Responsive Design | Techlist.io

figmaSep 16, 20202 min readCurated summary

Embracing the tension between code and design | Figma Blog

Figma argues that design and code should not be forced into identical workflows, but should learn from each other. Designers need freedom to explore, while developers benefit from structure, reuse, and consistency. At Config Europe 2020, Figma announced features intended to connect these strengths through more code-like design systems and more efficient handoff. ## Design Systems That Mirror Code - Teams often maintain separate component libraries for design and development, even when the components represent the same product elements. - Differences between the two systems can cause miscommunication and slow implementation. - Figma introduced **Variants**, which group related versions of a component—such as button sizes, styles, interaction states, or platform-specific versions—into one component. - Variants are intended to make Figma components more closely resemble reusable code components and simplify the asset panel. ## Interactive Prototyping with Variants - Before Interactive Components, designers often had to connect multiple frames and overlays to simulate component behavior. - **Interactive Components** allow designers to define prototype transitions directly between Variant states. - This makes component instances immediately interactive in prototype mode and reduces the work required to simulate UI behavior. ## Auto Layout Inspired by CSS - Auto Layout already allowed designs to respond automatically to content changes, such as expanding a button when its label changes. - Figma planned to make Auto Layout more closely match the web’s CSS box model and Flexbox. - Planned improvements included: - A simpler user interface - Stretching elements along both axes - Independent padding controls - Better spacing options for common patterns, such as navigation icons ## Making Large Design Systems Easier to Use - The redesigned **Instance Swap Menu** helps users navigate large component libraries with: - Thumbnails - Search - Keyboard shortcuts - These improvements reduce the need to remember exact component names or browse long lists manually. ## Improving Developer Handoff with Inspect - The new **Inspect Tab** replaces Figma’s Code panel and presents implementation-relevant information more clearly. - It displays the selected layer’s name prominently, helping designers and developers identify what is being built. - Developers can inspect values for Variants, colors, shadows, content, typography, borders, and other properties. - Values and complete key-value snippets can be copied directly into code. Figma’s overall direction is to preserve the creativity of visual design while adding the structure and reusability associated with software engineering. Features such as Variants, Interactive Components, improved Auto Layout, and the Inspect Tab aim to make design systems easier to maintain and translate into production.

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Responsive Design Figma Design Systems Prototyping+4

figmaSep 2, 20202 min readCurated summary

Making Design Within Reach for online shoppers | Figma Blog

Design Within Reach (DWR) redesigned its e-commerce site to recreate the personalized showroom experience online, responding to changing consumer expectations and increased online shopping during COVID-19. In partnership with BASIC®, DWR adopted a transparent, collaborative workflow using Figma, conducted extensive customer research, and launched a responsive site with live sales support. The redesign increased sales and established a scalable design system for Herman Miller’s broader family of brands. ## A Transparent Agency Partnership - DWR partnered with BASIC® to combine the agency’s e-commerce expertise with DWR’s internal brand and product knowledge. - Both organizations worked as one co-creative team rather than in separate workstreams. - Shared Figma files allowed designers in different companies and time zones to collaborate in real time. - Continuous access to the latest files eliminated version-control issues and effectively created 14-hour workdays across teams. - Figma prototypes also made it easy for executives and other stakeholders to review progress through shareable links. ## Bringing the Showroom Experience Online - The redesign was informed by 110 hours of customer research and testing with more than 200 participants. - Interactive Figma prototypes enabled rapid usability testing and iteration. - The site launched in July 2020 with responsive layouts and video chat connecting shoppers with sales associates. - Customers using the new live chat features were nine times more likely to complete an online purchase. - DWR saw an immediate increase in purchases after launch instead of the typical temporary decline following a major website release. ## A Scalable Design System - The redesign became the foundation for Herman Miller’s first design system spanning multiple brands. - DWR and BASIC® created a shared set of reusable components and a consistent visual language. - Developers can implement standardized components more quickly. - Content authors can assemble pages by dragging in prebuilt components, updating images, and editing text. - Cloud-based Figma libraries make it easier to share assets and scale the system across internal teams and external partners. DWR’s experience suggests that combining close agency collaboration, user-centered research, real-time design tools, and reusable components can make complex showroom-style retail experiences effective online while preparing a brand for future growth.

