This documents the database tables maintained and used for data analysis as of Jan 25, 2003. This is povided for use by users and potential users without access to a JFORCES installation. Users with access to a JFORCES installation are advised to start the JFORCES interface and go to System Controls->Data Analysis->Run Data Analysis->quick Plot to review the latest list of tables and columns specifications as installed at their site.


FYI – Run the generate_dataanal_table_report scripts in the $SCRIPT_DIR directory to regenerate this report (minus table formating) at a later date.


Quicklinks:


Tables


Table: DA_ARMDEF: Armament Definition

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

ARMAMENT_TYPE

int

Armament Type. values as assigned by the simulation and used as a key to other DA tables

2

ARMAMENT_NAME

char

Armament Name

3

ENGAGEMENT_MEDIUM

int

Engagement Medium. (e.g. air, space, surface or subsurface. Values as per constants.cmn)

4

RADAR_DETECTION_REQ

int

Radar Detection Requirement

5

IR_DETECTION_REQ

int

IR Detection Requirement

6

BASELINE_PK

float

Baseline Pk.

7

MAX_RANGE

float

Max Range

8

WEATHER_LIMIT

float

Weather Limit


TABLE: DA_ASSET_LOADOUT: Asset Loadout information (complete list of subsystems onboard)

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

int

Time of loadout report

2

ASSET

int

Asset ID

3

NAME

char

Subsystem Name

4

TYPE

int

Subsystem type - see legal values in constants.cmn

5

QUANTITY

int

Nominal quantity this platform type should hold


TABLE: DA_ASSIGNEVT: Air engagement assignments

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

ENGAGEM_ASSET_ID

int

Engagement Asset ID

3

TRACK_ID

int

Track ID

4

THREAT_ID

int

Threat ID

5

CASE_ID

int

Case ID


TABLE: DA_ASSTDEF: Air engagement asset definition

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

ASSET_ID

int

Asset ID

2

PLATFORM_NAME

char

Platform Name

3

FORCE

int

Force (1:AF, 2:Navy, 3:Army, 4:Other)

4

SECTOR_ASSIGNED

int

Sector Assigned

5

NUM_ARMAMENTS

int

Number of Armaments (max of 10)

6

ARMAMENT_TYPE_01

int

Armament Type

7

ARMAMENT_TYPE_02

int

Armament Type

8

ARMAMENT_TYPE_03

int

Armament Type

9

ARMAMENT_TYPE_04

int

Armament Type

10

ARMAMENT_TYPE_05

int

Armament Type

11

ARMAMENT_TYPE_06

int

Armament Type

12

ARMAMENT_TYPE_07

int

Armament Type

13

ARMAMENT_TYPE_08

int

Armament Type

14

ARMAMENT_TYPE_09

int

Armament Type

15

ARMAMENT_TYPE_10

int

Armament Type

16

NUM_ON_BOARD_01

int

# Type on Board

17

NUM_ON_BOARD_02

int

# Type on Board

18

NUM_ON_BOARD_03

int

# Type on Board

19

NUM_ON_BOARD_04

int

# Type on Board

20

NUM_ON_BOARD_05

int

# Type on Board

21

NUM_ON_BOARD_06

int

# Type on Board

22

NUM_ON_BOARD_07

int

# Type on Board

23

NUM_ON_BOARD_08

int

# Type on Board

24

NUM_ON_BOARD_09

int

# Type on Board

25

NUM_ON_BOARD_10

int

# Type on Board


TABLE: DA_AUTO_STRIKE_STATUS: Running commentary on auto-strike and recon missions

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Report Time

2

TARGET_ID

int

Target Object ID

3

TARGET_TYPE

int

Target Type (1->asset, 2-> group, 3-> target. only assets currenttly working)

4

ASSIGNED_ASSET

int

Assigned Asset ID (if any)

5

REPORTED_LAT

float

Reported Target Latitude

6

REPORTED_LONG

float

Reported Target Longitude

7

LATITUDE

float

Actual Target Latitude

8

LONGITUDE

float

Actual Target Longitude

9

STATUS

int

Current report status. 1-> detected, 2->assigned strike element, 3-> assigned recon 4-> recon mission termination, 5->recon evaluation, 6->strike at target, 7-> BDA, 8->In-route update

10

SUCCESS

int

Success (As defined for each mission state)

11

NIIRS

float

NIIRS rating (only valid for status 4 & 5)

12

COMM_SENSOR_C2

float

Communications MOE for sensor to it"s C2

13

COMM_SHOOTER_C2

float

Communications MOE for shooter to it"s C2

14

COMM_SENSOR_SHOOTER

float

Communications MOE for sensor to shooter

15

STARTING_ERROR

float

Target error before this event (if appropriate) (meters)

16

ENDING_ERROR

float

Target error after this event (if appropriate) (meters)


TABLE: DA_AVIODETEVT: Avionics detection status message

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

ENGAGE_ASSET_ID

int

Engagement Asset ID

3

TRACK_ID

int

Track ID

4

TARGET_OBJ_ID

int

Target Object ID

5

SIM_RANGE

float

Current Range (NM)

6

DETECT_TYP_CASE

int

Detection type case (1-rf, 2-ir, 3-emissions, 4-iffin, 5-uncooperative iffin (ncid)

7

RESULTS_CASE

int

Results Case (0=nodetection, 1=detection)


TABLE: DA_AVIONDEF: Avionics definition (fire control radar)

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

AVONICS_TYPE

int

Avionics Type

2

AVIONICS_NAME

char

Avionics Name

3

SIGNATURE_REQ

int

Signature Requirement (1-rcs, 2-ir, 3-emiss,4-tbd)

4

CHARAC_DETECT_RNG

float

Characteristic Detection Range

5

MAX_RANGE

float

Maximum Range (NM)

6

WEATHER_LIMIT

float

Weather Limit on a 0 (clear) to 10 scale


TABLE: DA_BE_TRACK: Space borne track info

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Sim time

2

THREAT_ID

int

Sim target object id

3

NUM_2D_TRACKS

int

# 2d tracks

4

ACCURACY_2D

float

2d track accuracy (microradians)

5

TRACK_ID_3

int

3-d track id (0 if none)

6

ACCURACY_3D_IMMED

float

Immediate 3d NM accuracy

7

ACCURACY_3D_SMOOTH

float

Smoothed 3d NM accuracy

8

ACCURACY_3D_SMOOTH_OOP

float

Smoothed 3d NM out of plane accuracy

9

STEREO_FLAG

int

stereo(2)/mono(1) flag

10

IMPACT_ERROR

float

impact error (meters)

11

LAUNCH_ERROR

float

predicted launch error (meters)

12

LOCAL_ERROR

float

shortrange prediction error (meters)

13

IMPACT_ERROR_OOP

float

out of plane impact error (meters)

14

LAUNCH_ERROR_OOP

float

out of plane predicted launch error (meters)

15

LOCAL_ERROR_OOP

float

out of plane shortrange prediction error (meters)

16

ANGLE_ERROR

float

trajectory angular error (degrees)

17

TIME_OF_FLIGHT

float

current track duration (seconds)


TABLE: DA_BM_TARGET: Ballistic missile target

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

THREAT_ID

int

Threat (missile) simulation asset id

2

PLAT_NAME

char

platform name

3

CATEGORY

int

category

4

DEPLOY_LAT

float

deployment latitude

5

DEPLOY_LONG

float

deployment longitude

6

TARGET_LAT

float

target latitude

7

TARGET_LONG

float

target longitude

8

LAUNCH_TIME

float

missile launch time

9

BURNOUT_TIME

float

missile burnout offset time

10

FLIGHT_TIME

float

missile flight time offset


TABLE: DA_BOMBDEF: Warhead definition

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

WARHEAD_SUBSYS_TYP

int

Warhead Subsystem Type. values in the /* category: Subsystem Type Flags */ section of constants.cmn

