(Erledigt)Readingsfeld sehr breit wegen breiter attr

[misux]

HI!

Ich habe ein Problem...

Mein Readingsfeld ist gefühlt einen Meter breit... Ich denke das liegt an einem Attributfeld weil das nämlich so megabreit ist. Dort ist ein Eintrag mit vielen Kommatas getrennten Eingaben. Ich habe versucht diese vorher in der RAW definition mit einem "enter" nach unten zu setzen was aber nicht funktioniert.

Gibt es eine Möglichkeit das Feld schmaler zu machen sodass es auf einen Monitor passt...

Vielen Dank!

[Benni]

Schau mal da: https://forum.fhem.de/index.php/topic,124556.0.html

gb#

[Otto123]

Ich habe versucht diese vorher in der RAW definition mit einem "enter" nach unten zu setzen was aber nicht funktioniert.

Im DEF Editor kannst Du das mit einem enter machen.
Im Raw Def Editor musst Du Zeilen die auf der nächsten Zeile fortgesetzt werden sollen mit einem \ abschließen

Schöne Feiertage
Otto

[Benni]

Im DEF Editor kannst Du das mit einem enter machen.

DEF ja! Aber bei der Attributeingabe nur, wenn das Attribut ein entsprechendes textfield-Widget verwendet, das mehrzeilige Eingaben zulässt.
s.a.: https://fhem.de/commandref_DE.html#widgetOverride

Edit: u.U. werden Attributwerte, die abweichend vom Default mit Zeilenvorschub eingegeben werden dann auch nicht mehr korrekt verarbeitet.

gb#

[Otto123]

@Benni Stimmt, da steht dann im Attributefeld nl drin oder so was.

Aber bei userReadings zum Beispiel geht es ja genau so. und wir wissen es ja nicht

[misux]

Also egal was ich versuche klappt nicht, vielleicht, nein bestimmt , mache ich was falsch... aber was?

Das ist das was im RAW editor rein muss:

Und ich befürchte es ist auch sie ganze Homepage geschichte die noch so breit ist...

