#! gnumake
#

HEAD = jlab_cdr

PDF1 = 3d_startD02y.pdf detector.pdf gluex_upv.pdf lgd-calo.pdf total.pdf \
       barrel-calo.pdf emittcuts.pdf Halld_kaons.pdf phase.pdf \
       bcalosketch.pdf fig105_000.pdf Halld_pid.pdf photon_line.pdf \
       cdc_side.pdf fig105_050.pdf HallD_plan.pdf pol_spectrum.pdf \
       cherenkov.pdf fig105_100.pdf radthick.pdf FADC_block.pdf \
       F1TDC_block.pdf pid.pdf blindpwa.pdf

PDF2 = cdr_as_ms_1.pdf cdr_map_meson.pdf cdr_rhop_f1.pdf cdr_slac_e852.pdf \
       cdr_bali1_n.pdf cdr_meson.pdf cdr_rhop_f2.pdf cdr_tdep.pdf \
       cdr_fd_gam.pdf cdr_pd.pdf cdr_rhop_f3.pdf cdr_fd_pi.pdf \
       cdr_qed_qcd.pdf cdr_rhop_f4.pdf


#EPS  = 3d_startD02y.eps emittcuts.eps Halld_kaons.eps phase.eps total.eps \
#       barrel-calo.eps fig105_000.eps Halld_pid.eps photon_line.eps \
#       cdc_side.eps fig105_050.eps HallD_plan.eps pol_spectrum.eps \
#       detector.eps fig105_100.eps lgd-calo.eps radthick.eps gluex_upv.eps \
#       cherenkov.eps bcalosketch.eps  

DOC  = jlab_cdr.tex gluex.tex gluex_science.tex

CNT  = gluex_bib.tex standard_symbols.tex

report:
	pdflatex $(HEAD).tex	
	pdflatex $(HEAD).tex	

tarball:
	rm -f $(HEAD).tar.gz
	rm -f $(HEAD).zip
	tar cfz $(HEAD).tar.gz $(DOC) $(CNT) $(PDF1) $(PDF2) Makefile
	zip $(HEAD).zip $(DOC) $(CNT) $(PDF1) $(PDF2) Makefile

distclean:
	@rm -f *.dvi *.ps jlab_cdr.pdf *~ *.aux *.log *.lot *.lof *.gz *.toc 
	@rm -f *.zip

clean:
	@rm -f *.dvi *.ps *~ *.aux *.log *.lot *.lof *.toc jlab_cdr.pdf