; EFLIGHT/UMBRAPHILE DATA FILE FOR 13 NOV 2012 TOTAL SOLAR ECLIPSE ' File Name = ECLIPSE-13NOV2012_UPDATE2_R3.txt ; FOR UMBRAPHILE X (and 2006 B classic) ; For an explanation see: http://nicmosis.as.arizona.edu:8000/ ; SOURCE = 'USNOAA' ; Must be 'USNOAA' or 'NASARP' DTYPE = 'TRIG' ; Must be 'TRIG' or 'DIRECT' ; ; POLYNOMICAL COEFFICIENTS AND ELEMENTS FOR FOR COMPUTING BESSELIAN ELEMENTS ; Range = 0.542, 5.933 ; Range in TDT for valid coefficients T0 = 19 ; Base time for series expansion DELTAT = 0.000 ; Delta-T in seconds (0 if U.T. elements*) XCOEF = -1.89555151, 0.57387237 0.00012206, -0.00000973 YCOEF = -0.06509705, -0.09491474, 0.00013490, 0.00000151 SINDCOEF = -0.31259844, -0.00017619, 0.00000007, 0.00000000 COSDCOEF = 0.94988541, -0.00005803, 0.00000002, 0.00000000 ; DCOEF = 0.00000000, 0.00000000, 0.00000000, 0.00000000 MUCOEF = 108.89742364, 14.99988418, -0.00000243, -0.00000005, -0.00417807 l1COEF = 0.53742050, 0.00005487, -0.00001304, 0.00000000 ; Umbra l2COEF = -0.00892060, 0.00005466, -0.00001301, 0.00000000 ; Penumbra tanf1 = 0.0047260 ; Umbral Shadow tanf2 = 0.0047020 ; Penumbral Shadow SD = -18, 15, 06.7 ; Solar Declination at Mid-Eclipse MUP = 0.2617970 ; Time derivative of MU in radians/hour ; ; Notes: (1) Delta-T = +66.0 seconds is "built-in" to these polynomial ; representations of the Besselian elements. For a different value ; of absolute Delta-T set DELTAT = Delta-T minus 66.0. ; (2) A correction of (+0.50", - 0.25") has been applied to the ; latitude and longitude of the moon to compensate for the ; displacement of the mean center of figure from the dynamical ; center of mass. ; ; ANCILLARY INFORMATION ; UT of Mid-Eclipse (geocentric conjunction) = 22h 18m 05.0 ; ; SPECIAL UMBRAPHILE PATCHES FOR AIRCRAFT: DURADJUST = 1.000 ; ; CAMERA CONTROLLER PARAMETERS NUMEXP = 36 ; Number of Exposures (*MUST* be even) MAXEXP = 1.00 ; Maximum Exposure Time (seconds) MINEXP = 0.13 ; Minimum Exposure Time (seconds) ALARM = 20 ; Time For Audio Alarm Before CII (seconds; min = 10) MAXDCYC = 100 ; Maximum Solenoid Duty Cycle - Warn if exceeded ; Note: Set MAXDCYC = 100 to always supress warning ; ; ELECTRONIC CAMERA SETUP AND CALIBRATION PARAMETERS (eg. Pentaz ZX-50) ZEROEXP = 0.010 ; Send an exposure 1s before first to initialize camera shutter PREPULSE = 0.010 ; Duration of Pre-exposure Shutter Conditioning Pulse DELPULSE = 0.050 ; Delay time between Shutter Conditioning Pulse and Open MINRESP = 0.015 ; Minimum Response Time MINCMD = 0.053 ; Minimum Reliable Command Time CAMERCAL = -119.09, 1.0062, 0.00065224, -0.000000545 ; Camera calibration curve ; ; DIAMOND RING/CONTACT II+III PARAMETERS CIIOFF = -1.6 ; Contact II offset from smooth dynamical limb CIIIOFF = -2.9 ; Contact III offset from smooth dynamical limb DRNUM = 3 ; Number of CII and CIII