Hi everyone, Joe for Jaspy's case breaks.com coming at you with the first half of 2021 Panini Donneress Optic Baseball six box half case pick your team number nine big thanks to This group right here for getting in on the action on Wednesday the 13th appreciate it So you have a little rooftop next to your name that means you won that spot in that filler that we had and last Mojo officially went to big boys up low seven and his Giants my rivals. Oh, yeah, sure So let's pop this case open And let's see which half we're gonna do second half is already in the store. I want to say second half is Make teams left in that Second half is already in single digit nine teams left Might be able to do that without a filler All right, so let's select a die We'll select that nice Dodger blue die there one two three for the left side four five six for the right side It's six we're gonna go right side and this side we will save For break ten kind of hard to ride that angle, but there you go That's that's those are supposed to be tens with an underline My bill we should be able to do this tonight You know on the table over there and let's pop this open Two autographs for box on average yell it's on the cover Good luck everybody So on the top camera right there There you go. Sean a Jaspie who's coming up right after this. We'll be taking over It's gonna help me pack stack These boxes right here That'll help this break move a little bit more quickly Areas you're gonna go Dodgers? Yeah, will you really or is 20 game winner in San Francisco? 20 game winner has already won like seven playoff games already. He is battle-tested Logan web. He is ready to go Logan web Logan bleh God no I was trying I was really trying to think right box number one Yeah, that would be perfect. All right. Good luck. Our Brian Gray has has will use all the way nice Kyle Lewis Retro series signature is your first autograph and That'll be for Steve M with the Mariners One that spot in the filler gets rewarded with a nice Kyle Lewis auto. I don't think so I think so you're going somewhere Kersh red white and blue to 199 and we got a Zach McKinstry rated rookie on-card autograph for the Dodgers That's gonna go to Jeremy got the Dodgers in the filler Kind of the two autographs popped a little early. This is an autograph hot box perhaps We'll see we got Whit Merrifield 22 out of 75 For the Royals, that's gonna go to Kyle might not be an autograph hot box the autographs popped early But I haven't seen one since Hotboxes will have five autographs total and we've got an Alex Kierloff 132 to 249 and that's box one in the books Patrick Davis got the twins for the Kierloff and we'll do an autograph recap at the end as well Next box. Oh, this might be a parallel hot box. We've got Brian Reynolds 47 out 249 for the Pirates That's gonna go to Jeremy Next numbered parallel is Clayton Kershaw 52 out of 99 It's for Jeremy and the Dodgers Little color match there Next numbered parallel is Luis Camposano 55 out of 149 Padres big boys 007 winning that team and there's Kershaw black 25 out of 25 It's a sharp-looking parallel there Jeremy Won the Dodgers getting some nice parallels in that auto before Raphael Devers red white and blue 127 out of 199 and Tyler Stevenson to 249 going to Carlos and the Red Legs and the Devers Carlos in the Red Sox Red Sox in the ALCS Anything you red thoughts when the ALCS go to the World Series beat the Astros Wow, Sean says Astros sweep Dalton Jeffers or Jefferies that is 32 out of 76 and Corbin burns 62 out of 125 for the brew crew Brian with the Brewers Houston, San Francisco the nightmare matchup for the Dodgers that would be a nightmare matchup Travis and the open A's to just To jack-o-lantern teams pumpkin teams What are you gonna do? Yeah, I can't reply to one of them like just watch a lot of basketball hockey Carson Fulmer, they still kept going with the World Series. Yeah, I'm gonna stop it They might just cancel the whole thing There's a Carson Fulmer Pirates, that's right. He was on the White Sox pirates now. That's gonna go to Jeremy got the pirates straight up Match happen in red 24 out of 60 Oakland A's Travis Who does everyone have for the Astros Red Sox matchup ladies and gentlemen? I think that first game is on Friday It was rated rookie silver Ryan Mount Castle and a Jose Barrios to 249 Barrios going to Patrick in the twins Mount Castle Travis and the O's you had a pretty solid season Pretty highly rated prospect for that organization, too We got Alejandro Kirk 24 out of 75 for the Blue Jays and Pave and Smith blue velocity 91 out of 99 for the Diamondbacks Carlos Kirk going to Omar and the Blue Jays Kyle Tucker and kind of see the stars pattern in the background there. It's a nice looking parallel 005 out of 149 And a Matt Chapman 15 out of 50. I think that's Carolina blue Matt Chapman for the A's that's gonna go to Travis Kyle Tucker for the Stros Joe Locas Won that spot got a red white and blue Corbin burns to 199 And we got a cohe Adi had a 50 out of 249 Going to the Rangers Michael anger with Texas and another brewer for Brian Cohe Shohei Juan Soto 42 out of 249 And there's our second autograph for a 75 rated rookie autographed blue Spencer Howard Joe Locas with the Phillies won that spot in the filler Congrats Juan Soto for Steve M Casey Meis 007 out of 125 Detroit it'll be for Travis Isaac Perettis another one for Travis and the Tigers 132 out of 149. Oh Oh, is that right? Ah ha ha 136 out of 191 99 It's a good one Sean, that's one of your better ones St. Louis Carlos and The autograph is out of ten shirt in a postal Six out of ten. Yeah, that's some good timing there. That's one of your better deliveries Rangers Michael anger Here that's what I hear as well This might be the auto hot box another autograph early William Contreras for Atlanta Jeremy with the Braves Wilson's brother and we've got a Shane McClanahan 217 out of 249 Who's the what now? He was not enough for Tampa. No, not enough Yeah, it's there it is. There's Jamai Jones Angels Joe Locas won the Angels in the team random in the filler Congrats gets the Joe gets to my Jones 48 out of 50 Tell us about oh, that's right. I feel like I've seen him as it is now an oriole. What was the trade? Yeah, of course that that That angels from office is Yeah, oh Rated rookie hollow Jonathan India for the red legs Carlos Might be the thank you, sir. It might be the rookie of the year right there and I'll rookie of the year and There's Glaber day nine another low number nine out of ten Yankees Joe Locas getting the Yankees as well in the filler rewarded Labor Day Like a good Glaber Torres is there It is high it is for it is out of here Will crow six out of 76 for the buck O's Jeremy a Donis Medina 31 out of 75 Pink velocity autograph For the Phillies another one for Joe. All right nice autograph hotbox So we saw a parallel hotbox. We saw an autograph hotbox and we should see One more of each most likely in the second half unless it surprisingly is here. Here's Dane Dunning Retro series signatures for Michael and the Rangers Glaber Torres 009 out of 125 for the Yankees Joe All right team is three two one six out of ten Joey Gallo Rangers Edition here that'll go to Michael. That's pretty cool You can kind of see the gold in the background there sort of harder to see when you get that in person Michael I think it's gonna really pot looks nice. How about a Casey Meyes autograph raided rookie on-card auto for Travis and the Tigers? former number one overall pick six out of 30 had a solid season this year Piedolanzo 11 out of 99 for the Mets What's this? What's this 30 for 30 here? All right? And we got Hassan Kim 1 12 out of 249 pink velocity for the podger. Hey Joe Locas. You're welcome Thanks for taking a chance in that that filler Being rewarded this time. All right two boxes to go Good luck. We got Christian Pache 45 out of 50 Jeremy with the Braves Heston Kirkseye was one of the Big picks big picks for the Orioles rated prospect hollow For the O's Travis and Max Scherzer 15 out of 125 Steve with the Nets There's Ian Anderson for the Braves It's toilet paper in the background little pandemic parallel It's a shorter print Braves Jeremy There's your auto Dalton Jeffries rated rookie autograph for the A's Travis Melberg won that spot Cody Belanger 45 out of 76. He's starting to