Files
2021-06-26 09:06:05 +02:00

876 lines
26 KiB
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import java.util.Random
var Timer timer = null
val Random random = new Random()
// val resList = newArrayList("640/480", "320/240", "480/360")
// val urlList = newArrayList("https://www.fillmurray.com", "https://www.fillmurray.com/g",
// "https://www.placecage.com", "https://www.placecage.com/c", "https://www.placecage.com/g")
/**********************************************************************
* Rules x calcoli valori ENERGIA
**********************************************************************/
rule "Fix Fronius FullLoad"
when
Item Fn_FullLoadNeg changed
then
if (Fn_FullLoadNeg.state instanceof Number) {
Fn_FullLoadPos.postUpdate((Fn_FullLoadNeg.state as Number) * -1)
} else {
Fn_FullLoadPos.postUpdate(Undefined) // or UNDEF on OH2
}
end
rule "Prelievo Rete Quotidiano (IN - FV)"
when
Item Fn_PrelRete changed
//Time cron "0 * * * * *"
then
// inizio creando variabile derivata del SOLO valore prelevato
if(Fn_PrelRete.state >= 0) {
Fn_PrelReteNet.postUpdate(Fn_PrelRete.state as Number)
}
else {
Fn_PrelReteNet.postUpdate(0)
}
//logInfo("Fn_PrelRete.rules", "Fn_PrelReteNet:{}", Fn_PrelReteNet.state)
// calcolo parametri delle ore cumulate giornaliere, del valore medio giornaliero
var double dayTime = (now.getMinute() as Number) / 60 + now.getHour()
//logInfo("Fn_PrelRete.rules", "inizio:{}, dayTime: {}", inizio, dayTime)
// var Number mediaGiorn = Fn_PrelRete.averageSince(now.withTimeAtStartOfDay).doubleValue
// logInfo("Fn_PrelRete.rules", "mediaGiorn: {}", mediaGiorn)
// var Number mediaGiornNet = Fn_PrelReteNet.averageSince(now.withTimeAtStartOfDay).doubleValue
var Number mediaGiornNet = Fn_PrelReteNet.averageSince(now.withHour(0).withMinute(0).withSecond(0)).doubleValue
// logInfo("Fn_PrelRete.rules", "mediaGiornNet: {}", mediaGiornNet)
// to-do: usare ALTRA media...
//var double kWh = mediaGiorn * dayTime / 1000
var double kWh = mediaGiornNet * dayTime / 1000
//logInfo("Fn_PrelRete.rules", "kWh:{}", kWh)
Fn_PrelReteDay.postUpdate(kWh)
end
/**********************************************************************
* Rules x automazione CLIMA ALWAYS
**********************************************************************/
rule "Accensione mattino 7.40 uffici Samuele / Dario"
when
Time cron "0 40 7 * * MON-SAT"
then
Heating_GU120_CL_C4_Switch.sendCommand(ON)
Heating_GU100_CL_C8_Switch.sendCommand(ON)
end
rule "Accensione mattino 7.45 ufficio Emmanuele / Sala Riunioni"
when
Time cron "0 45 7 * * MON-SAT"
then
Heating_GU120_CL_C5_Switch.sendCommand(ON)
Heating_GU100_CL_C9_Switch.sendCommand(ON)
end
rule "Accensione mattino 7.50 finestra / OpenSpace"
when
Time cron "0 50 7 * * MON-SAT"
then
Heating_GU120_CL_C3_Switch.sendCommand(ON)
Heating_GU100_CL_C7_Switch.sendCommand(ON)
end
rule "Accensione mattino 8.00 desk / ingresso / corridoio"
when
Time cron "0 0 8 * * MON-SAT"
then
Heating_GU120_CL_C1_Switch.sendCommand(ON)
Heating_GU120_CL_C2_Switch.sendCommand(ON)
Heating_GU100_CL_C6_Switch.sendCommand(ON)
end
// rule "Accensione Impianto OGNI mattino 8.15 Standard (NO ufficio e sala riunioni)"
// when
// Time cron "0 15 8 * * MON-SAT"
// then
// Heating_GU120_CL_C1_Switch.sendCommand(ON)
// Heating_GU120_CL_C2_Switch.sendCommand(ON)
// Heating_GU120_CL_C3_Switch.sendCommand(ON)
// Heating_GU120_CL_C4_Switch.sendCommand(ON)
// Heating_GU120_CL_C5_Switch.sendCommand(ON)
// Heating_GU100_CL_C6_Switch.sendCommand(ON)
// Heating_GU100_CL_C7_Switch.sendCommand(ON)
// Heating_GU100_CL_C8_Switch.sendCommand(ON)
// Heating_GU100_CL_C9_Switch.sendCommand(ON)
// end
rule "Accensione Impianto OGNI mattino 8.30"
when
Time cron "0 30 8 * * ?"
