On 16 June 2010 18:07, Michael Pavling wrote:
> On 16 June 2010 16:45, Ants Pants wrote:
> > As I have said before, I have no problems with all of that but thanks for
> > the suggestions.
>
> To be honest, I don't really understand what you're asking for help
> with. If you can state your positi
On 16 June 2010 16:45, Ants Pants wrote:
> As I have said before, I have no problems with all of that but thanks for
> the suggestions.
To be honest, I don't really understand what you're asking for help
with. If you can state your position in different terms, because what
you've said so far obvi
On 16 June 2010 16:57, Michael Pavling wrote:
> On 16 June 2010 15:51, Ants Pants wrote:
> > I don't have a problem with comparing floats, but I might need to find
> the
> > 10 closest times to the actual event time and 4 of those times could be
> less
> > than the actual event time and 6 could
On 16 June 2010 15:51, Ants Pants wrote:
> I don't have a problem with comparing floats, but I might need to find the
> 10 closest times to the actual event time and 4 of those times could be less
> than the actual event time and 6 could be higher.
As a starting point, IIWM I would:
* Get the t
>
> If you have two floating point values representing seconds (and parts of)
>> why can't you just compare the two floating point values?
>>
>> What part are you stuck with? Can you give us some code with a comment on
>> which bit you can't do.
>>
>
>> I don't have a problem with comparing floats
On 16 June 2010 15:54, Andy Jeffries wrote:
> These values are then converted to seconds and stored as decimal in the DB
>> (I allow fractions of a second, too (tenth, hundredth, millisecond). when
>> they are retrieved form the DB, I convert the seconds to a string format of,
>> for example, 01:
>
> These values are then converted to seconds and stored as decimal in the DB
> (I allow fractions of a second, too (tenth, hundredth, millisecond). when
> they are retrieved form the DB, I convert the seconds to a string format of,
> for example, 01:39:11 (from 5951 seconds). If fractions are use
I know this is a Ruby question but I'm not on any Ruby mailing lists and
it's for a Rails project (so might come under select_time etc. ;) ) I
thought I'd try here.
A user can choose integer values from select drop down boxes to predict how
long an event will take. Obvious values are secs (0-59),
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