heat up a little bit. Jeremy with the Dodgers Just had put together a handful of good at bats lately, and we've got Estevan Floriel rated rookie autograph Joe Locas and the Yankees. I like these unleashed cards Mike trout hollow unleash Joe Locas Goldman and Luis Rodriguez in the back last box Big thanks to Sean for pack stacking for ripping open those boxes helping this break move a little more quickly Which I appreciate make sure everyone viewing appreciates that to Jorge because we can get on to the next thing even more quickly Jorge Mateo pink velocity autograph Padres big boys 007 Joey Votto 16 out of 35 Votto Matic for the Red Legs Carlos and a signature series Joey Bart For my rivals the Giants big boys 007 last bond mojo Dave 70% of the time 100% of the time you know this Possible future Buster Posey right here as well as with the Giants fans are open pretty highly touted pick Him and a Adley Rushman could be There's Adley Rushman to future catchers that might be fun to watch over the next decade 59 75 Austin Meadows 75 for the Rays Travis with the Rays Another young catcher right there too and keeper Ruiz could be someone to watch He's in a he's in Washington DC now. Oh, and there are not oh Jim Tomei That Evan White for Seattle 39 out of 125 Steve M with the M's and looks like that might be it maybe a couple a little bit of color here Yeah, that's that. Thank you very much everybody. Thanks to Sean Jaspy once again, and thanks to you for knocking out this break and the filler to make this happen This was 2021 Panini Donner's optic baseball Six box pick your team number nine the next one second half of the case nine left quick little recap You can get into the next one on Jaspy's case breaks calm. I am Joe Jaspy and I will see you next time for the next Break But I


Pedro, what is this? Hey, everybody, this is the Aid Fruit Show in Teleth. This is the best place to show off your DIY projects, whether it be like 3D printing, or circuit boards, or cool 8-all wraps. Crafting, knitting, retro gear, all this fair. Welcome everybody to the show in Teleth. Everybody, all Arkansas, just take participants, not contestants. It's not a faking show. Take a look at the three minutes to show off your projects. Not a lot of folks here, so I'm taking my time to say hello and welcome everybody. So we're going to kick it off with our very special guests from Digikey, Kevin. Hello, Kevin. Hi, Kevin. Everybody recovering from Halloween? Oh my gosh, yes. Yes, we're recovering. We're recovered. How was your Halloween? It was great.  I'm good for a couple of months. I was going to say, give your kids all the candy or let them have access to it. They have quite a hefty dad tax. Oh. Yes, I took the entire stash. You got nothing because the sugar with this kid no, it does not work. You know, I think we're going to have to trade shirts because I really like the different shirt. That's great. Oh, yeah, yeah, yeah. We'll have to send one over. Send us over your site. I can send you one. Yes, I will email you separately. We're going to show Teleth. So I can share your screen and we're going to. Hold off on the screen for one second. So this week, we, as in Digikey and Make, launched the 2021 boards guide. And this guide is every year, it just gets so much better. It's got everything in it. And I'm going to actually share with you the AR version. So now we can share my screen. So we have this setup for AR. And I'm just using an old, I don't even use it in my regular forms, using an old iPhone. And I downloaded the app, the Digikey AR app. And it loads in a second here. All right. We're going to start scanning the environment. And you can see there we have this video that's going to start playing. You can't hear the sound just because of the way the sound is working out. But we have some of the big leaders in the community. We all know who she is. And they're talking about some of the latest trends that they've seen in 2021 on boards and different things that have came out. We all know you can see the Raspberry Pi, the Pico, and the RP2040 chip. So this is the whole story based on just the RP2040, which is really great. And then as we go through this, these boards come up and they're in AR. And if I touch on it, we get some add-on boards. And we can play with all these things just with our finger. You guys probably can't even see my finger, obviously, because the way this is working. But you can play around with these boards. You can zoom in. You can look at the different parts on them and what it looks like. And then, like I said, the different add-on board. It's a Katronik piano. You can put the micro bit in, which is pretty cool.  So the Datafruit Neo Trinkie, this thing is such a cool little device. It's a lot of fun. And then on this side, we just have other boards that are listed. And if you want to view some of these in AR, we have them available, like the M5 Pico, the Stant Pico, you know, this is pretty cool. So I think we have a total of 30 boards that are in AR that are in the list, but not part of the new and notable. You know, just sort of run through this really quick, some of these cool boards for the year. And we have the download links and kind of an overview of the guide and actually a downloadable PDF of the guide at digikey.com slash boards guide. So make sure you guys check it out. We will do. Please post a link to the app in the Discord. Okay. Yeah, I love how this extends the magazine. This is so cool. I like having the additional add-on boards that you can see and all the additional scrollable info. Yeah. This is a really good way to do AR.  Yeah, it makes it a lot of fun. And we were able to do a lot of cool things. Of course, scrolling. Very nice. That's what I'm about.  But in having all this extra info for the boards, like all the add-ons and everything is pretty awesome. It's such a good idea. I mentioned it. Yeah. It gives you kind of a fun way to look at the boards and the content. I mean, obviously if you're gonna use one of these boards you need to know what this content means and what all the different voltages are. But it allows you to get a good up close and look. What does the back of the board look like? What are some of these pinouts? How about the thickness? Yeah. You can see the thickness of it. Like the little, the tiny one. Freakin' awesome. There's the crooked for the micro bit. So this is what I have to show. I'll go post the link in Discord really quick. But again, it's just digikey.com slash forgeguide. Okay. Well done. Yeah, this is excellent. Shout out to the team for putting that together. Very cool. Thanks for watching. All right, Kevin. We'll check with you next week. Sounds good. And we'll send in the shirts and send them to the sides. Send you a Blinka and an Adafruit one, all right. That would be great. Yeah, early gifts. All right, Kevin. We'll check with you next time. Thanks Kevin. Let's go too. Bye. Okay, next up, we're checking in with JP. JP. JP. Hey. Hey. Hi. Can you hear me? First of all, I'm doing weird ear budding. Yes, yes. You sound really good. Happy birthday to Noah. Are we doing a happy birthday thing for you? Everyone? I don't know. He was like, don't tell the money. I'm like, what the heck, man? Sorry. I just saw it in the chat, so I couldn't help it. I am using fireworks to make websites years old. That's how old I am. All right. Remember, fireworks from macro media? That's how old I am. Dude, I had an Adobe update and it said, sorry, Flash Animator isn't it? Like supporting him like, okay. As you watch things fall off the cliff of the band and wear in the Adobe suite. I was just like, I had like 15 years ago. All right. I wanted to show a couple of things. One is a 3D print. So I am building some props for a stage show that's a spoof of Harry Potter. It's called Puffs. And I checked the full name of the play is actually Puffs are seven increasingly eventful years at a certain school of magic and magic. And it came from 2015.  And it's being done at the high school theater here. And actually my son and daughter are both in the play. And so I agreed to build some props. And one of the props they need are some dragon eggs that are, I think, either prizes for an equivalent of the Goblet of Fire games that they do or something like that. I haven't read this part of the script yet. But the director had asked for some parents that wanted to help with some props.  