Asobo\AircraftTypes\Rotorcrafts.xml

Includes

• RelativeFile: ..\Common.xml
• ModelBehaviorFile: Asobo\AircraftTypes\Gliders.xml

Templates

• ASOBO_ROTORCRAFT_Rotor_Rotation_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Rotor_Rotation_Template"> <UseTemplate Name="ASOBO_GT_Update"> <UPDATE_ONCE>True</UPDATE_ONCE> <UPDATE_CODE>1 (&gt;O:test_rotor)</UPDATE_CODE> </UseTemplate> <UseTemplate Name="ASOBO_GT_Anim"> <ANIM_CODE>(A:ROTOR RPM:#ID#, degrees per second) (A:ANIMATION DELTA TIME, seconds) * (O:test_rotor) *</ANIM_CODE> <ANIM_LENGTH>360</ANIM_LENGTH> <ANIM_WRAP>1</ANIM_WRAP> <ANIM_DELTA>1</ANIM_DELTA> </UseTemplate> </Template>

  Templates used:

  • ASOBO_GT_Update

    Parameters set:

    • UPDATE_ONCE
    • UPDATE_CODE
  • ASOBO_GT_Anim

    Parameters set:

    • ANIM_CODE (using ID)
    • ANIM_LENGTH
    • ANIM_WRAP
    • ANIM_DELTA
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• ASOBO_ROTORCRAFT_Rotor_Still_Visibility_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Rotor_Still_Visibility_Template"> <UseTemplate Name="ASOBO_GT_Visibility"> <VISIBILITY_CODE>(A:ROTOR RPM:#ROTOR_ID#, rpm) #MIN_RPM_FOR_BLUR# &lt;</VISIBILITY_CODE> </UseTemplate> </Template>

  Templates used:

  • ASOBO_GT_Visibility

    Parameters set:

    • VISIBILITY_CODE (using ROTOR_ID, MIN_RPM_FOR_BLUR)
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• ASOBO_ROTORCRAFT_Rotor_Slow_Visibility_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Rotor_Slow_Visibility_Template"> <UseTemplate Name="ASOBO_GT_Visibility"> <VISIBILITY_CODE>(A:ROTOR RPM:#ROTOR_ID#, rpm) s0 #MIN_RPM_FOR_BLUR# &gt; l0 #MIN_RPM_FOR_BLUR2# &lt; and</VISIBILITY_CODE> </UseTemplate> </Template>

  Templates used:

  • ASOBO_GT_Visibility

    Parameters set:

    • VISIBILITY_CODE (using ROTOR_ID, MIN_RPM_FOR_BLUR, MIN_RPM_FOR_BLUR2)
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• ASOBO_ROTORCRAFT_Rotor_Blurred_Visibility_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Rotor_Blurred_Visibility_Template"> <UseTemplate Name="ASOBO_GT_Visibility"> <VISIBILITY_CODE>(A:ROTOR RPM:#ROTOR_ID#, rpm) #MIN_RPM_FOR_BLUR2# &gt;</VISIBILITY_CODE> </UseTemplate> </Template>

  Templates used:

  • ASOBO_GT_Visibility

    Parameters set:

    • VISIBILITY_CODE (using ROTOR_ID, MIN_RPM_FOR_BLUR2)
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• ASOBO_ROTORCRAFT_Rotor_Blade_Visibility_Base_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Rotor_Blade_Visibility_Base_Template"> <Parameters Type="Default"> <ID>1</ID> <ROTOR_ID>1</ROTOR_ID> <STATE>STILL</STATE> <MIN_RPM_FOR_BLUR>200</MIN_RPM_FOR_BLUR> <MIN_RPM_FOR_BLUR2>400</MIN_RPM_FOR_BLUR2> </Parameters> <UseTemplate Name="ASOBO_ROTORCRAFT_Rotor_Blade_Visibility_SubTemplate"/> </Template>

  Parameters initialization:

  • Default

    Parameters set:

    • ID
    • ROTOR_ID
    • STATE
    • MIN_RPM_FOR_BLUR
    • MIN_RPM_FOR_BLUR2

  Templates used:

  • ASOBO_ROTORCRAFT_Rotor_Blade_Visibility_SubTemplate
    • May include a subtemplate using the parameter 'STATE' and resolve to the following template(s):
      • ASOBO_ROTORCRAFT_Rotor_STILL_Visibility_Template
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• ASOBO_ROTORCRAFT_Rotor_Blade_Visibility_SubTemplate

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Rotor_Blade_Visibility_SubTemplate"> <Parameters Type="Default"> <NODE_ID>MAIN_BLADE_#ID#_#STATE#</NODE_ID> </Parameters> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseTemplate Name="ASOBO_ROTORCRAFT_Rotor_#STATE#_Visibility_Template"/> </Component> </Template>

