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'T"!  …'\"!  …'!  \" …' ' '@!  , $  '@ 'l@!  , $  'l@!  'DHLPXdh#DD#HH#LL#PP@#\#`#d#h#l#p#t#x#|#@'`$ 'X@!  L, $  'X@'X@!  P, $  'X@8'X'T'P'L'H'Dl 'p 'DHLPTX\`dhtx|#DD#HH#LL#PP@#\#`#d#h#l#p#t#x#|#@'DH"'DH"셠ɢ'"!  B?!  !  셠" B!  B!  B!  !  ;XX;XX@!  B'!  !  !  B셠" B' 'x @Ẓ,  "!  !  ;XX;XX@! '؇"腠"'̣,  '䉠"!  B;XX@! '䉠"!  B;XX@! 'Ѕ"̣, $ ԅ"̣, $ ̠ 'x @l$ p$ 'sp_filters()pN_chirp.cCan't do post-Newtonian order > %d/2 sp_filters()pN_chirp.cMust have 0 < fstart < srate/2 sp_filters()pN_chirp.cf_c < fstart for %.1f+%.1f solar masses, chirps are arrays of zeroes phase_frequency()pN_chirp.cnumber of phaseterms %d is greater than that allowed (%d) phase_frequency()pN_chirp.cFrequency evolution no longer monotonic. Phase evolution terminated at frequency and step: %f %i Terminating chirp. Termination code set to: %i Returning to calling routine. phase_frequency()pN_chirp.cTime parameter is less than zero. Indicates that next time step is beyond coalescence. Terminating chirp. Termination code set to: %i Returning to calling routine. phase_frequency()pN_chirp.cFrequency rising too rapidly. Indicates post Newtonian calculation not valid. Terminating chirp. Termination code set to: %i Returning to calling routine. phase_frequency()pN_chirp.cPost Newtonian Equations no longer valid. [(Gm/rc^2)>1] Terminating chirp. Termination code set to: %i Returning to calling routine. phase_frequency()pN_chirp.cAllocated memory is filled up before reaching the maximum frequency reqested for this chirp. Freq Reached: %f, Number of points: %i Terminating chirp. Termination code set to: %i Returning to calling routine. phase_frequency()pN_chirp.cInsufficiant memory to store requested first memory chunk. Floats required for chunk: %i Terminating chirp. Termination code set to: %i Returning to calling routine. phase_frequency()pN_chirp.cInsufficiant memory to store requested chirp. Floats required so far: %i Reached frequency: %f Terminating chirp. Termination code set to: %i Returning to calling routine. phase_frequency()pN_chirp.cError code not set in phase_frequency(). This indicates logical flaw. Termination code set to: %i Exiting to system. freq_of_theta()pN_chirp.cInvalid time parameter (negative theta) has been sent. theta: %f Death is nigh. Termination code set to: %i Exiting to system. phase_of_theta()pN_chirp.cInvalid time parameter (negative theta) has