String, one of the following:

1. LandingChallenge
2. FreeFlight
3. BushTrip
4. Tutorial
5. Discovery

String, one of the following, based on the mission type:

1. Landing Challenge:
   1. Famous
   2. Epic
   3. StrongWind
2. Discovery:
   1. Core
   2. WU
3. Training:
   1. A320
   2. BasicHandling
   3. LocalFlight
   4. VFRNavigation

String:

1. NORMAL
2. LESSON
3. TEMPORARY
4. AUXILIARY
5. SAVE

This sets the way that the in-sim camera will be set up when the flight starts.

Default value is "Cockpit".

String:

1. "Cockpit"
2. "Aircraft"
3. "Scenery"
4. "Custom"
5. "FixedOnPlane"
6. "Airport"
7. "AirportTraffic"

Enum, can be one of the following:

1. FLIGHT_INFO_RUNWAY_DEPARTURE_NAME
   Name of the departure
2. FLIGHT_INFO_RUNWAY_DEPARTURE_ELEVATION
   Departure runway elevation, in meters
3. FLIGHT_INFO_RUNWAY_DEPARTURE_LENGTH
   Departure runway length, in meters
4. FLIGHT_INFO_RUNWAY_DEPARTURE_SLOPE
   Departure runway slope, in degrees
5. FLIGHT_INFO_RUNWAY_ARRIVAL_NAME
   Name of the arrival
6. FLIGHT_INFO_RUNWAY_ARRIVAL_ELEVATION
   Arrival runway elevation, in meters
7. FLIGHT_INFO_RUNWAY_ARRIVAL_LENGTH
   Arrival runway length, in meters
8. FLIGHT_INFO_RUNWAY_ARRIVAL_SLOPE
   Arrival runway slope (value in degrees)
9. FLIGHT_INFO_NUMBER_OF_LEGS
   Number of legs. Used only in Bushtrip activity.
10. FLIGHT_INFO_TOTAL_FLIGHT_DURATION
    Total duration of the flight, in seconds
11. FLIGHT_INFO_TOTAL_FLIGHT_LENGTH
    Total length of the flight, in meters
12. FLIGHT_INFO_WIND_ORIGIN
    Direction of the wind, in degrees
13. FLIGHT_INFO_WIND_SPEED
    Speed of the wind, in m/s

Enum, can be one of the following:

1. FLIGHT_INFO_RUNWAY_DEPARTURE_NAME
   Name of the departure
2. FLIGHT_INFO_RUNWAY_DEPARTURE_ELEVATION
   Departure runway elevation, in meters
3. FLIGHT_INFO_RUNWAY_DEPARTURE_LENGTH
   Departure runway length, in meters
4. FLIGHT_INFO_RUNWAY_DEPARTURE_SLOPE
   Departure runway slope, in degrees
5. FLIGHT_INFO_RUNWAY_ARRIVAL_NAME
   Name of the arrival
6. FLIGHT_INFO_RUNWAY_ARRIVAL_ELEVATION
   Arrival runway elevation, in meters
7. FLIGHT_INFO_RUNWAY_ARRIVAL_LENGTH
   Arrival runway length, in meters
8. FLIGHT_INFO_RUNWAY_ARRIVAL_SLOPE
   Arrival runway slope (value in degrees)
9. FLIGHT_INFO_NUMBER_OF_LEGS
   Number of legs. Used only in Bushtrip activity.
10. FLIGHT_INFO_TOTAL_FLIGHT_DURATION
    Total duration of the flight, in seconds
11. FLIGHT_INFO_TOTAL_FLIGHT_LENGTH
    Total length of the flight, in meters
12. FLIGHT_INFO_WIND_ORIGIN
    Direction of the wind, in degrees
13. FLIGHT_INFO_WIND_SPEED
    Speed of the wind, in m/s

14. FLIGHT_INFO_LOCATION_NAME
    Name of the location at mission start

    FLIGHT_INFO_LOCATION_VISIBILITY
    Visibility in the location at mission start

    FLIGHT_INFO_LOCATION_WIND
    Time of day at mission start

    FLIGHT_INFO_LOCATION_ALTITUDE
    Altitude at mission start

Enum, can be one of the following:

