1594687500
Julia is a great programming language that is typically associated with its strong statistical analysis and machine-learning capabilities. However, many people might know that Julia actually has a fairly mature and established group of packages for other applied sciences. Some notable examples include Yao.jl for quantum simulations, JuliaAstro.jl for astronomy (I really want to check this one out, as well) quantitative economics with QuantEcon.jl, and even quantum physics with QuantumBFS.jl and QuantumOptics.jl. With this rich ecosystem for scientific computing with Julia, it’s easy to see why many scientists are Julians either by hobby or work.
This package ecosystem has piqued my interest, so I have decided to dive in to one of them with all of the free time I have had lately due to the virus. It is a great time to do something productive like learn a new applied science with my favorite programming language, after-all; as I see that as being rather productive. Also maybe this is the most optimal of times to learn more about biology and genome sequencing. To be clear, I do not have any domain knowledge in the field of Bioinformatics, but I am seeking to get a foothold in it that I can improve over time with practice and research. I am also interested to see how I might be able to apply machine learning and statistics to Biology with Julia, and cross two applied sciences that I am very interested in.
In order to use BioJulia’s packages, we of course will need to add them. For my selection, I pretty much went to BioJulia’s Github and picked some repositories that sounded interesting. What I didn’t realize in my approach is that BioJulia actually has its own package registry. Rather than adding the packages individually through the Pkg REPL and Github, I decided that the registry is certainly the way to go. From the Pkg REPL, we can add the BioJulia registry with this command:
registry add https://github.com/BioJulia/BioJuliaRegistry.git
Then I was able to add my packages exactly how I normally would. These are the packages that piqued my interest:
However, this experience ended up being a little less like me adding packages I know nothing about, and a little more like a kid in a candy shop… I also decided to pick up XAM.jl and BigBed.jl. We will also need BioCore.jl, and I went ahead and picked up BioGenerics.jl (not sure if I needed it or not.) By the end of it, I had a pretty large group of Github pages opened up. Fortunately, I have the experimental tab-grouping enabled on my Google Chrome.
#data-science #bioinformatics #julia #data analysis
1594687500
Julia is a great programming language that is typically associated with its strong statistical analysis and machine-learning capabilities. However, many people might know that Julia actually has a fairly mature and established group of packages for other applied sciences. Some notable examples include Yao.jl for quantum simulations, JuliaAstro.jl for astronomy (I really want to check this one out, as well) quantitative economics with QuantEcon.jl, and even quantum physics with QuantumBFS.jl and QuantumOptics.jl. With this rich ecosystem for scientific computing with Julia, it’s easy to see why many scientists are Julians either by hobby or work.
This package ecosystem has piqued my interest, so I have decided to dive in to one of them with all of the free time I have had lately due to the virus. It is a great time to do something productive like learn a new applied science with my favorite programming language, after-all; as I see that as being rather productive. Also maybe this is the most optimal of times to learn more about biology and genome sequencing. To be clear, I do not have any domain knowledge in the field of Bioinformatics, but I am seeking to get a foothold in it that I can improve over time with practice and research. I am also interested to see how I might be able to apply machine learning and statistics to Biology with Julia, and cross two applied sciences that I am very interested in.
In order to use BioJulia’s packages, we of course will need to add them. For my selection, I pretty much went to BioJulia’s Github and picked some repositories that sounded interesting. What I didn’t realize in my approach is that BioJulia actually has its own package registry. Rather than adding the packages individually through the Pkg REPL and Github, I decided that the registry is certainly the way to go. From the Pkg REPL, we can add the BioJulia registry with this command:
registry add https://github.com/BioJulia/BioJuliaRegistry.git
Then I was able to add my packages exactly how I normally would. These are the packages that piqued my interest:
However, this experience ended up being a little less like me adding packages I know nothing about, and a little more like a kid in a candy shop… I also decided to pick up XAM.jl and BigBed.jl. We will also need BioCore.jl, and I went ahead and picked up BioGenerics.jl (not sure if I needed it or not.) By the end of it, I had a pretty large group of Github pages opened up. Fortunately, I have the experimental tab-grouping enabled on my Google Chrome.
#data-science #bioinformatics #julia #data analysis
1627019580
In this small post we will see how to get current url in laravel, if you want to get current page url in laravel then we can use many method such type current(), full(), request(), url().
