VR-Forces Lua Documentation

• Table of Contents

• !HowToPrint
• !Set Catalog
• !Task Catalog
• AerodromeObject
• AirRefuelSupplier
• AsyncJob
• ComponentSystem
• Detonation
• ExtendableArtPart
• FeatureGeometry
• FeatureSet
• Location3D
• LocationReference
• ScriptAnimationModel
• SensorGimbal
• SimObject
• SwingingArtPart
• SystemAttribute
• TranslatableArtPart
• TranslatableStream
• Vector3D
• VectorGeoc3D
• VectorOffset3D
• WeaponInfo
• aggregateUtils
• airportDataUtils
• behaviorEngine
• componentSystemUtil
• contactsUtils
• dataFileUtils
• displayGraphUtil
• embarkationUtil
• engagementUtil
• formationUtils
• fsm
• fsm2
• lightDataUtils
• msgUtil
• munitionLauncherUtils
• parseUtil
• pathUtil
• spatialUtil
• taskVisualizationUtil
• terrainReasoningUtil
• this
• threatLevelUtil
• unitUtil
• vrf
• vrfutil
• weaponUtils

!Task Catalog

(For high level concepts about how to use Lua to write scripted tasks, please see VR-Forces User's Guide.)

This section lists all the C++ task names, and the arguments each one accepts. C++ tasks whose parameters are defined by scripted task meta data (i.e., xml files in the SMS scripts directory) do not need to be included here.

These are used when calling vrf:startSubtask() or vrf:sendTask(). See these functions for information on using these parameters.

There are three kinds of tasks listed here: built-in C++ tasks, Scripted tasks, and (scripted) Reactive tasks. If the first line after the task name says "Scripted Task" or "Reactive Task," then that directly indicates what type of task it is. If neither is stated, then it is a built-in C++ task. Only built-in or Scripted tasks can be used in the vrf functions above. Reactive tasks are the only tasks that can be used in the various Set commands that control reactive tasks.

Scripted and Reactive Tasks further indicate what SMS they are found in, and what category folder they can be found in inside the Simulation Scripts dialog box. When VR-Forces is running in a particular SMS, it cannot invoke a Scripted Task from another SMS.

Note:

• Any argument which is a simulation object will accept either the SimObject or a string name of the object.
• If a task does not have parameters, you must include empty braces in the command, for example vrf:sendTask("wait", {}).

• entityToFollow [Type: String]
  Sim object to be followed
• followDistance [Type: Real, Default: 0]
  Distance behind entity to maintain

• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to navigate to
• obstacleQuery [Type: String, Default: ""]
  A constraint expression defining which features of the given type the path will avoid
• pathQuery [Type: String, Default: ""]
• buffer [Type: Real, Default: 0]
  Distance that the path will stay away from the non-traversable feature.
• displayRoute [Type: Boolean, Default: false]
  Display calculated route in GUI
• query [Type: String, Default: ""]
• terrainClamp [Type: Boolean, Default: false]
  Clamps the resulting route to the terrain.
• heightAboveTerrain [Type: Real, Default: 0]
  Clamps to terrain at offset.

• destinationObject [Type: String]
• obstacleQuery [Type: String, Default: ""]
  A constraint expression defining which features of the given type the path will avoid
• pathQuery [Type: String, Default: ""]
• buffer [Type: Real, Default: 0]
  Distance that the path will stay away from the non-traversable feature.
• displayRoute [Type: Boolean, Default: false]
  Display calculated route in GUI
• query [Type: String, Default: ""]
• terrainClamp [Type: Boolean, Default: false]
  Clamps the resulting route to the terrain.
• heightAboveTerrain [Type: Real, Default: 0]
  Clamps to terrain at offset.

• target [Type: String]
  The air unit to be targeted
• maxEngagementDistance [Type: Real, Default: 0]
  Will only fire when within this range of the target. A value of 0 means that the maximum weapon range is used.

• targetObject [Type: String]
• musterPoint [Type: String]
• targetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• entitiesToDrop [Type: SimObjectList, Default: "Lifeforms"]
• timeBetweenDrops [Type: Real, Default: 10]
• deployParachuteAltitude [Type: Real, Default: 300]
• deployAltIsAgl [Type: Boolean, Default: true]
  When checked, the deploy altitude will be above ground level. When unchecked, it is above Sea Level.
• dropRoute [Type: String]
  Aircraft will fly along this route while dropping entities.

• fixPoint [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Fix point for the holding pattern.
• heading [Type: Table]
  Heading of the pattern. Relative to True or Magnetic north.
• speed [Type: Real, Default: 300]
  Speed to fly while holding.
• altitude [Type: Real, Default: 5000]
  Altitude to fly while holding.
• direction [Type: Integer, Default: 1]
  Direction of turns in the holding pattern.
  Accepted values:

  • 0 - defaultindex=0
  • 1 - Right
  • 2 - Left
• useTangentEntry [Type: Boolean, Default: false]
  Enter pattern by flying to a tangent point on either the inbound or outbound turn circles.
• releaseTime [Type: Integer, Default: 0]
• pattern_type [Type: Integer, Default: 0]
• timeValue [Type: Integer, Default: 60]
  The time to fly the inbound and outbound legs.
• pattern_type [Type: Integer, Default: 0]
• length [Type: Real, Default: 6000]
  Length of the pattern
• width [Type: Real, Default: 3000]
  Width of the pattern
• refuelTasking [Type: Boolean, Default: false]

• fix [Type: String]
  Fix point for the holding pattern.
• heading [Type: Table]
  Heading of the pattern. Using True or Magnetic bearing.
• speed [Type: Real, Default: 300]
  Speed to fly while holding.
• altitude [Type: Real, Default: 5000]
  Altitude to fly while holding.
• direction [Type: Integer, Default: 1]
  Direction of turns in the holding pattern.
  Accepted values:

  • 0 - defaultindex=0
  • 1 - Right
  • 2 - Left
• useTangentEntry [Type: Boolean, Default: false]
  Enter pattern by flying to tangent point on a turn circle.
• pattern_type [Type: Integer, Default: 0]
• time [Type: Integer, Default: 60]
• pattern_type [Type: Integer, Default: 0]
• length [Type: Real, Default: 6000]
• width [Type: Real, Default: 1000]

• timeBetweenDrops [Type: Real, Default: 1]
  The time in seconds between drop orders for the entities to be dropped.
• dropRoute [Type: String]
  The route to fly while dropping entities
• useDropSlots [Type: Boolean, Default: false]
  Whether to drop the entities in a particular order
• dropOrders [Type: Integer, Default: 1]
  The number of orders to drop (e.g. 1, 2, 3 or so on)

• deployAtElapsedTime [Type: Boolean, Default: false]
  Deploy the parachute after an elapsed time after exiting the aircraft instead of at a predetermined altitude
• elapsedTimeToDeploy [Type: Real, Default: 0]
  The time after leaving the aircraft to deploy the parachuted
• deployParachuteAltitude [Type: Real, Default: 300]
  The mean sea level (MSL) altitude to deploy the parachute
• deployAltIsAgl [Type: Boolean, Default: false]
  Whether the altitude is above ground level (AGL) instead of mean sea level (MSL)
• cargoParachuteType [Type: Integer, Default: 0]
  G-11 is the type, and the number in paranthesis is the quantity
  Accepted values:

  • 0 - No change
  • 1 - defaultindex=0
  • 2 - G-11 (1)
  • 3 - G-11 (2)
  • 4 - G-11 (3)
• targetLocation [Type: String]
• slotForDrop [Type: Integer, Default: 1]
  The order in which to drop

• taskRepetitions [Type: Integer, Default: 10]
  The number of tasks to execute. Each task takes 2-5 seconds. So 20 repetitions is about one minute.
• randomness [Type: Integer, Default: 0]
  Sequential from starting task picks a task at random and then executes each task in order. Random picks tasks randomly.

• animationName [Type: String, Default: ""]
• referenceObject [Type: String]
• referenceHeading [Type: Real, Default: 0]
• referenceTheta [Type: Real, Default: 0]
  Reference pitch angle with respect to the earth's tangent plane.

• animation_model [Type: String, Default: ""]
  The model to use to move the entity
• reference_point [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• reference_heading [Type: Real, Default: 1000.000357564]
  The reference heading for the animation. If this value is greater than 360 degrees, the entity heading is used instead.
• time_scale [Type: Real, Default: 1]
  The time scale to use to speed up/slow down animation
• clamp_type [Type: Integer, Default: 0]
• completion_rule [Type: Integer, Default: 0]
• transition_speed [Type: Real, Default: 0]
• reference_theta [Type: Real, Default: 0]
  Reference pitch angle with respect to the earth's tangent plane.
• force_automatic_orientation [Type: Boolean, Default: false]
  If checked, animations that normally use explicit in-flight orientation witll instead use calculated orientation.

• mine_depth [Type: Real, Default: 0]
  Depth to which mine will sink and wait.
• explode_within_radius [Type: Real, Default: 10]
  Radius in which the mine will explode when an entity is sensed
• arm_time [Type: Integer, Default: 0]
  The time delay before the mine is armed, after it reaches the specified depth.
• targets [Type: StringVector]
  What types of entities will trigger the mine.
• hostile_only [Type: Boolean, Default: true]
  Whether only hositle entities can trigger the mine.

• type [Type: String, Default: 11:2:225:9:1:3:3]
  The type of aircraft to prepare for QRA
• loadout [Type: String, Default: "Intercept"]
  The name of the loadout the QRA aircraft should be given
• startTime [Type: Real, Default: 0]
  The time when the aircraft starts QRA status
• responseTimeCategory [Type: Integer, Default: 4]
  Level of QRA to set

• targetAirBase [Type: String]
  Air base to be targeted in this attack
• targetPart [Type: Integer, Default: 0]
  The part of the air base to target
  Accepted values:

  • 0 - No Specific Part
  • 1 - Buildings
  • 2 - Apron
  • 3 - Runway
• ingressRoute [Type: String]
  Route to fly to target area
• egressRoute [Type: String]
  Route to fly away from target (before RTB)

• Target [Type: String]
  The aircraft to attack

• target [Type: String]
  Target aircraft entity

• target [Type: String]
  The target of the attack
• changePosture [Type: Boolean, Default: false]
  Change posture before moving to attack
• newPosture [Type: Integer, Default: 0]

• targetEntity [Type: String]
  The air unit to target
• numMissiles [Type: Integer, Default: 1]
  The number of missiles to fire at the target

• targetShip [Type: String]
  The ship to be targeted
• numMissiles [Type: Integer, Default: 1]
  The number of missiles to fire at the target

• targetEntity [Type: String]
  The entity to be targeted
• numMissiles [Type: Integer, Default: 1]
  The number of missiles to fire at the target

• targetShip [Type: String]
  The ship to be targeted
• numTorpedoes [Type: Integer, Default: 1]
  The number of torpedoes to fire at the target

• engagementArea [Type: String]
  Target AC must be in this area to be engaged.

• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: false]
  Whether or not this reactive task is enabled

• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: false]
  Whether or not this reactive task is enabled

• reactivetask_priority [Type: Integer, Default: 10]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: false]
  Whether or not this reactive task is enabled

• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: true]
  Whether or not this reactive task is enabled

• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: true]
  Whether or not this reactive task is enabled

• reactivetask_priority [Type: Integer, Default: 5]
• reactivetask_enabled [Type: Boolean, Default: false]

• timeBetweenDrops [Type: Real, Default: 1]
  The time in seconds between drop orders for the entities to be dropped
• useDropSlots [Type: Boolean, Default: false]
  Whether to drop entities in a particular order
• dropSlots [Type: Integer, Default: 1]
  The number of orders to drop (e.g. 1, 2, 3 or so on)

• DetonationRange [Type: Real, Default: 100]
  Detonations within this range cause the entity to flee
• reactivetask_priority [Type: Integer, Default: 5]
  The type of munition detonation the entity will run from
• reactivetask_enabled [Type: Boolean, Default: false]
  Detonations within this range cause the entity to flee

• parent [Type: String]
  This Embedded Entity's parent object name. (The unit that can recover it.)
• eeName [Type: String, Default: ""]
  This Embedded Entity's embedded entity name - basically how the parent addresses it within the context of the Embedded Entity system.
• fuelEcon [Type: Real, Default: 1]
  Km traveled per unit fuel. Usually 1.
• bingo [Type: Real, Default: 50]
  The fuel safety margin to add to usage estimates before RTB.
• joker [Type: Real, Default: 60]
  As with bingo fuel but for status messaging. Will be ignored if not greater than bingo fuel.
• reactivetask_priority [Type: Integer, Default: 5]
  As with bingo fuel but for status messaging. Will be ignored if not greater than bingo fuel.
• reactivetask_enabled [Type: Boolean, Default: false]
  As with bingo fuel but for status messaging. Will be ignored if not greater than bingo fuel.

• TargetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The center location of the Biological attack
• AgentType [Type: String, Default: ""]
  NBC agent of the attack
• AreaType [Type: String, Default: 18:1:0:61:3:0:0]
  Entity type of the contamination area which will be created

• NumberOfBombs [Type: Integer, Default: 1]
• TargetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• Weapon [Type: String, Default: ""]

• initialPoint [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Also refered to as the Battle Position.
• heading [Type: Real, Default: 0]
  The heading from the IP to TGT in degrees magnetic. This parameter does not affect flight.
• offset [Type: Integer, Default: 0]
  Offset direction inidcates the side of the IP target line to attacking aircraft can manoeuvre to position itself for the attack.
  Accepted values:

  • 0 - none
  • 1 - left
  • 2 - right
• distance [Type: Real, Default: 0]
  The distance to the target. This parameter does not affect flight.
• targetName [Type: String]
  Provides the name of the target to hit. The location is calcuated. For automatic attacks the description is not needed.
• markType [Type: String, Default: ""]
  Describe the type of mark used on the target. This parameter is not used.
• laserCode [Type: Integer, Default: 0]
  Laser designator code. If entered, some entity must be designating the target with a laser of this code.
• friendlies [Type: String, Default: ""]
  The location of friendly forces nearest the target. This parameter is not used.
• egressHeading [Type: Real, Default: 0]
  Heading to fly after bomb release.
• attackWeaponType [Type: Integer, Default: 0]
  Whether to drop bombs or strafe with guns
• bombType [Type: String, Default: ""]
  The type of bomb to drop.
• altitude [Type: Integer, Default: 1]
  Choose to stay at the current altitude or use the aircraft maximum altitude when dropping a bomb.
  Accepted values:

  • 0 - use maximum
  • 1 - use current

• destination [Type: String]
• overwatchDistance [Type: Real, Default: 50]
  Maximum seperation between elements of the group as they move.
• speed [Type: Real, Default: 2.22222]
• threatDirection [Type: Real, Default: 0]
  Heading to the threat.

