*** Seasonal Observability of SN2014aa *** RA & dec: 11 45 03.6, +19 58 25, epoch 2000.0 Site long&lat: +7 26 28.0 (h.m.s) West, +31 57 12 North. Shown: local eve. date, moon phase, hr ang and sec.z at (1) eve. twilight, (2) natural center of night, and (3) morning twilight; then comes number of nighttime hours during which object is at sec.z less than 3, 2, and 1.5. Night (and twilight) is defined by sun altitude < -18.0 degrees. Date (eve) moon eve cent morn night hrs@sec.z: HA sec.z HA sec.z HA sec.z <3 <2 <1.5 2015 Mar 4 F -5 35 3.7 -0 43 1.0 +4 08 1.8 9.4 8.5 7.0 2015 Mar 19 N -4 24 2.0 +0 12 1.0 +4 48 2.3 9.2 8.8 7.0 2015 Apr 3 F -3 13 1.4 +1 06 1.1 +5 26 3.3 8.5 7.6 6.7 2015 Apr 17 N -2 06 1.2 +1 58 1.1 +6 01 5.7 7.3 6.5 5.6 2015 May 3 F -0 47 1.0 +2 58 1.3 +6 44 34.6 6.0 5.2 4.3 2015 May 17 N +0 22 1.0 +3 53 1.7 +7 24 down 4.9 4.0 3.1 Listing done. 'f' gives tutorial, '?' prints a menu. This types out a summary of the observability of your object through the observing season. Observability is summarized at new & full moon through a range of dates you specify. (a 24-line display holds about a 6-month range.) Give approx. starting date, yyyy mm dd, neg year exits:Give ending date for listing:You must now specify the altitude of the sun which defines twilight. Type -18. , or give a non-standard choice:Name of object: *** Seasonal Observability of LSQ14ahm *** RA & dec: 11 41 22.5, -12 23 57, epoch 2000.0 Site long&lat: +7 26 28.0 (h.m.s) West, +31 57 12 North. Shown: local eve. date, moon phase, hr ang and sec.z at (1) eve. twilight, (2) natural center of night, and (3) morning twilight; then comes number of nighttime hours during which object is at sec.z less than 3, 2, and 1.5. Night (and twilight) is defined by sun altitude < -18.0 degrees. Date (eve) moon eve cent morn night hrs@sec.z: HA sec.z HA sec.z HA sec.z <3 <2 <1.5 2015 Mar 4 F -5 31 down -0 40 1.4 +4 11 3.8 7.6 5.6 2.6 2015 Mar 19 N -4 21 4.3 +0 16 1.4 +4 51 7.7 7.6 5.6 2.6 2015 Apr 3 F -3 10 2.2 +1 10 1.5 +5 29 down 7.0 5.6 2.6 2015 Apr 17 N -2 02 1.7 +2 02 1.7 +6 05 down 5.8 4.8 2.6 2015 May 3 F -0 43 1.4 +3 02 2.1 +6 47 down 4.5 3.5 2.0 2015 May 17 N +0 26 1.4 +3 57 3.2 +7 28 down 3.4 2.4 0.9 Listing done. 'f' gives tutorial, '?' prints a menu. This types out a summary of the observability of your object through the observing season. Observability is summarized at new & full moon through a range of dates you specify. (a 24-line display holds about a 6-month range.) Give approx. starting date, yyyy mm dd, neg year exits:Give ending date for listing:You must now specify the altitude of the sun which defines twilight. Type -18. , or give a non-standard choice:Name of object: *** Seasonal Observability of LSQ14xi *** RA & dec: 12 30 41.2, -13 46 22, epoch 2000.0 Site long&lat: +7 26 28.0 (h.m.s) West, +31 57 12 North. Shown: local eve. date, moon phase, hr ang and sec.z at (1) eve. twilight, (2) natural center