2

WARHEAD_NAME

char

Warhead Name

3

BOMB_TYPE

int

Bomb Type (1=nuclear, 2=biochemical, 3=conventional)

4

YIELD

float

Yeild (nuclear)/Coverage Range (biochemical)

5

PROB_OF_FUZING

float

Probability of Fuzing


TABLE: DA_BOMBDROPEVT: Gravity bomb drop. Includes air-to-ground, artillery wrahead & cruise missile termination

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

time

2

CARRIER_ID

int

Carrier

3

LATITUDE

float

Latitude

4

LONGITUDE

float

Longitude

5

WARHEAD_TYPE

int

Warhead type (1:nuclear, 2:biochem)

6

TARGET_ID

int

Target ID

7

TARGET_NAME

char

Target Name

8

BOMB_CASE

int

Case (0:did not fuze, 1:sucessful termination)


TABLE: DA_BOMBEXPL: Nudet/biochem explosion

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

CARRIER_ID

int

Carrier ID

3

LATITUDE

float

Latitude

4

LONGITUDE

float

Longitude

5

ALTITUDE

float

Altitude

6

WARHEAD_TYPE

int

Warhead Type

7

SIZE

float

Size

8

WARHEAD_SUBSYS_TYPE

int

Warhead Subsystem Type

9

TARGET_ID

int

Target ID - this can be a strategic target ID, an object ID or a group ID. the TARGET_TYPE field specifies which it is

10

TARGET_TYPE

int

Target Type. 0->strategic target, 1->object, 2->group

11

STRIKE_ERROR

float

Error on targeting (ft). Not applicable if target_id==0


TABLE: DA_BOMBKILL: Nudet/biochem damage/kill report

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Sim Time

2

CARRIER_ID

int

Carrier ID

3

ASSET_ID_DAMAGED

int

Asset ID Damaged

4

TARGT_ID_DAMAGED

int

Target ID Damaged

5

WARHEAD_TYPE

int

Warhead Type. As per DA_BOMBDEF

6

SUBSYSTEM_ID

int

Subsystem ID


TABLE: DA_C2OVERLOAD: Air defense C2 tracker overload message

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Sim time

2

C2_ID

int

c2 id

3

TRACK_ID

int

track id

4

OVERLOAD

int

nooverload case (0/1)


TABLE: DA_C2TRAKSEVT: Air defense C2 Track info. Includes track formation info, ID info, and end of track notification

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

SITE_ASSET_ID

int

Site Asset ID

3

THREAT_ID

int

Threat ID

4

TRACK_ID

int

Track ID

5

ENVIRONMENT_FLAG

float

Environment Flag

6

HEAVY_TRAFFIC_FLAG

int

Heavy Traffic Flag

7

TRACK_LATITUDE

float

Track Latitude

8

TRACK_LONGITUDE

float

Track Longitude

9

THREAT_SPEED

float

Threat Speed

10

THREAT_ALTITUDE

float

Threat Altitude

11

THREAD_HEADING_

float

Threat Heading

12

ADD_DELETE_TRACK_FLAG

int

Add/Delete Track Flag

13

CLASSIF_CASE

int

Classification Case

14

DECLAR_RATIONALE

int

Declaration Rationale


TABLE: DA_CMLNCHEVT: Cruise missile launch

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Sim time

2

CARRIER_ID

int

Carrier ID

3

CRUISE_MISSILE_ID

int

Cruise Missile ID

4

WARHEAD_TYP

int

Warhead Type

5

LATITUDE

float

Latitude

6

LONGITUDE

float

Longitude

7

TARGET_ID

int

Target ID

8

INTRUSION_BOUNDARY

int

Intrusion Boundary

9

INSTRUSION_SECTOR

int

Intrusion Sector


TABLE: DA_COMM_BAND: Comm band utilization throughout scenario

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

BAND_NAME

char

Band Name

2

MAX_AVAILABLE

float

Max. available bandwidth in BPS equivalent

3

PERCENT_AVAILABLE

float

% bandwidth available for military operations in this scenario

4

UTILIZATION

float

Actual BPS equivalent used in this bandwidth including non-scenario background

5

SCENARIO_UTILIZATION

float

Actual BPS equivalent used in this bandwidth in this scenario

6

TIME_

float

Scenario Time

7

JAMMING_UTILIZATION

float

Jamming overhead (in BPS equivalent) in this scenario and band. Jamming also affects PCMR


TABLE: DA_COMM_LINK: Status message for individual communications links

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

LINK_ID

int

Link ID - maps to LINK_ID in DA_COMM_LINK_DEFN and DA_COMM_ROUTE_LIST

3

DATA_RATE

int

Current link data rate

4

PCMR

float

Current link probability of correct message reception

5

MAX_THROUGHPUT

int

Max throughput on this link


TABLE: DA_COMM_LINK_DEFN: Initial definition statement for individual communications links

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

LINK_ID

int

Link ID - maps to LINK_ID in DA_COMM_LINK_DEFN and DA_COMM_ROUTE_LIST

3

XMIT_ASSET

int

Transmitting asset ID

4

RCVR_ASSET

int

Receiving asset ID

5

XMIT_COMM_SUITE

char

Receiver Comm Suite

6

RCVR_COMM_SUITE

char

Transmitter Comm Suite


TABLE: DA_COMM_ROUTE: Comm route throughput data (obsolete)

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

REMOTE_ASSET

int

remote asset ID

3

C2_ASSET

int

C2 asset ID

4

MAX_THROUGHPUT

float

Max achievablecurrent throughput (bits/sec) (as modified by environment, jamming, etc.)

5

PCMR

float

Current individual message probability of correct message reception

6

STATUS

int

comm status. Current values: 0 - perfect comm used, 1-OK, MEDIA_ERR=2, MOD_ERR-3, FREQ_ERR-4, TX_SUITE_ERR-5, RX_SUITE_ERR-6, RCVR_TYPE_ERR-7, MEDIUM_ERROR-8, TX_DOWN-9, RX_DOWN-10, ERROR_CORR_ERR-11, OBJ_DOWN-12, HF_DISTANCE_ERR-13, MF_DISTANCE_ERR-14, L


TABLE: DA_COMM_ROUTE_DEFN: Initial definition statement for communications routes

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

ROUTE_ID

int

Route ID

3

SOURCE_ASSET

int

Transmitting asset ID

4

DESTINATION_ASSET

int

Receiving asset ID

5

LINK_ORDINAL

int

Link ordinal in this route (i.e. 1st link in route, 2nd, etc - always starts from 1 for each route)

6

LINK_ID

int

Link ID - maps to LINK_ID in DA_COMM_LINK_DEFN and DA_COMM_ROUTE_LIST


TABLE: DA_DATACOLL: Data collection specifications. Obsolete

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'


TABLE: DA_DEFCONEVT: Defcon change notification

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

DEFCON_STATUS

int

DEFCON Status


TABLE: DA_ENGMTKILLEVT: Air engagement kill report

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

ASSET_ID

int

Asset ID

3

TRACK_ID_KILLED

int

Track ID Killed

4

TARGET_ID_KILLED

int

Target ID Killed

5

WEATHER_INTENSITY

float

Weather Intensity

6

ARMAMENT_TYPE

int

Armament Type

7

SIM_RANGE

float

Range

8

ECM_EFFECT

float

ECM Effect (ratio between pk before & after ECM)

9

RANGE_TO_NEAREST_NUDET

float

Range to Nearest Nudet


TABLE: DA_ENGMTPKGEVT: Air engagement event package. This message is paired with a variety of air engagement status messages (e.g. avionics detection, ir detections,...)

