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Asobo\NAVCOM\ADF.xml
Source XML
<ModelBehaviors>
<Include RelativeFile="Navcomsystem.xml"/>
<!-- ####### -->
<!-- Presets -->
<!-- ADF AS87 -->
<Template Name="ASOBO_INSTRUMENT_ADF_Template">
<UseTemplate Name="ASOBO_ADF_AS87_Template"/>
</Template>
<Template Name="ASOBO_ADF_AS87_Template">
<Parameters Type="Default">
<ID>1</ID>
</Parameters>
<UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender">
<TEMPLATE_TO_CALL>ASOBO_ADF_AS87_SubTemplate</TEMPLATE_TO_CALL>
</UseTemplate>
</Template>
<Template Name="ASOBO_ADF_AS87_SubTemplate">
<Parameters Type="Default">
<ANIM_LAG>400</ANIM_LAG>
<EMISSIVE_POTENTIOMETER>1</EMISSIVE_POTENTIOMETER>
<BUTTON_EMISSIVE_FACTOR>1</BUTTON_EMISSIVE_FACTOR>
<ANIM_NEVER_FAILS>True</ANIM_NEVER_FAILS>
<Condition Check="CIRCUIT_ADF">
<FAILURE>(A:CIRCUIT ON:#CIRCUIT_ADF#, Bool)</FAILURE>
</Condition>
<NODE_ID_ADF_VOLUME>ADF_Knob_Volume#SUFFIX_ID#</NODE_ID_ADF_VOLUME>
<ANIM_NAME_ADF_VOLUME>ADF_Knob_Volume#SUFFIX_ID#</ANIM_NAME_ADF_VOLUME>
<NODE_ID_PUSH_ADF>ADF_Push_ADF#SUFFIX_ID#</NODE_ID_PUSH_ADF>
<ANIM_NAME_PUSH_ADF>ADF_Push_ADF#SUFFIX_ID#</ANIM_NAME_PUSH_ADF>
<NODE_ID_PUSH_BFO>ADF_Push_BFO#SUFFIX_ID#</NODE_ID_PUSH_BFO>
<ANIM_NAME_PUSH_BFO>ADF_Push_BFO#SUFFIX_ID#</ANIM_NAME_PUSH_BFO>
<NODE_ID_PUSH_FRQ>ADF_Push_FRQ#SUFFIX_ID#</NODE_ID_PUSH_FRQ>
<ANIM_NAME_PUSH_FRQ>ADF_Push_FRQ#SUFFIX_ID#</ANIM_NAME_PUSH_FRQ>
<NODE_ID_PUSH_FLT>ADF_Push_FLT#SUFFIX_ID#</NODE_ID_PUSH_FLT>
<ANIM_NAME_PUSH_FLT>ADF_Push_FLT#SUFFIX_ID#</ANIM_NAME_PUSH_FLT>
<NODE_ID_PUSH_SET_RESET>ADF_Push_SetReset#SUFFIX_ID#</NODE_ID_PUSH_SET_RESET>
<ANIM_NAME_PUSH_SET_RESET>ADF_Push_SetReset#SUFFIX_ID#</ANIM_NAME_PUSH_SET_RESET>
<NODE_ID_FRAME>ADF_Frame#SUFFIX_ID#</NODE_ID_FRAME>
<NODE_ID_SCREEN>ADF_Screen#SUFFIX_ID#</NODE_ID_SCREEN>
<NODE_ID_100_KHZ>ADF_Knob_Frequency_MHz#SUFFIX_ID#</NODE_ID_100_KHZ>
<ANIM_NAME_100_KHZ>ADF_Knob_Frequency_MHz#SUFFIX_ID#</ANIM_NAME_100_KHZ>
<NODE_ID_1_10_KHZ>ADF_Knob_Frequency_KHz#SUFFIX_ID#</NODE_ID_1_10_KHZ>
<ANIM_NAME_1_10_KHZ>ADF_Knob_Frequency_KHz#SUFFIX_ID#</ANIM_NAME_1_10_KHZ>
<ANIM_NAME_1_10_KHZ_PUSH>ADF_Knob_Frequency_KHz_Push#SUFFIX_ID#</ANIM_NAME_1_10_KHZ_PUSH>
</Parameters>
<UseTemplate Name="ASOBO_Button_ADF_ID_Template">
<BUTTON_ID>ADF_ANT_MODE_TOGGLE</BUTTON_ID>
<HTML_EVENT>adf_AntAdf</HTML_EVENT>
<NODE_ID>#NODE_ID_PUSH_ADF#</NODE_ID>
<ANIM_NAME>#ANIM_NAME_PUSH_ADF#</ANIM_NAME>
</UseTemplate>
<UseTemplate Name="ASOBO_Button_ADF_ID_Template">
<BUTTON_ID>BFO</BUTTON_ID>
<HTML_EVENT>adf_bfo</HTML_EVENT>
<NODE_ID>#NODE_ID_PUSH_BFO#</NODE_ID>
<ANIM_NAME>#ANIM_NAME_PUSH_BFO#</ANIM_NAME>
</UseTemplate>
<UseTemplate Name="ASOBO_Button_ADF_ID_Template">
<BUTTON_ID>FRQ</BUTTON_ID>
<HTML_EVENT>adf_frqTransfert</HTML_EVENT>
<NODE_ID>#NODE_ID_PUSH_FRQ#</NODE_ID>
<ANIM_NAME>#ANIM_NAME_PUSH_FRQ#</ANIM_NAME>
</UseTemplate>
<UseTemplate Name="ASOBO_Button_ADF_ID_Template">
<BUTTON_ID>FLTET</BUTTON_ID>
<HTML_EVENT>adf_FltEt</HTML_EVENT>
<NODE_ID>#NODE_ID_PUSH_FLT#</NODE_ID>
<ANIM_NAME>#ANIM_NAME_PUSH_FLT#</ANIM_NAME>
</UseTemplate>
<UseTemplate Name="ASOBO_Button_ADF_ID_Template">
<BUTTON_ID>SETRESET</BUTTON_ID>
<HTML_EVENT>adf_SetRst</HTML_EVENT>
<NODE_ID>#NODE_ID_PUSH_SET_RESET#</NODE_ID>
<ANIM_NAME>#ANIM_NAME_PUSH_SET_RESET#</ANIM_NAME>
</UseTemplate>
<UseTemplate Name="ASOBO_ADF_Knob_Volume_Template">
<NODE_ID>#NODE_ID_ADF_VOLUME#</NODE_ID>
<ANIM_NAME>#ANIM_NAME_ADF_VOLUME#</ANIM_NAME>
</UseTemplate>
<UseTemplate Name="ASOBO_GT_Component_Emissive_Gauge">
<NODE_ID>#NODE_ID_FRAME#</NODE_ID>
<EMISSIVE_CODE>(A:LIGHT POTENTIOMETER:#EMISSIVE_POTENTIOMETER#, percent over 100)</EMISSIVE_CODE>
</UseTemplate>
<UseTemplate Name="ASOBO_GT_Component_Emissive_Gauge">
<NODE_ID>#NODE_ID_SCREEN#</NODE_ID>
<EMISSIVE_CODE>0.5</EMISSIVE_CODE>
</UseTemplate>
<Component ID="ADF_Frequency_Knobs#SUFFIX_ID#">
<UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Template">
<WWISE_EVENT>adf_frequency_outer_knob</WWISE_EVENT>
<COUNT>36</COUNT>
<THRESHOLD_INPUT>0.0005</THRESHOLD_INPUT>
<THRESHOLD_MOUSE>0.01</THRESHOLD_MOUSE>
<INTERACTION_TYPE>Knob</INTERACTION_TYPE>
<TT_DESCRIPTION_ID>@TT_Package.ADF_KNOB_FREQUENCY_PARAM_KHZ_ACTION</TT_DESCRIPTION_ID>
<TT_DESCRIPTION_INDEX>100</TT_DESCRIPTION_INDEX>
<TOOLTIP_TITLE>@TT_Package.ADF_KNOB_FREQUENCY_KHZ_TITLE</TOOLTIP_TITLE>
<KNOB_ID>ADF_Freq_100_Khz</KNOB_ID>
<ANIM_NAME>#ANIM_NAME_100_KHZ#</ANIM_NAME>
<NODE_ID>#NODE_ID_100_KHZ#</NODE_ID>
<FORMAT_VALUE>'%d' @sprintf</FORMAT_VALUE>
<GET_TT_VALUE_STATE>(A:ADF STANDBY FREQUENCY:#ID#, Khz) s0 100 / int 10 % l0 1000 / int 10 % 10 * +</GET_TT_VALUE_STATE>
<EVENT_CW>(>K:ADF_100_INC)</EVENT_CW>
<EVENT_CCW>(>K:ADF_100_DEC)</EVENT_CCW>
<IS_INFINITE>True</IS_INFINITE>
</UseTemplate>
<Component ID="#NODE_ID_1_10_KHZ#" Node="#NODE_ID_1_10_KHZ#">
<Parameters Type="Override">
<BTN_ID_EXTERNAL>ADF_Freq_Increment</BTN_ID_EXTERNAL>
<VAR_NAME>XMLVAR_ADF_Frequency_10_Khz</VAR_NAME>
<VAR_TYPE>L</VAR_TYPE>
<FORMAT_VALUE>'%d' @sprintf</FORMAT_VALUE>
</Parameters>
<UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Push_Event_Only_Template">
<BTN_ID>#BTN_ID_EXTERNAL#</BTN_ID>
