C# - Science topic

Python

# app/__init__.py from flask import Flask from .controllers import main_bp app = Flask(__name__) app.register_blueprint(main_bp) # app/controllers/__init__.py from flask import Blueprint from .main import main_views main_bp = Blueprint('main', __name__) main_bp.add_url_rule('/', view_func=main_views.index, methods=['GET']) # app/controllers/main.py from flask import render_template from app.services import get_user_data def index(): user_data = get_user_data() return render_template('index.html', user_data=user_data) # app/services/__init__.py from app.repositories import UserRepository def get_user_data(): user_repo = UserRepository() user = user_repo.get_user_by_id(1) return user.to_dict() # app/repositories/__init__.py from app.models import User class UserRepository: def get_user_by_id(self, user_id): # Logic to fetch user data from database user = User(id=1, name="John Doe") return user # app/models/__init__.py class User: def __init__(self, id, name): self.id = id self.name = name def to_dict(self): return {'id': self.id, 'name': self.name}

Coding is the new literacy! Introducing kids to the world of programming at an early age can spark creativity, problem-solving skills, and a strong foundation for future STEM careers. Here are some fantastic coding tools tailored for young learners:

Visual Block-Based Coding:

Game-Based Learning:

Text-Based Coding:

Additional Resources:

Factors to Consider When Choosing a Tool:

see this

at the following link:

It seems to be more accurate to refer to Microsoft's technical documentation or to inquire Microsoft about this part rather than asking me. I don't know this. I am so sorry.

Dear Adib Amini

Have a look: https://www.cfd-online.com/Forums/fluent-udf/168994-can-i-change-flow-direction-using-udf.html

Kind Regards

Having in mind the links and suggestions provide by other RG friends, day to day practices on some exercises (problems) is important.

Thanks!

Have you tried Apmonitor examples? http://apmonitor.com/wiki/index.php/Main/Control

I have their unit but been busy and haven gotten through to the MPC example, but they provide excellent documentation for Matlab and Python examples. Here is also a video https://www.youtube.com/watch?v=nqv6jFeVUYA&list=PLLBUgWXdTBDhrs5FuoJXni-cIeNYEyxw1&index=23&ab_channel=APMonitor.com

Thank you very much

https://www.c-sharpcorner.com/blogs/simple-timezone-for-all-countries-using-c-sharp-code.

this is a window application program hope it will give you some idea.

There is OpenCVSharp, a wrapper for OpenCV. Another possibility is to do the image processing in C++ using OpenCV, build a DLL, and access it from C#. I've used the latter method in a project. The entry into the art of image processing should be a concrete use case so that encounter an aha moment rapidly.

Regards,

Joachim

visit the following link below

You can try to google for potential journals in Elsevier.

I recommend to ask this Q at: https://stackoverflow.com/

I agree with Asiri Hewage, pseudo-code in a paper(s) is very much acceptable and common...

Thank you very much Mr Muhammad Rizwan ..if you have a simple program as an example of the parallelism in c sharp using parallel for..it will nice from you..

Hi Martin, sorry this was a year ago and i tried to read the paper but got stuck trying to understand some of the calculus and math and i could not implement it. I am sorry i wish i could have implemented it and understood the math then i would give you code and explanation and written up some hopefully easy to understand documentation on understanding the algorithm. Sorry , i hope you find better people than me that can help you.

Apply it. Do mockup examples, try toy models, whatever floats your boat, just get your hands dirty writing code from the beginning to end. Progressively you can add complexity and structure (e.g. integrated applications, OOP) to your examples to explore the language further. Oh, and after reaching an intermediate theory, try to balance theory (books & tutorials) with examples from your domain.

You'd better implement volume rendering using opengl through opengl .net wrapper (e.g. OpenTK, SharpGL,etc).

Interesting

Dear Ibrahim you can use the Heuristiclab software that is free of charge, or Eureqa software from Nutonian. Both can handle big data sets.

@Nuku: It was a Homework, but I have solve it. Thanks

Yes i think it's possible to do that either with socket TCP/IP.

I don't know is it better or no.

Regards

Microsoft's CNTK allows you to run trained models on C# and another programming languages (https://docs.microsoft.com/en-us/cognitive-toolkit/CNTK-usage-overview).

