Look at me boys. I got a matching set on like a tic-tac-tac. I'm wearing the set boys. Oh This is how you get the views. I'm done making fun of women. I'm gonna embrace it. They're getting so famous so fast I've been grinding YouTube for six years, bro. All I had to do was just be a girl with big knocker What am I talking about? It's not this video. Listen, they dropped the sugar rush promo Can I just get the most minor golf clap for electronic arts? I don't want to give them any credit Okay, but they kind of have been dropping a lot of content late in the season for them to Supposedly we're getting summer blockbusters again, too It's not confirmed There's a way where people can kind of hack into the game and they can see pack animations before they actually drop in the game Supposedly there's a pack animation that looks exactly like what a pack animation would be for summer blockbusters If you guys don't remember summer blockbusters, it was the coolest promo ever from like maybe man 17 or 18 I'm trying to remember but basically they just gave every like current good NFL player a 99 overall Which is exactly what I love because it's so lame when like the top five best teams are just all ultimate legends point being I hope we get that packet play squad is going to be very excited for that But for now, let's just worry about the Easter promo just like Christmas, too This pack in place actually gonna be like a twofer because we can get these grand eggs in the packs that we're getting I'm gonna be honest with you. I do not know when these packs open I presume they open on Easter day and the eggs are gonna but we'll have to see so right now You'll probably see this video like a little bit before Easter something like that when we finally can I'm gonna open all the Easter Baskets all at once and we'll see we get just like we did for Christmas.  Let's hop in Wait one second my old editor Denver just told me he pulled something insane on live stream Bro, what happened? I can't see bro. You got that Wendy's Wi-Fi. They went crazy, bro What is it? It's a 99. What is it? It's a 99. It's the max.   No, I'm doing a pack and play. I'm gonna need you to send over a wheel I might give you one. I might give you the finale Okay, that's awesome. Hey, that's a good way to start this out Let's go six times sugar rush fantasy bundle one medium egg fantasy pack not to guarantee 93 plus is now whatever the hell is in the sugar Rush fantasy pack best way to find out is just by opening it. So let's get it Also, I literally don't even remember what the pack play squad needs. So we're just gonna have a good time Open these puppies up, right? Oh That's sick.  I love that. Oh my god The second rounds are always whack. That is so cool. So the age old dilemma Is there a crazy animation if I pull something crazy because so far I've pulled super hot nothing It might it might just come down to what are in the eggs. I feel like that's I take it back. I take it back. I take it back. Wait, don't I have a nasty left tackle I'm trying to remember dude. I might already have a crazy good left tackle I don't remember we get Neville Gallimore bro Neville Gallimore is the name of like that It should be the name of like a British king not this dude, bro Not this freak of nature black Neville Gallimore Edger and James Melvin Gordon meh, there's my boy Gallimore. Let me get Marcus Gilbert. Oh, there's treat tickets and candy I mean, I don't know either of those are but I think we're definitely gonna do some quick selling slash exchanging in this episode because not a lot of crazy stuff's going on right now I'll take London Fletcher though. I love to have the training of that and I might have to pull like a 96 or better to get the animation or they were just lazy and didn't put it in It's always hard to tell Michael Burton and Adam Shaheen. Damn. We're getting kind of cocked. These toppers have to be nuts.  What do I got right here? Yes, I have a 96 left guard Okay, whatever. We know there's an animation now. We've seen it and we didn't get it there Preston Smith though. I'll take Preston Smith. Oh, wait a minute. Let's use our galaxy brains here They didn't even make it hard this year. Holy. This is so obvious, bro Are you kidding team of the week? This is a team of the week egg Uh, this is a platinum series egg like those elites that quick sell for coins. All right.  That's playoffs. This is super bowl playoffs This is my heroes. It feels like there's no mystery. These feel like really obvious ones But maybe I could be wrong though. I'm gonna get some candy and I'll do the random ones Random is okay. That's more pack-and-play esk I actually have a revelation to show you guys on today's episode too pack-and-play squad Thank you guys for sticking with me, but I've been super discombobulated about this and um, I'll explain something in a second So I'm 40 wait. I'm 45 000 candy. Okay from quicksail and stuff. I didn't use we're just gonna re-roll the 93 plus We're gonna do this four times. Hopefully we get a 96 that is usable for me. That's not a 96 It's trey hopkins who is exactly as good as my current center I'm actually gonna re-roll this as many times as it's humanly possible for me. No, give me 96, bro No, I don't want him again. We lose candy every time we get a 93. We have to go up a bum 93 or we're gonna keep Don't give me him again, bro How many times don't you dare, bro Stop there's no way. You can't do it five times in a row. You can't bro Okay, press and smith. We break even with press and smith press and smith is not better than full So he's not coming in Oh my god. All right, actually, you know what? I take it back. I just made 10 000 candy off of that pole So it's a good pole. I just need any other 96. That's not roger saffold, bro. Come on. Come on, baby. No I'm so tempted to do the fantasy bag, but that's so lame. I can't do that. I gotta pull it like this Our first day jcline trey again trey. Hello. We're gonna be real familiar, buddy Damn, did I just get a miracle topper because my topper had a 96 And I think I've only got 196 out of like 15 of these 16 now This is a rude electronic guards jcline. I'm not cheating this. I'm not opening that fantasy pack Did we just wait a second did we just officially get a new quarterback for the pack of lay squad Dude, he's kind of nasty 91 speed 98 throw power 94 accuracy short 92 mid 92 deep He's literally 6 5245. He's literally 6 5245. This is my quarterback rogers Oh my god, rogers has been our quarterback for so long and he's finally been taken out. All right Definitely going running gun. Definitely gonna go escape artist. We know that but let's see what else we can get I'm gonna go escape artist roaming dead. I I'm cool with that though because this only used three ability points I don't have gunslinger. It's gonna be a serious adjustment not having gunslinger. But hey, we finally got a new quarterback I still have 16,000 candy too. So like if I had the sauce I was gonna say I could back to back it if I had the sauce, but I clearly do not We're all about 47,000. We landed ourselves a cam newton. Yes, I understand I could have just gotten him out of the fantasy pack But that's not how pack of play works because if I buy a fantasy pack It's the exact same thing as like it's the same thing. He's me just getting him off the oxygen We're out here. I'm just gonna do two random eggs. Why not? It'll be fun Our first random egg of any size is a medium egg. It's a super bowl egg. Love that Our next one is I'll take another medium if you got it.  It looks like the sky looks like clouds I'm trying to remember what promo that might be but at the top of my dome skis I can't think so our scrambler man is in Alan Robinson's activated Curtis Samuel. Let's go Chris Hogan as well I know this Isaac Bruce is really good, but I want to write text on the field Okay, listen listen listen listen. Here's the thing that I wanted to talk about earlier But I wanted to wait until I actually got into seasons. So, oh, there's a house rules. Let's go Oh my god. I'm so happy. Okay. Here's what I was trying to say pack of play squad is my second account Okay, and every once in a while. I actually want to make a straight gameplay video It doesn't happen often But like tree archer dropped and I had to make a gameplay. I cannot play on my wheel a month So I know in the last pack of play episode I hadn't made the playoffs yet, but I technically have So if I lose this game the pack of play squad resets if I win and keep going and bake it to the super bowl We keep the team no matter what once I'm out of this season We're resetting the pack play squad back to nothingness without further ado ladies and gentlemen You may have thought you were just clicking on a pack and playing came to see some packs get open But you're also getting a mutt head-to-head divisional playoff game. So, you know, I'm gonna be sweating Good thing. I've got Lana's new album.  No, I'm just kidding Lana I didn't mean it Rodney Harrison mean Joe green and Joey Bosa. You got my man 99 golden tate strip. Is that a I almost did the thing where I asked if it was a new york giants theme team, but it's weird, bro. Who has It might be bro. It might be a hey. It might be a minor new york. Listen guys Listen, it might be a minor new york giants theme team eagles versus giants two.  This is perfect. Eat that pussy full full five Yep, well hat back guy for the boys literally never ran that play my whole life for a hot 14 All right, we're setting a counter here on first and 10. Oh my god His team is fast third and seven. I'm gonna know huddle pass potentially hits hot heap here. Let's see what he runs No, how did that? Oh my god, michael straight hand that 99 michael straight hand just bold came new and over I think alan robinson is a money throw though Oh, that's main coverage. Shit. I'm in trouble. Wait. Wait Cam cast fourth and 11 think this user with that cubie spy on me next time boy Straight going into andre swift. Uh-oh. He splits him, but yep. Still got that five three rushes 23 yards My boy have like any man coverage Can swift get open? Oh, thanks. This route is unstoppable. All right going back to five wide He's gonna probably go back to man. Oh, that's open. It's one of these are Curtis sam though with no route technician. Just burn his man. All right. He definitely definitely thinks I'm running this ball So I'm not oh, why don't the andre swift play off football, baby Let's get it. We really get the best games in pack of play. I know he wants to Oh seguan barkley in the backfield too, bro. I might not even be wrong All right, so deep crossers damn. We're for a long game I need joey boss and mean joe green again in the backfield or I'm gonna get lasered by crossers like until I die No, you are not He's gonna try and go deep with 87 looking for a one-play touchdown. I gotta cover it Oh, okay.  That's what it is guys Just gonna throw underneath to this very He's gonna lose two yards. He's got a fourth and 12. Do you punt from your own 37 in the divisional playoff? Yeah, I don't all right. We're gonna blitz hard here And we'll just see what gets open. I got the corner What's up with the fumble recovery? I don't know who is in the backfield whether that was mean joe green or joey bossa or any of my blitzers. I can't tell Oh, it's brian dockets. It's my 91 overall brian dockets. I'm gonna do the same thing But I'm actually gonna scramble up the middle this time if it's there Oh my god Kind of looked like the quick throw was there. I'm gonna keep playing this conservatively though I just take a field goal a two possession lead.  