You could just use a macro to take the format and the array and let it
write the "messy" loop for you.
On Tuesday, July 14, 2015 at 8:39:44 PM UTC+10, Ferran Mazzanti wrote:
>
> Yes thanks, I knew already looped solutions :)
> I was looking for somethin' compact as in the fortran statement above,
> though. It makes things more *neat*, if there's any such thing.
>
> On Tuesday, July 14, 2015 at 12:08:59 PM UTC+2, Kaj Wiik wrote:
>>
>> Would this work for you:
>> julia> a = 1e5*rand(1000)
>> julia> for i in a
>> @printf("%12.6f\n", i)
>> end
>> 74708.038385
>> 71244.774457
>> 5057.229038
>> 3761.297034
>> ...
>>
>> Remember that loops are fast in Julia...
>>
>> Kaj
>>
>>
>>
>> On Tuesday, July 14, 2015 at 9:14:37 AM UTC+3, Ferran Mazzanti wrote:
>>>
>>> Thanks for the info. Actually my question comes from old fortran style,
>>> where I can write something of the form
>>> Write(1,'1000f12.6') a
>>> where a is an array. The string inside the write function says I can
>>> print 1000 doubkes in 12 characters with 6 decimals. So the string is a
>>> constant literal, and array a can contain 1000 or less elements that will
>>> be properly formatted. Is there a way to do something like this in Julia?
>>> What if Inwant to print 1000 float64 on the same line with a given
>>> format for each element?
>>> Maybebthis is easier...
>>> Best regards and thanks.
>>> Ferran.
>>
>>