<GET_STATE_EXTERNAL>(#VAR_TYPE#:#VAR_NAME#) sp0</GET_STATE_EXTERNAL>
<SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL>
<SET_STATE_ON>1 (>#VAR_TYPE#:#VAR_NAME#)</SET_STATE_ON>
<TT_VALUE_ON>'10 Khz'</TT_VALUE_ON>
<SET_STATE_OFF>0 (>#VAR_TYPE#:#VAR_NAME#)</SET_STATE_OFF>
<TT_VALUE_OFF>'1 Khz'</TT_VALUE_OFF>
<TT_DESCRIPTION_ID>@TT_Package.ADF_KNOB_FREQUENCY_INCREMENT_ACTION</TT_DESCRIPTION_ID>
<TT_DESCRIPTION_INDEX>100</TT_DESCRIPTION_INDEX>
</UseTemplate>
<UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Template">
<KNOB_ID>ADF_Freq_1_10_Khz</KNOB_ID>
<BTN_EXTERNAL_BINDING_TO_CALL>_Toggle</BTN_EXTERNAL_BINDING_TO_CALL>
<CREATE_COMPONENT>False</CREATE_COMPONENT>
<WWISE_EVENT>adf_frequency_inner_knob</WWISE_EVENT>
<WWISE_EVENT_1>ADF_knob_push_button_on</WWISE_EVENT_1>
<WWISE_EVENT_2>ADF_knob_push_button_off</WWISE_EVENT_2>
<NORMALIZED_TIME_1>0.1</NORMALIZED_TIME_1>
<NORMALIZED_TIME_2>0.1</NORMALIZED_TIME_2>
<COUNT>36</COUNT>
<THRESHOLD_X_INPUT>0.1</THRESHOLD_X_INPUT>
<THRESHOLD_X_MOUSE>0.005</THRESHOLD_X_MOUSE>
<INTERACTION_TYPE>Knob</INTERACTION_TYPE>
<NODE_ID>#NODE_ID_1_10_KHZ#</NODE_ID>
<KNOB_TYPE>Infinite_Pull</KNOB_TYPE>
<TEMPLATE_VARIANT/>
<ANIM_CODE>(#VAR_TYPE#:#VAR_NAME#) 100 *</ANIM_CODE>
<ANIM_NAME_KNOB>#ANIM_NAME_1_10_KHZ#</ANIM_NAME_KNOB>
<ANIM_NAME_PULL>#ANIM_NAME_1_10_KHZ_PUSH#</ANIM_NAME_PULL>
<TT_DESCRIPTION_ID>@TT_Package.ADF_KNOB_FREQUENCY_1_10_KHZ_ACTION</TT_DESCRIPTION_ID>
<TOOLTIP_TITLE>@TT_Package.ADF_KNOB_FREQUENCY_KHZ_TITLE</TOOLTIP_TITLE>
<EVENT_CW>(#VAR_TYPE#:#VAR_NAME#) if{ (>K:ADF_10_INC) } els{ (>K:ADF_1_INC) }</EVENT_CW>
<EVENT_CCW>(#VAR_TYPE#:#VAR_NAME#) if{ (>K:ADF_10_DEC) } els{ (>K:ADF_1_DEC) }</EVENT_CCW>
<GET_TT_VALUE_STATE>(A:ADF STANDBY FREQUENCY:#ID#, Khz) sp0 (#VAR_TYPE#:#VAR_NAME#) if{ l0 10 / int 10 % } els{ l0 int 10 % }</GET_TT_VALUE_STATE>
<EXTRA_INTERACTION>_LeftSingle</EXTRA_INTERACTION>
<IS_INFINITE>True</IS_INFINITE>
<COUNT>36</COUNT>
</UseTemplate>
</Component>
</Component>
</Template>
<!-- ADF AS300 -->
<Template Name="ASOBO_ADF_AS300_Template">
<Parameters Type="Default">
<ID>1</ID>
</Parameters>
<UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender">
<TEMPLATE_TO_CALL>ASOBO_ADF_AS300_SubTemplate</TEMPLATE_TO_CALL>
</UseTemplate>
</Template>
<Template Name="ASOBO_ADF_AS300_SubTemplate">
<Parameters Type="Default">
<NODE_ID_SCREEN>ADF_Screen</NODE_ID_SCREEN>
<NODE_ID_100_KHZ>ADF_Knob_Frequency_MHz#SUFFIX_ID#</NODE_ID_100_KHZ>
<ANIM_NAME_100_KHZ>ADF_Knob_Frequency_MHz#SUFFIX_ID#</ANIM_NAME_100_KHZ>
<NODE_ID_10_KHZ>ADF_Knob_Frequency_KHz#SUFFIX_ID#</NODE_ID_10_KHZ>
<ANIM_NAME_10_KHZ>ADF_Knob_Frequency_KHz#SUFFIX_ID#</ANIM_NAME_10_KHZ>
<NODE_ID_1_KHZ>ADF_Knob_Frequency_Hz#SUFFIX_ID#</NODE_ID_1_KHZ>
<ANIM_NAME_1_KHZ>ADF_Knob_Frequency_Hz#SUFFIX_ID#</ANIM_NAME_1_KHZ>
<NODE_ID_ADF_VOLUME>ADF_Knob_Volume#SUFFIX_ID#</NODE_ID_ADF_VOLUME>
<ANIM_NAME_ADF_VOLUME>ADF_Knob_Volume#SUFFIX_ID#</ANIM_NAME_ADF_VOLUME>
<NODE_ID_ADF_MODE>ADF_Knob_Mode#SUFFIX_ID#</NODE_ID_ADF_MODE>
<ANIM_NAME_ADF_MODE>ADF_Knob_Mode#SUFFIX_ID#</ANIM_NAME_ADF_MODE>
</Parameters>
<Component ID="ADF_Frequency_Knobs#SUFFIX_ID#">
<Parameters Type="Override">
<WWISE_EVENT>adf_frequency_knob</WWISE_EVENT>
<COUNT>36</COUNT>
<THRESHOLD_INPUT>0.0005</THRESHOLD_INPUT>
<THRESHOLD_MOUSE>0.01</THRESHOLD_MOUSE>
<INTERACTION_TYPE>Knob</INTERACTION_TYPE>
<FORMAT_VALUE>'%d' @sprintf</FORMAT_VALUE>
<GET_TT_VALUE_100_KHZ>(A:ADF ACTIVE FREQUENCY:#ID#, Khz) s0 100 / int 10 % l0 1000 / int 10 % 10 * +</GET_TT_VALUE_100_KHZ>
<GET_TT_VALUE_10_KHZ>(A:ADF ACTIVE FREQUENCY:#ID#, Khz) 10 / int 10 %</GET_TT_VALUE_10_KHZ>
<GET_TT_VALUE_1_KHZ>(A:ADF ACTIVE FREQUENCY:#ID#, Khz) int 10 %</GET_TT_VALUE_1_KHZ>
</Parameters>
<Loop>
<Setup>
<Param>CUR_ID</Param>
<From>0</From>
<Inc>1</Inc>
<To>2</To>
</Setup>
<Do>
<Parameters Type="Override">
<ID_POS Process="Int">10 #CUR_ID# pow</ID_POS>
</Parameters>
<Parameters Type="Default">
<TT_DESCRIPTION_ID>@TT_Package.ADF_KNOB_FREQUENCY_PARAM_KHZ_ACTION</TT_DESCRIPTION_ID>
<TT_DESCRIPTION_INDEX>#ID_POS#</TT_DESCRIPTION_INDEX>
<TOOLTIP_TITLE>@TT_Package.ADF_KNOB_FREQUENCY_KHZ_TITLE</TOOLTIP_TITLE>
</Parameters>
<UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Template">
<KNOB_ID>ADF_Freq_#ID_POS#_Khz</KNOB_ID>
<ANIM_NAME Process="Param">ANIM_NAME_#ID_POS#_KHZ</ANIM_NAME>
<NODE_ID Process="Param">NODE_ID_#ID_POS#_KHZ</NODE_ID>
<GET_TT_VALUE_STATE Process="Param">GET_TT_VALUE_#ID_POS#_KHZ</GET_TT_VALUE_STATE>
<EVENT_CW>(>K:ADF_#ID_POS#_INC)</EVENT_CW>
<EVENT_CCW>(>K:ADF_#ID_POS#_DEC)</EVENT_CCW>
<IS_INFINITE>True</IS_INFINITE>
</UseTemplate>
</Do>
</Loop>
</Component>
<UseTemplate Name="ASOBO_ADF_Knob_Volume_Template">
<NODE_ID>#NODE_ID_ADF_VOLUME#</NODE_ID>
<ANIM_NAME>#ANIM_NAME_ADF_VOLUME#</ANIM_NAME>
</UseTemplate>
<UseTemplate Name="ASOBO_ADF_Knob_Mode_Template">
<NODE_ID>#NODE_ID_ADF_MODE#</NODE_ID>
<ANIM_NAME>#ANIM_NAME_ADF_MODE#</ANIM_NAME>
</UseTemplate>
<UseTemplate Name="ASOBO_GT_Component_Emissive_Gauge">
<NODE_ID>#NODE_ID_SCREEN#</NODE_ID>
<EMISSIVE_CODE>1</EMISSIVE_CODE>
<FAILURE>(A:ADF VOLUME:#ID#, Percent) 0 > (A:CIRCUIT GENERAL PANEL ON, Bool) and</FAILURE>
