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apollock |
1.13 |
# 19-06-2003 Andy Separate RGS1 and RGS2 @dataset@effareacorr.dat |
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# 25-06-2003 Andy Si thickness total=active+passive in column 2 of @dataset@EEVthick.dat |
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# @dataset@mthick1.xdct |
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# @dataset@mthick2.xdct |
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# @dataset@mthick3.xdct |
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# @dataset@mthick4.xdct |
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# @dataset@mthick7.xdct |
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# Andy Get passive Si & AlO2 from @dataset@EEVthick.dat |
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apollock |
1.14 |
# 20-01-2006 Andy Separate RGS1 and RGS2 @dataset@effcorr.dat |
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# 04-04-2006 Andy CCD_DESC SENS_M1, SENS_M3, SENS_M3, SENS_M4 & SENS_M5 |
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apollock |
1.13 |
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cerd |
1.1 |
# ------------------ CCD thicknesses by EEV ------------------------------ |
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cerd |
1.6 |
table "CCD_DESC" rows("@dataset@EEVthick.dat") "CCD passive layer thickness parameters" |
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cerd |
1.1 |
< |
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apollock |
1.14 |
column "CCDID" int8 "CCD number" "" fillColumn(col,"@dataset@EEVthick.dat",0) |
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column(10) "EEV_ID" string "CCD ident" "" fillColumn(col,"@dataset@EEVthick.dat",1) |
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apollock |
1.13 |
# the total Si thickness = (active+passive) from @dataset@mthickN.xdct below is also given in Column(col,"@dataset@EEVthick.dat",2) |
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apollock |
1.14 |
column "D_SI" real32 "Si thickness" "nm" fillColumn(col,"@dataset@EEVthick.dat",3) |
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column "D_AL" real32 "Al thickness" "nm" fillColumn(col,"@dataset@EEVthick.dat",4) |
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column "D_MGF2" real32 "MgF2 thickness" "nm" fillColumn(col,"@dataset@EEVthick.dat",5) |
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column "D_SIO2" real32 "SiO2 thickness" "nm" fillColumn(col,"@dataset@EEVthick.dat",6) |
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column "D_H2O" real32 "H2O thickness" "nm" fillColumn(col,"@dataset@EEVthick.dat",7) |
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column "D_ALO2" real32 "AlO2 thickness" "nm" fillColumn(col,"@dataset@EEVthick.dat",8) |
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column "SENS_M1" real32 "m=-1 sensitivity" "" fillColumn(col,"@dataset@EEVthick.dat",9) |
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column "SENS_M2" real32 "m=-2 sensitivity" "" fillColumn(col,"@dataset@EEVthick.dat",10) |
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column "SENS_M3" real32 "m=-3 sensitivity" "" fillColumn(col,"@dataset@EEVthick.dat",11) |
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column "SENS_M4" real32 "m=-4 sensitivity" "" fillColumn(col,"@dataset@EEVthick.dat",12) |
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column "SENS_M5" real32 "m=-5 sensitivity" "" fillColumn(col,"@dataset@EEVthick.dat",13) |
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cerd |
1.1 |
> |
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apollock |
1.13 |
# ------------------ Si total = active + passive thickness data --------------------------- |
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cerd |
1.1 |
table "SI1" 0 "CCD Si thickness" |
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< |
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apollock |
1.13 |
include "@dataset@mthick1.xdct" |
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cerd |
1.1 |
> |
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table "SI2" 0 "CCD Si thickness" |
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< |
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apollock |
1.13 |
include "@dataset@mthick2.xdct" |
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cerd |
1.1 |
> |
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table "SI3" 0 "CCD Si thickness" |
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< |
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apollock |
1.13 |
include "@dataset@mthick3.xdct" |
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cerd |
1.1 |
> |
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table "SI4" 0 "CCD Si thickness" |
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< |
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apollock |
1.13 |
include "@dataset@mthick4.xdct" |
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cerd |
1.1 |
> |
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table "SI5" rows("@dataset@si5.dat") "CCD Si thickness" |
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< |
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include "@dataset@mthick5.xdct" |
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cerd |
1.2 |
column "CHIPX" int16 "CCD X direction" "pixel" fillColumn(col,"@dataset@si5.dat",0) |
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column "CHIPY" int16 "CCD Y direction" "pixel" fillColumn(col,"@dataset@si5.dat",1) |
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cerd |
1.1 |
column "FRINGES" int16 "number of FRINGES" "" fillColumn(col,"@dataset@si5.dat",2) |
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> |
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table "SI6" rows("@dataset@si6.dat") "CCD Si thickness" |
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< |
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include "@dataset@mthick6.xdct" |
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cerd |
1.2 |
column "CHIPX" int16 "CCD X direction" "pixel" fillColumn(col,"@dataset@si6.dat",0) |
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column "CHIPY" int16 "CCD Y direction" "pixel" fillColumn(col,"@dataset@si6.dat",1) |
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cerd |
1.1 |
column "FRINGES" int16 "number of FRINGES" "" fillColumn(col,"@dataset@si6.dat",2) |
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> |
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table "SI7" 0 "CCD Si thickness" |
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< |
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apollock |
1.13 |
include "@dataset@mthick7.xdct" |
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cerd |
1.1 |
> |
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table "SI8" rows("@dataset@si8.dat") "CCD Si thickness" |
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< |
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include "@dataset@mthick8.xdct" |
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cerd |
1.2 |
