mirror of
git://projects.qi-hardware.com/eda-tools.git
synced 2024-11-25 17:39:42 +02:00
161 lines
2.8 KiB
Bash
Executable File
161 lines
2.8 KiB
Bash
Executable File
#!/bin/sh
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#
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# prettygerbv - Use gerbv to generate "pretty" views of a PCB
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#
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# Written 2011, 2013 by Werner Almesberger
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# Copyright 2011, 2013 Werner Almesberger
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#
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# This program is free software; you can redistribute it and/or modify
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# it under the terms of the GNU General Public License as published by
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# the Free Software Foundation; either version 2 of the License, or
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# (at your option) any later version.
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#
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COPPER="(cons 'color #(65535 50401 10000))"
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PASTE="(cons 'color #(39083 39083 50000))"
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MASK="(cons 'inverted #t) (cons 'color #(8839 53994 8178))"
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SILK="(cons 'color #(65535 65535 65535))"
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EDGE="(cons 'color #(65535 65535 0))"
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DRILL="(cons 'color #(0 0 40000))"
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FRONT="(cons 'color #(65535 10000 10000))"
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BACK="(cons 'color #(30000 65535 30000))"
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EDGE2="(cons 'color #(30000 40000 65535))"
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usage()
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{
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cat <<EOF 1>&2
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usage: $0 [-y] [-d file] project-name view png-file
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view "front", "back", "conn", "all"
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-d file also use drill file (converted to Gerber)
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EOF
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exit 1
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}
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layers_begin()
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{
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curr_layer=$1
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echo '(gerbv-file-version! "2.0A")' >_gvp
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}
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layer()
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{
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file=$1
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shift
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[ -e "$file" ] || return
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cat <<EOF >>_gvp
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(define-layer! $curr_layer (cons 'filename "$file") $*)
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EOF
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curr_layer=`expr $curr_layer - 1`
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}
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choose()
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{
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if [ -e "$1-$3" ]; then
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echo "$1-$3"
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else
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echo "$1-$2"
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fi
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}
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layers_end()
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{
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echo '(set-render-type! 2)' >>_gvp
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}
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run_gerbv()
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{
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gerbv -p _gvp --dpi=600 -x png -o "$1"
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}
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front()
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{
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layers_begin 5
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layer `choose $NAME Front.gtl F_Cu.gtl` $COPPER
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[ "$drill" ] && layer $drill $DRILL
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layer `choose $NAME SoldP_Front.gtp F_Paste.gtp` $PASTE
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layer `choose $NAME Mask_Front.gts F_Mask.gts` $INV $MASK
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layer `choose $NAME SilkS_Front.gto F_SilkS.gto` $SILK
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layer `choose $NAME PCB_Edges.gbr Edge_Cuts.gbr` $EDGE
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layers_end
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run_gerbv "$1"
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}
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back()
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{
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layers_begin 5
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layer `choose $NAME Back.gbl B_Cu.gbl` $COPPER
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[ "$drill" ] && layer $drill $DRILL
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layer `choose $NAME SoldP_Back.gbp B_Paste.gbp` $PASTE
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layer `choose $NAME Mask_Back.gbs B_Mask.gbs` $INV $MASK
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layer `choose $NAME SilkS_Back.gbo B_SilkS.gbo` $SILK
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layer `choose $NAME PCB_Edges.gbr Edge_Cuts.gbr` $EDGE
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layers_end
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run_gerbv _tmp.png
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convert -flop _tmp.png "$1"
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rm -f _tmp.png
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}
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conn()
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{
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layers_begin 3
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layer `choose $NAME Back.gbl B_Cu.gbl` $BACK
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layer `choose $NAME Front.gtl F_Cu.gtl` $FRONT
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layer `choose $NAME PCB_Edges.gbr Edge_Cuts.gbr` $EDGE2
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layers_end
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run_gerbv "$1"
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}
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all()
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{
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front _front.png
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back _back.png
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conn _conn.png
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montage -geometry +4+4 $tile _front.png _back.png _conn.png "$1"
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rm -f _front.png _back.png _conn.png
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}
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tile=
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if [ "$1" = -y ]; then
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tile="-tile 1x3"
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shift
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fi
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drill=
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if [ "$1" = -d ]; then
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drill=$2
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shift 2
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fi
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[ "$4" ] && usage
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[ ! "$3" ] && usage
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NAME=$1
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OUT=$3
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case "$2" in
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front|back|conn) ;;
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all) ;;
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*) usage;;
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esac
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$2 "$OUT"
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rm -f _gvp
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