  Parameters initialization:

  • Default

    Parameters set:

    • NODE_ID (using ID, STATE)

  Parameters read:

  • NODE_ID

  Components:

  • #NODE_ID# (Node: #NODE_ID#)

    Parameters read:

    • STATE

    Templates used:

    • ASOBO_ROTORCRAFT_Rotor_#STATE#_Visibility_Template
      • (Values for 'STATE' and templates it may resolve to were not found)
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• ASOBO_ROTORCRAFT_Longitudinal_Control_Rod_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Longitudinal_Control_Rod_Template"> <UseTemplate Name="ASOBO_GT_Anim_Sim"> <ANIM_SIMVAR>DISK PITCH PCT:#ID#</ANIM_SIMVAR> <ANIM_SIMVAR_UNITS>Percent</ANIM_SIMVAR_UNITS> <ANIM_SIMVAR_SCALE>0.5</ANIM_SIMVAR_SCALE> <ANIM_SIMVAR_BIAS>50</ANIM_SIMVAR_BIAS> <ANIM_LENGTH>100</ANIM_LENGTH> <INVERT_ANIM>True</INVERT_ANIM> <FAILURE>1</FAILURE> </UseTemplate> </Template>

  Templates used:

  • ASOBO_GT_Anim_Sim

    Parameters set:

    • ANIM_SIMVAR (using ID)
    • ANIM_SIMVAR_UNITS
    • ANIM_SIMVAR_SCALE
    • ANIM_SIMVAR_BIAS
    • ANIM_LENGTH
    • INVERT_ANIM
    • FAILURE
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• ASOBO_ROTORCRAFT_Lateral_Control_Rod_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Lateral_Control_Rod_Template"> <UseTemplate Name="ASOBO_GT_Anim_Sim"> <ANIM_SIMVAR>DISK BANK PCT:#ID#</ANIM_SIMVAR> <ANIM_SIMVAR_UNITS>Percent</ANIM_SIMVAR_UNITS> <ANIM_SIMVAR_SCALE>0.5</ANIM_SIMVAR_SCALE> <ANIM_SIMVAR_BIAS>50</ANIM_SIMVAR_BIAS> <ANIM_LENGTH>100</ANIM_LENGTH> <INVERT_ANIM>True</INVERT_ANIM> <FAILURE>1</FAILURE> </UseTemplate> </Template>

  Templates used:

  • ASOBO_GT_Anim_Sim

    Parameters set:

    • ANIM_SIMVAR (using ID)
    • ANIM_SIMVAR_UNITS
    • ANIM_SIMVAR_SCALE
    • ANIM_SIMVAR_BIAS
    • ANIM_LENGTH
    • INVERT_ANIM
    • FAILURE
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• ASOBO_ROTORCRAFT_Swashplate_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Swashplate_Template"> <UseTemplate Name="ASOBO_GT_Anim_Sim"> <ANIM_SIMVAR>COLLECTIVE POSITION</ANIM_SIMVAR> <ANIM_SIMVAR_UNITS>Percent</ANIM_SIMVAR_UNITS> <ANIM_LENGTH>100</ANIM_LENGTH> <FAILURE>1</FAILURE> </UseTemplate> </Template>

  Templates used:

  • ASOBO_GT_Anim_Sim

    Parameters set:

    • ANIM_SIMVAR
    • ANIM_SIMVAR_UNITS
    • ANIM_LENGTH
    • FAILURE
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• ASOBO_ROTORCRAFT_Disk_Coning_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Disk_Coning_Template"> <UseTemplate Name="ASOBO_GT_Anim_Sim"> <ANIM_SIMVAR>DISK CONING PCT:1</ANIM_SIMVAR> <ANIM_SIMVAR_UNITS>Percent</ANIM_SIMVAR_UNITS> <ANIM_LENGTH>200</ANIM_LENGTH> <ANIM_SIMVAR_BIAS>100</ANIM_SIMVAR_BIAS> </UseTemplate> </Template>

  Templates used:

  • ASOBO_GT_Anim_Sim

    Parameters set:

    • ANIM_SIMVAR
    • ANIM_SIMVAR_UNITS
    • ANIM_LENGTH
    • ANIM_SIMVAR_BIAS
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• ASOBO_ROTORCRAFT_Tail_Prop_Pitch_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Tail_Prop_Pitch_Template"> <UseTemplate Name="ASOBO_GT_Anim_Sim"> <ANIM_SIMVAR>TAIL ROTOR BLADE PITCH PCT</ANIM_SIMVAR> <ANIM_SIMVAR_UNITS>Percent</ANIM_SIMVAR_UNITS> <ANIM_LENGTH>100</ANIM_LENGTH> <ANIM_SIMVAR_SCALE>0.5</ANIM_SIMVAR_SCALE> <ANIM_SIMVAR_BIAS>50</ANIM_SIMVAR_BIAS> <FAILURE>1</FAILURE> </UseTemplate> </Template>