So off jet pass fake the zone.  Let's see if allen robinson gets the edge here. Super weird play, but Oh my god Rowan literally got his user his user was the liebacker that's supposed to be the cover too flat A bit on that so hard. Oh my god 14 to 0. I'm sorry about your divisional playoffs, my man. All right second and seven Where do you want to go here? Looking kind of deep. No, he just throws underneath. That's fine Dude this guy's obsessed with losing yards. He's literally obsessed with it.  I just have to cover the right side to feel myself So I got to cover all this. Oh I I was kind of ready. I think lemars just having a bad game. All right I'm blitz and zavian howard and neville hue at once again. I just got covered these deep ones.  He threw right at one of my linebackers and he just like goofed out Okay, fourth in two. That's what I'm talking about. I'm gonna run something so bizarre I'm gonna run four six bear cover two. I just want to confuse the hell out of him I I don't know if this will work or not at all. This can be horrible.   Lamar is physically incapable of throwing that corner out that he keeps trying to throw All right, ooh That could have been a big bailout season bailout season papa makes you I was starting to lose grip in this game You know in fairness He did use that golden tape on the kick return and that man was gassed Oh Oh I'll adjust any field advantage. I'm not even gonna go for anything else really here and with five on the clock We're gonna snap it and just take this up for another two. That's a 52 yard field goal Literally no idea who my kicker is so I don't know how realistic a field goal is I think the under swift is wide open on a one second read. Maybe chris hogan too, though I might hit the under swift here Yup Same day under swift who lost the lines again because he dropped the easiest pass in the world huge play right there We're now in field goal range and we have the ability to continue to crank this clock probably I didn't switch his juke this shit out of lord taylor clock continues to wind Oh The andres slip. Oh my god.  We're just gonna literally walk it into the end zone Oh my god touchdown the andres slip 21 to seven the eagles pull away by 14 in the divisional All right. I'm gonna keep my blitz as hot. I'm not changing my defense, bro. He's only scored on me once Damn all right third and 10. I'm gonna send zavian howard and he would again everything's covered play action crossers mind You have to reward me for completely reading his play and lasering directly to it electronic arts You have to reward me by giving me the interception All right, that's a very smart play. He does not have the clock to be chewing it We're gonna stop sending the blitzes now. We've been sending the blitzes so hot so hot There's a corner out right here in a couple levels concepts. I'm on all of them. Come on Share the love.  Give me that Let's go white's out. See ya. See ya. Come on. Let me see my game sets at least my man andres I'm so proud of myself right now. My user was brazy right there We had two wins away Well, we're one went away from the Super Bowl two wins away from actually completing this season on the pack In play squad, bro. We beat rideshaft and we love Noah. What a great game Oh my god, it's hard to say whether cam newton or deandre swift was the player of the game But it all went super well. So I got no complaints right now. My man. All right boys huge game.  W. We just got jeff o kudo marquise brah miles jack bro What cameron hayward 96 cameron hayward out of nowhere We probably don't even need the second pack. We just pulled so much heat tray hopkins. Rock you sin Honestly, don't need either of them. I'll take that cameron hayward He's gonna kick nick boz out Nick boz is gonna find himself a nice seat on the bench julius peppers Miles garret those are mad and unless we get a 96 Oh duplicates the episode right and our 94 overall nick bossa who let's see him compare So cameron hayward is slower I will say I did like that about nick bossa because he was a pretty decent qb spy When it was necessary, but look look at this dude plus nine strength plus nine tackle got plus a 14 block shedding That's pretty damn important awesome episode just added cameron hayward. We're still sitting at 94 overall I think we'll be in 94 overall until we get rid of brian dawkins for a better free safety Also need a right guard slightly better center chase relief. However, you say his name. He got bullied today's video So you know how it is. Hey boys, I love you. Thank you for watching as always you guys are such studs I appreciate you guys watching my videos. Dude. I know I know how late we're getting into madden season I'm not oblivious to the fact that a lot of people don't play madden at this point But this is what I do. I love doing it. So if you're still watching our videos, I appreciate you Your stud. Um, all right, that's it boys. Thanks for watching as always. I'll see you next video. Peace


And that means 14-60 or more for her to get into the medals again and win a fourth world medal. Yeah, at 35 years old now Kimberley has probably seen her best years, but to her credit she continues to perform at a level that keeps her in the conversation. Absolutely. So good work on her part. What about the short put performance? Because it is an event now that as Caribbean people we are taking a closer look at. Well Daniel Thomas Dodd has thrown 18-75 so far this year. Yeah. There are three women over 20 meters and there are four women over 19 meters, but we know Daniel Thomas Dodd tends to bring her A-game at these championships, we've seen it time and time again. If she can't pop something in the region of 19-5 or more, she's in contention for a medal because as you know championships bring out the best of people and it brings out the worst of people.


Item number SCP-177. Object Class. Safe. Special Containment Procedures. SCP-177 is to be kept in a level 4 storage locker. During use of SCP-177, standard rules of chess must be adhered to. Any tests subject to attempting to cheat or deviate from these rules is to be escorted from the room. Description. SCP-177 is an 8x8 square standard chess board, measuring 40 cm x 40 cm. On the board are 16 pawns, 2 kings, 2 queens, 4 bishops, 4 knights, and 4 rooks, totaling 16 black and 16 white pieces. All items are carved out of elephant ivory. The white pieces are movable and can even be removed from the board with minimal force. The black pieces, however, cannot be removed from the board or moved by any outside force. Forces in excess of 3 kN have been applied to the black pieces, only resulting in damaged equipment. When a legal opening move is made using the white pieces, SCP-177 enters an active state. When active, SCP-177 can be used to play a game of chess using standard rules. White moves first, pawns can move two squares on first move, etc.  When a piece is captured, it is moved off to the side of the board and removed from play automatically. In the case of the white side winning, the black pieces all return to their original positions and no further effects are noted until a new game starts.  Should a stalemate occur, all pieces fall down and return to original positions. Addendum History of SCP-177 SCP-177 was brought into Foundation custody in 1991 following a routine sweep of antique stores in the area of London, England. The shop in question was found to be mundane, with the exception of SCP-177, which was acquired by Dr. Khaleeb. The shop has since been under surveillance for any further anomalous activity. Partial Test Log Test Number 001 White Player D-17701 Female Caucasian Age 25 Subject chosen for her aptitude in chess Results of game Heavy casualties on black side Ending a checkmate for black after 60 moves Test Number 014 White Player D-17701 Same subject as previous 13 games Results of game Few casualties on black side Ending in a resignation from D-17701 at 50 turns Almost all white pieces were captured. This is the first recorded instance of SCP-177 actually winning a game. Test Number 025 White Player Male Chinese Age 34 Local chess champion in the town of Jiangsu Province, PRC. Mr. White was informed that SCP-177 was operated remotely by an advanced chess computer developed by Sherman Computer Products. Results of game SCP-177 successfully promoted one of its pawns to a queen and used this piece to place Mr. White into check several times before an eventual checkmate at 75 turns administered amnestics and released. Test Number 051 White Player Male Japanese Age 50 Former Japanese national chess champion Results of game SCP-177 had considerably long pauses between turns, often in excess of 10 minutes, and moved pieces slowly. Eventually, Mr. White resigned, declaring that the board was broken and taking too damn long. In future tests, time control will be used to ensure there are no repeats of this test, administered amnestics and released. Test Number 167 White Player Dr. Kaleeb, chess expert and head researcher on SCP-177. Dr. Kaleeb requested to play a game with SCP-177. Results of game, checkmate for SCP-177 at 154 turns. Dr. Kaleeb proclaimed that it was the best damn game of chess he had ever played and expressed interest in a rematch. Test Number 200 White Player Deep Blue Chess Computer Results of game, SCP-177 narrowly lost deep blue in 50 moves. Since this time, SCP-177's chess strategy has been noted to be greatly improving. Test Number 406 White Player Dr. Kaleeb Results of game, checkmate for Dr. Kaleeb in 11 turns. A new record for SCP-177. Dr. Kaleeb stated that SCP-177 must have cheated, citing the misuse of the on-passant move. Footage shows that SCP-177 played legitimately. Test Number 529 White Player 2000% World Chess Champion Mr. P*** was informed that SCP-177 was being controlled by an advanced chess computer developed by Sherman Computer Products. Results of game, Mr. P*** lost to SCP-177 in 90 moves, stating that whoever programmed this computer was a genius. He was administered Class A amnestics following testing and released. Test Number 702 White Player Ribca Chess Computer Winner of 2007-2010 World Chess Computer Championships Results of game, SCP-177 won in 25 moves. Test Number 975 White Player Anderson, a chess computer developed by Dr. Kaleeb with the express purpose of beating SCP-177. Computer was built to be able to deviate from rules of chess and cheat, if necessary. White piece is manipulated by robotic arm. Results of game, game progressed normally until turn 63, when Anderson attempted to move the white queen in an L shape, similar to a knight, in order to achieve check. Following this, SCP-177 was thrown at Anderson by an unseen force, at over p*** kilometers an hour, resulting in the destruction of several vital circuits in the computer. New Protocol No cheating. Do I even need to say what would happen to a human if they cheated against this thing? Dr. Kaleeb Lesson Complete If you missed the previous orientation, go watch SCP-176, observable time loop, right now. Or for the complete course, watch this playlist.