of night, and (3) morning twilight; then comes number of nighttime hours during which object is at sec.z less than 3, 2, and 1.5. Night (and twilight) is defined by sun altitude < -18.0 degrees. Date (eve) moon eve cent morn night hrs@sec.z: HA sec.z HA sec.z HA sec.z <3 <2 <1.5 2015 Mar 4 F -6 20 down -1 29 1.6 +3 22 2.5 7.1 5.4 2.1 2015 Mar 19 N -5 10 19.3 -0 34 1.5 +4 02 3.6 7.5 5.4 2.1 2015 Apr 3 F -3 59 3.5 +0 21 1.4 +4 40 6.5 7.5 5.4 2.1 2015 Apr 17 N -2 51 2.1 +1 12 1.5 +5 16 31.7 6.6 5.4 2.1 2015 May 3 F -1 33 1.6 +2 13 1.8 +5 58 down 5.3 4.2 2.1 2015 May 17 N -0 24 1.4 +3 08 2.3 +6 38 down 4.1 3.1 1.4 Listing done. 'f' gives tutorial, '?' prints a menu. This types out a summary of the observability of your object through the observing season. Observability is summarized at new & full moon through a range of dates you specify. (a 24-line display holds about a 6-month range.) Give approx. starting date, yyyy mm dd, neg year exits:Give ending date for listing:You must now specify the altitude of the sun which defines twilight. Type -18. , or give a non-standard choice:Name of object: *** Seasonal Observability of PS1-14rx *** RA & dec: 12 46 53.3, +14 47 50, epoch 2000.0 Site long&lat: +7 26 28.0 (h.m.s) West, +31 57 12 North. Shown: local eve. date, moon phase, hr ang and sec.z at (1) eve. twilight, (2) natural center of night, and (3) morning twilight; then comes number of nighttime hours during which object is at sec.z less than 3, 2, and 1.5. Night (and twilight) is defined by sun altitude < -18.0 degrees. Date (eve) moon eve cent morn night hrs@sec.z: HA sec.z HA sec.z HA sec.z <3 <2 <1.5 2015 Mar 4 F -6 36 v.low -1 45 1.1 +3 06 1.4 8.1 7.3 6.4 2015 Mar 19 N -5 26 3.9 -0 50 1.1 +3 46 1.7 8.8 8.0 6.6 2015 Apr 3 F -4 15 2.0 +0 05 1.0 +4 24 2.1 8.6 8.4 6.6 2015 Apr 17 N -3 07 1.4 +0 56 1.1 +5 00 2.9 8.1 7.3 6.4 2015 May 3 F -1 49 1.2 +1 57 1.2 +5 42 5.0 6.9 6.0 5.1 2015 May 17 N -0 40 1.1 +2 51 1.4 +6 22 18.3 5.7 4.9 4.0 Listing done. 'f' gives tutorial, '?' prints a menu. This types out a summary of the observability of your object through the observing season. Observability is summarized at new & full moon through a range of dates you specify. (a 24-line display holds about a 6-month range.) Give approx. starting date, yyyy mm dd, neg year exits:Give ending date for listing:You must now specify the altitude of the sun which defines twilight. Type -18. , or give a non-standard choice:Name of object: *** Seasonal Observability of iPTF14bdn *** RA & dec: 13 30 44.9, +32 45 42, epoch 2000.0 Site long&lat: +7 26 28.0 (h.m.s) West, +31 57 12 North. Shown: local eve. date, moon phase, hr ang and sec.z at (1) eve. twilight, (2) natural center of night, and (3) morning twilight; then comes number of nighttime hours during which object is at sec.z less than 3, 2, and 1.5. Night (and twilight) is defined by sun altitude < -18.0 degrees. Date (eve) moon eve cent morn night hrs@sec.z: HA sec.z HA sec.z HA sec.z <3 <2 <1.5 2015 Mar 4 F -7 20 24.4 -2 29 1.2 +2 22 1.2 8.1 7.2 6.2 2015 Mar 19 N -6 10 3.9 -1 34 1.1 +3 02 1.3 8.8 7.8 6.9 2015 Apr 3 F -4 59 2.1 -0 39 1.0 +3 40 1.4 8.6 8.5 7.5 2015 Apr 17 N -3 51 1.5 +0 12 1.0 +4 16 1.7 8.1 8.1 7.7 2015 May 3 F -2 33 1.2 +1 13 1.0 +4 58 2.1 7.5 7.4 6.4 2015 May 17 N -1 24 1.0 +2 08 1.1 +5 39 2.8 7.0 6.2 5.2 Listing done. 