Instead of a number, QUBE.BANDBIN is a list, different from the usual number. Need to investigate what's going on.
Not sure, how LINE_RANGE makes any sense with this kind of QUBE?
OBJECT = QUBE
AXES = 3
AXIS_NAME = (BAND, LINE, SAMPLE)
CORE_ITEMS = (1024, 64, 234)
CORE_ITEM_BYTES = 2
CORE_ITEM_TYPE = MSB_UNSIGNED_INTEGER
CORE_BASE = 0.0
CORE_MULTIPLIER = 1.0
CORE_VALID_MINIMUM = "N/A"
CORE_NULL = -1
CORE_LOW_REPR_SATURATION = "N/A"
CORE_LOW_INSTR_SATURATION = "N/A"
CORE_HIGH_INSTR_SATURATION = "N/A"
CORE_HIGH_REPR_SATURATION = "N/A"
CORE_NAME = RAW_DATA_NUMBER
CORE_UNIT = "COUNTS/BIN"
BAND_BIN_CENTER = "N/A"
SUFFIX_BYTES = 4
SUFFIX_ITEMS = (0,0,0)
DESCRIPTION = "This UVIS Qube is a 3 dimensional matrix
of 2 byte integers. The Qube represents a time series of two dimensional
(spectral x spatial) matrices. Each two dimensional matrix is made up of
counts taken by the detector during a fixed time interval. The fixed
time interval is specified in the INTEGRATION_DURATION keyword. If the
two dimensional matrix has a LINE magnitude of 1 then the Qube is a time
series of spectra. The region of the detector in which data was taken is
defined by the ...CORNER keywords.
This object is organized so that a sequence of 1024 2-byte numbers
forms a horizontal line (the BAND dimension), a sequence of 64 lines
forms an BANDxLINE spectral-spatial matrix, and sequence of 234 of
these matrices, forms a (1024x64x234) Qube.
The purpose of this observation is to measure the response of the
EUV and FUV channels to various stars for purposes of photometric
calibration."
UL_CORNER_LINE = (16,0,48)
UL_CORNER_BAND = (0,0,0)
LR_CORNER_LINE = (47,15,63)
LR_CORNER_BAND = (1023,1023,1023)
BAND_BIN = (1,128,128)
LINE_BIN = (1,16,16)
END_OBJECT = QUBE
Instead of a number, QUBE.BANDBIN is a list, different from the usual number. Need to investigate what's going on.
Not sure, how LINE_RANGE makes any sense with this kind of QUBE?