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modified surface layer and integral coating and in this what we mean that this modified surface layer in actual practice this is actually a change in mechanical characteristics of the surface layer which is mechanically functional and this is in particular important to the parts which are mechanically functional. So, in this case emphasis is given on how to improved or increase enhance the surface properties of this mechanically functional part that means, the surface of this mechanically functional part. So, this is modified surface layer the purpose just we have mentioned and integral coating. Now, integral coating means it is not like the conventional coating what we mean conventional coating means that it is a separated layer well it is very clear to reveal this thing and it is a separate layer which can be deposited by various coating techniques and most of the materials are supplied from an outside source. So, in this case when we call it integral layer in that case actually there is no sharp demarcation line or separation line between the coating and the substrate rather this coating becomes an integral part and it is not that easy to distinguish it from the basic substrate. So, this is exactly what we mean by modified layer and integral coating. Now, this can be done this surface modification or making developing one integral layer that can be done either by mechanical means or by chemical means or even by assistance of ion. So, we shall go through this and try to understand various advantages, demerits and the scope of use of those processes. So, number 1 what we can see that here we give special emphasis to mechanically functional component. In fact, in mechanically functional component on the surface we expect certain properties or characteristics and these are namely resistance to wear resistance to indentation resistance to scratching resistance to oxidation corrosion and so on. A mechanically functional part its service life may be affected by any of these three stated modes and life will be shortened and last, but not the least for a mechanically functional component what is very important the fatigue life. So, it is submitted to some reversal stress or alternating stress and these components are processed by various mechanical processing technology and as an outcome of that in certain cases we find that the surface is not free of certain flaws and limitations and as a result of that this surface has a short fatigue life. So, we understand actually in this case that this mechanical characteristics or mechanical property should be elevated or enhanced by some process and here we can find out some of those process. So, mechanically modified surface layer how the surface layer can be modified. In fact, what happens on a surface which is actually formed by machining or by grinding there are some grinding mark or machining mark feed mark this is number 1 and number 2 is that there can be also high residual stress because of the unequal cooling between the top surface and that of the core area that means, a high temperature gradient and as a result of that on the surface whether it is cylindrical or flat in that case on this surface on this surface this is actually the functional surface on this surface the residual stress is tensile stress. Now, if this thing is allowed to move and spin at a very high speed there will be reversal of stresses because of the external loading, but because of this residual tensile stress on this graph what we can find out on this graph we have already some stress is already stored. So, the base line is shifted here. So, this is a loss of strength of the material. Now, it is our objective to conserve the strength of the material that is why there must be some process of neutralizing the tensile stress and also to induce some compressive stress. So, this is number 1 how we can do number 2 is that if we have some cold working on this surface then there can be some strain hardening and as a result of the strain hardening surface hardness will increase this is number 2 and number 3 is that by this plastic flow of the material we can have a smoother surface and all sort of tear cracks that can be suppressed by this plastic flow. So, we can summarize induction of compressive stress suppression of the scratches or flaws by this plastic flow of the material then by this strain hardening we can also increase the hardness of the material and getting a smooth shining surface we can reduce the roughness and also the frictional characteristics. At least one can apply this concept to improve the surface property of this mechanically functional. Now, this can be a ground component or it can be a turned component it can be even a flat surface a milled part or even a surface ground part, but the basic thing remains there that store it is actually the frozen tensile stress on the top surface which cools at a faster rate in compared to the core area and how to neutralize this stress which is tensile in nature and to make the situation favorable for application of this particular component. So, one can look into this process short pinning actually in short pinning what is done on this surface with a nozzle this glass balls or steel balls or similar material having a size ranging from few fraction of a millimeter to few millimeter that is actually impinges on this surface. So, here what is going to happen that here we have this SOD standoff distance number 1 then size of the ball material of the ball velocity with which it is striking this surface and also this incidence angle. So, all this will finally, decide upon what is the final outcome on the surface. So, on the surface the first thing what we like to have that improvement in the stress situation. So, by this impingement or bombardment this surface will undergo some kind of plastic deformation and with this plastic deformation this compressive stress will be induced there can be some plastic flow of the material and as a result all this thing which were originally the short coming of a ground or a machine part those can be little bit neutralized and as a result of this short pinning we can get a favorable surface property over this. So, here this velocity material size of the ball incidence angle that means, the energy of impact all this thing will decide what is the quality and here the quality means actually to what depth we can have this surface modification and it can be few millimeter to a fraction of a millimeter and this one has to also control depending upon the application and. So, naturally precise control of this process parameters is also extremely important in this case. So, this can be done on a either a cylindrical surface or on a flat surface and this process can be make made useful for this improving the property mechanical property of that machined or ground surface. So, this is short pinning now this short pinning can be also done in a plasma environment. So, here we do not use any ball of glass or steel cast steel or glass sometimes cyan particles are also used, but in this case the process is actually refined. This refinement means actually in this case we must have a vacuum chamber. This is a evacuation chamber and there we have the table and this table is for supporting the specimen which must undergo such kind of treatment and here what we have? We have a vacuum system for evacuating what we need to have further to this that means, here we need polarization of the this sample that means, this will be connected to this negative polarity and the body can act as an anode or we can have one anode plate on the on the top also. So, if we use this body as anode then what is going to happen and then what we have here entry of argon. So, what are the parameters which are very important in this case that this argon will be admitted and between this wall or a separate anode plate and this cathode there will be a gas discharge and that will be ignited and during and at the time of ignition what is going to happen this negatively biased this sample this actually component that will be bombarded by this argon ion. So, this argon ion will impinge on this surface and this will be accelerated by this negative polarity and this way it is possible also to have neutralization of the stress it is much refined we can control the depth of that deform layer the thickness of that deform layer also we can also have some dent formation on this surface sometimes it is also necessary to use this as the pocket for fluid for lubrication. So, there are various way of using this process, but most important here is that first of all you have to evacuate with a pressure of 10 to the power minus 5 to 10 to the power minus 6 star that means, it is free of oxidation the sample is well protected then it will be back filled with argon to a pressure of 1 into 10 to the power minus 3 to 1 into 10 to the power minus 2 and there will be a DC excitation it can be between say 5 volt to 1 k v and with that it is possible to have this impingement of argon ion over this surface. Obviously, here the process pressure what are those thing should be looked in that means, the flow rate of argon which is controlled by one mass flow controller from this side this is going to be a mass flow controller for argon and in this side we have fine tuning of the pressure by this throttle valve. So, these are the peripheral elements around this vacuum chamber. So, we have incoming argon properly controlled flow rate with MFC we have here the throttle valve to control the pressure and what we have a DC excitation and then this job is properly done. So, this is a refined way of doing the thing just by pinning in plasma environment or by the assistance of argon ion this thing can be done. Now comes one mechanical process of ball burnishing. Ball burnishing means here suppose if we have a cylindrical piece cylindrical piece and on which we need to improve the property or the quality of this surface and then what we can do now this surface can be ground in a central in a cylindrical grinder this surface can be ground and after grinding we have to replace that grinding wheel with another wheel in the same spindle and this wheel has a different shape it is actually looks like a disc. So, here what we have we have a disc it is almost like a cage and over this what we have on these two sides that is the place where we can show the balls. So, there are so these are the balls. So, if we see the end view if we see the end view then we can also have this projectional view.   So, this will have a rotation this is also having some rotation and at the same time translation. Now what happens it is also it rotates at that high speed and this ball is pressed against the surface. Now while pressing against the surface it can do the necessary plastic deformation over the entire surface and that pressure is created by the centrifugal action because of this there is little clearance in that slot. However, during this high speed rotation they will be thrown out by this centrifugal force and they will be held against the surface and as it moves on the side this ball having this rotational motion and at the same time a translatory motion and with that it is continuously doing this mechanical work over the surface and this is basically a plastic deformation. So, with this plastic deformation what we get it is almost getting a very smooth finish over the surface and at the same time by this plastic flow we can get a better finish. Those grinding marks can be totally suppressed through this deformation and more importantly in grinding the greatest problem of grinding it is actually the residual stress and that residual stress part can be well handled by this ball burnishing process and we can also achieve a compressive residual stress over this surface and obviously, for this reason this shaft which is going to be a mechanical component in any application as a shaft as a rotating element having the alternating stress during one particular cycle of rotation and in that case the material property which is little bit gets deteriorated by this grinding action that can be recovered by this ball burnishing action through this plastic deformation and this inducing some of the compressive stress. So, this can be done in the grinding machine itself. Now, this ball burnishing can be also extended for improving the property of a contoured surface. Say for example, we have a contoured surface with certain axis of symmetry and this is going to be an axis. So, this is an this is just like a symmetrical about this axis and here what we can conveniently put and this surface this surface can be contoured in a machine in a milling or in a turning whatever may be the case. Now, this surface need some kind of attention and modification. Modification means in clear terms it is augmentation or improvement in the mechanical property like hardness removal of torn area scratches in and then regaining the hardness, then wear resistance and smoothness and last but not the least a good stress situation on this surface. So, here we can also put one ball. So, this is going to be a ball and this ball will follow this contour that means, this ball has a rolling action that means, this is actually a surface of revolution. So, from this side what we can see.  