been sent. theta: %f Death is nigh. Termination code set to: %i Exiting to system. phase_frequency()pN_chirp.cThis chirp does not even start with a monotonically increasing frequency. Indicates too large initial for masses or problems with root finder for initial time. Initial Frequency: %f Total Mass %f Termination code set to: %i Returning to calling routine. phase_frequency()pN_chirp.cNo meaningful start time for this chirp for this mass and initial frequency.: %i Initial Frequency: %f Total Mass %f Termination code set to: %i Returning to calling routine. error_code()pN_chirp.cError code has not been implemented: %i. make_filters()pN_chirp.cThe order argument of make_filters() is the order in (v/c) past the quadrupole approximation. If the order is set to zero, this gives the quadrupole approximation, and if set to four, this gives the second-post-Newtonian approximation. The order is currently set to %d; the allowed range is 0 to 5. @@ !TD-@@At1&B?@@@X@,gg@q0@>h<){@Jߠ(@Elq?9@c+M++?@ ??@0?=q-?@8@@&@@@$@\@@d@3@DAD?D@|DADBDCDtD7tDF$DHLPT'2DLDMDNDODDPTDQDRDS`DTpDUDVDWpDXDYDZ=$DʠHՠLPTX\,`BdYhmlptx|̠߀#0<IUhzDрD<    & 0DDTDTDDDDDDDDDDHDDDDDDD4D\DlDDDDD8DTDDDD DDTDTD\DDDDD(D(D0DdttDtDDDDTDdDlDDDDDDD DD$4D4DDDD|DDDD D (D 4 DD D \ \D \D D  D D D D ,D D D 8D XD   D D D! ,D" 8D# h xD) x D+ D, D- D. D/  D3  D4 D5 ,D6 8D7 @D8 p D=  D> D? D@ DA DB DFDHDI(DJ4DK<LDOLDPhDQDDVDW ;$ ]D j tD\      D]D^ Da0DbDc DdDkHDlDmDnDoDpDq<DsDLDwxDxDyDzD{D|D}HDPXD|DDD $ $!D!*!6!C!N!Y!d!o!z!!D,D,D4Dl|D|DDDDD$D4DDDDD,DD!$!D!΀!ۀ!!!"""D,D,D4Dl|D|DDDDDDD0DDD",$"uD"H"L"P"T"X"ŀ"Ѐ"܀""DDLDlDDDD,DDDDLD,DDDD`DDDD<DdD D D "$#*D#6H#CL#QPD"$D#$@D$@D%xD'D(D)D*D,D/D00D10D2hD3|D4D5D6D8D;D<D=D><D?PD@dDADBDDDGDHDIDJDK$DL8DMTDNhpDPpDSDTDUDVDWDX DY<DZXD[ltD]tD`DaDbDcDdDeDf8DgLTDiTdDldtDmtDnDoDpDqDr$Ds@DtT\Dv\lDyl|Dz|D{D|D}D~DD(0D0@D@PDPlDlDDDDDD(D(8D8TDTDDDDD D  D  D  <D <D tD D D D D D  $D $ 4D 4 DD D `D `D D D D D $D 8 @D @ PD PD D D D D  #_$#D#ƠH#ѠL#ܠP#T#X$ \$`$&d$4h$Gl$T$a$n<$$$$Ԁ$$% %D<D<DtDDDDDDDDDD<D\DdDDD,DDD4DD%$$%D%H%L%ȠP%֠T%X%\&`&'d&Ah&Ul&gp&yt&x&|&&&΀&&&' ''('6'?'I'S'[DD(D4DD D!D"D% D6 D8hD9DHDIDKDL(D%HlDNlDOxDPDQ'j ' '(9'(9'(9'(9((9(7(9(W(9G(~(:w((:_((:G((:/((:)(9)F()i()(9f)(<8)(<9(*"$*7$*g$*$*$+$+$+/$+B$+U$+h$+v$+$+bpN_chirp.c/home/ballen/public_html/grasp-distribution/GRASP/src/inspiral/pN_chirp.cXa ; g ; V=3.1 ; R=WorkShop Compilers 4.2 30 Oct 1996 C 4.2 ; G=$XATkTWB0nV83SBO.char:t(0,1)=bsc1;0;8;short:t(0,2)=bs2;0;16;int:t(0,3)=bs4;0;32;long:t(0,4)=bs4;0;32;long