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

ENG_CASE

int

1->avionics detection, 2->assignment, 3->non-assigment, 4-> shot, 5-> missile impact, 6->false assignment, 7->deassignment, 8->avionics loss, 10->kill, 11->msl, out of range, 12->msl, wx limited, 13->msl, detection failure, 14->msl, fire control failure,

3

ASSET_ID

int

Asset ID

4

TARGET_ID

int

Target ID

5

TRACK_ID

int

Track ID

6

ASSET_LAT

float

latitude

7

ASSET_LONG

float

longitude

8

ASSET_ALT

float

altitude (ft. agl)

9

ASSET_SPEED

float

speed (knots)

10

ASSET_HEADING

float

Heading (degrees clockwise from North)

11

TARGET_LAT

float

latitude

12

TARGET_LONG

float

longitude

13

TARGET_ALT

float

altitude (ft. agl)

14

TARGET_SPEED

float

speed (knots)

15

TARGET_HEADING

float

Heading (degrees clockwise from North)

16

TRACK_LAT

float

latitude

17

TRACK_LONG

float

longitude

18

TRACK_ALT

float

altitude (ft. agl)

19

TRACK_SPEED

float

speed (knots)

20

TRACK_HEADING

float

Heading (degrees clockwise from North)

21

WEATHER

float

Weather Intensity on a 0 (clear) to 10 scale

22

ECM_FLAG

int

ECM Flag

23

SIM_RANGE

float

Range Between Target/Asset (NM)

24

BEARING

float

Bearing from Asset to Target


TABLE: DA_EXTERN_TRACK: Record of receipt of intel-related threat location

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

DETECT_TIME

float

Time of Detection

2

REPORT_TIME

float

Time of Report

3

SENSOR_ID

int

Sensor ID

4

SENSOR_ASSET_ID

int

Sensor simulation object ID

5

TARGET_ID

int

Target simulation ID. This ID could be different according to ttarget type

6

TARGET_TYPE

int

Target Type. 0->target is a strategic target, 1->target is an object, 2->target is a group

7

REPORTING_ERROR

float

Initial error on target position (NM)

8

TARGETING_ERROR_AT_RECEIPT

float

Error in target position at time data is received to warfighter (NM)

9

REPORTED_LAT

float

Reported Target Latitude

10

REPORTED_LONG

float

Reported Target Longitude

11

REPORTED_ALT

float

Reported Target Altitude (Ft agl)

12

REPORTED_SPEED

float

Reported Target Speed (Knots)

13

REPORTED_HEADING

float

Reported Target Heading (Degrees clockwise from North)

14

ASSIGNED_ASSET_ID

int

Assigned asset for intercept (0 implies no asset immediately assigned


TABLE: DA_FALSEASGN: Notification of an air engagment assignment to false target

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

ENGAGE_ASSET_ID

int

Engagement Asset ID

3

TRACK_ID

int

Track ID


TABLE: DA_FLUSHEVT: Notification of airbase flush

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

AIRBASE_ID

int

Airbase ID

3

NUM_OF_AIRCRAFT

int

# of Aircraft


TABLE: DA_FORMATION_CONTROL: Ground unit formation control record

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Sim Time that order is received

2

GROUP_ID

int

Sim group id - maps to da_group_defn

3

ORDER_TYPE

int

Order Flag - 1 -> Prescripted Movement, 2->Interactive Movement Command, 3->Immediate move out, 4->Check pending route (Also posture change)

4

DEST_LAT

float

Destination Latitude (for order types 1+2 only)

5

DEST__LONG

float

Dest longitude (for orders 1 and 2)


TABLE: DA_GROUP_DEFN: Descrition of groups playing in a scenario

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

time group is formed

2

NAME

char

group name

3

GROUP_ID

int

sim defined group number

4

DB_ID

int

User defined group ID

5

CLASS_ID

int

sim defined group class ID

6

PRIMARY_ID

int

sim object ID of primary object

7

BASE

int

sim object ID of groups home base (0 implies no defined home base)

8

CALLSIGN

char

group call sign (used only for aircraft)

9

SIDE

int

group side (1-red, 2-blue, 3-white, all others-other)

10

FORCE

int

group force (1=AF, 2=navy, 3=army, 4=other)

11

CLASS

char

group class name

12

TYPE

int

group type (values TBD)

13

LVL

int

group level ((platoon=1, company=2, batallion=3, brigade=4, division=5


TABLE: DA_GROUP_ENGAGEMENT: Group engagement information. Output only when unit enters or leaves a close ground combat

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Report Time

2

GROUP_ID

int

Group Sim ID

3

LATITUDE

float

group location at report time

4

LONGITUDE

float

group location at report time

5

ENGAGEMENT_ID

int

Simulation assigned engagement ID

6

ADD_DELETE

int

Flag for whether the group entered or left the engagement at this time









a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

time unit is added or deleted from group

2

ADD_DELETE

int

add (1) or delete (0) flag for this element

3

GROUP_ID

int

ID of group being added to or deleted from

4

ID

int

sim ID of group or object being added or deleted. Whether this is a group or object is determined by the groupflag.

5

GROUPFLAG

int

flag for whether the entity being added or deleted is a group (1) or an object (0). If a group the name is retrieved from da_group_defn, otherwise from da)object_defn


TABLE: DA_GROUP_UPDATE: Periodic dump of group status

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Report time

2

GROUP_ID

int

Group ID

3

LATITUDE

float

Group latitude

4

LONGITUDE

float

Group longitude

5

NUM_MEMBERS

int

Number of members still avilve in the group


TABLE: DA_HVIRTEVT: HVIRT (high value immediate response target, as defined by scenario specifications) assignment/reassignment information

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Report Time

2

ASSET_ID

int

Sim Asset ID

3

TARGET_ID

int

Target Object ID

4

TARGET_TYPE

int

Target Type (1->asset, 2->group, 3->target. only assets currently working)

5

TIPPING_ASSET

int

Asset ID of asset that caused assignmenti or reassignment

6

ASSIGN_TYPE

int

Assignment Type (1-> ac strike, 2-> ac recon, 3-> cm strike)

7

LATITUDE

float

Asset latitude

8

LONGITUDE

float

Asset Longitude


TABLE: DA_KILLRPTEVT: Kill report (truth information)

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

ASSET_ID

int

Asset ID

3

LATITUDE

float

Latitude

4

LONGITUDE

float

Longitude

5

ENVIRONMENT

float

Environment

6

KILL_CASE

int

Case of Death (1-out of fuel, 2- death by nudet, 3- missle subsystem kill, 4-hypersonic glide vehicle spent, 5-cm died on board carrier)

7

INITIAL_OBJ_CNT

int

Number of live assets in this object BEFORE this call (not at the beginning of the run)

