lt()

Determines if one value is less than another value.

This function is valid in v2.12.0 to v2.22.1. This function has been downloaded 25 times.

Parameters

{*} value1
Value to be checked to see if it is greater than value2.
{*=} value2 Optional
Value to be checked to see if it is less than value1.

Returns

{boolean|Function}
If value1 and value2 are given a boolean indicating if value1 is less than value2 will be returned. Otherwise a partial function will be returned which when called will accept one value and will return a boolean indicating if that value is less than value1.

Required Functions

This function directly requires the following functions which are included automatically:

Finds the sum of two numbers.
• andBits()
Finds the bitwise and of two numbers.
• divide()
Finds the quotient of two numbers.
• eq()
Determines if one value is equal to (==) another value.
• eqs()
Determines if one value is strictly equal to (===) another value.
• gt()
Determines if one value is greater than another value.
• gte()
Determines if one value is greater than or equal to another value.
• lte()
Determines if one value is less than or equal to another value.
• multiply()
Finds the product of two numbers.
• ne()
Determines if one value is not equal to (!=) another value.
• nes()
Determines if one value is strictly not equal to (!==) another value.
• orBits()
Finds the bitwise or of two numbers.
• rem()
Finds the remainder after dividing two numbers.
• subtract()
Finds the difference of two numbers.
• xorBits()
Finds the bitwise xor of two numbers.

Requiring Functions

This function is directly required by the following functions:

Finds the sum of two numbers.
• andBits()
Finds the bitwise and of two numbers.
• divide()
Finds the quotient of two numbers.
• eq()
Determines if one value is equal to (==) another value.
• eqs()
Determines if one value is strictly equal to (===) another value.
• gt()
Determines if one value is greater than another value.
• gte()
Determines if one value is greater than or equal to another value.
• lte()
Determines if one value is less than or equal to another value.
• multiply()
Finds the product of two numbers.
• ne()
Determines if one value is not equal to (!=) another value.
• nes()
Determines if one value is strictly not equal to (!==) another value.
• orBits()
Finds the bitwise or of two numbers.
• rem()
Finds the remainder after dividing two numbers.
• subtract()
Finds the difference of two numbers.
• xorBits()
Finds the bitwise xor of two numbers.