Matlab help for begginer 2

[nikola8]

Is it possible to provide two or more numbers to matlab and calculate the algorythm that binds them?
For example i have one number calculated from another and i would like to what steps and operations i need to do to calculate it.

 

[IRstuff]

Your question is unclear, what do you mean by "calculate the algorythm that binds them?"

If you have an algorithm, you can program that into Matlab, since that's what it was designed for.

TTFN

 

[nikola8]

No. I have one number that is calculated from another but i don't know how. What i need is to find out the algorythm that calculates it.

 

[IRstuff]

what numbers? 1 and 2? pi and 2pi?

Your question is bordering on the absurd.

Algorithms are abstractions of real processes. If you can't or won't give any more information, you're not going to get much help.

TTFN

 

[melone]

2 points define a straight line..... 2 point also define the diameter of a circle...... The point is, unless you know what type of relationship these 2 points have, you will NEVER be able to perform any type of regression analysis!

 

[CajunCenturion]

Are you looking for an interpolation function? If so, then you'll need several pairs of numbers to make any sense of it.

 

[nbucska]

You want an answer: well, it is not possible. ML has algorythms but no intelligence.


<nbucska@pcperipherals.com>

 

[albertqu]

hi,nikola8
it is impossible to find the algorythms that calculates your number,because they are hidden.

 

[Bressan]

Friends, necessary of aid to execute a program in matlab.

Somebody knows some command that executes executable archives in matlab?

for example: winexecute(&quot;c:\file.exe&quot

I mounted a program that acquires pictures &quot;BMP&quot; of one webcam in c++ and necessary that matlab executes this program.

After the execution of the archive I will make the treatment of the picture in matlab.

since already I thank the aid.

 

[MikeyP]

use the prefix &quot;!&quot;
eg
!c:\file.exe

M

--
Dr Michael F Platten

 

[nbucska]

Let's suppose your two numbers are x=1 and y=2. Some possibilities :
y=x XOR 3
y=square_root(4*x)
y=log10(x*97 + 3)
y=log10(100/x)
y=1 + x*x
Analogy: given 2 points you can reach point #2 from point
#1 following any of infinite paths.






<nbucska@pcperipherals.com>