Final Year Project - Representing Digital Circuits Structurally
Final Year Project
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This project is a circuit visualiser that uses a structural based
approach (similar to monoidal categories) to represent circuit.
The advantages of this are that structure in the algebraic form
is preserved into the visualisation. New optimisation
techniques are possible with monoidal categories.
This project includes a custom programming language similar to the
algebraic representation of monoidal categories and then visualises
them.
Ensure you have the necessary dependencies:
npm install -g yarn). Yarn WebsiteTo get started, clone the repository and then install dependencies.
$ git clone git@github.com:alexander-lloyd/digital-circuit-visualiser.git
Install dependencies.
$ yarn install
$ yarn start
To run with the Webpack development server run yarn start and view
in the browser at http://localhost:8000. Running in this environment
provides hot reloading support; edit and save the file, and the
browser will automatically refresh.
To use a port other than 8000 set the PORT environment variable
(PORT=8080 yarn start).
To build and bundle the application run:
$ yarn build
After you see the Webpack compilation succeed (the yarn build
step), open up build/index.html in your browser.
Run all of the unit tests with:
$ yarn test
$ yarn clean$ yarn build:production
This step will replace the development artifact build/index.js for an optimised version as well as copy src/index.html into build/.
You can then deploy the contents of the build directory.