Diamond Ring Exposures DREXP = 0.01 ; Duration (seconds) for Diamond Ring Exposures DRSEQII = -6, -4, -2 ; Delta-Times for DREXP Relative to CII DRSEQIII = 6, 4, 2 ; Delta-Times for DREXP Relative to CIII ========================================================================== Maitland Downs, FNQ, Australia Cow (Poop) Paddock Site "3A" LATITUDE: -016° 14' 30.0'' LONGITUDE: +144° 43' 33.0'' ALTITUDE: 0 meters PENUMBRAL DURATION =01:54:42.1 UMBRAL DURATION = 00:02:04.5 MAXIMUM MAGNITUDE = 1.018 Cnt hh:mm:ss.f Alt° P° 1ST 19:44:24.1 +00.2 285.4 2ND 20:37:41.8 +12.4 104.4 MID 20:38:44.0 +12.7 3RD 20:39:46.3 +12.9 284.5 4TH 21:39:06.2 +26.7 108.6 Limb Corrections Are Applied. ========================================================= ## T-contI T-mid T+CntII HHMMSS.ff CMDex 1/CMDex exTMs 01 -006.00 -068.25 -006.00 203735.79 0.010 100.00 0.015 02 -004.00 -066.25 -004.00 203737.79 0.010 100.00 0.015 03 -002.00 -064.25 -002.00 203739.79 0.010 100.00 0.015 04 +000.00 -062.25 +000.00 203741.79 0.130 007.69 0.022 05 +004.29 -057.95 +004.29 203746.09 0.150 006.65 0.045 06 +008.59 -053.66 +008.59 203750.38 0.174 005.75 0.073 07 +012.88 -049.37 +012.88 203754.67 0.201 004.97 0.105 08 +017.17 -045.08 +017.17 203758.96 0.233 004.29 0.144 09 +021.46 -040.78 +021.46 203803.26 0.269 003.71 0.189 10 +025.76 -036.49 +025.76 203807.55 0.312 003.21 0.241 11 +030.05 -032.20 +030.05 203811.84 0.361 002.77 0.303 12 +034.34 -027.90 +034.34 203816.14 0.417 002.40 0.375 13 +038.64 -023.61 +038.64 203820.43 0.483 002.07 0.457 14 +042.93 -019.32 +042.93 203824.72 0.558 001.79 0.551 15 +047.22 -015.03 +047.22 203829.02 0.646 001.55 0.656 16 +051.51 -010.73 +051.51 203833.31 0.747 001.34 0.770 17 +055.81 -006.44 +055.81 203837.60 0.864 001.16 0.886 18 +060.10 -002.15 +060.10 203841.89 1.000 001.00 0.994 19 +060.10 +002.15 +064.39 203846.19 1.000 001.00 0.994 20 +055.81 +006.44 +068.69 203850.48 0.864 001.16 0.886 21 +051.51 +010.73 +072.98 203854.77 0.747 001.34 0.770 22 +047.22 +015.03 +077.27 203859.07 0.646 001.55 0.656 23 +042.93 +019.32 +081.56 203903.36 0.558 001.79 0.551 24 +038.64 +023.61 +085.86 203907.65 0.483 002.07 0.457 25 +034.34 +027.90 +090.15 203911.94 0.417 002.40 0.375 26 +030.05 +032.20 +094.44 203916.24 0.361 002.77 0.303 27 +025.76 +036.49 +098.74 203920.53 0.312 003.21 0.241 28 +021.46 +040.78 +103.03 203924.82 0.269 003.71 0.189 29 +017.17 +045.08 +107.32 203929.12 0.233 004.29 0.144 30 +012.88 +049.37 +111.61 203933.41 0.201 004.97 0.105 31 +008.59 +053.66 +115.91 203937.70 0.174 005.75 0.073 32 +004.29 +057.95 +120.20 203941.99 0.150 006.65 0.045 33 +000.00 +062.25 +124.49 203946.29 0.130 007.69 0.022 34 -002.00 +064.25 +126.49 203948.29 0.010 100.00 0.015 35 -004.00 +066.25 +128.49 203950.29 0.010 100.00 0.015 36 -006.00 +068.25 +130.49 203952.29 0.010 100.00 0.015