8

FINAL_OBJ_CNT

int

Number of live assets in this object after this call

9

KILL_CREDIT

int

Simulation ID of asset with kill credit. A value of 0 indicates killer unknown


TABLE: DA_LANDNGEVT: Aircraft landing

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Sim Time

2

ASSET_ID

int

Asset ID

3

AIRBASE_ID

int

Airbase ID


TABLE: DA_MSL_BUS: MIRV (for ballistic missile scenarios) event record

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time of bussing

2

BUS_ID

int

Sim asset ID of launch vehicle

3

RV_ID

int

Sim asset ID of RV


TABLE: DA_MSLLNCHEVT: SAM, AAM and ASW missile launches

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

MISSLE_LAUNCH_ASSET_ID

int

Missle Launch Asset ID

3

TARAGET_ID

int

Target ID

4

TRACK_ID

int

Track ID

5

MISSLE_TYPE

int

Missle Type. As per DA_ARMDEF

6

MISL_RANGE

float

Current Range

7

TARGET_COLOR

int

Target Color


TABLE: DA_MSLTERMEVT: SAM, AAM and ASW missile impacts/termination

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

MISSLE_ORIGIN_ASSET_ID

int

Missle Origination Asset ID

3

ATACKED_ASSET_ID

int

Attacked Asset ID

4

TRACK_ID

int

Track_ID

5

RESULTS_CASE_

int

Results Case

6

ATTACKED_ASSET_COLOR

int

Attacked Asset Color

7

ECM_ENVIRONMENT

int

ECM Environment (values should be either: [1 or 0])

8

RESULTS_CASE_ORIGINATION

int

Missle Impact Case Options (0:missle impact kill, 1:excessive range, 2:weather-limited, 3:no detection of appropriate type or other avionics failure, 4:EMP damage, 5:no bullets, 6:low weapon pk, 7:EMP environment, 8: improperly reported)


TABLE: DA_NONASGNEVT: Air defense C2 notification of non-assignment versus a track

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

ENGAGEM_ASSET_ID

int

Engagement Asset ID

3

TRACK_ID

int

Track ID

4

THREAT_ID

int

Threat ID

5

RESULTS_CASE_ID

int

Results Case ID


TABLE: DA_OBJDEF: Scenario asset definition

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

ASSET_ID

int

Asset Simulation ID

2

ASSET_MEDIUM

int

1=Ground, 2=Air, 3=Submarine, 4=Space

3

ASSET_CATEGORY

int

Asset Category

4

PLATFORM_NAME

char

Platform Name

5

TAIL_NUMBER

int

Asset Tail Number

6

LATITUDE

float

Initial Asset Latitude

7

LONGITUDE

float

Initial Asset Longitude

8

ALTITUDE

float

Initial Asset Altitude

9

OPERATIONAL_CONDITION

int

Initial Asset Operational Condition #was l1

10

OPERATIONAL_TIME

float

Time asset expected to become fully operational (if not already)

11

ASSET_SIDE

int

Asset Side (1- hostile, 2- friendly, 3- neutral)

12

MOTION_CONDITION

int

Initial Asset Motion Type

13

PLATFORM_ID

int

Platform Simulation ID

14

CALL_SIGN

char

Call Sign

15

GROUP_ID

int

The Attached Unit Group Sim ID

16

ORIGINATION_BASE

int

The Origination Base Sim ID

17

RECOVERY_BASE

int

The Destination Base Sim ID

18

ADOC_C2

int

The ADOC Sim ID

19

ROCC_C2

int

The ROCC Sim ID

20

SOCC_C2

int

The SOCC Sim ID

21

SUBSOCC_C2

int

The SUBSOCC Sim ID

22

ASSIGNED_SECTOR

int

The Assigned Sector ID

23

CLUSTER_SIZE

int

# objects represented by asset

24

ASSET_DB_CATEGORY

int

Asset category according to the Typechar DB table


TABLE: DA_OPERCHNG: Asset operational change notification

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

ASSET_ID

int

Asset ID

3

STATUS_FLAG

int

Status Flag (-1-dead, 0-operational, 1-biochemically attacked, 2-partially operational)


TABLE: DA_ORBDEF: Satellite orbit definition

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

ASSET_ID

int

Asset ID

2

ASSET_NAME

char

Asset Name

3

PLATFORM_ID

int

Platform ID

4

SEMI_MAJOR_AXIS

float

Semi-Major Axis (in earth radians)

5

ECCENTRICITY_ADJ

float

Eccentricity Adjustment

6

ORBIT_INCLINATION

float

Orbit Inclination

7

LONG_ASCENDING_NODE

float

Longitude of Ascending Node (bomega)

8

ARGUMENT_OF_PERIAPSIS

float

Argument of Periapsis (somega)

9

ORBITAL_PERIOD

float

Orbital period

10

MAINTENANCE_VARIABLE

float

Maintenance Variable

11

TRUE_ANOMALY_AT_EPOCH

float

True Anomaly at Epoch (orbtheta)

12

OBJ_MOTION_IN_MAJ_AXIS

float

Obj Motion in Major Axis Plane per Second (bomegad)

13

OBJ_MOTION_IN_MINOR_AXIS

float

Obj Motion in Minor Axis Plane per Second (somegad)

14

ORBITWAITTIME

float

Orbit Wait Time


TABLE: DA_PLATDEF: Platform definition

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

PLATFORM_ID

int

Platform ID

2

PLATFORM_NAME

char

Platform Name

3

MEDIUM

int

Medium (e.g. air, space, surface or subsurface. values as per constants.cmn)

4

CATEGORY

int

Category values as per constants.cmn


TABLE: DA_PLAT_SS_OPTIONS: List of subsystems on platform types under various loadout options

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

PLATFORM

int

Platform ID

2

OPTION

char

Loadout Option Name

3

NAME

char

Subsystem Name

4

TYPE

int

Subsystem type - see legal values in constants.cmn

5

QUANTITY

int

Nominal quantity this platform type should hold


TABLE: DA_REDMSLLNCH: Air missile launch in defense

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Sim Time

2

MISSILE_LAUNCH_ASSET_ID

int

Missle Launch Asset ID

3

RECVG_ASSET_ID

int

Receiving Asset ID

4

MISSILE_TYPE

int

Missile Type

5

SIM_RANGE

float

Range (NM)

6

TARGET_COLOR

int

Target Color


TABLE: DA_REFUELEVT: Air refueling notification

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Sim Time

2

TANKER_ID

int

Tanker ID

3

CUSTOMER_ID

int

Customer ID

4

LATITUDE

float

Latitude

5

LONGITUDE

float

Longitude

6

COMPLETION_TIME

float

Completion time


TABLE: DA_ROUTE_COMPLETION: Route completion record

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Sim Tims of route end

2

ASSET_ID

int

Sim Asset ID

3

LATITUDE

float

Current Position

4

LONGITUDE

float

Current Position

5

GROUP_ID

int

Sim group ID this object belongs to (if any)

6

END_FLAG

int

End of route flag 9 1 if this is the end of route, 0 if only a waypoitn. Currenly collected only for end of route


TABLE: TABLE: DA_ROUTELEG: Route leg change (usually notification that waypoints have been achieved, but could be something else based on route specification)

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

OBJECT_ID

int

Object ID

3

LEG_NUM

int

Leg #

4

MOTION_COND

int

Motion Condition

5

CURRENT_LAT

float

current latitude

6

CURRENT_LONG

float

current longitude

7

CURRENT_ALT

float

current altitude (ft. agl)

8

CURRENT_SPEED

float

current speed (knots)

9

CURRENT_HEADING

float

current Heading (degrees clockwise from North)

10

DEST_LAT

float

destination latitude

11

DEST_LONG

float

destination longitude

12

DEST_ALT

float

destination altitude (ft. agl)

13

DEST_SPEED

float

destination speed (knots)

