Table Of Content
Our goal is to build Fluent as a collective, both internally and externally — Fluent being the intersection of first party equals third party. Values and ramps shared across platforms, like shadows and shared colors, are linked to each UI kit through the Fluent 2 design language. It’s used in every component and layout to create a familiar and cohesive product experience, regardless of device or environment. Values in the ramp abide by the native platform scaling and pixel density. In iOS, values are measured in points (PT), in Android, density-independent pixels (DP), and in Web React, pixels (PX).
Featured in Development
The website was built using the same Fluent design tool kits and code that our in-house designers and developers use every day. These Sketch, Figma, Adobe XD tool kits, and React components are available and open to all. This is similar to following the practice of “progressive disclosure” in your design but for different window sizes and orientation. In this example, expanding the window allows a list of items to be displayed next to the details which helps to visually link the content and let the user easily choose another item. On the smaller screen, focus remains on displaying key info.
Evolving the Microsoft Fluent Design System
There are such features as easier usage of MSTest Runner extensions, support running tests in Native AOT mode and better default suggestions. Use shared colors sparingly to accent and highlight important areas of an interface. Your experiences should adapt to the device you’re on and should build off the familiar—designing for what you already understand. Fluent 2 boasts sweeping changes across-the-board to ensure frictionless communication throughout the system. We improved on the solid foundations from Fluent 1 and injected innovative additions.
For now, Redmond is dogfooding Azure for product simulations
Responsive design allows you to build a feature one time and expect it to work across all screen sizes. They determine how responsive layouts behave across device or viewport sizes. Breakpoints also represent a subset of common device or viewport dimensions. Instead, determined ranges provide a strong and consistent foundation to build on for nearly any device. At this point it’s ready for third-party designers to use and create experiences for their consumers?
In conclusion, the relevance of systems models in the IT domain cannot be overstated. This systemic integration not only enhances their capacity to address current challenges but also positions them to lead the way in shaping the digital landscapes of tomorrow. The Levels of Perspective Systems Model categorizes viewpoints from which a system can be analyzed, ranging from concrete events to deep-rooted structures and mental models. This hierarchical framework includes the Events level, Patterns of Behavior level, Structural level and, sometimes, the Mental Models level. Each level offers a unique lens through which IT developers can understand and address complex challenges.
Color is a tool used to express style, evoke emotion, and communicate meaning. A standardized color palette and its intentional application ensure a familiar, comfortable, and consistent experience. Including and learning from a variety of people with a range of abilities and perspectives earlier in the design process makes for better solutions. It opens up new possibilities and helps us think more creatively through constraints. Responsive design is achieved by scaling, rearranging, and showing more or less content, like text or images, allowing you to meet people where they are, regardless of the screen size.
Just like product design, we’re looking at our design system as a design challenge that can solve problems for our users. But the users this time are our designers, design teams, engineers, and product leaders. So it’s like a software as a service (SaaS) model, except it’s design-system as a service? Yes, twice a year we decide what to prioritize and build in the next release.
Microsoft's designers are now working together on the future of Windows, Office, and Surface - The Verge
Microsoft's designers are now working together on the future of Windows, Office, and Surface.
Posted: Wed, 05 Dec 2018 08:00:00 GMT [source]
This phase is creating a real API that is consumable, usually by first-party developers, to ensure we’re not doing something off-track. Depending on the feature or component, we share our work with close partners and MVPs during systemization to help us test things out. Using MSTest SDK assures developers that their test project is aligned with the patterns that are provided by the main types of applications such as ASP.NET Core, Razor or Windows Desktop. It will use the default suggestions that the MSTest team makes for the test projects.
Fluent palettes
The familiarity we build through our shared design system translates to the best experience of each product across all platforms. The idea of establishing a design system at Microsoft started a decade ago when several product teams merged and a handful of design pioneers started working together. They presented user experience frameworks and user interface components with standard code, a consistent design approach, and a consistent set of interactions. Deciding on the strategy—how the project will achieve its goals—ties into lean thinking, which emphasizes value streams and waste elimination. For IT developers, understanding the chosen strategy informs the selection of technologies, architectural patterns and development practices that align with project goals. This strategic alignment ensures that resources are optimized and efforts are directed toward activities that directly contribute to the project's objectives.
Tactical choices concern the specific actions taken to implement the strategy. This is where agile practices shine, offering a flexible framework for iterative development, continuous integration and regular feedback loops. Show or hide page elements to optimize content for the window size and its orientation. This responsive technique gives users the right amount of information and optimal user experience based on how they are viewing it. For example, categories appearing on a small screen show limited meta data like an image, title, and link so more of them can be seen and help the user focus. On a larger screen, categories can show additional meta data like a persona, date, and short description and can still be seen in the view port.
According to principal engineer Prasad Raghavendra, Abaqus FEA software has been implemented into Azure HPC since 2015. By 2016, Redmond had fully migrated product level structural simulations for Surface Pro 4 and the original Surface laptop to Azure HPC from on-premises servers. A popover is a small surface that appears when someone interacts with a component to give nonessential, contextual information without blocking them. A link is interactive text that lets people navigate somewhere else, either within an experience or to a different app or site. Images, like photos and illustrations, help reinforce a message and express your product or app's style.
It is possible to use any target framework supported by MSTest. Get practical advice from senior developers to navigate your current dev challenges. According to the blog, "large models with millions of degrees of freedom became routine and easily solved" with the switch to HPC resources. In this case, the solvers are optimized for Azure HPC clusters specifically, allowing the simulation to scale up to thousands of cores.
Apply brand colors to different areas of an interface not only to create visual prominence, but also to anchor people in a specific product experience. Avoid overusing brand colors or using them on large surfaces as they can dilute a hierarchy and make an experience difficult to navigate. Components are the building blocks of a design system, built to solve specific UI problems. Fluent React components are now more lightweight, bringing your web apps improved performance and decreased bundle size. Fluent and its design identity are meant to convey a specific moment in time.
When used in components, they often connote a change in state. Earlier this year, I wrote about how we’re evolving the Fluent Design System to be “more than a set of outcomes” and how we use it to collectively design and build products. Central alignment is typically a good practice to employ if the intention is to concentrate user focus toward a specific location and away from other interface elements.
Use lighter neutrals on surfaces to highlight areas of primary focus and create a sense of hierarchy. This ensures a person’s eye is drawn to the areas of an interface that need the most attention or that will be most useful to them. The text component codifies Fluent's opinions on typography to make them easy to use and standardize across products. Dive into our component overviews to explore the improvements at the platform level. UI objects can include images, graphics, or icons–all of which are typically inconsistent in their width and their height. A good tip when combining objects with content is to align objects centrally and to align text left.
