Autopilot_ParametersFn

Asobo_EX1\Common\Interior\Templates\ParametersFn\Autopilot_ParametersFn.xml#

Includes

• RelativeFile: InteractionPresets\\Autopilot_Interactions.xml

ParametersFn

• ASOBO_Baro_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_Baro_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <BARO_ID>0</BARO_ID> </Parameters> <Parameters Type="Default"> <SIMVAR_BARO_HG>KOHLSMAN SETTING HG:#BARO_ID#</SIMVAR_BARO_HG> <SIMVAR_BARO_MB>KOHLSMAN SETTING MB:#BARO_ID#</SIMVAR_BARO_MB> <SIMVAR_BARO_STD>KOHLSMAN SETTING STD:#BARO_ID#</SIMVAR_BARO_STD> </Parameters> <Parameters Type="Default"> <SET_BARO_STD_PRESSURE>#BARO_ID# (&gt;K:BAROMETRIC_STD_PRESSURE)</SET_BARO_STD_PRESSURE> <GET_BARO_HG>(A:#SIMVAR_BARO_HG#, inHg)</GET_BARO_HG> <GET_BARO_MB>(A:#SIMVAR_BARO_MB#, Millibar)</GET_BARO_MB> <GET_BARO_STD>(A:#SIMVAR_BARO_STD#, Bool)</GET_BARO_STD> <SET_BARO_STD>(&gt;A:#SIMVAR_BARO_STD#, Bool)</SET_BARO_STD> <SET_BARO_MB>sp0 #BARO_ID# l0 16 * (&gt;K:2:KOHLSMAN_SET)</SET_BARO_MB> <SET_BARO_HG>33.863886667 / sp0 #BARO_ID# l0 16 * (&gt;K:2:KOHLSMAN_SET)</SET_BARO_HG> </Parameters> <ReturnParameters> <GET_BARO#OUT_PARAM_SUFFIX#_HG>#GET_BARO_HG#</GET_BARO#OUT_PARAM_SUFFIX#_HG> <GET_BARO#OUT_PARAM_SUFFIX#_MB>#GET_BARO_MB#</GET_BARO#OUT_PARAM_SUFFIX#_MB> <GET_BARO#OUT_PARAM_SUFFIX#_STD>#GET_BARO_STD#</GET_BARO#OUT_PARAM_SUFFIX#_STD> <SET_BARO#OUT_PARAM_SUFFIX#_MB>#SET_BARO_MB#</SET_BARO#OUT_PARAM_SUFFIX#_MB> <SET_BARO#OUT_PARAM_SUFFIX#_HG>#SET_BARO_HG#</SET_BARO#OUT_PARAM_SUFFIX#_HG> <SET_BARO#OUT_PARAM_SUFFIX#_STD>#SET_BARO_STD#</SET_BARO#OUT_PARAM_SUFFIX#_STD> <SET_BARO#OUT_PARAM_SUFFIX#_STD_PRESSURE>#SET_BARO_STD_PRESSURE#</SET_BARO#OUT_PARAM_SUFFIX#_STD_PRESSURE> <SIMVAR_BARO#OUT_PARAM_SUFFIX#_HG>#SIMVAR_BARO_HG#</SIMVAR_BARO#OUT_PARAM_SUFFIX#_HG> <SIMVAR_BARO#OUT_PARAM_SUFFIX#_MB>#SIMVAR_BARO_MB#</SIMVAR_BARO#OUT_PARAM_SUFFIX#_MB> <SIMVAR_BARO#OUT_PARAM_SUFFIX#_STD>#SIMVAR_BARO_STD#</SIMVAR_BARO#OUT_PARAM_SUFFIX#_STD> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Override

    ParametersFn used:

    • ASOBO_Get_Param_Suffix_Helper
  • Default

    Parameters set:

    • BARO_ID
  • Default

    Parameters set:

    • SIMVAR_BARO_HG (using BARO_ID)
    • SIMVAR_BARO_MB (using BARO_ID)
    • SIMVAR_BARO_STD (using BARO_ID)
  • Default

    Parameters set:

    • SET_BARO_STD_PRESSURE (using BARO_ID)
    • GET_BARO_HG (using SIMVAR_BARO_HG)
    • GET_BARO_MB (using SIMVAR_BARO_MB)
    • GET_BARO_STD (using SIMVAR_BARO_STD)
    • SET_BARO_STD (using SIMVAR_BARO_STD)
    • SET_BARO_MB (using BARO_ID)
    • SET_BARO_HG (using BARO_ID)

  Return parameters:

  Parameters set:

  • GET_BARO#OUT_PARAM_SUFFIX#_HG (using GET_BARO_HG)
  • GET_BARO#OUT_PARAM_SUFFIX#_MB (using GET_BARO_MB)
  • GET_BARO#OUT_PARAM_SUFFIX#_STD (using GET_BARO_STD)
  • SET_BARO#OUT_PARAM_SUFFIX#_MB (using SET_BARO_MB)
  • SET_BARO#OUT_PARAM_SUFFIX#_HG (using SET_BARO_HG)
  • SET_BARO#OUT_PARAM_SUFFIX#_STD (using SET_BARO_STD)
  • SET_BARO#OUT_PARAM_SUFFIX#_STD_PRESSURE (using SET_BARO_STD_PRESSURE)
  • SIMVAR_BARO#OUT_PARAM_SUFFIX#_HG (using SIMVAR_BARO_HG)
  • SIMVAR_BARO#OUT_PARAM_SUFFIX#_MB (using SIMVAR_BARO_MB)
  • SIMVAR_BARO#OUT_PARAM_SUFFIX#_STD (using SIMVAR_BARO_STD)

• ASOBO_AP_Disengage_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Disengage_Parameters"> <Parameters Type="Default"> <SIMVAR_AP_DISENGAGE>AUTOPILOT DISENGAGED</SIMVAR_AP_DISENGAGE> </Parameters> <Parameters Type="Default"> <GET_AP_DISENGAGE>(A:#SIMVAR_AP_DISENGAGE#, Bool)</GET_AP_DISENGAGE> <SET_AP_DISENGAGE>(&gt;K:AUTOPILOT_DISENGAGE_SET)</SET_AP_DISENGAGE> <TOGGLE_AP_DISENGAGE>(&gt;K:AUTOPILOT_DISENGAGE_TOGGLE)</TOGGLE_AP_DISENGAGE> </Parameters> <ReturnParameters> <SIMVAR_AP_DISENGAGE>#SIMVAR_AP_DISENGAGE#</SIMVAR_AP_DISENGAGE> <GET_AP_DISENGAGE>#GET_AP_DISENGAGE#</GET_AP_DISENGAGE> <SET_AP_DISENGAGE>#SET_AP_DISENGAGE#</SET_AP_DISENGAGE> <TOGGLE_AP_DISENGAGE>#TOGGLE_AP_DISENGAGE#</TOGGLE_AP_DISENGAGE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • SIMVAR_AP_DISENGAGE
  • Default

    Parameters set:

    • GET_AP_DISENGAGE (using SIMVAR_AP_DISENGAGE)
    • SET_AP_DISENGAGE
    • TOGGLE_AP_DISENGAGE

  Return parameters:

  Parameters set:

  • SIMVAR_AP_DISENGAGE (using SIMVAR_AP_DISENGAGE)
  • GET_AP_DISENGAGE (using GET_AP_DISENGAGE)
  • SET_AP_DISENGAGE (using SET_AP_DISENGAGE)
  • TOGGLE_AP_DISENGAGE (using TOGGLE_AP_DISENGAGE)

• ASOBO_AP_Disconnect_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Disconnect_Parameters"> <Parameters Type="Default"> <SIMVAR_AP_CONNECTED>AUTOPILOT MASTER</SIMVAR_AP_CONNECTED> <H_EVENT_AP_DISCONNECT>Generic_Autopilot_Disc</H_EVENT_AP_DISCONNECT> </Parameters> <Parameters Type="Default"> <SET_H_EVENT_AP_DISCONNECT>(&gt;H:#H_EVENT_AP_DISCONNECT#)</SET_H_EVENT_AP_DISCONNECT> </Parameters> <Parameters Type="Default"> <GET_AP_DISCONNECT>(A:#SIMVAR_AP_CONNECTED#, Bool) !</GET_AP_DISCONNECT> </Parameters> <Parameters Type="Default"> <SET_AP_DISCONNECT>if{ (&gt;K:AUTOPILOT_OFF) #SET_H_EVENT_AP_DISCONNECT# } els{ (&gt;K:AUTOPILOT_ON) }</SET_AP_DISCONNECT> <TOGGLE_AP_DISCONNECT>#GET_AP_DISCONNECT# if{ #SET_H_EVENT_AP_DISCONNECT# } (&gt;K:AP_MASTER)</TOGGLE_AP_DISCONNECT> </Parameters> <Parameters Type="Default"/> <ReturnParameters> <SIMVAR_AP_CONNECTED>#SIMVAR_AP_CONNECTED#</SIMVAR_AP_CONNECTED> <GET_AP_DISCONNECT>#GET_AP_DISCONNECT#</GET_AP_DISCONNECT> <SET_AP_DISCONNECT>#SET_AP_DISCONNECT#</SET_AP_DISCONNECT> <TOGGLE_AP_DISCONNECT>#TOGGLE_AP_DISCONNECT#</TOGGLE_AP_DISCONNECT> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • SIMVAR_AP_CONNECTED
    • H_EVENT_AP_DISCONNECT
  • Default

    Parameters set:

    • SET_H_EVENT_AP_DISCONNECT (using H_EVENT_AP_DISCONNECT)
  • Default

    Parameters set:

    • GET_AP_DISCONNECT (using SIMVAR_AP_CONNECTED)
  • Default

    Parameters set:

    • SET_AP_DISCONNECT (using SET_H_EVENT_AP_DISCONNECT)
    • TOGGLE_AP_DISCONNECT (using GET_AP_DISCONNECT, SET_H_EVENT_AP_DISCONNECT)
  • Default

