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Enter starting date of tabulation
Calendar date: Year (1950) ? Month (1-12) (1) ? Day.fraction (1.000000) ? Time: Hours (18) ? Minutes (0) ? Seconds (0.000000) ? 1950 January 1 Sunday  6h 59m 30.850s  UT
1950 January 1 Sunday  7h 00m 00.000s  TDT
Julian day 2433282.7916667
Enter interval between tabulations in days (1.000000) ? Number of tabulations to display (1) ? Planet number 0-9 or 88 to read star, 99 to read orbit (5) ? 
                  Saturn         

JD 2433282.79,  1950 January 1 Sunday  6h 59m 30.850s  UT
1950 January 1 Sunday  7h 00m 00.000s  TDT
ecliptic long  163d 47' 49.05"   lat    1d 55' 22.34"   rad 9.353337383E+000
light time 74.5012m,  aberration dRA -0.416s dDec 2.48"
true geocentric distance 8.9580145 au    equatorial diameter 18.47"
approx. visual magnitude 0.7, phase 0.998
Astrometric J2000.0:  R.A.  11h 26m 54.366s  Dec.     5d 45' 16.69"  
Astrometric B1950.0:  R.A.  11h 24m 19.619s  Dec.     6d 01' 47.63"  
elongation from sun 110.86 degrees, light defl. dRA -0.000s dDec 0.00"
annual aberration dRA 0.440s dDec -3.56"
nutation dRA -0.144s dDec 2.57"
Leo Leonis.    Apparent:  R.A.  11h 24m 19.919s  Dec.     6d 01' 46.64"  
Local apparent sidereal time   8h 56m 26.540s  
diurnal aberration dRA 0.013s dDec -0.01"
diurnal parallax dRA 0.029s dDec -0.59"
atmospheric refraction 0.018 deg  dRA -2.612s dDec 53.13"
Topocentric:  Altitude 41.209 deg, Azimuth 127.363 deg
Topocentric: R.A. 11h 24m 17.349s   Dec.    6d 02' 39.16"  
local meridian transit 1950 January 1 Sunday  9h 26m 59.970s  UT
rises 1950 January 1 Sunday  3h 02m 55.277s  UT
sets 1950 January 1 Sunday 15h 51m 05.284s  UT

Enter starting date of tabulation
Calendar date: Year (1950) ? Month (1-12) (1) ? Day.fraction (1.000000) ? Time: Hours (7) ? Minutes (0) ? Seconds (0.000000) ? 1949 December 31 Saturday 23h 59m 30.850s  UT
1950 January 1 Sunday  0h 00m 00.000s  TDT
Julian day 2433282.5000000
Enter interval between tabulations in days (1.000000) ? Number of tabulations to display (1) ? Planet number 0-9 or 88 to read star, 99 to read orbit (6) ? 
                  Uranus         

JD 2433282.50,  1949 December 31 Saturday 23h 59m 30.850s  UT
1950 January 1 Sunday  0h 00m 00.000s  TDT
ecliptic long   93d 03' 31.42"   lat    0d 15' 18.30"   rad 1.894545098E+001
light time 149.4508m,  aberration dRA -0.344s dDec 0.06"
true geocentric distance 17.9698416 au    equatorial diameter 3.90"
approx. visual magnitude 5.5, phase 1.000
Astrometric J2000.0:  R.A.   6h 14m 44.840s  Dec.    23d 40' 17.24"  
Astrometric B1950.0:  R.A.   6h 11m 41.872s  Dec.    23d 41' 15.04"  
elongation from sun 172.66 degrees, light defl. dRA 0.000s dDec -0.00"
annual aberration dRA 1.504s dDec -0.52"
nutation dRA -0.228s dDec 8.37"
Gem Geminorum.    Apparent:  R.A.   6h 11m 43.148s  Dec.    23d 41' 23.01"  
Local apparent sidereal time   1h 55m 17.543s  
diurnal aberration dRA 0.008s dDec -0.09"
diurnal parallax dRA 0.024s dDec -0.24"
atmospheric refraction 0.023 deg  dRA -4.937s dDec 49.51"
Topocentric:  Altitude 34.507 deg, Azimuth 88.030 deg
Topocentric: R.A.  6h 11m 38.243s   Dec.   23d 42' 12.19"  
local meridian transit 1950 January 1 Sunday  4h 15m 12.487s  UT
rises 1949 December 31 Saturday 20h 38m 50.372s  UT
sets 1950 January 1 Sunday 11h 51m 34.750s  UT

Enter starting date of tabulation
Calendar date: Year (1950) ? Month (1-12) (1) ? Day.fraction (1.000000) ? Time: Hours (0) ? Minutes (0) ? Seconds (0.000000) ? 1950 January 1 Sunday 10h 59m 30.850s  UT
1950 January 1 Sunday 11h 00m 00.000s  TDT
Julian day 2433282.9583333
Enter interval between tabulations in days (1.000000) ? Number of tabulations to display (1) ? Planet number 0-9 or 88 to read star, 99 to read orbit (7) ? 
                  Neptune        

