MODIS LEVEL 1A DATA PRODUCT FORMAT
Version 6.0.0
June 27th, 2012
Purpose
This document specifies the Terra MODIS Level 1A product format (MOD01). The product
will be implemented in an HDF format.
The specification is organized into six sections: Global Metadata, Scan-Level
Metadata, Pixel Quality Data, Scan Data, Discarded Packets, and Engineering Data.
The Global Metadata are intended to satisfy both the ECS requirements for
ingesting, cataloging, and searching data products, and the MODIS mission's need
to track MODIS-specific metadata. The Scan-Level Metadata provide instrument- and
processing-specific information about a particular scan of MODIS data. The Pixel
Quality Data provide information about the availability of instrument fields of
view (IFOVs), along with a reason why an IFOV contains fill data. The Scan Data
include all Level 1A (raw) radiance data. The Discarded Packets contains data packets
that were determined to be "bad". This information is retained for reversibility.
The Engineering Data contain all the raw flag, temperature, voltages, currents, etc.
output by the instrument.
1. Global Metadata
Global Metadata consists of two sections, ECS Granule Metadata and MODIS Level 1A
Specific Granule Metadata.
1.1 ECS Granule Metadata
These metadata elements will be stored using the ECS metadata tools as PVL text
blocks in accordance with ECS guidelines. The ECS Granule Metadata consists of
two sections, ECS Granule Inventory Metadata and ECS Archive Metadata. The
Inventory fields will be stored in an HDF attribute named CoreMetadata.0. Note that
the data type field listed below is relevant for I/O of these fields only, since
each set of metadata is stored as a single PVL text block. Note also that the
supported data types for ECS metadata are STRING, DOUBLE, DATETIME (CCSDS ASCII
Time Code A) and INTEGER.
1.1.1 ECS Granule Inventory (Core and Product) Metadata
-----------------------------------------------------------------------------------------------
ECS Granule Inventory Metadata
-----------------------------------------------------------------------------------------------
Product Metadata Name | Data Type | Example |Note
-----------------------------+-------------------+--------------------------------------------+------
SHORTNAME | STRING | "MOD01" |
VERSIONID | STRING | "2" |
PGEVERSION | STRING | "2" |
RANGEBEGINNINGDATE | STRING | "2012-01-01" |
| "YYYY-MM-DD" | |
RANGEBEGINNINGTIME | STRING | "00:00:00.000000" |
| "HH:MM:SS.SSSSSS" | |
RANGEENDINGDATE | STRING | "2012-01-01" |
| "YYYY-MM-DD" | |
RANGEENDINGTIME | STRING | "00:04:59.000000" |
| "HH:MM:SS.SSSSSS" | |
DAYNIGHTFLAG | STRING | "Day", "Night", "Both", or "NA" |
ORBITNUMBER.1 | INTEGER | 256 | 1
EQUATORCROSSINGLONGITUDE.1 | DOUBLE | 90.000 | 1
EQUATORCROSSINGDATE.1 | STRING | "2012-01-01" | 1
| "YYYY-MM-DD" | |
EQUATORCROSSINGTIME.1 | STRING | "00:04:59.000000" | 1
| "HH:MM:SS.SSSSSS" | |
EXCLUSIONGRINGFLAG.1 | STRING | "N" | 1
GRINGPOINTLATITUDE.1 | DOUBLE(4) | (25., 20., 10., 15.) | 1
GRINGPOINTLONGITUDE.1 | DOUBLE(4) | (20., 40., 35., 15.) | 1
GRINGPOINTSEQUENCENO.1 | INTEGER(4) | (1, 2, 3, 4) | 1
ADDITIONALATTRIBUTENAME.1 | STRING | "GRANULENUMBER" |
PARAMETERVALUE.1 | STRING | "1" |
ADDITIONALATTRIBUTENAME.2 | STRING | "PROCESSVERSION" |
PARAMETERVALUE.2 | STRING | "6.0.4" |
ADDITIONALATTRIBUTENAME.3 | STRING | "identifier_product_doi" |
PARAMETERVALUE.3 | STRING | "10.5067/MODIS/MOD01.006" |
ADDITIONALATTRIBUTENAME.4 | STRING | "identifier_product_doi_authority" |
PARAMETERVALUE.4 | STRING | "http://dx.doi.org" |
PRODUCTIONDATETIME | STRING | "2012-01-01T00:00:00.000000Z" | 2
| CCSDS ASCII | |
| Time Code A | |
REPROCESSINGACTUAL | STRING | "processed once" |
REPROCESSINGPLANNED | STRING | "further update anticipated" |
LOCALVERSIONID | STRING | "6.0.0" |
INPUTPOINTER | STRING(3) | "UR:10:DsShESDTUR:UR:15:DsShSciServerUR:13:[GSF:DSSDSRV]:21:SC:MOD000.001:1012627" |
| | "UR:10:DsShESDTUR:UR:15:DsShSciServerUR:13:[GSF:DSSDSRV]:21:SC:MOD000.001:1007398" |
| | "ENG_DATA_LIST_TERRA.coeff.6.0.15" |
LOCALGRANULEID | STRING | "MOD01.A2012001.0000.006.2012001190647.hdf"|
ASSOCIATEDPLATFORMSHORTNAME.1| STRING | "Terra" |
ASSOCIATEDINSTRUMENTNAME.1 | STRING | "MODIS" |
ASSOCIATEDSENSORNAME.1 | STRING(4) | "VNIR","SWIR", "MIR" "TIR" |
-----------------------------------------------------------------------------------------------
Note: 1. This geographic metadata field will contain fill values when the Level 1A
process writes a granule; the MODIS Geolocation process (MOD_PR03) will
update this geographic metadata field with actual values after it has
processed a granule.
2. This item will be filled in by DSS
1.1.2 ECS Granule Archive Metadata
-----------------------------------------------------------------------------------------------
ECS Granule Archive Metadata
-----------------------------------------------------------------------------------------------
Product Metadata Name | Data Type | Example |Note
-----------------------------+-------------------+--------------------------------------------+------
DESCREVISION | STRING | "6.0" |
PRODUCTIONHISTORY | STRING | "PGE01:6.0.15" |
LONGNAME | STRING | "MODIS/Terra Raw Radiances in Counts 5-min L1A Swath"
PROCESSINGENVIRONMENT | STRING | "Linux moddev-c32 2.6.18-274.3.1.el5PAE #1 SMP Tue Sep 6 20:56:05 EDT 2011 i686 i686 i386 GNU/Linux"
EASTBOUNDINGCOORDINATE | DOUBLE | -180.0 | 1
NORTHBOUNDINGCOORDINATE | DOUBLE | -90.0 | 1
SOUTHBOUNDINGCOORDINATE | DOUBLE | 90.0 | 1
WESTBOUNDINGCOORDINATE | DOUBLE | 180.0 | 1
-----------------------------------------------------------------------------------------------
Note: 1. This geographic metadata field will contain the shown default values when the Level
1A process writes a granule; the MODIS Geolocation process (MOD_PR03) will
update this geographic metadata field with actual values after it has
processed a granule.