Full train on C#:

It seems like the contributors on github are working on it, check these threads:

There seem to be an early effort, haven't tried though: https://github.com/Lokad/cntksharp

As microsoft has a very important support to C# due to its .NET framework, I would expect to have C# bindings on CNTK soon.

Hi Christian

Thank you so much. I will try your suggestion

Thank you for your attention

TF and PS, substance of procoagulant activity, on the surface of amniotic cells provide a platform for mounting binding other factors and produced thrombin and consequently the formation of foci of blood clots.

The results of current research concerning the level of TF are consistent with our earlier observations which showed that TF level in amniotic fluid are higher than in maternal plasma. The present measurements show that the concentration of contact activation phase factors ie. FXII, FXI and PK were significantly higher in amniotic fluid than in maternal plasma.

Researchers suggest that FXI does not play a role hemostasis via the contact pathway, but that FXI can initiate coagulation via the extrinsic pathway in the presence of TF and platelets.

This claim is supported by studies showing that patients deficient in the contact activation initiators FXII, prekallikrein and high-molecular-weight kininogen (HMWK) do not exhibit bleeding symptoms as do FXI-deficient patients.

Therefore, the role of FXI in hemostasis is likely due to its involvement in the extrinsic, TF-mediated pathway rather than the contact pathway.

Finally, the recent observations in literature suggest this thrombotic potential of FXI can be explained by both the ability of FXIa to promote the extrinsic pathway of thrombin generation via inactivation of TFPI and by the feedback activation of FXI by thrombin to further amplify the extrinsic pathway.

In vitro factor XII activates p.e glass, kaolin.

Is polyP able to activate factor XII or XI in vivo? Maybe polyP is secreted by fetal cells in pregnancy, which then undergo apoptosis? This would make it clear that clotting in blood of parturients not only on the extrinsic pathway of coagulation but also on the intrinsic!?

Hi Vishnu,

seems like all youre layers are same:

network.AddLayer(new BasicLayer(new ActivationLOG(), true, 50));

network.AddLayer(new BasicLayer(new ActivationTANH(), true, 50));

I dont see problem in definition, but so many layers in one MF, maybe thats problem. I think you dont have so huge error in validation of output data, but many MFs in one input with same definition could be problem. If you know MatLab there you can compare and check youre C# system.

Hope I helped.

LibPalaso is a .NET based NLP library by the field linguistics organization SIL in collaboration with Payap University in Chang Mai, Thailand. 

I'm just about to become an HLT consultant for SIL.

Hi Hersh,

Did you want to match pair of points on the images as similar pixels on the images?

If so, you can try by creating the matrix of both the images, and check on pixel by pixel, by a 2-D array formation, whether the pixels at a similar place have the same DN value or pixel value.

Regards,

Sayan

One way to implement is, use dictionary. Make a list of words and categorize based on their negativity and positivity. For example, 1 is lease negative and 5 is highly negative. Mcategorize all words in dictionary and give them mentioned weightage. Based on number of string or word use entered in site ,we can take average of weightage and see if users sentiment falls under positive or negative area. 

Mustafa,

As said by Khan Muhammad, the current trend in classification and detection on images is motivated by Deep Learning, precisely, Convolutional Deep Neural Networks. In case you have an abundance of data to train, then go ahead with models like Alexnet but in case, you do not have sufficient data, then learn about already trained caffenet and retrain it with your data so that it adjusts itself to your problem domain. 

You can train models on Caffe/Theano frameworks and use their wrappers in your C# application for inference(testing) phase.

Hope this helps.

kind regards,

Ankit Tripathi

Yes, you can do it. There are number of inbuilt functions in VC++. For these, you write your own programs. It all depends on your expertise in C++  / java. Best of luck

You can find much help there.

To address the problem please check namespace and includes of your codes. Please also see the attached link which describes a more complete example.

Hi

From the link you posted, it seems fairly easy. You can use a POST and extract the parameters as you will usually do in ASP.NET.  

By auto-send, I assume you mean automatically sending messages from the server to a phone.