So, what it will have? It will have a rolling motion that means, a rolling motion following this contour. So, a rolling motion rolling motion following this contour for this ball and at the same time it must also have another rolling motion over this periphery. So, it has two rolling motion one about the axis following one particular diameter and at the same time it is having another rolling motion over this following this contour. So, it has two rolling motion one is about this axis and another is about this axis. So, with that we can also have perfect ball burnishing over a contour surface and which is going to be a 3D contour surface. Now, comes roll burnishing. Now, in roll burnishing the rollers are used and what we have seen the use of the ball and in roll burnishing actually what can be its application we can see here say we have the internal conical surface say it is it can be the valve sheet this is actually the valve sheet and here what is important one has to. So, the valve will come over here and sheet. So, these surfaces are the valve sheet now here during locking and opening there will be stress reversal. So, these surfaces will have change of stress that means they will be submitted to some alternating stress and that means it is going to be a fatigue. So, how to improve its fatigue like that is one consideration and this can be well handled by one ball burnishing tool and it can be placed here some thing like this. So, this is like a spindle which is spinning at a very high speed and now we have here the rollers. So, it is a taper surface. So, that will geometrically they must match and fit properly. So, this roller will spin and this is also going to spin and in that case we have roller burnishing over this entire conical surface the whole idea here is to improve the fatigue character or the resistance to fatigue that elevation of the resistance to fatigue that can be remarkably improved by this roller burnishing action. Say for example, another example this is also another valve sheet it is not conical, but it is going to be a flat one. So, this is going to be a flat one and in this case also we can see that a burnishing tool can be very effective. So, here the surface of interest is these surfaces. These are the surfaces where the valve will simply rest and blocking the path and this way what we can see that this surface will be subjected to some change in the stress situation. What we have seen here this is the surface of interest where we need some mechanical surface modification. That means, we have to deform this surface to change the stress situation to improve hardness by work hardening removal all those machining mark and improving the oxidation resistance corrosion resistance all those things. So, similarly here what we can do rather conveniently using one such roller and this roller will have it is something like this. So, this is one disc it is provided with roller and this roller can be put here. So, it should cover these surfaces and this will keep on spinning over this and then by pressing in this direction. So, these two surfaces immediately will be worked by this roll burnishing action and in that case we can remarkably improve the surface property of this particular zone of this machine a machine component. So, these are the two examples of roll burnishing. Another one also we can highlight highlighting the importance of roll burnishing suppose we have one disc it is like a collar it is a shaft with a collar at this end and here we must have filleting to avoid the stress concentration. However, there is still scope of using this roller in this zone and this can be just here matching this curvature. So, we can have one roller using this type of roller of course, its geometry this string should match with the fillet radius and this roller can spin and the job is also rotating this way also these are the zone these are the very delicate area in the whole body because it is going to spin and in that case what we see that by this roller which is burnishing by this roller burnishing process we can improve the situation here and making the part very safe and reliable. That is one of the prime objective that means, to improve the property to augment the property in such a manner that the part become safe and reliable and have a longer fatigue life. Now, this thing can be well illustrated by one diagram if we follow one diagram that means, say on this side we have the stress alternating stress which is not a steady one and on this side it is the fatigue life fatigue life. So, in proper scale log log plot just to give an impression that what we can do we can get series of curve more or less following this nature. So, these are the curve now what is our objective why we do all sort of this mechanical working whether it is short pinning roll burnishing or ball burnishing the whole idea here is to shift this curve in this direction in one sentence we can say that this is our sole objective. So, what we can see when we just mill or turn or grind a sample and maybe this is one situation, but when it is this process is followed by say short pinning or ball burnishing or roller burnishing the whole idea here we like to see that this curve shift in this direction and that is the whole idea that means, we can shift this curve. So, by this shift what we mean that we get not only a a prolongation of the fatigue life, but also a higher stress. So, if we limit our stress level here then we can have say for this is the life and now we have this life now for this fatigue life with this blue line this is the fatigue life and with this improved situation with this ball burnishing or roller burnishing or short pinning we can get a point here and that is actually elongation or with the same life we can also increase the stress level which may we may encounter during mechanical application of this component which may be subjected to some alternating stress. So, the basic idea here is to apart from all quality good surface finish resistance to indentation improvement in hardness through strain hardening polishing of the surface that means, corrosion resistance corrosion oxidation resistance all this thing we can achieve, but what will be more important in this case is to improve the stress situation that means, the unfortunate tensile frozen stress which develop on this surface that should be neutralized or if possible we can have a compressive stress over this surface just by either short pinning ball burnishing or roller burnishing or if we like to have refinement of the process we can also use ion impingement, ion bombardment inside a restricted environment within by getting a plasma and with by immersing the sample in the plasma volume the argon ion can be also brought in and we can get a effective result. Now we go to this integral coating and here we have at least carburizing and nitriding these are the two process well known process and the whole idea here is to have a surface and this surface should be enriched with carbon this should be enriched with carbon or nitrogen. Now here in most cases still it will be that the dissolution of carbon in iron and once that gets saturated what is going to happen if this steel has some material say which are carbide former which are known for their property say group 4B, 5B and 6B all this titanium, vanadium, chromium, tungsten, molybdenum, niobium and so on all these materials are known for their great tendency to form carbide. So, if those materials are present inside within the body then this carburizing process will be one effective process to enhance the surface property and this is actually what we mean by carburizing. So, that is the whole idea now in case of conventional carburizing what is necessary it is actually a thermally activated process. So, thermally activated process means we must have one furnace and then reasonably we can put inside CH4 a stream of CH4 which will be thermally activated on this surface and leaving carbon and depositing carbon here and leaving hydrogen. So, it is going to be a thermal decomposition and this will require certain temperature and also tendency of this elements which are present inside this sample inside this specimen which has certain affinity to form this carbide of that particular element. Say it can be molybdenum carbide, tungsten carbide, vanadium carbide, it can be even titanium carbide or chromium carbide and they are known for their all elevated properties like hardness wear resistance. So, on the surface reasonably we can get an coating which we cannot in that sense distinguish it from the substrate, but it is almost like a transition and it is a part of the substrate just on the top surface the surface properties different from that of the core. So, this needs actually temperature since it is thermally activated we need a temperature for carbide formation and this may be 1900 or 1100 depending upon the free energy of formation of any reaction. So, carbon titanium, carbon chromium, carbon vanadium like that. So, we have to look into those free energy data and from there we can find out what is the best temperature for this. So, this is actually traditional carburizing or conventional carburizing. Now, what we see here in this case we can also have nitriding. Now, in nitriding what we see that instead of this methane what we can have, we can have say either nitrogen or ammonia or nitrogen, but it is also revealed that with NH 3 the requirement of temperature can be brought down around 600 whereas, when it is just nitrogen it can be as high as 900 degree centigrade. Again it is the same principle that when this materials have certain nitrite former which are from group 4 B, 5 B and 6 B transition elements from there we can also have this NH 3. So, here also NH 3 that will split into nitrogen and also 2 3 H 2 and this nitrogen with titanium definitely it is going to make one titanium nitride. So, in all these cases we have to look in that the temperature requirement it can be done also with nitrogen alone, but in that case temperature will be quite high. Whatever may be the case what we need here high temperature this is thermally activated. However, this is carburizing this is nitriding, but we can also have carbonitriding. The reason is as follows that in this case we need to take the advantage of both carbon and nitrogen. As we know from our understanding say for example, if we consider say titanium as the metal as the metal donor then we can have titanium carbide or titanium nitride or titanium carbonitride in that. So, carbides are known for their hardness whereas, the nitrides are more important in terms of anti welding property or chemical stability. And if we like to have some balance in between there we can also have