1.2 MODIS Level 1A Specific Granule Metadata
-------------------------------------------------------------------------------
Level 1A Specific Granule Metadata
-------------------------------------------------------------------------------
Metadata Description | Data Type | Example | Note
---------------------------------+-----------+---------------------------+-----
Number of Scans | int32 | 100 |
Number of Day mode scans | int32 | 45 |
Number of Night mode scans | int32 | 55 |
Max Total Frames | int32 | 1450 | 1
Max Earth Frames | int32 | 1354 | 1
Max SD Frames | int32 | 30 | 1
Max SRCA Frames | int32 | 40 | 1
Max BB Frames | int32 | 50 | 1
Max SV Frames | int32 | 30 | 1
Scan Types in product | char(10) | Day, Night, Mixed, Other |
Incomplete Scans | int32 | 14 |
Missing Packets | int32 | 205 |
Packets with bad CRC | int32 | 2 |
Discarded packets | int32 | 76 |
identifier_product_doi | char(24) | "10.5067/MODIS/MOD01.006" |
identifier_product_doi_authority | char(18) | "http://dx.doi.org" |
-------------------------------------------------------------------------------
Note: 1. For the frame-related metadata fields (Max Earth Frames, Max BB Frames,
etc.), "frames" refers to 1km resolution frames. For 250m data, multiply
the number by 4; for 500m data, multiply the number by 2.
2. Scan-Level Metadata
The data referenced in this section provide information about each scan of MODIS
data. All scan-level metadata are contained in Science Data Sets (SDSs) within the
HDF product. The value nscans shown in the dimensions column is the number of scans
that the product can contain at a maximum. This value will be the same as the scans
dimension of the SDSs in the Instrument Data section and will be configurable to
allow the adjustment of granule size. This value is NOT necessarily the same as the
MODIS Level 1A Specific Granule Metadata 'Number of Scans' field.
----------------------------------------------------------------------------------------------------
Scan Level Metadata
----------------------------------------------------------------------------------------------------
SDS Name | Format | Dimensions | Values | _FillValue | Note
-------------------------------+-----------+--------------+---------------------------+-------------
Scan number (in granule) | int16 | (nscans) | | 0 |
Frame count array: | int16 | (nscans, 6) | | | 1
Total Frames in scan | element 1 | | | |
Earth Frames in scan | element 2 | | | |
SD Frames in scan | element 3 | | | |
SRCA Frames in scan | element 4 | | | |
BB Frames in scan | element 5 | | | |
SV Frames in scan | element 6 | | | |
Scan Type | char | (nscans, 10) | Day, Night, Other | |
SD start time | float64 | (nscans) | TAI time in seconds | -2E9 |
| | | since 00:00:00 1/1/93 | |
SRCA start time | float64 | (nscans) | TAI time in seconds | -2E9 |
| | | since 00:00:00 1/1/93 | |
BB start time | float64 | (nscans) | TAI time in seconds | -2E9 |
| | | since 00:00:00 1/1/93 | |
SV start time | float64 | (nscans) | TAI time in seconds | -2E9 |
| | | since 00:00:00 1/1/93 | |
EV start time | float64 | (nscans) | TAI time in seconds | -2E9 |
| | | since 00:00:00 1/1/93 | |
SRCA calibration mode | int16 | (nscans) | 0 (radiometric) | -1 |
| | | 1 (spatial) | |
| | | 2 (spectral) | |
Packet scan count | int16 | (nscans) | range 0 - 7 | -1 |
CCSDS Application Identifiers | int16 | (nscans, 3) | range 64 - 127 | -1 | 2
Packet expedited data flag | int16 | (nscans) | 0 (Normal) | -1 |
| | | 1 (Expedited) | |
Mirror side | int16 | (nscans) | 0 or 1 | -1 |
Scan quality array | int32 | (nscans, 4) | | |
Scan data presence | element 1 | | 0 (no valid data in | |
| | | scan) | |
| | | 1 (some valid data in | |
| | | scan) | |
Missing Packets in scan | element 2 | | | |
Packets with bad CRC in scan | element 3 | | | |
Discarded Packets in scan | element 4 | | | |
----------------------------------------------------------------------------------------------------
Note: 1. The value in each of the "Frames in scan" refers to the highest numbered frame
that was encountered, not how many frames were encountered. As an example,
the scan may contain only 2 Earth Frames. If the first Earth Frame was Frame
number 5 and the second Earth Frame was Frame number 300, then the "Earth
Frames in scan" value would be 300 (not 2).
2. This field can contain up to 3 separate CCSDS Application Process Identifiers
(APIDs). Normally there will only be 1 in which case, the other 2 will contain
fill values. (i.e. 64,-1,-1) If there is more than 1 the next dimension will
contain the second APID and the last dimension will contain the third APID.
(i.e. 64,87,-1 or 64,87,127)
3. Pixel Quality Data
A number of instrument field of view (IFOV) quality flags will be kept. For night mode
scans, the information for the "Earth sector Pixel quality" SDS will be repeated for the
last dimension to be consistent with day mode scans. For each of the SDSs shown below, an
array element can have the following values:
Good Pixel 0
Pixel is from missing packet 1
Pixel is from packet with bad CRC 2
Pixel is from packet that was discarded 4
-----------------------------------------------------------------------------------
Level 1A Pixel Data Quality
-----------------------------------------------------------------------------------
SDS Name | Format | Dimensions | _FillValue
------------------------------+----------+-----------------------------------------
SD sector Pixel quality | int16 | (nscans, 64, 2) | 1
SRCA sector Pixel quality | int16 | (nscans, 64, 2) | 1
BB sector Pixel quality | int16 | (nscans, 64, 2) | 1
SV sector Pixel quality | int16 | (nscans, 64, 2) | 1
Earth sector Pixel quality | int16 | (nscans, 1354, 2) | 1
-----------------------------------------------------------------------------------
4. Scan Data
These fields will be stored as separate HDF Scientific Data Sets (SDSs) as shown
below with the specified dimensions. Each of these SDSs has an HDF _FillValue of -1.
The "Current/Prior S/C Ancill" and "Command Parameters" SDSs will also be stored as
Vdata to permit product portability (see below). The "Current / Prior S/C Ancill"
SDS will be copied into two Vdatas named "Current S/C Ancillary Data" and "Prior S/C
Ancillary Data". The "Command Parameters" SDS will be copied to a Vdata named
"Command Parameters".
Detector Order Convention for Detector Dependent Data:
The "SBRS" detector order convention refers to the numbering of detectors on each
focal plane assembly as defined by the manufacturer. In this convention, the numbering
of detectors is opposite in direction from the satellite track direction. The "product"
detector order convention is the reverse of the SBRS convention. The product order was
defined to allow consecutive scans to be laid down on an image with the last detector of
one scan abutting the first detector of the next scan. The following table includes the
detector ordering convention implied for those data items in this product that have a
dimension that is detector dependent.
