epn-redist/src/redist.dct

  table "EBOUNDS" rows("ebounds.dat") ""
<
comment "This is identical with the number of rows in the RMF supplied"
comment "by Frank Haberl - i.e. 972 channels, whose spacing is designed"
comment " to be non-linear so that the response distribution which changes"
comment "more rapidly at lower energies is better sampled"
  column "CHANNEL" int16 "Detector channel number" "channel" fillColumn(col, "ebounds.dat", 0)
  column "E_MIN" real32 "Low energy bound" "eV" fillColumn(col, "ebounds.dat", 1)
  column "E_MAX" real32 "High energy bound" "eV" fillColumn(col, "ebounds.dat", 2)
>
attribute "FLATSHLF" real 1.55 "the norm of the flat shelf" ""
attribute "SIESCFRN" real 0.023 "the Si-escape fraction" ""
1	gvacanti	1.1	table "EBOUNDS" rows("ebounds.dat") ""
2			<
3	dlumb	1.2	comment "This is identical with the number of rows in the RMF supplied"
4			comment "by Frank Haberl - i.e. 972 channels, whose spacing is designed"
5			comment " to be non-linear so that the response distribution which changes"
6			comment "more rapidly at lower energies is better sampled"
7	gvacanti	1.1	column "CHANNEL" int16 "Detector channel number" "channel" fillColumn(col, "ebounds.dat", 0)
8			column "E_MIN" real32 "Low energy bound" "eV" fillColumn(col, "ebounds.dat", 1)
9			column "E_MAX" real32 "High energy bound" "eV" fillColumn(col, "ebounds.dat", 2)
10			>
11	rsaxton	1.3	attribute "FLATSHLF" real 1.55 "the norm of the flat shelf" ""
12			attribute "SIESCFRN" real 0.023 "the Si-escape fraction" ""