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#
# creating region puzzle for germany
#
#
# 1. got map from wikipedia ->
# source/Deutschland_Bundeslaender_1990_thresshold.tif
#
# 2. used gimp to extract individual regions by filling all others with
# white and save them as "bayern.png" etc. The size of each
# indivudual image must be the same as the full image
#
# 3. create the background image by filling the separation lines and
# store it as Deutschland_komplett.png
#
# 4. Now crop away borders and compute the coordiantes for the puzzle
# pieces, using pnmcrop from "netpbm" package, and the compute the
# target spots with the distance transform, based on the great
# algorithm and source code from Pedro F. Felzenszwalb and Daniel
# P. Huttenlocher, see http://people.cs.uchicago.edu/~pff/dt/
#
cd ~/gcompris_dev/gcompris/boards/geography/germany_region/source2
rm -f coordinates.txt
for i in baden-wuerttemberg.png bayern.png berlin.png brandenburg.png bremen.png hamburg.png hessen.png mecklenburg-vorpommern.png niedersachsen.png nordrhein-westfalen.png rheinland-pfalz.png saarland.png sachsen-anhalt.png sachsen.png schleswig_holstein.png thueringen.png; do
echo filename: $i >> coordinates.txt
pngtopnm $i |pnmscale 0.8| pnmcrop --white --verbose 2>> coordinates.txt | pnmtopng -transparent white > ../$i
echo shape: `pngtopnm ../$i | head -2 | tail -1` >> coordinates.txt
pngtopnm ../$i | ppmtopgm | pgmtopbm -threshold -value 0.9 | pnminvert > binmask.pbm
~/gcompris_dev/gcompris/tool/shapegame/nice_target_spot binmask.pbm target.ppm
pnmtopng -transparent white target.ppm > ../target_$i
done
#
# simulate output from pnmcrop for background-image
#
pngtopnm Deutschland_komplett.png |pnmscale 0.8| pnmtopng -transparent white > ../back.png
echo filename: back.png >> coordinates.txt
echo pnmcrop: cropping 0 rows off the top >> coordinates.txt
echo pnmcrop: cropping 0 cols off the left >> coordinates.txt
echo shape: `pngtopnm ../back.png | head -2 | tail -1` >> coordinates.txt
#
# 5. Now create the xml-file board6_0.xml.in from created
# source2/coordinates.txt
#
cd ~/gcompris_dev/gcompris/boards/geography/germany_region/source2
cat > realnames.txt <<EOF
Baden-Württemberg
Bayern
Berlin
Brandenburg
Bremen
Hamburg
Hessen
Mecklenburg-Vorpommern
Niedersachsen
Nordrhein-Westfalen
Rheinland-Pfalz
Saarland
Sachsen-Anhalt
Sachsen
Schleswig-Holstein
Thüringen
EOF
grep "filename:" coordinates.txt | awk '{print $2}' > filenames.txt
grep "off the left" coordinates.txt | awk '{print $3}' > coords_x.txt
grep "off the top" coordinates.txt | awk '{print $3}' > coords_y.txt
grep "shape:" coordinates.txt | awk '{print $2, $3}' > shape.txt
paste filenames.txt coords_x.txt coords_y.txt shape.txt realnames.txt> hurz.txt
echo '<?xml version="1.0" encoding="UTF-8"?>
<ShapeGame>
<Title x="600" y="495" justification="GTK_JUSTIFY_CENTER">
<_name>Deutschland Bundesländer</_name>
</Title>' > board6_0.xml.in
awk '{
if($1 != "back.png")
{
print " <Shape name=\"A"NR"\" pixmapfile=\"geography/germany_region/"$1"\" targetfile=\"geography/germany_region/target_"$1"\" x=\""$2+100+$4/2"\" y=\""$3+$5/2"\" zoomx=\"1\" zoomy=\"1\" position=\"0\"><_tooltip>"$6"</_tooltip></Shape>";
}
else
{
print " <Shape name=\"1\" pixmapfile=\"geography/germany_region/"$1"\" type=\"SHAPE_BACKGROUND\" x=\""$2+100+$4/2"\" y=\""$3+$5/2"\" zoomx=\"1\" zoomy=\"1\" position=\"0\"/>";
}
}' < hurz.txt >> board6_0.xml.in
echo '</ShapeGame>' >> board6_0.xml.in
cp -f board6_0.xml.in ../../board6_0.xml.in
#
# edit gcompris/boards/geography/Makefile.am to include board6_0.xml.in
#
cd ~/gcompris_dev/gcompris
intltoolize && automake && autoconf && ./configure --prefix $PWD
cd ~/gcompris_dev/gcompris
make install
~/gcompris_dev/gcompris/bin/gcompris
#
# Create the distribution for Bruno
#
cd ~/gcompris_dev/
tar -zcvf germany_regions_2006_01_29.tar.gz gcompris/tool/ gcompris/boards/geography/germany_region/ gcompris/boards/geography/Makefile.am
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