a carbonitrite coating. So, in that case it is called carbonitriding only we have to have controlled quantity admittance of methane and nitrogen within this and maintaining certain pressure it can be in atmosphere or it can be below atmosphere. So, with that we can we can also hope to get a coating of say titanium carbonitride or chromium carbonitride and so on. So, in this case the whole idea is to have a balance between carbon and nitrogen so that we have a optimum mixture of both metal carbide and metal nitride which can give some of the best performance in very specific application. So, these are actually conventional carburizing and conventional carbonitriding. Now, this is actually ion carburizing so we call it ion assisted carburizing. Now, what we have seen so far that it is not the question of carburizing it is the question of high temperature. Now, when it is a high temperature many of the parts may undergo some kind of thermal deformation or even distortion geometrical distortion and rectification also becomes a problem. So, naturally how to get rid of such limitation and for that it is ion assisted carburizing that means, the whole operation has to be performed in a closed in a restricted atmosphere and restricted atmosphere means here what we see it is actually a vacuum chamber. So, in the vacuum chamber we have the table for supporting the substrate. This is a substrate material and what we have here flow of methane or flow of acetylene it is a source of carbon and then what we need we have a vacuum system with all sort of peripheral supports vacuum system. We have also one pressure sensor here which can be monitored pressure sensor and then it is a closed metering and what we have in addition to that we can have one anode plate here or the wall can be anode, but we can put it in the ground and then we can put this thing it is isolated and this is actually the anode and this is the cathode it is a floating anode it has nothing to do with this chamber which is already grounded. Now, what we are going to have in this case we have ionization of this methane and in that case what is going to happen first of all we have to evacuate the whole system first of all we have to evacuate and then if we like to have some cleaning of the sample and that is the greatest advantage we can also have a discharge of argon and by that with this negative polarity we can have also argon incoming argon with that we can clean this substrate followed by admittance of methane and then with this discharge of methane what is going to happen on this surface this will split and then carbon will be deposited and hydrogen will be released as neutral finally and since this is plasma supported plasma enhanced or assisted we can reduce this temperature. So, this we can illustrate it illustrate here by this diagram this is the total energy requirement. Now, to conduct some process this is the total energy requirement and this we can show in another way that means, this is another bar diagram. So, here we can show one border line. So, what we are showing here that in this case the whole thing is plasma activated and it is the temperature through this particular temperature at a level we supply the entire energy requirement is met. So, this is a normal carburizing process, but here this is plasma activated. So, we can understand that this comes from this plasma and this is actually thermal source. So, with this what we get that we can reduce the requirement of the temperature and it is actually basically the principle what we use the system what we use in sputtering that same apparatus can be in used in a very intelligent manner and what we can have here that just by reducing the requirement of this temperature the whole process can be conducted in the range of 200 to 300 degree centigrade and with all new power supply devices it is possible to hold the temperature in a range where this component which are made of steel they would not undergo any sort of distortion and it can be taken as a just as a finished product and that can straight forward undergo this carburizing ion assisted carburizing process without having any metallurgical damage or any mechanical damage mechanical property, metallurgical damage, geometrical distortion, residual stress problem all the things are taken care of by this process. So, similarly following this we can also have what we call what we call plasma nitriding plasma nitriding and in plasma nitriding we have here just in place of CH4 we have N2 this is going to be the substrate holder that means the sample here we have the sample and then we have here one anode plate may be placed and this body and these are constitutes this cathode this is cathode and this is anode and what is going to happen as usual we can put also argon and then nitrogen. So, with argon all this cleaning can be done and with nitrogen actually the nitriding that will be conducted and in this case it is also possible to hold a temperature in the range of 200 to 300 degree centigrade and without having any problem of metallurgical damage deterioration of the property or even any surface flaws generation. So, it is going to be a process which can be applied on any finished product and after this process no further treatment no further finishing that is necessary and this is one convenient way of using this process particularly for those materials which are sensitive to temperature and this temperature is very critical in that in normal nitriding or carburizing processes this temperature becomes very critical and we may not go to that temperature and the process is limited to very specific or some of the not so precision samples or precision parts, but with this advent of ion nitriding and ion carburizing it is possible to improve the surface property of various components which are temperature sensitive. Now, with this nitriding and carburizing it is obvious that with this processes we can also have carburizing carbonitriding of the substrate that means, C n we can also produce. So, it is actually plasma enhanced process and in this case the plasma actually supplies the energy and thereby reducing the requirement of that high temperature. So, with this what we can say we have covered ion nitriding. So, what we can summarize here that fatigue life of a mechanical component can be remarkably improved through modification of the functional layer by short pinning. Now, this is actually the most important focal point because it is the fatigue life one would be interested, but apart from that resistance to indentation resistance to wear then good surface finish resistance to oxidation resistance to corrosion those are also achieved, but we give special emphasis to this fatigue life. Now, this pinning process can be refined by use of argon inside a plasma environment and in it is very closely controlled. So, naturally a layering within few micron that can be also possible. Now, ball burnishing or roller burnishing are quite effective and these are used in mass production. This can be used in mass scale production of mechanical components and integral coating can be built by enriching the surface with carbon or nitrogen and in this case of course, active participation of those carbide or nitride forming elements are essential. Now, when this carburizing or nitriding processes are ion assisted we can reduce the requirement of the processing temperature then the use of consumption of the gases can be also low cycle time will be also low and last, but not the least because of this low temperature and because of this ion impingement we can make a good surface layer with a close control and within few micron as if it is necessary and with all the required property in an improved manner.


All right boys, I'm finally gonna do it Gentlemen, I never thought I'd actually do this. Wow Luna is pissed window for me. Are you mad?  They're renting But you're just touring someone else's house.  I am in Grand Haven, Michigan. We're really close to the water It's like my dream place. We also are finally finished with the wheel of mutt garage I've been talking about this for like seven months all the money I made from winning that golf competition I put towards that. It's finally done.  Let's go. Let's get in first thing You notice every time you come in house is the foobies will attack you This is Luna also known as phobie give me your wiener. This is Mika Also known as phobie This is bandana phobie. This is your evolution is bandana phobie Just put this up. It's so sick. It's like a 3d wall art of Michigan. So Grand Haven That's like the beach that we're on so we're like right there right on Lake Michigan and then Lansing this right here This is where Michigan State is that's where my family is so Michigan State's right here and Arbor is where the University of Michigan Is and then Detroit we don't go there because we don't want to die. Just kidding Detroit's Detroit's kind of nice It's not that bad They just redid the whole kitchen before I moved in I love this light blue. It's like my favorite You can tell it's like my favorite color. I feel like I'm on HGTV and they're gonna do this all day They literally like they just scrap. Oh Randy Orton Everybody comments on this my older brother got this for me for Christmas. It's like a cutting board the man to me The legend Papa Meigs. We only cut bratwurst on there, baby.  You're not sit Good girl. Okay There you go chompy Wait shake Good girl. You're so pretty This is the casting couch And Mika All right, cool. So this is like I guess it's called the basement, but it's like six steps of basement It's kind of cool So it's not like an entirely different part of the house But you just kind of like waddled right down here and me and Chase just set up something sick chase behind the camp if you guys didn't know He's my new full-time videographer. I went to high school together. He's a stud So you'll see him a lot of videos. So this is basically like the living room I had to get giant beanbags because they're so lit this this is what I mean by like I'm turning into a mom I never even knew it did that it's a coffee table, right?  I also want something here. What if I want something right here? It's so lit So usually there's another beanbag right here But me and Chase just made this like ultimate gaming dungeon where we can disrespect women as much as we want This is my old iMac. We've got two xboxes two monitors the og Little LED strips behind and do you guys remember this? I'm just gonna put this up Very few of you are gonna remember this This is from like a vlog that did not get a lot of views like four years ago If you remember this, I love you. I will not be giving the back story You guys outside of my favorite part like the absolute best part of this house is the backyard 100% and that's really why I got it But this is the four seasons room It's so pretty it's hot as shit in here, but in the winter. It's so awesome It's got one of those like super old-school furnaces. Just super cute in the winter. Dude. It's got a beer tap I legally can drink the alcohol whenever I'm really sad about all my girlfriends leaving me.  I think it's so cute. There's this upper deck right here. I Don't know if you guys remember the egg chair I got it from my apartment at MSU and I figured I was like, you know at some point in my life I might have a house and I might put it somewhere Damn, it looks crispy Dude bugs are so dumb though when you sit out here and turn it on bugs literally fly straight into it and just die It's kind of like it's a sad like cemetery This is maybe my favorite place in the whole house Spend a good hour here every day thinking about how much I hate myself And then I mean This is gonna sound obvious, but like one of the coolest coolest parts is having actual waterfront access I know a lot of people have boats But then they like take it to the boat launch and stuff and it's really like I don't know It's a huge hassle the way that I ended up even getting this house as I told a realtor here in Michigan I said hey over the next four or five years if you see a house that pops up that has like lake access and That I could afford and not even four days later. He's like hey I know this is a little quick, but that exact house just popped up All right Guess I'll sell out a little bit Thank you so much so all my sponsors guys really use their products. They're super cool No, I'm serious you guys have to do a ray-channel edges the best mobile game What are you fooling? Landscape admittedly use to look a lot better until the foobies use it as their hunting ground All right, now I'll give you guys the boat tour. This is the best part next year. I want jet skis It was just so hard to get them this year Let's you let's take it out. Fuck. I didn't even think about it. We could take it out Take this whips off the beer keeper hats. Oh It's so high They're the best part.   