Code Auswählen Erweitern

defmod WR_1 ModbusAttr 71 60 <Ip-Adresse>:1502 TCP
attr WR_1 userattr obj-h208-format obj-h512-len obj-h515-len
attr WR_1 DbLogExclude .*
attr WR_1 DbLogInclude Act_state_of_charge,Actual_Battery_charge_-minus_or_discharge_-plus_P,Actual_Battery_charge_usable_P,Battery_Total.*,Battery_charge.*,Battery_gross.*,Battery_temperature,Battery_MaxChargePowerLimitAbs,Battery_.*SOC,P_DC1,P_DC2,Total_DC_PV_Energy_sumOfAllPVInputs,Total_Active_P_EM,Solar_Calculation,Solar_Calculation_fc0_4h,Solar_Calculation_fc0_day,Solar_Calculation_fc0_rest,Solar_Correction.*,Solar_Cloud,Solar_East_Covered,Solar_Rain,Solar_SolarRadiation,Solar_Temp,Solar_WR_.*,Solar_middayhigh.*,SW_.*,P_limit_from_EVU.*
attr WR_1 alias WR_1
attr WR_1 alignTime 00:00
attr WR_1 comment Version 2021.06.02 14:00\
Kostal Plenticore 10 Plus mit BYD Speicher
attr WR_1 dev-h-combine 8
attr WR_1 dev-h-defFormat %.2f
attr WR_1 dev-h-defLen 2
attr WR_1 dev-h-defPoll 1
attr WR_1 dev-h-defRevRegs 1
attr WR_1 dev-h-defUnpack f>
attr WR_1 dev-type-STR-format %s
attr WR_1 dev-type-STR-len 8
attr WR_1 dev-type-STR-revRegs 0
attr WR_1 dev-type-STR-unpack a*
attr WR_1 disable 0
attr WR_1 event-on-change-reading Act_state_of_charge,Actual_Battery_charge_-minus_or_discharge_-plus_I,Actual_Battery_charge_-minus_or_discharge_-plus_P,Actual_Battery_charge_usable_P,Battery_Total.*,Battery_charge.*,Battery_gross.*,Battery_temperature,Battery_MaxChargePowerLimitAbs,Battery_.*SOC,Home_own_consumption.*,P_DC1,P_DC2,Total_DC_P.*,Total_DC_PV_Energy.*,Total_PV_P_reserve,Solar_.*,Total_.*,SW_.*,.*_yield,Inverter_state.*,Inverter_Generation_P_Actual.*,P_limit_from_EVU.*,Solar_Calculation_fc.*_day
attr WR_1 group PV Eigenverbrauch
attr WR_1 icon sani_solar
attr WR_1 obj-h100-reading Total_DC_P
attr WR_1 obj-h1024-len 1
attr WR_1 obj-h1024-reading Battery_Charge_AC_P_Setpoint
attr WR_1 obj-h1024-set 1
attr WR_1 obj-h1025-len 1
attr WR_1 obj-h1025-reading Battery_P_ScaleFactor
attr WR_1 obj-h1026-reading Battery_Charge_AC_P_SetpointAbs
attr WR_1 obj-h1026-set 1
attr WR_1 obj-h1028-reading Battery_Charge_DC_I_SetpointRel
attr WR_1 obj-h1028-set 1
attr WR_1 obj-h1030-reading Battery_Charge_AC_P_SetpointRel
attr WR_1 obj-h1030-set 1
attr WR_1 obj-h1032-reading Battery_Charge_DC_I_SetpointAbs
attr WR_1 obj-h1032-set 1
attr WR_1 obj-h1034-reading Battery_Charge_DC_P_SetpointAbs
attr WR_1 obj-h1034-set 1
attr WR_1 obj-h1036-reading Battery_Charge_DC_P_SetpointRel
attr WR_1 obj-h1036-set 1
attr WR_1 obj-h1038-reading Battery_MaxChargePowerLimitAbs
attr WR_1 obj-h1038-set 1
attr WR_1 obj-h104-format %s
attr WR_1 obj-h104-map 0:Normal,8:Ruhe1,16:Ruhe2,32:Ausgleichsladung,64:Tiefentladeschutz
attr WR_1 obj-h104-reading State_of_EM
attr WR_1 obj-h104-revRegs 0
attr WR_1 obj-h104-unpack N
attr WR_1 obj-h1040-reading Battery_MaxDischargePowerLimitAbs
attr WR_1 obj-h1040-set 1
attr WR_1 obj-h1042-reading Battery_MinSOC
attr WR_1 obj-h1042-set 1
attr WR_1 obj-h1044-reading Battery_MaxSOC
attr WR_1 obj-h1044-set 1
attr WR_1 obj-h1046-reading Battery_Total_DC_ChargeEnergy_DCsideToBattery
attr WR_1 obj-h1048-reading Battery_Total_DC_DischargeEnergy_DCsideFromBattery
attr WR_1 obj-h1050-reading Battery_Total_AC_ChargeEnergy_ACsideToBattery
attr WR_1 obj-h1052-reading Battery_Total_AC_DischargeEnergy_BatteryToGrid
attr WR_1 obj-h1054-reading Battery_Total_AC_ChargeEnergy_gridToBattery
attr WR_1 obj-h1056-reading Total_DC_PV_Energy_sumOfAllPVInputs
attr WR_1 obj-h1058-reading Total_DC_Energy_From_PV1
attr WR_1 obj-h106-reading Home_own_consumption_from_Battery
attr WR_1 obj-h1060-reading Total_DC_Energy_From_PV2
attr WR_1 obj-h1062-reading Total_DC_Energy_From_PV3
attr WR_1 obj-h1064-reading Total_AC_Energy_ACsideToGrid
attr WR_1 obj-h1066-reading Total_DC_P_sumOfAllPVInputs
attr WR_1 obj-h1068-reading Battery_work_capacity