1. FLIGHT_INFO_AIRCRAFT_CRUISE_SPEED
   Cruise speed of the aircraft

   FLIGHT_INFO_AIRCRAFT_STALL_SPEED
   Stall speed of the aircraft

   FLIGHT_INFO_AIRCRAFT_MAX_ALTITUDE
   Max altitude reachable by the aircraft

   FLIGHT_INFO_AIRCRAFT_IAS
   Indicated Air Speed of the aircraft at mission start

   FLIGHT_INFO_AIRCRAFT_HEADING
   Heading of the aircraft at mission start

   FLIGHT_INFO_AIRCRAFT_AUTONOMY
   Autonomy of the aircraft (depends on the amount of Fuel set in the [Fuel.N] section)

   FLIGHT_INFO_AIRCRAFT_RANGE
   Range of the aircraft

String:

1. Off
2. 4 dots
3. Small V
4. Large V

Enum, one of the following depending on the mission type:

1. Freeflight:
   1. ASSISTANCE_PRESET_NEWCOMER
      ASSISTANCE_PRESET_AVERAGE_PLAYER
      ASSISTANCE_PRESET_TRUE_TO_LIFE
2. Bush Trip:
   1. ASSISTANCE_PRESET_BUSH_TRIP
3. Landing Challenge:
   1. ASSISTANCE_PRESET_LANDING_CHALLENGE
4. Training:
   1. ASSISTANCE_PRESET_TUTORIALS
      ASSISTANCE_PRESET_TUTORIALS_NAV
      ASSISTANCE_PRESET_TUTORIALS_A320_LANDING
5. SU10:
   1. ASSISTANCE_PRESET_LANDING_CHALLENGE_CARRIER

String:

1. VOR 1
2. VOR 2

String:

1. Rectangles
2. Telephone Poles
3. Yellow Brick Road
4. Hoops

String:

1. Thin
2. Medium
3. Thick

String:

1. Short
2. Medium
3. Long

String, one of the following:

1. PREFLIGHT_GATE
2. PREFLIGHT_PUSHBACK
3. PREFLIGHT_TAXI
4. PREFLIGHT_HOLDSHORT
5. FLIGHT_RUNWAY
6. FLIGHT_INITIAL_CLIMB
7. FLIGHT_CLIMB
8. FLIGHT_CRUISE
9. FLIGHT_DESCENT
10. LANDING_APPROACH
11. LANDING_FINAL
12. LANDING_TAXI
13. LANDING_GATE

Here you can select one of the pre-defined weather presets included as part of the default Microsoft Flight Simulator 2024 installation. The available files are:

1. BrokenClouds.WPR
2. ClearSky.WPR
3. FewClouds.WPR
4. HighLevelClouds.WPR
5. Overcast.WPR
6. Rain.WPR
7. ScatteredClouds.WPR
8. Snow.WPR
9. Storm.WPR

The string to access these files should be formatted like this:

.\WeatherPresets\[PRESET_NAME]

For example:

WeatherPresetFile=.\WeatherPresets\ClearSky.WPR

String, only one of the following:

1. PARKING (for a ramp)
2. GATE_N (where N is the gate letter)

This is a "tip" text that will be shown along with the loading image. You can have multiple tips for any image, counted from 0, and these tips can be localisable. For example:

Tips0=TT:LOADING.TIPS.MISSIONNAME_000
Tips1=TT:LOADING.TIPS.MISSIONNAME_001
Tips2=TT:LOADING.TIPS.MISSIONNAME_002

When set to 1 (TRUE) the traffic manager is disabled and there will be no offline traffic.

Default value is 0 (FALSE).

String:

1. ATIS
2. ClearanceDelivery
3. Ground
4. Tower
5. Center
6. Approach
7. Departure
8. FSS
9. CTAF
10. ASOS

Enum:

1. ACSTATE_NONE

// IFR Clearance

1. ACSTATE_PRETAXI_CLEARANCE
   ACSTATE_IFR_CLEARANCE_READBACK
   ACSTATE_IFR_CLEARANCE_WAIT_FOR_READBACK_GOOD

// Departure ground operations

1. ACSTATE_CTAF_TAKEOFF
   ACSTATE_DYNAMIC_RUNWAY_CTAF_TAKEOFF
   ACSTATE_REQUEST_TAXI_CLEARANCE_OUT_VFR_ATIS
   ACSTATE_REQUEST_TAXI_CLEARANCE_OUT_VFR_NOATIS
   ACSTATE_REQUEST_TAXI_CLEARANCE_OUT_IFR
   ACSTATE_TAXI_CLEARANCE_READBACK
   ACSTATE_TAXIING_OUT
   ACSTATE_ACKNOWLEDGE_HOLD_POSITION
   ACSTATE_ACKNOWLEDGE_CONTINUE_TAXI
   ACSTATE_TOWER_HOLDSHORT_ACKNOWLEDGE
   ACSTATE_TAKEOFF_POSITION_AND_HOLD_ACKNOWLEDGE
   ACSTATE_TAKEOFF_CLEARANCE_READBACK
   ACSTATE_DYNAMIC_RUNWAY_TAKEOFF

