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Asobo\AircraftTypes\Gliders.xml

Source XML
<ModelBehaviors> <Include RelativeFile="..\Common.xml"/> <ParametersFn Name="Generate_Noise"> <Parameters Type="Default"> <SETUP_CODE/> <MIN_AIRSPEED>10</MIN_AIRSPEED> <REST_RETURN_VALUE>0</REST_RETURN_VALUE> <VAR_NAME>XMLVAR_DEFAULT</VAR_NAME> <Condition Valid="NOISE_WRAPS"> <True> <CLAMP_CODE>100 pmod</CLAMP_CODE> </True> <False> <Condition Valid="REDUCE_RANGE_WITH_AIRSPEED"> <True> <CLAMP_CODE>(O:XMLVAR_SpeedFactor_Min) max (O:XMLVAR_SpeedFactor_Max) min</CLAMP_CODE> </True> <False> <CLAMP_CODE>0 max 100 min</CLAMP_CODE> </False> </Condition> </False> </Condition> </Parameters> <ReturnParameters> <ANIM_CODE> (A:AIRSPEED TRUE, knots) (A:AMBIENT WIND VELOCITY, knots) max s1 #MIN_AIRSPEED# &gt; if{ #SETUP_CODE# (O:#VAR_NAME#) (O:XMLVAR_SpeedFactor) #ANIM_DISPLACEMENT# (E:SIMULATION DELTA TIME, seconds) * * rand 2 * 1 - * + #CLAMP_CODE# (&gt;O:#VAR_NAME#) } els{ #REST_RETURN_VALUE# (&gt;O:#VAR_NAME#) } (O:#VAR_NAME#) </ANIM_CODE> </ReturnParameters> </ParametersFn> <Template Name="ASOBO_Yaw_String"> <Parameters Type="Default"> <ANIM_NAME_360>STRING_360</ANIM_NAME_360> <ANIM_NAME_STICK>STRING_360STICK</ANIM_NAME_STICK> <ANIM_NAME_IDLE_TO_STAND>STRING_IDLE_TO_STAND</ANIM_NAME_IDLE_TO_STAND> <ANIM_NAME_L_R>STRING_LR</ANIM_NAME_L_R> <ANIM_NAME_FLOW>STRING_NOISE</ANIM_NAME_FLOW> <ANIM_NAME_L_R_END>STRING_NOISELR</ANIM_NAME_L_R_END> <ANIM_NAME_L_R_SNAKE>STRING_NOISELR_SNAKE</ANIM_NAME_L_R_SNAKE> <ANIM_NAME_UP>STRING_NOISEEND</ANIM_NAME_UP> <ANIM_DISPLACEMENT>600</ANIM_DISPLACEMENT> <!-- Max %Anim per Sec --> <MIN_AIRSPEED>10</MIN_AIRSPEED> <EXTENDED_AIRSPEED>20</EXTENDED_AIRSPEED> <MAX_AIRSPEED>80</MAX_AIRSPEED> <MAX_AIRSPEED_ANIM_FACTOR>0.1</MAX_AIRSPEED_ANIM_FACTOR> <ANGLE_FORWARD_FACTOR>0.5</ANGLE_FORWARD_FACTOR> <ROTATION_LAG>50</ROTATION_LAG> <SNAKE_MIN_ANGLE>150</SNAKE_MIN_ANGLE> <SNAKE_MAX_ANGLE>30</SNAKE_MAX_ANGLE> </Parameters> <Parameters Type="Override"> <REVERSED_ANGLE_FORWARD_FACTOR Process="Float">1 #ANGLE_FORWARD_FACTOR# -</REVERSED_ANGLE_FORWARD_FACTOR> </Parameters> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_360#</ANIM_NAME> <ANIM_CODE> (O:XMLVAR_YawStringExtended) 