attr WR_1 obj-h1070-reading Battery_serial_number
attr WR_1 obj-h1072-reading Battery_Reserved_1072
attr WR_1 obj-h1074-reading Battery_Reserved_1074
attr WR_1 obj-h1076-reading Battery_Maximum_ChargePLimit_read-outFromBattery
attr WR_1 obj-h1078-reading Battery_Maximum_DischargePLimit_read-outFromBattery
attr WR_1 obj-h108-reading Home_own_consumption_from_grid
attr WR_1 obj-h1080-reading Battery_management_mode
attr WR_1 obj-h1080-set 1
attr WR_1 obj-h1081-reading Battery_Reserved_1081
attr WR_1 obj-h1082-reading Installed_sensor_type
attr WR_1 obj-h110-reading Total_home_consumption_Battery
attr WR_1 obj-h112-reading Total_home_consumption_Grid
attr WR_1 obj-h114-reading Total_home_consumption_PV
attr WR_1 obj-h116-reading Home_own_consumption_from_PV
attr WR_1 obj-h118-reading Total_home_consumption
attr WR_1 obj-h120-reading Isolation_resistance
attr WR_1 obj-h122-reading P_limit_from_EVU
attr WR_1 obj-h124-reading Total_home_consumption_rate
attr WR_1 obj-h14-reading Inverter_serial_number
attr WR_1 obj-h14-type STR
attr WR_1 obj-h144-reading Worktime
attr WR_1 obj-h150-reading Actual_cos_phi
attr WR_1 obj-h152-reading Grid_frequency
attr WR_1 obj-h154-reading I_L1
attr WR_1 obj-h156-reading Active_P_L1
attr WR_1 obj-h158-reading U_L1
attr WR_1 obj-h160-reading I_L2
attr WR_1 obj-h162-reading Active_P_L2
attr WR_1 obj-h164-reading U_L2
attr WR_1 obj-h166-reading I_L3
attr WR_1 obj-h168-reading Active_P_L3
attr WR_1 obj-h170-reading U_L3
attr WR_1 obj-h172-reading Total_AC_Active_P
attr WR_1 obj-h174-reading Total_AC_Reactive_P
attr WR_1 obj-h178-reading Total_AC_Apparent_P
attr WR_1 obj-h190-reading Battery_charge_current
attr WR_1 obj-h194-format %.0f
attr WR_1 obj-h194-reading Number_of_Battery_cycles
attr WR_1 obj-h200-reading Actual_Battery_charge_-minus_or_discharge_-plus_I
attr WR_1 obj-h202-reading PSSB_fuse_state
attr WR_1 obj-h208-reading Battery_ready_flag
attr WR_1 obj-h210-reading Act_state_of_charge
attr WR_1 obj-h212-reading Battery_state
attr WR_1 obj-h214-reading Battery_temperature
attr WR_1 obj-h216-reading Battery_voltage
attr WR_1 obj-h218-reading Cos_phi_EM
attr WR_1 obj-h220-reading Frequency_EM
attr WR_1 obj-h222-reading I_L1_EM
attr WR_1 obj-h224-reading Active_P_L1_EM
attr WR_1 obj-h226-reading Reactive_P_L1_EM
attr WR_1 obj-h228-reading Apparent_P_L1_EM
attr WR_1 obj-h230-reading U_L1_EM
attr WR_1 obj-h232-reading I_L2_EM
attr WR_1 obj-h234-reading Active_P_L2_EM
attr WR_1 obj-h236-reading Reactive_P_L2_EM
attr WR_1 obj-h238-reading Apparent_P_L2_EM
attr WR_1 obj-h240-reading U_L2_EM
attr WR_1 obj-h242-reading I_L3_EM
attr WR_1 obj-h244-reading Active_P_L3_EM
attr WR_1 obj-h246-reading Reactive_P_L3_EM
attr WR_1 obj-h248-reading Apparent_P_L3_EM
attr WR_1 obj-h250-reading U_L3_EM
attr WR_1 obj-h252-reading Total_Active_P_EM
attr WR_1 obj-h254-reading Total_Reactive_P_EM
attr WR_1 obj-h256-reading Total_Apparent_P_EM
attr WR_1 obj-h258-reading I_DC1
attr WR_1 obj-h260-reading P_DC1
attr WR_1 obj-h266-reading U_DC1
attr WR_1 obj-h268-reading I_DC2
attr WR_1 obj-h270-reading P_DC2
attr WR_1 obj-h276-reading U_DC2
attr WR_1 obj-h278-reading I_DC3
attr WR_1 obj-h280-reading P_DC3
attr WR_1 obj-h286-reading U_DC3
attr WR_1 obj-h320-reading Total_yield
attr WR_1 obj-h322-reading Daily_yield
attr WR_1 obj-h324-reading Yearly_yield
attr WR_1 obj-h326-reading Monthly_yield
attr WR_1 obj-h38-reading Software-Version_Maincontroller_MC
attr WR_1 obj-h38-type STR
attr WR_1 obj-h384-len 16
attr WR_1 obj-h384-reading Inverter_network_name
attr WR_1 obj-h384-type STR
attr WR_1 obj-h420-reading IP-address
attr WR_1 obj-h420-type STR
attr WR_1 obj-h428-reading IP-subnetmask
attr WR_1 obj-h428-type STR
attr WR_1 obj-h436-reading IP-gateway
attr WR_1 obj-h436-type STR
attr WR_1 obj-h446-reading IP-DNS1
attr WR_1 obj-h446-type STR