And I said, that sounds fun. And that might actually be the aesthetic you're going for. And I'd love to make that. But would you want me to look into 3D printing something? And he said, yeah, totally. So I decided to get some of the silk style filament which I've never printed with before. And I'm amazed by it.  But when you look at the spool of filament which I don't have with me here in the shop the highlights align perpendicular to the spool and it sort of maintains that highlight even though all the lines are going this way you get sort of these really nice vertical specular highlights on it. So I found an egg on a dragon egg on Thingiverse. I scaled it up a bunch and then I hollowed it out more so it would print a little faster and it comes in two halves has these nice fangy bits on the ends there. So it's great model. I may, I started building an end cap so that it's no longer flat here and it'll be a full egg that I'll probably just end up gluing or bolting and gluing on. But this is the blue one. This is the one I did in sort of a more normal PLA and you can see how it doesn't quite have that shimmery shiny look to it. For this one which we may use I printed it at a bit lower resolution. I also went in and did some sort of ink wash paint in the lower half here just so I could explore having a little bit more dimension to it but you can see this stuff is definitely a lot flatter looking dimensionally versus this silk PLA stuff. And I think this was like $20, $23 roll filament so not very expensive and you could probably print about four of them on a spool. So I'm looking to do a gold one and a silver one and I've got these two. So I'm looking into filament. I was asking you guys earlier because I have a printer that prints 2.85 millimeter and I got some 1.75 because they didn't have any of the gold in stock in three and I know you guys have a guide that you point me at towards using the 1.75 in your Ultimaker and I think I might need to modify the feeder a little bit so that it actually can grip the stuff enough right now. It's not wanting to grip it. I'm gonna have to go in in there and add this to the guide. They're the little set screw that's in the feeder block. You can actually take that out. It's like a little button screw and that could pop outside of the feeder box and tighten that up and that'll increase the tension because you were saying that you weren't able to grip onto the 1.75 and I think that's a real life. Yeah, that's great. That's a great tip. Yeah, I ran into its limits because you're essentially unscrewing the screw to tighten the thing and then just hit the top of the box that it's in. So that's great. I'll go try that. Take it out of that and that should have just enough to tighten it even more. Yeah, good. And if that doesn't work, I may get one of the conversion kits that has like a special purpose built thing or it's just like a bigger bearing and a couple of modifications and I think it has a Teflon tube that goes inside of the Bowdoin tube so you narrow the tube. I don't know how much that matters but it's like 75 bucks for this thing but all the filament I can't currently print with. I'm like, in the long run, I've had this printer for eight years now or something. I've got a lot of use out of it. It might be nice to switch over to the thinner filament. Yeah, we were talking about this before the show too. It's so sad that, you know, we have all these nice printers there but because all the manufacturers have moved over to the 1.75, it's hard to get those colors sometimes like I'll design something for the ultimakers and the color that we want. Yeah. It's all 1.75 and I think you've seen that it's like next day delivery for 20 bucks. Yeah, it's just so readily available. Yeah, on the other hand, this was a pretty beautiful print that it did with minimal futzing by me and I don't like futzing with three printers. I have just one, I have it dialed in, I just clean it and print and so I'm a little nervous about monkeying around with changing things out but you know, the march of progress goes on. So anyway, that's my, I hope I didn't take too long with that but I'm really excited because I haven't done a lot of printing in materials that are unusual and attractive like that. So I'm excited about the print there. Yeah, I think one of the other things I noticed too, oh, sorry. Go ahead. I was gonna say one of the other things I noticed too with the silk that whatever the additive that they add on there it makes it like a little bit more bendable. So kind of stronger I think. Oh, okay. Yeah, so it'll flex before it cracks. Yeah, yeah. This was a slow print, the second one because I wanted it to be durable. So it has like an 18% gyroid infill and it's 0.25 layer height. So it took about, I don't know, 20-something hours to print both halves combined but it's a prop for theater. I really don't want to smash to bits the first time someone drops it. So we'll see, it could be disastrous. We'll find out. And that was the 175? No, this was in my... It's 285. Oh, okay, it's 285, yeah. Okay, okay, it just worked. Yeah, it just worked. And then real quick, I know I've taken a ton of time. I will, if you show my screen here I'll tease what I'm doing tomorrow which is I did a tear down on Halloween or day before Halloween on my last show of this cool doorbell. And now I turned off the sound but I actually have sound and motors working controlled by a microcontroller. I think I just disconnected another part. So it's probably gonna just stop there. Let's see. Yeah, all right, so that's my tease. It opens, will it close, will we have a move around? I have it now not using its own microcontroller and electronics. I have my own outboard thing. What is it? Tune in tomorrow to find out. Awesome. Can't wait. Thanks so much, JP. All right, JP. We'll check in with you next week. Bye. All right, we're saved the best for last. We have Liz. Plit City DIY. Howdy, Liz. Hey, Liz. Hi. This is the best. Well, you're the best for a day by the way. Thank you. So I am starting on a holiday project which might make some people cringe. I know we're just days into November. But Hanukkah is a little early this year. It's at the end of November. So this is kind of an electronic cradle project. And right now, just to kind of get it up and running, it's on 32 by 32 RGB matrix. And if I press this button, it spins. And then it will eventually stop on a character. That shin, you have to put one into the pot. So this is going to be a little bit larger scale and have some more details. But I'll let those kind of reveal themselves on show and tell as we go forward. But it's just a sprite sheet kind of entering through tile grid. And then I'm also kind of playing with having the speed kind of have some variation too. Similar if you were playing it in real life. So that would be coming shortly. Sweet. That's really awesome progress. Yeah, and I don't think it's early. I think everybody has started really small. If you're going to make a project, you need to start maybe a month early. Yeah. You've got to get some supplies and have room to like figure things out. Especially now with like shortages of everything. So that's today's takeaway for everybody at home. Get started now. Get started yesterday again. Yes. All right. I guess you know, the projects all set and you're not. Yes. You got to use it. Yeah, exactly. I can hear like the little ding or little sound effects in my head already. It's going to be awesome. There will be some music with this too. Nice. Beautiful. You have a lot to do. Yay. Well, awesome. I hope we see you next week, Liz. I think that's going to do it. Everybody, thank you for coming on. It was mostly just JP, Liz and Kevin. But hey, Jordan Sweet this week. The dog thanks you because he can go walk now. Yeah. I can see that word. It's a trigger word. He's going to... All right. All right, Liz, we'll check with you next week. Bye. All right, folks, so thank you so much. Don't go anywhere. Well, you can go somewhere. You have about 15 minutes until Lamar and Mr. and Mrs. Lady Ada come on and ask an engineer for a whole hour. So check in in like 15 minutes. Over here. Yeah. Good luck everybody on your Maker endeavors. Until then, remember to make a great day, right? Bye, folks.