then
Heating_GU120_CL_C1_Switch.sendCommand(ON)
Heating_GU120_CL_C2_Switch.sendCommand(ON)
Heating_GU120_CL_C3_Switch.sendCommand(ON)
Heating_GU120_CL_C4_Switch.sendCommand(ON)
Heating_GU120_CL_C5_Switch.sendCommand(ON)
Heating_GU100_CL_C6_Switch.sendCommand(ON)
Heating_GU100_CL_C7_Switch.sendCommand(ON)
Heating_GU100_CL_C8_Switch.sendCommand(ON)
Heating_GU100_CL_C9_Switch.sendCommand(ON)
end
// rule "Spegnimento Impianto OGNI pomeriggio 14.30 FERIE"
// when
// Time cron "0 30 14 * * ?"
// then
// Heating_GU120_CL_C1_Switch.sendCommand(OFF)
// Heating_GU120_CL_C2_Switch.sendCommand(OFF)
// Heating_GU120_CL_C3_Switch.sendCommand(OFF)
// Heating_GU120_CL_C4_Switch.sendCommand(OFF)
// Heating_GU120_CL_C5_Switch.sendCommand(OFF)
// Heating_GU100_CL_C6_Switch.sendCommand(OFF)
// Heating_GU100_CL_C7_Switch.sendCommand(OFF)
// Heating_GU100_CL_C8_Switch.sendCommand(OFF)
// Heating_GU100_CL_C9_Switch.sendCommand(OFF)
// end
// //-------------------------------------------------------------------------------
// rule "Accensione Impianto OGNI mattino 8.30 SmartWorking"
// when
// Time cron "0 30 8 * * ?"
// then
// Heating_GU120_CL_C1_Switch.sendCommand(ON)
// Heating_GU120_CL_C2_Switch.sendCommand(ON)
// Heating_GU120_CL_C3_Switch.sendCommand(ON)
// Heating_GU120_CL_C4_Switch.sendCommand(ON)
// Heating_GU120_CL_C5_Switch.sendCommand(ON)
// Heating_GU100_CL_C6_Switch.sendCommand(ON)
// Heating_GU100_CL_C7_Switch.sendCommand(ON)
// Heating_GU100_CL_C8_Switch.sendCommand(ON)
// Heating_GU100_CL_C9_Switch.sendCommand(ON)
// end
// rule "Spegnimento Clima sabato-domenica pomeriggio 17:0"
// when
// Time cron "0 0 17 ? * SAT,SUN"
// then
// Heating_GU120_CL_C1_Switch.sendCommand(OFF)
// Heating_GU120_CL_C2_Switch.sendCommand(OFF)
// Heating_GU120_CL_C3_Switch.sendCommand(OFF)
// Heating_GU120_CL_C4_Switch.sendCommand(OFF)
// Heating_GU120_CL_C5_Switch.sendCommand(OFF)
// Heating_GU100_CL_C6_Switch.sendCommand(OFF)
// Heating_GU100_CL_C7_Switch.sendCommand(OFF)
// Heating_GU100_CL_C8_Switch.sendCommand(OFF)
// Heating_GU100_CL_C9_Switch.sendCommand(OFF)
// end
// rule "Spegnimento Clima OGNI sera 16:30 SmartWorking"
// when
// Time cron "0 30 16 * * ?"
// then
// Heating_GU120_CL_C1_Switch.sendCommand(OFF)
// Heating_GU120_CL_C2_Switch.sendCommand(OFF)
// Heating_GU120_CL_C3_Switch.sendCommand(OFF)
// Heating_GU120_CL_C4_Switch.sendCommand(OFF)
// Heating_GU120_CL_C5_Switch.sendCommand(OFF)
// Heating_GU100_CL_C6_Switch.sendCommand(OFF)
// Heating_GU100_CL_C7_Switch.sendCommand(OFF)
// Heating_GU100_CL_C8_Switch.sendCommand(OFF)
// Heating_GU100_CL_C9_Switch.sendCommand(OFF)
// end
// rule "Spegnimento Clima OGNI sera 19:00"
// when
// Time cron "0 0 19 * * ?"
