FF_WC_WT", newArrayList(FF_WC_WT_default, null, FF_WC_WT_battery, FF_WC_WT_mode, FF_WC_WT_actual, FF_WC_WT_komplett), fixtures, outputItems)
createRoom.apply("FF_WC_HT", newArrayList(FF_WC_HT_default, FF_WC_HT_valve, FF_WC_HT_battery, FF_WC_HT_mode, FF_WC_HT_actual, FF_WC_HT_komplett), fixtures, outputItems)
createRoom.apply("FF_BZ_WT", newArrayList(FF_BZ_WT_default, null, FF_BZ_WT_battery, FF_BZ_WT_mode, FF_BZ_WT_actual, FF_BZ_WT_komplett), fixtures, outputItems)
createRoom.apply("FF_BZ_HT_Heizung", newArrayList(FF_BZ_HT_Heizung_default, FF_BZ_HT_Heizung_valve, FF_BZ_HT_Heizung_battery, FF_BZ_HT_Heizung_mode, FF_BZ_HT_Heizung_actual, FF_BZ_HT_Heizung_komplett), fixtures, outputItems)
createRoom.apply("FF_BZ_HT_Handtuchheizung", newArrayList(FF_BZ_HT_Handtuchheizung_default, FF_BZ_HT_Handtuchheizung_valve, FF_BZ_HT_Handtuchheizung_battery, FF_BZ_HT_Handtuchheizung_mode, FF_BZ_HT_Handtuchheizung_actual, FF_BZ_HT_Handtuchheizung_komplett), fixtures, outputItems)
createRoom.apply("FF_SZ_WT", newArrayList(FF_SZ_WT_default, null, FF_SZ_WT_battery, FF_SZ_WT_mode, FF_SZ_WT_actual, FF_SZ_WT_komplett), fixtures, outputItems)
createRoom.apply("FF_SZ_HT", newArrayList(FF_SZ_HT_default, FF_SZ_HT_valve, FF_SZ_HT_battery, FF_SZ_HT_mode, FF_SZ_HT_actual, FF_SZ_HT_komplett), fixtures, outputItems)
createRoom.apply("FF_WK_WT", newArrayList(FF_WK_WT_default, null, FF_WK_WT_battery, FF_WK_WT_mode, FF_WK_WT_actual, FF_WK_WT_komplett), fixtures, outputItems)
createRoom.apply("FF_WK_HT_Fenster", newArrayList(FF_WK_HT_Fenster_default, FF_WK_HT_Fenster_valve, FF_WK_HT_Fenster_battery, FF_WK_HT_Fenster_mode, FF_WK_HT_Fenster_actual, FF_WK_HT_Fenster_komplett), fixtures, outputItems)
createRoom.apply("FF_WK_HT_Balkon", newArrayList(FF_WK_HT_Balkon_default, FF_WK_HT_Balkon_valve, FF_WK_HT_Balkon_battery, FF_WK_HT_Balkon_mode, FF_WK_HT_Balkon_actual, FF_WK_HT_Balkon_komplett), fixtures, outputItems)
createRoom.apply("SF_JZ_WT", newArrayList(SF_JZ_WT_default, null, SF_JZ_WT_battery, SF_JZ_WT_mode, SF_JZ_WT_actual, SF_JZ_WT_komplett), fixtures, outputItems)
createRoom.apply("SF_JZ_HT", newArrayList(SF_JZ_HT_default, SF_JZ_HT_valve, SF_JZ_HT_battery, SF_JZ_HT_mode, SF_JZ_HT_actual, SF_JZ_HT_komplett), fixtures, outputItems)
createRoom.apply("SF_CZ_WT", newArrayList(SF_CZ_WT_default, null, SF_CZ_WT_battery, SF_CZ_WT_mode, SF_CZ_WT_actual, SF_CZ_WT_komplett), fixtures, outputItems)
createRoom.apply("SF_CZ_HT", newArrayList(SF_CZ_HT_default, SF_CZ_HT_valve, SF_CZ_HT_battery, SF_CZ_HT_mode, SF_CZ_HT_actual, SF_CZ_HT_komplett), fixtures, outputItems)
createRoom.apply("SF_BZ_WT", newArrayList(SF_BZ_WT_default, null, SF_BZ_WT_battery, SF_BZ_WT_mode, SF_BZ_WT_actual, SF_BZ_WT_komplett), fixtures, outputItems)
createRoom.apply("SF_BZ_HT", newArrayList(SF_BZ_HT_default, SF_BZ_HT_valve, SF_BZ_HT_battery, SF_BZ_HT_mode, SF_BZ_HT_actual, SF_BZ_HT_komplett), fixtures, outputItems)
//createRoom.apply("SF_OFFICE_WT", newArrayList(SF_OFFICE_WT_default, null, SF_OFFICE_WT_battery, SF_OFFICE_WT_mode, SF_OFFICE_WT_actual, SF_OFFICE_WT_komplett), fixtures, outputItems)
createRoom.apply("SF_OFFICE_HT", newArrayList(SF_OFFICE_HT_default, SF_OFFICE_HT_valve, SF_OFFICE_HT_battery, SF_OFFICE_HT_mode, SF_OFFICE_HT_actual, SF_OFFICE_HT_komplett), fixtures, outputItems)
createRoom.apply("TF_GZ_WT", newArrayList(TF_GZ_WT_default, null, TF_GZ_WT_battery, TF_GZ_WT_mode, TF_GZ_WT_actual, TF_GZ_WT_komplett), fixtures, outputItems)
createRoom.apply("TF_GZ_HT", newArrayList(TF_GZ_HT_default, TF_GZ_HT_valve, TF_GZ_HT_battery, TF_GZ_HT_mode, TF_GZ_HT_actual, TF_GZ_HT_komplett), fixtures, outputItems)
for (room : fixtures.keySet()) {
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
}
end
rule GF_WZ_WT_updated
when
Item GF_WZ_WT_default received update or
Item GF_WZ_WT_battery received update or
Item GF_WZ_WT_mode received update or
Item GF_WZ_WT_actual received update
then
var room = "GF_WZ_WT"
createRoom.apply(room, newArrayList(GF_WZ_WT_default, null, GF_WZ_WT_battery, GF_WZ_WT_mode, GF_WZ_WT_actual, GF_WZ_WT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule GF_WZ_HT_Fenster_updated
when
Item GF_WZ_HT_Fenster_default received update or
Item GF_WZ_HT_Fenster_valve received update or
Item GF_WZ_HT_Fenster_battery received update or
Item GF_WZ_HT_Fenster_mode received update or
Item GF_WZ_HT_Fenster_actual received update
then
var room = "GF_WZ_HT_Fenster"
createRoom.apply(room, newArrayList(GF_WZ_HT_Fenster_default, GF_WZ_HT_Fenster_valve, GF_WZ_HT_Fenster_battery, GF_WZ_HT_Fenster_mode, GF_WZ_HT_Fenster_actual, GF_WZ_HT_Fenster_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule GF_WZ_HT_Wand_updated
when
Item GF_WZ_HT_Wand_default received update or
Item GF_WZ_HT_Wand_valve received update or
Item GF_WZ_HT_Wand_battery received update or
Item GF_WZ_HT_Wand_mode received update or
Item GF_WZ_HT_Wand_actual received update
then
var room = "GF_WZ_HT_Wand"
createRoom.apply(room, newArrayList(GF_WZ_HT_Wand_default, GF_WZ_HT_Wand_valve, GF_WZ_HT_Wand_battery, GF_WZ_HT_Wand_mode, GF_WZ_HT_Wand_actual, GF_WZ_HT_Wand_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule GF_WC_HT_updated
when
Item GF_WC_HT_default received update or
Item GF_WC_HT_valve received update or
Item GF_WC_HT_battery received update or
Item GF_WC_HT_mode received update or
Item GF_WC_HT_actual received update
then
var room = "GF_WC_HT"
createRoom.apply(room, newArrayList(GF_WC_HT_default, null, GF_WC_HT_battery, GF_WC_HT_mode, GF_WC_HT_actual, GF_WC_HT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule FF_WC_HT_updated
when
Item FF_WC_HT_default received update or
Item FF_WC_HT_valve received update or
Item FF_WC_HT_battery received update or
Item FF_WC_HT_mode received update or
Item FF_WC_HT_actual received update
then
var room = "FF_WC_HT"
createRoom.apply(room, newArrayList(FF_WC_HT_default, FF_WC_HT_valve, FF_WC_HT_battery, FF_WC_HT_mode, FF_WC_HT_actual, FF_WC_HT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule FF_BZ_WT_updated