attr WR_1 obj-h454-reading IP-DNS2
attr WR_1 obj-h454-type STR
attr WR_1 obj-h46-reading Software-Version_IO-Controller_IOC
attr WR_1 obj-h46-type STR
attr WR_1 obj-h512-format %s
attr WR_1 obj-h512-reading Battery_gross_capacity
attr WR_1 obj-h512-unpack N
attr WR_1 obj-h514-len 1
attr WR_1 obj-h514-reading Battery_Actual_SOC
attr WR_1 obj-h515-format %s
attr WR_1 obj-h515-reading Battery_Maincontroller_MC
attr WR_1 obj-h515-unpack N
attr WR_1 obj-h517-reading Battery_Manufacturer
attr WR_1 obj-h517-type STR
attr WR_1 obj-h525-format %s
attr WR_1 obj-h525-reading Battery_Model_ID
attr WR_1 obj-h525-unpack N
attr WR_1 obj-h527-format %s
attr WR_1 obj-h527-reading Battery_Serial_Number
attr WR_1 obj-h527-unpack N
attr WR_1 obj-h529-len 4
attr WR_1 obj-h529-reading Work_Capacity
attr WR_1 obj-h529-unpack N
attr WR_1 obj-h531-format %.0f
attr WR_1 obj-h531-reading Inverter_Max_P
attr WR_1 obj-h531-unpack N
attr WR_1 obj-h56-format %.0f
attr WR_1 obj-h56-reading Inverter_state
attr WR_1 obj-h56-unpack N
attr WR_1 obj-h575-reading Inverter_Generation_P_Actual
attr WR_1 obj-h575-unpack N
attr WR_1 obj-h577-reading Generation_Energy
attr WR_1 obj-h577-unpack N
attr WR_1 obj-h578-reading Total_energy
attr WR_1 obj-h582-reading Actual_Battery_charge-discharge_P
attr WR_1 obj-h586-format %s
attr WR_1 obj-h586-reading Battery_Firmware
attr WR_1 obj-h586-unpack N
attr WR_1 obj-h6-reading Inverter_Article_number
attr WR_1 obj-h6-type STR
attr WR_1 obj-h768-len 32
attr WR_1 obj-h768-reading Productname
attr WR_1 obj-h768-type STR
attr WR_1 obj-h800-len 32
attr WR_1 obj-h800-reading Power_class
attr WR_1 obj-h800-type STR
attr WR_1 room Strom->Photovoltaik
attr WR_1 sortby 111
attr WR_1 stateFormat {\
my $DUMMY  = "";;\
\
my $Power          = ReadingsVal($name,"Actual_Battery_charge_-minus_or_discharge_-plus_P",0);;\
my $StatusSpeicher = ($Power < -10) ? "<span style='color:#00FF00'>Laden</span>" : ($Power > 15)?  "<span style='color:#FF0000'>Entladen</span>"  : "<span style='color:orange'>Standby</span>";;\
    $StatusSpeicher = $StatusSpeicher."<br>".ReadingsVal($name,"State_of_EM","n/a");;\
    $Power          = $Power." W";;\
\
\
my $Battery_temperature                  = sprintf("%.1f °C",ReadingsVal($name,"Battery_temperature",0));;\
my $Actual_Battery_charge_usable_P       = sprintf("%d W",ReadingsVal($name,"Actual_Battery_charge_usable_P",0));;\
         \
my $Act_state_of_charge                  = sprintf("%d %%",ReadingsVal($name,"Act_state_of_charge","0"));;\
my $SW_Total_DC_P_sumOfAllPVInputs       = sprintf("%d W",ReadingsVal($name,"SW_Total_DC_P_sumOfAllPVInputs","0"));;\
my $SW_Total_PV_P_reserve                = sprintf("%d W",ReadingsVal($name,"SW_Total_PV_P_reserve","0"));;\
\
my $SW_Home_own_consumption_from_PV      = sprintf("%d",ReadingsVal($name,"SW_Home_own_consumption_from_PV",0));;\
    $SW_Home_own_consumption_from_PV = ($SW_Home_own_consumption_from_PV >= 0) ? $SW_Home_own_consumption_from_PV." W" : "0 W";;\
my $SW_Home_own_consumption_from_Battery = sprintf("%d W",ReadingsVal($name,"SW_Home_own_consumption_from_Battery",0));;\
my $SW_Home_own_consumption_from_grid    = sprintf("%d W",ReadingsVal($name,"SW_Home_own_consumption_from_grid",0));;\
my $SW_Home_own_consumption              = sprintf("%d W",ReadingsVal($name,"SW_Home_own_consumption",0));;\
\
my $Total_Active_P_EM  = sprintf("%d",ReadingsVal($name,"Total_Active_P_EM",0));;\
my $StatusNetz         = ($Total_Active_P_EM < -10) ? "<span style='color:#00FF00'>Einspeisen</span>" : ($Total_Active_P_EM > 15)?  "<span style='color:#FF0000'>Netzbezug</span>"  : "<span style='color:orange'>Standby</span>";;\
    $Total_Active_P_EM  = $Total_Active_P_EM." W";;\
\
my $SW_Yield_Daily   = sprintf("%d kWh",round(ReadingsVal($name,"SW_Yield_Daily",0)/1000 ,0));;\