  Return parameters:

  Parameters set:

  • SIMVAR_AP_CONNECTED (using SIMVAR_AP_CONNECTED)
  • GET_AP_DISCONNECT (using GET_AP_DISCONNECT)
  • SET_AP_DISCONNECT (using SET_AP_DISCONNECT)
  • TOGGLE_AP_DISCONNECT (using TOGGLE_AP_DISCONNECT)

• ASOBO_AP_Master_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Master_Parameters"> <Parameters Type="Default"> <SIMVAR_AP_MASTER>AUTOPILOT MASTER</SIMVAR_AP_MASTER> </Parameters> <Parameters Type="Default"> <GET_AP_MASTER>(A:#SIMVAR_AP_MASTER#, Bool)</GET_AP_MASTER> </Parameters> <Parameters Type="Default"> <SET_AP_MASTER>#GET_AP_MASTER# != if{ (&gt;K:AP_MASTER) }</SET_AP_MASTER> <TOGGLE_AP_MASTER>(&gt;K:AP_MASTER)</TOGGLE_AP_MASTER> </Parameters> <ReturnParameters> <SIMVAR_AP_MASTER>#SIMVAR_AP_MASTER#</SIMVAR_AP_MASTER> <GET_AP_MASTER>#GET_AP_MASTER#</GET_AP_MASTER> <SET_AP_MASTER>#SET_AP_MASTER#</SET_AP_MASTER> <TOGGLE_AP_MASTER>#TOGGLE_AP_MASTER#</TOGGLE_AP_MASTER> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • SIMVAR_AP_MASTER
  • Default

    Parameters set:

    • GET_AP_MASTER (using SIMVAR_AP_MASTER)
  • Default

    Parameters set:

    • SET_AP_MASTER (using GET_AP_MASTER)
    • TOGGLE_AP_MASTER

  Return parameters:

  Parameters set:

  • SIMVAR_AP_MASTER (using SIMVAR_AP_MASTER)
  • GET_AP_MASTER (using GET_AP_MASTER)
  • SET_AP_MASTER (using SET_AP_MASTER)
  • TOGGLE_AP_MASTER (using TOGGLE_AP_MASTER)

• ASOBO_AP_Altitude_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Altitude_Parameters"> <Parameters Type="Default"> <SIMVAR_ALTITUDE_LOCK>AUTOPILOT ALTITUDE LOCK</SIMVAR_ALTITUDE_LOCK> <KEY_ALTITUDE_LOCK_TOGGLE>AP_ALT_HOLD</KEY_ALTITUDE_LOCK_TOGGLE> </Parameters> <Parameters Type="Default"> <GET_ALTITUDE_LOCK>(A:#SIMVAR_ALTITUDE_LOCK#, Bool)</GET_ALTITUDE_LOCK> </Parameters> <Parameters Type="Default"> <SET_ALTITUDE_LOCK>#GET_ALTITUDE_LOCK# != if{ (&gt;K:#KEY_ALTITUDE_LOCK_TOGGLE#) }</SET_ALTITUDE_LOCK> <TOGGLE_ALTITUDE_LOCK>(&gt;K:#KEY_ALTITUDE_LOCK_TOGGLE#)</TOGGLE_ALTITUDE_LOCK> </Parameters> <ReturnParameters> <SIMVAR_ALTITUDE_LOCK>#SIMVAR_ALTITUDE_LOCK#</SIMVAR_ALTITUDE_LOCK> <GET_ALTITUDE_LOCK>#GET_ALTITUDE_LOCK#</GET_ALTITUDE_LOCK> <SET_ALTITUDE_LOCK>#SET_ALTITUDE_LOCK#</SET_ALTITUDE_LOCK> <TOGGLE_ALTITUDE_LOCK>#TOGGLE_ALTITUDE_LOCK#</TOGGLE_ALTITUDE_LOCK> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • SIMVAR_ALTITUDE_LOCK
    • KEY_ALTITUDE_LOCK_TOGGLE
  • Default

    Parameters set:

    • GET_ALTITUDE_LOCK (using SIMVAR_ALTITUDE_LOCK)
  • Default

    Parameters set:

    • SET_ALTITUDE_LOCK (using GET_ALTITUDE_LOCK, KEY_ALTITUDE_LOCK_TOGGLE)
    • TOGGLE_ALTITUDE_LOCK (using KEY_ALTITUDE_LOCK_TOGGLE)

  Return parameters:

  Parameters set:

  • SIMVAR_ALTITUDE_LOCK (using SIMVAR_ALTITUDE_LOCK)
  • GET_ALTITUDE_LOCK (using GET_ALTITUDE_LOCK)
  • SET_ALTITUDE_LOCK (using SET_ALTITUDE_LOCK)
  • TOGGLE_ALTITUDE_LOCK (using TOGGLE_ALTITUDE_LOCK)

• ASOBO_AP_VerticalSpeed_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_VerticalSpeed_Parameters"> <Parameters Type="Default"> <SIMVAR_VERTICAL_SPEED_MODE>AUTOPILOT VERTICAL HOLD</SIMVAR_VERTICAL_SPEED_MODE> <KEY_VERTICAL_SPEED_MODE_TOGGLE>AP_PANEL_VS_HOLD</KEY_VERTICAL_SPEED_MODE_TOGGLE> </Parameters> <Parameters Type="Default"> <GET_VERTICAL_SPEED_MODE>(A:#SIMVAR_VERTICAL_SPEED_MODE#, Bool)</GET_VERTICAL_SPEED_MODE> </Parameters> <Parameters Type="Default"> <SET_VERTICAL_SPEED_MODE>#GET_VERTICAL_SPEED_MODE# != if{ (&gt;K:#KEY_VERTICAL_SPEED_MODE_TOGGLE#) }</SET_VERTICAL_SPEED_MODE> <TOGGLE_VERTICAL_SPEED_MODE>(&gt;K:#KEY_VERTICAL_SPEED_MODE_TOGGLE#)</TOGGLE_VERTICAL_SPEED_MODE> </Parameters> <ReturnParameters> <SIMVAR_VERTICAL_SPEED_MODE>#SIMVAR_VERTICAL_SPEED_MODE#</SIMVAR_VERTICAL_SPEED_MODE> <GET_VERTICAL_SPEED_MODE>#GET_VERTICAL_SPEED_MODE#</GET_VERTICAL_SPEED_MODE> <SET_VERTICAL_SPEED_MODE>#SET_VERTICAL_SPEED_MODE#</SET_VERTICAL_SPEED_MODE> <TOGGLE_VERTICAL_SPEED_MODE>#TOGGLE_VERTICAL_SPEED_MODE#</TOGGLE_VERTICAL_SPEED_MODE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • SIMVAR_VERTICAL_SPEED_MODE
    • KEY_VERTICAL_SPEED_MODE_TOGGLE
  • Default

    Parameters set:

    • GET_VERTICAL_SPEED_MODE (using SIMVAR_VERTICAL_SPEED_MODE)
  • Default

    Parameters set:

    • SET_VERTICAL_SPEED_MODE (using GET_VERTICAL_SPEED_MODE, KEY_VERTICAL_SPEED_MODE_TOGGLE)
    • TOGGLE_VERTICAL_SPEED_MODE (using KEY_VERTICAL_SPEED_MODE_TOGGLE)

  Return parameters:

  Parameters set:

  • SIMVAR_VERTICAL_SPEED_MODE (using SIMVAR_VERTICAL_SPEED_MODE)
  • GET_VERTICAL_SPEED_MODE (using GET_VERTICAL_SPEED_MODE)
  • SET_VERTICAL_SPEED_MODE (using SET_VERTICAL_SPEED_MODE)
  • TOGGLE_VERTICAL_SPEED_MODE (using TOGGLE_VERTICAL_SPEED_MODE)

• ASOBO_AP_Navigation_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Navigation_Parameters"> <Parameters Type="Default"> <SIMVAR_NAV_LOCK>AUTOPILOT NAV1 LOCK</SIMVAR_NAV_LOCK> <KEY_NAV_LOCK_TOGGLE>AP_NAV1_HOLD</KEY_NAV_LOCK_TOGGLE> </Parameters> <Parameters Type="Default"> <GET_NAV_LOCK>(A:#SIMVAR_NAV_LOCK#, Bool)</GET_NAV_LOCK> </Parameters> <Parameters Type="Default"> <SET_NAV_LOCK>#GET_NAV_LOCK# != if{ (&gt;K:#KEY_NAV_LOCK_TOGGLE#) }</SET_NAV_LOCK> <TOGGLE_NAV_LOCK>(&gt;K:#KEY_NAV_LOCK_TOGGLE#)</TOGGLE_NAV_LOCK> </Parameters> <ReturnParameters> <SIMVAR_NAV_LOCK>#SIMVAR_NAV_LOCK#</SIMVAR_NAV_LOCK> <GET_NAV_LOCK>#GET_NAV_LOCK#</GET_NAV_LOCK> <SET_NAV_LOCK>#SET_NAV_LOCK#</SET_NAV_LOCK> <TOGGLE_NAV_LOCK>#TOGGLE_NAV_LOCK#</TOGGLE_NAV_LOCK> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • SIMVAR_NAV_LOCK
    • KEY_NAV_LOCK_TOGGLE
  • Default

    Parameters set:

    • GET_NAV_LOCK (using SIMVAR_NAV_LOCK)
  • Default

    Parameters set:

    • SET_NAV_LOCK (using GET_NAV_LOCK, KEY_NAV_LOCK_TOGGLE)
    • TOGGLE_NAV_LOCK (using KEY_NAV_LOCK_TOGGLE)

  Return parameters:

  Parameters set:

  • SIMVAR_NAV_LOCK (using SIMVAR_NAV_LOCK)
  • GET_NAV_LOCK (using GET_NAV_LOCK)
  • SET_NAV_LOCK (using SET_NAV_LOCK)
  • TOGGLE_NAV_LOCK (using TOGGLE_NAV_LOCK)

