Home icone indoor floor lua.
Lua floor round.
Function round float local int part math modf float if float math abs float and part 5 then return int 1 positive float elseif part 5 then.
In other case lua casts upper into an integer sometimes giving math floor upper and others math ceil upper with unexpected results the same for lower.
Function round num numdecimalplaces local mult 10 numdecimalplaces or 0 return math floor num mult 0 5 mult end.
Use function div a b return a a b b end.
Converting from float to int 3 hofstad is correct with the math floor number x suggestion to eliminate the bits right of the decimal you might want to round instead.
To round up properly from 5 like most people round always use math floor number 0 5.
There is no math round but it is as simple as math floor x 0 5 the reason you want to round is because floats are usually approximate.
Print math floor 12 5928 the code above prints 12.
There are tons of other math functions included in roblox lua that you may or may not ever use.
The collection luĂ by icone minitallux owes its charm to the round reflector from aluminium which features bevelled edges and is plugged in a bent stem.
The tostring part just turns the number into a string to use elsewhere.
Here is an alternative implementation.
The math randomseed function sets a seed for the pseudo random generator.
Then we compare it to see if it is greater than 0 5 and if it is we will use the math ceil function on it to round up and if not the math floor function to round down.
To get an integer result during a division.
If your lua uses double precision iec 559 aka ieee 754 floats as most do and your numbers are relatively small the method is guaranteed to work for inputs between 2 50 and 2 50 the following efficient code will perform rounding using your fpu s current rounding mode which is usually round to nearest ties to even.
This function makes use of lua s boolean operators to allow us to create this operation in one line as opposed to using an if statement.
The following function rounds a number to the given number of decimal places.
Equal seeds produce equal sequences of numbers.