See this, then, from the link:

"

TaskSMSsync supports execution of tasks defined on the server. Currently it supports sending of messages sent from the Sync URL as SMS. This feature is targeted towards developers. The app can be configured to poll the server for new tasks at a given frequency. The server then needs to respond to HTTP GET requests with ?task=send (for example http://callback_url/smssync?task=send). The format of this response is shown below.

"

For auto-reply, see this:

"

Response from serverSMSsync allows either an auto-response message to be configured on the app itself, or to be retrieved from the server. When the app makes an HTTP Post request to sync the incoming SMS to the configured URL, the server can respond with JSON-encoded messages alongside the success message. The app then sends these messages by SMS to the specified users phone.

This makes it possible to have an instant response via SMS when an HTTP Post request is made. To leverage this feature, a JSON formatted string like the one below needs to be returned by the configured URL in response to the app's HTTP Post request.

"

In the app itself, ensure *Get Reply from Server* is checked to enable this feature.

Is it clear?

Bruno,

Sounds like very good options you are putting on the table. I will analyze if an all out Arduino solution is viable or if possibly a hybrid configuration using MCU from STM or Freescale as masters and Arduinos for teach pendant and HMI as slaves could help my case.

Again thanks much for the info

-EZ

check this attachment also

Check these two (the second one although not in C# could be used as a good reference):

as well as:

http://linux.thai.net/~thep/datrie/datrie.html]

please helf me

This is an old questions, but I will bite anyway.

"Best" is always a subjective judgement, and in my answer I am not going to take a position and to declare a "winner". Let's just say that "best" is what gives you the results you regard as superior, and you need to find this out by trying all the alternatives and comparing the results. So if you were hoping to start a flame war, or to get a canned reply, tough luck.

I would, first of all, consider the cryptography library already available in .NET (in System.Security.Cryptography). Now that Microsoft has released most of the .NET source code, only paranoid programmers should object to trusting .NET on the basis of hypothetical backdoors and weaknesses planted into the source code by secret services. Unless you need functionality that is not part of the .NET library, I see no real need to look for a third-party product, and there are many reasons why you should not develop your own crypto API. Also, before wasting time with the internal workings of the Microsoft Crypto API 1.0, google "Cryptography API: Next Generation".

A good part of the .NET System.Security.Cryptography namespace is already available in Mono, but not all. Depending on what you need, you might be able to use Mono instead of .NET.

Bouncy Castle has been criticized by some as being a museum of old algorithms, several of them of dubious practical usefulness today. Nonetheless, it seems to be popular among some programmers, especially those who don't know .NET well enough to be aware of what it offers.

SecurityDriven.NET/inferno is another possibility. I know very little about it, however, it is so small that it is likely a simplified wrapper of a selected part of the .NET crypto functionality. If you like it, use it. If you don't, use the .NET functionality directly.

Based on your problem description, it is entirely possible that the issue has nothing to do with CUDA, and relates to a more basic programming error related to interfacing managed and unmanaged code.

Having said that, you should also be aware of the fact (at least it was a fact the last time I wrote CUDA code not too long ago; I am boldly assuming that things have not changed and I am not making a fool of myself here) that CUDA code on Windows requires desktop access in order to be able to access the GPU. In other words, any CUDA code must run in the context of the interactive desktop session. Depending on how your WCF service application is implemented, this could be a problem (e.g., if it is actually running as a Windows service, the CUDA code will not work.)

Hi Mala. For C#.NET checkout this library http://sourceforge.net/projects/word-reader/. With that you don't need word installed on your client machine, and it also works with .docx files. Also it's performance optimised, so after you extract/load you document, you can get the position of any character using the IndexOf method, see http://www.dotnetperls.com/indexof. Remember to check for recurring characters. Happy Coding :)

Check:  http://numerics.mathdotnet.com/ 

and http://numerics.mathdotnet.com/Matrix.html for further information.

Have you tried Math.NET Numerics - MATLAB Data I/O Extensions? It's a NuGet package from Math.NET. Math.NET is a set of math libraries for Microsoft.NET that can be installed from NuGet. I have no experience with this I/O Extensions library, but the other packages I have worked with are very useful.