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Responsive Design Figma Design Systems User Experience+3

figmaFeb 5, 20202 min readCurated summary

New ways to create, collaborate, and share more openly | Figma Blog

Figma’s 2020 product direction centers on three priorities: faster creation, more inclusive collaboration, and a broader design community. At Config 2020, the company announced seven features aimed at reducing repetitive work, preserving context across teams, and making design knowledge easier to share. These updates build on Figma’s focus on a reliable, high-performing platform. ## Focus for 2020: Creation, Collaboration, and Community - **Creation:** Automate repetitive design tasks and help users work faster. - **Collaboration:** Include everyone involved in the product process. - **Community:** Give designers more opportunities to publish, learn, and share. - Platform reliability and performance remain foundational investments. ## Faster Design Workflows - **Auto Layout improvements** - Components can stretch to fill their containers. - Buttons resize automatically with their text. - Lists can be rearranged more easily. - These capabilities support responsive designs across device types. - **Redesigned Font Picker** - Prioritizes frequently used fonts, organization fonts, and favorites. - Provides faster font search. - Identifies fonts already used in a file to improve consistency. - **Selection Colors** - Allows fills, strokes, and text colors to be updated together in one action. - Also supports changing these color categories independently. - **Expanded prototype interactions** - Adds triggers for keyboards, gamepads, and accessibility controllers. - Enables prototypes for keyboard shortcuts, game menus, and other device-specific interactions. ## Collaboration Across Product Teams - **Text hyperlinks** - Text can link to external web pages, pages within a Figma file, or frames in the Editor. - Useful for linking requirements documents and building navigable tables of contents. - **Plugin Inspector API** - Lets plugins display important information in Figma’s properties panel. - Can surface action items or identify plugin-generated content, such as maps, for easier updating. - **Prototype-only sharing** - A new permission allows users to share a prototype without exposing the underlying design file. - The feature was planned for Figma Professional and Organization plans. ## Sharing with the Design Community - Figma continued developing its Community platform as a public space for publishing live files. - Community files can be inspected, remixed, and used for learning. - Within its first months, more than 400 creators had published over 1,000 files, including wireframes, icon sets, design systems, device frames, slide templates, and illustrations. Together, these updates position Figma as more than a design editor: it aims to become a faster creation tool, a shared workspace for product teams, and an open learning platform for the broader design community.

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Responsive Design Figma Design Systems Prototyping+3

figmaDec 4, 20192 min readCurated summary

Design more, resize less, with Auto Layout | Figma Blog

Figma’s Auto Layout brings structural concepts from CSS flexbox into a free-form design environment. It reduces repetitive resizing and repositioning by making frames respond automatically to their content, while preserving designers’ ability to explore layouts freely. The result is a workflow that feels closer to production code without sacrificing visual experimentation. ## Bridging Design and Development - Traditional Figma designs require manual updates when content changes, such as resizing a button and repositioning neighboring elements. - HTML/CSS and SwiftUI handle these relationships automatically, but are less suited to rapid, free-form design exploration. - Auto Layout combines both approaches by adding flexible, code-inspired layout behavior as a property of any Figma frame. ## How Auto Layout Works - Items inside an Auto Layout frame are arranged vertically or horizontally. - The frame automatically sizes itself based on its contents. - Frames can include padding, fills, strokes, and corner radii, allowing designers to create buttons without extra layers. - Changing button text automatically resizes the button and adjusts surrounding elements. - Spacing is controlled at the container level rather than independently between every pair of items. ## Lists, Menus, and Design Systems - Auto Layout simplifies repeated interface elements such as lists and menus. - Items can be reordered through drag and drop instead of manually repositioning them. - Existing components and design-system elements can be converted using **Shift + A** or the Option menu. - The feature supports more generic components that adapt to different content instead of requiring separate variants. ## Nested Frames and Safeguards - Auto Layout frames can be nested to build complex interfaces, similar to nested HTML `div` elements. - Designers can edit content or move elements in and out of layout frames. - Figma includes safeguards against unintended actions, such as placing a large image inside a button. - Holding **Command** on macOS or **Ctrl** on Windows overrides these safeguards when needed. Figma recommends trying Auto Layout through its playground file, video, and documentation. The initial release was presented as a starting point, with further improvements expected based on user feedback.

