Clippy

class dorado.Clippy

Bases: object

Methods Summary

delcacheObj(fname[, subcache])
diread(dirarray)
dirscan(dirarray)
enter_dordir()
exit_dordir()
force16(hdu)
getDateString(cr)
get_night()	get_night obtains a timestring for the most recent(previous) night based on local/hardware time provided by datetime.
init_dir()
mkBias(biasIFC)	mkBias takes a list of bias images to construct a combined bias image. ————> this needs to be corrected for the new image storage format Parameters ———- biasIFC: array[CCDdata] array of raw bias images.
mkFlat(flats)	mkFlat takes a list of flats to construct a calibrated flatfield image.
mkcacheObj(object[, subcache])
mkceres(date[, sub, target, calibrated, aligned])
mkwrk(cr)
newdat()
plate_solve(dirarray[, data, writearray])
saveWCS(cr[, filters])
savewrk(cr[, filters])

Methods Documentation

delcacheObj(fname, subcache=False)

diread(dirarray)

dirscan(dirarray)

enter_dordir()

exit_dordir()

force16(hdu)

getDateString(cr)

get_night()

get_night obtains a timestring for the most recent(previous) night based on local/hardware time provided by datetime. The format follows yyyy-mm-(dd-1)+dd where (dd-1) is last nights day of the month. This currently does not support dates at which the start of the observing night was the last day of the month.

Parameters

None

Returns

night: str

Timestring for the most recent night.

init_dir()

mkBias(biasIFC)

mkBias takes a list of bias images to construct a combined bias image. ————> this needs to be corrected for the new image storage format Parameters ———- biasIFC: array[CCDdata]

array of raw bias images.

Returns

bias: CCDdata

The combined bias image.

mkFlat(flats)

mkFlat takes a list of flats to construct a calibrated flatfield image.

Parameters

flats: array[CCDdata]

array of raw flatfields. ————> this needs to be corrected for the new image storage format

Returns

flat: CCDdata

The combined calibrated flatfield image.

mkcacheObj(object, subcache=False)

mkceres(date, sub='raw', target=None, calibrated=False, aligned=False)

mkwrk(cr)

newdat()

plate_solve(dirarray, data=None, writearray=False)

saveWCS(cr, filters=None)

savewrk(cr, filters=None)