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Arknights: Endfield //Super Jump(?) Guide 03 *This method lets you draw a straight power line between two points, similar to a Xiranite Relay, but done manually. There’s a mechanic in Endfield: Before you die or get stuck, the game saves your last position on valid ground. That position becomes...

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Arknights: Endfield Update

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36,016 görüntüleme • 6 ay önce •via X (Twitter)

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CSS Tip! ✨ You can lean into form control state and layered backgrounds to create input status strokes 😎 input:valid { --valid: 1; } input { background: var(--bg) padding-box, ..., var(--valid-bg) calc((1 - var(--valid)) * 100cqi) 0 / 100% 100% border-box; } The trick is to layer up backgrounds using background-clip to leave a border space 🤏 Applying a transparent border gives you the space for the layered background to transition in 🎞️ Then you can use custom properties to dictate the background-position of each layer. By default, the valid and invalid layers are positioned outside the bounding box. But when one of those states is active, the background layer transitions in to 0 0. To respect people's animations preferences, we can wrap that transition in a media query 🤙 @​media (prefers-reduced-motion: no-preference) { input { transition: background-position: 0.5s; } } Was revisiting techniques around :has and :user-valid and it dawned that you could do it like this too! Hope you find it useful! p.s Don't rely on color to communicate form status. It's a cool trick though for an added touch ✨ CodePen.IO link below! 👇
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CSS Tip! ✨ You can lean into form control state and layered backgrounds to create input status strokes 😎 input:valid { --valid: 1; } input { background: var(--bg) padding-box, ..., var(--valid-bg) calc((1 - var(--valid)) * 100cqi) 0 / 100% 100% border-box; } The trick is to layer up backgrounds using background-clip to leave a border space 🤏 Applying a transparent border gives you the space for the layered background to transition in 🎞️ Then you can use custom properties to dictate the background-position of each layer. By default, the valid and invalid layers are positioned outside the bounding box. But when one of those states is active, the background layer transitions in to 0 0. To respect people's animations preferences, we can wrap that transition in a media query 🤙 @​media (prefers-reduced-motion: no-preference) { input { transition: background-position: 0.5s; } } Was revisiting techniques around :has and :user-valid and it dawned that you could do it like this too! Hope you find it useful! p.s Don't rely on color to communicate form status. It's a cool trick though for an added touch ✨ CodePen.IO link below! 👇

jhey ʕ•ᴥ•ʔ

239,677 görüntüleme • 2 yıl önce

#RugbyScoop | Here’s why I think this is an incorrect call: The tackle is complete. Gelant has two options: (by the way he is short off the goal line) - he’s suppose to place the ball and the tackler must release him (complete tackle scenario) - Gelant done not release the ball nor is he in a good position to reach out and score a try - look at his body position (also, you not allowed to have an extra roll forward once a tackle is complete) Morby - can be pinged on playing the Stormers 15 on the ground but first infringement is by ball carrier. You have to break it down step by step. First it’s ball carrier and tackler before everything else.
0:31

#RugbyScoop | Here’s why I think this is an incorrect call: The tackle is complete. Gelant has two options: (by the way he is short off the goal line) - he’s suppose to place the ball and the tackler must release him (complete tackle scenario) - Gelant done not release the ball nor is he in a good position to reach out and score a try - look at his body position (also, you not allowed to have an extra roll forward once a tackle is complete) Morby - can be pinged on playing the Stormers 15 on the ground but first infringement is by ball carrier. You have to break it down step by step. First it’s ball carrier and tackler before everything else.

Scoop 🐻 ☕️

30,345 görüntüleme • 19 gün önce

Elon Musk drops a reality check on the future of AI and power consumption — “If you look at electrical output... everywhere outside of China, it's more or less flat. But if you're putting data centers anywhere except China, where are you going to get your electricity, especially as you scale? So how are you going to turn the chips on?” While critics argue energy is a small slice of the cost, Musk points out the bottleneck isn't just cost—it's availability. With "gigantic" tariffs on solar imports and nightmare permit processes “Try getting the permits for that” — he argues the ground game is stalled. His solution? “You're going to get about 5 times the effectiveness of solar panels in space versus the ground.”
1:32

Elon Musk drops a reality check on the future of AI and power consumption — “If you look at electrical output... everywhere outside of China, it's more or less flat. But if you're putting data centers anywhere except China, where are you going to get your electricity, especially as you scale? So how are you going to turn the chips on?” While critics argue energy is a small slice of the cost, Musk points out the bottleneck isn't just cost—it's availability. With "gigantic" tariffs on solar imports and nightmare permit processes “Try getting the permits for that” — he argues the ground game is stalled. His solution? “You're going to get about 5 times the effectiveness of solar panels in space versus the ground.”