// then
// Heating_GU120_CL_C1_Switch.sendCommand(OFF)
// Heating_GU120_CL_C2_Switch.sendCommand(OFF)
// Heating_GU120_CL_C3_Switch.sendCommand(OFF)
// Heating_GU120_CL_C4_Switch.sendCommand(OFF)
// Heating_GU120_CL_C5_Switch.sendCommand(OFF)
// Heating_GU100_CL_C6_Switch.sendCommand(OFF)
// Heating_GU100_CL_C7_Switch.sendCommand(OFF)
// Heating_GU100_CL_C8_Switch.sendCommand(OFF)
// Heating_GU100_CL_C9_Switch.sendCommand(OFF)
// end
rule "Spegnimento Clima OGNI sera 20:00"
when
Time cron "0 0 20 * * ?"
then
Heating_GU120_CL_C1_Switch.sendCommand(OFF)
Heating_GU120_CL_C2_Switch.sendCommand(OFF)
Heating_GU120_CL_C3_Switch.sendCommand(OFF)
Heating_GU120_CL_C4_Switch.sendCommand(OFF)
Heating_GU120_CL_C5_Switch.sendCommand(OFF)
Heating_GU100_CL_C6_Switch.sendCommand(OFF)
Heating_GU100_CL_C7_Switch.sendCommand(OFF)
Heating_GU100_CL_C8_Switch.sendCommand(OFF)
Heating_GU100_CL_C9_Switch.sendCommand(OFF)
end
// rule "Spegnimento Clima OGNI sera 20:30"
// when
// Time cron "0 30 20 * * ?"
// then
// Heating_GU120_CL_C1_Switch.sendCommand(OFF)
// Heating_GU120_CL_C2_Switch.sendCommand(OFF)
// Heating_GU120_CL_C3_Switch.sendCommand(OFF)
// Heating_GU120_CL_C4_Switch.sendCommand(OFF)
// Heating_GU120_CL_C5_Switch.sendCommand(OFF)
// Heating_GU100_CL_C6_Switch.sendCommand(OFF)
// Heating_GU100_CL_C7_Switch.sendCommand(OFF)
// Heating_GU100_CL_C8_Switch.sendCommand(OFF)
// Heating_GU100_CL_C9_Switch.sendCommand(OFF)
// end
rule "Spegnimento Clima OGNI sera 21:00"
when
Time cron "0 0 21 * * ?"
then
Heating_GU120_CL_C1_Switch.sendCommand(OFF)
Heating_GU120_CL_C2_Switch.sendCommand(OFF)
Heating_GU120_CL_C3_Switch.sendCommand(OFF)
Heating_GU120_CL_C4_Switch.sendCommand(OFF)
Heating_GU120_CL_C5_Switch.sendCommand(OFF)
Heating_GU100_CL_C6_Switch.sendCommand(OFF)
Heating_GU100_CL_C7_Switch.sendCommand(OFF)
Heating_GU100_CL_C8_Switch.sendCommand(OFF)
Heating_GU100_CL_C9_Switch.sendCommand(OFF)
end
/**********************************************************************/
/**********************************************************************
* Rules x automazione CLIMA
**********************************************************************/
// rule "Accensione Riscaldamento mattino ingresso SAM in inverno"
// when
// Item gNet_Mobile_Sam changed to ON
// //and
// //Time cron "* * * * JAN,FEB,NOV,DEC ?"
// then
// // if (CL_Temp.state < 19)
// // {
// Heating_GU120_CL_C1_Switch.sendCommand(ON)
// Heating_GU120_CL_C2_Switch.sendCommand(ON)
// Heating_GU120_CL_C3_Switch.sendCommand(ON)
// Heating_GU120_CL_C4_Switch.sendCommand(ON)
// Heating_GU120_CL_C5_Switch.sendCommand(ON)
// // }
// end
/**********************************************************************/
/**********************************************************************
* Rules x automazione spegnimento aria VMC
**********************************************************************/
// rule "Spegnimento serale VMC"
// when
// Time cron "0 30 19 * * ?"