How many bonus points if I run these jet skiers over? I'm gonna commit vehicular manslaughter.   I'm gonna show you guys the bedroom.  Where was your mom last night at 10 30 p.m Think about it. Do you can you do you remember?  Oh shoes in her room, right? Was she did did you see her Between 10 30 and 10 33 p.m. Yeah, I only lasted 30 seconds. Sorry. She's hot.  I made the bed may for it's like your astrology sign I don't know may the force be with you. Is that yeah? Yeah This is a small version of what I was talking about. It's kind of becoming destroyed But it's all the places I've been with a pin in them. It's kind of cool There's a decent out in there each one has a good story. This is London Italy Greece Croatia Germany Amsterdam Hungary Budapest Ukraine. You guys know that story Middle eni turkey. I'm missing something. This is a this is a Gucci plate when I tell you I'm serious about this I'm very serious about this. It's so cute. It's my jewelry plate It houses my one Gucci ring, which I wear if I'm feeling extra e-boy if I'm feeling like I want someone to question my sexuality I'll just throw that out and they're like, hmm. Does he like boys?  It does say I have a bachelor of arts with a major in marketing It should say with a major in plumbing But when it got printed out or something, I don't know. There's just a typo. They goofed it For those of you who didn't know I don't know if any of you guys are new to my channel But I actually major in plumbing at MSU. Um So that I could lay pipe On your mom Joke that I've used that joke so many times. Literally everybody knows that joke Nothing special in here You guys remember Kaylee. She had really curly hair.  Like I'm gonna try it out Bro, she's usually my hair is like most pretty flat right now anyway, but I don't get a lot of curls But if I like put this in my hair after a shower Herbal essences, this is not sponsored. I just thought I'd let you guys know.  I guess So it's feeling like right now. Good view of the lake too Yeah Do you like a full video like a closet tour like everything is in my closet?  Yeah Okay, I'm staying in here. No, I'm not coming out of the closet. I'm staying right here. All right Hey, have a good video to rim the willamette studio for me. All right. We'll see you I mean your parents not ready yet. What if my family judges me? I Little lemon just dropped like men's set.   I cannot wait to wait Barely tell the shorts even there. I got there blending in baby I didn't notice her shoes like I was buying a lot of shoes. I just wouldn't wear them You know, I end up wearing birks around the house all the time um And when I go out I either wear really fancy shoes or vapor maxes I always wear my vapor maxes because they make me two inches taller.   I'm not, okay, and now For the best part the wheel of my garage and I'm out of here. Well, then welcome to the wheel of my garage, baby So I'll give you the formal tour number one. This is all temporary This is just inspection stuff and this is just for the workers this AC unit We're getting full-fledged AC to go through the entire room, which is sick But that has not been put in yet. So I guess it's not formally done right when we walk in the whole floors have been finished It's indestructible. It looks really good. It's got little blue specs in it. It's blue So technically I can still use this as a garage, but that's not really what you're done for The big thing was kicking out the back windows. This is the best view. This is the lake view Like this is what you want. This is gonna be my anime wall. I know I'm a total weave. It's not finish it This is Yoshi Kagekira.  They did amazing. Who do you even call that shape, bro?   This is my most unpopular opinion. I think most I say 90% of youtubers use PC and I hate it I love Mac and this is where I play like 2k or matter and then this is just a second monitor So if you guys see me making a video I have like all my footage and recordings and face cam stuff like verified right here And then this is where I play the game and then if it gets dark I have the Elgato Lighting panels right here like if I make it a video at 9 p.m. That almost never happens. I just don't do that So usually I make videos like in the morning until midday I just put these up in the grand scheme of things They look a little bit weird because there's all this open space up here But the whole point was for the videos So now in video shots, you should see like this plant Stafford and the 100k check one take. Okay one take Kind of the free throws the close shot Oh, I'll let you guys see this. This is kind of weird. Most people don't see this. This is my calendar This is how I plan out videos. So I tell you guys I'm a sellout, right?  I totally forgot about that. I do want to thank seat geek I am seriously though. This video is sponsored by seat geek now that I remember seat geek is the best place to buy tickets I know I'm a sellout, but that doesn't mean it's not the best place to buy tickets I use it for the festivals that me and chase are all about to go to if you use code mmg You get 20 dollars off the app is amazing Definitely, you should have seat geek on your phone by now if you want to go to a game If you want to go to nba game nfl game a concert of anything go to seat geek. Yeah seat geek. I do love you I got rake shadow legends, baby the goats probably shouldn't have wrote that down but intermission started here No video yesterday house tour no video tomorrow And then we come back from the intermission episode 19 20 21 22 23 24 These are undetermined. There's a video you guys really want to see I don't know what to post on the fist six and sevens. So let me know It's signed by like the most random players and it's like brett maher Love that last name. This is when I clapped Literally clapped you boy pizzas cheeks. Oh my god.  Yeah He was not happy. Yeah boys. That's pretty much it. I absolutely love this house And I really cannot thank you guys enough for putting me in a position to where I can be doing this It's not like a gig a mansion or anything. I know you guys are probably used to those house tours But I am so incredibly happy I can't wait to make super heat bangers for you guys in here The only reason I'm here is because of you guys. So thank you so much. I love you Thank you for uh sticking with me through my annoying sellouts Um, and I'll just keep making bangers for you guys. So thanks for watching as always. I love you guys. Peace out


Paulie here on the Latino slant. Hope everyone is doing great. We have a nice news update, but one of our favorite actors that we are always a You know have been have been a chronicling and always talking about Geno Ortega in a new film and What's even cooler is that she's acting with Martin Freeman. So I'm like, yeah Sounds good. Well, what is it? Well, let's get over it Geno Ortega Martin Freeman movie Millers girl to world premiere at Palm Springs Film Festival ahead of January Ahead of its January lease. This is a first look photo now make sure you watch the whole video right now because I want to I want to I want to make an announcement in regards to the Palm Springs Film Festival at the end of our of our little talk, but here's a first look photo So, you know take for what it is There's Martin Freeman and Geno Ortega as we read along Exclusive on deadline Miller's girl is starring Geno Ortega and Martin Freeman will make its world premiere at the 2024 Palm Springs Film Festival Before it hits the theaters next month Slimes gate and point gray pictures are behind the movie marks the feature writing and directing debut for Jade Haley Bartlett who wrote the original play in 2011 and adapted into a screenplay that landed on the 2016 blacklist Miller's girl will premiere at the festival January 11th in and land in cinemas beginning Friday January 26 Now they're all set to attend the Palm Springs screening Which runs from the fourth through the 15th of January 2024 there'll be part of a talking pictures program that features post Q&A with cast and Creatives January 11th at the Palm Springs Film Festival Let's get to what the story is about centers around the unraveling of a complex connection between lonely Intellectuals a failed writer named Jonathan Miller and his remarkable student Cairo sweet Ortega when a creative writing assignment prompts uncomfortable realities both realize they've blurred the lines beyond the academic The pick is about the intimate Eminent inexorable attraction between characters who become both hero and villain in each other's stories Whoa Whoa, whoa, whoa Freeman is the executive producer Okay, so there there you have it. There's the news on what's going on with Miller's girl and the new Jenna Ortega film that's going to debut at the And you know peace with the bubbles at the Palm Springs Film Festival now, let me just say a couple of things before we we wrap it up here, right? And Yes, this looks this looks like it's gonna be a very adult subject matter Which I really commend Jenna going after different roles Pushing the envelope like she always does. I think it's a great thing Now what I also think is is a great thing is that this was a play and Usually if it's a play that means it's heavy on the characters on the dialogue It's well fleshed out Especially if a play makes it to the blacklist makes it to that upper echelon in Hollywood as one of the Scripts to produce and I love that. You know, it was a play and that it's about you know characters and hey, you got that That student-teacher Romance which is not old. It's not new so that should be interesting to see how they tackle that and Like I said, I like the fact that it was a play and I like the fact that it's gonna be that means to me It's gonna be very well written the odds are And it's not gonna be you know, some some silly overdone and maybe To you know to corporate corporate produce so it could be It could rattle some cages. We'll see now here is the the thing I wanted to to announce Two things right? One is in regards to our What our new website the Latino side comm is up and running. It's live make sure you go right now and Subscribe and join our mailing list because what you get our discounts giveaways and alerts to all the things that we're doing Not only on our YouTube channel, but in in other avenues of entertainment that we're starting to tackle for 2020 to 4 and Here is the final thing with the Palm Springs film festival the Latino slant is Gonna be there so January 11 Latino slant and Jen or take his new film. Let's do it. Let's do it Palm Springs. Let's let's do it Miller's girl I cannot wait to see this film and Possibly get a word in with our theta. Can you imagine the slant getting some words in with our theta? Yeah, man It could happen. Let's make it happen. What do you guys think of this project? Hit me hit me up right now in the comments below wherever you're at Keep that slant. Thank you


