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patch to correct possible energy/charge battery mixups, now it's explicitly
done by charge (mAh) or energy (Wh), this lets me use either variable internally so the outcome would maintain values even if one charge vaiue was missing.
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inxi
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@ -4182,9 +4182,14 @@ get_battery_data()
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voltage_min_design=""
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voltage_min_design=""
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voltage_now=""
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voltage_now=""
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power_now=""
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power_now=""
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# charge: mAh
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charge_full_design=""
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charge_full_design=""
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charge_full=""
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charge_full=""
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charge_now=""
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charge_now=""
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# energy: Wh
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energy_full_design=""
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energy_full=""
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energy_now=""
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capacity=""
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capacity=""
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capacity_level=""
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capacity_level=""
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model=""
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model=""
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@ -4225,14 +4230,14 @@ get_battery_data()
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power_now=$NF
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power_now=$NF
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}
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}
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$1 ~ /^POWER_SUPPLY_ENERGY_FULL_DESIGN$/ {
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$1 ~ /^POWER_SUPPLY_ENERGY_FULL_DESIGN$/ {
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charge_full_design = $NF / 1000000
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energy_full_design = $NF / 1000000
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}
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}
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$1 ~ /^POWER_SUPPLY_ENERGY_FULL$/ {
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$1 ~ /^POWER_SUPPLY_ENERGY_FULL$/ {
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charge_full = $NF / 1000000
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energy_full = $NF / 1000000
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}
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}
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$1 ~ /^POWER_SUPPLY_ENERGY_NOW$/ {
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$1 ~ /^POWER_SUPPLY_ENERGY_NOW$/ {
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charge_now = $NF / 1000000
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energy_now = $NF / 1000000
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charge_now = sprintf( "%.1f", charge_now )
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energy_now = sprintf( "%.1f", charge_now )
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}
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}
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# note: the following 3 were off, 100000 instead of 1000000
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# note: the following 3 were off, 100000 instead of 1000000
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# why this is, I do not know. I did not document any reason for that
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# why this is, I do not know. I did not document any reason for that
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@ -4272,34 +4277,34 @@ get_battery_data()
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# if any of these values failed, the math will be wrong, but no way to fix that
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# if any of these values failed, the math will be wrong, but no way to fix that
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if (b_ma == "true" && voltage_now != ""){
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if (b_ma == "true" && voltage_now != ""){
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if (charge_now != ""){
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if (charge_now != ""){
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charge_now=charge_now*voltage_now
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energy_now=charge_now*voltage_now
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}
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}
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if (charge_full != ""){
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if (charge_full != ""){
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charge_full=charge_full*voltage_now
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energy_full=charge_full*voltage_now
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}
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}
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if (charge_full_design != ""){
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if (charge_full_design != ""){
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charge_full_design=charge_full_design*voltage_now
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energy_full_design=charge_full_design*voltage_now
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}
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}
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}
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}
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if (charge_now != "" && charge_full != "" ){
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if (energy_now != "" && energy_full != "" ){
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capacity = 100*charge_now/charge_full
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capacity = 100*energy_now/energy_full
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capacity = sprintf( "%.1f%", capacity )
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capacity = sprintf( "%.1f%", capacity )
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}
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}
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if (charge_full_design != "" && charge_full != "" ){
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if (energy_full_design != "" && energy_full != "" ){
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of_orig=100*charge_full/charge_full_design
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of_orig=100*energy_full/energy_full_design
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of_orig = sprintf( "%.0f%", of_orig )
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of_orig = sprintf( "%.0f%", of_orig )
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}
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}
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if (charge_now != "" ){
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if (energy_now != "" ){
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charge_now = sprintf( "%.1f", charge_now )
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energy_now = sprintf( "%.1f", energy_now )
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}
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}
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if (charge_full_design != "" ){
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if (energy_full_design != "" ){
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charge_full_design = sprintf( "%.1f", charge_full_design )
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energy_full_design = sprintf( "%.1f", energy_full_design )
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}
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}
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if ( charge_full != "" ){
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if ( energy_full != "" ){
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charge_full = sprintf( "%.1f", charge_full )
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energy_full = sprintf( "%.1f", energy_full )
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}
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}
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entry = name "," status "," present "," chemistry "," cycles "," voltage_min_design "," voltage_now ","
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entry = name "," status "," present "," chemistry "," cycles "," voltage_min_design "," voltage_now ","
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entry = entry power_now "," charge_full_design "," charge_full "," charge_now "," capacity ","
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entry = entry power_now "," energy_full_design "," energy_full "," energy_now "," capacity ","
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entry = entry capacity_level "," of_orig "," model "," company "," serial "," location
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entry = entry capacity_level "," of_orig "," model "," company "," serial "," location
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print entry
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print entry
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}' < $battery_file )
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}' < $battery_file )
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