0 &gt; if{ 1 l1 #MIN_AIRSPEED# - 0 max #MAX_AIRSPEED# / 1 min #REVERSED_ANGLE_FORWARD_FACTOR# * - sp0 (A:RELATIVE WIND VELOCITY BODY X, feet per second) (A:RELATIVE WIND VELOCITY BODY Z, feet per second) l0 * atg2 rddg dnor (&gt;O:XMLVAR_YawStringDir) } els{ (O:XMLVAR_YawStringInit) ! if{ rand 360 * (&gt;O:XMLVAR_YawStringDir) 1 (&gt;O:XMLVAR_YawStringInit) } } (O:XMLVAR_YawStringDir) </ANIM_CODE> <ANIM_LENGTH>360</ANIM_LENGTH> <ANIM_WRAP>True</ANIM_WRAP> <ANIM_LAG>#ROTATION_LAG#</ANIM_LAG> </UseTemplate> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_IDLE_TO_STAND#</ANIM_NAME> <ANIM_CODE>(A:AIRSPEED TRUE, knots) (A:AMBIENT WIND VELOCITY, knots) max #MIN_AIRSPEED# max #MIN_AIRSPEED# - #EXTENDED_AIRSPEED# min 20 / 100 * (&gt;O:XMLVAR_YawStringExtended) (O:XMLVAR_YawStringExtended)</ANIM_CODE> </UseTemplate> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_STICK#</ANIM_NAME> <ANIM_CODE>(O:XMLVAR_YawStringExtended) 0 == if{ (O:XMLVAR_YawStringDir) } els{ 0 }</ANIM_CODE> <ANIM_LENGTH>360</ANIM_LENGTH> <ANIM_WRAP>True</ANIM_WRAP> <ANIM_LAG>#ROTATION_LAG#</ANIM_LAG> </UseTemplate> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_L_R#</ANIM_NAME> <ANIM_LAG>200</ANIM_LAG> <ANIM_CODE>(A:ROTATION VELOCITY BODY Z, radians per second) -1 * 1 min -1 max 1 + 50 *</ANIM_CODE> </UseTemplate> <Component ID="Yaw_String_Noise"> <Parameters Type="Override"> <ANIM_LAG>800</ANIM_LAG> <REDUCE_RANGE_WITH_AIRSPEED>True</REDUCE_RANGE_WITH_AIRSPEED> </Parameters> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_L_R_END#</ANIM_NAME> <UseParametersFn Name="Generate_Noise"> <SETUP_CODE> 1 (A:AIRSPEED TRUE, knots) (A:AMBIENT WIND VELOCITY, knots) max #MIN_AIRSPEED# - 0 max #MAX_AIRSPEED# / 1 #MAX_AIRSPEED_ANIM_FACTOR# - min 0 max - (&gt;O:XMLVAR_SpeedFactor) 50 (O:XMLVAR_SpeedFactor) 50 * - (&gt;O:XMLVAR_SpeedFactor_Min) 50 (O:XMLVAR_SpeedFactor) 50 * + (&gt;O:XMLVAR_SpeedFactor_Max) </SETUP_CODE> <VAR_NAME>XMLVAR_L_R_END</VAR_NAME> <NOISE_WRAPS>True</NOISE_WRAPS> </UseParametersFn> <ANIM_WRAP>True</ANIM_WRAP> </UseTemplate> </Component> </Template> </ModelBehaviors>

