SIMPLE = T / Data conforms to FITS standard BITPIX = 16 / Bits per data value NAXIS = 0 / Number of data axes EXTEND = T / File may contain standard extensions NEXTEND = 1 / Number of standard extensions GROUPS = F / Image is in group format DATE = '2007-12-20T20:01:31' / file creation date (YYYY-MM-DDThh:mm:ss UT) DATA DESCRIPTION KEYWORDS TELESCOP= 'FUSE ' / Telescope used to acquire data INSTRUME= 'FUV ' / Instrument in use (one of FUV, FESA, or FESB) ROOTNAME= 'D0230101008 ' / Rootname of the observation set (ppppttooeee) FILENAME= 'D02301010082alif4ttagfcal.fit' / Name of file FILETYPE= 'CALIBRATED EXTRACTED SPECTRUM' / Type of data found in data file EXP_STAT= 0 / Science data processing status (0=good) PROPOSAL INFORMATION PRGRM_ID= 'D023 ' / Program ID from data header TARG_ID = '01 ' / Target ID from data header SCOBS_ID= '01 ' / Observation ID from data header EXP_ID = '008 ' / Exposure ID from data header OBS_ID = '01 ' / Observation ID from proposal database PR_INV_L= 'Vennes ' / Last name of principal investigator PR_INV_F= 'Stephane ' / First name of principal investigator TARGET INFORMATION TARGNAME= 'WD0106-358 ' / Target name on proposal RA_TARG = 17.086542 / [deg] Right ascension of the target (J2000) DEC_TARG= -35.578139 / [deg] Declination of the target (J2000) APER_PA = 118.917297 / [deg] Position angle of Y axis (E of N) EQUINOX = 2000.0 / Equinox of celestial coordinate system ELAT = -3.896594172631E+01 / [deg] Ecliptic latitude ELONG = 3.591019785182E+02 / [deg] Ecliptic longitude GLAT = -8.081401231521E+01 / [deg] Galactic latitude GLONG = 2.808779507154E+02 / [deg] Galactic longitude OBJCLASS= 37 / Object class (modified IUE classification) SP_TYPE = 'DA ' / MK spectral type and luminosity class (or otherSRC_TYPE= 'PC ' / [P]oint or [E]xtended, [C]ontinuum, [E]mission VMAG = 14.75 / Target V magnitude EBV = 0.0 / Color excess E(B-V) Z = 0.0 / Redshift EFLX_950= 1.0E-13 / Expected flux at 950 A EFLX1050= 8.0E-13 / Expected flux at 1050 A EFLX1150= 8.0E-13 / Expected flux at 1150 A HIGH_PM = 'F ' / High proper motion target (T or F) MOV_TARG= 'F ' / [F]ixed or [M]oving target PCNTRATE= 464.0 / Expected count rate (sum of all channels) SUMMARY EXPOSURE INFORMATION DATEOBS = '2004-11-21' / UT date of start of exposure (yyyy-mm-dd) TIMEOBS = '16:24:54' / UT start time of exposure (hh:mm:ss) EXPSTART= 5.333068395833E+04 / Exposure start time (Modified Julian Date) EXPEND = 5.333070616500E+04 / Exposure end time (Modified Julian Date) EXPTIME = 1441. / [s] Total time after screening EXPENDC = 'OCC ' / End condition (ENDO; SAA; OCC; NGHT; ENDE) NEVENTS = 162827 / Number of events in raw data file RAWTIME = 1.918656250000E+03 / [s] Exposure duration of raw data file PLANTIME= 2800 / [s] Planned exposure time SUNANGLE= 112.470744644694 / [deg] Angle between sun and Z axis MOONANGL= 35.376500012459 / [deg] Angle between moon and Z axis POLEANGL= 