Processing Image in C# from Matlab function

Question

2.00/5 (1 vote)

See more:

Help me!
In Matlab : gaussian1=fspecial('gaussian',size,sigma);
imfilter(Image,gaussian1);
So, in C # it is equivalent to that statement?
Have you code?
Sorry for my bad English!
Thanks so much!!!

Posted 25-Sep-11 5:51am

thuypolice01

Updated 25-Sep-11 5:57am

OriginalGriff

v2

Add a Solution

1 solution

Add a Solution

Add your solution here

Treat my content as plain text, not as HTML

Preview 0

…

Existing Members

Sign in to your account

...or Join us

Download, Vote, Comment, Publish.

Your Email
Password
Forgot your password?

Your Email
This email is in use. Do you need your password?
Optional Password

I have read and agree to the Terms of Service and Privacy Policy
Please subscribe me to the CodeProject newsletters

When answering a question please:

Read the question carefully.
Understand that English isn't everyone's first language so be lenient of bad spelling and grammar.
If a question is poorly phrased then either ask for clarification, ignore it, or edit the question and fix the problem. Insults are not welcome.
Don't tell someone to read the manual. Chances are they have and don't get it. Provide an answer or move on to the next question.

Let's work to help developers, not make them feel stupid.

This content, along with any associated source code and files, is licensed under The Code Project Open License (CPOL)

Sergey Alexandrovich Kryukov · Answer 1 · 2011-09-25T06:09:00

Of course not. C# is a computer language, not a library, and in .NET and CLR languages libraries are separate from languages, as it is supposed to be.

Do you just need to work with Gaussian distribution numerically? This is not to hard to implement; and you can probably find enough codes on the Web.

For example:
http://stackoverflow.com/questions/1662943/standard-normal-distribution-z-value-function-in-c[^],
http://social.msdn.microsoft.com/forums/en-US/csharpgeneral/thread/504672ef-e5bc-4af9-bc61-7e5f1809d4cb[^],
http://www.csharpcity.com/reusable-code/random-number-generators/[^].

Try to find what you need:
http://en.lmgtfy.com/?q=gaussian+distribution+%22C%23%22[^],
http://en.lmgtfy.com/?q=normal+distribution+%22C%23%22[^].

—SA