my $SW_Yield_Monthly = sprintf("%d kWh",round(ReadingsVal($name,"SW_Yield_Monthly",0)/1000 ,0));;\
my $SW_Yield_Yearly  = sprintf("%d kWh",round(ReadingsVal($name,"SW_Yield_Yearly",0)/1000 ,0));;\
my $SW_Yield_Total   = sprintf("%d kWh",round(ReadingsVal($name,"SW_Yield_Total",0)/1000 ,0));;\
\
my $Solar_Calculation_fc0_4h   = sprintf("%d kWh",round(ReadingsVal($name,"Solar_Calculation_fc0_4h",0)/1000 ,0));;\
my $Solar_Calculation_fc0_day  = sprintf("%d kWh",round(ReadingsVal($name,"Solar_Calculation_fc0_day",0)/1000 ,0));;\
my $Solar_Calculation_fc0_rest = sprintf("%d kWh",round(ReadingsVal($name,"Solar_Calculation_fc0_rest",0)/1000 ,0));;\
\
"<html><table border=2 bordercolor='darkgreen' cellspacing=0 style='width: 100%'>\
<colgroup>\
   <col span='1' style='width: 52%;;'>\
   <col span='1' style='width: 12%;;'>\
   <col span='1' style='width: 12%;;'>\
   <col span='1' style='width: 12%;;'>\
   <col span='1' style='width: 12%;;'>\
</colgroup>\
<tr><td style='padding-right:5px;;padding-left:5px;;font-weight:bold'> </td><td style='padding-right:5px;;padding-left:5px;;font-weight:bold'></td><td style='padding-right:5px;;padding-left:5px;;font-weight:bold'></td><td style='padding-right:5px;;padding-left:5px;;text-align:center;;font-weight:bold'></td><td style='padding-right:5px;;padding-left:5px;;text-align:center;;font-weight:bold'></td></tr>\
<tr><td style='padding-right:5px;;padding-left:5px;;text-align:left;;font-weight:bold'>Wechselrichter / KSEM<dd>Max DC / PV Reserve / Netz Leistung</dd></td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$SW_Total_DC_P_sumOfAllPVInputs."</td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$SW_Total_PV_P_reserve."</td><td style='padding-right:5px;;padding-left:5px;;text-align:center'>".$StatusNetz."<br></td><td style='padding-right:5px;;padding-left:5px;;text-align:center'>".$Total_Active_P_EM."</td></tr>\
<tr><td style='padding-right:5px;;padding-left:5px;;text-align:left;;font-weight:bold'>Leistung<dd>von PV / von Batterie / vom Netz / ins Haus</dd></td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$SW_Home_own_consumption_from_PV."</td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$SW_Home_own_consumption_from_Battery."</td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$SW_Home_own_consumption_from_grid."</td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$SW_Home_own_consumption."</td></tr>\
<tr><td style='padding-right:5px;;padding-left:5px;;text-align:left;;font-weight:bold'>Ertrag<dd>Tag / Monat / Jahr / Total</dd></td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$SW_Yield_Daily."</td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$SW_Yield_Monthly."</td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$SW_Yield_Yearly."</td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$SW_Yield_Total."</td></tr>\
<tr><td style='padding-right:5px;;padding-left:5px;;text-align:left;;font-weight:bold'>Prognose<dd>Tag / 4 Stunden / Resttag</dd></td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$Solar_Calculation_fc0_day."</td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$Solar_Calculation_fc0_4h."</td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$Solar_Calculation_fc0_rest."</td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$DUMMY."</td></tr>\
<tr><td style='padding-right:5px;;padding-left:5px;;text-align:left;;font-weight:bold'>Speicher<dd>Temperatur / nutzbare Ladung / Status / Leistung / akt. SOC</dd></td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$Battery_temperature."</td><td style='padding-right:5px;;padding-left:5px;;text-align:center'><br>".$Actual_Battery_charge_usable_P."</td><td style='padding-right:5px;;padding-left:5px;;text-align:center'>".$StatusSpeicher."<br></td><td style='padding-right:5px;;padding-left:5px;;text-align:center'>".$Power."<br>".$Act_state_of_charge."</td></tr>\
