ESP

<ModelBehaviors> <Include ModelBehaviorFile="Asobo\Generic.xml"/> <Include RelativeFile="Inputs.xml"/> <!-- Takes an increment to change a control axis in response to a key event and adjusts it for true airspeed. Required params: * INCR_CODE - RPN to compute the increment (as a position 16k) to change a control axis in response to a key event. Optional params: * RETURN_PARAM_NAME - The name to assign the parameter returned by this function. Defaults to INCR_CODE_TAS. * INCR_RESP_TAS_HALF - The true airspeed, in knots, at which the input increment is reduced to one-half the original amount. A value less than or equal to zero disables all adjustments to the increment based on airspeed. Defaults to 0. * INCR_RESP_TAS_EIGHTH - The true airspeed, in knots, at which the input increment is reduced to one-eighth the original amount. Defaults to 0. Returns: * #RETURN_PARAM_NAME# - RPN to compute the increment (as a position 16k) to change a control axis in response to a key event, after being adjusted for true airspeed. --> <ParametersFn Name="WT_G3000_ESP_Adjust_Input_Incr_Param_From_TAS"> <Parameters Type="Default"> <RETURN_PARAM_NAME>INCR_CODE_TAS</RETURN_PARAM_NAME> <INCR_RESP_HALF_TAS>0</INCR_RESP_HALF_TAS> <INCR_RESP_EIGHTH_TAS>0</INCR_RESP_EIGHTH_TAS> </Parameters> <Parameters Type="Override"> <Condition> <Test> <Greater> <Number>#INCR_RESP_HALF_TAS#</Number> <Number>0</Number> </Greater> </Test> <True> <INCR_TAS_RESP_CODE> (A:AIRSPEED TRUE, knots) s0 #INCR_RESP_HALF_TAS# &lt; if{ 1 0.5 l0 #INCR_RESP_HALF_TAS# / * - } els{ #INCR_RESP_HALF_TAS# #INCR_RESP_EIGHTH_TAS# &lt; l0 #INCR_RESP_EIGHTH_TAS# &lt; and if{ 0.5 0.375 l0 #INCR_RESP_HALF_TAS# - #INCR_RESP_EIGHTH_TAS# #INCR_RESP_HALF_TAS# - / * - } els{ 0.125 } } </INCR_TAS_RESP_CODE> </True> <False> <INCR_TAS_RESP_CODE>1</INCR_TAS_RESP_CODE> </False> </Condition> </Parameters> <ReturnParameters> <#RETURN_PARAM_NAME#> #INCR_CODE# #INCR_TAS_RESP_CODE# * </#RETURN_PARAM_NAME#> </ReturnParameters> </ParametersFn> <!-- Takes an increment to change a control axis in response to a key event and adjusts it for key press timing. Required params: * ID - The name to assign to the key. Should be unique for each key whose press/release timing is independently tracked. * INCR_CODE - RPN to compute the increment (as a position 16k) to change a control axis in response to a key event. * GET_INPUT_CODE - RPN to retrieve the current input value (as a position 16k). Optional params: * RETURN_PARAM_NAME - The name to assign the parameter returned by this function. Defaults to INCR_CODE_#ID#. * INCR_TIMING_RELEASE_THRESHOLD - The maximum amount of time, in seconds, allowed to separate two consecutive key events while the key is still considered held down. Defaults to 0.2. * INCR_TIMING_FACTOR_CODE - RPN to compute the scaling factor to apply to the input increment given a duration for which the key has been held. The duration for which the key has been held is at the top of the stack when the code is executed. Defaults to code that computes a scaling factor of 4 when the duration is least 1 second, a factor of 2 when the duration is between 0.5 and 1 second, and a factor of 1 