// Class D departure operations

1. ACSTATE_TOWER_DEPARTING

// VFR enroute operations

1. ACSTATE_VFR_ENROUTE_CONTACT
   ACSTATE_VFR_ENROUTE

// Flight Following and Airspace Transitions

1. ACSTATE_ACKNOWLEDGE_SQUAWK
   ACSTATE_ACKNOWLEDGE_RADAR_CONTACT_FF
   ACSTATE_ACKNOWLEDGE_RADAR_CONTACT_TRANSITION
   ACSTATE_ACKNOWLEDGE_LEAVING_AIRSPACE_NOFF
   ACSTATE_ACKNOWLEDGE_TRANSITION_CLEARANCE_CLASS_BC
   ACSTATE_ACKNOWLEDGE_TRANSITION_CLEARANCE_CLASS_D

// Popup IFR States

1. ACSTATE_ACKNOWLEDGE_INFLIGHT_IFR_CLEARANCE
   ACSTATE_INFLIGHT_IFR_CLEARANCE_WAIT_FOR_READBACK_GOOD

// Handoffs

1. ACSTATE_AGENT_CONTACT
   ACSTATE_AGENT_HANDOFF

// IFR Enroute state

1. ACSTATE_ARRIVAL
   ACSTATE_DYNAMIC_RUNWAY_ARRIVAL
   ACSTATE_DYNAMIC_APPROACH_ARRIVAL
   ACSTATE_DYNAMIC_APPROACH_TRANSITION_ARRIVAL
   ACSTATE_ARRIVAL_CANCEL_IFR

// States that loop back to ARRIVAL after aircraft responds

1. ACSTATE_ARRIVAL_VECTOR
   ACSTATE_ARRIVAL_EXPECT
   ACSTATE_CRUISING_ALTITUDE_INCREASE
   ACSTATE_CRUISING_ALTITUDE_DECREASE
   ACSTATE_DYNAMIC_RUNWAY_ARRIVAL_EXPECT
   ACSTATE_DYNAMIC_APPROACH_ARRIVAL_EXPECT
   ACSTATE_DYNAMIC_APPROACH_TRANSITION_ARRIVAL_EXPECT
   ACSTATE_ARRIVAL_CLEARED
   ACSTATE_ARRIVAL_CLEARED_FULL_PROCEDURE
   ACSTATE_DYNAMIC_AIRPORT_LANDING

// Class D arrival operations

1. ACSTATE_AGENT_HANDOFF_TOWER
   ACSTATE_TOWER_CONTACT
   ACSTATE_TOWER_CONTACT_IFR
   ACSTATE_TOWER_TRANSITION
   ACSTATE_TOWER_PATTERN_ENTRY
   ACSTATE_DYNAMIC_RUNWAY_PATTERN_ENTRY
   ACSTATE_TOWER_LANDING
   ACSTATE_DYNAMIC_RUNWAY_LANDING
   ACSTATE_TOWER_HANDOFF_GROUND
   ACSTATE_TOWER_CLEARED_TO_LAND
   ACSTATE_GO_AROUND_ACKNOWLEDGE
   ACSTATE_AGENT_HANDOFF_TOWER_MISSED_APPROACH
   ACSTATE_AGENT_CONTACT_MISSED_APPROACH

// CTAF Operations

1. ACSTATE_CTAF_LANDING_TYPE
   ACSTATE_DYNAMIC_RUNWAY_CTAF_LANDING_TYPE
   ACSTATE_CTAF_LANDING
   ACSTATE_DYNAMIC_RUNWAY_CTAF_LANDING

// Arrival ground operations

1. ACSTATE_REQUEST_TAXI_CLEARANCE_IN
   ACSTATE_TAXI_CLEARANCE_IN_READBACK
   ACSTATE_TAXIING_IN
   ACSTATE_ACKNOWLEDGE_HOLD_POSITION_IN
   ACSTATE_ACKNOWLEDGE_CONTINUE_TAXI_IN

