Recently when streaming games to my Nvidia Shield from my Windows PC the pictured on-screen keyboard has started popping up. It constantly tries to steal focus from the controller, affecting the game to think I suddenly have switched from a controller to a keyboard. Problem is, I have no idea which application is launching the soft keyboard. To make matters worse, I can't interact it with if I try to from my PC (using the keyboard / mouse).

Steam Big Picture + BigBox is almost unusable. Problems include: 1) game losing focus, 2) game doesn't launch at all, 3) game doesn't close and keeps running in the background when I return to BigBox, 4) exiting game via BigBox pause screen returns me to Steam Big Picture front page, and more. It just seems like BigBox and Steam do not play well together when Steam Big Picture is running.


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I've had the most success when using only the Steam overlay to exit the game and then return to BigBox, instead of the BigBox pause screen. Is there any way to disable the BigBox pause screen from appearing in the first place, like you can with an emulator? I don't see a way in the menus. Any way to manually edit a file to do this?

KiinkyFoxx's advice is correct, that is the way to disable the frontend's pause screen when you are launching an application rather than an emulator. Launching Steam games is considered an application so you do it on a game by game basis but thankfully as they already mentioned there is a built in bulk editor that can change this setting for multiple games simultaneously if you wanted to do them all in one swoop, which depending on how many games you have could end up being a big time saver!

Maybe check the command xset q on a fresh boot, then when you start steam, then when you start your game, then when you quit the game, and then when you quit Steam, to see the information about monitor stuff, these parts specifically not the rest:

I have a meta quest 2, and when i played f1 23 or assetto corsa, the vr wasn't in full screen and i was just watching through a windowed screen, how do I fix it? I have a 5500xt 8gb and the frame rate is pretty bad for f1 23 haven't tried assetto, but how do I lower the settings?

As with any display other than e-ink, the Steam Deck's screen loses some vibrance in bright conditions. It's not the ideal way to play, especially for a game where you're excited to really soak in the art. But it's definitely playable. The etched screen does seem to help diffuse the kind of glare that would otherwise make it almost impossible to see in direct light.

When I moved to a shady spot behind a wooden fence, the screen was even more comfortable to use, without any distracting glare at all. I have green eyes and have to squint in the face of bright sunlight even when I'm not trying to make out a screen, so playing in the shade was a relief. I still left the Steam Deck at max brightness, but regained some of the vibrancy that was blown out in direct sunlight.

Game Bar is a powerful Windows 10 built-in steam video capture. This software is designed for gamers on Windows to take a screenshots on a laptop record, and broadcast video games. Besides recording games, this program supports recording the full computer screen.

Like sometimes the screen is a bit steamy. I put it in the cabinet, hoping that will lower the amount of steam coming in, but still there is a little steam coming into the cabinet. I guess I shouldn't bring my phone in the bathroom if I shower. And I probably shouldn't take a shower at the maximum temperature so that it isn't so steamy.

The Steam Deck's 7-inch display, with 1280 x 800 resolution and a claimed 67% sRGB color coverage, is good enough, but it doesn't necessarily compare with the quality you'd see on your PC. It's not as high-res or as vivid as the panel on the Asus ROG Ally, that's for sure. But FX Technology has come up with its own 7-inch screen designed as an aftermarket replacement for the Steam Deck's panel to improve resolution, brightness and add anti-glare coating to all models.


The new screen, which FX Technology is calling DeckHD, jumps to 1920 x 1200 resolution and claims 95% coverage of the sRGB color gamut. It will maintain the same 400 nits of claimed brightness and a 60 Hz refresh rate, which mean when it comes to comparing the Steam Deck vs. Asus ROG Ally, the latter will still be brighter and offer a faster 120 Hz refresh rate.

Valve has said that a true sequel to the Steam Deck handheld, one with a boost in power, is "a few years" away. But that apparently doesn't rule out smaller, console-style mid-cycle refreshes. Valve today announced a new OLED version of the Steam Deck that boasts a new screen and a wealth of other small but notable improvements.

Strangely, Valve doesn't tout one of the other notable features of the new Steam Deck's screen: its 90 Hz maximum refresh rate. Other PC-based portables, including the ROG Ally and the upcoming Lenovo Legion GO, differentiate themselves from the Deck with 120 and 144 Hz refresh rates, respectively. But the Ally paid for its double-time screen with disappointing battery life. Given that many Steam Deck enthusiasts play demanding games at 40 or 45 frames per second to save on battery life, and AAA games are already starting to slip past the Deck's capabilities, a 90 Hz screen is a conditional benefit.

The team are aware that when joining a Guild session using a ship which the Guild member does not own, they will be unable to change their Guild ship cosmetics. This issue is currently being investigated with an aim to resolve in a future update.

Sometimes you just gotta flex on the haters. Not satisfied with the wealth of more affordable options out there, you keep looking for something more luxurious. Dbrand has got your fancy self covered when it comes to buying the best premium Steam Deck screen protector.

Further solidifying it as our premium choice is the oleophobic coating to help prevent fingerprints from the natural oils of your fingers. To ensure absolute accuracy when putting the screen protector on, Spigen has included an alignment tray to ensure a perfectly positioned screen without getting your mucky mitts on it.

Although there are exceptions, size for size, Y-type strainers have a lower dirt holding capacity than basket strainers, which means that they require more frequent cleaning. On steam systems, this is generally not a problem, except where high levels of rust are present, or immediately after commissioning when large amounts of debris can be introduced. On applications where significant amounts of debris are expected, a blowdown valve can usually be fitted in the strainer cap, which enables the strainer to use the pressure of the steam to be cleaned, and without having to shut down the plant.

In addition to Y-type strainers, several different body configurations are used in steam systems, namely straight and angle type strainers. These are shown in Figure 12.4.3. These types of strainer function in a similar way to the Y-type strainer and have similar performance. They are used when the geometry of the steam pipework does not suit a Y-type strainer being used.

When the filter is used in steam or gas applications, a separator should be fitted upstream of the filter to remove any droplets of condensate held in suspension. In addition to improving the quality of the steam, this will prolong the life of the filter. A Y-type strainer should also be fitted upstream of the filter to remove all larger particles which would otherwise rapidly block the filter, increase the amount of cleaning required and reduce the life of the filter element. By installing pressure gauges either side of the filter, the pressure drop across the filter can be measured, which can then be used to identify when the filter requires cleaning. An alternative to this is to install a pressure switch on the downstream side of the filter. When the downstream pressure decreases below a set level, an alarm light can be switched on in a control room alerting an operator, who can then clean the filter.

The free area is the proportion of the total area of the holes to the total screening area, usually expressed as a percentage. This directly affects the flow capacity of the strainer. The greater the free area (and the coarser the screen), the higher the flow capacity and ultimately the lower the pressure drop across the strainer. As most strainer screens have very large straining and free areas, the pressure drop across the strainer is very low when used on steam or gas systems (see Example 12.4.1). However, in pumped water or viscous fluid systems, the pressure drop can be significant. Strainers should have flow capacities quoted in terms of a capacity index or Kvs value.

Screens are typically available in a number of different materials; most commonly austenitic stainless steels are used in steam applications, due to their strength and resistance to corrosion. Where the strainer is used with specialised chemicals or in offshore applications, a monel screen should be used. 17dc91bb1f

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