• Location [Type: VectorList, Default: {}]
  Location of the vertices comprising the breach
• Name [Type: String, Default: ""]
  Name of the breach object to be created

• Target [Type: String]
• deployAfterElapsedTime [Type: Boolean, Default: false]
• elapsedTimeToDeploy [Type: Real, Default: 0]
• deployAltitude [Type: Real, Default: 0]
• deployAltIsAGL [Type: Boolean, Default: false]
• dropOrder [Type: Integer, Default: 0]

• MoppLevel [Type: Integer, Default: 0]

• Posture [Type: Integer, Default: 0]
  The new posture for the unit
  Accepted values:

  • 0 - Travel
  • 1 - Reconnaissance
  • 2 - Hasty Attack
  • 3 - Deliberate Attack
  • 4 - Hasty Defense
  • 5 - Deliberate Defense
• PostureName [Type: String, Default: ""]
  The name of the target posture

• TargetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The center location of the Chemical attack
• AgentType [Type: String, Default: ""]
  NBC agent of the attack
• AreaType [Type: String, Default: 18:1:0:61:3:0:0]
  Entity type of the contamination area which will be created

• Location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location around which the unit should circle
• FacingDirection [Type: Integer, Default: 0]
  Direction in which to face once in position
• Radius [Type: Real, Default: 2]
  Distance at which entities should stand from the location

• allowTalking [Type: Boolean, Default: true]
  Allow talking animations to be used, if other entities are nearby.

• associated_nav_tag_id [Type: Integer, Default: 0]

• Door [Type: Integer, Default: 0]
  The door to be closed
  Accepted values:

  • 0 - Front Left
  • 1 - Front Right
  • 2 - Rear Left
  • 3 - Rear Right
• SwingRate [Type: Real, Default: 1.5708]
  The rate at which the door swings closed

• limitOfAdvance [Type: String]
  Select a two-point line that indicates where to stop the advance.
• startPoint [Type: String]
  Select the initial point for the movement.

• marchRoute [Type: String]
  Path of travel for the march. Generally along a road, and longer than the distance between start and release points.
• startPoint [Type: String]
  Point along the route at which the company can reasonably be expected to queue up for the march.
• releasePoint [Type: String]
  The point along the route at which the march is complete.
• marchSpeed [Type: Real, Default: 6.94444]
  Speed at which to march.

• lane1 [Type: String]
  Select a line that contains two points.
• lane2 [Type: String]
  Select a line that contains two points.
• enemyArea [Type: String]
  Select an area where enemies are anticipated.
• supportFirePositions [Type: String]
  Select a line of two points for a support by fire position.
• battery [Type: String]
  Identify a field artillery battery to provide a smoke screen. (optional)

• enemyArea [Type: String]
  Objective that the unit will seize
• firePositions [Type: SimObjectList]
  One or two lines indicating where support platoons should position to provide fire.
• departLine [Type: String]
• direction [Type: Integer, Default: 1]
  Whether the assault platoon(s) should swing left or right, or assault directly toward objective.
  Accepted values:

  • 0 - Seize Left
  • 1 - Seize Direct
  • 2 - Seize Right
• twoAssault [Type: Boolean, Default: true]
  If true, two platoons will assault together. Otherwise, one will assault and the rest will provide fire.
• supportPlts [Type: SimObjectList]
  Which platoons should be assigned to support by fire. If not indicated, the behavior chooses.
• assaultPlts [Type: SimObjectList]
  Which platoon(s) should perform the assault. If not indicated, the behavior will choose.
• battery [Type: String]
  The identity of the artillery unit that should provide indirect fire support.
• assaultRoute [Type: SimObjectList]
  A route along which the assault force should assault. Overrides Direction parameter.

• Location [Type: VectorList, Default: {}]
  Location of the vertices comprising the fortified line
• Name [Type: String, Default: ""]
  Name of the object to be constructed

• Location [Type: VectorList, Default: {}]
  Location of the vertices comprising the fortified line
• Name [Type: String, Default: ""]
  Name of the object to be constructed

• Location [Type: VectorList, Default: {}]
  Location of the vertices comprising the fortified line
• Name [Type: String, Default: ""]
  Name of the object to be constructed

• Location [Type: VectorList, Default: {}]
  Location of the vertices comprising the fortified line
• Name [Type: String, Default: ""]
  Name of the object to be constructed

• Location [Type: VectorList, Default: {}]
  Location where the bridge is to be built
• Name [Type: String, Default: ""]
  Name of the object to be constructed

• Location [Type: VectorList, Default: {}]
  The location of the fortified area
• Name [Type: String, Default: ""]
  Name of the object to be constructed

• Location [Type: VectorList, Default: {}]
  Location of the vertices comprising the fortified line
• Name [Type: String, Default: ""]
  Name of the object to be constructed

• Location [Type: VectorList, Default: {}]
  The location where the road is to be built
• Name [Type: String, Default: ""]
  Name of the object to be constructed

• Location [Type: VectorList, Default: {}]
  The location of the strong point
• Name [Type: String, Default: ""]
  Name of the object to be constructed

• destination [Type: String, Default: VRF_UUID:Lifeforms]
• deployParachuteAltitude [Type: Real, Default: 300]
• deployAltIsAgl [Type: Boolean, Default: true]
  When Checked, the deploy altitude is AGL. When unchecked, it is above Sea Level.
• deployAfterElapsedTime [Type: Boolean, Default: false]
• elapsedTimeToDeploy [Type: Real, Default: 0]

• taskRepetitions [Type: Integer, Default: -1]
  The number of tasks to execute. Each task takes 2-5 seconds. So 20 repetitions is about one minute.
• randomness [Type: Integer, Default: 0]
  Sequential from starting tasks picks a task at random and then cycles through the task list in order. Random jumps around somewhat randomly.

• allow_task_visualizations [Type: Boolean, Default: true]
• control_object [Type: SimObject]
  Name of the route to convoy along.

• allow_task_visualizations [Type: Boolean, Default: true]
• control_object [Type: SimObject]
  Name of the control object to convoy to such as a waypoint.
• path_plan_flag [Type: Boolean, Default: false]
  Sets whether the aggregate should path plan to the control object or not when performing this task.

• allow_task_visualizations [Type: Boolean, Default: true]
• target [Type: SimObject]
  Entity to crash into.

• route [Type: String]

• waypointLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Where to create the waypoint
• orderedSpeed [Type: Real, Default: 5.55556]
  Speed at which to move to the waypoint

• Location [Type: VectorList, Default: {}]
  The location of the ditch
• Name [Type: String, Default: ""]
  Name of the object to be constructed

• quantity [Type: Integer, Default: 100]
• radius [Type: Real, Default: 100]
• type [Type: Integer, Default: 0]

• Location [Type: VectorList, Default: {}]
  The location of the booby trap
• Name [Type: String, Default: ""]
  Name of the object to be constructed

• range [Type: Real, Default: 40]
  Create crosswalks within this range of the intersection manager

• Location [Type: VectorList, Default: {}]
  The location of the ditch
• Name [Type: String, Default: ""]
  Name of the object to be constructed

• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: true]
  Whether or not this reactive task is enabled

• Location [Type: VectorList, Default: {}]
  Location of the deployed minefield
• Name [Type: String, Default: ""]
  Name of the object to be constructed

• NavTag [Type: Integer, Default: 1]
• Profile [Type: Integer, Default: 0]

• number [Type: Integer, Default: 50]
  The number of entities to create
• placement [Type: Integer, Default: 0]
  Preferred placement locations
• restrictToArea [Type: Boolean, Default: true]
  Restrict default movement within area
• isStrict [Type: Boolean, Default: false]
  Placement restriction is strictly enforced

• dropoffLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location at which to drop off passengers.
• passengers [Type: SimObjectList]
  Passenger or passengers to pick up
• heading [Type: Real, Default: 0]
  Desired heading of vehicle at pick up.

• openDoor [Type: Boolean, Default: true]
  Open or Closed?

• pickupLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location at which to pick up passengers.
• heading [Type: Real, Default: 0]
  Desired heading of vehicle at pick up.

• maneuverElements [Type: SimObjectList]
  List of those to watch over
• enemyArea [Type: String]
  Area of anticipated enemy activity.
• distance [Type: Real, Default: 0]
  Overwatch Distance

• overwatchLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location from which to overwatch.
• maneuverElements [Type: SimObjectList]
  List of those to watch over
• enemyArea [Type: String]
  Area of anticipated enemy activity.

• route [Type: String]

• line [Type: String]
  Line along which entities should crowd
• leftOrRight [Type: Integer, Default: 0]
  Should the crowd gather to the left or right of the line
• idleTask [Type: String, Default: ""]
  The task which will be given to each pedestrian when they arrive
• speedMultiplier [Type: Real, Default: 1]
  Chosen speed for each entity is multiplied by this value. Used to slow down or speed up entities.

• objectOfInterest [Type: String]
  The object to crowd around
• minDistance [Type: Real, Default: 1.5]
  The minimum distance from the location of interest
• idleTask [Type: String, Default: ""]
• speedMultiplier [Type: Real, Default: 1]
  Chosen speed for each entity is multiplied by this value. Used to slow down or speed up entities.

• locationOfInterest [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The location to crowd around
• minDistance [Type: Real, Default: 1.5]
  The minimum distance from the location of interest
• idleTask [Type: String, Default: ""]
  The task which will be given to each pedestrian when they arrive
• speedMultiplier [Type: Real, Default: 1]
  Chosen speed for each entity is multiplied by this value. Used to slow down or speed up entities.
• keepLeftOfLine [Type: Boolean, Default: false]
  Whether entities should crowd only to the left of specified line
• leftOfLineStart [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Start of the line from which entities will stay to the left
• leftOfLineEnd [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  End of the line from which entities will stay to the left
• leftOfLine [Type: String]
  Object which defines the line from which entities will stay to the left. If set, leftOfLineStart and leftOfLineEnd are ignored.
• reverseLeftOfLine [Type: Boolean, Default: false]
  The Left Of Line object's vertices will be considered in reverse order when determining if a point is to the left of the line
• faceLeftOfLine [Type: Boolean, Default: false]
  Whether entities should face the "Left Of Line" instead of the locationOfInterest
• subordinatesToIgnore [Type: SimObjectList]
  These subordinates will be ignored and will not be tasked to crowd around.

• waypoints [Type: SimObjectList]
  Waypoints to crowd around
• behavior [Type: Integer, Default: 1]
  Behavior
  Accepted values:

  • 0 - Pray
  • 1 - Talk
• duration [Type: Real, Default: 3]
  Duration
• minDistance [Type: Real, Default: 1.5]
  The minimum distance from the location of interest
• speedMultiplier [Type: Real, Default: 1]
  Chosen speed for each entity is multiplied by this value. Used to slow down or speed up entities.

• objectOfInterest [Type: String]
  The object to crowd in front of
• idleTask [Type: String, Default: ""]
  The task which will be given to each pedestrian when they arrive
• speedMultiplier [Type: Real, Default: 1]
  Chosen speed for each entity is multiplied by this value. Used to slow down or speed up entities.

• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: true]
  Whether or not this reactive task is enabled

• targetEntity [Type: String]
  The target (ship)
• initialBearing [Type: Real, Default: 6.28318530718]
  The bearing (from the launch platform) on which the torpedo moves before turning toward the target.
• homingDelay [Type: Real, Default: 1000]
  Distance torpedo travels along initial bearing before turning toward target.
• cruiseDepth [Type: Real, Default: 5]
  Torpedo cruise depth; distance below surface.
• proximityTrigger [Type: Real, Default: 6]
  Distance to target that triggers detonation. Use 0 to require impact for detonation.
• parentLauncher [Type: String]
  Parent platform

• targetEntity [Type: String]
  The target (submarine)
• initialBearing [Type: Real, Default: 6.28318530718]
  The bearing (from the launch platform) on which the torpedo moves before turning toward target.
• homingDelay [Type: Real, Default: 1000]
  Distance torpedo travels at initial bearing before turning toward the target.
• proximityTrigger [Type: Real, Default: 0]
  Distance from target that triggers detonation. Use 0 to require impact.
• parentLauncher [Type: String]
  Parent platform

• embeddedEntityName [Type: String, Default: ""]
  Name of the embedded entity you wish to deploy..

• numberLadders [Type: Integer, Default: 1]

• numberRopes [Type: Integer, Default: 1]
  Number of Ropes to deploy
• ropeOffsetNameChoice [Type: Integer, Default: 1]
  Script variable name identifying the vector offset from the helicopter position to use as the starting vertex of the rope.
  Accepted values:

  • 0 - defaultindex=0
  • 1 - rope-location
  • 2 - rope-location-cargo

• sonarType [Type: Integer, Default: 0]
• sonarDepth [Type: Real, Default: 0]
  Depth of buoy's sonar sensor.

• route [Type: String]
  Route to deploy sonobuoys along
• sonobuoySpacing [Type: Real, Default: 100]
  Distance between sonbuoys
• sonarType [Type: Integer, Default: 0]
• sonarDepth [Type: Real, Default: 0]
  Depth of buoy's sonar

• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: true]
  Whether or not this reactive task is enabled

• Object [Type: String]
  The bridge to destroy

• Object [Type: String]
  The ditch to destroy

• Object [Type: String]
  The explosive object to destroy

• Object [Type: String]
  The fortification to destroy

• Object [Type: String]
  The obstacle to destroy

• Object [Type: String]
  The road to destroy

• allow_task_visualizations [Type: Boolean, Default: true]
• di_guy_animation_task_kind [Type: String, Default: ""]
  The name of the DI-Guy animation to play. Note The DI-Guy character for the specified entity must have an animation of this name for the task to succeed.
• di_guy_animation_duration [Type: Real, Default: 0]
  Number of seconds to play the animation. If -1, animation plays continuously. If 0, the animation plays once, for however long the particular animation is.
• di_guy_animation_number_of_times [Type: Integer, Default: 0]
• di_guy_using_animation_offset [Type: Boolean, Default: false]
• di_guy_animation_offset [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• di_guy_transition_speed [Type: Real, Default: 1]

• allow_task_visualizations [Type: Boolean, Default: true]
• gesture [Type: String, Default: ""]
  The name of the gesture to perform. Available gestures will depend on the DI-Guy character.
• wait_until_complete [Type: Boolean, Default: true]
  If set to true, entity will wait until the duration of the gesture is complete before moving onto the next gesture.

• fleeFrom [Type: SimObjectList]
  The object to flee from.
• radius [Type: Real, Default: 50]
  Entities will feel as long as they are within this radius of the threat.

• allow_task_visualizations [Type: Boolean, Default: true]

• allow_task_visualizations [Type: Boolean, Default: true]

• MusterPoint [Type: String]

• rallyPoint [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to gather after dismounting.
• retainHabitualMountees [Type: Boolean, Default: true]
  Keep the Sergeant on the vehicle, etc.