• ASOBO_AP_Vertical_Navigation_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Vertical_Navigation_Parameters"> <Parameters Type="Default"> <LOCALVAR_VNAV_LOCK>XMLVAR_VNAVButtonValue</LOCALVAR_VNAV_LOCK> </Parameters> <Parameters Type="Default"> <GET_VNAV_LOCK>(L:#LOCALVAR_VNAV_LOCK#, Bool)</GET_VNAV_LOCK> <SET_VNAV_LOCK>(&gt;L:#LOCALVAR_VNAV_LOCK#, Bool)</SET_VNAV_LOCK> </Parameters> <Parameters Type="Default"> <TOGGLE_VNAV_LOCK>#GET_VNAV_LOCK# ! #SET_VNAV_LOCK#</TOGGLE_VNAV_LOCK> </Parameters> <ReturnParameters> <LOCALVAR_VNAV_LOCK>#LOCALVAR_VNAV_LOCK#</LOCALVAR_VNAV_LOCK> <GET_VNAV_LOCK>#GET_VNAV_LOCK#</GET_VNAV_LOCK> <SET_VNAV_LOCK>#SET_VNAV_LOCK#</SET_VNAV_LOCK> <TOGGLE_VNAV_LOCK>#TOGGLE_VNAV_LOCK#</TOGGLE_VNAV_LOCK> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • LOCALVAR_VNAV_LOCK
  • Default

    Parameters set:

    • GET_VNAV_LOCK (using LOCALVAR_VNAV_LOCK)
    • SET_VNAV_LOCK (using LOCALVAR_VNAV_LOCK)
  • Default

    Parameters set:

    • TOGGLE_VNAV_LOCK (using GET_VNAV_LOCK, SET_VNAV_LOCK)

  Return parameters:

  Parameters set:

  • LOCALVAR_VNAV_LOCK (using LOCALVAR_VNAV_LOCK)
  • GET_VNAV_LOCK (using GET_VNAV_LOCK)
  • SET_VNAV_LOCK (using SET_VNAV_LOCK)
  • TOGGLE_VNAV_LOCK (using TOGGLE_VNAV_LOCK)

• ASOBO_AP_Approach_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Approach_Parameters"> <Parameters Type="Default"> <SIMVAR_APPROACH_LOCK>AUTOPILOT APPROACH HOLD</SIMVAR_APPROACH_LOCK> <SIMVAR_GLIDESLOPE_LOCK>AUTOPILOT GLIDESLOPE HOLD</SIMVAR_GLIDESLOPE_LOCK> <KEY_APPROACH_LOCK_TOGGLE>AP_APR_HOLD</KEY_APPROACH_LOCK_TOGGLE> </Parameters> <Parameters Type="Default"> <GET_APPROACH_LOCK>(A:#SIMVAR_APPROACH_LOCK#, Bool)</GET_APPROACH_LOCK> <GET_GLIDESLOPE_LOCK>(A:#SIMVAR_GLIDESLOPE_LOCK#, Bool)</GET_GLIDESLOPE_LOCK> </Parameters> <Parameters Type="Default"> <SET_APPROACH_LOCK>#GET_APPROACH_LOCK# != if{ (&gt;K:#KEY_APPROACH_LOCK_TOGGLE#) }</SET_APPROACH_LOCK> <TOGGLE_APPROACH_LOCK>(&gt;K:#KEY_APPROACH_LOCK_TOGGLE#)</TOGGLE_APPROACH_LOCK> </Parameters> <ReturnParameters> <SIMVAR_APPROACH_LOCK>#SIMVAR_APPROACH_LOCK#</SIMVAR_APPROACH_LOCK> <GET_APPROACH_LOCK>#GET_APPROACH_LOCK#</GET_APPROACH_LOCK> <SET_APPROACH_LOCK>#SET_APPROACH_LOCK#</SET_APPROACH_LOCK> <TOGGLE_APPROACH_LOCK>#TOGGLE_APPROACH_LOCK#</TOGGLE_APPROACH_LOCK> <SIMVAR_GLIDESLOPE_LOCK>#SIMVAR_GLIDESLOPE_LOCK#</SIMVAR_GLIDESLOPE_LOCK> <GET_GLIDESLOPE_LOCK>#GET_GLIDESLOPE_LOCK#</GET_GLIDESLOPE_LOCK> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • SIMVAR_APPROACH_LOCK
    • SIMVAR_GLIDESLOPE_LOCK
    • KEY_APPROACH_LOCK_TOGGLE
  • Default

    Parameters set:

    • GET_APPROACH_LOCK (using SIMVAR_APPROACH_LOCK)
    • GET_GLIDESLOPE_LOCK (using SIMVAR_GLIDESLOPE_LOCK)
  • Default

    Parameters set:

    • SET_APPROACH_LOCK (using GET_APPROACH_LOCK, KEY_APPROACH_LOCK_TOGGLE)
    • TOGGLE_APPROACH_LOCK (using KEY_APPROACH_LOCK_TOGGLE)

  Return parameters:

  Parameters set:

  • SIMVAR_APPROACH_LOCK (using SIMVAR_APPROACH_LOCK)
  • GET_APPROACH_LOCK (using GET_APPROACH_LOCK)
  • SET_APPROACH_LOCK (using SET_APPROACH_LOCK)
  • TOGGLE_APPROACH_LOCK (using TOGGLE_APPROACH_LOCK)
  • SIMVAR_GLIDESLOPE_LOCK (using SIMVAR_GLIDESLOPE_LOCK)
  • GET_GLIDESLOPE_LOCK (using GET_GLIDESLOPE_LOCK)

• ASOBO_AP_Heading_Mode_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Heading_Mode_Parameters"> <Parameters Type="Default"> <SIMVAR_HEADING_MODE>AUTOPILOT HEADING LOCK</SIMVAR_HEADING_MODE> <KEY_HEADING_MODE_TOGGLE>AP_PANEL_HEADING_HOLD</KEY_HEADING_MODE_TOGGLE> </Parameters> <Parameters Type="Default"> <GET_HEADING_MODE>(A:#SIMVAR_HEADING_MODE#, Bool)</GET_HEADING_MODE> </Parameters> <Parameters Type="Default"> <SET_HEADING_MODE>#GET_HEADING_MODE# != if{ (&gt;K:#KEY_HEADING_MODE_TOGGLE#) }</SET_HEADING_MODE> <TOGGLE_HEADING_MODE>(&gt;K:#KEY_HEADING_MODE_TOGGLE#)</TOGGLE_HEADING_MODE> </Parameters> <ReturnParameters> <SIMVAR_HEADING_MODE>#SIMVAR_HEADING_MODE#</SIMVAR_HEADING_MODE> <GET_HEADING_MODE>#GET_HEADING_MODE#</GET_HEADING_MODE> <SET_HEADING_MODE>#SET_HEADING_MODE#</SET_HEADING_MODE> <TOGGLE_HEADING_MODE>#TOGGLE_HEADING_MODE#</TOGGLE_HEADING_MODE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • SIMVAR_HEADING_MODE
    • KEY_HEADING_MODE_TOGGLE
  • Default

    Parameters set:

    • GET_HEADING_MODE (using SIMVAR_HEADING_MODE)
  • Default

    Parameters set:

    • SET_HEADING_MODE (using GET_HEADING_MODE, KEY_HEADING_MODE_TOGGLE)
    • TOGGLE_HEADING_MODE (using KEY_HEADING_MODE_TOGGLE)

  Return parameters:

  Parameters set:

  • SIMVAR_HEADING_MODE (using SIMVAR_HEADING_MODE)
  • GET_HEADING_MODE (using GET_HEADING_MODE)
  • SET_HEADING_MODE (using SET_HEADING_MODE)
  • TOGGLE_HEADING_MODE (using TOGGLE_HEADING_MODE)

• ASOBO_AP_Heading_Setting_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Heading_Setting_Parameters"> <Parameters Type="Default"> <HEADING_ID>1</HEADING_ID> </Parameters> <Parameters Type="Default"> <SIMVAR_HEADING_DIR>AUTOPILOT HEADING LOCK DIR</SIMVAR_HEADING_DIR> <SIMVAR_HEADING_DIR_UNIT>degrees</SIMVAR_HEADING_DIR_UNIT> <KEY_HEADING_BUG_SET>2:HEADING_BUG_SET</KEY_HEADING_BUG_SET> </Parameters> <Parameters Type="Default"> <GET_HEADING_DIR>(A:#SIMVAR_HEADING_DIR#:#HEADING_ID#, #SIMVAR_HEADING_DIR_UNIT#)</GET_HEADING_DIR> </Parameters> <Parameters Type="Default"> <SET_HEADING_DIR>#HEADING_ID# r (&gt;K:#KEY_HEADING_BUG_SET#)</SET_HEADING_DIR> </Parameters> <ReturnParameters> <SIMVAR_HEADING_DIR>#SIMVAR_HEADING_DIR#</SIMVAR_HEADING_DIR> <GET_HEADING_DIR>#GET_HEADING_DIR#</GET_HEADING_DIR> <SET_HEADING_DIR>#SET_HEADING_DIR#</SET_HEADING_DIR> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • HEADING_ID
  • Default

    Parameters set:

    • SIMVAR_HEADING_DIR
    • SIMVAR_HEADING_DIR_UNIT
    • KEY_HEADING_BUG_SET
  • Default

    Parameters set:

    • GET_HEADING_DIR (using SIMVAR_HEADING_DIR, HEADING_ID, SIMVAR_HEADING_DIR_UNIT)
  • Default

    Parameters set:

    • SET_HEADING_DIR (using HEADING_ID, KEY_HEADING_BUG_SET)

  Return parameters:

  Parameters set:

  • SIMVAR_HEADING_DIR (using SIMVAR_HEADING_DIR)
  • GET_HEADING_DIR (using GET_HEADING_DIR)
  • SET_HEADING_DIR (using SET_HEADING_DIR)

