1 files changed, 0 insertions, 134 deletions
diff --git a/hledger-level b/hledger-level
deleted file mode 100755
index 98dd09c..0000000
--- a/hledger-level
+++ /dev/null
@@ -1,134 +0,0 @@
-#!/usr/bin/env bash
-set -exo pipefail
-
-query='^as ^li'
-
-function floor {
-    printf %.f $1
-}
-
-function ceil  {
-    printf %.f $(bc <<< "$1+1")
-}
-
-function dec   {
-    bc <<< "$1-1"
-}
-
-function inc   {
-    bc <<< "$1+1"
-}
-
-function exp10 {
-    bc <<< "10^$1"
-}
-
-function log10 {
-    bc -l <<< "l($1)/l(10)"
-}
-
-function add {
-    bc -l <<< "$1 + $2"
-}
-
-# colors
-purple="#6961ff"
-green="#61ff69"
-red="#ff6961"
-
-datefmt="%Y-%m-%d"
-today=$(date +$datefmt)
-xstart=$(date -d"2 years ago" +$datefmt)
-
-# basically just calculates the log10 and removes some columns
-process_row=$(cat <<EOF
-import csv, sys, math
-from datetime import datetime
-data = sys.stdin.readlines()
-rdr = csv.reader(data)
-next(rdr, None) # skip header
-prev=None
-for row in rdr:
-    date = row[1]
-    networth = float(row[6][:-3].replace(",", "").strip())
-    if prev:
-        x1 = datetime.strptime(prev[0], "$datefmt")
-        x2 = datetime.strptime(date, "$datefmt")
-        y1 = prev[1]
-        y2 = networth
-        change = (y1-y2) / max((x1-x2).days, 1)
-        change = ((networth / prev[1]) - 1) * 100
-    else:
-        change = 1
-    level = math.log10(networth)
-    print(date)
-    print(f"{date},{level:.2f},{networth:.2f},{change}")
-    prev = (date, networth)
-EOF
-)
-
-networth=$(hledger bal $query --depth=1 --value=now --infer-value \
-    | tail -n1 \
-    | awk '{ print $1 }' \
-    | tr -d ','
-)
-level=$(log10 $networth)
-flevel=$(floor $level)
-
-data=$(mktemp --suffix=-data)
-hledger reg $query --value=end,USD --infer-value -O csv \
-    | python3 -c "$process_row" \
-    > $data
-
-plot=$(mktemp --suffix=-plot)
-
-# here's the actual plotting code
-cat <<EOF > $plot
-set datafile separator ","
-
-set terminal png size 2560,1920
-#set term dumb
-
-set multiplot
-set size 1, 0.5
-set grid
-
-# x axis
-set xdata time
-set timefmt '$datefmt'
-set xrange ['$xstart':'$today']
-set format x '$datefmt'
-set xtics rotate by 60 offset 0,-1.5 out nomirror
-
-# Level
-set origin 0, 0.5
-set ytics 0.2
-set yrange [$(floor $(dec $level)):$(ceil $level)]
-set ylabel "Overall Level" textcolor rgb "green"
-plot '$data' using 1:2 linecolor rgb "red" smooth bezier with lines title "Level ($level)", \
-     $(inc $flevel) linecolor rgb "$purple" with lines title "Level $(inc $flevel)", \
-     $flevel linecolor rgb "$green" with lines title "Level $flevel", \
-     $(dec $flevel) linecolor rgb "$red" with lines title "Level $(dec $flevel)"
-
-
-# Net worth, within current level
-set origin 0, 0.0
-set ytics $(exp10 $level)
-set yrange [$(exp10 $(dec $flevel)):$(exp10 $(inc $flevel))]
-set ylabel "Net worth within current level" textcolor rgb "green"
-plot '$data' using 1:3 linecolor rgb "green" with filledcurves x1 title "Net Worth ($networth)", \
-     $(exp10 $(inc $flevel)) linecolor rgb "$purple" with lines title "Level $(inc $flevel)", \
-     $(exp10 $flevel) linecolor rgb "$green" with lines title "Level $flevel", \
-     $(exp10 $(dec $flevel)) linecolor rgb "$red" with lines title "Level $(dec $flevel)"
-
-# Rate of change
-#set origin 0, 0
-#set ytics 10
-#set yrange [-100:100]
-#set ylabel "Rate of change"
-#plot '$data' using 1:4 linecolor rgb "green" smooth csplines with lines title "rate of change"
-
-unset multiplot
-EOF
-
-gnuplot -p $plot