Table Of Content
This chapter introduced the atomic design methodology and demonstrated how atoms, molecules, organisms, templates, and pages all work together to craft thoughtful, deliberate interface design systems. Atomic design allows us to see our UIs broken down to their atomic elements, and also allows us to simultaneously step through how those elements join together to form our final UIs. We learned about the tight bond between content and design, and how atomic design allows us to craft design systems that are tailored to the content that lives inside them. And finally we learned how the language of atomic design gives us a helpful shorthand for discussing modularity with our colleagues, and provides a much needed sense of hierarchy in our design systems. However, with enough energy, this can be overcome, and because nuclei with a smaller atomic number have fewer protons, the Coulomb force is overall weaker and requires less energy to break past. Generating this energy involves creating high temperatures and pressures.
Let Everyone In Your Company Share Your Reusable Components
What does it look like when a user has one item in their shopping cart versus 10 items with a discount code applied? Again, these specific instances influence how we loop back through and construct our system. As the craft of Web design continues to evolve, we’re recognizing the need to develop thoughtful design systems, rather than creating simple collections of web pages. The concept of atoms was first proposed by ancient Greek and Indian philosophers around 400 BC and further developed by scientists like John Dalton, J.J. Thomson, Ernest Rutherford, and Niels Bohr.
Atomic mass and weight[change change source]
While molecules can be complex, as a rule of thumb they are relatively simple combinations of atoms built for reuse. A lot has been said about creating design systems, and much of it focuses on establishing foundations for color, typography, grids, texture and the like. This type of thinking is certainly important, but I’m slightly less interested in these aspects of design because ultimately they are and will always be subjective. Lately I’ve been more interested in what our interfaces are comprised of and how we can construct design systems in a more methodical way. When you design from this perspective, you should find that you create more consistent, simple, effective products that users will enjoy.
How do you create a design system using atomic design?
A convenient unit of length for measuring atomic sizes is the angstrom, defined as 10−10 meters. “Atomic design” as a buzzword encapsulates the concepts of modular design and development, which becomes a useful shorthand for convincing stakeholders and talking with colleagues. Ultimately, whatever taxonomy you choose to work with should help you and your organization communicate more effectively in order to craft an amazing UI design system. A well-crafted design system caters to the content that lives inside it, and well-crafted content is aware of how it’s presented in the context of a UI. The interface patterns we establish must accurately reflect the nature of the text, images, and other content that live inside them.
Atomic Design is an interesting topic if you are looking to improve the way you design, which is why we’ve created this brief overview to help you understand how it all works. When having a design project that is done in the Atomic Design way, most teams find themselves with a design system that they created, sometimes, without even knowing it. Because of the importance that Atomic Design places in each small individual component, a style-guide is assembled as each atom is carefully chosen. Atomic Design is all about structuring the way things are done in the design process, but it doesn’t restrict the freedom to respond to changes in circumstances. By taking the time to create sound groups of components and patterns for each type of content in the product, we have a flexible system that can be used for just about anything. This is when a lot of people get lost, mainly because we lose the chemistry analogy.
It also improves productivity when drafting a website structure because you consider every aspect exactly when it should receive attention. Looking at the chemistry definition of an atom will explain that it is the quintessential building block of matter. Frost describes the atoms of web design as aspects that, if taken away, everything else would lose context and fall apart. It is time to take a look at your website-creating process through a microscope to understand how everything functions together. Seeing your website as an organism makes it more intuitive to design if you think about it in terms of something concrete like science.
Atomic design: how to design systems of components
For example, a search input + label + submit button can create a “search form” molecule. The mass of an atom consists of the mass of the nucleus plus that of the electrons. That means the atomic mass unit is not exactly the same as the mass of the proton or neutron. I also think that, contrary to popular belief, the Atomic Design methodology is not just for web projects … Quite the opposite in fact!
Bringing Atomic Design into your UI component development workflow.
The scalability and abstraction of atomic design make it a great approach as web applications grow in size and complexity. React’s component model really shines when combined with atomic design principles for assembling complex UIs from simple building blocks. An ordinary, neutral atom has an equal number of protons (in the nucleus) and electrons (surrounding the nucleus). Some atoms, however, lose or gain electrons in chemical reactions or in collisions with other particles.
Why should I care about Atomic Design? What’s it useful for?
The ultimate goal is to create clean component APIs that minimize complexity for developers using the library. Atomic design provides excellent guidance but needs some pragmatic interpretation based on context. However, care should be taken not to enforce atomic design rules dogmatically. Finding the right levels of abstraction for components takes some iterative analysis and refactoring. Abstracting complex components into simpler atoms reduces cognitive overhead. Features can be added by composing new molecules from existing atoms.
Therefore, creating simple UI molecules makes testing easier, encourages reusability, and promotes consistency throughout the interface. Because we’re starting with a similar finite set of building blocks, we can apply that same process that happens in the natural world to design and develop our user interfaces. React combined with an atomic design approach to component architecture results in highly modular frontends.
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The design of each component can contribute to a UI’s overall success. A green sign that says “Go” makes an extremely simple component that nearly everyone will understand. Volkswagen built an alluring design language with its VW Beetle and Bug revival. The cars have a friendly design that welcomes drivers and promotes positive feelings.
The very same definition of a chemical atom can be applied to software development. Atomic Design takes content into the equation by carefully creating organisms that not only respect the content they will hold, but truly showcase it in the best way possible. This way, designers can let go of the assumption that design or content comes first – here, they walk hand in hand as the project moves forward. Either way, they can be a powerful point of reference for how the content is to be structured on any given screen. This is important because it points to the complex relationship between design and content.
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We can think of one as turning to the right, and the other as turning to the left. If every electron is paired with an electron with the opposite spin in the same orbital, the magnetic moments will cancel out to zero. This attraction is stronger for some kinds of atoms than others. At the same time, the heat, or kinetic energy, of atoms makes them always move. If the attraction is strong enough, relative to the amount of heat, atoms will form a solid. If the attraction is weaker, they will form a liquid, and if it is even weaker, they will form a gas.
Now, we can compose these component-atoms together to quickly create new functionalities and apps. It also lets you compose components together to create larger pages and apps. You can use it to enhance your own UI library with Atomic capabilities, such as Atomic isolation, build, test, versioning and publishing of components. It’s a very powerful combo with your UI library, to leverage Atomic design. Make sure each component has only the minimal dependencies it needs to work.
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