• ASOBO_AP_Altitude_Setting_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Altitude_Setting_Parameters"> <Parameters Type="Default"> <ALTITUDE_ID>1</ALTITUDE_ID> </Parameters> <Parameters Type="Default"> <SIMVAR_ALTITUDE_LOCK>AUTOPILOT ALTITUDE LOCK VAR</SIMVAR_ALTITUDE_LOCK> <SIMVAR_ALTITUDE_LOCK_UNIT>feet</SIMVAR_ALTITUDE_LOCK_UNIT> <KEY_ALTITUDE_LOCK_SET>2:AP_ALT_VAR_SET_ENGLISH</KEY_ALTITUDE_LOCK_SET> </Parameters> <Parameters Type="Default"> <GET_ALTITUDE_LOCK>(A:#SIMVAR_ALTITUDE_LOCK#:#ALTITUDE_ID#, #SIMVAR_ALTITUDE_LOCK_UNIT#)</GET_ALTITUDE_LOCK> </Parameters> <Parameters Type="Default"> <SET_ALTITUDE_LOCK>#ALTITUDE_ID# r (&gt;K:#KEY_ALTITUDE_LOCK_SET#)</SET_ALTITUDE_LOCK> </Parameters> <ReturnParameters> <SIMVAR_ALTITUDE_LOCK>#SIMVAR_ALTITUDE_LOCK#</SIMVAR_ALTITUDE_LOCK> <GET_ALTITUDE_LOCK>#GET_ALTITUDE_LOCK#</GET_ALTITUDE_LOCK> <SET_ALTITUDE_LOCK>#SET_ALTITUDE_LOCK#</SET_ALTITUDE_LOCK> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • ALTITUDE_ID
  • Default

    Parameters set:

    • SIMVAR_ALTITUDE_LOCK
    • SIMVAR_ALTITUDE_LOCK_UNIT
    • KEY_ALTITUDE_LOCK_SET
  • Default

    Parameters set:

    • GET_ALTITUDE_LOCK (using SIMVAR_ALTITUDE_LOCK, ALTITUDE_ID, SIMVAR_ALTITUDE_LOCK_UNIT)
  • Default

    Parameters set:

    • SET_ALTITUDE_LOCK (using ALTITUDE_ID, KEY_ALTITUDE_LOCK_SET)

  Return parameters:

  Parameters set:

  • SIMVAR_ALTITUDE_LOCK (using SIMVAR_ALTITUDE_LOCK)
  • GET_ALTITUDE_LOCK (using GET_ALTITUDE_LOCK)
  • SET_ALTITUDE_LOCK (using SET_ALTITUDE_LOCK)

• ASOBO_AP_Airspeed_Setting_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Airspeed_Setting_Parameters"> <Parameters Type="Default"> <AIRSPEED_ID>1</AIRSPEED_ID> </Parameters> <Parameters Type="Default"> <SIMVAR_AIRSPEED_LOCK_VAR>AUTOPILOT AIRSPEED HOLD VAR</SIMVAR_AIRSPEED_LOCK_VAR> <SIMVAR_AIRSPEED_LOCK_VAR_UNIT>knot</SIMVAR_AIRSPEED_LOCK_VAR_UNIT> <KEY_AIRSPEED_LOCK_VAR_SET>2:AP_SPD_VAR_SET</KEY_AIRSPEED_LOCK_VAR_SET> <KEY_AIRSPEED_LOCK_VAR_INC>AP_SPD_VAR_INC</KEY_AIRSPEED_LOCK_VAR_INC> <KEY_AIRSPEED_LOCK_VAR_DEC>AP_SPD_VAR_DEC</KEY_AIRSPEED_LOCK_VAR_DEC> <SIMVAR_AIRSPEED_MACH_LOCK_VAR>AUTOPILOT MACH HOLD VAR</SIMVAR_AIRSPEED_MACH_LOCK_VAR> <SIMVAR_AIRSPEED_MACH_LOCK_VAR_UNIT>number</SIMVAR_AIRSPEED_MACH_LOCK_VAR_UNIT> <KEY_AIRSPEED_MACH_LOCK_VAR_SET>2:AP_MACH_VAR_SET</KEY_AIRSPEED_MACH_LOCK_VAR_SET> </Parameters> <Parameters Type="Default"> <GET_AIRSPEED_LOCK_VAR>(A:#SIMVAR_AIRSPEED_LOCK_VAR#:#AIRSPEED_ID#, #SIMVAR_AIRSPEED_LOCK_VAR_UNIT#)</GET_AIRSPEED_LOCK_VAR> <GET_AIRSPEED_MACH_LOCK_VAR>(A:#SIMVAR_AIRSPEED_MACH_LOCK_VAR#:#AIRSPEED_ID#, #SIMVAR_AIRSPEED_MACH_LOCK_VAR_UNIT#)</GET_AIRSPEED_MACH_LOCK_VAR> </Parameters> <Parameters Type="Default"> <SET_AIRSPEED_LOCK_VAR>#AIRSPEED_ID# r (&gt;K:#KEY_AIRSPEED_LOCK_VAR_SET#)</SET_AIRSPEED_LOCK_VAR> <INC_AIRSPEED_LOCK_VAR>#AIRSPEED_ID# (&gt;K:#KEY_AIRSPEED_LOCK_VAR_INC#)</INC_AIRSPEED_LOCK_VAR> <DEC_AIRSPEED_LOCK_VAR>#AIRSPEED_ID# (&gt;K:#KEY_AIRSPEED_LOCK_VAR_DEC#)</DEC_AIRSPEED_LOCK_VAR> <SET_AIRSPEED_MACH_LOCK_VAR>#AIRSPEED_ID# r (&gt;K:#KEY_AIRSPEED_MACH_LOCK_VAR_SET#)</SET_AIRSPEED_MACH_LOCK_VAR> </Parameters> <ReturnParameters> <SIMVAR_AIRSPEED_LOCK_VAR>#SIMVAR_AIRSPEED_LOCK_VAR#</SIMVAR_AIRSPEED_LOCK_VAR> <GET_AIRSPEED_LOCK_VAR>#GET_AIRSPEED_LOCK_VAR#</GET_AIRSPEED_LOCK_VAR> <SET_AIRSPEED_LOCK_VAR>#SET_AIRSPEED_LOCK_VAR#</SET_AIRSPEED_LOCK_VAR> <SIMVAR_AIRSPEED_MACH_LOCK_VAR>#SIMVAR_AIRSPEED_MACH_LOCK_VAR#</SIMVAR_AIRSPEED_MACH_LOCK_VAR> <GET_AIRSPEED_MACH_LOCK_VAR>#GET_AIRSPEED_MACH_LOCK_VAR#</GET_AIRSPEED_MACH_LOCK_VAR> <SET_AIRSPEED_MACH_LOCK_VAR>#SET_AIRSPEED_MACH_LOCK_VAR#</SET_AIRSPEED_MACH_LOCK_VAR> <INC_AIRSPEED_LOCK_VAR>#INC_AIRSPEED_LOCK_VAR#</INC_AIRSPEED_LOCK_VAR> <DEC_AIRSPEED_LOCK_VAR>#DEC_AIRSPEED_LOCK_VAR#</DEC_AIRSPEED_LOCK_VAR> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • AIRSPEED_ID
  • Default

    Parameters set:

    • SIMVAR_AIRSPEED_LOCK_VAR
    • SIMVAR_AIRSPEED_LOCK_VAR_UNIT
    • KEY_AIRSPEED_LOCK_VAR_SET
    • KEY_AIRSPEED_LOCK_VAR_INC
    • KEY_AIRSPEED_LOCK_VAR_DEC
    • SIMVAR_AIRSPEED_MACH_LOCK_VAR
    • SIMVAR_AIRSPEED_MACH_LOCK_VAR_UNIT
    • KEY_AIRSPEED_MACH_LOCK_VAR_SET
  • Default

    Parameters set:

    • GET_AIRSPEED_LOCK_VAR (using SIMVAR_AIRSPEED_LOCK_VAR, AIRSPEED_ID, SIMVAR_AIRSPEED_LOCK_VAR_UNIT)
    • GET_AIRSPEED_MACH_LOCK_VAR (using SIMVAR_AIRSPEED_MACH_LOCK_VAR, AIRSPEED_ID, SIMVAR_AIRSPEED_MACH_LOCK_VAR_UNIT)
  • Default

    Parameters set:

    • SET_AIRSPEED_LOCK_VAR (using AIRSPEED_ID, KEY_AIRSPEED_LOCK_VAR_SET)
    • INC_AIRSPEED_LOCK_VAR (using AIRSPEED_ID, KEY_AIRSPEED_LOCK_VAR_INC)
    • DEC_AIRSPEED_LOCK_VAR (using AIRSPEED_ID, KEY_AIRSPEED_LOCK_VAR_DEC)
    • SET_AIRSPEED_MACH_LOCK_VAR (using AIRSPEED_ID, KEY_AIRSPEED_MACH_LOCK_VAR_SET)

  Return parameters:

  Parameters set:

  • SIMVAR_AIRSPEED_LOCK_VAR (using SIMVAR_AIRSPEED_LOCK_VAR)
  • GET_AIRSPEED_LOCK_VAR (using GET_AIRSPEED_LOCK_VAR)
  • SET_AIRSPEED_LOCK_VAR (using SET_AIRSPEED_LOCK_VAR)
  • SIMVAR_AIRSPEED_MACH_LOCK_VAR (using SIMVAR_AIRSPEED_MACH_LOCK_VAR)
  • GET_AIRSPEED_MACH_LOCK_VAR (using GET_AIRSPEED_MACH_LOCK_VAR)
  • SET_AIRSPEED_MACH_LOCK_VAR (using SET_AIRSPEED_MACH_LOCK_VAR)
  • INC_AIRSPEED_LOCK_VAR (using INC_AIRSPEED_LOCK_VAR)
  • DEC_AIRSPEED_LOCK_VAR (using DEC_AIRSPEED_LOCK_VAR)