14

DEST_HEADING

float

destination Heading (degrees clockwise from North)


TABLE: DA_SAT_DET_ERROR: Detection error report for satellite versus a near-Earth target

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

CLOCK

float

Sim time at report

2

SAT_ID

int

Sim object ID of detecting satellite

3

TARGET_ID

int

Sim object ID of target

4

TARGET_TYPE

int

target type. 0->tactical target, 1->object, 22->group

5

LATITUDE

float

True target latitude

6

LONGITUDE

float

True target longitude

7

ALTITUDE

float

True target altitude (ft. agl)

8

SPEED

float

True target speed (kts)

9

HEADING

float

True target heading (deg. clockwise from North)

10

DET_LATITUDE

float

Perceived target latitude

11

DET_LONGITUDE

float

Perceived target longitude

12

STD_POS_ERROR

float

50% satellite location confidence (meters)

13

STD_SENSOR_ERROR

float

50% sensor-based error

14

SAT_POS_ERROR

float

Actual compute sensor location error (meters)

15

STD_MINOR_AXIS_ERR

float

Minor axis 50% confidence ellipse (meters)

16

STD_MAJOR_AXIS_ERR

float

Major axis of 50%confidence ellipse (meters)

17

ERROR_RANGE

float

Actual targeting error (meters)

18

TIME_SINCE_LAST_UPDATE

float

Time since last satellite update (minutes)


TABLE: DA_SAT_HANDOVER: Satellite track handover (from BE heritage)

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Handover time

2

ASSET_ID

int

Satelite simulation asset IDD

3

SENSOR_ID

int

Satelite sensor ID

4

TARGET_LAT

float

Viewing location

5

TARGET_LONG

float

Viewing location

6

TARGET_ALT

float

Viewing location

7

TARGET_ID

int

Simluation asset ID of target (e.g. the ballistic missile)

8

NUM_SCANS

int

number of scans commanded

9

PERCENT_COV

float

percent coverage for each scan

10

AZ_ERROR

float

vertical component of error basket (degrees)

11

EL_ERROR

float

vertical component of error basket (degrees)


TABLE: DA_SCAN_TASK: Records start and end of sensor scan command

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Sim start time at command

2

ASSET_ID

int

Sim asset id of sensor

3

SENSOR_ID

int

Sim sensor ID (Maps to sensor_id in da_snsrdef)

4

START_END

int

Scan start(1) or end(0) flag

5

SCAN_TYPE

int

Scan pattern. 1->rectangle, 2->local, 3->circle, 4->fan

6

LAT_1

float

Scan latitude (for cases 1 & 2)

7

LONG_1

float

Scan longitude (for cases 1 & 2)

8

LAT_2

float

Scan latitude (for case 1 )

9

LONG_2

float

Scan longitude (for case 1 )

10

MIN_RADIUS

float

Min Scan radius (For type 4) (NM)

11

LEFT_EXTENT

float

Left extent of scan (deg. clockwise from North) (for case 4)

12

RIGHT_EXTENT

float

Right extent of scan (deg. clockwise from North) (for case 4)

13

INSTANT_COVERAGE

float

Instantaneous scan coverage (nm**2)

14

TOTAL_COVERAGE

float

Total scan coverage (nm**2) - includes sensor path effects


TABLE: DA_SCRMBLEVT: Aircraft scramble from a base

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Sim Time

2

ASSET_ID

int

Asset ID

3

AIRBASE_ID

int

Airbase ID


TABLE: DA_SENSOR_COV: Sensor coverage report(from BE heritage)

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Report Time

2

SENSOR_ID

int

Sim sensor ID of satelite

3

ASSET_ID

int

Sim asset ID of satelite

4

LEGIT_COVERAGE

int

Legitimate coverage flag(1/0) for whether satelite can actually view directed area

5

COMMAND_TYPE

int

Type command - 1:absolute az/el commanded, 2: location commanded

6

PARAM_1

float

1st Command param. azimuth if COMMAND_TYPE==1, latitude if COMMAND_TYPE==2)

7

PARAM_2

float

2nd Command param. elevation if COMMAND_TYPE==1, longitude if COMMAND_TYPE==2)

8

PARAM_3

float

3rd Command param. no used if COMMAND_TYPE==1, altitude if COMMAND_TYPE==2)


TABLE: DA_SIMSTART: Simulation start time & date

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

SIMULATION_TIME_HOURS

int

Simulation Start Time (Hours)

2

SIMULATION_TIME_MINUTES

int

Simulation Start Time (Minutes)

3

SIMULATION_DATE_DAY

int

Simulation Start Date (Day)

4

SIMULATION_DATE_MONTH

int

Simulation Start Date (Month)

5

SIMULATION_DATE_YEAR

int

Simulation Start Date (Year)

6

ACTUAL_START_HOUR

int

The Actual Run-Time Begin (Hour)

7

ACTUAL_START_MINUTES

int

The Actual Run-Time Begin (Minutes)

8

ACTUAL_START_DAY

int

The Actual Run-Time Begin (Day)

9

ACTUAL_START_MONTH

int

The Actual Run-Time Begin (Month)

10

ACTUAL_START_YEAR

int

The Actual Run-Time Begin (Year)

11

DATABASE

char

Name of Database

12

SCENARIO

char

Name of Scenario

13

CLASSIFICATION

char

Run Classification

14

RUN_NUMBER

int

Internal Run number for statistical data collection; Not the same as RUN_ID

15

RANDOM_NUMBER_SEED

int

Initial Random Number Genrator Seed

16

MULTIRUN_VARCOD

int

Multi run variation code. avlues set by simulation programmers (currently undefined)

17

MULTIRUN_VARIATION

float

Multiple run variation - again as defined by sim programmers and again currently undefined


TABLE: DA_SNSRDEF: Sensor definition

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

ASSET_ID

int

Asset ID

2

SENSOR_ID

int

Sensor ID

3

SENSOR_TYPE

int

Sensor Type

4

SENSOR_NAME

char

Sensor Name

5

LATITUDE

float

Latitude

6

LONGITUDE

float

Longitude

7

MIN_RANGE

float

Minimum Range (NM)

8

MAX_RANGE

float

Maximum Range (NM)

9

LEFT_AZIMUTH

float

Left Azimuth

10

RIGHT_AZIMUTH

float

Right Azimuth

11

SCAN_RATE

int

Scan Rate

12

DETECT_MEDIA

int

Detection media - values as per constants.cmn

13

TYPE_FLAG

char

sensor type flag - values as per initsenssys.qf


TABLE: DA_SNSRDETECT: Sensor detections (and non-detection) status message. This is the primary source for evaluated detection efficiency within a scenario

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Time

2

SENSOR_ID

int

Senson ID

3

SITE_ASSET_ID

int

Site Asset ID

4

THREAT_ID

int

Threat ID

5

DETECTION_CASE

int

(9:terrain masking, 8:in velocity notch, 7:comb noise too high, 6:small sig denied detect, 5:nuclr detonation noise denied detect, 4: cont wave jam noise denied detect, 3:wx denial of detect, 2:smart jammer denied detect, 1:detect, 0:beyond fld of view)

6

OLD_DETECTION_CASE

int

(9:terrain masking, 8:in velocity notch, 7:comb noise too high, 6:small sig denied detect, 5:nuclr detonation noise denied detect, 4: cont wave jam noise denied detect, 3:wx denial of detect, 2:smart jammer denied detect, 1:detect, 0:beyond fld of view)