100.749600835287 / [deg] Angle between orbit pole and Z axis GEO_LONG= 119.237953795675 / [deg] Geocentric longitude GEO_LAT = -18.0685695520901 / [deg] Geocentric latitude MAG_LAT = -6.80316959251385 / [deg] Geomagnetic latitude MIN_LIMB= 9.8183412767649 / [deg] Minimum angle above Earth limb NBADEVNT= 18772 / Number of events deleted in screening NBADPHA = 1643 / Number of events deleted in PHA screening EXP_BAD = 477 / [s] Time lost to screening EXP_BRST= 0 / [s] Time lost to event bursts EXP_HV = 404 / [s] Time lost to low voltage/FIFO overflow EXP_JITR= 353 / [s] Time lost to jitter EXP_LIM = 73 / [s] Time with low limb angle EXP_SAA = 0 / [s] Time while in SAA EXPNIGHT= 1441 / [s] Night time after screening V_GEOCEN= -5.56779566200859 / [km/s] Observed to geocentric velocity V_HELIO = -20.5447674799752 / [km/s] Geocentric to heliocentric velocity V_LSRDYN= -8.52042484283447 / [km/s] Heliocentric to dynamical LSR V_LSRSTD= -9.73174953460693 / [km/s] Heliocentric to standard solar LSR Geocentric and helocentric conversions are applied by the CALFUSE calibration pipeline. LSR conversion is not. SCIENCE INSTRUMENT CONFIGURATION INSTMODE= 'TTAG ' / Instrument mode (TTAG or HIST) DETECTOR= '2A ' / Detector for data in this file (1A, 1B, 2A, 2B)APERTURE= 'LWRS ' / Planned target aperture: HIRS, MDRS, LWRS, RFPTBRIT_OBJ= 'NO ' / Special configuration for bright-object obs APER_ACT= 'LWRS_LIF' / Extracted aperture in this file DET_MASK= 'AIC1 ' / Detector mask used NUM_APS = 1 / Number of apertures in use in the observation INITBINX= 1 / Initial binning in X coordinate INITBINY= 1 / Initial binning in Y coordinate SPECBINX= 1 / Current binning in X coordinate SPECBINY= 1 / Current binning in Y coordinate SIA_TBL = ' ' / SIA Table name NUM_HIST= 0 / Number of histograms in the observation INT_CAL = ' ' / Internal Calibration (STIM, NONE) FPSPLIT = 0 / Number of FP Split positions FPASXPOS= 174.941 / [microns] FPA SiC X position FPALXPOS= 175.374 / [microns] FPA LiF X position FPASZPOS= 59.7486 / [microns] FPA SiC Z position FPALZPOS= 145.352 / [microns] FPA LiF Z position MIRL1FOC= 0.000000 / [microns] LiF 1 mirror position MIRL2FOC= 0.000000 / [microns] LiF 2 mirror position MIRS1FOC= 0.000000 / [microns] SiC 1 mirror position MIRS2FOC= 0.000000 / [microns] SiC 2 mirror position TTPERIOD= 1.0 / [s] Time marker insertion period ENGSNAPT= 300 / [s] Engineering snapshot period TACQSEQ = 'ACQ-T-NOPKUP ' / Target acquisition sequence ROLLOFF = 10.0 / [Deg] Roll offset FES_BIN = 1 / FES binning factor (1;2;4;8) FES_FILT= 'CLR ' / FES filter wheel position: CLR=Clear, COL=ColorFES_TPOS= 'IN ' / FES target position: IN or OUT DETECTOR HV BIAS RANGES DET1HVAL= 70 / Det1 MCP A HV bias minimum setting DET1HVAH= 164 / Det1 MCP A HV bias maximum setting DET1HVBL= 69 / Det1 MCP B HV bias minimum setting DET1HVBH= 161 / Det1 MCP B HV bias maximum setting DET2HVAL= 70 / Det2 