----------------------------------------------------------------------------------------
Scan Data
----------------------------------------------------------------------------------------
Description | SDS Name | Format | Dimensions | Order
----------------------------------------------------------------------------------------
Solar Diffuser Sector Data
----------------------------------------------------------------------------------------
Bands 1 and 2 | SD_250m | int16 | (nscans*40, 2, 256) | Product
Bands 3 through 7 | SD_500m | int16 | (nscans*20, 5, 128) | Product
Bands 8 through 19 | SD_1km_day | int16 | (nscans*10, 14, 64) | Product
Bands 20 through 36 | SD_1km_night | int16 | (nscans*10, 17, 64) | Product
----------------------------------------------------------------------------------------
SRCA Sector Data
----------------------------------------------------------------------------------------
Bands 1 and 2 | SRCA_250m | int16 | (nscans*40, 2, 256) | Product
Bands 3 through 7 | SRCA_500m | int16 | (nscans*20, 5, 128) | Product
Bands 8 through 19 | SRCA_1km_day | int16 | (nscans*10, 14, 64) | Product
Bands 20 through 36 | SRCA_1km_night | int16 | (nscans*10, 17, 64) | Product
----------------------------------------------------------------------------------------
Blackbody Sector Data
----------------------------------------------------------------------------------------
Bands 1 and 2 | BB_250m | int16 | (nscans*40, 2, 256) | Product
Bands 3 through 7 | BB_500m | int16 | (nscans*20, 5, 128) | Product
Bands 8 through 19 | BB_1km_day | int16 | (nscans*10, 14, 64) | Product
Bands 20 through 36 | BB_1km_night | int16 | (nscans*10, 17, 64) | Product
----------------------------------------------------------------------------------------
Space View Sector Data
----------------------------------------------------------------------------------------
Bands 1 and 2 | SV_250m | int16 | (nscans*40, 2, 256) | Product
Bands 3 through 7 | SV_500m | int16 | (nscans*20, 5, 128) | Product
Bands 8 through 19 | SV_1km_day | int16 | (nscans*10, 14, 64) | Product
Bands 20 through 36 | SV_1km_night | int16 | (nscans*10, 17, 64) | Product
----------------------------------------------------------------------------------------
Earth Sector Data
----------------------------------------------------------------------------------------
Bands 1 and 2 | EV_250m | int16 | (nscans*40, 2, 5600) | Product
Bands 3 through 7 | EV_500m | int16 | (nscans*20, 5, 2800) | Product
Bands 8 through 19 | EV_1km_day | int16 | (nscans*10, 14, 1354) | Product
Bands 20 through 36 | EV_1km_night | int16 | (nscans*10, 17, 1354) | Product
----------------------------------------------------------------------------------------
Engineering/Memory Data
----------------------------------------------------------------------------------------
FPA/AEM Config | fpa_aem_config | int8 | (nscans, 10) | N/A
Science State | science_state | int8 | (nscans) | N/A
Science Abnormal | science_abnormal | int8 | (nscans) | N/A
PV & PC DCR offset | fpa_dcr_offset | int8 | (nscans, 550) | SBRS
Earth Encoder Times | raw_mir_enc | int16 | (nscans, 78) | N/A
View Sector Definitions | raw_vs_def | int16 | (nscans, 40) | N/A
View Sector Actuals | raw_vs_act | int16 | (nscans, 24) | N/A
Eng Data | raw_sci_eng | int8 | (nscans, 224) | N/A
Current/Prior HK Tlmy | raw_hk_telem | int8 | (nscans, 128) | N/A
Current/Prior S/C Ancill | raw_sc_ancil | int16 | (nscans, 64) | N/A
Command Parameters | raw_param | int8 | (nscans, 40) | N/A
PV Gains | raw_pv_gains | int8 | (nscans, 550) | SBRS
----------------------------------------------------------------------------------------
Note: raw_mir_enc is actually an unsigned integer, stored in a signed type by mistake,
and retained in that form for reasons of backwards compatibility. The conversion from
the unsigned value to the signed value is done as if it the signed type was a 16-bit 2's
complement type, even if that's not actually the case on the machine where MOD_PR01.exe
is run. An offset of (int32)0x10000 should therefore be added to negative values of
raw_mir_enc, to portably retrieve the true value.
5. Discarded Packets
When the Level 1A process finds a packet that contains CCSDS or MODIS header
information that is inconsistent with expected conditions, the Level 1A process
will correct invalid packet lengths based upon the packet type (if valid), and
place that packet into this Vdata (or at least the first 645 bytes of the packet
- the rest of the record is filled with zeros). The largest valid packet has a
length of 635 plus a 7 byte header, for a total of 642 bytes. The people who
know why a packet buffer length of 645 and a vdata record length of 650 were
chosen no longer work on this project.
The number of packets in the Vdata will depend upon the number of "bad" packets
encountered.
Discarded Packets
-----------------
discarded_packets int8 (order 650)
6. Engineering Data
