= PLAN FOR NIGHT 16-17NOV: = Probably average weather but maybe stable conditions. Adapt the following plan on stability of focus. Do a skydip ! Pointing, focus on nearby quasar then === 3C454.3 MWC349 === Depending what time the observations start go on 3C454 or MWC349 if it is <80deg Do a cycle of simple maps otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako === DR21 === Go on DR21 for a cycle if Uranus still is <25deg dr21oh_polar.pako === Uranus === Do cycles alternating: focus with small offsets (steps of +/-0.1mm) if focus is stable: otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako at focus and slightly out of focus (+/-0.1mm & +/-0.2mm) Repeat === IRAS4A === Monitor noise evolution on IRAS4A field: integrate as long as possible with otf_loop_9_3_b335_polar_3Hz_40arcsec_per_sec.pako '''DO A SKYDIP''' === 3C286 === otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako Till 8-8:30am, integrate on 3C286 Then, XPOL takes over on 3C286. = PLAN FOR NIGHT 15-16NOV: = Probably bad weather but will try to get the telescope as soon as doable. Adapt the following plan on weather conditions. Do a skydip ! Pointing, focus on nearby quasar then === MWC349 === Do a cycle of 4 simple maps otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako === DR21 === Go on DR21 for an hour dr21oh_polar.pako === Uranus === Do cycle of 2 simple maps at low elevation otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako then otf_simple_9_3_polar_3Hz_40arcsec_per_sec.pako + Do one beammap at El>35 beammap1scan95sub_polar_hwp3hz_29min.pako === OMC1 before transit === @omc1_polar.pako === Uranus === Do a cycle of 2 simple maps otf_simple_9_3_polar_3Hz_40arcsec_per_sec.pako then otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako '''DO A SKYDIP''' === Crab === @crab_polar_2020.pako integrate a full cycle (one hour) ... and back on Uranus/OMC1 ... until 7-7:30am '''DO A SKYDIP''' = PLAN FOR NIGHT 14-15NOV: = Probably bad weather until 1am but will try to get the telescope as soon as doable. Adapt the following plan on weather conditions. Do a skydip ! Pointing, focus on nearby quasar then === MWC349 === Do a cycle of 4 simple maps otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako === DR21 === Go on DR21 for an hour dr21oh_polar.pako === Uranus === Do cycle of 2 simple maps at low elevation otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako then otf_simple_9_3_polar_3Hz_40arcsec_per_sec.pako + Do one beammap at El>35 beammap1scan95sub_polar_hwp3hz_29min.pako === OMC1 before transit === @omc1_polar.pako === Uranus === Do a cycle of 2 simple maps otf_simple_9_3_polar_3Hz_40arcsec_per_sec.pako then otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako '''DO A SKYDIP''' === Crab === @crab_polar_2020.pako integrate a full cycle (one hour) ... and back on Uranus/OMC1 ... until 7-7:30am '''DO A SKYDIP''' = PLAN FOR NIGHT 13-14NOV: = Very bad weather, no observations planned. If opacity turns to <0.3 for >45minutes we asked to be called to take the telescope, and execute same plan as last night. = PLAN FOR NIGHT 12-13NOV: = Do a skydip ! Pointing, focus on nearby quasar then === MWC349 === Do a cycle of 4 simple maps otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako === DR21 === Go on DR21 for an hour dr21oh_polar.pako === Uranus === Do cycle of 2 simple maps at low elevation otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako then otf_simple_9_3_polar_3Hz_40arcsec_per_sec.pako + Do one beammap at El>35 beammap1scan95sub_polar_hwp3hz_29min.pako === OMC1 before transit === @omc1_polar.pako === Uranus === Do a cycle of 2 simple maps otf_simple_9_3_polar_3Hz_40arcsec_per_sec.pako then otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako '''DO A SKYDIP''' === Crab === @crab_polar_2020.pako integrate a full cycle (one hour) ... and back on Uranus/OMC1 ... until 7-7:30am '''DO A SKYDIP''' === 3C286 === otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako Till 9am, integrate on 3C286 '''FINISH WITH SKYDIP''' ~ ~ ~ ~ ~ ~ ~ ~ = PLAN FOR NIGHT 11-12NOV: = === B335 === skydip, pointing, focus on nearby quasar then otf_loop_9_3_b335_polar_3Hz_40arcsec_per_sec.pako ... until B335 is <25deg === Uranus === Do one beammap beammap1scan95sub_polar_hwp3hz_29min.pako then a cycle of 2 simple maps otf_simple_9_3_polar_3Hz_40arcsec_per_sec.pako === Crab === @crab_polar_2020.pako integrate a full cycle (one hour) === Uranus === Do a cycle of 2 simple maps otf_simple_9_3_polar_3Hz_40arcsec_per_sec.pako === OMC1 === @omc1_polar.pako ... until 6:30am === 3C286 === otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako Till 7:30am, integrate on 3C286 then leave the telescope to XPOL = PLAN FOR NIGHT 10-11NOV: = === 3C454 === skydip, pointing, focus, and test files are written, idl processing ok ... etc otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako ... until Neptune is >20deg === Neptune === pointing, focus, tests +(if time) otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako ... until Uranus is >20deg === Uranus === 2 beammaps (+ 1-2 smallmaps) with styrofoam beammap1scan95sub_polar_hwp3hz_29min.pako otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako Uranus 1 small + 1-2 beammaps without styrofoam Uranus again alternating small and beammaps, with styrofoam ... until Uranus is <25deg === Crab === @crab_polar_2020.pako ... Until 2hours left on 3C286 === 3C286 === Till the end of shift, integrate on 3C286 otf_simple_8_5_polar_3Hz_40arcsec_per_sec.pako