MCP A HV bias minimum setting DET2HVAH= 148 / Det2 MCP A HV bias maximum setting DET2HVBL= 60 / Det2 MCP B HV bias minimum setting DET2HVBH= 126 / Det2 MCP B HV bias maximum setting HV_FLAG = 0 / Detector voltage changed during exposure ORBITAL EPHEMERIS EPCHTIMD= 53330. / Epoch time of parameters whole day (MJD) EPCHTIMF= 0.427227630003472 / Epoch time of parameters fraction of day (MJD) INCLINAT= 24.9875 / [deg] Inclination ECCENTRY= 0.0010494 / Eccentricity MEANANOM= 336.486 / [deg] Mean anomaly ARGPERIG= 23.6169 / [deg] Argument of perigee RASCASCN= 116.5855 / [deg] RA of ascending node SEMIMAJR= 7131.47055237259 / [km] Semi-major axis MEANMOTN= 14.41564749 / [revs/day] Mean motion FDM2COEF= 4.33E-06 / First time derivative of mean motion / 2 SDM6COEF= 0. / Second time derivative of mean motion / 6 DRAGCOEF= 7.6717E-05 / B star drag coefficient PROPMODL= 'SGP4 ' / Propagation model SCIENCE DATA PROCESSING STEPS INIT_COR= 'COMPLETE' / Initialize processing DIGI_COR= 'COMPLETE' / Check digitizer values ELEC_COR= 'COMPLETE' / Detector dead-time correction IDS__COR= 'COMPLETE' / IDS dead-time correction FIFO_COR= 'COMPLETE' / FIFO overflow correction DEAD_COR= 'COMPLETE' / Apply all dead-time corrections THRM_COR= 'COMPLETE' / Thermal distortion correction RATE_COR= 'COMPLETE' / Count-rate Y distortion TMXY_COR= 'COMPLETE' / Temporal X and Y corrections GEOM_COR= 'COMPLETE' / Geometric distortion PHAH_COR= 'OMIT ' / Assign pulse heights to HIST data PHAX_COR= 'COMPLETE' / Low pulse-height X distortion (walk) ACTV_COR= 'COMPLETE' / Define detector active region LIMB_COR= 'COMPLETE' / Limb-angle screening SAA__COR= 'COMPLETE' / SAA screening VOLT_COR= 'COMPLETE' / Confirm detector voltage BRST_COR= 'COMPLETE' / Screen for bursts APER_COR= 'COMPLETE' / Screen for target out of aperture UGTI_COR= 'COMPLETE' / Set user good-time intervals FLAG_COR= 'COMPLETE' / Set individual photon flags GTI__COR= 'COMPLETE' / Determine good-time intervals TIME_COR= 'OMIT ' / Modify photon arrival times (HIST only) AIRG_COR= 'COMPLETE' / Flag events in airglow regions BPIX_COR= 'COMPLETE' / Flag events in bad-pixel regions PHA__COR= 'COMPLETE' / Pulse-height screening FIND_COR= 'COMPLETE' / Find spectra on detector YMOT_COR= 'COMPLETE' / Track motion of Y centroid GRAT_COR= 'COMPLETE' / Grating motion correction FPA__COR= 'COMPLETE' / FPA offset correction MIRR_COR= 'COMPLETE' / Mirror motion correction JITR_COR= 'COMPLETE' / Satellite jitter correction YCNT_COR= 'COMPLETE' / Y centroid of corrected data CHID_COR= 'COMPLETE' / Final channel assignment TCRT_COR= 'COMPLETE' / Calculate target count rate ASTG_COR= 'COMPLETE' / Astigmatism correction WAVE_COR= 'COMPLETE' / Assign wavelength to photons DOPP_COR= 'COMPLETE' / Heliocentric reference frame FLAT_COR= 'OMIT ' / Flat-field correction FLUX_COR= 'COMPLETE' / Flux-calibrate each photon COMB_COR= 'PERFORM ' / Generate