EXAMPLE_TXTS = $(EXAMPLE_SPVS:.spv=.txt)
EXAMPLE_TEXIS = $(EXAMPLE_TXTS:.txt=.texi)
EXAMPLE_HTML = $(EXAMPLE_SPVS:.spv=.html)
+EXAMPLE_PDF = $(EXAMPLE_SPVS:.spv=.pdf)
example-spv: $(EXAMPLE_SPVS)
example-txts: $(EXAMPLE_TXTS)
example-texis: $(EXAMPLE_TEXIS)
example-html: $(EXAMPLE_HTML)
-PHONY += example-spv example-txts example-texis example-html
+example-pdf: $(EXAMPLE_PDF)
+PHONY += example-spv example-txts example-texis example-html example-pdf
$(top_builddir)/doc/pspp.info: $(EXAMPLE_TEXIS)
$(top_builddir)/doc/pspp.ps: $(EXAMPLE_TEXIS)
$(top_builddir)/doc/pspp.xml: $(EXAMPLE_TEXIS)
CLEANFILES += $(EXAMPLE_TXTS) $(EXAMPLE_SPVS) $(EXAMPLE_TEXIS) $(EXAMPLE_HTML)
-SUFFIXES += .sps .spv .txt .html .texi
+SUFFIXES += .sps .spv .txt .html .texi .pdf
# Use pspp to process a syntax file into an output file.
pspp = src/ui/terminal/pspp$(EXEEXT)
$(EXAMPLE_TXTS) $(EXAMPLE_HTML): $(pspp_output)
.spv.txt:
$(AM_V_GEN)utilities/pspp-output convert $< $@
+.spv.pdf:
+ $(AM_V_GEN)utilities/pspp-output convert $< $@ -O left-margin=0pt -O right-margin=0pt -O top-margin=0pt -O bottom-margin=0pt -O paper-size=6x20in -O font-size=12000 --table-look=$(HOME)/pspp/spss15/Looks/report.tlo
.spv.html:
$(AM_V_GEN)utilities/pspp-output convert $< $@ -O format=html -O bare=true
statistical analysis,
but it shows how such analysis can be performed using @pspp{}.
+@image{doc/examples/autorecode}
+
For the purposes of this tutorial, it is assumed that you are using @pspp{} in its
interactive mode from the command line.
However, the example commands can also be typed into a file and executed in