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Responsive Design Figma Design Systems HTML+3

figmaAug 11, 20192 min readCurated summary

How to wireframe | Figma Blog

Wireframes are simple blueprints for websites and digital products that clarify structure, functionality, and user experience before visual details are finalized. Their low-detail nature encourages feedback from designers, developers, stakeholders, and users without distracting them with colors or branding. The article recommends choosing the appropriate fidelity, keeping visuals deliberately simple, and using wireframes to communicate and iterate on ideas. ## What Is a Wireframe? - A wireframe represents the skeletal framework of a digital product, similar to a building blueprint. - It shows the shape, layout, and structure without defining final visual details. - Wireframes should be understandable to the entire team, including designers, developers, stakeholders, and users. - Because they are not treated as final designs, they support usability research, stakeholder feedback, and rapid iteration. - Their simplicity keeps discussions focused on functionality and user experience rather than aesthetics. ## Types of Wireframes ### Low-Fidelity Wireframes - Low-fidelity wireframes use basic layouts and high-level interactions. - They are typically grayscale and represent UI elements with simple shapes, lines, and placeholders. - Pen and paper can be sufficient, though tools such as Figma make sharing and updating designs easier. - They are useful for exploring ideas quickly before investing in detailed design work. ### High-Fidelity Wireframes - High-fidelity wireframes develop the low-fidelity structure with more realistic visual elements. - They may include colors, graphics, branding, typography, textures, shadows, images, and copy. - Designers can move from low-fidelity wireframes directly to prototypes, or treat high-fidelity wireframing as an intermediate step. ## Best Practices for Creating Wireframes - Keep aesthetic elements simple, generally using grayscale rather than full color. - Use no more than two fonts to establish information hierarchy. - Create hierarchy through font size, weight, and styles such as bold or italic. - Represent images with boxes or rectangles, often marked with an X. - Represent video placements with a box and a play-button triangle. - Focus on communicating layout and function instead of producing polished visuals. ## Designing for Different Screens - Wireframes should account for the practical contexts in which a design will be used. - Consider how layouts adapt between desktop and mobile devices. - Plan for both portrait and landscape orientations when relevant. - Different screen sizes and orientations may require separate wireframe versions. ## Practical Recommendation Start with a low-fidelity wireframe to test structure and interactions, gather feedback, and refine the concept. Add visual detail only when the layout and user experience are sufficiently clear.

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Responsive Design Figma User Experience Prototyping+2

figmaNov 13, 20182 min readCurated summary

How to set up your Pages in Figma | Figma Blog

Figma Pages can organize design files in ways that match a team’s product, process, or design-system needs. The article emphasizes that there is no single ideal workflow; Pages provide flexible separation for responsive designs, app features, process stages, and atomic design components. ## Platform or Screen Size - Create separate Pages for Android, iOS, desktop, or other responsive breakpoints. - Use frame presets and constraints to build platform-specific layouts. - Each Page can contain its own prototype, making platform-specific user testing easier. ## App Feature - Organize Pages around major product areas such as profiles, home screens, or other features. - Designers can work independently while still referencing the broader product. - Separate prototypes allow teams to test individual feature flows. ## Design Process Stage - Use Pages to show progress and distinguish exploratory work from finalized designs. - Possible structures include: - Thumbnail, wireframes, designs, and archive - Documentation, staging, and ready for review - Sitemap, wireframes, mockups, QA, and marketing screenshots - A “Done” Page helps developers identify which designs are ready to build. - Early ideation and brainstorming can remain separate from polished work. ## Atomic Design Method - Dedicate Pages to atomic design levels: - Atoms, such as typography and icons - Molecules, such as buttons - Organisms, such as complete pages - Consistent Page naming improves Team Library search. - Components can use simpler names like “selected” or “hovered,” since their Page already identifies them as buttons or other component types. Ultimately, teams should choose a Page structure that reflects how they design and collaborate, rather than follow a universal template.