• dismountPoint [Type: String]
  Point at which to dismount.
• heading [Type: Table]
  Direction toward enemy.
• formation [Type: String, Default: ""]
  Formation for vehicles to take at dismount point.
• threat [Type: Integer, Default: 1]
  Anticipated danger from nearby enemies.
  Accepted values:

  • 0 - High
  • 1 - Medium
  • 2 - Low
• subordinates [Type: String, Default: ""]
  Subordinates to dismount

• threat [Type: Integer, Default: 1]
  Anticipated danger from nearby enemies.
  Accepted values:

  • 0 - High
  • 1 - Medium
  • 2 - Low
• dismountCrew [Type: Boolean, Default: false]
  Also dismount vehicle team (optional)

• position [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The team will take up this security position after dismounting.
• formation [Type: String, Default: ""]
  Formation to take at position.
• posture [Type: String, Default: "standing"]
  Posture to use at position.

• rallyPoint [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Place to go after dismounting (optional)

• naval_depth_charge [Type: String, Default: ""]
  The type of depth charge to drop.
• explode_at_depth [Type: Real, Default: 1000]
  The altitude at which the charge explodes.

• naval_depth_charge [Type: String, Default: ""]
  The type of depth charge to create.
• explode_at_depth [Type: Real, Default: 1000]
  The depth the charge will sink to and explode.
• drop_location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The location the entity will move to before dropping the charge.
• use_current_altitude [Type: Boolean, Default: true]
  Regardless of what the drop location altitude is set to be, use the altitude of the entity at the time the task is executed

• naval_mine [Type: String, Default: ""]
• mine_depth [Type: Real, Default: 10]
  Depth to which the mine will descend and wait.
• arm_time [Type: Integer, Default: 0]
  Amount of time after reaching final depth to arm the mine
• explode_within_radius [Type: Real, Default: 25]
  Target proximity that will trigger the mine to explode.
• targets [Type: StringVector, Default: "1:4:-1:-1:-1:-1:-1", "1:3:-1:-1:-1:-1:-1"]
  Entity types that will trigger detonation of mine
• hostile_only [Type: Boolean, Default: true]
  Indicates that only hostile entities will trigger the mine.

• drop_along_route [Type: String]
  Route along which to drop mines.
• drop_every [Type: Real, Default: 200]
  The spacing between mines along the route.
• naval_mine [Type: String, Default: ""]
• mine_depth [Type: Real, Default: 10]
  Depth to which the mine will descend and wait.
• arm_time [Type: Integer, Default: 0]
  Amount of time after reaching final depth to arm the mine
• explode_within_radius [Type: Real, Default: 25]
  Target proximity that will trigger the mine to explode.
• targets [Type: StringVector, Default: "1:4:-1:-1:-1:-1:-1", "1:3:-1:-1:-1:-1:-1"]
  Entity types that will trigger detonation of mine
• hostile_only [Type: Boolean, Default: true]
  Indicates that only hostile entities will trigger the mine.

• startPt [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The first point of the chord along which to test intersections
• endPt [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The second point of the chord along which to test intersections

• allow_task_visualizations [Type: Boolean, Default: true]
• parent [Type: SimObject] (Aliases: parent_name)
  Entity to embark on.
• load_override [Type: Boolean, Default: false]
  If False, the position the entity takes once embarked is based on the configured embarkation slots on the host entity. If True, the embarkation slot information is ignored and load_orverride_position is used.
• load_override_position [Type: VectorOffset3D, Default: {0.000000, 0.000000, 0.000000}]
  The position, relative to the host entity origin, where the entity will be placed once embarked, if position override is used.
• embark_in_slot [Type: Integer, Default: -1]
• any_if_taken [Type: Boolean, Default: true]
• slot_name [Type: String, Default: "*"]
• slot_type [Type: String, Default: "*"]

• allow_task_visualizations [Type: Boolean, Default: true]
• ee_name [Type: String, Default: ""]
  The name of the embedded entity.

• allow_task_visualizations [Type: Boolean, Default: true]
• ee_name [Type: String, Default: ""]
  The name of the embedded entity.
• block_to_completion [Type: Boolean, Default: false]
  This task will block until the embedded entity completes the task.

• divertEnabled [Type: Boolean, Default: false]
  Enables this task to divert a deployed embedded entity from its current task if necessary.
• recoverOnComplete [Type: Boolean, Default: false]
  If selected, parent's plan does not advance until the SAR pattern is finished. Parent then recovers the embedded entity. If cleared, parent advances its plan while the embedded entity executes the SAR pattern.
• csp [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Centerpoint of the SAR pattern.
• leg [Type: Real, Default: 10000]
  length of trackline
• altitude [Type: Real, Default: 300]
  Search altitude
• airSpeed [Type: Real, Default: 83.3333]
  Speed of search

• targetObject [Type: String]
  The threat object or control measure indicating the threat location.
• durationRapid [Type: Real, Default: 10]
  The length of time that the entity should fire at a rapid rate, before going to sustained fire.
• durationTotal [Type: Real, Default: 60]
  Total time entity will fire, including rapid fire.
• gunToUse [Type: String, Default: ""]
  Which weapon to use for suppressive fire
• ammoLimit [Type: Integer, Default: 100]
  Max number of rounds the entity will shoot.
• targetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to be suppresseed. Not visible in task dialog--may be used when called from other scripts.

• hullDownPosition [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Firing position for tank
• hidePosition [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Hide position for tank
• doInitialWait [Type: Boolean, Default: false]
  Delay start to allow other tank to engage first
• enemyArea [Type: String]
  Location of enemy forces
• firingTime [Type: Real, Default: 30]
  How long to fire before hiding.
• attackSpeed [Type: Real, Default: 3.05556]
  Speed at which to acquire forward position.

• shootPosition [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  See and fire position
• hidePosition [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Position out of view from engagement area.
• doInitialWait [Type: Boolean, Default: false]
  Delay start (to allow another entity to engage first)
• enemyArea [Type: String]
  Location of enemy forces

• targetObject [Type: String]
  The threat object or control measure indicating the threat location.
• targetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location of the target, if no control graphic or object is provided.
• firingPositionType [Type: Integer, Default: 1]
  How the entity has to move to fire, relative to its current covered location.Left and Right assume prone posture.
  Accepted values:

  • 0 - Left
  • 1 - Right
  • 2 - Kneeling
  • 3 - Stand
  • 4 - Prone
• distToFirePos [Type: Real, Default: 1]
  Distance from the covered location to the firing location, if firing from the left or right.
• coverPosPosture [Type: Integer, Default: 0]
  The posture the entity should be in while in the covered location.
  Accepted values:

  • 0 - Prone
  • 1 - Kneeling
  • 2 - Standing
• durationRapid [Type: Real, Default: 10]
  The length of time that the entity should fire at a rapid rate, before going to sustained fire.
• durationTotal [Type: Real, Default: 60]
  Total time entity will fire, including rapid fire.
• gunToUse [Type: String, Default: ""]
  Which weapon to use for suppressive fire
• ammoLimit [Type: Integer, Default: 100]
  Maximum number of rounds to expend

• fireSupportAsset [Type: String]
• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• targetSize [Type: Real, Default: 0]
  Diameter of the target area, or length of a rectangular area.
• areaHeading [Type: Table]
  Heading of the long axis of a rectangular area.
• targetType [Type: Integer, Default: 0]
• effect [Type: Integer, Default: 0]
• originatingUnit [Type: String]
• continuous [Type: Boolean, Default: false]
  Continuous fire support?

• LocationToMeet [Type: String]
  Location to meet the unit to be escorted.
• UnitToEscort [Type: String]
  Unit to be escorted.

• fixPoint [Type: String]
  Air Refueling Control Point (ARCP)
• initialPoint [Type: String]
  Air Refueling Initial Point (ARIP)
• heading [Type: Table]
  Heading of the pattern. Relative to True or Magnetic north.
• speed [Type: Real, Default: 300]
  Speed to fly while holding.
• altitude [Type: Real, Default: 5000]
  Altitude to fly while holding.
• direction [Type: Integer, Default: 1]
  Direction of turns in the holding pattern.
  Accepted values:

  • 0 - defaultindex=0
  • 1 - Left
  • 2 - Right
• timeOnStation [Type: Integer, Default: 3600]
  Length of time the tanker will remain at the specified Refueling Station
• patternType [Type: Integer, Default: 0]
• timeValue [Type: Integer, Default: 60]
  Time it takes to complete a leg of the pattern
• patternType [Type: Integer, Default: 0]
• length [Type: Real, Default: 6000]
  Length of the pattern in meters
• width [Type: Real, Default: 3000]
  Width of the pattern in meters

• reactivetask_priority [Type: Integer, Default: 5]
• reactivetask_enabled [Type: Boolean, Default: false]

• initialPoint [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• target [Type: String]
• egressHeading [Type: Table]
• egressManeuver [Type: Integer, Default: 0]
  The initial egress maneuver. "Juke" is a sharp S-turn before a climb.
• specifyTimeOnTarget [Type: Boolean, Default: false]
• timeOnTarget [Type: Real, Default: 0]

• initialPointEnabled [Type: Boolean, Default: false]
• initialPoint [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• targetTypes [Type: StringVector]
• targets [Type: SimObjectList]
• points [Type: SimObjectList]
• laserCodes [Type: IntegerList]
• locations [Type: VectorList, Default: {}]
• weapons [Type: StringVector]
• specifyTimeOnTarget [Type: Boolean, Default: false]
• timeOnTarget [Type: Real, Default: 0]
• abandonIfTimeNotAchievable [Type: Boolean, Default: false]
• egressHeadingEnabled [Type: Boolean, Default: false]
• egressHeading [Type: Table]
• releaseSpeedEnabled [Type: Boolean, Default: false]
• releaseSpeed [Type: Real, Default: 0]
• releaseAltitudeEnabled [Type: Boolean, Default: false]
• releaseAltitude [Type: Real, Default: 0]
• bombingAltitude [Type: Real, Default: 0]
• state [Type: String, Default: ""]
• attackWeaponType [Type: Integer, Default: 0]
  Whether to drop bombs or strafe with guns
• egressManeuver [Type: Integer, Default: 0]
  The initial egress maneuver. "Juke" is a sharp S-turn before a climb.

• ExpansionRate [Type: Real, Default: 0]
  Rate at which vertices will expand away from the center

• ExpansionRate [Type: Real, Default: 0]
  Rate at which vertices will expand away from the center

• explode_at_depth [Type: Real, Default: 0]
  Depth at which the charge will explode.

• Location [Type: VectorList, Default: {}]
  Location of the deployed minefield

• InsertionPoint [Type: String]
  Point helicopter should fly to and hover above to insert troops
• InsertionAltitude [Type: Real, Default: 6]
  Altitude above insertion point at which the helicopter will hover.
• NumberTroops [Type: Integer, Default: 4]
  Number of troops to insert
• NumberRopes [Type: Integer, Default: 1]
  Number of Ropes to use for insertion
• MusterPoint [Type: String]
  Point troops move after they detach from rope

• Rope [Type: String]
• DisembarkAltitude [Type: Real, Default: -1]
  The altitude at which to disembark from the rope
• EmbarkOn [Type: String]

• allow_task_visualizations [Type: Boolean, Default: true]
• weapons_to_fire [Type: StringVector]
  A list of the weapon(s) to fire. Parameter can also specify to use ammo type ammoType by appending "ammoType" to the weapon name.
• number_of_rounds [Type: Integer, Default: 0]
  Number of rounds to be fired.
• dispersion_radius [Type: Real, Default: 0]
  Dispersion radius of the rounds, in meters.
• height_above_terrain [Type: Real, Default: 0]
  Meters above terrain for detonation.
• fuse_type [Type: Integer, Default: 0]
• fire_mission_index [Type: Integer, Default: 0]
• muzzle_Speed [Type: Real, Default: 0]
  The desired muzzle speed.
• muzzle_orienation [Type: DtVector3D, Default: {0.000000, 0.000000, 0.000000}]
  The desired muzzle orientation.
• gen_point [Type: Boolean, Default: false]
• known_point_name [Type: String, Default: ""]
• continuous [Type: Boolean, Default: false]
• weapon_id [Type: String, Default: ""]
• ammo_type [Type: String, Default: ""]
• entity [Type: SimObject] (Aliases: entity_name)
  Target entity.

• allow_task_visualizations [Type: Boolean, Default: true]
• weapons_to_fire [Type: StringVector]
  A list of the weapon(s) to fire. Parameter can also specify to use ammo type ammoType by appending "ammoType" to the weapon name.
• number_of_rounds [Type: Integer, Default: 0]
  Number of rounds to be fired.
• dispersion_radius [Type: Real, Default: 0]
  Dispersion radius in meters.
• height_above_terrain [Type: Real, Default: 0]
  Meters above terrain for detonation.
• fuse_type [Type: Integer, Default: 0]
• fire_mission_index [Type: Integer, Default: 0]
• muzzle_Speed [Type: Real, Default: 0]
  The desired muzzle speed.
• muzzle_orienation [Type: DtVector3D, Default: {0.000000, 0.000000, 0.000000}]
  The desired muzzle orientation.
• gen_point [Type: Boolean, Default: false]
• known_point_name [Type: String, Default: ""]
• continuous [Type: Boolean, Default: false]
• weapon_id [Type: String, Default: ""]
• ammo_type [Type: String, Default: ""]
• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Target location.

• allow_task_visualizations [Type: Boolean, Default: true]
• weapons_to_fire [Type: StringVector]
  A list of the weapon(s) to fire. Parameter can also specify to use ammo type ammoType by appending "ammoType" to the weapon name.
• number_of_rounds [Type: Integer, Default: 0]
  Number of rounds to be fired.
• dispersion_radius [Type: Real, Default: 0]
  Dispersion radius in meters.
• height_above_terrain [Type: Real, Default: 0]
  Meters above terrain for detonation.
• fuse_type [Type: Integer, Default: 0]
• fire_mission_index [Type: Integer, Default: 0]
• muzzle_Speed [Type: Real, Default: 0]
  The desired muzzle speed.
• muzzle_orienation [Type: DtVector3D, Default: {0.000000, 0.000000, 0.000000}]
  The desired muzzle orientation.
• gen_point [Type: Boolean, Default: false]
• known_point_name [Type: String, Default: ""]
• continuous [Type: Boolean, Default: false]
• weapon_id [Type: String, Default: ""]
• ammo_type [Type: String, Default: ""]
• target [Type: SimObject] (Aliases: target_name)
  Target object.