long:t(0,5)=bs8;0;64;signed char:t(0,6)=bsc1;0;8;signed short:t(0,7)=bs2;0;16;signed int:t(0,8)=bs4;0;32;signed long:t(0,9)=bs4;0;32;signed long long:t(0,10)=bs8;0;64;unsigned char:t(0,11)=buc1;0;8;unsigned short:t(0,12)=bu2;0;16;unsigned:t(0,13)=bu4;0;32;unsigned int:t(0,14)=bu4;0;32;unsigned long:t(0,15)=bu4;0;32;unsigned long long:t(0,16)=bu8;0;64;float:t(0,17)=R1;4;double:t(0,18)=R2;8;long double:t(0,19)=R6;16;void:t(0,20)=bs0;0;0$XATkTWB0nV83SBO.rcsid:S(0,21)=*(0,1)/home/ballen/public_html/grasp-distribution/GRASP/include/grasp.h/usr/include/stdio.h/usr/include/sys/feature_tests.h/usr/include/sys/va_list.h__va_list:t(4,1)=*(0,20)size_t:t(2,1)=(0,14)fpos_t:t(2,2)=(0,4):T(2,3)=s16_cnt:(0,3),0,32;_ptr:(2,4)=*(0,11),32,32;_base:(2,4),64,32;_flag:(0,11),96,8;_file:(0,11),104,8;;FILE:t(2,5)=(2,3)/usr/include/stdlib.h/usr/include/sys/feature_tests.h:T(5,1)=s8quot:(0,3),0,32;rem:(0,3),32,32;;div_t:t(5,2)=(5,1):T(5,3)=s8quot:(0,4),0,32;rem:(0,4),32,32;;ldiv_t:t(5,4)=(5,3):T(5,5)=s16quot:(0,5),0,64;rem:(0,5),64,64;;lldiv_t:t(5,6)=(5,5)uid_t:t(5,7)=(0,4)wchar_t:t(5,8)=bsc4;0;32;/usr/include/math.h_h_val:T(7,1)=u8_i:(7,2)=ar(0,3);0;1;(0,15),0,64;_d:(0,18),0,64;;_h_val:t(7,3)=(7,1)/usr/include/string.h/usr/include/sys/feature_tests.h/usr/include/limits.h/usr/include/sys/feature_tests.h/usr/include/sys/isa_defs.h/usr/include/sys/int_limits.h/usr/include/sys/isa_defs.h/usr/include/time.h/usr/include/sys/feature_tests.hclock_t:t(15,1)=(0,4)time_t:t(15,2)=(0,4)clockid_t:t(15,3)=(0,3)timer_t:t(15,4)=(0,3)tm:T(15,5)=s36tm_sec:(0,3),0,32;tm_min:(0,3),32,32;tm_hour:(0,3),64,32;tm_mday:(0,3),96,32;tm_mon:(0,3),128,32;tm_year:(0,3),160,32;tm_wday:(0,3),192,32;tm_yday:(0,3),224,32;\tm_isdst:(0,3),256,32;;/usr/include/stdarg.h/usr/include/sys/va_list.hva_list:t(17,1)=*(0,20)ld_binheader:T(1,1)=s8elapsed_time:(0,17),0,32;datarate:(0,17),32,32;;ld_mainheader:T(1,2)=s48chunksize:(0,3),0,32;filetype:(0,3),32,32;epoch_time_sec:(0,3),64,32;epoch_time_msec:(0,3),96,32;tod_second:(0,3),128,32;tod_minute:(0,3),160,32;tod_hour:(0,3),192,32;date_day:(0,3),224,32;\date_month:(0,3),256,32;date_year:(0,3),288,32;date_dow:(0,3),320,32;sub_hdr_flag:(0,3),352,32;;Template:T(1,3)=s68num:(0,3),0,32;f_lo:(0,17),32,32;f_hi:(0,17),64,32;tau0:(0,17),96,32;tau1:(0,17),128,32;tau15:(0,17),160,32;tau20:(0,17),192,32;pha0:(0,17),224,32;\pha1:(0,17),256,32;pha15:(0,17),288