  Templates used:

  • ASOBO_GT_Anim_Sim

    Parameters set:

    • ANIM_SIMVAR
    • ANIM_SIMVAR_UNITS
    • ANIM_LENGTH
    • ANIM_SIMVAR_SCALE
    • ANIM_SIMVAR_BIAS
    • FAILURE
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• ASOBO_ROTORCRAFT_Collective_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Collective_Template"> <Parameters Type="Override"> <IE_NAME>Collective_Lever</IE_NAME> </Parameters> <Parameters Type="Override"> <LEVER_ID>#IE_NAME#</LEVER_ID> <TOOLTIP_TITLE>@TT_Package.ROTORCRAFT_LEVER_COLLECTIVE_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION>@TT_Package.ROTORCRAFT_LEVER_COLLECTIVE_ACTION</TT_DESCRIPTION> <TT_VALUE>(A:COLLECTIVE HANDLE POSITION, percent) &apos;%.1f%%&apos; (F:Format)</TT_VALUE> </Parameters> <UseTemplate Name="ASOBO_ENGINE_Base_Template"> <SET_STATE_EXTERNAL>(&gt;A:COLLECTIVE HANDLE POSITION, Percent over 100)</SET_STATE_EXTERNAL> <GET_STATE_EXTERNAL>(A:COLLECTIVE HANDLE POSITION, Percent over 100)</GET_STATE_EXTERNAL> <STATE_TO_POS_EXTERNAL>100 *</STATE_TO_POS_EXTERNAL> <SIMVAR_TO_WATCH_0>COLLECTIVE HANDLE POSITION</SIMVAR_TO_WATCH_0> </UseTemplate> </Template>

  Parameters initialization:

  • Override

    Parameters set:

    • IE_NAME
  • Override

    Parameters set:

    • LEVER_ID (using IE_NAME)
    • TOOLTIP_TITLE
    • TT_DESCRIPTION
    • TT_VALUE

  Templates used:

  • ASOBO_ENGINE_Base_Template

    Parameters set:

    • SET_STATE_EXTERNAL
    • GET_STATE_EXTERNAL
    • STATE_TO_POS_EXTERNAL
    • SIMVAR_TO_WATCH_0
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• ASOBO_ROTORCRAFT_Tail_Rotor_Pedal_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Tail_Rotor_Pedal_Template"> <Parameters Type="Default"> <ANIM_SIMVAR>TAIL ROTOR PEDAL POSITION</ANIM_SIMVAR> <RUDDERPEDALS_TYPE>SPLITTED</RUDDERPEDALS_TYPE> <NODE_ID>HANDLING_RudderPedals_L</NODE_ID> <NODE_ID2>HANDLING_RudderPedals_R</NODE_ID2> <USE_BRAKE>False</USE_BRAKE> <NO_BRAKES_HIGHLIGHT>True</NO_BRAKES_HIGHLIGHT> <ENGINE_ID>1</ENGINE_ID> </Parameters> <UseTemplate Name="ASOBO_HANDLING_RudderPedals_Template"> <ID>#ENGINE_ID#</ID> </UseTemplate> </Template>

  Parameters initialization:

  • Default

    Parameters set:

    • ANIM_SIMVAR
    • RUDDERPEDALS_TYPE
    • NODE_ID
    • NODE_ID2
    • USE_BRAKE
    • NO_BRAKES_HIGHLIGHT
    • ENGINE_ID

  Templates used:

  • ASOBO_HANDLING_RudderPedals_Template

    Parameters set:

    • ID (using ENGINE_ID)
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• ASOBO_ROTORCRAFT_Governor_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Governor_Template"> <Parameters Type="Default"> <ID>1</ID> <ENGINE_ID>1</ENGINE_ID> </Parameters> <Parameters Type="Default"> <NODE_ID>HANDLING_TWIST_GOVERNOR_#ID#</NODE_ID> <ANIM_NAME>HANDLING_TWIST_GOVERNOR_#ID#</ANIM_NAME> <TYPE/> </Parameters> <UseTemplate Name="ASOBO_ENGINE_Lever_Propeller_Template"> <ID>#ENGINE_ID#</ID> <PROPELLER_ANIM_CODE>(A:GENERAL ENG THROTTLE LEVER POSITION:#ENGINE_ID#,percent)</PROPELLER_ANIM_CODE> <TOOLTIP_PROPELLER_TITLE>@TT_Package.ROTORCRAFT_KNOB_GOVERNOR_TITLE</TOOLTIP_PROPELLER_TITLE> <TT_DESCRIPTION_ID>@TT_Package.ROTORCRAFT_KNOB_GOVERNOR_ACTION</TT_DESCRIPTION_ID> <GET_STATE>(A:GENERAL ENG THROTTLE LEVER POSITION:#ENGINE_ID#, position 16k)</GET_STATE> <TOOLTIP_VALUE>(A:GENERAL ENG THROTTLE LEVER POSITION:#ENGINE_ID#,percent) &apos;%.1f%%&apos; (F:Format)</TOOLTIP_VALUE> <HIGHLIGHT_NODE_ID>HANDLING_TWIST_GOVERNOR_#ID#_VISUAL</HIGHLIGHT_NODE_ID> </UseTemplate> </Template>

  Parameters initialization:

  • Default

    Parameters set:

    • ID
    • ENGINE_ID
  • Default

    Parameters set:

    • NODE_ID (using ID)
    • ANIM_NAME (using ID)
    • TYPE

  Templates used:

  • ASOBO_ENGINE_Lever_Propeller_Template

    Parameters set:

    • ID (using ENGINE_ID)
    • PROPELLER_ANIM_CODE (using ENGINE_ID)
    • TOOLTIP_PROPELLER_TITLE
    • TT_DESCRIPTION_ID
    • GET_STATE (using ENGINE_ID)
    • TOOLTIP_VALUE (using ENGINE_ID)
    • HIGHLIGHT_NODE_ID (using ID)
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• ASOBO_ROTORCRAFT_Switch_Governor_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Switch_Governor_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <Parameters Type="Default"> <NODE_ID>SWITCH_GOVERNOR_#ID#</NODE_ID> <ANIM_NAME>SWITCH_GOVERNOR_#ID#</ANIM_NAME> <TOOLTIP_TITLE>@TT_Package.ROTORCRAFT_SWITCH_GOVERNOR_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION_ID>@TT_Package.ROTORCRAFT_SWITCH_GOVERNOR_ACTION</TT_DESCRIPTION_ID> <INTERACTION_TYPE>Switch</INTERACTION_TYPE> <TT_VALUE>(A:ROTOR GOV SWITCH POS,Bool) @TT_OnOff_Cond</TT_VALUE> <TT_VALUE_IS_DYNAMIC>True</TT_VALUE_IS_DYNAMIC> </Parameters> <UseTemplate Name="ASOBO_ENGINE_Base_Template"> <IE_NAME>Governor_Switch_#ID#</IE_NAME> <COMP_INIT_CODE>(A:ROTOR GOV SWITCH POS,Bool) (&gt;B:Governor_Switch_#ID#)</COMP_INIT_CODE> <SET_STATE_ON>(&gt;K:ROTOR_GOV_SWITCH_ON)</SET_STATE_ON> <SET_STATE_OFF>(&gt;K:ROTOR_GOV_SWITCH_OFF)</SET_STATE_OFF> <GET_STATE_EXTERNAL>(A:ROTOR GOV SWITCH POS,Bool) s0</GET_STATE_EXTERNAL> <SIMVAR_TO_WATCH_0>ROTOR GOV SWITCH POS</SIMVAR_TO_WATCH_0> </UseTemplate> </Template>

  Parameters initialization:

  • Default

    Parameters set:

    • ID
  • Default

    Parameters set:

    • NODE_ID (using ID)
    • ANIM_NAME (using ID)
    • TOOLTIP_TITLE
    • TT_DESCRIPTION_ID
    • INTERACTION_TYPE
    • TT_VALUE
    • TT_VALUE_IS_DYNAMIC

  Templates used:

  • ASOBO_ENGINE_Base_Template

    Parameters set:

    • IE_NAME (using ID)
    • COMP_INIT_CODE (using ID)
    • SET_STATE_ON
    • SET_STATE_OFF
    • GET_STATE_EXTERNAL
    • SIMVAR_TO_WATCH_0
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• ASOBO_ROTORCRAFT_Switch_Clutch_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Switch_Clutch_Template"> <Parameters Type="Default"> <INTERACTION_TYPE>Switch</INTERACTION_TYPE> </Parameters> <UseTemplate Name="ASOBO_ROTORCRAFT_Clutch_Template"/> </Template>

  Parameters initialization:

  • Default

    Parameters set:

    • INTERACTION_TYPE

  Templates used:

  • ASOBO_ROTORCRAFT_Clutch_Template
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• ASOBO_ROTORCRAFT_Clutch_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Clutch_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <Parameters Type="Default"> <ANIM_NAME>ROTORCRAFT_#INTERACTION_TYPE#_Clutch_#ID#</ANIM_NAME> <NODE_ID>ROTORCRAFT_#INTERACTION_TYPE#_Clutch_#ID#</NODE_ID> <PART_ID>ROTORCRAFT_#INTERACTION_TYPE#_Clutch</PART_ID> <Condition Valid="COVERED"> <COVER_NODE_ID>ROTORCRAFT_#INTERACTION_TYPE#_Clutch_#ID#_Cover</COVER_NODE_ID> <COVER_ANIM_NAME>ROTORCRAFT_#INTERACTION_TYPE#_Clutch_#ID#_Cover</COVER_ANIM_NAME> </Condition> <TOOLTIP_TITLE>@TT_Package.ROTORCRAFT_SWITCH_CLUTCH_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION_ID>@TT_Package.ROTORCRAFT_SWITCH_CLUTCH_ACTION</TT_DESCRIPTION_ID> <SWITCH_TT_VALUE>(A:ROTOR CLUTCH SWITCH POS,Bool) @TT_OnOff_Cond</SWITCH_TT_VALUE> <TOOLTIP_ENTRY_0>ENGINE_Clutch_#ID#</TOOLTIP_ENTRY_0> <TT_VALUE_IS_DYNAMIC>True</TT_VALUE_IS_DYNAMIC> <CLUTCH_ID>#ID#</CLUTCH_ID> <IE_CLUTCH_ID>#ID#</IE_CLUTCH_ID> </Parameters> <Condition Valid="COVERED"> <True> <UseTemplate Name="ASOBO_GT_Switch_Covered"> <INPUT_EVENT_ID>ENGINE</INPUT_EVENT_ID> <BTN_ID>Clutch</BTN_ID> <INPUT_EVENT_ID_SOURCE>ENGINE</INPUT_EVENT_ID_SOURCE> <COVER_IE_NAME>Clutch_#IE_CLUTCH_ID#_Cover</COVER_IE_NAME> <COVER_IE_ID_SOURCE>ENGINE</COVER_IE_ID_SOURCE> <SWITCH_NODE_ID>#NODE_ID#</SWITCH_NODE_ID> <SWITCH_ANIM_NAME>#ANIM_NAME#</SWITCH_ANIM_NAME> <COVER_VAR_NAME>XMLVAR_ROTORCRAFT_Clutch_Cover_Opened</COVER_VAR_NAME> <TOGGLE_STATE>(&gt;K:ROTOR_CLUTCH_SWITCH_TOGGLE)</TOGGLE_STATE> <COVER_VAR_TYPE>I</COVER_VAR_TYPE> <SWITCH_ANIM_CODE>(A:ROTOR CLUTCH SWITCH POS,Bool) 100 *</SWITCH_ANIM_CODE> <WWISE_EVENT_1>clutch_switch_on</WWISE_EVENT_1> <WWISE_EVENT_2>clutch_switch_off</WWISE_EVENT_2> </UseTemplate> </True> <False> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseInputEvent ID="ENGINE"/> <UseTemplate Name="ASOBO_GT_Push_Button"> <OVERRIDE_ANIM_CODE>(B:ENGINE_Clutch, Bool) 100 *</OVERRIDE_ANIM_CODE> <LEFT_SINGLE_CODE>(&gt;B:ENGINE_Clutch_On)</LEFT_SINGLE_CODE> <LEFT_LEAVE_CODE>0 (&gt;B:ENGINE_Clutch_Off)</LEFT_LEAVE_CODE> <WWISE_EVENT_1>clutch_switch_on</WWISE_EVENT_1> <WWISE_EVENT_2>clutch_switch_off</WWISE_EVENT_2> </UseTemplate> </Component> </False> </Condition> </Template>

  Parameters initialization:

  • Default

    Parameters set:

    • ID
  • Default

    Parameters set:

    • ANIM_NAME (using INTERACTION_TYPE, ID)
    • NODE_ID (using INTERACTION_TYPE, ID)
    • PART_ID (using INTERACTION_TYPE)
    • TOOLTIP_TITLE
    • TT_DESCRIPTION_ID
    • SWITCH_TT_VALUE
    • TOOLTIP_ENTRY_0 (using ID)
    • TT_VALUE_IS_DYNAMIC
    • CLUTCH_ID (using ID)
    • IE_CLUTCH_ID (using ID)

    Condition: Valid(COVERED)

    • Case: True

      Parameters set:

      • COVER_NODE_ID (using INTERACTION_TYPE, ID)
      • COVER_ANIM_NAME (using INTERACTION_TYPE, ID)

  Condition: Valid(COVERED)

  • Case: True

    Templates used:

    • ASOBO_GT_Switch_Covered

      Parameters set:

      • INPUT_EVENT_ID
      • BTN_ID
      • INPUT_EVENT_ID_SOURCE
      • COVER_IE_NAME (using IE_CLUTCH_ID)
      • COVER_IE_ID_SOURCE
      • SWITCH_NODE_ID (using NODE_ID)
      • SWITCH_ANIM_NAME (using ANIM_NAME)
      • COVER_VAR_NAME
      • TOGGLE_STATE
      • COVER_VAR_TYPE
      • SWITCH_ANIM_CODE
      • WWISE_EVENT_1
      • WWISE_EVENT_2
  • Case: False

    Parameters read:

    • NODE_ID

    Components:

    • #NODE_ID# (Node: #NODE_ID#)

      Templates used:

      • ASOBO_GT_Push_Button

        Parameters set:

        • OVERRIDE_ANIM_CODE
        • LEFT_SINGLE_CODE
        • LEFT_LEAVE_CODE
        • WWISE_EVENT_1
        • WWISE_EVENT_2
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• ASOBO_ROTORCRAFT_Lever_Rotor_Brake_Template

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Lever_Rotor_Brake_Template"> <Parameters Type="Default"> <INTERACTION_TYPE>Lever</INTERACTION_TYPE> </Parameters> <Parameters Type="Default"> <ANIM_NAME>ROTOR_Brake_#INTERACTION_TYPE#</ANIM_NAME> <NODE_ID>ROTOR_Brake_#INTERACTION_TYPE#</NODE_ID> <PART_ID>ROTOR_Brake_#INTERACTION_TYPE#</PART_ID> <WWISE_EVENT_1>rotor_brake_lever_on</WWISE_EVENT_1> <WWISE_EVENT_2>rotor_brake_lever_off</WWISE_EVENT_2> </Parameters> <Parameters Type="Default"> <USE_TRAJECTORY_DRAG_MODE>true</USE_TRAJECTORY_DRAG_MODE> <DRAG_AXIS_SCALE>-140</DRAG_AXIS_SCALE> <CURSOR>Grab</CURSOR> <NO_ARROWS/> </Parameters> <Parameters Type="Override"> <Condition Valid="USE_TRAJECTORY_DRAG_MODE"> <True> <GET_VALUE_DRAG>(M:DragPercent)</GET_VALUE_DRAG> <DRAG_ANIM_NAME>#ANIM_NAME#</DRAG_ANIM_NAME> </True> <False> <GET_VALUE_DRAG>(A:ROTOR BRAKE HANDLE POS, percent) (O:DragScale) + 100 min 0 max 100 /</GET_VALUE_DRAG> </False> </Condition> </Parameters> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <Parameters Type="Override"> <TOOLTIP_TITLE>@TT_Package.ROTOR_BRAKE_LEVER_TITLE</TOOLTIP_TITLE> <TOOLTIP_ENTRY_0>ENGINE_ROTOR_Brake_#ID#</TOOLTIP_ENTRY_0> <TT_DESCRIPTION_ID>@TT_Package.ROTOR_BRAKE_LEVER_ACTION</TT_DESCRIPTION_ID> </Parameters> <UseTemplate Name="ASOBO_GT_Update"> <FREQUENCY>35</FREQUENCY> <UPDATE_CODE>(O:_Interacting) if{ (O:DragValue) (&gt;B:ENGINE_ROTOR_Brake_#ID#_Set) }</UPDATE_CODE> </UseTemplate> <UseInputEvent ID="ENGINE"> <BRAKE_ID>#ID#</BRAKE_ID> </UseInputEvent> <UseTemplate Name="ASOBO_GT_Lever_DraggingWheelLeftDrag_Axis"> <ANIM_CODE>(B:ENGINE_ROTOR_Brake_#ID#, percent)</ANIM_CODE> <DRAG_CODE>#GET_VALUE_DRAG# s0 l0 (&gt;B:ENGINE_ROTOR_Brake_#ID#_Set) l0 (&gt;O:DragValue)</DRAG_CODE> <POSITIVE_AXIS_CODE>1 (&gt;B:ENGINE_ROTOR_Brake_#ID#_Inc)</POSITIVE_AXIS_CODE> <NEGATIVE_AXIS_CODE>1 (&gt;B:ENGINE_ROTOR_Brake_#ID#_Dec)</NEGATIVE_AXIS_CODE> </UseTemplate> </Component> </Template>