Ian Miles Cheong

18,438 görüntüleme • 6 ay önce

I’ve completed all the tasks on Axis Robotics I Made a Video Showing How to Complete Axis Robotics Tasks Easily! Many people are getting stuck while completing Axis Robotics tasks, and some of you asked me to make a detailed video So I made a step-by-step video showing the easiest way to complete the tasks If you haven’t started yet, you can still join early. The project has already raised around $12M, and the Points System is now LIVE 🔗 > Create / log in to your account > Go to Training Tasks > Complete the available tasks > Submit your work properly > Sign your completed tasks > Keep completing different tasks to build your Points Points depend on more than just activity: - Task difficulty - Number of valid tasks - Quality of your submissions - Diversity of tasks - Genuine referrals Don’t keep repeating the same task, Focus on completing different and higher-quality tasks If you’re new to Axis, I recommend starting early and learning the process now instead of waiting until more users join I explained the full process in my video so you can follow it easily Who’s already farming Axis Points?
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I’ve completed all the tasks on Axis Robotics I Made a Video Showing How to Complete Axis Robotics Tasks Easily! Many people are getting stuck while completing Axis Robotics tasks, and some of you asked me to make a detailed video So I made a step-by-step video showing the easiest way to complete the tasks If you haven’t started yet, you can still join early. The project has already raised around $12M, and the Points System is now LIVE 🔗 > Create / log in to your account > Go to Training Tasks > Complete the available tasks > Submit your work properly > Sign your completed tasks > Keep completing different tasks to build your Points Points depend on more than just activity: - Task difficulty - Number of valid tasks - Quality of your submissions - Diversity of tasks - Genuine referrals Don’t keep repeating the same task, Focus on completing different and higher-quality tasks If you’re new to Axis, I recommend starting early and learning the process now instead of waiting until more users join I explained the full process in my video so you can follow it easily Who’s already farming Axis Points?

Shadat Official | Airdrop

23,952 görüntüleme • 23 gün önce

The next time you make an error or any type of mistake during competition, use this simple 3 step Reset Routine to quickly bounce back. Step 1: Before the game, draw a reset button under your hat. You can also draw it on your wrist tape, on your glove or wherever you’d like to. Step 2: After an error, take off your hat and take a deep breath while pressing the reset button. This will help you gain control and stop any downward spiral from starting. Step 3: Take control of your self-talk by repeating “hit the next ball to me, I will make this play”. This may be the most important part of it all. Know that it’s all about having a routine to go to, not if, but WHEN adversity comes your way. So, the next time you inevitably fall short of your expectations, utilize this Reset Routine and you’ll be ready to make the next play.
1:18

The next time you make an error or any type of mistake during competition, use this simple 3 step Reset Routine to quickly bounce back. Step 1: Before the game, draw a reset button under your hat. You can also draw it on your wrist tape, on your glove or wherever you’d like to. Step 2: After an error, take off your hat and take a deep breath while pressing the reset button. This will help you gain control and stop any downward spiral from starting. Step 3: Take control of your self-talk by repeating “hit the next ball to me, I will make this play”. This may be the most important part of it all. Know that it’s all about having a routine to go to, not if, but WHEN adversity comes your way. So, the next time you inevitably fall short of your expectations, utilize this Reset Routine and you’ll be ready to make the next play.

Brandon Guyer - Major League Mindset

113,643 görüntüleme • 2 yıl önce

We debugged another game breaking bug. Sometimes you'd get in a state where shifting in water would still play footsteps. This happens whenever your ragdoll FALLS in water, meaning you have to die on ground and your ragdoll falls into the water, not you dying directly in water. The game is trying to be fancy and add splashing effects to several bones of a ragdoll when a ragdoll touches func_water, however they do this by spawning a water_splasher entity for each bone and parenting/attaching it to it, this entity NEVER gets deleted. Thus when you respawn you still have all the splasher entities on you and whenever they touch water they splash, and these splasher don't care if you are walking or not, they are not supposed to exist on living players. Thanks to silent for finding a reproducible way to do this in an offline match allowing me to debug this.
0:44

We debugged another game breaking bug. Sometimes you'd get in a state where shifting in water would still play footsteps. This happens whenever your ragdoll FALLS in water, meaning you have to die on ground and your ragdoll falls into the water, not you dying directly in water. The game is trying to be fancy and add splashing effects to several bones of a ragdoll when a ragdoll touches func_water, however they do this by spawning a water_splasher entity for each bone and parenting/attaching it to it, this entity NEVER gets deleted. Thus when you respawn you still have all the splasher entities on you and whenever they touch water they splash, and these splasher don't care if you are walking or not, they are not supposed to exist on living players. Thanks to silent for finding a reproducible way to do this in an offline match allowing me to debug this.

Poggu

355,944 görüntüleme • 1 yıl önce

You are going to love the Backpedal Pick concept. Instead of running towards the ball carrier to set your pick, do the opposite, backpedal and give ground, as the dodger approaches the pick. Backpedaling and keeping a cushion of space makes it much harder for the on-ball defender and the picker’s man to play their coverage. The Backpedal technique basically enables you to set a legal moving pick, meaning it’s a moving target, that the defense has trouble navigating. Then at the last moment, you can set your feet and can be stationary. If the on-ball defender wants to get under the pick, they can’t find an angle to get under. Also, the picker’s man struggles because they can’t easily get “outside the pick” position as the picker keeps retreating and giving ground. It’s almost like a legal moving seal! The backpedal pick technique is deadly around the goal line, making it impossible to get under and much harder for the picker’s guy to switch or jump it! One of the biggest keys to 2-man game is great pick setting and universally, kids don’t know how to set and adjust picks. I think you’ll find this pick technique will make a difference in your offense!
0:53

You are going to love the Backpedal Pick concept. Instead of running towards the ball carrier to set your pick, do the opposite, backpedal and give ground, as the dodger approaches the pick. Backpedaling and keeping a cushion of space makes it much harder for the on-ball defender and the picker’s man to play their coverage. The Backpedal technique basically enables you to set a legal moving pick, meaning it’s a moving target, that the defense has trouble navigating. Then at the last moment, you can set your feet and can be stationary. If the on-ball defender wants to get under the pick, they can’t find an angle to get under. Also, the picker’s man struggles because they can’t easily get “outside the pick” position as the picker keeps retreating and giving ground. It’s almost like a legal moving seal! The backpedal pick technique is deadly around the goal line, making it impossible to get under and much harder for the picker’s guy to switch or jump it! One of the biggest keys to 2-man game is great pick setting and universally, kids don’t know how to set and adjust picks. I think you’ll find this pick technique will make a difference in your offense!