7

SEQ_N_DTCTS_IN_PREV_DET

int

Old Sensor Detection Case

8

ENVIRONMENT_INTENSITY

float

Environment Intensity

9

THREAT_LATITUDE

float

Threat Latitude

10

THREAT_LONGITUDE

float

Threat Longitude

11

THREAT_ALTITUDE

float

Threat Altitude

12

THREAT_SPEED

float

Threat Speed

13

THREAT_HEADING

float

Threat Heading

14

MOBILE_TRAFFIC_DENSITY

int

Mobile Traffic Density

15

PRESENT_COMM_CASE

int

Present Communications Case

16

PREVIOUS_COMM_CASE

int

Previous Communications Case

17

ECM_FLAG

int

ECM Flag

18

DET_RANGE

float

Detection Range

19

S_TO_N

float

Signal to noise (as appropriate for sensor type

20

TEMP_INDEX

int

Unknown

21

NEAREST_RANGE

float

Nearest detection range (valid only when going from detected to nondetected)

22

DETECT_STARTTIME

float

Detection start time (valid only when going from detected to nondetected)

23

SENSOR_QUALITY

float

Best attained sensor quality (valid only when going from detected to nondetected)

24

SENSOR_LAT

float

Sensor location

25

SENSOR_LONG

float

Sensor location

26

SENSOR_ALT

float

Sensor location


TABLE: DA_SSOPCHNG: Subsystem operational change

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Sim Time

2

ASSET_ID

int

Asset ID

3

SUBSYSTEM_ID

int

Subsystem. As per DA_ASSET_LOADOUT

4

SUBSYS_CATEGORY

int

Subsystem Category. As per /* category: Subsystem Type Flags */ section of constants.h

5

NEW_STATUS

int

New Avabilability Status

6

SUBSYSTEM_TYPE

int

Subsystem Type. As per DA_ASSET_LOADOUT


TABLE: DA_STARTOVER: Simulation restart

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

START_SIM

char

"Start Sim"

2

DESCRIPTION

char

User input description - intended to be updated by user where run is saved

3

AGG_LEVEL

int

Sim run aggregation leveli. Values as per the grouplevels database table


TABLE: DA_TGTDEF: Target definition

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TARGET_ID

int

Target ID

2

NAME

char

Name

3

TARGET_TYPE

int

Target Type

4

TARGET_SUBTYPE

int

Target Subtype

5

LATITUDE

float

Latitude

6

LONGITUDE

float

Longitude

7

KILL_HARDNESS

float

Kill Hardness

8

DAMAGE_HARDNESS

float

Damage Hardness

9

PRIORITY

int

Priority

10

SECTOR

int

Sector

11

SIDE

int

Side attacking this target. Uses redcolor & bluecolor constants


TABLE: DA_THRTDEF: Threat definition. Used ONLY when data is provided by the analyst in the mission planner

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

ASSET_ID

int

Asset ID

2

PLATFORM_NAME

char

Platform ID

3

CATEGORY

int

Category

4

INSTRUSION_BOUNDARY

int

Intrusion Boundary

5

INSTRUSION_SECTOR

int

Intrusion Sector

6

NUMBER_OF_TARGETS

int

Number of Targets (max of 24)

7

TARGET_NAME_01

char

Target Name

8

TARGET_NAME_02

char

Target Name

9

TARGET_NAME_03

char

Target Name

10

TARGET_NAME_04

char

Target Name

11

TARGET_NAME_05

char

Target Name

12

TARGET_NAME_06

char

Target Name

13

TARGET_NAME_07

char

Target Name

14

TARGET_NAME_08

char

Target Name

15

TARGET_NAME_09

char

Target Name

16

TARGET_NAME_00

char

Target Name

17

TARGET_NAME_11

char

Target Name

18

TARGET_NAME_12

char

Target Name

19

TARGET_NAME_13

char

Target Name

20

TARGET_NAME_14

char

Target Name

21

TARGET_NAME_15

char

Target Name

22

TARGET_NAME_16

char

Target Name

23

TARGET_NAME_17

char

Target Name

24

TARGET_NAME_18

char

Target Name

25

TARGET_NAME_19

char

Target Name

26

TARGET_NAME_20

char

Target Name

27

TARGET_NAME_21

char

Target Name

28

TARGET_NAME_22

char

Target Name

29

TARGET_NAME_23

char

Target Name

30

TARGET_NAME_24

char

Target Name

31

TARGET_ID_01

int

Target ID

32

TARGET_ID_02

int

Target ID

33

TARGET_ID_03

int

Target ID

34

TARGET_ID_04

int

Target ID

35

TARGET_ID_05

int

Target ID

36

TARGET_ID_06

int

Target ID

37

TARGET_ID_07

int

Target ID

38

TARGET_ID_08

int

Target ID

39

TARGET_ID_09

int

Target ID

40

TARGET_ID_10

int

Target ID

41

TARGET_ID_11

int

Target ID

42

TARGET_ID_12

int

Target ID

43

TARGET_ID_13

int

Target ID

44

TARGET_ID_14

int

Target ID

45

TARGET_ID_15

int

Target ID

46

TARGET_ID_16

int

Target ID

47

TARGET_ID_17

int

Target ID

48

TARGET_ID_18

int

Target ID

49

TARGET_ID_19

int

Target ID

50

TARGET_ID_20

int

Target ID

51

TARGET_ID_21

int

Target ID

52

TARGET_ID_22

int

Target ID

53

TARGET_ID_23

int

Target ID

54

TARGET_ID_24

int

Target ID

55

NUM_OF_CRUISE_MISSLES_ON_BOARD

int

Number Of Cruise Missles On Board

56

OBJECT_ID_01

int

Object ID of Cruise Missles

57

OBJECT_ID_02

int

Object ID of Cruise Missles

58

OBJECT_ID_03

int

Object ID of Cruise Missles

59

OBJECT_ID_04

int

Object ID of Cruise Missles

60

OBJECT_ID_05

int

Object ID of Cruise Missles

61

OBJECT_ID_06

int

Object ID of Cruise Missles

62

OBJECT_ID_07

int

Object ID of Cruise Missles

63

OBJECT_ID_08

int

Object ID of Cruise Missles

64

OBJECT_ID_09

int

Object ID of Cruise Missles

65

OBJECT_ID_10

int

Object ID of Cruise Missles

66

OBJECT_ID_11

int

Object ID of Cruise Missles

67

OBJECT_ID_12

int

Object ID of Cruise Missles

68

OBJECT_ID_13

int

Object ID of Cruise Missles

69

OBJECT_ID_14

int

Object ID of Cruise Missles

70

OBJECT_ID_15

int

Object ID of Cruise Missles

71

OBJECT_ID_16

int

Object ID of Cruise Missles

72

OBJECT_ID_17

int

Object ID of Cruise Missles

73

OBJECT_ID_18

int

Object ID of Cruise Missles

74

OBJECT_ID_19

int

Object ID of Cruise Missles

75

OBJECT_ID_20

int

Object ID of Cruise Missles

76

OBJECT_ID_21

int

Object ID of Cruise Missles

77

OBJECT_ID_22

int

Object ID of Cruise Missles

78

OBJECT_ID_23

int

Object ID of Cruise Missles

79

OBJECT_ID_24

int

Object ID of Cruise Missles


TABLE: DA_VISIDEVT: Air engagement visual ID

a

RUN_ID

int

Run ID - this can include man subruns provided the starting elements are identical (minus any starting location variation)

b

sub_run_id

int

Sub Run ID - This is the subrun when multiple runs are made within one Run_ID to generate statistical results

c

seq_num

int

Sequence number on the line of output data in the source datafile. Used to find paired messages (e.g. DA_ENGMTPKGEVT and DA_ENGMTKILLEVT)'

1

TIME_

float

Sim Time

2

ENGAGM_ASSET_ID

int

Engagement Asset ID

3

TRACK_ID

int

Track ID

4

TARGET_OBJ_ID

int

Target Object ID

5

TYPE

int

Type (1-visual detection, 2-visual ID)

6

VIS_CASE

int

Case (1-detection, 0-lost detection)



Entity Relationships


These are the recorded entity relationships between the data analyis tables as of 25 Jan, 2003. Users with access to a working JFORCES installation are advised to go to the JFORCES for up to date information. Note also that unlike most JFORCES control tables, the source of this table is not used in the autogeneration function, so errors can occur. Note in particular that the relation types have not been verified and some possible cross-table relations could be missing. Still, efforts have been made to assure this data is reasonably accurate.


