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AAPS REPORT FORMATS

Product Order Report
- Product Order Parameters Record
- Product Order Results Record
Product Order Log
Image Navigation Processing Report

Product Order Report

The primary output report for the AAPS is the Product Order Report which contains two data records: the Product Order Results record.

Product Order Parameters Record

The AAPS External Interface Specification (document A-1) defines the format and content of the AAPS Product Order (as received from SMC). The product order parameters record is identical in format to the product order received fromSMC. However, the content may vary slightly,depending on the relevance of individual fields, as described below :

Product Order received from SMC
In the case that the product order is received from SMC, and not modified by the AAPS operator in any way, then the product order parameters record will be an exact copy of the incoming order, except that certain irrelevant or ignored fields (e.g. polarstereographic map projection parameters) will be filled with asterisks.
Product Order edited by AAPS Operator
In the case that a product order which has been received from SMC is edited by the AAPS operator, then the product order parameters record will be copied, as described above, except any fields changed by the operator will show the new values entered by the operator.
Product Order created by AAPS Operator
In the event that an AAPS operator creates a new product order, then :
1. irrelevant fields will be filled with asterisks;
2. field a for which the operator has selected the default will be filled with the actual default value used by the system.

Product Order Results Record

The product order results record (also referred to as the "processing work results") is composed of fixed length ASCII fields delimited by blanks (spaces). Each ASCII field is padded by blanks, if necessary, to fill each fixed length field. In the case of an HIS merged product, only information pertaining to the multispectral image will be repoorted. Table A-1 below defines the content of the product order results record. ('b' is rsed represent single byte of blank space in the table)

