Asobo\Common\Subtemplates\Lighting_Subtemplates.xml

Includes

• ModelBehaviorFile: ASOBO\Inputs\Helpers.xml

Templates

• ASOBO_LIGHTING_Light_Template

  Definition from XML
  <Template Name="ASOBO_LIGHTING_Light_Template"> <Parameters Type="Default"> <Condition Check="LIGHT_TYPE" Match="POTENTIOMETER"> <True> <SIMVAR_INDEX>#POTENTIOMETER#</SIMVAR_INDEX> <ANIM_MULTIPLIER/> </True> <False> <Condition NotEmpty="ID"> <True> <SIMVAR_INDEX>#ID#</SIMVAR_INDEX> </True> <False> <SIMVAR_INDEX>1</SIMVAR_INDEX> <Condition Check="INTERACTION_TYPE" Match="KNOB"> <False> <ID>1</ID> </False> </Condition> </False> </Condition> <ANIM_MULTIPLIER>100 *</ANIM_MULTIPLIER> </False> </Condition> <TYPE>OnOff</TYPE> <TT_DESCRIPTION>@TT_Placeholder_Description</TT_DESCRIPTION> <TT_DESCRIPTION_IS_DYNAMIC>True</TT_DESCRIPTION_IS_DYNAMIC> </Parameters> <Parameters Type="Default"> <Condition Check="NO_AUTHORITY_OVER_SWITCH_STATE"> <True> <LIGHT_INPUT_EVENT_ID>LIGHTING_#LIGHT_TYPE#_#SIMVAR_INDEX#_Power_Setting</LIGHT_INPUT_EVENT_ID> </True> <False> <LIGHT_INPUT_EVENT_ID>LIGHTING_#LIGHT_TYPE#_#SIMVAR_INDEX#</LIGHT_INPUT_EVENT_ID> </False> </Condition> </Parameters> <Parameters Type="Override"> <Switch Param="INTERACTION_TYPE"> <Case Value="KNOB"> <TT_INTERACTION_TYPE>KNOB</TT_INTERACTION_TYPE> </Case> <Default> <TT_INTERACTION_TYPE>SWITCH</TT_INTERACTION_TYPE> </Default> </Switch> </Parameters> <Parameters Type="Default"> <Condition NotEmpty="LIGHT_TYPE"> <True> <SIMVAR_NAME>LIGHT #LIGHT_TYPE#</SIMVAR_NAME> <KEY_ID_SET>#LIGHT_TYPE#_LIGHTS_SET</KEY_ID_SET> <KEY_ID_ON>#LIGHT_TYPE#_LIGHTS_ON</KEY_ID_ON> <KEY_ID_OFF>#LIGHT_TYPE#_LIGHTS_OFF</KEY_ID_OFF> <KEY_ID_TOGGLE>TOGGLE_#LIGHT_TYPE#_LIGHTS</KEY_ID_TOGGLE> <KEY_POWER_SETTING_SET>#LIGHT_TYPE#_LIGHTS_POWER_SETTING_SET</KEY_POWER_SETTING_SET> <INTEGRATED_POWER_SETTING_SIMVAR>LIGHT #LIGHT_TYPE# POWER SETTING:#SIMVAR_INDEX#</INTEGRATED_POWER_SETTING_SIMVAR> <TOOLTIP_TITLE>@TT_Package.LIGHTING_SWITCH_LIGHT_#LIGHT_TYPE#_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION_ID>@TT_Package.LIGHTING_#TT_INTERACTION_TYPE#_LIGHT_#LIGHT_TYPE#_ACTION</TT_DESCRIPTION_ID> <Switch Param="LIGHT_TYPE"> <Case Value="STROBE"> <KEY_ID_SET>STROBES_SET</KEY_ID_SET> <KEY_ID_ON>STROBES_ON</KEY_ID_ON> <KEY_ID_OFF>STROBES_OFF</KEY_ID_OFF> <KEY_ID_TOGGLE>STROBES_TOGGLE</KEY_ID_TOGGLE> <TT_DESCRIPTION_ID>@TT_Package.LIGHTING_SWITCH_LIGHT_STROBE_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.LIGHTING_SWITCH_LIGHT_STROBE_TITLE</TOOLTIP_TITLE> </Case> <Case Value="LANDING"> <KEY_ID_TOGGLE>LANDING_LIGHTS_TOGGLE</KEY_ID_TOGGLE> <TT_DESCRIPTION_ID>@TT_Package.LIGHTING_#TT_INTERACTION_TYPE#_LIGHT_LANDING_ACTION_SET</TT_DESCRIPTION_ID> </Case> <Case Value="GLARESHIELD"> <TT_DESCRIPTION_ID>@TT_Package.LIGHTING_KNOB_GLARESHIELD_ACTION</TT_DESCRIPTION_ID> </Case> <Case Value="POTENTIOMETER"> <SIMVAR_NAME>LIGHT POTENTIOMETER</SIMVAR_NAME> <KEY_ID_SET>LIGHT_POTENTIOMETER_SET</KEY_ID_SET> <KEY_ID_ON/> <KEY_ID_OFF/> <KEY_ID_TOGGLE/> <KEY_POWER_SETTING_SET/> <INTEGRATED_POWER_SETTING_SIMVAR/> <TOOLTIP_TITLE>@TT_Package.LIGHTING_KNOB_GLARESHIELD_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION_ID>@TT_Package.LIGHTING_KNOB_POTENTIOMETER_ACTION</TT_DESCRIPTION_ID> <Condition Check="POTENTIOMETER"> <ID>#POTENTIOMETER#</ID> </Condition> </Case> <Case Value="BEACON"> <KEY_ID_TOGGLE>TOGGLE_BEACON_LIGHTS</KEY_ID_TOGGLE> </Case> <Case Value="NAV"> <TT_DESCRIPTION_ID>@TT_Package.LIGHTING_#TT_INTERACTION_TYPE#_LIGHT_NAV_ACTION_SET</TT_DESCRIPTION_ID> </Case> <Case Value="RECOGNITION"> <TT_DESCRIPTION_ID>@TT_Package.LIGHTING_#TT_INTERACTION_TYPE#_LIGHT_RECOGNITION_ACTION_SET</TT_DESCRIPTION_ID> </Case> <Case Value="PANEL"> <TT_DESCRIPTION_ID>@TT_Package.LIGHTING_#TT_INTERACTION_TYPE#_LIGHT_PANEL_ACTION_SET</TT_DESCRIPTION_ID> </Case> </Switch> </True> </Condition> <DEFAULT_INDICE_ON_CONFLICT>0</DEFAULT_INDICE_ON_CONFLICT> <Switch Param="TYPE"> <Case Value="Retractable"> <STATE_ON_ID>0</STATE_ON_ID> <STATE_OFF_ID>1</STATE_OFF_ID> <STATE_X_ID>2</STATE_X_ID> <STATE_X_VAR>L:#LIGHT_TYPE#_#SIMVAR_INDEX#_Retracted</STATE_X_VAR> <STATE_X_TT>(R:1:@TT_Package.GT_STATE_RETRACTED)</STATE_X_TT> <STATE_X_VALUE>0</STATE_X_VALUE> </Case> <Case Value="Auto"> <STATE_ON_ID>0</STATE_ON_ID> <STATE_X_ID>1</STATE_X_ID> <STATE_X_VAR>L:#LIGHT_TYPE#_#SIMVAR_INDEX#_Auto</STATE_X_VAR> <STATE_X_TT>@TT_Auto</STATE_X_TT> <STATE_X_VALUE>1</STATE_X_VALUE> <STATE_OFF_ID>2</STATE_OFF_ID> </Case> <Case Value="Dimmer"> <DIMMER_POS_0_VALUE>100</DIMMER_POS_0_VALUE> <DIMMER_POS_1_VALUE>50</DIMMER_POS_1_VALUE> <DIMMER_POS_2_VALUE>0</DIMMER_POS_2_VALUE> </Case> <Case Value="Dimmer_BrtOffDim"> <DIMMER_POS_0_VALUE>100</DIMMER_POS_0_VALUE> <DIMMER_POS_1_VALUE>0</DIMMER_POS_1_VALUE> <DIMMER_POS_2_VALUE>50</DIMMER_POS_2_VALUE> </Case> <Case Value="TwoSimvars"> <STATE_1ST_ID>0</STATE_1ST_ID> <STATE_2ND_ID>1</STATE_2ND_ID> <STATE_OFF_ID>2</STATE_OFF_ID> <STATE_ON_ID>-1</STATE_ON_ID> <STATE_1ST_TT>(R:1:@TT_Package.GT_STATE_TAKEOFF)</STATE_1ST_TT> <STATE_2ND_TT>(R:1:@TT_Package.GT_STATE_TAXI)</STATE_2ND_TT> <DEFAULT_INDICE_ON_CONFLICT>0</DEFAULT_INDICE_ON_CONFLICT> </Case> <Case Value="TwoIndices"> <STATE_1ST_ID>0</STATE_1ST_ID> <STATE_OFF_ID>1</STATE_OFF_ID> <STATE_ON_ID>2</STATE_ON_ID> <STATE_2ND_ID>-1</STATE_2ND_ID> <STATE_1ST_TT>(R:1:@TT_Package.GT_STATE_LOWERBEACON)</STATE_1ST_TT> <STATE_2ND_TT/> <DEFAULT_INDICE_ON_CONFLICT>2</DEFAULT_INDICE_ON_CONFLICT> </Case> </Switch> <Switch Param="INTERACTION_TYPE"> <Case Value="KNOB"> <CLOCKWISE_CODE/> <ANTICLOCKWISE_CODE/> </Case> <Case Value="SWITCH"/> <Case Value="PUSH"> <Switch Param="PUSH_TYPE"> <Case Value="AIRLINER"> <SEQ1_EMISSIVE_CODE>(A:LIGHT #LIGHT_TYPE#:#SIMVAR_INDEX#, Bool)</SEQ1_EMISSIVE_CODE> <SEQ2_EMISSIVE_CODE>(A:LIGHT #LIGHT_TYPE#:#SIMVAR_INDEX#, Bool)</SEQ2_EMISSIVE_CODE> </Case> <Default> <ONLY_SEQ1/> <SEQ1_EMISSIVE_CODE>(A:LIGHT #LIGHT_TYPE#:#SIMVAR_INDEX#, Bool)</SEQ1_EMISSIVE_CODE> </Default> </Switch> </Case> </Switch> </Parameters> <Parameters Type="Default"> <Switch Param="INTERACTION_TYPE"> <Case Value="KNOB"> <Condition Check="ID"> <True> <NODE_ID>LIGHTING_Knob_#LIGHT_TYPE#_#ID#</NODE_ID> <ANIM_NAME>LIGHTING_Knob_#LIGHT_TYPE#_#ID#</ANIM_NAME> </True> <False> <NODE_ID>LIGHTING_Knob_#LIGHT_TYPE#</NODE_ID> <ANIM_NAME>LIGHTING_Knob_#LIGHT_TYPE#</ANIM_NAME> </False> </Condition> </Case> <Default> <ANIM_NAME>LIGHTING_#INTERACTION_TYPE#_Light_#LIGHT_TYPE#_#ID#</ANIM_NAME> <NODE_ID>LIGHTING_#INTERACTION_TYPE#_Light_#LIGHT_TYPE#_#ID#</NODE_ID> </Default> </Switch> <PART_ID>LIGHTING_#INTERACTION_TYPE#_Light_#LIGHT_TYPE#</PART_ID> <Condition NotEmpty="KEY_ID_SET"> <True> <Condition NotEmpty="LIGHT_TYPE_2"> <True> <Switch Param="LIGHT_TYPE_2"> <Case Value="STROBE"> <KEY_ID_SET_2>STROBES_SET</KEY_ID_SET_2> <KEY_ID_ON_2>STROBES_ON</KEY_ID_ON_2> <KEY_ID_OFF_2>STROBES_OFF</KEY_ID_OFF_2> </Case> <Default> <KEY_ID_SET_2>#LIGHT_TYPE_2#_LIGHTS_SET</KEY_ID_SET_2> <KEY_ID_ON_2>#LIGHT_TYPE_2#_LIGHTS_ON</KEY_ID_ON_2> <KEY_ID_OFF_2>#LIGHT_TYPE_2#_LIGHTS_OFF</KEY_ID_OFF_2> </Default> </Switch> <KEY_ID_TOGGLE_2>#LIGHT_TYPE_2#_LIGHTS_TOGGLE</KEY_ID_TOGGLE_2> <SIMVAR_NAME_2>LIGHT #LIGHT_TYPE_2#</SIMVAR_NAME_2> </True> <False> <LIGHT_TYPE_2>#LIGHT_TYPE#</LIGHT_TYPE_2> <KEY_ID_SET_2>#KEY_ID_SET#</KEY_ID_SET_2> <KEY_ID_ON_2>#KEY_ID_ON#</KEY_ID_ON_2> <KEY_ID_OFF_2>#KEY_ID_OFF#</KEY_ID_OFF_2> <KEY_ID_TOGGLE_2>#KEY_ID_TOGGLE#</KEY_ID_TOGGLE_2> <SIMVAR_NAME_2>#SIMVAR_NAME#</SIMVAR_NAME_2> </False> </Condition> <Condition Check="POTENTIOMETER_2"> <True> <SIMVAR_INDEX_2>#POTENTIOMETER_2#</SIMVAR_INDEX_2> </True> <False> <SIMVAR_INDEX_2>#SIMVAR_INDEX#</SIMVAR_INDEX_2> <Condition Check="POTENTIOMETER"> <POTENTIOMETER_2>#POTENTIOMETER#</POTENTIOMETER_2> </Condition> </False> </Condition> </True> </Condition> </Parameters> <Parameters Type="Default"> <Condition> <Test> <Or> <Arg NotEmpty="TOOLTIP_TITLE"/> <Arg NotEmpty="TOOLTIP_TITLE_ID"/> </Or> </Test> <False> <TOOLTIP_TITLE>@TT_OverrideMe_Title</TOOLTIP_TITLE> <TOOLTIP_TITLE_IS_DYNAMIC>True</TOOLTIP_TITLE_IS_DYNAMIC> </False> </Condition> <Condition Check="LIGHT_TYPE" Match="POTENTIOMETER"> <True> <SET_SIMVAR>100 * #SIMVAR_INDEX# (&gt;K:2:#KEY_ID_SET#)</SET_SIMVAR> <SET_SIMVAR_2>100 * #SIMVAR_INDEX_2# (&gt;K:2:#KEY_ID_SET_2#)</SET_SIMVAR_2> </True> <False> <SET_SIMVAR>#SIMVAR_INDEX# r (&gt;K:2:#KEY_ID_SET#)</SET_SIMVAR> <SET_SIMVAR_2>#SIMVAR_INDEX_2# r (&gt;K:2:#KEY_ID_SET_2#)</SET_SIMVAR_2> </False> </Condition> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="Retractable"> <TYPE>OnOffX</TYPE> </Case> <Case Value="Auto"> <TYPE>OnOffX</TYPE> <LIGHT_UPDATE_CODE> (L:#LIGHT_TYPE#_#SIMVAR_INDEX#_Auto) if{ (A:SIM ON GROUND, Bool) ! 