AIRCRAFT GENERAL SYSTEM EVENTS

The event IDs listed here are those that are related to aircraft multiple smaller aircvraft systems, but that don't have so many events associated with them that they require dedicated pages.

 

 

Liquid Dropping System

These key events are all related to the Modular Liquid Dropping System. Most of them require the name (or index) of the component that they target. This name is given using the following format:

'[COMPONENT_NAME]'_n

For example:

16383 'Scoop_1'_n (>K:2:LIQUID_DROPPING_SYSTEM_SCOOP_SET)

 

Event Name Parameters Description
LIQUID_DROPPING_SYSTEM_DOOR_CLOSE
  1. [0]: Door name (or index)
 Close the named (or indexed) liquid dropping system door.
LIQUID_DROPPING_SYSTEM_DOOR_COMMAND_GROUP_CLOSE
  1. [0]: Door command group index
 Close all the doors that belong to the given command group index.
LIQUID_DROPPING_SYSTEM_DOOR_COMMAND_GROUP_OPEN
  1. [0]: Door command group index
 Open all the doors that belong to the given command group index.
LIQUID_DROPPING_SYSTEM_DOOR_COMMAND_GROUP_SET
  1. [0]: Door command group index
  2. [1]: Door Target Position (Position 16k)
 Set all the doors that belong to the given command group index to the supplied value, where 0 is fully closed and 16384 is fully open.
LIQUID_DROPPING_SYSTEM_DOOR_COMMAND_GROUP_TOGGLE
  1. [0]: Door command group index

Toggle all the doors that belong to the given command group index (so open doors will close and closed doors will open).

Note that the initial position is taken from the first door found with the correct command group index, and then the toggled value for that door is applied to all doors, even if their original position was different.
LIQUID_DROPPING_SYSTEM_DOOR_OPEN
  1. [0]: Door name (or index)
 Open the named (or indexed) liquid dropping system door.
LIQUID_DROPPING_SYSTEM_DOOR_SET
  1. [0]: Door name (or index)
  2. [1]: Door Target Position (Position 16k)
 Set the named (or indexed) door to the supplied value, where 0 is fully closed and +16384 is fully open.
LIQUID_DROPPING_SYSTEM_DOOR_TOGGLE
  1. [0]: Door name (or index)
 Toggle the named (or indexed) liquid dropping system door (so open doors will close and closed doors will open).
LIQUID_DROPPING_SYSTEM_SCOOP_CLOSE
  1. [0]: Scoop name (or index)
 Open the named (or indexed) liquid dropping system scoop.
LIQUID_DROPPING_SYSTEM_SCOOP_OPEN
  1. [0]: Scoop name (or index)
 Open the named (or indexed) liquid dropping system scoop.
LIQUID_DROPPING_SYSTEM_SCOOP_SET
  1. [0]: Scoop name (or index)
  2. [1]: Scoop Target Position (Position 16k)
Set the named (or indexed) scoop to the supplied value, where 0 is fully closed and 16384 is fully open.
LIQUID_DROPPINGSYSTEM_SCOOP_TOGGLE
  1. [0]: Scoop name (or index)
 Toggle the named (or indexed) liquid dropping system scoop (so open scoops will close and closed scoops will open).
SPRAY_OFF
  1. User Defined

This event is unbound in the simulation and as such can be used for a variety of things depending on aircraft specific model behaviors.
SPRAY_ON
  1. User Defined

This event is unbound in the simulation and as such can be used for a variety of things depending on aircraft specific model behaviors.
SPRAY_TOGGLE
  1. User Defined

This event is unbound in the simulation and as such can be used for a variety of things depending on aircraft specific model behaviors.
SPRAY_SET
  1. User Defined

This event is unbound in the simulation and as such can be used for a variety of things depending on aircraft specific model behaviors.

 

 

Pneumatics System

These key events are all related to the Modular Pneumatics System. Most of them require the name (or index) of the component that they target. This name is given using the following format:

'[COMPONENT_NAME]'_n

For example:

16384 'Fan_1'_n (>K:2:PNEUMATICS_FAN_SET)

 