</UseTemplate>
</Template>
<!-- ########## -->
<!-- Components -->
<Template Name="ASOBO_Button_ADF_ID_Template">
<Parameters Type="Default">
<PART_ID>ADF_Push_#BUTTON_ID#</PART_ID>
<WWISE_EVENT_1>ADF_push_button_on</WWISE_EVENT_1>
<WWISE_EVENT_2>ADF_push_button_off</WWISE_EVENT_2>
<NORMALIZED_TIME_1>0.1</NORMALIZED_TIME_1>
<NORMALIZED_TIME_2>0.5</NORMALIZED_TIME_2>
<TT_DESCRIPTION_ID>@TT_Package.ADF_PUSH_#BUTTON_ID#_ACTION</TT_DESCRIPTION_ID>
<TOOLTIP_TITLE>@TT_Package.ADF_PUSH_#BUTTON_ID#_TITLE</TOOLTIP_TITLE>
</Parameters>
<UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Template">
<BTN_ID>ADF_#BUTTON_ID#</BTN_ID>
<SET_STATE_EXTERNAL>(>H:#HTML_EVENT#)</SET_STATE_EXTERNAL>
<EMISSIVE_CODE>(A:LIGHT POTENTIOMETER:#EMISSIVE_POTENTIOMETER#, percent over 100) #BUTTON_EMISSIVE_FACTOR# *</EMISSIVE_CODE>
</UseTemplate>
</Template>
<Template Name="ASOBO_ADF_Knob_Volume_Template">
<Parameters Type="Default">
<WWISE_EVENT>adf_volume_knob</WWISE_EVENT>
<COUNT>50</COUNT>
<THRESHOLD_INPUT>0.000025</THRESHOLD_INPUT>
<THRESHOLD_MOUSE>0.0025</THRESHOLD_MOUSE>
</Parameters>
<Parameters Type="Override">
<EVENT_CW>(>K:ADF_VOLUME_INC)</EVENT_CW>
<EVENT_CCW>(>K:ADF_VOLUME_DEC)</EVENT_CCW>
</Parameters>
<Parameters Type="Override">
<Condition NotEmpty="CIRCUIT_ADF">
<EVENT_CW>#EVENT_CW# (A:ADF VOLUME:1, Percent) 0 > (A:CIRCUIT SWITCH ON:#CIRCUIT_ADF#, Bool) != if{ #CIRCUIT_ADF# (>K:ELECTRICAL_CIRCUIT_TOGGLE) }</EVENT_CW>
<EVENT_CCW>#EVENT_CCW# (A:ADF VOLUME:1, Percent) 0 > (A:CIRCUIT SWITCH ON:#CIRCUIT_ADF#, Bool) != if{ #CIRCUIT_ADF# (>K:ELECTRICAL_CIRCUIT_TOGGLE) }</EVENT_CCW>
<COMP_INIT_CODE>(A:ADF VOLUME:1, Percent) 0 == (A:CIRCUIT SWITCH ON:#CIRCUIT_ADF#, Bool) and if{ #CIRCUIT_ADF# (>K:ELECTRICAL_CIRCUIT_TOGGLE) }</COMP_INIT_CODE>
</Condition>
</Parameters>
<Parameters Type="Default">
<TT_DESCRIPTION_ID>@TT_Package.ADF_KNOB_RECEIVERVOLUME_ACTION</TT_DESCRIPTION_ID>
<TOOLTIP_TITLE>@TT_Package.ADF_KNOB_RECEIVERVOLUME_TITLE</TOOLTIP_TITLE>
</Parameters>
<UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Template">
<KNOB_ID>ADF_Volume</KNOB_ID>
<GET_TT_VALUE_STATE>(A:ADF VOLUME:1, percent)</GET_TT_VALUE_STATE>
<ANIM_CODE>(A:ADF VOLUME:1, percent)</ANIM_CODE>
<IS_INFINITE>False</IS_INFINITE>
<INTERACTION_TYPE>Knob</INTERACTION_TYPE>
</UseTemplate>
</Template>
<Template Name="ASOBO_ADF_Knob_Mode_Template">
<Parameters Type="Default">
<WWISE_EVENT>adf_mode_knob</WWISE_EVENT>
<ANIM_LAG>600</ANIM_LAG>
<COUNT>3</COUNT>
<POS_BFO>0</POS_BFO>
<POS_REC>1</POS_REC>
<POS_ADF>2</POS_ADF>
<POS_TEST>3</POS_TEST>
<VAR_TYPE>L</VAR_TYPE>
<VAR_NAME>XMLVAR_ADF_Mode</VAR_NAME>
<INPUT_EVENT_ID_SOURCE>NAVCOM</INPUT_EVENT_ID_SOURCE>
</Parameters>
<Parameters Type="Override">
<KNOB_ID>ADF_Mode</KNOB_ID>
<ENUM_VAL_BFO>0</ENUM_VAL_BFO>
<ENUM_VAL_REC>1</ENUM_VAL_REC>
<ENUM_VAL_ADF>2</ENUM_VAL_ADF>
<ENUM_VAL_TEST>3</ENUM_VAL_TEST>
</Parameters>
<Parameters Type="Default">
<TT_DESCRIPTION_ID>@TT_Package.ADF_KNOB_MODE_ACTION_SET</TT_DESCRIPTION_ID>
<TOOLTIP_TITLE>@TT_Package.ADF_KNOB_MODE_TITLE</TOOLTIP_TITLE>
<INIT_POS>#POS_ADF#</INIT_POS>
</Parameters>
<UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Template">
<Condition NotEmpty="INIT_POS">
<COMP_INIT_CODE>#INIT_POS# (>#VAR_TYPE#:#VAR_NAME#)</COMP_INIT_CODE>
</Condition>
<USE_BTN_IE>True</USE_BTN_IE>
<NUM_STATES>4</NUM_STATES>
<INTERACTION_TYPE>Knob</INTERACTION_TYPE>
<SWITCH_DIRECTION>Horizontal</SWITCH_DIRECTION>
<IS_INFINITE>False</IS_INFINITE>
<GET_STATE_EXTERNAL>(#VAR_TYPE#:#VAR_NAME#) sp0</GET_STATE_EXTERNAL>
<ENUM_VAL_TO_POS_EXTERNAL>
l0 #ENUM_VAL_BFO# == if{ #POS_BFO# sp1 g2 }
l0 #ENUM_VAL_REC# == if{ #POS_REC# sp1 g2 }
l0 #ENUM_VAL_ADF# == if{ #POS_ADF# sp1 g2 }
l0 #ENUM_VAL_TEST# == if{ #POS_TEST# sp1 g2 }
:2 l1
</ENUM_VAL_TO_POS_EXTERNAL>
<BTN_ID>#KNOB_ID#</BTN_ID>
<!-- POS_BFO -->
<TT_VALUE_#POS_BFO#>@TT_Package.GT_STATE_BFO</TT_VALUE_#POS_BFO#>
<SET_STATE_#POS_BFO#>#ENUM_VAL_BFO# (>#VAR_TYPE#:#VAR_NAME#)</SET_STATE_#POS_BFO#>
<STR_STATE_#POS_BFO#>BFO</STR_STATE_#POS_BFO#>
<CODE_POS_#POS_BFO#>(>B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#_BFO)</CODE_POS_#POS_BFO#>
<STATE#POS_BFO#_TEST>(B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#) #POS_BFO# ==</STATE#POS_BFO#_TEST>
<!-- POS_REC -->
<TT_VALUE_#POS_REC#>@TT_Package.GT_STATE_REC</TT_VALUE_#POS_REC#>
<SET_STATE_#POS_REC#>#ENUM_VAL_REC# (>#VAR_TYPE#:#VAR_NAME#)</SET_STATE_#POS_REC#>
<STR_STATE_#POS_REC#>REC</STR_STATE_#POS_REC#>
<CODE_POS_#POS_REC#>(>B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#_REC)</CODE_POS_#POS_REC#>
<STATE#POS_REC#_TEST>(B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#) #POS_REC# ==</STATE#POS_REC#_TEST>
<!-- POS_ADF -->
<TT_VALUE_#POS_ADF#>@TT_Package.GT_STATE_ADF</TT_VALUE_#POS_ADF#>
<SET_STATE_#POS_ADF#>#ENUM_VAL_ADF# (>#VAR_TYPE#:#VAR_NAME#)</SET_STATE_#POS_ADF#>
<STR_STATE_#POS_ADF#>ADF</STR_STATE_#POS_ADF#>
<CODE_POS_#POS_ADF#>(>B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#_ADF)</CODE_POS_#POS_ADF#>
<STATE#POS_ADF#_TEST>(B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#) #POS_ADF# ==</STATE#POS_ADF#_TEST>
<!-- POS_TEST -->