'f' gives tutorial, '?' prints a menu. This types out a summary of the observability of your object through the observing season. Observability is summarized at new & full moon through a range of dates you specify. (a 24-line display holds about a 6-month range.) Give approx. starting date, yyyy mm dd, neg year exits:Give ending date for listing:You must now specify the altitude of the sun which defines twilight. Type -18. , or give a non-standard choice:Name of object: *** Seasonal Observability of PSNJ15024996+4847062 *** RA & dec: 15 02 50.0, +48 47 06, epoch 2000.0 Site long&lat: +7 26 28.0 (h.m.s) West, +31 57 12 North. Shown: local eve. date, moon phase, hr ang and sec.z at (1) eve. twilight, (2) natural center of night, and (3) morning twilight; then comes number of nighttime hours during which object is at sec.z less than 3, 2, and 1.5. Night (and twilight) is defined by sun altitude < -18.0 degrees. Date (eve) moon eve cent morn night hrs@sec.z: HA sec.z HA sec.z HA sec.z <3 <2 <1.5 2015 Mar 4 F -8 52 63.0 -4 01 1.5 +0 50 1.1 7.3 6.1 4.9 2015 Mar 19 N -7 42 6.4 -3 06 1.3 +1 30 1.1 7.9 6.8 5.6 2015 Apr 3 F -6 31 3.1 -2 11 1.2 +2 08 1.1 8.6 7.4 6.2 2015 Apr 17 N -5 23 2.1 -1 19 1.1 +2 44 1.2 8.1 8.0 6.8 2015 May 3 F -4 05 1.5 -0 19 1.0 +3 26 1.3 7.5 7.5 7.5 2015 May 17 N -2 55 1.2 +0 36 1.1 +4 07 1.5 7.0 7.0 7.0 Listing done. 'f' gives tutorial, '?' prints a menu. This types out a summary of the observability of your object through the observing season. Observability is summarized at new & full moon through a range of dates you specify. (a 24-line display holds about a 6-month range.) Give approx. starting date, yyyy mm dd, neg year exits:Give ending date for listing:You must now specify the altitude of the sun which defines twilight. Type -18. , or give a non-standard choice:Name of object: *** Seasonal Observability of PSNJ15044009+1237540 *** RA & dec: 15 04 40.1, +12 37 54, epoch 2000.0 Site long&lat: +7 26 28.0 (h.m.s) West, +31 57 12 North. Shown: local eve. date, moon phase, hr ang and sec.z at (1) eve. twilight, (2) natural center of night, and (3) morning twilight; then comes number of nighttime hours during which object is at sec.z less than 3, 2, and 1.5. Night (and twilight) is defined by sun altitude < -18.0 degrees. Date (eve) moon eve cent morn night hrs@sec.z: HA sec.z HA sec.z HA sec.z <3 <2 <1.5 2015 Mar 4 F -8 54 down -4 03 1.9 +0 48 1.1 5.8 4.9 4.0 2015 Mar 19 N -7 44 down -3 08 1.5 +1 28 1.1 6.4 5.6 4.7 2015 Apr 3 F -6 33 down -2 13 1.2 +2 06 1.2 7.1 6.2 5.3 2015 Apr 17 N -5 25 4.2 -1 22 1.1 +2 42 1.3 7.7 6.8 5.9 2015 May 3 F -4 07 2.0 -0 21 1.1 +3 24 1.6 7.5 7.5 6.4 2015 May 17 N -2 57 1.4 +0 34 1.1 +4 05 1.9 7.0 7.0 6.2 Listing done. 