observation-level spectrum SCIENCE DATA PROCESSING CALIBRATION FILES AEFF1CAL= 'aeff2a119.fit ' / Effective-area curve #1 AEFF2CAL= 'aeff2a120.fit ' / Effective-area curve #2 AIRG_CAL= 'airg2a004.fit ' / Geocoronal line locations ASTG_CAL= 'astg2a011.fit ' / Astigmatism correction BCHR_CAL= 'bchr2a003.fit ' / Background characteristics BKGD_CAL= 'bkgd2a018.fit ' / Background/scattered-light model BPM_CAL = 'D02301010082attagfbpm.fit' / Bad-pixel map for this exposure CHID_CAL= 'chid2a014.fit ' / Windows for spectral extraction DIGI_CAL= 'digi001.fit ' / Reference file for digitizer values ELEC_CAL= 'elec005.fit ' / Detector parameters FLAT1CAL= ' ' / Flat-field correction #1 FLAT2CAL= ' ' / Flat-field correction #2 GEOM_CAL= 'geom2a016.fit ' / X and Y geometric corrections GRAT_CAL= 'grat005.fit ' / Grating motions HSKP_CAL= 'D0230101008hskpf.fit' / Housekeeping data JITR_CAL= 'D0230101008jitrf.fit' / Spacecraft jitter data MIRR_CAL= 'mirr002.fit ' / Mirror motions PARM_CAL= 'parm2a015.fit ' / Master parameter file PHAH_CAL= 'phah2a001.fit ' / Pulse height map for HIST data PHAX_CAL= 'phax2a005.fit ' / Low-pulse-height X distortion QUAL_CAL= 'qual2a020.fit ' / Quality flag (bad pixel) map RATE_CAL= 'rate2a002.fit ' / Y stretch with count rate SAAC_CAL= 'saac004.fit ' / SAA contours for data screening SCRN_CAL= 'scrn2a015.fit ' / Parameters for data screening SPEC_CAL= 'spec002.fit ' / Spectrograph parameters STIM_CAL= 'stim2a001.fit ' / Default thermal drift parameters TMXY_CAL= 'tmxy2a002.fit ' / Temporal X and Y corrections VOLT_CAL= 'volt2a009.fit ' / Detector bias voltages and dates WAVE_CAL= 'wave2a023.fit ' / Wavelength calibration WGTS_CAL= 'wgts2a011.fit ' / Pixel weights for extraction WORM1CAL= ' ' / Worm correction #1 WORM2CAL= ' ' / Worm correction #2 SCIENCE DATA PROCESSING KEYWORDS OPUSVERS= '2.7 ' / FUSE OPUS version number CF_VERS = '3.2.1 ' / CALFUSE pipeline version number HKEXISTS= 'yes ' / Housekeeping data file exists DAYNIGHT= 'BOTH ' / Use only DAY, NIGHT, or BOTH BRITLIMB= 15. / [deg] Bright limb avoidance angle DARKLIMB= 10. / [deg] Dark limb avoidance angle ORBPERID= 5990. / [s] Estimate of orbital period PHALOW = 3 / Pulse height screening low limit PHAHIGH = 23 / Pulse height screening high limit OPT_EXTR= 4 / Number of optimal extraction iterations STIM_L_X= 242.3225 / X centroid of left stim pulse STIM_L_Y= 619.3347 / Y centroid of left stim pulse STIM_R_X= 16117.62 / X centroid of right stim pulse STIM_R_Y= 627.3445 / Y centroid of right stim pulse FPADXLIF= 0.01791588 / [pixels] Correction for FPA position (LIF) FPADXSIC= 0.1222631 / [pixels] Correction for FPA position (SIC) WPC = 0.013 / [A] Wavelength increment per pixel W0 = 1085.003 / [A] Wavelength of first pixel DET_DEAD= 1.001199 / Mean detector deadtime correction factor IDS_DEAD= 1. / Mean IDS deadtime correction factor TOT_DEAD= 1.001199 / TOTAL deadtime correction factor