<TT_VALUE_#POS_TEST#>@TT_Package.GT_STATE_TEST</TT_VALUE_#POS_TEST#>
<SET_STATE_#POS_TEST#>#ENUM_VAL_TEST# (>#VAR_TYPE#:#VAR_NAME#)</SET_STATE_#POS_TEST#>
<STR_STATE_#POS_TEST#>TEST</STR_STATE_#POS_TEST#>
<CODE_POS_#POS_TEST#>(>B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#_TEST)</CODE_POS_#POS_TEST#>
<STATE#POS_TEST#_TEST>(B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#) #POS_TEST# ==</STATE#POS_TEST#_TEST>
</UseTemplate>
</Template>
</ModelBehaviors>
Includes
- RelativeFile: Navcomsystem.xml
Templates
Template list
-
ASOBO_INSTRUMENT_ADF_Template
Definition from XML<Template Name="ASOBO_INSTRUMENT_ADF_Template"> <UseTemplate Name="ASOBO_ADF_AS87_Template"/> </Template>Templates used:
-
ASOBO_ADF_AS87_Template
Definition from XML<Template Name="ASOBO_ADF_AS87_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_ADF_AS87_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template>Parameters initialization:
-
Default
Parameters set:
- ID
Templates used:
-
ASOBO_GT_Helper_Suffix_ID_Appender
- May include a subtemplate using the parameter 'TEMPLATE_TO_CALL' and resolve to the following template(s):
Parameters set:
- TEMPLATE_TO_CALL
-
Default
-
ASOBO_ADF_AS87_SubTemplate
Definition from XML<Template Name="ASOBO_ADF_AS87_SubTemplate"> <Parameters Type="Default"> <ANIM_LAG>400</ANIM_LAG> <EMISSIVE_POTENTIOMETER>1</EMISSIVE_POTENTIOMETER> <BUTTON_EMISSIVE_FACTOR>1</BUTTON_EMISSIVE_FACTOR> <ANIM_NEVER_FAILS>True</ANIM_NEVER_FAILS> <Condition Check="CIRCUIT_ADF"> <FAILURE>(A:CIRCUIT ON:#CIRCUIT_ADF#, Bool)</FAILURE> </Condition> <NODE_ID_ADF_VOLUME>ADF_Knob_Volume#SUFFIX_ID#</NODE_ID_ADF_VOLUME> <ANIM_NAME_ADF_VOLUME>ADF_Knob_Volume#SUFFIX_ID#</ANIM_NAME_ADF_VOLUME> <NODE_ID_PUSH_ADF>ADF_Push_ADF#SUFFIX_ID#</NODE_ID_PUSH_ADF> <ANIM_NAME_PUSH_ADF>ADF_Push_ADF#SUFFIX_ID#</ANIM_NAME_PUSH_ADF> <NODE_ID_PUSH_BFO>ADF_Push_BFO#SUFFIX_ID#</NODE_ID_PUSH_BFO> <ANIM_NAME_PUSH_BFO>ADF_Push_BFO#SUFFIX_ID#</ANIM_NAME_PUSH_BFO> <NODE_ID_PUSH_FRQ>ADF_Push_FRQ#SUFFIX_ID#</NODE_ID_PUSH_FRQ> <ANIM_NAME_PUSH_FRQ>ADF_Push_FRQ#SUFFIX_ID#</ANIM_NAME_PUSH_FRQ> <NODE_ID_PUSH_FLT>ADF_Push_FLT#SUFFIX_ID#</NODE_ID_PUSH_FLT> <ANIM_NAME_PUSH_FLT>ADF_Push_FLT#SUFFIX_ID#</ANIM_NAME_PUSH_FLT> <NODE_ID_PUSH_SET_RESET>ADF_Push_SetReset#SUFFIX_ID#</NODE_ID_PUSH_SET_RESET> <ANIM_NAME_PUSH_SET_RESET>ADF_Push_SetReset#SUFFIX_ID#</ANIM_NAME_PUSH_SET_RESET> <NODE_ID_FRAME>ADF_Frame#SUFFIX_ID#</NODE_ID_FRAME> <NODE_ID_SCREEN>ADF_Screen#SUFFIX_ID#</NODE_ID_SCREEN> <NODE_ID_100_KHZ>ADF_Knob_Frequency_MHz#SUFFIX_ID#</NODE_ID_100_KHZ> <ANIM_NAME_100_KHZ>ADF_Knob_Frequency_MHz#SUFFIX_ID#</ANIM_NAME_100_KHZ> <NODE_ID_1_10_KHZ>ADF_Knob_Frequency_KHz#SUFFIX_ID#</NODE_ID_1_10_KHZ> <ANIM_NAME_1_10_KHZ>ADF_Knob_Frequency_KHz#SUFFIX_ID#</ANIM_NAME_1_10_KHZ> <ANIM_NAME_1_10_KHZ_PUSH>ADF_Knob_Frequency_KHz_Push#SUFFIX_ID#</ANIM_NAME_1_10_KHZ_PUSH> </Parameters> <UseTemplate Name="ASOBO_Button_ADF_ID_Template"> <BUTTON_ID>ADF_ANT_MODE_TOGGLE</BUTTON_ID> <HTML_EVENT>adf_AntAdf</HTML_EVENT> <NODE_ID>#NODE_ID_PUSH_ADF#</NODE_ID> <ANIM_NAME>#ANIM_NAME_PUSH_ADF#</ANIM_NAME> </UseTemplate> <UseTemplate Name="ASOBO_Button_ADF_ID_Template"> <BUTTON_ID>BFO</BUTTON_ID> <HTML_EVENT>adf_bfo</HTML_EVENT> <NODE_ID>#NODE_ID_PUSH_BFO#</NODE_ID> <ANIM_NAME>#ANIM_NAME_PUSH_BFO#</ANIM_NAME> </UseTemplate> <UseTemplate Name="ASOBO_Button_ADF_ID_Template"> <BUTTON_ID>FRQ</BUTTON_ID> <HTML_EVENT>adf_frqTransfert</HTML_EVENT> <NODE_ID>#NODE_ID_PUSH_FRQ#</NODE_ID> <ANIM_NAME>#ANIM_NAME_PUSH_FRQ#</ANIM_NAME> </UseTemplate> <UseTemplate Name="ASOBO_Button_ADF_ID_Template"> <BUTTON_ID>FLTET</BUTTON_ID> <HTML_EVENT>adf_FltEt</HTML_EVENT> <NODE_ID>#NODE_ID_PUSH_FLT#</NODE_ID> <ANIM_NAME>#ANIM_NAME_PUSH_FLT#</ANIM_NAME> </UseTemplate> <UseTemplate Name="ASOBO_Button_ADF_ID_Template"> <BUTTON_ID>SETRESET</BUTTON_ID> <HTML_EVENT>adf_SetRst</HTML_EVENT> <NODE_ID>#NODE_ID_PUSH_SET_RESET#</NODE_ID> <ANIM_NAME>#ANIM_NAME_PUSH_SET_RESET#</ANIM_NAME> </UseTemplate> <UseTemplate Name="ASOBO_ADF_Knob_Volume_Template"> <NODE_ID>#NODE_ID_ADF_VOLUME#</NODE_ID> <ANIM_NAME>#ANIM_NAME_ADF_VOLUME#</ANIM_NAME> </UseTemplate> <UseTemplate Name="ASOBO_GT_Component_Emissive_Gauge"> <NODE_ID>#NODE_ID_FRAME#</NODE_ID> <EMISSIVE_CODE>(A:LIGHT POTENTIOMETER:#EMISSIVE_POTENTIOMETER#, percent over 100)</EMISSIVE_CODE> </UseTemplate> <UseTemplate Name="ASOBO_GT_Component_Emissive_Gauge"> <NODE_ID>#NODE_ID_SCREEN#</NODE_ID> <EMISSIVE_CODE>0.5</EMISSIVE_CODE> </UseTemplate> <Component ID="ADF_Frequency_Knobs#SUFFIX_ID#"> <UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Template"> <WWISE_EVENT>adf_frequency_outer_knob</WWISE_EVENT> <COUNT>36</COUNT> <THRESHOLD_INPUT>0.0005</THRESHOLD_INPUT> <THRESHOLD_MOUSE>0.01</THRESHOLD_MOUSE> <INTERACTION_TYPE>Knob</INTERACTION_TYPE> <TT_DESCRIPTION_ID>@TT_Package.ADF_KNOB_FREQUENCY_PARAM_KHZ_ACTION</TT_DESCRIPTION_ID> <TT_DESCRIPTION_INDEX>100</TT_DESCRIPTION_INDEX> <TOOLTIP_TITLE>@TT_Package.ADF_KNOB_FREQUENCY_KHZ_TITLE</TOOLTIP_TITLE> <KNOB_ID>ADF_Freq_100_Khz</KNOB_ID> <ANIM_NAME>#ANIM_NAME_100_KHZ#</ANIM_NAME> <NODE_ID>#NODE_ID_100_KHZ#</NODE_ID> <FORMAT_VALUE>'%d' @sprintf</FORMAT_VALUE> <GET_TT_VALUE_STATE>(A:ADF