</table>\
</html>"\
}\
attr WR_1 userReadings Total_PV_P_reserve:Total_DC_P.* {my $reserve = ReadingsVal($NAME,"Total_DC_P_sumOfAllPVInputs","0") * 0.90 - ReadingsVal($NAME,"Home_own_consumption_from_PV",0);;;; ($reserve lt 0)? 0 : round($reserve,0)  },\
\
Actual_Battery_charge_-minus_or_discharge_-plus_P:[Battery_voltage|Actual_Battery_charge_-minus_or_discharge_-plus_I].* {round((ReadingsVal($NAME,"Actual_Battery_charge_-minus_or_discharge_-plus_I",0)*ReadingsVal($NAME,"Battery_voltage","0")),0)},\
\
Total_DC_P_Max:[Total_DC_P_sumOfAllPVInputs|Actual_Battery_charge_-minus_or_discharge_-plus_P].* { my $Bat_P = ReadingsVal($NAME,"Actual_Battery_charge_-minus_or_discharge_-plus_P","0");;;; ($Bat_P gt 0)? round(ReadingsVal($NAME,"Total_DC_P_sumOfAllPVInputs",0) + $Bat_P,0) : round(ReadingsVal($NAME,"Total_DC_P_sumOfAllPVInputs",0),0) },\
\
Actual_Battery_charge_usable_P:[Act_state_of_charge|Battery_MinSOC].* {my $x = (ReadingsVal($NAME,"Battery_work_capacity",0)*(ReadingsVal($NAME,"Act_state_of_charge",0)-ReadingsVal($NAME,"Battery_MinSOC",0))/100);;;; ($x lt 0)? 0 : round($x,0) },\
\
SW_Inverter_Generation_P_Actual:Inverter_Generation_P_Actual.* {round(ReadingsVal($NAME,"Inverter_Generation_P_Actual",0)+ReadingsVal("WR_2","Inverter_Generation_P_Actual",0),0) },\
\
SW_Home_own_consumption:[Total_Active_P_EM|Total_AC_Active_P:].* {round(ReadingsVal($NAME,"Total_Active_P_EM",0)+ReadingsVal($NAME,"Total_AC_Active_P",0)+ReadingsVal("WR_2","Total_AC_Active_P",0),0)},\
SW_Total_AC_Active_P:Total_AC_Active_P:.*  {round(ReadingsVal($NAME,"Total_AC_Active_P",0)+ReadingsVal("WR_2","Total_AC_Active_P",0),0)},\
\
\
SW_Total_DC_P:Total_DC_P:.* {round(ReadingsVal($NAME,"Total_DC_P",0)+ReadingsVal("WR_2","Total_DC_P",0),0) },\
\
SW_Total_DC_P_sumOfAllPVInputs:Total_DC_P_sumOfAllPVInputs.* {round(ReadingsVal($NAME,"Total_DC_P_sumOfAllPVInputs",0)+ReadingsVal("WR_2","Total_DC_P_sumOfAllPVInputs",0),0) },\
\
SW_Total_PV_P_reserve:SW_Total_DC_P_sumOfAllPVInputs.* {my $reserve = ReadingsVal($NAME,"SW_Total_DC_P_sumOfAllPVInputs","0") * 0.90 - ReadingsVal($NAME,"SW_Home_own_consumption",0);;;; ($reserve lt 0)? 0 : round($reserve,0)  },\
\
SW_Total_DC_P_Max:SW_Total_DC_P_sumOfAllPVInputs.* { my $Bat_out = (ReadingsVal($NAME,"Actual_Battery_charge_-minus_or_discharge_-plus_I","0")*ReadingsVal($NAME,"Battery_voltage",0));;;; ($Bat_out gt 0)? round(ReadingsVal($NAME,"SW_Total_DC_P_sumOfAllPVInputs",0) + $Bat_out,0) : round(ReadingsVal($NAME,"SW_Total_DC_P_sumOfAllPVInputs",0),0) },\
\
SW_Yield_Daily:Daily_yield.* { round(ReadingsVal($NAME,"Daily_yield",0)+ReadingsVal("WR_2","Daily_yield",0),0) },\
SW_Yield_Monthly:Monthly_yield.* { round(ReadingsVal($NAME,"Monthly_yield",0)+ReadingsVal("WR_2","Monthly_yield",0),0) },\
SW_Yield_Yearly:Yearly_yield.* { round(ReadingsVal($NAME,"Yearly_yield",0)+ReadingsVal("WR_2","Yearly_yield",0),0) },\
SW_Yield_Total:Total_yield.* { round(ReadingsVal($NAME,"Total_yield",0)+ReadingsVal("WR_2","Total_yield",0),0) },\
\
SW_Home_own_consumption_from_PV:[Total_Active_P_EM|SW_Home_own_consumption:|Home_own_consumption_from_grid|Home_own_consumption_from_Battery].* { (ReadingsVal($NAME,"Total_Active_P_EM",0) ge 0) ? ReadingsVal($NAME,"SW_Home_own_consumption",0) - ReadingsVal($NAME,"Home_own_consumption_from_grid",0) - ReadingsVal($NAME,"Home_own_consumption_from_Battery",0) :  ReadingsVal($NAME,"SW_Home_own_consumption",0) - ReadingsVal($NAME,"Home_own_consumption_from_Battery",0);;;; },\
\
SW_Home_own_consumption_from_Battery:[SW_Home_own_consumption_from_PV|Home_own_consumption_from_Battery].* { ReadingsVal($NAME,"Home_own_consumption_from_Battery",0) },\
SW_Home_own_consumption_from_grid:[SW_Home_own_consumption_from_PV|Home_own_consumption_from_grid].* { ReadingsVal($NAME,"Home_own_consumption_from_grid",0) }\