otherwise. * INCR_NEUTRAL_FACTOR - The scaling factor to apply to the input increment when the key is pressed (not held) and the current input value is close to the neutral position. Defaults to 4. * INCR_NEUTRAL_EPSILON - The tolerance to use (as a position 16k) when determining if the current input value is close to the neutral position. Defaults to 16. Returns: * #RETURN_PARAM_NAME# - RPN to compute the increment (as a position 16k) to change a control axis in response to a key event, after being adjusted for key press timing. --> <ParametersFn Name="WT_G3000_ESP_Adjust_Input_Incr_Param_From_Timing"> <Parameters Type="Default"> <RETURN_PARAM_NAME>INCR_CODE_#ID#</RETURN_PARAM_NAME> <INCR_TIMING_RELEASE_THRESHOLD>0.2</INCR_TIMING_RELEASE_THRESHOLD> <INCR_TIMING_FACTOR_CODE> s0 0.5 &lt; if{ 1 } els{ l0 1 &lt; if{ 2 } els{ 4 } } </INCR_TIMING_FACTOR_CODE> <INCR_NEUTRAL_FACTOR>4</INCR_NEUTRAL_FACTOR> <INCR_NEUTRAL_EPSILON>16</INCR_NEUTRAL_EPSILON> </Parameters> <ReturnParameters> <#RETURN_PARAM_NAME#> #INCR_CODE# sp0 (E:SIMULATION TIME, second) sp1 (O:#ID#_Has_Last_Event, bool) sp2 (O:#ID#_Last_Event_Time, second) sp3 l2 l1 l3 &lt; and if{ 0 s2 (&gt;O:#ID#_Has_Last_Event, bool) } l2 l1 l3 - #INCR_TIMING_RELEASE_THRESHOLD# &lt;= and if{ (O:#ID#_Held_Time, second) l1 l3 - + s4 (&gt;O:#ID#_Held_Time, second) } els{ 0 s4 (&gt;O:#ID#_Held_Time, second) } 1 (&gt;O:#ID#_Has_Last_Event, bool) l1 (&gt;O:#ID#_Last_Event_Time, second) l0 #INCR_NEUTRAL_FACTOR# 1 l4 0 == #GET_INPUT_CODE# abs #INCR_NEUTRAL_EPSILON# &lt; and ? * l4 #INCR_TIMING_FACTOR_CODE# * </#RETURN_PARAM_NAME#> </ReturnParameters> </ParametersFn> <!-- Creates an input event to manage inputs for a control axis in response to ESP forces. The value of the input event tracks an input control axis position. The input control axis position is then modulated by an ESP force to generate an output control axis position that is used to set a control axis position within the sim. Required params: * IE_NAME - The name to use for the input event that manages the control axis. * FORCE_VAR - The name of the LVAR (without the L:1: prefix) that provides the ESP force applied to the control axis. Positive force deflects the control axis in the positive direction. * SET_CONTROL_AXIS_CODE - RPN to set the sim's control axis position. The position to set is at the top of the stack when the code is executed. Optional params: * OUTPUT_CODE - RPN to transform an input control axis position and ESP force to an output control axis position. The input position can be retrieved using (O:ESP_#IE_NAME#_Input), and the ESP force can be retrieved using (L:1:#FORCE_VAR#). --> <Template Name="WT_G3000_ESP_Control_Axis_Template"> <Parameters Type="Default"> <OUTPUT_CODE> (L:1:#FORCE_VAR#) 1 min -1 max @16K * sp0 (O:ESP_#IE_NAME#_Input) s1 sign @16K * sp2 l2 l0 - l1 l2 / * l0 + near </OUTPUT_CODE> </Parameters> <Parameters Type="Override"> <PROCESS_OUTPUT_CODE>#OUTPUT_CODE# #SET_CONTROL_AXIS_CODE#</PROCESS_OUTPUT_CODE> </Parameters> <UseInputEvent ID="G3000_GIE_Base_Ex1"> <INPUT_EVENT_ID_SOURCE>ESP</INPUT_EVENT_ID_SOURCE> <VALUE_UNITS>number</VALUE_UNITS> <VALUE_CODE>(O:ESP_#IE_NAME#_Input)</VALUE_CODE> <INIT_CODE> #PROCESS_OUTPUT_CODE# </INIT_CODE> <SET_ARG_COUNT>1</SET_ARG_COUNT> <SET_CODE> p0 @16K min -@16K max (&gt;O:ESP_#IE_NAME#_Input) #PROCESS_OUTPUT_CODE# </SET_CODE> <INC_ARG_COUNT>1</INC_ARG_COUNT> <INC_CODE> (O:ESP_#IE_NAME#_Input) p0 + (&gt;B:ESP_#IE_NAME#_Set) </INC_CODE> <DEC_ARG_COUNT>1</DEC_ARG_COUNT> <DEC_CODE> (O:ESP_#IE_NAME#_Input) p0 - (&gt;B:ESP_#IE_NAME#_Set) </DEC_CODE> <SCOPED_VAR_TO_WATCH_0>#FORCE_VAR#</SCOPED_VAR_TO_WATCH_0> <SCOPED_VAR_TO_WATCH_0_SCOPE>L</SCOPED_VAR_TO_WATCH_0_SCOPE> <!-- Even though we don't use these params, they still need to be declared because G3000_GIE_Base_Ex1 expects them. Otherwise we will get warnings. --> <TT_ICON /> <TT_INTERACTION /> <TT_INTERACTION_LOCKABLE /> <TT_DESCRIPTION /> <TT_DESCRIPTION_IS_DYNAMIC /> <TT_VALUE /> <TT_VALUE_IS_DYNAMIC /> </UseInputEvent> </Template> <!-- Creates an input event to manage inputs for the pitch control axis in response to ESP forces. The input event intercepts and uses the ELEVATOR_SET, AXIS_ELEVATOR_SET, ELEVATOR_DOWN, ELEV_DOWN, ELEVATOR_UP, and ELEV_UP key events to track an input control axis position as the input event's value. The input control axis position is then modulated by an ESP force to generate an output control axis position that is used to set the sim's elevator position. Optional params: * IE_NAME - The name to use for the input event that manages the control axis. Defaults to Pitch_Control_Axis. * FORCE_VAR - The name of the LVAR (without the L:1: prefix) that provides the ESP force applied to the control axis. Positive force deflects the control axis in the positive direction. Defaults to Esp_Pitch_Control_Axis_Force. * INCR_CODE - RPN to compute the base amount to change the input control axis position (as a position 16k) in response to incrementing and decrementing key events. Defaults to 514. * INCR_RESP_TAS_HALF - The true airspeed, in knots, at which the input increment is reduced to one-half the base amount. A value less than or equal to zero disables all adjustments to the increment based on airspeed. Defaults to 0. * INCR_RESP_TAS_EIGHTH - The true airspeed, in knots, at which the input increment is reduced to one-eighth the base amount. Defaults to 0. * INCR_TIMING_RELEASE_THRESHOLD - The maximum amount of time, in seconds, allowed to separate two consecutive input-incrementing or -decrementing key events while the key is still considered held down. Defaults to 0.2. * INCR_TIMING_FACTOR_CODE - RPN to compute the scaling factor to apply to the input increment given a duration for which the associated key has been held. The duration for which the key has been held is at the top of the stack when the code is executed. Defaults to code that computes a scaling factor of 4 when the duration is least 1 second, a factor of 2 when the duration is between 0.5 and 1 second, and a factor of 1 otherwise. * INCR_NEUTRAL_FACTOR - The scaling factor to apply to the input increment when the associated key is pressed (not held) and the current input value is close to the neutral position. Defaults to 4. * INCR_NEUTRAL_EPSILON - The tolerance to use (as a position 16k) when determining if the current input value is close to