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include ../Make.plinc
#
# List of macros that we need
#
pre=d# # precision [s,d,c,z]
l3=trsm# # l3 routine [symm,hemm,syrk,herk,syr2k,her2k,trmm,trsm]
la=getrf# # lapack routine [getrf,geqrf,potrf]
rt=$(l3)# # l3blas routine [symm,hemm,syrk,herk,syr2k,her2k,trmm,trsm]
# or lapack routine [getrf,geqrf,potrf]
sd=L# # side [L,R]
up=U# # uplo [U,L]
ta=N# # transA [N,T,C]
tb=N# # transB [N,T,C]
sz=med# # size [tin,med,lrg,mlr,cmb]
pt=# # if _pt, then do threaded, if blank do serial
lib=atl# # library [atl,at2,sys,f77]
AT2dir=/home/whaley/TEST/ATLAS3.9.45/obj64/lib# # path to 2nd ATLAS install to compare against
$(pre)$(rt)_$(sd)$(up)_$(sz)_avf$(pt).eps : force_build $(ext)
cd ../tvecs ; \
$(MAKE) $(pre)$(rt)_$(sd)$(up)N_$(sz)_$(lib)$(pt).pl2 \
pre=$(pre) lib=atl pt="$(pt)" rt=$(rt) la=$(rt) sd=$(sd) \
up=$(up) sz=$(sz)
$(MAKE) plot2bars nm1="atl" nm2=$(cmp) outf=$@ \
title="$(pre)$(rt): ATLAS$(pt) vs. $(cmp)$(pt)" \
dataf=../tvecs/$(pre)$(rt)_$(sd)$(up)_$(sz)_$(lib)$(pt).pl2
$(pre)$(rt)_$(sd)$(up)$(ta)_$(sz)_avf$(pt).eps : force_build $(ext)
cd ../tvecs ; \
$(MAKE) $(pre)$(rt)_$(sd)$(up)$(ta)_$(sz)_$(lib)$(pt).pl2 \
pre=$(pre) lib=atl pt="$(pt)" rt=$(rt) sd=$(sd) up=$(up) \
ta=$(ta) sz=$(sz)
$(MAKE) plot2bars nm1="atl" nm2=$(cmp) outf=$@ \
title="$(pre)$(rt): ATLAS$(pt) vs. $(cmp)$(pt)" \
dataf=../tvecs/$(pre)$(rt)_$(sd)$(up)$(ta)_$(sz)_$(lib)$(pt).pl2
$(pre)$(rt)_$(ta)$(tb)_$(sz)_avf$(pt).eps : force_build $(ext)
cd ../tvecs ; \
$(MAKE) $(pre)$(rt)_$(ta)$(tb)_$(sz)_$(lib)$(pt).pl2 \
pre=$(pre) lib=atl pt="$(pt)" rt=$(rt) ta=$(ta) tb=$(tb) sz=$(sz)
$(MAKE) plot2bars nm1="atl" nm2=$(cmp) outf=$@ \
title="$(pre)$(rt): ATLAS$(pt) vs. $(cmp)$(pt)" \
dataf=../tvecs/$(pre)$(rt)_$(ta)$(tb)_$(sz)_$(lib)$(pt).pl2
$(pre)$(rt)_$(sd)$(up)_$(sz)_avs$(pt).eps : force_build $(ext)
cd ../tvecs ; \
$(MAKE) $(pre)$(rt)_$(sd)$(up)N_$(sz)_$(lib)$(pt).pl2 \
pre=$(pre) lib=atl pt="$(pt)" rt=$(rt) la=$(rt) sd=$(sd) \
up=$(up) sz=$(sz)
$(MAKE) plot2bars nm1="atl" nm2=$(cmp) outf=$@ \
title="$(pre)$(rt): ATLAS$(pt) vs. $(cmp)$(pt)" \
dataf=../tvecs/$(pre)$(rt)_$(sd)$(up)_$(sz)_$(lib)$(pt).pl2
$(pre)$(rt)_$(sd)$(up)$(ta)_$(sz)_avs$(pt).eps : force_build $(ext)
cd ../tvecs ; \
$(MAKE) $(pre)$(rt)_$(sd)$(up)$(ta)_$(sz)_$(lib)$(pt).pl2 \
pre=$(pre) lib=atl pt="$(pt)" rt=$(rt) sd=$(sd) up=$(up) \
ta=$(ta) sz=$(sz)
$(MAKE) plot2bars nm1="atl" nm2=$(cmp) outf=$@ \
title="$(pre)$(rt): ATLAS$(pt) vs. $(cmp)$(pt)" \
dataf=../tvecs/$(pre)$(rt)_$(sd)$(up)$(ta)_$(sz)_$(lib)$(pt).pl2
$(pre)$(rt)_$(ta)$(tb)_$(sz)_avs$(pt).eps : force_build $(ext)
cd ../tvecs ; \
$(MAKE) $(pre)$(rt)_$(ta)$(tb)_$(sz)_$(lib)$(pt).pl2 \
pre=$(pre) lib=atl pt="$(pt)" rt=$(rt) ta=$(ta) tb=$(tb) sz=$(sz)
$(MAKE) plot2bars nm1="atl" nm2=$(cmp) outf=$@ \
title="$(pre)$(rt): ATLAS$(pt) vs. $(cmp)$(pt)" \
dataf=../tvecs/$(pre)$(rt)_$(ta)$(tb)_$(sz)_$(lib)$(pt).pl2