100 * (&gt;K:LIGHT_POTENTIOMETER_#POTENTIOMETER#_SET) } els{ 100 (&gt;K:LIGHT_POTENTIOMETER_#POTENTIOMETER#_SET) } </LIGHT_UPDATE_CODE> </Case> <Case Value="TwoIndices"> <TYPE>TwoSimvars</TYPE> </Case> <Case Value="Dimmer_BrtOffDim"> <TYPE>Dimmer</TYPE> </Case> </Switch> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="Dimmer"> <STATE_0_VALUE Process="Int">#DIMMER_POS_0_VALUE# 0 &gt;</STATE_0_VALUE> <STATE_1_VALUE Process="Int">#DIMMER_POS_1_VALUE# 0 &gt;</STATE_1_VALUE> <STATE_2_VALUE Process="Int">#DIMMER_POS_2_VALUE# 0 &gt;</STATE_2_VALUE> <STATE_ON_ID Process="Int">#DIMMER_POS_0_VALUE# 100 == if{ 0 quit } #DIMMER_POS_1_VALUE# 100 == if{ 1 quit } 2</STATE_ON_ID> <STATE_DIM_ID Process="Int">#DIMMER_POS_0_VALUE# s0 100 &lt; l0 0 &gt; and if{ 0 quit } #DIMMER_POS_1_VALUE# s0 100 &lt; l0 0 &gt; and if{ 1 quit } 2</STATE_DIM_ID> <STATE_OFF_ID Process="Int">#DIMMER_POS_0_VALUE# 0 == if{ 0 quit } #DIMMER_POS_1_VALUE# 0 == if{ 1 quit } 2</STATE_OFF_ID> </Case> </Switch> <Switch Param="INTERACTION_TYPE"> <Case Value="KNOB"> <CLOCKWISE_CODE> 1 (&gt;B:#LIGHT_INPUT_EVENT_ID#_Inc) </CLOCKWISE_CODE> <ANTICLOCKWISE_CODE> 1 (&gt;B:#LIGHT_INPUT_EVENT_ID#_Dec) </ANTICLOCKWISE_CODE> <Condition> <Test> <And> <Arg NotEmpty="LOWER_LIMIT"/> <Arg NotEmpty="UPPER_LIMIT"/> </And> </Test> <True> <ANIM_CODE>(B:#LIGHT_INPUT_EVENT_ID#) #LOWER_LIMIT# - #UPPER_LIMIT# #LOWER_LIMIT# - / 100 *</ANIM_CODE> </True> <False> <ANIM_CODE>(B:#LIGHT_INPUT_EVENT_ID#)</ANIM_CODE> </False> </Condition> </Case> </Switch> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="Dimmer"> <Loop> <Setup> <Param>CUR_ID</Param> <From>0</From> <Inc>1</Inc> <To>2</To> </Setup> <Do> <Condition Check="STATE_#CUR_ID#_VALUE" Match="0"> <True> <STATE_#CUR_ID#_OPERATOR>or</STATE_#CUR_ID#_OPERATOR> </True> <False> <STATE_#CUR_ID#_OPERATOR>and</STATE_#CUR_ID#_OPERATOR> </False> </Condition> </Do> </Loop> </Case> </Switch> </Parameters> <Parameters Type="Override"> <TOOLTIP_ENTRY_0>#LIGHT_INPUT_EVENT_ID#</TOOLTIP_ENTRY_0> <Switch Param="INTERACTION_TYPE"> <Case Value="SWITCH"> <SWITCH_POSITION_TYPE>L</SWITCH_POSITION_TYPE> <SWITCH_POSITION_VAR>#LIGHT_INPUT_EVENT_ID#</SWITCH_POSITION_VAR> <SIMVAR_TO_WATCH_0>LIGHT #LIGHT_TYPE#:#SIMVAR_INDEX#</SIMVAR_TO_WATCH_0> <Switch Param="TYPE"> <Case Value="OnOff"> <NUM_STATES>2</NUM_STATES> <LEFT_SINGLE_CODE>(&gt;B:#LIGHT_INPUT_EVENT_ID#_Toggle)</LEFT_SINGLE_CODE> <ANIM_CODE>(B:#LIGHT_INPUT_EVENT_ID#) #ANIM_MULTIPLIER#</ANIM_CODE> </Case> <Case Value="OnOff_TwoSimvars"> <NUM_STATES>2</NUM_STATES> <LEFT_SINGLE_CODE>(&gt;B:#LIGHT_INPUT_EVENT_ID#_Toggle)</LEFT_SINGLE_CODE> <ANIM_CODE>(B:#LIGHT_INPUT_EVENT_ID#) #ANIM_MULTIPLIER#</ANIM_CODE> </Case> <Case Value="ToggleSimvars"> <NUM_STATES>2</NUM_STATES> <LEFT_SINGLE_CODE>(&gt;B:#LIGHT_INPUT_EVENT_ID#_Toggle)</LEFT_SINGLE_CODE> <ANIM_CODE>(B:#LIGHT_INPUT_EVENT_ID#) #ANIM_MULTIPLIER#</ANIM_CODE> </Case> <Case Value="Dimmer"> <NUM_STATES>3</NUM_STATES> <CODE_POS_0>#STATE_0_VALUE# #SET_SIMVAR# #DIMMER_POS_0_VALUE# (&gt;K:LIGHT_POTENTIOMETER_#POTENTIOMETER#_SET)</CODE_POS_0> <CODE_POS_1>#STATE_1_VALUE# #SET_SIMVAR# #DIMMER_POS_1_VALUE# (&gt;K:LIGHT_POTENTIOMETER_#POTENTIOMETER#_SET)</CODE_POS_1> <CODE_POS_2>#STATE_2_VALUE# #SET_SIMVAR# #DIMMER_POS_2_VALUE# (&gt;K:LIGHT_POTENTIOMETER_#POTENTIOMETER#_SET)</CODE_POS_2> <STATE0_TEST>(A:#SIMVAR_NAME#:#SIMVAR_INDEX#, Bool) #STATE_0_VALUE# == (A:LIGHT POTENTIOMETER:#POTENTIOMETER#, Percent) #DIMMER_POS_0_VALUE# == #STATE_0_OPERATOR#</STATE0_TEST> <STATE1_TEST>(A:#SIMVAR_NAME#:#SIMVAR_INDEX#, Bool) #STATE_1_VALUE# == (A:LIGHT POTENTIOMETER:#POTENTIOMETER#, Percent) #DIMMER_POS_1_VALUE# == #STATE_1_OPERATOR#</STATE1_TEST> <STATE2_TEST>(A:#SIMVAR_NAME#:#SIMVAR_INDEX#, Bool) #STATE_2_VALUE# == (A:LIGHT POTENTIOMETER:#POTENTIOMETER#, Percent) #DIMMER_POS_2_VALUE# == #STATE_2_OPERATOR# </STATE2_TEST> </Case> <Case Value="OnOffX"> <NUM_STATES>3</NUM_STATES> <CODE_POS_#STATE_ON_ID#>0 (&gt;#STATE_X_VAR#) 1 #SET_SIMVAR#</CODE_POS_#STATE_ON_ID#> <CODE_POS_#STATE_OFF_ID#>0 (&gt;#STATE_X_VAR#) 0 #SET_SIMVAR#</CODE_POS_#STATE_OFF_ID#> <CODE_POS_#STATE_X_ID#>1 (&gt;#STATE_X_VAR#) #STATE_X_VALUE# #SET_SIMVAR#</CODE_POS_#STATE_X_ID#> <STATE#STATE_ON_ID#_TEST>(#STATE_X_VAR#) ! (A:#SIMVAR_NAME#:#SIMVAR_INDEX#, Bool) and</STATE#STATE_ON_ID#_TEST> <STATE#STATE_OFF_ID#_TEST>(#STATE_X_VAR#) ! (A:#SIMVAR_NAME#:#SIMVAR_INDEX#, Bool) ! and</STATE#STATE_OFF_ID#_TEST> <STATE#STATE_X_ID#_TEST>(#STATE_X_VAR#) (A:#SIMVAR_NAME#:#SIMVAR_INDEX#, Bool) #STATE_X_VALUE# == and</STATE#STATE_X_ID#_TEST> </Case> <Case Value="TwoSimvars"> <NUM_STATES>3</NUM_STATES> <Condition NotEmpty="STATE_1ST_ID"> <CODE_POS_#STATE_1ST_ID#>1 #SET_SIMVAR# 0 #SET_SIMVAR_2#</CODE_POS_#STATE_1ST_ID#> <STATE#STATE_1ST_ID#_TEST> (A:#SIMVAR_NAME#:#SIMVAR_INDEX#, Bool) (A:#SIMVAR_NAME_2#:#SIMVAR_INDEX_2#, Bool) ! and </STATE#STATE_1ST_ID#_TEST> </Condition> <Condition NotEmpty="STATE_2ND_ID"> <CODE_POS_#STATE_2ND_ID#>0 #SET_SIMVAR# 1 #SET_SIMVAR_2#</CODE_POS_#STATE_2ND_ID#> <STATE#STATE_2ND_ID#_TEST> (A:#SIMVAR_NAME#:#SIMVAR_INDEX#, Bool) ! (A:#SIMVAR_NAME_2#:#SIMVAR_INDEX_2#, Bool) and </STATE#STATE_2ND_ID#_TEST> </Condition> <Condition NotEmpty="STATE_ON_ID"> <CODE_POS_#STATE_ON_ID#>1 #SET_SIMVAR# 1 #SET_SIMVAR_2#</CODE_POS_#STATE_ON_ID#> <STATE#STATE_ON_ID#_TEST> (A:#SIMVAR_NAME#:#SIMVAR_INDEX#, Bool) (A:#SIMVAR_NAME_2#:#SIMVAR_INDEX_2#, Bool) and </STATE#STATE_ON_ID#_TEST> </Condition> <Condition NotEmpty="STATE_OFF_ID"> <CODE_POS_#STATE_OFF_ID#>0 #SET_SIMVAR# 0 #SET_SIMVAR_2#</CODE_POS_#STATE_OFF_ID#> <STATE#STATE_OFF_ID#_TEST> (A:#SIMVAR_NAME#:#SIMVAR_INDEX#, Bool) ! (A:#SIMVAR_NAME_2#:#SIMVAR_INDEX_2#, Bool) ! and </STATE#STATE_OFF_ID#_TEST> </Condition> <SIMVAR_TO_WATCH_1>LIGHT #LIGHT_TYPE_2#:#SIMVAR_INDEX_2#</SIMVAR_TO_WATCH_1> </Case> <Default> <NUM_STATES>3</NUM_STATES> </Default> </Switch> </Case> <Case Value="PUSH"> <LEFT_SINGLE_CODE>(&gt;B:#LIGHT_INPUT_EVENT_ID#_Toggle)</LEFT_SINGLE_CODE> <SIMVAR_TO_WATCH_0>LIGHT #LIGHT_TYPE#:#SIMVAR_INDEX#</SIMVAR_TO_WATCH_0> <Condition Check="REVERSE_SEQ"> <SEQ1_EMISSIVE_CODE>#SEQ2_EMISSIVE_CODE#</SEQ1_EMISSIVE_CODE> <SEQ2_EMISSIVE_CODE>#SEQ1_EMISSIVE_CODE#</SEQ2_EMISSIVE_CODE> </Condition> <NUM_STATES>2</NUM_STATES> </Case> <Case Value="KNOB"> <Switch Param="TYPE"> <Case Value="Off_FullToNone"> <NO_AUTHORITY_OVER_SWITCH_STATE>True</NO_AUTHORITY_OVER_SWITCH_STATE> <ANIM_CODE> (B:#LIGHT_INPUT_EVENT_ID#) 0.95 * (A:#SIMVAR_NAME#:#SIMVAR_INDEX#, Bool) ! 5 * + </ANIM_CODE> </Case> </Switch> </Case> </Switch> </Parameters> <Parameters Type="Default"> <Switch Param="INTERACTION_TYPE"> <Case Value="SWITCH"> <Switch Param="NUM_STATES"> <Case Value="2"> <WWISE_EVENT_1>#LIGHT_TYPE#_light_#INTERACTION_TYPE#_on</WWISE_EVENT_1> <WWISE_EVENT_2>#LIGHT_TYPE#_light_#INTERACTION_TYPE#_off</WWISE_EVENT_2> <NORMALIZED_TIME_1>0.1</NORMALIZED_TIME_1> <NORMALIZED_TIME_2>0.5</NORMALIZED_TIME_2> </Case> <Case Value="3"> <WWISE_EVENT>#LIGHT_TYPE#_light_#INTERACTION_TYPE#</WWISE_EVENT> </Case> </Switch> </Case> <Case Value="KNOB"> <WWISE_EVENT>lighting_knob_generic</WWISE_EVENT> <COUNT>100</COUNT> </Case> <Case Value="PUSH"> <WWISE_EVENT_1>#LIGHT_TYPE#_light_#INTERACTION_TYPE#_on</WWISE_EVENT_1> <WWISE_EVENT_2>#LIGHT_TYPE#_light_#INTERACTION_TYPE#_off</WWISE_EVENT_2> <NORMALIZED_TIME_1>0.1</NORMALIZED_TIME_1> <NORMALIZED_TIME_2>0.5</NORMALIZED_TIME_2> </Case> </Switch> </Parameters> <Switch Param="INTERACTION_TYPE"> <Case Value="KNOB"> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseInputEvent ID="LIGHTING"/> <UseTemplate Name="ASOBO_GT_Knob_Finite_Code"/> </Component> </Case> <Case Value="SWITCH"> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseInputEvent ID="LIGHTING"/> <Switch Param="NUM_STATES"> <Case Value="2"> <UseTemplate Name="ASOBO_GT_Switch_Code"/> </Case> <Case Value="3"> <UseTemplate Name="ASOBO_GT_Switch_XStates"> <CONSISTENCY_CHECKED_BY_INPUT_EVENT>True</CONSISTENCY_CHECKED_BY_INPUT_EVENT> </UseTemplate> </Case> </Switch> <Condition NotEmpty="LIGHT_UPDATE_CODE"> <UseTemplate Name="ASOBO_GT_Update"> <FREQUENCY>1</FREQUENCY> <UPDATE_CODE>#LIGHT_UPDATE_CODE#</UPDATE_CODE> </UseTemplate> </Condition> </Component> </Case> <Case Value="PUSH"> <Switch Param="PUSH_TYPE"> <Case Value="AIRLINER"> <UseTemplate Name="ASOBO_GT_Push_Button_Airliner"> <INPUT_EVENT_ID>LIGHTING</INPUT_EVENT_ID> </UseTemplate> </Case> <Default> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseInputEvent ID="LIGHTING"/> <UseTemplate Name="ASOBO_GT_Push_Button"/> </Component> </Default> </Switch> </Case> </Switch> </Template>