You might also consider reading this (if you haven't already): http://blogs.mathworks.com/loren/2011/07/28/using-matlab-structures-in-c-with-builder-ne/

I don't know how up to date this information is. Just a thing I stumbled upon.

Hi Mary,

Another way is using the menus of visual studio: "Project"->"Add Reference". The "Add Reference" dialog will be shown. From the dialog, choose the .dll file you need.

For using the methods in the .dll file, the namespace should be included first. Using the menus, "View"->"Object Browser", a list of objects can be seen. And the .dll file can also be found, if it was added successfully. When double click the .dll file related name in the list, you can find the available methods, namespace and the other objects in the .dll file.

Best regards

Dear Prof. Karimi,

                    Thanks for your question. I have attached two references for your kind concern. I think these files will help you for your concern.

Regards,

A.Kar

Hi Mona,

Linked Open Vocabularies (LOV) is great initiative when you are looking for existing ontologies that describe certain concept. You could simply search for a certain class or property and get links to the matched ontologies as a result .

The links usually contain descriptions of the classes and properties of an ontology as well as file in OWL, RDF or other Semantic Web/LOD standard format of the ontology that you could easily convert to OWL (if necessary) using online converters for instance.

Hope you'll find this useful,

Bojan

Thanks for citing my recent publication. :-) Allow me a few comments:

1) Suppose you have N examples, each of dimensionality D. If you expand them in B hidden basis, then you have an hidden matrix of dimensionality NxB. From your question, I assume you are computing the optimal weight as (using MATLAB notation):

Weights --> H*(H*H' + lambda*I)\y

However, for a positive lambda, you can rewrite the previous equation as:

Weights --> (H'*H + lambda*I)\H'*y

In this case, the matrix to be inverted is BxB, which might simplify your computation.

2) If you still have troubles computing this in batch, you can compute it recursively starting from many subsets of your training data, using the recursive least-square (RLS) algorithm. I wrote very briefly its description in the attached PDF.

3) After publishing the paper cited by Fabrice Clerot, I came to agree to the conclusion stated in a previous comment by Prof. Wang, i.e., ELM is in good part equivalent to much previous work, such as the Random Vector Functional-Link by Prof. Pao and his associates. For that reason, I now try to use these original denominations. For example, the algorithm described in point (2) is known as "OS-ELM" (actually, its non-regularized version), although its origins as RLS goes as far back as Gauss.

I hope this can be of help.

please refer:

Hi Mansoor,

there is a project available in the following link.

This will help you to kick-start your project.

For more details on the controls used refer:

Thanks,

Bishwajit

There are 2 ways to solve this:

1) Use Tomasi-Kanade algorithm. It uses a sequence of images or arbitrary camera (smooth) motion and known correspondences between selected points between all images. It then gives you the 3D structure of points (not the real world I think)

2) If your object is in a known XY plane (horizontal/vertical), you know the intrinsic and extrinsic parameters of the camera for a given camera pose, you can simply intersect the ray formed by two points - the pixel and the camera frame origin with the xy plane using geometric equations and get the real world point in the xy plane. This the back-projection method, given that R and t remain the same. I have coded this, but the points are strictly in an xy plane; so this approach my or may not work for you.

Let me know if you need more explanation.

I don't why you want but i suggest you to take a look ANSI C implementations of Triple DES algorithm below:

 Then you have two options for code optimization:

Yes using bottom-up parsing, it is possible to design a error correcting parser. The only problem is that if more than one choices of production rules to be used for derivation are available then parser must be given extra information to select the right choice. If there is only one choice then it can correct there itself.

There are really two kinds of languages:

- languages that are designed to minimize the time programmers spend programming

- languages that are designed to minimize the time computers spend computing

The first category are languages that are easy to program in. It is composed of interpreted languages: Python, Julia, R, MATLAB... The most popular free alternative is likely Python. In some domains, like biology or statistics, it might be R. If you feel the visceral need to cough up some cash, then you could buy a MATLAB license. They all offer easy ways to plot graphs, do complex mathematics (eigenvalues, inverse matrices, conjugate gradient, Monte-Carlo), query databases, the web...

The second category is composed of C/C++ and - God forbid - clunky old Fortran. They are harder to program but should be more computationally efficient. If the programs are well written.

