Velocity Reviews > Are there statistics packages in ANSI C and/or ANSI C++?

# Are there statistics packages in ANSI C and/or ANSI C++?

lbrtchx@gmail.com
Guest
Posts: n/a

 04-24-2008
Like this one?

http://commons.apache.org/math/userguide/stat.html

Basically I need the mean, standard deviation and skewness and
preferably a legal hassles free one

Thanks
lbrtchx

jacob navia
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Posts: n/a

 04-24-2008
http://www.velocityreviews.com/forums/(E-Mail Removed) wrote:
> Like this one?
>
> http://commons.apache.org/math/userguide/stat.html
>
> Basically I need the mean, standard deviation and skewness and
> preferably a legal hassles free one
>
> Thanks
> lbrtchx

The lcc-win compiler system provides a statistical library.
Here is the header file to give you an idea
#ifndef __stats_h__
#define __stats_h__
// Beta distribution
long double beta_distribution(long double a,long double b, long double x);
// Beta distribution inverse
long double beta_distribution_inv(long double, long double, long double);
//Incomplete beta integral.
long double beta_incomplete (long double a,long double b,long double x);
//Inverse of incomplete beta integral.
long double beta_incomplete_inv (long double a,long double b,long double y);
//Binomial distribution function.
long double binomial(unsigned int k, unsigned int n, long double p);
//Binomial distribution function complemented.
long double binomial_c(unsigned int k, unsigned int n, long double p);
//Binomial distribution function inverse
long double binomial_inv(unsigned int k, unsigned int n , long double y);
//Negative binomial distribution .
long double binomial_neg_distribution(unsigned int k, unsigned int
n,long double p);
//Negative binomial distribution complement.
long double binomial_neg_distribution_c (unsigned int k, unsigned int
n,long double p);
//Inverse of negative binomial distribution.
long double binomial_neg_distribution_inv(unsigned int k, unsigned int
n,long double p);
//Chi-squared distribution function.
long double chi_sqr_distribution(long double df,long double x);
//Chi-squared distribution function complemented.
long double chi_sqr_distribution_c(long double df, long double x);
//Inverse of Chi-squared distribution function complemented.
long double chi_sqr_distribution_cinv(long double df,long double p);
// Fisher distribution
long double fisher_distribution(unsigned int a, unsigned int b,long
double c);
//Fisher F distribution complemented.
long double fisher_distribution_c(unsigned int ia, unsigned int ib,long
double c);
// Inverse Fischer distribution
long double fisher_distribution_inv(long double dfn,long double dfd,long
double y);
// Inverse fisher distribution complemented
long double fisher_distribution_cinv(int a,int b,long double y);
//Gamma probability distribution function complemented.
long double gamma_distribution_c(long double a,long double b,long double x);
//Incomplete gamma function.
long double gamma_incomplete (long double a,long double x);
//Incomplete gamma function complemented.
long double gamma_incomplete_c(long double a,long double x);
//Inverse of incomplete gamma integral.
long double gamma_incomplete_cinv (long double a,long double y0);
//Inverse of complemented incomplete gamma integral.
long double gamma_incomplete_cinv (long double a,long double y0);
//Normal distribution function.
long double normal_distribution (long double a);
//Inverse of normal distribution function.
long double normal_distribution_inv (long double a);
//Poisson distribution.
long double poisson_distribution (unsigned int k, long double m);
//Complemented Poisson distribution.
long double poisson_distribution_c(unsigned int k,long double m);
//Inverse Poisson distribution.
long double poisson_distribution_inv(unsigned int k,long double y);
//Digamma (PSI) function
long double digamma(long double);
//Student's t
long double students_t (int df,long double t);
//Inverse of Student's t.
long double students_t_inv (int df,long double p);
//Kolmogorov statistic.
long double kolmogorov ( long double );
//Kolmogorov statistic inverse.
long double kolmogorov_inv (long double p);
//Exact Smirnov statistic
long double smirnov (int n,long double e);
//Inverse Smirnov
long double smirnov_inv(int n,long double);
// median
long double medianl(long double *data,int n);
double median(double *data,int n);
float medianf(float *data,int n);
// geometric mean
long double geometric_meanl(long double *data,int n);
double geometric_mean(double *data,int n);
float geometric_meanf(float *data,int n);
// arithmetic mean
long double arithmetic_meanl(long double *data,int n);
double arithmetic_mean(double *data,int n);
float arithmetic_meanf(float *data,int n);
// harmonic mean
long double harmonic_meanl(long double *data,int n);
double harmonic_mean(double *data,int n);
float harmonic_meanf(float *data,int n);
// variance
long double variancel(long double *data,int n);
double variance(double *data,int n);
float variancef(float *data,int n);
// variance_mle
long double variance_mlel(long double *data,int n);
double variance_mle(double *data,int n);
float variance_mlef(float *data,int n);
// standard deviation
long double standard_deviationl(long double *data,int n);
double standard_deviation_mle(double *data,int n);
float standard_deviation_mlef(float *data,int n);
// root mean square
long double rmsl(long double *data,int n);
double rms(double *data,int n);
float rmsf(float *data,int n);
// central moment
long double central_momentl(long double *data,int n,long double K);
double central_moment(double *data,int n,double K);
float central_momentf(float *data,int n,float K);
// percentile
long double percentilel(long double *data,int n,long double K);
double percentile(double *data,int n,double K);
float percentilef(float *data,int n,float K);
// skewness
long double skewnessl(long double *data,int n);
double skewness(double *data,int n);
float skewnessf(float *data,int n);
// kurtosis
long double kurtosisl(long double *data,int n);
double kurtosis(double *data,int n);
float kurtosisf(float *data,int n);
#endif

