Returns false if the passed number, n, is within the spread represented by this Spread instance
Returns false if the passed number, n, is within the spread represented by this Spread instance
The purpose of this method, which will likely be used only rarely, is to achieve symmetry around the !== operator. The TripleEquals trait (and its type-checking sibling TypeCheckedTripleEquals) enable you to write:
a !== (1.0 +- 0.1)
This method ensures the following mirrored form means the same thing:
(1.0 +- 0.1) !== a
Value parameters
n
a number that may or may not lie within this spread
Returns true if the passed number, n, is within the spread represented by this Spread instance
Returns true if the passed number, n, is within the spread represented by this Spread instance
The purpose of this method, which will likely be used only rarely, is to achieve symmetry around the === operator. The TripleEquals trait (and its type-checking sibling TypeCheckedTripleEquals) enable you to write:
a === (1.0 +- 0.1)
This method ensures the following mirrored form means the same thing:
(1.0 +- 0.1) === a
Value parameters
n
a number that may or may not lie within this spread