Grassmann.jl
Fable: F# |> BABEL
Grassmann.jl | Fable: F# |> BABEL | |
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8 | 60 | |
450 | 2,826 | |
- | 0.8% | |
8.0 | 9.7 | |
11 days ago | 12 days ago | |
Julia | F# | |
GNU Affero General Public License v3.0 | MIT License |
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Grassmann.jl
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How to fit a polynomial P of degree D to a vector of roots?
Here's how to do it with Grassmann.jl
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Grassmann.jl now has SimplexComplex{V,B,T} wrapper for Complex{T}
Surprise announcement: the next version of Grassmann.jl has a new algebra type SimplexComplex{V,B,T} (yes, that's right SimplexComplex) which is a wrapper for Julia's native Base.Complex{T} type. This allows you to work with the performance of the base language complex numbers while retaining the Grassmann algebra interface and additional products. The new type is not limited to only regular complex numbers, it supports the creation of a SimplexComplex using any basis element B by simply taking the sum of a scalar with that basis element. ```Julia julia> using Grassmann
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Einstein award going to Paul Ginsberg for creating arXiv.org
I still have never been able to post my paper about my Grassmann.jl geometric algebra foundations research on arxiv.
https://github.com/chakravala/Grassmann.jl
Seems like a useless overrated website.
I was able to post my article on my own website instead.
Arxiv is really a useless website.
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What Is the Inverse of a Vector?
This article is really about geometric algebra, check out my geometric algebra software https://github.com/chakravala/Grassmann.jl
- Stop what you're doing and look up Geometric Algebra on yt right now
- Ask HN: What are some tools / libraries you built yourself?
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Ask HN: What under-the-radar technology are you super excited about?
https://github.com/chakravala/Grassmann.jl
In the future, geometric algebra will likely be part of everything we do, but it is still very unknown as of now.
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My advanced math skills are going down the drain
I heart your Grassman gradient vector field representations: https://github.com/chakravala/Grassmann.jl. They, heh heh, point the way toward representing aspects of physics and math that should be used far more frequently than they are now. They display the quirks that you could never apprehend looking at an equation. Your representations could eviscerate the representations of data base on paper-like metaphors.
Sadly our leaders, the John Baez and Scott Aronson and people like that, prefer to think in Euler notation and WordPress posts. As Kurt Vonnegut said: So it goes.
The world of representation of difficult concepts using interactive 3D and elegant code is still in its infancy. You are not yet at the ground floor of the construction of a future elegant structure. You - and a few others - are in at the second basement.
Fortunately, the only way out is to look up!
Fable: F# |> BABEL
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Dada, an Experiement by the Creators of Rust
This conversation could be referring to https://fable.io/
Other than that, the question is indeed strange and I agree with your statements.
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Exploring a foreign F# codebase
NOTE: For larger codebases with more history it is likely that the Program.fs file will have a lot of orchestration and logic as well. given that it is often where everything clashes and starts, for example the Fable Entrypoint is in Entry.fs and it contains a lot of code. The best you can do always is to start at the bottom of the file and work your way up. Remember: Everything at the bottom uses what has already been defined at the top so there are no circular dependencies or random functions/types at the bottom that can trip you off, everything comes from the top!
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Revisiting WASM for F#
I am a big fan of going with web components + plain (build-less) javascript whenever possible, so it is not surprising that I often favor things like the Fable Compiler, where I can target my F# code directly to javascript and be as close to the native JS experience as possible, both for interop concerns and for ecosystem integration.
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A new F# compiler feature: graph-based type-checking
Fable compiler - https://fable.io/
The F# community is very friendly (these sub-communities as well), and they have plenty of good issues/opportunities to contribute OSS work to across any skill level.
Phosphor isn't hiring right now, but we expect to begin a search for FE/interface engineers over the next few month. Email [email protected] for anyone interested.
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Building React Components Using Unions in TypeScript
Naturally I’d recommend using a better language such as ReScript or Elm or PureScript or F#‘s Fable + Elmish, but “React” is the king right now and people perceive TypeScript as “less risky” for jobs/hiring, so here we are.
- Fable: an F# to Dart compiler
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Dart 3.1 and a retrospective on functional style programming in Dart
Stuff like this: https://github.com/fable-compiler/Fable/issues/1822
It just seems like an incredibly ambitious project that appears to have very little equal but is mainly worked on by a handful of people but no corporate backing. I get the feeling that if you want to use it, you'll either be the only one doing what you're doing or among just a few people. I already use F# and feel this way about the core language itself.
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Elixir – Why the dot (when calling anonymous functions)?
F# is also part of the OCaml family, has a great to-JS transpiler (https://fable.io/) and F# code can also be used in .NET projects.
- Is it possible to write games like Pac-Man in a functional language?
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URGENT HELP NEEDED! Should I learn C#, ASP.NET and the new MAUI framework?
I have heard many good things about https://fable.io/ Fable converts F# code to JavaScript. There are currently 407 packages available for interacting with existing JavaScript packages and frameworks.
What are some alternatives?
fselect - Find files with SQL-like queries
rescript-compiler - The compiler for ReScript.
TensorOperations.jl - Julia package for tensor contractions and related operations
Sutil - Lightweight front-end framework for F# / Fable. No dependencies.
Hecke.jl - Computational algebraic number theory
ClojureCLR - A port of Clojure to the CLR, part of the Clojure project
NDTensors.jl - A Julia package for n-dimensional sparse tensors.
Roslyn - The Roslyn .NET compiler provides C# and Visual Basic languages with rich code analysis APIs.
PowerShell - PowerShell for every system!
Feliz - A fresh retake of the React API in Fable and a collection of high-quality components to build React applications in F#, optimized for happiness
taco - The Tensor Algebra Compiler (taco) computes sparse tensor expressions on CPUs and GPUs
haxe - Haxe - The Cross-Platform Toolkit