when
Item FF_BZ_WT_default received update or
Item FF_BZ_WT_battery received update or
Item FF_BZ_WT_mode received update or
Item FF_BZ_WT_actual received update
then
var room = "FF_BZ_WT"
createRoom.apply(room, newArrayList(FF_BZ_WT_default, null, FF_BZ_WT_battery, FF_BZ_WT_mode, FF_BZ_WT_actual, FF_BZ_WT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule FF_BZ_HT_Heizung_updated
when
Item FF_BZ_HT_Heizung_default received update or
Item FF_BZ_HT_Heizung_valve received update or
Item FF_BZ_HT_Heizung_battery received update or
Item FF_BZ_HT_Heizung_mode received update or
Item FF_BZ_HT_Heizung_actual received update
then
var room = "FF_BZ_HT_Heizung"
createRoom.apply(room, newArrayList(FF_BZ_HT_Heizung_default, FF_BZ_HT_Heizung_valve, FF_BZ_HT_Heizung_battery, FF_BZ_HT_Heizung_mode, FF_BZ_HT_Heizung_actual, FF_BZ_HT_Heizung_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule FF_BZ_HT_Handtuchheizung_updated
when
Item FF_BZ_HT_Handtuchheizung_default received update or
Item FF_BZ_HT_Handtuchheizung_valve received update or
Item FF_BZ_HT_Handtuchheizung_battery received update or
Item FF_BZ_HT_Handtuchheizung_mode received update or
Item FF_BZ_HT_Handtuchheizung_actual received update
then
var room = "FF_BZ_HT_Handtuchheizung"
createRoom.apply(room, newArrayList(FF_BZ_HT_Handtuchheizung_default, FF_BZ_HT_Handtuchheizung_valve, FF_BZ_HT_Handtuchheizung_battery, FF_BZ_HT_Handtuchheizung_mode, FF_BZ_HT_Handtuchheizung_actual, FF_BZ_HT_Handtuchheizung_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule FF_SZ_WT_updated
when
Item FF_SZ_WT_default received update or
Item FF_SZ_WT_battery received update or
Item FF_SZ_WT_mode received update or
Item FF_SZ_WT_actual received update
then
var room = "FF_SZ_WT"
createRoom.apply(room, newArrayList(FF_SZ_WT_default, null, FF_SZ_WT_battery, FF_SZ_WT_mode, FF_SZ_WT_actual, FF_SZ_WT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule FF_SZ_HT_updated
when
Item FF_SZ_HT_default received update or
Item FF_SZ_HT_valve received update or
Item FF_SZ_HT_battery received update or
Item FF_SZ_HT_mode received update or
Item FF_SZ_HT_actual received update
then
var room = "FF_SZ_HT"
createRoom.apply(room, newArrayList(FF_SZ_HT_default, FF_SZ_HT_valve, FF_SZ_HT_battery, FF_SZ_HT_mode, FF_SZ_HT_actual, FF_SZ_HT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule FF_WK_WT_updated
when
Item FF_WK_WT_default received update or
Item FF_WK_WT_battery received update or
Item FF_WK_WT_mode received update or
Item FF_WK_WT_actual received update
then
var room = "FF_WK_WT"
createRoom.apply(room, newArrayList(FF_WK_WT_default, null, FF_WK_WT_battery, FF_WK_WT_mode, FF_WK_WT_actual, FF_WK_WT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule FF_WK_HT_Fenster_updated
when
Item FF_WK_HT_Fenster_default received update or
Item FF_WK_HT_Fenster_valve received update or
Item FF_WK_HT_Fenster_battery received update or
Item FF_WK_HT_Fenster_mode received update or
Item FF_WK_HT_Fenster_actual received update
then
var room = "FF_WK_HT_Fenster"
createRoom.apply(room, newArrayList(FF_WK_HT_Fenster_default, FF_WK_HT_Fenster_valve, FF_WK_HT_Fenster_battery, FF_WK_HT_Fenster_mode, FF_WK_HT_Fenster_actual, FF_WK_HT_Fenster_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule FF_WK_HT_Balkon_updated
when
Item FF_WK_HT_Balkon_default received update or
Item FF_WK_HT_Balkon_valve received update or
Item FF_WK_HT_Balkon_battery received update or
Item FF_WK_HT_Balkon_mode received update or
Item FF_WK_HT_Balkon_actual received update
then
var room = "FF_WK_HT_Balkon"
createRoom.apply(room, newArrayList(FF_WK_HT_Balkon_default, FF_WK_HT_Balkon_valve, FF_WK_HT_Balkon_battery, FF_WK_HT_Balkon_mode, FF_WK_HT_Balkon_actual, FF_WK_HT_Balkon_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule SF_JZ_WT_updated
when
Item SF_JZ_WT_default received update or
Item SF_JZ_WT_battery received update or
Item SF_JZ_WT_mode received update or
Item SF_JZ_WT_actual received update
then
var room = "SF_JZ_WT"
createRoom.apply(room, newArrayList(SF_JZ_WT_default, null, SF_JZ_WT_battery, SF_JZ_WT_mode, SF_JZ_WT_actual, SF_JZ_WT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule SF_JZ_HT_updated
when
Item SF_JZ_HT_default received update or
Item SF_JZ_HT_valve received update or
Item SF_JZ_HT_battery received update or
Item SF_JZ_HT_mode received update or
Item SF_JZ_HT_actual received update
then
var room = "SF_JZ_HT"
createRoom.apply(room, newArrayList(SF_JZ_HT_default, SF_JZ_HT_valve, SF_JZ_HT_battery, SF_JZ_HT_mode, SF_JZ_HT_actual, SF_JZ_HT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule SF_CZ_WT_updated
when
Item SF_CZ_WT_default received update or
Item SF_CZ_WT_battery received update or
Item SF_CZ_WT_mode received update or
Item SF_CZ_WT_actual received update
then
var room = "SF_CZ_WT"
createRoom.apply(room, newArrayList(SF_CZ_WT_default, null, SF_CZ_WT_battery, SF_CZ_WT_mode, SF_CZ_WT_actual, SF_CZ_WT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule SF_CZ_HT_updated
when
Item SF_CZ_HT_default received update or
Item SF_CZ_HT_valve received update or
Item SF_CZ_HT_battery received update or
Item SF_CZ_HT_mode received update or
Item SF_CZ_HT_actual received update
then
var room = "SF_CZ_HT"
createRoom.apply(room, newArrayList(SF_CZ_HT_default, SF_CZ_HT_valve, SF_CZ_HT_battery, SF_CZ_HT_mode, SF_CZ_HT_actual, SF_CZ_HT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule SF_BZ_WT_updated
when
Item SF_BZ_WT_default received update or
Item SF_BZ_WT_battery received update or
Item SF_BZ_WT_mode received update or
Item SF_BZ_WT_actual received update
then
var room = "SF_BZ_WT"
createRoom.apply(room, newArrayList(SF_BZ_WT_default, null, SF_BZ_WT_battery, SF_BZ_WT_mode, SF_BZ_WT_actual, SF_BZ_WT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule SF_BZ_HT_updated
when