JM3 SPORTS

10,894 görüntüleme • 1 yıl önce

How to Resurface Brake Rotors Like a Pro. Pure ASMR . ​Got a brake pedal that feels like a foot massage every time you slow down? It’s probably time to address those warped rotors. Instead of throwing them straight into the scrap bin, you can often give them a second life by turning them on a brake lathe. ​Here is the exact step-by-step process to get that perfectly smooth, true finish: ​Step 1: Mount the Rotor ​Place the brake rotor securely onto the lathe spindle. ​Slide on the correct-sized adapters to ensure the rotor centers perfectly on the shaft. ​Thread on the arbor nut and tighten it down to lock everything firmly in place. ​Step 2: Install the Silencer Band ​Don't skip this part unless you want your eardrums ringing. Wrap the rubber anti-chatter silencer band tightly around the outer edge of the rotor. ​Secure the spring hook. This dampens high-frequency vibrations and prevents high-pitched squealing while cutting. ​Step 3: Fire Up the Machine ​Flip the power switch to the ON position to get the rotor spinning. ​Take a quick second to make sure everything looks centered and isn't wobbling on the spindle. ​Step 4: Position Your Cutting Bits ​Use the handwheels to bring the twin cutting arms into position. ​Align the diamond-tipped cutting bits so they are just clearing both the inner and outer surfaces of the rotor. ​Step 5: Dial in the Depth of Cut ​Carefully adjust the micrometers on both sides to set your depth. ​For a standard scratch pass or light resurfacing, dial it in precisely to take off just enough material to clear the high spots and rust ridges. ​Step 6: Engage the Automatic Feed ​Turn up your speed control unit and engage the automatic feed mechanism. ​Sit back and let the machine work its magic as the cutting bits slowly move outward, cutting away imperfections and restoring a completely flat surface. ​Step 7: The Final Touch ​Once the automatic pass is complete, lightly run a piece of medium-grit sandpaper or a sanding block across the spinning rotor surfaces. ​This knocks down any microscopic ridges left by the bits and creates a clean, non-directional finish for optimal brake pad bedding. ​Step 8: Tear Down ​Shut the power off. ​Use your wrench to loosen the arbor nut, unhook the silencer band, and slide your perfectly resurfaced rotor off the machine.
1:49

How to Resurface Brake Rotors Like a Pro. Pure ASMR . ​Got a brake pedal that feels like a foot massage every time you slow down? It’s probably time to address those warped rotors. Instead of throwing them straight into the scrap bin, you can often give them a second life by turning them on a brake lathe. ​Here is the exact step-by-step process to get that perfectly smooth, true finish: ​Step 1: Mount the Rotor ​Place the brake rotor securely onto the lathe spindle. ​Slide on the correct-sized adapters to ensure the rotor centers perfectly on the shaft. ​Thread on the arbor nut and tighten it down to lock everything firmly in place. ​Step 2: Install the Silencer Band ​Don't skip this part unless you want your eardrums ringing. Wrap the rubber anti-chatter silencer band tightly around the outer edge of the rotor. ​Secure the spring hook. This dampens high-frequency vibrations and prevents high-pitched squealing while cutting. ​Step 3: Fire Up the Machine ​Flip the power switch to the ON position to get the rotor spinning. ​Take a quick second to make sure everything looks centered and isn't wobbling on the spindle. ​Step 4: Position Your Cutting Bits ​Use the handwheels to bring the twin cutting arms into position. ​Align the diamond-tipped cutting bits so they are just clearing both the inner and outer surfaces of the rotor. ​Step 5: Dial in the Depth of Cut ​Carefully adjust the micrometers on both sides to set your depth. ​For a standard scratch pass or light resurfacing, dial it in precisely to take off just enough material to clear the high spots and rust ridges. ​Step 6: Engage the Automatic Feed ​Turn up your speed control unit and engage the automatic feed mechanism. ​Sit back and let the machine work its magic as the cutting bits slowly move outward, cutting away imperfections and restoring a completely flat surface. ​Step 7: The Final Touch ​Once the automatic pass is complete, lightly run a piece of medium-grit sandpaper or a sanding block across the spinning rotor surfaces. ​This knocks down any microscopic ridges left by the bits and creates a clean, non-directional finish for optimal brake pad bedding. ​Step 8: Tear Down ​Shut the power off. ​Use your wrench to loosen the arbor nut, unhook the silencer band, and slide your perfectly resurfaced rotor off the machine.

Chuckling Charlie

91,374 görüntüleme • 2 ay önce

Elon Musk just spent seventeen billion dollars to make every cell tower on Earth a relic. Musk: “It will allow SpaceX to deliver high bandwidth connectivity directly from the satellites to the phones.” Not through towers. Not through cables. Not through any infrastructure on the ground. Directly from orbit to the phone in your pocket. For over a century, connectivity followed the same blueprint. Build a tower. Run a cable. Expand the network one piece of ground at a time. Coverage went where the money was. Where the population density justified the investment. Everywhere else got silence. Four billion people still don’t have reliable internet. Not because the technology doesn’t exist. Because no one could justify building a tower where they live. Connectivity was never a technology problem. It was a geography problem disguised as one. Musk: “The phones that are able to use the spectrum that was acquired probably start shipping in around two years.” Two years. Then the phone in your hand connects straight to space. No tower required. No carrier infrastructure between you and the signal. The entire telecom industry was built on one assumption. That connectivity requires ground infrastructure. Every carrier. Every contract. Every coverage map. All products of that assumption. Starlink just bypassed it from orbit. From orbit, every point on Earth is equidistant. The word “remote” only exists because connectivity was built from the ground up. From space, there is no remote. There is no coverage gap. There is no place on Earth harder to reach than any other. The ground decides who gets connected based on where they are. The sky doesn’t know the difference. Human potential was always distributed evenly across the planet. Access to information never was. The gap between those two facts is the greatest waste in human history. We spent a century deciding who deserved access to information based on where they happened to be born. Musk just made that question obsolete from 550 kilometers above the answer.
1:49