the neutral position. Defaults to 16. * OUTPUT_CODE - RPN to transform an input control axis position and ESP force to an output control axis position. The input position can be retrieved using (O:ESP_#IE_NAME#_Input), and the ESP force can be retrieved using (L:1:#FORCE_VAR#). --> <Template Name="WT_G3000_ESP_Pitch_Control_Axis_Template"> <Parameters Type="Default"> <IE_NAME>Pitch_Control_Axis</IE_NAME> <FORCE_VAR>Esp_Pitch_Control_Axis_Force</FORCE_VAR> <INCR_CODE>514</INCR_CODE> </Parameters> <Parameters Type="Override"> <GET_INPUT_CODE>(O:ESP_#IE_NAME#_Input)</GET_INPUT_CODE> </Parameters> <Parameters Type="Default"> <UseParametersFn Name="WT_G3000_ESP_Adjust_Input_Incr_Param_From_TAS"> </UseParametersFn> </Parameters> <Parameters Type="Default"> <UseParametersFn Name="WT_G3000_ESP_Adjust_Input_Incr_Param_From_Timing"> <ID>ELEVATOR_DOWN</ID> <INCR_CODE>#INCR_CODE_TAS#</INCR_CODE> </UseParametersFn> <UseParametersFn Name="WT_G3000_ESP_Adjust_Input_Incr_Param_From_Timing"> <ID>ELEV_DOWN</ID> <INCR_CODE>#INCR_CODE_TAS#</INCR_CODE> </UseParametersFn> <UseParametersFn Name="WT_G3000_ESP_Adjust_Input_Incr_Param_From_Timing"> <ID>ELEVATOR_UP</ID> <INCR_CODE>#INCR_CODE_TAS#</INCR_CODE> </UseParametersFn> <UseParametersFn Name="WT_G3000_ESP_Adjust_Input_Incr_Param_From_Timing"> <ID>ELEV_UP</ID> <INCR_CODE>#INCR_CODE_TAS#</INCR_CODE> </UseParametersFn> </Parameters> <UseTemplate Name="WT_G3000_ESP_Control_Axis_Template"> <SET_CONTROL_AXIS_CODE>neg (&gt;K:ELEVATOR_SET)</SET_CONTROL_AXIS_CODE> <BINDING_SET_0>ELEVATOR_SET</BINDING_SET_0> <BINDING_SET_0_EVENT_ID>ELEVATOR_SET</BINDING_SET_0_EVENT_ID> <BINDING_SET_0_EVENT_ID_ONLY>True</BINDING_SET_0_EVENT_ID_ONLY> <BINDING_SET_0_PARAM_0_IS_DYNAMIC>True</BINDING_SET_0_PARAM_0_IS_DYNAMIC> <BINDING_SET_0_PARAM_0>p1 neg</BINDING_SET_0_PARAM_0> <BINDING_SET_1>AXIS_ELEVATOR_SET</BINDING_SET_1> <BINDING_SET_1_EVENT_ID>AXIS_ELEVATOR_SET</BINDING_SET_1_EVENT_ID> <BINDING_SET_1_EVENT_ID_ONLY>True</BINDING_SET_1_EVENT_ID_ONLY> <BINDING_SET_1_PARAM_0_IS_DYNAMIC>True</BINDING_SET_1_PARAM_0_IS_DYNAMIC> <BINDING_SET_1_PARAM_0>p1 neg</BINDING_SET_1_PARAM_0> <BINDING_DEC_0>ELEVATOR_DOWN</BINDING_DEC_0> <BINDING_DEC_0_EVENT_ID>ELEVATOR_DOWN</BINDING_DEC_0_EVENT_ID> <BINDING_DEC_0_EVENT_ID_ONLY>True</BINDING_DEC_0_EVENT_ID_ONLY> <BINDING_DEC_0_PARAM_0_IS_DYNAMIC>True</BINDING_DEC_0_PARAM_0_IS_DYNAMIC> <BINDING_DEC_0_PARAM_0>#INCR_CODE_ELEVATOR_DOWN#</BINDING_DEC_0_PARAM_0> <BINDING_DEC_1>ELEV_DOWN</BINDING_DEC_1> <BINDING_DEC_1_EVENT_ID>ELEV_DOWN</BINDING_DEC_1_EVENT_ID> <BINDING_DEC_1_EVENT_ID_ONLY>True</BINDING_DEC_1_EVENT_ID_ONLY> <BINDING_DEC_1_PARAM_0_IS_DYNAMIC>True</BINDING_DEC_1_PARAM_0_IS_DYNAMIC> <BINDING_DEC_1_PARAM_0>#INCR_CODE_ELEV_DOWN#</BINDING_DEC_1_PARAM_0> <BINDING_INC_0>ELEVATOR_UP</BINDING_INC_0> <BINDING_INC_0_EVENT_ID>ELEVATOR_DOWN</BINDING_INC_0_EVENT_ID> <BINDING_INC_0_EVENT_ID_ONLY>True</BINDING_INC_0_EVENT_ID_ONLY> <BINDING_INC_0_PARAM_0_IS_DYNAMIC>True</BINDING_INC_0_PARAM_0_IS_DYNAMIC> <BINDING_INC_0_PARAM_0>#INCR_CODE_ELEVATOR_UP#</BINDING_INC_0_PARAM_0> <BINDING_INC_1>ELEV_UP</BINDING_INC_1> <BINDING_INC_1_EVENT_ID>ELEV_UP</BINDING_INC_1_EVENT_ID> <BINDING_INC_1_EVENT_ID_ONLY>True</BINDING_INC_1_EVENT_ID_ONLY> <BINDING_INC_1_PARAM_0_IS_DYNAMIC>True</BINDING_INC_1_PARAM_0_IS_DYNAMIC> <BINDING_INC_1_PARAM_0>#INCR_CODE_ELEV_UP#</BINDING_INC_1_PARAM_0> </UseTemplate> </Template> <!