• Threat [Type: String]
  Threat to find cover from
• ThreatRadius [Type: Real, Default: 2]
  The threat radius defines an area around the threat from which line-of-sight calculations are made
• Range [Type: Real, Default: 100]
  Distance at which to look for cover locations
• DistanceFromThreat [Type: Real, Default: 2]
  Minimum distance to keep from threat
• ChooseFiringPosition [Type: Boolean, Default: false]
  Entities should choose firing positions (near edges or in low cover)
• FaceThreat [Type: Boolean, Default: false]
  Whether entities should turn to face the threat once they are in cover
• StartFrom [Type: Integer, Default: 0]
  Location from which the entity should begin looking for cover points
• StartingLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The starting location to perform the query from. Default is from the entity's location.
• OnlyForward [Type: Boolean, Default: false]
  Indicates that cover points behind the entity should be avoided
• ForwardDirection [Type: Real, Default: 0]
  Direction of forward movement. Only used when Only Forward is true

• Threat [Type: String]
  Threat to find cover from
• ThreatRadius [Type: Real, Default: 2]
  The threat radius defines an area around the threat from which line-of-sight calculations are made
• Range [Type: Real, Default: 100]
  Distance at which to look for cover locations
• DistanceFromThreat [Type: Real, Default: 2]
  Minimum distance to keep from threat
• ChooseFiringPosition [Type: Boolean, Default: false]
  Entities should choose firing positions (near edges or in low cover)
• FaceThreat [Type: Boolean, Default: false]
  Whether entities should turn to face the threat once they are in cover
• StartingLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The starting location to perform the query from. Default is from the entity's location.

• Threat [Type: String]
  Threat to find cover from
• ThreatRadius [Type: Real, Default: 2]
  The threat radius defines an area around the threat from which line-of-sight calculations are made
• Range [Type: Real, Default: 100]
  Distance at which to look for cover locations
• DistanceFromThreat [Type: Real, Default: 2]
  Minimum distance to keep from threat

• Threat [Type: String]
  Threat to find cover from
• ThreatRadius [Type: Real, Default: 2]
  The threat radius defines an area around the threat from which line-of-sight calculations are made
• Range [Type: Real, Default: 100]
  Distance at which to look for cover locations
• DistanceFromThreat [Type: Real, Default: 2]
  Minimum distance to keep from threat

• allow_task_visualizations [Type: Boolean, Default: true]
• auto_select_weapon [Type: Boolean, Default: false]
  If true, the entity will automatically select the most approprite weapon to fire. If false, the specified weapon is used.
• weapon_to_fire [Type: String, Default: ""]
  Name of weapon to fire. Varies based on entity. Names are available in VRF GUI.
• target [Type: SimObject]
  Target entity.
• max_rounds_to_fire [Type: Integer, Default: 1]
  Maximum rounds to fire. Fewer rounds will be fired if target is destroyed before this number is reached.

• allow_task_visualizations [Type: Boolean, Default: true]
• weapon_id [Type: String, Default: ""]
• target [Type: Table]
• max_rounds_to_fire [Type: Integer, Default: 1]

• allow_task_visualizations [Type: Boolean, Default: true]
• target [Type: SimObject] (Aliases: target_name)
  Target object of the missile.
• weapons_to_fire [Type: StringVector]
• weapon_id [Type: String, Default: ""]
• detonation_proximity [Type: Real, Default: 0]
  The missile will detonate when within this distance (in meters) of the target object.
• route [Type: SimObject] (Aliases: route_name)
  If specified, the cruise missile will move along this route before flying toward the target. If not specified, the missile will fly directly to its target.
• speed [Type: Real, Default: 0]
  The speed, in meters/second, of the missile.

• allow_task_visualizations [Type: Boolean, Default: true]
• weapon_id [Type: String, Default: ""]
• fire_without_designator [Type: Boolean, Default: false]

• allow_task_visualizations [Type: Boolean, Default: true]
• weapon_id [Type: String, Default: ""]
• target [Type: Table]
• max_rounds_to_fire [Type: Integer, Default: 1]

• targetLocRef [Type: Table]
• numberOfRounds [Type: Integer, Default: 1]
  Number of rounds to fire before completing task.
• preferWeapon [Type: Boolean, Default: false]
• weapon [Type: String, Default: ""]
  Weapon to use, if possibe. Another weapon may be chosen if this one is not capable or available.
• suppressOnly [Type: Boolean, Default: false]
  If prefered weapon is not specified, choose only from suppressive fire weapons.

• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to fire upon
• munition [Type: String, Default: ""]
  Selection weapon and muntion to fire
• numRnds [Type: Integer, Default: 1]
  Number of Rounds To Fire
• heightAboveTerrain [Type: Real, Default: 0]
  Set height above terrain if air burst desired
• userDefinedMuzzleVelocity [Type: Boolean, Default: false]
  Allows the user to choose to define the speed and orientation of the munition being fired
• initialMuzzleSpeed [Type: Real, Default: 0]
  Speed munition starts out with
• orientation [Type: String, Default: ""]
  Orientation to fire munition at-- input as heading;elevation;roll in Radians

• target [Type: String]
  Target to fire on
• munition [Type: String, Default: ""]
  Weapon and munition to fire
• numRnds [Type: Integer, Default: 1]
  Number of rounds to fire
• heightAboveTerrain [Type: Real, Default: 0]
  If this is to be an airburst set height above terrain
• userDefinedMuzzleVelocity [Type: Boolean, Default: false]
  When checked allows user to define a speed and orientation to fire the munition at
• initialMuzzleSpeed [Type: Real, Default: 0]
  Speed munition starts out with
• orientation [Type: String, Default: "0"]
  Orientation munition is fire at, input at string of format heading;elevation;roll in radians

• MunitionType [Type: String, Default: ""]
  Kind of grenade to fire
• TargetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to fire at
• effect [Type: Integer, Default: 0]
  HE, ILLUM, OBSCURE, MARK or GAS
  Accepted values:

  • 0 - HE
  • 1 - ILLUM
  • 2 - OBSCURE
  • 3 - MARK
  • 4 - GAS

• MunitionType [Type: String, Default: ""]
  Type of grenade to fire
• Target [Type: String]
  Target to Fire at

• target [Type: String]

• lineOfFire [Type: String]
  Attack by Fire line for the unit.
• enemyArea [Type: String]
  Area of enemy location to be used as an engagement zone.
• timeout [Type: Integer, Default: 900]
  Length of time to wait between contacts until timing out.
• doSupportForever [Type: Boolean, Default: false]
  Check if this behavior is to go on indefinitely.

• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to which the fire team will move.
• threatLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  A single threat location
• multiThreatLocations [Type: String]
  A line object whose vertices define multiple threat locations
• alwaysFire [Type: Boolean, Default: false]
  If checked, overwatching elements always use suppressive fire
• boundType [Type: Integer, Default: 0]
  In successive bounds, the same section always leads; in alternating, the sections alternate leading.

• Destination [Type: String]
  Desitnation Waypoint
• Formation [Type: String, Default: ""]
  Formation
• SquadLeader [Type: String]
• FollowSquadLeader [Type: Boolean, Default: false]
• FormationOffset [Type: String, Default: "0;0;0"]
• Breadcrumb [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• FollowBreadcrumb [Type: Boolean, Default: false]
• OverrideFormationSpacing [Type: Boolean, Default: false]
• MinSpacingM [Type: Integer, Default: 10]

• targetObject [Type: String]
  The threat object or control measure indicating the threat location.
• durationRapid [Type: Integer, Default: 10]
  The length of time that the entity should fire at a rapid rate, before going to sustained fire.
• durationTotal [Type: Real, Default: 30]
  Total time entity will fire, including rapid fire.

• target [Type: String]
  Entity to fire on.
• maxRounds [Type: Integer, Default: 1]

• location [Type: Table]

• runway [Type: String]
  A route identifying the location and extent of the runway. Two points are sufficient.
• reverse [Type: Boolean, Default: false]

• runway [Type: String]
  A route that describes the runway. Use only two points.
• reverse [Type: Boolean, Default: false]
• teleport [Type: Boolean, Default: false]

• landingPoint [Type: Table]

• altitude [Type: Real, Default: 30.48]
  Altitude to raise to before continuing with next task.

• fleeFrom [Type: SimObjectList]
• radius [Type: Real, Default: 50]
• allowDestroyed [Type: Boolean, Default: false]

• fleeRadius [Type: Real, Default: 50]
  Will attempt to flee when objects are within this radius the entity
• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: false]
  Whether or not this reactive task is enabled

• FireRange [Type: Real, Default: 100]
  Firing within this range cause the entity to flee
• reactivetask_priority [Type: Integer, Default: 5]
  The type of munition detonation the entity will run from
• reactivetask_enabled [Type: Boolean, Default: false]
  Detonations within this range cause the entity to flee

• FleeRange [Type: Real, Default: 100]
  A threat within this range causes the entity to flee
• EnableFleeTypes [Type: Boolean, Default: false]
  Flee From Entity Types
• typesToFlee [Type: StringVector]
  Will attempt to flee any entities with matching entity types
• reactivetask_priority [Type: Integer, Default: 2]
  The type of munition detonation the entity will run from
• reactivetask_enabled [Type: Boolean, Default: true]
  Detonations within this range cause the entity to flee

• typesToFlee [Type: StringVector]
  Will attempt to flee any entities with matching entity types
• fleeRadius [Type: Real, Default: 50]
  Will attempt to flee when objects are within this radius the entity
• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: false]
  Whether or not this reactive task is enabled

• reactivetask_priority [Type: Integer, Default: 2]
• reactivetask_enabled [Type: Boolean, Default: true]

• target [Type: String]
  Target aircraft or flight
• rgmRange [Type: Real, Default: 75000]
  Max range at which to engage with long range (I.e. radar guided) missiles.
• hsmRange [Type: Real, Default: 18000]
  Max range at which to engage with short range (i.e., heat seeking) missiles.

• heading [Type: Table]

• locationRef [Type: Table]
  Location or Object Fix
• heading [Type: Table]
• speed [Type: Real, Default: 0]
• altitude [Type: Real, Default: 0]
• turnDirection [Type: Integer, Default: 0]
• legLength [Type: Real, Default: 0]
  THe length of the inbound and outbound legs
• useTangentEntry [Type: Boolean, Default: false]

• locationRef [Type: Table]
  Location or point to fly to

• associated_object [Type: String]

• allow_task_visualizations [Type: Boolean, Default: true]
• route [Type: SimObject]
  Route to fly along
• traversal_direction [Type: Integer, Default: 0]
  Direction along route to fly. 0 = start to end, 1 = end to start.
• start_at_closest_point [Type: Boolean, Default: false]
  If True, the entity starts at the closest point on the route, otherwise it starts at the first point.
• use_fixed_pitch [Type: Boolean, Default: false]
  If True, the aircraft flies directly from one point to the next at a fixed pitch, gradually changing altitude along the way. If False, it flies to the target altitude of the next point on the route based on the climb/descent rate of the aircraft, and typically reaches the target altitude before it has arrived at the next point.

• allow_task_visualizations [Type: Boolean, Default: true]
• altitude [Type: Real, Default: 1000]
  Altitude in meters (MSL)
• climb_descent_rate [Type: Real, Default: 5.08]
  Climb/descent rate in meters/second.

• allow_task_visualizations [Type: Boolean, Default: true]
• heading [Type: Real, Default: 0]
  Heading in radians.
• use_magnetic [Type: Boolean, Default: false]
• turn_rate [Type: Real, Default: 0.05236]
  Turn rate in radians/second
• turn_direction [Type: Integer, Default: 0]
  0 = Make smaller turn, 1 = Right turn only, -1 = Left turn only.

• allow_task_visualizations [Type: Boolean, Default: true]
• heading [Type: Real, Default: 0]
  Heading in radians.
• use_magnetic [Type: Boolean, Default: false]
• turn_rate [Type: Real, Default: 0.05236]
  Turn rate in radians/second
• altitude [Type: Real, Default: 1000]
  Altitude in meters.
• climb_descent_rate [Type: Real, Default: 5.08]
  Climb/descent rate in meters/second
• turn_direction [Type: Integer, Default: 0]
  0 = Make smaller turn, 1 = Right turn only, -1 = Left turn only.

• allow_task_visualizations [Type: Boolean, Default: true]
• aiming_point [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location3D object specifying the location.
• use_fixed_pitch [Type: Boolean, Default: false]
  If True, the aircraft flies directly to the point at a fixed pitch, gradually changing altitude along the way. If False, it flies to the target altitude of the target point based on the climb/descent rate of the aircraft, and typically reaches the target altitude before it has arrived at the point.

• radius [Type: Real, Default: 1000]
  The radius of the arc
• heading [Type: Table]
  The final heading of the turn
• turnDirection [Type: Integer, Default: 0]
  Which direction to turn. 0 = left, 1 = shortest direction, 2 = right.
• desiredAltitude [Type: Real, Default: 1000]
  Desired final altitude. Task ends when turn finishes even if altitude is not reached.
• verticalSpeed [Type: Real, Default: 10]
  The climb/descent rate to use to change altitude.
• horizSpeed [Type: Real, Default: 0]
  Desired speed to fly at. If not specified, current speed is used.

• location [Type: String]
  The reference point for the pattern
• radius [Type: Real, Default: 2000]
  Radius of the loiter pattern
• bearing [Type: Table]
  The heading of the major axis of the pattern
• length [Type: Real, Default: 5000]
  Length of pattern--distance between turn centers.
• turnDirection [Type: Integer, Default: 0]
  For figure 8, the direction of the lobe in the given bearing
• altitude [Type: Real, Default: 3000]
  Altitude at which to loiter
• speed [Type: Real, Default: 208.333]
  Speed at which to loiter
• durationType [Type: Integer, Default: 0]
  Loiter duration is specified in number of laps
• numLaps [Type: Integer, Default: 1]
  Number of laps to fly
• durationType [Type: Integer, Default: 0]
  Loiter duration is specified in number of laps
• durationTime [Type: Integer, Default: 0]
  How much time to loiter

• location [Type: String]
  The reference point for the pattern
• radius [Type: Real, Default: 3000]
  Radius of the loiter pattern
• bearing [Type: Table]
  The heading of the major axis of the pattern
• length [Type: Real, Default: 5000]
  Length of pattern--distance between turn centers.
• turnDirection [Type: Integer, Default: 0]
  For figure 8, the direction of the lobe in the given bearing
• altitude [Type: Real, Default: 3000]
  Altitude at which to loiter
• speed [Type: Real, Default: 208.333]
  Speed at which to loiter
• durationType [Type: Integer, Default: 0]
  Loiter duration is specified in number of laps
• numLaps [Type: Integer, Default: 1]
  Number of laps to fly
• durationType [Type: Integer, Default: 0]
  Loiter duration is specified in number of laps
• durationTime [Type: Integer, Default: 0]
  How much time to loiter

• location [Type: String]
  The reference point for the pattern
• radius [Type: Real, Default: 3000]
  Radius of the loiter pattern
• turnDirection [Type: Integer, Default: 0]
  For figure 8, the direction of the lobe in the given bearing
• altitude [Type: Real, Default: 3000]
  Altitude at which to loiter
• speed [Type: Real, Default: 200]
  Speed at which to loiter
• durationType [Type: Integer, Default: 0]
  Loiter duration is specified in number of laps
• numLaps [Type: Integer, Default: 1]
  Number of laps to fly
• durationType [Type: Integer, Default: 0]
  Loiter duration is specified in number of laps
• durationTime [Type: Integer, Default: 0]
  How much time to loiter
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• bearing [Type: Table]
  The heading of the major axis of the pattern
• length [Type: Real, Default: 6500]
  Length of pattern--distance between turn centers.

