Calibration Access and Data Handbook

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CCF Structure

$\framebox[15cm]{RGS[12]\_TEMPLATEBCKGND\_vvvv.CCF}$

$\framebox[15cm]{X100\_P090\_1\_0.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 9.90640859375000E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 0.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P090\_1\_0.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_0.01 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.52006843750000E+05 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 1.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P090\_1\_0.01 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_0.02 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 4.10720093750000E+05 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 2.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P090\_1\_0.02 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_0.04 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 3.43383250000000E+05 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 4.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P090\_1\_0.04 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_0.06 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.75616515625000E+05 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 6.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P090\_1\_0.06 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_0.08 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 9.06328437500000E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 8.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P090\_1\_0.08 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_0.10 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.80498343750000E+05 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 1.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P090\_1\_0.10 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_0.20 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.25412320312500E+05 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 2.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P090\_1\_0.20 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_0.40 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 6.82629453125000E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 4.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P090\_1\_0.40 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_0.60 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 3.95844375000000E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 6.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P090\_1\_0.60 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_0.80 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 2.84314257812500E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 8.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P090\_1\_0.80 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_1.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 7.07511562500000E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 1.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P090\_1\_1.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_2.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 3.62098828125000E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 2.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P090\_1\_2.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_4.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.04597470703125E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 4.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P090\_1\_4.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_6.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.04823798828125E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 6.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P090\_1\_6.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_1\_8.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.60749938964844E+03 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 8.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P090\_1\_8.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_0.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 9.90640859375000E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 0.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P090\_2\_0.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_0.01 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.52006843750000E+05 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 1.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P090\_2\_0.01 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_0.02 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 4.10720093750000E+05 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 2.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P090\_2\_0.02 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_0.04 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 3.43383250000000E+05 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 4.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P090\_2\_0.04 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_0.06 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.75616515625000E+05 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 6.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P090\_2\_0.06 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_0.08 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 9.06328437500000E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 8.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P090\_2\_0.08 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_0.10 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.80498343750000E+05 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 1.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P090\_2\_0.10 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_0.20 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.25412320312500E+05 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 2.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P090\_2\_0.20 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_0.40 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 6.82629453125000E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 4.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P090\_2\_0.40 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_0.60 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 3.95844375000000E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 6.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P090\_2\_0.60 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_0.80 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 2.84314257812500E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 8.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P090\_2\_0.80 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_1.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 7.07511562500000E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 1.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P090\_2\_1.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_2.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 3.62098828125000E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 2.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P090\_2\_2.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_4.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.04597470703125E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 4.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P090\_2\_4.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_6.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.04823798828125E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 6.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P090\_2\_6.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P090\_2\_8.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.00000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.60749938964844E+03 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 8.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P090\_2\_8.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_0.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 9.90640859375000E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 0.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P095\_1\_0.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_0.01 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.52006843750000E+05 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 1.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P095\_1\_0.01 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_0.02 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 4.10720093750000E+05 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 2.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P095\_1\_0.02 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_0.04 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 3.43383250000000E+05 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 4.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P095\_1\_0.04 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_0.06 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.75616515625000E+05 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 6.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P095\_1\_0.06 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_0.08 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 9.06328437500000E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 8.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P095\_1\_0.08 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_0.10 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.80498343750000E+05 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 1.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P095\_1\_0.10 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_0.20 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.25412320312500E+05 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 2.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P095\_1\_0.20 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_0.40 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 6.82629453125000E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 4.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P095\_1\_0.40 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_0.60 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 3.95844375000000E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 6.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P095\_1\_0.60 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_0.80 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 2.84314257812500E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 8.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P095\_1\_0.80 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_1.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 7.07511562500000E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 1.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P095\_1\_1.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_2.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 3.62098828125000E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 2.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P095\_1\_2.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_4.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.04597470703125E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 4.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P095\_1\_4.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_6.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.04823798828125E+04 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 6.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P095\_1\_6.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_1\_8.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.60749938964844E+03 / [s] Maximum effective integration time
ORDER   =                    1 / Grating order
LEVEL   = 8.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P095\_1\_8.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_0.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 9.90640859375000E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 0.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P095\_2\_0.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_0.01 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.52006843750000E+05 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 1.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P095\_2\_0.01 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_0.02 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 4.10720093750000E+05 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 2.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P095\_2\_0.02 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_0.04 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 3.43383250000000E+05 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 4.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P095\_2\_0.04 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_0.06 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.75616515625000E+05 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 6.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P095\_2\_0.06 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_0.08 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 9.06328437500000E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 8.00000000000000E-02 / Background level

$\framebox[15cm]{X100\_P095\_2\_0.08 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_0.10 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.80498343750000E+05 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 1.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P095\_2\_0.10 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_0.20 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.25412320312500E+05 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 2.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P095\_2\_0.20 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_0.40 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 6.82629453125000E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 4.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P095\_2\_0.40 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_0.60 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 3.95844375000000E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 6.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P095\_2\_0.60 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_0.80 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 2.84314257812500E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 8.00000000000000E-01 / Background level

$\framebox[15cm]{X100\_P095\_2\_0.80 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_1.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 7.07511562500000E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 1.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P095\_2\_1.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_2.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 3.62098828125000E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 2.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P095\_2\_2.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_4.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.04597470703125E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 4.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P095\_2\_4.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_6.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.04823798828125E+04 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 6.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P095\_2\_6.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

$\framebox[15cm]{X100\_P095\_2\_8.00 Binary Header CCF Keywords}$

ALGOID  =                    1 / algorithm identifier
XPSFFRA = 1.00000000000000E+00 / PSF fraction used in cross-dispersion direction
PIPSFFRA= 9.50000000000000E-01 / PSF fraction used in PI direction
EXPOSURE= 1.60749938964844E+03 / [s] Maximum effective integration time
ORDER   =                    2 / Grating order
LEVEL   = 8.00000000000000E+00 / Background level

$\framebox[15cm]{X100\_P095\_2\_8.00 Binary Table Columns}$

CHANNEL
COUNTS
QUALITY
AREASCAL
BACKSCAL

Next: OM Related CCF Components Up: RGS_TEMPLATEBCKGND Previous: References Contents

Michael Smith 2011-09-20