STANDBY FREQUENCY:#ID#, Khz) s0 100 / int 10 % l0 1000 / int 10 % 10 * +</GET_TT_VALUE_STATE> <EVENT_CW>(>K:ADF_100_INC)</EVENT_CW> <EVENT_CCW>(>K:ADF_100_DEC)</EVENT_CCW> <IS_INFINITE>True</IS_INFINITE> </UseTemplate> <Component ID="#NODE_ID_1_10_KHZ#" Node="#NODE_ID_1_10_KHZ#"> <Parameters Type="Override"> <BTN_ID_EXTERNAL>ADF_Freq_Increment</BTN_ID_EXTERNAL> <VAR_NAME>XMLVAR_ADF_Frequency_10_Khz</VAR_NAME> <VAR_TYPE>L</VAR_TYPE> <FORMAT_VALUE>'%d' @sprintf</FORMAT_VALUE> </Parameters> <UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Push_Event_Only_Template"> <BTN_ID>#BTN_ID_EXTERNAL#</BTN_ID> <GET_STATE_EXTERNAL>(#VAR_TYPE#:#VAR_NAME#) sp0</GET_STATE_EXTERNAL> <SIM_STATE_IS_ON_EXTERNAL>l0</SIM_STATE_IS_ON_EXTERNAL> <SET_STATE_ON>1 (>#VAR_TYPE#:#VAR_NAME#)</SET_STATE_ON> <TT_VALUE_ON>'10 Khz'</TT_VALUE_ON> <SET_STATE_OFF>0 (>#VAR_TYPE#:#VAR_NAME#)</SET_STATE_OFF> <TT_VALUE_OFF>'1 Khz'</TT_VALUE_OFF> <TT_DESCRIPTION_ID>@TT_Package.ADF_KNOB_FREQUENCY_INCREMENT_ACTION</TT_DESCRIPTION_ID> <TT_DESCRIPTION_INDEX>100</TT_DESCRIPTION_INDEX> </UseTemplate> <UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Template"> <KNOB_ID>ADF_Freq_1_10_Khz</KNOB_ID> <BTN_EXTERNAL_BINDING_TO_CALL>_Toggle</BTN_EXTERNAL_BINDING_TO_CALL> <CREATE_COMPONENT>False</CREATE_COMPONENT> <WWISE_EVENT>adf_frequency_inner_knob</WWISE_EVENT> <WWISE_EVENT_1>ADF_knob_push_button_on</WWISE_EVENT_1> <WWISE_EVENT_2>ADF_knob_push_button_off</WWISE_EVENT_2> <NORMALIZED_TIME_1>0.1</NORMALIZED_TIME_1> <NORMALIZED_TIME_2>0.1</NORMALIZED_TIME_2> <COUNT>36</COUNT> <THRESHOLD_X_INPUT>0.1</THRESHOLD_X_INPUT> <THRESHOLD_X_MOUSE>0.005</THRESHOLD_X_MOUSE> <INTERACTION_TYPE>Knob</INTERACTION_TYPE> <NODE_ID>#NODE_ID_1_10_KHZ#</NODE_ID> <KNOB_TYPE>Infinite_Pull</KNOB_TYPE> <TEMPLATE_VARIANT/> <ANIM_CODE>(#VAR_TYPE#:#VAR_NAME#) 100 *</ANIM_CODE> <ANIM_NAME_KNOB>#ANIM_NAME_1_10_KHZ#</ANIM_NAME_KNOB> <ANIM_NAME_PULL>#ANIM_NAME_1_10_KHZ_PUSH#</ANIM_NAME_PULL> <TT_DESCRIPTION_ID>@TT_Package.ADF_KNOB_FREQUENCY_1_10_KHZ_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.ADF_KNOB_FREQUENCY_KHZ_TITLE</TOOLTIP_TITLE> <EVENT_CW>(#VAR_TYPE#:#VAR_NAME#) if{ (>K:ADF_10_INC) } els{ (>K:ADF_1_INC) }</EVENT_CW> <EVENT_CCW>(#VAR_TYPE#:#VAR_NAME#) if{ (>K:ADF_10_DEC) } els{ (>K:ADF_1_DEC) }</EVENT_CCW> <GET_TT_VALUE_STATE>(A:ADF STANDBY FREQUENCY:#ID#, Khz) sp0 (#VAR_TYPE#:#VAR_NAME#) if{ l0 10 / int 10 % } els{ l0 int 10 % }</GET_TT_VALUE_STATE> <EXTRA_INTERACTION>_LeftSingle</EXTRA_INTERACTION> <IS_INFINITE>True</IS_INFINITE> <COUNT>36</COUNT> </UseTemplate> </Component> </Component> </Template>Parameters initialization:
-
Default
Parameters set:
- ANIM_LAG
- EMISSIVE_POTENTIOMETER
- BUTTON_EMISSIVE_FACTOR
- ANIM_NEVER_FAILS
- NODE_ID_ADF_VOLUME (using SUFFIX_ID)
- ANIM_NAME_ADF_VOLUME (using SUFFIX_ID)
- NODE_ID_PUSH_ADF (using SUFFIX_ID)
- ANIM_NAME_PUSH_ADF (using SUFFIX_ID)
- NODE_ID_PUSH_BFO (using SUFFIX_ID)
- ANIM_NAME_PUSH_BFO (using SUFFIX_ID)
- NODE_ID_PUSH_FRQ (using SUFFIX_ID)
- ANIM_NAME_PUSH_FRQ (using SUFFIX_ID)
- NODE_ID_PUSH_FLT (using SUFFIX_ID)
- ANIM_NAME_PUSH_FLT (using SUFFIX_ID)
- NODE_ID_PUSH_SET_RESET (using SUFFIX_ID)
- ANIM_NAME_PUSH_SET_RESET (using SUFFIX_ID)
- NODE_ID_FRAME (using SUFFIX_ID)
- NODE_ID_SCREEN (using SUFFIX_ID)
- NODE_ID_100_KHZ (using SUFFIX_ID)
- ANIM_NAME_100_KHZ (using SUFFIX_ID)
- NODE_ID_1_10_KHZ (using SUFFIX_ID)
- ANIM_NAME_1_10_KHZ (using SUFFIX_ID)
- ANIM_NAME_1_10_KHZ_PUSH (using SUFFIX_ID)
Condition: Check(CIRCUIT_ADF)
-
Case: True
Parameters set:
- FAILURE (using CIRCUIT_ADF)
Parameters read:
- SUFFIX_ID
Components:
-
ADF_Frequency_Knobs#SUFFIX_ID#
Parameters read:
- NODE_ID_1_10_KHZ
Components:
-
#NODE_ID_1_10_KHZ# (Node: #NODE_ID_1_10_KHZ#)
Parameters set:
- BTN_ID_EXTERNAL
- VAR_NAME
- VAR_TYPE
- FORMAT_VALUE
Templates used:
-
ASOBO_NAVCOM_Alternative_Base_Push_Event_Only_Template
Parameters set:
- BTN_ID (using BTN_ID_EXTERNAL)
- GET_STATE_EXTERNAL (using VAR_TYPE, VAR_NAME)
- SIM_STATE_IS_ON_EXTERNAL
- SET_STATE_ON (using VAR_TYPE, VAR_NAME)
- TT_VALUE_ON
- SET_STATE_OFF (using VAR_TYPE, VAR_NAME)
- TT_VALUE_OFF
- TT_DESCRIPTION_ID
- TT_DESCRIPTION_INDEX
-
ASOBO_NAVCOM_Alternative_Base_Template
Parameters set:
- KNOB_ID
- BTN_EXTERNAL_BINDING_TO_CALL
- CREATE_COMPONENT
- WWISE_EVENT
- WWISE_EVENT_1
- WWISE_EVENT_2
- NORMALIZED_TIME_1
- NORMALIZED_TIME_2
- COUNT
- THRESHOLD_X_INPUT
- THRESHOLD_X_MOUSE
- INTERACTION_TYPE
- NODE_ID (using NODE_ID_1_10_KHZ)
- KNOB_TYPE
- TEMPLATE_VARIANT
- ANIM_CODE (using VAR_TYPE, VAR_NAME)
- ANIM_NAME_KNOB (using ANIM_NAME_1_10_KHZ)
- ANIM_NAME_PULL (using ANIM_NAME_1_10_KHZ_PUSH)
- TT_DESCRIPTION_ID
- TOOLTIP_TITLE
- EVENT_CW (using VAR_TYPE, VAR_NAME)
- EVENT_CCW (using VAR_TYPE, VAR_NAME)
- GET_TT_VALUE_STATE (using ID, VAR_TYPE, VAR_NAME)
- EXTRA_INTERACTION
- IS_INFINITE
Templates used:
-
ASOBO_NAVCOM_Alternative_Base_Template
Parameters set:
- WWISE_EVENT
- COUNT
- THRESHOLD_INPUT
- THRESHOLD_MOUSE
- INTERACTION_TYPE
- TT_DESCRIPTION_ID
- TT_DESCRIPTION_INDEX
- TOOLTIP_TITLE
- KNOB_ID