• location [Type: String]
  The reference point for the pattern
• radius [Type: Real, Default: 3000]
  Radius of the loiter pattern
• turnDirection [Type: Integer, Default: 0]
  For figure 8, the direction of the lobe in the given bearing
• altitude [Type: Real, Default: 3000]
  Altitude at which to loiter
• speed [Type: Real, Default: 100]
  Speed at which to loiter
• durationType [Type: Integer, Default: 0]
  Loiter duration is specified in number of laps
• numLaps [Type: Integer, Default: 1]
  Number of laps to fly
• durationType [Type: Integer, Default: 0]
  Loiter duration is specified in number of laps
• durationTime [Type: Integer, Default: 0]
  How much time to loiter
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Pattern entry point is at Waypoint. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Pattern entry point is at Waypoint. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Pattern entry point is at Waypoint. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Pattern entry point is at Waypoint. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Pattern entry point is at Waypoint. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• bearing [Type: Table]
  The heading of the major axis of the pattern
• length [Type: Real, Default: 6500]
  Length of pattern--distance between turn centers.

• location [Type: String]
  The reference point for the pattern
• radius [Type: Real, Default: 1000]
  Radius of the loiter pattern
• turnDirection [Type: Integer, Default: 0]
  For figure 8, the direction of the lobe in the given bearing
• altitude [Type: Real, Default: 1000]
  Altitude at which to loiter
• speed [Type: Real, Default: 40]
  Speed at which to loiter
• durationType [Type: Integer, Default: 0]
  Loiter duration is specified in number of laps
• numLaps [Type: Integer, Default: 1]
  Number of laps to fly
• durationType [Type: Integer, Default: 0]
  Loiter duration is specified in number of laps
• durationTime [Type: Integer, Default: 0]
  How much time to loiter
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• patternType [Type: Integer, Default: 0]
  Circular loiter pattern Figure 8 loiter pattern. Oval with hold pattern entry maneuvers. Cloverleaf loiter pattern Oval with entry maneuver tangent to a turn circle.
• bearing [Type: Table]
  The heading of the major axis of the pattern
• length [Type: Real, Default: 2500]
  Length of pattern--distance between turn centers.

• position [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Position; altitude specified separately
• keepAltitude [Type: Integer, Default: 0]
  Check to keep the same altitude
• altitude [Type: Real, Default: 1000]
• heading [Type: Table]
• keepSpeed [Type: Integer, Default: 0]
  Select whether to change speed
• speed [Type: Real, Default: 150]
• lateralAcceleration [Type: Real, Default: 1]
  Maximum acceleration for turning (Gs)

• position [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Position; altitude specified separately
• keepAltitude [Type: Integer, Default: 0]
  Check to keep the same altitude
• altitude [Type: Real, Default: 1000]
• heading [Type: Table]
• keepSpeed [Type: Integer, Default: 0]
  Select whether to change speed
• speed [Type: Real, Default: 150]
• lateralAcceleration [Type: Real, Default: 1]
  Maximum acceleration for turning (Gs)
• finalTurnDirection [Type: Integer, Default: 0]
  Direction of final turn
• finalTurnRadius [Type: Real, Default: 0]
  Required radius of final turn; prioritized over lateral acceleration. Ignored if nil or 0.

• allow_task_visualizations [Type: Boolean, Default: true]
• entity [Type: SimObject]
  Entity to follow.
• offset [Type: VectorOffset3D, Default: {-25.000000, 0.000000, 0.000000}]
  Position relative to the target entity to maintain. Specified in meters [Right, Forward, Up]

• unitRoute [Type: String]
  The reference from which an offset route is followed, using the Right Offset
• rightOffset [Type: Real, Default: 0]
  The distance this entity should be to the right of the unit position
• forwardOffset [Type: Real, Default: 0]
  Distance this entity should be ahead of the unit position
• leader [Type: String]
• forwardOffsetFromLeader [Type: Real, Default: 0]
  The distance this entity should be ahead of the formation leader's position. (Negative for behind leader.)
• reverseRoute [Type: Boolean, Default: false]
  Whether the route should be followed in the reverse direction.
• startingVertex [Type: Real, Default: 0]
  The vertex (starting at 0) plus fraction of the distance to next vertex. The place on the route where route-following should begin. E.g. 1.5 means halfway from the second vertex to the third.

• route [Type: String]
  Identify the route the leader is using.
• leader [Type: String]
  Identify the leader to follow.
• offset [Type: VectorOffset3D, Default: {0.000000, 0.000000, 0.000000}]
  Offset right, behind, up

• depthType [Type: Integer, Default: 0]
  Indicates how the target depth will be specified.
• goalDepth [Type: Real, Default: 0]
  Target depth of keel
• depthRate [Type: Real, Default: 1]
  The rate to change depth. Always positive.

• targetPoint [Type: String]
  Target point for bombs
• targetPart [Type: String, Default: ""]
  The part of the targetPoint object to attack
• ingressRoute [Type: String]
  Route to fly to target area
• egressRoute [Type: String]
  Route to fly away from target (before RTB)

• reactivetask_priority [Type: Integer, Default: 5]
• reactivetask_enabled [Type: Boolean, Default: true]

• reactivetask_priority [Type: Integer, Default: 2]
• reactivetask_enabled [Type: Boolean, Default: false]

• allow_task_visualizations [Type: Boolean, Default: true]
• time_to_stop [Type: Real, Default: 0]

• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  location
• heading [Type: Table]
  Heading to face at destination (optional).
• speed [Type: Real, Default: 0.833333]
  speed
• posture [Type: String, Default: "standing"]
  posture

• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  location
• posture [Type: String, Default: "standing"]
  posture
• speed [Type: Real, Default: 0.833333]
  speed

• TargetTypes [Type: StringVector]
  Entity type of desired targets
• DefenseArea [Type: String, Default: VRF_UUID:Circles]
  Area within which the launchers will fire on targets
• MaxAltitude [Type: Real, Default: 15000]
  Maximum Altitude to defend to
• AvailableLaunchers [Type: SimObjectList, Default: "All Entities"]
  Launchers that can be given targets to shoot down
• Powerunit [Type: String, Default: VRF_UUID:All Land]
  Unit that supplies power to the battery

• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: true]
  Whether or not this reactive task is enabled

• iffCodeTablePath [Type: String, Default: "../data/simulationModelSets/EntityLevel/extra/iff-codes.csv"]
  File containing iff code change schedule.
• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: false]
  Whether or not this reactive task is enabled

• allow_task_visualizations [Type: Boolean, Default: true]
• target [Type: SimObject]
• flags [Type: Integer, Default: 0]

• allow_task_visualizations [Type: Boolean, Default: true]
• orientation_type [Type: Integer, Default: 0]
• orientation_offset [Type: Real, Default: 0]
• range [Type: Real, Default: 926000]
• sweep [Type: Real, Default: 6.28318531]
• flags [Type: Integer, Default: 0]

• enemies [Type: SimObjectList]
  Enemies to suppress.

• Object [Type: String]
  The booby trap to improve

• Object [Type: String]
  The breach to improve

• Object [Type: String]
  The bridge to be improved

• Object [Type: String]
  The ditch to improve

• Object [Type: String]
  The fortification to improve

• Object [Type: String]
  The fortification to improve

• Object [Type: String]
  The road to be improved

• Weapon [Type: String, Default: ""]
• TargetPoint [Type: String]
  The center of the target area.
• NumberOfAttacks [Type: Integer, Default: 1]
• SheafRadius [Type: Real, Default: 0]
  Size of beaten area of fire mission.
• TargetArea [Type: String]
  The area to target for the indirect fire attack

• allow_task_visualizations [Type: Boolean, Default: true]
• amount [Type: Real, Default: 0]
• max_amount [Type: Boolean, Default: false]
• rate [Type: Real, Default: 0]

• fix [Type: String]
  The reference point
• bearing [Type: Real, Default: 0]
  The bearing from the fix of the desired postion.
• range [Type: Real, Default: 0]
  The distance from the fix of the desired position.
• altitude [Type: Real, Default: 0]
  The altitude of the desired position

• allow_task_visualizations [Type: Boolean, Default: true]
• entity [Type: SimObject]
• offset_distance [Type: Real, Default: 0]
• heading [Type: Real, Default: 0]
• mode [Type: Integer, Default: 0]

• aerodrome [Type: String]

• airBase [Type: String]
  The air base at which to land.

• runwayselection [Type: String]
• reverse [Type: Boolean, Default: false]
  Use the reverse of the route poiints (last point is first)

• runwayselection [Type: String]

• allow_task_visualizations [Type: Boolean, Default: true]
• landing_strip [Type: SimObject] (Aliases: landing_strip_name)
  A two point route representing the runway to land on.

• allow_task_visualizations [Type: Boolean, Default: true]
• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to lase.

• allow_task_visualizations [Type: Boolean, Default: true]
• target [Type: SimObject]
  Target to lase.

• target [Type: Table]

• targetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  target location
• munition [Type: String, Default: ""]
  missile type

• targetObject [Type: String]
  target object
• munition [Type: String, Default: ""]
  missile type
• detonationAltitude [Type: Real, Default: 1981.2]
  Altitude at which the missile should detonate during descent

• allow_task_visualizations [Type: Boolean, Default: true]
• expendable_resource_name [Type: String, Default: ""]
  Resource name to launch.
• number_to_fire [Type: Integer, Default: 1]
  Total number to launch.
• time_interval [Type: Real, Default: 1]
  Time in seconds between launches.

• targetMode [Type: Integer, Default: 0]

  Launch munition to loiter at a location. Set Target sent to munition after launch will cause it to attack a target.

• loiter_location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location at which to loiter.
• targetMode [Type: Integer, Default: 0]

  Launch munition to loiter at a location. Set Target sent to munition after launch will cause it to attack a target.

• target [Type: String]

  Target to attack

• targetEntity [Type: String]
  Target entity. Used to fill in fire interaction.

• allow_task_visualizations [Type: Boolean, Default: true]
• launch_at_nearest_threat [Type: Boolean, Default: true]
  If True, the grenade is launched in the direction of the nearest hostile entity. If False, the heading parameter is used.
• heading [Type: Real, Default: 0]
  Used only if launch_at_nearest_threat is false. The heading to launch the grenade.
• use_magnetic [Type: Boolean, Default: false]

• targetEntity [Type: String]
  The target vessel.
• dropLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location where the missile converts to a torpedo and drops to the water.
• parentLauncher [Type: String]
  Parent platform that launched the torpedo. Must be the character '-' when this task is run on the launching platform.

• CallSign [Type: String, Default: ""]
  The call sign to be used for the new unit.
• AircraftUnitType [Type: String, Default: 0:0:0:0:0:0:0]
  The type of air unit to create.
• Loadout [Type: String, Default: ""]
  The name of the loadout to be used.
• MissionSuperior [Type: String]
  Assigns the new air unit to a specified mission superior object.
• Mission [Type: String, Default: ""]
  The name of the mission being performed.
• LaunchTime [Type: Real, Default: 0]
  The time the unit should be launched.

• Airbase [Type: String]
  The airbase the new unit should be launched from.
• CallSign [Type: String, Default: ""]
  The call sign to be used for the new unit.
• AircraftUnitType [Type: String, Default: 0:0:0:0:0:0:0]
  The type of air unit to create.
• Loadout [Type: String, Default: ""]
  The name of the loadout to be used.
• MissionSuperior [Type: String]
  Assigns the new air unit to a specified mission superior object.
• Mission [Type: String, Default: ""]
  The name of the mission being performed.
• LaunchTime [Type: Real, Default: 0]
  The time the unit should be launched.
• WaitForLaunch [Type: Boolean, Default: false]
  If checked, task will wait for launch to complete before finishing.

• callSign [Type: String, Default: ""]
  The name for the air unit that is created
• number [Type: Integer, Default: 1]
  Number of aircraft to launch

• followers [Type: SimObjectList]
• mainRoute [Type: String]
• formationWidth [Type: Real, Default: 0]
• formationLength [Type: Real, Default: 0]
• reverseRoute [Type: Boolean, Default: false]

• TargetEntity [Type: String]
  If set, determines target location; Target Location and Target Area are ignored.
• TargetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Ignored if Target Area or Target Entity is set
• Weapon [Type: String, Default: ""]
• NumberOfAttacks [Type: Integer, Default: 1]
• SheafRadius [Type: Real, Default: 0]
  Radius of burst pattern of shells in fire mission.
• CheckRange [Type: Boolean, Default: true]
  Attack will not be performed if target is not in range
• Instantaneous [Type: Boolean, Default: false]
  Attacking unit starts engagement and exits the task immediately
• IsIndirect [Type: Boolean, Default: true]
  Set true if this is an indirect fire weapon, i.e. attack sector has no effect.
• HitFactor [Type: Real, Default: 0]
  The hit factor to use for this attack.
• TargetArea [Type: String]
  If set, fire is divided among all targets in area. Target Location is ignored.
• LosRequired [Type: Boolean, Default: false]
  Indicates this attack should fail if there is no line of sight to the target
• TargetPart [Type: String, Default: ""]
  The part of the TargetEntity to attack

• reactivetask_priority [Type: Integer, Default: 5]
• reactivetask_enabled [Type: Boolean, Default: false]

• cycleOneObjects [Type: SimObjectList]
  The selected objects will all run on the same cycle, being enabled or disabled together
• cycleTwoObjects [Type: SimObjectList]
  The selected objects will all run on the same cycle, being enabled or disabled together
• cycleDuration [Type: Integer, Default: 0]
  The length of time each cycle is enabled

• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: true]
  Whether or not this reactive task is enabled

• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location at which to fire mortar.
• effect [Type: Integer, Default: 0]
  Type of munition to shoot.
  Accepted values:

  • 0 - High Explosive
  • 1 - Illumination
  • 2 - Smoke
  • 3 - Gas
• number [Type: Integer, Default: 1]
  Number of rounds

• rallyPoint [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to gather before mounting.
• transports [Type: SimObjectList]
  Vehicles to board.