Item SF_BZ_HT_default received update or
Item SF_BZ_HT_valve received update or
Item SF_BZ_HT_battery received update or
Item SF_BZ_HT_mode received update or
Item SF_BZ_HT_actual received update
then
var room = "SF_BZ_HT"
createRoom.apply(room, newArrayList(SF_BZ_HT_default, SF_BZ_HT_valve, SF_BZ_HT_battery, SF_BZ_HT_mode, SF_BZ_HT_actual, SF_BZ_HT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule SF_OFFICE_HT_updated
when
Item SF_OFFICE_HT_default received update or
Item SF_OFFICE_HT_valve received update or
Item SF_OFFICE_HT_battery received update or
Item SF_OFFICE_HT_mode received update or
Item SF_OFFICE_HT_actual received update
then
var room = "SF_OFFICE_HT"
createRoom.apply(room, newArrayList(SF_OFFICE_HT_default, SF_OFFICE_HT_valve, SF_OFFICE_HT_battery, SF_OFFICE_HT_mode, SF_OFFICE_HT_actual, SF_OFFICE_HT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule TF_GZ_WT_updated
when
Item TF_GZ_WT_default received update or
Item TF_GZ_WT_battery received update or
Item TF_GZ_WT_mode received update or
Item TF_GZ_WT_actual received update
then
var room = "TF_GZ_WT"
createRoom.apply(room, newArrayList(TF_GZ_WT_default, null, TF_GZ_WT_battery, TF_GZ_WT_mode, TF_GZ_WT_actual, TF_GZ_WT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end
rule TF_GZ_HT_updated
when
Item TF_GZ_HT_default received update or
Item TF_GZ_HT_valve received update or
Item TF_GZ_HT_battery received update or
Item TF_GZ_HT_mode received update or
Item TF_GZ_HT_actual received update
then
var room = "TF_GZ_HT"
createRoom.apply(room, newArrayList(TF_GZ_HT_default, TF_GZ_HT_valve, TF_GZ_HT_battery, TF_GZ_HT_mode, TF_GZ_HT_actual, TF_GZ_HT_komplett), fixtures, outputItems)
for (value : fixtures.get(room).keySet()) {
tempLogic.apply(room, value, fixtures)
}
tempOutput.apply(room, fixtures, outputItems)
end Group All
Group gGF (All)
Group gFF (All)
Group gSF (All)
Group gTF (All)
Group gGF_WZ "Wohnzimmer" <video> (gGF_WZ)
Group gGF_WC "Toilette" <toilette> (gGF_WZ)
Group gFF_BZ "Badezimmer" <bath> (gFF)
Group gFF_SZ "Schlafzimmer" <bedroom> (gFF)
Group gFF_WC "Toilette" <toilette> (gFF)
Group gFF_WK "Waschküche" <bath> (gFF)
Group gSF_BZ "Badezimmer" <bath> (gSF)
Group gSF_JZ "Jans Zimmer" <boy2> (gSF)
Group gSF_CZ "Christinas Zimmer" <child2> (gSF)
Group gSF_OFFICE "Büro" <office> (gSF)
Group gTF_GZ "Gästezimmer" <bedroom> (gTF)
String ANY_DOOR "Alle Türen [%s]" <door> (All) //Calculated via temperaturen.rule
String ANY_WINDOW "Alle Fenster [%s]" <contact> (All) //Calculated via temperaturen.rule
String ANY_BATTERY "Alle Fenster [%s]" <battery> (All) //Calculated via temperaturen.rule
Switch GF_WZ_LAMPE_ECKEN "Wohnzimmer Ecken" (gGF_WZ) {fs20="1BE4F0"}
Switch GF_WZ_LAMPE_MITTEN "Wohnzimmer Mitten" (gGF_WZ) {fs20="1BE4F1"}
/*String SENSOR "Funk Sensor" <gGF_WZ> {fs20="K31688069FE"}*/
Switch GF_WZ_LAMPE_01 "Wegbeleuchtung2" (gGF_WZ) {fs20="1BE411"}
Switch GF_WZ_LAMPE_02 "Wegbeleuchtung2" (gGF_WZ) {fs20="1BE412"}
Switch GF_WZ_LAMPE_03 "Wegbeleuchtung2" (gGF_WZ) {fs20="1BE413"}
Switch GF_WZ_LAMPE_04 "Wegbeleuchtung2" (gGF_WZ) {fs20="1BE414"}
Switch GF_WZ_LAMPE_05 "Wegbeleuchtung2" (gGF_WZ) {fs20="1BE415"}
Switch GF_WZ_LAMPE_06 "Wegbeleuchtung2" (gGF_WZ) {fs20="1BE416"}
Switch GF_WZ_LAMPE_07 "Wegbeleuchtung2" (gGF_WZ) {fs20="1BE417"}
Switch GF_WZ_LAMPE_08 "Wegbeleuchtung2" (gGF_WZ) {fs20="1BE418"}
Switch GF_WZ_LAMPE_09 "Wegbeleuchtung2" (gGF_WZ) {fs20="1BE419"}
Switch GF_WZ_LAMPE_10 "Wegbeleuchtung2" (gGF_WZ) {fs20="1BE41A"}
Switch GF_WZ_LAMPE_11 "Wegbeleuchtung2" (gGF_WZ) {fs20="1BE41B"}
Switch GF_WZ_LAMPE_12 "Wegbeleuchtung2" (gGF_WZ) {fs20="1BE41C"}
/*************************************************************************************
* Wohnzimmer *
*************************************************************************************/
Group gGF_WZ_FK_Terrasse "Fensterkontakt Terrassentür" <heating> (gGF_WZ)
Contact GF_WZ_FK_Terrasse_default "Status [MAP(de.map):%s]" (gGF_WZ_FK_Terrasse) { maxcube="KEQ0188673" }
String GF_WZ_FK_Terrasse_battery "Batteriestatus [%s]" <battery> (gGF_WZ_FK_Terrasse) { maxcube="KEQ0188673:type=battery" }
Group gGF_WZ_FK_Flur "Fensterkontakt Flurtür" <door> (gGF_WZ)
Contact GF_WZ_FK_Flur_default "Status [MAP(de.map):%s]" <door> (gGF_WZ_FK_Flur, Lights) { maxcube="KEQ0187190" }
String GF_WZ_FK_Flur_battery "Batteriestatus [%s]" <battery> (gGF_WZ_FK_Flur) { maxcube="KEQ0187190:type=battery" }
Group gGF_WZ_FK_Links "Fensterkontakt Straße links" <contact> (gGF_WZ)
Contact GF_WZ_FK_Links_default "Status [MAP(de.map):%s]" <contact> (gGF_WZ_FK_Links, Lights) { maxcube="KEQ0185936" }
String GF_WZ_FK_Links_battery "Batteriestatus [%s]" <battery> (gGF_WZ_FK_Links) { maxcube="KEQ0185936:type=battery" }
Group gGF_WZ_FK_Kueche "Fensterkontakt Küche" <contact> (gGF_WZ)
Contact GF_WZ_FK_Kueche_default "Status [MAP(de.map):%s]" <contact> (gGF_WZ_FK_Kueche, Lights) { maxcube="LEQ0794416" }
String GF_WZ_FK_Kueche_battery "Batteriestatus [%s]" <battery> (gGF_WZ_FK_Kueche) { maxcube="LEQ0794416:type=battery" }
Group gGF_WZ_WT "Wandthermostat" <heating> (gGF_WZ)
Number GF_WZ_WT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156" }
String GF_WZ_WT_battery "Batteriestatus [%s]" <battery> (gGF_WZ_WT) { maxcube="LEQ0982156:type=battery" }
String GF_WZ_WT_mode "Betriebsmodus [%s]" <calendar2> (gGF_WZ_WT) { maxcube="LEQ0982156:type=mode" }
Number GF_WZ_WT_actual "IST-Temperatur [%.1f °C]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=actual" }
Number GF_WZ_WT_tempComfort "tempcomfort [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=tempcomfort" }
Number GF_WZ_WT_tempEco "tempeco [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=tempeco" }
Number GF_WZ_WT_tempSetpointMax "tempsetpointmax [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=tempsetpointmax" }
Number GF_WZ_WT_tempSetpointMin "tempsetpointmin [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=tempsetpointmin" }
