This information has been extracted from the LWS LGIF
AA FITS product file.
Columns |
Name | Datatype | Null |
obsno | int | No |
lgifitks | int | No |
lgifitke | int | No |
lgifkr | int | No |
lgifabs1 | float | No |
lgifabs2 | float | No |
lgifabs3 | float | No |
lgifabs4 | float | No |
lgifabs5 | float | No |
lgifabs6 | float | No |
lgifabs7 | float | No |
lgifabs8 | float | No |
lgifabs9 | float | No |
lgifabs10 | float | No |
lgifabsu1 | float | No |
lgifabsu2 | float | No |
lgifabsu3 | float | No |
lgifabsu4 | float | No |
lgifabsu5 | float | No |
lgifabsu6 | float | No |
lgifabsu7 | float | No |
lgifabsu8 | float | No |
lgifabsu9 | float | No |
lgifabsu10 | float | No |
lgifrsta1 | smallint | No |
lgifrsta2 | smallint | No |
lgifrsta3 | smallint | No |
lgifrsta4 | smallint | No |
lgifrsta5 | smallint | No |
lgifrsta6 | smallint | No |
lgifrsta7 | smallint | No |
lgifrsta8 | smallint | No |
lgifrsta9 | smallint | No |
lgifrsta10 | smallint | No |
lgif1rel1 | float | No |
lgif1rel2 | float | No |
lgif1rel3 | float | No |
lgif1rel4 | float | No |
lgif1rel5 | float | No |
lgif1rel6 | float | No |
lgif1rel7 | float | No |
lgif1rel8 | float | No |
lgif1rel9 | float | No |
lgif1rel10 | float | No |
lgif2rel1 | float | No |
lgif2rel2 | float | No |
lgif2rel3 | float | No |
lgif2rel4 | float | No |
lgif2rel5 | float | No |
lgif2rel6 | float | No |
lgif2rel7 | float | No |
lgif2rel8 | float | No |
lgif2rel9 | float | No |
lgif2rel10 | float | No |
lgifnscd | smallint | No |
lgifnscg | smallint | No |
lgifline | smallint | No |
lgifpos | smallint | No |
lgifadet | char(3) | No |
lgifrpid1 | smallint | No |
lgifrpidy | smallint | No |
utk_start | int | Yes |
utk_end | int | Yes |
position | smallint | Yes |
1st coeff. of relative responsivity correction for each detector (Flux at reference ITK).column lgif2rel1
2nd coeff. of relative responsivity correction for each detector (Flux per ITK unit).column lgifabs1
Absolute responsivity correction factor for each detector.column lgifabsu1
Uncertainties in absolute responsivity correction factors.column lgifadet
Active detector, as string (only valid for L02 and L04).column lgifitke
ITK of end of group.column lgifitks
ITK of start of group.column lgifkr
Reference ITK at which correction is calculated.column lgifline
Line number for group (only valid for L02 and L04).column lgifnscd
Number of scans used for calculation of drift correction.column lgifnscg
Total number of scans in group.column lgifpos
Grating measured position for group (only valid for L03 and L04).column lgifrpid1
Raster point ID x for group.column lgifrpidy
Raster point ID y for group.column lgifrsta1
Relative responsivity status flag for each detector:column obsno0 No valid relative responsivity information stored for this detector
1 Relative responsivity information stored for this detector.
Observation number constructed as follows:column positionrevolution number * 1000000 + target number * 1000 + observation sequence number * 10 + type.Please see SCREW 385 for further details.
Position of scan.column utk_end
UTK of end of group.column utk_start
UTK of start of group.
Table Usage (MB) |
Distribution of Table Space |
Data |
2.03 |
Data |
97.10 % |
Indexes |
0.02 |
Indexes |
0.84 % |
Unused |
0.04 |
Unused |
2.06 % |
Total |
2.09 |
Number
of Rows |
5188 |
Dependencies |
Referencing Objects |
Object Name | Object Type |
dbo.lgif.lgif_ucx | INDEX |
Referenced Objects |
Object Name | Object Type |
DDL |
CREATE TABLE dbo.lgif
(
obsno int NOT NULL,
lgifitks int NOT NULL,
lgifitke int NOT NULL,
lgifkr int NOT NULL,
lgifabs1 float NOT NULL,
lgifabs2 float NOT NULL,
lgifabs3 float NOT NULL,
lgifabs4 float NOT NULL,
lgifabs5 float NOT NULL,
lgifabs6 float NOT NULL,
lgifabs7 float NOT NULL,
lgifabs8 float NOT NULL,
lgifabs9 float NOT NULL,
lgifabs10 float NOT NULL,
lgifabsu1 float NOT NULL,
lgifabsu2 float NOT NULL,
lgifabsu3 float NOT NULL,
lgifabsu4 float NOT NULL,
lgifabsu5 float NOT NULL,
lgifabsu6 float NOT NULL,
lgifabsu7 float NOT NULL,
lgifabsu8 float NOT NULL,
lgifabsu9 float NOT NULL,
lgifabsu10 float NOT NULL,
lgifrsta1 smallint NOT NULL,
lgifrsta2 smallint NOT NULL,
lgifrsta3 smallint NOT NULL,
lgifrsta4 smallint NOT NULL,
lgifrsta5 smallint NOT NULL,
lgifrsta6 smallint NOT NULL,
lgifrsta7 smallint NOT NULL,
lgifrsta8 smallint NOT NULL,
lgifrsta9 smallint NOT NULL,
lgifrsta10 smallint NOT NULL,
lgif1rel1 float NOT NULL,
lgif1rel2 float NOT NULL,
lgif1rel3 float NOT NULL,
lgif1rel4 float NOT NULL,
lgif1rel5 float NOT NULL,
lgif1rel6 float NOT NULL,
lgif1rel7 float NOT NULL,
lgif1rel8 float NOT NULL,
lgif1rel9 float NOT NULL,
lgif1rel10 float NOT NULL,
lgif2rel1 float NOT NULL,
lgif2rel2 float NOT NULL,
lgif2rel3 float NOT NULL,
lgif2rel4 float NOT NULL,
lgif2rel5 float NOT NULL,
lgif2rel6 float NOT NULL,
lgif2rel7 float NOT NULL,
lgif2rel8 float NOT NULL,
lgif2rel9 float NOT NULL,
lgif2rel10 float NOT NULL,
lgifnscd smallint NOT NULL,
lgifnscg smallint NOT NULL,
lgifline smallint NOT NULL,
lgifpos smallint NOT NULL,
lgifadet char(3) NOT NULL,
lgifrpid1 smallint NOT NULL,
lgifrpidy smallint NOT NULL,
utk_start int NULL,
utk_end int NULL,
position smallint NULL
)
LOCK ALLPAGES
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