DA_ASSTDEF ( run_id, sub_run_id, armament_type_01) maps to DA_ARMDEF ( run_id, 1, armament_type)

Relation: 1-1

Comments: 0 value OK; indicates undefined type



DA_ASSTDEF ( run_id, sub_run_id, armament_type_01) maps to DA_ARMDEF ( run_id, 1, armament_type)

Relation: 1-1

Comments: 0 value OK; indicates undefined type



DA_ASSTDEF ( run_id, sub_run_id, armament_type_02) maps to DA_ARMDEF ( run_id, 1, armament_type)

Relation: 1-1

Comments: 0 value OK; indicates undefined type



DA_ASSTDEF ( run_id, sub_run_id, armament_type_03) maps to DA_ARMDEF ( run_id, 1, armament_type)

Relation: 1-1

Comments: 0 value OK; indicates undefined type



DA_ASSTDEF ( run_id, sub_run_id, armament_type_04) maps to DA_ARMDEF ( run_id, 1, armament_type)

Relation: 1-1

Comments: 0 value OK; indicates undefined type



DA_ASSTDEF ( run_id, sub_run_id, armament_type_05) maps to DA_ARMDEF ( run_id, 1, armament_type)

Relation: 1-1

Comments: 0 value OK; indicates undefined type



DA_ASSTDEF ( run_id, sub_run_id, armament_type_06) maps to DA_ARMDEF ( run_id, 1, armament_type)

Relation: 1-1

Comments: 0 value OK; indicates undefined type



DA_ASSTDEF ( run_id, sub_run_id, armament_type_07) maps to DA_ARMDEF ( run_id, 1, armament_type)

Relation: 1-1

Comments: 0 value OK; indicates undefined type



DA_ASSTDEF ( run_id, sub_run_id, armament_type_08) maps to DA_ARMDEF ( run_id, 1, armament_type)

Relation: 1-1

Comments: 0 value OK; indicates undefined type



DA_ASSTDEF ( run_id, sub_run_id, armament_type_09) maps to DA_ARMDEF ( run_id, 1, armament_type)

Relation: 1-1

Comments: 0 value OK; indicates undefined type



DA_ASSTDEF ( run_id, sub_run_id, armament_type_10) maps to DA_ARMDEF ( run_id, 1, armament_type)

Relation: 1-1

Comments: 0 value OK; indicates undefined type



DA_ENGMTKILLEVT ( run_id, sub_run_id, armament_type) maps to DA_ARMDEF ( run_id, 1, armament_type)

Relation: 1-1



DA_REDMSLLNCH ( run_id, sub_run_id, missile_type) maps to DA_ARMDEF ( run_id, 1, armament_type)

Relation: 1-1



DA_BOMBKILL ( run_id, sub_run_id, subsystem_id) maps to DA_BOMBDEF ( run_id, 1, warhead_subsys_typ)

Relation: n-1



DA_COMM_LINK ( run_id, sub_run_id, link_id) maps to DA_COMM_LINK_DEFN ( run_id, sub_run_id, link_id)

Relation: n-1



DA_COMM_ROUTE_DEFN ( run_id, sub_run_id, link_id) maps to DA_COMM_LINK_DEFN ( run_id, sub_run_id, link_id)

Relation: n-1



DA_AVIODETEVT ( run_id, sub_run_id, seq_num) maps to DA_ENGMTPKGEVT ( run_id, sub_run_id, seq_num+1)

Relation: n-1



DA_ENGMTKILLEVT ( run_id, sub_run_id, seq_num) maps to DA_ENGMTPKGEVT ( run_id, sub_run_id, seq_num+1)

Relation: n-1



DA_MSLLNCHEVT ( run_id, sub_run_id, seq_num) maps to DA_ENGMTPKGEVT ( run_id, sub_run_id, seq_num+1)

Relation: n-1



DA_MSLTERMEVT ( run_id, sub_run_id, seq_num) maps to DA_ENGMTPKGEVT ( run_id, sub_run_id, seq_num+1)

Relation: n-1



DA_AUTO_STRIKE_STATUS ( run_id, sub_run_id, target_id) maps to DA_GROUP_DEFN ( run_id, 1, group_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = group_level



DA_BOMBEXPL ( run_id, sub_run_id, target_id) maps to DA_GROUP_DEFN ( run_id, 1, group_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = group_level



DA_EXTERN_TRACK ( run_id, sub_run_id, target_id) maps to DA_GROUP_DEFN ( run_id, 1, group_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = group_level



DA_FORMATION_CONTROL ( run_id, sub_run_id, group_id) maps to DA_GROUP_DEFN ( run_id, 1, group_id)

Relation: n-1



DA_GROUP_ENGAGEMENT ( run_id, sub_run_id, group_id) maps to DA_GROUP_DEFN ( run_id, 1, group_id)

Relation: n-1



DA_GROUP_LIST ( run_id, sub_run_id, group_id) maps to DA_GROUP_DEFN ( run_id, 1, group_id)

Relation: n-1

Comments: valid only if groupflag = group_level



DA_GROUP_UPDATE ( run_id, sub_run_id, group_id) maps to DA_GROUP_DEFN ( run_id, 1, group_id)

Relation: n-1



DA_HVIRTEVT ( run_id, sub_run_id, target_id) maps to DA_GROUP_DEFN ( run_id, 1, group_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = group_level



DA_ROUTE_COMPLETION ( run_id, sub_run_id, group_id) maps to DA_GROUP_DEFN ( run_id, 1, group_id)

Relation: n-1

Comments: valid only if group_id>0. 0 implies asset not part of a group



DA_SAT_DET_ERROR ( run_id, sub_run_id, target_id) maps to DA_GROUP_DEFN ( run_id, 1, group_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = group_level



DA_ASSET_LOADOUT ( run_id, sub_run_id, asset) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_ASSIGNEVT ( run_id, sub_run_id, engagem_asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_ASSIGNEVT ( run_id, sub_run_id, threat_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_ASSTDEF ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_AUTO_STRIKE_STATUS ( run_id, sub_run_id, assigned_assset) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_AUTO_STRIKE_STATUS ( run_id, sub_run_id, target_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = asset_level



DA_AVIODETEVT ( run_id, sub_run_id, engage_asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_AVIODETEVT ( run_id, sub_run_id, target_obj_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: 0 value OK; indicates target unknown



DA_BE_TRACK ( run_id, sub_run_id, threat_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: 0 value OK; indicates target_unknown



DA_BM_TARGET ( run_id, sub_run_id, threat_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = asset_level



