IMOD – Remainder after integer division

Block SymbolLicensing group: STANDARD

Function Description
The IMOD block divides two integer input signals, $n = i1 % i2$ , where $%$ stands for remainder after integer division operator (modulo). If both numbers are positive and the divisor is greater than one, the result is either zero (for commensurable numbers) or a positive integer lower than the divisor. In the case that one of the numbers is negative, the result has the sign of the dividend, e.g. $15 % 10 = 5$ , $15 % (- 10) = 5$ , but $(- 15) % 10 = - 5$ . In case $i2 = 0$ , the output $E$ is set to on and the output $n$ is substituted by $n = nerr$ .

This block propagates the signal quality. More information can be found in the 1.4 section.

Input

i1	First integer input of the block $↓$ -9.22E+18 $↑$ 9.22E+18	Long (I32)
i2	Second integer input of the block $↓$ -9.22E+18 $↑$ 9.22E+18	Long (I32)

Parameter

vtype	Numeric type $⊙$ 4	Long (I32)
	2 .... Byte (U8) 3 .... Short (I16) 4 .... Long (I32) 5 .... Word (U16) 6 .... DWord (U32) 10 ... Large (I64)
nerr	Substitute value for an error case $⊙$ 1	Long (I32)

Output

n	Remainder after integer division	Long (I32)
E	Error flag - division by zero	Bool
	off .. No error on ... An error occurred

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