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Asobo\Common\Autopilot.xml

Source XML
<ModelBehaviors> <Include RelativeFile="Subtemplates\\Autopilot_Subtemplates.xml"/> <Include RelativeFile="Inputs\\Autopilot_Inputs.xml"/> <!-- ################################## AUTOPILOT ################################# --> <!-- ############################################################################## --> <!-- ###### AP PRESET ###### --> <!-- Components list: - Push: AP, Heading, Bank, Approach, Backcourse, FD x2, Altitude, YD, FLC, VS, NAV, VNV, Speed, LVL, Transfer, Disc - Knob: BARO x3, Heading, Altitude, VS, Course x2 - Emissives: Transfer x2 --> <Template Name="ASOBO_AUTOPILOT_Composite_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Composite_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Composite_SubTemplate"> <Parameters Type="Default"> <BARO_COUNT>3</BARO_COUNT> <CRS_COUNT>2</CRS_COUNT> <FD_COUNT>2</FD_COUNT> <USE_SINGLE_ALTITUDE_KNOB>True</USE_SINGLE_ALTITUDE_KNOB> <NO_ALTITUDE_FIXED_INCREMENT>True</NO_ALTITUDE_FIXED_INCREMENT> <VERTICAL_SPEED_TYPE/> </Parameters> <!-- BARO --> <Condition Check="NO_BARO"> <False> <UseTemplate Name="ASOBO_GT_Helper_Recursive_ID"> <Condition Check="BARO_COUNT" Match="1"> <BARO_KNOB_1_NODE_ID>AUTOPILOT_Knob_Baro#SUFFIX_ID#</BARO_KNOB_1_NODE_ID> </Condition> <Condition Valid="BARO_PUSH"> <TYPE>PUSH</TYPE> </Condition> <!-- VV Recursive parameters VV --> <EXIT_TEMPLATE>ASOBO_AUTOPILOT_Knob_Baro_Template</EXIT_TEMPLATE> <MAX_ID>#BARO_COUNT#</MAX_ID> <!-- Dyn param --> <!-- NODE_ID --> <PROCESS_PARAM2>True</PROCESS_PARAM2> <PARAM2>NODE_ID</PARAM2> <PARAM2_PREFIX>BARO_KNOB_</PARAM2_PREFIX> <PARAM2_SUFFIX>_NODE_ID</PARAM2_SUFFIX> <!-- ANIM_NAME --> <PROCESS_PARAM3>True</PROCESS_PARAM3> <PARAM3>ANIM_NAME</PARAM3> <PARAM3_PREFIX>BARO_KNOB_</PARAM3_PREFIX> <PARAM3_SUFFIX>_ANIM_NAME</PARAM3_SUFFIX> <!-- BARO_ID --> <PROCESS_PARAM4>True</PROCESS_PARAM4> <PARAM4>BARO_ID</PARAM4> <PARAM4_PREFIX>BARO_KNOB_</PARAM4_PREFIX> <PARAM4_SUFFIX>_BARO_ID</PARAM4_SUFFIX> <!-- ANIM_NAME_PUSH --> <PROCESS_PARAM5>True</PROCESS_PARAM5> <PARAM5>ANIM_NAME_PUSH</PARAM5> <PARAM5_PREFIX>BARO_KNOB_</PARAM5_PREFIX> <PARAM5_SUFFIX>_ANIM_NAME_PUSH</PARAM5_SUFFIX> <!-- ANIM_NAME_PUSH --> <PROCESS_PARAM6>True</PROCESS_PARAM6> <PARAM6>USE_PUSH_STD</PARAM6> <PARAM6_PREFIX>BARO_KNOB_</PARAM6_PREFIX> <PARAM6_SUFFIX>_USE_PUSH_STD</PARAM6_SUFFIX> <PROCESS_PARAM7>True</PROCESS_PARAM7> <PARAM7>USE_AIRLINER_STD</PARAM7> <PARAM7_PREFIX>BARO_KNOB_</PARAM7_PREFIX> <PARAM7_SUFFIX>_USE_AIRLINER_STD</PARAM7_SUFFIX> </UseTemplate> </False> </Condition> <!-- ENGAGE/DISENGAGE --> <Condition Check="NO_AP"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Autopilot_Template"> <Condition Valid="AP_TOOLTIPID"> <TOOLTIPID>#AP_TOOLTIPID#</TOOLTIPID> </Condition> </UseTemplate> </False> </Condition> <!-- HEADING --> <Condition Check="NO_HEADING"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Heading_Template"> <Condition Valid="HEADING_TOOLTIPID"> <TOOLTIPID>#HEADING_TOOLTIPID#</TOOLTIPID> </Condition> </UseTemplate> <Condition Check="NO_HEADING_KNOB"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Heading_Template"> <ANIMTIP_0>TT:COCKPIT.TOOLTIPS.AUTOPILOT_PANEL_HDG_TUNING_LEFT</ANIMTIP_0> <ANIMTIP_0_ON_CURSOR>TurnLeft</ANIMTIP_0_ON_CURSOR> <ANIMTIP_1>TT:COCKPIT.TOOLTIPS.AUTOPILOT_PANEL_HDG_TUNING_RIGHT</ANIMTIP_1> <ANIMTIP_1_ON_CURSOR>TurnRight</ANIMTIP_1_ON_CURSOR> <ANIMTIP_3>TT:COCKPIT.TOOLTIPS.AUTOPILOT_PANEL_HDG_PUSH</ANIMTIP_3> <ANIMTIP_3_ON_CURSOR>Hand</ANIMTIP_3_ON_CURSOR> <PUSH/> </UseTemplate> </False> </Condition> </False> </Condition> <!-- BANK --> <Condition Check="NO_BANK"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Bank_Template"> <Condition Valid="BANK_TOOLTIPID"> <TOOLTIPID>#BANK_TOOLTIPID#</TOOLTIPID> </Condition> <Condition Valid="USE_HALF_BANK"> <REVERSE_ACTIVE_CONDITION>True</REVERSE_ACTIVE_CONDITION> </Condition> </UseTemplate> </False> </Condition> <!-- APPROACH --> <Condition Check="NO_APPROACH"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Approach_Template"> <Condition Valid="APPROACH_TOOLTIPID"> <TOOLTIPID>#APPROACH_TOOLTIPID#</TOOLTIPID> </Condition> </UseTemplate> </False> </Condition> <!-- BACKCOURSE --> <Condition Check="NO_BACKCOURSE"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_BackCourse_Template"> <Condition Valid="BACKCOURSE_TOOLTIPID"> <TOOLTIPID>#BACKCOURSE_TOOLTIPID#</TOOLTIPID> </Condition> </UseTemplate> </False> </Condition> <!-- FLIGHT DIRECTOR --> <Condition Check="NO_FLIGHT_DIRECTOR"> <False> <UseTemplate Name="ASOBO_GT_Helper_Recursive_ID"> <Condition Check="FD_COUNT" Match="1"> <False> <USE_CONCATENATED_ID/> </False> </Condition> <!-- VV Recursive parameters VV --> <EXIT_TEMPLATE>ASOBO_AUTOPILOT_Push_FlightDirector_Template</EXIT_TEMPLATE> <MAX_ID>#FD_COUNT#</MAX_ID> <!-- Dyn param --> <!-- NODE_ID --> <PROCESS_PARAM2>True</PROCESS_PARAM2> <PARAM2>NODE_ID</PARAM2> <PARAM2_PREFIX>FLIGHT_DIRECTOR_</PARAM2_PREFIX> <PARAM2_SUFFIX>_NODE_ID</PARAM2_SUFFIX> <!-- ANIM_NAME --> <PROCESS_PARAM3>True</PROCESS_PARAM3> <PARAM3>ANIM_NAME</PARAM3> <PARAM3_PREFIX>FLIGHT_DIRECTOR_</PARAM3_PREFIX> <PARAM3_SUFFIX>_ANIM_NAME</PARAM3_SUFFIX> <!-- EMISSIVE_NODE_ID --> <PROCESS_PARAM4>True</PROCESS_PARAM4> <PARAM4>EMISSIVE_NODE_ID</PARAM4> <PARAM4_PREFIX>FLIGHT_DIRECTOR_</PARAM4_PREFIX> <PARAM4_SUFFIX>_EMISSIVE_NODE_ID</PARAM4_SUFFIX> </UseTemplate> </False> </Condition> <!-- YAW DAMPER --> <Condition Check="NO_YAW_DAMPER"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_YawDamper_Template"> </UseTemplate> </False> </Condition> <!-- ALTITUDE --> <Condition Check="NO_ALTITUDE"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Altitude_Template"> </UseTemplate> <Condition Check="NO_ALTITUDE_KNOB"> <False> <Condition Valid="USE_SINGLE_ALTITUDE_KNOB"> <True> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Altitude_Template"> <Condition Valid="NO_ALTITUDE_FIXED_INCREMENT"> <False> <INCREMENT>100</INCREMENT> </False> </Condition> <PUSH/> <NODE_ID>AUTOPILOT_Knob_Altitude#SUFFIX_ID#</NODE_ID> </UseTemplate> </True> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Altitude_Template"> <INCREMENT>100</INCREMENT> <PUSH/> <NODE_ID>AUTOPILOT_Knob_Altitude_Hundred#SUFFIX_ID#</NODE_ID> <ANIM_NAME_KNOB>AUTOPILOT_Knob_Altitude_Hundred#SUFFIX_ID#</ANIM_NAME_KNOB> <ANIM_NAME_PUSH>AUTOPILOT_Knob_Altitude_Hundred_Push#SUFFIX_ID#</ANIM_NAME_PUSH> </UseTemplate> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Altitude_Template"> <INCREMENT>1000</INCREMENT> <NODE_ID>AUTOPILOT_Knob_Altitude_Thousand#SUFFIX_ID#</NODE_ID> <ANIM_NAME>AUTOPILOT_Knob_Altitude_Thousand#SUFFIX_ID#</ANIM_NAME> </UseTemplate> </False> </Condition> </False> </Condition> </False> </Condition> <!-- FLIGHT LEVEL CHANGE --> <Condition Check="NO_FLC"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_FlightLevelChange_Template"> <Condition Valid="FLC_NODE_ID"> <NODE_ID>#FLC_NODE_ID#</NODE_ID> </Condition> <Condition Valid="FLC_ANIM_NAME"> <ANIM_NAME>#FLC_ANIM_NAME#</ANIM_NAME> </Condition> <Condition Valid="FLC_BASE_NODE_ID"> <BASE_NODE_ID>#FLC_BASE_NODE_ID#</BASE_NODE_ID> </Condition> </UseTemplate> </False> </Condition> <!-- VERTICAL SPEED --> <Condition Check="NO_VERTICAL_SPEED"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_VerticalSpeed_Template"> <TYPE>#VERTICAL_SPEED_TYPE#</TYPE> </UseTemplate> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_VerticalSpeed_Template"> <Condition Valid="SINGLE_HITBOX_VERTICALSPEED_KNOB"> <False> <HITBOX_UP_NODE_ID>AUTOPILOT_Knob_VerticalSpeed_DN#SUFFIX_ID#</HITBOX_UP_NODE_ID> <HITBOX_DOWN_NODE_ID>AUTOPILOT_Knob_VerticalSpeed_UP#SUFFIX_ID#</HITBOX_DOWN_NODE_ID> <NODE_ID>AUTOPILOT_Knob_VerticalSpeed_Visual#SUFFIX_ID#</NODE_ID> <TYPE>#VERTICAL_SPEED_TYPE#</TYPE> </False> </Condition> </UseTemplate> </False> </Condition> <!-- NAV --> <Condition Check="NO_NAV"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Navigation_Template"> </UseTemplate> </False> </Condition> <!-- VNAV --> <Condition Check="NO_VNAV"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Vertical_Navigation_Template"> </UseTemplate> </False> </Condition> <!-- SPEED --> <Condition Check="NO_SPEED"> <False> <Switch> <Case Check="MODE_IAS_MACH_SPEED_KNOB"> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Speed_Template"> </UseTemplate> </Case> <Default> <Switch> <Case Check="NO_SPEED_TOGGLE_BTN"> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Speed_Template"> </UseTemplate> </Case> <Default> <Condition Check="NO_SPEED_BTN"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_SpeedToggle_Template"> </UseTemplate> </False> </Condition> </Default> </Switch> <Condition Check="NO_SPEED_KNOB"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_SpeedMach_Template"> <Condition Valid="SPEED_KNOB_TYPE"> <TYPE>#SPEED_KNOB_TYPE#</TYPE> </Condition> <Condition Valid="SPEED_KNOB_ANIM_NAME"> <ANIM_NAME>#SPEED_KNOB_ANIM_NAME#</ANIM_NAME> </Condition> <Condition Valid="SPEED_KNOB_ANIM_NAME_PUSH"> <ANIM_NAME_PUSH>#SPEED_KNOB_ANIM_NAME_PUSH#</ANIM_NAME_PUSH> </Condition> <Condition Valid="SPEED_KNOB_NODE_ID"> <NODE_ID>#SPEED_KNOB_NODE_ID#</NODE_ID> </Condition> </UseTemplate> </False> </Condition> </Default> </Switch> </False> </Condition> <!-- AP Transfer --> <Condition Check="NO_TRANSFER"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Transfer_Template"> </UseTemplate> </False> </Condition> <!-- COURSE --> <Condition Check="NO_COURSE"> <False> <UseTemplate Name="ASOBO_GT_Helper_Recursive_ID"> <PUSH/> <!-- VV Recursive parameters VV --> <EXIT_TEMPLATE>ASOBO_AUTOPILOT_Knob_Course_Template</EXIT_TEMPLATE> <MAX_ID>#CRS_COUNT#</MAX_ID> <!-- Dyn param --> <!-- NODE_ID --> <PROCESS_PARAM2>True</PROCESS_PARAM2> <PARAM2>NODE_ID</PARAM2> <PARAM2_PREFIX>COURSE_KNOB_</PARAM2_PREFIX> <PARAM2_SUFFIX>_NODE_ID</PARAM2_SUFFIX> <!-- ANIM_NAME --> <PROCESS_PARAM3>True</PROCESS_PARAM3> <PARAM3>ANIM_NAME</PARAM3> <PARAM3_PREFIX>COURSE_KNOB_</PARAM3_PREFIX> <PARAM3_SUFFIX>_ANIM_NAME</PARAM3_SUFFIX> <!-- ANIM_NAME_PUSH --> <PROCESS_PARAM3>True</PROCESS_PARAM3> <PARAM3>ANIM_NAME_PUSH</PARAM3> <PARAM3_PREFIX>COURSE_KNOB_</PARAM3_PREFIX> <PARAM3_SUFFIX>_ANIM_NAME_PUSH</PARAM3_SUFFIX> </UseTemplate> </False> </Condition> <!-- DISC --> <Condition Check="NO_AUTOPILOT_DISC"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Disconnect_Template"> <Condition Valid="AUTOPILOT_DISC_TOGGLEABLE"> <True> <TOGGLEABLE>True</TOGGLEABLE> </True> </Condition> <Condition Valid="AUTOPILOT_DISC_INVERT_SWITCH_ON_CONDITION"> <True> <INVERT_SWITCH_ON_CONDITION>#AUTOPILOT_DISC_INVERT_SWITCH_ON_CONDITION#</INVERT_SWITCH_ON_CONDITION> </True> </Condition> </UseTemplate> </False> </Condition> <!-- LVL --> <Condition Check="NO_LEVEL"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Level_Template"> </UseTemplate> </False> </Condition> </Template> <!-- ####################### --> <!-- ##### AP PUSH BTN ##### --> <!-- ####################### --> <Template Name="ASOBO_AUTOPILOT_Push_Autopilot_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Autopilot</DEFAULT_NAME> <AP_COUNT>1</AP_COUNT> <ID>1</ID> <RESET_CODE/> <TEST_CODE>1</TEST_CODE> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="EXCLUSIVE_AP"> <Condition> <Test> <GreaterOrEqual> <Value>AP_COUNT</Value> <Number>2</Number> </GreaterOrEqual> </Test> <True> <Loop> <Setup> <Param>AP_ID</Param> <From>1</From> <Inc>1</Inc> <To>#AP_COUNT#</To> </Setup> <Do> <Parameters Type="Default" Lifetime="Loop"> <RESET_CODE_T/> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <RESET_CODE_T>#RESET_CODE_T# #AP_ID# #ID# != if{ 0 (&gt;L:XMLVAR_Autopilot_#AP_ID#_Status) }</RESET_CODE_T> </Parameters> </Do> <Then> <RESET_CODE>#RESET_CODE_T#</RESET_CODE> </Then> </Loop> </True> </Condition> <Condition Check="ID" Match="1"> <True> <INIT>(A:AUTOPILOT MASTER, Bool) (&gt;L:XMLVAR_Autopilot_#ID#_Status)</INIT> </True> </Condition> </Case> <Case Value="ONLY_IF_DISCONNECTED"> <TEST_CODE> (A:AUTOPILOT MASTER, Bool) ! </TEST_CODE> <Condition Check="ID" Match="1"> <True> <INIT>(A:AUTOPILOT MASTER, Bool) (&gt;L:XMLVAR_Autopilot_#ID#_Status)</INIT> </True> </Condition> </Case> <Default> <INIT>(A:AUTOPILOT MASTER, Bool) (&gt;L:XMLVAR_Autopilot_#ID#_Status)</INIT> </Default> </Switch> <Condition Valid="ALL_AP_ON_APPR"> <True> <APPR_CONDITION>(A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) and (A:AUTOPILOT MASTER, Bool) and</APPR_CONDITION> </True> <False> <APPR_CONDITION>0</APPR_CONDITION> </False> </Condition> <Condition> <Test> <GreaterOrEqual> <Value>AP_COUNT</Value> <Number>2</Number> </GreaterOrEqual> </Test> <True> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <Loop> <Setup> <Param>AP_ID</Param> <From>1</From> <Inc>1</Inc> <To>#AP_COUNT#</To> </Setup> <Do> <Parameters Type="Default" Lifetime="Loop"> <AP_IS_ON_TEST_T/> </Parameters> <Parameters Type="Override"> <Condition NotEmpty="AP_IS_ON_TEST_T"> <True> <TEST> or</TEST> </True> <False> <TEST/> </False> </Condition> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <AP_IS_ON_TEST_T>#AP_IS_ON_TEST_T# (L:XMLVAR_Autopilot_#AP_ID#_Status) #TEST#</AP_IS_ON_TEST_T> </Parameters> </Do> <Then> <Condition NotEmpty="AP_IS_ON_TEST_T"> <True> <AP_STATE_CHANGED_TEST>#AP_IS_ON_TEST_T# (A:AUTOPILOT MASTER, Bool) !=</AP_STATE_CHANGED_TEST> </True> <False> <AP_STATE_CHANGED_TEST>1</AP_STATE_CHANGED_TEST> </False> </Condition> </Then> </Loop> <MANUAL_OFF_CODE>0 (&gt;L:XMLVAR_Autopilot_#ID#_Status) (&gt;H:Generic_Autopilot_#ID#_Manual_Off)</MANUAL_OFF_CODE> <TOGGLE_STATE_CODE>(L:XMLVAR_Autopilot_#ID#_Status) ! (&gt;L:XMLVAR_Autopilot_#ID#_Status)</TOGGLE_STATE_CODE> <IS_AP_SWITCH_ON>(L:XMLVAR_Autopilot_#ID#_Status)</IS_AP_SWITCH_ON> </True> <False> <AP_STATE_CHANGED_TEST>1</AP_STATE_CHANGED_TEST> <MANUAL_OFF_CODE>(&gt;H:Generic_Autopilot_Manual_Off)</MANUAL_OFF_CODE> <IS_AP_SWITCH_ON>(A:AUTOPILOT MASTER, Bool)</IS_AP_SWITCH_ON> <TOGGLE_STATE_CODE/> </False> </Condition> </Parameters> <Parameters Type="Default"> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_AUTOPILOT_TITLE</TOOLTIP_TITLE> <Condition Check="IS_USING_L_VAR_FOR_STATE"> <True> <TT_DESCRIPTION>#ID# (R:1:@TT_Package.AUTOPILOT_PUSH_AUTOPILOT_ACTION_SET) '%s %d' @sprintf</TT_DESCRIPTION> <TT_DESCRIPTION_IS_DYNAMIC>True</TT_DESCRIPTION_IS_DYNAMIC> </True> <False> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_AUTOPILOT_ACTION_SET</TT_DESCRIPTION_ID> </False> </Condition> <INPUT_EVENT_ID_SOURCE>AUTOPILOT</INPUT_EVENT_ID_SOURCE> <Condition NotEmpty="ON_AP_MASTER_SWITCH"> <AP_MASTER_ON_CHECK>#IS_AP_SWITCH_ON#</AP_MASTER_ON_CHECK> </Condition> <ON_AP_MASTER_SWITCH_ON/> <ON_AP_MASTER_SWITCH_OFF/> <Switch Param="ON_AP_MASTER_SWITCH"> <Case Value="FD_ON"> <FD_ON>True</FD_ON> </Case> <Case Value="FD_ON_OFF"> <FD_ON>True</FD_ON> <FD_OFF>True</FD_OFF> </Case> <Case Value="YD_ON"> <YD_ON>True</YD_ON> </Case> <Case Value="YD_ON_OFF"> <YD_ON>True</YD_ON> <YD_OFF>True</YD_OFF> </Case> </Switch> </Parameters> <Parameters Type="Override"> <Condition> <Test> <Or> <Arg Valid="YD_ON"/> <Arg Valid="YD_OFF"/> </Or> </Test> <True> <Condition Valid="YD_ON"> <ON_AP_MASTER_SWITCH_ON>#ON_AP_MASTER_SWITCH_ON# (A:AUTOPILOT YAW DAMPER, Bool) ! if{ (&gt;K:YAW_DAMPER_TOGGLE) }</ON_AP_MASTER_SWITCH_ON> </Condition> <Condition Valid="YD_OFF"> <ON_AP_MASTER_SWITCH_OFF>#ON_AP_MASTER_SWITCH_OFF# (A:AUTOPILOT YAW DAMPER, Bool) if{ (&gt;K:YAW_DAMPER_TOGGLE) }</ON_AP_MASTER_SWITCH_OFF> </Condition> </True> </Condition> </Parameters> <Parameters Type="Override"> <Condition> <Test> <Or> <Arg Valid="FD_ON"/> <Arg Valid="FD_OFF"/> </Or> </Test> <True> <Condition Valid="FD_ON"> <ON_AP_MASTER_SWITCH_ON>#ON_AP_MASTER_SWITCH_ON# (A:AUTOPILOT FLIGHT DIRECTOR ACTIVE, Bool) ! if{ 1 (&gt;K:TOGGLE_FLIGHT_DIRECTOR) }</ON_AP_MASTER_SWITCH_ON> </Condition> <Condition Valid="FD_OFF"> <ON_AP_MASTER_SWITCH_OFF>#ON_AP_MASTER_SWITCH_OFF# (A:AUTOPILOT FLIGHT DIRECTOR ACTIVE, Bool) if{ 1 (&gt;K:TOGGLE_FLIGHT_DIRECTOR) }</ON_AP_MASTER_SWITCH_OFF> </Condition> </True> </Condition> </Parameters> <Parameters Type="Override"> <Condition> <Test> <Or> <Arg NotEmpty="ON_AP_MASTER_SWITCH_ON"/> <Arg NotEmpty="ON_AP_MASTER_SWITCH_OFF"/> </Or> </Test> <True> <GET_INIT_STATE_EXTERNAL> (O:#INPUT_EVENT_ID_SOURCE#_AP_#ID#_Position) #AP_MASTER_ON_CHECK# != if{ (O:#INPUT_EVENT_ID_SOURCE#_AP_#ID#_Position) ! if{ #ON_AP_MASTER_SWITCH_ON# } els{ #ON_AP_MASTER_SWITCH_OFF# } } #AP_MASTER_ON_CHECK# </GET_INIT_STATE_EXTERNAL> </True> </Condition> </Parameters> <Condition> <Test> <GreaterOrEqual> <Value>AP_COUNT</Value> <Number>2</Number> </GreaterOrEqual> </Test> <True> <Condition Check="ID" Match="1"> <True> <UseTemplate Name="ASOBO_GT_Update"> <FREQUENCY>3</FREQUENCY> <UPDATE_CODE> #AP_STATE_CHANGED_TEST# if{ #RESET_CODE# (A:AUTOPILOT MASTER, Bool) (&gt;L:XMLVAR_Autopilot_#ID#_Status) } </UPDATE_CODE> </UseTemplate> </True> </Condition> </True> </Condition> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <Condition Check="IS_USING_L_VAR_FOR_STATE"> <True> <EMISSIVE_CODE_ACTIVE>#IS_AP_SWITCH_ON#</EMISSIVE_CODE_ACTIVE> </True> <False> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT MASTER</EMISSIVE_SIMVAR_ACTIVE> </False> </Condition> <SIMVAR_TO_WATCH_0>AUTOPILOT MASTER</SIMVAR_TO_WATCH_0> <GET_STATE_EXTERNAL>#IS_AP_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <SET_STATE_EXTERNAL> (A:AUTOPILOT DISENGAGED, Bool) ! #TEST_CODE# and if{ #RESET_CODE# #TOGGLE_STATE_CODE# #AP_STATE_CHANGED_TEST# if{ (&gt;K:AP_MASTER) (A:AUTOPILOT MASTER, Bool) ! if{ #MANUAL_OFF_CODE# #ON_AP_MASTER_SWITCH_OFF# } els{ #ON_AP_MASTER_SWITCH_ON# } } } </SET_STATE_EXTERNAL> <BTN_ID>AP_#ID#</BTN_ID> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Disconnect_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Disconnect</DEFAULT_NAME> <ID>1</ID> <Condition Check="TOGGLEABLE"> <True> <ANIM_CODE>(A:AUTOPILOT DISENGAGED, Bool) 100 *</ANIM_CODE> <WWISE_EVENT_AUTOPILOT_SWITCH_ON>autopilot_disconnect_button_on</WWISE_EVENT_AUTOPILOT_SWITCH_ON> <WWISE_EVENT_AUTOPILOT_SWITCH_OFF>autopilot_disconnect_button_off</WWISE_EVENT_AUTOPILOT_SWITCH_OFF> </True> <False> <WWISE_EVENT_AUTOPILOT_PUSH_BUTTON_ON>autopilot_disconnect_button_on</WWISE_EVENT_AUTOPILOT_PUSH_BUTTON_ON> <WWISE_EVENT_AUTOPILOT_PUSH_BUTTON_OFF>autopilot_disconnect_button_off</WWISE_EVENT_AUTOPILOT_PUSH_BUTTON_OFF> </False> </Condition> </Parameters> <Parameters Type="Override"> <Condition Valid="RESET_YD"> <True> <RESET_YD>(A:AUTOPILOT YAW DAMPER, Bool) if{ (&gt;K:YAW_DAMPER_TOGGLE) }</RESET_YD> </True> <False> <RESET_YD/> </False> </Condition> <Condition Valid="RESET_XMLVARS"> <True> <Loop> <Setup> <Param>AP_ID</Param> <From>1</From> <Inc>1</Inc> <To>#AP_COUNT#</To> </Setup> <Do> <Parameters Type="Default" Lifetime="Loop"> <XMLVAR_RESET_CODE_T/> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <XMLVAR_RESET_CODE_T>#XMLVAR_RESET_CODE_T# 0 (&gt;L:XMLVAR_Autopilot_#AP_ID#_Status)</XMLVAR_RESET_CODE_T> </Parameters> </Do> <Then> <XMLVAR_RESET_CODE>#XMLVAR_RESET_CODE_T#</XMLVAR_RESET_CODE> </Then> </Loop> </True> <False> <XMLVAR_RESET_CODE/> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT DISENGAGED</EMISSIVE_SIMVAR_ACTIVE> <SIMVAR_TO_WATCH_0>AUTOPILOT DISENGAGED</SIMVAR_TO_WATCH_0> <GET_STATE_EXTERNAL>(A:AUTOPILOT DISENGAGED, Bool) sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <SET_STATE_0>(A:AUTOPILOT DISENGAGED, Bool) if{ 0 (&gt;K:AUTOPILOT_DISENGAGE_SET) }</SET_STATE_0> <SET_STATE_1>(A:AUTOPILOT DISENGAGED, Bool) ! if{ 1 (&gt;K:AUTOPILOT_DISENGAGE_SET) #XMLVAR_RESET_CODE# #RESET_YD# }</SET_STATE_1> <BTN_ID>AP_Disconnect_#ID#</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_DISCONNECT_ACTION_SET_DISCONNECTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_DISCONNECT_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Heading_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Heading</DEFAULT_NAME> <ON_HEADING_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_HEADING_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <IS_SWITCH_ON>(L:AP_HEADING_HOLD_ACTIVE)</IS_SWITCH_ON> <EMISSIVE_CODE_ACTIVE>(L:AP_HEADING_HOLD_ACTIVE)</EMISSIVE_CODE_ACTIVE> <SET_STATE_EXTERNAL>(&gt;K:AP_HDG_HOLD_ON) (&gt;H:#KEY_PREFIX#_FMC_1_AP_HEADING_HOLD)</SET_STATE_EXTERNAL> <LOCAL_VAR_TO_WATCH_0>AP_HEADING_HOLD_ACTIVE</LOCAL_VAR_TO_WATCH_0> <BINDING_SET_0_EVENT_ID>AP_HDG_HOLD</BINDING_SET_0_EVENT_ID> </True> <False> <SET_STATE_EXTERNAL>(&gt;K:AP_PANEL_HEADING_HOLD)</SET_STATE_EXTERNAL> <IS_SWITCH_ON>(A:AUTOPILOT HEADING LOCK, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT HEADING LOCK</SIMVAR_TO_WATCH_0> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT HEADING LOCK</EMISSIVE_SIMVAR_ACTIVE> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <BTN_ID>Heading_Mode</BTN_ID> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_HEADING_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_HEADING_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Bank_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Bank</DEFAULT_NAME> <INPUT_EVENT_ID_SOURCE>AUTOPILOT</INPUT_EVENT_ID_SOURCE> <TYPE>HALF_BANK</TYPE> </Parameters> <Parameters Type="Override"> <BTN_ID>Bank_Button</BTN_ID> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="HALF_BANK"> <Condition NotEmpty="ACTIVE_ABOVE_ALT_FT"> <AUTO_TOGGLE_HALF_BANK_CODE> (A:AUTOPILOT MASTER, Bool) if{ (A:INDICATED ALTITUDE, feet) #ACTIVE_ABOVE_ALT_FT# &gt; (&gt;O:_Is_Over_#ACTIVE_ABOVE_ALT_FT#_FT) (O:_Is_Over_#ACTIVE_ABOVE_ALT_FT#_FT) (O:_Was_Over_#ACTIVE_ABOVE_ALT_FT#_FT) != sp0 (O:_Is_Over_#ACTIVE_ABOVE_ALT_FT#_FT) (&gt;O:_Was_Over_#ACTIVE_ABOVE_ALT_FT#_FT) l0 if{ (O:_Is_Over_#ACTIVE_ABOVE_ALT_FT#_FT) (&gt;K:AP_MAX_BANK_SET) } } </AUTO_TOGGLE_HALF_BANK_CODE> </Condition> </Case> </Switch> </Parameters> <Condition NotEmpty="AUTO_TOGGLE_HALF_BANK_CODE"> <UseTemplate Name="ASOBO_GT_Update"> <UPDATE_FREQUENCY>1</UPDATE_FREQUENCY> <UPDATE_CODE>#AUTO_TOGGLE_HALF_BANK_CODE#</UPDATE_CODE> </UseTemplate> </Condition> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <Switch Param="TYPE"> <Case Value="HALF_BANK"> <EMISSIVE_CODE_ACTIVE>(B:#INPUT_EVENT_ID_SOURCE#_#BTN_ID#, Bool)</EMISSIVE_CODE_ACTIVE> <SET_STATE_ON>1 (&gt;K:AP_MAX_BANK_SET)</SET_STATE_ON> <SET_STATE_OFF>0 (&gt;K:AP_MAX_BANK_SET)</SET_STATE_OFF> <GET_STATE_EXTERNAL>(A:AUTOPILOT MAX BANK ID, number) sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0 1 ==</SIM_STATE_IS_ON_EXTERNAL> <SIMVAR_TO_WATCH_0>AUTOPILOT MAX BANK ID</SIMVAR_TO_WATCH_0> </Case> </Switch> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_BANK_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_BANK_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Localizer_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Localizer</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_CODE_ACTIVE>(A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) ! and</EMISSIVE_CODE_ACTIVE> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) ! and sp0</GET_STATE_EXTERNAL> <!