Hello and welcome back. We are continuing our study of object-oriented programming. And the topic of this lecture is Operated Overloading. Here is a quick recap of some of the relevant topics that we have already studied. We have been studying about object-oriented programming with structures and classes. We have seen how to access data members and member functions. We have seen the role of constructor and destructor functions. And we have also seen how function calls can be made with structures and classes. In this lecture, we are going to study how to customize operators for different classes. Specifically, we are going to look at operator overloading and assignment overloading as a special case of operator overloading. Much of this lecture is motivated by the treatment in the book and introduction to programming through C++ by Aviram G. Ranade published by McGraw-Hell Education in 2014. All examples taken from this book are indicated in the slides by the citation AJR book. Now, let's recall the class V3 for representing three-dimensional vectors that we have been studying over the last few lectures. This class has three data members named X, Y and Z, all of dive double and their declared private. It has several constructor, destructor and other member functions that we have studied over the last few lectures. For now, I am just concerned with this member function sum. This takes as parameter another object of class V3. This constant denotes that this object is not going to be modified within this member function. And what does it do inside this member function? It basically allocates a new object V of class V3 and sets the X data member of that object to the sum of the X data member of the receiver object and the X data member of V. Similarly, it does for the Y data member of V and the Z data member of V and finally it returns the object V. So, basically what this member function does when it is invoked on a receiver object is that it computes the vector sum of that receiver object with the parameter object that is passed. Now, recall also that we actually used the class V3 more in its struct incarnation to actually write a program about the simple motion simulator. And in that program, we had a simple simulation loop here in which at every simulation time step of granularity delta t, we were actually calculating the current displacement and the current position by using these expressions. What are these expressions saying? These are saying take the initial velocity as a three-dimensional vector, scale it up with t, the total time elapsed so far and add that as a vector to the scaled version of acceleration as a vector but the scaling factor is 0.5 t squared. Similarly, here add current displacement as a three-dimensional vector to the initial position as a three-dimensional vector to get the current position as a three-dimensional vector. Now, isn't this too clumsy? We wanted to do some simple vector scaling and addition but look at what we have ended up doing here. So, the question is can we write this in C++ in a slightly cleaner way as is shown here where I am just showing that I am trying to scale some things, add some things exactly as I want to do as vector quantities, as vector operations. Well, the problem with using plus and star for vectors is that normally plus and star operators in C++ do not operate on V3 objects' operands. So, the question is can we overload the meaning of plus and star operators to operate on V3 objects just like we want them to and the answer to that is a resounding yes. C++ indeed provides us a way of achieving this. To understand how this works, let us consider an abstract infix operator, act, act could be any binary operator like plus, minus, star, division, remainder, what have you. What do I mean by an infix operator? It means that when I use this operator, it is actually written between its two operands like I have shown here. Now, in C++ the expression x at y is considered completely equivalent to whatever you will get by applying a special member function called operator act on the receiver object x where you are providing the object y as a parameter to that member function. So, note that whatever appears on the left of act is the receiver object, whatever appears to the right of act is the parameter and for every infix operator act the receiver object class has a member function operator act. Note also that operator is a C++ keyword. So, now if we go back to our definition of the class V3, here is how we might implement the member functions operator plus and operator star. These are really fairly straightforward. So, operator plus takes another object B of class V3 as a parameter and it simply returns an object of class V3 whose x, y and z coordinates are the sum of the corresponding coordinates of the receiver objects and the corresponding coordinates of the object B. Similarly, for this scaling operation and in fact, if you recall this code that we have written here is really the same as what we have written earlier for sum but we have replaced some with operator plus. Similarly, here we have replaced our code for the member function scale that we had seen earlier in a few lectures back with operator star. So, that's all that we have done. It's also important to note that these member functions are not going to change the receiver object and it's very important to denote this very explicitly by writing const after the parameter list and before the opening brace. So, now if you look back at our motion simulator code we know that these two stars are taken care of. This will be well dot operator star applied on T and this will be acceleration dot operator star applied on T square, but what about this? In order to interpret this I would need to apply 0.5 dot operator star applied on this but clearly that doesn't make sense. 0.5 is not a receiver object of class V3. So, what do we do about this? Well, C++ provides another overloading technique to solve this problem. For every member function operator at that you can define within a class C++ also allows you to define operator at as a non-member function as a simple ordinary function that takes operands and returns a value and once we have done this we can once again use at as an infix operator in expressions. So, let's look at the simple example. Here I have written operator star not as a member function of any class but just as an ordinary function it takes two arguments and returns a value and this is the computation that it does inside. The important thing to note here is that the order of the typed operands is factor which is of type double comes first and then B which is of type V3 class V3 comes next. So, once I define operator star as an ordinary function with the operands appearing in this order I can now go ahead and write an expression like factor star B. So, on the left hand side of star I have the parameter that comes first and on the right hand side of star I have the parameter that comes second and what do I do in the body of this ordinary function? I actually invoke the member function of this object B specifically the member function operator star of this object B and to that I pass factor as a parameter. So, effectively I am computing factor star B by evaluating B star factor and of course this is possible because of the commutativity of star when you are scaling a vector by a scalar constant. So, now if you look back at our code these two stars are basically invoking member functions by the name operator star this star is actually invoking the non-member function by the name operator star. Well, which are the operators that can be overloaded in C++? Well, almost all operators that you really care about and here is a long list of binary operators and unary operators that you can overload exactly in the same way that I showed for star and class interestingly note that there are several assignment operators also that can be overloaded. Now, this is particularly interesting because unlike several other operators the assignment operators already defined for all kinds of classes and structures. So, for example, here if I have two objects of class B3 and if I say B is assigned A I know exactly what to do C++ compiler knows exactly what to do all the data members of A will have their values copied to the corresponding data members of B and this whole B assigned A as an assignment expression will evaluate to the value of A. While this is true that assignment is really defined for all classes and structures but you may want to redefine the assignment operator for a certain class or structure for some specific computation that you might want to do and this can be done by defining the member function operator equals. So, whenever we want to write an assignment expression LHS is assigned RHS. As an assignment expression this will be considered by C++ to be completely equivalent to the result of applying the member function operator equals on the LHS as a receiver object with the RHS as a parameter. So, note the left hand side is the receiver object right hand side is the parameter and the definition of the member function operator equals is really going to be very similar to the copy constructors that we have seen earlier except that we must remember to also return a value because every assignment expression must have a value. So, here is a simple example of assignment overloading taken from AGR book we have a simple queue here which is trying to keep track of waiting entities perhaps waiting cars the identifiers of these entities are stored in this array elements starting from the index front the next n waiting elements starting from the index front store the identifiers of the waiting entities and we are going to assume that the indexing is circular or modular so that once the index reaches 100 it wraps around and comes to 0. Well, you could have several member functions for this class but right now we are interested only in this assignment overloading member function operator equals like a copy constructor it takes a reference to an object of the same class as a parameter and we have used const to denote that the RHS cannot be modified by this assignment overloading and the assignment overloading must return a value so here it is returning a reference to an object of the same class remember that this operator equals member function is going to be invoked on the LHS of the assignment as a receiver object so here we take the data members front and n waiting of the receiver object that is the LHS and assign them the values of the corresponding data members of the RHS object then we go around a simple loop in which we see the values of the elements array of RHS to the elements array of the receiver object that is the LHS and which are the elements that we copy starting from front the next n waiting elements are copied here and of course we use this circular or modular indexing at the end of it this member function says return start this what do we mean by this well in C++ inside any member function of any class this always denotes a pointer to the receiver object so here this denotes a pointer to the LHS of the assignment so start this is a reference to the LHS of the assignment so that is what is being returned by this assignment operator so in summary in this lecture we studied about operator overloading in C++ is a programming convenience and we also studied about assignment overloading as a special piece of operator overloading thank you for your attention


It was an absolute pleasure to meet the Prime Minister. He was, it was a proud moment for me to talk to him. He was very encouraging about my achievements, but importantly, he was very keen that I continue to support other women and girls and be a role model for many women and girls coming out of India. So you could see his passion and commitment to support women more and more in business, in all avenues to grow and develop. I see that our Prime Minister is really interested in ensuring that India is an investment hub for everyone. He wants to make it easy for businesses to continue to build bonds with India, invest in India. We talked about this. And we also talked about Khaadi, how Khaadi, our fabric, can bring it to a global stage. So, he has a lot of commitment that our homegrown skills, the good work of India, we should encourage.


