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Code Issues Releases Wiki Activity

73_GasCalculator: bugfix: Corrected hidden power average power readings

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git-svn-id: https://svn.fhem.de/fhem/trunk@12751 2b470e98-0d58-463d-a4d8-8e2adae1ed80
This commit is contained in:
sailor-fhem 2016-12-12 09:31:36 +00:00
parent 9b66019bc8
commit f198e81a76
1 changed files with 51 additions and 15 deletions
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66
fhem/FHEM/73_GasCalculator.pm
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@ -9,7 +9,7 @@
#
# Author : Matthias Deeke
# e-mail : matthias.deeke(AT)deeke(PUNKT)eu
# Fhem Forum : http://forum.fhem.de/index.php/topic,47909.0.html
# Fhem Forum : https://forum.fhem.de/index.php/topic,47909.0.html
# Fhem Wiki : Not yet implemented
#
# This file is part of fhem.
@ -72,6 +72,7 @@ sub GasCalculator_Initialize($)
"MonthlyPayment " .
"MonthOfAnnualReading " .
"ReadingDestination:CalculatorDevice,CounterDevice " .
"SiPrefixPower:W,kW,MW,GW " .
"Volume:m³,ft³ " .
"Currency:€,£,$ " .
$readingFnAttributes;
@ -100,7 +101,20 @@ sub GasCalculator_Define($$$)
$hash->{NAME} = $name;
$hash->{STATE} = "active";
$hash->{REGEXP} = $RegEx;
if(defined($attr{$hash}{SiPrefixPower}))
{
if ($attr{$hash}{SiPrefixPower} eq "W" ) {$hash->{system}{SiPrefixPowerFactor} = 1 ;}
elsif ($attr{$hash}{SiPrefixPower} eq "kW") {$hash->{system}{SiPrefixPowerFactor} = 1000 ;}
elsif ($attr{$hash}{SiPrefixPower} eq "MW") {$hash->{system}{SiPrefixPowerFactor} = 1000000 ;}
elsif ($attr{$hash}{SiPrefixPower} eq "GW") {$hash->{system}{SiPrefixPowerFactor} = 1000000000 ;}
else {$hash->{system}{SiPrefixPowerFactor} = 1 ;}
}
else
{
$hash->{system}{SiPrefixPowerFactor} = 1;
}
### Writing log entry
Log3 $name, 5, $name. " : GasCalculator - Starting to define module";
@ -141,10 +155,22 @@ sub GasCalculator_Attr(@)
$hash->{STATE} = "diabled";
}
}
### Check whether "SiPrefixPower" attribute has been provided
if ($a[2] eq "SiPrefixPower")
{
if ($a[3] eq "W" ) {$hash->{system}{SiPrefixPowerFactor} = 1 ;}
elsif ($a[3] eq "kW") {$hash->{system}{SiPrefixPowerFactor} = 1000 ;}
elsif ($a[3] eq "MW") {$hash->{system}{SiPrefixPowerFactor} = 1000000 ;}
elsif ($a[3] eq "GW") {$hash->{system}{SiPrefixPowerFactor} = 1000000000 ;}
else {$hash->{system}{SiPrefixPowerFactor} = 1 ;}
}
return undef;
}
####END####### Handle attributes after changes via fhem GUI ####################################################END#####
###START###### Manipulate reading after "set" command by fhem #################################################START####
sub GasCalculator_Get($@)
{
@ -318,6 +344,15 @@ sub GasCalculator_Notify($$)
### Writing log entry
Log3 $GasCalcName, 3, $GasCalcName. " : GasCalculator - The attribute Currency was missing and has been set to €";
}
if(!defined($attr{$GasCalcName}{SiPrefixPower}))
{
### Set attribute with standard value since it is not available
$attr{$GasCalcName}{SiPrefixPower} = "W";
$GasCalcDev->{system}{SiPrefixPowerFactor} = 1;
### Writing log entry
Log3 $GasCalcName, 3, $GasCalcName. " : GasCalculator - The attribute SiPrefixPower was missing and has been set to W";
}
if(!defined($attr{$GasCalcName}{Volume}))
{
### Set attribute with standard value since it is not available
@ -536,17 +571,18 @@ sub GasCalculator_Notify($$)
my $GasCalcEnergyDayLast = ($GasCountReadingValuePrevious - ReadingsVal($GasCalcReadingDestinationDeviceName, $GasCalcReadingPrefix . "_Vol1stDay", "0")) * $attr{$GasCalcName}{GaszValue} * $attr{$GasCalcName}{GasNominalHeatingValue};
### Calculate pure gas cost of previous day GasCalcEnergyLastDay * Price per kWh
my $GasCalcEnergyCostDayLast = $GasCalcEnergyDayLast * $attr{$GasCalcName}{GasPricePerKWh};