--
jacob navia
jacob at jacob point remcomp point fr
logiciels/informatique
http://www.cs.virginia.edu/~lcc-win32

user923005
Guest
Posts: n/a

 04-24-2008
On Apr 24, 8:52*am, (E-Mail Removed) wrote:
> *Like this one?
>
> *http://commons.apache.org/math/userguide/stat.html
>
> *Basically I need the mean, standard deviation and skewness and
> preferably a legal hassles free one

http://sourceforge.net/search/index....&Search=Search

I have a C++ univarate statistics template I can send you if you want.
Totally free from any encumberances.

osmium
Guest
Posts: n/a

 04-26-2008
"CBFalconer" wrote:

> (E-Mail Removed) wrote:
>>
>> Like this one?
>>
>> http://commons.apache.org/math/userguide/stat.html
>>
>> Basically I need the mean, standard deviation and skewness and
>> preferably a legal hassles free one.

>
> Those are properties of statistics, and have been in all the
> textbooks for nearly 200 years. There are no legal hassles. Try
> stating what you want with more precision.

That's what you came up with? After two days? That you don't understand the
question?

Ian Collins
Guest
Posts: n/a

 04-27-2008
CBFalconer wrote:
> osmium wrote:
>> "CBFalconer" wrote:
>>> (E-Mail Removed) wrote:
>>>> Like this one?
>>>>
>>>> http://commons.apache.org/math/userguide/stat.html
>>>>
>>>> Basically I need the mean, standard deviation and skewness and
>>>> preferably a legal hassles free one.
>>> Those are properties of statistics, and have been in all the
>>> textbooks for nearly 200 years. There are no legal hassles.
>>> Try stating what you want with more precision.

>> That's what you came up with? After two days? That you don't
>> understand the question?

>
> You didn't read the date/time on my post. It was about two hours
> after the OPs post. And those statistics factors are well known.
>

You may have posted on the 25th, but your iffy news server didn't
deliver the message until today. Your posts often arrive late and in a
clump.

--
Ian Collins.

