Linden Scripting Language Guide - Engineering Center

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Appendix C. ConstantsDATA_RATINGReturns the agent ratings as a comma separated string of six integers. They are:1. Positive rated behavior2. Negative rated behavior3. Positive rated appearance4. Negative rated appearance5. Positive rated building6. Negative rated buildingC.16. Float ConstantsLSL provides a small collection of floating point constants for use in float arithmetic. These constants are usuallyemployed while performing trigonometric calculations, but are sometimes useful for other applications such asspecifying arc radians to sensor or particle system functions.Float ConstantsPI3.14159265 - The radians of a hemicircle.TWO_PI6.28318530 - The radians of a circle.PI_BY_TWO1.57079633 - The radians of a quarter circle.DEG_TO_RAD0.01745329 - Number of radians per degree. You can use this to convert degrees to radians by multiplyingthe degrees by this number.RAD_TO_DEGSQRT257.2957795 - Number of degrees per radian. You can use this number to convert radians to degrees bymultiplying the radians by this number.1.41421356 - The square root of 2.C.17. Key ConstantThere is only one key constant which acts as an invalid key: NULL_KEY.109
C.18. Miscellaneous Integer ConstantsAppendix C. ConstantsThere is one uncategorized integer constant which is used in some of the texturing and coloring api: ALL_SIDESC.19. Miscellaneous String ConstantsThere is one uncategorized string constant which is used in the dataserver event: EOFC.20. Vector ConstantThere is only one vector constant which acts as a zero vector: ZERO_VECTOR = .C.21. Rotation ConstantThere is only one rotation constant which acts as a zero rotation: ZERO_ROTATION = .C.22. Vehicle ParametersParametersVEHICLE_LINEAR_FRICTION_TIMESCALEA vector of timescales for exponential decay of the vehicle’s linear velocity along its preferred axes ofmotion (at, left, up). Range = [0.07, inf) seconds for each element of the vector.VEHICLE_ANGULAR_FRICTION_TIMESCALEA vector of timescales for exponential decay of the vehicle’s angular velocity about its preferred axes ofmotion (at, left, up). Range = [0.07, inf) seconds for each element of the vector.VEHICLE_LINEAR_MOTOR_DIRECTIONThe direction and magnitude (in preferred frame) of the vehicle’s linear motor. The vehicle will accelerate(or decelerate if necessary) to match its velocity to its motor. Range of magnitude = [0, 30] meters/second.VEHICLE_LINEAR_MOTOR_TIMESCALEThe timescale for exponential approach to full linear motor velocity.VEHICLE_LINEAR_MOTOR_DECAY_TIMESCALEThe timescale for exponential decay of the linear motor’s magnitude.VEHICLE_ANGULAR_MOTOR_DIRECTIONThe direction and magnitude (in preferred frame) of the vehicle’s angular motor.The vehicle will accelerate(or decelerate if necessary) to match its velocity to its motor.110
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Linden Scripting Language Guideby A
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A.193. llSetObjectName ............
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C.20. Vector Constant..............
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Chapter 1. IntroductionThe Linden S
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Chapter 2. Getting Started2.1.2. De
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Chapter 3. BasicsNow that we have s
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Chapter 3. BasicsOperatorMeaning/ D
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Chapter 3. Basicsstring StringVar =
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Chapter 3. Basics3.6. Local Variabl
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Chapter 4. Flow Control}string msg;
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4.3. JumpsChapter 4. Flow ControlA
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Chapter 5. StatesAll scripts must h
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Chapter 5. States}state TimerState{
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Chapter 6. Math6.1. Tables of Funct
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Chapter 8. Lists8.1. Tables of Func
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Chapter 10. Inventory10.1. Tables o
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Chapter 11. VehiclesWhile the follo
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Chapter 11. VehiclesSo a typical Se
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Chapter 11. Vehiclesmaximum possibl
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Appendix A. Linden Library Function
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A.30. llDetectedLinkNumberAppendix
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A.49. llGetAgentInfoAppendix A. Lin
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A.59. llGetFreeMemoryAppendix A. Li
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A.69. llGetListLengthAppendix A. Li
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A.79. llGetPermissionsAppendix A. L
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A.98. llGetTimeOfDayAppendix A. Lin
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Linden Scripting Language Guide - Engineering Center

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