e.g. Mod('Expression1','Expression2')

This function returns the modulo of 'Expression1' and 'Expression2' as its result. Internally, the function uses the fmod C-function, which permits the use of floating-point values for 'Expression1' and 'Expression2'.

Modulo r is the remainder of the division Expression1 / Expression2 so that the following relationship applies in the opposite direction: Expression1 = Expression2 * i + r, where i is an integer number (integer). Modulo r always has the same sign as 'Expression1' and the absolute value of r is always smaller than the absolute value of 'Expression2'. If Expression1' < 'Expression2', the function returns the value of 'Expression1' as its result. Mathematically speaking, the modulo can also be described as "Expression1 modulo Expression2".

Arguments

Give at least the following arguments.

Function	Mod
Dividend (Expression1)	Dividend of the modulo function
Divisor (Expression2)	Divisor of the modulo function