  Parameters initialization:

  • Default

    Parameters set:

    • TYPE
    • TT_DESCRIPTION
    • TT_DESCRIPTION_IS_DYNAMIC

    Condition: Check(LIGHT_TYPE)

    • Case: True

      Parameters set:

      • SIMVAR_INDEX (using POTENTIOMETER)
      • ANIM_MULTIPLIER
    • Case: False

      Parameters set:

      • ANIM_MULTIPLIER

      Condition: NotEmpty(ID)

      • Case: True

        Parameters set:

        • SIMVAR_INDEX (using ID)
      • Case: False

        Parameters set:

        • SIMVAR_INDEX

        Condition: Check(INTERACTION_TYPE)

        • Case: False

          Parameters set:

          • ID
  • Default

    Condition: Check(NO_AUTHORITY_OVER_SWITCH_STATE)

    • Case: True

      Parameters set:

      • LIGHT_INPUT_EVENT_ID (using LIGHT_TYPE, SIMVAR_INDEX)
    • Case: False

      Parameters set:

      • LIGHT_INPUT_EVENT_ID (using LIGHT_TYPE, SIMVAR_INDEX)
  • Override

    Condition: Switch(INTERACTION_TYPE)

    • Case: KNOB

      Parameters set:

      • TT_INTERACTION_TYPE
    • Default case:

      Parameters set:

      • TT_INTERACTION_TYPE
  • Default

    Parameters set:

    • DEFAULT_INDICE_ON_CONFLICT

    Condition: NotEmpty(LIGHT_TYPE)

    • Case: True

      Parameters set:

      • SIMVAR_NAME (using LIGHT_TYPE)
      • KEY_ID_SET (using LIGHT_TYPE)
      • KEY_ID_ON (using LIGHT_TYPE)
      • KEY_ID_OFF (using LIGHT_TYPE)
      • KEY_ID_TOGGLE (using LIGHT_TYPE)
      • KEY_POWER_SETTING_SET (using LIGHT_TYPE)
      • INTEGRATED_POWER_SETTING_SIMVAR (using LIGHT_TYPE, SIMVAR_INDEX)
      • TOOLTIP_TITLE (using LIGHT_TYPE)
      • TT_DESCRIPTION_ID (using TT_INTERACTION_TYPE, LIGHT_TYPE)

      Condition: Switch(LIGHT_TYPE)

      • Case: STROBE

        Parameters set:

        • KEY_ID_SET
        • KEY_ID_ON
        • KEY_ID_OFF
        • KEY_ID_TOGGLE
        • TT_DESCRIPTION_ID
        • TOOLTIP_TITLE
      • Case: LANDING

        Parameters set:

        • KEY_ID_TOGGLE
        • TT_DESCRIPTION_ID (using TT_INTERACTION_TYPE)
      • Case: GLARESHIELD

        Parameters set:

        • TT_DESCRIPTION_ID
      • Case: POTENTIOMETER

        Parameters set:

        • SIMVAR_NAME
        • KEY_ID_SET
        • KEY_ID_ON
        • KEY_ID_OFF
        • KEY_ID_TOGGLE
        • KEY_POWER_SETTING_SET
        • INTEGRATED_POWER_SETTING_SIMVAR
        • TOOLTIP_TITLE
        • TT_DESCRIPTION_ID

        Condition: Check(POTENTIOMETER)

        • Case: True

          Parameters set:

          • ID (using POTENTIOMETER)
      • Case: BEACON

        Parameters set:

        • KEY_ID_TOGGLE
      • Case: NAV

        Parameters set:

        • TT_DESCRIPTION_ID (using TT_INTERACTION_TYPE)
      • Case: RECOGNITION

        Parameters set:

        • TT_DESCRIPTION_ID (using TT_INTERACTION_TYPE)
      • Case: PANEL

        Parameters set:

        • TT_DESCRIPTION_ID (using TT_INTERACTION_TYPE)