• ASOBO_AP_VerticalSpeed_Setting_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_VerticalSpeed_Setting_Parameters"> <Parameters Type="Default"> <VS_ID>1</VS_ID> </Parameters> <Parameters Type="Default"> <SIMVAR_VS_LOCK>AUTOPILOT VERTICAL HOLD</SIMVAR_VS_LOCK> <SIMVAR_VS_LOCK_VAR>AUTOPILOT VERTICAL HOLD VAR</SIMVAR_VS_LOCK_VAR> <SIMVAR_VS_LOCK_VAR_UNIT>feet per minute</SIMVAR_VS_LOCK_VAR_UNIT> <KEY_VS_LOCK_VAR_SET>2:AP_VS_VAR_SET_ENGLISH</KEY_VS_LOCK_VAR_SET> <KEY_VS_LOCK_VAR_INC>AP_VS_VAR_INC</KEY_VS_LOCK_VAR_INC> <KEY_VS_LOCK_VAR_DEC>AP_VS_VAR_DEC</KEY_VS_LOCK_VAR_DEC> </Parameters> <Parameters Type="Default"> <GET_VS_LOCK>(A:#SIMVAR_VS_LOCK#:#VS_ID#, Bool)</GET_VS_LOCK> <GET_VS_LOCK_VAR>(A:#SIMVAR_VS_LOCK_VAR#:#VS_ID#, #SIMVAR_VS_LOCK_VAR_UNIT#)</GET_VS_LOCK_VAR> </Parameters> <Parameters Type="Default"> <SET_VS_LOCK_VAR>#VS_ID# r (&gt;K:#KEY_VS_LOCK_VAR_SET#)</SET_VS_LOCK_VAR> <INC_VS_LOCK_VAR>#VS_ID# (&gt;K:#KEY_VS_LOCK_VAR_INC#)</INC_VS_LOCK_VAR> <DEC_VS_LOCK_VAR>#VS_ID# (&gt;K:#KEY_VS_LOCK_VAR_DEC#)</DEC_VS_LOCK_VAR> </Parameters> <ReturnParameters> <SIMVAR_VS_LOCK>#SIMVAR_VS_LOCK#</SIMVAR_VS_LOCK> <GET_VS_LOCK>#GET_VS_LOCK#</GET_VS_LOCK> <GET_VS_LOCK_VAR>#GET_VS_LOCK_VAR#</GET_VS_LOCK_VAR> <SET_VS_LOCK_VAR>#SET_VS_LOCK_VAR#</SET_VS_LOCK_VAR> <INC_VS_LOCK_VAR>#INC_VS_LOCK_VAR#</INC_VS_LOCK_VAR> <DEC_VS_LOCK_VAR>#DEC_VS_LOCK_VAR#</DEC_VS_LOCK_VAR> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • VS_ID
  • Default

    Parameters set:

    • SIMVAR_VS_LOCK
    • SIMVAR_VS_LOCK_VAR
    • SIMVAR_VS_LOCK_VAR_UNIT
    • KEY_VS_LOCK_VAR_SET
    • KEY_VS_LOCK_VAR_INC
    • KEY_VS_LOCK_VAR_DEC
  • Default

    Parameters set:

    • GET_VS_LOCK (using SIMVAR_VS_LOCK, VS_ID)
    • GET_VS_LOCK_VAR (using SIMVAR_VS_LOCK_VAR, VS_ID, SIMVAR_VS_LOCK_VAR_UNIT)
  • Default

    Parameters set:

    • SET_VS_LOCK_VAR (using VS_ID, KEY_VS_LOCK_VAR_SET)
    • INC_VS_LOCK_VAR (using VS_ID, KEY_VS_LOCK_VAR_INC)
    • DEC_VS_LOCK_VAR (using VS_ID, KEY_VS_LOCK_VAR_DEC)

  Return parameters:

  Parameters set:

  • SIMVAR_VS_LOCK (using SIMVAR_VS_LOCK)
  • GET_VS_LOCK (using GET_VS_LOCK)
  • GET_VS_LOCK_VAR (using GET_VS_LOCK_VAR)
  • SET_VS_LOCK_VAR (using SET_VS_LOCK_VAR)
  • INC_VS_LOCK_VAR (using INC_VS_LOCK_VAR)
  • DEC_VS_LOCK_VAR (using DEC_VS_LOCK_VAR)

• ASOBO_AP_Pitch_Setting_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Pitch_Setting_Parameters"> <Parameters Type="Default"> <PITCH_ID>1</PITCH_ID> </Parameters> <Parameters Type="Default"> <SIMVAR_PITCH_LOCK>AUTOPILOT PITCH HOLD</SIMVAR_PITCH_LOCK> <SIMVAR_PITCH_LOCK_VAR>AUTOPILOT PITCH HOLD REF</SIMVAR_PITCH_LOCK_VAR> <SIMVAR_PITCH_LOCK_VAR_UNIT>degrees</SIMVAR_PITCH_LOCK_VAR_UNIT> <KEY_PITCH_LOCK_VAR_SET>2:AP_PITCH_REF_SET</KEY_PITCH_LOCK_VAR_SET> <KEY_PITCH_LOCK_VAR_INC>AP_PITCH_REF_INC_UP</KEY_PITCH_LOCK_VAR_INC> <KEY_PITCH_LOCK_VAR_DEC>AP_PITCH_REF_INC_DN</KEY_PITCH_LOCK_VAR_DEC> </Parameters> <Parameters Type="Default"> <GET_PITCH_LOCK>(A:#SIMVAR_PITCH_LOCK#:#PITCH_ID#, Bool)</GET_PITCH_LOCK> <GET_PITCH_LOCK_VAR>(A:#SIMVAR_PITCH_LOCK_VAR#:#PITCH_ID#, #SIMVAR_PITCH_LOCK_VAR_UNIT#)</GET_PITCH_LOCK_VAR> </Parameters> <Parameters Type="Default"> <SET_PITCH_LOCK_VAR>#PITCH_ID# r (&gt;K:#KEY_PITCH_LOCK_VAR_SET#)</SET_PITCH_LOCK_VAR> <INC_PITCH_LOCK_VAR>#PITCH_ID# (&gt;K:#KEY_PITCH_LOCK_VAR_INC#)</INC_PITCH_LOCK_VAR> <DEC_PITCH_LOCK_VAR>#PITCH_ID# (&gt;K:#KEY_PITCH_LOCK_VAR_DEC#)</DEC_PITCH_LOCK_VAR> </Parameters> <ReturnParameters> <SIMVAR_PITCH_LOCK>#SIMVAR_PITCH_LOCK#</SIMVAR_PITCH_LOCK> <GET_PITCH_LOCK>#GET_PITCH_LOCK#</GET_PITCH_LOCK> <GET_PITCH_LOCK_VAR>#GET_PITCH_LOCK_VAR#</GET_PITCH_LOCK_VAR> <SET_PITCH_LOCK_VAR>#SET_PITCH_LOCK_VAR#</SET_PITCH_LOCK_VAR> <DEC_PITCH_LOCK_VAR>#DEC_PITCH_LOCK_VAR#</DEC_PITCH_LOCK_VAR> <INC_PITCH_LOCK_VAR>#INC_PITCH_LOCK_VAR#</INC_PITCH_LOCK_VAR> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • PITCH_ID
  • Default

    Parameters set:

    • SIMVAR_PITCH_LOCK
    • SIMVAR_PITCH_LOCK_VAR
    • SIMVAR_PITCH_LOCK_VAR_UNIT
    • KEY_PITCH_LOCK_VAR_SET
    • KEY_PITCH_LOCK_VAR_INC
    • KEY_PITCH_LOCK_VAR_DEC
  • Default

    Parameters set:

    • GET_PITCH_LOCK (using SIMVAR_PITCH_LOCK, PITCH_ID)
    • GET_PITCH_LOCK_VAR (using SIMVAR_PITCH_LOCK_VAR, PITCH_ID, SIMVAR_PITCH_LOCK_VAR_UNIT)
  • Default

    Parameters set:

    • SET_PITCH_LOCK_VAR (using PITCH_ID, KEY_PITCH_LOCK_VAR_SET)
    • INC_PITCH_LOCK_VAR (using PITCH_ID, KEY_PITCH_LOCK_VAR_INC)
    • DEC_PITCH_LOCK_VAR (using PITCH_ID, KEY_PITCH_LOCK_VAR_DEC)

  Return parameters:

  Parameters set:

  • SIMVAR_PITCH_LOCK (using SIMVAR_PITCH_LOCK)
  • GET_PITCH_LOCK (using GET_PITCH_LOCK)
  • GET_PITCH_LOCK_VAR (using GET_PITCH_LOCK_VAR)
  • SET_PITCH_LOCK_VAR (using SET_PITCH_LOCK_VAR)
  • DEC_PITCH_LOCK_VAR (using DEC_PITCH_LOCK_VAR)
  • INC_PITCH_LOCK_VAR (using INC_PITCH_LOCK_VAR)