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Responsive Design Figma Design Systems Prototyping+2

figmaNov 7, 20183 min readCurated summary

Using constraints & magic numbers to build responsive layouts in Figma | Figma Blog

LittleBits built a responsive design system to support four apps across mobile and tablet platforms with a small team and six-month deadline. They combined Figma constraints with an 8-pixel “magic number” and proportional scaling rules that were shared with their React implementation. This approach allowed one template per screen to adapt across devices with minimal redesign and engineering adjustments. ## Establishing an 8-Pixel Layout System - Existing designs were analyzed to identify recurring dimensions and spacing. - Most values were already close to multiples of 8, so 8 became the system’s base unit. - Common sizes included: - Buttons and form controls: 32, 48, 56, 64, and 96px - Text: 16, 24, 32, and 48px - Padding and gutters: 16, 24, and 32px - Larger cards: 240px high - Using a shared numeric scale helped harmonize typography, controls, margins, and padding. ## Combining Constraints with Scaling Rules - Figma constraints allowed elements to stretch, remain pinned to edges, or align with grid columns. - Constraints alone were not sufficient to make one layout work equally well on small phones, larger phones, and tablets. - The team compared screen dimensions, calculated proportional relationships, and rounded the ratios into practical whole-number scaling rules. - These rules were implemented in React alongside normal layout constraints. - Designers used Figma’s Scale tool and frame resizing to preview how a single template would appear on different devices. - Testing showed that tablet and small-phone layouts worked well without extensive device-specific adjustments. ## Designing Content for Different Aspect Ratios - To avoid maintaining separate video and animation files for each screen size, content was produced in a 4:3 format. - Important content was placed inside safe areas so it could be cropped cleanly for 16:9 displays. - This allowed the same media assets to support multiple screen dimensions. ## Handling Text and Internationalization - The 8-pixel system was treated as a guideline rather than an absolute rule. - Smaller text sizes sometimes used 4-pixel increments, such as 12px and 20px, because minor size changes had a significant visual impact. - The app was translated into six languages, including German, where longer words could exceed available space. - Code automatically reduced text to the next smaller heading size when it did not fit. - Additional heading sizes were introduced to support these adjustments while preserving smooth transitions between heading levels. ## Practical Scope of the System - The app mostly used straightforward layouts with centered elements and two- or three-column structures. - The team did not need complex responsive patterns beyond proportional scaling and basic constraints. - The combination of a consistent spacing scale, reusable templates, Figma constraints, and shared React rules provided an efficient foundation for responsive design.

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Responsive Design Figma Design Systems React+2

figmaMay 29, 20183 min readCurated summary

How Virta Health uses Figma to help patients reverse type 2 diabetes | Figma Blog

Virta Health uses Figma as a collaborative foundation for designing healthcare experiences aimed at reversing type 2 diabetes. The company’s transparent, shared design process helps teams create consistent patient interfaces, involve non-designers, and move from ideas to implementation quickly. Figma’s real-time collaboration and reusable components have become central to Virta’s design culture and operational speed. ## Designing for High-Stakes Healthcare - Virta provides treatment for type 2 diabetes and other chronic metabolic diseases without medication or surgery. - Its mission is to reverse diabetes for 100 million people by 2025. - Reported results after one year include: - 94% of insulin users reducing or eliminating insulin use. - 60% of patients reversing type 2 diabetes. - Because healthcare products directly affect patients’ lives, interfaces must be intuitive, predictable, and reliable. ## Real-Time Collaboration Across Teams - Virta’s 11-person design team operates as a transparent internal hub for designers, developers, marketers, and physicians. - Since the company adopted Figma early, its designs have been accessible and current from anywhere and on any machine. - Designers share files in Slack, where teammates can immediately open the canvas, comment, duplicate work, and suggest improvements. - New team members can get productive quickly because the latest designs and decisions live in Figma. ## Consistency Through Components - Virta treats consistency as essential: patient and physician workflows should behave predictably across the app. - Figma components let designers reuse interface elements instead of recreating them manually. - The team developed a component library based on structural components and nested components. - Components support responsive desktop and mobile versions within a shared system. - Virta is applying the same structural principles to its codebase to reinforce consistency between design and implementation. ## Empowering Non-Designers - Figma allows marketing, product, leadership, developers, and physicians to participate directly in design work. - During the VirtaHealth.com relaunch, the entire process—from ideation through developer handoff—took place in Figma. - Shared visibility enabled faster feedback and helped the first page launch within a month. - Marketing teams use templated Figma files for social graphics, landing pages, and other collateral. - Non-designers can create assets independently, then tag designers for targeted reviews or illustration requests. - This self-service approach eliminated multiple design cycles and reduced the process by weeks. Virta’s experience suggests that collaborative design tools are most valuable when they become part of the company’s operating model, not merely a place to create mockups. Shared files, reusable components, and broad participation helped the company deliver faster while maintaining the consistency and clarity required in healthcare.

