The paragraph is now larger than the header above it, which is obviously not what I had in mind. And because of that, the next section was being pushed down, making that first view slightly less interesting.
The way to control this font-size inflation is with the -webkit-text-size-adjust property, which you can set to a percentage which to increase the text size to at the most, to auto for default behavior (which you see above) or to none to prevent zooming text in. Setting it to 100% is equivalent to none. To read more about this check out the delightfully old-school help page Apple provides, Adjusting the text size.
I feel this property should be part of your default CSS as much as box-sizing, which got me thinking about the CSS resets that have been coming out recently. Which of them make sure to add this property?
You probably know overflow: hidden, overflow: scroll and overflow: auto, but do you know overflow: clip? It's a relatively new value for the overflow property, and with Safari 16 being released later this year all evergreen browsers will support it. So what does it do?
We've had inputs with the number type broadly available in browsers for about 8 years now. These inputs show a little rocker and can be used for, you guessed it, numerical input. But not every input that contains numbers should have an input type number.
The size-adjust CSS descriptor for the @font-face at-rule defines a multiplier for glyph outlines and metrics associated with this font. This makes it easier to harmonize the designs of various fonts when rendered at the same font size.
Consider the followingdemowhere the font-size is a consistent 64px, and the only difference between each of these headers is the font-family. The examples on the left have not been adjusted andhave an inconsistent final size. The examples on the right use size-adjust toensure 64px is the consistent final size.
This post explores a new CSS font-facedescriptor calledsize-adjust. It also demonstrates a few ways to correct and normalize font sizesfor smoother user experience, consistent design systems and more predictablepage layout. One important use case is optimizing web font rendering to preventcumulative layout shift (CLS).
To improve font rendering, a great technique is fontswapping. Render a quick-loadingsystem font to show the content first, then swap that with a web font whenthe web font finishes loading. This gives you the best of both worlds: thecontent is visible as soon as possible, and you get a nicely styled page withoutsacrificing your user's time to content. The problem however, is that sometimeswhen the web font loads, it shifts the entire page around since it presents at aslightly different box height size.
By putting size-adjust in the @font-face rule, it sets a global glyphadjustment for the font face. Timing this right will lead to minimal visualchange, a seamless swap. To create a seamless swap, hand adjust or try thissize-adjustcalculatorby Malte Ubl.
At the beginning of this post, fixing the font size issue was done by trial anderror. size-adjust was nudged in the source code until the same header inCookie and Arial rendered the same 64px as Press Start 2P did naturally.I aligned two fonts to a target font size.
You as the author determine the calibration target(s) for normalizing fontscale. You might normalize on Times, Arial, or a system font, then adjust customfonts to match. Or, you might adjust local fonts to match what you download.
Having a brand typeface as the target is also how Malte's calculator works.Choose a Google Font and it will calculate how to adjust Arial to seamlesslyswap with it. Here's an example of Roboto CSS from thecalculator,where Arial is loaded and named "Roboto-fallback":
If generic scaling of glyphs isn't enough adjustment for your design or loadingstrategies, here are some finer tuning options that work along withsize-adjust. Theascent-override,descent-override,andline-gap-overrideproperties are currently implemented in Chromium 87+, and Firefox 89+.
The @font-face size-adjust CSS feature is an exciting way to customize thetext bounding box of your web layouts to improve the font swapping experiencethus avoiding layout shift for your users. To learn more, check out theseresources:
Except as otherwise noted, the content of this page is licensed under the Creative Commons Attribution 4.0 License, and code samples are licensed under the Apache 2.0 License. For details, see the Google Developers Site Policies. Java is a registered trademark of Oracle and/or its affiliates.
I am having a strange issue with the auto scale adjustment in the new Map Viewer. I have two layers showing locations of auto crashes involving pedestrians in the state of North Carolina.* One is a TEST layer that I clipped to the boundary of a few of the state's more populous MPO jurisdictions; it has 5,703 records, and resizes beautifully as I zoom from block level out to regional/statewide level. (see screenshot1)
Unfortunately, when I try to use the "Adjust size automatically" setting on this new layer, I get very different results. No matter whether I zoom way out and manually set the size to be very small, or zoom in and make it larger, the automatic adjustments as I move between zoom levels are very slight when they happen at all. (See screenshot3)
I understand that, as this Esri blog post notes, "The default sizes for each scale depend on the size and density of features in your layer. So you will not see the same sizes at similar scales for different layers." Even though one layer is just a clipped version of the other, the STATEWIDE layer has a much greater extent, so I don't expect them to behave exactly the same. But it seems odd that the TEST layer resizes smoothly every time I change scale, and the STATEWIDE layer does not resize at all until I am zoomed out almost far enough to show the layer's full extent! I don't think this is the intended behavior of this feature, and I'm curious whether anyone has encountered similar bugs.
UPDATE: Problem resolved! I needed to clean the original dataset better: the crash locations were generated via linear referencing, and there were a number of non-located points that had not been removed and were presumably interfering with the algorithm that determines the optimal symbol size based on density/extent.
Hello. 1) I am trying to adjust the patch sizing in a layout legend in ArcGIS Pro. While I can for some of the Legend items, I cannot for one. I have a mix of feature classes and published map services. In the screen shot, I can modify the patches for the Surface Water features (which is sourced from a map service). I can also modify the patch sizes for the FEMA data, a feature class in our enterprise GDB. I cannot modify the patch sizes for the outdoor resource data. I have tried all that I can think of to adjust the patch width and height. When I increase or decrease the numbers, the legend box "blinks" with each click, but the patches stay the same size.
2) Also, I would like to prevent the "word wrap" in the FEMA legend item. The only that I could find that would work, was to decrease the font size, which then be at odds with the rest of the legend text.
Ok, I think there might be some limitations or issues with the layer type that I want to investigate further. So I can't provide a full explanation at this moment, but in Pro 2.9 I was able to adjust the size as long as I had checked "Only show features visible in the map extent" for the legend item right below the sizing. Can you try that and see if it works?
For the word wrapping, select the legend (not a legend item) and go to the Arrangement tab. Then you can either uncheck word wrapping for labels, or increase the line distance before word wrapping occurs.
Hello. Below is the link. Thanks for the word wrapping hint. I was not using that correctly. I unclicked the Labels box, and the word wrap on the FEMA labeling went away, but now the outdoor resource inventory has "moved" in the legend. Thank you for your great help.
Awesome! Some different legend fitting strategies support the option to Keep items in a single column so that doesn't happen. My personal favorite is "Manual columns" which lets you decide which item belongs in which column. Learn more about legend fitting strategies here: -app/latest/help/layouts/layout-fitting-strategies.htm
Thank you for your great help! As I kept peeling away the various settings, I managed to get a legend layout that I am happy with. Now I wait for feedback from our Planning group......sigh....I will definitely review the strategies link you provided. I have been all over the world wide web looking for any good in-depth, help documentation on formatting legends in Pro, including online help outside of Esri's documentation. Happy New Year!
another simple case I would like to know:
let say if I have this current view on my viewport =
and then somehow I want to invert the view ratio = instead of W/H 2:1, I want it to be W/H 1:2 and I am quite happy with the camera location so I dont wanna move my camera, is there a way to achieve that?
But rhino crashed one day later, something about unknown error for Nvidia, but I forgot the details.
Now, it seems I cannot go further than 2564x1421px, when I type in the resolution I want (4K) it automatically set it up to the latter max values. What could be wrong ?
This is for making captures and animations directly from the Viewport with High-Resolution.
My Monitor is a Dell 2560x1440px.
Thanks!