![]() ![]() Update the Size field to the desired dimensions:.Click to open the layout grid settings.This determines how many pixels each square will contain.įor example: In a default 10pt grid, each square of the grid will contain 100 pixels (10px by 10px). If you select a uniform grid, you can choose the size of the grid. Click in the layout grid properties window:.Learn more about Combining layout grids ↓ Changing the layout grid You can use grids on their own or combine them to support more complex layouts. They are ideal for designing responsive interfaces for web and mobile. With column and row grids, you can define the width or height of the grid, as well as your gutter and margins. Square grids are great for situations requiring precision, like designing symbols or icons. Uniform grids let you define both the size and color of the grid. There are three types of layout grids available a uniform square Grid, Columns, and Rows. You can then click to open the layout grid settings and update any properties:.A uniform grid will be applied to the frame by default:.Click next to Layout grids in the right sidebar:.Select the frame in the canvas or the Layers panel of the left sidebar:.You can find the layout grid settings in the right sidebar: Remember that components are also frames, so you can apply them to components too. You can apply a layout grid to any frame. Note: Learn more about using grid systems with Figma, in the blog post: Grid Systems for Screen Design Applying layout grids Support diverse layout techniques like galleries, icons, or entire page layouts.Reduce the time taken to define layouts for mock-ups or wireframes.Make fewer decisions when defining layouts.Establish consistency across multiple platforms.This could be a top-level frame, or a frame nested within another frame. You can only apply layout grids to frames. This means they aren't dependent on a specific resolution or dimensions. Layout grids aren't reliant on the pixel grid. They help our designs remain logical and consistent across different platforms and devices. They provide visual structure to our designs. Layout grids help us to align objects within a frame. Learn more about how you can use layout grids in our blog post: Grid Pro Quo. ![]() Check out our answers to Frequently asked questions at the bottom of this page.A layout grid gives us greater flexibility in implementing our designs. The pixel grid gives us precision and control over placement. To allow our designs to adapt, we need both precision and flexibility. Sets how the reference grid behaves on screen and when printingĭisplays the reference grid when possible (even with this option selected, the reference grid may not display depending on the zoom factor) also displays the active layer plane grid in 3D views.When designing for the screen, there are any number of layouts to contend with. Sets the grid dimensions in the X and Y direction the Y setting is grayed if Symmetrical is selected The visible grid used for visually aligning objects during drawing and editing Sets the grid dimensions in the X and Y directions the Y setting is grayed if Symmetrical is selected The grid that aligns (snaps) objects during drawing and editing, when Snap to Grid is activeĬonstrains the Y setting to be the same as the X setting, resulting in a symmetrical grid Grid snap settings can also be set as part of the document setup see Document setup.Ĭlick to show/hide the parameters. To change settings, if needed, double-click, right-click, or click and hold the tool to open the Grid Settings popover and set the parameters. When snap to grid is on, the working plane displays with “dots.” The dots do not display for working planes when snap to grid is off. If snap to grid is on, the cursor is always on the grid, unless other snaps are also selected which override snap to grid. Snap to grid is the only type of snapping that does not provide any sort of visual cues. When you create a line (if no other snapping is active) the line’s first and last point will lie on the snap grid. For example, if the grid is set to 1”, as the cursor moves over the grid, it automatically “catches” every inch. When snap to grid is on, the SmartCursor snaps to set points on the snap grid. The snap and reference grids assist with precise drawing on both design and sheet layers, as described in Snap and reference grids. ![]()
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