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RA Coverage

Currently active UKIDSS MSBs have the following distribution in RA (normally updated weekly, Thursday HST):
Current UKIDSS RA Coverage


RA Coverage by Survey

UKIDSS Survey Status
UKIRT Infrared Deep Sky Survey Operations



This page gives top-level scheduling and completion information relevant to UKIRT execution of the UKIDSS surveys. The statistics are updated daily, except where otherwise stated. For a graphical representation of survey progress (generated from reduced data at CASU) and other product statistics, click here.

Updated: 2012-02-10 UT

Target statistics



PROGRESS ON BLOCK PLAN PROGRESS ON MONTH PLAN
Survey Hours planned (hours) Fraction of plan (%) Hours to date (hours) Fraction complete (%) Fraction of time used (%) Hours planned (hours) Hours to date (hours) Fraction complete (%)
DXS
 86
 10.5
 69.3
 80.6
 10.2
 86
 69.3
 80.6
GCS
 102
 12.4
 61.7
 60.5
 9.1
 102
 61.7
 60.5
GPS
 200
 24.3
 179.65
 89.8
 26.4
 200
 179.65
 89.8
LAS
 127
 15.5
 104.5
 82.3
 15.4
 127
 104.5
 82.3
UDS
 307
 37.3
 264.5
 86.2
 38.9
 307
 264.5
 86.2
Total
 822
 100
 679.65
 82.7
 100
 822
 679.65
 82.7

1Note that these numbers should ultimately agree with those of the two-year plan listed in the first column.
2This number is the sum of the monthly allocations from the beginning of the block up to the end of the current month.


Time used in each survey in the last 7 nights
Survey Hours observed
GCS47 0.00
GPS10B 3.15
LAS_J2_12A 5.20
UDS8 1.90
Observable
RA 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23
MSB(*) Priority























UDS8
 244/576 (57 %)
 -10

208




















GCS46
 161/182 (11 %)
 -9


06
 31
 12

















GPS10B
 44/84 (47 %)
 -7




05
 03
 06
 01














GCS26
 20/56 (64 %)
 -6



11
 03

















GCS40
 40/50 (19 %)
 -5




09
 04
















DXS27
 63/196 (67 %)
 -4

30




















LAS_J2_12A
 134/219 (38 %)
 -3








13
 12
 04
 04
 05
 16
 20
 07






GCS45
 2/3 (33 %)
 -2








01













DXS30
 30/283 (89 %)
 -1





















14
DXS28
 75/336 (77 %)
 0










36











DXS29
 42/232 (81 %)
 0















20






GCS47
 7/9 (22 %)
 0











01
 01









GPS13F
 7/87 (91 %)
 0

















01
 01

01
 01
Total



238
 06
 42
 29
 08
 06
 01
 13
 12
 40
 05
 06
 16
 20
 27
 01
 01
 01

15
 01

(*) Remaining MSB / Total MSB (MSB Completion rate)

Projects Currently Active


Currently active surveys are listed below. 

Project ID
 Description
 R.A.
 Comments / Recent Actions
DXS27 XMM-LSS 2h J and K . 30 Minutes. Seeing < 1.1 This cirrus.
DXS28 Lockman Hole 11h
 K only. 30 minutes. Seeing < 0.9. Thin cirrus.
DXS29 Elais-N1 16h J only. 30 minutes. Seeing < 1. Thin cirrus.
DXS30 DXS SA22 Campaign 9 16h 30 minutes. Seeing < 1. Thin cirrus.
GCS26 Tau-Aur 08B (K-only & thin cirrus MSBs 21-86) - (3-5 hrs) 3-5h ZYJ (24 minutes). Seeing<1 Thin ciurrus
GCS40 10B Orion (ZYJ) 4.9-6.2h ZYJ (24 minutes). Seeing<1.1 Photometric
GCS45 Praesepe (ZYJ compl.) 3h ZYJ (3-13 minutes). Seeing<1 Photometric;Jsky>15.7
GCS46 UKIDSS GCS: Taurus (ZYJ completion) 3-5h ZYJ (19 minutes). Seeing<1 Photometric; J sky mag>15.7
GCS47 UKIDSS GCS, 12A: ComaBer (ZYJH compl.) 3-4h ZYJH (6-19 minute MSBs). Seeing<1 Photometric; Jsky>15.7 mag
GPS9I Continuation of GPS9 - longitude 141-230 3.4-7.5h JHK MSBs. Photometric, Seeing<1.1, Jsky>15.0, 19.5 min
GPS13F UKIDSS GPS13F: K only non-pholometric block l=15-40 19h K-band MSBs, Thin cirrus, Seeing<0.8, Jsky>15; 18 min
GPS10B Konly non-photometric (2nd epoch) imaging of the winter plane 7h K-band MSBs, Thin cirrus, Seeing<1, Jsky>14.5; 18-31 min MSBs
LAS_J2_12A LAS J band 2nd epoch 12A 8-16h J, 36 min MSBs; Kzen<1.1; Jsky>15.5; photometric
UDS8 UDS 10B JHK 2h Always top priority when observable. Also, look for short single paw observations if there are small time gaps to fill. In that case, strictly follow priorities (to achieve completeness of the tiles)

TABLE NOTES:



'i+' denotes increased internal priority.
'i=n' denotes internal priority set to 'n'.
'f=-n' denotes a raising of n in global priority factor ('fudge factor'). The more negative the value of n, the higher the priority in the queue.
GENERAL NOTES:
The Pie Chart was generated using the Pie Chart Java Applet written by Tom Van Vleck. See: Pie Chart for more information.
Contact: Watson P. Varricatt. Updated: Thu Feb 9 14:18:22 HST 2012

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