Elon Musk just spent seventeen billion dollars to make every cell tower on Earth a relic. Musk: “It will allow SpaceX to deliver high bandwidth connectivity directly from the satellites to the phones.” Not through towers. Not through cables. Not through any infrastructure on the ground. Directly from orbit to the phone in your pocket. For over a century, connectivity followed the same blueprint. Build a tower. Run a cable. Expand the network one piece of ground at a time. Coverage went where the money was. Where the population density justified the investment. Everywhere else got silence. Four billion people still don’t have reliable internet. Not because the technology doesn’t exist. Because no one could justify building a tower where they live. Connectivity was never a technology problem. It was a geography problem disguised as one. Musk: “The phones that are able to use the spectrum that was acquired probably start shipping in around two years.” Two years. Then the phone in your hand connects straight to space. No tower required. No carrier infrastructure between you and the signal. The entire telecom industry was built on one assumption. That connectivity requires ground infrastructure. Every carrier. Every contract. Every coverage map. All products of that assumption. Starlink just bypassed it from orbit. From orbit, every point on Earth is equidistant. The word “remote” only exists because connectivity was built from the ground up. From space, there is no remote. There is no coverage gap. There is no place on Earth harder to reach than any other. The ground decides who gets connected based on where they are. The sky doesn’t know the difference. Human potential was always distributed evenly across the planet. Access to information never was. The gap between those two facts is the greatest waste in human history. We spent a century deciding who deserved access to information based on where they happened to be born. Musk just made that question obsolete from 550 kilometers above the answer.

Dustin

643,628 görüntüleme • 1 ay önce

Charged with Manslaughter: Did This 27-Year-Old Have to Wait to Get Beaten Before Pulling the Trigger? This is sparking a massive legal war. It happened in Ontario, Ohio, on December 21. Andrew Westlund, 42, got out of his vehicle during a traffic dispute and charged toward the car of 27-year-old Wesley Patrick. ​Westlund likely thought his size and age gave him the advantage. He was wrong. As he approached the window, Patrick didn't wait to find out what Westlund planned to do, he fired several, k*lling him on the spot. ​Patrick claimed self-defense, arguing he was trapped in his car with a larger, angry man coming at him. The police disagreed. They arrested him and slapped him with a voluntary manslaughter charge. ​So, where do you stand? Was this a valid "Stand Your Ground" moment, or did he have a "Duty to Retreat" before taking a life?
0:55

Charged with Manslaughter: Did This 27-Year-Old Have to Wait to Get Beaten Before Pulling the Trigger? This is sparking a massive legal war. It happened in Ontario, Ohio, on December 21. Andrew Westlund, 42, got out of his vehicle during a traffic dispute and charged toward the car of 27-year-old Wesley Patrick. ​Westlund likely thought his size and age gave him the advantage. He was wrong. As he approached the window, Patrick didn't wait to find out what Westlund planned to do, he fired several, k*lling him on the spot. ​Patrick claimed self-defense, arguing he was trapped in his car with a larger, angry man coming at him. The police disagreed. They arrested him and slapped him with a voluntary manslaughter charge. ​So, where do you stand? Was this a valid "Stand Your Ground" moment, or did he have a "Duty to Retreat" before taking a life?

Desiree

488,460 görüntüleme • 7 ay önce

How do you notch a FOX 3 in War Thunder? The simple answer is: Fly sideways. That's not a joke if you don't know this. Turn 90 degrees and place the Radar or Missile contact on your RWR on the 3 or 9 o'clock position, dump chaff, and either gain or lose altitude, until the missile or contact stops beeping. Radar and Radar missiles have what is known as a "Notch" filter. This filter is primarily to filter out the ground from the radar display or sensor. Because if a missile is moving at 1,000m/s, what is also approaching the missile at 1,000m/s? Often times it's the ground. However, this can cause the missile or radar to also filter out slow moving targets as background clutter. If you plane is not moving directly towards or away from the missile or radar it will start to think you are part of the clutter and filter you out, missing you in the process. This is the simplest explanation of how a notch works and how to do it. FOX 3s are extremely hard to dodge like this at close range though, so you typically don't want to do that. As your options are either: "Dump chaff and pray" or "Shoot the missile down with another missile." Either can actually work in War Thunder, but are extremely unreliable. Note, almost all planes do not have an RWR sensor on the top and bottom of the fuselage, so make sure you fly level and point either wingtip at the target. This is what is known as "Beam aspect" to the target, but most people just say "notching" or "F Pull." See the video for a practical example against an AIM-54 Phoenix.
0:54

How do you notch a FOX 3 in War Thunder? The simple answer is: Fly sideways. That's not a joke if you don't know this. Turn 90 degrees and place the Radar or Missile contact on your RWR on the 3 or 9 o'clock position, dump chaff, and either gain or lose altitude, until the missile or contact stops beeping. Radar and Radar missiles have what is known as a "Notch" filter. This filter is primarily to filter out the ground from the radar display or sensor. Because if a missile is moving at 1,000m/s, what is also approaching the missile at 1,000m/s? Often times it's the ground. However, this can cause the missile or radar to also filter out slow moving targets as background clutter. If you plane is not moving directly towards or away from the missile or radar it will start to think you are part of the clutter and filter you out, missing you in the process. This is the simplest explanation of how a notch works and how to do it. FOX 3s are extremely hard to dodge like this at close range though, so you typically don't want to do that. As your options are either: "Dump chaff and pray" or "Shoot the missile down with another missile." Either can actually work in War Thunder, but are extremely unreliable. Note, almost all planes do not have an RWR sensor on the top and bottom of the fuselage, so make sure you fly level and point either wingtip at the target. This is what is known as "Beam aspect" to the target, but most people just say "notching" or "F Pull." See the video for a practical example against an AIM-54 Phoenix.