-- To APPROACH and LOCALIZER are the same as far as toggling, so has to toggle twice if already active from other mode --> <SET_STATE_EXTERNAL>(A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) and if{ (&gt;K:AP_LOC_HOLD) } (&gt;K:AP_LOC_HOLD)</SET_STATE_EXTERNAL> <BTN_ID>Localizer_Button</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_LOC_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_LOC_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Approach_Template"> <Parameters Type="Default"> <MAX_BANK_DEGREES>30</MAX_BANK_DEGREES> <DEFAULT_NAME>Approach</DEFAULT_NAME> </Parameters> <Parameters Type="Override"> <Condition Valid="DISABLE_GPS_MODE"> <True> <GPS_DISABLE_CODE>(A:GPS DRIVES NAV1, Bool) if{ (A:GPS APPROACH APPROACH TYPE, Enum) 4 == if{ (&gt;K:TOGGLE_GPS_DRIVES_NAV1) } } els{ (A:GPS APPROACH APPROACH TYPE, Enum) 10 == if{ (&gt;K:TOGGLE_GPS_DRIVES_NAV1) } }</GPS_DISABLE_CODE> </True> <False> <GPS_DISABLE_CODE/> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_CODE_ACTIVE>(A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) and</EMISSIVE_CODE_ACTIVE> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) and sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#GPS_DISABLE_CODE# (A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) ! and if{ (&gt;K:AP_APR_HOLD) } (&gt;K:AP_APR_HOLD)</SET_STATE_EXTERNAL> <BTN_ID>Approach_Button</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_APPROACH_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_APPROACH_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_BackCourse_Template"> <Parameters Type="Default"> <DEFAULT_NAME>BackCourse</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT BACKCOURSE HOLD</EMISSIVE_SIMVAR_ACTIVE> <SIMVAR_TO_WATCH_0>AUTOPILOT BACKCOURSE HOLD</SIMVAR_TO_WATCH_0> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT BACKCOURSE HOLD, Bool) sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>(&gt;K:AP_BC_HOLD)</SET_STATE_EXTERNAL> <BTN_ID>Backcourse_Button</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_BACKCOURSE_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_BACKCOURSE_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_FlightDirector_Template"> <Parameters Type="Default"> <ID>1</ID> <FD_TOGGLE_CONDITION>1</FD_TOGGLE_CONDITION> </Parameters> <Parameters Type="Default"> <DEFAULT_NAME>FlightDirector</DEFAULT_NAME> <Condition Check="TOGGLEABLE"> <True> <ANIM_CODE>(A:AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#, Bool) 100 *</ANIM_CODE> </True> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#</EMISSIVE_SIMVAR_ACTIVE> <SIMVAR_TO_WATCH_0>AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#</SIMVAR_TO_WATCH_0> <Condition Valid="ON_WHEN_AP_MODE_TURNED_ON"> <SIMVAR_TO_WATCH_1>AUTOPILOT MASTER</SIMVAR_TO_WATCH_1> <GET_INIT_STATE_EXTERNAL> (A:AUTOPILOT MASTER, Bool) (A:AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#, Bool) or sp0 l0 (A:AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#, Bool) ! and if{ #ID# (&gt;K:TOGGLE_FLIGHT_DIRECTOR) } l0 </GET_INIT_STATE_EXTERNAL> <ON_STATE_CHANGED_NEW_STATE_TO_POS_EXTERNAL>(A:AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#, Bool)</ON_STATE_CHANGED_NEW_STATE_TO_POS_EXTERNAL> </Condition> <GET_STATE_EXTERNAL>(A:AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#, Bool) sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <SET_STATE_EXTERNAL>#FD_TOGGLE_CONDITION# if{ #ID# (&gt;K:TOGGLE_FLIGHT_DIRECTOR) }</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_FLIGHTDIRECTOR_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_FLIGHTDIRECTOR_TITLE</TOOLTIP_TITLE> <BTN_ID>FD_#ID#_Mode</BTN_ID> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_YawDamper_Template"> <Parameters Type="Default"> <DEFAULT_NAME>YawDamper</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT YAW DAMPER</EMISSIVE_SIMVAR_ACTIVE> <SIMVAR_TO_WATCH_0>AUTOPILOT YAW DAMPER</SIMVAR_TO_WATCH_0> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT YAW DAMPER, Bool) sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>(&gt;K:YAW_DAMPER_TOGGLE)</SET_STATE_EXTERNAL> <BTN_ID>YD_Button</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_YAWDAMPER_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_YAWDAMPER_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Altitude_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Altitude</DEFAULT_NAME> <ON_ALTITUDE_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_ALTITUDE_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <IS_SWITCH_ON>(L:AP_ALT_HOLD_ACTIVE)</IS_SWITCH_ON> <EMISSIVE_CODE_ACTIVE>(L:AP_ALT_HOLD_ACTIVE)</EMISSIVE_CODE_ACTIVE> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_FMC_1_AP_ALT_HOLD)</SET_STATE_EXTERNAL> <LOCAL_VAR_TO_WATCH_0>AP_ALT_HOLD_ACTIVE</LOCAL_VAR_TO_WATCH_0> <BINDING_SET_0_EVENT_ID>AP_ALT_HOLD</BINDING_SET_0_EVENT_ID> </True> <False> <SET_STATE_EXTERNAL>(&gt;K:AP_ALT_HOLD)</SET_STATE_EXTERNAL> <IS_SWITCH_ON>(A:AUTOPILOT ALTITUDE LOCK, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT ALTITUDE LOCK</SIMVAR_TO_WATCH_0> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT ALTITUDE LOCK</EMISSIVE_SIMVAR_ACTIVE> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <BTN_ID>Altitude_Button</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_ALTITUDE_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_ALTITUDE_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_FlightLevelChange_Template"> <Parameters Type="Default"> <DEFAULT_NAME>FlightLevelChange</DEFAULT_NAME> <ON_FLC_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_FLC_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <IS_SWITCH_ON>(L:AP_FLCH_ACTIVE)</IS_SWITCH_ON> <EMISSIVE_CODE_ACTIVE>(L:AP_FLCH_ACTIVE)</EMISSIVE_CODE_ACTIVE> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_FMC_1_AP_FLCH)</SET_STATE_EXTERNAL> <LOCAL_VAR_TO_WATCH_0>AP_FLCH_ACTIVE</LOCAL_VAR_TO_WATCH_0> </True> <False> <SET_STATE_EXTERNAL>(&gt;K:FLIGHT_LEVEL_CHANGE) (A:AIRSPEED INDICATED, knots) (&gt;K:AP_SPD_VAR_SET)</SET_STATE_EXTERNAL> <IS_SWITCH_ON>(A:AUTOPILOT FLIGHT LEVEL CHANGE, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT FLIGHT LEVEL CHANGE</SIMVAR_TO_WATCH_0> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT FLIGHT LEVEL CHANGE</EMISSIVE_SIMVAR_ACTIVE> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <BTN_ID>FLC_Button</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_FLIGHTLEVELCHANGE_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_FLIGHTLEVELCHANGE_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_VerticalSpeed_Template"> <Parameters Type="Default"> <DEFAULT_NAME>VerticalSpeed</DEFAULT_NAME> <ON_VS_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_VS_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <IS_SWITCH_ON>(L:AP_VS_ACTIVE)</IS_SWITCH_ON> <EMISSIVE_CODE_ACTIVE>(L:AP_VS_ACTIVE)</EMISSIVE_CODE_ACTIVE> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_FMC_1_AP_VSPEED)</SET_STATE_EXTERNAL> <LOCAL_VAR_TO_WATCH_0>AP_VS_ACTIVE</LOCAL_VAR_TO_WATCH_0> </True> <False> <SET_STATE_EXTERNAL>(&gt;K:AP_PANEL_VS_HOLD)</SET_STATE_EXTERNAL> <IS_SWITCH_ON>(A:AUTOPILOT VERTICAL HOLD, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT VERTICAL HOLD</SIMVAR_TO_WATCH_0> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT VERTICAL HOLD</EMISSIVE_SIMVAR_ACTIVE> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <BTN_ID>VS_Mode</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_VERTICALSPEED_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_VERTICALSPEED_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Navigation_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Navigation</DEFAULT_NAME> <ON_NAV_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_NAV_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <IS_SWITCH_ON>(L:AP_LNAV_ARMED)</IS_SWITCH_ON> <EMISSIVE_CODE_ACTIVE>(L:AP_LNAV_ARMED)</EMISSIVE_CODE_ACTIVE> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_FMC_1_AP_LNAV)</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_L_NAVIGATION_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_L_NAVIGATION_TITLE</TOOLTIP_TITLE> <BTN_ID>LNAV_Mode</BTN_ID> <LOCAL_VAR_TO_WATCH_0>AP_LNAV_ARMED</LOCAL_VAR_TO_WATCH_0> </True> <False> <SET_STATE_EXTERNAL>(&gt;K:AP_NAV1_HOLD)</SET_STATE_EXTERNAL> <IS_SWITCH_ON>(A:AUTOPILOT NAV1 LOCK, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT NAV1 LOCK</SIMVAR_TO_WATCH_0> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT NAV1 LOCK</EMISSIVE_SIMVAR_ACTIVE> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_NAVIGATION_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_NAVIGATION_TITLE</TOOLTIP_TITLE> <BTN_ID>NAV_Mode</BTN_ID> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Vertical_Navigation_Template"> <Parameters Type="Default"> <DEFAULT_NAME>VerticalNavigation</DEFAULT_NAME> <ON_VNAV_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> </Case> <Default> <EMISSIVE_DEFAULT_NAME>AUTOPILOT_Push_VerticalNavigation_Text</EMISSIVE_DEFAULT_NAME> </Default> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_VNAV_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <IS_SWITCH_ON>(L:AP_VNAV_ARMED)</IS_SWITCH_ON> <EMISSIVE_CODE_ACTIVE>(L:AP_VNAV_ARMED)</EMISSIVE_CODE_ACTIVE> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_FMC_1_AP_VNAV)</SET_STATE_EXTERNAL> <LOCAL_VAR_TO_WATCH_0>AP_VNAV_ARMED</LOCAL_VAR_TO_WATCH_0> </True> <False> <SET_STATE_EXTERNAL>(L:XMLVAR_VNAVButtonValue) ! (&gt;L:XMLVAR_VNAVButtonValue)</SET_STATE_EXTERNAL> <EMISSIVE_CODE_ACTIVE>(L:XMLVAR_VNAVButtonValue)</EMISSIVE_CODE_ACTIVE> <IS_SWITCH_ON>(L:XMLVAR_VNAVButtonValue)</IS_SWITCH_ON> <LOCAL_VAR_TO_WATCH_0>XMLVAR_VNAVButtonValue</LOCAL_VAR_TO_WATCH_0> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <BTN_ID>VNAV_Mode</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_VERTICALNAVIGATION_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_VERTICALNAVIGATION_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Level_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Level</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_GT_Update"> <FREQUENCY>1</FREQUENCY> <UPDATE_CODE> (A:AUTOPILOT MASTER, Bool) ! if{ (A:AUTOPILOT WING LEVELER, Bool) if{ (&gt;K:AP_WING_LEVELER_OFF) (&gt;K:AP_PITCH_LEVELER_OFF) } } </UPDATE_CODE> </UseTemplate> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT WING LEVELER</EMISSIVE_SIMVAR_ACTIVE> <SIMVAR_TO_WATCH_0>AUTOPILOT WING LEVELER</SIMVAR_TO_WATCH_0> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT WING LEVELER, Bool) sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL> (&gt;K:AP_WING_LEVELER) (A:AUTOPILOT WING LEVELER, Bool) if{ (A:AUTOPILOT MASTER, Bool) (&gt;O:APStateWhenLevelerEnabled) (A:AUTOPILOT MASTER, Bool) ! if{ (&gt;K:AUTOPILOT_ON) } (&gt;K:AP_PITCH_LEVELER_ON) } els{ (&gt;K:AP_PITCH_LEVELER_OFF) (O:APStateWhenLevelerEnabled) if{ (&gt;K:AUTOPILOT_ON) } els{ (&gt;K:AUTOPILOT_OFF) } } </SET_STATE_EXTERNAL> <BTN_ID>Level_Mode</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_LEVELMODE_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_LEVELMODE_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_AutoThrottle_Template"> <Parameters Type="Default"> <Condition Valid="ID"> <True> <SIMVAR_ID_SUFFIX>:#ID#</SIMVAR_ID_SUFFIX> <IE_ID>#ID#</IE_ID> </True> <False> <SIMVAR_ID_SUFFIX/> <ID>0</ID> <IE_ID>1</IE_ID> </False> </Condition> </Parameters> <Parameters Type="Default"> <DEFAULT_NAME>AutoThrottle</DEFAULT_NAME> <ON_AT_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <LVAR>XMLVAR_AUTO_THROTTLE_ARM_#ID#_STATE</LVAR> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <LVAR>AS01B_AUTO_THROTTLE_ARM_STATE</LVAR> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_AT_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <SET_STATE_EXTERNAL>(L:#LVAR#) ! (&gt;L:#LVAR#) (L:#LVAR#) (A:AUTOPILOT THROTTLE ARM#SIMVAR_ID_SUFFIX#, Bool) != if{ #ID# (&gt;K:AUTO_THROTTLE_ARM) }</SET_STATE_EXTERNAL> <TOGGLEABLE/> <ANIM_CODE>(L:#LVAR#) 100 *</ANIM_CODE> <NO_INDICATOR>True</NO_INDICATOR> <NO_TEXT_EMISSIVE>True</NO_TEXT_EMISSIVE> <LOCAL_VAR_TO_WATCH_0>#LVAR#</LOCAL_VAR_TO_WATCH_0> </True> <False> <SET_STATE_EXTERNAL> #ID# (&gt;K:AUTO_THROTTLE_ARM) (A:FLAPS HANDLE INDEX, Number) 0 &gt; if{ (A:DESIGN SPEED VS0, knots) sp1 } els{ (A:DESIGN SPEED VS1, knots) sp1 } l1 1.3 * (A:AUTOPILOT AIRSPEED HOLD VAR:0, knots) max (&gt;K:AP_SPD_VAR_SET) </SET_STATE_EXTERNAL> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT THROTTLE ARM#SIMVAR_ID_SUFFIX#</EMISSIVE_SIMVAR_ACTIVE> <Condition Check="TOGGLEABLE"> <True> <ANIM_CODE>(A:AUTOPILOT THROTTLE ARM#SIMVAR_ID_SUFFIX#, Bool) 100 *</ANIM_CODE> </True> </Condition> </False> </Condition> <IS_SWITCH_ON>(A:AUTOPILOT THROTTLE ARM#SIMVAR_ID_SUFFIX#, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT THROTTLE ARM#SIMVAR_ID_SUFFIX#</SIMVAR_TO_WATCH_0> </Parameters> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <UseTemplate Name="ASOBO_GT_Update"> <UPDATE_CODE>(A:AUTOPILOT THROTTLE ARM#SIMVAR_ID_SUFFIX#, Bool) (&gt;L:#LVAR#)</UPDATE_CODE> <UPDATE_ONCE>True</UPDATE_ONCE> </UseTemplate> </Condition> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <BTN_ID>AutoThrottle_#IE_ID#</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_AUTOTHROTTLE_ACTION</TT_DESCRIPTION_ID> <TT_DESCRIPTION_INDEX>#IE_ID#</TT_DESCRIPTION_INDEX> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_AUTOTHROTTLE_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_AutoThrottle_Disengage_Template"> <Parameters Type="Default"> <DEFAULT_NAME>AutoThrottle_Disengage</DEFAULT_NAME> <PLANE_PREFIX/> </Parameters> <Parameters Type="Override"> <Switch> <Case Valid="CLEARS_EICAS_WARNING"> <SECOND_CLICK_EFFECT/> <SET_STATE_EXTERNAL> (A:AUTOPILOT THROTTLE ARM, Bool) if{ (&gt;K:AUTO_THROTTLE_ARM) } els{ (&gt;H:#PLANE_PREFIX#_EICAS_ATHR_LEVER) } </SET_STATE_EXTERNAL> </Case> <Case Valid="RESET_AT_MODE"> <SET_STATE_EXTERNAL> (A:AUTOPILOT TAKEOFF POWER ACTIVE, Bool) if{ (&gt;K:AUTO_THROTTLE_TO_GA) } (A:AUTOPILOT RPM HOLD, Bool) if{ (&gt;K:AP_N1_HOLD) } (A:AUTOPILOT AIRSPEED HOLD, Bool) if{ (&gt;K:AP_AIRSPEED_OFF) } (A:AUTOPILOT MACH HOLD, Bool) if{ (&gt;K:AP_MACH_OFF) } </SET_STATE_EXTERNAL> </Case> <Default> <SET_STATE_EXTERNAL>(A:AUTOPILOT THROTTLE ARM, Bool) if{ (&gt;K:AUTO_THROTTLE_ARM) }</SET_STATE_EXTERNAL> </Default> </Switch> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIMVAR_TO_WATCH_0>AUTOPILOT THROTTLE ARM</SIMVAR_TO_WATCH_0> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT THROTTLE ARM, Bool) ! sp0</GET_STATE_EXTERNAL> <BTN_ID>AutoThrottle_Disengage</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.ENGINE_SWITCH_ATDISC_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.ENGINE_SWITCH_ATDISC_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Speed_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Speed</DEFAULT_NAME> <IS_MACH_CODE>0</IS_MACH_CODE> <ON_SPEED_MODE_SWITCH/> <TT_DESCRIPTION_ID_SPEED>@TT_Package.AUTOPILOT_PUSH_SPEEDMODE_ACTION_SET</TT_DESCRIPTION_ID_SPEED> <TOOLTIP_TITLE_SPEED>@TT_Package.AUTOPILOT_PUSH_SPEEDMODE_TITLE</TOOLTIP_TITLE_SPEED> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> <EMISSIVE_CODE_ACTIVE>(L:AP_SPD_ACTIVE)</EMISSIVE_CODE_ACTIVE> <IS_SWITCH_ON>(L:AP_SPD_ACTIVE)</IS_SWITCH_ON> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> <EMISSIVE_CODE_ACTIVE>(A:AUTOPILOT THROTTLE ARM, Bool) (A:AUTOPILOT AIRSPEED HOLD, Bool) (A:AUTOPILOT MACH HOLD, Bool) or and</EMISSIVE_CODE_ACTIVE> <IS_SWITCH_ON>(A:AUTOPILOT THROTTLE ARM, Bool) (A:AUTOPILOT AIRSPEED HOLD, Bool) (A:AUTOPILOT MACH HOLD, Bool) or and</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT AIRSPEED HOLD</SIMVAR_TO_WATCH_0> <SIMVAR_TO_WATCH_1>AUTOPILOT MACH HOLD</SIMVAR_TO_WATCH_1> <SIMVAR_TO_WATCH_2>AUTOPILOT THROTTLE ARM</SIMVAR_TO_WATCH_2> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_SPEED_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_FMC_1_AP_SPD)</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>@TT_Package.AIRLINER_AUTOPILOT_PUSH_SPEED_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AIRLINER_AUTOPILOT_PUSH_SPEED_TITLE</TOOLTIP_TITLE> <BTN_ID>IAS_Mode</BTN_ID> <LOCAL_VAR_TO_WATCH_0>AP_SPD_ACTIVE</LOCAL_VAR_TO_WATCH_0> <BINDING_SET_0_EVENT_ID>AP_AIRSPEED_HOLD</BINDING_SET_0_EVENT_ID> </True> <False> <Switch Param="TYPE"> <Case Value="AS04F"> <SET_STATE_EXTERNAL> (A:AUTOPILOT AIRSPEED HOLD, Bool) (A:AUTOPILOT MACH HOLD, Bool) or if{ (&gt;K:AP_AIRSPEED_OFF) } els{ (A:FLAPS HANDLE INDEX, Number) 0 == if{ (&gt;K:AP_PANEL_SPEED_HOLD_TOGGLE) } els{ (A:TRAILING EDGE FLAPS LEFT ANGLE,degree) 27 &gt; (A:TRAILING EDGE FLAPS RIGHT ANGLE,degree) 27 &gt; and if{ (A:DESIGN SPEED VS1, knots) sqr (A:TOTAL WEIGHT, pounds) (A:MAX GROSS WEIGHT, pounds) / * sqrt (&gt;K:AP_SPD_VAR_SET) (&gt;K:AP_AIRSPEED_ON) } } } </SET_STATE_EXTERNAL> <BINDING_SET_0_EVENT_ID>AP_AIRSPEED_HOLD</BINDING_SET_0_EVENT_ID> </Case> <Default> <SET_STATE_EXTERNAL>#IS_MACH_CODE# if{ (&gt;K:AP_PANEL_MACH_HOLD) } els{ (&gt;K:AP_PANEL_SPEED_HOLD) }</SET_STATE_EXTERNAL> </Default> </Switch> <IS_SWITCH_ON>(A:AUTOPILOT AIRSPEED HOLD, Bool) (A:AUTOPILOT MACH HOLD, Bool) or</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT AIRSPEED HOLD</SIMVAR_TO_WATCH_0> <SIMVAR_TO_WATCH_1>AUTOPILOT MACH HOLD</SIMVAR_TO_WATCH_1> <EMISSIVE_CODE_ACTIVE>(A:AUTOPILOT AIRSPEED HOLD, Bool) (A:AUTOPILOT MACH HOLD, Bool) or</EMISSIVE_CODE_ACTIVE> <TT_DESCRIPTION_ID>#TT_DESCRIPTION_ID_SPEED#</TT_DESCRIPTION_ID> <TT_DESCRIPTION_IS_DYNAMIC>True</TT_DESCRIPTION_IS_DYNAMIC> <TOOLTIP_TITLE>#TOOLTIP_TITLE_SPEED#</TOOLTIP_TITLE> <BTN_ID>Speed_Mode</BTN_ID> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Thrust_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Thrust</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SET_STATE_EXTERNAL>(&gt;H:AP_THRUST_MODE)</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_THRUSTMODE_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_THRUSTMODE_TITLE</TOOLTIP_TITLE> <EMISSIVE_CODE_ACTIVE>0</EMISSIVE_CODE_ACTIVE> <BTN_ID>Thrust_Mode</BTN_ID> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_SpeedHold_Template"> <Parameters Type="Default"> <DEFAULT_NAME>SpeedHold</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SET_STATE_EXTERNAL>(&gt;K:AP_FLIGHT_LEVEL_CHANGE)</SET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT FLIGHT LEVEL CHANGE, Bool) sp0</GET_STATE_EXTERNAL> <SIMVAR_TO_WATCH_0>AUTOPILOT FLIGHT LEVEL CHANGE</SIMVAR_TO_WATCH_0> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_SPEEDHOLD_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_SPEEDHOLD_TITLE</TOOLTIP_TITLE> <BTN_ID>SpeedHold_Mode</BTN_ID> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_SpeedToggle_Template"> <Parameters Type="Default"> <DEFAULT_NAME>SpeedToggle</DEFAULT_NAME> <ON_SPEEDUNITS_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <SET_STATE_EXTERNAL>(L:AP_SPEED_INTERVENTION_ACTIVE) (L:AP_VNAV_ACTIVE) ! or if{ (L:XMLVAR_AirSpeedIsInMach) ! (&gt;L:XMLVAR_AirSpeedIsInMach) }</SET_STATE_EXTERNAL> <IS_SWITCH_ON>(L:XMLVAR_AirSpeedIsInMach)</IS_SWITCH_ON> </Case> <Case Value="AIRBUS"> <SET_STATE_EXTERNAL>(&gt;K:AP_MANAGED_SPEED_IN_MACH_TOGGLE)</SET_STATE_EXTERNAL> <EMISSIVE_CODE_ACTIVE>(A:AUTOPILOT MANAGED SPEED IN MACH, Bool)</EMISSIVE_CODE_ACTIVE> <IS_SWITCH_ON>(A:AUTOPILOT MANAGED SPEED IN MACH, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT MANAGED SPEED IN MACH</SIMVAR_TO_WATCH_0> </Case> <Default> <SET_STATE_EXTERNAL>(L:XMLVAR_AirSpeedIsInMach) ! (&gt;L:XMLVAR_AirSpeedIsInMach)</SET_STATE_EXTERNAL> <EMISSIVE_CODE_ACTIVE>(L:XMLVAR_AirSpeedIsInMach)</EMISSIVE_CODE_ACTIVE> <IS_SWITCH_ON>(L:XMLVAR_AirSpeedIsInMach)</IS_SWITCH_ON> </Default> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_SPEEDUNITS_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_SPEEDTOGGLE_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_SPEEDTOGGLE_ACTION</TT_DESCRIPTION_ID> <BTN_ID>SpeedToggle_Mode</BTN_ID> <STR_STATE_OFF>Knots</STR_STATE_OFF> <STR_STATE_ON>Mach</STR_STATE_ON> <TT_VALUE_OFF>(R:1:@TT_Package.GT_STATE_KNTOS)</TT_VALUE_OFF> <TT_VALUE_ON>(R:1:@TT_Package.GT_STATE_MACH)</TT_VALUE_ON> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Transfer_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Transfer</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(L:XMLVAR_PushXFR) sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>(L:XMLVAR_PushXFR) ! (&gt;L:XMLVAR_PushXFR)</SET_STATE_EXTERNAL> <NO_INDICATOR>True</NO_INDICATOR> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_TRANSFER_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_TRANSFER_TITLE</TOOLTIP_TITLE> <BTN_ID>Transfer_Mode</BTN_ID> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Standby_Template"> <Parameters Type="Default"> <NODE_ID>AUTOPILOT_Push_Standby</NODE_ID> <ANIM_NAME>AUTOPILOT_Push_Standby</ANIM_NAME> <PART_ID>AUTOPILOT_Push_Standby</PART_ID> <DEFAULT_NAME>Standby</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <!-- (* Turns off AP then turns it back on to go back to default modes. *) --> <SET_STATE_EXTERNAL>(A:AUTOPILOT MASTER, Bool) if{ (&gt;K:AUTOPILOT_OFF) (&gt;K:AUTOPILOT_ON) }</SET_STATE_EXTERNAL> <EMISSIVE_SIMVAR_ACTIVE>0</EMISSIVE_SIMVAR_ACTIVE> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_STANDBY_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_STANDBY_TITLE</TOOLTIP_TITLE> <BTN_ID>Standby_Mode</BTN_ID> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_VerticalSpeed_Direction_Template"> <Parameters Type="Default"> <DEFAULT_NAME>VerticalSpeed_#DIRECTION#</DEFAULT_NAME> <Switch Param="DIRECTION"> <Case Value="UP"> <SET_STATE_EXTERNAL>(&gt;K:AP_VS_VAR_INC) (&gt;H:AP_DN)</SET_STATE_EXTERNAL> </Case> <Case Value="DN"> <SET_STATE_EXTERNAL>(&gt;K:AP_VS_VAR_DEC) (&gt;H:AP_UP)</SET_STATE_EXTERNAL> </Case> </Switch> <VS_ID>1</VS_ID> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_VERTICALSPEED_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_VERTICALSPEED_TITLE</TOOLTIP_TITLE> <BTN_ID>VS_#DIRECTION#</BTN_ID> <TT_VALUE>(A:AUTOPILOT VERTICAL HOLD VAR:#VS_ID#, ft/min) '%d ft/min' @sprintf</TT_VALUE> <TT_VALUE_IS_DYNAMIC>True</TT_VALUE_IS_DYNAMIC> </UseTemplate> </Template> <!-- ##### AP MISC ######### --> <Template Name="ASOBO_AIRBUS_Push_Expedite_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Expedite</DEFAULT_NAME> <KEY_PREFIX>A320_Neo</KEY_PREFIX> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_CODE_ACTIVE>(A:AUTOPILOT SPEED SLOT INDEX, Number) 3 ==</EMISSIVE_CODE_ACTIVE> <GET_STATE_EXTERNAL>(A:AUTOPILOT SPEED SLOT INDEX, Number) 3 == sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_EXPEDITE_MODE)</SET_STATE_EXTERNAL> <BTN_ID>Expedite_Mode</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_EXPEDITE_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_EXPEDITE_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Transfer_Light_Template"> <Parameters Type="Default"> <LIGHT_ID>1</LIGHT_ID> </Parameters> <Parameters Type="Default"> <NODE_ID>AUTOPILOT_Push_Transfer_Light_#LIGHT_ID#</NODE_ID> </Parameters> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseTemplate Name="ASOBO_GT_Emissive_Gauge"/> </Component> </Template> <Template Name="ASOBO_AUTOPILOT_Switch_Altitude_Increment_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Altitude_Increment</DEFAULT_NAME> <NODE_ID>AUTOPILOT_Switch_Altitude_Increment</NODE_ID> <ANIM_NAME>AUTOPILOT_Switch_Altitude_Increment</ANIM_NAME> <PART_ID>AUTOPILOT_Switch_Altitude_Increment</PART_ID> <CURSOR>Animtip</CURSOR> <WWISE_EVENT_1>autopilot_altitude_increment_knob_on</WWISE_EVENT_1> <WWISE_EVENT_2>autopilot_altitude_increment_knob_off</WWISE_EVENT_2> <INIT_ALTITUDE>1000</INIT_ALTITUDE> <INPUT_EVENT_ID_SOURCE>AUTOPILOT</INPUT_EVENT_ID_SOURCE> </Parameters> <Parameters Type="Override"> <BTN_ID>Altitude_Increment</BTN_ID> </Parameters> <UseTemplate Name="ASOBO_GT_Update"> <UPDATE_ONCE>True</UPDATE_ONCE> <UPDATE_CODE>#INIT_ALTITUDE# (&gt;L:XMLVAR_Autopilot_Altitude_Increment)</UPDATE_CODE> </UseTemplate> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <ANIM_CODE>(B:#INPUT_EVENT_ID_SOURCE#_#BTN_ID#, Bool) 100 *</ANIM_CODE> <NO_INDICATOR>True</NO_INDICATOR> <NO_TEXT_EMISSIVE>True</NO_TEXT_EMISSIVE> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_KNOB_ALTITUDE_INCREMENT_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_KNOB_ALTITUDE_INCREMENT_TITLE</TOOLTIP_TITLE> <GET_STATE_EXTERNAL>(L:XMLVAR_Autopilot_Altitude_Increment) sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0 1000 ==</SIM_STATE_IS_ON_EXTERNAL> <SET_STATE_OFF>100 (&gt;L:XMLVAR_Autopilot_Altitude_Increment)</SET_STATE_OFF> <SET_STATE_ON>1000 (&gt;L:XMLVAR_Autopilot_Altitude_Increment)</SET_STATE_ON> <STR_STATE_OFF>Hundred</STR_STATE_OFF> <STR_STATE_ON>Thousand</STR_STATE_ON> <TT_VALUE_OFF>'100'</TT_VALUE_OFF> <TT_VALUE_ON>'1000'</TT_VALUE_ON> <CHECK_STATE_HAS_CHANGED>False</CHECK_STATE_HAS_CHANGED> <LOCAL_VAR_TO_WATCH_0>XMLVAR_Autopilot_Altitude_Increment</LOCAL_VAR_TO_WATCH_0> </UseTemplate> </Component> </Template> <!-- ####################### --> <!-- ##### AP KNOBS ######## --> <!-- ####################### --> <Template Name="ASOBO_AUTOPILOT_Knob_Heading_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Knob_Heading_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Knob_Altitude_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Knob_Altitude_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Knob_VerticalSpeed_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Knob_VerticalSpeed_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Knob_Course_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Knob_Course_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_STD_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Push_STD_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Knob_Baro_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Knob_Baro_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Knob_SpeedMach_Template"> <Parameters Type="Default"> <INPUT_EVENT_ID_SOURCE>AUTOPILOT</INPUT_EVENT_ID_SOURCE> <ANIM_NAME>AUTOPILOT_Knob_SpeedMach</ANIM_NAME> <PART_ID>AUTOPILOT_Knob_SpeedMach</PART_ID> <NODE_ID>AUTOPILOT_Knob_SpeedMach</NODE_ID> <WWISE_EVENT_1>autopilot_knob_push_button_on</WWISE_EVENT_1> <WWISE_EVENT_2>autopilot_knob_push_button_off</WWISE_EVENT_2> <WWISE_EVENT>autopilot_speed_knob</WWISE_EVENT> <COUNT>36</COUNT> <MACH_INCREMENT>0.01</MACH_INCREMENT> <KNOTS_INCREMENT>1</KNOTS_INCREMENT> <THRESHOLD_X_INPUT>0.05</THRESHOLD_X_INPUT> <THRESHOLD_X_MOUSE>0.005</THRESHOLD_X_MOUSE> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="AIRBUS"> <TYPE>AIRLINER_PUSH</TYPE> <ON_SPEED_INC>(&gt;H:A320_Neo_CDU_AP_INC_SPEED)</ON_SPEED_INC> <ON_SPEED_DEC>(&gt;H:A320_Neo_CDU_AP_DEC_SPEED)</ON_SPEED_DEC> <ADDITIONAL_EVENT_TYPE>PUSH_PULL</ADDITIONAL_EVENT_TYPE> <DEFAULT_BINDING_STR>Mode</DEFAULT_BINDING_STR> <BTN_ID_PULL>Speed_Selected</BTN_ID_PULL> <BTN_ID_PUSH>Speed_Managed</BTN_ID_PUSH> <PULL_SET_STATE_EXTERNAL>(&gt;H:A320_Neo_CDU_MODE_SELECTED_SPEED)</PULL_SET_STATE_EXTERNAL> <PUSH_SET_STATE_EXTERNAL>(&gt;H:A320_Neo_CDU_MODE_MANAGED_SPEED)</PUSH_SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID_PULL>@TT_Package.AUTOPILOT_KNOB_SPEEDMACH_ACTION_SLT</TT_DESCRIPTION_ID_PULL> <TT_DESCRIPTION_ID_PUSH>@TT_Package.AUTOPILOT_KNOB_SPEEDMACH_ACTION_MAN</TT_DESCRIPTION_ID_PUSH> </Case> <Case Value="B747"> <TYPE>AIRLINER_PUSH</TYPE> <AIRLINER_ID>B747_8</AIRLINER_ID> </Case> <Case Value="AS01B"> <TYPE>AIRLINER_PUSH</TYPE> <AIRLINER_ID>AS01B</AIRLINER_ID> </Case> </Switch> </Parameters> <Parameters Type="Default"> <Switch Param="TYPE"> <Case Value="PUSH"> <AIRSPEED_IS_IN_MACH>(A:AUTOPILOT MANAGED SPEED IN MACH, Bool)</AIRSPEED_IS_IN_MACH> <INCREMENT_INDEX>1</INCREMENT_INDEX> <ADDITIONAL_EVENT_TYPE>PUSH</ADDITIONAL_EVENT_TYPE> <ANIM_NAME_KNOB>#ANIM_NAME#</ANIM_NAME_KNOB> <BTN_SET_STATE_EXTERNAL>(&gt;K:AP_MANAGED_SPEED_IN_MACH_TOGGLE)</BTN_SET_STATE_EXTERNAL> <BTN_ID_EXTERNAL>SpeedMach_Mode</BTN_ID_EXTERNAL> <TT_DESCRIPTION_ID_BTN>@TT_Package.AUTOPILOT_KNOB_SPEEDMACH_ACTION_SET_UNITS</TT_DESCRIPTION_ID_BTN> <TT_VALUE_BTN>(A:AUTOPILOT MANAGED SPEED IN MACH, Bool) if{ (R:1:@TT_Package.GT_STATE_MACH) } els{ (R:1:@TT_Package.GT_STATE_KNTOS) }</TT_VALUE_BTN> <TT_VALUE_BTN_IS_DYNAMIC>True</TT_VALUE_BTN_IS_DYNAMIC> </Case> <Case Value="AIRLINER_PUSH"> <AIRSPEED_IS_IN_MACH>(L:XMLVAR_AirSpeedIsInMach)</AIRSPEED_IS_IN_MACH> <INCREMENT_INDEX>1</INCREMENT_INDEX> <ADDITIONAL_EVENT_TYPE>PUSH</ADDITIONAL_EVENT_TYPE> <ANIM_NAME_KNOB>#ANIM_NAME#</ANIM_NAME_KNOB> <Condition Check="AIRLINER_ID"> <BTN_SET_STATE_EXTERNAL>(&gt;H:#AIRLINER_ID#_FMC_1_AP_SPEED_INTERVENTION)</BTN_SET_STATE_EXTERNAL> <BTN_ID_EXTERNAL>SpeedMach_Mode</BTN_ID_EXTERNAL> <TT_DESCRIPTION_ID_BTN>@TT_Package.AUTOPILOT_KNOB_SPEEDMACH_ACTION_SET_INTERVENTION</TT_DESCRIPTION_ID_BTN> </Condition> </Case> <Default> <AIRSPEED_IS_IN_MACH>(L:XMLVAR_AirSpeedIsInMach)</AIRSPEED_IS_IN_MACH> <INCREMENT_INDEX>0</INCREMENT_INDEX> </Default> </Switch> </Parameters> <Parameters Type="Default"> <Switch Param="ADDITIONAL_EVENT_TYPE"> <Case Value="PUSH"> <ANIM_NAME_PUSH>AUTOPILOT_Knob_SpeedMach_Push</ANIM_NAME_PUSH> </Case> <Case Value="PUSH_PULL"> <ANIM_NAME_PUSHPULL>AUTOPILOT_Knob_SpeedMach_Push</ANIM_NAME_PUSHPULL> </Case> </Switch> </Parameters> <Parameters Type="Override"> <SET_STATE_EXTERNAL> 1 -1 p0 0 &gt; ? sp0 #AIRSPEED_IS_IN_MACH# if{ #INCREMENT_INDEX# (A:AUTOPILOT MACH HOLD VAR:#INCREMENT_INDEX#, mach) #MACH_INCREMENT# l0 * + 100 * (&gt;K:2:AP_MACH_VAR_SET) } els{ #INCREMENT_INDEX# (A:AUTOPILOT AIRSPEED HOLD VAR:#INCREMENT_INDEX#, knots) #KNOTS_INCREMENT# l0 * + 0 max (&gt;K:2:AP_SPD_VAR_SET) } </SET_STATE_EXTERNAL> <Condition Valid="BTN_SET_STATE_EXTERNAL"> <True> <Condition NotEmpty="ON_SPEED_PUSH"> <BTN_SET_STATE_EXTERNAL>#BTN_SET_STATE_EXTERNAL# #ON_SPEED_PUSH#</BTN_SET_STATE_EXTERNAL> </Condition> </True> </Condition> </Parameters> <Parameters Type="Override"> <Condition> <Test> <And> <Arg NotEmpty="ON_SPEED_DEC"/> <Arg NotEmpty="ON_SPEED_INC"/> </And> </Test> <True> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# p0 0 &gt; if{ #ON_SPEED_INC# } els{ #ON_SPEED_DEC# }</SET_STATE_EXTERNAL> </True> </Condition> </Parameters> <Parameters Type="Override"> <Condition Valid="SPEED_SET_CONDITION"> <SET_STATE_EXTERNAL>#SPEED_SET_CONDITION# if{ #SET_STATE_EXTERNAL# }</SET_STATE_EXTERNAL> </Condition> </Parameters> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <Switch Param="ADDITIONAL_EVENT_TYPE"> <Case Value="PUSH_PULL"> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Event_Only_Template"> <BTN_ID>#BTN_ID_PULL#</BTN_ID> <EVENT_TYPE>PULL</EVENT_TYPE> <SET_STATE_EXTERNAL>#PULL_SET_STATE_EXTERNAL#</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>#TT_DESCRIPTION_ID_PULL#</TT_DESCRIPTION_ID> <Condition Valid="TT_DESCRIPTION_ID_PULL_IS_DYNAMIC"> <TT_DESCRIPTION_IS_DYNAMIC>#TT_DESCRIPTION_ID_PULL_IS_DYNAMIC#</TT_DESCRIPTION_IS_DYNAMIC> </Condition> </UseTemplate> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Event_Only_Template"> <BTN_ID>#BTN_ID_PUSH#</BTN_ID> <EVENT_TYPE>PUSH</EVENT_TYPE> <SET_STATE_EXTERNAL>#PUSH_SET_STATE_EXTERNAL#</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>#TT_DESCRIPTION_ID_PUSH#</TT_DESCRIPTION_ID> <Condition Valid="TT_DESCRIPTION_ID_PUSH_IS_DYNAMIC"> <TT_DESCRIPTION_IS_DYNAMIC>#TT_DESCRIPTION_ID_PUSH_IS_DYNAMIC#</TT_DESCRIPTION_IS_DYNAMIC> </Condition> </UseTemplate> </Case> <Case Value="PUSH"> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Event_Only_Template"> <BTN_ID>#BTN_ID_EXTERNAL#</BTN_ID> <EVENT_TYPE>PUSH</EVENT_TYPE> <SET_STATE_EXTERNAL>#BTN_SET_STATE_EXTERNAL#</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>#TT_DESCRIPTION_ID_BTN#</TT_DESCRIPTION_ID> <Condition Valid="TT_DESCRIPTION_ID_BTN_IS_DYNAMIC"> <TT_DESCRIPTION_IS_DYNAMIC>#TT_DESCRIPTION_ID_BTN_IS_DYNAMIC#</TT_DESCRIPTION_IS_DYNAMIC> </Condition> <Condition NotEmpty="TT_VALUE_BTN"> <TT_VALUE>#TT_VALUE_BTN#</TT_VALUE> <Condition NotEmpty="TT_VALUE_BTN_IS_DYNAMIC"> <TT_VALUE_IS_DYNAMIC>#TT_VALUE_BTN_IS_DYNAMIC#</TT_VALUE_IS_DYNAMIC> </Condition> </Condition> </UseTemplate> </Case> </Switch> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Template"> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_KNOB_SPEEDMACH_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_KNOB_SPEEDMACH_TITLE</TOOLTIP_TITLE> <GET_TT_VALUE_STATE>(A:AUTOPILOT AIRSPEED HOLD VAR:#INCREMENT_INDEX#, knots) sp0 (A:AUTOPILOT MACH HOLD VAR:#INCREMENT_INDEX#, mach) sp1</GET_TT_VALUE_STATE> <FORMAT_VALUE>#AIRSPEED_IS_IN_MACH# if{ l1 'Mach %.2f' @sprintf } els{ l0 '%d kt.' @sprintf }</FORMAT_VALUE> <Switch Param="ADDITIONAL_EVENT_TYPE"> <Case Value="PUSH_PULL"> <TEMPLATE_VARIANT>_PushPull</TEMPLATE_VARIANT> <PULL_CODE>(&gt;B:#INPUT_EVENT_ID_SOURCE#_#BTN_ID_PULL#_#DEFAULT_BINDING_STR#)</PULL_CODE> <PUSH_CODE>(&gt;B:#INPUT_EVENT_ID_SOURCE#_#BTN_ID_PUSH#_#DEFAULT_BINDING_STR#)</PUSH_CODE> <TOOLTIP_ENTRY_1>#INPUT_EVENT_ID_SOURCE#_#BTN_ID_PULL#</TOOLTIP_ENTRY_1> <TOOLTIP_ENTRY_2>#INPUT_EVENT_ID_SOURCE#_#BTN_ID_PUSH#</TOOLTIP_ENTRY_2> </Case> </Switch> <KNOB_ID>Speed</KNOB_ID> </UseTemplate> </Component> </Template> <Template Name="ASOBO_AUTOPILOT_Knob_Speed_Template"> <!-- Uses SpeedMachFunctionnality with an added switch for controlling managed/selected --> <Parameters Type="Default"> <ANIM_NAME_KNOB>AUTOPILOT_Knob_Speed</ANIM_NAME_KNOB> <ANIM_NAME_MODE>AUTOPILOT_Knob_Speed_Mode</ANIM_NAME_MODE> <ANIM_NAME_PUSH>AUTOPILOT_Knob_Speed_Push</ANIM_NAME_PUSH> <NODE_ID_KNOB>AUTOPILOT_Knob_Speed</NODE_ID_KNOB> <NODE_ID_MODE>AUTOPILOT_Knob_Speed_Mode</NODE_ID_MODE> <PART_ID>AUTOPILOT_Knob_Speed</PART_ID> </Parameters> <Parameters Type="Default"> <THRESHOLD_X_INPUT>0.05</THRESHOLD_X_INPUT> <THRESHOLD_X_MOUSE>0.005</THRESHOLD_X_MOUSE> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_SpeedMach_Template"> <NODE_ID>#NODE_ID_KNOB#</NODE_ID> <WWISE_EVENT>autopilot_speed_knob</WWISE_EVENT> <COUNT>36</COUNT> <WWISE_EVENT_1>autopilot_knob_push_button_on</WWISE_EVENT_1> <WWISE_EVENT_2>autopilot_knob_push_button_off</WWISE_EVENT_2> <TYPE>PUSH</TYPE> <SPEED_SET_CONDITION>(L:XMLVAR_SpeedIsManuallySet)</SPEED_SET_CONDITION> <ON_SPEED_PUSH>(A:AUTOPILOT MANAGED SPEED IN MACH, Bool) (&gt;L:XMLVAR_AirSpeedIsInMach)</ON_SPEED_PUSH> </UseTemplate> <Condition Valid="SPEED_MODE_ALWAYS_ON"> <True> <UseTemplate Name="ASOBO_GT_Update"> <FREQUENCY>1</FREQUENCY> <UPDATE_CODE> (A:AUTOPILOT FLIGHT LEVEL CHANGE, Bool) ! if{ (L:XMLVAR_AirSpeedIsInMach) if{ (&gt;K:AP_MACH_ON) } els{ (&gt;K:AP_AIRSPEED_ON) } } </UPDATE_CODE> </UseTemplate> </True> </Condition> <UseTemplate Name="ASOBO_AUTOPILOT_Base_Template"> <IE_NAME>Speed_Mode</IE_NAME> <INTERACTION_TYPE>Knob</INTERACTION_TYPE> <KNOB_TYPE>X_STATES</KNOB_TYPE> <NUM_STATES>2</NUM_STATES> <ANIM_NAME>#ANIM_NAME_MODE#</ANIM_NAME> <NODE_ID>#NODE_ID_MODE#</NODE_ID> <ANIM_LAG>300</ANIM_LAG> <LOCAL_VAR_TO_WATCH_0>XMLVAR_SpeedIsManuallySet</LOCAL_VAR_TO_WATCH_0> <STR_STATE_ON>Manual</STR_STATE_ON> <STR_STATE_OFF>FMS</STR_STATE_OFF> <SET_STATE_ON> 1 (&gt;L:XMLVAR_SpeedIsManuallySet) (A:FLAPS HANDLE INDEX, Number) 0 &gt; if{ (A:DESIGN SPEED VS0, knots) sp1 } els{ (A:DESIGN SPEED VS1, knots) sp1 } l1 1.3 * (A:AIRSPEED INDICATED, knots) max (&gt;K:AP_SPD_VAR_SET) </SET_STATE_ON> <SET_STATE_OFF>0 (&gt;L:XMLVAR_SpeedIsManuallySet)</SET_STATE_OFF> <TT_VALUE_ON>(R:1:@TT_Package.GT_STATE_MANUAL)</TT_VALUE_ON> <TT_VALUE_OFF>(R:1:@TT_Package.GT_STATE_FMS)</TT_VALUE_OFF> <GET_STATE_EXTERNAL>(L:XMLVAR_SpeedIsManuallySet) sp0</GET_STATE_EXTERNAL> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_SPEEDMODE_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_SPEEDMODE_ACTION_SET</TT_DESCRIPTION_ID> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Knob_Bank_Limit_Template"> <Parameters Type="Default"> <SETTINGS_COUNT>2</SETTINGS_COUNT> <NODE_ID>AUTOPILOT_Knob_Bank_Limit</NODE_ID> <ANIM_NAME>AUTOPILOT_Knob_Bank_Limit</ANIM_NAME> <WWISE_EVENT>autopilot_hdg_bank_knob</WWISE_EVENT> <WRAP>False</WRAP> <USE_INPUT_EVENT_ID>AUTOPILOT</USE_INPUT_EVENT_ID> <SWITCH_DIRECTION>Horizontal</SWITCH_DIRECTION> <TT_ICON>ROTATE</TT_ICON> </Parameters> <Parameters Type="Override"> <KNOB_ID>Bank_Limit</KNOB_ID> <NUM_STATES Process="Int">#SETTINGS_COUNT# 1 +</NUM_STATES> </Parameters> <Parameters Type="Override"> <Loop> <Setup> <Param>ID</Param> <From>0</From> <Inc>1</Inc> <To>#SETTINGS_COUNT#</To> </Setup> <Do> <Parameters Type="Default" Lifetime="Loop"> <ID_POS>#NUM_STATES#</ID_POS> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <ID_POS Process="Int">#ID_POS# 1 -</ID_POS> </Parameters> <SET_STATE_#ID#>#ID_POS# (&gt;K:AP_MAX_BANK_SET)</SET_STATE_#ID#> <STATE#ID#_TEST>(B:#USE_INPUT_EVENT_ID#_#KNOB_ID#, Number) #ID# ==</STATE#ID#_TEST> <CODE_POS_#ID#>(&gt;B:#USE_INPUT_EVENT_ID#_#KNOB_ID#_#ID#)</CODE_POS_#ID#> <STR_STATE_#ID#>#ID#</STR_STATE_#ID#> </Do> </Loop> </Parameters> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Template"> <IS_INFINITE>False</IS_INFINITE> <USE_BTN_IE>True</USE_BTN_IE> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_KNOB_HDG_BANK_LIMIT_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_KNOB_HDG_BANK_LIMIT_ACTION</TT_DESCRIPTION_ID> <TT_VALUE>(A:AUTOPILOT MAX BANK ID, Number) #SETTINGS_COUNT# &lt; if{ (A:AUTOPILOT MAX BANK, degrees) '%d°' @sprintf } els{ @TT_Auto }</TT_VALUE> <GET_STATE_EXTERNAL>(A:AUTOPILOT MAX BANK ID, Number)</GET_STATE_EXTERNAL> <ENUM_VAL_TO_POS_EXTERNAL>-1 * #SETTINGS_COUNT# +</ENUM_VAL_TO_POS_EXTERNAL> <ANIM>EXTERNAL</ANIM> </UseTemplate> </Component> </Template> <!-- ########################################### --> <!-- AUTOPILOT Interaction inputs setup template --> <Template Name="ASOBO_AUTOPILOT_Base_Template"> <Parameters Type="Default"> <INPUT_EVENT_ID_SOURCE>AUTOPILOT</INPUT_EVENT_ID_SOURCE> <WWISE_PREFIX>AUTOPILOT</WWISE_PREFIX> </Parameters> <UseTemplate Name="ASOBO_Interaction_Base_Template"> <USE_INPUT_EVENT_ID>AUTOPILOT</USE_INPUT_EVENT_ID> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Push_Event_Base_Template"> <UseTemplate Name="ASOBO_Interaction_Push_Event_Base_Template"> <USE_INPUT_EVENT_ID>AUTOPILOT</USE_INPUT_EVENT_ID> </UseTemplate> </Template> <Template Name="ASOBO_AUTOPILOT_Pull_Event_Base_Template"> <UseTemplate Name="ASOBO_Interaction_Pull_Event_Base_Template"> <USE_INPUT_EVENT_ID>AUTOPILOT</USE_INPUT_EVENT_ID> </UseTemplate> </Template> </ModelBehaviors>