,32;pha20:(0,17),320,32;mtotal:(0,17),352,32;mchirp:(0,17),384,32;mred:(0,17),416,32;eta:(0,17),448,32;m1:(0,17),480,32;\m2:(0,17),512,32;;Scope:T(1,4)=s32n_tmplt:(0,3),0,32;m_mx:(0,17),32,32;m_mn:(0,17),64,32;theta:(0,17),96,32;dp:(0,17),128,32;dq:(0,17),160,32;f_start:(0,17),192,32;templates:(1,5)=*(1,3),224,32;;Raw_data_header:T(1,6)=s32n:(0,3),0,32;block:(0,3),32,32;t_sample:(0,17),64,32;f_sample:(0,17),96,32;t_start:(0,18),128,64;begin:(1,7)=*(0,2),192,32;;Swept_sine_header:T(1,8)=s24n:(0,3),0,32;block_lo:(0,3),32,32;block_hi:(0,3),64,32;freq:(1,9)=*(0,17),96,32;real:(1,9),128,32;imag:(1,9),160,32;;Cal_data_header:T(1,10)=s40n:(0,3),0,32;block:(0,3),32,32;t_sample:(0,17),64,32;f_sample:(0,17),96,32;t_start:(0,18),128,64;f_lo:(0,17),192,32;f_hi:(0,17),224,32;format:(0,3),256,32;\begin:(1,9),288,32;;Signal:T(1,11)=s12t_arr:(0,17),0,32;pha_arr:(0,17),32,32;snr_max:(0,17),64,32;;removed_lines:T(1,12)=s32index:(0,3),0,32;fvalue:(0,17),32,32;re:(0,17),64,32;im:(0,17),96,32;dcdbr:(0,17),128,32;dcdbi:(0,17),160,32;d2cdb2r:(0,17),192,32;d2cdb2i:(0,17),224,32;;fgetinput:T(1,13)=s40nchan:(0,3),0,32;chnames:(1,14)=*(0,21),32,32;npoint:(0,3),64,32;locations:(1,15)=*(1,7),96,32;files:(1,16)=*(1,17)=f(0,21),128,32;filedes:(1,18)=*(1,19)=f(0,3),160,32;inlock:(0,3),192,32;seek:(0,3),224,32;\calibrate:(0,3),256,32;datatype:(0,21),288,32;;fgetoutput:T(1,20)=s136tstart:(0,18),0,64;tstart_gps:(0,18),64,64;srate:(0,18),128,64;npoint:(1,21)=*(0,3),192,32;ratios:(1,21),224,32;discarded:(0,3),256,32;tfirst:(0,18),320,64;tfirst_gps:(0,18),384,64;\dt:(0,18),448,64;lostlock:(0,18),512,64;lostlock_gps:(0,18),576,64;lastlock:(0,18),640,64;lastlock_gps:(0,18),704,64;returnval:(0,3),768,32;fri:(1,9),800,32;frinum:(0,3),832,32;\tcalibrate:(0,3),864,32;tcalibrate_gps:(0,3),896,32;locklow:(0,3),928,32;lockhi:(0,3),960,32;filename:(0,21),992,32;slow_names:(0,21),1024,32;;qnTemplate:T(1,22)=s12num:(0,3),0,32;freq:(0,17),32,32;qual:(0,17),64,32;;qnScope:T(1,23)=s24n_tmplt:(0,3),0,32;freq_min:(0,17),32,32;freq_max:(0,17),64,32;qual_min:(0,17),96,32;qual_max:(0,17),128,32;templates:(1,24)=*(1,22),160,32;;GR_start_error_type:t(1,25)=*(1,26)=f(0,20)GR_report_error_type:t(1,27)=*(1,28)=f(0,20)GR_end_error_type:t(1,29)=*(1,30)=f(0,20)cubic_grid:T(1,31)=s48n:(0,3),0,32;m_mn:(0,17),32,32;m_mx:(0,17),64,32;dm:(0,17),96,32;match:(0,17),128,32;angle:(0,17),160,32;order:(0,3),192,32;srate:(0,17),224,32;\flo:(0,17),256,32;ftau:(0,17),288,32;detector:(0,3),320,32;coef:(1,32)=*(1,33)=*(1,9),352,32;;tile:T(1,34)=s72flag:(0,3),0,32;x:(0,18),64,64;y:(0,18),128,64;dx:(0,18),192,64;dy:(0,18),256,64;r1:(0,18),320,64;r2:(0,18),384,64;theta:(0,18),448,64;\next:(1,35)=*(1,34),512,32;;chirp_space:T(1,36)=s88m_mn:(0,17),0,32;m_mx:(0,17),32,32;ftau:(0,17),64,32;angle:(0,17),96,32;match:(0,17),128,32;n_bound:(0,3),160,32;x_bound:(1,37)=*(0,18),192,32;y_bound:(1,37),224,32;\grid:(1,31),256,384;n_templates:(0,3),640,32;templates:(1,38)=*(1,39)=xschirp_template:,672,32;;chirp_template:T(1,39)=s128flag:(0,3),0,32;num:(0,3),32,32;x:(0,18),64,64;y:(0,18),128,64;dx:(0,18),192,64;dy:(0,18),256,64;semimajor:(0,18),320,64;semiminor:(0,18),384,64;\theta:(0,18),448,64;tau0:(0,18),512,64;tau1:(0,18),576,64;mtotal:(0,18),640,64;mchirp:(0,18),704,64;mred:(0,18),768,64;eta:(0,18),832,64;m1:(0,18),896,64;\m2:(0,18),960,64;;LS_physical_constants:T(1,40)=s24mass:(0,17),0,32;radius:(0,17),32,32;distance:(0,17),64,32;fmax:(0,17),96,32;inclination:(0,17),128,32;Phi_0:(0,17),160,32;;testmass_errors:T(1,41)=ekBhptNoError:0,kBhptCantOpenFile:1,kBhptOutOfMemory:2,kBhptUnknownMemory:3,kBhptNotEnoughPoints:4,kBhptCorruptFile:5,kBhptStepTooSmall:6,kBhptTooManySteps:7,\kBhptNoDataRead:8,kBhptNoPhase:9,kBhptNoTime:10,kBhptFOutOfRange:11,;:T(1,42)=s76run_number:(0,3),0,32;f_lower:(0,17),32,32;start_segment:(0,3),64,32;transformtype:(0,3),96,32;windowwidth:(0,3),128,32;offset_step_size:(0,3),160,32;num_of_segments:(0,3),192,32;maxpixelval:(0,17),224,32;\DIM:(0,3),256,32;ND:(0,3),288,32;PD:(0,3),320,32;PRE:(0,3),352,32;POST:(0,3),384,32;TD:(0,3),416,32;FD:(0,3),448,32;rescale_factor:(0,17),480,32;\hscale:(0,17),512,32;noisetype:(0,3),544,32;srate:(0,3),576,32;;struct_tfparam:t(1,43)=(1,42):T(1,44)=s536sigma:(0,18),0,64;low:(0,18),64,64;high:(0,18),128,64;infile:(1,45)=ar(0,3);0;255;(0,1),192,2048;outfile:(1,46)=ar(0,3);0;255;(0,1),2240,2048;;dl_options:t(1,47)=(1,44)sp_filters:F(0,20);(0,17);(0,17);(1,9);(1,9);(0,17);(0,3);(0,17);(0,17);(0,17);(0,3)m1:p(0,17)m2:p(0,17)ch1:p(1,9)ch2:p(1,9)fstart:p(0,17)n:p(0,3)srate:p(0,17)f_c:p(0,17)t_c:p(0,17)order:p(0,3)M:(0,17)eta:(0,17)i:(0,3)pN_chirp.cf:(0,17)Psi:(0,17)sp_phase:F(0,17);(0,17);(0,17);(0,17);(0,17);(0,3)f:p(0,17)t_c:p(0,17)m1:p(0,17)m2:p(0,17)order:p(0,3)x:(0,17)eta:(0,17)Psi:(0,17)phase_frequency:F(0,3);(0,17);(0,17);(0,17);(0,17);(0,3);(1,9);(0,17);(0,17);(1,9);(0,17);(1,33);(1,33);(1,21);(