// then
// SonoffServizi01_VorticeVCM.sendCommand(OFF)
// SonoffServizi02_VorticeVCM.sendCommand(OFF)
// end
// rule "Accensione mattutina VMC"
// when
// Time cron "0 30 8 * * ?"
// then
// SonoffServizi01_VorticeVCM.sendCommand(ON)
// SonoffServizi02_VorticeVCM.sendCommand(ON)
// end
/**********************************************************************/
/**********************************************************************
* Rules x automazione gestione aria freddo/ventilazione
**********************************************************************/
rule "Fine tuning temperatura Ingresso"
when
Item Heating_GU120_CL_C1_Temp changed or
Item Heating_GU120_CL_C1_Set changed
then
val offset = 0.15 //House_HeatingOffset.state as Number
val target = Heating_GU120_CL_C1_Set.state as Number
val ambient = Heating_GU120_CL_C1_Temp.state as Number
val currMode = Heating_GU120_CL_C1_Mode.state as Number
var turnOnTemp = target + offset
var turnOffTemp = target - offset
if (ambient >= turnOnTemp) {
if(currMode != 3)
{
Heating_GU120_CL_C1_Mode.sendCommand(3)
}
} else if (ambient <= turnOffTemp) {
if(currMode != 3)
{
Heating_GU120_CL_C1_Mode.sendCommand(2)
}
}
end
rule "Fine tuning temperatura Corridoio"
when
Item Heating_GU120_CL_C2_Temp changed or
Item Heating_GU120_CL_C2_Set changed
then
val offset = 0.15 //House_HeatingOffset.state as Number
val target = Heating_GU120_CL_C2_Set.state as Number
val ambient = Heating_GU120_CL_C2_Temp.state as Number
val currMode = Heating_GU120_CL_C2_Mode.state as Number
var turnOnTemp = target + offset
var turnOffTemp = target - offset
if (ambient >= turnOnTemp) {
if(currMode != 3)
{
Heating_GU120_CL_C2_Mode.sendCommand(3)
}
} else if (ambient <= turnOffTemp) {
if(currMode != 2)
{
Heating_GU120_CL_C2_Mode.sendCommand(2)
}
}
end
rule "Fine tuning temperatura Finestra"
when
Item Heating_GU120_CL_C3_Temp changed or
Item Heating_GU120_CL_C3_Set changed
then
val offset = 0.15 //House_HeatingOffset.state as Number
val target = Heating_GU120_CL_C3_Set.state as Number
val ambient = Heating_GU120_CL_C3_Temp.state as Number
val currMode = Heating_GU120_CL_C3_Mode.state as Number
var turnOnTemp = target + offset
var turnOffTemp = target - offset
if (ambient >= turnOnTemp) {
if(currMode != 3)
{
Heating_GU120_CL_C3_Mode.sendCommand(3)
}
} else if (ambient <= turnOffTemp) {
if(currMode != 2)
{
Heating_GU120_CL_C3_Mode.sendCommand(2)
}
}
end
rule "Fine tuning temperatura UFF SAM"
when
Item Heating_GU120_CL_C4_Temp changed or
Item Heating_GU120_CL_C4_Set changed
then
val offset = 0.15 //House_HeatingOffset.state as Number
val target = Heating_GU120_CL_C4_Set.state as Number
val ambient = Heating_GU120_CL_C4_Temp.state as Number
val currMode = Heating_GU120_CL_C4_Mode.state as Number
var turnOnTemp = target + offset
var turnOffTemp = target - offset
if (ambient >= turnOnTemp) {
if(currMode != 3)
{
Heating_GU120_CL_C4_Mode.sendCommand(3)
}
} else if (ambient <= turnOffTemp) {
if(currMode != 2)
{
