"Given (1) and (2), is there a particular reason for hypothesizing that a #2 should 'win' over #1? Is there a particular reason to hypothesize that a zoom level applied to one image will also be useful for the next one?" (2) In addition, after an image was opened in accordance with #1, the user has gone on to further apply additional zoom to one image. (1) The user has said to always begin by shrinking and stretching to fit on the screen. I think that the question might be usefully asked the other way around - is there a reason for NOT resetting? Or, to be more precise: > so I just left it at this behavior by default. To which there was the reply: > Is there a particular use for resetting the view position? I couldn't think of one > the same "zoom position" which was an option you could disable before." It has 'remembered' that if I wanted to see only 1/5 of previous, then given me the same 1/5 of the next one.Ĭomment 341: said > Now the only "big" problem I have is : "When changing images it stays at Problem: If I zoom in on a portion of the current image, when I move to the next image, I see only the same portion of that one I am confused. Attempted to set this in the menus: FIt on screen, always fit on screen, shrink to fit, stretch to fit.
#XEE3 WINDOWS 10 SERIES#
In the window that pops up, click “Show Additional Plans” and then click the “Ultimate Performance” option.About zoom levels switching images, Version 3.0 beta 4 (15)ĭesired: when each image of a series comes up, shrink or expand as needed to fill the screen on this monitor and then if I wish to further adjust, I can do so. On the right, click the “Additional Power Settings” link under the “Related Settings” section. On the System page, click the “Power & Sleep” tab on the left.
Hit Windows+I to open the Settings app and then click the “System” category.
#XEE3 WINDOWS 10 HOW TO#
How to Enable the Ultimate Performance Power Plan Enabling this plan will increase the amount of power your system consumes, so if you do plan on using this profile on your laptop, make sure you are plugged in at all times.
#XEE3 WINDOWS 10 SOFTWARE#
However, if you are running video editing or 3D design software that are putting occasional heavy loads on your hardware, you might see more of an improvement. The only real improvement might come upon initial startup, and you might only see a boost of a couple of frames per second. But when you’re running a game, all your hardware already works together to populate the environment around you. The Ultimate Performance plan improves speed on systems where hardware continually goes to and from an idle state. While you may be thinking this would be great for gaming rigs, don’t get your hopes up. RELATED: How to Use and Configure Windows 10's “Battery Saver” Mode Because of this, machines that operate on battery power aren’t given this option by default, as it can consume more power and kill your battery much faster.
Also, any power-saving features are disabled to improve performance even more. The Ultimate Performance plan eliminates the polling of hardware to see if it needs more juice and lets the hardware to consume all the power it needs. Although this may only be a fraction of a second, it can make a difference. A micro-latency is just the slight delay between when your OS recognizes that a piece of hardware needs more power and when it delivers that power. It’s geared toward reducing or eliminating micro-latencies associated with fine-grained power management techniques. The Ultimate Performace power plan is designed to give an extra boost to high-power systems (think workstations and servers) by optimizing the High-Performance power plan. What is the Ultimate Performance Power Plan?
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