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Responsive Design Figma Design Systems Prototyping+2

figmaMay 9, 20183 min readCurated summary

Material Design + Figma Styles = 🔥 | Figma Blog

Figma’s Styles feature makes Material Design easier to customize for different brands while preserving a shared, systematic foundation. The article presents a Material UI kit that uses global styles and nested components to theme colors, typography, elevation, grids, shapes, and icons across an entire design system. This approach helps teams move beyond generic stock interfaces toward consistent but distinctive branded experiences. ## The Challenge of Theming Material Design - Material Design improves usability and consistency across Google and Android applications. - Using the same components everywhere can make products feel generic and less connected to their brands. - Material’s broad component library creates a challenge: designers need an efficient way to customize an entire system rather than editing components individually. - Themed Material Design aims to preserve the system’s strengths while enabling more memorable brand expression. ## Figma Styles for Global Customization - Figma Styles define reusable global text, fill, stroke, effect, and grid settings. - Updating a style automatically changes every instance across the document. - Styles can be shared through team libraries and reused across projects. - This makes Styles well suited to theming large UI kits and design systems. ## Material Colors, Typography, Elevation, and Grids - **Colors:** Fill styles control primary and secondary colors, typography emphasis levels, and surface swatches. Changing a brand palette can update many components at once. - **Typography:** Text styles cover Material’s type specifications, using Roboto by default but allowing teams to substitute their own typeface. Font changes may require adjustments to size and spacing. - **Elevation:** Preset shadow styles represent Material’s elevation levels, simplifying shadows that may otherwise require combinations of up to three drop shadows. - **Grid:** A reusable 4dp baseline grid can be applied to frames and components, alongside custom desktop, tablet, or mobile grids. ## Combining Styles with Components - Nested components allow teams to globally control the shape of buttons, floating action buttons, and cards. - Designers can switch between sharp corners, cut corners, and rounded corners by toggling nested component visibility. - Changes propagate throughout the system, though updates across hundreds of components may take several seconds. - Individual component instances can still override shared settings when specialized styling is needed. ## Icon Libraries - Material offers five icon styles. - To keep the main kit manageable, each icon style was organized into a separate sticker-sheet document. - Teams can copy icons directly or publish the sheets as shared libraries for use across projects. Figma Styles combined with components provide a practical way to build Material-based systems that are globally consistent, easily maintained, and adaptable to individual brands.

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Responsive Design Figma Design Systems Design Tokens+2

figmaMay 25, 20172 min readCurated summary

Tips for using Constraints in your workflow

Figma’s constraints feature helps designers build layouts that adapt across different screen sizes and contexts. By anchoring elements to edges, centers, or grids, designs can remain structurally consistent instead of requiring separate manual adjustments. The post presents five practical applications, from simple button placement to flexible navigation bars, table cells, and playful illustrations. ## Pinning Buttons to Corners - Set an action button’s constraints to the bottom and right sides of its parent frame. - This keeps floating action buttons in a consistent location as the screen expands. ## Combining Components and Constraints - Constrain important elements within a frame, then convert the frame into a reusable component. - Duplicate the component for different screen sizes. - Changes to the original—such as colors or text sizes—propagate to all instances, making responsive variations easier to manage. ## Building Flexible Navigation Bars with Grids - Nest a navigation bar frame at the bottom of a phone-screen frame. - Set its constraints to **left & right** and **bottom** so it stretches with the screen. - Apply a layout grid with the **stretch** type. - Place buttons in grid columns and center-constrain them so they reposition as the screen changes. ## Creating Reusable Table Cells - Group related content, such as an avatar and text, and constrain it to the center-left of the cell. - Group action text and a rounded rectangle into a button, then constrain it to the center-right. - The cell’s contents remain attached to their intended sides across different frame widths. ## Experimenting with Illustrations - Horizontal and vertical constraints can also be applied creatively to illustrations. - Stretching constrained artwork can produce humorous distortions and playful effects. Constraints are most useful when combined with components and grids. Setting them thoughtfully allows one design to adapt across many screen sizes while reducing repetitive layout work.

