Maneage'd AASTeX for American Astronomical Society journals

Until now, the core Maneage branch was very generic and customizing for
each separate journal required some time to prepare the LaTeX style.

With this commit, a first attempt at customization of Maneage for the LaTeX
styles of the AAS journals (AASTeX) has been implemented.

1 files changed, 1 insertions, 59 deletions

diff --git a/reproduce/analysis/make/delete-me.mk b/reproduce/analysis/make/delete-me.mk
index 325280d..6db0bf9 100644
--- a/reproduce/analysis/make/delete-me.mk
+++ b/reproduce/analysis/make/delete-me.mk
@@ -19,48 +19,6 @@
 
 
 
-# Dummy dataset
-# -------------
-#
-# Just as a demonstration(!): we will use AWK to generate a table showing X
-# and X^2 and draw its plot.
-#
-# Note that this dataset is directly read by LaTeX to generate a plot, so
-# we need to put it in the $(tex-publish-dir) directory.
-dm-squared = $(tex-publish-dir)/squared.txt
-$(dm-squared): $(pconfdir)/delete-me-squared-num.conf | $(tex-publish-dir)
-
-#	When the plotted values are re-made, it is necessary to also delete
-#	the TiKZ externalized files so the plot is also re-made by
-#	PGFPlots.
-	rm -f $(tikzdir)/delete-me-squared.pdf
-
-#	Write the column metadata in a temporary file name (appending
-#	'.tmp' to the actual target name). Once all steps are done, it is
-#	renamed to the final target. We do this because if there is an
-#	error in the middle, Make will not consider the job to be complete
-#	and will stop here.
-	echo "# Data for demonstration plot of default Maneage (MANaging data linEAGE)." > $@.tmp
-	echo "# It is a simple plot, showing the power of two: y=x^2! " >> $@.tmp
-	echo "# " >> $@.tmp
-	echo "# Column 1: X       [arbitrary, f32] The horizontal axis numbers." \
-	     >> $@.tmp
-	echo "# Column 2: X_POW2  [arbitrary, f32] The horizontal axis to the power of two." \
-	     >> $@.tmp
-	echo "# " >> $@.tmp
-	$(call print-general-metadata, $@.tmp)
-
-#	Generate the table of random values.
-	awk 'BEGIN {for(i=1;i<=$(delete-me-squared-num);i+=0.5) \
-	              printf("%-8.1f%.2f\n", i, i*i); }' >> $@.tmp
-
-#	Write it into the final target
-	mv $@.tmp $@
-
-
-
-
-
 # Demo image PDF
 # --------------
 #
@@ -140,28 +98,12 @@ $(dm-img-stats): $(dm-histdir)/%-stats.txt: $(indir)/%.fits \
 #
 # NOTE: In LaTeX you cannot use any non-alphabetic character in a variable
 # name.
-$(mtexdir)/delete-me.tex: $(dm-squared) $(dm-img-pdf) $(dm-img-histogram) \
+$(mtexdir)/delete-me.tex: $(dm-img-pdf) $(dm-img-histogram) \
                           $(dm-img-stats)
 
 #	Write the number of random values used.
 	echo "\newcommand{\deletemenum}{$(delete-me-squared-num)}" > $@
 
-#	Note that since Make variables start with a '$(', if you want to
-#	use '$' within the shell (not Make), you have to quote any
-#	occurance of '$' with another '$'. That is why there are '$$' in
-#	the AWK command below.
-#
-#	Here, we are first using AWK to find the minimum and maximum
-#	values, then using it again to read each separately to use in the
-#	macro definition.
-	mm=$$(awk 'BEGIN{min=99999; max=-min}
-	           !/^#/{if($$2>max) max=$$2; if($$2<min) min=$$2;}
-	           END{print min, max}' $(dm-squared));
-	v=$$(echo "$$mm" | awk '{printf "%.3f", $$1}');
-	echo "\newcommand{\deletememin}{$$v}"             >> $@
-	v=$$(echo "$$mm" | awk '{printf "%.3f", $$2}');
-	echo "\newcommand{\deletememax}{$$v}"             >> $@
-
 #	Write the statistics of the demo image as a macro.
 	mean=$$(awk     '{printf("%.2f", $$1)}' $(dm-img-stats))
 	echo "\newcommand{\deletemewfpctwomean}{$$mean}"          >> $@