    Condition: Switch(TYPE)

    • Case: Retractable

      Parameters set:

      • STATE_ON_ID
      • STATE_OFF_ID
      • STATE_X_ID
      • STATE_X_VAR (using LIGHT_TYPE, SIMVAR_INDEX)
      • STATE_X_TT
      • STATE_X_VALUE
    • Case: Auto

      Parameters set:

      • STATE_ON_ID
      • STATE_X_ID
      • STATE_X_VAR (using LIGHT_TYPE, SIMVAR_INDEX)
      • STATE_X_TT
      • STATE_X_VALUE
      • STATE_OFF_ID
    • Case: Dimmer

      Parameters set:

      • DIMMER_POS_0_VALUE
      • DIMMER_POS_1_VALUE
      • DIMMER_POS_2_VALUE
    • Case: Dimmer_BrtOffDim

      Parameters set:

      • DIMMER_POS_0_VALUE
      • DIMMER_POS_1_VALUE
      • DIMMER_POS_2_VALUE
    • Case: TwoSimvars

      Parameters set:

      • STATE_1ST_ID
      • STATE_2ND_ID
      • STATE_OFF_ID
      • STATE_ON_ID
      • STATE_1ST_TT
      • STATE_2ND_TT
      • DEFAULT_INDICE_ON_CONFLICT
    • Case: TwoIndices

      Parameters set:

      • STATE_1ST_ID
      • STATE_OFF_ID
      • STATE_ON_ID
      • STATE_2ND_ID
      • STATE_1ST_TT
      • STATE_2ND_TT
      • DEFAULT_INDICE_ON_CONFLICT

    Condition: Switch(INTERACTION_TYPE)

    • Case: KNOB

      Parameters set:

      • CLOCKWISE_CODE
      • ANTICLOCKWISE_CODE
    • Case: SWITCH
    • Case: PUSH

      Condition: Switch(PUSH_TYPE)

      • Case: AIRLINER

        Parameters set:

        • SEQ1_EMISSIVE_CODE (using LIGHT_TYPE, SIMVAR_INDEX)
        • SEQ2_EMISSIVE_CODE (using LIGHT_TYPE, SIMVAR_INDEX)
      • Default case:

        Parameters set:

        • ONLY_SEQ1
        • SEQ1_EMISSIVE_CODE (using LIGHT_TYPE, SIMVAR_INDEX)
  • Default

    Parameters set:

    • PART_ID (using INTERACTION_TYPE, LIGHT_TYPE)

    Condition: Switch(INTERACTION_TYPE)

    • Case: KNOB

      Condition: Check(ID)

      • Case: True

        Parameters set:

        • NODE_ID (using LIGHT_TYPE, ID)
        • ANIM_NAME (using LIGHT_TYPE, ID)
      • Case: False

        Parameters set:

        • NODE_ID (using LIGHT_TYPE)
        • ANIM_NAME (using LIGHT_TYPE)
    • Default case:

      Parameters set:

      • ANIM_NAME (using INTERACTION_TYPE, LIGHT_TYPE, ID)
      • NODE_ID (using INTERACTION_TYPE, LIGHT_TYPE, ID)

    Condition: NotEmpty(KEY_ID_SET)

    • Case: True

      Condition: NotEmpty(LIGHT_TYPE_2)

      • Case: True

        Parameters set:

        • KEY_ID_TOGGLE_2 (using LIGHT_TYPE_2)
        • SIMVAR_NAME_2 (using LIGHT_TYPE_2)

        Condition: Switch(LIGHT_TYPE_2)

        • Case: STROBE

          Parameters set:

          • KEY_ID_SET_2
          • KEY_ID_ON_2
          • KEY_ID_OFF_2
        • Default case:

          Parameters set:

          • KEY_ID_SET_2 (using LIGHT_TYPE_2)
          • KEY_ID_ON_2 (using LIGHT_TYPE_2)
          • KEY_ID_OFF_2 (using LIGHT_TYPE_2)
      • Case: False

        Parameters set:

        • LIGHT_TYPE_2 (using LIGHT_TYPE)
        • KEY_ID_SET_2 (using KEY_ID_SET)
        • KEY_ID_ON_2 (using KEY_ID_ON)
        • KEY_ID_OFF_2 (using KEY_ID_OFF)
        • KEY_ID_TOGGLE_2 (using KEY_ID_TOGGLE)
        • SIMVAR_NAME_2 (using SIMVAR_NAME)

      Condition: Check(POTENTIOMETER_2)

      • Case: True

        Parameters set:

        • SIMVAR_INDEX_2 (using POTENTIOMETER_2)
      • Case: False

        Parameters set:

        • SIMVAR_INDEX_2 (using SIMVAR_INDEX)

        Condition: Check(POTENTIOMETER)

        • Case: True

          Parameters set:

          • POTENTIOMETER_2 (using POTENTIOMETER)
  • Default

    Condition: Test(TOOLTIP_TITLE, TOOLTIP_TITLE_ID)

    • Case: False

      Parameters set:

      • TOOLTIP_TITLE
      • TOOLTIP_TITLE_IS_DYNAMIC

    Condition: Check(LIGHT_TYPE)

    • Case: True

      Parameters set:

      • SET_SIMVAR (using SIMVAR_INDEX, KEY_ID_SET)
      • SET_SIMVAR_2 (using SIMVAR_INDEX_2, KEY_ID_SET_2)
    • Case: False

      Parameters set:

      • SET_SIMVAR (using SIMVAR_INDEX, KEY_ID_SET)
      • SET_SIMVAR_2 (using SIMVAR_INDEX_2, KEY_ID_SET_2)
  • Override

    Condition: Switch(TYPE)

    • Case: Retractable

      Parameters set:

      • TYPE
    • Case: Auto

      Parameters set:

      • TYPE
      • LIGHT_UPDATE_CODE (using LIGHT_TYPE, SIMVAR_INDEX, POTENTIOMETER)
    • Case: TwoIndices

      Parameters set:

      • TYPE
    • Case: Dimmer_BrtOffDim

      Parameters set:

      • TYPE
  • Override

    Condition: Switch(TYPE)

    • Case: Dimmer

      Parameters set:

      • STATE_0_VALUE (using DIMMER_POS_0_VALUE)
      • STATE_1_VALUE (using DIMMER_POS_1_VALUE)
      • STATE_2_VALUE (using DIMMER_POS_2_VALUE)
      • STATE_ON_ID (using DIMMER_POS_0_VALUE, DIMMER_POS_1_VALUE)
      • STATE_DIM_ID (using DIMMER_POS_0_VALUE, DIMMER_POS_1_VALUE)
      • STATE_OFF_ID (using DIMMER_POS_0_VALUE, DIMMER_POS_1_VALUE)

    Condition: Switch(INTERACTION_TYPE)

    • Case: KNOB

      Parameters set:

      • CLOCKWISE_CODE (using LIGHT_INPUT_EVENT_ID)
      • ANTICLOCKWISE_CODE (using LIGHT_INPUT_EVENT_ID)

      Condition: Test(LOWER_LIMIT, UPPER_LIMIT)

      • Case: True

        Parameters set:

        • ANIM_CODE (using LIGHT_INPUT_EVENT_ID, LOWER_LIMIT, UPPER_LIMIT)
      • Case: False

        Parameters set:

        • ANIM_CODE (using LIGHT_INPUT_EVENT_ID)
  • Override

    Condition: Switch(TYPE)

    • Case: Dimmer

      Parameters set:

      • CUR_ID

      Condition: Check(STATE_#CUR_ID#_VALUE)

      • Case: True

        Parameters set:

        • STATE_#CUR_ID#_OPERATOR
      • Case: False

        Parameters set:

        • STATE_#CUR_ID#_OPERATOR
  • Override

    Parameters set:

    • TOOLTIP_ENTRY_0 (using LIGHT_INPUT_EVENT_ID)

    Condition: Switch(INTERACTION_TYPE)

    • Case: SWITCH

      Parameters set:

      • SWITCH_POSITION_TYPE
      • SWITCH_POSITION_VAR (using LIGHT_INPUT_EVENT_ID)
      • SIMVAR_TO_WATCH_0 (using LIGHT_TYPE, SIMVAR_INDEX)

      Condition: Switch(TYPE)

      • Case: OnOff

        Parameters set:

        • NUM_STATES
        • LEFT_SINGLE_CODE (using LIGHT_INPUT_EVENT_ID)
        • ANIM_CODE (using LIGHT_INPUT_EVENT_ID, ANIM_MULTIPLIER)
      • Case: OnOff_TwoSimvars

        Parameters set:

        • NUM_STATES
        • LEFT_SINGLE_CODE (using LIGHT_INPUT_EVENT_ID)
        • ANIM_CODE (using LIGHT_INPUT_EVENT_ID, ANIM_MULTIPLIER)
      • Case: ToggleSimvars

        Parameters set:

        • NUM_STATES
        • LEFT_SINGLE_CODE (using LIGHT_INPUT_EVENT_ID)
        • ANIM_CODE (using LIGHT_INPUT_EVENT_ID, ANIM_MULTIPLIER)
      • Case: Dimmer

        Parameters set:

        • NUM_STATES
        • CODE_POS_0 (using STATE_0_VALUE, SET_SIMVAR, DIMMER_POS_0_VALUE, POTENTIOMETER)
        • CODE_POS_1 (using STATE_1_VALUE, SET_SIMVAR, DIMMER_POS_1_VALUE, POTENTIOMETER)
        • CODE_POS_2 (using STATE_2_VALUE, SET_SIMVAR, DIMMER_POS_2_VALUE, POTENTIOMETER)
        • STATE0_TEST (using SIMVAR_NAME, SIMVAR_INDEX, STATE_0_VALUE, POTENTIOMETER, DIMMER_POS_0_VALUE, STATE_0_OPERATOR)
        • STATE1_TEST (using SIMVAR_NAME, SIMVAR_INDEX, STATE_1_VALUE, POTENTIOMETER, DIMMER_POS_1_VALUE, STATE_1_OPERATOR)
        • STATE2_TEST (using SIMVAR_NAME, SIMVAR_INDEX, STATE_2_VALUE, POTENTIOMETER, DIMMER_POS_2_VALUE, STATE_2_OPERATOR)
      • Case: OnOffX

        Parameters set:

        • NUM_STATES
        • CODE_POS_#STATE_ON_ID# (using STATE_X_VAR, SET_SIMVAR)
        • CODE_POS_#STATE_OFF_ID# (using STATE_X_VAR, SET_SIMVAR)
        • CODE_POS_#STATE_X_ID# (using STATE_X_VAR, STATE_X_VALUE, SET_SIMVAR)
        • STATE#STATE_ON_ID#_TEST (using STATE_X_VAR, SIMVAR_NAME, SIMVAR_INDEX)
        • STATE#STATE_OFF_ID#_TEST (using STATE_X_VAR, SIMVAR_NAME, SIMVAR_INDEX)
        • STATE#STATE_X_ID#_TEST (using STATE_X_VAR, SIMVAR_NAME, SIMVAR_INDEX, STATE_X_VALUE)
      • Case: TwoSimvars

        Parameters set:

        • NUM_STATES
        • SIMVAR_TO_WATCH_1 (using LIGHT_TYPE_2, SIMVAR_INDEX_2)

        Condition: NotEmpty(STATE_1ST_ID)

