def calibrationObservation(shortList, t0, pitch, roll):
# this function runs ST.py with the values from three stars from the "short List"
# we still need data from the almanac but there's defintiely a way to leverage the astrometry data
# t0[2] = t0[2] + 4 #lets worry about correcting the
shorterList = []
for x in range(0, len(shortList)):
for name in shortList[x]["names"]:
# print shortList[x]['names'][name]
print name
starName = name
if starName == "14Aql":
shortList[x]["sha"] = [74, 16.375]
shortList[x]["dec"] = [-3, 41.9393]
shorterList.append(shortList[x])
elif starName == "15Aql":
shortList[x]["sha"] = [73, 26.2652]
shortList[x]["dec"] = [-4, 52.95334]
shorterList.append(shortList[x])
elif starName == u"\u03bb Aql":
shortList[x]["sha"] = [73.0, 26.26254]
shortList[x]["dec"] = [-4, 52.95335]
shorterList.append(shortList[x])
elif starName == "Vega":
shortList[x]["sha"] = [80, 47.02134]
shortList[x]["dec"] = [38, 47.1234]
shorterList.append(shortList[x])
elif starName == "Sheliak":
shortList[x]["sha"] = [77, 28.8012]
shortList[x]["dec"] = [33, 21.7601]
shorterList.append(shortList[x])
elif starName == "Sulafat":
shortList[x]["sha"] = [75, 15.8444]
shortList[x]["dec"] = [32, 41.3734]
shorterList.append(shortList[x])
else:
pass
print "actually used observations are ===== %s" % shorterList
observations = []
for x in shorterList:
# have to define the gha as constants for now
# gha0 = [17,17.8]
# gha1 = [32, 20.3]
gha0 = [32, 20.3]
gha1 = [47, 33.7]
Ho = x["ho"]
sha = x["sha"]
dec = x["dec"]
observations.append(ST.Observation(t0, Ho, sha, gha0, gha1, dec, pitch))
f.write(
"%s,%s,%s,%s,%s,%s,%s,%s,%s\n"
% (x["ho"], x["newx"], x["newy"], x["pixelx"], x["pixely"], x["xOff"], x["yOff"], pitch, roll)
)
print "OBSERVATIONS ====== %s" % observations
ST.runLocateMeALot(observations)
import ST t = [0,53,13] ghaZero = [16,18.7] ghaOne = [31, 21.1] meanBias = 5.356 # total amount of diff. i need to get out of my system accounted = 2.7 # stuff i've actually been able to account for so far dt = -2 alshain = ST.Observation([0,53, 13+dt], 54.6176 - meanBias,[61, 10.299], ghaZero, ghaOne, [6,24.4]) altair2 = ST.Observation([0,53,13+dt], 56.3854 - meanBias, [62, 18.2504], ghaZero, ghaOne, [8,52.0993]) tarazed = ST.Observation([0,53,13+dt],57.4902 - meanBias, [63, 26.1049], ghaZero, ghaOne, [10, 36.7657]) obs = [alshain, altair2, tarazed] ST.runLocateMeALot(obs)