• 0x0001: User is IFR
• 0x0002: User has been assigned a new altitude
• 0x0004: User has been assigned a new heading
• 0x0008: User has been assigned a left turn
• 0x0010: User has arrived at their cleared altitude
• 0x0020: User has declared missed and needs an altitude assignment
• 0x0040: User is requesting Popup IFR clearance
• 0x0080: This is the first assigned approach for the user
• 0x0100: User has declared missed and is flying published missed approach
• 0x0200: User is descending to their arrival airport

String:

1. CLEARANCE_NONE
   CLEARANCE_OWNNAV
   CLEARANCE_VECTORS_INTERCEPT_LEFT
   CLEARANCE_VECTORS_INTERCEPT_RIGHT
   CLEARANCE_VECTORS_ROUTE

String:

1. LANDING_NONE
   LANDING_IFR_EXPECTING_APPROACH
   LANDING_IFR_CLEARED_FOR_APPROACH
   LANDING_IFR_CLEARED_TO_LAND
   LANDING_VFR_FULL_STOP_REQUEST
   LANDING_VFR_FULL_STOP_FLYING_PATTERN
   LANDING_VFR_FULL_STOP_CLEARED_TO_LAND
   LANDING_VFR_TOUCH_AND_GO_REQUEST
   LANDING_VFR_TOUCH_AND_GO_FLYING_PATTERN
   LANDING_VFR_TOUCH_AND_GO_CLEARED_TO_LAND

String:

1. DEPARTURE_VFR_REQUEST_REMAIN_IN_PATTERN
   DEPARTURE_VFR_REQUEST_DEPART_STRAIGHT_OUT
   DEPARTURE_VFR_REQUEST_DEPART_NORTH
   DEPARTURE_VFR_REQUEST_DEPART_SOUTH
   DEPARTURE_VFR_REQUEST_DEPART_EAST
   DEPARTURE_VFR_REQUEST_DEPART_WEST
   DEPARTURE_VFR_REQUEST_NONE

String:

1. PARKING_NAME_NONE
   PARKING_NAME_PARKING
   PARKING_NAME_N_PARKING
   PARKING_NAME_NE_PARKING
   PARKING_NAME_E_PARKING
   PARKING_NAME_SE_PARKING
   PARKING_NAME_S_PARKING
   PARKING_NAME_SW_PARKING
   PARKING_NAME_W_PARKING
   PARKING_NAME_NW_PARKING
   PARKING_NAME_GATE

String:

1. PARKING_TYPE_NONE
   PARKING_TYPE_RAMP_GA
   FAC_TAXI_PARKING_TYPE_RAMP_GA_SMALL
   PARKING_TYPE_RAMP_GA_MEDIUM
   PARKING_TYPE_RAMP_GA_LARGE
   PARKING_TYPE_RAMP_CARGO
   PARKING_TYPE_RAMP_MIL_CARGO
   PARKING_TYPE_RAMP_MIL_COMBAT
   PARKING_TYPE_GATE_SMALL
   PARKING_TYPE_GATE_MEDIUM
   PARKING_TYPE_GATE_HEAVY
   PARKING_TYPE_DOCK_GA
   PARKING_TYPE_FUEL
   PARKING_TYPE_VEHICLE

String:

1. PATTERN_LEG_NONE
   PATTERN_LEG_DOWNWIND
   PATTERN_LEG_CROSSWIND
   PATTERN_LEG_SHORT_FINAL
   PATTERN_LEG_FINAL
   PATTERN_LEG_BASE
   PATTERN_LEG_UPWIND

String:

1. FLIGHT_FOLLOWING_NO
   FLIGHT_FOLLOWING_REQUEST
   FLIGHT_FOLLOWING_YES

String:

1. AIRSPACE_TRANSITION_NONE
   AIRSPACE_TRANSITION_REQUEST
   AIRSPACE_TRANSITION_YES

String:

1. BV_TYPE_NONE
   BV_TYPE_CENTER
   BV_TYPE_CLASS_A
   BV_TYPE_CLASS_B
   BV_TYPE_CLASS_C
   BV_TYPE_CLASS_D
   BV_TYPE_CLASS_E
   BV_TYPE_CLASS_F
   BV_TYPE_CLASS_G
   BV_TYPE_TOWER
   BV_TYPE_CLEARANCE
   BV_TYPE_GROUND
   BV_TYPE_DEPARTURE
   BV_TYPE_APPROACH
   BV_TYPE_MOA
   BV_TYPE_RESTRICTED
   BV_TYPE_PROHIBITED
   BV_TYPE_WARNING
   BV_TYPE_ALERT
   BV_TYPE_DANGER
   BV_TYPE_NATIONAL_PARK
   BV_TYPE_MODE_C
   BV_TYPE_MAX

