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MODEL Opponent's nickname: @-Happy boy Theme (must be an image): CLICK ! Work Type: Avatar Size & Texts: 150x250 px | free ! How many total votes?: 8 Work time: 24h

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Flag as Spammer , from now on you have to be patient to be able to post for one week , you've been spamming alot mate , i hope you understand me well Locked.

Smoother scrolling in Excel at last One of the most frustrating parts of using Microsoft Excel could finally be over thanks to a new update to the software. Microsoft has revealed it will be bringing support for smoother scrolling to its Excel Desktop app, hopefully resulting in a much better user experience. The spreadsheet software update should mean an end to accidentally snapping to random unwanted cells, or losing track of all your vital data in the middle of an important work task. Check out our list of the best productivity software available Here's our list of the best collaboration software out there We've built a list of the best office software on the market Smooth scrolling At the moment, Excel struggles with smooth scrolling, as the software looks to automatically highlight the cell in the top-left of your spreadsheet - an issue Microsoft admits is frustrating, and not particularly easy to fix. "Though you might think this is an easy fix, simply requiring the alteration of a few lines of code, there’s actually a lot more to it," noted Microsoft engineer Steve Kraynak in a blog post outlining the change. "In fact, we learned that this change affects many different aspects of Excel, including freezing panes, resizing rows, cutting and pasting, filtering, cell styles, comments, dragging and filling, and more." The new smoother scrolling update has two parts - firstly, making scrolling smoother when using either the mouse wheel or the scrollbars (with Microsoft noting that touch screen and touch pad already scrolled smoothly). Secondly (and more excitingly) you can now stop scrolling partway through a row or column, with Excel no longer making you go any further than you want. Microsoft notes that users can try out a number of new features thanks to the update, including dragging the scroll bar to see how they can scroll with precision and stop anywhere they like. The feature is available now to Insiders on Windows with Beta Channel or Current Channel Preview with Version 2109 (Build 14430.20000) or later, and be available to all Microsoft 365 Subscribers within the next few months. Microsoft Office 2021 release date, pricing, features and everything else you need to know

Found in Linux drivers. uture AMD processors could be coming with USB4 support and DisplayPort tunneling sometime soon. According to Phoronix, AMD Linux driver engineers are working on a new AMDGPU kernel graphics driver featuring initial support for USB4 DisplayPort tunneling technology. We don't know exactly what architecture will come with USB4, however, rumors are floating around that AMD's Ryzen 6000 series APUs codenamed "Yellow Carp" and "Rembrandt" could feature USB4 connectivity. If so, then AMD will likely be targeting laptops for USB4 adoption first before bringing it over to desktop Ryzen-based CPUs and Radeon RDNA-based graphics cards. Tunneling is a new feature introduced to USB4 that comes from the port's Thunderbolt 3 integration. Tunneling allows multiple protocols, including USB, DisplayPort and PCIe, to all operate at the same time (albeit with reduced bandwidth per protocol). This is different from USB alt mode, which allows only a single protocol to be active at a time. Alt mode can still be useful if you need all of your USB bandwidth targeted towards one protocol, however, tunneling could prove to be more advantageous when you don't need all bandwidth targeted towards one connection (like a USB dock with multiple ports). The new AMDGPU kernel graphics driver is almost ready to be delivered to the public, and according to Phoronix, could be ready in time for Linux 5.16. This could very well mean that AMD is preparing USB 4 support for its next generation of CPUs or GPUs.

The equivalent to found footage films. A follow-up to Sara is Missing mobile game, Simulacra offers an immersive gameplay as it turns your phone into somebody else's. It's almost like you're being immersed into a horror found footage film like the Blair Witch Project. In this game, you found the phone of a girl named Anna, and as you explore its contents you stumble upon a disturbing discovery: Anna is in desperate need of help. Solve the mystery surrounding Anna's disappearance and beat the game. Gameplay: The game is designed to look like Anna's phone, so when you start it up it already gives you the weird sensation of holding a different mobile device even when it is yours you're holding. The IRIS OS of the phone is behaving strangely so you can only access a few apps in the beginning of the game. To uncover the truth behind Anna's whereabouts, you have to piece together the information that you could find within her phone, including her photos, videos, messages, and more. Simulacra is a paid game available at the App Store for iOS users and at the Google Play Store for Android users. Its predecessor, Sara is Missing which offers a similar gameplay is available for free in both stores.