All decommutated engineering data are contained in Vdata structures within the HDF
files. The name of the Vdata is followed by a list of fields in the Vdata. The names
of the Vdata fields are taken verbatim from the MODIS Command, Telemetry, Science
and Engineering Description provided by Hughes, Santa Barbara Remote Sensing (SBRS)
(CDRL 305). The only exception to this is when 2 or more fields in the same Vdata
have the same name. In each of these cases the name of the field has "_x" attached
to the end of it (where "x" is an integer). As an example, there are two "SS_FR_SPARE"
fields in "Telemetry Major Cycle 4A of 7". They have been renamed "SS_FR_SPARE_1" and
"SS_FR_SPARE_2". Each Vdata will contain number of scan records. The data for the
Telemetry Vdatas is extracted from the current part of the Current/Prior HK Tlmy data
found in the Engineering Group 2 Packet 1 data. The data for the Engineering Vdatas
is extracted from the Eng data found in the Engineering Group 1 Packet 1 data. Each
Vdata contains a "LAST_VALID_SCAN" field. This field denotes what scan the information
was taken from. This will let the user know if the data that is in the record is stale
or not. This could happen if the scan contained missing engineering packets. A
"LAST_VALID_SCAN" value of 65535 for a record, signifies that an engineering packet with
that information has not yet been received for this granule. As an example, if the
"LAST_VALID_SCAN" in the "Telemetry Major Cycle 1 of 7" record is 65535 for scan 3, then
there have been no engineering packets with major cycle 1 data before scan 3. All of
the fields in this record will be set to 0.
Telemetry Major Cycle All Part 1
--------------------------------
LAST_VALID_SCAN uint16
SS_CP1553_MAJCYC uint16
SS_CP_CMD_ECHO uint16
SS_CP_LOG_EVENT uint16
SS_CP_MODE uint16
SS_CP_MODECHG_GO uint16
SS_CP_SPARE uint16
SS_CP_VALTLM_COL uint16
SS_CP_VALTLM_FMT uint16
SS_DR_NAD_STEP uint16
SS_DR_SPARE uint16
SS_DR_SVD_STEP uint16
CS_FR_BBRADTAB uint16
SS_FR_LOG_EVENT uint16
IR_PS1_INPUT_CUR uint16
IR_PS2_INPUT_CUR uint16
TA_RC_LWIR_CFPA uint16
TA_RC_SMIR_CFPA uint16
SR_SA_APX_PERIOD uint16
Telemetry Major Cycle All Part 2
--------------------------------
LAST_VALID_SCAN uint16
CR_SM_MIR_HOME_A uint16
CR_SM_MIR_HOME_B uint16
CS_SM_MIR_STEP uint16
CR_SR_GRAT_CH_A uint16
CR_SR_GRAT_CH_B uint16
CR_SR_GRAT_FH_A uint16
CR_SR_GRAT_FH_B uint16
CR_SR_IR_SRC_OFF uint16
CR_SR_SISHTR_OFF uint16
CS_FR_GAINTAB uint16
CR_SR_SLIT_HOMEA uint16
CR_SR_SLIT_HOMEB uint16
CR_SR_WHL_HOMEA uint16
CR_SR_WHL_HOMEB uint16
CS_SR_GRAT_STEP uint16
CS_SR_SLIT_STEP uint16
CS_SR_SRCWH_STEP uint16
CS_SR_LAMPS uint16
Telemetry Major Cycle All Part 3
--------------------------------
LAST_VALID_SCAN uint16
SS_CP_LAST_EVENT uint16
SS_FR_LAST_EVENT uint16
SS_CP_TC1_DAYS uint16
SS_CP_TC2_MILLIS uint16
SS_CP_TC3_MILLIS uint16
SS_CP_TC4_MICROS uint16
CS_FR_OFFSETTAB uint16
SS_CP_MACRO_ID uint16
SS_CP_MACRO_ON uint16
SS_DR_SDD_STEP uint16
Telemetry Major Cycle 0 of 7
----------------------------
LAST_VALID_SCAN uint16
CR_BB_A_PWR_ON uint16
CR_BB_B_PWR_ON uint16
SS_BB_DCYCLE uint16
CS_BB_TEMP_SET uint16
IR_BB_HTRA_CURH uint16
IR_BB_HTRB_CURH uint16
TP_BB_TEMP01H uint16
TP_BB_TEMP02H uint16
TP_BB_TEMP03H uint16
TP_BB_TEMP04H uint16
TP_BB_TEMP05H uint16
TP_BB_TEMP06H uint16
TP_BB_TEMP07H uint16
TP_BB_TEMP08H uint16
Telemetry Major Cycle 1 of 7
----------------------------
LAST_VALID_SCAN uint16
TP_BB_TEMP09H uint16
TP_BB_TEMP10H uint16
TP_BB_TEMP11H uint16
TP_BB_TEMP12H uint16
CR_CE_A_ON uint16
CR_CE_B_ON uint16
CR_CPA_EEP_WRE_M uint16
CR_CPB_EEP_WRE_M uint16
CR_CP_A_ON_M uint16
CR_CP_B_ON_M uint16
CR_CP_SET_TMF_A uint16
CS_CP_SPARE uint16
SS_CP_IMOK_ON uint16
SS_CP_SPARE_1 uint16
SS_CP_SPARE_2 uint16
SS_CP_RESET_SRC uint16
SS_CP_SCAN_EST uint16
SS_CP_LOG_STATE uint16
SS_FR_LOG_STATE uint16
SS_FR_SCIABNORM uint16
CS_FR_SCI_QLKSET uint16
CS_FR_ENG_QLKSET uint16
SS_CP_STATUS_04 uint16
Telemetry Major Cycle 2 of 7
----------------------------
LAST_VALID_SCAN uint16
SS_CP_STATUS_05 uint16
SS_CP_STATUS_06 uint16
SS_CP_STATUS_07 uint16
SS_CP_STATUS_08 uint16
SS_CP_STATUS_09 uint16
SS_CP_UART_RESET uint16
SS_CP_UART_HUNT uint16
SS_CP_UART_SYNC uint16
Telemetry Major Cycle 3A of 7
-----------------------------
LAST_VALID_SCAN uint16
SS_CP_UART_NORM uint16
SS_CP_SPARE uint16
SS_CP_TMF_GONE uint16
CR_DR_DRV_ON uint16
CR_DR_FS_ENABL_M uint16
CR_DR_FS_SW_CLSD uint16
CR_DR_NAD_CLSD uint16
CR_DR_NAD_FS_ON uint16
CR_DR_NAD_OPEN uint16
CR_DR_PRI_FS_SEL uint16
CR_DR_SDD_CLSD uint16
CR_DR_SDD_DRV_A uint16
CR_DR_SDD_OPEN uint16
CR_DR_SDFS_DRVON uint16
CR_DR_SPARE uint16
CR_DR_SDS_OPEN uint16
CR_DR_SVD_CLSD uint16
CR_DR_SVD_FS_ON uint16
CR_DR_SVD_OPEN uint16
CR_DR_UNLACH_AON uint16
CR_DR_UNLACH_BON uint16
CS_DR_SVD_AT_OG uint16
Telemetry Major Cycle 3B of 7
-----------------------------
LAST_VALID_SCAN uint16
TP_DR_NAD_FS uint16
TP_DR_SPARE uint16
TP_DR_SVD_FS uint16
CR_FI_A_ON uint16
CR_FI_PORT_A_ON uint16
CR_FI_A_RESET uint16
CR_FI_B_ON uint16
CR_FI_PORT_B_ON uint16