Number GF_WZ_WT_tempOffset "tempoffset [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=tempoffset" }
Number GF_WZ_WT_tempOpenWindow "tempopenwindow [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=tempopenwindow" }
Number GF_WZ_WT_durationOpenWindow "durationopenwindow [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=durationopenwindow" }
Number GF_WZ_WT_boostDuration "boostduration [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=boostduration" }
Number GF_WZ_WT_boostValve "boostvalve [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=boostvalve" }
Number GF_WZ_WT_decalcification "decalcification [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=decalcification" }
Number GF_WZ_WT_valveMaximum "valvemaximum [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=valvemaximum" }
Number GF_WZ_WT_valveOffset "valveoffset [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=valveoffset" }
String GF_WZ_WT_programData "programdata [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156:type=programdata" }
String GF_WZ_WT_komplett "Komplett [%s]" <heating> (gGF_WZ_WT) //Calculated via temperaturen.rule
Switch GF_WZ_WT_Setpoint "Temperature [%.1f °C]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156" }
Switch GF_WZ_WT_SetMode "Modus [%s]" <temperature> (gGF_WZ_WT) { maxcube="LEQ0982156=mode" }
Group gGF_WZ_HT_Fenster "Heizung unterm Fenster" <heating> (gGF_WZ)
Number GF_WZ_HT_Fenster_default "SOLL-Temperatur [%.1f °C]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055" }
Number GF_WZ_HT_Fenster_valve "Ventilstellung [%.1f %%]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=valve" }
String GF_WZ_HT_Fenster_battery "Batteriestatus [%s]" <battery> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=battery" }
String GF_WZ_HT_Fenster_mode "Betriebsmodus [%s]" <calendar2> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=mode" }
Number GF_WZ_HT_Fenster_actual "IST-Temperatur [%.1f °C]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=actual" }
Number GF_WZ_HT_Fenster_tempComfort "tempcomfort [%s]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=tempcomfort" }
Number GF_WZ_HT_Fenster_tempEco "tempeco [%s]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=tempeco" }
Number GF_WZ_HT_Fenster_tempSetpointMax "tempsetpointmax [%s]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=tempsetpointmax" }
Number GF_WZ_HT_Fenster_tempSetpointMin "tempsetpointmin [%s]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=tempsetpointmin" }
Number GF_WZ_HT_Fenster_tempOffset "tempoffset [%s]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=tempoffset" }
Number GF_WZ_HT_Fenster_tempOpenWindow "tempopenwindow [%s]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=tempopenwindow" }
Number GF_WZ_HT_Fenster_durationOpenWindow "durationopenwindow [%s]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=durationopenwindow" }
Number GF_WZ_HT_Fenster_boostDuration "boostduration [%s]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=boostduration" }
Number GF_WZ_HT_Fenster_boostValve "boostvalve [%s]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=boostvalve" }
Number GF_WZ_HT_Fenster_decalcification "decalcification [%s]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=decalcification" }
Number GF_WZ_HT_Fenster_valveMaximum "valvemaximum [%s]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=valvemaximum" }
Number GF_WZ_HT_Fenster_valveOffset "valveoffset [%s]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=valveoffset" }
String GF_WZ_HT_Fenster_programData "programdata [%s]" <temperature> (gGF_WZ_HT_Fenster) { maxcube="KEQ0380055:type=programdata" }
String GF_WZ_HT_Fenster_komplett "Komplett [%s]" <heating> (gGF_WZ_HT_Fenster) //Calculated via temperaturen.rule
Group gGF_WZ_HT_Wand "Heizung an der Wand" <heating> (gGF_WZ)
Number GF_WZ_HT_Wand_default "SOLL-Temperatur [%.1f °C]" <temperature> (gGF_WZ_HT_Wand) { maxcube="KEQ0379587" }
Number GF_WZ_HT_Wand_valve "Ventilstellung [%.1f %%]" <temperature> (gGF_WZ_HT_Wand) { maxcube="KEQ0379587:type=valve" }
String GF_WZ_HT_Wand_battery "Batteriestatus [%s]" <battery> (gGF_WZ_HT_Wand) { maxcube="KEQ0379587:type=battery" }
String GF_WZ_HT_Wand_mode "Betriebsmodus [%s]" <calendar2> (gGF_WZ_HT_Wand) { maxcube="KEQ0379587:type=mode" }
Number GF_WZ_HT_Wand_actual "IST-Temperatur [%.1f °C]" <temperature> (gGF_WZ_HT_Wand) { maxcube="KEQ0379587:type=actual" }
String GF_WZ_HT_Wand_komplett "Komplett [%s]" <heating> (gGF_WZ_HT_Wand) //Calculated via temperaturen.rule
/*************************************************************************************
* Toilette EG *
*************************************************************************************/
Group gGF_WC_FK_Fenster "Fensterkontakt Fenster" <contact> (gGF_WC)
Contact GF_WC_FK_Fenster_default "Status [MAP(de.map):%s]" <contact> (gGF_WC_FK_Fenster) { maxcube="KEQ0186884" }
String GF_WC_FK_Fenster_battery "Batteriestatus [%s]" <battery> (gGF_WC_FK_Fenster) { maxcube="KEQ0186884:type=battery" }
Group gGF_WC_FK_Flur "Fensterkontakt Flurtür" <door> (gGF_WC)
Contact GF_WC_FK_Flur_default "Status [MAP(de.map):%s]" <door> (gGF_WC_FK_Flur) { maxcube="KEQ0187188" }
String GF_WC_FK_Flur_battery "Batteriestatus [%s]" <battery> (gGF_WC_FK_Flur) { maxcube="KEQ0187188:type=battery" }
/*
Group gGF_WC_WT "Wandthermostat" <heating> (gGF_WC)
Number GF_WC_WT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gGF_WC_WT) { maxcube="LEQ0982156" }
String GF_WC_WT_battery "Batteriestatus [%s]" <battery> (gGF_WC_WT) { maxcube="LEQ0982156:type=battery" }
String GF_WC_WT_mode "Betriebsmodus [%s]" <calendar2> (gGF_WC_WT) { maxcube="LEQ0982156:type=mode" }
Number GF_WC_WT_actual "IST-Temperatur [%.1f °C]" <temperature> (gGF_WC_WT) { maxcube="LEQ0982156:type=actual" }
*/
Group gGF_WC_HT "Heizung unterm Fenster" <heating> (gGF_WC)