DA_BOMBDROPEVT ( run_id, sub_run_id, carrier_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_BOMBEXPL ( run_id, sub_run_id, carrier_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_BOMBEXPL ( run_id, sub_run_id, target_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = asset_level



DA_BOMBKILL ( run_id, sub_run_id, asset_id_damaged) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_BOMBKILL ( run_id, sub_run_id, carrier_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_C2OVERLOAD ( run_id, sub_run_id, c2_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_C2TRAKSEVT ( run_id, sub_run_id, site_asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_C2TRAKSEVT ( run_id, sub_run_id, threat_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: 0 value OK; indicates target unknown



DA_CMLNCHEVT ( run_id, sub_run_id, carrier_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_CMLNCHEVT ( run_id, sub_run_id, cruise_missile_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_COMM_LINK_DEFN ( run_id, sub_run_id, rcvr_asset) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_COMM_LINK_DEFN ( run_id, sub_run_id, xmit_asset) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_COMM_ROUTE ( run_id, sub_run_id, c2_asset) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_COMM_ROUTE ( run_id, sub_run_id, remote_asset) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_COMM_ROUTE_DEFN ( run_id, sub_run_id, destination_asset) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_COMM_ROUTE_DEFN ( run_id, sub_run_id, source_asset) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_ENGMTKILLEVT ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_ENGMTKILLEVT ( run_id, sub_run_id, target_id_killed) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: 0 value OK; indicates target unknown



DA_ENGMTPKGEVT ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_ENGMTPKGEVT ( run_id, sub_run_id, target_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: 0 value OK; indicates target unknown



DA_EXTERN_TRACK ( run_id, sub_run_id, sensor_asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_EXTERN_TRACK ( run_id, sub_run_id, target_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = asset_level



DA_FALSEASGN ( run_id, sub_run_id, engage_asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_FLUSHEVT ( run_id, sub_run_id, airbase_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_GROUP_LIST ( run_id, sub_run_id, id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_HVIRTEVT ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_HVIRTEVT ( run_id, sub_run_id, target_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = asset_level



DA_HVIRTEVT ( run_id, sub_run_id, tipping_asset) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_KILLRPTEVT ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_KILLRPTEVT ( run_id, sub_run_id, kill_credit) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: 0 value OK. Indicates kill credit either unknown or unassignable (e.g. umpire kills asset)



DA_LANDNGEVT ( run_id, sub_run_id, airbase_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_LANDNGEVT ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_MSL_BUS ( run_id, sub_run_id, bus_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_MSL_BUS ( run_id, sub_run_id, rv_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_MSLLNCHEVT ( run_id, sub_run_id, missile_launch_asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_MSLLNCHEVT ( run_id, sub_run_id, taraget_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: 0 value OK; indicates target unknown



DA_MSLTERMEVT ( run_id, sub_run_id, attacked_asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: 0 value OK; indicates target unknown



DA_MSLTERMEVT ( run_id, sub_run_id, missile_origin_asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_NONASGNEVT ( run_id, sub_run_id, engagem_asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_NONASGNEVT ( run_id, sub_run_id, threat_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: 0 value OK; indicates target unknown. This can result from assigning against tracks in perceived mode



DA_OPERCHNG ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_ORBDEF ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_REDMSLLNCH ( run_id, sub_run_id, missile_launch_asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_REDMSLLNCH ( run_id, sub_run_id, recvg_asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: 0 value OK; indicates target unknown



DA_REFUELEVT ( run_id, sub_run_id, customer_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_REFUELEVT ( run_id, sub_run_id, tanker_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_ROUTE_COMPLETION ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_ROUTELEG ( run_id, sub_run_id, object_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_SAT_DET_ERROR ( run_id, sub_run_id, sat_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_SAT_DET_ERROR ( run_id, sub_run_id, target_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = asset_level



DA_SAT_HANDOVER ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_SCAN_TASK ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_SCRMBLEVT ( run_id, sub_run_id, airbase_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_SCRMBLEVT ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_SENSOR_COV ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_SNSRDEF ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_SNSRDETECT ( run_id, sub_run_id, site_asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_SNSRDETECT ( run_id, sub_run_id, threat_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_SSOPCHNG ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_THRTDEF ( run_id, sub_run_id, asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_THRTDEF ( run_id, sub_run_id, object_id_xx) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: 0 value OK. Indicates target not assigned to this cruise missile slot. Note xx can indicate slot 01 through 24



DA_VISIDEVT ( run_id, sub_run_id, engagm_asset_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1



DA_VISIDEVT ( run_id, sub_run_id, target_obj_id) maps to DA_OBJDEF ( run_id, 1, asset_id)

Relation: n-1

Comments: 0 value OK; indicates target unknown



DA_OBJDEF ( run_id, 0, platform_id) maps to DA_PLATDEF ( run_id, 1, platform_id)

Relation: n-1



DA_PLAT_SS_OPTIONS ( run_id, 0, platform) maps to DA_PLATDEF ( run_id, 1, platform_id)

Relation: n-1



DA_EXTERN_TRACK ( run_id, sub_run_id, sensor_id) maps to DA_SNSRDEF ( run_id, 1, sensor_id)

Relation: n-1



DA_SAT_HANDOVER ( run_id, sub_run_id, sensor_id) maps to DA_SNSRDEF ( run_id, 1, sensor_id)

Relation: n-1



DA_SCAN_TASK ( run_id, sub_run_id, sensor_id) maps to DA_SNSRDEF ( run_id, 1, sensor_id)

Relation: n-1



DA_SENSOR_COV ( run_id, sub_run_id, sensor_id) maps to DA_SNSRDEF ( run_id, 1, sensor_id)

Relation: n-1



DA_SNSRDETECT ( run_id, sub_run_id, sensor_id) maps to DA_SNSRDEF ( run_id, 1, sensor_id)

Relation: n-1



DA_AUTO_STRIKE_STATUS ( run_id, sub_run_id, target_id) maps to DA_TGTDEF ( run_id, 1, target_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = target_level



DA_BOMBDROPEVT ( run_id, sub_run_id, target_id) maps to DA_TGTDEF ( run_id, 1, target_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = target_level



DA_BOMBEXPL ( run_id, sub_run_id, target_id) maps to DA_TGTDEF ( run_id, 1, target_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = target_level



DA_BOMBKILL ( run_id, sub_run_id, target_id_damaged) maps to DA_TGTDEF ( run_id, 1, target_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = target_level



DA_CMLNCHEVT ( run_id, sub_run_id, target_id) maps to DA_TGTDEF ( run_id, 1, target_id)

Relation: n-1

Comments: 0 value OK. Indicates no specific target assigned



DA_EXTERN_TRACK ( run_id, sub_run_id, target_id) maps to DA_TGTDEF ( run_id, 1, target_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = target_level



DA_HVIRTEVT ( run_id, sub_run_id, target_id) maps to DA_TGTDEF ( run_id, 1, target_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = target_level



DA_SAT_DET_ERROR ( run_id, sub_run_id, target_id) maps to DA_TGTDEF ( run_id, 1, target_id)

Relation: n-1

Comments: valid only if target_id>0 & target_type = target_level



DA_THRTDEF ( run_id, sub_run_id, target_name_xx) maps to DA_TGTDEF ( run_id, 1, name)

Relation: n-1

Comments: xx can range from 01 through 24 and indicates targeting slots. Null values OK and indicates no preassignment of this slot



DA_THRTDEF ( run_id, sub_run_id, target_id_xx) maps to DA_TGTDEF ( run_id, 1, target_id)

Relation: n-1

Comments: 0 value OK. Implies targeting slot unassigned