HoraceVT 🪄🎬

56,972 görüntüleme • 8 ay önce

"To any governors or state legislators out there, I don't know what the point of building up so much political capital is if you're not willing to use it in this particular moment. We cannot unilaterally disarm. So if you are in a position where you have the power to redraw your maps... if you have the ability to step up and meet this moment with the urgency that it deserves, I'm calling on you to do exactly what we're doing in California and to fight fire with fire." h/t Elex Michaelson
0:47

"To any governors or state legislators out there, I don't know what the point of building up so much political capital is if you're not willing to use it in this particular moment. We cannot unilaterally disarm. So if you are in a position where you have the power to redraw your maps... if you have the ability to step up and meet this moment with the urgency that it deserves, I'm calling on you to do exactly what we're doing in California and to fight fire with fire." h/t Elex Michaelson

Brian Tyler Cohen

102,367 görüntüleme • 10 ay önce

TAG PLAY FROM LAST NIGHTS TEXAS & GEORGIA CWS GAME. 1) Texas catcher initial set up is inside the 3B line & in fair territory. 2) When he reads the SS’s throw from down the LF line, he takes a big drop step to get a more favorable hop. Unfortunately the drop step takes him behind HP which allows the runner to score before being tagged. 3) In today’s game with replay review as part of the process, it is best to make the tag before the runner gets to HP. Most successful tag outs are made up the 3B line on the slider’s midline before he gets to HP. 4) In this situation the catcher was probably not far enough up the line & took too big a drop step. ( Most likely a combination of the two) IMO the ideal initial set up on throws from LF/CF is 17” up the line & 17” inside the line. From that position a good throw legally takes you into the line & keeps you from getting behind the plate. It also allows the catcher to work back towards the plate on a wide throw on the 1st base side. 5) Ideally on a close play like this one you are making a quick one handed sweep tag while pivoting through the runner while sliding & pivoting on both knees.
0:29

TAG PLAY FROM LAST NIGHTS TEXAS & GEORGIA CWS GAME. 1) Texas catcher initial set up is inside the 3B line & in fair territory. 2) When he reads the SS’s throw from down the LF line, he takes a big drop step to get a more favorable hop. Unfortunately the drop step takes him behind HP which allows the runner to score before being tagged. 3) In today’s game with replay review as part of the process, it is best to make the tag before the runner gets to HP. Most successful tag outs are made up the 3B line on the slider’s midline before he gets to HP. 4) In this situation the catcher was probably not far enough up the line & took too big a drop step. ( Most likely a combination of the two) IMO the ideal initial set up on throws from LF/CF is 17” up the line & 17” inside the line. From that position a good throw legally takes you into the line & keeps you from getting behind the plate. It also allows the catcher to work back towards the plate on a wide throw on the 1st base side. 5) Ideally on a close play like this one you are making a quick one handed sweep tag while pivoting through the runner while sliding & pivoting on both knees.

Jerry Weinstein

90,620 görüntüleme • 2 ay önce

zkgm to $U all! as you may know, Union announced its BTCfi Flywheel Point Campaign a few days ago. this program rewards users with points for actions like bridging, providing liquidity through Union. basically, you bring value — Union gives you hourly points in return. the points increase depending on the LST you use, the bridging method, the pool you provided liquidity etc. so, i made a quick tutorial video to help you earn the maximum possible point multiplier in this campaign. but before we jump into the video, let’s take a look at what we’ll need: - $ETH on Ethereum ( $USDT, $USDC, or $DAI also work, but ETH is still needed for gas fees ) - $BABY on Babylon Genesis chain by the end of the video, we’ll have added liquidity to two different uniBTC/eBABY pools on Tower, which is a native DEX on Babylon Genesis. let’s get started. #UnionBTCfiFlywheel 00:00 - go to and make a deposit to receive uniBTC. 00:28 - head over to and bridge your uniBTC from Ethereum to Babylon Genesis using Union. this process can take 15–20 minutes depending on Ethereum finality. 01:32 - use to liquid stake your BABY and receive eBABY in return. 01:55 - add liquidity to the uniBTC/eBABY pools on Tower. since these pools currently have very low liquidity, you can only add in small amounts. that’s why i added liquidity in several smaller batches. by doing this, we followed the most optimal path to earn points. you can see the Union point multipliers next to each pool on the Tower interface. currently, there are 3 pools with a 2.5x multiplier, two of them are the ones we added liquidity to. the other one includes pumpBTC, feel free to try that as well. more liquidity for other Union-bridged BTC LSTs will be available over time.
3:15

