The SWIFT BAT Software Guide Version 6.3 30 ... - HEASARC - Nasa
The SWIFT BAT Software Guide Version 6.3 30 ... - HEASARC - Nasa
The SWIFT BAT Software Guide Version 6.3 30 ... - HEASARC - Nasa
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D.7. <strong>BAT</strong>EREBIN 135<br />
(fltpulserfile=“CALDB”) [string ]<br />
Name of the file that contains the pulser DAC to energy calibration coefficients, or CALDB;<br />
this should be the as-flown coefficients at the time of the observation.<br />
(detmask=“NONE”) [string ]<br />
Name of the file that contains a detmask image or table containing a detmask image. A<br />
detmask is a DPI. Pixels containing values other than the value in the goodval keyword are<br />
zeroed out in the output DPH.<br />
(outmap=“NONE”) [string ]<br />
Name of the file to be written that contains a detmask image. <strong>The</strong> values in the image are:<br />
bit 0 indicates high edge of input integral bin is more than the low edge of the lowest energy<br />
non integral output bin that you care about (default 14.0 keV)<br />
bit 1 indicates low edge of input integral bin is less than the high edge of the highest non<br />
integral output bin that you care about (default 151.4 keV)<br />
bit 2 (value=4) indicates correction > 50 keV in magnitude<br />
bit 4 (value=8) indicates wacked gain/offset values<br />
bit 5 (value=16) indicates no V -> energy conversion value available<br />
bit 6 (value=32) indicates detector masked by input detmask<br />
(lowecare=14.0) [real ]<br />
Lowest energy you care about. This value determines only if bit 1 is set in outmap when the<br />
integral bin runs into a bin that you care about.<br />
(highecare=151.4.0) [real ]<br />
Highest energy you care about. This value determines only if bit 2 is set in outmap when the<br />
integral bin runs into a bin that you care about.<br />
(ebins=“FILEBINS”) [string ]<br />
If FILEBINS, the output has the same energy bins as the input (but the counts will be redistributed<br />
into the correct energy bins). Energy bin ranges, expressed as a comma-separated<br />
list of floating point number ranges, a file name containing energy bin ranges, or CALDB.<br />
Each bin in the comma-separated list is specified as EMIN1-EMAX1,EMIN2-EMAX2,... (in<br />
units of keV). Bins may not overlap. If a file name is given, it can either be an ASCII file<br />
containing the same comma-separated energy bin list, or a FITS file with an EBOUNDS<br />
extension (such as a response matrix), containing columns E MIN and E MAX (in keV). If<br />
CALDB is specified, then the CALDB database is consulted for energy bins. A standard<br />
80-channel set of binnings is used. By using CALDB:n, a specific n-channel binning can be<br />
selected (provided it exists in CALDB). If the first energy bin starts at 0, the first bin will<br />
include the all the counts from the first bin from the input (which has all counts less than<br />
a nominal linear uncorrected 10 keV). If the highest energy bin stops at 6553.6, the highest<br />
bin will include all the counts from the highest input bin (which has all counts greater than<br />
a nominal linear uncorrectd 191.4 keV). Otherwise integral bin counts will be discarded.<br />
(wholecount = no) [boolean ]<br />
Selects whether the output contains only whole (wholecount=yes) or possibly fractional<br />
(wholecount=no) counts. Automatically set to yes if the output data type is an integer<br />
type. Either way, the output should contain the same total counts per detector as the input.