Thank you. So, first let me introduce myself for those who use Dom Lomé. My name, my name is Patrick Yousboot, so that's my email. If you want to tell me something, just send me an email. It's a bad joke. I'm a software developer. In general, I actually work for Blue Systems. We do KD stuff. Well, I've been doing KD stuff in KD for years now. Over 10 years, it's starting to feel like a really, really long time now. I was part of the KDP board report earlier because I'm part of the KDP board club. One thing that I think is especially important to remember is that nothing that I'm going to talk about this talk is because I am part of the board. Anyone can incubate the KDP project, we're going to talk about it, but it means right to me. Well, let's start from the beginning. So, if you're a soft person from the interwebs and think about how the project moves into KD, you will end up into... Well, this wiki page called the applications lifecycle that has this weird graph over here where projects go from playground to KD review. It looks complex, it's complex, but also it's not super helpful. But it kind of tells us where we're going to talk about. We're going to talk about the incubator part, which is the top on the top right. But there's other ways of becoming a KD project. And there's some concept of review, something you can try to remember. And then there's different places where your project will end up eventually. Then we include un-maintained in the end because we are thorough people, but it's not part of our expectations anyways. So we're going to talk about the KD incubator, which is something that... It's fairly new in KD. When I started in KD, we didn't have any concept. It's something that appeared... I wasn't part of the creation of the whole concept, so I'm trying to explain it as how I felt it and how I saw it, how many, right? But at some point there was this manifesto discussion that actually started to grow or what it intends, and actually it evolved into the goals of the KD vision and the KD vision. If you've been around, you've been hearing about this whole concept. But in general, if you go to the KD manifesto, what we're talking about is that the projects in KD need to help with the governance, they need to be free software, they need to be inclusive, everyone to be part of our project. We want to do innovation in innovative projects. We think it's important that the projects are shared among ourselves and we have an user focus or everything we create. It's for a person somewhere who is sitting with, well, a digital something device and he needs, well, our values, governance, that they like, right? This, maybe it's too abstract, but, well, didn't have enough coffee this morning. But in general, what the KD incubator is about is mostly being able to find a project that is existing and have this project join KD and be able to enjoy all of these concepts that we include in the manifesto. So in this room, who hasn't read the manifesto? All right, all right, let's try again. Who has not read the manifesto? Boom, I am disappointed and the lioness as well. The real reason why I wanted to do this presentation isn't itself, but I think that the incubation process is amazing. It's because it kind of feels like it's something that is there, feels kind of bureaucratic and you don't really know who is the incubation process. Actually, it's something that happened to me, like, I knew we had the manifesto, I knew we had this process, but then I knew people who wanted to join KD, their project was kind of in our orbit for a while. The first project I incubated was K Tech Lab. K Tech Lab is a project that is older than most unique products now. It's some project that when I was starting the university, it was already a thing and I even remember trying it back then. It had a creative meaning and we kind of probably see if it was a creative project. It was kind of a thing. I started talking to the developers and they were interested in being part of the KD community and, well, the things we do. But then I knew some of the incubators that there wasn't anyone. So after talking to a couple of people who I knew that had incubated, I realized that the right solution if I wanted these people to be able to join KD, these people and their project was to incubate the project myself and stop looking for incubation thought or something of the likes. Which is something that happens to us, right? We really start working on something, we get onboarded ourselves and then expect that the rest is, well, everything makes sense. But then in reality, what you find when you're developing or when you're working on the software you see that the big advantage is that everything is in the open so you can do it yourself, right? But then what they have to do, I had to learn how this works, right? So basically what we have to remember is that there's nothing, like there's no body of people doing it, but there has been a lot of people thinking about how the process had to work. We have these wiki, we can take a look at it so that at least you've seen it, explaining the whole process in a lot of detail. It's actually really fabulous. But you can get a good idea of what's going on. The actual interesting page when you start doing stuff is this one, incubated projects. So there's basically like four states of every project that they're going to have, but four states. First is candidates, so the idea is if a project wants to incubate themselves but they are incapable of finding somebody from PD to incubate them, then they can add themselves there and something magical is happening. Spoiler alert. So if you see somebody in the candidates' place, talk to them or see what's happening. It's something I have in the later slide, but something to remember very important about the incubation process is that it's about the people, right? The project itself, I mean, that's the actual bureaucratic part and actually it doesn't matter that much, right? I'm not sure it's a proper results project or a pre-support project, right? We will do that, that's fine, that's easy, right? It's a license, it's either or not, but the big deal here is to make sure people understand we are actually, people know who to talk to, they need to know they can't talk to people, right? It's about getting all of these people familiar with the process and telling them what, like, individuals say that they are already giving members that they already can start working as such, right? I was talking about how to start, so what we do is we copy this page into anyone. This is, of course, fill the blanks kind of thing because it's for a project that hasn't started. And we put it into one of the pages, like the rest, so as you see here, back here we have, for example, for KDN Live, we have the URL, it's incubators.project.kdnlive, so if we're incubating LibreOffice on YouTube, incubators.project.libreOffice, you would put the small page in it and then you would start filling stuff. We can even imagine how it would look. And we expect everything to be great because KDN Live is already a KDN project. If it's not, we can go bite whoever incubated them, but he did a very thorough job, as you can see here. The idea is that you will, as the sponsor, is the name that we use in the documentation. So as a sponsor, you will start filling, maybe, or starting into the list, start talking to the project members and seeing what you can do with them. Like I said, it's about incubating the people as well, so the project maintainer will have their own share of work to do. They will have to learn and agree to the manifesto. If they don't agree on the manifesto, they shouldn't become a KDN project. That's obvious, right? They should know their project. It's not like somebody going through the Internet can't find a random project that they know about and say, I'm going to move this project to KDN, right? Because we want to actually, like, have a healthy project in KDN. So they need to know their project. They need to know what's the license on their project. They need to know how it works. They need to know where people are talking, like mailing lists, IRC channels. Mailing lists is, for example, something that you would probably