attr WR_1 verbose 0

[Benni]

Und ich befürchte es ist auch sie ganze Homepage geschichte die noch so breit ist...

Wieso versuchst du es nicht mal mit der Begrenzung der Seitenbreite, wie in meinem Link weiter oben angegeben.

Schau mal da: https://forum.fhem.de/index.php/topic,124556.0.html

Einfach mal das Css-Attribut deines FHEMWEB-Devices (heißt üblicherweise WEB) mal mit den Einträgen

Code Auswählen Erweitern


table.internals td:nth-child(2) { word-break:break-word; }
table.attributes td:nth-child(2) { word-break:break-word; }


ergänzen!

Dann sollte das in der Spalte, ausschließlich für die Anzeige, automatisch umgebrochen werden.
Dann ist es auch egal, wie und wo was eigegeben wird.

gb#

[Jamo]

Das hängt auch vom stylesheetPrefix  ab, den man verwendet. Beim dark style funktionierts nicht, beim default funktionierts.

[Benni]

Das hängt auch vom stylesheetPrefix  ab, den man verwendet. Beim dark style funktionierts nicht, beim default funktionierts.

Ich verwende ein leicht modifiziertes f18

gb#

[misux]

Ja, ich gleube da ist das Problem...

Ich nutze das dark Style welches ich wirklich auch weiterhin gern nutzen würde...

[ch.eick]

Ja, ich gleube da ist das Problem...

Ich nutze das dark Style welches ich wirklich auch weiterhin gern nutzen würde...

Ich glaube Du solltes die WR_* Devices nicht überall im Forum verteilen. Das hatte ich auch schon alles ausprobiert
In der Verwendung der Plenticore Devices wirst Du später nicht mehr so häufig direkt ins Device gehen müssen.
Für die Übersicht habe ich die uiTable und stateFormat eingerichtet, die recht gut zusammen passen sollten.

VG
   Christian

[misux]

  Sorry, wollte dir nicht auch noch damit auf die Nerven gehen... Aber okay, dann ist das ja mal geklärt.

Dankeschön.