CR_FI_B_RESET uint16
CR_FO_BLK1_ON uint16
CR_FO_SPARE_1 uint16
CR_FO_BLK2_ON uint16
CR_FO_SPARE_2 uint16
CR_FO_BLK3_ON uint16
CR_FO_SPARE_3 uint16
CR_FO_BLK4_ON uint16
CS_FR_SCI_NORMAL uint16
SR_FO_BLK1_MODE uint16
SR_FO_BLK2_MODE uint16
SR_FO_BLK3_MODE uint16
SR_FO_BLK4_MODE uint16
Telemetry Major Cycle 3C of 7
-----------------------------
LAST_VALID_SCAN uint16
CR_FRA_EEP_WRE uint16
CR_FRB_EEP_WRE uint16
CR_FR_A_ON uint16
CR_FR_A_RESET uint16
CR_FR_B_ON uint16
CR_FR_B_RESET uint16
CS_FR_DAY_RATE uint16
CS_FR_DELAY_BB uint16
CS_FR_DELAY_EA uint16
CS_FR_DELAY_SD uint16
CS_FR_DELAY_SP uint16
CS_FR_DELAY_SR uint16
CR_SR_LAMPS_LOW uint16
SR_FR_A_MODELONG uint16
SR_FR_B_MODELONG uint16
SS_FR_SPARE uint16
Telemetry Major Cycle 4A of 7
-----------------------------
LAST_VALID_SCAN uint16
SS_FR_SPARE_1 uint16
SS_FR_PKT_TYPE uint16
SS_FR_RESET_SRC uint16
SS_FR_SPARE_2 uint16
CS_PC_3132_SRISE uint16
CS_PC_3132_SFALL uint16
CS_PC_3334_SRISE uint16
CS_PC_3334_SFALL uint16
CS_PC_3536_SRISE uint16
CS_PC_3536_SFALL uint16
CR_PCLWA_ECAL_ON uint16
CR_PCLWB_ECAL_ON uint16
CR_PCLW_A_ON uint16
CR_PCLW_B_ON uint16
CR_PS1SHDN_ENA_M uint16
CR_PS2SHDN_ENA_M uint16
CR_PVLWA_CSUB_ON uint16
CR_PVLWA_ECAL_ON uint16
CR_PVLWB_CSUB_ON uint16
CR_PVLWB_ECAL_ON uint16
CR_PVLW_A_ON uint16
CR_PVLW_B_ON uint16
Telemetry Major Cycle 4B of 7
-----------------------------
LAST_VALID_SCAN uint16
CR_PVLW_S_DELAYH uint16
CR_PVNIRA_ECALON uint16
CR_PVNIRB_ECALON uint16
CR_PVNIR_A_ON uint16
CR_PVNIR_B_ON uint16
CR_PVNIR_S_DELYH uint16
CR_PVSMA_CSUB_ON uint16
CR_PVSMA_ECAL_ON uint16
CR_PVSMB_CSUB_ON uint16
CR_PVSMB_ECAL_ON uint16
CR_PVSM_A_ON uint16
CR_PVSM_B_ON uint16
CR_PVSM_S_DELAYH uint16
CR_PVVISA_ECALON uint16
CR_PVVISB_ECALON uint16
CR_PVVIS_A_ON uint16
CR_PVVIS_B_ON uint16
CR_PVVIS_S_DELYH uint16
CR_PV_A_MEM_RAM uint16
CR_PV_B_MEM_RAM uint16
CR_PV_ECAL_ENA_A uint16
CR_PV_ECAL_ENA_B uint16
VR_PVLW_VCALH uint16
CS_FR_PC_DCR_ON uint16
CS_FR_PV_DCR_ON uint16
Telemetry Major Cycle 5A of 7
-----------------------------
LAST_VALID_SCAN uint16
VR_PVNIR_VCALH uint16
VR_PVSM_VCALH uint16
VR_PVVIS_VCALH uint16
CR_RC_CFPA_T1SET uint16
CR_RC_CFPA_T3SET uint16
CR_RC_CSHTR_ON uint16
CR_RC_CSTLM_ON uint16
CR_RC_ISHTR_ON uint16
CR_RC_ISTLM_ON uint16
CR_RC_LWHTR_ON uint16
CR_RC_LWTLM_ON uint16
CR_RC_OSHTR_ON uint16
CR_RC_OSTLM_ON uint16
CR_RC_SMHTR_ON uint16
CR_RC_SMTLM_ON uint16
Telemetry Major Cycle 5B of 7
-----------------------------
LAST_VALID_SCAN uint16
CR_SA_A_HI_GAIN uint16
CR_SA_A_SCAN_ON uint16
CR_SA_B_HI_GAIN uint16
CR_SA_B_SCAN_ON uint16
SR_SA_A_PH_LOCK uint16
SR_SA_B_PH_LOCK uint16
CR_SM_SDSM_A_ON uint16
CR_SM_SDSM_B_ON uint16
CR_SR_A_ON uint16
CR_SR_B_ON uint16
CR_SR_SISFB_RAD uint16
CR_SR_L_SHDN_ENA uint16
IR_SR_10WLA_CURH uint16
IR_SR_10WLB_CURH uint16
IR_SR_1WLA_CURH uint16
IR_SR_1WLB_CURH uint16
TA_SR_IR_SRC_A uint16
TA_SR_IR_SRC_B uint16
Telemetry Major Cycle 6 of 7
----------------------------
LAST_VALID_SCAN uint16
TP_SR_GRAT_ELEX uint16
TP_SR_GRAT_MOTOR uint16
TP_SR_LAMP_RING uint16
TP_SR_MIR2_DET uint16
VR_SR_LAMPS_H uint16
VR_SR_SRC_A_RADH uint16
VR_SR_SRC_B_RADH uint16
CR_TG_A_ON uint16
CR_TG_A_RESET uint16
CR_TG_B_ON uint16
CR_TG_B_RESET uint16
CS_FR_ENC_DELTA uint16
CS_SR_USE_L10WX1 uint16
CS_SR_USE_L10WX2 uint16
CS_SR_USE_L10WX3 uint16
CS_SR_USE_L1WX1 uint16
Telemetry Major Cycle 7 of 7
----------------------------
LAST_VALID_SCAN uint16
TA_SR_SRC_A_SIPD uint16
TA_SR_SRC_B_SIPD uint16
Telemetry Major Cycle 0 of 63
-----------------------------
LAST_VALID_SCAN uint16
TP_AO_LWIR_LENS uint16
TP_AO_LWIR_OBJ uint16
TP_AO_PX_NZ_CORN uint16
TP_AO_SMIR_LENS uint16
TP_AO_SMIR_OBJ uint16
Telemetry Major Cycle 1 of 63
-----------------------------
LAST_VALID_SCAN uint16
TP_AO_VNDICH_HSG uint16
TP_CE_CAL2 uint16
TP_CP_A_1553 uint16
TP_CP_B_1553 uint16
VR_CP_N11V uint16
VR_CP_N5V uint16
VR_CP_P11V uint16
Telemetry Major Cycle 2 of 63
-----------------------------
LAST_VALID_SCAN uint16
VR_CP_P5V uint16
TP_DR_NAD uint16
TP_DR_SDD uint16
TP_DR_SVD uint16
TP_FR_A_ENGINE uint16
TP_FR_B_ENGINE uint16
TP_ME_CHAS_TOP uint16
Telemetry Major Cycle 3 of 63
-----------------------------
LAST_VALID_SCAN uint16
TP_MF_CALBKHD_SR uint16
TP_MF_CVR_OP_SR uint16
TP_MF_NAD_APT_NX uint16
TP_MF_NAD_APT_NY uint16
TP_MF_NX_AOBKHD uint16
TP_MF_PX_AOBKHD uint16
TP_MF_SV_PORT uint16
Telemetry Major Cycle 4 of 63
-----------------------------
LAST_VALID_SCAN uint16
TP_MF_TOP_BY_KM2 uint16
TP_MF_YZ_CALBKHD uint16
TP_MF_Z_BKHD_BB uint16
TA_PC_B31_MUX uint16
TA_PC_B32_MUX uint16
TA_PC_B33_MUX uint16
TA_PC_B34_MUX uint16
Telemetry Major Cycle 5 of 63
-----------------------------
LAST_VALID_SCAN uint16
TA_PC_B35_MUX uint16
TA_PC_B36_MUX uint16
TP_PC_CLAM_MNT uint16
VR_PC_B31_GND uint16
VR_PC_B31_RN12V uint16
VR_PC_B31_RN5V uint16
VR_PC_B31_RP12V uint16
Telemetry Major Cycle 6 of 63
-----------------------------
LAST_VALID_SCAN uint16
VR_PC_B31_RP5V uint16
VR_PC_B32_GND uint16
VR_PC_B32_RN12V uint16
VR_PC_B32_RN5V uint16
VR_PC_B32_RP12V uint16