Richard
Guest
Posts: n/a

 04-27-2008
Ian Collins <(E-Mail Removed)> writes:

> CBFalconer wrote:
>> osmium wrote:
>>> "CBFalconer" wrote:
>>>> (E-Mail Removed) wrote:
>>>>> Like this one?
>>>>>
>>>>> http://commons.apache.org/math/userguide/stat.html
>>>>>
>>>>> Basically I need the mean, standard deviation and skewness and
>>>>> preferably a legal hassles free one.
>>>> Those are properties of statistics, and have been in all the
>>>> textbooks for nearly 200 years. There are no legal hassles.
>>>> Try stating what you want with more precision.
>>> That's what you came up with? After two days? That you don't
>>> understand the question?

>>
>> You didn't read the date/time on my post. It was about two hours
>> after the OPs post. And those statistics factors are well known.
>>

> You may have posted on the 25th, but your iffy news server didn't
> deliver the message until today. Your posts often arrive late and in a
> clump.

And invariably incorrect.

Antoninus Twink
Guest
Posts: n/a

 04-27-2008
On 27 Apr 2008 at 4:46, Ian Collins wrote:
> CBFalconer wrote:
>> You didn't read the date/time on my post. It was about two hours
>> after the OPs post.
>>

> You may have posted on the 25th, but your iffy news server didn't
> deliver the message until today. Your posts often arrive late and in a
> clump.

Yes. Often I see "30 new posts" and think clc must have fallen prey to a
splorge attack like the ones that have hit sci.math recently. But no,
it's even worse than that! It's 30 posts from CBF, mostly on stale
articles, and with a rough breakdown of
15 netnannying posts
10 posts that are completely wrong
5 correct but pointless posts about trivial and irrelevant details

Kenny McCormack
Guest
Posts: n/a

 04-27-2008
In article <(E-Mail Removed)>,
Antoninus Twink <(E-Mail Removed)> wrote:
>On 27 Apr 2008 at 4:46, Ian Collins wrote:
>> CBFalconer wrote:
>>> You didn't read the date/time on my post. It was about two hours
>>> after the OPs post.
>>>

>> You may have posted on the 25th, but your iffy news server didn't
>> deliver the message until today. Your posts often arrive late and in a
>> clump.

>
>Yes. Often I see "30 new posts" and think clc must have fallen prey to a
>splorge attack like the ones that have hit sci.math recently. But no,
>it's even worse than that! It's 30 posts from CBF, mostly on stale
>articles, and with a rough breakdown of
>15 netnannying posts
>10 posts that are completely wrong
> 5 correct but pointless posts about trivial and irrelevant details

Indeed. So very true. A nice breakdown of any 30 CBF posts.

Richard
Guest
Posts: n/a

 04-27-2008
(E-Mail Removed) (Kenny McCormack) writes:

> In article <(E-Mail Removed)>,
> Antoninus Twink <(E-Mail Removed)> wrote:
>>On 27 Apr 2008 at 4:46, Ian Collins wrote:
>>> CBFalconer wrote:
>>>> You didn't read the date/time on my post. It was about two hours
>>>> after the OPs post.
>>>>
>>> You may have posted on the 25th, but your iffy news server didn't
>>> deliver the message until today. Your posts often arrive late and in a
>>> clump.

>>
>>Yes. Often I see "30 new posts" and think clc must have fallen prey to a
>>splorge attack like the ones that have hit sci.math recently. But no,
>>it's even worse than that! It's 30 posts from CBF, mostly on stale
>>articles, and with a rough breakdown of
>>15 netnannying posts
>>10 posts that are completely wrong
>> 5 correct but pointless posts about trivial and irrelevant details

>
> Indeed. So very true. A nice breakdown of any 30 CBF posts.

The net nannying ones should be further broken down into posts which
break the very rules he professes to admire so much including topical
information in the signature, double signatures, overly long signatures
and advertising his own absurd C libraries and services as a contractor.

santosh
Guest
Posts: n/a

 04-27-2008
Richard Harter wrote:

[ ... ]

> Richard Harter, (E-Mail Removed)
> http://home.tiac.net/~cri, http://www.varinoma.com
> Save the Earth now!!
> It's the only planet with chocolate.

Wouldn't it be better to include the above in a sig block?