want to move into the KDN infrastructure. So the person moving this is the kind of thing they would need to have the credentials for the things they have. Also, the website is kind of stuff. Also, something I found that it's best not to be in a hurry. Like, the sponsorship can be in a hurry, the projects can be in a hurry. It's a process that doesn't need to happen in one day. It's fine if it happens in a month. In the end, it's a relationship that should stay set for the next few years at least, right? If they want to continue working on the project, they will do so for a few years, right? So it's not a matter of doing everything today. It's a matter of talking things through and letting everyone do their own thing. As a sponsor, something that I found very cool in the most important incubations is having calls with project maintainers. It's what ensures that the conversation is somewhat fluid. People from the project will often be maybe shy and not used to talking about something. So it's fine to have a more familiar medium. Of course, you're free to decide what to do if you don't like showing your face or showing your voice. Then you can do text or email or text or email or whatever. Having regular calls, though, works really well. One of the things that happens really commonly in the whole process is filling susatman tickets. So there are susatman tickets for the mailing list. Actually, the susatman is the actual people who do most of the work, right? They create the mailing list, they create the repos, they accept the user, the push privileges. They do all of this stuff, right? And actually, mostly what it means that you do between the different meetings is just telling them, well, now you create the mailing list, open the ticket, admin as a subscriber so that I see it. And when we meet next time, next week, next month or whatever, you, well, and you have this done, then we can start talking about what's next, right? I like to do things in parallel, right? But if you're waiting on the mailing list to be created, then maybe there's not enough stuff that needs to happen. When thinking about the presentation, I thought that probably three or five calls is what ends up being what we needed. Is there anyone here? I think you waited. They're all in Lucian's talk. You can talk to Aditya. I incubated this last moment. You can talk to Camilo. I incubated Favère. Or any other of the projects that have been incubated by other people who are otherwise nice, but not as handsome. Well, as them about our experience, I'm sure it would be useful for you, especially if you're interested in ever incubating something which you are, who wouldn't be interested in having morphers that were in our control. But yeah, overall, what we've been talking is mostly not about licenses, right? There's the licenses that are acceptable free, it's something that you need to understand and you will have to see, but it's not about, well, these whole process that we do to have projects actually end up becoming Katie's project. That's super boring and I agree. But it's also a process that we need, right? And it's not that we need it because there's clinical impedency for their code to be on our game, actually, like this part would just be quick. It's about having these people know what Katie is about and actually making sure that they're clean at the academy, which is something, I wasn't really successful at doing all of my QPs, but it's going to go all right. So if you're still feeling insecure, the kind of things that you would want to, well, see how it works and maybe try to make sure you understand the identity account, the git push permissions. For a git, there's a super good wiki we have in community.git.org. If you search for git's account, something, you will find it easily. It's something that it's very healthy, I think, to tell the incubated project to look into because there's really all of the information they're going to need. Also, it's not your job to tell or to teach them how to use gait. There's very good material on the interwebs about this kind of stuff. Maybe fabricator. It's something that you can put some kind of emphasis on. But actually, it's not really that much. My link to this website, but again, it's all about talking to sysadmin and being nice to them. And if there's problems on the sysadmin site, make sure that you are there to explain why it's happening. Like sysadmin, if they see someone from around them coming to them and telling them, give me my mail address, they will feel that it's weird but if you're part of the conversation, that's automatically fine instead. I don't think I'm forgetting something. But in general, the idea is that they should be able to just enjoy kitty to be part of all of the services that we provide to our community, all of the CI, the infrastructure, mailing list, websites, Promo as well. Actually, Promo is probably the last step of the incubation process. You made the project, you call it a kitty project. Now you need to make sure that the world knows it's a kitty project now. And well, we also, as Promo, we need to learn how to advertise it, see what's this project putting on the table and making sure that the world is going to enjoy it proper. But yeah, as I was saying, big, big parts are Promo, CI, minor is like one of the big problems that we're going to see when the project is finally in kitty, which takes us back to the first part of the slide is that the project ends up in this review process. The review should be fine because, well, in general, if the project is healthy, they won't have problems, and if they have problems, they will be fixed because it's healthy, but they will need to figure out where they want to be, which they usually prefer, or they actually usually use to doing their own releases because that's what you do for a note in the web. They have the option of becoming a kitty application project, so Albert will be releasing them or Christophe from time to time if it's a classical thing, and that classical thing. But in general, I think that everyone, I remember, that has been incubated, they've been self-releasing, eventually they end up letting Albert do the other thing, but that's just part of it. But the important part of the slide is that they will want to get binaries, right? They will eventually want to be on every distro, they will want to have window binaries. It's something that can be somehow handled in. Something you can remember from your project incubatees is that even though you've moved them down into the active projects in the incubation wiki, that doesn't mean that they cannot do anymore, they can just reach out to you and they have questions to tell you because, I don't know, there's scary people in the internet and you never know who you're gonna find. But if it's a friendly case, then it's always an answer a little bit. All right, so if there's any questions, probably that now it's a good thing. Well, that's a good question, I think they have the best answer. In general, I think that it's a lot of matter about knowing the people and well, creating this trust relationship. An important part about being a KDV project is the KDV is behind it, right? I think that this is an important part. KDV, those lawyers, if you ever have problems, you're gonna, we're gonna be able to figure the problems out together eventually. I think that this is an important part. But in general, it's a matter of seeing what their problems are and seeing if we can help them with them, if we can then, well, it's the kind of discussion we should be having. Another interesting thing is, as I always say, the binaries part, also translations, right? Like, when I started in KDV, I was working in the Algebra, it used to be a note in the Interwebs, like I was releasing titles every now and then and amazingly, people found it. Like, there was the first gesture that sounded, actually, I never understood why I did it or how did that happen. But then, as soon as my project was in KDV, it was automatically on every Leicestro, on Arx, and virtually on every, well, on a lot of languages that were translating. I think that this is something very powerful. There's certainly lots of very, like, if this project, for example, is speaking of that they have more or as many languages as