Number GF_WC_HT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gGF_WC_HT) { maxcube="KEQ0406962" }
Number GF_WC_HT_valve "Ventilstellung [%.1f %%]" <temperature> (gGF_WC_HT) { maxcube="KEQ0406962:type=valve" }
String GF_WC_HT_battery "Batteriestatus [%s]" <battery> (gGF_WC_HT) { maxcube="KEQ0406962:type=battery" }
String GF_WC_HT_mode "Betriebsmodus [%s]" <calendar2> (gGF_WC_HT) { maxcube="KEQ0406962:type=mode" }
Number GF_WC_HT_actual "IST-Temperatur [%.1f °C]" <temperature> (gGF_WC_HT) { maxcube="KEQ0406962:type=actual" }
String GF_WC_HT_komplett "Komplett [%s]" <heating> (gGF_WC_HT) //Calculated via temperaturen.rule
/*************************************************************************************
* Toliette 1 OG *
*************************************************************************************/
Group gFF_WC_FK_Fenster "Fensterkontakt Fenster" <contact> (gFF_WC)
Contact FF_WC_FK_Fenster_default "Status [MAP(de.map):%s]" <contact> (gFF_WC_FK_Fenster) { maxcube="KEQ0190577" }
String FF_WC_FK_Fenster_battery "Batteriestatus [%s]" <battery> (gFF_WC_FK_Fenster) { maxcube="KEQ0190577:type=battery" }
Group gFF_WC_FK_Flur "Fensterkontakt Flurtür" <door> (gFF_WC)
Contact FF_WC_FK_Flur_default "Status [MAP(de.map):%s]" <door> (gFF_WC_FK_Flur) { maxcube="LEQ0794409" }
String FF_WC_FK_Flur_battery "Batteriestatus [%s]" <battery> (gFF_WC_FK_Flur) { maxcube="LEQ0794409:type=battery" }
/*
Group gFF_WC_WT "Wandthermostat" <heating> (gFF_WC)
Number FF_WC_WT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gFF_WC_WT) { maxcube="LEQ0982156" }
String FF_WC_WT_battery "Batteriestatus [%s]" <battery> (gFF_WC_WT) { maxcube="LEQ0982156:type=battery" }
String FF_WC_WT_mode "Betriebsmodus [%s]" <calendar2> (gFF_WC_WT) { maxcube="LEQ0982156:type=mode" }
Number FF_WC_WT_actual "IST-Temperatur [%.1f °C]" <temperature> (gFF_WC_WT) { maxcube="LEQ0982156:type=actual" }
String FF_WC_WT_komplett "Komplett [%s]" <heating> (gFF_WC_WT) //Calculated via temperaturen.rule
*/
Group gFF_WC_HT "Heizung unterm Fenster" <heating> (gFF_WC)
Number FF_WC_HT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gFF_WC_HT) { maxcube="KEQ0406989" }
Number FF_WC_HT_valve "Ventilstellung [%.1f %%]" <temperature> (gFF_WC_HT) { maxcube="KEQ0406989:type=valve" }
String FF_WC_HT_battery "Batteriestatus [%s]" <battery> (gFF_WC_HT) { maxcube="KEQ0406989:type=battery" }
String FF_WC_HT_mode "Betriebsmodus [%s]" <calendar2> (gFF_WC_HT) { maxcube="KEQ0406989:type=mode" }
Number FF_WC_HT_actual "IST-Temperatur [%.1f °C]" <temperature> (gFF_WC_HT) { maxcube="KEQ0406989:type=actual" }
String FF_WC_HT_komplett "Komplett [%s]" <heating> (gFF_WC_HT) //Calculated via temperaturen.rule
/*************************************************************************************
* Badezimmer *
*************************************************************************************/
Group gFF_BZ_FK_Fenster "Fensterkontakt Fenster" <contact> (gFF_BZ)
Contact FF_BZ_FK_Fenster_default "Status [MAP(de.map):%s]" <contact> (gFF_BZ_FK_Fenster) { maxcube="KEQ0188710" }
String FF_BZ_FK_Fenster_battery "Batteriestatus [%s]" <battery> (gFF_BZ_FK_Fenster) { maxcube="KEQ0188710:type=battery" }
Group gFF_BZ_FK_Flur "Fensterkontakt Flurtür" <door> (gFF_BZ)
Contact FF_BZ_FK_Flur_default "Status [MAP(de.map):%s]" <door> (gFF_BZ_FK_Flur) { maxcube="KEQ0185945" }
String FF_BZ_FK_Flur_battery "Batteriestatus [%s]" <battery> (gFF_BZ_FK_Flur) { maxcube="KEQ0185945:type=battery" }
Group gFF_BZ_WT "Wandthermostat" <heating> (gFF_BZ)
Number FF_BZ_WT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gFF_BZ_WT) { maxcube="LEQ0982368" }
String FF_BZ_WT_battery "Batteriestatus [%s]" <battery> (gFF_BZ_WT) { maxcube="LEQ0982368:type=battery" }
String FF_BZ_WT_mode "Betriebsmodus [%s]" <calendar2> (gFF_BZ_WT) { maxcube="LEQ0982368:type=mode" }
Number FF_BZ_WT_actual "IST-Temperatur [%.1f °C]" <temperature> (gFF_BZ_WT) { maxcube="LEQ0982368:type=actual" }
String FF_BZ_WT_komplett "Komplett [%s]" <heating> (gFF_BZ_WT) //populated by temperatur.rule
Group gFF_BZ_HT_Heizung "Heizung unterm Fenster" <heating> (gFF_BZ)
Number FF_BZ_HT_Heizung_default "SOLL-Temperatur [%.1f °C]" <temperature> (gFF_BZ_HT_Heizung) { maxcube="KEQ0406975" }
Number FF_BZ_HT_Heizung_valve "Ventilstellung [%.1f %%]" <temperature> (gFF_BZ_HT_Heizung) { maxcube="KEQ0406975:type=valve" }
String FF_BZ_HT_Heizung_battery "Batteriestatus [%s]" <battery> (gFF_BZ_HT_Heizung) { maxcube="KEQ0406975:type=battery" }
String FF_BZ_HT_Heizung_mode "Betriebsmodus [%s]" <calendar2> (gFF_BZ_HT_Heizung) { maxcube="KEQ0406975:type=mode" }
Number FF_BZ_HT_Heizung_actual "IST-Temperatur [%.1f °C]" <temperature> (gFF_BZ_HT_Heizung) { maxcube="KEQ0406975:type=actual" }
String FF_BZ_HT_Heizung_komplett "Komplett [%s]" <heating> (gFF_BZ_HT_Heizung) //populated by temperatur.rule
Group gFF_BZ_HT_Handtuchheizung "Handtuch-Heizung" <heating> (gFF_BZ)
Number FF_BZ_HT_Handtuchheizung_default "SOLL-Temperatur [%.1f °C]" <temperature> (gFF_BZ_HT_Handtuchheizung) { maxcube="KEQ0407070" }
Number FF_BZ_HT_Handtuchheizung_valve "Ventilstellung [%.1f %%]" <temperature> (gFF_BZ_HT_Handtuchheizung) { maxcube="KEQ0407070:type=valve" }
String FF_BZ_HT_Handtuchheizung_battery "Batteriestatus [%s]" <battery> (gFF_BZ_HT_Handtuchheizung) { maxcube="KEQ0407070:type=battery" }
String FF_BZ_HT_Handtuchheizung_mode "Betriebsmodus [%s]" <calendar2> (gFF_BZ_HT_Handtuchheizung) { maxcube="KEQ0407070:type=mode" }
Number FF_BZ_HT_Handtuchheizung_actual "IST-Temperatur [%.1f °C]" <temperature> (gFF_BZ_HT_Handtuchheizung) { maxcube="KEQ0407070:type=actual" }
String FF_BZ_HT_Handtuchheizung_komplett "Komplett [%s]" <heating> (gFF_BZ_HT_Handtuchheizung) //populated by temperatur.rule
/*************************************************************************************
* Schlafzimmer *
*************************************************************************************/
Group gFF_SZ_FK_FensterRechts "Fensterkontakt Straße rechts" <contact> (gFF_SZ)
