Angle

List of all possible functions to manipulate angles.

Created by Angle.

Type	Name	Description
number	`p` or `pitch` or `x` or `1`	The pitch component of the angle.
number	`y` or `yaw` or `y` or `2`	The yaw component of the angle.
number	`r` or `roll` or `z` or `3`	The roll component of the angle.

Metamethod	Second Operand	Description
`__add`	Angle	Returns new Angle with the result of addition.
`__div`	number	Returns new Angle with the result of division.
`__eq`	any	Compares 2 operands, if they both are Angle, compares each individual component. Doesn't normalize the angles (360 is not equal to 0).
`__index`	number or string	Gets the component of the Angle. Returns a number.
`__mul`	number	Returns new Angle with the result of multiplication.
`__newindex`	number or string	Sets the component of the Angle. Accepts number and string.
`__sub`	Angle	Returns new Angle with the result of subtraction.
`__tostring`		Returns `p y r`.
`__unm`		Returns new Angle with the result of negation.

Methods

Angle:Add( Angle angle )

Adds the values of the argument angle to the orignal angle. This functions the same as angle1 + angle2 without creating a new angle object, skipping object construction and garbage collection.

Angle:Div( number scalar )

Divides all values of the original angle by a scalar. This functions the same as angle1 / num without creating a new angle object, skipping object construction and garbage collection.

Vector Angle:Forward()

Returns a normal vector facing in the direction that the angle points.

boolean Angle:IsEqualTol( Angle compare, number tolerance )

Returns if the angle is equal to another angle with the given tolerance.

boolean Angle:IsZero()

Returns whether the pitch, yaw and roll are 0 or not.

Angle:Mul( number scalar )

Multiplies a scalar to all the values of the orignal angle. This functions the same as num * angle without creating a new angle object, skipping object construction and garbage collection.

Angle:Normalize()

Normalizes the angles by applying a module with 360 to pitch, yaw and roll.

Angle:Random( number min = -360, number max = 360 )

Randomizes each element of this Angle object.

Vector Angle:Right()

Returns a normal vector facing in the direction that points right relative to the angle's direction.

Angle:RotateAroundAxis( Vector axis, number rotation )

Rotates the angle around the specified axis by the specified degrees.

Angle:Set( Angle originalAngle )

Copies pitch, yaw and roll from the second angle to the first.

Angle:SetUnpacked( number p, number y, number r )

Sets the p, y, and r of the angle.

Angle Angle:SnapTo( string axis, number target )

Snaps the angle to nearest interval of degrees. This will modify the original angle too!

Angle:Sub( Angle angle )

Subtracts the values of the argument angle to the orignal angle. This functions the same as angle1 - angle2 without creating a new angle object, skipping object construction and garbage collection.

table Angle:ToTable()

Returns the angle as a table with three elements.

number, number, number Angle:Unpack()

Returns the pitch, yaw, and roll components of the angle.

Vector Angle:Up()

Returns a normal vector facing in the direction that points up relative to the angle's direction.

Angle:Zero()

Sets pitch, yaw and roll to 0. This function is faster than doing it manually.