String:

1. TAKEOFF_SEQUENCE_NONE
   TAKEOFF_SEQUENCE_HOLDSHORT
   TAKEOFF_SEQUENCE_TAXI_AND_HOLD
   TAKEOFF_SEQUENCE_CLEARED
   TAKEOFF_SEQUENCE_OUT_OF_AREA

String:

1. BV_TYPE_NONE
   BV_TYPE_CENTER
   BV_TYPE_CLASS_A
   BV_TYPE_CLASS_B
   BV_TYPE_CLASS_C
   BV_TYPE_CLASS_D
   BV_TYPE_CLASS_E
   BV_TYPE_CLASS_F
   BV_TYPE_CLASS_G
   BV_TYPE_TOWER
   BV_TYPE_CLEARANCE
   BV_TYPE_GROUND
   BV_TYPE_DEPARTURE
   BV_TYPE_APPROACH
   BV_TYPE_MOA
   BV_TYPE_RESTRICTED
   BV_TYPE_PROHIBITED
   BV_TYPE_WARNING
   BV_TYPE_ALERT
   BV_TYPE_DANGER
   BV_TYPE_NATIONAL_PARK
   BV_TYPE_MODE_C
   BV_TYPE_MAX

String:

1. IFR
   VFR

Integer:

1. 0 = Direct (GPS)
   1 = VOR to VOR
   2 = Low altitude airways
   3 = High altitude airways

The runway number and optional designator of the departure. For example:

Note that this must be identical to that which is set in the [Departure] section.

• estimated knots,
• actual knots,
• height in meters,
• actual time enroute,
• estimated time of arrival,
• fuel remaining when arrived,
• estimate of fuel required for the leg,
• actual fuel used for the leg.

WpInfo0=473, 0, 131, 0, 8459, 2909.8, 0.0, 0.0
WpInfo1=473, 0, 161, 0, 47577, 2909.8, 0.2, 0.0
WpInfo2=473, 0, 5486, 0, 48856, 0.0, 137.0, 0.0

For each flight path point, a coded version of the latitude and longitude (in hex). Note that each line number (0 to N) holds four flight path points.
The latitude is coded as: 128 * ((latitude as a decimal value) * (90.0 / 10001750))
The longitude is coded as: (((longitude as a decimal value) * ((65536.0/360.0) * 65536.0 )))

For example:
FP0=293ede80,a83d7546,293eee26,a83d2f9e,293efe7a,a83ce5ff,293f14d8,a83c8046

Sets whether the chocks should be in place at the start of the flight (1, On, TRUE) or not (0, Off, FALSE).

Default value is 0.

Sets whether the engine covers should be in place at the start of the flight (1, On, TRUE) or not (0, Off, FALSE).

Default value is 0.

Sets whether the pitot head covers should be in place at the start of the flight (1, On, TRUE) or not (0, Off, FALSE).

Default value is 0.

Sets whether the static port covers should be in place at the start of the flight (1, On, TRUE) or not (0, Off, FALSE).

Default value is 0.

Sets whether the rotor covers should be in place at the start of the flight (1, On, TRUE) or not (0, Off, FALSE).

Default value is 0.

Sets whether the landing gear pins should be in place at the start of the flight (1, On, TRUE) or not (0, Off, FALSE).

Default value is 0.

Defines how much runway dirt will be present on the aircraft. Value is expressed as a Percent Over 100.

String:

1. Winter
2. Spring
3. Summer
4. Fall

Rotation of the camera for pitch, bank and heading. This is a 3 value comma separated list, for example: Rotation=-1,0,0

This entry is not required for external views.

String:

1. None
   AI_Air
   AI_Taxi
   AI_LandingTakeoff
   Data_Air
   Data_ground

This is the title of the SimObject - as set in the sim.cfg file for a human SimObject - that is to be used as the pilot for the mission. If you do not set this parameter - or set it to an empty string - then the pilot that is set in the aircraft.cfg file will be used (see the [PILOT] section). For a list of pilots available without creating your own SimObjects, please see the List Of Included Pilot/Copilot/Instructor SimObjects.

NOTE: In "freeflight", this parameter will be created with an empty string as the parameter value as part of the automatic creation of the *.flt file. In these cases, if the aircraft Flight Model Config Definition has not defined a pilot station_load.N then NO pilot will be spawned, regardless of the [PILOT] configuration.