- ANIM_NAME (using ANIM_NAME_100_KHZ)
- NODE_ID (using NODE_ID_100_KHZ)
- FORMAT_VALUE
- GET_TT_VALUE_STATE (using ID)
- EVENT_CW
- EVENT_CCW
- IS_INFINITE
Templates used:
-
ASOBO_Button_ADF_ID_Template
Parameters set:
- BUTTON_ID
- HTML_EVENT
- NODE_ID (using NODE_ID_PUSH_ADF)
- ANIM_NAME (using ANIM_NAME_PUSH_ADF)
-
ASOBO_Button_ADF_ID_Template
Parameters set:
- BUTTON_ID
- HTML_EVENT
- NODE_ID (using NODE_ID_PUSH_BFO)
- ANIM_NAME (using ANIM_NAME_PUSH_BFO)
-
ASOBO_Button_ADF_ID_Template
Parameters set:
- BUTTON_ID
- HTML_EVENT
- NODE_ID (using NODE_ID_PUSH_FRQ)
- ANIM_NAME (using ANIM_NAME_PUSH_FRQ)
-
ASOBO_Button_ADF_ID_Template
Parameters set:
- BUTTON_ID
- HTML_EVENT
- NODE_ID (using NODE_ID_PUSH_FLT)
- ANIM_NAME (using ANIM_NAME_PUSH_FLT)
-
ASOBO_Button_ADF_ID_Template
Parameters set:
- BUTTON_ID
- HTML_EVENT
- NODE_ID (using NODE_ID_PUSH_SET_RESET)
- ANIM_NAME (using ANIM_NAME_PUSH_SET_RESET)
-
ASOBO_ADF_Knob_Volume_Template
Parameters set:
- NODE_ID (using NODE_ID_ADF_VOLUME)
- ANIM_NAME (using ANIM_NAME_ADF_VOLUME)
-
ASOBO_GT_Component_Emissive_Gauge
Parameters set:
- NODE_ID (using NODE_ID_FRAME)
- EMISSIVE_CODE (using EMISSIVE_POTENTIOMETER)
-
ASOBO_GT_Component_Emissive_Gauge
Parameters set:
- NODE_ID (using NODE_ID_SCREEN)
- EMISSIVE_CODE
-
Default
-
ASOBO_ADF_AS300_Template
Definition from XML<Template Name="ASOBO_ADF_AS300_Template"> <Parameters Type="Default"> <ID>1</ID> </Parameters> <UseTemplate Name="ASOBO_GT_Helper_Suffix_ID_Appender"> <TEMPLATE_TO_CALL>ASOBO_ADF_AS300_SubTemplate</TEMPLATE_TO_CALL> </UseTemplate> </Template>Parameters initialization:
-
Default
Parameters set:
- ID
Templates used:
-
ASOBO_GT_Helper_Suffix_ID_Appender
- May include a subtemplate using the parameter 'TEMPLATE_TO_CALL' and resolve to the following template(s):
Parameters set:
- TEMPLATE_TO_CALL
-
Default
-
ASOBO_ADF_AS300_SubTemplate
Definition from XML<Template Name="ASOBO_ADF_AS300_SubTemplate"> <Parameters Type="Default"> <NODE_ID_SCREEN>ADF_Screen</NODE_ID_SCREEN> <NODE_ID_100_KHZ>ADF_Knob_Frequency_MHz#SUFFIX_ID#</NODE_ID_100_KHZ> <ANIM_NAME_100_KHZ>ADF_Knob_Frequency_MHz#SUFFIX_ID#</ANIM_NAME_100_KHZ> <NODE_ID_10_KHZ>ADF_Knob_Frequency_KHz#SUFFIX_ID#</NODE_ID_10_KHZ> <ANIM_NAME_10_KHZ>ADF_Knob_Frequency_KHz#SUFFIX_ID#</ANIM_NAME_10_KHZ> <NODE_ID_1_KHZ>ADF_Knob_Frequency_Hz#SUFFIX_ID#</NODE_ID_1_KHZ> <ANIM_NAME_1_KHZ>ADF_Knob_Frequency_Hz#SUFFIX_ID#</ANIM_NAME_1_KHZ> <NODE_ID_ADF_VOLUME>ADF_Knob_Volume#SUFFIX_ID#</NODE_ID_ADF_VOLUME> <ANIM_NAME_ADF_VOLUME>ADF_Knob_Volume#SUFFIX_ID#</ANIM_NAME_ADF_VOLUME> <NODE_ID_ADF_MODE>ADF_Knob_Mode#SUFFIX_ID#</NODE_ID_ADF_MODE> <ANIM_NAME_ADF_MODE>ADF_Knob_Mode#SUFFIX_ID#</ANIM_NAME_ADF_MODE> </Parameters> <Component ID="ADF_Frequency_Knobs#SUFFIX_ID#"> <Parameters Type="Override"> <WWISE_EVENT>adf_frequency_knob</WWISE_EVENT> <COUNT>36</COUNT> <THRESHOLD_INPUT>0.0005</THRESHOLD_INPUT> <THRESHOLD_MOUSE>0.01</THRESHOLD_MOUSE> <INTERACTION_TYPE>Knob</INTERACTION_TYPE> <FORMAT_VALUE>'%d' @sprintf</FORMAT_VALUE> <GET_TT_VALUE_100_KHZ>(A:ADF ACTIVE FREQUENCY:#ID#, Khz) s0 100 / int 10 % l0 1000 / int 10 % 10 * +</GET_TT_VALUE_100_KHZ> <GET_TT_VALUE_10_KHZ>(A:ADF ACTIVE FREQUENCY:#ID#, Khz) 10 / int 10 %</GET_TT_VALUE_10_KHZ> <GET_TT_VALUE_1_KHZ>(A:ADF ACTIVE FREQUENCY:#ID#, Khz) int 10 %</GET_TT_VALUE_1_KHZ> </Parameters> <Loop> <Setup> <Param>CUR_ID</Param> <From>0</From> <Inc>1</Inc> <To>2</To> </Setup> <Do> <Parameters Type="Override"> <ID_POS Process="Int">10 #CUR_ID# pow</ID_POS> </Parameters> <Parameters Type="Default"> <TT_DESCRIPTION_ID>@TT_Package.ADF_KNOB_FREQUENCY_PARAM_KHZ_ACTION</TT_DESCRIPTION_ID> <TT_DESCRIPTION_INDEX>#ID_POS#</TT_DESCRIPTION_INDEX> <TOOLTIP_TITLE>@TT_Package.ADF_KNOB_FREQUENCY_KHZ_TITLE</TOOLTIP_TITLE> </Parameters> <UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Template"> <KNOB_ID>ADF_Freq_#ID_POS#_Khz</KNOB_ID> <ANIM_NAME Process="Param">ANIM_NAME_#ID_POS#_KHZ</ANIM_NAME> <NODE_ID Process="Param">NODE_ID_#ID_POS#_KHZ</NODE_ID> <GET_TT_VALUE_STATE Process="Param">GET_TT_VALUE_#ID_POS#_KHZ</GET_TT_VALUE_STATE> <EVENT_CW>(>K:ADF_#ID_POS#_INC)</EVENT_CW> <EVENT_CCW>(>K:ADF_#ID_POS#_DEC)</EVENT_CCW> <IS_INFINITE>True</IS_INFINITE> </UseTemplate> </Do> </Loop> </Component> <UseTemplate Name="ASOBO_ADF_Knob_Volume_Template"> <NODE_ID>#NODE_ID_ADF_VOLUME#</NODE_ID> <ANIM_NAME>#ANIM_NAME_ADF_VOLUME#</ANIM_NAME> </UseTemplate> <UseTemplate Name="ASOBO_ADF_Knob_Mode_Template"> <NODE_ID>#NODE_ID_ADF_MODE#</NODE_ID> <ANIM_NAME>#ANIM_NAME_ADF_MODE#</ANIM_NAME> </UseTemplate> <UseTemplate Name="ASOBO_GT_Component_Emissive_Gauge"> <NODE_ID>#NODE_ID_SCREEN#</NODE_ID> <EMISSIVE_CODE>1</EMISSIVE_CODE> <FAILURE>(A:ADF VOLUME:#ID#, Percent) 0 > (A:CIRCUIT GENERAL PANEL ON, Bool) and</FAILURE> </UseTemplate> </Template>Parameters initialization:
-
Default
Parameters set:
- NODE_ID_SCREEN
- NODE_ID_100_KHZ (using SUFFIX_ID)
- ANIM_NAME_100_KHZ (using SUFFIX_ID)
- NODE_ID_10_KHZ (using SUFFIX_ID)
- ANIM_NAME_10_KHZ (using SUFFIX_ID)
- NODE_ID_1_KHZ (using SUFFIX_ID)
- ANIM_NAME_1_KHZ (using SUFFIX_ID)
- NODE_ID_ADF_VOLUME (using SUFFIX_ID)
