R pCx  Ct  H8__PAGEZEROH__TEXT00__text__TEXTH$H__cstring__TEXT8}(__literal8__TEXT?X/__literal4__TEXT?/H__DATA@0__data__DATA@0__dyld__DATA@0__bss__DATA@__common__DATA@ __IMPORTP@__pointers__IMPORTP @__jump_table__IMPORT@P@@8__LINKEDIT`PPQ PDQ# /usr/lib/dyld/PxϤ|'PH$ 4  /usr/lib/libwfdb.10.dylib 4o/usr/lib/libSystem.B.dylib 4/usr/lib/libgcc_s.1.dylibj]\$ML$ˉ\$u\$ D$+X XUWVS,[f$+f$+‹^+fN+Q,ǃ^+A@uǃ@}@~E-@ ǃǃǃǃ ;E2J+D$3D$V+$*$*J+D$LD$V+$j*$O* |$n$p*=tqb++T$n$G*=tHR++T$n$*=t+?)Ѝ  +R+9*N+XQ,ȋG?^+ Z++%?E䋃^+E+ f 9}~;}E%?f,[^_UWVS,[(D$D$($(Ft.U䋻(D$ED$$(Fu,[^_UWUэD9w8/t H9w8/u@_UWVS [}U $'wM 8-!@H.V|!0k@DžhwDžlhF9\'D$ D$'$&$&$&ǃv DžpF9~U $&'D$"D$'$_&$D&F9~M $,&'D$JD$'$ &$%F92'D$zD$'$%$%E HDžtF92'D$D$'$~%$c% F9~u'D$D$'$4%$%M D$ 'D$D$'$$$$M D$ 'D$D$'$$$$uF9Hu$v$vu $}$t$N$vv$$D$D$H$A$‹' $$k<$!$Džu2'D$D$'$#$#'D$|$H$# $#$#ݝZL*.LvZv,*E‰D$ZLL$ 'D$>D$'$#$#vt$5#$<#jEED$ED$H$"y $" x$U $"‰ x '9 ǃ k <D8 EƒzUfTfUfVEtt^*f.u(z&$D$^@g"L$$D$b@A"L}~UM $"E1E)E}~UM $!Ey؉Eo$!EEE UED$$!^LPZL EYYE^ 'LY,EU‰U*L^, M‹'' Y,x Y,Љ| Y,Ћ'D$ $ }qlu5S<$|Ɖ|$ $V t$D$$, G9}ȃ}u 4 u$hoz$HT$$'D$$B~'t$<$F'B9|BD$$y D$$]ZPL$"$A D$F$)*xYPZD$xD$r$D$ $D$D$$D$$$3$?$*f. GEE9E| fWE5ufWM}4$d*XEEF9t ?u܋E+E*M^MYMxx0EX,,}Dž\?rt+;}~ǃr,E} ,<$;=<$XG04XT9}AƋXT44$N9T}4$>TF;uٍw+089~'4$;X}4$XN;8ًX Džd;TQTT)ƒ`WU;8}M $ƋEHE$)9`U$fƋM< $P)9`~s<$8ƋU@$")9`~E@ $ ƋE$)9`~'U+Ur089M~EE"UT$ $MMEEԉD$$]y$ ukpGE;4}PgfffTT)‹T)щD4 4$ ;DF; uUT$ $KMME(EԉD$$y$H*T\E^XEE^,xDždSruJdd9|}6*Mf.v#\Mf(^,9}aEE'D$$.$\\;~*<$D$AD$$eDž\G9}}u \t&<$D$AD$'$$ '$P'D$$ htHT$F$$M A8-DžhDžlDžpEEDžtDžHAusage: %s -r RECORD [OPTIONS ...] where RECORD is the name of the record to be analyzed, and OPTIONS mayinclude any of: -d dump unfiltered and filtered samples on standard output; do not annotate -f TIME begin at specified time (default: beginning of the record) -h print this usage summary -H read multifrequency signals in high resolution mode -j find and annotate J-points (QRS ends) as well as QRS onsets -m THRESH set detector threshold to THRESH (default: 100) -p FREQ specify power line (mains) frequency (default: 60) -R resample input at 120 or 150 Hz, depending on power line frequency (default: do not resample) -s SIGNAL analyze specified signal (default: 0) -t TIME stop at specified time (default: end of the record) -v verbose modeIf too many beats are missed, decrease THRESH; if there are too many extradetections, increase THRESH.%s: insufficient memory %s: ltsamp buffer too short %s %s: time must follow -f %s: threshold ( > 0) must follow -m %s: power line frequency ( > 0) must follow -p %s: input record name must follow -r %s: signal number or name must follow -s %s: time must follow -t %s: unrecognized option %s %s: unrecognized argument %s WFDBGVMODE , try -H option %s: sampling frequency (%g Hz) is too low%swqrse%6d %6d ------------------------------------------------------Record Name: %s Total Signals: %d (%d, %d) Sampling Frequency: %.1f Hz Sampling Interval: %.3f ms Signal channel used for detection: %d Eye-closing period: %d samples (%.0f ms) Minimum threshold: %d A/D units (%d microvolts) Power line frequency: %d Hz ------------------------------------------------------ Processing:8 %s Done! Resulting annotation file: %s.wqrs i@N@??