Product Order Report - Product Order Results Record
Field # Number
of Bytes Description (Definition and Contents)
Time Data
1 8 Scene center date = YYYYMMDD
YYYY : A.D.year
MM : Month
DD : Day
2 1 Blank
3 12 Scene center time = HH:MM:SS.TTT
HH : Hours
MM : Minutes
SS : Seconds
TTT : milliseconds
4 1 Blank
5 8 Scene starting date = YYYYMMDD
YYYY : A.D.year
MM : Month
DD : Day
6 1 Blank
7 12 Scene starting time = HH:MM:SS.TTT
HH : Hours
MM : Minutes
SS : Seconds
TTT : milliseconds
8 1 Blank
9 8 Scene completion date = YYYYMMDD
YYYY : A.D.year
MM : Month
DD : Day
10 1 Blank
11 12 Scene completion time = HH:MM:SS.TTT
HH : Hours
MM : Minutes
SS : Seconds
TTT : milliseconds
12 1 Blank
Scene Location Data
13 7 Scene center latitude = SNN.NNN
Latitude value between -90.000°~b90.000°
14 1 Blank
15 8 Scene center longitude = SNNN.NNN
Longitude value between - 179.999°~b180.000°
16 1 Blank
17 7 Scene top-left latitude = SNNN.NNN
nn.nnn : latitude value between - 90.000°~b90.000°
18 1 Blank
19 8 Scene top-left longitude = SNNN.NNN
Longitude value between - 179.999°~b180.000°
20 1 Blank
21 7 Scene top-right latitude = SNN.NNN
Latitude value between -90.000。~b90.000。
22 1 Blank
23 8 Scene top-right longitude = SNN.NNN
Longitude value between -179.999°~b180.000°
24 1 Blank
25 7 Scene bottom-left latitude = SNN.NNN
Latitude value between - 90.000°~b90.000°
26 1 Blank
27 8 Scene bottom-left longitude = SNNN.NNN
Longitude value between - 179.999°~b180.000°
28 1 Blank
29 7 Scene bottom-right latitude = SNN.NNN
Latitude value between - 90.000°~b90.000°
30 1 Blank
31 8 Scene bottom-right longitude = SNNN.NNN
Longitude value between - 179.999°~b180.000°
32 1 Blank
Scene Size
33 5 Number of Pixels = NNNNN
Value between bbb0 ~ 99999
34 1 Blank
35 5 Number of Lines = NNNNN
Value between bbb0 ~ 99999
36 1 Blank
Sun Angle (at product center)
37 6 Elevation angle = SNN.NN
Value between - 90°~b90°
38 1 Blank
39 6 Azimuth angle = NNN.NN
Value between bb0.00°~ 360.00°
40 1 Blank
Incident Angles
41 6 Off-nadir pointing angle (from telemetry) = SNN.NN
Value between -40°~ b40°
42 1 Blank
43 5 Angel of Incidence (co-elevation) =SNN.N
S ='R' or 'L'
NN.N between 'b0.0' - '90.0'(degrees)
44 1 Blank
45 5 Angel of Orientaion = NNN.N
Value between bb0.0°~ 359.9°
46 1 Blank
47 8 Processed Date (just before product output) = YYYYMMDD
YYYY : A.D.year
MM : Month
DD : Day
48 1 Blank
49 12 Processed Time (just before product output) =HH:MM:SS.TTT
HH : Hours
MM : Minutes
SS : Seconds
TTT : milliseconds
50 1 Blank
51 10 System Version = UVWXY****
U : System Management Component
V : AVNIR Processing Version
W : OCTS Processing Version
X : Check Processing Component Version
Y : Database Management Component
52 1 Blank