$(pre)$(rt)_$(sd)$(up)_$(sz)_ava$(pt).eps : force_build $(ext)
cd ../tvecs ; \
$(MAKE) $(pre)$(rt)_$(sd)$(up)N_$(sz)_$(lib)$(pt).pl2 \
pre=$(pre) lib=atl pt="$(pt)" rt=$(rt) la=$(rt) sd=$(sd) \
up=$(up) sz=$(sz)
$(MAKE) plot2bars nm1="atl" nm2=$(cmp) outf=$@ \
title="$(pre)$(rt): ATLAS$(pt) vs. $(cmp)$(pt)" \
dataf=../tvecs/$(pre)$(rt)_$(sd)$(up)_$(sz)_$(lib)$(pt).pl2
$(pre)$(rt)_$(sd)$(up)$(ta)_$(sz)_ava$(pt).eps : force_build $(ext)
cd ../tvecs ; \
$(MAKE) $(pre)$(rt)_$(sd)$(up)$(ta)_$(sz)_$(lib)$(pt).pl2 \
pre=$(pre) lib=atl pt="$(pt)" rt=$(rt) sd=$(sd) up=$(up) \
ta=$(ta) sz=$(sz)
$(MAKE) plot2bars nm1="atl" nm2=$(cmp) outf=$@ \
title="$(pre)$(rt): ATLAS$(pt) vs. $(cmp)$(pt)" \
dataf=../tvecs/$(pre)$(rt)_$(sd)$(up)$(ta)_$(sz)_$(lib)$(pt).pl2
$(pre)$(rt)_$(ta)$(tb)_$(sz)_ava$(pt).eps : force_build $(ext)
cd ../tvecs ; \
$(MAKE) $(pre)$(rt)_$(ta)$(tb)_$(sz)_$(lib)$(pt).pl2 \
pre=$(pre) lib=atl pt="$(pt)" rt=$(rt) ta=$(ta) tb=$(tb) sz=$(sz)
$(MAKE) plot2bars nm1="atl" nm2=$(cmp) outf=$@ \
title="$(pre)$(rt): ATLAS$(pt) vs. $(cmp)$(pt)" \
dataf=../tvecs/$(pre)$(rt)_$(ta)$(tb)_$(sz)_$(lib)$(pt).pl2
$(pre)pcmm_l3sy_$(sd)$(up)$(ta)_$(lib)$(pt).eps : force_build
cd ../tvecs ; $(MAKE) $(pre)mmvsy_$(sd)$(up)$(ta)_$(lib)$(pt).pl3p \
pre=$(pre) lib=$(lib) pt="$(pt)" sd=$(sd) up=$(up) ta=$(ta)
$(ext) -b $(mySRCdir)/report.base -o tmp.pls rout=pclinechart \
-def datf "../tvecs/$(pre)mmvsy_$(sd)$(up)$(ta)_$(lib)$(pt).pl3p" \
-def nlines "3" -def labs "SYMM SYRK SYR2K"
$(PLOT) tmp.pls -eps -o $@
$(pre)pcmm_l3tr_$(sd)$(up)$(ta)_$(lib)$(pt).eps : force_build
cd ../tvecs ; $(MAKE) $(pre)mmvtr_$(sd)$(up)$(ta)_$(lib)$(pt).pl2p \
pre=$(pre) lib=$(lib) pt="$(pt)" sd=$(sd) up=$(up) ta=$(ta)
$(ext) -b $(mySRCdir)/report.base -o tmp.pls rout=pclinechart \
-def datf "../tvecs/$(pre)mmvtr_$(sd)$(up)$(ta)_$(lib)$(pt).pl2p" \
-def nlines "2" -def labs "TRMM TRSM"
$(PLOT) tmp.pls -eps -o $@
$(pre)qrvar_cmb_$(lib)$(pt).eps : force_build
cd ../tvecs ; $(MAKE) $(pre)qrvar_cmb_$(lib).pl4s pre=$(pre) \
lib=$(lib) pt="$(pt)"
$(MAKE) plot4lines dataf=../tvecs/$(pre)qrvar_cmb_$(lib).pl4s outf=$@ \
title="$(lib) QR variant performance" \
nm1="QR" nm2="QL" nm3="RQ" nm4="LQ"
$(pre)factor_cmb_$(lib)$(pt).eps : $(ext) force_build
cd ../tvecs ; $(MAKE) $(pre)factor_cmb_$(lib)$(pt).pl8 pre=$(pre) \
lib=$(lib) pt="$(pt)"
$(ext) -b $(mySRCdir)/report.base -o tmp.pls rout=linechart \
-def datf "../tvecs/$(pre)factor_cmb_$(lib)$(pt).pl8" \
-def nlines "8" -def labs "MM LU LL UU QR QL RQ LQ"
$(PLOT) tmp.pls -eps -o $@
$(pre)pcmm_factor_cmb_$(lib)$(pt).eps : $(ext) force_build
cd ../tvecs ; $(MAKE) $(pre)factor_cmb_$(lib)$(pt).pl7p pre=$(pre) \
lib=$(lib) pt="$(pt)"
$(ext) -b $(mySRCdir)/report.base -o tmp.pls rout=pclinechart \
-def datf "../tvecs/$(pre)factor_cmb_$(lib)$(pt).pl7p" \
-def nlines "7" -def labs "LU LL UU QR QL RQ LQ"
$(PLOT) tmp.pls -eps -o $@
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