zkgm to $U all! as you may know, Union announced its BTCfi Flywheel Point Campaign a few days ago. this program rewards users with points for actions like bridging, providing liquidity through Union. basically, you bring value — Union gives you hourly points in return. the points increase depending on the LST you use, the bridging method, the pool you provided liquidity etc. so, i made a quick tutorial video to help you earn the maximum possible point multiplier in this campaign. but before we jump into the video, let’s take a look at what we’ll need: - $ETH on Ethereum ( $USDT, $USDC, or $DAI also work, but ETH is still needed for gas fees ) - $BABY on Babylon Genesis chain by the end of the video, we’ll have added liquidity to two different uniBTC/eBABY pools on Tower, which is a native DEX on Babylon Genesis. let’s get started. #UnionBTCfiFlywheel 00:00 - go to and make a deposit to receive uniBTC. 00:28 - head over to and bridge your uniBTC from Ethereum to Babylon Genesis using Union. this process can take 15–20 minutes depending on Ethereum finality. 01:32 - use to liquid stake your BABY and receive eBABY in return. 01:55 - add liquidity to the uniBTC/eBABY pools on Tower. since these pools currently have very low liquidity, you can only add in small amounts. that’s why i added liquidity in several smaller batches. by doing this, we followed the most optimal path to earn points. you can see the Union point multipliers next to each pool on the Tower interface. currently, there are 3 pools with a 2.5x multiplier, two of them are the ones we added liquidity to. the other one includes pumpBTC, feel free to try that as well. more liquidity for other Union-bridged BTC LSTs will be available over time.

utku 🦥 | Huginn

23,748 görüntüleme • 1 yıl önce

How to Safely Remove a Tree Leaning on a House Roof. Good job done right. When a massive tree falls and wedges itself directly against a roofline, you can't just start hacking away blindly. One wrong cut can send thousands of pounds crashing down, destroying the structure. Here is how to systematically dismantle a high-stress leaners using a secure rigging setup. Step 1: Assess and Rig for Tension Before a chainsaw ever starts up, you must counter the gravity pulling the tree into the house. Identify a sturdy, healthy anchor tree nearby. Run a heavy-duty rigging line and pulley system from the high point of the fallen tree back to your anchor. Tension the lines to absorb the weight so the tree is suspended rather than resting entirely on the shingles. Step 2: Clear the Shingle-Side Limbs With the main weight supported, start by removing the smaller branches directly contacting the roof. Make precise relief cuts on smaller limbs to prevent binding. Work carefully from the roof surface, clearing debris immediately to keep a clear, slip-free footing. Step 3: Section the Upper Trunk Never try to take the whole trunk down at once. It must be chunked down piece by piece. Secure a dynamic rigging strap tightly around the segment you intend to cut. Make a clean top-cut while a ground crew member mans the lowering line. Once severed, let the rigging system catch the weight, suspend it mid-air, and smoothly swing or lower it away from the building. Step 4: Work Your Way Down the Main Stem Repeat the sectioning process, gradually moving down toward the root ball. Keep communication tight with your ground crew to ensure they are clear of the drop zone. Let the tensioned ropes do the heavy lifting, keeping the trunk controlled and preventing it from rolling or twisting onto the house. Step 5: The Final Drop Once the trunk is short enough and no longer poses a threat to the roof structure, release the rigging lines or make a final directional cut to safely drop the remaining base log flat to the ground. ⚠️ Safety Notice: Tree work under structural tension is incredibly unpredictable. Always wear proper PPE, use certified rigging gear, and ensure your ground crew knows how to operate the lines safely!
4:49

How to Safely Remove a Tree Leaning on a House Roof. Good job done right. When a massive tree falls and wedges itself directly against a roofline, you can't just start hacking away blindly. One wrong cut can send thousands of pounds crashing down, destroying the structure. Here is how to systematically dismantle a high-stress leaners using a secure rigging setup. Step 1: Assess and Rig for Tension Before a chainsaw ever starts up, you must counter the gravity pulling the tree into the house. Identify a sturdy, healthy anchor tree nearby. Run a heavy-duty rigging line and pulley system from the high point of the fallen tree back to your anchor. Tension the lines to absorb the weight so the tree is suspended rather than resting entirely on the shingles. Step 2: Clear the Shingle-Side Limbs With the main weight supported, start by removing the smaller branches directly contacting the roof. Make precise relief cuts on smaller limbs to prevent binding. Work carefully from the roof surface, clearing debris immediately to keep a clear, slip-free footing. Step 3: Section the Upper Trunk Never try to take the whole trunk down at once. It must be chunked down piece by piece. Secure a dynamic rigging strap tightly around the segment you intend to cut. Make a clean top-cut while a ground crew member mans the lowering line. Once severed, let the rigging system catch the weight, suspend it mid-air, and smoothly swing or lower it away from the building. Step 4: Work Your Way Down the Main Stem Repeat the sectioning process, gradually moving down toward the root ball. Keep communication tight with your ground crew to ensure they are clear of the drop zone. Let the tensioned ropes do the heavy lifting, keeping the trunk controlled and preventing it from rolling or twisting onto the house. Step 5: The Final Drop Once the trunk is short enough and no longer poses a threat to the roof structure, release the rigging lines or make a final directional cut to safely drop the remaining base log flat to the ground. ⚠️ Safety Notice: Tree work under structural tension is incredibly unpredictable. Always wear proper PPE, use certified rigging gear, and ensure your ground crew knows how to operate the lines safely!