-- Creates an input event to manage inputs for the roll control axis in response to ESP forces. The input event intercepts and uses the AILERON_SET, AXIS_AILERONS_SET, CENTER_AILER_RUDDER, AILERONS_LEFT, AILERON_LEFT, AILERONS_RIGHT, and AILERON_RIGHT key events to track an input control axis position as the input event's value. The input control axis position is then modulated by an ESP force to generate an output control axis position that is used to set the sim's aileron position. Optional params: * IE_NAME - The name to use for the input event that manages the control axis. Defaults to Roll_Control_Axis. * FORCE_VAR - The name of the LVAR (without the L:1: prefix) that provides the ESP force applied to the control axis. Positive force deflects the control axis in the positive direction. Defaults to Esp_Roll_Control_Axis_Force. * INCR_CODE - RPN to compute the base amount to change the input control axis position (as a position 16k) in response to incrementing and decrementing key events. Defaults to 514. * INCR_RESP_TAS_HALF - The true airspeed, in knots, at which the input increment is reduced to one-half the base amount. A value less than or equal to zero disables all adjustments to the increment based on airspeed. Defaults to 0. * INCR_RESP_TAS_EIGHTH - The true airspeed, in knots, at which the input increment is reduced to one-eighth the base amount. Defaults to 0. * INCR_TIMING_RELEASE_THRESHOLD - The maximum amount of time, in seconds, allowed to separate two consecutive input-incrementing or -decrementing key events while the key is still considered held down. Defaults to 0.2. * INCR_TIMING_FACTOR_CODE - RPN to compute the scaling factor to apply to the input increment given a duration for which the associated key has been held. The duration for which the key has been held is at the top of the stack when the code is executed. Defaults to code that computes a scaling factor of 4 when the duration is least 1 second, a factor of 2 when the duration is between 0.5 and 1 second, and a factor of 1 otherwise. * INCR_NEUTRAL_FACTOR - The scaling factor to apply to the input increment when the associated key is pressed (not held) and the current input value is close to the neutral position. Defaults to 4. * INCR_NEUTRAL_EPSILON - The tolerance to use (as a position 16k) when determining if the current input value is close to the neutral position. Defaults to 16. * OUTPUT_CODE - RPN to transform an input control axis position and ESP force to an output control axis position. The input position can be retrieved using (O:ESP_#IE_NAME#_Input), and the ESP force can be retrieved using (L:1:#FORCE_VAR#). --> <Template Name="WT_G3000_ESP_Roll_Control_Axis_Template"> <Parameters Type="Default"> <IE_NAME>Roll_Control_Axis</IE_NAME> <FORCE_VAR>Esp_Roll_Control_Axis_Force</FORCE_VAR> <INCR_CODE>1028</INCR_CODE> </Parameters> <Parameters Type="Override"> <GET_INPUT_CODE>(O:ESP_#IE_NAME#_Input)</GET_INPUT_CODE> </Parameters> <Parameters