### Save gas energy and pure cost of previous day
readingsSingleUpdate( $GasCalcReadingDestinationDevice, $GasCalcReadingPrefix . "_EnergyCostDayLast", (sprintf('%.3f', ($GasCalcEnergyCostDayLast))), 1);
readingsSingleUpdate( $GasCalcReadingDestinationDevice, $GasCalcReadingPrefix . "_EnergyDayLast", (sprintf('%.3f', ($GasCalcEnergyDayLast))), 1);
### Save current Volume as first reading of day = first after midnight and reset min, max value, value counter and value sum
readingsSingleUpdate( $GasCalcReadingDestinationDevice, $GasCalcReadingPrefix . "_Vol1stDay", $GasCountReadingValueCurrent, 1);
readingsSingleUpdate( $GasCalcReadingDestinationDevice, $GasCalcReadingPrefix . "_VolLastDay", $GasCountReadingValuePrevious, 1);
readingsSingleUpdate( $GasCalcReadingDestinationDevice, "." . $GasCalcReadingPrefix . "_PowerDaySum", 0, 1);
readingsSingleUpdate( $GasCalcReadingDestinationDevice, "." . $GasCalcReadingPrefix . "_PowerDayCount", 0, 1);
readingsSingleUpdate( $GasCalcReadingDestinationDevice, $GasCalcReadingPrefix . "_PowerDayMin", 0, 1);
readingsSingleUpdate( $GasCalcReadingDestinationDevice, $GasCalcReadingPrefix . "_PowerDayMax", 0, 1);
### Reload last Power Value
my $GasCalcPowerCurrent = ReadingsVal($GasCalcReadingDestinationDeviceName, $GasCalcReadingPrefix . "_PowerCurrent", "0");
### Save gas pure cost of previous day, current gas Energy as first reading of day = first after midnight and reset min, max value, value counter and value sum
readingsSingleUpdate( $GasCalcReadingDestinationDevice, $GasCalcReadingPrefix . "_EnergyCostDayLast", (sprintf('%.3f', ($GasCalcEnergyCostDayLast ))), 1);
readingsSingleUpdate( $GasCalcReadingDestinationDevice, $GasCalcReadingPrefix . "_EnergyDayLast", (sprintf('%.3f', ($GasCalcEnergyDayLast ))), 1);
readingsSingleUpdate( $GasCalcReadingDestinationDevice, $GasCalcReadingPrefix . "_Vol1stDay", $GasCountReadingValueCurrent , 1);
readingsSingleUpdate( $GasCalcReadingDestinationDevice, $GasCalcReadingPrefix . "_VolLastDay", $GasCountReadingValuePrevious , 1);
readingsSingleUpdate( $GasCalcReadingDestinationDevice, "." . $GasCalcReadingPrefix . "_PowerDaySum", 0 , 1);
readingsSingleUpdate( $GasCalcReadingDestinationDevice, "." . $GasCalcReadingPrefix . "_PowerDayCount", 0 , 1);
readingsSingleUpdate( $GasCalcReadingDestinationDevice, $GasCalcReadingPrefix . "_PowerDayMin", (sprintf('%.3f', ($GasCalcPowerCurrent ))), 1);
readingsSingleUpdate( $GasCalcReadingDestinationDevice, $GasCalcReadingPrefix . "_PowerDayMax", 0 , 1);
### Check whether the current value is the first one after change of month
if ($GasCountReadingTimestampCurrentMday < $GasCountReadingTimestampPreviousMday)
@ -624,8 +660,8 @@ sub GasCalculator_Notify($$)
my $GasCountReadingValueDelta = sprintf('%.3f', ($GasCountReadingValueCurrent - $GasCountReadingValuePrevious));
Log3 $GasCalcName, 5, $GasCalcName. " : GasCalculator - GasCountReadingValueDelta : " . $GasCountReadingValueDelta . " " . $attr{$GasCalcName}{Volume};
### Calculate Current Power P = DV/Dt[cubic/s] * GaszValue * GasNominalHeatingValue[kWh/cubic] * 3600[s/h]
my $GasCalcPowerCurrent = ($GasCountReadingValueDelta / $GasCountReadingTimestampDelta) * $attr{$GasCalcName}{GaszValue} * $attr{$GasCalcName}{GasNominalHeatingValue} * 3600;
### Calculate Current Power P = DV/Dt[cubic/s] * GaszValue * GasNominalHeatingValue[kWh/cubic] * 3600[s/h] * SiPrefixPowerFactor
my $GasCalcPowerCurrent = ($GasCountReadingValueDelta / $GasCountReadingTimestampDelta) * $attr{$GasCalcName}{GaszValue} * $attr{$GasCalcName}{GasNominalHeatingValue} * 3600 * $GasCalcDev->{system}{SiPrefixPowerFactor};
### Calculate daily sum of power measurements "SP" and measurement counts "n" and then calculate average Power "Paverage = SP/n"
my $GasCalcPowerDaySum = ReadingsVal($GasCalcReadingDestinationDeviceName, "." . $GasCalcReadingPrefix . "_PowerDaySum", "0") + $GasCalcPowerCurrent;