JD 2433282.96,  1950 January 1 Sunday 10h 59m 30.850s  UT
1950 January 1 Sunday 11h 00m 00.000s  TDT
ecliptic long  195d 25' 32.58"   lat    1d 35' 51.41"   rad 3.029528083E+001
light time 252.7943m,  aberration dRA -0.231s dDec 1.37"
true geocentric distance 30.3958329 au    equatorial diameter 2.20"
approx. visual magnitude 8.0, phase 1.000
Astrometric J2000.0:  R.A.  13h 08m 43.533s  Dec.  -  5d 34' 45.92"  
Astrometric B1950.0:  R.A.  13h 06m 07.970s  Dec.  -  5d 18' 46.79"  
elongation from sun 83.21 degrees, light defl. dRA -0.000s dDec 0.00"
annual aberration dRA -0.166s dDec 0.40"
nutation dRA -0.251s dDec -1.12"
Vir Virginis.    Apparent:  R.A.  13h 06m 07.557s  Dec.  -  5d 18' 47.54"  
Local apparent sidereal time  12h 57m 05.967s  
diurnal aberration dRA 0.016s dDec 0.00"
diurnal parallax dRA 0.001s dDec -0.21"
atmospheric refraction 0.018 deg  dRA -0.167s dDec 63.16"
Topocentric:  Altitude 42.390 deg, Azimuth 176.958 deg
Topocentric: R.A. 13h 06m 07.407s   Dec. -  5d 17' 44.58"  
local meridian transit 1950 January 1 Sunday 11h 08m 30.991s  UT
rises 1950 January 1 Sunday  5h 25m 45.262s  UT
sets 1950 January 1 Sunday 16h 51m 16.381s  UT

Enter starting date of tabulation
Calendar date: Year (1950) ? Month (1-12) (1) ? Day.fraction (1.000000) ? Time: Hours (11) ? Minutes (0) ? Seconds (0.000000) ? 1950 January 1 Sunday  0h 01m 30.850s  UT
1950 January 1 Sunday  0h 02m 00.000s  TDT
Julian day 2433282.5013889
Enter interval between tabulations in days (1.000000) ? Number of tabulations to display (1) ? Planet number 0-9 or 88 to read star, 99 to read orbit (8) ? 
                  Pluto          

JD 2433282.50,  1950 January 1 Sunday  0h 01m 30.850s  UT
1950 January 1 Sunday  0h 02m 00.000s  TDT
ecliptic long  136d 50' 10.02"   lat    8d 01' 34.47"   rad 3.632521848E+001
light time 295.6690m,  aberration dRA -0.249s dDec 0.23"
true geocentric distance 35.5509104 au    equatorial diameter 0.12"
approx. visual magnitude 14.6, phase 1.000
Astrometric J2000.0:  R.A.   9h 34m 41.543s  Dec.    23d 04' 13.11"  
Astrometric B1950.0:  R.A.   9h 31m 50.735s  Dec.    23d 17' 36.84"  
elongation from sun 141.47 degrees, light defl. dRA -0.000s dDec 0.00"
annual aberration dRA 1.087s dDec -7.06"
nutation dRA -0.034s dDec 6.06"
Leo Leonis.    Apparent:  R.A.   9h 31m 51.792s  Dec.    23d 17' 35.88"  
Local apparent sidereal time   1h 57m 17.872s  
diurnal aberration dRA -0.007s dDec -0.09"
diurnal parallax dRA 0.012s dDec -0.18"
atmospheric refraction 0.536 deg  dRA -95.146s dDec 1415.58"
Topocentric:  Altitude 0.159 deg, Azimuth 57.291 deg
Topocentric: R.A.  9h 30m 16.651s   Dec.   23d 41' 11.20"  
local meridian transit 1950 January 1 Sunday  7h 34m 49.037s  UT
rises 1950 January 2 Monday 23h 52m 12.424s  UT
sets 1950 January 1 Sunday 15h 09m 21.971s  UT

Enter starting date of tabulation
Calendar date: Year (1950) ? Month (1-12) (1) ? Day.fraction (1.000000) ? Time: Hours (0) ? Minutes (2) ? Seconds (0.000000) ? 1949 December 31 Saturday 23h 59m 30.850s  UT
1950 January 1 Sunday  0h 00m 00.000s  TDT
Julian day 2433282.5000000
Enter interval between tabulations in days (1.000000) ? Number of tabulations to display (1) ? Planet number 0-9 or 88 to read star, 99 to read orbit (9) ? Name of star catalogue file:  (star.cat) ? Line number (1) ? 2000 00 08 23.265  29 05 25.58   1.039  -16.33 -12.0 0.0240   2.06 alAnd(Alpheratz)       4


               alpha Andromedae (Alpheratz)