MEASURED SPECTRAL CENTROIDS YCENT1 = 681.6008 / [pixels] Y centroid of LIF HIRS spectrum YCENT2 = 562.7009 / [pixels] Y centroid of LIF MDRS spectrum YCENT3 = 798.8074 / [pixels] Y centroid of LIF LWRS spectrum YCENT5 = 280.589 / [pixels] Y centroid of SIC HIRS spectrum YCENT6 = 171.889 / [pixels] Y centroid of SIC MDRS spectrum YCENT7 = 403.9665 / [pixels] Y centroid of SIC LWRS spectrum YQUAL1 = 'MEDIUM ' / Quality of Y centroid value (LIF HIRS) YQUAL2 = 'MEDIUM ' / Quality of Y centroid value (LIF MDRS) YQUAL3 = 'HIGH ' / Quality of Y centroid value (LIF LWRS) YQUAL5 = 'MEDIUM ' / Quality of Y centroid value (SIC HIRS) YQUAL6 = 'MEDIUM ' / Quality of Y centroid value (SIC MDRS) YQUAL7 = 'HIGH ' / Quality of Y centroid value (SIC LWRS) BACKGROUND SAMPLE REGIONS BKGD_NUM= 3 / Number of background regions specified BKG_MIN0= 82 / [pixels] bkgd sample region 0 - lower limit BKG_MIN1= 500 / [pixels] bkgd sample region 1 - lower limit BKG_MIN2= 890 / [pixels] bkgd sample region 2 - lower limit BKG_MIN3= 0 / [pixels] bkgd sample region 3 - lower limit BKG_MIN4= 0 / [pixels] bkgd sample region 4 - lower limit BKG_MIN5= 0 / [pixels] bkgd sample region 5 - lower limit BKG_MIN6= 0 / [pixels] bkgd sample region 6 - lower limit BKG_MIN7= 0 / [pixels] bkgd sample region 7 - lower limit BKG_MAX0= 335 / [pixels] bkgd sample region 0 - upper limit BKG_MAX1= 720 / [pixels] bkgd sample region 1 - upper limit BKG_MAX2= 905 / [pixels] bkgd sample region 2 - upper limit BKG_MAX3= 0 / [pixels] bkgd sample region 3 - upper limit BKG_MAX4= 0 / [pixels] bkgd sample region 4 - upper limit BKG_MAX5= 0 / [pixels] bkgd sample region 5 - upper limit BKG_MAX6= 0 / [pixels] bkgd sample region 6 - upper limit BKG_MAX7= 0 / [pixels] bkgd sample region 7 - upper limit ENGINEERING KEYWORDS THERMCON= 'ON ' / Thermal control flag FESSRC = 'FES A ' / Source of FES dump data FESCENT = 'FES A ' / Source of FES centroid data GMODE = 'IDENTIFIED_TRACKING ' / Guidance mode TRACKON = 'OFF ' / Guide star tracking on ATCMDATT= 'OFF COMMANDED ATTITU ' / At commanded attitude Segment 2A Counters C2ASIC_B= 15328569 / SIC counter at beginning of integration C2ASIC_E= 15341819 / SIC counter at end of integration C2ALIF_B= 1585862 / LIF counter at beginning of integration C2ALIF_E= 1714649 / LIF counter at end of integration C2ADE_B = 16418302 / Digitized events counter at beginning of integrC2ADE_E = 16581123 / Digitized events counter at end of integration C2AAS_B = 13813487 / Autonomous shutdown (SAA) counter at beginning C2AAS_E = 13815078 / Autonomous shutdown (SAA) counter at end of intC2AFE_B = 7181605 / Fast event counter at beginning of integration C2AFE_E = 7351452 / Fast event counter at end of integration C2AFE_CR= 88.508080 / Count rate from fast event counter Active Image Counters CTIME_B = 5.333068395833E+04 / [MJD] Time of first engineering snapshot CTIME_E = 5.333070616898E+04 / [MJD] Time of