>Note that to-integer (or to integer!) isn't always required to return an 
>integer with division...
>
>>> type? 3 / 2
>== decimal!
>>> type? 4 / 2
>== integer!
>>> type? 12 / 4
>== integer!
>
>Which also allows us to do the likes of this...
>
>>> x: 5 and 254 / 2
>== 2
>>> type? x
>== integer!
>
>I suspect this has speed advantages too, though I've not done any tests.

Have now and indeed it does...

>> t: now/time/precise loop 1000000 [2 / 2]print now/time/precise - t
0:00:00.93
>> t: now/time/precise loop 1000000 [2 / 2]print now/time/precise - t
0:00:00.94
>> t: now/time/precise loop 1000000 [2 / 2]print now/time/precise - t
0:00:00.94
>> t: now/time/precise loop 1000000 [3 / 2]print now/time/precise - t
0:00:01.43
>> t: now/time/precise loop 1000000 [3 / 2]print now/time/precise - t
0:00:01.43
>> t: now/time/precise loop 1000000 [3 / 2]print now/time/precise - t
0:00:01.37

And using AND's quicker than TO INTEGER! too...

>> t: now/time/precise loop 1000000 [3 and 254 / 2]print now/time/precise - t
0:00:01.59
>> t: now/time/precise loop 1000000 [3 and 254 / 2]print now/time/precise - t
0:00:01.59
>> t: now/time/precise loop 1000000 [3 and 254 / 2]print now/time/precise - t
0:00:01.54
>> t: now/time/precise loop 1000000 [to integer! 3 / 2]print now/time/precise - t
0:00:02.85
>> t: now/time/precise loop 1000000 [to integer! 3 / 2]print now/time/precise - t
0:00:02.86
>> t: now/time/precise loop 1000000 [to integer! 3 / 2]print now/time/precise - t
0:00:02.8

-- Carl Read

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