Kann man [$SELF ... in den Attributen cmdpause und wait benutzen?

[Gisbert]

Hallo Damian,

es geht im Kern um die Frage, ob ich folgende Attribute mit [$SELF ... definieren kann:

Code Auswählen Erweitern

attr coolDachboden cmdpause [$SELF:cmdpause_Wert]
attr coolDachboden wait 0,2,2,[$SELF:wait_Wert],2,300-3*2-[$SELF:wait_Wert]:0,2
Die Readings cmdpause_Wert und wait_Wert habe ich im selben Device per userReadings definiert.

Geht das prinzipiell so?
Wenn nicht, was wäre eine vernünftige Lösung?

Hier zur Vollständigkeit das list:

Code Auswählen Erweitern

define coolDachboden DOIF ((((([?mySolarForecast:ForecastNoonSolar] + [?mySolarForecast:ForecastAfternoonSolar]) >= 30000 \
or [?Deye_Inverter:pv_total_power:avg5] > 7500) \
and [?mySolarForecast:RestOfDayPVforecast:d] > 5000 \
and [Deye_Inverter:heat_sink_temperature:avg5] >= 45 \
and ([?VaillantaroSTOR:SGReady1] == 1 or [?VaillantaroSTOR:WP_an] == 0)) \
## SGReady1 = 1 --> aus\
or ([Deye_Inverter:heat_sink_temperature:avg5] >= 40 \
and ([?VaillantaroSTOR:SGReady1] == 0 or [?VaillantaroSTOR:WP_an] == 1) \
and [?VaillantaroSTOR:Innentemperatur] >= 57)) \
and 112.5 <= [myAstro:SunAz] <= 242.5 \
## and [?10:00-16:45] \
and [?SpitzbodenVent:TemperaturDS18B20] >= 26 \
and [?HourCount.Magnetventil:countsPerDay] > 0) \
(set Umwaelzpumpe disable) \
(set VaillantaroSTOR _on) \
(set Magnetventil_RL_Heizung _on) \
(set Magnetventil_RL_Heizung _off) \
(set Umwaelzpumpe enable) \
(set VaillantaroSTOR _off) \
## Der 2. Zweig ist nur einmalig gültig.\
## Das Magnetventil öffnet dabei nur kurz.\
DOELSEIF ((((([?mySolarForecast:ForecastNoonSolar] + [?mySolarForecast:ForecastAfternoonSolar]) >= 30000 \
or [?Deye_Inverter:pv_total_power:avg5] > 7500) \
and [?mySolarForecast:RestOfDayPVforecast:d] > 5000 \
and [Deye_Inverter:heat_sink_temperature:avg5] >= 45 \
and ([?VaillantaroSTOR:SGReady1] == 1 or [?VaillantaroSTOR:WP_an] == 0)) \
## SGReady1 = 1 --> aus\
or ([Deye_Inverter:heat_sink_temperature:avg5] >= 40 \
and ([?VaillantaroSTOR:SGReady1] == 0 or [?VaillantaroSTOR:WP_an] == 1) \
and [?VaillantaroSTOR:Innentemperatur] >= 57)) \
and 112.5 <= [myAstro:SunAz] <= 242.5 \
## and [?10:00-16:45] \
and [?SpitzbodenVent:TemperaturDS18B20] >= 26 \
and [?HourCount.Magnetventil:countsPerDay] == 0) \
(set Magnetventil_RL_Heizung _on) \
(set Magnetventil_RL_Heizung _off)
attr coolDachboden alias Magnetventil Rücklauf
attr coolDachboden cmdpause [$SELF:cmdpause_Wert]
attr coolDachboden comment cmdpause_Wert und wait_Wert wird im gleichen DOIF gesetzt.\
Damit wird die Häufigkeit und Länge der Einschaltdauer des Magnetventils gesteuert.
attr coolDachboden do always
attr coolDachboden icon sani_water_tap
attr coolDachboden room DEYE
attr coolDachboden stateFormat {'Laufzeit: '.ReadingsVal('HourCount.Magnetventil','Laufzeit','').'<br/>\
Vaillant: '.round(ReadingsVal('VaillantaroSTOR','Power_W',''),0).' W<br/>\
Forecast<i><span style="vertical-align: -3px;; font-size: 75%;;">n/a</span></i>: '.round((ReadingsNum('mySolarForecast','ForecastNoonSolar','') + ReadingsNum('mySolarForecast','ForecastAfternoonSolar',''))/1000,1).' kWh<br/>\
Temp<i><span style="vertical-align: -3px;; font-size: 75%;;">Dach</span></i>: '.round(ReadingsVal('SpitzbodenVent','TemperaturDS18B20',''),1).'°C<br/>\
Temp<i><span style="vertical-align: -3px;; font-size: 75%;;">Vaillant</span></i>: '.round(ReadingsVal('VaillantaroSTOR','Innentemperatur',''),1).'°C'}