Heating_GU120_CL_C4_Mode.sendCommand(2)
}
}
end
rule "Fine tuning temperatura UFF Emmanuele"
when
Item Heating_GU120_CL_C5_Temp changed or
Item Heating_GU120_CL_C5_Set changed
then
val offset = 0.15
val target = Heating_GU120_CL_C5_Set.state as Number
val ambient = Heating_GU120_CL_C5_Temp.state as Number
val currMode = Heating_GU120_CL_C5_Mode.state as Number
var turnOnTemp = target + offset
var turnOffTemp = target - offset
if (ambient >= turnOnTemp) {
if(currMode != 3)
{
Heating_GU120_CL_C5_Mode.sendCommand(3)
}
} else if (ambient <= turnOffTemp) {
if(currMode != 2)
{
Heating_GU120_CL_C5_Mode.sendCommand(2)
}
}
end
rule "Fine tuning temperatura Desk"
when
Item Heating_GU100_CL_C6_Temp changed or
Item Heating_GU100_CL_C6_Set changed
then
val offset = 0.15
val target = Heating_GU100_CL_C6_Set.state as Number
val ambient = Heating_GU100_CL_C6_Temp.state as Number
val currMode = Heating_GU100_CL_C6_Mode.state as Number
var turnOnTemp = target + offset
var turnOffTemp = target - offset
if (ambient >= turnOnTemp) {
if(currMode != 3)
{
Heating_GU100_CL_C6_Mode.sendCommand(3)
}
} else if (ambient <= turnOffTemp) {
if(currMode != 2)
{
Heating_GU100_CL_C6_Mode.sendCommand(2)
}
}
end
rule "Fine tuning temperatura OpenSpace"
when
Item Heating_GU100_CL_C7_Temp changed or
Item Heating_GU100_CL_C7_Set changed
then
val offset = 0.15
val target = Heating_GU100_CL_C7_Set.state as Number
val ambient = Heating_GU100_CL_C7_Temp.state as Number
val currMode = Heating_GU100_CL_C7_Mode.state as Number
var turnOnTemp = target + offset
var turnOffTemp = target - offset
if (ambient >= turnOnTemp) {
if(currMode != 3)
{
Heating_GU100_CL_C7_Mode.sendCommand(3)
}
} else if (ambient <= turnOffTemp) {
if(currMode != 2)
{
Heating_GU100_CL_C7_Mode.sendCommand(2)
}
}
end
rule "Fine tuning temperatura Uff Dario"
when
Item Heating_GU100_CL_C8_Temp changed or
Item Heating_GU100_CL_C8_Set changed
then
val offset = 0.15
val target = Heating_GU100_CL_C8_Set.state as Number
val ambient = Heating_GU100_CL_C8_Temp.state as Number
val currMode = Heating_GU100_CL_C8_Mode.state as Number
var turnOnTemp = target + offset
var turnOffTemp = target - offset
if (ambient >= turnOnTemp) {
if(currMode != 3)
{
Heating_GU100_CL_C8_Mode.sendCommand(3)
}
} else if (ambient <= turnOffTemp) {
if(currMode != 2)
{
Heating_GU100_CL_C8_Mode.sendCommand(2)
}
}
end
rule "Fine tuning temperatura Sala Riunioni"
when
Item Heating_GU100_CL_C9_Temp changed or
Item Heating_GU100_CL_C9_Set changed
then
val offset = 0.15
val target = Heating_GU100_CL_C9_Set.state as Number
val ambient = Heating_GU100_CL_C9_Temp.state as Number
val currMode = Heating_GU100_CL_C9_Mode.state as Number
var turnOnTemp = target + offset
var turnOffTemp = target - offset
if (ambient >= turnOnTemp) {
if(currMode != 3)
{
Heating_GU100_CL_C9_Mode.sendCommand(3)
}
} else if (ambient <= turnOffTemp) {
if(currMode != 2)
{
Heating_GU100_CL_C9_Mode.sendCommand(2)
}
}
end
// rule "Accensione mattutina VMC"
// when
// Time cron "0 30 8 * * ?"
