Julia language
Author: s | 2025-04-25
The Julia Programming Language. Contribute to JuliaLang/julia development by creating an account on GitHub. The Julia Programming Language. Contribute to JuliaLang/julia
Julia Documentation The Julia Language
Exploring functional programming with JuliaImage by AuthorJulia is considered to be a General-Purpose , dynamically typed language that supports multiple paradigms of programming. Strictly speaking, even though Julia is not a Functional Programming Language (FP), it does support it.So, what is a “Pure” Functional Programming Language? They are languages that are designed as having mathematical functions that use conditional expressions and recursion to perform computations. They use immutable data, lazy evaluation and other constructs to “enforce” FP way of programming. These languages can be quite terse and opinionated. A good example of this Language class is Haskell.Julia, however, is more than happy to give the power to the programmer, instead of placing limitations and barriers along to way to force adherence to this or that paradigm.Is Julia a good language to program in a Functional way? I believe it is. So why is Julia good at Functional Programming? For a lot of reasons, including metaprogramming, first-class objects, powerful type system, multiple-dispatch and many other reasons.FP is gaining in popularity lately. Mutable Object-states are the new spaghetti code and concurrency only adds to the complexity. FP supports Parallel programming and concurrency, leading to less bugs and clean code. FP has at its roots sound mathematical concepts and ideas from an emergent Mathematical field known as Category Theory.Let’s dive right in and start building up some concepts.Functional Programming in ActionSay I am interested in finding out the cube of a few numbers, I could write:3 * 3 * 3Or maybe I would like the cube of 2, so I write again:2 * 2 * 2It is clear that we need to abstract the notion of a cube so that we can apply it to any number. In Julia, we can define a function with the form:cube(x) = *(x,x,x)Notice above how the multiplication operator in Julia is itself a function. I could have defined the above function as:cube(x) = x * x * xThe above is all good but not very impressive. After all, we can define functions on almost any programming language. So let us keep going deeper in functional territory.Now I am interested in calculating a few series. We will start by designing a function to compute the sum of integers from a through b:Now, it would not be a stretch to assume that, at some point, I would be interested to also compute the sum of the cubes of integers in a given range. In this case, my function could look like the following:It is not difficult to spot the code pattern present in the two function definitions above. Another hint is the type of sum implicit in the name of the function itself. What we need is another level. The Julia Programming Language. Contribute to JuliaLang/julia development by creating an account on GitHub. The Julia Programming Language. Contribute to JuliaLang/julia The Julia Programming Language. Contribute to JuliaLang/julia development by creating an account on GitHub. The Julia Programming Language. Contribute to JuliaLang/julia The official website for the Julia Language. Julia is a language that is fast, dynamic, easy to use, and open source. The Julia Programming Language Download Learn Julia (programming language) today: find your Julia (programming language) online course on Udemy. Learn Julia (programming language) today: find your Julia (programming Learn Julia (programming language) today: find your Julia (programming language) online course on Udemy. Learn Julia (programming language) today: find your Julia (programming language) online course on Udemy. New-learner offer The official website for the Julia Language. Julia is a language that is fast, dynamic, easy to use, and open source. The Julia download runs on macOS 10.9 Installing Julia; Launching a Julia Notebook; Introduction. Julia is a flexible dynamic language that is intended for scientific and numerical computing. IJulia is a Julia language backend that allows users to use the Julia language in Jupyter's graphical notebook interface. Return to Table of Contents. Accessing Open OnDemand Julia binary builds are available from. julialang.org Download Julia. The official website for the Julia Language. Julia is a language that is fast, dynamic, easy to use, and open source. Click here to learn more. You should only be using the long-term support (LTS) version of Julia if you work at an organization where implementing or certifying upgrades is prohibitively expensive and there is no need for new language features or packages. Great care is taken not to break compatibility with older Julia versions, so older code should continue to work with the latest stable Julia release.Generic Linux on PowerPC little endianĪlmost everyone should be downloading and using the latest stable release of Julia. Windows installer, portable installer, portable macOS x86 (Intel or Rosetta). Current stable release: v1.10.0 (December 25, 2023)Ĭhecksums for this release are available in both SHA256 and MD5 formats. If the official binaries do not work for you, please file an issue in the Julia project. Please see platform specific instructions for further manual installation instructions. Note that all Julia versions are installable through Juliaup. Tier 4: Julia built at some point in the past, but is known not to build currently.Ongoing support is dependent on community efforts. When they are, they should be considered experimental. If it does, it is unlikely to pass tests. Official binaries are available on a case-by-case basis.Tier 2: Julia is guaranteed to build from source using the default build options, but may or may not pass all tests.Official binaries are always available and CI is run on every commit to ensure support is actively maintained.Tier 1: Julia is guaranteed to build from source and pass all tests on these platforms when built with the default options.Comments