53 2 Gain Mode (Band1) = XX
'0b' : Low
'1b' : Normal
'2b' : High
'3b' : Super
54 1 Blank
55 2 Gain Mode (Band2) = XX (see above for XX)
56 1 Blank
57 2 Gain Mode (Band3) =XX (see above for XX)
58 1 Blank
59 2 Gain Mode (Band4) = XX (see above for XX)
60 1 Blank
61 2 Gain Mode (BandP) = XX (see above for XX)
62 1 Blank
Primary Inspection Results
63 1 Quality evaluation result (QER) = X
'G' : Good
'P' : Poor
'F' : Fair
'N' : Unevaluated
64 1 Blank
65 5 Number of lost lines = NNNNN
Value between bbbb0 ~ 99999
66 1 Blank
67 1 TLM limit check = X
'O' : OK
'N' : NG
68 1 Blank
69 1 Orbit limit check = X
'O' : OK
'N' : NG
70 1 Blank
71 1 Attitude limit check = X
'O' : OK
'N' : NG
72 1 Blank
73 1 Method of cloud coverage evaluation = X
'M' : Visual
74 1 Blank
75 2 Cloud coverage = XX
'00' : 0~2%
'01' : 3~10%
'02' : 11~20%
'03' : 21~30%
'04' : 31~40%
'05' : 41~50%
'06' : 51~60%
'07' : 61~70%
'08' : 71~80%
'09' : 81~90%
'10' : 91~100%
'99' : Unevaluated
76 1 Blank
77 1 Cloud coverage evaluation of top left area = N
0 : 0~9%
1 : 10~24%
2 : 25~100%
9 : Unevaluated
78 1 Blank
79 1 Cloud coverage evaluation of top right area =N
Valid values are the same as those of the top left area
80 1 Blank
81 1 Cloud coverage evaluation of bottom left area =N
Valid values are the same as those of the top left area
82 1 Blank
83 1 Cloud coverage evaluation of bottom right area =N
Valid values are the same as those of the top left area
84 1 Blank
Saturation Percentages for Bands 1~5(%)
(if not used, then 0.00)
85 5 Band 1 = NN.NN
86 1 Blank
87 5 Band 2 = NN.NN
88 1 Blank
89 5 Band 3 = NN.NN
90 1 Blank
91 5 Band 4 = NN.NN
92 1 Blank
93 5 Band P = NN.NN
94 1 Blank
Exposure Coefficients for Bands 1~5
(if not used, then 0.0000)
95 6 Band 1 = N.NNNN
96 1 Blank
97 6 Band 2 = N.NNNN
98 1 Blank
99 6 Band 3 = N.NNNN
100 1 Blank
101 6 Band 4 = N.NNNN
102 1 Blank
103 6 Band P = N.NNNN
104 1 Blank
105 2 Processing report code =NN
106 1 Blank
107 10 Database version for correction = **WX*****
W : DB(AVNIR calibration coefficients) Version
X : DEM Correction Data
0: Not Used
1: Japan Land Institute DEM Used
2: Reserved for Future Use
108 1 Blank
109 10 Software version = *******
110 1 Blank
111 3 Number of bands = NNN
NNN : for BSQ
bb1 : for BIL
112 1 Blank
113 6 Size of product in MB = NNNN.N
114 1 Blank
115 10 D1 cassette number = DSSNNNNNNN
D : 'D'(fixed)
SS : System code ('11' for recorking system, '12' for processing system)
NNNNNNN : Scheme number (the number is unique)
0-8999999 : Master tape
9000000-9999000 : Work tape
9999001-9999999 : Cleaning tape
116 1 Blank
117 6 Start position of recording = NNNNNN
118 1 Blank
119 3 Number of recordings = NNN(Total number of files)
120 1 Line Feed = 0A (Hex)