• mountPoint [Type: String]
  Point at which to mount.
• heading [Type: Table]
  Direction toward enemy.
• formation [Type: String, Default: ""]
  Formation for vehicles to take at mount point.
• threat [Type: Integer, Default: 1]
  Anticipated danger from nearby enemies.
  Accepted values:

  • 0 - High
  • 1 - Medium
  • 2 - Low
• subordinates [Type: String, Default: ""]
  Subordinates to mount

• reassignTransport [Type: Boolean, Default: false]
  Check this box to change the team's assigned transport.
• transport [Type: String]
  Ground vehicle to mount. Leave blank to default to assigned transport.
• rallyPoint [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to await transport.
• heading [Type: Table]
  Heading to face during pickup.
• formation [Type: String, Default: ""]
  Formation to take when securing transport.
• threat [Type: Integer, Default: 1]
  Anticipated danger from nearby enemies.
  Accepted values:

  • 0 - High
  • 1 - Medium
  • 2 - Low

• reassignTransport [Type: Boolean, Default: false]
  Check this box to change the team's assigned transport.
• transport [Type: String]
  Ground vehicle to mount. Leave blank to default to assigned transport.
• position [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The team will take up this security position after dismounting.
• formation [Type: String, Default: ""]
  Formation to take at position.
• posture [Type: String, Default: "standing"]
  Posture to use at position.
• waitForSignal [Type: Boolean, Default: false]
  Wait for signal before embarking.

• transport [Type: String]
  Vehicle to mount (optional).

• coverObjects [Type: SimObjectList]
• threatWaypoint [Type: String]
• movementSpeed [Type: Real, Default: 277.778]
• lastCoverGuard [Type: Integer, Default: 0]

• allow_task_visualizations [Type: Boolean, Default: true]
• route [Type: SimObject]
  The route object to move along.
• traversal_direction [Type: Integer, Default: 0]
  Direction along route to move.
  Accepted values:

  • 0 - Start to end
  • 1 - End to start
• start_at_closest_point [Type: Boolean, Default: false]
  If true, entity starts at the nearest point along the route. Otherwise, it starts at the first point on the route.
• speed [Type: Real, Default: 0]
  Speed to move along the route.

• allow_task_visualizations [Type: Boolean, Default: true]
• route [Type: SimObject]
  The route object to move along.
• traversal_direction [Type: Integer, Default: 0]
  Direction along route to move.
  Accepted values:

  • 0 - Start to end
  • 1 - End to start
• start_at_closest_point [Type: Boolean, Default: false]
  If true, entity starts at the nearest point along the route. Otherwise, it starts at the first point on the route.
• speed [Type: Real, Default: 0]
  Speed to move along the route.

• allow_task_visualizations [Type: Boolean, Default: true]
• route [Type: SimObject]
• traversal_direction [Type: Integer, Default: 0]
• start_at_closest_point [Type: Boolean, Default: false]
• speed [Type: Real, Default: 0]
• time_on_target [Type: Real, Default: 0]
• time_on_target_position [Type: Real, Default: 0]
• loiter_position [Type: Real, Default: 0]
• abandon_if_time_not_achievable [Type: Boolean, Default: false]
• action_list [Type: Table]

• allow_task_visualizations [Type: Boolean, Default: true]
• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location on with the formation should be centered.
• heading [Type: Real, Default: 0]
  The heading of the formation.
• formation_name [Type: String, Default: ""]
  The name of the formation. This must be a formation name that is configured for the aggregate.

• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The point you want the entity to move near

• destination [Type: String]
  Waypoint that is the destination to move on roads to.

• allow_task_visualizations [Type: Boolean, Default: true]
• control_point [Type: SimObject] (Aliases: destination)
  Object to be moved to.
• continue_moving_flag [Type: Boolean, Default: false]
  If false, entity will slow down and stop as it approaches the destination. Otherwise, entity continues to move at speed, likely overshooting the destination.
• speed [Type: Real, Default: 0]
  Speed to move. Implemented for ground vehicles, surface ships, humans and units only.
• at_distance [Type: Real, Default: 1]
  Distance at which the entity should be considered at the destination. Implemented for rotary wing aircraft and humans only.

• allow_task_visualizations [Type: Boolean, Default: true]
• altitude [Type: Real, Default: 0]
  Altitude in meters
• at_distance [Type: Real, Default: 0]

• allow_task_visualizations [Type: Boolean, Default: true]
• destination [Type: Table]
• continue_moving_flag [Type: Boolean, Default: false]
• speed [Type: Real, Default: 0]
• at_distance [Type: Real, Default: 1]

• allow_task_visualizations [Type: Boolean, Default: true]
• aiming_point [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Target location.
• continue_moving_flag [Type: Boolean, Default: false]
  If false, entity will slow down and stop as it approaches the destination. Otherwise, entity continues to move at speed, likely overshooting the destination.
• at_distance [Type: Real, Default: 1]
  Distance at which the entity should be considered at the destination. Implemented for rotary wing aircraft and humans only.
• speed [Type: Real, Default: 0]
  Speed to move. Implemented for ground vehicles, surface ships, humans and units only.

• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• stayOnRoad [Type: Boolean, Default: false]
  Move to closest road point to destination and complete task while still on the road.

• allow_task_visualizations [Type: Boolean, Default: true]
• aiming_point [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Target location.
• continue_moving_flag [Type: Boolean, Default: false]
  If false, entity will slow down and stop as it approaches the destination. Otherwise, entity continues to move at speed, likely overshooting the destination.
• at_distance [Type: Real, Default: 1]
  Distance at which the entity should be considered at the destination.
• speed [Type: Real, Default: 0]
  Speed to move.

• allow_task_visualizations [Type: Boolean, Default: true]
• control_point [Type: SimObject] (Aliases: destination)
  Object to be moved to.
• continue_moving_flag [Type: Boolean, Default: false]
  If false, entity will slow down and stop as it approaches the destination. Otherwise, entity continues to move at speed, likely overshooting the destination.
• speed [Type: Real, Default: 0]
  Speed to move.
• at_distance [Type: Real, Default: 1]
  Distance at which the entity should be considered at the destination.

• destination [Type: String]
• stayOnRoad [Type: Boolean, Default: false]
  Move to closest road point to destination and complete task while still on the road.

• route [Type: String]
• continue [Type: Boolean, Default: true]
  Set to true to make the entity continue at speed at the final waypoint

• Location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to move to
• Threat [Type: String]
  The threat to find cover from
• ThreatRadius [Type: Real, Default: 2]
  The threat radius defines an area around the threat from which line-of-sight calculations are made
• DistanceFromThreat [Type: Real, Default: 2]
  Minimum distance to keep from the threat

• Destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to move to
• Threat [Type: String]
  The threat to find cover from
• ThreatRadius [Type: Real, Default: 2]
  The threat radius defines an area around the threat from which line-of-sight calculations are made
• DistanceFromThreat [Type: Real, Default: 2]
  Minimum distance to keep from the threat

• targetObject [Type: String]

• initialDestination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The initial destination the entity should reach before rioting
• isIndefinite [Type: Integer, Default: 0]
  Choose whether the entity will riot indefinitely or for a fixed amount of time.
• riotTime [Type: Integer, Default: 0]
  How long the entity should riot. Default is indefinitely.
• movementMode [Type: Integer, Default: 0]
• area [Type: String]
  The area to riot in if movement is restricted to an area.
• destinationRestriction [Type: Integer, Default: 1]
  Riot will choose paths fitting this restriction.
  Accepted values:

  • 0 - defaultindex=0
  • 1 - Anywhere
  • 2 - On Roads
  • 3 - Off Roads
  • 4 - On Pedestrian Paths
• startFires [Type: Boolean, Default: false]
  Some entities will start fires near Riot Points

• initialDestination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The initial destination that the entity should reach before wandering.
• isIndefinite [Type: Integer, Default: 0]
  Choose whether the entity will wander indefinitely or for a fixed amount of time.
• wanderTime [Type: Integer, Default: 0]
  Time to wander. Default is indefinitely.
• movementMode [Type: Integer, Default: 0]
• area [Type: String]
  The area to wander within, if movement mode is restricted to area.
• destinationRestriction [Type: Integer, Default: 0]
  Wander will choose destinations fitting this restriction
  Accepted values:

  • 0 - Anywhere
  • 1 - On Roads
  • 2 - Off Roads
  • 3 - On Pedestrian Paths

• bullseye [Type: String]
  The bullseye object
• bearing [Type: Table]
  Relative bearing from the bullseye
• range [Type: Real, Default: 0]
  Relative range from the bullseye

• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Movement destination.
• displayRoute [Type: Boolean, Default: false]
  If selected, display the computed path in the GUI

• streetName [Type: String, Default: "Coral"]
• searchRange [Type: Integer, Default: 500]

• fix [Type: String]
  The reference point
• bearing [Type: Real, Default: 0]
  The bearing from the fix of the desired postion.
• range [Type: Real, Default: 0]
  The distance from the fix of the desired position.
• altitude [Type: Real, Default: 0]
  The altitude of the desired position

• destinationObject [Type: String]
  Movement destination.
• displayRoute [Type: Boolean, Default: false]
  If selected, display the computed path in the GUI

• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The destination that the entity should reach.
• animation [Type: String, Default: ""]
  DI Guy Animation

• targetMode [Type: Integer, Default: 0]

  Task munition to loiter at a location. Set Target sent to munition will cause it to stop loitering and attack a target.

• loiter_location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location at which to loiter.
• targetMode [Type: Integer, Default: 0]

  Task munition to loiter at a location. Set Target sent to munition will cause it to stop loitering and attack a target.

• target [Type: String]

  Target to attack

• sweep_route [Type: String]
  The route along which to sweep for mines.
• sense_range [Type: Real, Default: 300]
  The range from the entity at which mines can be disarmed.
• miss_chance [Type: Real, Default: 0]
  Probability that a mine within range will not be deactivated.

• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to navigate to
• obstacleQuery [Type: String, Default: ""]
  A constraint expression defining which features of the given type the path will avoid
• pathQuery [Type: String, Default: ""]
• buffer [Type: Real, Default: 0]
  Distance that the path will stay away from the non-traversable feature.
• displayRoute [Type: Boolean, Default: false]
  Display calculated route in GUI
• query [Type: String, Default: ""]

• destinationObject [Type: String]
• obstacleQuery [Type: String, Default: ""]
  A constraint expression defining which features of the given type the path will avoid
• pathQuery [Type: String, Default: ""]
• buffer [Type: Real, Default: 0]
  Distance that the path will stay away from the non-traversable feature.
• displayRoute [Type: Boolean, Default: false]
  Display calculated route in GUI
• query [Type: String, Default: ""]

• TargetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The center location of the NBC attack
• AgentType [Type: String, Default: ""]
  NBC agent of the attack
• NbcType [Type: String, Default: ""]
  General type of NBC attack (e.g. "Nuclear", "Biological", or "Chemical")
• AreaType [Type: String, Default: 18:1:0:61:0:0:0]
  Entity type of the contamination area which will be created

• minrange [Type: Real, Default: 5.585053606382]
  The lower end of the nod range.
• maxrange [Type: Real, Default: 0.6981317007977]
  The upper end of the nod range.
• rate [Type: Real, Default: 3.14159]
  The rate to nod at.
• duration [Type: Integer, Default: 0]
  The length of time to nod.

• reactivetask_priority [Type: Integer, Default: 2]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: true]
  Whether or not this reactive task is enabled

• TargetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The center location of the Nuclear attack
• AgentType [Type: String, Default: ""]
  NBC agent of the attack
• AreaType [Type: String, Default: 18:1:0:61:3:0:0]
  Entity type of the contamination area which will be created

• positionPoint [Type: String]
  The point around which to find firing positions
• Range [Type: Real, Default: 20]
  Distance from Fire Position within which to look for cover locations
• Threat [Type: String]
  Threat to find cover from
• ThreatRadius [Type: Real, Default: 2]
  The size of the area around the threat from which individual positions must be hidden.
• DistanceFromThreat [Type: Real, Default: 2]
  Minimum distance that individual positions must be from the threat

• Door [Type: Integer, Default: 0]
  The door to be opened
  Accepted values:

  • 0 - Front Left
  • 1 - Front Right
  • 2 - Rear Left
  • 3 - Rear Right
• SwingRate [Type: Real, Default: 1.5708]
  The rate at which the door swings open

• allow_task_visualizations [Type: Boolean, Default: true]
• center [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to circle.
• entity [Type: SimObject]
• radius [Type: Real, Default: 2000]
  Distance from center the entity should maintain.
• clockwise [Type: Boolean, Default: true]
  If true, entity circles clockwise, otherwise counterclockwise.

• target [Type: String]
  Object to Orbit around
• radius [Type: Real, Default: 1000]
  Radius around object to orbit
• clockwise [Type: Boolean, Default: false]
  Direction to orbit

• TargetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location of targets
• AttackByFireLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location from which attack should be launched

• route [Type: String]
• retrograde [Type: Boolean, Default: false]
• reverseDirection [Type: Boolean, Default: false]
• startAtClosestVertex [Type: Boolean, Default: true]

• route [Type: String]
• retrograde [Type: Boolean, Default: true]
• reverseDirection [Type: Boolean, Default: false]
• startAtClosestVertex [Type: Boolean, Default: true]

• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• retrograde [Type: Boolean, Default: false]

• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• retrograde [Type: Boolean, Default: true]

• waypoint [Type: String]
• retrograde [Type: Boolean, Default: false]

• waypoint [Type: String]
• retrograde [Type: Boolean, Default: true]

• point1 [Type: String]
• point2 [Type: String]

• route [Type: String]

• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: true]
  Whether or not this reactive task is enabled

• tanker [Type: String]
  A tanker unit

• heading [Type: Real, Default: 0]

• targetObject [Type: String]
• useMusterLocation [Type: Boolean, Default: false]
• musterPoint [Type: String]
  If specified, after landing, the object will move to this point.
• targetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• deployParachuteAltitude [Type: Real, Default: 300]
• deployAltIsAgl [Type: Boolean, Default: true]
  When checked, the deploy altitude is AGL. When unchecked, it is above Sea Level.
• musterLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• deployAfterElapsedTime [Type: Boolean, Default: false]
• elapsedTimeToDeploy [Type: Real, Default: 0]

• allow_task_visualizations [Type: Boolean, Default: true]
• route [Type: SimObject]
  Route object to patrol.

• allow_task_visualizations [Type: Boolean, Default: true]
• first_control_point [Type: SimObject]
  First patrol point.
• second_control_point [Type: SimObject]
  Second patrol point.

• area [Type: String]
  Must be a convex area larger than 1 km

• Route [Type: String]
  Route to patrol
• treatRouteAsRoad [Type: Boolean, Default: false]
  Behave as if the route is a road.
• reverseDirection [Type: Boolean, Default: false]
  Reverse initial direction.
• startAtClosestVertex [Type: Boolean, Default: false]
  Task will begin at the closest vertex rather than the first vertex.