Includes

Templates

Template list
  1. ASOBO_AUTOPILOT_Composite_Template
  2. ASOBO_AUTOPILOT_Composite_SubTemplate
  3. ASOBO_AUTOPILOT_Push_Autopilot_Template
  4. ASOBO_AUTOPILOT_Push_Disconnect_Template
  5. ASOBO_AUTOPILOT_Push_Heading_Template
  6. ASOBO_AUTOPILOT_Push_Bank_Template
  7. ASOBO_AUTOPILOT_Push_Localizer_Template
  8. ASOBO_AUTOPILOT_Push_Approach_Template
  9. ASOBO_AUTOPILOT_Push_BackCourse_Template
  10. ASOBO_AUTOPILOT_Push_FlightDirector_Template
  11. ASOBO_AUTOPILOT_Push_YawDamper_Template
  12. ASOBO_AUTOPILOT_Push_Altitude_Template
  13. ASOBO_AUTOPILOT_Push_FlightLevelChange_Template
  14. ASOBO_AUTOPILOT_Push_VerticalSpeed_Template
  15. ASOBO_AUTOPILOT_Push_Navigation_Template
  16. ASOBO_AUTOPILOT_Push_Vertical_Navigation_Template
  17. ASOBO_AUTOPILOT_Push_Level_Template
  18. ASOBO_AUTOPILOT_Push_AutoThrottle_Template
  19. ASOBO_AUTOPILOT_Push_AutoThrottle_Disengage_Template
  20. ASOBO_AUTOPILOT_Push_Speed_Template
  21. ASOBO_AUTOPILOT_Push_Thrust_Template
  22. ASOBO_AUTOPILOT_Push_SpeedHold_Template
  23. ASOBO_AUTOPILOT_Push_SpeedToggle_Template
  24. ASOBO_AUTOPILOT_Push_Transfer_Template
  25. ASOBO_AUTOPILOT_Push_Standby_Template
  26. ASOBO_AUTOPILOT_Push_VerticalSpeed_Direction_Template
  27. ASOBO_AIRBUS_Push_Expedite_Template
  28. ASOBO_AUTOPILOT_Push_Transfer_Light_Template
  29. ASOBO_AUTOPILOT_Switch_Altitude_Increment_Template
  30. ASOBO_AUTOPILOT_Knob_Heading_Template
  31. ASOBO_AUTOPILOT_Knob_Altitude_Template
  32. ASOBO_AUTOPILOT_Knob_VerticalSpeed_Template
  33. ASOBO_AUTOPILOT_Knob_Course_Template
  34. ASOBO_AUTOPILOT_Push_STD_Template
  35. ASOBO_AUTOPILOT_Knob_Baro_Template
  36. ASOBO_AUTOPILOT_Knob_SpeedMach_Template
  37. ASOBO_AUTOPILOT_Knob_Speed_Template
  38. ASOBO_AUTOPILOT_Knob_Bank_Limit_Template
  39. ASOBO_AUTOPILOT_Base_Template
  40. ASOBO_AUTOPILOT_Push_Event_Base_Template
  41. ASOBO_AUTOPILOT_Pull_Event_Base_Template

  • ASOBO_AUTOPILOT_Composite_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Composite_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Composite_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • ID

    Templates used:

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  • ASOBO_AUTOPILOT_Composite_SubTemplate

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Composite_SubTemplate"> <Parameters Type="Default"> <BARO_COUNT>3</BARO_COUNT> <CRS_COUNT>2</CRS_COUNT> <FD_COUNT>2</FD_COUNT> <USE_SINGLE_ALTITUDE_KNOB>True</USE_SINGLE_ALTITUDE_KNOB> <NO_ALTITUDE_FIXED_INCREMENT>True</NO_ALTITUDE_FIXED_INCREMENT> <VERTICAL_SPEED_TYPE/> </Parameters> <Condition Check="NO_BARO"> <False> <UseTemplate Name="ASOBO_GT_Helper_Recursive_ID"> <Condition Check="BARO_COUNT" Match="1"> <BARO_KNOB_1_NODE_ID>AUTOPILOT_Knob_Baro#SUFFIX_ID#</BARO_KNOB_1_NODE_ID> </Condition> <Condition Valid="BARO_PUSH"> <TYPE>PUSH</TYPE> </Condition> <EXIT_TEMPLATE>ASOBO_AUTOPILOT_Knob_Baro_Template</EXIT_TEMPLATE> <MAX_ID>#BARO_COUNT#</MAX_ID> <PROCESS_PARAM2>True</PROCESS_PARAM2> <PARAM2>NODE_ID</PARAM2> <PARAM2_PREFIX>BARO_KNOB_</PARAM2_PREFIX> <PARAM2_SUFFIX>_NODE_ID</PARAM2_SUFFIX> <PROCESS_PARAM3>True</PROCESS_PARAM3> <PARAM3>ANIM_NAME</PARAM3> <PARAM3_PREFIX>BARO_KNOB_</PARAM3_PREFIX> <PARAM3_SUFFIX>_ANIM_NAME</PARAM3_SUFFIX> <PROCESS_PARAM4>True</PROCESS_PARAM4> <PARAM4>BARO_ID</PARAM4> <PARAM4_PREFIX>BARO_KNOB_</PARAM4_PREFIX> <PARAM4_SUFFIX>_BARO_ID</PARAM4_SUFFIX> <PROCESS_PARAM5>True</PROCESS_PARAM5> <PARAM5>ANIM_NAME_PUSH</PARAM5> <PARAM5_PREFIX>BARO_KNOB_</PARAM5_PREFIX> <PARAM5_SUFFIX>_ANIM_NAME_PUSH</PARAM5_SUFFIX> <PROCESS_PARAM6>True</PROCESS_PARAM6> <PARAM6>USE_PUSH_STD</PARAM6> <PARAM6_PREFIX>BARO_KNOB_</PARAM6_PREFIX> <PARAM6_SUFFIX>_USE_PUSH_STD</PARAM6_SUFFIX> <PROCESS_PARAM7>True</PROCESS_PARAM7> <PARAM7>USE_AIRLINER_STD</PARAM7> <PARAM7_PREFIX>BARO_KNOB_</PARAM7_PREFIX> <PARAM7_SUFFIX>_USE_AIRLINER_STD</PARAM7_SUFFIX> </UseTemplate> </False> </Condition> <Condition Check="NO_AP"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Autopilot_Template"> <Condition Valid="AP_TOOLTIPID"> <TOOLTIPID>#AP_TOOLTIPID#</TOOLTIPID> </Condition> </UseTemplate> </False> </Condition> <Condition Check="NO_HEADING"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Heading_Template"> <Condition Valid="HEADING_TOOLTIPID"> <TOOLTIPID>#HEADING_TOOLTIPID#</TOOLTIPID> </Condition> </UseTemplate> <Condition Check="NO_HEADING_KNOB"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Heading_Template"> <ANIMTIP_0>TT:COCKPIT.TOOLTIPS.AUTOPILOT_PANEL_HDG_TUNING_LEFT</ANIMTIP_0> <ANIMTIP_0_ON_CURSOR>TurnLeft</ANIMTIP_0_ON_CURSOR> <ANIMTIP_1>TT:COCKPIT.TOOLTIPS.AUTOPILOT_PANEL_HDG_TUNING_RIGHT</ANIMTIP_1> <ANIMTIP_1_ON_CURSOR>TurnRight</ANIMTIP_1_ON_CURSOR> <ANIMTIP_3>TT:COCKPIT.TOOLTIPS.AUTOPILOT_PANEL_HDG_PUSH</ANIMTIP_3> <ANIMTIP_3_ON_CURSOR>Hand</ANIMTIP_3_ON_CURSOR> <PUSH/> </UseTemplate> </False> </Condition> </False> </Condition> <Condition Check="NO_BANK"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Bank_Template"> <Condition Valid="BANK_TOOLTIPID"> <TOOLTIPID>#BANK_TOOLTIPID#</TOOLTIPID> </Condition> <Condition Valid="USE_HALF_BANK"> <REVERSE_ACTIVE_CONDITION>True</REVERSE_ACTIVE_CONDITION> </Condition> </UseTemplate> </False> </Condition> <Condition Check="NO_APPROACH"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Approach_Template"> <Condition Valid="APPROACH_TOOLTIPID"> <TOOLTIPID>#APPROACH_TOOLTIPID#</TOOLTIPID> </Condition> </UseTemplate> </False> </Condition> <Condition Check="NO_BACKCOURSE"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_BackCourse_Template"> <Condition Valid="BACKCOURSE_TOOLTIPID"> <TOOLTIPID>#BACKCOURSE_TOOLTIPID#</TOOLTIPID> </Condition> </UseTemplate> </False> </Condition> <Condition Check="NO_FLIGHT_DIRECTOR"> <False> <UseTemplate Name="ASOBO_GT_Helper_Recursive_ID"> <Condition Check="FD_COUNT" Match="1"> <False> <USE_CONCATENATED_ID/> </False> </Condition> <EXIT_TEMPLATE>ASOBO_AUTOPILOT_Push_FlightDirector_Template</EXIT_TEMPLATE> <MAX_ID>#FD_COUNT#</MAX_ID> <PROCESS_PARAM2>True</PROCESS_PARAM2> <PARAM2>NODE_ID</PARAM2> <PARAM2_PREFIX>FLIGHT_DIRECTOR_</PARAM2_PREFIX> <PARAM2_SUFFIX>_NODE_ID</PARAM2_SUFFIX> <PROCESS_PARAM3>True</PROCESS_PARAM3> <PARAM3>ANIM_NAME</PARAM3> <PARAM3_PREFIX>FLIGHT_DIRECTOR_</PARAM3_PREFIX> <PARAM3_SUFFIX>_ANIM_NAME</PARAM3_SUFFIX> <PROCESS_PARAM4>True</PROCESS_PARAM4> <PARAM4>EMISSIVE_NODE_ID</PARAM4> <PARAM4_PREFIX>FLIGHT_DIRECTOR_</PARAM4_PREFIX> <PARAM4_SUFFIX>_EMISSIVE_NODE_ID</PARAM4_SUFFIX> </UseTemplate> </False> </Condition> <Condition Check="NO_YAW_DAMPER"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_YawDamper_Template"/> </False> </Condition> <Condition Check="NO_ALTITUDE"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Altitude_Template"/> <Condition Check="NO_ALTITUDE_KNOB"> <False> <Condition Valid="USE_SINGLE_ALTITUDE_KNOB"> <True> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Altitude_Template"> <Condition Valid="NO_ALTITUDE_FIXED_INCREMENT"> <False> <INCREMENT>100</INCREMENT> </False> </Condition> <PUSH/> <NODE_ID>AUTOPILOT_Knob_Altitude#SUFFIX_ID#</NODE_ID> </UseTemplate> </True> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Altitude_Template"> <INCREMENT>100</INCREMENT> <PUSH/> <NODE_ID>AUTOPILOT_Knob_Altitude_Hundred#SUFFIX_ID#</NODE_ID> <ANIM_NAME_KNOB>AUTOPILOT_Knob_Altitude_Hundred#SUFFIX_ID#</ANIM_NAME_KNOB> <ANIM_NAME_PUSH>AUTOPILOT_Knob_Altitude_Hundred_Push#SUFFIX_ID#</ANIM_NAME_PUSH> </UseTemplate> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Altitude_Template"> <INCREMENT>1000</INCREMENT> <NODE_ID>AUTOPILOT_Knob_Altitude_Thousand#SUFFIX_ID#</NODE_ID> <ANIM_NAME>AUTOPILOT_Knob_Altitude_Thousand#SUFFIX_ID#</ANIM_NAME> </UseTemplate> </False> </Condition> </False> </Condition> </False> </Condition> <Condition Check="NO_FLC"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_FlightLevelChange_Template"> <Condition Valid="FLC_NODE_ID"> <NODE_ID>#FLC_NODE_ID#</NODE_ID> </Condition> <Condition Valid="FLC_ANIM_NAME"> <ANIM_NAME>#FLC_ANIM_NAME#</ANIM_NAME> </Condition> <Condition Valid="FLC_BASE_NODE_ID"> <BASE_NODE_ID>#FLC_BASE_NODE_ID#</BASE_NODE_ID> </Condition> </UseTemplate> </False> </Condition> <Condition Check="NO_VERTICAL_SPEED"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_VerticalSpeed_Template"> <TYPE>#VERTICAL_SPEED_TYPE#</TYPE> </UseTemplate> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_VerticalSpeed_Template"> <Condition Valid="SINGLE_HITBOX_VERTICALSPEED_KNOB"> <False> <HITBOX_UP_NODE_ID>AUTOPILOT_Knob_VerticalSpeed_DN#SUFFIX_ID#</HITBOX_UP_NODE_ID> <HITBOX_DOWN_NODE_ID>AUTOPILOT_Knob_VerticalSpeed_UP#SUFFIX_ID#</HITBOX_DOWN_NODE_ID> <NODE_ID>AUTOPILOT_Knob_VerticalSpeed_Visual#SUFFIX_ID#</NODE_ID> <TYPE>#VERTICAL_SPEED_TYPE#</TYPE> </False> </Condition> </UseTemplate> </False> </Condition> <Condition Check="NO_NAV"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Navigation_Template"/> </False> </Condition> <Condition Check="NO_VNAV"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Vertical_Navigation_Template"/> </False> </Condition> <Condition Check="NO_SPEED"> <False> <Switch> <Case Check="MODE_IAS_MACH_SPEED_KNOB"> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Speed_Template"/> </Case> <Default> <Switch> <Case Check="NO_SPEED_TOGGLE_BTN"> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Speed_Template"/> </Case> <Default> <Condition Check="NO_SPEED_BTN"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_SpeedToggle_Template"/> </False> </Condition> </Default> </Switch> <Condition Check="NO_SPEED_KNOB"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_SpeedMach_Template"> <Condition Valid="SPEED_KNOB_TYPE"> <TYPE>#SPEED_KNOB_TYPE#</TYPE> </Condition> <Condition Valid="SPEED_KNOB_ANIM_NAME"> <ANIM_NAME>#SPEED_KNOB_ANIM_NAME#</ANIM_NAME> </Condition> <Condition Valid="SPEED_KNOB_ANIM_NAME_PUSH"> <ANIM_NAME_PUSH>#SPEED_KNOB_ANIM_NAME_PUSH#</ANIM_NAME_PUSH> </Condition> <Condition Valid="SPEED_KNOB_NODE_ID"> <NODE_ID>#SPEED_KNOB_NODE_ID#</NODE_ID> </Condition> </UseTemplate> </False> </Condition> </Default> </Switch> </False> </Condition> <Condition Check="NO_TRANSFER"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Transfer_Template"/> </False> </Condition> <Condition Check="NO_COURSE"> <False> <UseTemplate Name="ASOBO_GT_Helper_Recursive_ID"> <PUSH/> <EXIT_TEMPLATE>ASOBO_AUTOPILOT_Knob_Course_Template</EXIT_TEMPLATE> <MAX_ID>#CRS_COUNT#</MAX_ID> <PROCESS_PARAM2>True</PROCESS_PARAM2> <PARAM2>NODE_ID</PARAM2> <PARAM2_PREFIX>COURSE_KNOB_</PARAM2_PREFIX> <PARAM2_SUFFIX>_NODE_ID</PARAM2_SUFFIX> <PROCESS_PARAM3>True</PROCESS_PARAM3> <PARAM3>ANIM_NAME</PARAM3> <PARAM3_PREFIX>COURSE_KNOB_</PARAM3_PREFIX> <PARAM3_SUFFIX>_ANIM_NAME</PARAM3_SUFFIX> <PROCESS_PARAM3>True</PROCESS_PARAM3> <PARAM3>ANIM_NAME_PUSH</PARAM3> <PARAM3_PREFIX>COURSE_KNOB_</PARAM3_PREFIX> <PARAM3_SUFFIX>_ANIM_NAME_PUSH</PARAM3_SUFFIX> </UseTemplate> </False> </Condition> <Condition Check="NO_AUTOPILOT_DISC"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Disconnect_Template"> <Condition Valid="AUTOPILOT_DISC_TOGGLEABLE"> <True> <TOGGLEABLE>True</TOGGLEABLE> </True> </Condition> <Condition Valid="AUTOPILOT_DISC_INVERT_SWITCH_ON_CONDITION"> <True> <INVERT_SWITCH_ON_CONDITION>#AUTOPILOT_DISC_INVERT_SWITCH_ON_CONDITION#</INVERT_SWITCH_ON_CONDITION> </True> </Condition> </UseTemplate> </False> </Condition> <Condition Check="NO_LEVEL"> <False> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Level_Template"/> </False> </Condition> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • BARO_COUNT
      • CRS_COUNT
      • FD_COUNT
      • USE_SINGLE_ALTITUDE_KNOB
      • NO_ALTITUDE_FIXED_INCREMENT
      • VERTICAL_SPEED_TYPE

    Condition: Check(NO_BARO)

    • Case: False

      Templates used:

      • ASOBO_GT_Helper_Recursive_ID

        Parameters set:

        • EXIT_TEMPLATE
        • MAX_ID (using BARO_COUNT)
        • PROCESS_PARAM2
        • PARAM2
        • PARAM2_PREFIX
        • PARAM2_SUFFIX
        • PROCESS_PARAM3
        • PARAM3
        • PARAM3_PREFIX
        • PARAM3_SUFFIX
        • PROCESS_PARAM4
        • PARAM4
        • PARAM4_PREFIX
        • PARAM4_SUFFIX
        • PROCESS_PARAM5
        • PARAM5
        • PARAM5_PREFIX
        • PARAM5_SUFFIX
        • PROCESS_PARAM6
        • PARAM6
        • PARAM6_PREFIX
        • PARAM6_SUFFIX
        • PROCESS_PARAM7
        • PARAM7
        • PARAM7_PREFIX
        • PARAM7_SUFFIX

        Condition: Check(BARO_COUNT)

        • Case: True

          Parameters set:

          • BARO_KNOB_1_NODE_ID (using SUFFIX_ID)

        Condition: Valid(BARO_PUSH)

        • Case: True

          Parameters set:

          • TYPE

    Condition: Check(NO_AP)

    Condition: Check(NO_HEADING)

    • Case: False

      Templates used:

      Condition: Check(NO_HEADING_KNOB)

    Condition: Check(NO_BANK)

    • Case: False

      Templates used:

      • ASOBO_AUTOPILOT_Push_Bank_Template

        Condition: Valid(BANK_TOOLTIPID)

        • Case: True

          Parameters set:

          • TOOLTIPID (using BANK_TOOLTIPID)

        Condition: Valid(USE_HALF_BANK)

        • Case: True

          Parameters set:

          • REVERSE_ACTIVE_CONDITION

    Condition: Check(NO_APPROACH)

    Condition: Check(NO_BACKCOURSE)

    Condition: Check(NO_FLIGHT_DIRECTOR)

    • Case: False

      Templates used:

      • ASOBO_GT_Helper_Recursive_ID

        Parameters set:

        • EXIT_TEMPLATE
        • MAX_ID (using FD_COUNT)
        • PROCESS_PARAM2
        • PARAM2
        • PARAM2_PREFIX
        • PARAM2_SUFFIX
        • PROCESS_PARAM3
        • PARAM3
        • PARAM3_PREFIX
        • PARAM3_SUFFIX
        • PROCESS_PARAM4
        • PARAM4
        • PARAM4_PREFIX
        • PARAM4_SUFFIX

        Condition: Check(FD_COUNT)

        • Case: False

          Parameters set:

          • USE_CONCATENATED_ID

    Condition: Check(NO_YAW_DAMPER)

    Condition: Check(NO_ALTITUDE)

    Condition: Check(NO_FLC)

    • Case: False

      Templates used:

      • ASOBO_AUTOPILOT_Push_FlightLevelChange_Template

        Condition: Valid(FLC_NODE_ID)

        • Case: True

          Parameters set:

          • NODE_ID (using FLC_NODE_ID)

        Condition: Valid(FLC_ANIM_NAME)

        • Case: True

          Parameters set:

          • ANIM_NAME (using FLC_ANIM_NAME)

        Condition: Valid(FLC_BASE_NODE_ID)

        • Case: True

          Parameters set:

          • BASE_NODE_ID (using FLC_BASE_NODE_ID)

    Condition: Check(NO_VERTICAL_SPEED)

    Condition: Check(NO_NAV)

    Condition: Check(NO_VNAV)

    Condition: Check(NO_SPEED)

    • Case: False

      Condition: Switch

      • Case: Check(MODE_IAS_MACH_SPEED_KNOB)

        Parameters read:

        • MODE_IAS_MACH_SPEED_KNOB

        Templates used:

      • Default case:

        Condition: Switch

        Condition: Check(NO_SPEED_KNOB)

        • Case: False

          Templates used:

          • ASOBO_AUTOPILOT_Knob_SpeedMach_Template

            Condition: Valid(SPEED_KNOB_TYPE)

            • Case: True

              Parameters set:

              • TYPE (using SPEED_KNOB_TYPE)

            Condition: Valid(SPEED_KNOB_ANIM_NAME)

            • Case: True

              Parameters set:

              • ANIM_NAME (using SPEED_KNOB_ANIM_NAME)

            Condition: Valid(SPEED_KNOB_ANIM_NAME_PUSH)

            • Case: True

              Parameters set:

              • ANIM_NAME_PUSH (using SPEED_KNOB_ANIM_NAME_PUSH)

            Condition: Valid(SPEED_KNOB_NODE_ID)

            • Case: True

              Parameters set:

              • NODE_ID (using SPEED_KNOB_NODE_ID)

    Condition: Check(NO_TRANSFER)

    Condition: Check(NO_COURSE)

    • Case: False

      Templates used:

      • ASOBO_GT_Helper_Recursive_ID

        Parameters set:

        • PUSH
        • EXIT_TEMPLATE
        • MAX_ID (using CRS_COUNT)
        • PROCESS_PARAM2
        • PARAM2
        • PARAM2_PREFIX
        • PARAM2_SUFFIX
        • PROCESS_PARAM3
        • PARAM3
        • PARAM3_PREFIX
        • PARAM3_SUFFIX

    Condition: Check(NO_AUTOPILOT_DISC)

    • Case: False

      Templates used:

      • ASOBO_AUTOPILOT_Push_Disconnect_Template

        Condition: Valid(AUTOPILOT_DISC_TOGGLEABLE)

        • Case: True

          Parameters set:

          • TOGGLEABLE

        Condition: Valid(AUTOPILOT_DISC_INVERT_SWITCH_ON_CONDITION)

        • Case: True

          Parameters set:

          • INVERT_SWITCH_ON_CONDITION (using AUTOPILOT_DISC_INVERT_SWITCH_ON_CONDITION)

    Condition: Check(NO_LEVEL)

