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# Make the VOPS vector operators library.
$checkout libvops.a lib$
$update libvops.a
$checkin libvops.a lib$
$exit
# Since all of the VOPS procedures in this directory are generic, no actual
# compilation occurs here (except for the two fft routines, which are type
# real only). The generic preprocessor is called to generate the type
# specific family of operators for each generic procedure, placing the output
# files in the subdirectories ak and lz. Since the preprocessed sources are
# permanently kept in the subdirectories, the generic preprocessor is only
# required on the UNIX development system, although it may be available on
# any other system as well.
tfiles:
$set GA = "$$generic -k -p ak/"
$set GL = "$$generic -k -p lz/"
$set ACHT = "achtc.x achts.x achti.x achtl.x achtr.x achtd.x achtx.x"
# The acht (change type) procedures are doubly generic and must be
# expanded twice, producing 7*7=49 files as output.
#
# We force this to be regenerated on each platform since there are
# differences in the generated code between 32 and 64-bit platforms.
$generic -k -t csilrdx acht.gx
$generic -k -p ak/ -t csilrdx $(ACHT)
$delete $(ACHT)
# The following files are not generic hence are merely copied to the
# type specific directory.
$ifolder (ak/acjgx.x, acjgx.x ) $copy acjgx.x ak/acjgx.x $endif
$ifolder (ak/afftrr.x, afftrr.x) $copy afftrr.x ak/afftrr.x $endif
$ifolder (ak/afftrx.x, afftrx.x) $copy afftrx.x ak/afftrx.x $endif
$ifolder (ak/afftxr.x, afftxr.x) $copy afftxr.x ak/afftxr.x $endif
$ifolder (ak/afftxx.x, afftxx.x) $copy afftxx.x ak/afftxx.x $endif
$ifolder (ak/aiftrr.x, aiftrr.x) $copy aiftrr.x ak/aiftrr.x $endif
$ifolder (ak/aiftrx.x, aiftrx.x) $copy aiftrx.x ak/aiftrx.x $endif
$ifolder (ak/aiftxr.x, aiftxr.x) $copy aiftxr.x ak/aiftxr.x $endif
$ifolder (ak/aiftxx.x, aiftxx.x) $copy aiftxx.x ak/aiftxx.x $endif
# Each of the following generic files is expanded for each of the
# datatypes listed in the -t flag.
$ifolder (ak/aabsi.x, aabs.gx ) $(GA) -t silrdx aabs.gx $endif
$ifolder (ak/aaddi.x, aadd.gx ) $(GA) -t silrdx aadd.gx $endif
$ifolder (ak/aaddki.x, aaddk.gx) $(GA) -t silrdx aaddk.gx $endif
$ifolder (ak/aandi.x, aand.gx ) $(GA) -t sil aand.gx $endif
$ifolder (ak/aandki.x, aandk.gx) $(GA) -t sil aandk.gx $endif
$ifolder (ak/aavgi.x, aavg.gx ) $(GA) -t silrdx aavg.gx $endif
$ifolder (ak/abavi.x, abav.gx ) $(GA) -t silrdx abav.gx $endif
$ifolder (ak/absui.x, absu.gx ) $(GA) -t silrd absu.gx $endif
$ifolder (ak/abeqi.x, abeq.gx ) $(GA) -t csilrdx abeq.gx $endif
$ifolder (ak/abeqki.x, abeqk.gx) $(GA) -t csilrdx abeqk.gx $endif
