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Miscellaneous Types

math
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math
Contains functions which Figura adds to the default Lua "math" library table

math.map
Maps the given value from one range to another
For example, if you have a value of 20 in the range 0-200, and you want to map it to the range 100-200, the result will be 110
overload 1:
math.map(value, oldMin, oldMax, newMin, newMax)
Method Property Fluent Description Representation
value accepts a Number
oldMin accepts a Number
oldMax accepts a Number
newMin accepts a Number
newMax accepts a Number
Return Value a Number

math.round
Rounds the given number to the nearest whole integer
overload 1:
math.round(value)
Method Property Fluent Description Representation
value accepts a Number
Return Value a Number

math.sign
Returns the sign of the given number
Returns 1 if the number is positive, -1 if it's negative, and 0 if it's 0
overload 1:
math.sign(value)
Method Property Fluent Description Representation
value accepts a Number
Return Value a Number

math.lerp
Linearly interpolates from its first argument to its second argument, with the third argument as the parameter
Works on both regular numbers, vectors of the same type, and matrices of the same type
overload 1:
math.lerp(a, b, t)
Method Property Fluent Description Representation
a accepts a Number
b accepts a Number
t accepts a Number
Return Value a Number
overload 2:
math.lerp(a, b, t)
Method Property Fluent Description Representation
a accepts a Vector2
b accepts a Vector2
t accepts a Number
Return Value a Vector2
overload 3:
math.lerp(a, b, t)
Method Property Fluent Description Representation
a accepts a Vector3
b accepts a Vector3
t accepts a Number
Return Value a Vector3
overload 4:
math.lerp(a, b, t)
Method Property Fluent Description Representation
a accepts a Vector4
b accepts a Vector4
t accepts a Number
Return Value a Vector4
overload 5:
math.lerp(a, b, t)
typings.2002444082typings.2002444082typings.2002444082
Method Property Fluent Description Representation
a accepts
b accepts
t accepts a Number
Return Value
overload 6:
math.lerp(a, b, t)
typings.2002444083typings.2002444083typings.2002444083
Method Property Fluent Description Representation
a accepts
b accepts
t accepts a Number
Return Value

math.lerpAngle
Similar to the default lerp function, but numbers are limited to the range of 0-360
Lerp is done towards the shortest angle
For example, a lerp of 340 and 20, with a factor of 0.75, will return 10
overload 1:
math.lerpAngle(a, b, t)
Method Property Fluent Description Representation
a accepts a Number
b accepts a Number
t accepts a Number
Return Value a Number

math.shortAngle
Returns the shortest angle between two angles
For example, if you have an angle of 350 degrees and you want to get the shortest angle between it and 0 degrees, the result will be 10 degrees
overload 1:
math.shortAngle(from, to)
Method Property Fluent Description Representation
from accepts a Number
to accepts a Number
Return Value a Number

math.clamp
Clamps the given value between min and max
overload 1:
math.clamp(value, min, max)
Method Property Fluent Description Representation
value accepts a Number
min accepts a Number
max accepts a Number
Return Value a Number

math.playerScale
The constant of the player scaling related to the world
field signature:
playerScale
Method Property Fluent Description Representation
Field Type a Number

math.worldScale
The constant of the world scaling related with the player
field signature:
worldScale
Method Property Fluent Description Representation
Field Type a Number
a a