last engineering snapshot C1AAI_B = 173056 / Seg 1A at beginning C1AAI_E = 304198 / Seg 1A at end of integration C1BAI_B = 13040536 / Seg 1B at beginning C1BAI_E = 13156612 / Seg 1B at end of integration C2AAI_B = 16400492 / Seg 2A at beginning C2AAI_E = 16563313 / Seg 2A at end of integration C2BAI_B = 1860087 / Seg 2B at beginning C2BAI_E = 1948725 / Seg 2B at end of integration Detector 2 parameters DET2ETMP= 23.7956 / DET2 electronics temperature DET2PTMP= 18.3041 / DET2 Baseplate temperature DET2ASCL= 65.0 / DET2 segment A Time (X) image scale factor DET2BSCL= 78.0 / DET2 segment B Time (X) image scale factor DET2AXOF= 108.0 / DET2 segment A Time (X) image position offset DET2BXOF= 80.0 / DET2 segment B Time (X) image position offset DET2TEMP= 18.4255 / DET2 Detector temperature DET2HVMT= 23.3783 / DET2 High Voltage Module temperature DET2HVFT= 20.5619 / DET2 High Voltage Filter temperature DET2AMAT= 26.7594 / DET2 segment A Amplifier temperature DET2AMBT= 27.1218 / DET2 segment B Amplifier temperature DET2TDAT= 20.143600 / DET2 TDC A temperature DET2TDBT= 20.5619 / DET2 TDC B temperature DET2HVA = 31.0 / DET2 MCP A Bias Current DET2HVB = 29.0 / DET2 MCP B Bias Current DET2AUCT= 228.0 / DET2 TDC-A Upper Charge Threshold setting DET2BUCT= 228.0 / DET2 TDC-B Upper Charge Threshold setting DET2ABWK= 113.0 / DET2 TDC-A Begin CFD Walk setting DET2BBWK= 111.0 / DET2 TDC-B Begin CFD Walk setting DET2AEWK= 113.0 / DET2 TDC-A End CFD Walk setting DET2BEWK= 112.0 / DET2 TDC-B End CFD Walk setting DET2ABSL= 228.0 / DET2 TDC-A charge Baseline threshold setting DET2BBSL= 228.0 / DET2 TDC-B charge Baseline threshold setting DET2ALCT= 6.0 / DET2 TDC-A Lower Charge Threshold setting DET2BLCT= 7.0 / DET2 TDC-B Lower Charge Threshold setting DET2ALTT= 159.0 / DET2 TDC-A Lower Time Threshold setting DET2BLTT= 149.0 / DET2 TDC-B Lower Time Threshold setting DET2HVGR= 1.0 / DET2 Grid High Voltage Status DET2HVPW= 1.0 / DET2 Bias High Voltage Status DET2STIM= 'OFF ' / DET2 Stimulation Lamp Status ARCHIVE SEARCH KEYWORDS BANDWID = 99.99597 / [Angstroms] Bandwidth of the data CENTRWV = 1135.001 / [Angstroms] Central wavelength of the data WAVEMIN = 1085.003 / [Angstroms] Minimum wavelength of the data WAVEMAX = 1184.999 / [Angstroms] Maximum wavelength of the data PLATESC = -0.6335 / [arcsec/pixel] Plate scale ASSOCIATION KEYWORDS ASN_ID = 'D0230101000 ' / Unique identifier assigned to association ASN_TAB = 'D0230101000asn.fit ' / Name of the association table ASN_MTYP= 'EXPOSURE ' / Role of the exposure in the association COMMENT COMMENT Detector voltage changed during exposure COMMENT CalFUSE v3.2.1 2007-12-20 COMMENT END XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 26 / width of table in bytes NAXIS2 = 7693 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 7 / number of fields in each row TTYPE1 = 'WAVE ' / label for field 1 TFORM1 = '1E ' / data format of field: 