attr coolDachboden userReadings wait_Wert {\
    my $t = ReadingsNum("VaillantaroSTOR","Innentemperatur",0);;\
    if ($t < 57.5) { 0 }\
    else {\
        my $dT = $t - 58.25;;\
        $dT = 0.75 if $dT > 0.75;;\
        $dT = -0.75 if $dT < -0.75;;\
        85 + 40 * $dT\
    }\
},\
cmdpause_Wert {\
    my $t = ReadingsNum("VaillantaroSTOR","Innentemperatur",0);;\
    if ($t < 57.5) { 600 }\
    else {\
        my $dT = $t - 58.25;;\
        $dT = 0.75 if $dT > 0.75;;\
        $dT = -0.75 if $dT < -0.75;;\
        450 - 200 * $dT\
    }\
}
attr coolDachboden wait 0,2,2,[$SELF:wait_Wert],2,300-3*2-[$SELF:wait_Wert]:0,2
#   CFGFN      ./FHEM/Photovoltaik.cfg
#   DEF        ((((([?mySolarForecast:ForecastNoonSolar] + [?mySolarForecast:ForecastAfternoonSolar]) >= 30000
#or [?Deye_Inverter:pv_total_power:avg5] > 7500)
#and [?mySolarForecast:RestOfDayPVforecast:d] > 5000
#and [Deye_Inverter:heat_sink_temperature:avg5] >= 45
#and ([?VaillantaroSTOR:SGReady1] == 1 or [?VaillantaroSTOR:WP_an] == 0))
### SGReady1 = 1 --> aus
#or ([Deye_Inverter:heat_sink_temperature:avg5] >= 40
#and ([?VaillantaroSTOR:SGReady1] == 0 or [?VaillantaroSTOR:WP_an] == 1)
#and [?VaillantaroSTOR:Innentemperatur] >= 57))
#and 112.5 <= [myAstro:SunAz] <= 242.5
### and [?10:00-16:45]
#and [?SpitzbodenVent:TemperaturDS18B20] >= 26
#and [?HourCount.Magnetventil:countsPerDay] > 0)
#(set Umwaelzpumpe disable)
#(set VaillantaroSTOR _on)
#(set Magnetventil_RL_Heizung _on)
#(set Magnetventil_RL_Heizung _off)
#(set Umwaelzpumpe enable)
#(set VaillantaroSTOR _off)
### Der 2. Zweig ist nur einmalig gültig.
### Das Magnetventil öffnet dabei nur kurz.
#DOELSEIF ((((([?mySolarForecast:ForecastNoonSolar] + [?mySolarForecast:ForecastAfternoonSolar]) >= 30000
#or [?Deye_Inverter:pv_total_power:avg5] > 7500)
#and [?mySolarForecast:RestOfDayPVforecast:d] > 5000
#and [Deye_Inverter:heat_sink_temperature:avg5] >= 45
#and ([?VaillantaroSTOR:SGReady1] == 1 or [?VaillantaroSTOR:WP_an] == 0))
### SGReady1 = 1 --> aus
#or ([Deye_Inverter:heat_sink_temperature:avg5] >= 40
#and ([?VaillantaroSTOR:SGReady1] == 0 or [?VaillantaroSTOR:WP_an] == 1)
#and [?VaillantaroSTOR:Innentemperatur] >= 57))
#and 112.5 <= [myAstro:SunAz] <= 242.5
### and [?10:00-16:45]
#and [?SpitzbodenVent:TemperaturDS18B20] >= 26
#and [?HourCount.Magnetventil:countsPerDay] == 0)
#(set Magnetventil_RL_Heizung _on)
#(set Magnetventil_RL_Heizung _off)
#   FUUID      66504f15-f33f-e986-157a-f8742cefe550b178
#   MODEL      FHEM
#   NAME       coolDachboden
#   NOTIFYDEV  global,Deye_Inverter,myAstro
#   NR         1616
#   NTFY_ORDER 50-coolDachboden
#   STATE      Laufzeit: 0<span style='vertical-align: +4px;; font-size: 75%;;'>m</span><font size=2> </font>0<span style='vertical-align: +4px;; font-size: 75%;;'>s</span><br/>
#Vaillant: 500 W<br/>
#Forecast<i><span style="vertical-align: -3px; font-size: 75%;">n/a</span></i>: 38.5 kWh<br/>
#Temp<i><span style="vertical-align: -3px; font-size: 75%;">Dach</span></i>: 22.1°C<br/>
#Temp<i><span style="vertical-align: -3px; font-size: 75%;">Vaillant</span></i>: 53.1°C
