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 Number 
   
b accepts a Number Number 
   
t accepts a Number Number 
   
Return Value a Number Number 
   
overload 2:
                        
math.lerp(a, b, t)  
 Method Property Fluent Description Representation
a accepts a Vector2 Vector2 
   
b accepts a Vector2 Vector2 
   
t accepts a Number Number 
   
Return Value a Vector2 Vector2 
   
overload 3:
                        
math.lerp(a, b, t)  
 Method Property Fluent Description Representation
a accepts a Vector3 Vector3 
   
b accepts a Vector3 Vector3 
   
t accepts a Number Number 
   
Return Value a Vector3 Vector3 
   
overload 4:
                        
math.lerp(a, b, t)  
 Method Property Fluent Description Representation
a accepts a Vector4 Vector4 
   
b accepts a Vector4 Vector4 
   
t accepts a Number Number 
   
Return Value a Vector4 Vector4 
   
overload 5:
                        
math.lerp(a, b, t)  
 typings.2002444082typings.2002444082typings.2002444082Method Property Fluent Description Representation
a accepts   
b accepts   
t accepts a Number Number 
   
Return Value   
 
overload 6:
                        
math.lerp(a, b, t)  
 typings.2002444083typings.2002444083typings.2002444083Method Property Fluent Description Representation
a accepts   
b accepts   
t accepts a Number Number 
   
Return Value

Global Objects

Miscellaneous Types

Miscelanous

action_wheel

animations

nameplate

world

vanilla_model

models

player

events

keybind

vectors

matrices

sounds

pings

Miscellaneous Enums

math.lerp

Method Property	Fluent Description	Representation
a accepts	a Number	`Number`
b accepts	a Number	`Number`
t accepts	a Number	`Number`
Return Value	a Number	`Number`

Method Property	Fluent Description	Representation
a accepts	a Vector2	`Vector2`
b accepts	a Vector2	`Vector2`
t accepts	a Number	`Number`
Return Value	a Vector2	`Vector2`

Method Property	Fluent Description	Representation
a accepts	a Vector3	`Vector3`
b accepts	a Vector3	`Vector3`
t accepts	a Number	`Number`
Return Value	a Vector3	`Vector3`

Method Property	Fluent Description	Representation
a accepts	a Vector4	`Vector4`
b accepts	a Vector4	`Vector4`
t accepts	a Number	`Number`
Return Value	a Vector4	`Vector4`