This is the title of the SimObject - as set in the sim.cfg file for a human SimObject - that is to be used as the copilot for the mission. If you do not set this parameter - or set it to an empty string - then the copilot that is set in the aircraft.cfg file will be used (see the [PILOT] section). For a list of copilots available without creating your own SimObjects, please see the List Of Included Pilot/Copilot/Instructor SimObjects.

NOTE: In "freeflight", this parameter will be created with an empty string as the parameter value as part of the automatic creation of the *.flt file. In these cases, if the aircraft Flight Model Config Definition has not defined a pilot station_load.N then NO copilot will be spawned, regardless of the [PILOT] configuration.

String, one of the following:

1. apron.flt
   runway.flt
   climb.flt
   cruise.flt
   final.flt
   taxi.flt

Integer:

1. 0 = Off
   1 = Standby
   2 = On
   3 = Alt
   4 = Ground

If set to True, the component is initially functional at the level set by the health property, but fails completely at some point between the ArmedFailureFromTime and the ArmedFailureToTime.

If set to False, the system will operate at the level set by the health property indefinitely. In this later case both ArmedFailureFromTime and ArmedFailureToTime should be present and set to zero.

Percentage that the cowl flaps are open. This affects the cylinder head temperature cooling as follows:

CHTCooling = true_airspeed_fps * density_ratio / temperature_ratio + cowl_flaps_pos * 80

Integer:

1. 0 = Not Igniting
   1 = Auto
   2 = On

Sets the corrected Fuel flow at spawn, in lbs per hour.

Default value is 0 if the aircraft is spawned on the ground and 500 if spawned in the air.

This parameter takes a hashmap with a single key - FillRatio - which sets up the named reservoir with an initial quantity of fluid, expressed as a Percent Over 100.

1. IMPORTANT! Take care setting the quantity value. A full reservoir will prevent actuators from emptying themselves when moving, thus preventing them from moving at all.

For example:

Reservoir[Name]= FillRatio:0.98

Hash Map

(see Data Types for more information)

This parameter takes a hashmap with a single key - Status - which sets the named valve initial state, expressed as a Percent Over 100, where 0 is fully closed and 1 is fully open.

For example:

Valve[Name]= Status:1.0

This parameter takes a hashmap with a single key - FillRatio - which sets the named junction with an initial quantity of fluid, expressed as a Percent Over 100.

For example:

Junction[Name]= FillRatio:0.98

This parameter takes a hashmap with up to three keys - FillRatio, Pressure, and Active - which sets up the named pump with initial values where:

1. FillRatio: the amount of fluid in the pump, expressed as a Percent Over 100.
2. Pressure: the pressure of the hydraulic fluid in the pump, in psi.
3. State: the initial state of the pump, either on (1, True) or off (0, False).

For example:

Pump[Name]= FillRatio:0.510 #Pressure:14.500 #Active:False

This parameter takes a hashmap with up to six keys - Active, Reversed, PumpPressure, MotorPressure, PumpFillRatio, and MotorFillRatio - which sets up the named ptu with initial values where:

1. Active: Whether the PTU is active (1, True) or not (0, False).
2. Reversed: Whether the PTU is reversed (1, True) or not (0, False). This is only valid for reversible PTUs.
3. PumpPressure: The internal pressure of the PTU pump, in psi.
4. MotorPressure: The internal pressure of the PTU motor, in psi.
5. PumpFillRatio: The amount of fluid in the PTU pump, expressed as a Percent Over 100.
6. MotorFillRatio: The amount of fluid in the PTU motor, expressed as a Percent Over 100.

For example:

PTU[Name] = Active:False #Reversed:False #PumpFillRatio:0.247 #PumpPressure:14.500 #MotorFillRatio:0.000 #PumpPressure:14.500

This parameter takes a hashmap with up to two keys - FillRatio, and Pressure - which sets up the named accumulator with initial values where:

1. FillRatio: The amount of fluid in the accumulator, expressed as a Percent Over 100.
2. Pressure: The pressure of the hydraulic fluid in the accumulator, in psi.

For example:

Accumulator[Name]= FillRatio:0.98 #Pressure:2000

This parameter takes a hashmap with a single key - FillRatio - which sets the named actuator with an initial quantity of fluid, expressed as a Percent Over 100.