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  • ASOBO_AUTOPILOT_Push_Autopilot_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Autopilot_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Autopilot</DEFAULT_NAME> <AP_COUNT>1</AP_COUNT> <ID>1</ID> <RESET_CODE/> <TEST_CODE>1</TEST_CODE> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="EXCLUSIVE_AP"> <Condition> <Test> <GreaterOrEqual> <Value>AP_COUNT</Value> <Number>2</Number> </GreaterOrEqual> </Test> <True> <Loop> <Setup> <Param>AP_ID</Param> <From>1</From> <Inc>1</Inc> <To>#AP_COUNT#</To> </Setup> <Do> <Parameters Type="Default" Lifetime="Loop"> <RESET_CODE_T/> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <RESET_CODE_T>#RESET_CODE_T# #AP_ID# #ID# != if{ 0 (&gt;L:XMLVAR_Autopilot_#AP_ID#_Status) }</RESET_CODE_T> </Parameters> </Do> <Then> <RESET_CODE>#RESET_CODE_T#</RESET_CODE> </Then> </Loop> </True> </Condition> <Condition Check="ID" Match="1"> <True> <INIT>(A:AUTOPILOT MASTER, Bool) (&gt;L:XMLVAR_Autopilot_#ID#_Status)</INIT> </True> </Condition> </Case> <Case Value="ONLY_IF_DISCONNECTED"> <TEST_CODE> (A:AUTOPILOT MASTER, Bool) ! </TEST_CODE> <Condition Check="ID" Match="1"> <True> <INIT>(A:AUTOPILOT MASTER, Bool) (&gt;L:XMLVAR_Autopilot_#ID#_Status)</INIT> </True> </Condition> </Case> <Default> <INIT>(A:AUTOPILOT MASTER, Bool) (&gt;L:XMLVAR_Autopilot_#ID#_Status)</INIT> </Default> </Switch> <Condition Valid="ALL_AP_ON_APPR"> <True> <APPR_CONDITION>(A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) and (A:AUTOPILOT MASTER, Bool) and</APPR_CONDITION> </True> <False> <APPR_CONDITION>0</APPR_CONDITION> </False> </Condition> <Condition> <Test> <GreaterOrEqual> <Value>AP_COUNT</Value> <Number>2</Number> </GreaterOrEqual> </Test> <True> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <Loop> <Setup> <Param>AP_ID</Param> <From>1</From> <Inc>1</Inc> <To>#AP_COUNT#</To> </Setup> <Do> <Parameters Type="Default" Lifetime="Loop"> <AP_IS_ON_TEST_T/> </Parameters> <Parameters Type="Override"> <Condition NotEmpty="AP_IS_ON_TEST_T"> <True> <TEST> or</TEST> </True> <False> <TEST/> </False> </Condition> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <AP_IS_ON_TEST_T>#AP_IS_ON_TEST_T# (L:XMLVAR_Autopilot_#AP_ID#_Status) #TEST#</AP_IS_ON_TEST_T> </Parameters> </Do> <Then> <Condition NotEmpty="AP_IS_ON_TEST_T"> <True> <AP_STATE_CHANGED_TEST>#AP_IS_ON_TEST_T# (A:AUTOPILOT MASTER, Bool) !=</AP_STATE_CHANGED_TEST> </True> <False> <AP_STATE_CHANGED_TEST>1</AP_STATE_CHANGED_TEST> </False> </Condition> </Then> </Loop> <MANUAL_OFF_CODE>0 (&gt;L:XMLVAR_Autopilot_#ID#_Status) (&gt;H:Generic_Autopilot_#ID#_Manual_Off)</MANUAL_OFF_CODE> <TOGGLE_STATE_CODE>(L:XMLVAR_Autopilot_#ID#_Status) ! (&gt;L:XMLVAR_Autopilot_#ID#_Status)</TOGGLE_STATE_CODE> <IS_AP_SWITCH_ON>(L:XMLVAR_Autopilot_#ID#_Status)</IS_AP_SWITCH_ON> </True> <False> <AP_STATE_CHANGED_TEST>1</AP_STATE_CHANGED_TEST> <MANUAL_OFF_CODE>(&gt;H:Generic_Autopilot_Manual_Off)</MANUAL_OFF_CODE> <IS_AP_SWITCH_ON>(A:AUTOPILOT MASTER, Bool)</IS_AP_SWITCH_ON> <TOGGLE_STATE_CODE/> </False> </Condition> </Parameters> <Parameters Type="Default"> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_AUTOPILOT_TITLE</TOOLTIP_TITLE> <Condition Check="IS_USING_L_VAR_FOR_STATE"> <True> <TT_DESCRIPTION>#ID# (R:1:@TT_Package.AUTOPILOT_PUSH_AUTOPILOT_ACTION_SET) &apos;%s %d&apos; @sprintf</TT_DESCRIPTION> <TT_DESCRIPTION_IS_DYNAMIC>True</TT_DESCRIPTION_IS_DYNAMIC> </True> <False> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_AUTOPILOT_ACTION_SET</TT_DESCRIPTION_ID> </False> </Condition> <INPUT_EVENT_ID_SOURCE>AUTOPILOT</INPUT_EVENT_ID_SOURCE> <Condition NotEmpty="ON_AP_MASTER_SWITCH"> <AP_MASTER_ON_CHECK>#IS_AP_SWITCH_ON#</AP_MASTER_ON_CHECK> </Condition> <ON_AP_MASTER_SWITCH_ON/> <ON_AP_MASTER_SWITCH_OFF/> <Switch Param="ON_AP_MASTER_SWITCH"> <Case Value="FD_ON"> <FD_ON>True</FD_ON> </Case> <Case Value="FD_ON_OFF"> <FD_ON>True</FD_ON> <FD_OFF>True</FD_OFF> </Case> <Case Value="YD_ON"> <YD_ON>True</YD_ON> </Case> <Case Value="YD_ON_OFF"> <YD_ON>True</YD_ON> <YD_OFF>True</YD_OFF> </Case> </Switch> </Parameters> <Parameters Type="Override"> <Condition> <Test> <Or> <Arg Valid="YD_ON"/> <Arg Valid="YD_OFF"/> </Or> </Test> <True> <Condition Valid="YD_ON"> <ON_AP_MASTER_SWITCH_ON>#ON_AP_MASTER_SWITCH_ON# (A:AUTOPILOT YAW DAMPER, Bool) ! if{ (&gt;K:YAW_DAMPER_TOGGLE) }</ON_AP_MASTER_SWITCH_ON> </Condition> <Condition Valid="YD_OFF"> <ON_AP_MASTER_SWITCH_OFF>#ON_AP_MASTER_SWITCH_OFF# (A:AUTOPILOT YAW DAMPER, Bool) if{ (&gt;K:YAW_DAMPER_TOGGLE) }</ON_AP_MASTER_SWITCH_OFF> </Condition> </True> </Condition> </Parameters> <Parameters Type="Override"> <Condition> <Test> <Or> <Arg Valid="FD_ON"/> <Arg Valid="FD_OFF"/> </Or> </Test> <True> <Condition Valid="FD_ON"> <ON_AP_MASTER_SWITCH_ON>#ON_AP_MASTER_SWITCH_ON# (A:AUTOPILOT FLIGHT DIRECTOR ACTIVE, Bool) ! if{ 1 (&gt;K:TOGGLE_FLIGHT_DIRECTOR) }</ON_AP_MASTER_SWITCH_ON> </Condition> <Condition Valid="FD_OFF"> <ON_AP_MASTER_SWITCH_OFF>#ON_AP_MASTER_SWITCH_OFF# (A:AUTOPILOT FLIGHT DIRECTOR ACTIVE, Bool) if{ 1 (&gt;K:TOGGLE_FLIGHT_DIRECTOR) }</ON_AP_MASTER_SWITCH_OFF> </Condition> </True> </Condition> </Parameters> <Parameters Type="Override"> <Condition> <Test> <Or> <Arg NotEmpty="ON_AP_MASTER_SWITCH_ON"/> <Arg NotEmpty="ON_AP_MASTER_SWITCH_OFF"/> </Or> </Test> <True> <GET_INIT_STATE_EXTERNAL> (O:#INPUT_EVENT_ID_SOURCE#_AP_#ID#_Position) #AP_MASTER_ON_CHECK# != if{ (O:#INPUT_EVENT_ID_SOURCE#_AP_#ID#_Position) ! if{ #ON_AP_MASTER_SWITCH_ON# } els{ #ON_AP_MASTER_SWITCH_OFF# } } #AP_MASTER_ON_CHECK# </GET_INIT_STATE_EXTERNAL> </True> </Condition> </Parameters> <Condition> <Test> <GreaterOrEqual> <Value>AP_COUNT</Value> <Number>2</Number> </GreaterOrEqual> </Test> <True> <Condition Check="ID" Match="1"> <True> <UseTemplate Name="ASOBO_GT_Update"> <FREQUENCY>3</FREQUENCY> <UPDATE_CODE> #AP_STATE_CHANGED_TEST# if{ #RESET_CODE# (A:AUTOPILOT MASTER, Bool) (&gt;L:XMLVAR_Autopilot_#ID#_Status) } </UPDATE_CODE> </UseTemplate> </True> </Condition> </True> </Condition> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <Condition Check="IS_USING_L_VAR_FOR_STATE"> <True> <EMISSIVE_CODE_ACTIVE>#IS_AP_SWITCH_ON#</EMISSIVE_CODE_ACTIVE> </True> <False> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT MASTER</EMISSIVE_SIMVAR_ACTIVE> </False> </Condition> <SIMVAR_TO_WATCH_0>AUTOPILOT MASTER</SIMVAR_TO_WATCH_0> <GET_STATE_EXTERNAL>#IS_AP_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <SET_STATE_EXTERNAL> (A:AUTOPILOT DISENGAGED, Bool) ! #TEST_CODE# and if{ #RESET_CODE# #TOGGLE_STATE_CODE# #AP_STATE_CHANGED_TEST# if{ (&gt;K:AP_MASTER) (A:AUTOPILOT MASTER, Bool) ! if{ #MANUAL_OFF_CODE# #ON_AP_MASTER_SWITCH_OFF# } els{ #ON_AP_MASTER_SWITCH_ON# } } } </SET_STATE_EXTERNAL> <BTN_ID>AP_#ID#</BTN_ID> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • AP_COUNT
      • ID
      • RESET_CODE
      • TEST_CODE
    • Override

      Condition: Switch(TYPE)

      • Case: EXCLUSIVE_AP

        Condition: Test(AP_COUNT)

        • Case: True

          Parameters read:

          • AP_COUNT

          Parameters set:

          • AP_ID
          • RESET_CODE_T
          • RESET_CODE_T (using RESET_CODE_T, AP_ID, ID)
          • RESET_CODE (using RESET_CODE_T)

        Condition: Check(ID)

        • Case: True

          Parameters set:

          • INIT (using ID)
      • Case: ONLY_IF_DISCONNECTED

        Parameters set:

        • TEST_CODE

        Condition: Check(ID)

        • Case: True

          Parameters set:

          • INIT (using ID)
      • Default case:

        Parameters set:

        • INIT (using ID)

      Condition: Valid(ALL_AP_ON_APPR)

      • Case: True

        Parameters set:

        • APPR_CONDITION
      • Case: False

        Parameters set:

        • APPR_CONDITION

      Condition: Test(AP_COUNT)

      • Case: True

        Parameters read:

        • AP_COUNT

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • AP_ID
        • AP_IS_ON_TEST_T
        • AP_IS_ON_TEST_T (using AP_IS_ON_TEST_T, AP_ID, TEST)
        • MANUAL_OFF_CODE (using ID)
        • TOGGLE_STATE_CODE (using ID)
        • IS_AP_SWITCH_ON (using ID)

        Condition: NotEmpty(AP_IS_ON_TEST_T)

        • Case: True

          Parameters set:

          • TEST
        • Case: False

          Parameters set:

          • TEST

        Condition: NotEmpty(AP_IS_ON_TEST_T)

        • Case: True

          Parameters set:

          • AP_STATE_CHANGED_TEST (using AP_IS_ON_TEST_T)
        • Case: False

          Parameters set:

          • AP_STATE_CHANGED_TEST
      • Case: False

        Parameters set:

        • AP_STATE_CHANGED_TEST
        • MANUAL_OFF_CODE
        • IS_AP_SWITCH_ON
        • TOGGLE_STATE_CODE
    • Default

      Parameters set:

      • TOOLTIP_TITLE
      • INPUT_EVENT_ID_SOURCE
      • ON_AP_MASTER_SWITCH_ON
      • ON_AP_MASTER_SWITCH_OFF

      Condition: Check(IS_USING_L_VAR_FOR_STATE)

      • Case: True

        Parameters set:

        • TT_DESCRIPTION (using ID)
        • TT_DESCRIPTION_IS_DYNAMIC
      • Case: False

        Parameters set:

        • TT_DESCRIPTION_ID

      Condition: NotEmpty(ON_AP_MASTER_SWITCH)

      • Case: True

        Parameters set:

        • AP_MASTER_ON_CHECK (using IS_AP_SWITCH_ON)

      Condition: Switch(ON_AP_MASTER_SWITCH)

      • Case: FD_ON

        Parameters set:

        • FD_ON
      • Case: FD_ON_OFF

        Parameters set:

        • FD_ON
        • FD_OFF
      • Case: YD_ON

        Parameters set:

        • YD_ON
      • Case: YD_ON_OFF

        Parameters set:

        • YD_ON
        • YD_OFF
    • Override

      Condition: Test(YD_ON, YD_OFF)

      • Case: True

        Condition: Valid(YD_ON)

        • Case: True

          Parameters set:

          • ON_AP_MASTER_SWITCH_ON (using ON_AP_MASTER_SWITCH_ON)

        Condition: Valid(YD_OFF)

        • Case: True

          Parameters set:

          • ON_AP_MASTER_SWITCH_OFF (using ON_AP_MASTER_SWITCH_OFF)
    • Override

      Condition: Test(FD_ON, FD_OFF)

      • Case: True

        Condition: Valid(FD_ON)

        • Case: True

          Parameters set:

          • ON_AP_MASTER_SWITCH_ON (using ON_AP_MASTER_SWITCH_ON)

        Condition: Valid(FD_OFF)

        • Case: True

          Parameters set:

          • ON_AP_MASTER_SWITCH_OFF (using ON_AP_MASTER_SWITCH_OFF)
    • Override

      Condition: Test(ON_AP_MASTER_SWITCH_ON, ON_AP_MASTER_SWITCH_OFF)

      • Case: True

        Parameters set:

        • GET_INIT_STATE_EXTERNAL (using INPUT_EVENT_ID_SOURCE, ID, AP_MASTER_ON_CHECK, ON_AP_MASTER_SWITCH_ON, ON_AP_MASTER_SWITCH_OFF)

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • SIMVAR_TO_WATCH_0
      • GET_STATE_EXTERNAL (using IS_AP_SWITCH_ON)
      • SIM_STATE_IS_ON_EXTERNAL
      • SET_STATE_EXTERNAL (using TEST_CODE, RESET_CODE, TOGGLE_STATE_CODE, AP_STATE_CHANGED_TEST, MANUAL_OFF_CODE, ON_AP_MASTER_SWITCH_OFF, ON_AP_MASTER_SWITCH_ON)
      • BTN_ID (using ID)

      Condition: Check(IS_USING_L_VAR_FOR_STATE)

      • Case: True

        Parameters set:

        • EMISSIVE_CODE_ACTIVE (using IS_AP_SWITCH_ON)
      • Case: False

        Parameters set:

        • EMISSIVE_SIMVAR_ACTIVE

    Condition: Test(AP_COUNT)

    • Case: True

      Condition: Check(ID)

      • Case: True

        Templates used:

        • ASOBO_GT_Update

          Parameters set:

          • FREQUENCY
          • UPDATE_CODE (using AP_STATE_CHANGED_TEST, RESET_CODE, ID)
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Disconnect_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Disconnect_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Disconnect</DEFAULT_NAME> <ID>1</ID> <Condition Check="TOGGLEABLE"> <True> <ANIM_CODE>(A:AUTOPILOT DISENGAGED, Bool) 100 *</ANIM_CODE> <WWISE_EVENT_AUTOPILOT_SWITCH_ON>autopilot_disconnect_button_on</WWISE_EVENT_AUTOPILOT_SWITCH_ON> <WWISE_EVENT_AUTOPILOT_SWITCH_OFF>autopilot_disconnect_button_off</WWISE_EVENT_AUTOPILOT_SWITCH_OFF> </True> <False> <WWISE_EVENT_AUTOPILOT_PUSH_BUTTON_ON>autopilot_disconnect_button_on</WWISE_EVENT_AUTOPILOT_PUSH_BUTTON_ON> <WWISE_EVENT_AUTOPILOT_PUSH_BUTTON_OFF>autopilot_disconnect_button_off</WWISE_EVENT_AUTOPILOT_PUSH_BUTTON_OFF> </False> </Condition> </Parameters> <Parameters Type="Override"> <Condition Valid="RESET_YD"> <True> <RESET_YD>(A:AUTOPILOT YAW DAMPER, Bool) if{ (&gt;K:YAW_DAMPER_TOGGLE) }</RESET_YD> </True> <False> <RESET_YD/> </False> </Condition> <Condition Valid="RESET_XMLVARS"> <True> <Loop> <Setup> <Param>AP_ID</Param> <From>1</From> <Inc>1</Inc> <To>#AP_COUNT#</To> </Setup> <Do> <Parameters Type="Default" Lifetime="Loop"> <XMLVAR_RESET_CODE_T/> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <XMLVAR_RESET_CODE_T>#XMLVAR_RESET_CODE_T# 0 (&gt;L:XMLVAR_Autopilot_#AP_ID#_Status)</XMLVAR_RESET_CODE_T> </Parameters> </Do> <Then> <XMLVAR_RESET_CODE>#XMLVAR_RESET_CODE_T#</XMLVAR_RESET_CODE> </Then> </Loop> </True> <False> <XMLVAR_RESET_CODE/> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT DISENGAGED</EMISSIVE_SIMVAR_ACTIVE> <SIMVAR_TO_WATCH_0>AUTOPILOT DISENGAGED</SIMVAR_TO_WATCH_0> <GET_STATE_EXTERNAL>(A:AUTOPILOT DISENGAGED, Bool) sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <SET_STATE_0>(A:AUTOPILOT DISENGAGED, Bool) if{ 0 (&gt;K:AUTOPILOT_DISENGAGE_SET) }</SET_STATE_0> <SET_STATE_1>(A:AUTOPILOT DISENGAGED, Bool) ! if{ 1 (&gt;K:AUTOPILOT_DISENGAGE_SET) #XMLVAR_RESET_CODE# #RESET_YD# }</SET_STATE_1> <BTN_ID>AP_Disconnect_#ID#</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_DISCONNECT_ACTION_SET_DISCONNECTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_DISCONNECT_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • ID

      Condition: Check(TOGGLEABLE)

      • Case: True

        Parameters set:

        • ANIM_CODE
        • WWISE_EVENT_AUTOPILOT_SWITCH_ON
        • WWISE_EVENT_AUTOPILOT_SWITCH_OFF
      • Case: False

        Parameters set:

        • WWISE_EVENT_AUTOPILOT_PUSH_BUTTON_ON
        • WWISE_EVENT_AUTOPILOT_PUSH_BUTTON_OFF
    • Override

      Condition: Valid(RESET_YD)

      • Case: True

        Parameters set:

        • RESET_YD
      • Case: False

        Parameters set:

        • RESET_YD

      Condition: Valid(RESET_XMLVARS)

      • Case: True

        Parameters read:

        • AP_COUNT

        Parameters set:

        • AP_ID
        • XMLVAR_RESET_CODE_T
        • XMLVAR_RESET_CODE_T (using XMLVAR_RESET_CODE_T, AP_ID)
        • XMLVAR_RESET_CODE (using XMLVAR_RESET_CODE_T)
      • Case: False

        Parameters set:

        • XMLVAR_RESET_CODE

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • EMISSIVE_SIMVAR_ACTIVE
      • SIMVAR_TO_WATCH_0
      • GET_STATE_EXTERNAL
      • SIM_STATE_IS_ON_EXTERNAL
      • SET_STATE_0
      • SET_STATE_1 (using XMLVAR_RESET_CODE, RESET_YD)
      • BTN_ID (using ID)
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Heading_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Heading_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Heading</DEFAULT_NAME> <ON_HEADING_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_HEADING_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <IS_SWITCH_ON>(L:AP_HEADING_HOLD_ACTIVE)</IS_SWITCH_ON> <EMISSIVE_CODE_ACTIVE>(L:AP_HEADING_HOLD_ACTIVE)</EMISSIVE_CODE_ACTIVE> <SET_STATE_EXTERNAL>(&gt;K:AP_HDG_HOLD_ON) (&gt;H:#KEY_PREFIX#_FMC_1_AP_HEADING_HOLD)</SET_STATE_EXTERNAL> <LOCAL_VAR_TO_WATCH_0>AP_HEADING_HOLD_ACTIVE</LOCAL_VAR_TO_WATCH_0> <BINDING_SET_0_EVENT_ID>AP_HDG_HOLD</BINDING_SET_0_EVENT_ID> </True> <False> <SET_STATE_EXTERNAL>(&gt;K:AP_PANEL_HEADING_HOLD)</SET_STATE_EXTERNAL> <IS_SWITCH_ON>(A:AUTOPILOT HEADING LOCK, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT HEADING LOCK</SIMVAR_TO_WATCH_0> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT HEADING LOCK</EMISSIVE_SIMVAR_ACTIVE> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <BTN_ID>Heading_Mode</BTN_ID> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_HEADING_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_HEADING_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • ON_HEADING_MODE_SWITCH
    • Override

      Parameters set:

      • ON_AP_MODE_STATE_CHANGED (using ON_HEADING_MODE_SWITCH)

      Condition: Switch(TYPE)

      • Case: B747

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
      • Case: AS01B

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
    • Override

      Condition: Valid(IS_USING_L_VAR_FOR_STATE)

      • Case: True

        Parameters set:

        • IS_SWITCH_ON
        • EMISSIVE_CODE_ACTIVE
        • SET_STATE_EXTERNAL (using KEY_PREFIX)
        • LOCAL_VAR_TO_WATCH_0
        • BINDING_SET_0_EVENT_ID
      • Case: False

        Parameters set:

        • SET_STATE_EXTERNAL
        • IS_SWITCH_ON
        • SIMVAR_TO_WATCH_0
        • EMISSIVE_SIMVAR_ACTIVE

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • GET_STATE_EXTERNAL (using IS_SWITCH_ON)
      • SIM_STATE_IS_ON_EXTERNAL
      • BTN_ID
      • SET_STATE_EXTERNAL (using SET_STATE_EXTERNAL, ON_AP_MODE_STATE_CHANGED)
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Bank_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Bank_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Bank</DEFAULT_NAME> <INPUT_EVENT_ID_SOURCE>AUTOPILOT</INPUT_EVENT_ID_SOURCE> <TYPE>HALF_BANK</TYPE> </Parameters> <Parameters Type="Override"> <BTN_ID>Bank_Button</BTN_ID> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="HALF_BANK"> <Condition NotEmpty="ACTIVE_ABOVE_ALT_FT"> <AUTO_TOGGLE_HALF_BANK_CODE> (A:AUTOPILOT MASTER, Bool) if{ (A:INDICATED ALTITUDE, feet) #ACTIVE_ABOVE_ALT_FT# &gt; (&gt;O:_Is_Over_#ACTIVE_ABOVE_ALT_FT#_FT) (O:_Is_Over_#ACTIVE_ABOVE_ALT_FT#_FT) (O:_Was_Over_#ACTIVE_ABOVE_ALT_FT#_FT) != sp0 (O:_Is_Over_#ACTIVE_ABOVE_ALT_FT#_FT) (&gt;O:_Was_Over_#ACTIVE_ABOVE_ALT_FT#_FT) l0 if{ (O:_Is_Over_#ACTIVE_ABOVE_ALT_FT#_FT) (&gt;K:AP_MAX_BANK_SET) } } </AUTO_TOGGLE_HALF_BANK_CODE> </Condition> </Case> </Switch> </Parameters> <Condition NotEmpty="AUTO_TOGGLE_HALF_BANK_CODE"> <UseTemplate Name="ASOBO_GT_Update"> <UPDATE_FREQUENCY>1</UPDATE_FREQUENCY> <UPDATE_CODE>#AUTO_TOGGLE_HALF_BANK_CODE#</UPDATE_CODE> </UseTemplate> </Condition> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <Switch Param="TYPE"> <Case Value="HALF_BANK"> <EMISSIVE_CODE_ACTIVE>(B:#INPUT_EVENT_ID_SOURCE#_#BTN_ID#, Bool)</EMISSIVE_CODE_ACTIVE> <SET_STATE_ON>1 (&gt;K:AP_MAX_BANK_SET)</SET_STATE_ON> <SET_STATE_OFF>0 (&gt;K:AP_MAX_BANK_SET)</SET_STATE_OFF> <GET_STATE_EXTERNAL>(A:AUTOPILOT MAX BANK ID, number) sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0 1 ==</SIM_STATE_IS_ON_EXTERNAL> <SIMVAR_TO_WATCH_0>AUTOPILOT MAX BANK ID</SIMVAR_TO_WATCH_0> </Case> </Switch> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_BANK_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_BANK_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • INPUT_EVENT_ID_SOURCE
      • TYPE
    • Override

      Parameters set:

      • BTN_ID
    • Override

      Condition: Switch(TYPE)

      • Case: HALF_BANK

        Condition: NotEmpty(ACTIVE_ABOVE_ALT_FT)

        • Case: True

          Parameters set:

          • AUTO_TOGGLE_HALF_BANK_CODE (using ACTIVE_ABOVE_ALT_FT)

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE

      Condition: Switch(TYPE)

      • Case: HALF_BANK

        Parameters set:

        • EMISSIVE_CODE_ACTIVE (using INPUT_EVENT_ID_SOURCE, BTN_ID)
        • SET_STATE_ON
        • SET_STATE_OFF
        • GET_STATE_EXTERNAL
        • SIM_STATE_IS_ON_EXTERNAL
        • SIMVAR_TO_WATCH_0

    Condition: NotEmpty(AUTO_TOGGLE_HALF_BANK_CODE)

    • Case: True

      Templates used:

      • ASOBO_GT_Update

        Parameters set:

        • UPDATE_FREQUENCY
        • UPDATE_CODE (using AUTO_TOGGLE_HALF_BANK_CODE)
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Localizer_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Localizer_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Localizer</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_CODE_ACTIVE>(A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) ! and</EMISSIVE_CODE_ACTIVE> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) ! and sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>(A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) and if{ (&gt;K:AP_LOC_HOLD) } (&gt;K:AP_LOC_HOLD)</SET_STATE_EXTERNAL> <BTN_ID>Localizer_Button</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_LOC_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_LOC_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • EMISSIVE_CODE_ACTIVE
      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL
      • SET_STATE_EXTERNAL
      • BTN_ID
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Approach_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Approach_Template"> <Parameters Type="Default"> <MAX_BANK_DEGREES>30</MAX_BANK_DEGREES> <DEFAULT_NAME>Approach</DEFAULT_NAME> </Parameters> <Parameters Type="Override"> <Condition Valid="DISABLE_GPS_MODE"> <True> <GPS_DISABLE_CODE>(A:GPS DRIVES NAV1, Bool) if{ (A:GPS APPROACH APPROACH TYPE, Enum) 4 == if{ (&gt;K:TOGGLE_GPS_DRIVES_NAV1) } } els{ (A:GPS APPROACH APPROACH TYPE, Enum) 10 == if{ (&gt;K:TOGGLE_GPS_DRIVES_NAV1) } }</GPS_DISABLE_CODE> </True> <False> <GPS_DISABLE_CODE/> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_CODE_ACTIVE>(A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) and</EMISSIVE_CODE_ACTIVE> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) and sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#GPS_DISABLE_CODE# (A:AUTOPILOT APPROACH HOLD, Bool) (A:AUTOPILOT GLIDESLOPE HOLD, Bool) ! and if{ (&gt;K:AP_APR_HOLD) } (&gt;K:AP_APR_HOLD)</SET_STATE_EXTERNAL> <BTN_ID>Approach_Button</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_APPROACH_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_APPROACH_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • MAX_BANK_DEGREES
      • DEFAULT_NAME
    • Override

      Condition: Valid(DISABLE_GPS_MODE)

      • Case: True

        Parameters set:

        • GPS_DISABLE_CODE
      • Case: False

        Parameters set:

        • GPS_DISABLE_CODE

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • EMISSIVE_CODE_ACTIVE
      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL
      • SET_STATE_EXTERNAL (using GPS_DISABLE_CODE)
      • BTN_ID
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_BackCourse_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_BackCourse_Template"> <Parameters Type="Default"> <DEFAULT_NAME>BackCourse</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT BACKCOURSE HOLD</EMISSIVE_SIMVAR_ACTIVE> <SIMVAR_TO_WATCH_0>AUTOPILOT BACKCOURSE HOLD</SIMVAR_TO_WATCH_0> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT BACKCOURSE HOLD, Bool) sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>(&gt;K:AP_BC_HOLD)</SET_STATE_EXTERNAL> <BTN_ID>Backcourse_Button</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_BACKCOURSE_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_BACKCOURSE_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • EMISSIVE_SIMVAR_ACTIVE
      • SIMVAR_TO_WATCH_0
      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL
      • SET_STATE_EXTERNAL
      • BTN_ID
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_FlightDirector_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_FlightDirector_Template"> <Parameters Type="Default"> <ID>1</ID> <FD_TOGGLE_CONDITION>1</FD_TOGGLE_CONDITION> </Parameters> <Parameters Type="Default"> <DEFAULT_NAME>FlightDirector</DEFAULT_NAME> <Condition Check="TOGGLEABLE"> <True> <ANIM_CODE>(A:AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#, Bool) 100 *</ANIM_CODE> </True> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#</EMISSIVE_SIMVAR_ACTIVE> <SIMVAR_TO_WATCH_0>AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#</SIMVAR_TO_WATCH_0> <Condition Valid="ON_WHEN_AP_MODE_TURNED_ON"> <SIMVAR_TO_WATCH_1>AUTOPILOT MASTER</SIMVAR_TO_WATCH_1> <GET_INIT_STATE_EXTERNAL> (A:AUTOPILOT MASTER, Bool) (A:AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#, Bool) or sp0 l0 (A:AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#, Bool) ! and if{ #ID# (&gt;K:TOGGLE_FLIGHT_DIRECTOR) } l0 </GET_INIT_STATE_EXTERNAL> <ON_STATE_CHANGED_NEW_STATE_TO_POS_EXTERNAL>(A:AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#, Bool)</ON_STATE_CHANGED_NEW_STATE_TO_POS_EXTERNAL> </Condition> <GET_STATE_EXTERNAL>(A:AUTOPILOT FLIGHT DIRECTOR ACTIVE:#ID#, Bool) sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <SET_STATE_EXTERNAL>#FD_TOGGLE_CONDITION# if{ #ID# (&gt;K:TOGGLE_FLIGHT_DIRECTOR) }</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_FLIGHTDIRECTOR_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_FLIGHTDIRECTOR_TITLE</TOOLTIP_TITLE> <BTN_ID>FD_#ID#_Mode</BTN_ID> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • ID
      • FD_TOGGLE_CONDITION
    • Default

      Parameters set:

      • DEFAULT_NAME

      Condition: Check(TOGGLEABLE)

      • Case: True

        Parameters set:

        • ANIM_CODE (using ID)

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • EMISSIVE_SIMVAR_ACTIVE (using ID)
      • SIMVAR_TO_WATCH_0 (using ID)
      • GET_STATE_EXTERNAL (using ID)
      • SIM_STATE_IS_ON_EXTERNAL
      • SET_STATE_EXTERNAL (using FD_TOGGLE_CONDITION, ID)
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
      • BTN_ID (using ID)

      Condition: Valid(ON_WHEN_AP_MODE_TURNED_ON)

      • Case: True

        Parameters set:

        • SIMVAR_TO_WATCH_1
        • GET_INIT_STATE_EXTERNAL (using ID)
        • ON_STATE_CHANGED_NEW_STATE_TO_POS_EXTERNAL (using ID)
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_YawDamper_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_YawDamper_Template"> <Parameters Type="Default"> <DEFAULT_NAME>YawDamper</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT YAW DAMPER</EMISSIVE_SIMVAR_ACTIVE> <SIMVAR_TO_WATCH_0>AUTOPILOT YAW DAMPER</SIMVAR_TO_WATCH_0> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT YAW DAMPER, Bool) sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>(&gt;K:YAW_DAMPER_TOGGLE)</SET_STATE_EXTERNAL> <BTN_ID>YD_Button</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_YAWDAMPER_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_YAWDAMPER_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • EMISSIVE_SIMVAR_ACTIVE
      • SIMVAR_TO_WATCH_0
      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL
      • SET_STATE_EXTERNAL
      • BTN_ID
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Altitude_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Altitude_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Altitude</DEFAULT_NAME> <ON_ALTITUDE_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_ALTITUDE_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <IS_SWITCH_ON>(L:AP_ALT_HOLD_ACTIVE)</IS_SWITCH_ON> <EMISSIVE_CODE_ACTIVE>(L:AP_ALT_HOLD_ACTIVE)</EMISSIVE_CODE_ACTIVE> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_FMC_1_AP_ALT_HOLD)</SET_STATE_EXTERNAL> <LOCAL_VAR_TO_WATCH_0>AP_ALT_HOLD_ACTIVE</LOCAL_VAR_TO_WATCH_0> <BINDING_SET_0_EVENT_ID>AP_ALT_HOLD</BINDING_SET_0_EVENT_ID> </True> <False> <SET_STATE_EXTERNAL>(&gt;K:AP_ALT_HOLD)</SET_STATE_EXTERNAL> <IS_SWITCH_ON>(A:AUTOPILOT ALTITUDE LOCK, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT ALTITUDE LOCK</SIMVAR_TO_WATCH_0> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT ALTITUDE LOCK</EMISSIVE_SIMVAR_ACTIVE> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <BTN_ID>Altitude_Button</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_ALTITUDE_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_ALTITUDE_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • ON_ALTITUDE_MODE_SWITCH
    • Override

      Parameters set:

      • ON_AP_MODE_STATE_CHANGED (using ON_ALTITUDE_MODE_SWITCH)

      Condition: Switch(TYPE)

      • Case: B747

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
      • Case: AS01B

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
    • Override

      Condition: Valid(IS_USING_L_VAR_FOR_STATE)

      • Case: True

        Parameters set:

        • IS_SWITCH_ON
        • EMISSIVE_CODE_ACTIVE
        • SET_STATE_EXTERNAL (using KEY_PREFIX)
        • LOCAL_VAR_TO_WATCH_0
        • BINDING_SET_0_EVENT_ID
      • Case: False

        Parameters set:

        • SET_STATE_EXTERNAL
        • IS_SWITCH_ON
        • SIMVAR_TO_WATCH_0
        • EMISSIVE_SIMVAR_ACTIVE

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL (using IS_SWITCH_ON)
      • SET_STATE_EXTERNAL (using SET_STATE_EXTERNAL, ON_AP_MODE_STATE_CHANGED)
      • BTN_ID
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_FlightLevelChange_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_FlightLevelChange_Template"> <Parameters Type="Default"> <DEFAULT_NAME>FlightLevelChange</DEFAULT_NAME> <ON_FLC_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_FLC_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <IS_SWITCH_ON>(L:AP_FLCH_ACTIVE)</IS_SWITCH_ON> <EMISSIVE_CODE_ACTIVE>(L:AP_FLCH_ACTIVE)</EMISSIVE_CODE_ACTIVE> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_FMC_1_AP_FLCH)</SET_STATE_EXTERNAL> <LOCAL_VAR_TO_WATCH_0>AP_FLCH_ACTIVE</LOCAL_VAR_TO_WATCH_0> </True> <False> <SET_STATE_EXTERNAL>(&gt;K:FLIGHT_LEVEL_CHANGE) (A:AIRSPEED INDICATED, knots) (&gt;K:AP_SPD_VAR_SET)</SET_STATE_EXTERNAL> <IS_SWITCH_ON>(A:AUTOPILOT FLIGHT LEVEL CHANGE, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT FLIGHT LEVEL CHANGE</SIMVAR_TO_WATCH_0> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT FLIGHT LEVEL CHANGE</EMISSIVE_SIMVAR_ACTIVE> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <BTN_ID>FLC_Button</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_FLIGHTLEVELCHANGE_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_FLIGHTLEVELCHANGE_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • ON_FLC_MODE_SWITCH
    • Override

      Parameters set:

      • ON_AP_MODE_STATE_CHANGED (using ON_FLC_MODE_SWITCH)

      Condition: Switch(TYPE)

      • Case: B747

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
      • Case: AS01B

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
    • Override

      Condition: Valid(IS_USING_L_VAR_FOR_STATE)

      • Case: True

        Parameters set:

        • IS_SWITCH_ON
        • EMISSIVE_CODE_ACTIVE
        • SET_STATE_EXTERNAL (using KEY_PREFIX)
        • LOCAL_VAR_TO_WATCH_0
      • Case: False

        Parameters set:

        • SET_STATE_EXTERNAL
        • IS_SWITCH_ON
        • SIMVAR_TO_WATCH_0
        • EMISSIVE_SIMVAR_ACTIVE

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL (using IS_SWITCH_ON)
      • SET_STATE_EXTERNAL (using SET_STATE_EXTERNAL, ON_AP_MODE_STATE_CHANGED)
      • BTN_ID
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_VerticalSpeed_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_VerticalSpeed_Template"> <Parameters Type="Default"> <DEFAULT_NAME>VerticalSpeed</DEFAULT_NAME> <ON_VS_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_VS_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <IS_SWITCH_ON>(L:AP_VS_ACTIVE)</IS_SWITCH_ON> <EMISSIVE_CODE_ACTIVE>(L:AP_VS_ACTIVE)</EMISSIVE_CODE_ACTIVE> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_FMC_1_AP_VSPEED)</SET_STATE_EXTERNAL> <LOCAL_VAR_TO_WATCH_0>AP_VS_ACTIVE</LOCAL_VAR_TO_WATCH_0> </True> <False> <SET_STATE_EXTERNAL>(&gt;K:AP_PANEL_VS_HOLD)</SET_STATE_EXTERNAL> <IS_SWITCH_ON>(A:AUTOPILOT VERTICAL HOLD, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT VERTICAL HOLD</SIMVAR_TO_WATCH_0> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT VERTICAL HOLD</EMISSIVE_SIMVAR_ACTIVE> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <BTN_ID>VS_Mode</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_VERTICALSPEED_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_VERTICALSPEED_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • ON_VS_MODE_SWITCH
    • Override

      Parameters set:

      • ON_AP_MODE_STATE_CHANGED (using ON_VS_MODE_SWITCH)

      Condition: Switch(TYPE)

      • Case: B747

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
      • Case: AS01B

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
    • Override

      Condition: Valid(IS_USING_L_VAR_FOR_STATE)

      • Case: True

        Parameters set:

        • IS_SWITCH_ON
        • EMISSIVE_CODE_ACTIVE
        • SET_STATE_EXTERNAL (using KEY_PREFIX)
        • LOCAL_VAR_TO_WATCH_0
      • Case: False

        Parameters set:

        • SET_STATE_EXTERNAL
        • IS_SWITCH_ON
        • SIMVAR_TO_WATCH_0
        • EMISSIVE_SIMVAR_ACTIVE

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL (using IS_SWITCH_ON)
      • SET_STATE_EXTERNAL (using SET_STATE_EXTERNAL, ON_AP_MODE_STATE_CHANGED)
      • BTN_ID
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Navigation_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Navigation_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Navigation</DEFAULT_NAME> <ON_NAV_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_NAV_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <IS_SWITCH_ON>(L:AP_LNAV_ARMED)</IS_SWITCH_ON> <EMISSIVE_CODE_ACTIVE>(L:AP_LNAV_ARMED)</EMISSIVE_CODE_ACTIVE> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_FMC_1_AP_LNAV)</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_L_NAVIGATION_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_L_NAVIGATION_TITLE</TOOLTIP_TITLE> <BTN_ID>LNAV_Mode</BTN_ID> <LOCAL_VAR_TO_WATCH_0>AP_LNAV_ARMED</LOCAL_VAR_TO_WATCH_0> </True> <False> <SET_STATE_EXTERNAL>(&gt;K:AP_NAV1_HOLD)</SET_STATE_EXTERNAL> <IS_SWITCH_ON>(A:AUTOPILOT NAV1 LOCK, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT NAV1 LOCK</SIMVAR_TO_WATCH_0> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT NAV1 LOCK</EMISSIVE_SIMVAR_ACTIVE> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_NAVIGATION_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_NAVIGATION_TITLE</TOOLTIP_TITLE> <BTN_ID>NAV_Mode</BTN_ID> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • ON_NAV_MODE_SWITCH
    • Override

      Parameters set:

      • ON_AP_MODE_STATE_CHANGED (using ON_NAV_MODE_SWITCH)

      Condition: Switch(TYPE)

      • Case: B747

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
      • Case: AS01B

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
    • Override

      Condition: Valid(IS_USING_L_VAR_FOR_STATE)

      • Case: True

        Parameters set:

        • IS_SWITCH_ON
        • EMISSIVE_CODE_ACTIVE
        • SET_STATE_EXTERNAL (using KEY_PREFIX)
        • TT_DESCRIPTION_ID
        • TOOLTIP_TITLE
        • BTN_ID
        • LOCAL_VAR_TO_WATCH_0
      • Case: False

        Parameters set:

        • SET_STATE_EXTERNAL
        • IS_SWITCH_ON
        • SIMVAR_TO_WATCH_0
        • EMISSIVE_SIMVAR_ACTIVE
        • TT_DESCRIPTION_ID
        • TOOLTIP_TITLE
        • BTN_ID

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL (using IS_SWITCH_ON)
      • SET_STATE_EXTERNAL (using SET_STATE_EXTERNAL, ON_AP_MODE_STATE_CHANGED)
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Vertical_Navigation_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Vertical_Navigation_Template"> <Parameters Type="Default"> <DEFAULT_NAME>VerticalNavigation</DEFAULT_NAME> <ON_VNAV_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> </Case> <Default> <EMISSIVE_DEFAULT_NAME>AUTOPILOT_Push_VerticalNavigation_Text</EMISSIVE_DEFAULT_NAME> </Default> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_VNAV_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <IS_SWITCH_ON>(L:AP_VNAV_ARMED)</IS_SWITCH_ON> <EMISSIVE_CODE_ACTIVE>(L:AP_VNAV_ARMED)</EMISSIVE_CODE_ACTIVE> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_FMC_1_AP_VNAV)</SET_STATE_EXTERNAL> <LOCAL_VAR_TO_WATCH_0>AP_VNAV_ARMED</LOCAL_VAR_TO_WATCH_0> </True> <False> <SET_STATE_EXTERNAL>(L:XMLVAR_VNAVButtonValue) ! (&gt;L:XMLVAR_VNAVButtonValue)</SET_STATE_EXTERNAL> <EMISSIVE_CODE_ACTIVE>(L:XMLVAR_VNAVButtonValue)</EMISSIVE_CODE_ACTIVE> <IS_SWITCH_ON>(L:XMLVAR_VNAVButtonValue)</IS_SWITCH_ON> <LOCAL_VAR_TO_WATCH_0>XMLVAR_VNAVButtonValue</LOCAL_VAR_TO_WATCH_0> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <BTN_ID>VNAV_Mode</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_VERTICALNAVIGATION_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_VERTICALNAVIGATION_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • ON_VNAV_MODE_SWITCH
    • Override

      Parameters set:

      • ON_AP_MODE_STATE_CHANGED (using ON_VNAV_MODE_SWITCH)

      Condition: Switch(TYPE)

      • Case: B747

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
      • Case: AS01B

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
      • Default case:

        Parameters set:

        • EMISSIVE_DEFAULT_NAME
    • Override

      Condition: Valid(IS_USING_L_VAR_FOR_STATE)

      • Case: True

        Parameters set:

        • IS_SWITCH_ON
        • EMISSIVE_CODE_ACTIVE
        • SET_STATE_EXTERNAL (using KEY_PREFIX)
        • LOCAL_VAR_TO_WATCH_0
      • Case: False

        Parameters set:

        • SET_STATE_EXTERNAL
        • EMISSIVE_CODE_ACTIVE
        • IS_SWITCH_ON
        • LOCAL_VAR_TO_WATCH_0

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL (using IS_SWITCH_ON)
      • SET_STATE_EXTERNAL (using SET_STATE_EXTERNAL, ON_AP_MODE_STATE_CHANGED)
      • BTN_ID
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Level_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Level_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Level</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_GT_Update"> <FREQUENCY>1</FREQUENCY> <UPDATE_CODE> (A:AUTOPILOT MASTER, Bool) ! if{ (A:AUTOPILOT WING LEVELER, Bool) if{ (&gt;K:AP_WING_LEVELER_OFF) (&gt;K:AP_PITCH_LEVELER_OFF) } } </UPDATE_CODE> </UseTemplate> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT WING LEVELER</EMISSIVE_SIMVAR_ACTIVE> <SIMVAR_TO_WATCH_0>AUTOPILOT WING LEVELER</SIMVAR_TO_WATCH_0> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT WING LEVELER, Bool) sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL> (&gt;K:AP_WING_LEVELER) (A:AUTOPILOT WING LEVELER, Bool) if{ (A:AUTOPILOT MASTER, Bool) (&gt;O:APStateWhenLevelerEnabled) (A:AUTOPILOT MASTER, Bool) ! if{ (&gt;K:AUTOPILOT_ON) } (&gt;K:AP_PITCH_LEVELER_ON) } els{ (&gt;K:AP_PITCH_LEVELER_OFF) (O:APStateWhenLevelerEnabled) if{ (&gt;K:AUTOPILOT_ON) } els{ (&gt;K:AUTOPILOT_OFF) } } </SET_STATE_EXTERNAL> <BTN_ID>Level_Mode</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_LEVELMODE_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_LEVELMODE_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME

    Templates used:

    • ASOBO_GT_Update

      Parameters set:

      • FREQUENCY
      • UPDATE_CODE
    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • EMISSIVE_SIMVAR_ACTIVE
      • SIMVAR_TO_WATCH_0
      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL
      • SET_STATE_EXTERNAL
      • BTN_ID
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_AutoThrottle_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_AutoThrottle_Template"> <Parameters Type="Default"> <Condition Valid="ID"> <True> <SIMVAR_ID_SUFFIX>:#ID#</SIMVAR_ID_SUFFIX> <IE_ID>#ID#</IE_ID> </True> <False> <SIMVAR_ID_SUFFIX/> <ID>0</ID> <IE_ID>1</IE_ID> </False> </Condition> </Parameters> <Parameters Type="Default"> <DEFAULT_NAME>AutoThrottle</DEFAULT_NAME> <ON_AT_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <LVAR>XMLVAR_AUTO_THROTTLE_ARM_#ID#_STATE</LVAR> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <LVAR>AS01B_AUTO_THROTTLE_ARM_STATE</LVAR> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_AT_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <SET_STATE_EXTERNAL>(L:#LVAR#) ! (&gt;L:#LVAR#) (L:#LVAR#) (A:AUTOPILOT THROTTLE ARM#SIMVAR_ID_SUFFIX#, Bool) != if{ #ID# (&gt;K:AUTO_THROTTLE_ARM) }</SET_STATE_EXTERNAL> <TOGGLEABLE/> <ANIM_CODE>(L:#LVAR#) 100 *</ANIM_CODE> <NO_INDICATOR>True</NO_INDICATOR> <NO_TEXT_EMISSIVE>True</NO_TEXT_EMISSIVE> <LOCAL_VAR_TO_WATCH_0>#LVAR#</LOCAL_VAR_TO_WATCH_0> </True> <False> <SET_STATE_EXTERNAL> #ID# (&gt;K:AUTO_THROTTLE_ARM) (A:FLAPS HANDLE INDEX, Number) 0 &gt; if{ (A:DESIGN SPEED VS0, knots) sp1 } els{ (A:DESIGN SPEED VS1, knots) sp1 } l1 1.3 * (A:AUTOPILOT AIRSPEED HOLD VAR:0, knots) max (&gt;K:AP_SPD_VAR_SET) </SET_STATE_EXTERNAL> <EMISSIVE_SIMVAR_ACTIVE>AUTOPILOT THROTTLE ARM#SIMVAR_ID_SUFFIX#</EMISSIVE_SIMVAR_ACTIVE> <Condition Check="TOGGLEABLE"> <True> <ANIM_CODE>(A:AUTOPILOT THROTTLE ARM#SIMVAR_ID_SUFFIX#, Bool) 100 *</ANIM_CODE> </True> </Condition> </False> </Condition> <IS_SWITCH_ON>(A:AUTOPILOT THROTTLE ARM#SIMVAR_ID_SUFFIX#, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT THROTTLE ARM#SIMVAR_ID_SUFFIX#</SIMVAR_TO_WATCH_0> </Parameters> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <UseTemplate Name="ASOBO_GT_Update"> <UPDATE_CODE>(A:AUTOPILOT THROTTLE ARM#SIMVAR_ID_SUFFIX#, Bool) (&gt;L:#LVAR#)</UPDATE_CODE> <UPDATE_ONCE>True</UPDATE_ONCE> </UseTemplate> </Condition> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <BTN_ID>AutoThrottle_#IE_ID#</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_AUTOTHROTTLE_ACTION</TT_DESCRIPTION_ID> <TT_DESCRIPTION_INDEX>#IE_ID#</TT_DESCRIPTION_INDEX> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_AUTOTHROTTLE_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Condition: Valid(ID)

      • Case: True

        Parameters set:

        • SIMVAR_ID_SUFFIX (using ID)
        • IE_ID (using ID)
      • Case: False

        Parameters set:

        • SIMVAR_ID_SUFFIX
        • ID
        • IE_ID
    • Default

      Parameters set:

      • DEFAULT_NAME
      • ON_AT_MODE_SWITCH
    • Override

      Parameters set:

      • ON_AP_MODE_STATE_CHANGED (using ON_AT_MODE_SWITCH)

      Condition: Switch(TYPE)

      • Case: B747

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • LVAR (using ID)
      • Case: AS01B

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • LVAR
    • Override

      Parameters set:

      • IS_SWITCH_ON (using SIMVAR_ID_SUFFIX)
      • SIMVAR_TO_WATCH_0 (using SIMVAR_ID_SUFFIX)

      Condition: Valid(IS_USING_L_VAR_FOR_STATE)

      • Case: True

        Parameters set:

        • SET_STATE_EXTERNAL (using LVAR, SIMVAR_ID_SUFFIX, ID)
        • TOGGLEABLE
        • ANIM_CODE (using LVAR)
        • NO_INDICATOR
        • NO_TEXT_EMISSIVE
        • LOCAL_VAR_TO_WATCH_0 (using LVAR)
      • Case: False

        Parameters set:

        • SET_STATE_EXTERNAL (using ID)
        • EMISSIVE_SIMVAR_ACTIVE (using SIMVAR_ID_SUFFIX)

        Condition: Check(TOGGLEABLE)

        • Case: True

          Parameters set:

          • ANIM_CODE (using SIMVAR_ID_SUFFIX)

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL (using IS_SWITCH_ON)
      • SET_STATE_EXTERNAL (using SET_STATE_EXTERNAL, ON_AP_MODE_STATE_CHANGED)
      • BTN_ID (using IE_ID)
      • TT_DESCRIPTION_ID
      • TT_DESCRIPTION_INDEX (using IE_ID)
      • TOOLTIP_TITLE

    Condition: Valid(IS_USING_L_VAR_FOR_STATE)

    • Case: True

      Templates used:

      • ASOBO_GT_Update

        Parameters set:

        • UPDATE_CODE (using SIMVAR_ID_SUFFIX, LVAR)
        • UPDATE_ONCE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_AutoThrottle_Disengage_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_AutoThrottle_Disengage_Template"> <Parameters Type="Default"> <DEFAULT_NAME>AutoThrottle_Disengage</DEFAULT_NAME> <PLANE_PREFIX/> </Parameters> <Parameters Type="Override"> <Switch> <Case Valid="CLEARS_EICAS_WARNING"> <SECOND_CLICK_EFFECT/> <SET_STATE_EXTERNAL> (A:AUTOPILOT THROTTLE ARM, Bool) if{ (&gt;K:AUTO_THROTTLE_ARM) } els{ (&gt;H:#PLANE_PREFIX#_EICAS_ATHR_LEVER) } </SET_STATE_EXTERNAL> </Case> <Case Valid="RESET_AT_MODE"> <SET_STATE_EXTERNAL> (A:AUTOPILOT TAKEOFF POWER ACTIVE, Bool) if{ (&gt;K:AUTO_THROTTLE_TO_GA) } (A:AUTOPILOT RPM HOLD, Bool) if{ (&gt;K:AP_N1_HOLD) } (A:AUTOPILOT AIRSPEED HOLD, Bool) if{ (&gt;K:AP_AIRSPEED_OFF) } (A:AUTOPILOT MACH HOLD, Bool) if{ (&gt;K:AP_MACH_OFF) } </SET_STATE_EXTERNAL> </Case> <Default> <SET_STATE_EXTERNAL>(A:AUTOPILOT THROTTLE ARM, Bool) if{ (&gt;K:AUTO_THROTTLE_ARM) }</SET_STATE_EXTERNAL> </Default> </Switch> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIMVAR_TO_WATCH_0>AUTOPILOT THROTTLE ARM</SIMVAR_TO_WATCH_0> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT THROTTLE ARM, Bool) ! sp0</GET_STATE_EXTERNAL> <BTN_ID>AutoThrottle_Disengage</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.ENGINE_SWITCH_ATDISC_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.ENGINE_SWITCH_ATDISC_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • PLANE_PREFIX
    • Override