we have, maybe they don't need us, right? But being able to create this kind of synergy just by being inside of KDV, I think that it's super powerful and certainly one of our best assets. I think there are more things that I don't think we're going to be able to do as long as we go to the projects. One of the things that the United States has been doing, and they don't have that already, there's no stations, there is C9, other than KD7 with C9, especially in most of the platforms where the projects play out. All of the development, really, on each platform, they said that we know, so we do realize that people know what we're called as Windows and that's where KDV goes. But not from this, I used to apply a very large number of additional projects who work on both platforms and have a position in the industry, and we can come back to this feeling that we're going to be able to get out of this kind of project. We're probably never going to incubate Adobe, but another point, KD projects get to have sprints sometimes if they're interested, but also be part of our fundraising exercises, right? They get to come to Academy and talk about their project and learn from other people who are interested slightly. I don't know, I haven't seen the limit, and I haven't ever seen a limit where we've had too many of them. On the other hand, we do have the manifesto. The line is definitely, do these projects follow the manifesto and the rules we have set? I think that this could be. If there are so many projects that are aligned with KD vision, that's great, it's not something we should be complaining about. Projects have failed. Projects have failed with others of innovation. We usually use if you are in any other system, in Github's system, we do get Seattle free although when we always have a government topic, we do get Seattle free and there are many projects that we can manage with Github. Well, you're not going to get the KD part of it, right? Github doesn't understand what Kayo is. And also translations you can say it gives you translation infrastructure but the actually important part of translation is not having translation software, it's having translators, right? That's actually the point I want to say that I think the value of my end of the year, of course, the value of the KD community is that in the value the thing that we can add and develop is not infrastructure or sky, it's actually translators, designers, problems and run-talking people about them, you know, which is still the same thing, right? When we're talking about how KD can do better CI, that Github is not because we're better than Github, it's because we know what our problems are and we're solving them when Github is not solving our problems. That's yes, but then that all applies to the same technologies that we're going to use. So as far as I knew the KD was a pretty bad project that perhaps we're a fighter away from the financial life and we didn't learn any other projects. So for those, then we don't have the kind of solution that we want. I don't think if you look at the list of projects that have been incubated like you maybe could learn, but the rest of the projects that are very similar to any KD project today, right? Also, KD Store is a different one, the rest they're busy, for less the same stock that we use. It's not really about bringing weird platforms. We know there's people who could be working with us like today, let's make sure that these people can work with us. We can extend that and make the circle bigger. So back to the last one of your questions because of the start part when we were not alone, we had really good interest to first, we had a dream that we would start a foundation for all of our jobs. And I think that these are the goals that we have to the CI learning of for all of these great activities to map out any active projects in the CI so that you can build it and build it. I'm happy that we're able to start making this I think that we're just to share with all of the departments in the way we're able to get to that KD applications on all of our products. And we're happy that we're able to start a foundation for all of the people on loan that we have now. It's been quite a search for that, and we chose but we'll just go back to this program and he will sit there. Yeah. So this one we have a call from the I can see that there's a call from the I can see that there's a call from the I can see that there's a call from the I can see that there's a call from the Somebody can correct me if I'm wrong but I don't really remember of a project that has become very bad for KD that we've had to kick out. We've had projects that they didn't compile anymore and we've said to put maintenance on maintenance but it's a different thing. I think it has a project. I think the reason we're going to do that is because it's a hard machine it's a really hard one we can't know what's up but we know they're maintaining it we can actually take it out that's the kind of thing that we have in the lines projects like that. In general I think it's more people losing interest in projects more than becoming evil because everyone who doesn't like this is evil. Alright, then thanks for coming and for all the questions Thank you


Welcome to session 30 on course on Quality Control and Improvement with Minitabh and Professor Indrajit Mukherjee from Shailesh J. Mehta School of Management at Bombay. So, earlier in the last session what we have seen is that we have taken two categorical factors and we have seen the influence on the CTQs like adhesive strength and we have taken and we have seen that the interaction is not so signal. So, we have experimented and we have analyzed the data like this. So, and the same thing we will do for another experimentation to see that when there is a continuous variable what else we can do. So, here in in this case battery life experimentation this is taken from Douglas Montgomery's books on Design and Analysis of Experiments. And in this case the engineer is interested into maximize the battery life and two factors are considered over here one is the material type that is being selected over here and other one is temperature various levels of temperatures are selected over here. So, temperature is a continuous variable. So, this variable what we are mentioning over temperature is a continuous variable, but material type is basically a categorical variable. So, this is continuous variable and this is a categorical variable ok. So, in this case and battery life what we are expecting is continuous variable. So, this is also a continuous variable like that ok. So, we want we want to see that one and experiment was conducted at three levels in each ah for material type A, a material type which is a factor A and this is the temperature which is factor B and temperature is at three levels, discrete levels over here and material types are at three levels which is and this is a symmetric design because levels are ah levels are ah same for material type and also temperature like that and also the number of ah replicates that is collected over here. So, this is a balanced design we we can also see that number of replicates is same and this is a symmetric design this is a symmetric design because the levels are also same over here. So, ah basically ah number of combinations is ah two factors we have and each is at three levels. So, total number of experimental trials is 9 over here and in each trial I have four ah replicates over here. So, 9 to 4 ah that is 36 number of observations we are having and everything is done at keeping ah ah the keeping in mind that it is randomized experimentation. So, every data is collected over here. So, whenever you have collected the data ah what is required is that we need to analyze the data over here ok. So, what we will do is that we will just see how to analyze this data. So, when one is categorical one is ah basically continuous variable in the predictor side and the other one is CTQ is continuous variable over here. So, all assumptions normally assumptions and everything is true whenever I am doing design of experiments. So, we have to verify that one whenever we get the residual and we have to cross check all the assumptions that we have done in regression also ok. So, in this case ah what we will