Contact FF_SZ_FK_FensterRechts_default "Status [MAP(de.map):%s]" <contact> (gFF_SZ_FK_FensterRechts) { maxcube="KEQ0190543" }
String FF_SZ_FK_FensterRechts_battery "Batteriestatus [%s]" <battery> (gFF_SZ_FK_FensterRechts) { maxcube="KEQ0190543:type=battery" }
Group gFF_SZ_FK_FensterLinks "Fensterkontakt Straße links" <contact> (gFF_SZ)
Contact FF_SZ_FK_FensterLinks_default "Status [MAP(de.map):%s]" <contact> (gFF_SZ_FK_FensterLinks) { maxcube="KEQ0187146" }
String FF_SZ_FK_FensterLinks_battery "Batteriestatus [%s]" <battery> (gFF_SZ_FK_FensterLinks) { maxcube="KEQ0187146:type=battery" }
Group gFF_SZ_FK_FensterSeite "Fensterkontakt Seite" <contact> (gFF_SZ)
Contact FF_SZ_FK_FensterSeite_default "Status [MAP(de.map):%s]" <contact> (gFF_SZ_FK_FensterSeite) { maxcube="KEQ0187069" }
String FF_SZ_FK_FensterSeite_battery "Batteriestatus [%s]" <battery> (gFF_SZ_FK_FensterSeite) { maxcube="KEQ0187069:type=battery" }
Group gFF_SZ_FK_Waschkueche "Fensterkontakt Waschküche" <door> (gFF_SZ)
Contact FF_SZ_FK_Waschkueche_default "Status [MAP(de.map):%s]" <door> (gFF_SZ_FK_Waschkueche) { maxcube="KEQ0187216" }
String FF_SZ_FK_Waschkueche_battery "Batteriestatus [%s]" <battery> (gFF_SZ_FK_Waschkueche) { maxcube="KEQ0187216:type=battery" }
Group gFF_SZ_WT "Wandthermostat" <heating> (gFF_SZ)
Number FF_SZ_WT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gFF_SZ_WT) { maxcube="LEQ0982676" }
String FF_SZ_WT_battery "Batteriestatus [%s]" <battery> (gFF_SZ_WT) { maxcube="LEQ0982676:type=battery" }
String FF_SZ_WT_mode "Betriebsmodus [%s]" <calendar2> (gFF_SZ_WT) { maxcube="LEQ0982676:type=mode" }
Number FF_SZ_WT_actual "IST-Temperatur [%.1f °C]" <temperature> (gFF_SZ_WT) { maxcube="LEQ0982676:type=actual" }
String FF_SZ_WT_komplett "Komplett [%s]" <heating> (gFF_SZ_WT) //populated by temperatur.rule
Group gFF_SZ_HT "Heizung unterm Fenster" <heating> (gFF_SZ)
Number FF_SZ_HT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gFF_SZ_HT) { maxcube="KEQ0406982" }
Number FF_SZ_HT_valve "Ventilstellung [%.1f %%]" <temperature> (gFF_SZ_HT) { maxcube="KEQ0406982:type=valve" }
String FF_SZ_HT_battery "Batteriestatus [%s]" <battery> (gFF_SZ_HT) { maxcube="KEQ0406982:type=battery" }
String FF_SZ_HT_mode "Betriebsmodus [%s]" <calendar2> (gFF_SZ_HT) { maxcube="KEQ0406982:type=mode" }
Number FF_SZ_HT_actual "IST-Temperatur [%.1f °C]" <temperature> (gFF_SZ_HT) { maxcube="KEQ0406982:type=actual" }
String FF_SZ_HT_komplett "Komplett [%s]" <heating> (gFF_SZ_HT) //populated by temperatur.rule
/*************************************************************************************
* Waschküche *
*************************************************************************************/
Group gFF_WK_FK_FensterRechts "Fensterkontakt rechts" <contact> (gFF_WK)
Contact FF_WK_FK_FensterRechts_default "Status [MAP(de.map):%s]" <contact> (gFF_WK_FK_FensterRechts) { maxcube="LEQ0793850" }
String FF_WK_FK_FensterRechts_battery "Batteriestatus [%s]" <battery> (gFF_WK_FK_FensterRechts) { maxcube="LEQ0793850:type=battery" }
Group gFF_WK_FK_FensterLinks "Fensterkontakt links" <contact> (gFF_WK)
Contact FF_WK_FK_FensterLinks_default "Status [MAP(de.map):%s]" <contact> (gFF_WK_FK_FensterLinks) { maxcube="LEQ0794007" }
String FF_WK_FK_FensterLinks_battery "Batteriestatus [%s]" <battery> (gFF_WK_FK_FensterLinks) { maxcube="LEQ0794007:type=battery" }
Group gFF_WK_FK_FensterSeite "Fensterkontakt Balkonfenster" <contact> (gFF_WK)
Contact FF_WK_FK_FensterSeite_default "Status [MAP(de.map):%s]" <contact> (gFF_WK_FK_FensterSeite) { maxcube="LEQ0794477" }
String FF_WK_FK_FensterSeite_battery "Batteriestatus [%s]" <battery> (gFF_WK_FK_FensterSeite) { maxcube="LEQ0794477:type=battery" }
Group gFF_WK_FK_Balkon "Fensterkontakt Balkontür" <door> (gFF_WK)
Contact FF_WK_FK_Balkon_default "Status [MAP(de.map):%s]" <door> (gFF_WK_FK_Balkon) { maxcube="LEQ0793895" }
String FF_WK_FK_Balkon_battery "Batteriestatus [%s]" <battery> (gFF_WK_FK_Balkon) { maxcube="LEQ0793895:type=battery" }
Group gFF_WK_FK_Flur "Fensterkontakt Flurtür" <door> (gFF_WK)
Contact FF_WK_FK_Flur_default "Status [MAP(de.map):%s]" <door> (gFF_WK_FK_Flur) { maxcube="LEQ0794529" }
String FF_WK_FK_Flur_battery "Batteriestatus [%s]" <battery> (gFF_WK_FK_Flur) { maxcube="LEQ0794529:type=battery" }
Group gFF_WK_WT "Wandthermostat" <heating> (gFF_WK)
Number FF_WK_WT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gFF_WK_WT) { maxcube="LEQ0982685" }
String FF_WK_WT_battery "Batteriestatus [%s]" <battery> (gFF_WK_WT) { maxcube="LEQ0982685:type=battery" }
String FF_WK_WT_mode "Betriebsmodus [%s]" <calendar2> (gFF_WK_WT) { maxcube="LEQ0982685:type=mode" }
Number FF_WK_WT_actual "IST-Temperatur [%.1f °C]" <temperature> (gFF_WK_WT) { maxcube="LEQ0982685:type=actual" }
String FF_WK_WT_komplett "Komplett [%s]" <heating> (gFF_WK_WT) //populated by temperatur.rule
Group gFF_WK_HT_Fenster "Heizung unterm Fenster" <heating> (gFF_WK)
Number FF_WK_HT_Fenster_default "SOLL-Temperatur [%.1f °C]" <temperature> (gFF_WK_HT_Fenster) { maxcube="LEQ1004621" }
Number FF_WK_HT_Fenster_valve "Ventilstellung [%.1f %%]" <temperature> (gFF_WK_HT_Fenster) { maxcube="LEQ1004621:type=valve" }
String FF_WK_HT_Fenster_battery "Batteriestatus [%s]" <battery> (gFF_WK_HT_Fenster) { maxcube="LEQ1004621:type=battery" }
String FF_WK_HT_Fenster_mode "Betriebsmodus [%s]" <calendar2> (gFF_WK_HT_Fenster) { maxcube="LEQ1004621:type=mode" }
Number FF_WK_HT_Fenster_actual "IST-Temperatur [%.1f °C]" <temperature> (gFF_WK_HT_Fenster) { maxcube="LEQ1004621:type=actual" }
String FF_WK_HT_Fenster_komplett "Komplett [%s]" <heating> (gFF_WK_HT_Fenster) //populated by temperatur.rule
Group gFF_WK_HT_Balkon "Heizung neben Balkontür" <heating> (gFF_WK)
Number FF_WK_HT_Balkon_default "SOLL-Temperatur [%.1f °C]" <temperature> (gFF_WK_HT_Balkon) { maxcube="LEQ1004590" }