• idleTask [Type: String, Default: ""]
  Initial idle task to perform prior to being interrupted
• resumeTask [Type: String, Default: ""]
  Task to perform when resuming after interruption from a reactive task

• placementLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location at which to place the IED
• placementDuration [Type: Integer, Default: 0]
  Length of time it takes to place the IED
• fuseType [Type: Integer, Default: 2]
  Chooses the type of fuse to arm the IED with
  Accepted values:

  • 0 - immediate
  • 1 - timed
  • 2 - proximity
• timeDelay [Type: Integer, Default: 0]
  Amount of time set on the timed fuse
• proximity [Type: Real, Default: 10]
  Proximity at which to detonate a proximity fuse
• postPlacementLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to move to after the IED has been placed.
• armLocation [Type: Integer, Default: 1]
  Choose to arm the fuse at the placement location or at the post-placement location
  Accepted values:

  • 0 - arm at placement location
  • 1 - arm at post placement location

• allow_task_visualizations [Type: Boolean, Default: true]
• control_point [Type: SimObject] (Aliases: destination)
  Object to be moved to.
• continue_moving_flag [Type: Boolean, Default: false]
  If false, entity will slow down and stop as it approaches the destination. Otherwise, entity continues to move at speed, likely overshooting the destination.
• speed [Type: Real, Default: 0]
  Speed to move.
• at_distance [Type: Real, Default: 1]
  Distance at which the entity should be considered at the destination.

• allow_task_visualizations [Type: Boolean, Default: true]
• aiming_point [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Target location.
• continue_moving_flag [Type: Boolean, Default: false]
  If false, entity will slow down and stop as it approaches the destination. Otherwise, entity continues to move at speed, likely overshooting the destination.
• at_distance [Type: Real, Default: 1]
  Distance at which the entity should be considered at the destination.
• speed [Type: Real, Default: 0]
  Speed to move.

• breachingLane [Type: String]
• leader [Type: String]

• breachingLane [Type: String]
• leader [Type: String]
• section [Type: Integer, Default: 1]

• firePositions [Type: String]
  Line of fire that represents the hull down position for the tank platoon.
• enemyArea [Type: String]
  Area of enemy location to be used as an engagement zone.
• timeout [Type: Integer, Default: 0]
  Length of time to wait between contacts until timing out.
• doSupportForever [Type: Boolean, Default: false]
  Check if this behavior is to go on indefinitely.

• route [Type: String]
  Used to calculate positions along route for subordinates to move to.
• minBound [Type: Integer, Default: 100]
  The minimum bound length for a section.
• maxBound [Type: Integer, Default: 300]
  The maximum bound length for a section.
• enemyLocs [Type: SimObjectList]
  Locations of possible enemy locations that subordinates will orient their heading towards.
• numSub [Type: Integer, Default: 0]
• action [Type: Integer, Default: 1]
  Action for the platoon to stop when enemy contact is made, or to continue.
  Accepted values:

  • 0 - Stop
  • 1 - Continue

• route [Type: String]
  Used to calculate positions along route for subordinates to move to.
• minBound [Type: Real, Default: 100]
  The minimum bound length for a subordinate to travel.
• maxBound [Type: Real, Default: 300]
  The maximum bound length for a subordinate to travel.
• enemyLocs [Type: SimObjectList]
  Locations of possible enemy locations that subordinates will orient their heading towards.
• numSub [Type: Integer, Default: 0]

• limitOfAdvance [Type: String]
  The stopping line for the clear movement.
• startPoint [Type: String]
  Assembly point for PLT, where it forms line and begins advance.

• Radius [Type: Real, Default: 50]

• attackAxis [Type: String]
• objective [Type: String]
• action [Type: Integer, Default: 0]
  Action to perform when enemy contact is detected.
  Accepted values:

  • 0 - Engage
  • 1 - Ignore

• Area [Type: String]
  Perimeter to defend

• firePositions [Type: String]
  Line of fire that represents the hull down position for the tank platoon.
• enemyArea [Type: String]
  Area of enemy location to be used as an engagement zone.
• numSub [Type: Integer, Default: 0]
• timeout [Type: Integer, Default: 900]
  Value in seconds of time to wait between contacts until timing out.
• doSupportForever [Type: Boolean, Default: false]
  Check if this behavior is to go on indefinitely.

• route [Type: String]
  Route to travel along.
• startPoint [Type: String]
  Starting point on the route where coordinated movement begins.
• releasePoint [Type: String]
  Release of the march on the route, where the movement ends.
• waitForSignal [Type: Boolean, Default: false]
  Wait for signal from superior before completing march.

• battlePosition [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location from which to attack.
• targetArea [Type: String]
  Area in which to engage enemy.

• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location towards which the protest should be directed

• line [Type: String]
  Line along which entities should protest
• leftOrRight [Type: Integer, Default: 0]
  Should the crowd protest to the left or right of the line

• allow_task_visualizations [Type: Boolean, Default: true]
• weapons_to_fire [Type: StringVector]
• number_of_rounds [Type: Integer, Default: 0]
• dispersion_radius [Type: Real, Default: 0]
• height_above_terrain [Type: Real, Default: 0]
• fuse_type [Type: Integer, Default: 0]
• fire_mission_index [Type: Integer, Default: 0]
• muzzle_Speed [Type: Real, Default: 0]
• muzzle_orienation [Type: DtVector3D, Default: {0.000000, 0.000000, 0.000000}]
• gen_point [Type: Boolean, Default: false]
• known_point_name [Type: String, Default: ""]
• continuous [Type: Boolean, Default: false]
• weapon_id [Type: String, Default: ""]
• ammo_type [Type: String, Default: ""]
• type [Type: Integer, Default: 0]
• fuse_setting [Type: Integer, Default: 0]
• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
• target [Type: SimObject]
• forward_observer [Type: SimObject]
• direction [Type: Real, Default: 0] (Aliases: mils)
• distance [Type: Real, Default: 0]
• unit [Type: SimObject]

• targetObject [Type: String]
  Choose a point (or entity), line, or area.
• durationRapid [Type: Integer, Default: 10]
  Duration of initial, rapid fire
• durationTotal [Type: Real, Default: 1]
  Total firing time (rapid followed by sustained fire).
• ammoLimit [Type: Integer, Default: 200]
  Max number of rounds entity should shoot.
• useGun [Type: String, Default: ""]
  Select which gun on the entity to use for suppressive fire.
• targetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Click on the map to select a target location.

• targetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Click on map for target location
• durationRapid [Type: Real, Default: 10]
  Duration of initial, rapid fire
• durationTotal [Type: Integer, Default: 0]
  Total firing time (rapid followed by sustained fire).
• ammoLimit [Type: Integer, Default: 100]
  Max number of rounds entity should shoot.
• useGun [Type: String, Default: ""]
  Select which gun on the entity to use for suppressive fire.

• DistanceFromContamination [Type: String, Default: "500"]
  Distance from the contaminated area at which the unit will put on MOPP gear
• reactivetask_priority [Type: Integer, Default: 5]
• reactivetask_enabled [Type: Boolean, Default: false]

• allow_task_visualizations [Type: Boolean, Default: true]
• destination_name [Type: SimObject]
  Destination object, if applicable.
• destination_name_specified [Type: Boolean, Default: false]
  True if the destination should be an object. False if it should be a location.
• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Destination location if applicable.
• destination_is_route [Type: Boolean, Default: false]
  Indicates if the destination object is a route.
• traversal_direction [Type: Integer, Default: 0]
  Only applies if destination is a route. Direction along route to move.
  Accepted values:

  • 0 - Start to end
  • 1 - End to start
• start_at_closest_point [Type: Boolean, Default: false]
  Only applies if destination is a route. If true, entity will start at the closest point on the route, rather than the start point.

• allow_task_visualizations [Type: Boolean, Default: true]
• route [Type: SimObject] (Aliases: destination_name)
  The route to move along.
• traversal_direction [Type: Integer, Default: 0]
  Direction along route to move.
  Accepted values:

  • 0 - Start to end
  • 1 - End to start
• start_at_closest_point [Type: Boolean, Default: false]
  If true, entity will start at the closest point on the route, rather than the start point.

• defenseRadius [Type: Real, Default: 25000]
  Distance from entity center at which threats will be engaged. If 0, uses the max range of anti-air weapon systems.
• reactivetask_priority [Type: Integer, Default: 5]
  Distance from entity center at which threats will be engaged. If 0, uses the max range of anti-air weapon systems.
• reactivetask_enabled [Type: Boolean, Default: true]
  Distance from entity center at which threats will be engaged. If 0, uses the max range of anti-air weapon systems.

• defenseRadius [Type: Real, Default: 25000]
  Distance from entity center at which threats will be engaged. If 0, uses the max range of anti-air weapon systems.
• dropTanks [Type: Boolean, Default: true]
  Whether the unit should drop its fuel tanks prior to attacking
• reactivetask_priority [Type: Integer, Default: 5]
  Distance from entity center at which threats will be engaged. If 0, uses the max range of anti-air weapon systems.
• reactivetask_enabled [Type: Boolean, Default: true]
  Distance from entity center at which threats will be engaged. If 0, uses the max range of anti-air weapon systems.

• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: false]
  Whether or not this reactive task is enabled

• fallBackDistance [Type: Real, Default: 1000]
  Distance unit moves away from artillery fire
• fallBackDirection [Type: Real, Default: 3.14159265359]
  Direction to move in from the artillery fire
• waitingPeriod [Type: Integer, Default: 0]
  Time to wait for indirect fire to subside before resuming task
• reactivetask_priority [Type: Integer, Default: 5]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: true]
  Whether or not this reactive task is enabled

• defenseRadius [Type: Real, Default: 25000]
  Distance from entity center at which threats will be engaged. If 0, uses the max range of anti-air weapon systems.
• reactivetask_priority [Type: Integer, Default: 5]
  Distance from entity center at which threats will be engaged. If 0, uses the max range of anti-air weapon systems.
• reactivetask_enabled [Type: Boolean, Default: false]
  Distance from entity center at which threats will be engaged. If 0, uses the max range of anti-air weapon systems.

• defenseRadius [Type: Real, Default: 10000]
  Distance from entity center at which threats will be engaged. If 0, uses the max range of anti-air weapon systems.
• reactivetask_priority [Type: Integer, Default: 5]
  Distance from entity center at which threats will be engaged. If 0, uses the max range of anti-air weapon systems.
• reactivetask_enabled [Type: Boolean, Default: false]
  Distance from entity center at which threats will be engaged. If 0, uses the max range of anti-air weapon systems.

• embeddedEntityName [Type: String, Default: ""]
  Name of the embedded entity you are recovering...

• tanker [Type: String]
  The tanker to refuel from

• tanker [Type: String]
  The tanker to refuel from

• trackAltitude [Type: Real, Default: 10000]
  Altitude at which tanker flies race track for refueling
• reserveFuel [Type: Real, Default: 5000]
  Amount of fuel to reserve for tanker's use, vs refueling other aircraft.
• timeOnStation [Type: Integer, Default: 0]
  Amount of time to fly the race track before ending the task (unless fuel supply ends the task first)
• refuelingRoute [Type: String]
  Route that tanker flies repeatedly while refueling aircraft.
• refuelingPoint [Type: String]
  The location of the end of a straight leg of the oval race track
• trackHeading [Type: Real, Default: 0]
  The heading of the straight legs of the race track oval
• trackLength [Type: Real, Default: 92600]
  The length of the straight legs of the race track oval
• trackWidth [Type: Real, Default: 37040]
  Width of the race track oval

• allow_task_visualizations [Type: Boolean, Default: true]
• ammunition_resource_name [Type: String, Default: ""]
  Name of the bomb ammunition resource to drop.
• detonation_proximity [Type: Real, Default: 0]
  Distance from the target (in meters) at which to detonate.
• laser_code [Type: Integer, Default: 0]
  Laser code to target, if unspecified the automatically generated laser code for the ownship is used.

• allow_task_visualizations [Type: Boolean, Default: true]
• ammunition_resource_name [Type: String, Default: ""]
  Name of the bomb ammunition resource to drop.
• detonation_proximity [Type: Real, Default: 0]
  Distance from the target (in meters) at which to detonate.
• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to target.

• allow_task_visualizations [Type: Boolean, Default: true]
• ammunition_resource_name [Type: String, Default: ""]
  Name of the bomb ammunition resource to drop.
• detonation_proximity [Type: Real, Default: 0]
  Distance from the target (in meters) at which to detonate.
• target [Type: SimObject] (Aliases: entity_name)
  Name of the entity to target.

• isIndefinite [Type: Integer, Default: 0]
  Choose whether the entity will riot indefinitely or for a fixed amount of time.
• riotTime [Type: Integer, Default: 0]
• movementMode [Type: Integer, Default: 0]
• area [Type: String]
• destinationRestriction [Type: Integer, Default: 4]
  Riot will choose destinations matching this restriction.
  Accepted values:

  • 0 - defaultindex=0
  • 1 - Anywhere
  • 2 - On Roads
  • 3 - Off Roads
  • 4 - On Pedestrian Paths
• startFires [Type: Boolean, Default: false]
  Entity will start fires near Riot Points

• area [Type: String]
  The area in which the crowd should riot
• startFires [Type: Boolean, Default: false]
  Some entities will start fires near Riot Points

• DropoffPoint [Type: String]

• PickupPoint [Type: String]
• TroopsToPickup [Type: SimObjectList]

• DropoffPoint [Type: String]
• UseCargoDoor [Type: Boolean, Default: false]

• PickupPoint [Type: String]
• TroopsToEmbark [Type: SimObjectList]
• UseCargoDoor [Type: Boolean, Default: false]
  Select whether the ladder is at the cargo door or sliding door.

• DropoffPoint [Type: String]

• PickupPoint [Type: String]
• TroopsToPickup [Type: SimObjectList]

• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Destination
• avoidElevationContours [Type: Boolean, Default: false]
  Plan a path around elevation contour features.
• altitudeLimit [Type: Real, Default: 0]
  Avoid features at or higher than this altitude.
• avoidBuildings [Type: Boolean, Default: false]
  Plan path around building area features.
• buildingLimit [Type: Real, Default: 0]
  Avoid buildings at or taller than this height.
• buffer [Type: Real, Default: 5]
  Distance that route should maintain away from obstacles.
• terrainClamp [Type: Boolean, Default: true]
  Clamp altitude of points to terrain
• heightAboveTerrain [Type: Real, Default: 100]
  Clamp points using this offset.
• displayRoute [Type: Boolean, Default: true]
  Show the generated route on the map.

• destination [Type: String]
  Waypoint
• avoidElevationContours [Type: Boolean, Default: false]
  Plan a path around elevation contour features.
• altitudeLimit [Type: Real, Default: 0]
  Avoid features at or higher than this altitude.
• avoidBuildings [Type: Boolean, Default: false]
  Plan path around building area features.
• buildingLimit [Type: Real, Default: 0]
  Avoid buildings at or taller than this height.
• buffer [Type: Real, Default: 5]
  Distance that route should maintain away from obstacles.
• terrainClamp [Type: Boolean, Default: true]
  Clamp altitude of points to terrain
• heightAboveTerrain [Type: Real, Default: 100]
  Clamp points using this offset.
• displayRoute [Type: Boolean, Default: true]
  Show the generated route on the map.

• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The location to rush to.
• threat [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Threat location to orient to
• isHighCover [Type: Boolean, Default: false]
  Is the destination location in cover from threat if the entity stands

• cargoList [Type: SimObjectList]
  Items to carry.
• cruiseAltitude [Type: Real, Default: 0]
  Avoid going below this altitude while flying.
• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to drop off cargo.

• cargoList [Type: SimObjectList]
  Items to carry.
• cruiseAltitude [Type: Real, Default: 0]
  Avoid going below this altitude while flying.
• planRoute [Type: Boolean, Default: false]
  Plan Route to Cargo

• csp [Type: String]
  Where search starts
• majorAxisHeading [Type: Table]
• majorAxisSize [Type: Real, Default: 15000]
  Size of the search area in the major axis direction.
• trackSpacing [Type: Real, Default: 5000]
  Distance between the parallel search legs.
• searchToRight [Type: Boolean, Default: true]
  True if the search pattern extends to the right of the CSP; otherwise, it extends left.
• legLength [Type: Real, Default: 20000]
  Length of search leg, parallel to the minor axis.
• altitude [Type: Real, Default: 3000]
  Search Altitude
• airSpeed [Type: Real, Default: 83.3333]
  Spead of search
• turnAccel [Type: Real, Default: 0.3]
  The desired lateral acceleration to use in turns.

• csp [Type: String]
  Where search starts
• heading [Type: Table]
  Major axis.
• trackSpacing [Type: Real, Default: 4000]
  Spacing between search legs.
• boxSize [Type: Real, Default: 10000]
  The size (of a side) of the area to search.
• altitude [Type: Real, Default: 3000]
  Search Altitude
• airSpeed [Type: Real, Default: 83.3333]
  Speed of search.
• turnAccel [Type: Real, Default: 0.3]
  The desired lateral acceleration to use in turns.

• csp [Type: String]
  Where search starts.
• majorAxisHeading [Type: Table]
  Major Axis in True or Magnetic
• legLength [Type: Real, Default: 20000]
  Length of search legs, parallel to the major axis.
• searchToRight [Type: Boolean, Default: true]
  True if the search pattern extends to the right of the CSP; otherwise, it extends left.
• minorAxisSize [Type: Real, Default: 15000]
  Size of search box along the minor axis
• trackSpacing [Type: Real, Default: 5000]
  Spacing between search legs.
• altitude [Type: Real, Default: 3000]
  Search altitude.
• airSpeed [Type: Real, Default: 83.3333]
  Speed of search.
• turnAccel [Type: Real, Default: 0.3]
  The desired lateral acceleration to use in turns.

• csp [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Where search starts
• leg [Type: Real, Default: 10000]
  length of trackline
• altitude [Type: Real, Default: 3000]
  Search Altitude
• airSpeed [Type: Real, Default: 83.3333]
  Spead of search

• allow_task_visualizations [Type: Boolean, Default: true]
• move_out_heading [Type: Real, Default: 0]
  If the orientation is not defined and there is no reference object, this will be used as the heading to rotate the animation points around.
• scripted_movement_file [Type: String, Default: ""]
  The csv file that contains the animation.
• target_point [Type: SimObject]
  The point to base the reference of the data points in the movement file around.
• clamp_type [Type: Integer, Default: 4]
  The clamping type to apply to locations.
  Accepted values:

  • 1 - Clamp high fidelity (includes orientation clamp)
  • 2 - Clamp low fidelity
  • 3 - Z value in data file is height above terrain
  • 4 - No change, using geodetic height interpretation
  • 5 - Conditional ground clamping (clamp if there is no defined altitude change)
  • 6 - Phased radar face Cartesian (no clamping, topographic height interpretation, uses lateral positive left)
  • 7 - No change, using topographic height interpretation
• completion_rule [Type: Integer, Default: 0]
  Indicates what happens when the animation is complete.
  Accepted values:

  • 1 - Detonate
  • 2 - Detonate and remove
  • 3 - Remove
  • 4 - Stay around at current speed
  • 5 - Stay around and stop
• file_configuration [Type: String, Default: ""]
  The string that represents the configuration of the csv file.
• phase [Type: Integer, Default: 0]
  The phase number of the scripted movement.

• lane [Type: String]
• section [Type: Integer, Default: 0]
  Choose which section of the platoon will be tasked
  Accepted values:

  • 0 - Breach Section 1
  • 1 - Breach Section 2
  • 2 - Support Section 1
  • 3 - Support Section 2

• lane [Type: String]
• section [Type: Integer, Default: 0]
  Choose which section of the platoon will be tasked
  Accepted values:

  • 0 - Section 1 Cross Breach
  • 1 - Section 2 Cross Breach
• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  The side of the breach the unit will cross to.

• allow_task_visualizations [Type: Boolean, Default: true]
• destination [Type: SimObject] (Aliases: destination_name)
  Name of entity that is to receive the report. May use the string "DtBroadcast" to send to all eligible receivers.
• text [Type: String, Default: ""]
  The text in the report.

• nbcArea [Type: String]
  Select the NBC area to report on
• engagementResult [Type: String, Default: ""]
  Free form string that can be result of this spot report

• obstacleArea [Type: String]
  Select the Obstacle to report on
• engagementResult [Type: String, Default: ""]
  Free form text that can be used to describe the result of this spot report

• minrange [Type: Real, Default: 5.585053606382]
  The lower end of the shake range.
• maxrange [Type: Real, Default: 0.6981317007977]
  The upper end of the shake range.
• rate [Type: Real, Default: 3.14159]
  The rate to shake at.
• duration [Type: Integer, Default: 0]
  The length of time to shake.

• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Movement destination.
• depthChoice [Type: Integer, Default: 0]
  If Use Ship Draft selected, use the ship's draft to determine the minimum depth. Otherwise use the specified value.
• depthValue [Type: Real, Default: 0]
  The minimum depth required on the path.
• displayRoute [Type: Boolean, Default: false]
  If selected, display the computed path in the GUI

• destinationObject [Type: String]
  Movement destination.
• depthChoice [Type: Integer, Default: 0]
  If Use Ship Draft selected, then use the ship's draft to calculate the minimum depth. Otherwise use the specified value..
• depthValue [Type: Real, Default: 0]
  The minimum depth required on the path.
• displayRoute [Type: Boolean, Default: false]
  If selected, display the computed path in the GUI

• sampleSpacing [Type: Real, Default: 100]
  The horizontal and vertical spacing between sample locations in the grid.

• searchRadius [Type: Real, Default: 300]
  Entityt will sniff a bomb within this range
• reactivetask_priority [Type: Integer, Default: 2]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: true]
  Whether or not this reactive task is enabled

• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location of sonar dip
• duration [Type: Integer, Default: 0]
  Time to spend dipping sonar
• sonarType [Type: Integer, Default: 0]
  The type of sonar to use
  Accepted values:

  • 0 - Active
  • 1 - Passive
• sonarDepth [Type: Real, Default: 0]
  Sets sonar to this depth

• startLongitude [Type: Real, Default: 6.28318530718]
• altitude [Type: Real, Default: 0]
• inclination [Type: Real, Default: 0]

• enemyArea [Type: String]
  The area in which to find enemy.
• supportByFirePosition [Type: String]
  The position from which to support by fire.
• assaultPosition [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Position from which to assault.
• limitOfAdvance [Type: String]
  Don't go beyond this line.

• Destination [Type: String]
• Overwatch [Type: Boolean, Default: false]
  Traveling overwatch--bigger gap after lead fire team.
• OverrideFormationSpacing [Type: Boolean, Default: false]
  Use the spacing here for the minimum distance between subordinates instead of the spacing from the formation editor.
• MinSpacingM [Type: Integer, Default: 10]
  The spacing between the closest subordinates in the formation, when overriding the formation editor spacing.

• allow_task_visualizations [Type: Boolean, Default: true]

• stopType [Type: Integer, Default: 0]
  Normal uses normal acceleration factor, emergency uses full deceleration, and drift is a slow deceleration.

• initialPoint [Type: String]
  Initial Point, from which the aircraft will begin its strafing attack. If used, do not also specify IP Location.
• initialPointLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Initial point to start attack from
• targetPoint [Type: String]
  The location of the strafing target
• targetType [Type: Integer, Default: 3]
  The specific types of entities to target.
  Accepted values:

  • 0 - None (target location)
  • 1 - Tanks
  • 2 - Armored Vehicles
  • 3 - Any vehicles
  • 4 - Infantry
• abortWithoutTarget [Type: Boolean, Default: false]
  If true, and no target entities are acquired, the strafing mission will abort. Otherwise, the task will fire at the target point if it can't acquire targets
• egressManeuver [Type: Integer, Default: 0]
  The initial egress maneuver. "Juke" is a sharp S-turn before a climb.
• finalEgressHeading [Type: Real, Default: 0]

• reactivetask_priority [Type: Integer, Default: 4]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: true]
  Whether or not this reactive task is enabled

• reactivetask_priority [Type: Integer, Default: 3]
  The priority of this reactive task
• reactivetask_enabled [Type: Boolean, Default: true]
  Whether or not this reactive task is enabled

• allow_task_visualizations [Type: Boolean, Default: true]
• landing_strip [Type: SimObject] (Aliases: landing_strip_name)
  A two point route representing the runway.

• runwayselection [Type: String]
• teleport [Type: Boolean, Default: false]
• reverse [Type: Boolean, Default: false]
  Use the reverse of the route points (last point it first point)

• runwayselection [Type: String]
• teleport [Type: Boolean, Default: false]
• closestRunway [Type: Boolean, Default: false]
  Use this check box to use the closest runway to the object

• FriendDistance [Type: Real, Default: 50]
  Maximum distance from entity to query for "friends"
• movement [Type: Boolean, Default: false]
  Select to restrict entity movement to the specified area.
• Area [Type: String]
  If Restrict to Area is selected, the area in which to restrict movement.

• allow_task_visualizations [Type: Boolean, Default: true]
• target [Type: SimObject]
  Object to target.

• allow_task_visualizations [Type: Boolean, Default: true]
• target [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to target.

• enemyArea [Type: String]
  The area in which to find enemy.
• supportByFirePosition [Type: String]
  The position from which to support by fire.
• assaultPosition [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Position from which to assault.
• limitOfAdvance [Type: String]
  Don't go beyond this line.
• waitForSignal [Type: Boolean, Default: false]
  Wait for squad message "go".

• enemyArea [Type: String]
  enemy area
• origin [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  origin

• MunitionType [Type: String, Default: ""]
  Type of grenade to throw
• TargetLocation [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location to throw grenade at
• effect [Type: Integer, Default: 0]
  FRAG, FLASH, OBSCURE, MARK or GAS
  Accepted values:

  • 0 - FRAG
  • 1 - FLASH
  • 2 - OBSCURE
  • 3 - MARK
  • 4 - GAS

• munitionType [Type: String, Default: ""]
  Type of grenade to throw
• target [Type: String]
  Target object to throw grenade at
• effect [Type: Integer, Default: 0]
  FRAG, FLASH, OBSCURE, MARK or GAS
  Accepted values:

  • 0 - FRAG
  • 1 - FLASH
  • 2 - OBSCURE
  • 3 - MARK
  • 4 - GAS

• route [Type: String]
  Route to move along.
• timeOnTarget [Type: Integer, Default: 0]
  Arrival time for the end of the route

• allow_task_visualizations [Type: Boolean, Default: true]
• supply_type [Type: String, Default: 0:0:0:0:0:0:0]
• amount [Type: Real, Default: 0]
• max_amount [Type: Boolean, Default: false]
• rate [Type: Real, Default: 0]
• supplier [Type: SimObject]

• formation [Type: String, Default: ""]
• heading [Type: Table]

• turnType [Type: Integer, Default: 0]
  Select whether turn is to a heading, around a part of a circle, or continuous. Determines which parameter below to use.
• finalHeading [Type: Real, Default: 0]
  The heading to turn to.
• turnCirclePortion [Type: Real, Default: 1.570796326795]
  How many degrees to turn left or right
• turnRateSelector [Type: Integer, Default: 0]
  Whether the turn rate is specified by a turn circle diameter or heading change rate.
• turnDiameter [Type: Real, Default: 1000]
  Diameter of the circular turn path.
• turnRate [Type: Real, Default: 0.0174533]
  The turn rate in degrees/sec, which will produce paths with different diameters depending on speed.
• turnDirection [Type: Integer, Default: 0]
  Which way to turn. "Toward heading" will turn the closest way to the final heading. "Starboard" or "Port" forces a turn in that direction.

• turnType [Type: Integer, Default: 0]
  Select whether turn is to a heading, around a part of a circle, or continuous. Determines which parameter below to use.
• finalHeading [Type: Table]
  The heading to turn to.
• turnCirclePortion [Type: Real, Default: 1.570796326795]
  How much of a circle to turn
• turnRateSelector [Type: Integer, Default: 0]
  Whether the turn rate is specified by a turn circle diameter or heading change rate.
• turnDiameter [Type: Real, Default: 1000]
  Diameter of the circular turn path.
• turnRate [Type: Real, Default: 0.0174533]
• turnDirection [Type: Integer, Default: 0]
  Which way to turn. "Toward heading" will turn the closest direction to the heading. "Starboard" or "port" forces a turn in that direction.

• allow_task_visualizations [Type: Boolean, Default: true]
• heading [Type: Real, Default: 0]
  Target heading, in radians.
• mode [Type: Integer, Default: 0]
  Indicates how new heading should be determined.
  Accepted values:

  • 0 - Absolute - Sets the heading to be the heading given.
  • 1 - Relative to host - If embarked, sets the heading to be relative to the heading of the host object.
  • 2 - Sets the heading to be the current heading + the delta given to be the new heading.

• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Move to location destination.

• destination [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Destination
• avoidElevationContours [Type: Boolean, Default: false]
  Plan a path around elevation contour features.
• altitudeLimit [Type: Real, Default: 0]
  Avoid features at or higher than this altitude.
• avoidBuildings [Type: Boolean, Default: false]
  Plan path around building area features.
• buildingLimit [Type: Real, Default: 0]
  Avoid buildings at or taller than this height.
• buffer [Type: Real, Default: 5]
  Distance that route should maintain away from obstacles.
• terrainClamp [Type: Boolean, Default: true]
  Clamp altitude of points to terrain
• heightAboveTerrain [Type: Real, Default: 100]
  Clamp points using this offset.
• displayRoute [Type: Boolean, Default: true]
  Show the generated route on the map.

• target [Type: String]
  Target reference point, or entity
• duration [Type: Real, Default: 5]
  Number of seconds to fire at target.

• location [Type: Location3D, Default: {0.000000, 0.000000, 0.000000}]
  Location at which to fire mortar.
• effect [Type: Integer, Default: 0]
  Type of munition to shoot.
  Accepted values:

  • 0 - High Explosive
  • 1 - Illumination
  • 2 - Smoke
  • 3 - Gas
• number [Type: Integer, Default: 1]
  Number of rounds