// then
// SonoffServizi01_VorticeVCM.sendCommand(ON)
// SonoffServizi02_VorticeVCM.sendCommand(ON)
// end
/**********************************************************************/
/**********************************************************************
* Rules x automazione LUCERNARI
**********************************************************************/
rule "Lucernari switch Momentary x 10 sec"
when
Item SonoffLucernari_Open received command ON
then
SonoffLucernari_Close.sendCommand(OFF)
createTimer(now.plusSeconds(12), [|
SonoffLucernari_Open.sendCommand(OFF)
])
createTimer(now.plusSeconds(13), [|
SonoffLucernari_Open.sendCommand(OFF)
])
end
rule "Lucernari switch Momentary x 10 sec"
when
Item SonoffLucernari_Close received command ON
then
SonoffLucernari_Open.sendCommand(OFF)
createTimer(now.plusSeconds(12), [|
SonoffLucernari_Close.sendCommand(OFF)
])
createTimer(now.plusSeconds(13), [|
SonoffLucernari_Close.sendCommand(OFF)
])
end
/**********************************************************************/
/**********************************************************************
* Rules x automazione LUCI
**********************************************************************/
rule "Luce con switch Momentary"
when
Item SonoffLuci01_Switch1 received command ON
then
createTimer(now.plusSeconds(1), [|
SonoffLuci01_Switch1.sendCommand(OFF)
])
createTimer(now.plusSeconds(2), [|
SonoffLuci01_Switch1.sendCommand(OFF)
])
end
rule "Luce con switch Momentary"
when
Item SonoffLuci01_Switch2 received command ON
then
createTimer(now.plusSeconds(1), [|
SonoffLuci01_Switch2.sendCommand(OFF)
])
createTimer(now.plusSeconds(2), [|
SonoffLuci01_Switch2.sendCommand(OFF)
])
end
rule "Luce con switch Momentary"
when
Item SonoffLuci01_Switch3 received command ON
then
createTimer(now.plusSeconds(1), [|
SonoffLuci01_Switch3.sendCommand(OFF)
])
createTimer(now.plusSeconds(2), [|
SonoffLuci01_Switch3.sendCommand(OFF)
])
end
rule "Luce con switch Momentary"
when
Item SonoffLuci02_Switch1 received command ON
then
createTimer(now.plusSeconds(1), [|
SonoffLuci02_Switch1.sendCommand(OFF)
])
createTimer(now.plusSeconds(2), [|
SonoffLuci02_Switch1.sendCommand(OFF)
])
end
rule "Luce con switch Momentary"
when
Item SonoffLuci02_Switch2 received command ON
then
createTimer(now.plusSeconds(1), [|
SonoffLuci02_Switch2.sendCommand(OFF)
])
createTimer(now.plusSeconds(2), [|
SonoffLuci02_Switch2.sendCommand(OFF)
])
end
rule "Luce con switch Momentary"
when
Item SonoffLuci02_Switch3 received command ON
then
createTimer(now.plusSeconds(1), [|
SonoffLuci02_Switch3.sendCommand(OFF)
])
createTimer(now.plusSeconds(2), [|
SonoffLuci02_Switch3.sendCommand(OFF)
])
end
rule "Luce con switch Momentary"
when
Item SonoffLuci02_Switch4 received command ON
then
createTimer(now.plusSeconds(1), [|
SonoffLuci02_Switch4.sendCommand(OFF)
])
createTimer(now.plusSeconds(2), [|
SonoffLuci02_Switch4.sendCommand(OFF)
])
end
rule "Luce con switch Momentary"
when
Item SonoffLuci03_Switch1 received command ON
then
createTimer(now.plusSeconds(1), [|
SonoffLuci03_Switch1.sendCommand(OFF)
])
createTimer(now.plusSeconds(2), [|
SonoffLuci03_Switch1.sendCommand(OFF)
])
end
rule "Luce con switch Momentary"
when
Item SonoffLuci03_Switch2 received command ON
then
createTimer(now.plusSeconds(1), [|
SonoffLuci03_Switch2.sendCommand(OFF)
])
createTimer(now.plusSeconds(2), [|
SonoffLuci03_Switch2.sendCommand(OFF)
])
end
rule "Luce con switch Momentary"
when
Item SonoffLuci03_Switch3 received command ON
then
createTimer(now.plusSeconds(1), [|
SonoffLuci03_Switch3.sendCommand(OFF)
])
createTimer(now.plusSeconds(2), [|
SonoffLuci03_Switch3.sendCommand(OFF)
])
end
rule "Luce con switch Momentary"
when
Item SonoffLuci03_Switch4 received command ON
then
createTimer(now.plusSeconds(1), [|
SonoffLuci03_Switch4.sendCommand(OFF)
])
createTimer(now.plusSeconds(2), [|
SonoffLuci03_Switch4.sendCommand(OFF)
])
end
rule "Luce con switch Momentary"
when
Item SonoffServizi02_Switch5 received command ON
then
createTimer(now.plusSeconds(1), [|
SonoffServizi02_Switch5.sendCommand(OFF)
])
createTimer(now.plusSeconds(2), [|
SonoffServizi02_Switch5.sendCommand(OFF)
])
end