If you’re looking to get spooky in June, there are few options better than Little Nightmares – especially now that it’s free. The adorably grotesque adventure is free-to-keep on Steam this weekend, so if you’re looking to add it to your collection, you should do it fast. (Goodness knows you don’t already have enough free PC games in your library.) Little Nightmares is free for you to claim on the Steam store until Monday, May 30 at 10am PDT / 1pm EDT / 6pm BST. You can hit that link and hit the ‘add to account’ button to permanently tie it to your library, and it’ll be available for you to download from then on just as with any game you might purchase for actual money. Plenty of people have been enjoying the promotion, too.steamdb shows a new record concurrent player count today of 78,169, astronomically bigger than the sub-2k player number at launch. Another free giveaway earlier this year brought 19,111 players digging in all at once, so this weekend’s freebie has proven even more po[CENSORED]r. It’s entirely clear why we’re getting regular giveaways of Little Nightmares, but it’s likely got something to do with the release of the sequel earlier this year – enjoy the first and you’ll probably grab the second, right?

The creators known as Marsback have introduced a new, "sweat-proof" gaming mouse called the Zephyr Pro. Zephyr Pro is a fairly unremarkable looking gaming mouse with the necessary RGB backlighting and a "breathable" case to reduce weight and increase airflow. The main band of RGB lighting runs along the bottom edge of the mouse. Pro doesn't expand on the input capabilities of its predecessor, last year's Zephyr. There's still the standard arrangement of two side buttons and one top button for DPI sensitivity control. The design is understandably lightweight, but not the cheapest. The main change is in the operation of the fan itself. On the original Zephyr, users occasionally turned it off due to noise and vibration, but in the Pro both have been greatly reduced. It's not completely silent, but unlike the previous version, it's hard to hear over the hum of a regular PC or laptop. According to the manufacturer, a quieter fan doesn't mean less cooling power. The fan now points straight up instead of at a 45 degree angle, which seems to make a difference. You shouldn't expect to feel like your palm is being blown around by an air conditioner, but the overall cooling effect is palpable. Zephyr Pro has built-in memory and software to customize button functionality and RGB backlighting with ample options. Surprisingly, there is no ability to adjust the fan speed here - it simply turns on and off with a button on the bottom of the mouse. The Zephyr Pro is priced at $59 on the manufacturer's website at . But there's an additional $10 discount for first-time buyers of something from Marsback. Source: marsback

Researchers at Caltech have built a bipedal robot that combines walking with flying to create a new type of locomotion, making it exceptionally nimble and capable of complex movements. Part walking robot, part flying drone, the newly developed LEONARDO (short for LEgs ONboARD drOne, or LEO for short) can walk a slackline, hop, and even ride a skateboard. Developed by a team at Caltech's Center for Autonomous Systems and Technologies (CAST), LEO is the first robot that uses multi-joint legs and propeller-based thrusters to achieve a fine degree of control over its balance. A paper about the LEO robot was published online on October 6 and was featured on the October 2021 cover of Science Robotics. "We drew inspiration from nature. Think about the way birds are able to flap and hop to navigate telephone lines," says Soon-Jo Chung, corresponding author and Bren Professor of Aerospace and Control and Dynamical Systems. "A complex yet intriguing behavior happens as birds move between walking and flying. We wanted to understand and learn from that." "There is a similarity between how a human wearing a jet suit controls their legs and feet when landing or taking off and how LEO uses synchronized control of distributed propeller-based thrusters and leg joints," Chung adds. "We wanted to study the interface of walking and flying from the dynamics and control standpoint." Bipedal robots are able to tackle complex real-world terrains by using the same sort of movements that humans use, like jumping or running or even climbing stairs, but they are stymied by rough terrain. Flying robots easily navigate tough terrain by simply avoiding the ground, but they face their own set of limitations: High energy consumption during flight and limited payload capacity. "Robots with a multimodal locomotion ability are able to move through challenging environments more efficiently than traditional robots by appropriately switching between their available means of movement. In particular, LEO aims to bridge the gap between the two disparate domains of aerial and bipedal locomotion that are not typically intertwined in existing robotic systems," says Kyunam Kim, postdoctoral researcher at Caltech and co-lead author of the Science Robotics paper. By using a hybrid movement that is somewhere between walking and flying, the researchers get the best of both worlds in terms of locomotion. LEO's lightweight legs take stress off of its thrusters by supporting the bulk of the weight, but because the thrusters are controlled synchronously with leg joints, LEO has uncanny balance. "Based on the types of obstacles it needs to traverse, LEO can choose to use either walking or flying, or blend the two as needed. In addition, LEO is capable of performing unusual locomotion maneuvers that even in humans require a mastery of balance, like walking on a slackline and skateboarding," says Patrick Spieler, co-lead author of the Science Robotics paper and a former member of Chung's group who is currently with the Jet Propulsion Laboratory, which is managed by Caltech for NASA. LEO stands 2.5 feet tall and is equipped with two legs that have three actuated joints, along with four propeller thrusters mounted at an angle at the robot's shoulders. When a person walks, they adjust the position and orientation of their legs to cause their center of mass to move forward while the body's balance is maintained. LEO walks in this way as well: The propellers ensure that the robot is upright as it walks, and the leg actuators change the position of the legs to move the robot's center of mass forward through the use of a synchronized walking and flying controller. In flight, the robot uses its propellers alone and flies like a drone. "Because of its propellers, you can poke or prod LEO with a lot of force without actually knocking the robot over," says Elena-Sorina Lupu (MS '21), graduate student at Caltech and co-author of the Science Robotics paper. The LEO project was started in the summer of 2019 with the authors of the Science Robotics paper and three Caltech undergraduates who participated in the project through the Institute's Summer Undergraduate Research Fellowship (SURF) program. Next, the team plans to improve the performance of LEO by creating a more rigid leg design that is capable of supporting more of the robot's weight and increasing the thrust force of the propellers. In addition, they hope to make LEO more autonomous so that the robot can understand how much of its weight is supported by legs and how much needs to be supported by propellers when walking on uneven terrain. The researchers also plan to equip LEO with a newly developed drone landing control algorithm that utilizes deep neural networks. With a better understanding of the environment, LEO could make its own decisions about the best combination of walking, flying, or hybrid motion that it should use to move from one place to another based on what is safest and what uses the least amount of energy. "Right now, LEO uses propellers to balance during walking, which means it uses energy fairly inefficiently. We are planning to improve the leg design to make LEO walk and balance with minimal aid of propellers," says Lupu, who will continue working on LEO throughout her Ph.D. program. In the real world, the technology designed for LEO could foster the development of adaptive landing gear systems composed of controlled leg joints for aerial robots and other types of flying vehicles. The team envisions that future Mars rotorcraft could be equipped with legged landing gear so that the body balance of these aerial robots can be maintained as they land on sloped or uneven terrains, thereby reducing the risk of failure under challenging landing conditions.