For example:

Actuator[Name]= FillRatio:1.0

This parameter takes a hashmap with up to 4 keys - InputFillRatio, OutputFillRatio, InputPressure, and OutputPressure - which sets up the named line with initial values where:

1. InputFillRatio: The amount of fluid in the input side of the line, expressed as a Percent Over 100.
2. OutputFillRatio: The amount of fluid in the output side of the line, expressed as a Percent Over 100.
3. InputPressure: The internal fluid pressure of input side of the line, in psi.
4. OutputPressure: The internal fluid pressure of output side of the line, in psi.

For example:

Line[Name] = InputFillRatio:1.000 #InputPressure:2932.298 #OutputFillRatio:1.000 #OutputPressure:2932.298

This parameter takes a hashmap with a single key - LevelPct - which sets the remaining quantity of fuel in the named tank, as a Percent Over 100.

Default value is:

Tank[Name]: #LevelPct:0.4

or whatever setting the user has made in the main menu.

This parameter takes a hashmap with a single key - IsOpen - which sets whether the named valve is open (1, TRUE, On) or not (0, FALSE, Off).

Default value is:

Valve[Name]: #IsOpen:TRUE

This parameter takes a hashmap with a single key - SelectedOption - which sets the index value corresponding to the option currently used by the named junction. For more information on junction options, please see here: Junction.N.

Default value is:

Junction[Name]: #SelectedOption:1

This parameter takes a hashmap with a single key - Active - which is used to set what state the the named pump is in. Can be one of the following values:

1. 0 = Off
2. 1 = On
3. 2 = Auto

Default value is:

Pump[Name]: #Active:0

This parameter takes a hashmap with a single key - State - which can be (1, TRUE, On) or (0, FALSE, Off), depending on the state you wish to set the trigger to.

Default value is:

Trigger[Name]: #State:TRUE

Sets the bleed air status of the indexed Engine component to enabled (1, TRUE) or disabled (0, FALSE).

Default value is 0 (FALSE).

Sets the status of the indexed Pack component to enabled (1, TRUE) or disabled (0, FALSE).

Default value is 1 (TRUE).

Sets the status of the indexed Pack overhead switch to enabled (1, TRUE) or disabled (0, FALSE).

Default value is 1 (TRUE).

Sets the percentage of airflow through the indexed Pack component, as a Percent Over 100.

Default value is 1.

Sets the initial mode of the indexed Pack component, which can be one of the following:

1. 0: Low
2. 1: Normal
3. 2: High

Default value is 1.

Sets whether the indexed Pack component is set to "Auto" (1, TRUE) or not (0, FALSE).

Default value is 1 (TRUE).

Sets the target temperature (in °C) for the indexed Area component.

Default value is -1.

Sets the current temperature (in °C) for the indexed Area component.

Default value is 0.

Sets the percentage that the indexed Valve component is opened, as a Percent Over 100.

Default value is 1.

Sets the target percentage that the indexed Valve component should open to, as a Percent Over 100.

Default value is 1.

Sets the initial mode of the indexed Valve component, which can be one of the following:

1. 0: Auto
2. 1: Manual
3. 2: Open
4. 3: Closed

Default value is 0.

Sets whether the packs are using the default temperature output values (1, TRUE) or not (0, FALSE).

Default value is 0 (FALSE).

The target cabin altitude for the aircraft, in ft.

Default value is 7000.

The initial temperature of the aircraft areas (average of all areas combined), in °C.

Default value is 0.

The initial pressure of the aircraft areas (average of all areas combined), in kiloPascals.

Default value is 0.

This parameter takes a hashmap with a two keys - Switch, and PowerSetting - which set the state and power of the named circuit, where:

1. Switch: Whether the circuit is on (1, True) or off (0, False).
2. PowerSetting: the ratio of the power setting, expressed as a Percent Over 100.

Default value is:

Circuit[name] = Switch:True #PowerSetting:1.0 

For more information on circuits, please see here: Circuit.

This parameter takes a hashmap with a two keys - Switch, and Capacity - which set the state and power of the named battery, where:

1. Switch: Whether the battery is on (1, True) or off (0, False).
2. Capacity: The remaining capacity in Ah (Ampere hours) of the battery.

Default value is:

Battery[name] = Switch:True #Capacity:13.6 

For more information on batteries, please see here: Battery.

This parameter takes a hashmap with one key - Switch - which sets whether the generator is on (1, True) or off (0, False).

Default value is:

Generator[name] = Switch:True

For more information on generators, please see here: Generator.

N/A

This parameter takes a hashmap with one key - Switch - which sets whether the external power source is on (1, True) or off (0, False).