Includes

Templates

Template list
  1. ASOBO_Yaw_String

  • ASOBO_Yaw_String

    Definition from XML
    <Template Name="ASOBO_Yaw_String"> <Parameters Type="Default"> <ANIM_NAME_360>STRING_360</ANIM_NAME_360> <ANIM_NAME_STICK>STRING_360STICK</ANIM_NAME_STICK> <ANIM_NAME_IDLE_TO_STAND>STRING_IDLE_TO_STAND</ANIM_NAME_IDLE_TO_STAND> <ANIM_NAME_L_R>STRING_LR</ANIM_NAME_L_R> <ANIM_NAME_FLOW>STRING_NOISE</ANIM_NAME_FLOW> <ANIM_NAME_L_R_END>STRING_NOISELR</ANIM_NAME_L_R_END> <ANIM_NAME_L_R_SNAKE>STRING_NOISELR_SNAKE</ANIM_NAME_L_R_SNAKE> <ANIM_NAME_UP>STRING_NOISEEND</ANIM_NAME_UP> <ANIM_DISPLACEMENT>600</ANIM_DISPLACEMENT> <MIN_AIRSPEED>10</MIN_AIRSPEED> <EXTENDED_AIRSPEED>20</EXTENDED_AIRSPEED> <MAX_AIRSPEED>80</MAX_AIRSPEED> <MAX_AIRSPEED_ANIM_FACTOR>0.1</MAX_AIRSPEED_ANIM_FACTOR> <ANGLE_FORWARD_FACTOR>0.5</ANGLE_FORWARD_FACTOR> <ROTATION_LAG>50</ROTATION_LAG> <SNAKE_MIN_ANGLE>150</SNAKE_MIN_ANGLE> <SNAKE_MAX_ANGLE>30</SNAKE_MAX_ANGLE> </Parameters> <Parameters Type="Override"> <REVERSED_ANGLE_FORWARD_FACTOR Process="Float">1 #ANGLE_FORWARD_FACTOR# -</REVERSED_ANGLE_FORWARD_FACTOR> </Parameters> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_360#</ANIM_NAME> <ANIM_CODE> (O:XMLVAR_YawStringExtended) 0 &gt; if{ 1 l1 #MIN_AIRSPEED# - 0 max #MAX_AIRSPEED# / 1 min #REVERSED_ANGLE_FORWARD_FACTOR# * - sp0 (A:RELATIVE WIND VELOCITY BODY X, feet per second) (A:RELATIVE WIND VELOCITY BODY Z, feet per second) l0 * atg2 rddg dnor (&gt;O:XMLVAR_YawStringDir) } els{ (O:XMLVAR_YawStringInit) ! if{ rand 360 * (&gt;O:XMLVAR_YawStringDir) 1 (&gt;O:XMLVAR_YawStringInit) } } (O:XMLVAR_YawStringDir) </ANIM_CODE> <ANIM_LENGTH>360</ANIM_LENGTH> <ANIM_WRAP>True</ANIM_WRAP> <ANIM_LAG>#ROTATION_LAG#</ANIM_LAG> </UseTemplate> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_IDLE_TO_STAND#</ANIM_NAME> <ANIM_CODE>(A:AIRSPEED TRUE, knots) (A:AMBIENT WIND VELOCITY, knots) max #MIN_AIRSPEED# max #MIN_AIRSPEED# - #EXTENDED_AIRSPEED# min 20 / 100 * (&gt;O:XMLVAR_YawStringExtended) (O:XMLVAR_YawStringExtended)</ANIM_CODE> </UseTemplate> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_STICK#</ANIM_NAME> <ANIM_CODE>(O:XMLVAR_YawStringExtended) 0 == if{ (O:XMLVAR_YawStringDir) } els{ 0 }</ANIM_CODE> <ANIM_LENGTH>360</ANIM_LENGTH> <ANIM_WRAP>True</ANIM_WRAP> <ANIM_LAG>#ROTATION_LAG#</ANIM_LAG> </UseTemplate> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_L_R#</ANIM_NAME> <ANIM_LAG>200</ANIM_LAG> <ANIM_CODE>(A:ROTATION VELOCITY BODY Z, radians per second) -1 * 1 min -1 max 1 + 50 *</ANIM_CODE> </UseTemplate> <Component ID="Yaw_String_Noise"> <Parameters Type="Override"> <ANIM_LAG>800</ANIM_LAG> <REDUCE_RANGE_WITH_AIRSPEED>True</REDUCE_RANGE_WITH_AIRSPEED> </Parameters> <UseTemplate Name="ASOBO_GT_Anim_Code"> <ANIM_NAME>#ANIM_NAME_L_R_END#</ANIM_NAME> <UseParametersFn Name="Generate_Noise"> <SETUP_CODE> 1 (A:AIRSPEED TRUE, knots) (A:AMBIENT WIND VELOCITY, knots) max #MIN_AIRSPEED# - 0 max #MAX_AIRSPEED# / 1 #MAX_AIRSPEED_ANIM_FACTOR# - min 0 max - (&gt;O:XMLVAR_SpeedFactor) 50 (O:XMLVAR_SpeedFactor) 50 * - (&gt;O:XMLVAR_SpeedFactor_Min) 50 (O:XMLVAR_SpeedFactor) 50 * + (&gt;O:XMLVAR_SpeedFactor_Max) </SETUP_CODE> <VAR_NAME>XMLVAR_L_R_END</VAR_NAME> <NOISE_WRAPS>True</NOISE_WRAPS> </UseParametersFn> <ANIM_WRAP>True</ANIM_WRAP> </UseTemplate> </Component> </Template>

    Parameters initialization:

    • Default

      Parameters set:

      • ANIM_NAME_360
      • ANIM_NAME_STICK
      • ANIM_NAME_IDLE_TO_STAND
      • ANIM_NAME_L_R
      • ANIM_NAME_FLOW
      • ANIM_NAME_L_R_END
      • ANIM_NAME_L_R_SNAKE
      • ANIM_NAME_UP
      • ANIM_DISPLACEMENT
      • MIN_AIRSPEED
      • EXTENDED_AIRSPEED
      • MAX_AIRSPEED
      • MAX_AIRSPEED_ANIM_FACTOR
      • ANGLE_FORWARD_FACTOR
      • ROTATION_LAG
      • SNAKE_MIN_ANGLE
      • SNAKE_MAX_ANGLE
    • Override

      Parameters set:

      • REVERSED_ANGLE_FORWARD_FACTOR (using ANGLE_FORWARD_FACTOR)

    Components:

    • Yaw_String_Noise

      Parameters set:

      • ANIM_LAG
      • REDUCE_RANGE_WITH_AIRSPEED

      Templates used:

      • ASOBO_GT_Anim_Code

        Parameters set:

        • ANIM_NAME (using ANIM_NAME_L_R_END)
        • ANIM_WRAP

        ParametersFn used:

        • Generate_Noise

          Parameters set:

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

    Templates used:

    • ASOBO_GT_Anim_Code

      Parameters set:

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

      Parameters set:

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

      Parameters set:

      • ANIM_NAME (using ANIM_NAME_STICK)
      • ANIM_CODE
      • ANIM_LENGTH
      • ANIM_WRAP
      • ANIM_LAG (using ROTATION_LAG)
    • ASOBO_GT_Anim_Code

      Parameters set:

      • ANIM_NAME (using ANIM_NAME_L_R)
      • ANIM_LAG
      • ANIM_CODE
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ParametersFn

  • Generate_Noise

    Definition from XML
    <ParametersFn Name="Generate_Noise"> <Parameters Type="Default"> <SETUP_CODE/> <MIN_AIRSPEED>10</MIN_AIRSPEED> <REST_RETURN_VALUE>0</REST_RETURN_VALUE> <VAR_NAME>XMLVAR_DEFAULT</VAR_NAME> <Condition Valid="NOISE_WRAPS"> <True> <CLAMP_CODE>100 pmod</CLAMP_CODE> </True> <False> <Condition Valid="REDUCE_RANGE_WITH_AIRSPEED"> <True> <CLAMP_CODE>(O:XMLVAR_SpeedFactor_Min) max (O:XMLVAR_SpeedFactor_Max) min</CLAMP_CODE> </True> <False> <CLAMP_CODE>0 max 100 min</CLAMP_CODE> </False> </Condition> </False> </Condition> </Parameters> <ReturnParameters> <ANIM_CODE> (A:AIRSPEED TRUE, knots) (A:AMBIENT WIND VELOCITY, knots) max s1 #MIN_AIRSPEED# &gt; if{ #SETUP_CODE# (O:#VAR_NAME#) (O:XMLVAR_SpeedFactor) #ANIM_DISPLACEMENT# (E:SIMULATION DELTA TIME, seconds) * * rand 2 * 1 - * + #CLAMP_CODE# (&gt;O:#VAR_NAME#) } els{ #REST_RETURN_VALUE# (&gt;O:#VAR_NAME#) } (O:#VAR_NAME#) </ANIM_CODE> </ReturnParameters> </ParametersFn>

    Parameters initialization:

    • Default

      Parameters set:

      • SETUP_CODE
      • MIN_AIRSPEED
      • REST_RETURN_VALUE
      • VAR_NAME

      Condition: Valid(NOISE_WRAPS)

      • Case: True

        Parameters set:

        • CLAMP_CODE
      • Case: False

        Condition: Valid(REDUCE_RANGE_WITH_AIRSPEED)

        • Case: True

          Parameters set:

          • CLAMP_CODE
        • Case: False

          Parameters set:

          • CLAMP_CODE

    Return parameters:

    Parameters set:

    • ANIM_CODE (using MIN_AIRSPEED, SETUP_CODE, VAR_NAME, ANIM_DISPLACEMENT, CLAMP_CODE, REST_RETURN_VALUE)