New fab will go to Europe instead Intel boss Pat Gelsinger has announced in an interview with the BBC that a potential new chip fab will no longer be built in Britain citing Brexit as the reason for the decision. Instead it looks as though a European country will host Intel's fab. Before the United Kingdom made its decision to exit the European Union by a tiny margin in a 2016 referendum, it "would have been a site that we would have considered,” according to Gelsinger. “Post-Brexit,” he added, “we now have about 70 proposals for sites across Europe from maybe 10 different countries. We're hopeful that we'll get to agreement on a site, as well as support from the EU... before the end of this year." Intel’s interest in building a new plant has only strengthened following the worldwide chip shortage that has seen prices pushed up for products such as GPUs and processors used in new cars. The US firm hopes to invest $95bn (£70bn) on new and upgraded chip plants in Europe over the next ten years. "Just everything is short right now. And even as I and my peers in the industry are working like crazy to catch up, it's going to be a while," Gelsinger said. That spending matches that of Intel’s rivals in the chip-fabrication market, with Taiwan-based TSMC, the world’s largest contract manufacturer of microchips, spending $100bn over three years, and Samsung putting $205bn into its own semiconductor plants. Intel currently outsources some of its chip manufacturing, but hopes to take it in-house with the development of new plants. "It is clearly part of the motivation of a globally balanced supply chain that nobody should be too dependent on somebody else," Gelsinger told the BBC.

Because it's Slender Man. From its humble beginnings as a creepypasta content, Slender Man has become a famous figure in video games, and you just can't miss facing him on your mobile, that's why we recommend Slender Man Origins 3: Abandoned School. Years after an ordinary school closed down because of missing children, a young woman is lured to return only to find out that the Slender Man still lurks underneath its shadows. Gameplay: You have to explore the school to free the souls of the missing children from the Slender Man. Pick up keys, solve puzzles, and uncover the truth behind the items of the abandoned school. The game is also accompanied by a creepy soundtrack that completes the scary atmosphere of the whole game. Slender Man Origins 3: Abandoned School is available for free at the Download for Android users and for purchase at the App Store for iOS users.

The exploration-focused game is set to graduate from Early Access. Exclusion zone-based survival horror game Chernobylite has been on our radar for a few years now, but its development foray in Early Access is coming to a close this July as The Farm 51 take it into a full release. It's a game about the Chernobyl incident in the vein of the STALKER series, but has the protagonist as an ex-worker at the nuclear power plant who's trying to unravel a mystery and find their beloved, who has disappeared. The game's main schtick is that it's a non-linear, exploration focused, survival horror game. Choices made in play are linked to and have consequences on story events hours later, as well as changing the Zone around you. There are multiple stories in the game, and several alternate endings along the branched paths of the main plot, which pits you against both supernatural horrors and the military trying to cover them up. It's also a crafting RPG, where you need to build a team of companions and keep them together and well-supplied in order to get what you need. These companions can die, or even turn against you, if the description is anything to go by. Chernobylite is made by The Farm 51, who also developed Get Even and World War 3. It has been in development since late 2019 and is now scheduled for a July 2021 release. You can find Chernobylite on Steam.

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