$ifolder (ak/abgei.x, abge.gx ) $(GA) -t csilrdx abge.gx $endif
$ifolder (ak/abgeki.x, abgek.gx) $(GA) -t csilrdx abgek.gx $endif
$ifolder (ak/abgti.x, abgt.gx ) $(GA) -t csilrdx abgt.gx $endif
$ifolder (ak/abgtki.x, abgtk.gx) $(GA) -t csilrdx abgtk.gx $endif
$ifolder (ak/ablei.x, able.gx ) $(GA) -t csilrdx able.gx $endif
$ifolder (ak/ableki.x, ablek.gx) $(GA) -t csilrdx ablek.gx $endif
$ifolder (ak/ablti.x, ablt.gx ) $(GA) -t csilrdx ablt.gx $endif
$ifolder (ak/abltki.x, abltk.gx) $(GA) -t csilrdx abltk.gx $endif
$ifolder (ak/abnei.x, abne.gx ) $(GA) -t csilrdx abne.gx $endif
$ifolder (ak/abneki.x, abnek.gx) $(GA) -t csilrdx abnek.gx $endif
$ifolder (ak/abori.x, abor.gx ) $(GA) -t sil abor.gx $endif
$ifolder (ak/aborki.x, abork.gx) $(GA) -t sil abork.gx $endif
$ifolder (ak/aclri.x, aclr.gx ) $(GA) -t csilrdx aclr.gx $endif
$ifolder (ak/acnvi.x, acnv.gx ) $(GA) -t silrd acnv.gx $endif
$ifolder (ak/acnvri.x, acnvr.gx) $(GA) -t silrd acnvr.gx $endif
$ifolder (ak/adivi.x, adiv.gx ) $(GA) -t silrdx adiv.gx $endif
$ifolder (ak/adivki.x, adivk.gx) $(GA) -t silrdx adivk.gx $endif
$ifolder (ak/adoti.x, adot.gx ) $(GA) -t silrdx adot.gx $endif
$ifolder (ak/advzi.x, advz.gx ) $(GA) -t silrdx advz.gx $endif
$ifolder (ak/aexpi.x, aexp.gx ) $(GA) -t silrdx aexp.gx $endif
$ifolder (ak/aexpki.x, aexpk.gx) $(GA) -t silrdx aexpk.gx $endif
$ifolder (ak/aglti.x, aglt.gx ) $(GA) -t csilrdx aglt.gx $endif
$ifolder (ak/ahgmi.x, ahgm.gx ) $(GA) -t csilrd ahgm.gx $endif
$ifolder (ak/ahivi.x, ahiv.gx ) $(GA) -t csilrdx ahiv.gx $endif
$ifolder (ak/aimgi.x, aimg.gx ) $(GA) -t silrd aimg.gx $endif
$ifolder (lz/alani.x, alan.gx ) $(GL) -t sil alan.gx $endif
$ifolder (lz/alanki.x, alank.gx) $(GL) -t sil alank.gx $endif
$ifolder (lz/alimi.x, alim.gx ) $(GL) -t csilrdx alim.gx $endif
$ifolder (lz/allni.x, alln.gx ) $(GL) -t silrdx alln.gx $endif
$ifolder (lz/alogi.x, alog.gx ) $(GL) -t silrdx alog.gx $endif
$ifolder (lz/alori.x, alor.gx ) $(GL) -t sil alor.gx $endif
$ifolder (lz/alorki.x, alork.gx) $(GL) -t sil alork.gx $endif
$ifolder (lz/alovi.x, alov.gx ) $(GL) -t csilrdx alov.gx $endif
$ifolder (lz/altai.x, alta.gx ) $(GL) -t silrdx alta.gx $endif
$ifolder (lz/altmi.x, altm.gx ) $(GL) -t silrdx altm.gx $endif
$ifolder (lz/altri.x, altr.gx ) $(GL) -t silrdx altr.gx $endif
$ifolder (lz/aluii.x, alui.gx ) $(GL) -t silrd alui.gx $endif
$ifolder (lz/aluti.x, alut.gx ) $(GL) -t csilrd alut.gx $endif
$ifolder (lz/amagi.x, amag.gx ) $(GL) -t silrdx amag.gx $endif
$ifolder (lz/amapi.x, amap.gx ) $(GL) -t silrd amap.gx $endif
$ifolder (lz/amaxi.x, amax.gx ) $(GL) -t csilrdx amax.gx $endif
$ifolder (lz/amaxki.x, amaxk.gx) $(GL) -t csilrdx amaxk.gx $endif