Number FF_WK_HT_Balkon_valve "Ventilstellung [%.1f %%]" <temperature> (gFF_WK_HT_Balkon) { maxcube="LEQ1004590:type=valve" }
String FF_WK_HT_Balkon_battery "Batteriestatus [%s]" <battery> (gFF_WK_HT_Balkon) { maxcube="LEQ1004590:type=battery" }
String FF_WK_HT_Balkon_mode "Betriebsmodus [%s]" <calendar2> (gFF_WK_HT_Balkon) { maxcube="LEQ1004590:type=mode" }
Number FF_WK_HT_Balkon_actual "IST-Temperatur [%.1f °C]" <temperature> (gFF_WK_HT_Balkon) { maxcube="LEQ1004590:type=actual" }
String FF_WK_HT_Balkon_komplett "Komplett [%s]" <heating> (gFF_WK_HT_Balkon) //populated by temperatur.rule
/*************************************************************************************
* Jans *
*************************************************************************************/
Group gSF_JZ_FK_Fenster_links "Fensterkontakt Fenster link" <contact> (gSF_JZ)
Contact SF_JZ_FK_Fenster_links_default "Status [MAP(de.map):%s]" <contact> (gSF_JZ_FK_Fenster_links) { maxcube="LEQ0794474" }
String SF_JZ_FK_Fenster_links_battery "Batteriestatus [%s]" <battery> (gSF_JZ_FK_Fenster_links) { maxcube="LEQ0794474:type=battery" }
Group gSF_JZ_FK_Fenster "Fensterkontakt Fenster rechts" <contact> (gSF_JZ)
Contact SF_JZ_FK_Fenster_default "Status [MAP(de.map):%s]" <contact> (gSF_JZ_FK_Fenster) { maxcube="LEQ0793964" }
String SF_JZ_FK_Fenster_battery "Batteriestatus [%s]" <battery> (gSF_JZ_FK_Fenster) { maxcube="LEQ0793964:type=battery" }
Group gSF_JZ_FK_Flur "Fensterkontakt Flurtür" <door> (gSF_JZ)
Contact SF_JZ_FK_Flur_default "Status [MAP(de.map):%s]" <door> (gSF_JZ_FK_Flur) { maxcube="LEQ0794752" }
String SF_JZ_FK_Flur_battery "Batteriestatus [%s]" <battery> (gSF_JZ_FK_Flur) { maxcube="LEQ0794752:type=battery" }
Group gSF_JZ_WT "Wandthermostat" <heating> (gSF_JZ)
Number SF_JZ_WT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gSF_JZ_WT) { maxcube="LEQ0982677" }
String SF_JZ_WT_battery "Batteriestatus [%s]" <battery> (gSF_JZ_WT) { maxcube="LEQ0982677:type=battery" }
String SF_JZ_WT_mode "Betriebsmodus [%s]" <calendar2> (gSF_JZ_WT) { maxcube="LEQ0982677:type=mode" }
Number SF_JZ_WT_actual "IST-Temperatur [%.1f °C]" <temperature> (gSF_JZ_WT) { maxcube="LEQ0982677:type=actual" }
String SF_JZ_WT_komplett "Komplett [%s]" <heating> (gSF_JZ_WT) //populated by temperatur.rule
Group gSF_JZ_HT "Heizung unterm Fenster" <heating> (gSF_JZ)
Number SF_JZ_HT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gSF_JZ_HT) { maxcube="LEQ1004600" }
Number SF_JZ_HT_valve "Ventilstellung [%.1f %%]" <temperature> (gSF_JZ_HT) { maxcube="LEQ1004600:type=valve" }
String SF_JZ_HT_battery "Batteriestatus [%s]" <battery> (gSF_JZ_HT) { maxcube="LEQ1004600:type=battery" }
String SF_JZ_HT_mode "Betriebsmodus [%s]" <calendar2> (gSF_JZ_HT) { maxcube="LEQ1004600:type=mode" }
Number SF_JZ_HT_actual "IST-Temperatur [%.1f °C]" <temperature> (gSF_JZ_HT) { maxcube="LEQ1004600:type=actual" }
String SF_JZ_HT_komplett "Komplett [%s]" <heating> (gSF_JZ_HT) //populated by temperatur.rule
//Switch FritzDECT200 "Fritz!DECT200" (gSF_JZ) { fritzaha="7390,087610024850" }
/*************************************************************************************
* Christinas *
*************************************************************************************/
Group gSF_CZ_FK_Fenster "Fensterkontakt Fenster" <contact> (gSF_CZ)
Contact SF_CZ_FK_Fenster_default "Status [MAP(de.map):%s]" <contact> (gSF_CZ_FK_Fenster) { maxcube="LEQ0794499" }
String SF_CZ_FK_Fenster_battery "Batteriestatus [%s]" <battery> (gSF_CZ_FK_Fenster) { maxcube="LEQ0794499:type=battery" }
Group gSF_CZ_FK_Flur "Fensterkontakt Flurtür" <door> (gSF_CZ)
Contact SF_CZ_FK_Flur_default "Status [MAP(de.map):%s]" <door> (gSF_CZ_FK_Flur) { maxcube="LEQ0793406" }
String SF_CZ_FK_Flur_battery "Batteriestatus [%s]" <battery> (gSF_CZ_FK_Flur) { maxcube="LEQ0793406:type=battery" }
Group gSF_CZ_WT "Wandthermostat" <heating> (gSF_CZ)
Number SF_CZ_WT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gSF_CZ_WT) { maxcube="LEQ0982671" }
String SF_CZ_WT_battery "Batteriestatus [%s]" <battery> (gSF_CZ_WT) { maxcube="LEQ0982671:type=battery" }
String SF_CZ_WT_mode "Betriebsmodus [%s]" <calendar2> (gSF_CZ_WT) { maxcube="LEQ0982671:type=mode" }
Number SF_CZ_WT_actual "IST-Temperatur [%.1f °C]" <temperature> (gSF_CZ_WT) { maxcube="LEQ0982671:type=actual" }
String SF_CZ_WT_komplett "Komplett [%s]" <heating> (gSF_CZ_WT) //populated by temperatur.rule
Group gSF_CZ_HT "Heizung unterm Fenster" <heating> (gSF_CZ)
Number SF_CZ_HT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gSF_CZ_HT) { maxcube="LEQ1004588" }
Number SF_CZ_HT_valve "Ventilstellung [%.1f %%]" <temperature> (gSF_CZ_HT) { maxcube="LEQ1004588:type=valve" }
String SF_CZ_HT_battery "Batteriestatus [%s]" <battery> (gSF_CZ_HT) { maxcube="LEQ1004588:type=battery" }
String SF_CZ_HT_mode "Betriebsmodus [%s]" <calendar2> (gSF_CZ_HT) { maxcube="LEQ1004588:type=mode" }
Number SF_CZ_HT_actual "IST-Temperatur [%.1f °C]" <temperature> (gSF_CZ_HT) { maxcube="LEQ1004588:type=actual" }
String SF_CZ_HT_komplett "Komplett [%s]" <heating> (gSF_CZ_HT) //populated by temperatur.rule
/*************************************************************************************
* Badezimmer 2. OG *
*************************************************************************************/
Group gSF_BZ_FK_Fenster "Fensterkontakt Fenster" <contact> (gSF_BZ)
Contact SF_BZ_FK_Fenster_default "Status [MAP(de.map):%s]" <contact> (gSF_BZ_FK_Fenster) { maxcube="LEQ0793862" }
String SF_BZ_FK_Fenster_battery "Batteriestatus [%s]" <battery> (gSF_BZ_FK_Fenster) { maxcube="LEQ0793862:type=battery" }
Group gSF_BZ_FK_Flur "Fensterkontakt Flurtür" <door> (gSF_BZ)
Contact SF_BZ_FK_Flur_default "Status [MAP(de.map):%s]" <door> (gSF_BZ_FK_Flur) { maxcube="LEQ0794069" }
String SF_BZ_FK_Flur_battery "Batteriestatus [%s]" <battery> (gSF_BZ_FK_Flur) { maxcube="LEQ0794069:type=battery" }
Group gSF_BZ_WT "Wandthermostat" <heating> (gSF_BZ)