4-byte REAL TUNIT1 = 'ANGSTROMS' / physical unit of field TTYPE2 = 'FLUX ' / label for field 2 TFORM2 = '1E ' / data format of field: 4-byte REAL TUNIT2 = 'ERG CM^-2 S^-1 ANG^-1' / physical unit of field TTYPE3 = 'ERROR ' / label for field 3 TFORM3 = '1E ' / data format of field: 4-byte REAL TUNIT3 = 'ERG CM^-2 S^-1 ANG^-1' / physical unit of field TTYPE4 = 'COUNTS ' / label for field 4 TFORM4 = '1J ' / data format of field: 4-byte INTEGER TUNIT4 = 'COUNTS ' / physical unit of field TTYPE5 = 'WEIGHTS ' / label for field 5 TFORM5 = '1E ' / data format of field: 4-byte REAL TUNIT5 = 'COUNTS ' / physical unit of field TTYPE6 = 'BKGD ' / label for field 6 TFORM6 = '1E ' / data format of field: 4-byte REAL TUNIT6 = 'COUNTS ' / physical unit of field TTYPE7 = 'QUALITY ' / label for field 7 TFORM7 = '1I ' / data format of field: 2-byte INTEGER TUNIT7 = 'UNITLESS' / physical unit of field EXTNAME = 'SPECTRUM' / name of this binary table extension COMMENT COMMENT RAW COUNTS = COUNTS COMMENT TARGET COUNTS = WEIGHTS - BKGD COMMENT TARGET FLUX = TARGET COUNTS * HC / LAMBDA / AEFF / EXPTIME / WPC COMMENT END Dçá Dçáâ Dçáε DçíX Dçí├ Dçó- Dçóÿ Dçú Dçúm Dçú╫ DçñB Dçñ¼ DçÑ DçÑü DçÑ∞ DçªV Dçª┴ Dçº+ Dçºû Dç¿ Dç¿k Dç¿╒ Dç⌐@ Dç⌐¬ Dç¬ Dç¬ Dç¬Ω Dç½T Dç½┐ Dç¼) Dç¼ö Dç¼■ Dç¡i Dç¡╙ Dç«> Dç«¿ Dç» Dç»} Dç»Φ Dç░R Dç░╜ Dç▒' Dç▒Æ Dç▒ⁿ Dç▓g Dç▓╤ Dç│< Dç│ª Dç┤ Dç┤{ Dç┤µ Dç╡P Dç╡╗ Dç╢% Dç╢É Dç╢· Dç╖e Dç╖╧ Dç╕: Dç╕ñ Dç╣ Dç╣y Dç╣Σ Dç║N Dç║╣ Dç╗# Dç╗Ä Dç╗° Dç╝c Dç╝═ Dç╜8 Dç╜ó Dç╛ Dç╛w Dç╛Γ Dç┐L Dç┐╖ Dç└! Dç└î Dç└÷ Dç┴a Dç┴╦ Dç┬6 Dç┬á Dç├ Dç├u Dç├α Dç─J Dç─╡ Dç┼ Dç┼è Dç┼⌠ Dç╞_ Dç╞╔ Dç╟4 Dç╟₧ Dç╚ Dç╚s Dç╚▐ Dç╔H Dç╔│ Dç╩ Dç╩ê Dç╩≥ Dç╦] Dç╦╟ Dç╠2 Dç╠£ Dç═ Dç═q Dç═▄ Dç╬F Dç╬▒ Dç╧ Dç╧å Dç╧≡ Dç╨[ Dç╨┼ Dç╤0 Dç╤Ü Dç╥ Dç╥o Dç╥┌ Dç╙D Dç╙» Dç╘ Dç╘â Dç╘ε Dç╒X Dç╒├ Dç╓- Dç╓ÿ Dç╫ Dç╫m Dç╫╫ Dç╪B Dç╪¼ Dç┘ Dç┘ü Dç┘∞ Dç┌V+=─σ*Nö A_8G>:4a dDç┌┴+ê⌠*w Aáuå>;<≥ dDç█++v(q*jV AÉY∞>:⌡ú dDç█û+▒φk*î¿/ A╨ ┤>;┌ dDç▄ +ûCσ*üW╤ A»δ⌠>;wh dDç▄k+Å╫⌡*}%Ñ A¿wª>;\K dDç▄╒+ü0D*p Aùs╤>;É dDç▌@+êä=*vì{ Aá¼>;;ä dDç▌¬+▓/√*î»Σ A╨ê>:⌐ dDç▐+ê╫i*v╒æ Aázφ>: y dDç▐+ûOp*üKñ A░"⌡>:GR dDç▐Ω+=α»*N A_Ä└>9Q dDç▀T+ê┐*v╝≡ Aá`>: dDç▀┐+úº#*å▌K A┐ª¢>:yΩ dDçα)+Åp┌*|è A¿O÷>:+ dDçαö+V@|*ZÄ A| ≈>9c╦ dDçα■+¥A6*ä(÷ A╕c3>:c dDçßi+█
t dDÆ[╟+-vG*S╕A A0^τ> ∩─ dDÆ\2*·┌║*4 A «ª>à╢ dDÆ\£*║ *wl @┐≤+>⌡X dDÆ]+\à*m┘é A`ñg> KO dDÆ]q+*½*>═▒ Aæ≈>╢ñ dDÆ]▄+ò√╧*èå╥ Aÿh > û4 dDÆ^F+ φx*>ñ AU>╡· dDÆ^▒+L=*dτ APΘ> 58 dDÆ_+,ëg*R_< A0┤O> dDÆ_å+{`*}C8 AÇa> ▒ dDÆ_≡+,≈*RYt A0¼╟> Bû dDÆ`[+⌡∙*H"╜
A ≡╓> ▒ dDÆ`┼+k▌M*uÅⁿ Ap╦▀> í dDÆa0+ Gb*=≥a A >⌡╚ dDÆaÜ++ÿ┘*Q╦δ A/─ß> @═ dDÆb*∙∩µ*3pî A òa>┼; dDÆbo+<a≤*[┐▄ A@½▌> _ì dDÆb┌+,æ*R u A0)■> éá dDÆcD+¡<°*öá╥ A░J├>
;ÿ dDÆc«*∙▀£*3u A Ç⌐> # dDÆd+;V»*[$Φ A?á┤> ƒF dDÆdä+ΘR*H$l
A ╓∩> ^≈ dDÆdε*·w]*3¬ A ╬Ç> 5 dDÆeX+|1≤*~:Σ AÇI»> ⌠] dDÆe├+LÆ√*e0─ APêà> ║ dDÆf.+ 7*I)
A Ñz> `Γ dDÆfÿ+l8*v ┌ Apx4>
%M dDÆg+Hu*>µ^ A»> vù dDÆgm*·í*3╛- A Hà> A« dDÆg╪*█ ╖*(w @ß[> Φ dDÆhB*╗Z* O @┴Jt>░] dDÆh¼+l╒æ*vö∙ Ap═]>
%» dDÆi+L.⌠*e û AOµ═> ·â dDÆiü*█'*(ëñ @ßσ> dDÆi∞+Lz[*eE² AP4X>