        • Case: True

          Parameters set:

          • CODE_POS_#STATE_1ST_ID# (using SET_SIMVAR, SET_SIMVAR_2)
          • STATE#STATE_1ST_ID#_TEST (using SIMVAR_NAME, SIMVAR_INDEX, SIMVAR_NAME_2, SIMVAR_INDEX_2)

        Condition: NotEmpty(STATE_2ND_ID)

        • Case: True

          Parameters set:

          • CODE_POS_#STATE_2ND_ID# (using SET_SIMVAR, SET_SIMVAR_2)
          • STATE#STATE_2ND_ID#_TEST (using SIMVAR_NAME, SIMVAR_INDEX, SIMVAR_NAME_2, SIMVAR_INDEX_2)

        Condition: NotEmpty(STATE_ON_ID)

        • Case: True

          Parameters set:

          • CODE_POS_#STATE_ON_ID# (using SET_SIMVAR, SET_SIMVAR_2)
          • STATE#STATE_ON_ID#_TEST (using SIMVAR_NAME, SIMVAR_INDEX, SIMVAR_NAME_2, SIMVAR_INDEX_2)

        Condition: NotEmpty(STATE_OFF_ID)

        • Case: True

          Parameters set:

          • CODE_POS_#STATE_OFF_ID# (using SET_SIMVAR, SET_SIMVAR_2)
          • STATE#STATE_OFF_ID#_TEST (using SIMVAR_NAME, SIMVAR_INDEX, SIMVAR_NAME_2, SIMVAR_INDEX_2)
      • Default case:

        Parameters set:

        • NUM_STATES
    • Case: PUSH

      Parameters set:

      • LEFT_SINGLE_CODE (using LIGHT_INPUT_EVENT_ID)
      • SIMVAR_TO_WATCH_0 (using LIGHT_TYPE, SIMVAR_INDEX)
      • NUM_STATES

      Condition: Check(REVERSE_SEQ)

      • Case: True

        Parameters set:

        • SEQ1_EMISSIVE_CODE (using SEQ2_EMISSIVE_CODE)
        • SEQ2_EMISSIVE_CODE (using SEQ1_EMISSIVE_CODE)
    • Case: KNOB

      Condition: Switch(TYPE)

      • Case: Off_FullToNone

        Parameters set:

        • NO_AUTHORITY_OVER_SWITCH_STATE
        • ANIM_CODE (using LIGHT_INPUT_EVENT_ID, SIMVAR_NAME, SIMVAR_INDEX)
  • Default

    Condition: Switch(INTERACTION_TYPE)

    • Case: SWITCH

      Condition: Switch(NUM_STATES)

      • Case: 2

        Parameters set:

        • WWISE_EVENT_1 (using LIGHT_TYPE, INTERACTION_TYPE)
        • WWISE_EVENT_2 (using LIGHT_TYPE, INTERACTION_TYPE)
        • NORMALIZED_TIME_1
        • NORMALIZED_TIME_2
      • Case: 3

        Parameters set:

        • WWISE_EVENT (using LIGHT_TYPE, INTERACTION_TYPE)
    • Case: KNOB

      Parameters set:

      • WWISE_EVENT
      • COUNT
    • Case: PUSH

      Parameters set:

      • WWISE_EVENT_1 (using LIGHT_TYPE, INTERACTION_TYPE)
      • WWISE_EVENT_2 (using LIGHT_TYPE, INTERACTION_TYPE)
      • NORMALIZED_TIME_1
      • NORMALIZED_TIME_2

  Condition: Switch(INTERACTION_TYPE)

  • Case: KNOB

    Parameters read:

    • NODE_ID

    Components:

    • #NODE_ID# (Node: #NODE_ID#)

      Templates used:

      • ASOBO_GT_Knob_Finite_Code
        • May include a subtemplate using the parameter 'EXTRA_INTERACTION' and resolve to the following template(s):
          • ASOBO_GT_Interaction_WheelAndContinuousLeft_LeftSingle
          • ASOBO_GT_Interaction_WheelAndContinuousLeft
  • Case: SWITCH

    Parameters read:

    • NODE_ID

    Components:

    • #NODE_ID# (Node: #NODE_ID#)

      Condition: Switch(NUM_STATES)

      • Case: 2

        Templates used:

        • ASOBO_GT_Switch_Code
      • Case: 3

        Templates used:

        • ASOBO_GT_Switch_XStates

          Parameters set:

          • CONSISTENCY_CHECKED_BY_INPUT_EVENT

      Condition: NotEmpty(LIGHT_UPDATE_CODE)

      • Case: True

        Templates used:

        • ASOBO_GT_Update

          Parameters set:

          • FREQUENCY
          • UPDATE_CODE (using LIGHT_UPDATE_CODE)
  • Case: PUSH

    Condition: Switch(PUSH_TYPE)

    • Case: AIRLINER

      Templates used:

      • ASOBO_GT_Push_Button_Airliner

        Parameters set:

        • INPUT_EVENT_ID
    • Default case:

      Parameters read:

      • NODE_ID

      Components:

      • #NODE_ID# (Node: #NODE_ID#)

        Templates used:

        • ASOBO_GT_Push_Button
  [Go back to top] [Go back to index]

• ASOBO_LIGHTING_Emissive_SubTemplate

  Definition from XML
  <Template Name="ASOBO_LIGHTING_Emissive_SubTemplate"> <DefaultTemplateParameters> <EMISSIVE_CODE>1</EMISSIVE_CODE> <Condition Valid="USE_INTEGRATED_POWER_SETTING"> <SIMVAR_INDEX>1</SIMVAR_INDEX> </Condition> </DefaultTemplateParameters> <UseTemplate Name="ASOBO_LIGHTING_Emissive_SubSubTemplate"> <Condition Check="NO_POTENTIOMETER_FACTOR"> <False> <Condition Valid="USE_INTEGRATED_POWER_SETTING"> <True> <EMISSIVE_CODE>#EMISSIVE_CODE# (A:#LIGHT_SIMVAR_POWER_SETTING#:#SIMVAR_INDEX#, Percent over 100) *</EMISSIVE_CODE> </True> <False> <EMISSIVE_CODE>#EMISSIVE_CODE# (A:LIGHT POTENTIOMETER:#POTENTIOMETER#, Percent over 100) *</EMISSIVE_CODE> </False> </Condition> </False> </Condition> </UseTemplate> </Template>

  Parameters initialization:

  • Default

    Parameters set:

    • EMISSIVE_CODE

    Condition: Valid(USE_INTEGRATED_POWER_SETTING)

    • Case: True

      Parameters set:

      • SIMVAR_INDEX

  Templates used:

  • ASOBO_LIGHTING_Emissive_SubSubTemplate

    Condition: Check(NO_POTENTIOMETER_FACTOR)

    • Case: False

      Condition: Valid(USE_INTEGRATED_POWER_SETTING)

      • Case: True

        Parameters set:

        • EMISSIVE_CODE (using EMISSIVE_CODE, LIGHT_SIMVAR_POWER_SETTING, SIMVAR_INDEX)
      • Case: False

        Parameters set:

        • EMISSIVE_CODE (using EMISSIVE_CODE, POTENTIOMETER)
  [Go back to top] [Go back to index]

• ASOBO_LIGHTING_Emissive_SubSubTemplate

  Definition from XML
  <Template Name="ASOBO_LIGHTING_Emissive_SubSubTemplate"> <Component ID="#NODE_ID#_Emissive" Node="#NODE_ID#"> <UseTemplate Name="ASOBO_GT_Emissive_Gauge"> <Condition Check="NO_SIMVAR_LIGHT"> <False> <Condition Check="SIMVAR_LIGHT"> <Condition Check="SIMVAR_INDEX"> <TRUE> <EMISSIVE_CODE>#EMISSIVE_CODE# (A:#SIMVAR_LIGHT#:#SIMVAR_INDEX#, Bool) * (A:#SIMVAR_LIGHT_ON#:#SIMVAR_INDEX#, Bool) *</EMISSIVE_CODE> </TRUE> <FALSE> <EMISSIVE_CODE>#EMISSIVE_CODE# (A:#SIMVAR_LIGHT#, Bool) * (A:#SIMVAR_LIGHT_ON#, Bool) *</EMISSIVE_CODE> </FALSE> </Condition> </Condition> </False> </Condition> </UseTemplate> </Component> </Template>

  Parameters read:

  • NODE_ID

  Components:

  • #NODE_ID#_Emissive (Node: #NODE_ID#)

    Templates used:

    • ASOBO_GT_Emissive_Gauge

      Condition: Check(NO_SIMVAR_LIGHT)

      • Case: False

        Condition: Check(SIMVAR_LIGHT)

        • Case: True

          Condition: Check(SIMVAR_INDEX)

          • Case: True

            Parameters set:

            • TRUE
          • Case: False

            Parameters set:

            • FALSE
  [Go back to top] [Go back to index]

• ASOBO_LIGHTING_Toggle_Var_SubTemplate

  Definition from XML
  <Template Name="ASOBO_LIGHTING_Toggle_Var_SubTemplate"> <Parameters Type="Default"> <WWISE_EVENT_1>common_light_switch_on</WWISE_EVENT_1> <WWISE_EVENT_2>common_light_switch_off</WWISE_EVENT_2> <VAR_NAME>LIGHTING_#IE_VAR_ID#_Position</VAR_NAME> <TT_ICON>MOVE_Y</TT_ICON> </Parameters> <Parameters Type="Override"> <BTN_ID>#IE_VAR_ID#</BTN_ID> </Parameters> <Component ID="#NODE_ID#" Node="#NODE_ID#"> <UseInputEvent ID="LIGHTING"> <ANIM>EXTERNAL</ANIM> <SET_STATE_EXTERNAL>p0 (O:#VAR_NAME#) != if{ l0 (&gt;O:#VAR_NAME#) }</SET_STATE_EXTERNAL> <GET_STATE_EXTERNAL>(O:#VAR_NAME#) sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> </UseInputEvent> <UseTemplate Name="ASOBO_GT_Switch_Code"> <TOOLTIP_ENTRY_0>LIGHTING_#IE_VAR_ID#</TOOLTIP_ENTRY_0> <ANIM_CODE>(B:LIGHTING_#BTN_ID#, Bool) 100 *</ANIM_CODE> <LEFT_SINGLE_CODE>(&gt;B:LIGHTING_#BTN_ID#_Toggle)</LEFT_SINGLE_CODE> </UseTemplate> </Component> </Template>

  Parameters initialization:

  • Default

    Parameters set:

    • WWISE_EVENT_1
    • WWISE_EVENT_2
    • VAR_NAME (using IE_VAR_ID)
    • TT_ICON
  • Override

    Parameters set:

    • BTN_ID (using IE_VAR_ID)

  Parameters read:

  • NODE_ID

  Components:

  • #NODE_ID# (Node: #NODE_ID#)

    Parameters set:

    • ANIM
    • SET_STATE_EXTERNAL (using VAR_NAME)
    • GET_STATE_EXTERNAL (using VAR_NAME)
    • SIM_STATE_IS_ON_EXTERNAL

    Templates used:

    • ASOBO_GT_Switch_Code

      Parameters set:

      • TOOLTIP_ENTRY_0 (using IE_VAR_ID)
      • ANIM_CODE (using BTN_ID)
      • LEFT_SINGLE_CODE (using BTN_ID)
  [Go back to top] [Go back to index]