1,21);(1,9);(0,3)m1:p(0,17)m2:p(0,17)spin1:p(0,17)spin2:p(0,17)n_phaseterms:p(0,3)phaseterms:p(1,9)Initial_Freq:p(0,17)Max_Freq_Rqst:p(0,17)Max_Freq_Actual:p(1,9)Sample_Time:p(0,17)ptrptrphase:p(1,33)ptrptrfrequency:p(1,33)N_alloc:p(1,21)N_filld:p(1,21)clscnc_time:p(1,9)err_cd_sprs:p(0,3)thetai:(0,17)initial_time:(0,17)initial_phase:(0,17)phase:(0,17)dumph:(0,17)freq:(0,17)theta:(0,17)time:(0,17)theta_check:(0,17)freq_check:(0,17)freq_prev_step:(0,17)fdum1:(0,17)fdum2:(0,17)i:(0,3)L_alloc:(0,3)L_continue:(0,3)trmntn_code:(0,3)idum1:(0,3)cfreqscale:(0,17)timescale:(0,17)p4:(0,17)p2:(0,17)p1:(0,17)pm8:(0,17)init_theta_of_freq:F(0,17);(0,17)freq:p(0,17)th:(0,17)oldth:(0,17)g:(0,17)final:(0,17)acc:(0,17)theta:(0,17)gold:(0,17)id1:(0,3)rtbis:P(0,17);(0,22)=*(0,23)=f(0,17);(0,17);(0,17);(0,17)freq_of_theta:F(0,17);(0,17)theta:p(0,17)freq:(0,17)dumfr:(0,17)pm1:(0,17)pm2:(0,17)pm3:(0,17)pm4:(0,17)pm5:(0,17)pm6:(0,17)pm7:(0,17)trmntn_code:(0,3)phase_of_theta:F(0,17);(0,17)theta:p(0,17)phase:(0,17)dumph:(0,17)p1:(0,17)p2:(0,17)p3:(0,17)p4:(0,17)p5:(0,17)trmntn_code:(0,3)compute_phase_freq_coefs:F(0,20);(0,17);(0,17);(0,17);(0,17);(1,9);(0,3)m1:p(0,17)m2:p(0,17)spin1:p(0,17)spin2:p(0,17)loc_freq_coef:p(1,9)N:p(0,3)eta:(0,17)dmom:(0,17)chi_s:(0,17)chi_a:(0,17)i:(0,3)error_code:F(0,3);(0,3);(0,3);(0,17);(0,17)code:p(0,3)idum1:p(0,3)fdum1:p(0,17)fdum2:p(0,17)make_filters:F(0,20);(0,17);(0,17);(1,9);(1,9);(0,17);(0,3);(0,17);(1,21);(1,9);(0,3);(0,3)m1:p(0,17)m2:p(0,17)ch1:p(1,9)ch2:p(1,9)fstart:p(0,17)steps_alloc:p(0,3)srate:p(0,17)filled:p(1,21)t_coal:p(1,9)err_cd_sprs:p(0,3)order:p(0,3)spin1:(0,17)spin2:(0,17)phaseterms:(0,24)=ar(0,3);0;14;(0,17)Initial_Freq:(0,17)Max_Freq_Rqst:(0,17)Max_Freq_Actual:(0,17)Sample_Time:(0,17)steps_filld:(0,3)n_phaseterms:(0,3)filter_ok:(0,3)i:(0,3)chirp_filters:F(0,3);(0,17);(0,17);(0,17);(0,17);(0,3);(1,9);(0,17);(0,17);(1,9);(0,17);(1,33);(1,33);(1,21);(1,21);(1,9);(0,3)m1:p(0,17)m2:p(0,17)spin1:p(0,17)spin2:p(0,17)n_phaseterms:p(0,3)phaseterms:p(1,9)Initial_Freq:p(0,17)Max_Freq_Rqst:p(0,17)ptrMax_Freq_Actual:p(1,9)Sample_Time:p(0,17)ptrptrCos:p(1,33)ptrptrSin:p(1,33)N_alloc:p(1,21)N_filld:p(1,21)clscnc_time:p(1,9)err_cd_sprs:p(0,3)ptrphase:(1,9)ptrfrequency:(1,9)m_red:(0,17)m_tot:(0,17)normalize:(0,17)phs:(0,17)phs_const:(0,17)factor:(0,17)y:(0,17)si:(0,17)co:(0,17)i:(0,3)chirp_ok:(0,3)loc_err_cd_sprs:G(0,3)loc_trmntn_code:G(0,3)$XATkTWB0nV83SBO.L_52PN:S(0,