#!/bin/bash

ifnsvg="../power-conn-pcb_5.svg"
ifn="../power-conn-pcb_5.ps"
s=100000
s_inv=`echo "1.0/$s" | bc -l`
f_ink=`echo "72/25.4" | bc -l `
f_ink_inv=`echo "25.4/72" | bc -l `

viewbox=`cat $ifnsvg | xpup '/svg/@viewBox'`

x0=`echo "$viewbox" | cut -f1 -d' '`
y0=`echo "$viewbox" | cut -f2 -d' '`

x1=`echo "$viewbox" | cut -f3 -d' '`
y1=`echo "$viewbox" | cut -f4 -d' '`

pstoedit -f gnuplot $ifn raw.gp
head -n -7 raw.gp > body.gp
tail -n 7 raw.gp > outline.gp

## A better way?
## $ xj ../power-conn-pcb_5.svg  | \
##   jq '.["{http://www.w3.org/2000/svg}svg"]["{http://www.w3.org/2000/svg}g"][] | select( . >= {} ) | select( .["@{http://www.inkscape.org/namespaces/inkscape}label"] == "outline" )'


R=0.3

clipcli -t union -S nonzero -O 1 -s body.gp -F -x $s -T -R $R > raw_u.gp
clipcli -t union -S nonzero -O 1 -s outline.gp -F -x $s -T -R $R >> raw_u.gp

t=`echo "$f_ink_inv / $s" | bc -l` 

cat raw_u.gp | ./gpmat $t 0 0 $t > out.gp


###

./xj $ifnsvg | \
  jq -c '.["{http://www.w3.org/2000/svg}svg"]["{http://www.w3.org/2000/svg}g"]["{http://www.w3.org/2000/svg}circle"][] | [ .["@cx"], .["@cy"] ]' | \
  tr -d '[]' | sed 's/,/ /g' | \
  ./gpmat 1 0 0 -1 0 $y1 > drill.txt

###

echo -e "G90\nG21\n\n" > out.ngc
./gp2ngc out.gp | \
  grecode -cw >> out.ngc

minx=`./ngc_bounds out.ngc | grep min_x | cut -f2 -d' '`
miny=`./ngc_bounds out.ngc | grep min_y | cut -f2 -d' '`

echo "# $minx $miny"

#shiftx="-50"
#shifty="-40"

shiftx="-85"
shifty="-10"

grecode -shift -$minx -$miny out.ngc | \
  grecode -shift $shiftx $shifty | \
  sed 's/^G0\(.*\)/G0 Z1\nG0\1\nG1 Z-1/' | \
  sed 's/^[gG]1\(.*\)/G1\1 Z-1/' > out_fin.ngc

cat drill.txt | \
  awk '{ print "G0 Z1\nG0", "X"$1, "Y"$2, "Z1\nG1 Z-1\nG0 Z1\n" }' | \
  grecode -cw > drill.ngc

grecode -shift -$minx -$miny drill.ngc | \
  grecode -shift $shiftx $shifty > drill_fin.ngc

cat out_fin.ngc drill_fin.ngc > fin.ngc