Hello. Hi. Good morning. Welcome back to my channel. Welcome to another video. We're back in lockdown. I mean we've actually already been in lockdown for like a week. I can't remember. My birthday was six days ago and we were definitely in lockdown for that so yeah probably a week maybe a little bit longer. But I am starting uni back again today. If you don't know I am at uni. Well I'm at uni but I'm living at home currently because of lockdown. I don't know when I'm going back but probably not for a while because we're not allowed and we're in lockdown and there's like a pandemic going on or whatever. So we're starting online uni, everything's online obviously. And yeah I thought I'd just vlog my day. It's gonna be an interesting one. Probably not. But I am actually happy that uni has started again because it gives me something to do. It gives me like a structure in my day and we're gonna make today productive hopefully. Okay currently it is 11.41 so it's a bit late isn't it? But yeah I'm up. I'm showered. Let's go make some breakfast because I'm really hungry. I'm absolutely desperate to need a coffee and then I've got my first lecture at one. So enjoy the day with me. I hope you're all having a lovely time in lockdown and let's just fingers crossed this is gonna be the last one. Is this not the most exciting breakfast you've ever seen? If I'm being completely honest I really just can't be asking for breakfast these days. Like usually I just don't eat it but otherwise I'm not gonna eat till like four. So I thought I'd have some and we had this like nice sourdough bread in the house so I'm just having some butter on bread and toast and uh ice coffee obviously.  We'll put some makeup on in a minute. Okay goodbye. Oh my god. Driver's license. I don't know how to feel about it.  I don't want to talk about it. I don't want to talk about it. I just I'm obsessed. I'm obsessed. Anyway we've got 40 minutes till my first um my first lecture. I've just got this a little delivery but I'm not going to show you my address this time. I think it is my eyelashes. I've had eyelash extensions on for the last like however many months and I took them off myself the other day. I know scary uh because they were just falling off and obviously you can't get them redone and I couldn't get them taken off either so I thought I'd take them off myself. So I've ordered some lashes which is what's in this parcel. I got two of the same. They're the cherry top lashes um by unicorn lashes is the brand. Wow they feel like real hair.  I want to film the you know the TikTok trend where they fall back on the bed and they look all pretty after crying you know that one. I want to film that but right now I'm gonna fill out my diary. We're back in work mode now so I need to fill it out and then I've got my lecture in half an hour. It's on organization studies and it's gonna be really boring.  Okay hi so I haven't eaten and I haven't put any makeup on which is great. I've actually been online shopping for the last two hours um which is a really bad use of my time. I'm about to film like the beginning bits of my TikToks and then after I'm ready later I'll film the end bit. Okay let's do it. Here we go again. I think this is actually gonna be the most interesting. Let me turn him down. I think this is actually gonna be the most interesting module to be fair because it's like the first glimpse of marketing I've had and it's obviously what I want to do. Anyway I'm gonna go to my lecture now. Hi so put you there. As you can see I look very different.  They're huge and I think they're probably a bit too fluffy for my liking but anyway I put this dress on. You can't see me anyway and some heels. Ellie if you're watching thank you so much I think I accented this home with me. Hello my god TikTok is really glitching. This is just not easy. I'll get back to you when I've done it. I did it well kind of. I'm not really happy with it but I filmed both of them. I don't think I showed you me in the red dress but I will insert both of the TikToks now for you. Well just actually just the driver's license one but follow me on TikTok. But yeah I think I am gonna take this makeup off now and have some food because I haven't eaten all day well no lies don't lie Gemma. I had that toast at breakfast but I haven't eaten any lunch because I've just been so busy just being a working woman. Why do my lips look like six times bigger? I'm such a catfish. Anyways I'm gonna take this makeup off now. Do you like my new jumper by the way? I think it's sick. I'm gonna take some Instagrams in this tomorrow you know the classic like car park shot that's what we're going for. Hello hi oh this is good lighting isn't it? As you can see it's a lot later my eyelashes have disappeared and I've changed my outfit but um I was meant to start editing this video got really distracted um I wasted way too much time but anyway I'm going down for dinner now so thought I'd take you along with me and then we should have this video after dinner but um do you like my ceiling? Kind of fun. My legs hurt so much. Dinner! Hello. Hi. Hi. Hi. Ow I still can't walk properly. And here she is. Oops. I haven't got mine yet. Such bad content. What are you filming? Just a day in my life darling. Oh so an easy one.  Hi so I apologize for what I look like my god this is just not good um I just scrubbed all my fake tail off and washed my hair and then it dried naturally so it's uh really nice and just not nice actually at all but it is currently the next day um I didn't film anything after that clip I've been trying to um redo my nails so I don't know if I included me talking about it in this video because I think I rambled on I think I cut it out but anyways my nails are very grown out as you can see so I instead of um trying to attempt to remove acrylics myself I'm gonna attempt to redo like infill them so I done two today they really don't look good I'm not gonna lie like they took so much filing to be smooth and they still don't look smooth and it took me an hour to do two nails which is obviously not very efficient use of my time considering I have so much uni work to do also I got really exciting parcel from not exciting but I was excited for it because I have an online shopping addiction but I ordered some corsets from Victoria's Secret because if you're on TikTok the infamous Victoria's Secret corset that's been going around they're like completely sold out I did want the white one but they didn't have the white one so I got the black one and it is still really really nice to be fair look at it and then I also got a few more let me show you got this red one just I know you really wanted a hole in this video obviously I got this red one which is also so nice um I'm not really sure about these straps at the front that obviously like go across your chest I FaceTime my friend Jofia earlier and showed her them and she likes them but I have a feeling I'll probably just end up cutting these two bits off and it'll just be normal straps but she is gorgeous and then I got this one as well which I somehow already got fake tan on anyway but this is what this looks like how pretty is that I don't know if this is just too big or like weirdly shaped because I got these two in the same size this one fits perfectly and this one I just I feel like it's like really slanted towards the middle I don't know I mean you don't really care I'm just letting you know in case you want to buy them anyways it is currently one in the morning a half one in the morning and this video is meant to be going up tomorrow morning um so I need to get this edited very quickly so I'm going to do that now I hope you guys enjoyed this if you've got any other video suggestions or tell me how I can do acrylics a little bit better than I've done it on these two subscribe if you aren't already and give this video a thumbs up if you enjoyed it and I'll see you guys next week with another video


My name is Cash. I live in Long Beach, California and I'm a physician. I took the Art of Charm program because I'd been listening to the Art of Charm for a couple of months and found a lot of incredibly valuable information that just overall increased my level of happiness and gave me insight in myself and other people and allowed me to interact them with them more. But I felt I needed to actually get into a situation where I was pushed a little bit where I could kind of use some of the skills that I've been learning about in paper and on the audio but actually put them into practice and I felt actually going to the boot camp would kind of push me to do that and has. I chose the Art of Charm because I trusted in the product and I trusted in where the information and where the teaching was coming from. I'd been listening to Jordan's podcast for months like I said and every podcast was just a jam. There was tons of value there that was just given for free and I felt I didn't need to seek out this and in fact I never really even thought about going to a boot camp to increase my and improve my social skills and be able to interact with other people. I never even conceived of the idea but after learning about the Art of Charm and then listening to the podcast implementing those things I knew that doing something like this in a small environment would really augment my life and it has. It's always sort of skeptical when you haven't done anything like this and you're shelling out decent money to be able to participate in a group like this. My wife was definitely telling me to just look into it and make sure it's all okay and is there a money back guarantee and all the things that a partner wants to protect you with but I think a healthy dose of skepticism is really important and yeah so I was a little skeptical but in the end I had already been sort of exposed to a lot of the teaching over the last couple of months so I knew it was coming from a place of genuineness and of sincerity so I really wasn't concerned I was going to get the wool pulls over my eyes. From the first day I met first of all the guys that at the program who I've still remained in touch with and just starting off with AJ and Justin and Johnny and really interacting with them plus all the other assistant coaches from day one it was just put your feet to the fire teach you things really delve deep into what makes me tick and what makes other people tick and really coming from a place of how can you give value to people when you go through medical school and pre-med and the residency and fellowship if anybody's like me you're really just working or studying and kind of going home but this was the first time in my life that I had actually gone out and almost just tore the night up with a bunch of great guys and did it in a way that was just so fun and enjoyable and exhilarating and scary and every night and we went out five nights in a row got home one two in the morning and was just excited to do it the next day rather just being exhausted yeah it was I miss it I you know I I really look forward to you know doing it again with my AOC buddies that I met unfortunately on the east coast but say at least incredible just what a great fun awesome experience I think the video session was great it was painful to watch but I learned a lot by looking at my body language and how I was in terms of how I came off in terms of nervousness and anxiety so being able to get more grounded and more situated and more calm and relaxed is really helpful I thought the day sessions were great because it forced you to go out meet multiple different kinds of people and really shit that fear about initiating conversations with random strangers and I thought the scavenger hunt was fantastic as well and the nighttime stuff was scary but in the end it was just absolutely amazing well so I'm thinking about what I could have gotten out of the program what I got out of the program which I could not have gotten out on my own and that is being in a situation where I'm with people who are encouraging me and pushing me and supporting me to really go beyond my comfort and being and letting myself come out and totally be comfortable with it I think I have the tendency to want to read books and listen to podcasts and live vicariously through other people's experiences but this was actually me getting my experiences on my own and there was no other way to really push that rubber band of comfort to the point where it snapped unless I was actually there myself doing what other people have done such as this program so this training program for married guys I think have provided a really great framework for kind of interacting and valuing your partner and seeing places where you could really add value to your partner and to your relationship and by doing that you actually wind up getting value back so really trying to listen and see for example what my spouse preferred or what her subtle cues were when she communicated about what's important to her you know and being just a better listener and actually then having the courage to do some of the things which I'd maybe been scared to do so for a married guy I think it will make the relationship with your partner much closer hopefully they'll celebrate in your growth and be able to grow as well I found that my wife has grown as well and learned from me and she has started to take in some of the teachings about positivity about basic human need of acceptance appreciation and acknowledgement and some people may realize that they may not have chosen this great but in the end I feel like it gave tremendous value to your to my close relationships