goswinr

On the topic of tail calls in .NET

Let's say you have implemented a small data pipeline library to replace LINQ.

module TrivialStream =
  type Receiver<'T> = 'T            -> unit
  type Stream<'T>   = Receiver<'T>  -> unit

  module Details =

goswinr

namespace GhFsharpTest

open Grasshopper.Kernel
open Grasshopper.Kernel.Types

type Priority() =
    inherit GH_AssemblyPriority()
    override u.PriorityLoad() =
        GH_LoadingInstruction.Proceed

goswinr

// You need to add missing types  manually to IExport in Three.fs if you need.
// https://twitter.com/OnurGumusDev/status/1548282140806115330


module rec Dat

open Browser.Types
open Fable.Core
open System

goswinr

open SharedMemory
open MBrace.FsPickler

module Rpc =
    type RpcContext<'command, 'message> = 
        { name: string; buffer: RpcBuffer; post: 'command -> Async<'message>} with
        interface IDisposable with 
            member this.Dispose() = this.buffer.Dispose()

    let createHost name (handler : 'command -> Async<'message>) =

goswinr

(*
  An immutable R-Tree implementation in F#. 
  
  Based on: https://github.com/swimos/swim-rust/tree/main/swim_utilities/swim_rtree (licensed on Apache 2.0)
  
  Author: Bartosz Sypytkowski <b.sypytkowski at gmail.com>
*)

namespace Demos.RTree

goswinr

Simple physics in F# and WPF

This is an example on how to use WPF and F# to do some simple physics using Verlet Integration.

The program creates a system of particles and constraints. Particles have inertia and is affected by gravity but their motion is also contrained by the constraints.

I tried to annotate the source code to help guide a developer familiar with languages like C#. If you have suggestions for how to improve it please leave a comment below.

How to run