The default option should be to minimize the time you spend programming and go with the first category. Your time is valuable, the computer's is cheap. So minimize the time you spend programming and maximize the time doing actual physics. As Google puts it (and they do a fair amount of compute): Python where we can, C++ where we must.

There is a tired argument that to do high performance computing it is absolutely necessary to use low level languages such as C and C++. However, most high-performance physics software will devolve the heavy lifting to external libraries, such as BLAS, LAPACK, FFTW, and others. In that case, whether there libraries are called from a language of the first or second category has little implication on the speed code.

Furthermore, most languages of the first category offer some easy way to interface with languages of the second category. Most physics software is such that the computer spends most of its time in 5% of the code, eg in the kernel. So it is always possible to move that kernel to C/C++ later on and interface with it in the interpreted language. The best of both worlds! Google Cython for the python way of doing this.

Even though the best choice in C/C++ is probably OpenVG, also OpenGL libraries allow you to draw arbitrary polygons in a 2D fashion: all you have to do is to set a Orthographic instead of Perspective Projection matrix.

Nevertheless, my advice is to use a different (and simpler) language + library for this kind of tasks. For my 2D patterns drawing I rely on Python + pyGame library: excellent results with a few lines of code.

Hi Andrea, we had a similar problem when we wanted to mount the Kinect to track workers from above. To our knowledge both the Kinect SDK and the OpenNI / NITE middleware can only track horicontally. However in your case I suppose you only need to rotate the image by 90 degrees before it reaches the middleware. OpenCV can do that.

The answer, of course, depends on the goal you want to achieve.

My opinion is that C# is excellent for writing GUI applications for the Windows platform. On the other hand, Python is excellent for computational tasks (under any platform). C# lacks good and tested free and Open Source libraries for most computational tasks. Python code is quick to write and requires no compilation. Python does have GTK and Qt bindings and Matplotlib plots can be embedded into Python GUI applications.

In my opinion, if you want applications with robust GUIs for the Windows platform and don't need much computation or high quality scientific plotting, C# is a good choice. But, if you need to perform scientific computation and want to produce high-quality scientific plots, Python is a good choice. They're both easy to learn for anyone with prior knowledge on some programming language. However, all GUI programming requires learning the event-driven programming paradigm, which may be confusing at first.

There's an Open Source IDE for quickly getting into C# programming:

A good choice for Python development is Python(x,y), which includes Qt for GUI development:

Dear Mr. Afzal Khan,

Which part of my code need to be edited to get the joints X Y Z axis in columns like shown as your result?

If you mean performance qualification please visit this page:

and look for HPLC guideline

go through this link, may be you will get some information

Contact Prof Dr Michel (MJAM) van Putten at Medisch Spectrum Twente (MST) , Enschede, The Netherlands, dept Neurofysiology. see e.g. J Clin Neurophysiol 25; 77-82,2008

Easy enough: StrongSwan

There is a msdn topic which i found it's working correctly.

The input is managed by the OS and forwarded to the C# application. The source is transparent to the C# application because it receives only the event notification and the target control.

For example, if you have a button on the interface, at application level is raised the same Click event as for clicking with the mouse or with the touch screen.

Only if you use a special input touching device that comes with a proprietary API, then you may use another library to interact with that device.

I wouldn't suggest integrating this in your application.

You might want to use a web service for that (there are APIs you can get from your bank, PayPal or from Google). You can then customize styling of that SSL secured web page and call it from within your application form through the Web browser component by navigating it to the service URL.

From there on the user will interact with the web service to complete donation (payment) on the web, but instead of this being done through his/her default Web browser, it will all happen through your application form in its own browser.

However, this can be problematic, because the user cannot be sure that the web service via which he/she is making the payment is really PayPal, Google or your bank's API page, because there is no URL visible, no SSL certificate verification message, so if someone ware to high jack the communication package, redirect the inner web browser of your app form to another lookalike form, things could get very problematic.

This is a very sensitive problem and there are many ways for someone to "hack", sniff, ssl-strip the communication and leave the line vulnerable and hence steel credit card and personal information.

Be very careful with these things regardless of which approach you chose in the end.