• ASOBO_LIGHTING_Light_Base_Template

  Definition from XML
  <Template Name="ASOBO_LIGHTING_Light_Base_Template"> <Parameters Type="Default"> <Switch Param="INTERACTION_TYPE"> <Case Value="Knob"> <LIGHT_TEMPLATE_TO_USE>ASOBO_LIGHTING_Light_Intensity_Template</LIGHT_TEMPLATE_TO_USE> <THRESHOLD_INPUT>0.0001</THRESHOLD_INPUT> <THRESHOLD_MOUSE>0.001</THRESHOLD_MOUSE> </Case> <Default> <LIGHT_TEMPLATE_TO_USE>ASOBO_LIGHTING_Light_State_Template</LIGHT_TEMPLATE_TO_USE> </Default> </Switch> <Condition> <Test> <And> <Arg NotEmpty="LIGHT_TYPE"/> <Not> <Arg NotEmpty="LIGHT_TYPE_0"/> </Not> </And> </Test> <True> <LIGHT_TYPE_0>#LIGHT_TYPE#</LIGHT_TYPE_0> </True> </Condition> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="DIMMER_SWITCH"> <LIGHT_TEMPLATE_TO_USE>ASOBO_LIGHTING_Light_Intensity_Template</LIGHT_TEMPLATE_TO_USE> </Case> </Switch> </Parameters> <Condition NotEmpty="LIGHT_TYPE_0"> <True> <Loop> <Setup> <Param>CUR_ID</Param> <From>0</From> <Inc>1</Inc> <While> <Arg NotEmpty="LIGHT_TYPE_#CUR_ID#"/> </While> </Setup> <Do> <Parameters Type="Default" Lifetime="Loop"> <LIGHT_TYPE_COUNT>0</LIGHT_TYPE_COUNT> </Parameters> <Parameters Type="Override"> <LIGHT_TYPE Process="Param">LIGHT_TYPE_#CUR_ID#</LIGHT_TYPE> </Parameters> <Parameters Type="Default"> <SIMVAR_NAME>LIGHT #LIGHT_TYPE#</SIMVAR_NAME> <KEY_ID_SET>#LIGHT_TYPE#_LIGHTS_SET</KEY_ID_SET> <KEY_ID_ON>#LIGHT_TYPE#_LIGHTS_ON</KEY_ID_ON> <KEY_ID_OFF>#LIGHT_TYPE#_LIGHTS_OFF</KEY_ID_OFF> <KEY_ID_TOGGLE>TOGGLE_#LIGHT_TYPE#_LIGHTS</KEY_ID_TOGGLE> <KEY_POWER_SETTING_SET>#LIGHT_TYPE#_LIGHTS_POWER_SETTING_SET</KEY_POWER_SETTING_SET> <INTEGRATED_POWER_SETTING_SIMVAR>LIGHT #LIGHT_TYPE# POWER SETTING</INTEGRATED_POWER_SETTING_SIMVAR> <Condition NotEmpty="SIMVAR_INDEX_#CUR_ID#"> <True> <SIMVAR_INDEX Process="Param">SIMVAR_INDEX_#CUR_ID#</SIMVAR_INDEX> </True> <False> <SIMVAR_INDEX>1</SIMVAR_INDEX> </False> </Condition> </Parameters> <Parameters Type="Override"> <Switch Param="LIGHT_TYPE"> <Case Value="LANDING"> <KEY_ID_TOGGLE>LANDING_LIGHTS_TOGGLE</KEY_ID_TOGGLE> </Case> <Case Value="PANEL"> <KEY_ID_TOGGLE>PANEL_LIGHTS_TOGGLE</KEY_ID_TOGGLE> </Case> <Case Value="GLARESHIELD"> <KEY_ID_TOGGLE>GLARESHIELD_LIGHTS_TOGGLE</KEY_ID_TOGGLE> </Case> <Case Value="PEDESTRAL"> <KEY_ID_TOGGLE>PEDESTRAL_LIGHTS_TOGGLE</KEY_ID_TOGGLE> </Case> <Case Value="STROBE"> <KEY_ID_SET>STROBES_SET</KEY_ID_SET> <KEY_ID_ON>STROBES_ON</KEY_ID_ON> <KEY_ID_OFF>STROBES_OFF</KEY_ID_OFF> <KEY_ID_TOGGLE>STROBES_TOGGLE</KEY_ID_TOGGLE> </Case> <Default> <KEY_POWER_SETTING_SET>#LIGHT_TYPE#_LIGHTS_POWER_SETTING_SET</KEY_POWER_SETTING_SET> <INTEGRATED_POWER_SETTING_SIMVAR>LIGHT #LIGHT_TYPE# POWER SETTING</INTEGRATED_POWER_SETTING_SIMVAR> </Default> </Switch> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <LIGHT_TYPE_COUNT Process="Int">#LIGHT_TYPE_COUNT# 1 +</LIGHT_TYPE_COUNT> <SIMVAR_TO_WATCH_#CUR_ID#>#SIMVAR_NAME#:#SIMVAR_INDEX#</SIMVAR_TO_WATCH_#CUR_ID#> <SIMVAR_INDEX_#CUR_ID#>#SIMVAR_INDEX#</SIMVAR_INDEX_#CUR_ID#> <SIMVAR_NAME_#CUR_ID#>#SIMVAR_NAME#:#SIMVAR_INDEX#</SIMVAR_NAME_#CUR_ID#> <KEY_ID_SET_#CUR_ID#>#KEY_ID_SET#</KEY_ID_SET_#CUR_ID#> <KEY_ID_ON_#CUR_ID#>#KEY_ID_ON#</KEY_ID_ON_#CUR_ID#> <KEY_ID_OFF_#CUR_ID#>#KEY_ID_OFF#</KEY_ID_OFF_#CUR_ID#> <KEY_ID_TOGGLE_#CUR_ID#>#KEY_ID_TOGGLE#</KEY_ID_TOGGLE_#CUR_ID#> <KEY_POWER_SETTING_SET_#CUR_ID#>#KEY_POWER_SETTING_SET#</KEY_POWER_SETTING_SET_#CUR_ID#> <INTEGRATED_POWER_SETTING_SIMVAR_#CUR_ID#>#INTEGRATED_POWER_SETTING_SIMVAR#:#SIMVAR_INDEX#</INTEGRATED_POWER_SETTING_SIMVAR_#CUR_ID#> <LIGHT_TYPE_#CUR_ID#>#LIGHT_TYPE#</LIGHT_TYPE_#CUR_ID#> </Parameters> </Do> <Then> <Condition> <Test> <Greater> <Value>LIGHT_TYPE_COUNT</Value> <Number>1</Number> </Greater> </Test> <True> <UseTemplate Name="ASOBO_LIGHTING_Light_State_Template"> <MULTI_LIGHT>True</MULTI_LIGHT> </UseTemplate> </True> <False> <UseTemplate Name="#LIGHT_TEMPLATE_TO_USE#"> <SIMVAR_NAME Process="Param">SIMVAR_NAME_0</SIMVAR_NAME> <SIMVAR_INDEX Process="Param">SIMVAR_INDEX_0</SIMVAR_INDEX> <KEY_ID_SET Process="Param">KEY_ID_SET_0</KEY_ID_SET> <KEY_ID_ON Process="Param">KEY_ID_ON_0</KEY_ID_ON> <KEY_ID_OFF Process="Param">KEY_ID_OFF_0</KEY_ID_OFF> <KEY_ID_TOGGLE Process="Param">KEY_ID_TOGGLE_0</KEY_ID_TOGGLE> <KEY_POWER_SETTING_SET Process="Param">KEY_POWER_SETTING_SET_0</KEY_POWER_SETTING_SET> <INTEGRATED_POWER_SETTING_SIMVAR Process="Param">INTEGRATED_POWER_SETTING_SIMVAR_0</INTEGRATED_POWER_SETTING_SIMVAR> </UseTemplate> </False> </Condition> </Then> </Loop> </True> <False> <UseTemplate Name="#LIGHT_TEMPLATE_TO_USE#"/> </False> </Condition> </Template>

  Parameters initialization:

  • Default

    Condition: Switch(INTERACTION_TYPE)

    • Case: Knob

      Parameters set:

      • LIGHT_TEMPLATE_TO_USE
      • THRESHOLD_INPUT
      • THRESHOLD_MOUSE
    • Default case:

      Parameters set:

      • LIGHT_TEMPLATE_TO_USE

    Condition: Test(LIGHT_TYPE, LIGHT_TYPE_0)

    • Case: True

      Parameters set:

      • LIGHT_TYPE_0 (using LIGHT_TYPE)
  • Override

    Condition: Switch(TYPE)

    • Case: DIMMER_SWITCH

      Parameters set:

      • LIGHT_TEMPLATE_TO_USE

  Condition: NotEmpty(LIGHT_TYPE_0)

  • Case: True

    Parameters read:

    • CUR_ID

    Parameters set:

    • CUR_ID
    • LIGHT_TYPE_COUNT
    • LIGHT_TYPE (using CUR_ID)
    • SIMVAR_NAME (using LIGHT_TYPE)
    • KEY_ID_SET (using LIGHT_TYPE)
    • KEY_ID_ON (using LIGHT_TYPE)
    • KEY_ID_OFF (using LIGHT_TYPE)
    • KEY_ID_TOGGLE (using LIGHT_TYPE)
    • KEY_POWER_SETTING_SET (using LIGHT_TYPE)
    • INTEGRATED_POWER_SETTING_SIMVAR (using LIGHT_TYPE)
    • LIGHT_TYPE_COUNT (using LIGHT_TYPE_COUNT)
    • SIMVAR_TO_WATCH_#CUR_ID# (using SIMVAR_NAME, SIMVAR_INDEX)
    • SIMVAR_INDEX_#CUR_ID# (using SIMVAR_INDEX)
    • SIMVAR_NAME_#CUR_ID# (using SIMVAR_NAME, SIMVAR_INDEX)
    • KEY_ID_SET_#CUR_ID# (using KEY_ID_SET)
    • KEY_ID_ON_#CUR_ID# (using KEY_ID_ON)
    • KEY_ID_OFF_#CUR_ID# (using KEY_ID_OFF)
    • KEY_ID_TOGGLE_#CUR_ID# (using KEY_ID_TOGGLE)
    • KEY_POWER_SETTING_SET_#CUR_ID# (using KEY_POWER_SETTING_SET)
    • INTEGRATED_POWER_SETTING_SIMVAR_#CUR_ID# (using INTEGRATED_POWER_SETTING_SIMVAR, SIMVAR_INDEX)
    • LIGHT_TYPE_#CUR_ID# (using LIGHT_TYPE)

    Condition: NotEmpty(SIMVAR_INDEX_#CUR_ID#)

    • Case: True

      Parameters set:

      • SIMVAR_INDEX (using CUR_ID)
    • Case: False

      Parameters set:

      • SIMVAR_INDEX

    Condition: Switch(LIGHT_TYPE)

    • Case: LANDING

      Parameters set:

      • KEY_ID_TOGGLE
    • Case: PANEL

      Parameters set:

      • KEY_ID_TOGGLE
    • Case: GLARESHIELD

      Parameters set:

      • KEY_ID_TOGGLE
    • Case: PEDESTRAL

      Parameters set:

