This observing template consists of three sections: 1) target notes, 
2) calibration field notes, and 3) a list of the objects in their 
observing sequence.  Multiple observations of the same object should be 
listed separately in the desired order.  

NOTE: A WWW accessible finder chart with target/field name and RA/DEC 
      included must be available.  If it is not, you take your chances 
      on the accuracy of the telescope pointing.


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NOTES FOR TARGET FIELDS
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#
#Include general instructions here regarding how you want your targets 
#observed.  For example:
#

1. Make sure that the focus is good.  

2. Check to make sure that the coordinates are correct.  

3. Check finder chart to confirm field.

4. Take the exposures.  Do not worry about saturated stars in the long
   integrations.  (In each filter there is a long and a short exposure.
   This is to get data for both bright and faint stars.)


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NOTES FOR CALIBRATION FIELDS 
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#
#Include general instructions here regarding how you want your 
#standards observed.  For example:
#

1. Observe each standard field at different airmasses between 1.0 and
   2.0.  Try to get an airmass of 1.0 (or 1.2) for the first observation,
   an airmass of about 1.5 for the second observation, and an airmass of
   2.0 for the final observation.

2. Do not observe a standard field with an airmass that is much larger
   than 2.0 (although 2.1 is ok).


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OBSERVING SEQUENCE
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# Example observing block:
#
#TARGET         target or field name
#PRIORITY	1=must do, 2=normal priority, 3=if there is time
#COORDINATES    hh mm ss.s   +/-dd mm ss
#FINDER CHART   URL to finder chart (must be WWW accessible)
#AIRMASS        preferred range or limits
#FILTER(S)      comma separated if a sequence
#INTEGRATION(S) time(s) to integrate (with units)
#TOTAL TIME     total approximate time for the sequence (should include 
#               readout time: approximately 1 minute per frame)
#NOTES          things like required conditions (e.g. photometric)

TARGET          sci_target1
PRIORITY        2
COORDINATES     06 53 04.8   -23 47 35
FINDER CHART    http://www.chara.gsu.edu/~thenry/SMARTS/target1.html
AIRMASS         minimum available -or- less than 1.8
FILTER(S)       V,R,I,V,R,I
INTEGRATION(S)  900s, 720s, 720s, 900s, 720s, 720s
TOTAL TIME      86 minutes
NOTES           any conditions acceptable, 

TARGET          standard1
PRIORITY        1
COORDINATES     09 56 00.0   -00 28 30
FINDER CHART    http://www.chara.gsu.edu/~thenry/SMARTS/standard1.html
AIRMASS         1.0 (+/- 0.2)
FILTER(S)       B,V,R,I
INTEGRATION(S)  120s, 60s, 60s, 40s
TOTAL TIME      8 minutes
NOTES           require photometric conditions

TARGET          sci_target2
PRIORITY        1
COORDINATES     07 23 04.8   -20 40 05
FINDER CHART    http://www.chara.gsu.edu/~thenry/SMARTS/target2.html
AIRMASS         minimum available -or- less than 1.8
FILTER(S)       V,R,I
INTEGRATION(S)  900s, 720s, 720s
TOTAL TIME      43 minutes
NOTES           require photometric conditions

FIELD           standard1
PRIORITY        1
COORDINATES     09 56 00.0   -00 28 30
FINDER CHART    http://www.chara.gsu.edu/~thenry/SMARTS/standard1.html
AIRMASS         1.5 (+/- 0.2)
FILTER(S)       B,V,R,I
INTEGRATION(S)  120s, 60s, 60s, 40s
TOTAL TIME      8 minutes
NOTES           require photometric conditions

TARGET          sci_target3
PRIORITY        1
COORDINATES     08 20 04.8   -22 40 08
FINDER CHART    http://www.chara.gsu.edu/~thenry/SMARTS/target3.html
AIRMASS         minimum available -or- less than 1.8
FILTER(S)       V,R,I
INTEGRATION(S)  900s, 720s, 720s
TOTAL TIME      43 minutes
NOTES           require photometric conditions

FIELD           standard1
PRIORITY        1
COORDINATES     09 56 00.0   -00 28 30
FINDER CHART    http://www.chara.gsu.edu/~thenry/SMARTS/standard1.html
AIRMASS         1.8 (+/- 0.2)
FILTER(S)       B,V,R,I
INTEGRATION(S)  120s, 60s, 60s, 40s
TOTAL TIME      8 minutes
NOTES           require photometric conditions

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