Event Name Parameters Description
PNEUMATICS_AREA_TEMPERATURE_DEC
  1. [0]: Area name (or index)
  2. [1]: Value
 Decrements the target temperature of the specified area by the given amount. Value is given in °C.
PNEUMATICS_AREA_TEMPERATURE_INC
  1. [0]: Area name (or index)
  2. [1]: Value
 Increments the target temperature of the specified area by the given amount. Value is given in °C.
PNEUMATICS_AREA_TEMPERATURE_SET
  1. [0]: Area name (or index)
  2. [1]: Value
 Sets the target temperature of the specified area to the given amount. Value is given in °C.
PNEUMATICS_FAN_SET
  1. [0]: Fan name (or index)
  2. [1]: Percent Over 100
 Sets the the speed of the given fan to the specified ratio where 0 is off and 1 is full power.
PNEUMATICS_JUNCTION_LINE_OPENING_STATUS_SET
  1. [0]: Junction name (or index)
  2. [1]: Line name (or index)
  3. [2]: Percent Over 100
 This is used to set how open the connection between the given junction and line components should be, where 0 is closed and 1 is fully open.
PNEUMATICS_PACK_FLOW_AUTO_OFF
  1. [0]: Pack name (or index)
 Sets the given pack auto flow mode to OFF.
PNEUMATICS_PACK_FLOW_AUTO_ON
  1. [0]: Pack name (or index)
 Sets the given pack auto flow mode to ON.
PNEUMATICS_PACK_FLOW_AUTO_SET
  1. [0]: Pack name (or index)
  2. [1]: Bool
 Sets the given pack auto flow mode to ON (1) or OFF (0).
PNEUMATICS_PACK_FLOW_MODE_HIGH
  1. [0]: Pack name (or index)
 Sets the given pack flow state to HIGH.
PNEUMATICS_PACK_FLOW_MODE_LOW
  1. [0]: Pack name (or index)
 Sets the given pack flow state to LOW.
PNEUMATICS_PACK_FLOW_MODE_NORM
  1. [0]: Pack name (or index)
 Sets the given pack flow state to NORMAL.
PNEUMATICS_PACK_FLOW_MODE_SET
  1. [0]: Pack name (or index)
  2. [1]: Enum

Sets the given pack to use a different flow state, where:

  1. 0 = LOW
  2. 1 = NORMAL
  3. 2 = HIGH
PNEUMATICS_PACK_OFF
  1. [0]: Pack name (or index)
 Turns OFF the given pack.
PNEUMATICS_PACK_ON
  1. [0]: Pack name (or index)
 Turns ON the given pack.
PNEUMATICS_PACK_SET
  1. [0]: Pack name (or index)
  2. [1]: Bool
 Turns the given pack ON (1) or OFF (0) based on the supplied value.
PNEUMATICS_PACK_TOGGLE
  1. [0]: Pack name (or index)
 This can be used to toggle the given pack ON (1) or OFF (0).
PNEUMATICS_PACKS_FLOW_DEC
  1. [0]: Pack name (or index)
  2. [1]: Value
 Decrements the flow amount of the specified area by the given amount. Value should be between 0 and 1.
PNEUMATICS_PACKS_FLOW_INC
  1. [0]: Pack name (or index)
  2. [1]: Value
 Increments the flow amount of the specified area by the given amount. Value should be between 0 and 1.
PNEUMATICS_PACKS_FLOW_SET
  1. [0]: Pack name (or index)
  2. [1]: Value
 Increments the flow amount of the specified area by the given amount. Value should be between 0 and 1.
PNEUMATICS_TARGET_CABIN_ALTITUDE_DEC
  1. [0]: Value
 Decrements the associated pressure target altitude for the whole aircraft by the given amount. Value is in ft.
PNEUMATICS_TARGET_CABIN_ALTITUDE_INC
  1. [0]: Value
 Increments the associated pressure target altitude for the whole aircraft by the given amount. Value is in ft.
PNEUMATICS_TARGET_CABIN_ALTITUDE_SET
  1. [0]: value
 Sets the associated pressure target altitude for the whole aircraft to the given altitude. Value is in ft.
PNEUMATICS_VALVE_CLOSE
  1. [0]: Valve name (or index)
 Closes the given valve.
PNEUMATICS_VALVE_MODE_AUTO
  1. [0]: Valve name (or index)
 Sets the operational mode of the given valve to AUTO.
PNEUMATICS_VALVE_MODE_CLOSED
  1. [0]: Valve name (or index)
 Sets the operational mode of the given valve to CLOSED.
PNEUMATICS_VALVE_MODE_OPEN
  1. [0]: Valve name (or index)
 Sets the operational mode of the given valve to OPEN.
PNEUMATICS_VALVE_MODE_SET
  1. [0]: Valve name (or index)
  2. [1]: Enum

Sets the operational mode of the given valve to the given value. The mode values are as follows:

  1. 0 = AUTO
  2. 1 = MANUAL
  3. 2 = OPEN
  4. 3 = CLOSED
PNEUMATICS_VALVE_OPEN
  1. [0]: Valve name (or index)
 Opens the given valve.
PNEUMATICS_VALVE_SET
  1. [0]: Valve name (or index)
  2. [1]: Percent Over 100
 Sets the given valve to the given position where a value of 0 is fully closed, and 1 is fully open.
PNEUMATICS_VALVE_TOGGLE
  1. [0]: Valve name (or index)
 This can be used to toggle the given valve open (1) or closed (0).