'f' gives tutorial, '?' prints a menu. This types out a summary of the observability of your object through the observing season. Observability is summarized at new & full moon through a range of dates you specify. (a 24-line display holds about a 6-month range.) Give approx. starting date, yyyy mm dd, neg year exits:Give ending date for listing:You must now specify the altitude of the sun which defines twilight. Type -18. , or give a non-standard choice:Name of object: *** Seasonal Observability of ASASSN-14ay *** RA & dec: 15 57 03.1, +37 24 58, epoch 2000.0 Site long&lat: +7 26 28.0 (h.m.s) West, +31 57 12 North. Shown: local eve. date, moon phase, hr ang and sec.z at (1) eve. twilight, (2) natural center of night, and (3) morning twilight; then comes number of nighttime hours during which object is at sec.z less than 3, 2, and 1.5. Night (and twilight) is defined by sun altitude < -18.0 degrees. Date (eve) moon eve cent morn night hrs@sec.z: HA sec.z HA sec.z HA sec.z <3 <2 <1.5 2015 Mar 4 F -9 46 down -4 55 2.0 -0 04 1.0 5.8 4.9 3.9 2015 Mar 19 N -8 36 down -4 00 1.5 +0 36 1.0 6.5 5.6 4.5 2015 Apr 3 F -7 25 13.0 -3 05 1.3 +1 14 1.0 7.1 6.2 5.2 2015 Apr 17 N -6 17 3.7 -2 14 1.1 +1 50 1.1 7.7 6.8 5.8 2015 May 3 F -4 59 2.0 -1 13 1.0 +2 32 1.2 7.5 7.5 6.5 2015 May 17 N -3 50 1.5 -0 19 1.0 +3 12 1.3 7.0 7.0 7.0 Listing done. 'f' gives tutorial, '?' prints a menu. This types out a summary of the observability of your object through the observing season. Observability is summarized at new & full moon through a range of dates you specify. (a 24-line display holds about a 6-month range.) Give approx. starting date, yyyy mm dd, neg year exits:Give ending date for listing:You must now specify the altitude of the sun which defines twilight. Type -18. , or give a non-standard choice:Name of object: *** Seasonal Observability of CSS140425:161024+470440 *** RA & dec: 16 10 23.6, +47 04 40, epoch 2000.0 Site long&lat: +7 26 28.0 (h.m.s) West, +31 57 12 North. Shown: local eve. date, moon phase, hr ang and sec.z at (1) eve. twilight, (2) natural center of night, and (3) morning twilight; then comes number of nighttime hours during which object is at sec.z less than 3, 2, and 1.5. Night (and twilight) is defined by sun altitude < -18.0 degrees. Date (eve) moon eve cent morn night hrs@sec.z: HA sec.z HA sec.z HA sec.z <3 <2 <1.5 2015 Mar 4 F -10 00 down -5 08 1.9 -0 17 1.0 6.1 4.9 3.8 2015 Mar 19 N -8 49 down -4 13 1.5 +0 23 1.0 6.7 5.6 4.4 2015 Apr 3 F -7 38 6.8 -3 19 1.3 +1 01 1.1 7.4 6.2 5.1 2015 Apr 17 N -6 31 3.2 -2 27 1.2 +1 36 1.1 7.9 6.8 5.7 2015 May 3 F -5 12 2.0 -1 27 1.1 +2 19 1.2 7.5 7.5 6.4 2015 May 17 N -4 03 1.5 -0 32 1.0 +2 59 1.3 7.0 7.0 7.0 Listing done. 'f' gives tutorial, '?' prints a menu.