3)$XATkTWB0nV83SBO.cphse5:S(0,17)$XATkTWB0nV83SBO.cphse4:S(0,17)$XATkTWB0nV83SBO.cphse3:S(0,17)$XATkTWB0nV83SBO.cphse2:S(0,17)$XATkTWB0nV83SBO.cphse0:S(0,17)$XATkTWB0nV83SBO.loc_theta_scl:S(0,17)$XATkTWB0nV83SBO.cfreq5:S(0,17)$XATkTWB0nV83SBO.cfreq4:S(0,17)$XATkTWB0nV83SBO.cfreq3:S(0,17)$XATkTWB0nV83SBO.cfreq2:S(0,17)$XATkTWB0nV83SBO.cfreq0:S(0,17)$XATkTWB0nV83SBO.loc_phase_coal:S(0,17)$XATkTWB0nV83SBO.loc_m_tot:S(0,17)$XATkTWB0nV83SBO.loc_eta:S(0,17)$XATkTWB0nV83SBO.loc_lhs:S(0,17)$XATkTWB0nV83SBO.loc_phaseterms:S(0,25)=ar(0,3);0;14;(0,17)$XATkTWB0nV83SBO.loc_freq_coef:S(0,26)=ar(0,3);0;14;(0,17)GR_end_error:P(0,20)GR_report_error:P(0,20);(0,27)=*(0,28)=k(0,1);0GR_start_error:P(0,20);(0,29)=*(0,30)=k(0,1);(0,31)=*(0,32)=k(0,1);(0,33)=*(0,34)=k(0,1);(0,35)=k(0,4)clear:P(0,20);(1,9);(0,3);(0,3)sqrt:P(0,18);(0,18)pow:P(0,18);(0,18);(0,18)log:P(0,18);(0,18)sin:P(0,18);(0,18)cos:P(0,18);(0,18)exit:P(0,20);(0,3)abort:P(0,20)realloc:P(0,36)=*(0,20);(0,36);(0,14)malloc:P(0,36);(0,14)@(#)stdio.h 1.49 97/05/09 SMI@(#)feature_tests.h 1.13 97/06/26 SMI@(#)va_list.h 1.6 96/01/26 SMI@(#)stdlib.h 1.40 97/06/30 SMI@(#)math.h 2.6 97/06/05@(#)string.h 1.19 96/03/12 SMI@(#)limits.h 1.35 97/02/25 SMI@(#)isa_defs.h 1.11 97/03/21 SMI@(#)int_limits.h 1.3 96/09/23 SMI@(#)time.h 1.25 96/03/12 SMI@(#)stdarg.h 1.38 96/01/26 SMIacomp: WorkShop Compilers 4.2 30 Oct 1996 C 4.2pN_chirp.cBbss.bssDdata.dataDrodata.rodatachirp_filtersmake_filtersexitrtbisreallocmallocerror_codefreq_of_thetaphase_of_thetainit_theta_of_freqcompute_phase_freq_coefs$XATkTWB0nV83SBO.cfreq5$XATkTWB0nV83SBO.cfreq4$XATkTWB0nV83SBO.cfreq3$XATkTWB0nV83SBO.cfreq2$XATkTWB0nV83SBO.cfreq0$XATkTWB0nV83SBO.cphse5$XATkTWB0nV83SBO.cphse4$XATkTWB0nV83SBO.cphse3$XATkTWB0nV83SBO.cphse2$XATkTWB0nV83SBO.cphse0$XATkTWB0nV83SBO.loc_phase_coal$XATkTWB0nV83SBO.loc_lhs$XATkTWB0nV83SBO.loc_theta_sclloc_trmntn_code$XATkTWB0nV83SBO.loc_freq_coef$XATkTWB0nV83SBO.L_52PN$XATkTWB0nV83SBO.loc_phaseterms$XATkTWB0nV83SBO.loc_eta$XATkTWB0nV83SBO.loc_m_totloc_err_cd_sprsphase_frequencylogsincossqrtpowsp_phaseclearabortGR_end_errorGR_report_errorGR_start_errorsp_filters$XATkTWB0nV83SBO.rcsid  /9x=5JOU]d) o} #0H`xH</DG<g  L P T4 X4 ` d |2  10/    4 D8 D<4 @4 H TL Td2l `p `x10/  4 4   2  1   (100P.p.    8 < X \ |  -     (  (( 0, 0H,\ 8` 8h @l @x H| H 0 0,     P P X X,8 `< `T hX hl+*)   8 8  @ @, P0 P8 X< XX,  , p p,( 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