# The Non-linear Least-squares Fitting Package $checkout libnlfit.a lib$ $update libnlfit.a $checkin libnlfit.a lib$ $exit tfiles: $set GEN = "$$generic -k -t rd" $ifnewer (nlacpts.gx, nlacptsr.x) $(GEN) nlacpts.gx $endif $ifnewer (nlchomat.gx, nlchomatr.x) $(GEN) nlchomat.gx $endif $ifnewer (nldump.gx, nldumpr.x) $(GEN) nldump.gx $endif $ifnewer (nlerrors.gx, nlerrorsr.x) $(GEN) nlerrors.gx $endif $ifnewer (nleval.gx, nlevalr.x) $(GEN) nleval.gx $endif $ifnewer (nlfit.gx, nlfitr.x) $(GEN) nlfit.gx $endif $ifnewer (nlfitdef.gh, nlfitdefr.h) $(GEN) nlfitdef.gh $endif $ifnewer (nlfree.gx, nlfreer.x) $(GEN) nlfree.gx $endif $ifnewer (nlinit.gx, nlinitr.x) $(GEN) nlinit.gx $endif $ifnewer (nliter.gx, nliterr.x) $(GEN) nliter.gx $endif $ifnewer (nlpget.gx, nlpgetr.x) $(GEN) nlpget.gx $endif $ifnewer (nlsolve.gx, nlsolver.x) $(GEN) nlsolve.gx $endif $ifnewer (nlstat.gx, nlstatr.x) $(GEN) nlstat.gx $endif $ifnewer (nlvector.gx, nlvectorr.x) $(GEN) nlvector.gx $endif $ifnewer (nlzero.gx, nlzeror.x) $(GEN) nlzero.gx $endif ; libnlfit.a: $ifeq (USE_GENERIC, yes) $call tfiles $endif nlacptsd.x "nlfitdefd.h" nlacptsr.x "nlfitdefr.h" nlchomatd.x "nlfitdefd.h" nlchomatr.x "nlfitdefr.h" nldumpd.x "nlfitdefd.h" nldumpr.x "nlfitdefr.h" nlerrmsg.x nlerrorsd.x "nlfitdefd.h" nlerrorsr.x "nlfitdefr.h" nlevald.x "nlfitdefd.h" nlevalr.x "nlfitdefr.h" nlfitd.x "nlfitdefd.h" nlfitr.x "nlfitdefr.h" nlfreed.x "nlfitdefd.h" nlfreer.x "nlfitdefr.h" nlinitd.x "nlfitdefd.h" nlinitr.x "nlfitdefr.h" nliterd.x "nlfitdefd.h" nliterr.x "nlfitdefr.h" nllist.x nlpgetd.x "nlfitdefd.h" nlpgetr.x "nlfitdefr.h" nlsolved.x "nlfitdefd.h" nlsolver.x "nlfitdefr.h" nlstati.x "nlfitdefr.h" nlstatd.x "nlfitdefd.h" nlstatr.x "nlfitdefr.h" nlvectord.x "nlfitdefd.h" nlvectorr.x "nlfitdefr.h" nlzerod.x "nlfitdefd.h" nlzeror.x "nlfitdefr.h" ;