- ANIM_NAME_ADF_VOLUME (using SUFFIX_ID)
- NODE_ID_ADF_MODE (using SUFFIX_ID)
- ANIM_NAME_ADF_MODE (using SUFFIX_ID)
Parameters read:
- SUFFIX_ID
Components:
-
ADF_Frequency_Knobs#SUFFIX_ID#
Parameters set:
- WWISE_EVENT
- COUNT
- THRESHOLD_INPUT
- THRESHOLD_MOUSE
- INTERACTION_TYPE
- FORMAT_VALUE
- GET_TT_VALUE_100_KHZ (using ID)
- GET_TT_VALUE_10_KHZ (using ID)
- GET_TT_VALUE_1_KHZ (using ID)
- CUR_ID
- ID_POS (using CUR_ID)
- TT_DESCRIPTION_ID
- TT_DESCRIPTION_INDEX (using ID_POS)
- TOOLTIP_TITLE
Templates used:
-
ASOBO_NAVCOM_Alternative_Base_Template
Parameters set:
- KNOB_ID (using ID_POS)
- ANIM_NAME (using ID_POS)
- NODE_ID (using ID_POS)
- GET_TT_VALUE_STATE (using ID_POS)
- EVENT_CW (using ID_POS)
- EVENT_CCW (using ID_POS)
- IS_INFINITE
Templates used:
-
ASOBO_ADF_Knob_Volume_Template
Parameters set:
- NODE_ID (using NODE_ID_ADF_VOLUME)
- ANIM_NAME (using ANIM_NAME_ADF_VOLUME)
-
ASOBO_ADF_Knob_Mode_Template
Parameters set:
- NODE_ID (using NODE_ID_ADF_MODE)
- ANIM_NAME (using ANIM_NAME_ADF_MODE)
-
ASOBO_GT_Component_Emissive_Gauge
Parameters set:
- NODE_ID (using NODE_ID_SCREEN)
- EMISSIVE_CODE
- FAILURE (using ID)
-
Default
-
ASOBO_Button_ADF_ID_Template
Definition from XML<Template Name="ASOBO_Button_ADF_ID_Template"> <Parameters Type="Default"> <PART_ID>ADF_Push_#BUTTON_ID#</PART_ID> <WWISE_EVENT_1>ADF_push_button_on</WWISE_EVENT_1> <WWISE_EVENT_2>ADF_push_button_off</WWISE_EVENT_2> <NORMALIZED_TIME_1>0.1</NORMALIZED_TIME_1> <NORMALIZED_TIME_2>0.5</NORMALIZED_TIME_2> <TT_DESCRIPTION_ID>@TT_Package.ADF_PUSH_#BUTTON_ID#_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.ADF_PUSH_#BUTTON_ID#_TITLE</TOOLTIP_TITLE> </Parameters> <UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Template"> <BTN_ID>ADF_#BUTTON_ID#</BTN_ID> <SET_STATE_EXTERNAL>(>H:#HTML_EVENT#)</SET_STATE_EXTERNAL> <EMISSIVE_CODE>(A:LIGHT POTENTIOMETER:#EMISSIVE_POTENTIOMETER#, percent over 100) #BUTTON_EMISSIVE_FACTOR# *</EMISSIVE_CODE> </UseTemplate> </Template>Parameters initialization:
-
Default
Parameters set:
- PART_ID (using BUTTON_ID)
- WWISE_EVENT_1
- WWISE_EVENT_2
- NORMALIZED_TIME_1
- NORMALIZED_TIME_2
- TT_DESCRIPTION_ID (using BUTTON_ID)
- TOOLTIP_TITLE (using BUTTON_ID)
Templates used:
-
ASOBO_NAVCOM_Alternative_Base_Template
Parameters set:
- BTN_ID (using BUTTON_ID)
- SET_STATE_EXTERNAL (using HTML_EVENT)
- EMISSIVE_CODE (using EMISSIVE_POTENTIOMETER, BUTTON_EMISSIVE_FACTOR)
-
Default
-
ASOBO_ADF_Knob_Volume_Template
Definition from XML<Template Name="ASOBO_ADF_Knob_Volume_Template"> <Parameters Type="Default"> <WWISE_EVENT>adf_volume_knob</WWISE_EVENT> <COUNT>50</COUNT> <THRESHOLD_INPUT>0.000025</THRESHOLD_INPUT> <THRESHOLD_MOUSE>0.0025</THRESHOLD_MOUSE> </Parameters> <Parameters Type="Override"> <EVENT_CW>(>K:ADF_VOLUME_INC)</EVENT_CW> <EVENT_CCW>(>K:ADF_VOLUME_DEC)</EVENT_CCW> </Parameters> <Parameters Type="Override"> <Condition NotEmpty="CIRCUIT_ADF"> <EVENT_CW>#EVENT_CW# (A:ADF VOLUME:1, Percent) 0 > (A:CIRCUIT SWITCH ON:#CIRCUIT_ADF#, Bool) != if{ #CIRCUIT_ADF# (>K:ELECTRICAL_CIRCUIT_TOGGLE) }</EVENT_CW> <EVENT_CCW>#EVENT_CCW# (A:ADF VOLUME:1, Percent) 0 > (A:CIRCUIT SWITCH ON:#CIRCUIT_ADF#, Bool) != if{ #CIRCUIT_ADF# (>K:ELECTRICAL_CIRCUIT_TOGGLE) }</EVENT_CCW> <COMP_INIT_CODE>(A:ADF VOLUME:1, Percent) 0 == (A:CIRCUIT SWITCH ON:#CIRCUIT_ADF#, Bool) and if{ #CIRCUIT_ADF# (>K:ELECTRICAL_CIRCUIT_TOGGLE) }</COMP_INIT_CODE> </Condition> </Parameters> <Parameters Type="Default"> <TT_DESCRIPTION_ID>@TT_Package.ADF_KNOB_RECEIVERVOLUME_ACTION</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.ADF_KNOB_RECEIVERVOLUME_TITLE</TOOLTIP_TITLE> </Parameters> <UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Template"> <KNOB_ID>ADF_Volume</KNOB_ID> <GET_TT_VALUE_STATE>(A:ADF VOLUME:1, percent)</GET_TT_VALUE_STATE> <ANIM_CODE>(A:ADF VOLUME:1, percent)</ANIM_CODE> <IS_INFINITE>False</IS_INFINITE> <INTERACTION_TYPE>Knob</INTERACTION_TYPE> </UseTemplate> </Template>Parameters initialization:
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Default
Parameters set:
- WWISE_EVENT
- COUNT
- THRESHOLD_INPUT
- THRESHOLD_MOUSE
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Override
Parameters set:
- EVENT_CW
- EVENT_CCW
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Override
Condition: NotEmpty(CIRCUIT_ADF)
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Case: True
Parameters set:
- EVENT_CW (using EVENT_CW, CIRCUIT_ADF)
- EVENT_CCW (using EVENT_CCW, CIRCUIT_ADF)
- COMP_INIT_CODE (using CIRCUIT_ADF)
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-
Default
Parameters set:
- TT_DESCRIPTION_ID
- TOOLTIP_TITLE
Templates used:
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ASOBO_NAVCOM_Alternative_Base_Template
Parameters set:
- KNOB_ID
- GET_TT_VALUE_STATE
- ANIM_CODE
- IS_INFINITE
- INTERACTION_TYPE
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Default
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ASOBO_ADF_Knob_Mode_Template
