redux-devtools VS d3

Also, you should use redux-devtools extension to get the most out of any react-redux-based project.

Use NgRx's action stream as a logging solution. Dispatch actions instead of logging. You don't have to worry about the state management part or anything either. Add the store-devtools package along with the base store package. It'll let you configure only logging while in development mode and a few other options. Then, install the Redux Devtools extension into your browser. That will give you a view of the dispatched actions and any data you want to pass along with them. It has a filter, so you can tag your actions like you normally would as described in the docs. Like, "[Log Level] [Feature] log message". Then, filter them in the dev tools to see just what you want. You can see a screenshot of it here. You may even like some of its other features and maybe you'll pick up more of the pattern as you see fit.

Redux DevTools is a browser extension that allows developers to inspect and debug Redux stores. This tool helps developers to track state changes, actions, and other data related to the Redux store. You can download it from its official GitHub repository: https://github.com/reduxjs/redux-devtools.

Redux dev tools

You can still keep your custom hooks in separate files, maybe in a folder called state. You could migrate to a state library when things start to seem unmanageable, or when you want one of the many cool features that a state library can offer, like automatically persisting parts of state to your user's storage using middleware (Redux docs, Zustand docs), easily managing API connections and query caching with RTK Query, or having a log of every state change with the ability to revert/go back in time to debug state changes with Redux Devtools (also works with Zustand).

With the redux-devtools-extension, we can now easily see all the actions that have been dispatched, as well as the current state of our store. This extension also allows us to time travel, meaning we can go back and forth through different states to see how our application got to where it is, as shown in the image below.

We need to see your RECEIVE_BENCHES action creator as well as dispatch call to tell you more. You should inspect what is going on in your reducer, either by setting a breakpoint in your editor's debug mode, by using Redux DevTools (https://github.com/reduxjs/redux-devtools), or simply by writing dirty console.log and debugger calls.

When an action is dispatched, all of the reducers will be notified and every single one of them will check if they can handle the action. Not only that, but the Redux dev tools will be a mess trying to see what action was fired when. That’s why we should try to think of actions as events that happened and not what the action is changing. For example, we should rather have an action called userLoggedIn than setUserId.

Yes this was done with a combination of GSAP Scrolltrigger https://gsap.com/docs/v3/Plugins/ScrollTrigger/ and https://d3js.org/

d3 - very power visualization library enabling dynamic visualizations. docs

Yep, Evidence is doing good work. We were most directly inspired by VitePress; we spent months rewriting both D3’s docs (https://d3js.org) and Observable Plot’s docs (https://observablehq.com/plot) in VitePress, and absolutely loved the experience. But we wanted a tool focused on data apps, dashboards, reports — observability and business intelligence use cases rather than documentation. Compared to Evidence, I’d say we’re trying to target data app developers more than data analysts; we offer a lot of power and expressiveness, and emphasize custom visualizations and interaction (leaning on Observable Plot or D3), as well as polyglot programming with data loaders written in any language (Python, R, not just SQL).

D3.js: A robust library to visualize your data and create interactive data-driven visualizations.

They are images so it could be any number of things, datawrapper, charts.js, d3.js to name a few options.

I made this interactive visualization that attempts to show the real-time frequency and location of births around the world. A country’s annual births (i.e. the country’s population times its birthrate) were distributed across all of the populated locations in each country, weighted by the population distribution (i.e. more populated areas got a greater fraction of the births). Data Sources and Tools Population and birthrate data for 2023 was obtained from Wikipedia (Population and birth rates). Population distribution across the globe was obtained from Socioeconomic Data and Applications Center (sedac) at Columbia University. Data is processed and visualized at a 1 degree x 1 degree resolution, each of which has a different probability of a birth occurring in a specific time period. D3.js was used to create the map elements and html, css and javascript were used to create the user interface.

When I go to the homepage of types/d3 the only hint for any kind of documentation is what seems to be the main github page of d3. It's highly possible I'm missing something here, so sorry if I am but I can't find any documentation of how you are supposed to type these library objects.

Website: D3.js official site

D3js