Type="Default"> <UseParametersFn Name="WT_G3000_ESP_Adjust_Input_Incr_Param_From_TAS"> </UseParametersFn> </Parameters> <Parameters Type="Default"> <UseParametersFn Name="WT_G3000_ESP_Adjust_Input_Incr_Param_From_Timing"> <ID>AILERONS_LEFT</ID> <INCR_CODE>#INCR_CODE_TAS#</INCR_CODE> </UseParametersFn> <UseParametersFn Name="WT_G3000_ESP_Adjust_Input_Incr_Param_From_Timing"> <ID>AILERON_LEFT</ID> <INCR_CODE>#INCR_CODE_TAS#</INCR_CODE> </UseParametersFn> <UseParametersFn Name="WT_G3000_ESP_Adjust_Input_Incr_Param_From_Timing"> <ID>AILERONS_RIGHT</ID> <INCR_CODE>#INCR_CODE_TAS#</INCR_CODE> </UseParametersFn> <UseParametersFn Name="WT_G3000_ESP_Adjust_Input_Incr_Param_From_Timing"> <ID>AILERON_RIGHT</ID> <INCR_CODE>#INCR_CODE_TAS#</INCR_CODE> </UseParametersFn> </Parameters> <UseTemplate Name="WT_G3000_ESP_Control_Axis_Template"> <SET_CONTROL_AXIS_CODE>neg (&gt;K:AILERON_SET)</SET_CONTROL_AXIS_CODE> <BINDING_SET_0>AILERON_SET</BINDING_SET_0> <BINDING_SET_0_EVENT_ID>AILERON_SET</BINDING_SET_0_EVENT_ID> <BINDING_SET_0_EVENT_ID_ONLY>True</BINDING_SET_0_EVENT_ID_ONLY> <BINDING_SET_0_PARAM_0_IS_DYNAMIC>True</BINDING_SET_0_PARAM_0_IS_DYNAMIC> <BINDING_SET_0_PARAM_0>p1 neg</BINDING_SET_0_PARAM_0> <BINDING_SET_1>AXIS_AILERONS_SET</BINDING_SET_1> <BINDING_SET_1_EVENT_ID>AXIS_AILERONS_SET</BINDING_SET_1_EVENT_ID> <BINDING_SET_1_EVENT_ID_ONLY>True</BINDING_SET_1_EVENT_ID_ONLY> <BINDING_SET_1_PARAM_0_IS_DYNAMIC>True</BINDING_SET_1_PARAM_0_IS_DYNAMIC> <BINDING_SET_1_PARAM_0>p1 neg</BINDING_SET_1_PARAM_0> <BINDING_SET_2>CENTER_AILER_RUDDER</BINDING_SET_2> <BINDING_SET_2_EVENT_ID>CENTER_AILER_RUDDER</BINDING_SET_2_EVENT_ID> <BINDING_SET_2_EVENT_ID_ONLY>True</BINDING_SET_2_EVENT_ID_ONLY> <BINDING_SET_2_PARAM_0_IS_DYNAMIC>True</BINDING_SET_2_PARAM_0_IS_DYNAMIC> <BINDING_SET_2_PARAM_0>0 (&gt;K:RUDDER_SET) p1 neg</BINDING_SET_2_PARAM_0> <BINDING_DEC_0>AILERONS_LEFT</BINDING_DEC_0> <BINDING_DEC_0_EVENT_ID>AILERONS_LEFT</BINDING_DEC_0_EVENT_ID> <BINDING_DEC_0_EVENT_ID_ONLY>True</BINDING_DEC_0_EVENT_ID_ONLY> <BINDING_DEC_0_PARAM_0_IS_DYNAMIC>True</BINDING_DEC_0_PARAM_0_IS_DYNAMIC> <BINDING_DEC_0_PARAM_0>#INCR_CODE_AILERONS_LEFT#</BINDING_DEC_0_PARAM_0> <BINDING_DEC_1>AILERON_LEFT</BINDING_DEC_1> <BINDING_DEC_1_EVENT_ID>AILERON_LEFT</BINDING_DEC_1_EVENT_ID> <BINDING_DEC_1_EVENT_ID_ONLY>True</BINDING_DEC_1_EVENT_ID_ONLY> <BINDING_DEC_1_PARAM_0_IS_DYNAMIC>True</BINDING_DEC_1_PARAM_0_IS_DYNAMIC> <BINDING_DEC_1_PARAM_0>#INCR_CODE_AILERON_LEFT#</BINDING_DEC_1_PARAM_0> <BINDING_INC_0>AILERONS_RIGHT</BINDING_INC_0> <BINDING_INC_0_EVENT_ID>AILERONS_RIGHT</BINDING_INC_0_EVENT_ID> <BINDING_INC_0_EVENT_ID_ONLY>True</BINDING_INC_0_EVENT_ID_ONLY> <BINDING_INC_0_PARAM_0_IS_DYNAMIC>True</BINDING_INC_0_PARAM_0_IS_DYNAMIC> <BINDING_INC_0_PARAM_0>#INCR_CODE_AILERONS_RIGHT#</BINDING_INC_0_PARAM_0> <BINDING_INC_1>AILERON_RIGHT</BINDING_INC_1> <BINDING_INC_1_EVENT_ID>AILERON_RIGHT</BINDING_INC_1_EVENT_ID> <BINDING_INC_1_EVENT_ID_ONLY>True</BINDING_INC_1_EVENT_ID_ONLY> <BINDING_INC_1_PARAM_0_IS_DYNAMIC>True</BINDING_INC_1_PARAM_0_IS_DYNAMIC> <BINDING_INC_1_PARAM_0>#INCR_CODE_AILERON_RIGHT#</BINDING_INC_1_PARAM_0> </UseTemplate> </Template> </ModelBehaviors>