Definition from XML<Template Name="ASOBO_ADF_Knob_Mode_Template"> <Parameters Type="Default"> <WWISE_EVENT>adf_mode_knob</WWISE_EVENT> <ANIM_LAG>600</ANIM_LAG> <COUNT>3</COUNT> <POS_BFO>0</POS_BFO> <POS_REC>1</POS_REC> <POS_ADF>2</POS_ADF> <POS_TEST>3</POS_TEST> <VAR_TYPE>L</VAR_TYPE> <VAR_NAME>XMLVAR_ADF_Mode</VAR_NAME> <INPUT_EVENT_ID_SOURCE>NAVCOM</INPUT_EVENT_ID_SOURCE> </Parameters> <Parameters Type="Override"> <KNOB_ID>ADF_Mode</KNOB_ID> <ENUM_VAL_BFO>0</ENUM_VAL_BFO> <ENUM_VAL_REC>1</ENUM_VAL_REC> <ENUM_VAL_ADF>2</ENUM_VAL_ADF> <ENUM_VAL_TEST>3</ENUM_VAL_TEST> </Parameters> <Parameters Type="Default"> <TT_DESCRIPTION_ID>@TT_Package.ADF_KNOB_MODE_ACTION_SET</TT_DESCRIPTION_ID> <TOOLTIP_TITLE>@TT_Package.ADF_KNOB_MODE_TITLE</TOOLTIP_TITLE> <INIT_POS>#POS_ADF#</INIT_POS> </Parameters> <UseTemplate Name="ASOBO_NAVCOM_Alternative_Base_Template"> <Condition NotEmpty="INIT_POS"> <COMP_INIT_CODE>#INIT_POS# (>#VAR_TYPE#:#VAR_NAME#)</COMP_INIT_CODE> </Condition> <USE_BTN_IE>True</USE_BTN_IE> <NUM_STATES>4</NUM_STATES> <INTERACTION_TYPE>Knob</INTERACTION_TYPE> <SWITCH_DIRECTION>Horizontal</SWITCH_DIRECTION> <IS_INFINITE>False</IS_INFINITE> <GET_STATE_EXTERNAL>(#VAR_TYPE#:#VAR_NAME#) sp0</GET_STATE_EXTERNAL> <ENUM_VAL_TO_POS_EXTERNAL> l0 #ENUM_VAL_BFO# == if{ #POS_BFO# sp1 g2 } l0 #ENUM_VAL_REC# == if{ #POS_REC# sp1 g2 } l0 #ENUM_VAL_ADF# == if{ #POS_ADF# sp1 g2 } l0 #ENUM_VAL_TEST# == if{ #POS_TEST# sp1 g2 } :2 l1 </ENUM_VAL_TO_POS_EXTERNAL> <BTN_ID>#KNOB_ID#</BTN_ID> <TT_VALUE_#POS_BFO#>@TT_Package.GT_STATE_BFO</TT_VALUE_#POS_BFO#> <SET_STATE_#POS_BFO#>#ENUM_VAL_BFO# (>#VAR_TYPE#:#VAR_NAME#)</SET_STATE_#POS_BFO#> <STR_STATE_#POS_BFO#>BFO</STR_STATE_#POS_BFO#> <CODE_POS_#POS_BFO#>(>B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#_BFO)</CODE_POS_#POS_BFO#> <STATE#POS_BFO#_TEST>(B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#) #POS_BFO# ==</STATE#POS_BFO#_TEST> <TT_VALUE_#POS_REC#>@TT_Package.GT_STATE_REC</TT_VALUE_#POS_REC#> <SET_STATE_#POS_REC#>#ENUM_VAL_REC# (>#VAR_TYPE#:#VAR_NAME#)</SET_STATE_#POS_REC#> <STR_STATE_#POS_REC#>REC</STR_STATE_#POS_REC#> <CODE_POS_#POS_REC#>(>B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#_REC)</CODE_POS_#POS_REC#> <STATE#POS_REC#_TEST>(B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#) #POS_REC# ==</STATE#POS_REC#_TEST> <TT_VALUE_#POS_ADF#>@TT_Package.GT_STATE_ADF</TT_VALUE_#POS_ADF#> <SET_STATE_#POS_ADF#>#ENUM_VAL_ADF# (>#VAR_TYPE#:#VAR_NAME#)</SET_STATE_#POS_ADF#> <STR_STATE_#POS_ADF#>ADF</STR_STATE_#POS_ADF#> <CODE_POS_#POS_ADF#>(>B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#_ADF)</CODE_POS_#POS_ADF#> <STATE#POS_ADF#_TEST>(B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#) #POS_ADF# ==</STATE#POS_ADF#_TEST> <TT_VALUE_#POS_TEST#>@TT_Package.GT_STATE_TEST</TT_VALUE_#POS_TEST#> <SET_STATE_#POS_TEST#>#ENUM_VAL_TEST# (>#VAR_TYPE#:#VAR_NAME#)</SET_STATE_#POS_TEST#> <STR_STATE_#POS_TEST#>TEST</STR_STATE_#POS_TEST#> <CODE_POS_#POS_TEST#>(>B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#_TEST)</CODE_POS_#POS_TEST#> <STATE#POS_TEST#_TEST>(B:#INPUT_EVENT_ID_SOURCE#_#KNOB_ID#) #POS_TEST# ==</STATE#POS_TEST#_TEST> </UseTemplate> </Template>Parameters initialization:
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Default
Parameters set:
- WWISE_EVENT
- ANIM_LAG
- COUNT
- POS_BFO
- POS_REC
- POS_ADF
- POS_TEST
- VAR_TYPE
- VAR_NAME
- INPUT_EVENT_ID_SOURCE
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Override
Parameters set:
- KNOB_ID
- ENUM_VAL_BFO
- ENUM_VAL_REC
- ENUM_VAL_ADF
- ENUM_VAL_TEST
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Default
Parameters set:
- TT_DESCRIPTION_ID
- TOOLTIP_TITLE
- INIT_POS (using POS_ADF)
Templates used:
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ASOBO_NAVCOM_Alternative_Base_Template
Parameters set:
- USE_BTN_IE
- NUM_STATES
- INTERACTION_TYPE
- SWITCH_DIRECTION
- IS_INFINITE
- GET_STATE_EXTERNAL (using VAR_TYPE, VAR_NAME)
- ENUM_VAL_TO_POS_EXTERNAL (using ENUM_VAL_BFO, POS_BFO, ENUM_VAL_REC, POS_REC, ENUM_VAL_ADF, POS_ADF, ENUM_VAL_TEST, POS_TEST)
- BTN_ID (using KNOB_ID)
- TT_VALUE_#POS_BFO#
- SET_STATE_#POS_BFO# (using ENUM_VAL_BFO, VAR_TYPE, VAR_NAME)
- STR_STATE_#POS_BFO#
- CODE_POS_#POS_BFO# (using INPUT_EVENT_ID_SOURCE, KNOB_ID)
- STATE#POS_BFO#_TEST (using INPUT_EVENT_ID_SOURCE, KNOB_ID, POS_BFO)
- TT_VALUE_#POS_REC#
- SET_STATE_#POS_REC# (using ENUM_VAL_REC, VAR_TYPE, VAR_NAME)
- STR_STATE_#POS_REC#
- CODE_POS_#POS_REC# (using INPUT_EVENT_ID_SOURCE, KNOB_ID)
- STATE#POS_REC#_TEST (using INPUT_EVENT_ID_SOURCE, KNOB_ID, POS_REC)
- TT_VALUE_#POS_ADF#
- SET_STATE_#POS_ADF# (using ENUM_VAL_ADF, VAR_TYPE, VAR_NAME)
- STR_STATE_#POS_ADF#
- CODE_POS_#POS_ADF# (using INPUT_EVENT_ID_SOURCE, KNOB_ID)
- STATE#POS_ADF#_TEST (using INPUT_EVENT_ID_SOURCE, KNOB_ID, POS_ADF)
- TT_VALUE_#POS_TEST#
- SET_STATE_#POS_TEST# (using ENUM_VAL_TEST, VAR_TYPE, VAR_NAME)
- STR_STATE_#POS_TEST#
- CODE_POS_#POS_TEST# (using INPUT_EVENT_ID_SOURCE, KNOB_ID)
- STATE#POS_TEST#_TEST (using INPUT_EVENT_ID_SOURCE, KNOB_ID, POS_TEST)
Condition: NotEmpty(INIT_POS)
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Case: True
Parameters set:
- COMP_INIT_CODE (using INIT_POS, VAR_TYPE, VAR_NAME)
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Default