MDR_STR_SCI

binary record "MDR_STR_SCI"size: 100
idfield namedefinition
0MDR_ID
binary uint16size: 2
Data Set Record identifier
1SyncStatus
binary uint16size: 2
Time synchronization status, source and quality
2t
binary timesize: 12
unit: "s since 2000-01-01"

value: float(./day) * 86400 + float(./sec) + float(./microsec) * 1e-06
binary recordsize: 12
Time of observation, t_0_STR

idfield namedefinition
0day
binary int32size: 4
unit: "days since 2000-01-01"
1sec
binary uint32size: 4
unit: "s"
2microsec
binary uint32size: 4
unit: "1E-6 s"
3Att1
binary recordsize: 25
idfield namedefinition
0q
binary array[4]size: 16
binary int32 (double)size: 4
Orientation of camera head 1, ICRF

converted unit: "" (multiply by 1/1000000000)
1Info
binary recordsize: 9
idfield namedefinition
0Seq
binary uint8size: 1
Sequence: 0 = initial attitude determination + fine-tuning, 1 = only fine-tuning
1Cor
binary uint8size: 1
If 1: Corrections applied
2HR
binary uint8size: 1
If 1: High attitude rate detected
3BBO
binary uint8size: 1
If 1: Big bright object(s) detected
4t_ref
binary uint8size: 1
Time reference: 0 = Timestamp based on synchronized time, 1 = Timestamp is given in seconds since instrument boot up
5Valid
binary uint8size: 1
If 1: Att1.q is valid
6Res
binary uint8 (double)size: 1
Accuracy estimate of Att1.q

converted unit: "" (multiply by 1/100)
7Stars
binary uint8size: 1
Number of centroid objects detected as stars
8Locks
binary uint8size: 1
Number of triads recognized during the Lost in Space function
4Fill_1
binary bytessize: 3
Filler

hidden: true
5Att2
binary recordsize: 25
idfield namedefinition
0q
binary array[4]size: 16
binary int32 (double)size: 4
Orientation of camera head 1, ICRF

converted unit: "" (multiply by 1/1000000000)
1Info
binary recordsize: 9
idfield namedefinition
0Seq
binary uint8size: 1
Sequence: 0 = initial attitude determination + fine-tuning, 1 = only fine-tuning
1Cor
binary uint8size: 1
If 1: Corrections applied
2HR
binary uint8size: 1
If 1: High attitude rate detected
3BBO
binary uint8size: 1
If 1: Big bright object(s) detected
4t_ref
binary uint8size: 1
Time reference: 0 = Timestamp based on synchronized time, 1 = Timestamp is given in seconds since instrument boot up
5Valid
binary uint8size: 1
If 1: Att2.q is valid
6Res
binary uint8 (double)size: 1
Accuracy estimate of Att2.q

converted unit: "" (multiply by 1/100)
7Stars
binary uint8size: 1
Number of centroid objects detected as stars
8Locks
binary uint8size: 1
Number of triads recognized during the Lost in Space function
6Fill_2
binary bytessize: 3
Filler

hidden: true
7Att3
binary recordsize: 25
idfield namedefinition
0q
binary array[4]size: 16
binary int32 (double)size: 4
Orientation of camera head 1, ICRF

converted unit: "" (multiply by 1/1000000000)
1Info
binary recordsize: 9
idfield namedefinition
0Seq
binary uint8size: 1
Sequence: 0 = initial attitude determination + fine-tuning, 1 = only fine-tuning
1Cor
binary uint8size: 1
If 1: Corrections applied
2HR
binary uint8size: 1
If 1: High attitude rate detected
3BBO
binary uint8size: 1
If 1: Big bright object(s) detected
4t_ref
binary uint8size: 1
Time reference: 0 = Timestamp based on synchronized time, 1 = Timestamp is given in seconds since instrument boot up
5Valid
binary uint8size: 1
If 1: Att3.q is valid
6Res
binary uint8 (double)size: 1
Accuracy estimate of Att3.q

converted unit: "" (multiply by 1/100)
7Stars
binary uint8size: 1
Number of centroid objects detected as stars
8Locks
binary uint8size: 1
Number of triads recognized during the Lost in Space function
8Fill_3
binary bytessize: 3
Filler

hidden: true