do is that this data is in MINITAB and I have already I have already located this data over here C6, C7, C8 this is plate material temperature and battery life over here. So, first we can see that whether the variance is same throughout for every plate material and temperature combinations whether the variance ah whether the variance is same or not. So, that check or ah we can do that. So, we go to ANOVA analysis over here and test for equal variance then I say that my response factor over here is ah basically we can delete this one and we we can write response factor is basically ah response is ah temperature battery life over here and the factor is plate material and temperature operations over here and options we will go for ah other than normality. So, we can also do normality test which is ah which will give me ah other results Bartlett's test. So, in this case if I go with this and I will see the Levin's test results like that and this is the Levin's test and multiple comparison test that we have done. So, ah we can take any of this over here. So, I will go by Levin's test let us say and 608 is quite ah significantly more than 0.05. So, in this case we can say that there is no as such deviation, but at 15 although we are seeing, but overall results is showing it is not so significant ah the variance is not changing ah significantly ok throughout the experimentation. So, we are satisfied with this. So, immediately what we will do is that we will go for ANOVA analysis or balanced ANOVA. So, I will go to ANOVA balanced ANOVA over here. So, then when I go to balanced ANOVA then I will write which are the which is the response. So, I will give response as bit material type then I will give plate material and temperature over here and also plate material and interactions I want to see the interactions of multiplication of this with ah temperature over here ah temperature of operation. So, in options I do not have to do anything and in graphs way we can see normal plot and the residual plots per se speed and storage what we can do is that residual we can save and then we can click ok over here. And then we can see the ANOVA analysis that is given over here. So, in this case I will copy this one and take it to excel and try to see enlarge this one and see what is the result outcome and it is saying that plate material type when you are changing this one this is having a significant impact on the battery life. So, ah there is at least two levels where when I change the material from 1 to 2 or 2 to 3 like that. So, it is impacting basically the mean expected value of the battery life and temperature is also when I change that one it is also significantly influencing like that. And also we can see that the plate material type and temperature of operation interaction between these two is also significant because this is also less than 0.05. So, interaction is prominent ah individually they are prominent. So, that means, all need to be considered when when we are trying to determine what is the optimal combinations like that. Whenever interaction is prominent in that case we cannot ignore this interaction interactions between the variables while we are determining the optimal combinations of plate material and temperature like that ok. So, ah what we have to do is that whenever we have seen this one and normal probability plot seems to be satisfactory. So, there is no problem as such we can also check that one because C14 is the residual. So, we can just check that one whether everything is fine. So, in this case normality test we are doing and residual 2 that because earlier there was some other residual that was saved. So, in this case what we are seeing is that p value of this is more than 0.05. So, it is satisfactory basically. So, we do not have any problem in normality assumptions like that. So, we can delete these two over here and then what we can do is that we have done this one and so, ah we can see two plots over here one is known as main effect plot one is known as interaction plot like that ok. So, ah what we have to do is that to get the best possible settings that that we that we have to see ah. So, in this case I have to go to stat ANOVA analysis and there there will be a main effect plot and one interaction plot over here because interaction is prominent I am going by interaction plot. So, what I will do is that I will I mention which is the response and I want to see where where the response is maximized and then I will give the two variables one is plate material and one is temperature over here and I will click display full interaction plot over here similarly what we have done last time also. So, in this case I clicked ok and whenever the interaction is present you see that the graphical ah representation is somewhat different as what we have seen not similar to the what we have seen when we are talking about as it adhesive strength maximization like that with two categorical variables what we have seen and what we will see if there is interaction you you can expect that there is this lines will cross each other. So, what you are seeing is that lines are crossing each other. So, in this case ah what is expected is that whenever whenever such such kind of scenario of interaction is prominent ah the lines will cross each other basically and ah they will not be parallel they will not be parallel like that. So, over here what is expected is that you can see that I will see one one half of this. So, let us see upper upper right hand side corner I will see over here. So, in this case what you see is that ah to maximize the battery life this is the highest point that we are observing this this ah ah brown point that you are seeing over here in 15. So, ah and this line what it is shows is that plate material type 2. So, plate material type 2 and 15 degree gives you the best ah combination over here this gives you the best combination nearest to this is ah we have material type 3 and 15 degree that is also. So, what we are seeing is that we are seeing maximum temperature or maximum battery life condition is appearing when we are taking a combination at lower temperature the 15 degree and material type 2 or 3 like that 2 or 3 any of this material ok. Visually what we are seeing over here. So, in this case there is no problem in seeing this one although ah this plate material type 2 is the is the ah preferred one because this is, but we have to make a multiple comparison test and figure out whether this is different from this one. So, whether this point what combination of 15 and 2 is different from 15 and 3 like that. So, we have seen multiple comparison test that is possible and we can see that one and, but we have to consider over here something else ah what was given in the problem what was given in the problem it was mentioned that ah which material will be robust to temperature change while we are selecting keep into mind that which material I should select which is robust to temperature changes like that. So, if you see this ah diagrammatically over here what you observe is that for material type 3 what you see there is a flat region from 15 to 70 over here that means this ah battery life does not change much ah if you are following plate material type 3 over here, but if you are taking a plate material 2 the slope of this line is drastically falling what we can see as compared to material type 3. So, the slope is higher than material type 3. So, material type 3 is more robust within the temperature zone of 15 to 70 like that if you are considering that temperature range. So, it is insensitive to the change in temperature if I change from 15 to 70 any range within this assuming the continuity of the of the or ah we can say that within this range we we can expect. So, ah we are just extrapolating our ah interpretation over here. So, 15 to 70 ah because we have done on discrete points. So, but we we can we can just see the interpolation over here to be to be more or less flat what we are seeing over here. So, in this case what we are trying to say is that this this is more flat. So, if you have to take reference on robustness now which material I should use I I should go for material 3 over here in the range of 15 to 70 and beyond 70 also see material type ah 3 is giving you higher value of ah