Chuckling Charlie

37,244 görüntüleme • 1 ay önce

🚨💀 You had a valid 2AC ticket... but boarded from another station without updating your boarding point A lady passenger booked her ticket from RKB (Raika Bagh Jn) in Train No. 15013 in 2AC, but she boarded the train from PMY (Pali Marwar), which comes around 2 hours later and that too after 3 stations. As per Indian Railways rules: :- You are supposed to board the train from your selected boarding station. :- If you want to change your boarding point, it must be updated before 30 minutes of train departure. Since she did not board from the original station, the TTE marked her as NT (Not Turned Up), meaning her seat became available for RAC passengers. Later, when she boarded from another station, she was charged a penalty of ₹2650 for traveling without a valid continuation claim on that berth. The passenger argued with Senior TTE RK Bhoparia (Ajmer Division) and alleged misbehavior, but many passengers are still unaware of this important railway rule. Important Railway Awareness: If you are boarding from another station, always update your boarding point on IRCTC or through railway railone app before chart preparation. Otherwise, your confirmed seat can be allotted to someone else.
1:15

🚨💀 You had a valid 2AC ticket... but boarded from another station without updating your boarding point A lady passenger booked her ticket from RKB (Raika Bagh Jn) in Train No. 15013 in 2AC, but she boarded the train from PMY (Pali Marwar), which comes around 2 hours later and that too after 3 stations. As per Indian Railways rules: :- You are supposed to board the train from your selected boarding station. :- If you want to change your boarding point, it must be updated before 30 minutes of train departure. Since she did not board from the original station, the TTE marked her as NT (Not Turned Up), meaning her seat became available for RAC passengers. Later, when she boarded from another station, she was charged a penalty of ₹2650 for traveling without a valid continuation claim on that berth. The passenger argued with Senior TTE RK Bhoparia (Ajmer Division) and alleged misbehavior, but many passengers are still unaware of this important railway rule. Important Railway Awareness: If you are boarding from another station, always update your boarding point on IRCTC or through railway railone app before chart preparation. Otherwise, your confirmed seat can be allotted to someone else.

Mr Tiwaree 💀

23,953 görüntüleme • 1 ay önce

It’s not a conspiracy theory. I have seen it first hand—aborted fetuses are used in medicine, and almost no one even knows. That’s right. Aborted fetal tissue is used as a starting point in the development of certain medications and medical products. And when you step back and think about it, serious questions begin to arise. Do you believe this is ethical? And knowing what we know about the pharmaceutical industry, does this increase the chances that women are pressured into abortion—or worse, handed faulty tests that convince them it’s medically necessary? Layer that with the reality of a diagnostic industry built on fear, a marketplace for human body parts, and pharmaceutical companies profiting from fetal tissue—and the picture becomes clear. Aborted fetuses are a commodity. And Big Pharma is the buyer. The only way to truly step outside of this system is not to rely on it at all. Stop outsourcing your health to an industry that profits from your body. True health does not come in a pill or injection—it is available to you when you reclaim your authority over your body and your choices. All you need is the right knowledge and the discipline to act on it. Click below to get started.
1:09

It’s not a conspiracy theory. I have seen it first hand—aborted fetuses are used in medicine, and almost no one even knows. That’s right. Aborted fetal tissue is used as a starting point in the development of certain medications and medical products. And when you step back and think about it, serious questions begin to arise. Do you believe this is ethical? And knowing what we know about the pharmaceutical industry, does this increase the chances that women are pressured into abortion—or worse, handed faulty tests that convince them it’s medically necessary? Layer that with the reality of a diagnostic industry built on fear, a marketplace for human body parts, and pharmaceutical companies profiting from fetal tissue—and the picture becomes clear. Aborted fetuses are a commodity. And Big Pharma is the buyer. The only way to truly step outside of this system is not to rely on it at all. Stop outsourcing your health to an industry that profits from your body. True health does not come in a pill or injection—it is available to you when you reclaim your authority over your body and your choices. All you need is the right knowledge and the discipline to act on it. Click below to get started.

Andrew Kaufman MD

12,699 görüntüleme • 1 yıl önce

Many times I'm asked, 'why not just drop a light and camera down the shafts on a string to see what's there?' It's a perfectly valid question, which is why I've already done it, with an 8k, 360° camera, to catch every side passage, tunnel and adjacent chamber. I've done it to MANY of them. I've documented, to their visible bottoms, about half the shafts on the Giza Plateau, and unless you've been there, you have no idea what a massive task that was... even though the vast majority are filled with sand to ground level. Recently, I've confidently stated that there are over a thousand vertical shafts at Giza, between the Eastern, Western and Southern Cemeteries, but in the past week, I've looked deeper into the matter. I have carefully zoomed in on satellite imagery and placed a red arrow on every single shaft that is clearly visible. Given the final count of copied layers in photoshop, and the obvious fact that many of them are still buried and not visible at all, I amend by previous statement. THERE ARE AT LEAST 3,000 SHAFTS AT GIZA! In the Western Cemetery alone are at least 1,800, near the Second Sphinx mound and the NC2 Complex. Yet still, we're told there's 'nothing to see beneath the pyramids'. Tomorrow I will share the satellite image maps, as they are included in my interview with Corrado Malanga, [ ] but today I will share this clip as an example. This one is not at Giza. Do you know where it is?
0:22

Many times I'm asked, 'why not just drop a light and camera down the shafts on a string to see what's there?' It's a perfectly valid question, which is why I've already done it, with an 8k, 360° camera, to catch every side passage, tunnel and adjacent chamber. I've done it to MANY of them. I've documented, to their visible bottoms, about half the shafts on the Giza Plateau, and unless you've been there, you have no idea what a massive task that was... even though the vast majority are filled with sand to ground level. Recently, I've confidently stated that there are over a thousand vertical shafts at Giza, between the Eastern, Western and Southern Cemeteries, but in the past week, I've looked deeper into the matter. I have carefully zoomed in on satellite imagery and placed a red arrow on every single shaft that is clearly visible. Given the final count of copied layers in photoshop, and the obvious fact that many of them are still buried and not visible at all, I amend by previous statement. THERE ARE AT LEAST 3,000 SHAFTS AT GIZA! In the Western Cemetery alone are at least 1,800, near the Second Sphinx mound and the NC2 Complex. Yet still, we're told there's 'nothing to see beneath the pyramids'. Tomorrow I will share the satellite image maps, as they are included in my interview with Corrado Malanga, [ ] but today I will share this clip as an example. This one is not at Giza. Do you know where it is?