column "CHIPX" int16 "CCD X direction" "pixel" fillColumn(col,"@dataset@si8.dat",0) |
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column "CHIPY" int16 "CCD Y direction" "pixel" fillColumn(col,"@dataset@si8.dat",1) |
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cerd |
1.1 |
column "FRINGES" int16 "number of FRINGES" "" fillColumn(col,"@dataset@si8.dat",2) |
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> |
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table "SI9" rows("@dataset@si9.dat") "CCD Si thickness" |
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< |
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include "@dataset@mthick9.xdct" |
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cerd |
1.2 |
column "CHIPX" int16 "CCD X direction" "pixel" fillColumn(col,"@dataset@si9.dat",0) |
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column "CHIPY" int16 "CCD Y direction" "pixel" fillColumn(col,"@dataset@si9.dat",1) |
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cerd |
1.1 |
column "FRINGES" int16 "number of FRINGES" "" fillColumn(col,"@dataset@si9.dat",2) |
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> |
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cerd |
1.3 |
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###################################################################### RGA data |
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table "RGA_EFF" rows("new_efficiency_7-8_35.table") "RGA efficiencies" |
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< |
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cerd |
1.9 |
# attribute "BETA_VIG" real 2.97873882195 "onset of self vignetting in BETA" "deg" |
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attribute "BETA_VIG" real 3.038 "onset of self vignetting in BETA" "deg" |
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cerd |
1.5 |
# attribute "ETA" real 0.5299 "fraction of light intercepted by the RGA for on-axis source" "" |
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cerd |
1.3 |
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column "ALPHA" real32 "Angle of incidence" "deg" fillColumn(col,"new_efficiency_7-8_35.table",0) |
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column "LAMBDA" real32 "Wavelength of incident photon" "angstrom" fillColumn(col,"new_efficiency_7-8_35.table",1) |
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column "EFF0" real32 "Reflection efficiency for order 0" "" fillColumn(col,"new_efficiency_7-8_35.table",2) |
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column "EFF1" real32 "Reflection efficiency for order -1" "" fillColumn(col,"new_efficiency_7-8_35.table",3) |
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column "EFF2" real32 "Reflection efficiency for order -2" "" fillColumn(col,"new_efficiency_7-8_35.table",4) |
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column "EFF3" real32 "Reflection efficiency for order -3" "" fillColumn(col,"new_efficiency_7-8_35.table",5) |
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column "EFF4" real32 "Reflection efficiency for order -4" "" fillColumn(col,"new_efficiency_7-8_35.table",6) |
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column "EFF5" real32 "Reflection efficiency for order -5" "" fillColumn(col,"new_efficiency_7-8_35.table",7) |
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cerd |
1.5 |
> |
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table "RGA_INTERCEPT" rows("intercept.dat") "RGA active light intercept" |
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< |
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column "ENERGY" real32 "Energy of incident photon" "eV" fillColumn(col,"intercept.dat",0) |
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column "FRACTION" real32 "Fraction of light intercepted" "" fillColumn(col,"intercept.dat",1) |
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> |
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table "RGA_OBSCURATE" rows("obscurate.dat") "RGA passive opbscuration" |
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< |
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column "ENERGY" real32 "Energy of incident photon" "eV" fillColumn(col,"obscurate.dat",0) |
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column "FRACTION" real32 "Fraction of light obscured" "" fillColumn(col,"obscurate.dat",1) |
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cerd |
1.9 |
> |
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apollock |
1.14 |
table "RGA_EFFCORR" rows("@dataset@effcorr.dat") "RGA order efficiency corrections" |
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cerd |
1.9 |
< |
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apollock |
1.14 |
column "LAMBDA" real32 "Wavelength of incident photon" "angstrom" fillColumn(col,"@dataset@effcorr.dat",0) |
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column "CORR0" real32 "Efficiency Correction for order 0" "" fillColumn(col,"@dataset@effcorr.dat",1) |
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column "CORR1" real32 "Efficiency Correction for order -1" "" fillColumn(col,"@dataset@effcorr.dat",2) |
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column "CORR2" real32 "Efficiency Correction for order -2" "" fillColumn(col,"@dataset@effcorr.dat",3) |
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column "CORR3" real32 "Efficiency Correction for order -3" "" fillColumn(col,"@dataset@effcorr.dat",4) |
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column "CORR4" real32 "Efficiency Correction for order -4" "" fillColumn(col,"@dataset@effcorr.dat",5) |
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column "CORR5" real32 "Efficiency Correction for order -5" "" fillColumn(col,"@dataset@effcorr.dat",6) |
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cerd |
1.9 |
> |
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cgabriel |
1.11 |
table "RGA_SELFVIGNCORR" rows("@dataset@selfvigncorr.dat") "RGA self vignetting correction" |
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cerd |
1.9 |
< |
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cgabriel |
1.11 |
column "BETA" real32 "Dispersion angle" "rad" fillColumn(col,"@dataset@selfvigncorr.dat",0) |
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column "FACTOR" real32 "Correction factor" "" fillColumn(col,"@dataset@selfvigncorr.dat",1) |
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cerd |
1.9 |
> |
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apollock |
1.13 |
table "RGA_EFFAREACORR" rows("@dataset@effareacorr.dat") "RGA overall effective area correction" |
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cerd |
1.9 |
< |
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apollock |
1.13 |
column "ENERGY" real32 "Energy of incident photon" "eV" fillColumn(col,"@dataset@effareacorr.dat",0) |
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column "FACTOR" real32 "Correction factor" "" fillColumn(col,"@dataset@effareacorr.dat",1) |
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cerd |
1.3 |
> |
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