VR_PC_B32_RP5V uint16
VR_PC_B33_GND uint16
VR_PC_B33_RN12V uint16
Telemetry Major Cycle 7 of 63
-----------------------------
LAST_VALID_SCAN uint16
VR_PC_B33_RN5V uint16
VR_PC_B33_RP12V uint16
VR_PC_B33_RP5V uint16
VR_PC_B34_GND uint16
VR_PC_B34_RN12V uint16
VR_PC_B34_RN5V uint16
VR_PC_B34_RP12V uint16
Telemetry Major Cycle 8 of 63
-----------------------------
LAST_VALID_SCAN uint16
VR_PC_B34_RP5V uint16
VR_PC_B35_GND uint16
VR_PC_B35_RN12V uint16
VR_PC_B35_RN5V uint16
VR_PC_B35_RP12V uint16
VR_PC_B35_RP5V uint16
VR_PC_B36_GND uint16
Telemetry Major Cycle 9 of 63
-----------------------------
LAST_VALID_SCAN uint16
VR_PC_B36_RN12V uint16
VR_PC_B36_RN5V uint16
VR_PC_B36_RP12V uint16
VR_PC_B36_RP5V uint16
TP_PS1_CVTR_SW uint16
TP_PS1_DIODE_OUT uint16
TP_PS1_DWNREG_SW uint16
Telemetry Major Cycle 10 of 63
------------------------------
LAST_VALID_SCAN uint16
TP_PS1_PRELOAD uint16
TP_PS2_CVTR_SW uint16
TP_PS2_DIODE_OUT uint16
TP_PS2_DWNREG_SW uint16
TP_PS2_PRELOAD uint16
VR_PS1_N15V_A1ME uint16
VR_PS1_N15V_A2AF uint16
CS_CP_MODIS_MOD uint16
Telemetry Major Cycle 11 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_PS1_N15V_A3AS uint16
VR_PS1_N30V_A1ME uint16
VR_PS1_N8V_A2 uint16
VR_PS1_P15V_A1ME uint16
VR_PS1_P15V_A2AF uint16
VR_PS1_P15V_A3AS uint16
VR_PS1_P30V_A1 uint16
VR_PS1_P5_6V_D1 uint16
Telemetry Major Cycle 12 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_PS1_P88V_A1ME uint16
VR_PS1_P8V_A2 uint16
VR_PS1_P8V_N1ME uint16
VR_PS2_N15V_A1ME uint16
VR_PS2_N15V_A2AF uint16
VR_PS2_N15V_A3AS uint16
VR_PS2_N30V_A1ME uint16
VR_PS2_N8V_A2 uint16
Telemetry Major Cycle 13 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_PS2_P15V_A1ME uint16
VR_PS2_P15V_A2AF uint16
VR_PS2_P15V_A3AS uint16
VR_PS2_P30V_A1 uint16
VR_PS2_P5_6V_D1 uint16
VR_PS2_P88V_A1ME uint16
VR_PS2_P8V_A2 uint16
VR_PS2_P8V_N1ME uint16
Telemetry Major Cycle 14 of 63
------------------------------
LAST_VALID_SCAN uint16
TA_PVLW_PWB4_10 uint16
TA_PVNIR_PWB2_8 uint16
TA_PVNIR_PWB3_9 uint16
TA_PVSM_PWB5_11 uint16
TA_PVSM_PWB6_12 uint16
TA_PVVIS_PWB1_7 uint16
VR_PVLW_P30V uint16
Telemetry Major Cycle 15 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_PVLW_RN11V uint16
VR_PVLW_RN5V uint16
VR_PVLW_RP11V uint16
VR_PVLW_RP5V uint16
VR_PVNIR_P30V uint16
VR_PVNIR_P5VD3_9 uint16
VR_PVNIR_RN11V28 uint16
VR_PVNIR_RN11V39 uint16
Telemetry Major Cycle 16 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_PVNIR_RN5V2_8 uint16
VR_PVNIR_RN5V3_9 uint16
VR_PVNIR_RP11V28 uint16
VR_PVNIR_RP11V39 uint16
VR_PVNIR_RP5V2_8 uint16
VR_PVNIR_RP5V3_9 uint16
VR_PVSM_P30V uint16
VR_PVSM_P5VD6_12 uint16
Telemetry Major Cycle 17 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_PVSM_RN11V511 uint16
VR_PVSM_RN11V612 uint16
VR_PVSM_RN5V5_11 uint16
VR_PVSM_RN5V6_12 uint16
VR_PVSM_RP11V511 uint16
VR_PVSM_RP11V612 uint16
VR_PVSM_RP5V5_11 uint16
VR_PVSM_RP5V6_12 uint16
Telemetry Major Cycle 18 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_PVVIS_P30V uint16
VR_PVVIS_RN11V uint16
VR_PVVIS_RN5V uint16
VR_PVVIS_RP11V uint16
VR_PVVIS_RP5V uint16
TA_RC_CS uint16
TA_RC_CS_OG uint16
Telemetry Major Cycle 19 of 63
------------------------------
LAST_VALID_SCAN uint16
TA_RC_IS uint16
TA_RC_IS_OG uint16
TA_RC_OS_OG uint16
TP_RC_SPARE_2 uint16
TP_RC_SPARE uint16
Telemetry Major Cycle 20 of 63
------------------------------
LAST_VALID_SCAN uint16
TP_RC_SPARE uint16
SA_SPARE_1 uint16
SA_SPARE_2 uint16
TP_SA_A_MTR uint16
SS_SA_SPARE uint16
TP_SA_SPARE uint16
Telemetry Major Cycle 21 of 63
------------------------------
LAST_VALID_SCAN uint16
TP_SA_RCT1_MIR uint16
TP_SA_SPARE uint16
TP_SA_RCT2_MIR uint16
SA_SPARE uint16
VR_SA_A_MTR_TORQ uint16
VR_SA_A_RN11V uint16
Telemetry Major Cycle 22 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_SA_A_RP11V uint16
SA_SPARE uint16
VR_SA_B_MTR_TORQ uint16
VR_SA_B_RN11V uint16
VR_SA_B_RP11V uint16
TP_SD_SPARE uint16
TP_SM_DET_AMP3 uint16
Telemetry Major Cycle 23 of 63
------------------------------
LAST_VALID_SCAN uint16
TP_SR_MONO_CHAS1 uint16
TP_SR_MONO_CHAS2 uint16
TP_SR_SNOUT uint16
TP_SS_SPARE uint16
VR_TC_CSCKT_PV uint16
VR_TC_ISCKT_PV uint16
VR_TC_LWCKT_NV uint16
Telemetry Major Cycle 24 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_TC_LWCKT_PV uint16
SS_TC_SPARE_1 uint16
VR_TC_OSCKT_PV uint16
VR_TC_SMCKT_NV uint16
VR_TC_SMCKT_PV uint16
SS_TC_SPARE_2 uint16
VR_TC_VISCKT_NV uint16
VR_TC_VISCKT_PV uint16
Telemetry Major Cycle 25 of 63
------------------------------
LAST_VALID_SCAN uint16
TP_TE_FOLD_MIR uint16
TP_TE_PRI_MIR uint16
TP_TE_SEC_MIR uint16
TP_TM_ANLG_CKT uint16
VR_TM_REF_ACT1_1 uint16
VR_TM_REF_ACT1_2 uint16
Telemetry Major Cycle 26 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_TM_REF_ACT1_3 uint16
VR_TM_REF_ACT2_1 uint16
VR_TM_REF_ACT2_2 uint16
VR_TM_REF_ACT3_1 uint16
VR_TM_REF_ACT4_1 uint16
Telemetry Major Cycle 27 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_TM_REF_ACT5_1 uint16
VR_TM_REF_ACT5_2 uint16
VR_TM_REF_ACT5_3 uint16
VR_TM_REF_ACT6_1 uint16
VR_TM_REF_ACT6_3 uint16