#   TYPE       DOIF
#   VERSION    31153 2026-04-27 14:40:49
#   eventCount 4425
#   READINGS:
#     2026-09-24 12:57:08   Device          Deye_Inverter
#     2026-09-21 18:29:59   cmd             0
#     2026-09-24 12:57:08   cmdpause_Wert   600
#     2026-09-24 12:57:08   e_Deye_Inverter_heat_sink_temperature 39.93
#     2026-09-24 12:55:01   e_myAstro_SunAz 170.9
#     2026-09-21 18:29:59   mode            enabled
#     2026-09-21 18:29:59   state           initialized
#     2026-09-24 12:57:08   wait_Wert       0
#   Regex:
#     accu:
#       Deye_Inverter:
#         accu:
#           heat_sink_temperature ^Deye_Inverter$:^heat_sink_temperature:
#           pv_total_power ^Deye_Inverter$:^pv_total_power:
#     bar:
#     barAvg:
#     collect:
#     cond:
#       Deye_Inverter:
#         0:
#           heat_sink_temperature ^Deye_Inverter$:^heat_sink_temperature:
#         1:
#           heat_sink_temperature ^Deye_Inverter$:^heat_sink_temperature:
#       myAstro:
#         0:
#           SunAz      ^myAstro$:^SunAz:
#         1:
#           SunAz      ^myAstro$:^SunAz:
#   accu:
#     Deye_Inverter heat_sink_temperature:
#       dim        5
#       value:
#         38.40
#         38.88
#         39.45
#         39.83
#         39.93
#     Deye_Inverter pv_total_power:
#       dim        5
#       value:
#         5513
#         9776
#         9266
#         10284
#         9936
#   attr:
#     cmdpause:
#       [$SELF:cmdpause_Wert]
#     wait:
#       0:
#         0
#         2
#         2
#         [$SELF:wait_Wert]
#         2
#         300-3*2-[$SELF:wait_Wert]
#       1:
#         0
#         2
#   condition:
#     0          ((((::ReadingValDoIf($hash,'mySolarForecast','ForecastNoonSolar') + ::ReadingValDoIf($hash,'mySolarForecast','ForecastAfternoonSolar')) >= 30000  or ::ReadingValDoIf($hash,'Deye_Inverter','pv_total_power','','avg5') > 7500)  and ::ReadingValDoIf($hash,'mySolarForecast','RestOfDayPVforecast','','d') > 5000  and ::ReadingValDoIf($hash,'Deye_Inverter','heat_sink_temperature','','avg5') >= 45  and (::ReadingValDoIf($hash,'VaillantaroSTOR','SGReady1') == 1 or ::ReadingValDoIf($hash,'VaillantaroSTOR','WP_an') == 0))   or (::ReadingValDoIf($hash,'Deye_Inverter','heat_sink_temperature','','avg5') >= 40  and (::ReadingValDoIf($hash,'VaillantaroSTOR','SGReady1') == 0 or ::ReadingValDoIf($hash,'VaillantaroSTOR','WP_an') == 1)  and ::ReadingValDoIf($hash,'VaillantaroSTOR','Innentemperatur') >= 57))  and 112.5 <= ::ReadingValDoIf($hash,'myAstro','SunAz') <= 242.5   and ::ReadingValDoIf($hash,'SpitzbodenVent','TemperaturDS18B20') >= 26  and ::ReadingValDoIf($hash,'HourCount.Magnetventil','countsPerDay') > 0
#     1          ((((::ReadingValDoIf($hash,'mySolarForecast','ForecastNoonSolar') + ::ReadingValDoIf($hash,'mySolarForecast','ForecastAfternoonSolar')) >= 30000  or ::ReadingValDoIf($hash,'Deye_Inverter','pv_total_power','','avg5') > 7500)  and ::ReadingValDoIf($hash,'mySolarForecast','RestOfDayPVforecast','','d') > 5000  and ::ReadingValDoIf($hash,'Deye_Inverter','heat_sink_temperature','','avg5') >= 45  and (::ReadingValDoIf($hash,'VaillantaroSTOR','SGReady1') == 1 or ::ReadingValDoIf($hash,'VaillantaroSTOR','WP_an') == 0))   or (::ReadingValDoIf($hash,'Deye_Inverter','heat_sink_temperature','','avg5') >= 40  and (::ReadingValDoIf($hash,'VaillantaroSTOR','SGReady1') == 0 or ::ReadingValDoIf($hash,'VaillantaroSTOR','WP_an') == 1)  and ::ReadingValDoIf($hash,'VaillantaroSTOR','Innentemperatur') >= 57))  and 112.5 <= ::ReadingValDoIf($hash,'myAstro','SunAz') <= 242.5   and ::ReadingValDoIf($hash,'SpitzbodenVent','TemperaturDS18B20') >= 26  and ::ReadingValDoIf($hash,'HourCount.Magnetventil','countsPerDay') == 0
#   do:
#     0:
#       0          set Umwaelzpumpe disable
#       1          set VaillantaroSTOR _on
#       2          set Magnetventil_RL_Heizung _on
#       3          set Magnetventil_RL_Heizung _off
#       4          set Umwaelzpumpe enable
#       5          set VaillantaroSTOR _off
#     1:
#       0          set Magnetventil_RL_Heizung _on
#       1          set Magnetventil_RL_Heizung _off
#     2:
#   helper:
#     NOTIFYDEV  global,Deye_Inverter,myAstro
#     event      heat_sink_temperature: 39.93
#     globalinit 1
#     last_timer 0
#     sleeptimer -1
#     triggerDev Deye_Inverter
#     bm:
#       DOIF_Attr:
#         cnt        2258
#         dmx        -1000
#         dtot       0
#         dtotcnt    0
#         mTS        24.09. 06:42:17
#         max        0.427574157714844
#         tot        193.084880828857
#         mAr:
#           set
#           coolDachboden
#           cmdpause
#           600
#       DOIF_Get:
#         cnt        25
#         dmx        -1000
#         dtot       0
#         dtotcnt    0
#         mTS        24.09. 12:30:32
#         max        4.88758087158203e-05
#         tot        0.00065159797668457
#         mAr:
#           HASH(0x564b0d3ea118)
#           coolDachboden
#           ?
#       DOIF_Notify:
#         cnt        52686
#         dmx        -1000
#         dtot       0
#         dtotcnt    0
#         mTS        23.09. 04:54:05
#         max        0.0145280361175537
#         tot        18.5861351490021
#         mAr:
#           HASH(0x564b0d3ea118)
#           HASH(0x564b0a6159d0)
#       DOIF_Set:
#         cnt        624
#         dmx        -1000
#         dtot       0
#         dtotcnt    0
#         mTS        21.09. 23:44:45
#         max        0.000294923782348633
#         tot        0.0568041801452637
#         mAr:
#           HASH(0x564b0d3ea118)
#           coolDachboden
#           ?
#     triggerEvents:
#       heat_sink_temperature: 39.93
#     triggerEventsState:
#       heat_sink_temperature: 39.93
#   internals:
#   readings:
#     all         Deye_Inverter:heat_sink_temperature myAstro:SunAz
#   trigger:
#   uiState:
#   uiTable:
#
setstate coolDachboden Laufzeit: 0<span style='vertical-align: +4px;;;; font-size: 75%;;;;'>m</span><font size=2> </font>0<span style='vertical-align: +4px;;;; font-size: 75%;;;;'>s</span><br/>\
Vaillant: 500 W<br/>\
Forecast<i><span style="vertical-align: -3px;; font-size: 75%;;">n/a</span></i>: 38.5 kWh<br/>\
Temp<i><span style="vertical-align: -3px;; font-size: 75%;;">Dach</span></i>: 22.1°C<br/>\
Temp<i><span style="vertical-align: -3px;; font-size: 75%;;">Vaillant</span></i>: 53.1°C
setstate coolDachboden 2026-09-24 12:57:08 Device Deye_Inverter
setstate coolDachboden 2026-09-21 18:29:59 cmd 0
setstate coolDachboden 2026-09-24 12:57:08 cmdpause_Wert 600
setstate coolDachboden 2026-09-24 12:57:08 e_Deye_Inverter_heat_sink_temperature 39.93
setstate coolDachboden 2026-09-24 12:55:01 e_myAstro_SunAz 170.9
setstate coolDachboden 2026-09-21 18:29:59 mode enabled
setstate coolDachboden 2026-09-21 18:29:59 state initialized
setstate coolDachboden 2026-09-24 12:57:08 wait_Wert 0


Viele Grüße Gisbert

[Damian]

Das sollte kein Problem sein.