@p= ף?@@$@?BCzDpBd<8<88888@9h9998:x:::(;i;;; @@@@@@@@@@@#+4:@HQZagoy @@__mh_execute_header___stderrp_adumuv_annopen_atoi_exit_fflush_findsig_fprintf_fputc_free_getenv_isigopen_malloc_muvadu_printf_putann_puts_sampfreq_sample_sample_valid_setafreq_setgvmode_setifreq_strtim_timstr_wfdbquit 0H__PAGEZEROx__TEXT00__text__TEXTi__symbol_stub1__TEXT%%__stub_helper__TEXT%,%__cstring__TEXT&&__literal8__TEXT.h.__literal4__TEXT//__eh_frame__TEXT// `(__DATA00__data__DATA00__dyld__DATA080__nl_symbol_ptr__DATA 1 1__la_symbol_ptr__DATA(1(1__bss__DATA1__common__DATA20H__LINKEDIT@x@x@B PA3 /usr/lib/dyldn;"S|* 8  /usr/lib/libwfdb.10.dylib 8o/usr/lib/libSystem.B.dylib 8/usr/lib/libgcc_s.1.dylibjHHH}HuHHHH9uH@ASLAS%%UHAUATSHIH=+HHHHH=HHQ,H[H5H HHuH/@I@~IH H !LIL9/H-HH5HH8HHH5HH8=L=tqH|HcH56H)Ƌ=A=tHHOHcH5 H)Ƌ=X=t +C$)Ѝ+H 9*HXQ,LILLƁ?HHH  HHcLH)H%?H+  i cH M9~M9L%?HcH[A\A]UHATSH_HH5]H6H8BHJHt0H6L%H5I<$HSHHu[A\UHHHHHD1H9w8/t HH9w8/uHUHH]LeLmLuL}HAIH>HHAtHcID8-@H.H HcH$.3B9z"Dž@aA9/HoHH50HFH8R6HcHhDžDA9~HcI| HHH5HH8  A9~HcI| wHHH5HcH8o S A9/HVHH5H-H89  HcIDH AA9/HHH5_HH8  A9/HHH5HHH8  LcwILHHH5(H^H8j N ILHNHH5 H%H81  Dž<A9H u =uH= HHt w=q H H } HcH 0) must follow -m %s: power line frequency ( > 0) must follow -p %s: input record name must follow -r %s: signal number or name must follow -s %s: time must follow -t %s: unrecognized option %s %s: unrecognized argument %s WFDBGVMODE , try -H option %s: sampling frequency (%g Hz) is too low%swqrse%6d %6d ------------------------------------------------------Record Name: %s Total Signals: %d (%d, %d) Sampling Frequency: %.1f Hz Sampling Interval: %.3f ms Signal channel used for detection: %d Eye-closing period: %d samples (%.0f ms) Minimum threshold: %d A/D units (%d microvolts) Power line frequency: %d Hz ------------------------------------------------------ Processing:8 %s Done! Resulting annotation file: %s.wqrs i@N@^@b@??@p= ף?@@$@?BCzDpBzRx 4  4Tcm ,: 4 d<&'G'X'''(0(x(()H)))*A*`**__0000&$&%%&0&%&&%&%T&`&&x& &%l&&%<&H&&&#+4:@HQZagoy  __mh_execute_header___stderrp_adumuv_annopen_atoi_exit_fflush_findsig_fprintf_fputc_free_getenv_isigopen_malloc_muvadu_printf_putann_puts_sampfreq_sample_sample_valid_setafreq_setgvmode_setifreq_strtim_timstr_wfdbquit  8__PAGEZERO__TEXT00__text__TEXT 8__symbol_stub1__TEXT6&__cstring__TEXT7'__literal8__TEXT?p/__literal4__TEXT?/__DATA@0__data__DATA@|0__dyld__DATA@|0|__la_symbol_ptr__DATA@l0__const__DATAA1__nl_symbol_ptr__DATAA 16__bss__DATAA(__common__DATAAH 8__LINKEDITPt@t@B\ PAd>A\ /usr/lib/dyldrΤeuFя( 4  /usr/lib/libwfdb.10.dylib 4o/usr/lib/libSystem.B.dylib 4/usr/lib/libgcc_s.1.dylib|: x8!T!48!z8;cW{:||+x8,@HiH$|B}|}cx=H}| x=N |B}h|=kk}iN |ܐ!B|wx?