This is my second email. will it reach?
I've written a fast C library for numerical analysis.
-integration
-differential equations
-root finding
-interpolation
-fourier analysis
-ploting curves
-misc functions such as rect, tri etc
I need to know where to go from here please answer. my inbox
Ok so i want the library as Free and under the GPL License.
I dont want to work with Octave since it is interpreter based and the whole point behind numerical analysis is super speed.
If other people want to work on it with me thats fine but i have to say where numerical methods are concerned you
Actually Zen my goal from the begining was to package it for a GNU/Linux distribution specifically the widely popular and highly recommended Debian.
I'll get on making the page at source forge also i'll make a more detailed comparison between octave and my library which i'm calling matlib. i'm co
On Fri, Feb 06, 2004 at 01:50:50AM -0800, Halim Boukaram wrote:>> I dont want to work with Octave since it is interpreter based and the> whole point behind numerical analysis is super speed.>Old fashion programmer uh? :)Anyway, any C library can be potentially embedded in a scrip
eady to demo, there will be lots of people interested >in what you have.
and thats exactly why im doing it. >Good luck! Sincerely,>Craig Steffen
power to the penguin
Halim BouKaram
Do you Yahoo!?
Yahoo! Finance: Get your refund fast by filing online
eady to demo, there will be lots of people interested >in what you have.
and thats exactly why im doing it. >Good luck! Sincerely,>Craig Steffen
power to the penguin
Halim BouKaram
Do you Yahoo!?
Yahoo! Finance: Get your refund fast by filing online
Hi
About the C library for math.
I'm making the rpms. but the binary rpm isnt working. its turning out much smaller than the source and only keeps the AUTHOR, README, todo and help documents.
Ayone knows if thats normal or not.
Since i started trying to make the binary rpm i've made one maj
Hi
Its the 'C library for numerical analysis' guy again.
I've tested the differential equation solver for
Ocatve (lsode) vs my own with these results:
executing an ode solver 1000 times on my P4 1.8:
22 seconds for Ocatve (i think euler method)
8 seconds for my library's euler method
12 seconds
> Of course, octave does not use the plain Euler
> method. Nobody in their
> right mind would do that. The octave doc says the
> ODE solvers are
> "based on reliable ODE solvers written in Fortran",
> so they are
> probably both more advanced than even plain
> Runge-Kutta. You should
> test both a
Okay
Ive decided on the name NML (Numerical Methods
Library)
Where Odes are concerned.
I've implemented 10 different solving schemes. The 2
most promising are seen below vs Octave executed 100
times the equation dy/dx = y*tan(x) [y = sec(x)] which
is even more unstable than dy/dx = 1 + y^2. [y =
Hi
The Brusselator is a system of odes. I'm implementing
the algorithm for a system of odes right now using
RK4.
All I could find out about the Brusselator equation is
that is used a lot in chemistry. You seem to know a
lot about odes. Does that extend to all of numerical
analysis?. If there is a
Hi
I've finished making the rpm for my package.
Should i convert it to a 'deb' file (using alien)
before trying to get it uploaded to debian test folder
or should it be rpm or tarred.
Regards
__
Do you Yahoo!?
SBC Yahoo! - Internet acce
Hi
Its the 'C library for numerical analysis' guy again.
I've tested the differential equation solver for
Ocatve (lsode) vs my own with these results:
executing an ode solver 1000 times on my P4 1.8:
22 seconds for Ocatve (i think euler method)
8 seconds for my library's euler method
12 seconds
> Of course, octave does not use the plain Euler
> method. Nobody in their
> right mind would do that. The octave doc says the
> ODE solvers are
> "based on reliable ODE solvers written in Fortran",
> so they are
> probably both more advanced than even plain
> Runge-Kutta. You should
> test both a
Okay
Ive decided on the name NML (Numerical Methods
Library)
Where Odes are concerned.
I've implemented 10 different solving schemes. The 2
most promising are seen below vs Octave executed 100
times the equation dy/dx = y*tan(x) [y = sec(x)] which
is even more unstable than dy/dx = 1 + y^2. [y =
Hi
The Brusselator is a system of odes. I'm implementing
the algorithm for a system of odes right now using
RK4.
All I could find out about the Brusselator equation is
that is used a lot in chemistry. You seem to know a
lot about odes. Does that extend to all of numerical
analysis?. If there is a
Hi
I've finished making the rpm for my package.
Should i convert it to a 'deb' file (using alien)
before trying to get it uploaded to debian test folder
or should it be rpm or tarred.
Regards
__
Do you Yahoo!?
SBC Yahoo! - Internet acce
This is my second email. will it reach?
I've written a fast C library for numerical analysis.
-integration
-differential equations
-root finding
-interpolation
-fourier analysis
-ploting curves
-misc functions such as rect, tri etc
I need to know where to go from here please answer. my inbox
Ok so i want the library as Free and under the GPL License.
I dont want to work with Octave since it is interpreter based and the whole point behind numerical analysis is super speed.
If other people want to work on it with me thats fine but i have to say where numerical methods are concerned you
Actually Zen my goal from the begining was to package it for a GNU/Linux distribution specifically the widely popular and highly recommended Debian.
I'll get on making the page at source forge also i'll make a more detailed comparison between octave and my library which i'm calling matlib. i'm co
On Fri, Feb 06, 2004 at 01:50:50AM -0800, Halim Boukaram wrote:>> I dont want to work with Octave since it is interpreter based and the> whole point behind numerical analysis is super speed.>Old fashion programmer uh? :)Anyway, any C library can be potentially embedded in a scrip
eady to demo, there will be lots of people interested >in what you have.
and thats exactly why im doing it. >Good luck! Sincerely,>Craig Steffen
power to the penguin
Halim BouKaram
Do you Yahoo!?
Yahoo! Finance: Get your refund fast by filing online
eady to demo, there will be lots of people interested >in what you have.
and thats exactly why im doing it. >Good luck! Sincerely,>Craig Steffen
power to the penguin
Halim BouKaram
Do you Yahoo!?
Yahoo! Finance: Get your refund fast by filing online
Hi
About the C library for math.
I'm making the rpms. but the binary rpm isnt working. its turning out much smaller than the source and only keeps the AUTHOR, README, todo and help documents.
Ayone knows if thats normal or not.
Since i started trying to make the binary rpm i've made one maj
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