MOD
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| − | <span style="font- | + | = <span style="font-size: 14pt; font-weight: bold;">Floating Point</span> = |
| − | + | When using singles or doubles, the MOD uses this equivalent code : | |
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| + | Dim A as single, B as single, c as single, d as single | ||
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| + | a = 13 : b = 2.7 'sample | ||
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| + | c = a MOD b | ||
| + | |||
| + | d = a - FIX(a / b) * b | ||
= <span class="f_Header">See also</span> = | = <span class="f_Header">See also</span> = | ||
Latest revision as of 20:20, 15 June 2015
Contents |
Action
Calculates the remainder of a division.
Syntax
var1 = var2 MOD var3
Remarks
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var1 |
Variable that will be assigned with the modules of var2 and var3. |
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var2 |
A numeric variable to take the modules from |
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var3 |
The modulus |
The MOD operation is similar to the division operation(/). But while a division returns the number of times a number can be divided, the MOD returns the remainder.
For example : 21 MOD 3 will result in 0 since 7x3=21. There will be no remainder.
But 22 MOD 3 will result in 1 since 22-(7x3)=1
In BASCOM, the variable you assign determines which kind of math will be used. When you have 2 word variables you want to get the modulus from, you have to assign a word variable too.
When you assign a byte, byte math will be used.
Floating Point
When using singles or doubles, the MOD uses this equivalent code :
Dim A as single, B as single, c as single, d as single
a = 13 : b = 2.7 'sample
c = a MOD b
d = a - FIX(a / b) * b
See also
Example
Dim L As Long , L2 As Long For L = 1 To 1000 L2 = L Mod 100 If L2 = 0 Then ' multiple of 100 Print L End If Next
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