• ASOBO_AP_FlightLevelChange_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_FlightLevelChange_Parameters"> <Parameters Type="Default"> <SIMVAR_FLIGHT_LEVEL_CHANGE>AUTOPILOT FLIGHT LEVEL CHANGE</SIMVAR_FLIGHT_LEVEL_CHANGE> <KEY_FLIGHT_LEVEL_CHANGE_TOGGLE>FLIGHT_LEVEL_CHANGE</KEY_FLIGHT_LEVEL_CHANGE_TOGGLE> <SIMVAR_INDICATED_AIRSPEED>AIRSPEED INDICATED</SIMVAR_INDICATED_AIRSPEED> <SIMVAR_INDICATED_AIRSPEED_UNIT>knot</SIMVAR_INDICATED_AIRSPEED_UNIT> <KEY_SPEED_VAR_SET>AP_SPD_VAR_SET</KEY_SPEED_VAR_SET> </Parameters> <Parameters Type="Default"> <GET_FLIGHT_LEVEL_CHANGE>(A:#SIMVAR_FLIGHT_LEVEL_CHANGE#, Bool)</GET_FLIGHT_LEVEL_CHANGE> <GET_INDICATED_AIRSPEED>(A:#SIMVAR_INDICATED_AIRSPEED#, #SIMVAR_INDICATED_AIRSPEED_UNIT#)</GET_INDICATED_AIRSPEED> </Parameters> <Parameters Type="Default"> <SET_FLIGHT_LEVEL_CHANGE>#GET_FLIGHT_LEVEL_CHANGE# != if{ (&gt;K:#KEY_FLIGHT_LEVEL_CHANGE_TOGGLE#) }</SET_FLIGHT_LEVEL_CHANGE> <TOGGLE_FLIGHT_LEVEL_CHANGE>(&gt;K:#KEY_FLIGHT_LEVEL_CHANGE_TOGGLE#)</TOGGLE_FLIGHT_LEVEL_CHANGE> <SET_SPEED_VAR>(&gt;K:#KEY_SPEED_VAR_SET#)</SET_SPEED_VAR> </Parameters> <ReturnParameters> <SIMVAR_FLIGHT_LEVEL_CHANGE>#SIMVAR_FLIGHT_LEVEL_CHANGE#</SIMVAR_FLIGHT_LEVEL_CHANGE> <GET_FLIGHT_LEVEL_CHANGE>#GET_FLIGHT_LEVEL_CHANGE#</GET_FLIGHT_LEVEL_CHANGE> <SET_FLIGHT_LEVEL_CHANGE>#SET_FLIGHT_LEVEL_CHANGE#</SET_FLIGHT_LEVEL_CHANGE> <TOGGLE_FLIGHT_LEVEL_CHANGE>#TOGGLE_FLIGHT_LEVEL_CHANGE#</TOGGLE_FLIGHT_LEVEL_CHANGE> <GET_INDICATED_AIRSPEED>#GET_INDICATED_AIRSPEED#</GET_INDICATED_AIRSPEED> <SET_SPEED_VAR>#SET_SPEED_VAR#</SET_SPEED_VAR> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • SIMVAR_FLIGHT_LEVEL_CHANGE
    • KEY_FLIGHT_LEVEL_CHANGE_TOGGLE
    • SIMVAR_INDICATED_AIRSPEED
    • SIMVAR_INDICATED_AIRSPEED_UNIT
    • KEY_SPEED_VAR_SET
  • Default

    Parameters set:

    • GET_FLIGHT_LEVEL_CHANGE (using SIMVAR_FLIGHT_LEVEL_CHANGE)
    • GET_INDICATED_AIRSPEED (using SIMVAR_INDICATED_AIRSPEED, SIMVAR_INDICATED_AIRSPEED_UNIT)
  • Default

    Parameters set:

    • SET_FLIGHT_LEVEL_CHANGE (using GET_FLIGHT_LEVEL_CHANGE, KEY_FLIGHT_LEVEL_CHANGE_TOGGLE)
    • TOGGLE_FLIGHT_LEVEL_CHANGE (using KEY_FLIGHT_LEVEL_CHANGE_TOGGLE)
    • SET_SPEED_VAR (using KEY_SPEED_VAR_SET)

  Return parameters:

  Parameters set:

  • SIMVAR_FLIGHT_LEVEL_CHANGE (using SIMVAR_FLIGHT_LEVEL_CHANGE)
  • GET_FLIGHT_LEVEL_CHANGE (using GET_FLIGHT_LEVEL_CHANGE)
  • SET_FLIGHT_LEVEL_CHANGE (using SET_FLIGHT_LEVEL_CHANGE)
  • TOGGLE_FLIGHT_LEVEL_CHANGE (using TOGGLE_FLIGHT_LEVEL_CHANGE)
  • GET_INDICATED_AIRSPEED (using GET_INDICATED_AIRSPEED)
  • SET_SPEED_VAR (using SET_SPEED_VAR)

• ASOBO_AP_Leveler_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Leveler_Parameters"> <Parameters Type="Default"> <SIMVAR_LEVELER>AUTOPILOT WING LEVELER</SIMVAR_LEVELER> <KEY_LEVELER_TOGGLE>AP_WING_LEVELER</KEY_LEVELER_TOGGLE> <KEY_PITCH_LEVELER_ON>AP_PITCH_LEVELER_ON</KEY_PITCH_LEVELER_ON> <KEY_PITCH_LEVELER_OFF>AP_PITCH_LEVELER_OFF</KEY_PITCH_LEVELER_OFF> <SIMVAR_AP_ON>AUTOPILOT MASTER</SIMVAR_AP_ON> <KEY_AP_ON>AUTOPILOT_ON</KEY_AP_ON> <KEY_AP_OFF>AUTOPILOT_OFF</KEY_AP_OFF> </Parameters> <Parameters Type="Default"> <GET_LEVELER>(A:#SIMVAR_LEVELER#, Bool)</GET_LEVELER> <GET_AP_ON>(A:#SIMVAR_AP_ON#, Bool)</GET_AP_ON> </Parameters> <Parameters Type="Default"> <SET_LEVELER>#GET_LEVELER# != if{ (&gt;K:#KEY_LEVELER_TOGGLE#) }</SET_LEVELER> <TOGGLE_LEVELER>(&gt;K:#KEY_LEVELER_TOGGLE#)</TOGGLE_LEVELER> <SET_PITCH_LEVELER_ON>(&gt;K:#KEY_PITCH_LEVELER_ON#)</SET_PITCH_LEVELER_ON> <SET_PITCH_LEVELER_OFF>(&gt;K:#KEY_PITCH_LEVELER_OFF#)</SET_PITCH_LEVELER_OFF> <SET_AP_ON>(&gt;K:#KEY_AP_ON#)</SET_AP_ON> <SET_AP_OFF>(&gt;K:#KEY_AP_OFF#)</SET_AP_OFF> </Parameters> <ReturnParameters> <SIMVAR_LEVELER>#SIMVAR_LEVELER#</SIMVAR_LEVELER> <GET_LEVELER>#GET_LEVELER#</GET_LEVELER> <SET_LEVELER>#SET_LEVELER#</SET_LEVELER> <TOGGLE_LEVELER>#TOGGLE_LEVELER#</TOGGLE_LEVELER> <SET_PITCH_LEVELER_ON>#SET_PITCH_LEVELER_ON#</SET_PITCH_LEVELER_ON> <SET_PITCH_LEVELER_OFF>#SET_PITCH_LEVELER_OFF#</SET_PITCH_LEVELER_OFF> <SIMVAR_AP_ON>#SIMVAR_AP_ON#</SIMVAR_AP_ON> <GET_AP_ON>#GET_AP_ON#</GET_AP_ON> <SET_AP_ON>#SET_AP_ON#</SET_AP_ON> <SET_AP_OFF>#SET_AP_OFF#</SET_AP_OFF> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • SIMVAR_LEVELER
    • KEY_LEVELER_TOGGLE
    • KEY_PITCH_LEVELER_ON
    • KEY_PITCH_LEVELER_OFF
    • SIMVAR_AP_ON
    • KEY_AP_ON
    • KEY_AP_OFF
  • Default

    Parameters set:

    • GET_LEVELER (using SIMVAR_LEVELER)
    • GET_AP_ON (using SIMVAR_AP_ON)
  • Default

    Parameters set:

    • SET_LEVELER (using GET_LEVELER, KEY_LEVELER_TOGGLE)
    • TOGGLE_LEVELER (using KEY_LEVELER_TOGGLE)
    • SET_PITCH_LEVELER_ON (using KEY_PITCH_LEVELER_ON)
    • SET_PITCH_LEVELER_OFF (using KEY_PITCH_LEVELER_OFF)
    • SET_AP_ON (using KEY_AP_ON)
    • SET_AP_OFF (using KEY_AP_OFF)

  Return parameters:

  Parameters set:

  • SIMVAR_LEVELER (using SIMVAR_LEVELER)
  • GET_LEVELER (using GET_LEVELER)
  • SET_LEVELER (using SET_LEVELER)
  • TOGGLE_LEVELER (using TOGGLE_LEVELER)
  • SET_PITCH_LEVELER_ON (using SET_PITCH_LEVELER_ON)
  • SET_PITCH_LEVELER_OFF (using SET_PITCH_LEVELER_OFF)
  • SIMVAR_AP_ON (using SIMVAR_AP_ON)
  • GET_AP_ON (using GET_AP_ON)
  • SET_AP_ON (using SET_AP_ON)
  • SET_AP_OFF (using SET_AP_OFF)