Telemetry Major Cycle 28 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_TM_REF_ACT7_1 uint16
VR_TM_REF_BB_1 uint16
VR_TM_REF_BB_2 uint16
VR_TM_REF_BB_3 uint16
VR_TM_REF_PRT1 uint16
Telemetry Major Cycle 29 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_TM_REF_PSV1 uint16
VR_TM_REF_PSV2 uint16
VR_TM_REF_PSV3 uint16
VR_TM_REF_PSV4 uint16
VR_TM_REF_PSV5 uint16
Telemetry Major Cycle 30 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_TM_REF_ACTGND uint16
TA_AO_VIS_FPA uint16
TA_AO_NIR_FPA uint16
VR_RC_LW_FPA_HTR uint16
VR_RC_SM_FPA_HTR uint16
Telemetry Major Cycle 31 of 63
------------------------------
LAST_VALID_SCAN uint16
VR_TM_REF_PRT2 uint16
VR_TM_REF_PSV6 uint16
VR_TM_REF_PSV7 uint16
VR_TM_REF_PSV8 uint16
Telemetry Major Cycle 32 of 63
------------------------------
LAST_VALID_SCAN uint16
IR_SA_A_ECDR_LED uint16
IR_SA_B_ECDR_LED uint16
VR_SA_A_ECDR_MON uint16
VR_SA_B_ECDR_MON uint16
Current S/C Ancillary Data
------------------------------------------------------------
PACKET_HEADER uint8 (order 6)
TIME_STAMP uint8 (order 8)
FLAG_BYTE uint8
TIME_CONVERSION int32
S/C_POSITION_X int32
S/C_POSITION_Y int32
S/C_POSITION_Z int32
S/C_VELOCITY_X int32
S/C_VELOCITY_Y int32
S/C_VELOCITY_Z int32
RESERVED_ANGLE_ROLL int8
ATTITUDE_ANGLE_ROLL int16
RESERVED_ANGLE_PITCH int8
ATTITUDE_ANGLE_PITCH int16
RESERVED_ANGLE_YAW int8
ATTITUDE_ANGLE_YAW int16
RESERVED_RATE_ROLL int8
ATTITUDE_RATE_ROLL int16
RESERVED_RATE_PITCH int8
ATTITUDE_RATE_PITCH int16
RESERVED_RATE_YAW int8
ATTITUDE_RATE_YAW int16
MAGNETIC_COIL_CURRENT_X int8
MAGNETIC_COIL_CURRENT_Y int8
MAGNETIC_COIL_CURRENT_Z int8
SOLAR_ARRAY_CURRENT uint8
SOLAR_POSITION_X int8
SOLAR_POSITION_Y int8
SOLAR_POSITION_Z int8
MOON_POSITION_X int8
MOON_POSITION_Y int8
MOON_POSITION_Z int8
Prior S/C Ancillary Data
--------------------------------------------------------
PACKET_HEADER uint8 (order 6)
TIME_STAMP uint8 (order 8)
FLAG_BYTE uint8
TIME_CONVERSION int32
S/C_POSITION_X int32
S/C_POSITION_Y int32
S/C_POSITION_Z int32
S/C_VELOCITY_X int32
S/C_VELOCITY_Y int32
S/C_VELOCITY_Z int32
RESERVED_ANGLE_ROLL int8
ATTITUDE_ANGLE_ROLL int16
RESERVED_ANGLE_PITCH int8
ATTITUDE_ANGLE_PITCH int16
RESERVED_ANGLE_YAW int8
ATTITUDE_ANGLE_YAW int16
RESERVED_RATE_ROLL int8
ATTITUDE_RATE_ROLL int16
RESERVED_RATE_PITCH int8
ATTITUDE_RATE_PITCH int16
RESERVED_RATE_YAW int8
ATTITUDE_RATE_YAW int16
MAGNETIC_COIL_CURRENT_X int8
MAGNETIC_COIL_CURRENT_Y int8
MAGNETIC_COIL_CURRENT_Z int8
SOLAR_ARRAY_CURRENT uint8
SOLAR_POSITION_X int8
SOLAR_POSITION_Y int8
SOLAR_POSITION_Z int8
MOON_POSITION_X int8
MOON_POSITION_Y int8
MOON_POSITION_Z int8
Command Parameters
--------------------------------
LAST_VALID_SCAN uint16
SET_BB_HTR_TEMP uint16
SET_CP_OPER_MODE uint16
SET_FR_RATE uint16
SET_FR_SCI_APID uint16
SET_SR_L10WX1 uint16
SET_FR_PKT_TYPE uint16
SET_PVVIS_VCAL uint16
SET_PVNIR_VCAL uint16
SET_PVSM_VCAL uint16
SET_PVLW_VCAL uint16
SET_PVVIS_ITWK_V uint16
SET_PVNIR_ITWK_V uint16
SET_PVSM_ITWK_V uint16
SET_PVLW_ITWK_V uint16
SET_PVSM_VDET_V uint16
SET_PVLW_VDET_V uint16
SET_FR_ENG_APID uint16
SET_SR_L10WX2 uint16
ENABLE_CP_IMOK uint16
SET_FR_BBRADTAB uint16
SET_FR_OFFSETTAB uint16
SET_FR_GAINTAB uint16
TEST_FR_BBRAD uint16
SET_FR_SCI_QLK uint16
SET_FR_SR_DELAY uint16
SET_FR_BB_DELAY uint16
SET_CP_TMF_BUS uint16
OPEN_DR_UL_LOCK uint16
SET_FR_SD_DELAY uint16
SET_FR_SP_DELAY uint16
SET_PV_MEM uint16
SET_FR_ENG_QLK uint16
CP_SPARE uint16
SET_SR_3L10W uint16
SET_FR_ENC_DELTA uint16
SET_PVSMIR_ECAL uint16
SET_PVLW_ECAL uint16
TEST_FR_PCOFFSET uint16
TEST_FR_PVOFFSET uint16
TEST_FR_PVGAIN uint16
SET_PVVIS_NSTEP uint16
SET_PVNIR_NSTEP uint16
SET_PVSM_NSTEP uint16
SET_PVLW_NSTEP uint16
SET_FR_EA_DELAY uint16
SET_PVSMIR_CSUB uint16
SET_PVLW_CSUB uint16
SET_DR_SVD_UL uint16
SET_DR_NAD_UL uint16
SET_DR_SDD_UL uint16
SET_DR_SDD_FS uint16
SET_FR_PV_DCRCMP uint16
SET_FR_PC_DCRCMP uint16
FR_SPARE_1 uint16
FR_SPARE_2 uint16
SET_SR_SIPD_HTR uint16
SET_SR_SIS_FB uint16
SET_SR_LOV_SHDN uint16
SET_SR_LAMPLEVEL uint16
SET_SR_LAMPS uint16
SET_CP_LOG_STATE uint16
SET_FR_LOG_STATE uint16
SET_SR_IR_SRC uint16
FR_SPARE_3 uint16
SET_SR_L1WX1 uint16
SET_PVVIS_ECAL uint16
SET_PVNIR_ECAL uint16
SET_FR_SCIABNORM uint16
FILL_BITS uint16
Engineering BB data
-------------------
LAST_VALID_SCAN uint16
IR_BB_HTRA_CURR uint16
IR_BB_HTRB_CURR uint16
TP_BB_TEMP01 uint16
TP_BB_TEMP02 uint16
TP_BB_TEMP03 uint16
TP_BB_TEMP04 uint16
TP_BB_TEMP05 uint16
TP_BB_TEMP06 uint16
TP_BB_TEMP07 uint16
TP_BB_TEMP08 uint16
TP_BB_TEMP09 uint16
TP_BB_TEMP10 uint16
TP_BB_TEMP11 uint16
TP_BB_TEMP12 uint16
TP_BB_TEMP_AVG uint16
Engineering CP valid format
---------------------------
LAST_VALID_SCAN uint16
SS_CP_VALENG_FMT uint16
Engineering FAM AF01 mux
------------------------
LAST_VALID_SCAN uint16
VR_PC_B31C10_DCR uint16
VR_PC_B31C09_DCR uint16
VR_PC_B31C08_DCR uint16
VR_PC_B31C07_DCR uint16
VR_PC_B31C06_DCR uint16
VR_PC_B31C05_DCR uint16
VR_PC_B31C04_DCR uint16
VR_PC_B31C03_DCR uint16
VR_PC_B31C02_DCR uint16
VR_PC_B31C01_DCR uint16
