This is required for WebAssembly, because - as you'll see inĪ moment - our Rust code won't run standalone: it'll be at That it should generate a dynamic library - that is: Users to go bankrupt over internet bills, do we?). This prevents bloating the library with 'useless' metadata,Īnd so it's important for WebAssembly (we don't want our Intended to be called from outside, ignoring Rust-specific That it should export only those functions which are Something - also called an artifact - gets to be:Ĭrate-type = means: compiler, prettyĪ program is something that you can execute directlyĪ library is a piece of code that provides functionsĬdylib, stands for C dynamic library, and it tells the crate-type = Ĭompiler transforms code into something, and If you're into diagrams, what we're aiming for is: I'm not a great salesman, but lemme give it a shot - in a marketing We engage that visual cortex of ours better! Interface that'll allow us to see beyond dry numbers it's about time So that's what we'll be doing today we'll implement all thoseįunctions that'll determine what a bird sees or Struct Eye or struct World? After all, ourīirds have to have eyes and a place to live! No worries if JavaScript or HTML are unfamiliar to you - I'll try to Interesting, then going through this one will feel like eating NutellaĬontent warning: this article contains traces of javascript So if you considered the previous three parts even remotely I'm obliged say that at this point we're basically on a runner's high,

What awaits is the most delightful part: modelling the ecosystem and Now that we have implemented neural network and genetic algorithm,

Learn to fly 4