This seems then to be a consensus opinion.
Who knows how to code that, where to put the code, etc...?
---Greg
On Tuesday, January 7, 2014 3:07:53 AM UTC-6, Simon King wrote:
>
> Hi,
>
> On 2014-01-07, maldun > wrote:
> > One could also go further and raise a PlusInfinitiyException or a
> > Min
Hi,
On 2014-01-07, maldun wrote:
> One could also go further and raise a PlusInfinitiyException or a
> MinusInfinityException and handle them correctly.
Exceptions can carry attributes. Hence, perhaps one would not create
a separate exception for each possible type of divergence, but only one
e
+1
One could also go further and raise a PlusInfinitiyException or a
MinusInfinityException and handle them correctly.
On Monday, January 6, 2014 5:39:56 PM UTC+1, Gregory Bard wrote:
>
> Perhaps we could get the best of both worlds?
>
> We could throw a "divergent integral/sum exception" (that
+1 to more fine-grained exceptions
On Monday, January 6, 2014 6:39:56 AM UTC-10, Gregory Bard wrote:
>
> Perhaps we could get the best of both worlds?
>
> We could throw a "divergent integral/sum exception" (that can be two
> exceptions or one, depending
> on how you look at what an integral re
Perhaps we could get the best of both worlds?
We could throw a "divergent integral/sum exception" (that can be two
exceptions or one, depending
on how you look at what an integral really is...)
This way, the calculus student would see the words "divergent integral" and
know what it means.
Howe