  Parameters initialization:

  • Default

    Parameters set:

    • INTERACTION_TYPE
  • Default

    Parameters set:

    • ANIM_NAME (using INTERACTION_TYPE)
    • NODE_ID (using INTERACTION_TYPE)
    • PART_ID (using INTERACTION_TYPE)
    • WWISE_EVENT_1
    • WWISE_EVENT_2
  • Default

    Parameters set:

    • USE_TRAJECTORY_DRAG_MODE
    • DRAG_AXIS_SCALE
    • CURSOR
    • NO_ARROWS
  • Override

    Condition: Valid(USE_TRAJECTORY_DRAG_MODE)

    • Case: True

      Parameters set:

      • GET_VALUE_DRAG
      • DRAG_ANIM_NAME (using ANIM_NAME)
    • Case: False

      Parameters set:

      • GET_VALUE_DRAG

  Parameters read:

  • NODE_ID

  Components:

  • #NODE_ID# (Node: #NODE_ID#)

    Parameters set:

    • TOOLTIP_TITLE
    • TOOLTIP_ENTRY_0 (using ID)
    • TT_DESCRIPTION_ID
    • BRAKE_ID (using ID)

    Templates used:

    • ASOBO_GT_Update

      Parameters set:

      • FREQUENCY
      • UPDATE_CODE (using ID)
    • ASOBO_GT_Lever_DraggingWheelLeftDrag_Axis

      Parameters set:

      • ANIM_CODE (using ID)
      • DRAG_CODE (using GET_VALUE_DRAG, ID)
      • POSITIVE_AXIS_CODE (using ID)
      • NEGATIVE_AXIS_CODE (using ID)
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• ASOBO_ROTORCRAFT_Yaw_String

  Definition from XML
  <Template Name="ASOBO_ROTORCRAFT_Yaw_String"> <Parameters Type="Default"> <ANIM_NAME_360>STRING_360</ANIM_NAME_360> <ANIM_NAME_L_R_END>STRING_LR_NOISE</ANIM_NAME_L_R_END> <ANIM_NAME_IDLE_TO_STAND>STRING_DOWNUP</ANIM_NAME_IDLE_TO_STAND> <ANIM_NAME_L_R>STRING_LR</ANIM_NAME_L_R> <ANIM_DISPLACEMENT>600</ANIM_DISPLACEMENT> <MIN_AIRSPEED>9</MIN_AIRSPEED> <EXTENDED_AIRSPEED>10</EXTENDED_AIRSPEED> <MAX_AIRSPEED>80</MAX_AIRSPEED> <MAX_AIRSPEED_ANIM_FACTOR>0.1</MAX_AIRSPEED_ANIM_FACTOR> <ANGLE_FORWARD_FACTOR>0.5</ANGLE_FORWARD_FACTOR> <ROTATION_LAG>150</ROTATION_LAG> <REDUCE_RANGE_WITH_AIRSPEED>True</REDUCE_RANGE_WITH_AIRSPEED> </Parameters> <Parameters Type="Override"> <REVERSED_ANGLE_FORWARD_FACTOR Process="Float">1 #ANGLE_FORWARD_FACTOR# -</REVERSED_ANGLE_FORWARD_FACTOR> </Parameters> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_360#</ANIM_NAME> <ANIM_CODE> (O:XMLVAR_YawStringExtended) 0 &gt; if{ (A:AIRSPEED TRUE, knots) #MAX_AIRSPEED# / 1 min #REVERSED_ANGLE_FORWARD_FACTOR# * sp0 (A:RELATIVE WIND VELOCITY BODY X, feet per second) (A:RELATIVE WIND VELOCITY BODY Z, feet per second) l0 * atg2 rddg dnor (&gt;O:XMLVAR_YawStringDir) } els{ (A:AIRSPEED TRUE, knots) #MAX_AIRSPEED# / 1 min #REVERSED_ANGLE_FORWARD_FACTOR# * sp0 (A:RELATIVE WIND VELOCITY BODY X, feet per second) s2 0 l2 abs 0.1 &gt; ? (A:RELATIVE WIND VELOCITY BODY Z, feet per second) abs l0 * atg2 rddg dnor sp0 l0 (O:XMLVAR_YawStringDir) - abs 10 &gt; if{ l0 (&gt;O:XMLVAR_YawStringDir) } } (O:XMLVAR_YawStringDir) </ANIM_CODE> <ANIM_LENGTH>360</ANIM_LENGTH> <ANIM_WRAP>True</ANIM_WRAP> <ANIM_LAG>#ROTATION_LAG#</ANIM_LAG> </UseTemplate> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_L_R#</ANIM_NAME> <ANIM_LAG>200</ANIM_LAG> <ANIM_CODE> (O:XMLVAR_YawStringExtended) 0 &gt; if{ (A:ROTATION VELOCITY BODY Z, radians per second) -1 * 1 min -1 max 1 + 50 * } els{ (O:XMLVAR_YawStringDir) s0 90 pmod 45 - abs 45 / 50 * s1 l0 0 180 rng if{ 100 l1 - } els{ l1 } } </ANIM_CODE> </UseTemplate> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_IDLE_TO_STAND#</ANIM_NAME> <ANIM_CODE>(A:AIRSPEED TRUE, knots) (A:AMBIENT WIND VELOCITY, knots) max #MIN_AIRSPEED# max #EXTENDED_AIRSPEED# min #MIN_AIRSPEED# - 100 * (&gt;O:XMLVAR_YawStringExtended) (O:XMLVAR_YawStringExtended)</ANIM_CODE> </UseTemplate> <Component ID="Yaw_String_Noise"> <Parameters Type="Override"> <ANIM_LAG>800</ANIM_LAG> <REDUCE_RANGE_WITH_AIRSPEED>True</REDUCE_RANGE_WITH_AIRSPEED> </Parameters> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_L_R_END#</ANIM_NAME> <UseParametersFn Name="Generate_Noise"> <SETUP_CODE> 1 (A:AIRSPEED TRUE, knots) (A:AMBIENT WIND VELOCITY, knots) max #MIN_AIRSPEED# - 0 max #MAX_AIRSPEED# / 1 #MAX_AIRSPEED_ANIM_FACTOR# - min 0 max - (&gt;O:XMLVAR_SpeedFactor) 50 (O:XMLVAR_SpeedFactor) 50 * - (&gt;O:XMLVAR_SpeedFactor_Min) 50 (O:XMLVAR_SpeedFactor) 50 * + (&gt;O:XMLVAR_SpeedFactor_Max) </SETUP_CODE> <VAR_NAME>XMLVAR_L_R_END</VAR_NAME> <NOISE_WRAPS>True</NOISE_WRAPS> <REST_RETURN_VALUE>rand 0.01 &gt; if{ (O:XMLVAR_L_R_END) rand 2 * 1 - + 100 pmod } els{ (O:XMLVAR_L_R_END) }</REST_RETURN_VALUE> </UseParametersFn> <ANIM_WRAP>True</ANIM_WRAP> </UseTemplate> </Component> </Template>