      Condition: Switch

      • Case: Valid(CLEARS_EICAS_WARNING)

        Parameters set:

        • SECOND_CLICK_EFFECT
        • SET_STATE_EXTERNAL (using PLANE_PREFIX)
      • Case: Valid(RESET_AT_MODE)

        Parameters set:

        • SET_STATE_EXTERNAL
      • Default case:

        Parameters set:

        • SET_STATE_EXTERNAL

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • SIMVAR_TO_WATCH_0
      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL
      • BTN_ID
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Speed_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Speed_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Speed</DEFAULT_NAME> <IS_MACH_CODE>0</IS_MACH_CODE> <ON_SPEED_MODE_SWITCH/> <TT_DESCRIPTION_ID_SPEED>@TT_Package.AUTOPILOT_PUSH_SPEEDMODE_ACTION_SET</TT_DESCRIPTION_ID_SPEED> <TOOLTIP_TITLE_SPEED>@TT_Package.AUTOPILOT_PUSH_SPEEDMODE_TITLE</TOOLTIP_TITLE_SPEED> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>B747_8</KEY_PREFIX> <EMISSIVE_CODE_ACTIVE>(L:AP_SPD_ACTIVE)</EMISSIVE_CODE_ACTIVE> <IS_SWITCH_ON>(L:AP_SPD_ACTIVE)</IS_SWITCH_ON> </Case> <Case Value="AS01B"> <IS_USING_L_VAR_FOR_STATE>True</IS_USING_L_VAR_FOR_STATE> <KEY_PREFIX>AS01B</KEY_PREFIX> <EMISSIVE_CODE_ACTIVE>(A:AUTOPILOT THROTTLE ARM, Bool) (A:AUTOPILOT AIRSPEED HOLD, Bool) (A:AUTOPILOT MACH HOLD, Bool) or and</EMISSIVE_CODE_ACTIVE> <IS_SWITCH_ON>(A:AUTOPILOT THROTTLE ARM, Bool) (A:AUTOPILOT AIRSPEED HOLD, Bool) (A:AUTOPILOT MACH HOLD, Bool) or and</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT AIRSPEED HOLD</SIMVAR_TO_WATCH_0> <SIMVAR_TO_WATCH_1>AUTOPILOT MACH HOLD</SIMVAR_TO_WATCH_1> <SIMVAR_TO_WATCH_2>AUTOPILOT THROTTLE ARM</SIMVAR_TO_WATCH_2> </Case> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_SPEED_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <Parameters Type="Override"> <Condition Valid="IS_USING_L_VAR_FOR_STATE"> <True> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_FMC_1_AP_SPD)</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>@TT_Package.AIRLINER_AUTOPILOT_PUSH_SPEED_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AIRLINER_AUTOPILOT_PUSH_SPEED_TITLE</TOOLTIP_TITLE> <BTN_ID>IAS_Mode</BTN_ID> <LOCAL_VAR_TO_WATCH_0>AP_SPD_ACTIVE</LOCAL_VAR_TO_WATCH_0> <BINDING_SET_0_EVENT_ID>AP_AIRSPEED_HOLD</BINDING_SET_0_EVENT_ID> </True> <False> <Switch Param="TYPE"> <Case Value="AS04F"> <SET_STATE_EXTERNAL> (A:AUTOPILOT AIRSPEED HOLD, Bool) (A:AUTOPILOT MACH HOLD, Bool) or if{ (&gt;K:AP_AIRSPEED_OFF) } els{ (A:FLAPS HANDLE INDEX, Number) 0 == if{ (&gt;K:AP_PANEL_SPEED_HOLD_TOGGLE) } els{ (A:TRAILING EDGE FLAPS LEFT ANGLE,degree) 27 &gt; (A:TRAILING EDGE FLAPS RIGHT ANGLE,degree) 27 &gt; and if{ (A:DESIGN SPEED VS1, knots) sqr (A:TOTAL WEIGHT, pounds) (A:MAX GROSS WEIGHT, pounds) / * sqrt (&gt;K:AP_SPD_VAR_SET) (&gt;K:AP_AIRSPEED_ON) } } } </SET_STATE_EXTERNAL> <BINDING_SET_0_EVENT_ID>AP_AIRSPEED_HOLD</BINDING_SET_0_EVENT_ID> </Case> <Default> <SET_STATE_EXTERNAL>#IS_MACH_CODE# if{ (&gt;K:AP_PANEL_MACH_HOLD) } els{ (&gt;K:AP_PANEL_SPEED_HOLD) }</SET_STATE_EXTERNAL> </Default> </Switch> <IS_SWITCH_ON>(A:AUTOPILOT AIRSPEED HOLD, Bool) (A:AUTOPILOT MACH HOLD, Bool) or</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT AIRSPEED HOLD</SIMVAR_TO_WATCH_0> <SIMVAR_TO_WATCH_1>AUTOPILOT MACH HOLD</SIMVAR_TO_WATCH_1> <EMISSIVE_CODE_ACTIVE>(A:AUTOPILOT AIRSPEED HOLD, Bool) (A:AUTOPILOT MACH HOLD, Bool) or</EMISSIVE_CODE_ACTIVE> <TT_DESCRIPTION_ID>#TT_DESCRIPTION_ID_SPEED#</TT_DESCRIPTION_ID> <TT_DESCRIPTION_IS_DYNAMIC>True</TT_DESCRIPTION_IS_DYNAMIC> <TOOLTIP_TITLE>#TOOLTIP_TITLE_SPEED#</TOOLTIP_TITLE> <BTN_ID>Speed_Mode</BTN_ID> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • IS_MACH_CODE
      • ON_SPEED_MODE_SWITCH
      • TT_DESCRIPTION_ID_SPEED
      • TOOLTIP_TITLE_SPEED
    • Override

      Parameters set:

      • ON_AP_MODE_STATE_CHANGED (using ON_SPEED_MODE_SWITCH)

      Condition: Switch(TYPE)

      • Case: B747

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
        • EMISSIVE_CODE_ACTIVE
        • IS_SWITCH_ON
      • Case: AS01B

        Parameters set:

        • IS_USING_L_VAR_FOR_STATE
        • KEY_PREFIX
        • EMISSIVE_CODE_ACTIVE
        • IS_SWITCH_ON
        • SIMVAR_TO_WATCH_0
        • SIMVAR_TO_WATCH_1
        • SIMVAR_TO_WATCH_2
    • Override

      Condition: Valid(IS_USING_L_VAR_FOR_STATE)

      • Case: True

        Parameters set:

        • SET_STATE_EXTERNAL (using KEY_PREFIX)
        • TT_DESCRIPTION_ID
        • TOOLTIP_TITLE
        • BTN_ID
        • LOCAL_VAR_TO_WATCH_0
        • BINDING_SET_0_EVENT_ID
      • Case: False

        Parameters set:

        • IS_SWITCH_ON
        • SIMVAR_TO_WATCH_0
        • SIMVAR_TO_WATCH_1
        • EMISSIVE_CODE_ACTIVE
        • TT_DESCRIPTION_ID (using TT_DESCRIPTION_ID_SPEED)
        • TT_DESCRIPTION_IS_DYNAMIC
        • TOOLTIP_TITLE (using TOOLTIP_TITLE_SPEED)
        • BTN_ID

        Condition: Switch(TYPE)

        • Case: AS04F

          Parameters set:

          • SET_STATE_EXTERNAL
          • BINDING_SET_0_EVENT_ID
        • Default case:

          Parameters set:

          • SET_STATE_EXTERNAL (using IS_MACH_CODE)

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL (using IS_SWITCH_ON)
      • SET_STATE_EXTERNAL (using SET_STATE_EXTERNAL, ON_AP_MODE_STATE_CHANGED)
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Thrust_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Thrust_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Thrust</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SET_STATE_EXTERNAL>(&gt;H:AP_THRUST_MODE)</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_THRUSTMODE_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_THRUSTMODE_TITLE</TOOLTIP_TITLE> <EMISSIVE_CODE_ACTIVE>0</EMISSIVE_CODE_ACTIVE> <BTN_ID>Thrust_Mode</BTN_ID> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME

    Templates used:

    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_SpeedHold_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_SpeedHold_Template"> <Parameters Type="Default"> <DEFAULT_NAME>SpeedHold</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SET_STATE_EXTERNAL>(&gt;K:AP_FLIGHT_LEVEL_CHANGE)</SET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(A:AUTOPILOT FLIGHT LEVEL CHANGE, Bool) sp0</GET_STATE_EXTERNAL> <SIMVAR_TO_WATCH_0>AUTOPILOT FLIGHT LEVEL CHANGE</SIMVAR_TO_WATCH_0> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_SPEEDHOLD_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_SPEEDHOLD_TITLE</TOOLTIP_TITLE> <BTN_ID>SpeedHold_Mode</BTN_ID> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • SET_STATE_EXTERNAL
      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL
      • SIMVAR_TO_WATCH_0
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
      • BTN_ID
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_SpeedToggle_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_SpeedToggle_Template"> <Parameters Type="Default"> <DEFAULT_NAME>SpeedToggle</DEFAULT_NAME> <ON_SPEEDUNITS_MODE_SWITCH/> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="B747"> <SET_STATE_EXTERNAL>(L:AP_SPEED_INTERVENTION_ACTIVE) (L:AP_VNAV_ACTIVE) ! or if{ (L:XMLVAR_AirSpeedIsInMach) ! (&gt;L:XMLVAR_AirSpeedIsInMach) }</SET_STATE_EXTERNAL> <IS_SWITCH_ON>(L:XMLVAR_AirSpeedIsInMach)</IS_SWITCH_ON> </Case> <Case Value="AIRBUS"> <SET_STATE_EXTERNAL>(&gt;K:AP_MANAGED_SPEED_IN_MACH_TOGGLE)</SET_STATE_EXTERNAL> <EMISSIVE_CODE_ACTIVE>(A:AUTOPILOT MANAGED SPEED IN MACH, Bool)</EMISSIVE_CODE_ACTIVE> <IS_SWITCH_ON>(A:AUTOPILOT MANAGED SPEED IN MACH, Bool)</IS_SWITCH_ON> <SIMVAR_TO_WATCH_0>AUTOPILOT MANAGED SPEED IN MACH</SIMVAR_TO_WATCH_0> </Case> <Default> <SET_STATE_EXTERNAL>(L:XMLVAR_AirSpeedIsInMach) ! (&gt;L:XMLVAR_AirSpeedIsInMach)</SET_STATE_EXTERNAL> <EMISSIVE_CODE_ACTIVE>(L:XMLVAR_AirSpeedIsInMach)</EMISSIVE_CODE_ACTIVE> <IS_SWITCH_ON>(L:XMLVAR_AirSpeedIsInMach)</IS_SWITCH_ON> </Default> </Switch> <ON_AP_MODE_STATE_CHANGED>#ON_SPEEDUNITS_MODE_SWITCH#</ON_AP_MODE_STATE_CHANGED> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>#IS_SWITCH_ON# sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# #ON_AP_MODE_STATE_CHANGED#</SET_STATE_EXTERNAL> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_SPEEDTOGGLE_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_SPEEDTOGGLE_ACTION</TT_DESCRIPTION_ID> <BTN_ID>SpeedToggle_Mode</BTN_ID> <STR_STATE_OFF>Knots</STR_STATE_OFF> <STR_STATE_ON>Mach</STR_STATE_ON> <TT_VALUE_OFF>(R:1:@TT_Package.GT_STATE_KNTOS)</TT_VALUE_OFF> <TT_VALUE_ON>(R:1:@TT_Package.GT_STATE_MACH)</TT_VALUE_ON> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • ON_SPEEDUNITS_MODE_SWITCH
    • Override

      Parameters set:

      • ON_AP_MODE_STATE_CHANGED (using ON_SPEEDUNITS_MODE_SWITCH)

      Condition: Switch(TYPE)

      • Case: B747

        Parameters set:

        • SET_STATE_EXTERNAL
        • IS_SWITCH_ON
      • Case: AIRBUS

        Parameters set:

        • SET_STATE_EXTERNAL
        • EMISSIVE_CODE_ACTIVE
        • IS_SWITCH_ON
        • SIMVAR_TO_WATCH_0
      • Default case:

        Parameters set:

        • SET_STATE_EXTERNAL
        • EMISSIVE_CODE_ACTIVE
        • IS_SWITCH_ON

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL (using IS_SWITCH_ON)
      • SET_STATE_EXTERNAL (using SET_STATE_EXTERNAL, ON_AP_MODE_STATE_CHANGED)
      • TOOLTIP_TITLE
      • TT_DESCRIPTION_ID
      • BTN_ID
      • STR_STATE_OFF
      • STR_STATE_ON
      • TT_VALUE_OFF
      • TT_VALUE_ON
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Transfer_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Transfer_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Transfer</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <GET_STATE_EXTERNAL>(L:XMLVAR_PushXFR) sp0</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>(L:XMLVAR_PushXFR) ! (&gt;L:XMLVAR_PushXFR)</SET_STATE_EXTERNAL> <NO_INDICATOR>True</NO_INDICATOR> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_TRANSFER_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_TRANSFER_TITLE</TOOLTIP_TITLE> <BTN_ID>Transfer_Mode</BTN_ID> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • SIM_STATE_IS_ON_EXTERNAL
      • GET_STATE_EXTERNAL
      • SET_STATE_EXTERNAL
      • NO_INDICATOR
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
      • BTN_ID
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Standby_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Standby_Template"> <Parameters Type="Default"> <NODE_ID>AUTOPILOT_Push_Standby</NODE_ID> <ANIM_NAME>AUTOPILOT_Push_Standby</ANIM_NAME> <PART_ID>AUTOPILOT_Push_Standby</PART_ID> <DEFAULT_NAME>Standby</DEFAULT_NAME> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <SET_STATE_EXTERNAL>(A:AUTOPILOT MASTER, Bool) if{ (&gt;K:AUTOPILOT_OFF) (&gt;K:AUTOPILOT_ON) }</SET_STATE_EXTERNAL> <EMISSIVE_SIMVAR_ACTIVE>0</EMISSIVE_SIMVAR_ACTIVE> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_STANDBY_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_STANDBY_TITLE</TOOLTIP_TITLE> <BTN_ID>Standby_Mode</BTN_ID> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • NODE_ID
      • ANIM_NAME
      • PART_ID
      • DEFAULT_NAME

    Templates used:

    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_VerticalSpeed_Direction_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_VerticalSpeed_Direction_Template"> <Parameters Type="Default"> <DEFAULT_NAME>VerticalSpeed_#DIRECTION#</DEFAULT_NAME> <Switch Param="DIRECTION"> <Case Value="UP"> <SET_STATE_EXTERNAL>(&gt;K:AP_VS_VAR_INC) (&gt;H:AP_DN)</SET_STATE_EXTERNAL> </Case> <Case Value="DN"> <SET_STATE_EXTERNAL>(&gt;K:AP_VS_VAR_DEC) (&gt;H:AP_UP)</SET_STATE_EXTERNAL> </Case> </Switch> <VS_ID>1</VS_ID> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_VERTICALSPEED_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_VERTICALSPEED_TITLE</TOOLTIP_TITLE> <BTN_ID>VS_#DIRECTION#</BTN_ID> <TT_VALUE>(A:AUTOPILOT VERTICAL HOLD VAR:#VS_ID#, ft/min) &apos;%d ft/min&apos; @sprintf</TT_VALUE> <TT_VALUE_IS_DYNAMIC>True</TT_VALUE_IS_DYNAMIC> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME (using DIRECTION)
      • VS_ID

      Condition: Switch(DIRECTION)

      • Case: UP

        Parameters set:

        • SET_STATE_EXTERNAL
      • Case: DN

        Parameters set:

        • SET_STATE_EXTERNAL

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
      • BTN_ID (using DIRECTION)
      • TT_VALUE (using VS_ID)
      • TT_VALUE_IS_DYNAMIC
    [Go back to top] [Go back to index]

  • ASOBO_AIRBUS_Push_Expedite_Template

    Definition from XML
    <Template Name="ASOBO_AIRBUS_Push_Expedite_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Expedite</DEFAULT_NAME> <KEY_PREFIX>A320_Neo</KEY_PREFIX> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <EMISSIVE_CODE_ACTIVE>(A:AUTOPILOT SPEED SLOT INDEX, Number) 3 ==</EMISSIVE_CODE_ACTIVE> <GET_STATE_EXTERNAL>(A:AUTOPILOT SPEED SLOT INDEX, Number) 3 == sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <SET_STATE_EXTERNAL>(&gt;H:#KEY_PREFIX#_EXPEDITE_MODE)</SET_STATE_EXTERNAL> <BTN_ID>Expedite_Mode</BTN_ID> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_EXPEDITE_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_EXPEDITE_TITLE</TOOLTIP_TITLE> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • KEY_PREFIX

    Templates used:

    • ASOBO_AUTOPILOT_Push_Template

      Parameters set:

      • EMISSIVE_CODE_ACTIVE
      • GET_STATE_EXTERNAL
      • SIM_STATE_IS_ON_EXTERNAL
      • SET_STATE_EXTERNAL (using KEY_PREFIX)
      • BTN_ID
      • TT_DESCRIPTION_ID
      • TOOLTIP_TITLE
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_Transfer_Light_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Transfer_Light_Template"> <Parameters Type="Default"> <LIGHT_ID>1</LIGHT_ID> </Parameters> <Parameters Type="Default"> <NODE_ID>AUTOPILOT_Push_Transfer_Light_#LIGHT_ID#</NODE_ID> </Parameters> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseTemplate Name="ASOBO_GT_Emissive_Gauge"/> </Component> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • LIGHT_ID
    • Default

      Parameters set:

      • NODE_ID (using LIGHT_ID)

    Parameters read:

    • NODE_ID

    Components:

    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Switch_Altitude_Increment_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Switch_Altitude_Increment_Template"> <Parameters Type="Default"> <DEFAULT_NAME>Altitude_Increment</DEFAULT_NAME> <NODE_ID>AUTOPILOT_Switch_Altitude_Increment</NODE_ID> <ANIM_NAME>AUTOPILOT_Switch_Altitude_Increment</ANIM_NAME> <PART_ID>AUTOPILOT_Switch_Altitude_Increment</PART_ID> <CURSOR>Animtip</CURSOR> <WWISE_EVENT_1>autopilot_altitude_increment_knob_on</WWISE_EVENT_1> <WWISE_EVENT_2>autopilot_altitude_increment_knob_off</WWISE_EVENT_2> <INIT_ALTITUDE>1000</INIT_ALTITUDE> <INPUT_EVENT_ID_SOURCE>AUTOPILOT</INPUT_EVENT_ID_SOURCE> </Parameters> <Parameters Type="Override"> <BTN_ID>Altitude_Increment</BTN_ID> </Parameters> <UseTemplate Name="ASOBO_GT_Update"> <UPDATE_ONCE>True</UPDATE_ONCE> <UPDATE_CODE>#INIT_ALTITUDE# (&gt;L:XMLVAR_Autopilot_Altitude_Increment)</UPDATE_CODE> </UseTemplate> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Template"> <ANIM_CODE>(B:#INPUT_EVENT_ID_SOURCE#_#BTN_ID#, Bool) 100 *</ANIM_CODE> <NO_INDICATOR>True</NO_INDICATOR> <NO_TEXT_EMISSIVE>True</NO_TEXT_EMISSIVE> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_KNOB_ALTITUDE_INCREMENT_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_KNOB_ALTITUDE_INCREMENT_TITLE</TOOLTIP_TITLE> <GET_STATE_EXTERNAL>(L:XMLVAR_Autopilot_Altitude_Increment) sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0 1000 ==</SIM_STATE_IS_ON_EXTERNAL> <SET_STATE_OFF>100 (&gt;L:XMLVAR_Autopilot_Altitude_Increment)</SET_STATE_OFF> <SET_STATE_ON>1000 (&gt;L:XMLVAR_Autopilot_Altitude_Increment)</SET_STATE_ON> <STR_STATE_OFF>Hundred</STR_STATE_OFF> <STR_STATE_ON>Thousand</STR_STATE_ON> <TT_VALUE_OFF>&apos;100&apos;</TT_VALUE_OFF> <TT_VALUE_ON>&apos;1000&apos;</TT_VALUE_ON> <CHECK_STATE_HAS_CHANGED>False</CHECK_STATE_HAS_CHANGED> <LOCAL_VAR_TO_WATCH_0>XMLVAR_Autopilot_Altitude_Increment</LOCAL_VAR_TO_WATCH_0> </UseTemplate> </Component> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • DEFAULT_NAME
      • NODE_ID
      • ANIM_NAME
      • PART_ID
      • CURSOR
      • WWISE_EVENT_1
      • WWISE_EVENT_2
      • INIT_ALTITUDE
      • INPUT_EVENT_ID_SOURCE
    • Override

      Parameters set:

      • BTN_ID

    Parameters read:

    • NODE_ID

    Components:

    • #NODE_ID# (Node: #NODE_ID#)

      Templates used:

      • ASOBO_AUTOPILOT_Push_Template

        Parameters set:

        • ANIM_CODE (using INPUT_EVENT_ID_SOURCE, BTN_ID)
        • NO_INDICATOR
        • NO_TEXT_EMISSIVE
        • TT_DESCRIPTION_ID
        • TOOLTIP_TITLE
        • GET_STATE_EXTERNAL
        • SIM_STATE_IS_ON_EXTERNAL
        • SET_STATE_OFF
        • SET_STATE_ON
        • STR_STATE_OFF
        • STR_STATE_ON
        • TT_VALUE_OFF
        • TT_VALUE_ON
        • CHECK_STATE_HAS_CHANGED
        • LOCAL_VAR_TO_WATCH_0

    Templates used:

    • ASOBO_GT_Update

      Parameters set:

      • UPDATE_ONCE
      • UPDATE_CODE (using INIT_ALTITUDE)
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Knob_Heading_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Knob_Heading_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Knob_Heading_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • ID

    Templates used:

    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Knob_Altitude_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Knob_Altitude_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Knob_Altitude_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • ID

    Templates used:

    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Knob_VerticalSpeed_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Knob_VerticalSpeed_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Knob_VerticalSpeed_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • ID

    Templates used:

    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Knob_Course_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Knob_Course_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Knob_Course_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • ID

    Templates used:

    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Push_STD_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_STD_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Push_STD_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • ID

    Templates used:

    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Knob_Baro_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Knob_Baro_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_AUTOPILOT_Knob_Baro_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • ID

    Templates used:

    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Knob_SpeedMach_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Knob_SpeedMach_Template"> <Parameters Type="Default"> <INPUT_EVENT_ID_SOURCE>AUTOPILOT</INPUT_EVENT_ID_SOURCE> <ANIM_NAME>AUTOPILOT_Knob_SpeedMach</ANIM_NAME> <PART_ID>AUTOPILOT_Knob_SpeedMach</PART_ID> <NODE_ID>AUTOPILOT_Knob_SpeedMach</NODE_ID> <WWISE_EVENT_1>autopilot_knob_push_button_on</WWISE_EVENT_1> <WWISE_EVENT_2>autopilot_knob_push_button_off</WWISE_EVENT_2> <WWISE_EVENT>autopilot_speed_knob</WWISE_EVENT> <COUNT>36</COUNT> <MACH_INCREMENT>0.01</MACH_INCREMENT> <KNOTS_INCREMENT>1</KNOTS_INCREMENT> <THRESHOLD_X_INPUT>0.05</THRESHOLD_X_INPUT> <THRESHOLD_X_MOUSE>0.005</THRESHOLD_X_MOUSE> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="AIRBUS"> <TYPE>AIRLINER_PUSH</TYPE> <ON_SPEED_INC>(&gt;H:A320_Neo_CDU_AP_INC_SPEED)</ON_SPEED_INC> <ON_SPEED_DEC>(&gt;H:A320_Neo_CDU_AP_DEC_SPEED)</ON_SPEED_DEC> <ADDITIONAL_EVENT_TYPE>PUSH_PULL</ADDITIONAL_EVENT_TYPE> <DEFAULT_BINDING_STR>Mode</DEFAULT_BINDING_STR> <BTN_ID_PULL>Speed_Selected</BTN_ID_PULL> <BTN_ID_PUSH>Speed_Managed</BTN_ID_PUSH> <PULL_SET_STATE_EXTERNAL>(&gt;H:A320_Neo_CDU_MODE_SELECTED_SPEED)</PULL_SET_STATE_EXTERNAL> <PUSH_SET_STATE_EXTERNAL>(&gt;H:A320_Neo_CDU_MODE_MANAGED_SPEED)</PUSH_SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID_PULL>@TT_Package.AUTOPILOT_KNOB_SPEEDMACH_ACTION_SLT</TT_DESCRIPTION_ID_PULL> <TT_DESCRIPTION_ID_PUSH>@TT_Package.AUTOPILOT_KNOB_SPEEDMACH_ACTION_MAN</TT_DESCRIPTION_ID_PUSH> </Case> <Case Value="B747"> <TYPE>AIRLINER_PUSH</TYPE> <AIRLINER_ID>B747_8</AIRLINER_ID> </Case> <Case Value="AS01B"> <TYPE>AIRLINER_PUSH</TYPE> <AIRLINER_ID>AS01B</AIRLINER_ID> </Case> </Switch> </Parameters> <Parameters Type="Default"> <Switch Param="TYPE"> <Case Value="PUSH"> <AIRSPEED_IS_IN_MACH>(A:AUTOPILOT MANAGED SPEED IN MACH, Bool)</AIRSPEED_IS_IN_MACH> <INCREMENT_INDEX>1</INCREMENT_INDEX> <ADDITIONAL_EVENT_TYPE>PUSH</ADDITIONAL_EVENT_TYPE> <ANIM_NAME_KNOB>#ANIM_NAME#</ANIM_NAME_KNOB> <BTN_SET_STATE_EXTERNAL>(&gt;K:AP_MANAGED_SPEED_IN_MACH_TOGGLE)</BTN_SET_STATE_EXTERNAL> <BTN_ID_EXTERNAL>SpeedMach_Mode</BTN_ID_EXTERNAL> <TT_DESCRIPTION_ID_BTN>@TT_Package.AUTOPILOT_KNOB_SPEEDMACH_ACTION_SET_UNITS</TT_DESCRIPTION_ID_BTN> <TT_VALUE_BTN>(A:AUTOPILOT MANAGED SPEED IN MACH, Bool) if{ (R:1:@TT_Package.GT_STATE_MACH) } els{ (R:1:@TT_Package.GT_STATE_KNTOS) }</TT_VALUE_BTN> <TT_VALUE_BTN_IS_DYNAMIC>True</TT_VALUE_BTN_IS_DYNAMIC> </Case> <Case Value="AIRLINER_PUSH"> <AIRSPEED_IS_IN_MACH>(L:XMLVAR_AirSpeedIsInMach)</AIRSPEED_IS_IN_MACH> <INCREMENT_INDEX>1</INCREMENT_INDEX> <ADDITIONAL_EVENT_TYPE>PUSH</ADDITIONAL_EVENT_TYPE> <ANIM_NAME_KNOB>#ANIM_NAME#</ANIM_NAME_KNOB> <Condition Check="AIRLINER_ID"> <BTN_SET_STATE_EXTERNAL>(&gt;H:#AIRLINER_ID#_FMC_1_AP_SPEED_INTERVENTION)</BTN_SET_STATE_EXTERNAL> <BTN_ID_EXTERNAL>SpeedMach_Mode</BTN_ID_EXTERNAL> <TT_DESCRIPTION_ID_BTN>@TT_Package.AUTOPILOT_KNOB_SPEEDMACH_ACTION_SET_INTERVENTION</TT_DESCRIPTION_ID_BTN> </Condition> </Case> <Default> <AIRSPEED_IS_IN_MACH>(L:XMLVAR_AirSpeedIsInMach)</AIRSPEED_IS_IN_MACH> <INCREMENT_INDEX>0</INCREMENT_INDEX> </Default> </Switch> </Parameters> <Parameters Type="Default"> <Switch Param="ADDITIONAL_EVENT_TYPE"> <Case Value="PUSH"> <ANIM_NAME_PUSH>AUTOPILOT_Knob_SpeedMach_Push</ANIM_NAME_PUSH> </Case> <Case Value="PUSH_PULL"> <ANIM_NAME_PUSHPULL>AUTOPILOT_Knob_SpeedMach_Push</ANIM_NAME_PUSHPULL> </Case> </Switch> </Parameters> <Parameters Type="Override"> <SET_STATE_EXTERNAL> 1 -1 p0 0 &gt; ? sp0 #AIRSPEED_IS_IN_MACH# if{ #INCREMENT_INDEX# (A:AUTOPILOT MACH HOLD VAR:#INCREMENT_INDEX#, mach) #MACH_INCREMENT# l0 * + 100 * (&gt;K:2:AP_MACH_VAR_SET) } els{ #INCREMENT_INDEX# (A:AUTOPILOT AIRSPEED HOLD VAR:#INCREMENT_INDEX#, knots) #KNOTS_INCREMENT# l0 * + 0 max (&gt;K:2:AP_SPD_VAR_SET) } </SET_STATE_EXTERNAL> <Condition Valid="BTN_SET_STATE_EXTERNAL"> <True> <Condition NotEmpty="ON_SPEED_PUSH"> <BTN_SET_STATE_EXTERNAL>#BTN_SET_STATE_EXTERNAL# #ON_SPEED_PUSH#</BTN_SET_STATE_EXTERNAL> </Condition> </True> </Condition> </Parameters> <Parameters Type="Override"> <Condition> <Test> <And> <Arg NotEmpty="ON_SPEED_DEC"/> <Arg NotEmpty="ON_SPEED_INC"/> </And> </Test> <True> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL# p0 0 &gt; if{ #ON_SPEED_INC# } els{ #ON_SPEED_DEC# }</SET_STATE_EXTERNAL> </True> </Condition> </Parameters> <Parameters Type="Override"> <Condition Valid="SPEED_SET_CONDITION"> <SET_STATE_EXTERNAL>#SPEED_SET_CONDITION# if{ #SET_STATE_EXTERNAL# }</SET_STATE_EXTERNAL> </Condition> </Parameters> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <Switch Param="ADDITIONAL_EVENT_TYPE"> <Case Value="PUSH_PULL"> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Event_Only_Template"> <BTN_ID>#BTN_ID_PULL#</BTN_ID> <EVENT_TYPE>PULL</EVENT_TYPE> <SET_STATE_EXTERNAL>#PULL_SET_STATE_EXTERNAL#</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>#TT_DESCRIPTION_ID_PULL#</TT_DESCRIPTION_ID> <Condition Valid="TT_DESCRIPTION_ID_PULL_IS_DYNAMIC"> <TT_DESCRIPTION_IS_DYNAMIC>#TT_DESCRIPTION_ID_PULL_IS_DYNAMIC#</TT_DESCRIPTION_IS_DYNAMIC> </Condition> </UseTemplate> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Event_Only_Template"> <BTN_ID>#BTN_ID_PUSH#</BTN_ID> <EVENT_TYPE>PUSH</EVENT_TYPE> <SET_STATE_EXTERNAL>#PUSH_SET_STATE_EXTERNAL#</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>#TT_DESCRIPTION_ID_PUSH#</TT_DESCRIPTION_ID> <Condition Valid="TT_DESCRIPTION_ID_PUSH_IS_DYNAMIC"> <TT_DESCRIPTION_IS_DYNAMIC>#TT_DESCRIPTION_ID_PUSH_IS_DYNAMIC#</TT_DESCRIPTION_IS_DYNAMIC> </Condition> </UseTemplate> </Case> <Case Value="PUSH"> <UseTemplate Name="ASOBO_AUTOPILOT_Push_Event_Only_Template"> <BTN_ID>#BTN_ID_EXTERNAL#</BTN_ID> <EVENT_TYPE>PUSH</EVENT_TYPE> <SET_STATE_EXTERNAL>#BTN_SET_STATE_EXTERNAL#</SET_STATE_EXTERNAL> <TT_DESCRIPTION_ID>#TT_DESCRIPTION_ID_BTN#</TT_DESCRIPTION_ID> <Condition Valid="TT_DESCRIPTION_ID_BTN_IS_DYNAMIC"> <TT_DESCRIPTION_IS_DYNAMIC>#TT_DESCRIPTION_ID_BTN_IS_DYNAMIC#</TT_DESCRIPTION_IS_DYNAMIC> </Condition> <Condition NotEmpty="TT_VALUE_BTN"> <TT_VALUE>#TT_VALUE_BTN#</TT_VALUE> <Condition NotEmpty="TT_VALUE_BTN_IS_DYNAMIC"> <TT_VALUE_IS_DYNAMIC>#TT_VALUE_BTN_IS_DYNAMIC#</TT_VALUE_IS_DYNAMIC> </Condition> </Condition> </UseTemplate> </Case> </Switch> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Template"> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_KNOB_SPEEDMACH_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_KNOB_SPEEDMACH_TITLE</TOOLTIP_TITLE> <GET_TT_VALUE_STATE>(A:AUTOPILOT AIRSPEED HOLD VAR:#INCREMENT_INDEX#, knots) sp0 (A:AUTOPILOT MACH HOLD VAR:#INCREMENT_INDEX#, mach) sp1</GET_TT_VALUE_STATE> <FORMAT_VALUE>#AIRSPEED_IS_IN_MACH# if{ l1 &apos;Mach %.2f&apos; @sprintf } els{ l0 &apos;%d kt.&apos; @sprintf }</FORMAT_VALUE> <Switch Param="ADDITIONAL_EVENT_TYPE"> <Case Value="PUSH_PULL"> <TEMPLATE_VARIANT>_PushPull</TEMPLATE_VARIANT> <PULL_CODE>(&gt;B:#INPUT_EVENT_ID_SOURCE#_#BTN_ID_PULL#_#DEFAULT_BINDING_STR#)</PULL_CODE> <PUSH_CODE>(&gt;B:#INPUT_EVENT_ID_SOURCE#_#BTN_ID_PUSH#_#DEFAULT_BINDING_STR#)</PUSH_CODE> <TOOLTIP_ENTRY_1>#INPUT_EVENT_ID_SOURCE#_#BTN_ID_PULL#</TOOLTIP_ENTRY_1> <TOOLTIP_ENTRY_2>#INPUT_EVENT_ID_SOURCE#_#BTN_ID_PUSH#</TOOLTIP_ENTRY_2> </Case> </Switch> <KNOB_ID>Speed</KNOB_ID> </UseTemplate> </Component> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • INPUT_EVENT_ID_SOURCE
      • ANIM_NAME
      • PART_ID
      • NODE_ID
      • WWISE_EVENT_1
      • WWISE_EVENT_2
      • WWISE_EVENT
      • COUNT
      • MACH_INCREMENT
      • KNOTS_INCREMENT
      • THRESHOLD_X_INPUT
      • THRESHOLD_X_MOUSE
    • Override

      Condition: Switch(TYPE)

      • Case: AIRBUS

        Parameters set:

        • TYPE
        • ON_SPEED_INC
        • ON_SPEED_DEC
        • ADDITIONAL_EVENT_TYPE
        • DEFAULT_BINDING_STR
        • BTN_ID_PULL
        • BTN_ID_PUSH
        • PULL_SET_STATE_EXTERNAL
        • PUSH_SET_STATE_EXTERNAL
        • TT_DESCRIPTION_ID_PULL
        • TT_DESCRIPTION_ID_PUSH
      • Case: B747

        Parameters set:

        • TYPE
        • AIRLINER_ID
      • Case: AS01B

        Parameters set:

        • TYPE
        • AIRLINER_ID
    • Default

      Condition: Switch(TYPE)

      • Case: PUSH

        Parameters set:

        • AIRSPEED_IS_IN_MACH
        • INCREMENT_INDEX
        • ADDITIONAL_EVENT_TYPE
        • ANIM_NAME_KNOB (using ANIM_NAME)
        • BTN_SET_STATE_EXTERNAL
        • BTN_ID_EXTERNAL
        • TT_DESCRIPTION_ID_BTN
        • TT_VALUE_BTN
        • TT_VALUE_BTN_IS_DYNAMIC
      • Case: AIRLINER_PUSH

        Parameters set:

        • AIRSPEED_IS_IN_MACH
        • INCREMENT_INDEX
        • ADDITIONAL_EVENT_TYPE
        • ANIM_NAME_KNOB (using ANIM_NAME)

        Condition: Check(AIRLINER_ID)

        • Case: True

          Parameters set:

          • BTN_SET_STATE_EXTERNAL (using AIRLINER_ID)
          • BTN_ID_EXTERNAL
          • TT_DESCRIPTION_ID_BTN
      • Default case:

        Parameters set:

        • AIRSPEED_IS_IN_MACH
        • INCREMENT_INDEX
    • Default

      Condition: Switch(ADDITIONAL_EVENT_TYPE)

      • Case: PUSH

        Parameters set:

        • ANIM_NAME_PUSH
      • Case: PUSH_PULL

        Parameters set:

        • ANIM_NAME_PUSHPULL
    • Override

      Parameters set:

      • SET_STATE_EXTERNAL (using AIRSPEED_IS_IN_MACH, INCREMENT_INDEX, MACH_INCREMENT, KNOTS_INCREMENT)

      Condition: Valid(BTN_SET_STATE_EXTERNAL)

      • Case: True

        Condition: NotEmpty(ON_SPEED_PUSH)

        • Case: True

          Parameters set:

          • BTN_SET_STATE_EXTERNAL (using BTN_SET_STATE_EXTERNAL, ON_SPEED_PUSH)
    • Override

      Condition: Test(ON_SPEED_DEC, ON_SPEED_INC)

      • Case: True

        Parameters set:

        • SET_STATE_EXTERNAL (using SET_STATE_EXTERNAL, ON_SPEED_INC, ON_SPEED_DEC)
    • Override

      Condition: Valid(SPEED_SET_CONDITION)

      • Case: True

        Parameters set:

        • SET_STATE_EXTERNAL (using SPEED_SET_CONDITION, SET_STATE_EXTERNAL)

    Parameters read:

    • NODE_ID

    Components:

    • #NODE_ID# (Node: #NODE_ID#)

      Templates used:

      • ASOBO_AUTOPILOT_Knob_Template
        • May include a subtemplate using the parameter 'TEMPLATE_TO_CALL' and resolve to the following template(s):

        Parameters set:

        • TT_DESCRIPTION_ID
        • TOOLTIP_TITLE
        • GET_TT_VALUE_STATE (using INCREMENT_INDEX)
        • FORMAT_VALUE (using AIRSPEED_IS_IN_MACH)
        • KNOB_ID

        Condition: Switch(ADDITIONAL_EVENT_TYPE)

        • Case: PUSH_PULL

          Parameters set:

          • TEMPLATE_VARIANT
          • PULL_CODE (using INPUT_EVENT_ID_SOURCE, BTN_ID_PULL, DEFAULT_BINDING_STR)
          • PUSH_CODE (using INPUT_EVENT_ID_SOURCE, BTN_ID_PUSH, DEFAULT_BINDING_STR)
          • TOOLTIP_ENTRY_1 (using INPUT_EVENT_ID_SOURCE, BTN_ID_PULL)
          • TOOLTIP_ENTRY_2 (using INPUT_EVENT_ID_SOURCE, BTN_ID_PUSH)

      Condition: Switch(ADDITIONAL_EVENT_TYPE)

      • Case: PUSH_PULL

        Templates used:

        • ASOBO_AUTOPILOT_Push_Event_Only_Template

          Parameters set:

          • BTN_ID (using BTN_ID_PULL)
          • EVENT_TYPE
          • SET_STATE_EXTERNAL (using PULL_SET_STATE_EXTERNAL)
          • TT_DESCRIPTION_ID (using TT_DESCRIPTION_ID_PULL)

          Condition: Valid(TT_DESCRIPTION_ID_PULL_IS_DYNAMIC)

          • Case: True

            Parameters set:

            • TT_DESCRIPTION_IS_DYNAMIC (using TT_DESCRIPTION_ID_PULL_IS_DYNAMIC)
        • ASOBO_AUTOPILOT_Push_Event_Only_Template

          Parameters set:

          • BTN_ID (using BTN_ID_PUSH)
          • EVENT_TYPE
          • SET_STATE_EXTERNAL (using PUSH_SET_STATE_EXTERNAL)
          • TT_DESCRIPTION_ID (using TT_DESCRIPTION_ID_PUSH)

          Condition: Valid(TT_DESCRIPTION_ID_PUSH_IS_DYNAMIC)

          • Case: True

            Parameters set:

            • TT_DESCRIPTION_IS_DYNAMIC (using TT_DESCRIPTION_ID_PUSH_IS_DYNAMIC)
      • Case: PUSH

        Templates used:

        • ASOBO_AUTOPILOT_Push_Event_Only_Template

          Parameters set:

          • BTN_ID (using BTN_ID_EXTERNAL)
          • EVENT_TYPE
          • SET_STATE_EXTERNAL (using BTN_SET_STATE_EXTERNAL)
          • TT_DESCRIPTION_ID (using TT_DESCRIPTION_ID_BTN)

          Condition: Valid(TT_DESCRIPTION_ID_BTN_IS_DYNAMIC)

          • Case: True

            Parameters set:

            • TT_DESCRIPTION_IS_DYNAMIC (using TT_DESCRIPTION_ID_BTN_IS_DYNAMIC)

          Condition: NotEmpty(TT_VALUE_BTN)

          • Case: True

            Parameters set:

            • TT_VALUE (using TT_VALUE_BTN)

            Condition: NotEmpty(TT_VALUE_BTN_IS_DYNAMIC)

            • Case: True

              Parameters set:

              • TT_VALUE_IS_DYNAMIC (using TT_VALUE_BTN_IS_DYNAMIC)
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Knob_Speed_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Knob_Speed_Template"> <Parameters Type="Default"> <ANIM_NAME_KNOB>AUTOPILOT_Knob_Speed</ANIM_NAME_KNOB> <ANIM_NAME_MODE>AUTOPILOT_Knob_Speed_Mode</ANIM_NAME_MODE> <ANIM_NAME_PUSH>AUTOPILOT_Knob_Speed_Push</ANIM_NAME_PUSH> <NODE_ID_KNOB>AUTOPILOT_Knob_Speed</NODE_ID_KNOB> <NODE_ID_MODE>AUTOPILOT_Knob_Speed_Mode</NODE_ID_MODE> <PART_ID>AUTOPILOT_Knob_Speed</PART_ID> </Parameters> <Parameters Type="Default"> <THRESHOLD_X_INPUT>0.05</THRESHOLD_X_INPUT> <THRESHOLD_X_MOUSE>0.005</THRESHOLD_X_MOUSE> </Parameters> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_SpeedMach_Template"> <NODE_ID>#NODE_ID_KNOB#</NODE_ID> <WWISE_EVENT>autopilot_speed_knob</WWISE_EVENT> <COUNT>36</COUNT> <WWISE_EVENT_1>autopilot_knob_push_button_on</WWISE_EVENT_1> <WWISE_EVENT_2>autopilot_knob_push_button_off</WWISE_EVENT_2> <TYPE>PUSH</TYPE> <SPEED_SET_CONDITION>(L:XMLVAR_SpeedIsManuallySet)</SPEED_SET_CONDITION> <ON_SPEED_PUSH>(A:AUTOPILOT MANAGED SPEED IN MACH, Bool) (&gt;L:XMLVAR_AirSpeedIsInMach)</ON_SPEED_PUSH> </UseTemplate> <Condition Valid="SPEED_MODE_ALWAYS_ON"> <True> <UseTemplate Name="ASOBO_GT_Update"> <FREQUENCY>1</FREQUENCY> <UPDATE_CODE> (A:AUTOPILOT FLIGHT LEVEL CHANGE, Bool) ! if{ (L:XMLVAR_AirSpeedIsInMach) if{ (&gt;K:AP_MACH_ON) } els{ (&gt;K:AP_AIRSPEED_ON) } } </UPDATE_CODE> </UseTemplate> </True> </Condition> <UseTemplate Name="ASOBO_AUTOPILOT_Base_Template"> <IE_NAME>Speed_Mode</IE_NAME> <INTERACTION_TYPE>Knob</INTERACTION_TYPE> <KNOB_TYPE>X_STATES</KNOB_TYPE> <NUM_STATES>2</NUM_STATES> <ANIM_NAME>#ANIM_NAME_MODE#</ANIM_NAME> <NODE_ID>#NODE_ID_MODE#</NODE_ID> <ANIM_LAG>300</ANIM_LAG> <LOCAL_VAR_TO_WATCH_0>XMLVAR_SpeedIsManuallySet</LOCAL_VAR_TO_WATCH_0> <STR_STATE_ON>Manual</STR_STATE_ON> <STR_STATE_OFF>FMS</STR_STATE_OFF> <SET_STATE_ON> 1 (&gt;L:XMLVAR_SpeedIsManuallySet) (A:FLAPS HANDLE INDEX, Number) 0 &gt; if{ (A:DESIGN SPEED VS0, knots) sp1 } els{ (A:DESIGN SPEED VS1, knots) sp1 } l1 1.3 * (A:AIRSPEED INDICATED, knots) max (&gt;K:AP_SPD_VAR_SET) </SET_STATE_ON> <SET_STATE_OFF>0 (&gt;L:XMLVAR_SpeedIsManuallySet)</SET_STATE_OFF> <TT_VALUE_ON>(R:1:@TT_Package.GT_STATE_MANUAL)</TT_VALUE_ON> <TT_VALUE_OFF>(R:1:@TT_Package.GT_STATE_FMS)</TT_VALUE_OFF> <GET_STATE_EXTERNAL>(L:XMLVAR_SpeedIsManuallySet) sp0</GET_STATE_EXTERNAL> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_PUSH_SPEEDMODE_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_PUSH_SPEEDMODE_ACTION_SET</TT_DESCRIPTION_ID> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • ANIM_NAME_KNOB
      • ANIM_NAME_MODE
      • ANIM_NAME_PUSH
      • NODE_ID_KNOB
      • NODE_ID_MODE
      • PART_ID
    • Default

      Parameters set:

      • THRESHOLD_X_INPUT
      • THRESHOLD_X_MOUSE

    Templates used:

    • ASOBO_AUTOPILOT_Knob_SpeedMach_Template

      Parameters set:

      • NODE_ID (using NODE_ID_KNOB)
      • WWISE_EVENT
      • COUNT
      • WWISE_EVENT_1
      • WWISE_EVENT_2
      • TYPE
      • SPEED_SET_CONDITION
      • ON_SPEED_PUSH
    • ASOBO_AUTOPILOT_Base_Template

      Parameters set:

      • IE_NAME
      • INTERACTION_TYPE
      • KNOB_TYPE
      • NUM_STATES
      • ANIM_NAME (using ANIM_NAME_MODE)
      • NODE_ID (using NODE_ID_MODE)
      • ANIM_LAG
      • LOCAL_VAR_TO_WATCH_0
      • STR_STATE_ON
      • STR_STATE_OFF
      • SET_STATE_ON
      • SET_STATE_OFF
      • TT_VALUE_ON
      • TT_VALUE_OFF
      • GET_STATE_EXTERNAL
      • TOOLTIP_TITLE
      • TT_DESCRIPTION_ID

    Condition: Valid(SPEED_MODE_ALWAYS_ON)

    • Case: True

      Templates used:

    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Knob_Bank_Limit_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Knob_Bank_Limit_Template"> <Parameters Type="Default"> <SETTINGS_COUNT>2</SETTINGS_COUNT> <NODE_ID>AUTOPILOT_Knob_Bank_Limit</NODE_ID> <ANIM_NAME>AUTOPILOT_Knob_Bank_Limit</ANIM_NAME> <WWISE_EVENT>autopilot_hdg_bank_knob</WWISE_EVENT> <WRAP>False</WRAP> <USE_INPUT_EVENT_ID>AUTOPILOT</USE_INPUT_EVENT_ID> <SWITCH_DIRECTION>Horizontal</SWITCH_DIRECTION> <TT_ICON>ROTATE</TT_ICON> </Parameters> <Parameters Type="Override"> <KNOB_ID>Bank_Limit</KNOB_ID> <NUM_STATES Process="Int">#SETTINGS_COUNT# 1 +</NUM_STATES> </Parameters> <Parameters Type="Override"> <Loop> <Setup> <Param>ID</Param> <From>0</From> <Inc>1</Inc> <To>#SETTINGS_COUNT#</To> </Setup> <Do> <Parameters Type="Default" Lifetime="Loop"> <ID_POS>#NUM_STATES#</ID_POS> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <ID_POS Process="Int">#ID_POS# 1 -</ID_POS> </Parameters> <SET_STATE_#ID#>#ID_POS# (&gt;K:AP_MAX_BANK_SET)</SET_STATE_#ID#> <STATE#ID#_TEST>(B:#USE_INPUT_EVENT_ID#_#KNOB_ID#, Number) #ID# ==</STATE#ID#_TEST> <CODE_POS_#ID#>(&gt;B:#USE_INPUT_EVENT_ID#_#KNOB_ID#_#ID#)</CODE_POS_#ID#> <STR_STATE_#ID#>#ID#</STR_STATE_#ID#> </Do> </Loop> </Parameters> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseTemplate Name="ASOBO_AUTOPILOT_Knob_Template"> <IS_INFINITE>False</IS_INFINITE> <USE_BTN_IE>True</USE_BTN_IE> <TOOLTIP_TITLE>@TT_Package.AUTOPILOT_KNOB_HDG_BANK_LIMIT_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION_ID>@TT_Package.AUTOPILOT_KNOB_HDG_BANK_LIMIT_ACTION</TT_DESCRIPTION_ID> <TT_VALUE>(A:AUTOPILOT MAX BANK ID, Number) #SETTINGS_COUNT# &lt; if{ (A:AUTOPILOT MAX BANK, degrees) &apos;%d°&apos; @sprintf } els{ @TT_Auto }</TT_VALUE> <GET_STATE_EXTERNAL>(A:AUTOPILOT MAX BANK ID, Number)</GET_STATE_EXTERNAL> <ENUM_VAL_TO_POS_EXTERNAL>-1 * #SETTINGS_COUNT# +</ENUM_VAL_TO_POS_EXTERNAL> <ANIM>EXTERNAL</ANIM> </UseTemplate> </Component> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • SETTINGS_COUNT
      • NODE_ID
      • ANIM_NAME
      • WWISE_EVENT
      • WRAP
      • USE_INPUT_EVENT_ID
      • SWITCH_DIRECTION
      • TT_ICON
    • Override

      Parameters set:

      • KNOB_ID
      • NUM_STATES (using SETTINGS_COUNT)
    • Override

      Parameters read:

      • SETTINGS_COUNT

      Parameters set:

      • ID
      • ID_POS (using NUM_STATES)
      • ID_POS (using ID_POS)
      • SET_STATE_#ID# (using ID_POS)
      • STATE#ID#_TEST (using USE_INPUT_EVENT_ID, KNOB_ID, ID)
      • CODE_POS_#ID# (using USE_INPUT_EVENT_ID, KNOB_ID, ID)
      • STR_STATE_#ID# (using ID)

    Parameters read:

    • NODE_ID

    Components:

    • #NODE_ID# (Node: #NODE_ID#)

      Templates used:

      • ASOBO_AUTOPILOT_Knob_Template
        • May include a subtemplate using the parameter 'TEMPLATE_TO_CALL' and resolve to the following template(s):

        Parameters set:

        • IS_INFINITE
        • USE_BTN_IE
        • TOOLTIP_TITLE
        • TT_DESCRIPTION_ID
        • TT_VALUE (using SETTINGS_COUNT)
        • GET_STATE_EXTERNAL
        • ENUM_VAL_TO_POS_EXTERNAL (using SETTINGS_COUNT)
        • ANIM
    [Go back to top] [Go back to index]

  • ASOBO_AUTOPILOT_Base_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Base_Template"> <Parameters Type="Default"> <INPUT_EVENT_ID_SOURCE>AUTOPILOT</INPUT_EVENT_ID_SOURCE> <WWISE_PREFIX>AUTOPILOT</WWISE_PREFIX> </Parameters> <UseTemplate Name="ASOBO_Interaction_Base_Template"> <USE_INPUT_EVENT_ID>AUTOPILOT</USE_INPUT_EVENT_ID> </UseTemplate> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • INPUT_EVENT_ID_SOURCE
      • WWISE_PREFIX

    Templates used:

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  • ASOBO_AUTOPILOT_Push_Event_Base_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Push_Event_Base_Template"> <UseTemplate Name="ASOBO_Interaction_Push_Event_Base_Template"> <USE_INPUT_EVENT_ID>AUTOPILOT</USE_INPUT_EVENT_ID> </UseTemplate> </Template>

    Templates used:

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  • ASOBO_AUTOPILOT_Pull_Event_Base_Template

    Definition from XML
    <Template Name="ASOBO_AUTOPILOT_Pull_Event_Base_Template"> <UseTemplate Name="ASOBO_Interaction_Pull_Event_Base_Template"> <USE_INPUT_EVENT_ID>AUTOPILOT</USE_INPUT_EVENT_ID> </UseTemplate> </Template>

    Templates used:

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