JD 2433282.50,  1949 December 31 Saturday 23h 59m 30.850s  UT
1950 January 1 Sunday  0h 00m 00.000s  TDT
approx. visual magnitude 2.1
Astrometric J2000.0:  R.A.   0h 08m 22.744s  Dec.    29d 05' 33.74"  
Astrometric B1950.0:  R.A.   0h 05m 47.884s  Dec.    28d 48' 52.01"  
Astrometric of date:  R.A.   0h 05m 47.885s  Dec.    28d 48' 52.02"  
elongation from sun 93.24 degrees, light defl. dRA 0.000s dDec 0.00"
annual aberration dRA -0.215s dDec 8.66"
nutation dRA -0.508s dDec -1.10"
    Apparent:  R.A.   0h 05m 47.162s  Dec.    28d 48' 59.57"  
Local apparent sidereal time   1h 55m 17.543s  
diurnal aberration dRA 0.016s dDec 0.05"
atmospheric refraction 0.008 deg  dRA 1.659s dDec 17.47"
Topocentric:  Altitude 64.159 deg, Azimuth 247.528 deg
Topocentric: R.A.  0h 05m 48.837s   Dec.   28d 49' 17.09"  
local meridian transit 1949 December 31 Saturday 22h 10m 18.429s  UT
rises 1949 December 31 Saturday 14h 07m 33.380s  UT
sets 1950 January 1 Sunday  6h 13m 03.437s  UT
Name of star catalogue file:  (star.cat) ? Can't find file 0
Operator error.
Enter starting date of tabulation
Calendar date: Year (1950) ? Month (1-12) (1) ? Day.fraction (1.000000) ? Time: Hours (0) ? Minutes (0) ? Seconds (0.000000) ? 1987 January 1 Thursday  7h 59m 04.680s  UT
1987 January 1 Thursday  8h 00m 00.000s  TDT
Julian day 2446796.8333333
Enter interval between tabulations in days (1.000000) ? Number of tabulations to display (1) ? Planet number 0-9 or 88 to read star, 99 to read orbit (88) ? Name of orbit catalogue file:  (orbit.cat) ? Line number (1) ? 2447120.5 34.0897 267.3835 73.9085 167.4675275 0.00045478773

0.994811 0.0062424619 2433282.423 5.0 0.0 Bradfield_1987s	5


                  Bradfield_1987s

JD 2446796.83,  1987 January 1 Thursday  7h 59m 04.680s  UT
1987 January 1 Thursday  8h 00m 00.000s  TDT
ecliptic long  220d 06' 11.41"   lat - 26d 37' 46.18"   rad 4.319558179E+000
light time 40.2265m,  aberration dRA -0.733s dDec -0.84"
true geocentric distance 4.8365523 au    equatorial diameter 0.00"
approx. visual magnitude 11.6, phase 0.992
Astrometric J2000.0:  R.A.  14h 44m 08.602s  Dec.  - 40d 42' 11.11"  
Astrometric B1950.0:  R.A.  14h 40m 57.593s  Dec.  - 40d 29' 30.60"  
elongation from sun 53.18 degrees, light defl. dRA -0.001s dDec 0.00"
annual aberration dRA -0.949s dDec 10.43"
nutation dRA -0.658s dDec -4.11"
Cen Centauri.    Apparent:  R.A.  14h 43m 17.246s  Dec.  - 40d 38' 47.93"  
Local apparent sidereal time   9h 56m 19.322s  
diurnal aberration dRA 0.007s dDec 0.15"
diurnal parallax dRA 0.112s dDec -1.20"
atmospheric refraction 0.000 deg  dRA 0.000s dDec 0.00"
Topocentric:  Altitude -15.203 deg, Azimuth 131.697 deg
Topocentric: R.A. 14h 43m 17.365s   Dec. - 40d 38' 48.98"  
local meridian transit 1987 January 1 Thursday 12h 45m 27.547s  UT
rises 1987 January 1 Thursday 10h 04m 41.883s  UT
sets 1987 January 1 Thursday 15h 26m 00.783s  UT

Enter starting date of tabulation
Calendar date: Year (1987) ? Month (1-12) (1) ? Day.fraction (1.000000) ? Time: Hours (8) ? Minutes (0) ? Seconds (0.000000) ? 1949 December 31 Saturday 23h 59m 30.850s  UT
1950 January 1 Sunday  0h 00m 00.000s  TDT
Julian day 2433282.5000000
Enter interval between tabulations in days (1.000000) ? Number of tabulations to display (1) ? Planet number 0-9 or 88 to read star, 99 to read orbit (99) ?