      • KEY_ID_TOGGLE
    • Case: STROBE

      Parameters set:

      • KEY_ID_SET
      • KEY_ID_ON
      • KEY_ID_OFF
      • KEY_ID_TOGGLE
    • Default case:

      Parameters set:

      • KEY_POWER_SETTING_SET (using LIGHT_TYPE)
      • INTEGRATED_POWER_SETTING_SIMVAR (using LIGHT_TYPE)

    Condition: Test(LIGHT_TYPE_COUNT)

    • Case: True

      Templates used:

      • ASOBO_LIGHTING_Light_State_Template

        Parameters set:

        • MULTI_LIGHT
    • Case: False

      Parameters read:

      • LIGHT_TEMPLATE_TO_USE

      Templates used:

      • #LIGHT_TEMPLATE_TO_USE#
        • May resolve to the following template(s):
          • ASOBO_LIGHTING_Light_Intensity_Template
          • ASOBO_LIGHTING_Light_State_Template

        Parameters set:

        • SIMVAR_NAME
        • SIMVAR_INDEX
        • KEY_ID_SET
        • KEY_ID_ON
        • KEY_ID_OFF
        • KEY_ID_TOGGLE
        • KEY_POWER_SETTING_SET
        • INTEGRATED_POWER_SETTING_SIMVAR
  • Case: False

    Parameters read:

    • LIGHT_TEMPLATE_TO_USE

    Templates used:

    • #LIGHT_TEMPLATE_TO_USE#
      • May resolve to the following template(s):
        • ASOBO_LIGHTING_Light_Intensity_Template
        • ASOBO_LIGHTING_Light_State_Template
  [Go back to top] [Go back to index]

• ASOBO_LIGHTING_Light_State_Template

  Definition from XML
  <Template Name="ASOBO_LIGHTING_Light_State_Template"> <Parameters Type="Override"> <Condition Valid="MULTI_LIGHT"> <Switch Param="SWITCH_TYPE"> <Case Value="ON_OFF"> <NUM_STATES>2</NUM_STATES> </Case> <Case Value="OFF_EACH"> <NUM_STATES Process="Int">#LIGHT_TYPE_COUNT# 1 +</NUM_STATES> </Case> </Switch> </Condition> </Parameters> <Parameters Type="Default"> <Condition Valid="MULTI_LIGHT"> <True> <Switch Param="SWITCH_TYPE"> <Case Value="ON_OFF"> <POS_ON>0</POS_ON> <POS_OFF>1</POS_OFF> </Case> <Case Value="OFF_EACH"> <POS_COUNT>#LIGHT_TYPE_COUNT#</POS_COUNT> <POS_OFF>1</POS_OFF> <Condition Check="LIGHT_TYPE_COUNT" Match="2"> <POS_LIGHT_ID_0>0</POS_LIGHT_ID_0> <POS_LIGHT_ID_1>2</POS_LIGHT_ID_1> </Condition> </Case> <Default> <Loop> <Setup> <Param>CUR_ID</Param> <From>0</From> <Inc>1</Inc> <To>#NUM_STATES#</To> </Setup> <Do> <POS_LIGHT_ID_#CUR_ID#>#CUR_ID#</POS_LIGHT_ID_#CUR_ID#> </Do> </Loop> <POS_COUNT>#NUM_STATES#</POS_COUNT> </Default> </Switch> </True> <False> <TOOLTIP_TITLE>@TT_Package.LIGHTING_SWITCH_LIGHT_#LIGHT_TYPE#_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION_ID>@TT_Package.LIGHTING_SWITCH_LIGHT_#LIGHT_TYPE#_ACTION</TT_DESCRIPTION_ID> </False> </Condition> </Parameters> <Parameters Type="Default"> <Condition Valid="MULTI_LIGHT"> <True> <Switch Param="SWITCH_TYPE"> <Case Value="ON_OFF"> <Loop> <Setup> <Param>CUR_ID</Param> <From>0</From> <Inc>1</Inc> <While> <Lower> <Value>CUR_ID</Value> <Value>LIGHT_TYPE_COUNT</Value> </Lower> </While> </Setup> <Do> <Parameters Type="Override"> <SIMVAR_NAME Process="Param">SIMVAR_NAME_#CUR_ID#</SIMVAR_NAME> <SIMVAR_INDEX Process="Param">SIMVAR_INDEX_#CUR_ID#</SIMVAR_INDEX> <KEY_ID_TOGGLE Process="Param">KEY_ID_TOGGLE_#CUR_ID#</KEY_ID_TOGGLE> <LIGHT_TYPE Process="Param">LIGHT_TYPE_#ID#</LIGHT_TYPE> </Parameters> <Parameters Type="Default" Lifetime="Loop"> <SET_STATE_EXTERNAL_T/> <GET_STATE_EXTERNAL_T/> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <SET_STATE_EXTERNAL_T>#SET_STATE_EXTERNAL_T# p0 (A:#SIMVAR_NAME#, Bool) != if{ #SIMVAR_INDEX# (&gt;K:#KEY_ID_TOGGLE#) }</SET_STATE_EXTERNAL_T> <GET_STATE_EXTERNAL_T>#GET_STATE_EXTERNAL_T# (A:#SIMVAR_NAME#, Bool) sp#CUR_ID#</GET_STATE_EXTERNAL_T> </Parameters> </Do> <Then> <SET_STATE_EXTERNAL>#SET_STATE_EXTERNAL_T#</SET_STATE_EXTERNAL> <GET_STATE_EXTERNAL>#GET_STATE_EXTERNAL_T#</GET_STATE_EXTERNAL> </Then> </Loop> </Case> <Default> <Loop> <Setup> <Param>CUR_ID</Param> <From>0</From> <Inc>1</Inc> <While> <Arg NotEmpty="POS_LIGHT_ID_#CUR_ID#"/> </While> </Setup> <Do> <Parameters Type="Override"> <CUR_POS Process="Param">POS_LIGHT_ID_#CUR_ID#</CUR_POS> <SIMVAR_NAME Process="Param">SIMVAR_NAME_#CUR_ID#</SIMVAR_NAME> <SIMVAR_INDEX Process="Param">SIMVAR_INDEX_#CUR_ID#</SIMVAR_INDEX> <KEY_ID_TOGGLE Process="Param">KEY_ID_TOGGLE_#CUR_ID#</KEY_ID_TOGGLE> <LIGHT_TYPE Process="Param">LIGHT_TYPE_#CUR_ID#</LIGHT_TYPE> </Parameters> <Parameters Type="Default" Lifetime="Loop"> <SET_STATE_#CUR_POS#_T/> <ON_STATE_CHANGED_EXTERNAL_CODE_T/> <GET_STATE_EXTERNAL_T/> </Parameters> <Parameters Type="Override"> <SET_STATE_POS Process="Param">SET_STATE_#CUR_POS#_T</SET_STATE_POS> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <ON_STATE_CHANGED_EXTERNAL_CODE_T>#ON_STATE_CHANGED_EXTERNAL_CODE_T# l0 #CUR_POS# == (A:#SIMVAR_NAME#, Bool) != if{ #SIMVAR_INDEX# (&gt;K:#KEY_ID_TOGGLE#) }</ON_STATE_CHANGED_EXTERNAL_CODE_T> <GET_STATE_EXTERNAL_T>#GET_STATE_EXTERNAL_T# (A:#SIMVAR_NAME#, Bool) sp#CUR_ID#</GET_STATE_EXTERNAL_T> </Parameters> <SET_STATE_#CUR_POS#>#CUR_POS# sp0</SET_STATE_#CUR_POS#> <TT_VALUE_#CUR_POS#>@TT_Package.GT_STATE_#LIGHT_TYPE#</TT_VALUE_#CUR_POS#> </Do> <Then> <SET_STATE_#POS_OFF#>#POS_OFF# sp0</SET_STATE_#POS_OFF#> <STR_STATE_#POS_OFF#>Off</STR_STATE_#POS_OFF#> <TT_VALUE_#POS_OFF#>@TT_Package.GT_STATE_OFF</TT_VALUE_#POS_OFF#> <ON_STATE_CHANGED_EXTERNAL_CODE>#ON_STATE_CHANGED_EXTERNAL_CODE_T#</ON_STATE_CHANGED_EXTERNAL_CODE> <GET_STATE_EXTERNAL>#GET_STATE_EXTERNAL_T#</GET_STATE_EXTERNAL> </Then> </Loop> </Default> </Switch> </True> <False> <SET_STATE_EXTERNAL>p0 (A:#SIMVAR_NAME#, Bool) != if{ #SIMVAR_INDEX# (&gt;K:#KEY_ID_TOGGLE#) }</SET_STATE_EXTERNAL> <GET_STATE_EXTERNAL>(A:#SIMVAR_NAME#, Bool) sp0</GET_STATE_EXTERNAL> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_LIGHTING_Base_Template"> <LIGHT_TYPE/> </UseTemplate> </Template>

  Parameters initialization:

  • Override

    Condition: Valid(MULTI_LIGHT)

    • Case: True

      Condition: Switch(SWITCH_TYPE)

      • Case: ON_OFF

        Parameters set:

        • NUM_STATES
      • Case: OFF_EACH

        Parameters set:

        • NUM_STATES (using LIGHT_TYPE_COUNT)
  • Default

    Condition: Valid(MULTI_LIGHT)

    • Case: True

      Condition: Switch(SWITCH_TYPE)

      • Case: ON_OFF

        Parameters set:

        • POS_ON
        • POS_OFF
      • Case: OFF_EACH

        Parameters set:

        • POS_COUNT (using LIGHT_TYPE_COUNT)
        • POS_OFF

        Condition: Check(LIGHT_TYPE_COUNT)

        • Case: True

          Parameters set:

          • POS_LIGHT_ID_0
          • POS_LIGHT_ID_1
      • Default case:

        Parameters read:

        • NUM_STATES

        Parameters set:

        • CUR_ID
        • POS_LIGHT_ID_#CUR_ID# (using CUR_ID)
        • POS_COUNT (using NUM_STATES)
    • Case: False

      Parameters set:

      • TOOLTIP_TITLE (using LIGHT_TYPE)
      • TT_DESCRIPTION_ID (using LIGHT_TYPE)
  • Default

    Condition: Valid(MULTI_LIGHT)

    • Case: True

      Condition: Switch(SWITCH_TYPE)

      • Case: ON_OFF

        Parameters read:

        • CUR_ID
        • LIGHT_TYPE_COUNT

        Parameters set:

        • CUR_ID
        • SIMVAR_NAME (using CUR_ID)
        • SIMVAR_INDEX (using CUR_ID)
        • KEY_ID_TOGGLE (using CUR_ID)
        • LIGHT_TYPE (using ID)
        • SET_STATE_EXTERNAL_T
        • GET_STATE_EXTERNAL_T
        • SET_STATE_EXTERNAL_T (using SET_STATE_EXTERNAL_T, SIMVAR_NAME, SIMVAR_INDEX, KEY_ID_TOGGLE)
        • GET_STATE_EXTERNAL_T (using GET_STATE_EXTERNAL_T, SIMVAR_NAME, CUR_ID)
        • SET_STATE_EXTERNAL (using SET_STATE_EXTERNAL_T)
        • GET_STATE_EXTERNAL (using GET_STATE_EXTERNAL_T)
      • Default case:

        Parameters read:

        • CUR_ID

        Parameters set:

        • CUR_ID
        • CUR_POS (using CUR_ID)
        • SIMVAR_NAME (using CUR_ID)
        • SIMVAR_INDEX (using CUR_ID)
        • KEY_ID_TOGGLE (using CUR_ID)
        • LIGHT_TYPE (using CUR_ID)
        • SET_STATE_#CUR_POS#_T
        • ON_STATE_CHANGED_EXTERNAL_CODE_T
        • GET_STATE_EXTERNAL_T
        • SET_STATE_POS (using CUR_POS)
        • ON_STATE_CHANGED_EXTERNAL_CODE_T (using ON_STATE_CHANGED_EXTERNAL_CODE_T, CUR_POS, SIMVAR_NAME, SIMVAR_INDEX, KEY_ID_TOGGLE)
        • GET_STATE_EXTERNAL_T (using GET_STATE_EXTERNAL_T, SIMVAR_NAME, CUR_ID)
        • SET_STATE_#CUR_POS# (using CUR_POS)
        • TT_VALUE_#CUR_POS# (using LIGHT_TYPE)
        • SET_STATE_#POS_OFF# (using POS_OFF)
        • STR_STATE_#POS_OFF#
        • TT_VALUE_#POS_OFF#
        • ON_STATE_CHANGED_EXTERNAL_CODE (using ON_STATE_CHANGED_EXTERNAL_CODE_T)
        • GET_STATE_EXTERNAL (using GET_STATE_EXTERNAL_T)
    • Case: False

      Parameters set:

      • SET_STATE_EXTERNAL (using SIMVAR_NAME, SIMVAR_INDEX, KEY_ID_TOGGLE)
      • GET_STATE_EXTERNAL (using SIMVAR_NAME)

  Templates used:

  • ASOBO_LIGHTING_Base_Template

    Parameters set:

    • LIGHT_TYPE
  [Go back to top] [Go back to index]

• ASOBO_LIGHTING_Light_Intensity_Template

  Definition from XML
  <Template Name="ASOBO_LIGHTING_Light_Intensity_Template"> <Parameters Type="Override"> <Switch> <Case Valid="USE_INTEGRATED_POWER_SETTING"> <TYPE>POWER_SETTING</TYPE> </Case> <Case NotEmpty="POTENTIOMETER"> <TYPE>POTENTIOMETER</TYPE> </Case> </Switch> </Parameters> <Parameters Type="Override"> <Switch Param="TYPE"> <Case Value="POWER_SETTING"> <Condition NotEmpty="POWER_SETTING_ID"> <True> <SET_POWER_SETTING>#POWER_SETTING_ID# (&gt;K:2:ELECTRICAL_CIRCUIT_POWER_SETTING_SET)</SET_POWER_SETTING> <GET_POWER_SETTING>(A:CIRCUIT POWER SETTING:#POWER_SETTING_ID#, Percent)</GET_POWER_SETTING> <SIMVAR_TO_WATCH_0>CIRCUIT POWER SETTING:#POWER_SETTING_ID#</SIMVAR_TO_WATCH_0> </True> <False> <SET_POWER_SETTING>#SIMVAR_INDEX# (&gt;K:2:#KEY_POWER_SETTING_SET#)</SET_POWER_SETTING> <GET_POWER_SETTING>(A:#INTEGRATED_POWER_SETTING_SIMVAR#, Percent)</GET_POWER_SETTING> <SIMVAR_TO_WATCH_0>#INTEGRATED_POWER_SETTING_SIMVAR#</SIMVAR_TO_WATCH_0> </False> </Condition> </Case> <Case Value="POTENTIOMETER"> <SET_POWER_SETTING>#POTENTIOMETER# (&gt;K:2:LIGHT_POTENTIOMETER_SET)</SET_POWER_SETTING> <GET_POWER_SETTING>(A:LIGHT POTENTIOMETER:#POTENTIOMETER#, percent)</GET_POWER_SETTING> <SIMVAR_TO_WATCH_0>LIGHT POTENTIOMETER:#POTENTIOMETER#</SIMVAR_TO_WATCH_0> </Case> </Switch> </Parameters> <Parameters Type="Default"> <Switch Param="TYPE"> <Case Value="POWER_SETTING"> <TOOLTIP_TITLE>@TT_Package.LIGHTING_KNOB_LIGHT_#LIGHT_TYPE#_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION_ID>@TT_Package.LIGHTING_KNOB_LIGHT_#LIGHT_TYPE#_ACTION</TT_DESCRIPTION_ID> </Case> <Case Value="POTENTIOMETER"> <TOOLTIP_TITLE>@TT_Package.LIGHTING_KNOB_POTENTIOMETER_TITLE</TOOLTIP_TITLE> <TT_DESCRIPTION_ID>@TT_Package.LIGHTING_KNOB_POTENTIOMETER_ACTION</TT_DESCRIPTION_ID> </Case> </Switch> </Parameters> <Parameters Type="Default"> <Switch Param="INTERACTION_TYPE"> <Case Value="Switch"> <POW_SETTING_0>100</POW_SETTING_0> <POW_SETTING_1>0</POW_SETTING_1> <DEFAULT_POW_SETTING>100</DEFAULT_POW_SETTING> </Case> </Switch> <Condition NotEmpty="LIGHT_TYPE"> <WWISE_PREFIX>#LIGHT_TYPE#_light</WWISE_PREFIX> </Condition> </Parameters> <Parameters Type="Default"> <Condition NotEmpty="POW_SETTING_0"> <True> <Loop> <Setup> <Param>CUR_ID</Param> <From>0</From> <Inc>1</Inc> <While> <Arg NotEmpty="POW_SETTING_#CUR_ID#"/> </While> </Setup> <Do> <Parameters Type="Default" Lifetime="Loop"> <POW_SETTING_COUNT>0</POW_SETTING_COUNT> <ENUM_VAL_TO_POS_EXTERNAL_T/> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <POW_SETTING_COUNT Process="Int">#POW_SETTING_COUNT# 1 +</POW_SETTING_COUNT> <POW_SETTING Process="Param">POW_SETTING_#CUR_ID#</POW_SETTING> </Parameters> <Parameters Type="Override" Lifetime="Loop"> <ENUM_VAL_TO_POS_EXTERNAL_T>#ENUM_VAL_TO_POS_EXTERNAL_T# #POW_SETTING# l0 == if{ #CUR_ID# sp1 g1 }</ENUM_VAL_TO_POS_EXTERNAL_T> </Parameters> <SET_STATE_#CUR_ID#>#POW_SETTING# #SET_POWER_SETTING#</SET_STATE_#CUR_ID#> <STR_STATE_#CUR_ID#>Set_To_#POW_SETTING#_Percent</STR_STATE_#CUR_ID#> </Do> <Then> <NUM_STATES>#POW_SETTING_COUNT#</NUM_STATES> <GET_STATE_EXTERNAL>#GET_POWER_SETTING# near sp0</GET_STATE_EXTERNAL> <TT_VALUE>#GET_POWER_SETTING# &apos;%d%%&apos; @sprintf</TT_VALUE> <ENUM_VAL_TO_POS_EXTERNAL>#ENUM_VAL_TO_POS_EXTERNAL_T# #DEFAULT_POW_SETTING# #SET_POWER_SETTING# :1 l1</ENUM_VAL_TO_POS_EXTERNAL> <TT_VALUE_IS_DYNAMIC>True</TT_VALUE_IS_DYNAMIC> </Then> </Loop> </True> <False> <GET_STATE_EXTERNAL>#GET_POWER_SETTING#</GET_STATE_EXTERNAL> <SET_STATE_EXTERNAL>#SET_POWER_SETTING#</SET_STATE_EXTERNAL> </False> </Condition> </Parameters> <UseTemplate Name="ASOBO_LIGHTING_Base_Template"> <LIGHT_TYPE/> </UseTemplate> </Template>

  Parameters initialization:

  • Override

    Condition: Switch

    • Case: Valid(USE_INTEGRATED_POWER_SETTING)

      Parameters set:

      • TYPE
    • Case: NotEmpty(POTENTIOMETER)

      Parameters set:

      • TYPE
  • Override

    Condition: Switch(TYPE)

    • Case: POWER_SETTING

      Condition: NotEmpty(POWER_SETTING_ID)

      • Case: True

        Parameters set:

        • SET_POWER_SETTING (using POWER_SETTING_ID)
        • GET_POWER_SETTING (using POWER_SETTING_ID)
        • SIMVAR_TO_WATCH_0 (using POWER_SETTING_ID)
      • Case: False

        Parameters set:

        • SET_POWER_SETTING (using SIMVAR_INDEX, KEY_POWER_SETTING_SET)
        • GET_POWER_SETTING (using INTEGRATED_POWER_SETTING_SIMVAR)
        • SIMVAR_TO_WATCH_0 (using INTEGRATED_POWER_SETTING_SIMVAR)
    • Case: POTENTIOMETER

      Parameters set:

      • SET_POWER_SETTING (using POTENTIOMETER)
      • GET_POWER_SETTING (using POTENTIOMETER)
      • SIMVAR_TO_WATCH_0 (using POTENTIOMETER)
  • Default

    Condition: Switch(TYPE)

    • Case: POWER_SETTING

      Parameters set:

      • TOOLTIP_TITLE (using LIGHT_TYPE)
      • TT_DESCRIPTION_ID (using LIGHT_TYPE)
    • Case: POTENTIOMETER

      Parameters set:

      • TOOLTIP_TITLE
      • TT_DESCRIPTION_ID
  • Default

    Condition: Switch(INTERACTION_TYPE)

    • Case: Switch

      Parameters set:

      • POW_SETTING_0
      • POW_SETTING_1
      • DEFAULT_POW_SETTING

    Condition: NotEmpty(LIGHT_TYPE)

    • Case: True

      Parameters set:

      • WWISE_PREFIX (using LIGHT_TYPE)
  • Default

    Condition: NotEmpty(POW_SETTING_0)

    • Case: True

      Parameters read:

      • CUR_ID

      Parameters set:

      • CUR_ID
      • POW_SETTING_COUNT
      • ENUM_VAL_TO_POS_EXTERNAL_T
      • POW_SETTING_COUNT (using POW_SETTING_COUNT)
      • POW_SETTING (using CUR_ID)
      • ENUM_VAL_TO_POS_EXTERNAL_T (using ENUM_VAL_TO_POS_EXTERNAL_T, POW_SETTING, CUR_ID)
      • SET_STATE_#CUR_ID# (using POW_SETTING, SET_POWER_SETTING)
      • STR_STATE_#CUR_ID# (using POW_SETTING)
      • NUM_STATES (using POW_SETTING_COUNT)
      • GET_STATE_EXTERNAL (using GET_POWER_SETTING)
      • TT_VALUE (using GET_POWER_SETTING)
      • ENUM_VAL_TO_POS_EXTERNAL (using ENUM_VAL_TO_POS_EXTERNAL_T, DEFAULT_POW_SETTING, SET_POWER_SETTING)
      • TT_VALUE_IS_DYNAMIC
    • Case: False

      Parameters set:

      • GET_STATE_EXTERNAL (using GET_POWER_SETTING)
      • SET_STATE_EXTERNAL (using SET_POWER_SETTING)

  Templates used:

  • ASOBO_LIGHTING_Base_Template

    Parameters set:

    • LIGHT_TYPE
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