Number SF_BZ_WT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gSF_BZ_WT) { maxcube="LEQ0982672" }
String SF_BZ_WT_battery "Batteriestatus [%s]" <battery> (gSF_BZ_WT) { maxcube="LEQ0982672:type=battery" }
String SF_BZ_WT_mode "Betriebsmodus [%s]" <calendar2> (gSF_BZ_WT) { maxcube="LEQ0982672:type=mode" }
Number SF_BZ_WT_actual "IST-Temperatur [%.1f °C]" <temperature> (gSF_BZ_WT) { maxcube="LEQ0982672:type=actual" }
String SF_BZ_WT_komplett "Komplett [%s]" <heating> (gSF_BZ_WT) //populated by temperatur.rule
Group gSF_BZ_HT "Heizung" <heating> (gSF_BZ)
Number SF_BZ_HT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gSF_BZ_HT) { maxcube="LEQ1004562" }
Number SF_BZ_HT_valve "Ventilstellung [%.1f %%]" <temperature> (gSF_BZ_HT) { maxcube="LEQ1004562:type=valve" }
String SF_BZ_HT_battery "Batteriestatus [%s]" <battery> (gSF_BZ_HT) { maxcube="LEQ1004562:type=battery" }
String SF_BZ_HT_mode "Betriebsmodus [%s]" <calendar2> (gSF_BZ_HT) { maxcube="LEQ1004562:type=mode" }
Number SF_BZ_HT_actual "IST-Temperatur [%.1f °C]" <temperature> (gSF_BZ_HT) { maxcube="LEQ1004562:type=actual" }
String SF_BZ_HT_komplett "Komplett [%s]" <heating> (gSF_BZ_HT) //populated by temperatur.rule
/*************************************************************************************
* Büro *
*************************************************************************************/
Group gSF_OFFICE_FK_Fenster "Fensterkontakt Fenster" <contact> (gSF_OFFICE)
Contact SF_OFFICE_FK_Fenster_default "Status [MAP(de.map):%s]" <contact> (gSF_OFFICE_FK_Fenster) { maxcube="LEQ0794060" }
String SF_OFFICE_FK_Fenster_battery "Batteriestatus [%s]" <battery> (gSF_OFFICE_FK_Fenster) { maxcube="LEQ0794060:type=battery" }
Group gSF_OFFICE_FK_Flur "Fensterkontakt Flurtür" <door> (gSF_OFFICE)
Contact SF_OFFICE_FK_Flur_default "Status [MAP(de.map):%s]" <door> (gSF_OFFICE_FK_Flur) { maxcube="LEQ0794124" }
String SF_OFFICE_FK_Flur_battery "Batteriestatus [%s]" <battery> (gSF_OFFICE_FK_Flur) { maxcube="LEQ0794124:type=battery" }
/*
Group gSF_OFFICE_WT "Wandthermostat" <heating> (gSF_OFFICE)
Number SF_OFFICE_WT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gSF_OFFICE_WT) { maxcube="LEQ0982156" }
String SF_OFFICE_WT_battery "Batteriestatus [%s]" <battery> (gSF_OFFICE_WT) { maxcube="LEQ0982156:type=battery" }
String SF_OFFICE_WT_mode "Betriebsmodus [%s]" <calendar2> (gSF_OFFICE_WT) { maxcube="LEQ0982156:type=mode" }
Number SF_OFFICE_WT_actual "IST-Temperatur [%.1f °C]" <temperature> (gSF_OFFICE_WT) { maxcube="LEQ0982156:type=actual" }
String SF_OFFICE_WT_komplett "Komplett [%s]" <heating> (gSF_OFFICE_WT) //populated by temperatur.rule
*/
Group gSF_OFFICE_HT "Heizung" <heating> (gSF_OFFICE)
Number SF_OFFICE_HT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gSF_OFFICE_HT) { maxcube="LEQ1004597" }
Number SF_OFFICE_HT_valve "Ventilstellung [%.1f %%]" <temperature> (gSF_OFFICE_HT) { maxcube="LEQ1004597:type=valve" }
String SF_OFFICE_HT_battery "Batteriestatus [%s]" <battery> (gSF_OFFICE_HT) { maxcube="LEQ1004597:type=battery" }
String SF_OFFICE_HT_mode "Betriebsmodus [%s]" <calendar2> (gSF_OFFICE_HT) { maxcube="LEQ1004597:type=mode" }
Number SF_OFFICE_HT_actual "IST-Temperatur [%.1f °C]" <temperature> (gSF_OFFICE_HT) { maxcube="LEQ1004597:type=actual" }
String SF_OFFICE_HT_komplett "Komplett [%s]" <heating> (gSF_OFFICE_HT) //populated by temperatur.rule
/*************************************************************************************
* Gästezimmer *
*************************************************************************************/
Group gTF_GZ_FK_FensterGarteNRechts "Fensterkontakt Fenster Garten Rechts" <contact> (gTF_GZ)
Contact TF_GZ_FK_FensterGarteNRechts_default "Status [MAP(de.map):%s]" <contact> (gTF_GZ_FK_FensterGartenRechts) { maxcube="LEQ0793904" }
String TF_GZ_FK_FensterGarteNRechts_battery "Batteriestatus [%s]" <battery> (gTF_GZ_FK_FensterGartenRechts) { maxcube="LEQ0793904:type=battery" }
Group gTF_GZ_FK_FensterGartenLinks "Fensterkontakt Fenster Garten links" <contact> (gTF_GZ)
Contact TF_GZ_FK_FensterGartenLinks_default "Status [MAP(de.map):%s]" <contact> (gTF_GZ_FK_FensterGartenLinks) { maxcube="LEQ0793853" }
String TF_GZ_FK_FensterGartenLinks_battery "Batteriestatus [%s]" <battery> (gTF_GZ_FK_FensterGartenLinks) { maxcube="LEQ0793853:type=battery" }
Group gTF_GZ_FK_FensterStrasse "Fensterkontakt Fenster Straße" <contact> (gTF_GZ)
Contact TF_GZ_FK_FensterStrasse_default "Status [MAP(de.map):%s]" <contact> (gTF_GZ_FK_FensterStrasse) { maxcube="LEQ0794565" }
String TF_GZ_FK_FensterStrasse_battery "Batteriestatus [%s]" <battery> (gTF_GZ_FK_FensterStrasse) { maxcube="LEQ0794565:type=battery" }
Group gTF_GZ_WT "Wandthermostat" <heating> (gTF_GZ)
Number TF_GZ_WT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gTF_GZ_WT) { maxcube="LEQ0981729" }
String TF_GZ_WT_battery "Batteriestatus [%s]" <battery> (gTF_GZ_WT) { maxcube="LEQ0981729:type=battery" }
String TF_GZ_WT_mode "Betriebsmodus [%s]" <calendar2> (gTF_GZ_WT) { maxcube="LEQ0981729:type=mode" }
Number TF_GZ_WT_actual "IST-Temperatur [%.1f °C]" <temperature> (gTF_GZ_WT) { maxcube="LEQ0981729:type=actual" }
String TF_GZ_WT_komplett "Komplett [%s]" <heating> (gTF_GZ_WT) //populated by temperatur.rule
Group gTF_GZ_HT "Heizung" <heating> (gTF_GZ)
Number TF_GZ_HT_default "SOLL-Temperatur [%.1f °C]" <temperature> (gTF_GZ_HT) { maxcube="LEQ1004560" }
Number TF_GZ_HT_valve "Ventilstellung [%.1f %%]" <temperature> (gTF_GZ_HT) { maxcube="LEQ1004560:type=valve" }
String TF_GZ_HT_battery "Batteriestatus [%s]" <battery> (gTF_GZ_HT) { maxcube="LEQ1004560:type=battery" }
String TF_GZ_HT_mode "Betriebsmodus [%s]" <calendar2> (gTF_GZ_HT) { maxcube="LEQ1004560:type=mode" }
Number TF_GZ_HT_actual "IST-Temperatur [%.1f °C]" <temperature> (gTF_GZ_HT) { maxcube="LEQ1004560:type=actual" }
String TF_GZ_HT_komplett "Komplett [%s]" <heating> (gTF_GZ_HT) //populated by temperatur.rule