Engineering FAM AF02 mux
------------------------
LAST_VALID_SCAN uint16
VR_PC_B32C10_DCR uint16
VR_PC_B32C09_DCR uint16
VR_PC_B32C08_DCR uint16
VR_PC_B32C07_DCR uint16
VR_PC_B32C06_DCR uint16
VR_PC_B32C05_DCR uint16
VR_PC_B32C04_DCR uint16
VR_PC_B32C03_DCR uint16
VR_PC_B32C02_DCR uint16
VR_PC_B32C01_DCR uint16
Engineering FAM AF03 mux
------------------------
LAST_VALID_SCAN uint16
VR_PC_B33C10_DCR uint16
VR_PC_B33C09_DCR uint16
VR_PC_B33C08_DCR uint16
VR_PC_B33C07_DCR uint16
VR_PC_B33C06_DCR uint16
VR_PC_B33C05_DCR uint16
VR_PC_B33C04_DCR uint16
VR_PC_B33C03_DCR uint16
VR_PC_B33C02_DCR uint16
VR_PC_B33C01_DCR uint16
Engineering FAM AF04 mux
------------------------
LAST_VALID_SCAN uint16
VR_PC_B34C10_DCR uint16
VR_PC_B34C09_DCR uint16
VR_PC_B34C08_DCR uint16
VR_PC_B34C07_DCR uint16
VR_PC_B34C06_DCR uint16
VR_PC_B34C05_DCR uint16
VR_PC_B34C04_DCR uint16
VR_PC_B34C03_DCR uint16
VR_PC_B34C02_DCR uint16
VR_PC_B34C01_DCR uint16
Engineering FAM AF05 mux
------------------------
LAST_VALID_SCAN uint16
VR_PC_B35C10_DCR uint16
VR_PC_B35C09_DCR uint16
VR_PC_B35C08_DCR uint16
VR_PC_B35C07_DCR uint16
VR_PC_B35C06_DCR uint16
VR_PC_B35C05_DCR uint16
VR_PC_B35C04_DCR uint16
VR_PC_B35C03_DCR uint16
VR_PC_B35C02_DCR uint16
VR_PC_B35C01_DCR uint16
Engineering FAM AF06 mux
------------------------
LAST_VALID_SCAN uint16
VR_PC_B36C10_DCR uint16
VR_PC_B36C09_DCR uint16
VR_PC_B36C08_DCR uint16
VR_PC_B36C07_DCR uint16
VR_PC_B36C06_DCR uint16
VR_PC_B36C05_DCR uint16
VR_PC_B36C04_DCR uint16
VR_PC_B36C03_DCR uint16
VR_PC_B36C02_DCR uint16
VR_PC_B36C01_DCR uint16
Engineering Reg Sample Delay
----------------------------
LAST_VALID_SCAN uint16
CR_PVLW_S_DELAY uint16
CR_PVNIR_S_DELAY uint16
CR_PVSM_S_DELAY uint16
CR_PVVIS_S_DELAY uint16
Engineering LWIR data
---------------------
LAST_VALID_SCAN uint16
VR_PVLW_ITWKA uint16
VR_PVLW_VCAL uint16
VR_PVLW_VDDA uint16
VR_PVLW_VDDD uint16
VR_PVLW_VDDOUT uint16
VR_PVLW_VDET uint16
VR_PVLW_VPWELL uint16
Engineering NIR data
--------------------
LAST_VALID_SCAN uint16
VR_PVNIR_ITWKA uint16
VR_PVNIR_VCAL uint16
VR_PVNIR_VD1 uint16
VR_PVNIR_VDDA uint16
VR_PVNIR_VDDD uint16
VR_PVNIR_VDDOUT uint16
VR_PVNIR_VDET uint16
VR_PVNIR_VGUARD uint16
VR_PVNIR_VPWELL uint16
Engineering SMIR data
---------------------
LAST_VALID_SCAN uint16
VR_PVSM_ITWKA uint16
VR_PVSM_VCAL uint16
VR_PVSM_VDDA uint16
VR_PVSM_VDDD uint16
VR_PVSM_VDDOUT uint16
VR_PVSM_VDET uint16
VR_PVSM_VPWELL uint16
Engineering VIS data
--------------------
LAST_VALID_SCAN uint16
VR_PVVIS_ITWKA uint16
VR_PVVIS_VCAL uint16
VR_PVVIS_VD1 uint16
VR_PVVIS_VDDA uint16
VR_PVVIS_VDDD uint16
VR_PVVIS_VDDOUT uint16
VR_PVVIS_VDET uint16
VR_PVVIS_VGUARD uint16
VR_PVVIS_VPWELL uint16
Engineering View Sample
-----------------------
LAST_VALID_SCAN uint16
SS_SM_VIEW_SMPL1 uint16
SS_SM_VIEW_SMPL2 uint16
SS_SM_VIEW_SMPL3 uint16
Engineering SDSM data
---------------------
LAST_VALID_SCAN uint16
VR_SM01_SMPL1 uint16
VR_SM01_SMPL2 uint16
VR_SM01_SMPL3 uint16
VR_SM02_SMPL1 uint16
VR_SM02_SMPL2 uint16
VR_SM02_SMPL3 uint16
VR_SM03_SMPL1 uint16
VR_SM03_SMPL2 uint16
VR_SM03_SMPL3 uint16
VR_SM04_SMPL1 uint16
VR_SM04_SMPL2 uint16
VR_SM04_SMPL3 uint16
VR_SM05_SMPL1 uint16
VR_SM05_SMPL2 uint16
VR_SM05_SMPL3 uint16
VR_SM06_SMPL1 uint16
VR_SM06_SMPL2 uint16
VR_SM06_SMPL3 uint16
VR_SM07_SMPL1 uint16
VR_SM07_SMPL2 uint16
VR_SM07_SMPL3 uint16
VR_SM08_SMPL1 uint16
VR_SM08_SMPL2 uint16
VR_SM08_SMPL3 uint16
VR_SM09_SMPL1 uint16
VR_SM09_SMPL2 uint16
VR_SM09_SMPL3 uint16
Engineering SRCA data
---------------------
LAST_VALID_SCAN uint16
SR_SPARE uint16
IR_SR_10WLA_CURR uint16
IR_SR_10WLB_CURR uint16
IR_SR_1WLA_CURR uint16
IR_SR_1WLB_CURR uint16
VR_SR_LAMPS uint16
VR_SR_SELF_CAL1 uint16
VR_SR_SELF_CAL2 uint16
VR_SR_SELF_CAL3 uint16
VR_SR_SPCT_NORM1 uint16
VR_SR_SPCT_NORM2 uint16
VR_SR_SPCT_NORM3 uint16
VR_SR_SRC_A_RAD uint16
VR_SR_SRC_B_RAD uint16
CR_SR_A_ONE uint16
CR_SR_B_ONE uint16
CR_SR_GRAT_CH_AE uint16
CR_SR_GRAT_CH_BE uint16
CR_SR_GRAT_FH_AE uint16
CR_SR_GRAT_FH_BE uint16
CR_SR_IR_SRCOFFE uint16
CR_SR_LAMPS_LOWE uint16
CR_SR_LSHDN_ENAE uint16
CR_SR_SISFB_RADE uint16
CR_SR_SISHTROFFE uint16
CR_SR_SLIT_HOMAE uint16
CR_SR_SLIT_HOMBE uint16
CR_SR_WHL_HOMEAE uint16
CR_SR_WHL_HOMEBE uint16
CS_SR_GRAT_STEPE uint16
CS_SR_LAMPSE uint16
CS_SR_SLIT_STEPE uint16
CS_SR_SRCWH_STPE uint16
CS_SR_USEL10WX1E uint16
CS_SR_USEL10WX2E uint16
CS_SR_USEL10WX3E uint16
CS_SR_USEL1WX1E uint16
Engineering Temperature data
----------------------------
LAST_VALID_SCAN uint16
TA_SR_IR_SRC_AE uint16
TA_SR_IR_SRC_BE uint16
TA_SR_SRC_A_SPDE uint16
TA_SR_SRC_B_SPDE uint16
TP_SR_GRAT_ELEXE uint16
TP_SR_GRAT_MTRE uint16
TP_SR_LAMP_RINGE uint16
TP_SR_MIR2_DETE uint16
TP_SR_MONO_CHS1E uint16
TP_SR_MONO_CHS2E uint16
TP_SR_SNOUTE uint16
TA_AO_NIR_FPAE uint16
TA_AO_VIS_FPAE uint16
TA_RC_LWIR_CFPAE uint16
TA_RC_SMIR_CFPAE uint16
TP_MF_CALBHD_SRE uint16
TP_SA_A_MTRE uint16
TP_SA_RCT1_MIRE uint16
TP_SA_RCT2_MIRE uint16
VR_TM_REF_BB_1E uint16
VR_TM_REF_BB_2E uint16
VR_TM_REF_BB_3E uint16