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#!/usr/bin/make
#
# make fragment for png23d tests
PNG23D=./png23d
BASE_TESTS=square-c c o s spiral cube steps plus plusa plusb calcube-c
LOGO_TESTS=debian-logo.scad debian-logo-s.stl
TESTS=$(LOGO_TESTS) $(addsuffix .stl, $(BASE_TESTS)) $(addsuffix -a.stl, $(BASE_TESTS)) $(addsuffix .scad, $(BASE_TESTS)) $(addsuffix -r.scad, $(BASE_TESTS))
TESTF=$(addprefix test/, $(TESTS))
check:$(TESTF)
# convert to binary stl with smooth finish
test/%.stl:test/%.png $(PNG23D)
$(PNG23D) -l 1 -f smooth -o stl -w 20 -d 10 $< $@
# convert to binary stl with smooth finish
test/%-c.stl:test/%.png $(PNG23D)
$(PNG23D) -l 1 -f smooth -o stl -w 20 -d 10 $< $@
# convert to ascii stl
# also has 10 levels for these tests
test/%-a.stl:test/%.png $(PNG23D)
$(PNG23D) -l 10 -f cube -o astl -w 20 -d 10 $< $@
# convert to ascii stl with cube finish
# also has 10 levels for these tests
test/%-c-a.stl:test/%.png $(PNG23D)
$(PNG23D) -f cube -l 10 -o astl -w 20 -d 10 $< $@
# convert to binary stl with surface finish
test/%-s.stl:test/%.png $(PNG23D)
$(PNG23D) -f surface -o stl -w 20 -d 4 $< $@
# convert to smoothed single layer polyhedron scad output
test/%.scad:test/%.png $(PNG23D)
$(PNG23D) -l 1 -f smooth -o scad -w 50 -d 4 $< $@
# convert to raw finish single layer polyhedron scad output
test/%-c.scad:test/%.png $(PNG23D)
$(PNG23D) -l 1 -f cube -o scad -w 50 -d 4 $< $@
# convert to single layer rectangular cuboid scad output
test/%-c-r.scad test/%-r.scad:test/%.png $(PNG23D)
$(PNG23D) -l 1 -o rscad -w 50 -d 4 $< $@
.PHONY: testclean
testclean:
${RM} $(TESTF)
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