def genImexamInstsAlt(starList, fn):
#figure out which is target star
insts = []
for star in starList:
insts.append(':s ' + str(star.field('x')) + ' ' + str(star.field('y')))
fs.writeListToFile(fn, insts)
return insts
def genCooFile(ooi, starList, fn):
#We want x&y for center
#We want index_ra&dec for coords
#Would be interesting to see if flux&background give enough to lightcurve...
coords = []
coords.append(str(int(ooi["x"])) + " " + str(int(ooi["y"])))
for line in starList:
if int(ooi["x"]) != int(line.field("x")) or int(ooi["y"]) != int(line.field("y")):
coords.append(str(int(line.field("x"))) + " " + str(int(line.field("y"))))
fs.writeListToFile(fn, coords)
return coords
def indexFiles(root):
logger = logging.getLogger(__name__)
logger.debug("Looking for all *.fit* in " + root)
fitsFiles = [os.path.relpath(os.path.join(dirpath, f), root)
for dirpath, dirnames, files in os.walk(root)
for f in fnmatch.filter(files, "*.fit")]
fitsFiles.sort()
#print(fitsFiles)
listDarks = fs.readFileToArray(root + ".darks")
listBiass = fs.readFileToArray(root + ".biass")
listFlats = fs.readFileToArray(root + ".flats")
listLights = fs.readFileToArray(root + ".lights")
listUnknowns = fs.readFileToArray(root + ".unknowns")
listErrors = fs.readFileToArray(root + ".errors")
index = fs.readFileToArray(root + ".index")
for f in fitsFiles:
if f in index:
continue
if "b.fit" in f or "d.fit" in f or "atlas_" in f:
continue
logger.debug("Indexing "+f)
hdr = fs.getHeader(root + f)
imgType = hdr["PICTTYPE"]
outFile = "None"
date = hdr["DATE-OBS"].split("T")[0]
if isFlat(imgType):
#logger.debug(f + " is a flat.")
listFlats.append(f)
elif isDark(imgType):
#logger.debug(f + " is a dark")
listDarks.append(f)
elif isBias(imgType):
#logger.debug(f + " is a bias")
listBiass.append(f)
elif isLight(imgType):
#logger.debug(f + " is a light frame!")
listLights.append(f + ":" + date)
elif isUnknown(imgType):
logger.warning(f + " is of unknown type?")
listUnknowns.append(f)
else:
logger.error("ImgType not unknown or anything else??")
listErrors.append(f)
#TODO only open file once in w+ mode
index.append(f)
fs.writeListToFile(root+".flats", listFlats)
fs.writeListToFile(root+".darks", listDarks)
fs.writeListToFile(root+".biass", listBiass)
fs.writeListToFile(root+".lights", listLights)
fs.writeListToFile(root+".unknowns", listUnknowns)
fs.writeListToFile(root+".errors", listErrors)
fs.writeListToFile(root+".index", index)
return
for img in unprocImgNames:
logger.debug("Getting calibration images for " + img)
hdr = fs.getHeader(root + img)
exptime = hdr['EXPTIME']
date = hdr['DATE-OBS'].split('T')
date = date[0]
datexp = date + ":" + str(exptime)
#Darks
if date in darksFiles:
darksFiles[date].append(img)
else:
darks = getDarks(root, img)
darksFiles[date] = [img]
if len(darks) > 0:
fs.writeListToFile(root + outputDir + ".darks:" + date, darks)
#Biass
if date in biassFiles:
biassFiles[date].append(img)
else:
biass = getBiass(root, img)
biassFiles[date] = [img]
if len(biass) > 0:
fs.writeListToFile(root + outputDir + ".biass:" + date, biass)
#Flats
if date in flatsFiles:
flatsFiles[date].append(img)
else:
flats = getFlats(root, img)
flatsFiles[date] = [img]
if len(flats) > 0:
def genImexamInsts(star, fn):
#figure out which is target star
insts = [':s ' + str(int(star["x"])) + ' ' + str(int(star["y"]))]
fs.writeListToFile(fn, insts)
return insts
new = []
for source in runs[index]:
if isInField(root + bfn, source["RA"], source["DEC"]):
new.append(source)
runs[index] = new
else:
runs[index] = rdSources
runBfns[index] = [bfn]
runOOI[index] = ooi
#Output to files
for index in runs:
logger.info("Writing common stars for " + index)
fs.writeListToFile(root + "atlas_" + index + ".atlas.rdls", runs[index])
ooi = runOOI[index]
for bfn in runBfns[index]:
x, y = getxyFromRaDec(root + bfn, ooi["ra"], ooi["dec"])
coords = [str(x) + " " + str(y)]
for ra, dec in runs[index]:
if not areEqual(ra, ooi["ra"]) or not areEqual(dec, ooi['dec']):
x, y = getxyFromRaDec(root + bfn, ra, dec)
coords.append(str(x) + " " + str(y))
fs.writeListToFile(root + bfn + ".coo", coords)
magFileArray = [root + fn + ".mag" for fn in runBfns[index]]
fs.writeListToFile(root + "atlas_" + index + ".txdmp", magFileArray)