Exploring functional programming with JuliaImage by AuthorJulia is considered to be a General-Purpose , dynamically typed language that supports multiple paradigms of programming. Strictly speaking, even though Julia is not a Functional Programming Language (FP), it does support it.So, what is a “Pure” Functional Programming Language? They are languages that are designed as having mathematical functions that use conditional expressions and recursion to perform computations. They use immutable data, lazy evaluation and other constructs to “enforce” FP way of programming. These languages can be quite terse and opinionated. A good example of this Language class is Haskell.Julia, however, is more than happy to give the power to the programmer, instead of placing limitations and barriers along to way to force adherence to this or that paradigm.Is Julia a good language to program in a Functional way? I believe it is. So why is Julia good at Functional Programming? For a lot of reasons, including metaprogramming, first-class objects, powerful type system, multiple-dispatch and many other reasons.FP is gaining in popularity lately. Mutable Object-states are the new spaghetti code and concurrency only adds to the complexity. FP supports Parallel programming and concurrency, leading to less bugs and clean code. FP has at its roots sound mathematical concepts and ideas from an emergent Mathematical field known as Category Theory.Let’s dive right in and start building up some concepts.Functional Programming in ActionSay I am interested in finding out the cube of a few numbers, I could write:3 * 3 * 3Or maybe I would like the cube of 2, so I write again:2 * 2 * 2It is clear that we need to abstract the notion of a cube so that we can apply it to any number. In Julia, we can define a function with the form:cube(x) = *(x,x,x)Notice above how the multiplication operator in Julia is itself a function. I could have defined the above function as:cube(x) = x * x * xThe above is all good but not very impressive. After all, we can define functions on almost any programming language. So let us keep going deeper in functional territory.Now I am interested in calculating a few series. We will start by designing a function to compute the sum of integers from a through b:Now, it would not be a stretch to assume that, at some point, I would be interested to also compute the sum of the cubes of integers in a given range. In this case, my function could look like the following:It is not difficult to spot the code pattern present in the two function definitions above. Another hint is the type of sum implicit in the name of the function itself. What we need is another level
2025-03-30You should only be using the long-term support (LTS) version of Julia if you work at an organization where implementing or certifying upgrades is prohibitively expensive and there is no need for new language features or packages. Great care is taken not to break compatibility with older Julia versions, so older code should continue to work with the latest stable Julia release.Generic Linux on PowerPC little endianĪlmost everyone should be downloading and using the latest stable release of Julia. Windows installer, portable installer, portable macOS x86 (Intel or Rosetta). Current stable release: v1.10.0 (December 25, 2023)Ĭhecksums for this release are available in both SHA256 and MD5 formats. If the official binaries do not work for you, please file an issue in the Julia project. Please see platform specific instructions for further manual installation instructions. Note that all Julia versions are installable through Juliaup. Tier 4: Julia built at some point in the past, but is known not to build currently.Ongoing support is dependent on community efforts. When they are, they should be considered experimental. If it does, it is unlikely to pass tests. Official binaries are available on a case-by-case basis.Tier 2: Julia is guaranteed to build from source using the default build options, but may or may not pass all tests.Official binaries are always available and CI is run on every commit to ensure support is actively maintained.Tier 1: Julia is guaranteed to build from source and pass all tests on these platforms when built with the default options.
2025-04-25Watcher (2022) Movie Explained: Ending & Themes Analysed: It’s hard to completely understand from a male gaze the pervasive feeling experienced by every woman. The paranoia and fear of being watched. The isolation and loneliness feel all-consuming when you account for being in an unfamiliar country, unable to understand the language or completely lost in the milieu. Consequently, the protagonist having that paranoia validated is all the more unsettling and terrifying.Watcher (2022) Plot Summary & Synopsis: Julia (Maika Monroe) moves to Bucharest with her husband Francis (Karl Glusman) who has been assigned to a marketing position. Francis’ familiarity with the language stems from his mother’s fluency, while Julia’s unfamiliarity with the language gives rise to a sense of existential ennui in her, exacerbated by her failed career as an actress. They move into an apartment building that has a large picture window. That night, unable to sleep, she watches through that window as rain pours heavily down and realises that a man is watching her from the building across the street. To rid herself of her ennui while her husband works long hours, Julia attempts to learn the language while familiarizing herself with the city. But as she explores the city, the hackles on her back are always raised because she is overtaken by the unsettling feeling of always being followed.Watcher Featured in The 10 Best Films From Sundance Film Festival, 2022A few incidental events also occur which makes Julia unsettled. The first is the murder of a woman in one of the building complexes adjacent to theirs. Julia and Francis were returning one night after a walk when they came across a crowd huddled in front of an ambulance, housing one guy looking at the crowd in stunned shock. Julia later learns from the news that the woman was murdered, and her fear gets compounded when during a dinner conversation with Francis’ colleagues she learns that the woman had her head decapitated and it is related to “other attacks”. Julia’s cursory research in the internet the next day provides her information of “The Spider”, a serial killer who has been decapitating younger women. An interview with one of the women who had been attacked two days ago reveals that the killer had entered her house in the dead of the night, pressed a pillow over her face, and put a knife over her throat. But he had stopped going through the deed and had sat beside her and watched. She felt that he had been sitting for hours.Julia’s fear of being followed returns while walking through the city one day, and she enters a movie theatre (playing Stanley Donen’s 1963 movie Charade) in an attempt to evade him. As she sits in the theatre and settles in to watch the movie, she realises that the man has sat directly behind her. In an obvious panic, she exits the theatre and walks into the nearest supermarket. Realising that the man hadn’t given up, she manages to give him the slip
2025-04-01