$ifolder (lz/amedi.x, amed.gx ) $(GL) -t csilrdx amed.gx $endif
$ifolder (lz/amed3i.x, amed3.gx) $(GL) -t csilrd amed3.gx $endif
$ifolder (lz/amed4i.x, amed4.gx) $(GL) -t csilrd amed4.gx $endif
$ifolder (lz/amed5i.x, amed5.gx) $(GL) -t csilrd amed5.gx $endif
$ifolder (lz/amgsi.x, amgs.gx ) $(GL) -t silrdx amgs.gx $endif
$ifolder (lz/amini.x, amin.gx ) $(GL) -t csilrdx amin.gx $endif
$ifolder (lz/aminki.x, amink.gx) $(GL) -t csilrdx amink.gx $endif
$ifolder (lz/amodi.x, amod.gx ) $(GL) -t silrd amod.gx $endif
$ifolder (lz/amodki.x, amodk.gx) $(GL) -t silrd amodk.gx $endif
$ifolder (lz/amovi.x, amov.gx ) $(GL) -t csilrdx amov.gx $endif
$ifolder (lz/amovki.x, amovk.gx) $(GL) -t csilrdx amovk.gx $endif
$ifolder (lz/amuli.x, amul.gx ) $(GL) -t silrdx amul.gx $endif
$ifolder (lz/amulki.x, amulk.gx) $(GL) -t silrdx amulk.gx $endif
$ifolder (lz/anegi.x, aneg.gx ) $(GL) -t silrdx aneg.gx $endif
$ifolder (lz/anoti.x, anot.gx ) $(GL) -t sil anot.gx $endif
$ifolder (lz/apkxi.x, apkx.gx ) $(GL) -t silrdx apkx.gx $endif
$ifolder (lz/apolr.x, apol.gx ) $(GL) -t rd apol.gx $endif
$ifolder (lz/apowi.x, apow.gx ) $(GL) -t silrdx apow.gx $endif
$ifolder (lz/apowki.x, apowk.gx) $(GL) -t silrdx apowk.gx $endif
$ifolder (lz/aravi.x, arav.gx ) $(GL) -t silrdx arav.gx $endif
$ifolder (lz/arcpi.x, arcp.gx ) $(GL) -t silrdx arcp.gx $endif
$ifolder (lz/arczi.x, arcz.gx ) $(GL) -t silrdx arcz.gx $endif
$ifolder (lz/argti.x, argt.gx ) $(GL) -t silrdx argt.gx $endif
$ifolder (lz/arlti.x, arlt.gx ) $(GL) -t silrdx arlt.gx $endif
$ifolder (lz/aseli.x, asel.gx ) $(GL) -t csilrdx asel.gx $endif
$ifolder (lz/aselki.x, aselk.gx) $(GL) -t csilrdx aselk.gx $endif
$ifolder (lz/asoki.x, asok.gx ) $(GL) -t csilrdx asok.gx $endif
$ifolder (lz/asqri.x, asqr.gx ) $(GL) -t silrdx asqr.gx $endif
$ifolder (lz/asrti.x, asrt.gx ) $(GL) -t csilrdx asrt.gx $endif
$ifolder (lz/assqi.x, assq.gx ) $(GL) -t silrdx assq.gx $endif
$ifolder (lz/asubi.x, asub.gx ) $(GL) -t silrdx asub.gx $endif
$ifolder (lz/asubki.x, asubk.gx) $(GL) -t silrdx asubk.gx $endif
$ifolder (lz/asumi.x, asum.gx ) $(GL) -t silrdx asum.gx $endif
$ifolder (lz/aupxi.x, aupx.gx ) $(GL) -t silrdx aupx.gx $endif
$ifolder (lz/aveqi.x, aveq.gx ) $(GL) -t csilrdx aveq.gx $endif
$ifolder (lz/awsui.x, awsu.gx ) $(GL) -t silrdx awsu.gx $endif
$ifolder (lz/awvgi.x, awvg.gx ) $(GL) -t silrdx awvg.gx $endif
$ifolder (lz/axori.x, axor.gx ) $(GL) -t sil axor.gx $endif
$ifolder (lz/axorki.x, axork.gx) $(GL) -t sil axork.gx $endif
;
libvops.a:
$ifeq (USE_GENERIC, yes) $call tfiles $endif
$set XFLAGS = "$(XVFLAGS)"
@ak
@lz
@achtgen # acht conversion matrix
fftr.f
fftx.x
;
|
