Hi.
> >>> De : Tanguy Yannick [mailto:yannick.tan...@cnes.fr] About the default
> >>> value (1e-14), I know the tolerance is case- dependant, but some
> >>> times, we don't precisely know the order of magnitude (ex : jacobians
> >>> matrices) and it's quite practical to have a default value.
>
>Hi,
>2012/9/20 Anxionnat Julien :
>>> De : Tanguy Yannick [mailto:yannick.tan...@cnes.fr] About the default
>>> value (1e-14), I know the tolerance is case- dependant, but some
>>> times, we don't precisely know the order of magnitude (ex : jacobians
>>> matrices) and it's quite practical to h
Hi,
2012/9/20 Anxionnat Julien :
>> De : Tanguy Yannick [mailto:yannick.tan...@cnes.fr]
>> About the default value (1e-14), I know the tolerance is case-
>> dependant, but some times, we don't precisely know the order of
>> magnitude (ex : jacobians matrices) and it's quite practical to have a
>>
> De : Tanguy Yannick [mailto:yannick.tan...@cnes.fr]
> About the default value (1e-14), I know the tolerance is case-
> dependant, but some times, we don't precisely know the order of
> magnitude (ex : jacobians matrices) and it's quite practical to have a
> default value.
Hi,
A point of the disc
---
> X: 0.101 vs Y: 0.1
> Equals (CM) false
> EqualsWithRelativeTol true
> EqualsOtherSolutiontrue
> ---
> X: 0.1011 vs Y: 0.1
> Equals (CM) false
> EqualsWithRelativeTol false
&
Hi Yannick,
>
> About the default value (1e-14), I know the tolerance is case-dependant, but
> some times, we don't precisely know the order of magnitude (ex : jacobians
> matrices) and it's quite practical to have a default value.
> In our tools, we use this value in the test classes, but also
i [mailto:gil...@harfang.homelinux.org]
Envoyé : mercredi 19 septembre 2012 16:38
À : dev@commons.apache.org
Objet : Re: [math] Adding some methods in Precision class (oacm.util)
Hi.
>
> >
> > This message is about some methods in Precision class, and follows a
> > discussion abo
Hi.
>
> >
> > This message is about some methods in Precision class, and follows a
> > discussion about MATH-863
> > (https://issues.apache.org/jira/browse/MATH-863).
> >
> > Recently, we slightly modified our Precision class, by adding a
> > specific epsilon value to compute a relative deviati
Le 19/09/2012 15:02, Tanguy Yannick a écrit :
> Hello,
Hi Yannick,
>
> This message is about some methods in Precision class, and follows a
> discussion about MATH-863
> (https://issues.apache.org/jira/browse/MATH-863).
>
> Recently, we slightly modified our Precision class, by adding a
> speci
Hello,
This message is about some methods in Precision class, and follows a discussion
about MATH-863 (https://issues.apache.org/jira/browse/MATH-863).
Recently, we slightly modified our Precision class, by adding a specific
epsilon value to compute a relative deviation and also some methods.
-
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