Trevor Grassi

842,003 görüntüleme • 1 ay önce

Ukraine’s First All-Robot Assault Force Just Won Its First Battle | David Axe, Forbes That Ukraine even needs so many unmanned weapons points to a deep manpower shortage. A Ukrainian national guard brigade just orchestrated an all-robot combined-arms operation, mixing crawling and flying drones for an assault on Russian positions in Kharkiv Oblast in northern Russia. “We are talking about dozens of units of robotic and unmanned equipment simultaneously on a small section of the front,” a spokesperson for the 13th National Guard Brigade explained. It was an impressive technological feat—and a worrying sign of weakness on the part of overstretched Ukrainian forces. Unmanned ground vehicles in particular suffer profound limitations, and still can’t fully replace human infantry. That the 13th National Guard Brigade even needed to replace all of the human beings in a ground assault speaks to how few people the brigade has compared to the Russian units it’s fighting. The 13th National Guard Brigade defends a five-mile stretch of the front line around the town of Hlyboke, just south of the Ukraine-Russia border. It’s holding back a force of no fewer than four Russian regiments. That’s no more than 2,000 Ukrainians versus 6,000 or so Russians. The manpower ratio is roughly the same all along the 800-mile front line of Russia’s 34-month wider war on Ukraine. Russian troops still greatly outnumber Ukrainian troops, despite the Russians suffering around twice as many casualties as the Ukrainians since February 2022. The Ukrainian operation involved remote-controlled flying surveillance and minelaying drones, one-way explosive robots on the ground and in the air as well as gun-armed ground ’bots. In what amounted to a smaller-scale proof of concept for the recent combined-arms robot assault, a Ukrainian ground robot cleared a Russian trench in Kursk Oblast in western Russian back in September. Russia has attempted small-scale ground ’bot assaults of its own, but less successfully. The problem, of course, is that while robots are adept at surveilling and attacking, they’re terrible at holding. To hold ground, armies put infantry in trenches. They sit, watch, wait and call for reinforcements when the enemy attacks. It’s tedious, taxing duty that requires constant vigilance. Constant vigilance is difficult when a human operator is remotely observing the battlefield through the sensors of a maintenance-hungry ground robot. Machines break down. And their radio datalinks are highly susceptible to enemy jamming, as the California think-tank RAND discovered when it gamed out a clash between hypothetical U.S. (“Blue”) and Russian (“Red”) army battalions partially equipped with armed ground drones. “Blue’s ability to operate was degraded significantly by Red’s jammers,” RAND concluded. It’s not clear the 13th National Guard Brigade even tried to hold the Russian positions it cleared in the all-robot attack. Read more:
0:32

Ukraine’s First All-Robot Assault Force Just Won Its First Battle | David Axe, Forbes That Ukraine even needs so many unmanned weapons points to a deep manpower shortage. A Ukrainian national guard brigade just orchestrated an all-robot combined-arms operation, mixing crawling and flying drones for an assault on Russian positions in Kharkiv Oblast in northern Russia. “We are talking about dozens of units of robotic and unmanned equipment simultaneously on a small section of the front,” a spokesperson for the 13th National Guard Brigade explained. It was an impressive technological feat—and a worrying sign of weakness on the part of overstretched Ukrainian forces. Unmanned ground vehicles in particular suffer profound limitations, and still can’t fully replace human infantry. That the 13th National Guard Brigade even needed to replace all of the human beings in a ground assault speaks to how few people the brigade has compared to the Russian units it’s fighting. The 13th National Guard Brigade defends a five-mile stretch of the front line around the town of Hlyboke, just south of the Ukraine-Russia border. It’s holding back a force of no fewer than four Russian regiments. That’s no more than 2,000 Ukrainians versus 6,000 or so Russians. The manpower ratio is roughly the same all along the 800-mile front line of Russia’s 34-month wider war on Ukraine. Russian troops still greatly outnumber Ukrainian troops, despite the Russians suffering around twice as many casualties as the Ukrainians since February 2022. The Ukrainian operation involved remote-controlled flying surveillance and minelaying drones, one-way explosive robots on the ground and in the air as well as gun-armed ground ’bots. In what amounted to a smaller-scale proof of concept for the recent combined-arms robot assault, a Ukrainian ground robot cleared a Russian trench in Kursk Oblast in western Russian back in September. Russia has attempted small-scale ground ’bot assaults of its own, but less successfully. The problem, of course, is that while robots are adept at surveilling and attacking, they’re terrible at holding. To hold ground, armies put infantry in trenches. They sit, watch, wait and call for reinforcements when the enemy attacks. It’s tedious, taxing duty that requires constant vigilance. Constant vigilance is difficult when a human operator is remotely observing the battlefield through the sensors of a maintenance-hungry ground robot. Machines break down. And their radio datalinks are highly susceptible to enemy jamming, as the California think-tank RAND discovered when it gamed out a clash between hypothetical U.S. (“Blue”) and Russian (“Red”) army battalions partially equipped with armed ground drones. “Blue’s ability to operate was degraded significantly by Red’s jammers,” RAND concluded. It’s not clear the 13th National Guard Brigade even tried to hold the Russian positions it cleared in the all-robot attack. Read more:

Owen Gregorian

116,018 görüntüleme • 1 yıl önce