 

 

Hydraulics System

These key events are all related to the Modular Hydraulics System. Most of them require the name (or index) of the component that they target. This name is given using the following format:

'[COMPONENT_NAME]'_n

For example:

'Pump_1'_n (>K:HYDRAULIC_SWITCH_TOGGLE)

 

Event Name Parameters Description
HYDRAULIC_SWITCH_TOGGLE
  1. [0]: pump name (or index)
 This can be used to toggle the given hydraulic pump on or off.
HYDRAULIC_VALVE_CLOSE
  1. [0]: valve name (or index)
 This will close the given hydraulic valve.
HYDRAULIC_VALVE_OPEN
  1. [0]: valve name (or index)
 This will open the given hydraulic valve.
HYDRAULIC_VALVE_SET
  1. [0]: valve name (or index)
  2. [1]: Valve target position (Position 16k)
 Set the given valve to the supplied value, where 0 is fully closed and 16384 is fully open.
HYDRAULIC_VALVE_TOGGLE
  1. [0]: valve name (or index)
 This will toggle the given hydraulic valve open/closed.

 

 

Landing Gear / Brakes

Event Name Parameters Description
ANTISKID_BRAKES_TOGGLE
  1. N/A
 Turn the anti-skid braking system on or off.
AXIS_IND_SET
  1. -
 Not currently used in the simulation.
AXIS_LEFT_BRAKE_LINEAR_SET

[0]: the brake position from -16383 to 16383

Sets the left brake position from an axis controller (e.g. joystick) to the value given as the parameter [0], from -16383 (0 braking) to +16383 (maximum braking). Note that this is on a linear scale:

  1. -16383 = 0%
  2. 0 = 50%
  3. +16383 = 100%

Not currently used in the simulation.
AXIS_LEFT_BRAKE_SET

[0]: the brake position from -16383 to 16383

Sets the left brake position from an axis controller (e.g. joystick) to the value given as the parameter [0], from -16383 (0 braking) to +16383 (maximum braking). Note that this is on a non-linear scale:

  1. -16383 = 0%
  2. -8191 = 8%
  3. 0 = 27%
  4. +8191 = 53%
  5. +16383 = 100%
AXIS_RIGHT_BRAKE_LINEAR_SET

[0]: the brake position from -16383 to 16383

Sets the right brake position from an axis controller (e.g. joystick) to the value given as the parameter [0], from -16383 (0 braking) to +16383 (maximum braking). Note that this is on a linear scale:

  1. -16383 = 0%
  2. 0 = 50%
  3. +16383 = 100%

Not currently used in the simulation.

AXIS_RIGHT_BRAKE_SET

[0]: the brake position from -16383 to 16383

Sets the right brake position from an axis controller (e.g. joystick) to the value given as the parameter [0], from -16383 (0 braking) to +16383 (maximum braking). Note that this is on a non-linear scale:

  1. -16383 = 0%
  2. -8191 = 8%
  3. 0 = 27%
  4. +8191 = 53%
  5. +16383 = 100%
BRAKES

N/A

 Increment brake pressure
BRAKES_LEFT

N/A

 Increments left brake pressure
BRAKES_RIGHT

N/A

 Increments right brake pressure
GEAR_DOWN

N/A

 Sets gear handle in DOWN position
GEAR_EMERGENCY_HANDLE_TOGGLE

N/A
GEAR_PUMP

N/A

 Increments emergency gear extension
GEAR_SET

[0]: Position

 Sets gear handle position up/down (0,1)
GEAR_TOGGLE

N/A

 Toggle gear handle
GEAR_UP

N/A

 Sets gear handle in UP position
PARKING_BRAKES

N/A

 Toggles the parking brake on/off
PARKING_BRAKE_SET

[0]: Bool

 Set the parking brake on/off
RETRACT_FLOAT_SWITCH_DEC

N/A

 If the plane has retractable floats, moves the retract position from Extend to Neutral, or Neutral to Retract.
RETRACT_FLOAT_SWITCH_INC

N/A

 If the plane has retractable floats, moves the retract position from Retract to Neutral, or Neutral to Extend.

 

Related Topics

  1. Programming APIs
  2. Reverse Polish Notation
  3. Model Behaviors
  4. Creating_Interactions_Using_InputEvents
  5. Template Explorer
  6. Event_IDs