/**********************************************************************/
// rule "Test cron Riscaldamento ufficio"
// when
// Time cron "0 * 15 * JAN,FEB,NOV,DEC THU"
// then
// Heating_GU120_CL_C4_Switch.sendCommand(ON)
// end
// /**
// * This is a demo rule which simulates a real dimmer by reacting to increase/decrease commands
// * and posting an updated state on the bus
// */
// rule "Dimmed Light"
// when
// Item DimmedLight received command
// then
// if ((receivedCommand == INCREASE) || (receivedCommand == DECREASE)) {
// var Number percent = 0
// if (DimmedLight.state instanceof DecimalType) percent = DimmedLight.state as DecimalType
// if (receivedCommand == INCREASE) percent = percent + 5
// if (receivedCommand == DECREASE) percent = percent - 5
// if (percent < 0) percent = 0
// if (percent > 100) percent = 100
// postUpdate(DimmedLight, percent);
// }
// end
// rule "Timer Demo"
// when
// Item Light_GF_Corridor_Ceiling received command
// then
// if (receivedCommand == ON) {
// if (timer === null) {
// // first ON command, so create a timer to turn the light off again
// timer = createTimer(now.plusSeconds(10)) [|
// sendCommand(Light_GF_Corridor_Ceiling, OFF)
// ]
// } else {
// // subsequent ON command, so reschedule the existing timer
// timer.reschedule(now.plusSeconds(10))
// }
// } else if (receivedCommand == OFF) {
// // remove any previously scheduled timer
// if (timer !== null) {
// timer.cancel
// timer = null
// }
// }
// end
/**
* The following rules help initializing the demo items with some helpful states.
*/
// rule "Initialize light states"
// when
// System started
// then
// Lights?.members.forEach(light|
// postUpdate(light, if (Math::random > 0.7) ON else OFF)
// )
// end
// rule "Initialize heating states"
// when
// System started
// then
// Heating?.members.forEach(heating|
// postUpdate(heating, if (Math::random > 0.8) ON else OFF)
// )
// postUpdate(Temperature_Setpoint, 22)
// end
// rule "Initialize contact states"
// when
// System started
// then
// Windows?.members.forEach(window|
// postUpdate(window, if (Math::random > 0.5) OPEN else CLOSED)
// )
// end
// rule "Initialize Location"
// when
// System started
// then
// DemoLocation.postUpdate(new PointType("52.5200066,13.4049540"))
// end
// rule "Set random room temperatures"
// when
// System started or
// Time cron "0 0/5 * * * ?"
// then
// Temperature?.members.forEach(temperature|
// postUpdate(temperature, 20.0 + (25.0 - (Math::random * 50.0).intValue) / 10.0)
// )
// end
// rule "Set daily max and min temperature"
// when
// Item Weather_Temperature changed or
// Time cron "0 0 0 * * ?" or
// System started
// then
// val max = Weather_Temperature.maximumSince(now.withTimeAtStartOfDay)
// val min = Weather_Temperature.minimumSince(now.withTimeAtStartOfDay)
// if (max !== null && min !== null) {
// postUpdate(Weather_Temp_Max, max.state)
// postUpdate(Weather_Temp_Min, min.state)
// }
// end
// // Creates an item that stores the last update time of this item
// rule "Records last weather update time"
// when
// Item Weather_Temperature received update
// then
// postUpdate(Weather_LastUpdate, new DateTimeType())
// end
// rule "Set random wifi variations"
// when
// System started or
// Time cron "/20 * * * * ?"
// then
// postUpdate(Wifi_Level, (Math::random * 4.0).intValue)
// end
// rule "Set random image URLs"
// when
// Time cron "/10 * * * * ?"
// then
// val url = urlList.get(random.nextInt(urlList.length))
// val res = resList.get(random.nextInt(resList.length))
// postUpdate(ImageURL, url + "/" + res)
// end
// rule "Volume"
// when
// Item Volume received command
// then
// if (receivedCommand instanceof PercentType) {
// setMasterVolume(receivedCommand)
// } else {
// if (receivedCommand == INCREASE) increaseMasterVolume(20)
// if (receivedCommand == DECREASE) decreaseMasterVolume(20)
// }
// end
// rule "Select Radio Station"
// when
// Item Radio_Station received command
// then
// switch(receivedCommand) {
// case 0 : playStream(null)
// case 1 : playStream("http://metafiles.gl-systemhaus.de/hr/hr3_2.m3u")
// case 2 : playStream("http://mp3-live.swr3.de/swr3_m.m3u")
// }
// end
// vim: syntax=Xtend