• ASOBO_Autothrottle_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_Autothrottle_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <ENG_ID>0</ENG_ID> </Parameters> <Parameters Type="Default"> <SIMVAR_AUTOTHROTTLE_ARM>AUTOPILOT THROTTLE ARM:#ENG_ID#</SIMVAR_AUTOTHROTTLE_ARM> <SIMVAR_AUTOTHROTTLE_TOGA>AUTOPILOT TAKEOFF POWER ACTIVE</SIMVAR_AUTOTHROTTLE_TOGA> </Parameters> <Parameters Type="Default"> <GET_AUTOTHROTTLE_ARM>(A:#SIMVAR_AUTOTHROTTLE_ARM#, Bool)</GET_AUTOTHROTTLE_ARM> <GET_AUTOTHROTTLE_TOGA>(A:#SIMVAR_AUTOTHROTTLE_TOGA#, Bool)</GET_AUTOTHROTTLE_TOGA> </Parameters> <Parameters Type="Default"> <SET_AUTOTHROTTLE_ARM>#GET_AUTOTHROTTLE_ARM# != if{ #ENG_ID# (&gt;K:AUTO_THROTTLE_ARM) }</SET_AUTOTHROTTLE_ARM> <TOGGLE_AUTOTHROTTLE_ARM>#ENG_ID# (&gt;K:AUTO_THROTTLE_ARM)</TOGGLE_AUTOTHROTTLE_ARM> <SET_AUTOTHROTTLE_TOGA>#GET_AUTOTHROTTLE_TOGA# != if{ (&gt;K:AUTO_THROTTLE_TO_GA) }</SET_AUTOTHROTTLE_TOGA> <TOGGLE_AUTOTHROTTLE_TOGA>(&gt;K:AUTO_THROTTLE_TO_GA)</TOGGLE_AUTOTHROTTLE_TOGA> </Parameters> <ReturnParameters> <SIMVAR_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_ARM>#SIMVAR_AUTOTHROTTLE_ARM#</SIMVAR_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_ARM> <GET_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_ARM>#GET_AUTOTHROTTLE_ARM#</GET_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_ARM> <SET_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_ARM>#SET_AUTOTHROTTLE_ARM#</SET_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_ARM> <TOGGLE_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_ARM>#TOGGLE_AUTOTHROTTLE_ARM#</TOGGLE_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_ARM> <SIMVAR_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_TOGA>#SIMVAR_AUTOTHROTTLE_TOGA#</SIMVAR_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_TOGA> <GET_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_TOGA>#GET_AUTOTHROTTLE_TOGA#</GET_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_TOGA> <SET_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_TOGA>#SET_AUTOTHROTTLE_TOGA#</SET_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_TOGA> <TOGGLE_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_TOGA>#TOGGLE_AUTOTHROTTLE_TOGA#</TOGGLE_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_TOGA> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Override

    ParametersFn used:

    • ASOBO_Get_Param_Suffix_Helper
  • Default

    Parameters set:

    • ENG_ID
  • Default

    Parameters set:

    • SIMVAR_AUTOTHROTTLE_ARM (using ENG_ID)
    • SIMVAR_AUTOTHROTTLE_TOGA
  • Default

    Parameters set:

    • GET_AUTOTHROTTLE_ARM (using SIMVAR_AUTOTHROTTLE_ARM)
    • GET_AUTOTHROTTLE_TOGA (using SIMVAR_AUTOTHROTTLE_TOGA)
  • Default

    Parameters set:

    • SET_AUTOTHROTTLE_ARM (using GET_AUTOTHROTTLE_ARM, ENG_ID)
    • TOGGLE_AUTOTHROTTLE_ARM (using ENG_ID)
    • SET_AUTOTHROTTLE_TOGA (using GET_AUTOTHROTTLE_TOGA)
    • TOGGLE_AUTOTHROTTLE_TOGA

  Return parameters:

  Parameters set:

  • SIMVAR_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_ARM (using SIMVAR_AUTOTHROTTLE_ARM)
  • GET_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_ARM (using GET_AUTOTHROTTLE_ARM)
  • SET_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_ARM (using SET_AUTOTHROTTLE_ARM)
  • TOGGLE_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_ARM (using TOGGLE_AUTOTHROTTLE_ARM)
  • SIMVAR_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_TOGA (using SIMVAR_AUTOTHROTTLE_TOGA)
  • GET_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_TOGA (using GET_AUTOTHROTTLE_TOGA)
  • SET_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_TOGA (using SET_AUTOTHROTTLE_TOGA)
  • TOGGLE_AUTOTHROTTLE#OUT_PARAM_SUFFIX#_TOGA (using TOGGLE_AUTOTHROTTLE_TOGA)

• ASOBO_Flight_Director_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_Flight_Director_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Get_Param_Suffix_Helper"/> </Parameters> <Parameters Type="Default"> <FD_ID>1</FD_ID> </Parameters> <Parameters Type="Default"> <SIMVAR_FD_ACTIVE>AUTOPILOT FLIGHT DIRECTOR ACTIVE:#FD_ID#</SIMVAR_FD_ACTIVE> <SIMVAR_FD_PITCH>AUTOPILOT FLIGHT DIRECTOR PITCH</SIMVAR_FD_PITCH> <SIMVAR_FD_PITCH_REF>AUTOPILOT FLIGHT DIRECTOR PITCH EX1</SIMVAR_FD_PITCH_REF> <SIMVAR_FD_BANK>AUTOPILOT FLIGHT DIRECTOR BANK</SIMVAR_FD_BANK> <SIMVAR_FD_BANK_REF>AUTOPILOT FLIGHT DIRECTOR BANK EX1</SIMVAR_FD_BANK_REF> <UNITS_FD_PITCH>Degree</UNITS_FD_PITCH> <UNITS_FD_PITCH_REF>Degree</UNITS_FD_PITCH_REF> <UNITS_FD_BANK>Degree</UNITS_FD_BANK> <UNITS_FD_BANK_REF>Degree</UNITS_FD_BANK_REF> </Parameters> <Parameters Type="Default"> <GET_FD_ACTIVE>(A:#SIMVAR_FD_ACTIVE#, Bool)</GET_FD_ACTIVE> <GET_FD_PITCH>(A:#SIMVAR_FD_PITCH#, #UNITS_FD_PITCH#)</GET_FD_PITCH> <GET_FD_PITCH_REF>(A:#SIMVAR_FD_PITCH_REF#, #UNITS_FD_PITCH_REF#)</GET_FD_PITCH_REF> <GET_FD_BANK>(A:#SIMVAR_FD_BANK#, #UNITS_FD_BANK#)</GET_FD_BANK> <GET_FD_BANK_REF>(A:#SIMVAR_FD_BANK_REF#, #UNITS_FD_BANK_REF#)</GET_FD_BANK_REF> </Parameters> <Parameters Type="Default"> <SET_FD_ACTIVE>#GET_FD_ACTIVE# != if{ #FD_ID# (&gt;K:TOGGLE_FLIGHT_DIRECTOR) }</SET_FD_ACTIVE> <TOGGLE_FD>#FD_ID# (&gt;K:TOGGLE_FLIGHT_DIRECTOR)</TOGGLE_FD> <SET_PITCH_REF_16K>(&gt;K:AP_PITCH_REF_SET)</SET_PITCH_REF_16K> <SET_PITCH_REF>@16K / (&gt;K:AP_PITCH_REF_SET)</SET_PITCH_REF> <SYNC_FD_PITCH>(&gt;K:SYNC_FLIGHT_DIRECTOR_PITCH)</SYNC_FD_PITCH> </Parameters> <ReturnParameters> <SIMVAR_FD#OUT_PARAM_SUFFIX#_ACTIVE>#SIMVAR_FD_ACTIVE#</SIMVAR_FD#OUT_PARAM_SUFFIX#_ACTIVE> <SIMVAR_FD_PITCH>#SIMVAR_FD_PITCH#</SIMVAR_FD_PITCH> <SIMVAR_FD_PITCH_REF>#SIMVAR_FD_PITCH_REF#</SIMVAR_FD_PITCH_REF> <SIMVAR_FD_BANK>#SIMVAR_FD_BANK#</SIMVAR_FD_BANK> <SIMVAR_FD_BANK_REF>#SIMVAR_FD_BANK_REF#</SIMVAR_FD_BANK_REF> <GET_FD#OUT_PARAM_SUFFIX#_ACTIVE>#GET_FD_ACTIVE#</GET_FD#OUT_PARAM_SUFFIX#_ACTIVE> <GET_FD_PITCH>#GET_FD_PITCH#</GET_FD_PITCH> <GET_FD_PITCH_REF>#GET_FD_PITCH_REF#</GET_FD_PITCH_REF> <GET_FD_BANK>#GET_FD_BANK#</GET_FD_BANK> <GET_FD_BANK_REF>#GET_FD_BANK_REF#</GET_FD_BANK_REF> <SET_FD#OUT_PARAM_SUFFIX#_ACTIVE>#SET_FD_ACTIVE#</SET_FD#OUT_PARAM_SUFFIX#_ACTIVE> <TOGGLE_FD#OUT_PARAM_SUFFIX#>#TOGGLE_FD#</TOGGLE_FD#OUT_PARAM_SUFFIX#> <SET_PITCH_REF_16K>#SET_PITCH_REF_16K#</SET_PITCH_REF_16K> <SET_PITCH_REF>#SET_PITCH_REF#</SET_PITCH_REF> <SYNC_FD_PITCH>#SYNC_FD_PITCH#</SYNC_FD_PITCH> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Override

    ParametersFn used:

    • ASOBO_Get_Param_Suffix_Helper
  • Default

    Parameters set:

    • FD_ID
  • Default

    Parameters set:

    • SIMVAR_FD_ACTIVE (using FD_ID)
    • SIMVAR_FD_PITCH
    • SIMVAR_FD_PITCH_REF
    • SIMVAR_FD_BANK
    • SIMVAR_FD_BANK_REF
    • UNITS_FD_PITCH
    • UNITS_FD_PITCH_REF
    • UNITS_FD_BANK
    • UNITS_FD_BANK_REF
  • Default

    Parameters set:

    • GET_FD_ACTIVE (using SIMVAR_FD_ACTIVE)
    • GET_FD_PITCH (using SIMVAR_FD_PITCH, UNITS_FD_PITCH)
    • GET_FD_PITCH_REF (using SIMVAR_FD_PITCH_REF, UNITS_FD_PITCH_REF)
    • GET_FD_BANK (using SIMVAR_FD_BANK, UNITS_FD_BANK)
    • GET_FD_BANK_REF (using SIMVAR_FD_BANK_REF, UNITS_FD_BANK_REF)
  • Default

    Parameters set:

    • SET_FD_ACTIVE (using GET_FD_ACTIVE, FD_ID)
    • TOGGLE_FD (using FD_ID)
    • SET_PITCH_REF_16K
    • SET_PITCH_REF
    • SYNC_FD_PITCH

  Return parameters:

  Parameters set:

  • SIMVAR_FD#OUT_PARAM_SUFFIX#_ACTIVE (using SIMVAR_FD_ACTIVE)
  • SIMVAR_FD_PITCH (using SIMVAR_FD_PITCH)
  • SIMVAR_FD_PITCH_REF (using SIMVAR_FD_PITCH_REF)
  • SIMVAR_FD_BANK (using SIMVAR_FD_BANK)
  • SIMVAR_FD_BANK_REF (using SIMVAR_FD_BANK_REF)
  • GET_FD#OUT_PARAM_SUFFIX#_ACTIVE (using GET_FD_ACTIVE)
  • GET_FD_PITCH (using GET_FD_PITCH)
  • GET_FD_PITCH_REF (using GET_FD_PITCH_REF)
  • GET_FD_BANK (using GET_FD_BANK)
  • GET_FD_BANK_REF (using GET_FD_BANK_REF)
  • SET_FD#OUT_PARAM_SUFFIX#_ACTIVE (using SET_FD_ACTIVE)
  • TOGGLE_FD#OUT_PARAM_SUFFIX# (using TOGGLE_FD)
  • SET_PITCH_REF_16K (using SET_PITCH_REF_16K)
  • SET_PITCH_REF (using SET_PITCH_REF)
  • SYNC_FD_PITCH (using SYNC_FD_PITCH)

• ASOBO_Yaw_Damper_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_Yaw_Damper_Parameters"> <Parameters Type="Default"> <SIMVAR_YAW_DAMPER>AUTOPILOT YAW DAMPER</SIMVAR_YAW_DAMPER> </Parameters> <Parameters Type="Default"> <GET_YAW_DAMPER>(A:#SIMVAR_YAW_DAMPER#, Bool)</GET_YAW_DAMPER> <SET_YAW_DAMPER>(&gt;K:YAW_DAMPER_SET)</SET_YAW_DAMPER> <TOGGLE_YAW_DAMPER>(&gt;K:YAW_DAMPER_TOGGLE)</TOGGLE_YAW_DAMPER> </Parameters> <ReturnParameters> <SIMVAR_YAW_DAMPER>#SIMVAR_YAW_DAMPER#</SIMVAR_YAW_DAMPER> <GET_YAW_DAMPER>#GET_YAW_DAMPER#</GET_YAW_DAMPER> <SET_YAW_DAMPER>#SET_YAW_DAMPER#</SET_YAW_DAMPER> <TOGGLE_YAW_DAMPER>#TOGGLE_YAW_DAMPER#</TOGGLE_YAW_DAMPER> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • SIMVAR_YAW_DAMPER
  • Default

    Parameters set:

    • GET_YAW_DAMPER (using SIMVAR_YAW_DAMPER)
    • SET_YAW_DAMPER
    • TOGGLE_YAW_DAMPER

  Return parameters:

  Parameters set:

  • SIMVAR_YAW_DAMPER (using SIMVAR_YAW_DAMPER)
  • GET_YAW_DAMPER (using GET_YAW_DAMPER)
  • SET_YAW_DAMPER (using SET_YAW_DAMPER)
  • TOGGLE_YAW_DAMPER (using TOGGLE_YAW_DAMPER)

• ASOBO_AP_BackCourse_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_BackCourse_Parameters"> <Parameters Type="Default"> <SIMVAR_BACKCOURSE>AUTOPILOT BACKCOURSE HOLD</SIMVAR_BACKCOURSE> </Parameters> <Parameters Type="Default"> <GET_BACKCOURSE>(A:#SIMVAR_BACKCOURSE#, Bool)</GET_BACKCOURSE> <TOGGLE_BACKCOURSE>(&gt;K:AP_BC_HOLD)</TOGGLE_BACKCOURSE> </Parameters> <Parameters Type="Override"> <SET_BACKCOURSE>#GET_BACKCOURSE# != if{ #TOGGLE_BACKCOURSE# }</SET_BACKCOURSE> </Parameters> <ReturnParameters> <SIMVAR_BACKCOURSE>#SIMVAR_BACKCOURSE#</SIMVAR_BACKCOURSE> <GET_BACKCOURSE>#GET_BACKCOURSE#</GET_BACKCOURSE> <SET_BACKCOURSE>#SET_BACKCOURSE#</SET_BACKCOURSE> <TOGGLE_BACKCOURSE>#TOGGLE_BACKCOURSE#</TOGGLE_BACKCOURSE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Default

    Parameters set:

    • SIMVAR_BACKCOURSE
  • Default

    Parameters set:

    • GET_BACKCOURSE (using SIMVAR_BACKCOURSE)
    • TOGGLE_BACKCOURSE
  • Override

    Parameters set:

    • SET_BACKCOURSE (using GET_BACKCOURSE, TOGGLE_BACKCOURSE)

  Return parameters:

  Parameters set:

  • SIMVAR_BACKCOURSE (using SIMVAR_BACKCOURSE)
  • GET_BACKCOURSE (using GET_BACKCOURSE)
  • SET_BACKCOURSE (using SET_BACKCOURSE)
  • TOGGLE_BACKCOURSE (using TOGGLE_BACKCOURSE)

• ASOBO_AP_Altitude_Mode_Emissive_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Altitude_Mode_Emissive_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_AP_Altitude_Parameters"/> </Parameters> <ReturnParameters> <EMISSIVE_CODE>#GET_ALTITUDE_LOCK#</EMISSIVE_CODE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Override

    ParametersFn used:

    • ASOBO_AP_Altitude_Parameters

  Return parameters:

  Parameters set:

  • EMISSIVE_CODE (using GET_ALTITUDE_LOCK)

• ASOBO_AP_VerticalSpeed_Mode_Emissive_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_VerticalSpeed_Mode_Emissive_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_AP_VerticalSpeed_Parameters"/> </Parameters> <ReturnParameters> <EMISSIVE_CODE>#GET_VERTICAL_SPEED_MODE#</EMISSIVE_CODE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Override

    ParametersFn used:

    • ASOBO_AP_VerticalSpeed_Parameters

  Return parameters:

  Parameters set:

  • EMISSIVE_CODE (using GET_VERTICAL_SPEED_MODE)

• ASOBO_AP_Vertical_Navigation_Emissive_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Vertical_Navigation_Emissive_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_AP_Vertical_Navigation_Parameters"/> </Parameters> <ReturnParameters> <EMISSIVE_CODE>#GET_VNAV_LOCK#</EMISSIVE_CODE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Override

    ParametersFn used:

    • ASOBO_AP_Vertical_Navigation_Parameters

  Return parameters:

  Parameters set:

  • EMISSIVE_CODE (using GET_VNAV_LOCK)

• ASOBO_AP_FlightLevelChange_Emissive_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_FlightLevelChange_Emissive_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_AP_FlightLevelChange_Parameters"/> </Parameters> <ReturnParameters> <EMISSIVE_CODE>#GET_FLIGHT_LEVEL_CHANGE#</EMISSIVE_CODE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Override

    ParametersFn used:

    • ASOBO_AP_FlightLevelChange_Parameters

  Return parameters:

  Parameters set:

  • EMISSIVE_CODE (using GET_FLIGHT_LEVEL_CHANGE)

• ASOBO_AP_Leveler_Emissive_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Leveler_Emissive_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_AP_Leveler_Parameters"/> </Parameters> <ReturnParameters> <EMISSIVE_CODE>#GET_LEVELER#</EMISSIVE_CODE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Override

    ParametersFn used:

    • ASOBO_AP_Leveler_Parameters

  Return parameters:

  Parameters set:

  • EMISSIVE_CODE (using GET_LEVELER)

• ASOBO_AP_Flight_Director_Emissive_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Flight_Director_Emissive_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_Flight_Director_Parameters"/> </Parameters> <ReturnParameters> <EMISSIVE_CODE>#GET_FD_ACTIVE#</EMISSIVE_CODE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Override

    ParametersFn used:

    • ASOBO_Flight_Director_Parameters

  Return parameters:

  Parameters set:

  • EMISSIVE_CODE (using GET_FD_ACTIVE)

• ASOBO_AP_Master_Emissive_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Master_Emissive_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_AP_Master_Parameters"/> </Parameters> <ReturnParameters> <EMISSIVE_CODE>#GET_AP_MASTER#</EMISSIVE_CODE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Override

    ParametersFn used:

    • ASOBO_AP_Master_Parameters

  Return parameters:

  Parameters set:

  • EMISSIVE_CODE (using GET_AP_MASTER)

• ASOBO_AP_Heading_Emissive_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Heading_Emissive_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_AP_Heading_Mode_Parameters"/> </Parameters> <ReturnParameters> <EMISSIVE_CODE>#GET_HEADING_MODE#</EMISSIVE_CODE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Override

    ParametersFn used:

    • ASOBO_AP_Heading_Mode_Parameters

  Return parameters:

  Parameters set:

  • EMISSIVE_CODE (using GET_HEADING_MODE)

• ASOBO_AP_Navigation_Emissive_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Navigation_Emissive_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_AP_Navigation_Parameters"/> </Parameters> <ReturnParameters> <EMISSIVE_CODE>#GET_NAV_LOCK#</EMISSIVE_CODE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Override

    ParametersFn used:

    • ASOBO_AP_Navigation_Parameters

  Return parameters:

  Parameters set:

  • EMISSIVE_CODE (using GET_NAV_LOCK)

• ASOBO_AP_Approach_Emissive_Parameters#

  Definition from XML
  <ParametersFn Name="ASOBO_AP_Approach_Emissive_Parameters"> <Parameters Type="Override"> <UseParametersFn Name="ASOBO_AP_Approach_Parameters"/> </Parameters> <ReturnParameters> <EMISSIVE_CODE>#GET_APPROACH_LOCK# #GET_GLIDESLOPE_LOCK# and</EMISSIVE_CODE> </ReturnParameters> </ParametersFn>

  Parameters initialization:

  • Override

    ParametersFn used:

    • ASOBO_AP_Approach_Parameters

  Return parameters:

  Parameters set:

  • EMISSIVE_CODE (using GET_APPROACH_LOCK, GET_GLIDESLOPE_LOCK)