Here i will give you all example to get current page url in laravel, in this example i have used helper and function as well as so let’s start example of how to get current url id in laravel.
#how to get current url in laravel #laravel get current url #get current page url in laravel #find current url in laravel #get full url in laravel #how to get current url id in laravel
1603198800
If one seeks to further their skills in software engineering, it can be rather difficult to learn just by viewing. Even if all of the concepts within literature or multimedia are well-understood, it could be quite difficult to learn without actually creating the code and seeing how the code interacts with the data. Around fifteen years ago, I dove into the beautiful language of C++. In order to learn C++, I would spend hours researching and copy-pasting code in order to find out what it does. The problem is that I wasn’t writing the code myself, even if it was copied directly.To be clear — I am not saying that copy and pasting code is a bad thing, I copy and paste snippets all the time from my previous notebooks, my current project, or even the world wide web. However, a lot of engineering is about learning how to learn. Part of this is knowing when to copy and paste as opposed to when you need to study the material further. In my C++ example, I can remember using things like the STD library and using operators like <<, but not realizing that those were operators and thinking they were just random symbols because I didn’t know what they did put a significant hole in the approach-ability of C++.Interestingly, with all of the languages on Earth, I had never really had an interest in Python until about three years ago. While yes — it certainly was a lot easier to learn than C++, I found a lot of the differences to be appalling. Regardless of how easy the language might be compared to its ancestor, I found myself falling into a trap of moving huge blocks of code from Google that I didn’t really understand, and that hindered my learning ability in this new language.All of this evidence is presented to back up a single claim:
If you want to learn programming, you need to write code.
I had a mentor who referenced a book called “ Learn Python The Hard Way” by Zed Shaw. The ideas in this book reflect the importance of what I discussed, and really opened my eyes to how much easier education is whenever interaction is involved. I consider myself a visual learner, as well, so to me, this could apply across the board with anyone trying to learn in terms of computer programming.With these ideas in mind, I thought that if I was going to provide concrete and adequate tutorials that will take one from an absolute beginner to an absolute professional, then I should certainly include resources for the students to learn with themselves. An empty copy of the notebook is now provided in the Github repo, and I insist that newer programmers type the code themselves!
#tutorial #programming #julia #statistics #data-science
1624557600
Hey guys, in this video i talk about my top 10 ways to get more Bitcoin with what you currently have in your situation. It’s all about making some small sacrifices now and leverage BTC this year. Bitcoin is expected to smash through it’s All time high and have a massive bull run in 2021. A sense of urgency on your part is need if you want to take advantage of the current price of BTC now before it goes to $40k and beyond.
📺 The video in this post was made by Crypto expat
The origin of the article: https://www.youtube.com/watch?v=FZ7Gmvc-5nM
🔺 DISCLAIMER: The article is for information sharing. The content of this video is solely the opinions of the speaker who is not a licensed financial advisor or registered investment advisor. Not investment advice or legal advice.
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Thanks for visiting and watching! Please don’t forget to leave a like, comment and share!
#bitcoin #blockchain #get more bitcoin #wow bitcoin just hit $31k// my top 10 ways to get more bitcoin in 2021 #top get more bitcoin
1580790334
This article is originally published at https://www.tutsmake.com/jquery-api-ajax-get-method-example/
Let’s see example of jquery ajax get request.
<html lang="en">
<head>
<meta charset="utf-8">
<title>jQuery Ajax GET Request Example</title>
<script src="https://code.jquery.com/jquery-3.3.1.min.js"></script>
<style>
.formClass
{
padding: 15px;
border: 12px solid #23384E;
background: #28BAA2;
margin-top: 10px;
}
</style>
<script type="text/javascript">
$(document).ready(function(){
$("button").click(function(event){
var name = "Tutsmake";
$.get('https://www.tutsmake.com/Demos/html/ajax-get-method.php', {webname: name}, function(data){
$("#output").html(data);
});
});
});
</script>
</head>
<body>
<div class="formClass">
<button type="button">Click & Get Data</button><br>
<div id="output">Hello</div>
</div>
</body>
</html> ```
This article is originally published at [https://www.tutsmake.com/jquery-api-ajax-get-method-example/](https://www.tutsmake.com/jquery-api-ajax-get-method-example/ "https://www.tutsmake.com/jquery-api-ajax-get-method-example/")
#jquery #jquery ajax get request with parameters #ajax get method example #jquery ajax get request parameters #ajax