  Parameters initialization:

  • Default

    Parameters set:

    • ANIM_NAME_360
    • ANIM_NAME_L_R_END
    • ANIM_NAME_IDLE_TO_STAND
    • ANIM_NAME_L_R
    • ANIM_DISPLACEMENT
    • MIN_AIRSPEED
    • EXTENDED_AIRSPEED
    • MAX_AIRSPEED
    • MAX_AIRSPEED_ANIM_FACTOR
    • ANGLE_FORWARD_FACTOR
    • ROTATION_LAG
    • REDUCE_RANGE_WITH_AIRSPEED
  • Override

    Parameters set:

    • REVERSED_ANGLE_FORWARD_FACTOR (using ANGLE_FORWARD_FACTOR)

  Components:

  • Yaw_String_Noise

    Parameters set:

    • ANIM_LAG
    • REDUCE_RANGE_WITH_AIRSPEED

    Templates used:

    • ASOBO_GT_Anim_Code

      Parameters set:

      • ANIM_NAME (using ANIM_NAME_L_R_END)
      • ANIM_WRAP

      ParametersFn used:

      • Generate_Noise

        Parameters set:

        • SETUP_CODE (using MIN_AIRSPEED, MAX_AIRSPEED, MAX_AIRSPEED_ANIM_FACTOR)
        • VAR_NAME
        • NOISE_WRAPS
        • REST_RETURN_VALUE

  Templates used:

  • ASOBO_GT_Anim_Code

    Parameters set:

    • ANIM_NAME (using ANIM_NAME_360)
    • ANIM_CODE (using MAX_AIRSPEED, REVERSED_ANGLE_FORWARD_FACTOR)
    • ANIM_LENGTH
    • ANIM_WRAP
    • ANIM_LAG (using ROTATION_LAG)
  • ASOBO_GT_Anim_Code

    Parameters set:

    • ANIM_NAME (using ANIM_NAME_L_R)
    • ANIM_LAG
    • ANIM_CODE
  • ASOBO_GT_Anim_Code

    Parameters set:

    • ANIM_NAME (using ANIM_NAME_IDLE_TO_STAND)
    • ANIM_CODE (using MIN_AIRSPEED, EXTENDED_AIRSPEED)
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