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Responsive Design Figma User Interface Components+3

figmaMar 29, 20172 min readCurated summary

Figma’s new icon | Figma Blog

Figma’s 2017 icon redesign reflects the company’s growth and broader design philosophy. Rather than treating the icon as a standalone mark, Figma built it around three ideas: fundamental design elements, playful experimentation, and modular systems. The result is a bright, flexible icon made from simple shapes that represents both Figma’s product and its approach to design. ## Celebrating the Fundamentals of Design - All designs can be reduced to basic elements such as points, lines, and shapes. - Figma’s own tools follow this principle: a relatively small set of carefully integrated functions can produce complex results. - The icon celebrates these foundational building blocks, echoing traditions associated with Bauhaus and other design movements. - Its simple forms represent Figma’s goal of empowering designers to create sophisticated work from elemental components. ## Encouraging Play - The icon’s bright colors and block-like shapes were inspired by children’s building blocks. - Figma views experimentation and play as important ways to discover new solutions. - An open, playful design process can produce more creative and unexpected outcomes. - The icon is intended to communicate the same openness and enjoyment that Figma hopes to enable in its users’ workflows. ## Design as a System - Digital products must work across many screen sizes, devices, operating systems, and connection conditions. - Modular systems and reusable components are therefore more effective than one-off designs. - Figma favors rules-based, vector design because it can adapt to different environments more reliably than fixed pixels. - The new icon is constructed from three simple shapes arranged on a modular grid, reinforcing the idea of flexible, reusable design components. - This concept connects to Figma features such as team libraries, which help designers build and maintain systems. The new icon extends Figma’s identity while expressing its core beliefs: strong design starts with fundamentals, creativity benefits from play, and digital work is most powerful when built as an adaptable system.

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Responsive Design Figma Design Systems Vector Design+2

figmaDec 14, 20153 min readCurated summary

Grid Systems for Screen Design | Figma Blog

Swiss grid design remains relevant to digital products, but traditional fixed-page tools do not handle fluid screen sizes well. The post argues that flexible grids can preserve visual coherence while adapting to different devices. Figma’s solution combines constraints, layout grids, and nested frames to create responsive design systems with precise alignment. ## From Fixed Pages to Fluid Screens - Swiss designers such as Joseph Müller-Brockmann and Karl Gerstner systematized printed-page layouts using rational grid structures. - Traditional grids assumed fixed page dimensions and precise control over typography, margins, and spacing. - Digital interfaces must accommodate changing screen sizes, shapes, and pixel densities. - Designers often compensate with multiple artboards, repetitive adjustments, or guesswork when tools are built around static layouts. ## The Core Building Blocks Figma proposes three complementary features: - **Constraints:** Define how an object responds when its containing frame changes size. - **Layout grids:** Provide detailed alignment and sizing rules across a design. - **Nested frames:** Allow different parts of a design to use their own layout systems. The greatest flexibility comes from combining all three rather than using them independently. ## Constraints for Responsive Behavior - Objects can be anchored to the left, right, or center of a frame. - Objects can also stretch to fill available space. - Constraints provide a basic way to preserve relationships as a frame expands or contracts. ## Stretchable Layout Grids - Grids provide more granular control than simple edge or center constraints. - A box spanning two grid columns can grow or shrink while remaining aligned to those columns. - Column grids can organize text, toolbar icons, and other interface elements—not just web-page content. - Stretching grids allow layouts to respond naturally to changing screen dimensions. ## Frames Within Frames - Nested frames let different sections of a design use separate grids and alignment rules. - This makes it possible, for example, to keep toolbar icons aligned to one grid while allowing the main content to follow another layout. - Frames provide more functionality than static artboards because they support responsive relationships and hierarchical layout systems. - The structure resembles nested HTML `<div>` elements, making it closer to how designs are implemented in code. ## Toward Better Design Tools - Responsive layout systems are only a starting point for improving digital design tools. - The post encourages designers to reassess inherited conventions and look to historical design practices for useful ideas. - Modern tools should combine the coherence of traditional grids with the flexibility required by variable screens. Figma’s recommended approach is to build designs from nested frames, stretchable grids, and well-defined constraints, creating systems that remain organized without being tied to a single screen size.

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Responsive Design Figma Design Systems HTML+3