Product Order Report - Product Order Results Record
Field #	Number of Bytes	Description (Definition and Contents)
Time Data
1	8	Scene center date = YYYYMMDD YYYY : A.D.year MM : Month DD : Day
2	1	Blank
3	12	Scene center time = HH:MM:SS.TTT HH : Hours MM : Minutes SS : Seconds TTT : milliseconds
4	1	Blank
5	8	Scene starting date = YYYYMMDD YYYY : A.D.year MM : Month DD : Day
6	1	Blank
7	12	Scene starting time = HH:MM:SS.TTT HH : Hours MM : Minutes SS : Seconds TTT : milliseconds
8	1	Blank
9	8	Scene completion date = YYYYMMDD YYYY : A.D.year MM : Month DD : Day
10	1	Blank
11	12	Scene completion time = HH:MM:SS.TTT HH : Hours MM : Minutes SS : Seconds TTT : milliseconds
12	1	Blank
Scene Location Data
13	7	Scene center latitude = SNN.NNN Latitude value between -90.000°~b90.000°
14	1	Blank
15	8	Scene center longitude = SNNN.NNN Longitude value between - 179.999°~b180.000°
16	1	Blank
17	7	Scene top-left latitude = SNNN.NNN nn.nnn : latitude value between - 90.000°~b90.000°
18	1	Blank
19	8	Scene top-left longitude = SNNN.NNN Longitude value between - 179.999°~b180.000°
20	1	Blank
21	7	Scene top-right latitude = SNN.NNN Latitude value between -90.000。~b90.000。
22	1	Blank
23	8	Scene top-right longitude = SNN.NNN Longitude value between -179.999°~b180.000°
24	1	Blank
25	7	Scene bottom-left latitude = SNN.NNN Latitude value between - 90.000°~b90.000°
26	1	Blank
27	8	Scene bottom-left longitude = SNNN.NNN Longitude value between - 179.999°~b180.000°
28	1	Blank
29	7	Scene bottom-right latitude = SNN.NNN Latitude value between - 90.000°~b90.000°
30	1	Blank
31	8	Scene bottom-right longitude = SNNN.NNN Longitude value between - 179.999°~b180.000°
32	1	Blank
Scene Size
33	5	Number of Pixels = NNNNN Value between bbb0 ~ 99999
34	1	Blank
35	5	Number of Lines = NNNNN Value between bbb0 ~ 99999
36	1	Blank
Sun Angle (at product center)
37	6	Elevation angle = SNN.NN Value between - 90°~b90°
38	1	Blank
39	6	Azimuth angle = NNN.NN Value between bb0.00°~ 360.00°
40	1	Blank
Incident Angles
41	6	Off-nadir pointing angle (from telemetry) = SNN.NN Value between -40°~ b40°
42	1	Blank
43	5	Angel of Incidence (co-elevation) =SNN.N S ='R' or 'L' NN.N between 'b0.0' - '90.0'(degrees)
44	1	Blank
45	5	Angel of Orientaion = NNN.N Value between bb0.0°~ 359.9°
46	1	Blank
47	8	Processed Date (just before product output) = YYYYMMDD YYYY : A.D.year MM : Month DD : Day
48	1	Blank
49	12	Processed Time (just before product output) =HH:MM:SS.TTT HH : Hours MM : Minutes SS : Seconds TTT : milliseconds
50	1	Blank
51	10	System Version = UVWXY**** U : System Management Component V : AVNIR Processing Version W : OCTS Processing Version X : Check Processing Component Version Y : Database Management Component
52	1	Blank
53	2	Gain Mode (Band1) = XX '0b' : Low '1b' : Normal '2b' : High '3b' : Super
54	1	Blank
55	2	Gain Mode (Band2) = XX (see above for XX)
56	1	Blank
57	2	Gain Mode (Band3) =XX (see above for XX)
58	1	Blank
59	2	Gain Mode (Band4) = XX (see above for XX)
60	1	Blank
61	2	Gain Mode (BandP) = XX (see above for XX)
62	1	Blank
Primary Inspection Results
63	1	Quality evaluation result (QER) = X 'G' : Good 'P' : Poor 'F' : Fair 'N' : Unevaluated
64	1	Blank
65	5	Number of lost lines = NNNNN Value between bbbb0 ~ 99999
66	1	Blank
67	1	TLM limit check = X 'O' : OK 'N' : NG
68	1	Blank
69	1	Orbit limit check = X 'O' : OK 'N' : NG
70	1	Blank
71	1	Attitude limit check = X 'O' : OK 'N' : NG
72	1	Blank
73	1	Method of cloud coverage evaluation = X 'M' : Visual
74	1	Blank
75	2	Cloud coverage = XX '00' : 0~2% '01' : 3~10% '02' : 11~20% '03' : 21~30% '04' : 31~40% '05' : 41~50% '06' : 51~60% '07' : 61~70% '08' : 71~80% '09' : 81~90% '10' : 91~100% '99' : Unevaluated
76	1	Blank
77	1	Cloud coverage evaluation of top left area = N 0 : 0~9% 1 : 10~24% 2 : 25~100% 9 : Unevaluated
78	1	Blank
79	1	Cloud coverage evaluation of top right area =N Valid values are the same as those of the top left area
80	1	Blank
81	1	Cloud coverage evaluation of bottom left area =N Valid values are the same as those of the top left area
82	1	Blank
83	1	Cloud coverage evaluation of bottom right area =N Valid values are the same as those of the top left area
84	1	Blank
Saturation Percentages for Bands 1~5(%) (if not used, then 0.00)
85	5	Band 1 = NN.NN
86	1	Blank
87	5	Band 2 = NN.NN
88	1	Blank
89	5	Band 3 = NN.NN
90	1	Blank
91	5	Band 4 = NN.NN
92	1	Blank
93	5	Band P = NN.NN
94	1	Blank
Exposure Coefficients for Bands 1~5 (if not used, then 0.0000)
95	6	Band 1 = N.NNNN
96	1	Blank
97	6	Band 2 = N.NNNN
98	1	Blank
99	6	Band 3 = N.NNNN
100	1	Blank
101	6	Band 4 = N.NNNN
102	1	Blank
103	6	Band P = N.NNNN
104	1	Blank
105	2	Processing report code =NN
106	1	Blank
107	10	Database version for correction = WX*** W : DB(AVNIR calibration coefficients) Version X : DEM Correction Data 0: Not Used 1: Japan Land Institute DEM Used 2: Reserved for Future Use
108	1	Blank
109	10	Software version = *******
110	1	Blank
111	3	Number of bands = NNN NNN : for BSQ bb1 : for BIL
112	1	Blank
113	6	Size of product in MB = NNNN.N
114	1	Blank
115	10	D1 cassette number = DSSNNNNNNN D : 'D'(fixed) SS : System code ('11' for recorking system, '12' for processing system) NNNNNNN : Scheme number (the number is unique) 0-8999999 : Master tape 9000000-9999000 : Work tape 9999001-9999999 : Cleaning tape
116	1	Blank
117	6	Start position of recording = NNNNNN
118	1	Blank
119	3	Number of recordings = NNN(Total number of files)
120	1	Line Feed = 0A (Hex)