/@<`H!~<`H|}x<_Bb/A/A<_B"H8<8<_9`<_B8?| JUi:| .9kB<_b/@@8H8<_8<_<_<_<_8@H0<_Bb<8<_BH8`H<_Bb<88<_BH8`He?????~H||x/Ax?_<_B|~|PH|{x/AL<_B~|PH/A(TA<_Ah<_bH<_˂@HA/A4h@$8Đ~޳xH xK@xKm||x8~~x@8|}xx~xxK=@xK-|yx;@;@P@,xK@xK||x;A8 ;@<@Q`B|Y|B.p p|@P::~@xcxK|}x;xKP@xKy|}x;xKiP@lxKU|}x;xKEP@HxK1|}x8{K%P@(<_B|~`PA/@H@xKDAb~dxHH/Aa@8D8`8@H1/@H8`HmxH\/A;~@D<ff`fg||p"p|P@Px~xxKQA;@AbdxHH/A\a@8(D8`8@H/@H=8`Ho <C0(($*$ЀԐA;HlA/@\;@L<_BlBA<@C0A(@$<_P($AX~1<_l8`.H1}H9/;@(xH1|exx<8H9;A/@H/@/A,<_BxH|exx<8H<c|H<_BbHH8` <_BHu/A<8c~xH8`H^/-@;9; 8:;`;@:9 Ktpx!Aaځڡ!AaہۡN px!Aaʁʡ!Aaˁˡ|N =`@}N =`@}N =`@}N =`A}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N =`@}N usage: %s -r RECORD [OPTIONS ...] where RECORD is the name of the record to be analyzed, and OPTIONS mayinclude any of: -d dump unfiltered and filtered samples on standard output; do not annotate -f TIME begin at specified time (default: beginning of the record) -h print this usage summary -H read multifrequency signals in high resolution mode -j find and annotate J-points (QRS ends) as well as QRS onsets -m THRESH set detector threshold to THRESH (default: 100) -p FREQ specify power line (mains) frequency (default: 60) -R resample input at 120 or 150 Hz, depending on power line frequency (default: do not resample) -s SIGNAL analyze specified signal (default: 0) -t TIME stop at specified time (default: end of the record) -v verbose modeIf too many beats are missed, decrease THRESH; if there are too many extradetections, increase THRESH.%s: insufficient memory %s: ltsamp buffer too short %s %s: time must follow -f %s: threshold ( > 0) must follow -m %s: power line frequency ( > 0) must follow -p %s: input record name must follow -r %s: signal number or name must follow -s %s: time must follow -t %s: unrecognized option %s %s: unrecognized argument %s WFDBGVMODE , try -H option %s: sampling frequency (%g Hz) is too low%swqrse%6d %6d ------------------------------------------------------Record Name: %s Total Signals: %d (%d, %d) Sampling Frequency: %.1f Hz Sampling Interval: %.3f ms Signal channel used for detection: %d Eye-closing period: %d samples (%.0f ms) Minimum threshold: %d A/D units (%d microvolts) Power line frequency: %d Hz ------------------------------------------------------ Processing:8 %s Done! Resulting annotation file: %s.wqrs C0@i@N@^@b??@? =p@@@$?BCDzBpd<77888H8889 9d99:0:x::;$;@;@ @@@!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,A`ALAXAHAPAdAT#+4:@HQbiow AP      __mh_execute_header___stderrp_adumuv_annopen_atoi_exit_fflush_findsig_fprintf$LDBL128_fputc_free_getenv_isigopen_malloc_muvadu_printf$LDBL128_putann_puts_sampfreq_sample_sample_valid_setafreq_setgvmode_setifreq_sqrt_strlen_strtim_timstr_wfdbquit