Default value is:

ExternalPower[name] = Switch:True

For more information on external power sources, please see here: ExternalPower.

This parameter takes a hashmap with one key - Connected - which sets whether the line is connected (1, True) or not (0, False).

Default value is:

Line[name] = Connected:True

For more information on lines, please see here: Line.

This parameter takes a hashmap with a two keys - Pulled, and Timer - which control the state of the breaker. Note that breakers are governed by the line they are on, and so the name given is for the Line, not the breaker itself.

1. Pulled: Whether the breaker has been pulled (1, True) or not (0, False).
2. Timer: the current trip time of the breaker.

Default value is:

Breaker[line_name] = Pulled:False #Timer:0.0 

The initial setup for a Burner. This parameter requires an ID (name or index) to specify which burner component is being targetted, and then you give a hashmap to set whether combustion is active or not, using the following format where "true" is active and "false" is inactive:

Burner[ID] = Combustion:<true_false>

 For example:

Burner[Burner_1] = Combustion:true
Burner[Burner_2] = Combustion:true

Hash Map

The initial setup for a Valve. This parameter requires an ID (name or index) to specify which valve component is being targetted, and then you give a hashmap to set the opening status, using the following format where a value of 0 is fully closed, and a value of 1 is fully open:

Valve[ID] = Combustion:<true_false>

 For example:

Valve[Burner2_Whisper] = Status:0.0
Valve[Burner2_Pilot] = Status:1.0

Integer:

1. 0 = OFF
2. 1 = ON
3. 2 = AUTO

Integer:

1. 0 = OFF
2. 1 = ON
3. 2 = AUTO

If this parameter is set to true, the simulation will call the BAROMETRIC key event to set the barometer level at the start of the flight.

Default value is false (0).

Defines the number of behaviour objects that should be spawned.

Note that you can only use this parameter or NodeTag to define spawn quantity. You cannot use both parameters together.

A node tag. Using this parameter means that number of behaviour objects that should be spawned will be based on the number of nodes with the given tag on the navigation graph for the associated service. You may modify this value using the Density parameter.

Note that you can only use this parameter or Quantity to define spawn quantity. You cannot use both parameters together.

This is a percentage value that is only required when using the NodeTag parameter. The percentage given here will be a modifier applied to the number of behaviour objects that are spawned. For example, if you have 75% here and there are 60 tagged nodes, then 45 objects will be spawned.

Default value is 100.

Defines whether the behaviour object should be removed on flight reset (1, TRUE) or not (0, FALSE).

Default value is 1 (TRUE).

Here you give one of the available pre-generated characters to be used as the spawned object.

If this is used then you cannot use the SimObject.N nor PropSetContainerGUID parameters.

Here you give the name of a SimObject to use as the spawned object. Objects should be indexed from 0 and increment by 1, and if you supply more than one SimObject then spawned objects will be picked randomly from list.

If this is used then you cannot use the GeneratedCharacters nor PropSetContainerGUID parameters.

Here you give the GUID of a PropSetContainer to be used as the spawned object. If you supply this parameter, it must be accompanied with the PropSetFile parameter as well.

If this is used then you cannot use the GeneratedCharacters nor PropSetContainerGUID parameters.

This parameter permits you to inhibit (disable) entire categories of failures. To do this, you need to give a comma separated list of each of the failure categories that you wish to inhibit, for example:

inhibitCategory=Engine,Controls,LandingGear

The available failure categories are as follows:

1. Autopilot
   Controls
   Deicing
   Doors
   Electrical
   EmergencyOxygen
   Engine
   FuelSystem
   GroundContact
   HydraulicsSystem
   Instruments
   LandingGear
   Lights
   Miscellaneous
   Navigation
   OilSystem
   PneumaticSystem
   Sensors

The parameter has no default value, and if you do not wish to inhibit any categories, simply omit the parameter from the file. Note too that this requires that the inhibitAll parameter is set to 0 (False).

List of strings

(see Data Types for more information)

This controls the setting of the G-limiter on an aircraft. This value can then be accessed through the SimVar G_LIMITER_SETTING. Possible values are:

1. 0 = Off
2. 1 = On
3. 2 = Override

The simulation rate. This parameter can only accept the following values:

1. 0.25
2. 0.5
3. 1
4. 2
5. 4
6. 8
7. 16
8. 32
9. 64
10. 128

Note that these values are multipliers and that 1 is the normal speed. Supplying any value other than those given above will default the simulation rate to 1.