Product Order Log

Product Order Log Example

Correction Product Order Execution Log

Prod. control no. : 	K0951115		Prod. control br. no.: 	003
Work no . :		43			Work class code :	222
Priority   :		1			Desired completion Date : 19960101
Satellite type	:	A1			Sensor type	:	AVM
Sensor mode	:	MOB			Opeion flag	:	CFGI
RSP path no .:		52			RSP frame no .:	290
Processing level :	1B2			Subsampled image req .:  Y
Map projection	:	UTM			Resampling	:	CC

Completion date :	1995.12.02		Completion time :	20: 59: 36
Scene center date :	1995.01.01		Scene center time :	03: 20: 44
Raw data quality :	N			Processed data quality :  N
Missing lines 	:	2			Cloud cover	:	99
TL cloud cover  :	9			TR cloud cover  :	9
BL cloud cover  :	9			BR cloud cover  :	9
Input D-1 Id	:	D110000113		Input recorded Id no .:  1
Output D-1 Id	:	MEDIA_ID		Output start file no .:	1
Number of bands :	3			Termination code :	00
Software version  :	02			Database version  :	02

<created : 1995.12.02  11: 53: 29>

1995.12.02  19: 32: 24  Info	AapsControlPanel	WCU: 0000
	Work order was started by operator demo.

1995.12.02  20: 59: 40  Info		WOC_MergeWoController	WOB: 0028
	Work order stage changed to Completed.

Image Navigation Processing Report

Image Navigation Processing Report provides an example of an Image Navigation Processin Report. In the report, the Attitude Correction Coefficients are only included when navigation is applied, and may include results for an arbitrary number of frequencies (controlled by Image Navigation configuration parameters in System Parameters database).

Image Navigation Processing Report

Work Order Id:	        K0951115	003		43
Complection date:	1995.12.02	Completion time:		19: 57: 15
-------------------------------------------------------------------------------------
Satellite:		AD1		Sensor:			AVNM
Acquisition date:	1995.01.01	Acquisition time:		03: 20: 45
-------------------------------------------------------------------------------------
			 Left Strip	     Right Strip
                         ----------          -----------
Correlation Results :
---------------------
Nbr of Good Samples :         16100                14972
Nbr of Bad Samples :             70                 1259

	Navigation Processing Statistics (Panchromatic Pixels)
        ------------------------------------------------------

Deviation on Focal Plane BEFORE Navigation application :
                            Left Strip             Right Strip 
                            ----------             -----------
                             Line      Pixel        Line       Pixel
                             ----      -----        ----       -----
Maximum:                   3.5044     4.9152      2.7824      4.3223
Minimum:                  -5.6009    -3.5565     -7.3745     -3.5600
Average:                  -0.2896     0.1871     -0.4775      0.2062
Std. Deviation:            1.5409     1.7348      1.3709      1.6325

Deviation on Focal Plane AFTER Navigation application :
                            Left Strip             Right Strip 
                            ----------             -----------
                             Line      Pixel        Line       Pixel
                             ----      -----        ----       -----
Maximum:                   1.1734     2.1356      0.7195      2.3488
Minimum:                  -5.7597    -3.3393     -5.3865     -2.9513
Average:                  -2.1002    -0.5345     -2.1367     -0.4423
Std. Deviation:            1.4187     1.0277      1.3316      1.0098

Image Navigation Results :
--------------------------
Navigation Applined :      Y

Attitude Correction Coefficients Applied (10 uradians (Pan Pixel) ) :
----------------------------------------------------------------------
                         Roll       Pitch        Yaw
                         ----       -----        ---
Frequency : 1.0800
            Sin Coeff: -0.0012959  0.0036182    0.0035866
            Cos Coeff: -0.0003337  0.0028082    0.0021414

Frequency : 1.0900
            Sin Coeff:  0.0000046  0.0001967    0.0003266
            Cos Coeff:  0.0000252 -0.0000329    0.0000976

Frequency : 2.4200
            Sin Coeff: -0.0000588 -0.0005172   -0.0011324
            Cos Coeff: -0.0001516  0.0002555    0.0002278

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