battery life as compared to any other material material 2 or ah material 3, but anyhow material 1 is of we can we can ignore this one. So, ah for a 2 ah what you see from 70 to 125 also it is lower than 70 to 125 battery life what is given by the material material 3 over here. So, ah without much hesitation what we can do is that ah we can select material type 3 ah if I want a robust ah robust material which is which is insensitive to temperature changes like that we will go for material 3 like that. So, this is interaction plot what we can see over here and ah we can make a comparison test also. So, if you want to make a comparison test go to analysis and the general linear model comparison test over here. So, you have to just mention that battery life is 1 2 case test and I want to see plate material type 3 and temperature and I want to make a comparison because that is ah prominent what we have seen. So, here ah what you what you what you can see is that ah grouping information is given. So, 2 and 15 and 3 and 15 are not different as such, but based on the robustness assumptions what we are doing is that we are adopting ah 3 with 3 as the material type because ah although there is significant no significant difference because the later code remains same. So, but we will select go for 3 because that is more robust with the change in temperature like that. So, this comparison test is also possible to see which levels to select which combination of the levels to select like that that is possible and also we can fit a ah regression model that that we told that ah we can do general linear models like that fit general linear models over here. So, I have battery life which I want to predict and plate material type and temperature is done and ah we want to select the models that interactions also is selected over here what you can observe and when I click ok and I click ok over here. So, in options ah we have not given anything so that is not required and in graphical representation this normal ah standardized residual we we can do that and we can see the residual plots also and then ah like what we do in regression. So, if I click ok over here now what you observe is that the same results what we have get analysis of variance remains same. So, and ah regression r square adjusted is around 69 r square predicted is 58 ah although not drastically changing like that, but predictive behavior is not so much what we expect ah. So, in this case, but we have generated a regression model which is significant over here and we have we have developed that based on the ah ANOVA analysis results that we are getting and then what we can do is that use this prediction we we can predict anything like that. So, I have selected a material type 3 let us say and at 15 degree what is expected. So, I will go to ANOVA analysis and I go to general linear model and predict. If I go to predict it will say what material type you want to predict.  So, in this case I will click ok and it will give me some possible values over here. So, this is the predicted fit values. So, the regression model that is ah general linear model that we have fitted over here it is predicting about 144 is the values and it will give you a prediction interval and confidence interval like that ok. So, 144 ah is expected when when this combination is run at a separate and we can read on this one. So, expected value is around this one, but there is a prediction interval that is given over here. So, there will be ah for a given value of x ah x conditions over here which is ah 3 and 15 combinations. So, for that some prediction interval is also provided over here. Now, one of the variable is continuous variable over here one is discrete or categorical variable over here and the CTQ is continuous variable that we can see. So, there is another option what we can do is that we can also see graphically ah surface plot of this. So, we have seen interaction. So, how does it look when there is interaction how the graph looks in a 3D dimensions if you want to see then we can see this by 3D surface plot and when you go to that there is wire frame surface like that I go by surface let us say surface plots like that and in this case you can you can identify that which is the variable. So, battery life is the variable which will be y axis and which will be x axis I let us say y axis is temperature over here and x axis is plate material you can change ok. Then surface options over here we can we can see the methods of this mesh over here y mesh numbering over here mesh numbering. So, in this case and this this is not so no much required to change the settings over here if you click ok what will happen is that you will get a plot like this you will get a plot like this and which shows that there is some curvature in the in the graph what you see over here. So, this can be rotated also you can see by rotation of this. So, you can see rotation on z axis over here and also you can rotate on x axis you can rotate on x axis and so you can see the surface over here. So, if you see the surface like this so you can see that it is not plain surface what is expected because interaction is present. So, in this case you can expect some amount of curvature that is present in the model. So, that is prominent over here that you can see and you can change the direction over here you can also change the graphical customize the surface like that. So, in this case if you want to change the color like this you can change the color like that that is possible over here. So, you can change the color then you can see which is which is the lower surface which is the upper surface like that and the curvature that is present in the surface like that. So, one is categorical variable one is continuous variable and better life is continuous. So, we can see the plots of this this is possible over here and then what we have is that we can also have a. So, this is the surface plot that we are seeing over here. So, what I have done is that I have just changed the surface over here. So, customize this one and I have made the surface like this and let us say this is the surface over here. Now, if you take a top view of this surface if you take a top view of this surface then what we get is a contour plot that what you what is known as contour plot, contour plot which is also very important when we are talking about optimization when we talk about optimization we also use that contour plot to see and locate where the. So, it is like you are taking a top view of a mountain like that. So, where the mountains will have different surfaces like that and on the top from top what you what you see is that and the altitude if you see mountain altitude that is the y axis what you see z axis that you are seeing over here. So, that will be in sudden planes it will be same altitude will be same like that. So, contour plot is an important plot which can also be a minute have also gives you that options. So, if you go to graph and you go to contour plot over here and you say battery life and temperature and plate material types then generally the variables should be continuous treated as continuous variable and we do the contour plot, but for your sake of simplicity we are doing this we will take another example where all the variables are continuous and that case it will be more relevant, but just showing you the options that we have. So, here there is options of contour plot like this. So, where the battery life will be maximized like that. So, battery life over here on the right hand side what you see is that greater than 180 what is expected in the green zone that is the dark green zone that you are seeing over here, plate material 2 and 3 approximately that one and temperature range over here. So, this is around 15 that we we can expect that it will be maximized like that. So, contour plot is possible, but we as one of the one of the variable is discrete over here. So, let us not do this one over here, but I just showed you that there is an option of contour plot which is also used for when defining the reason which is where the optimality lies basically, where to see basically. So, this is contour plot options is there and these are the things that you can do when one is categorical, one is continuous variable. So, these are the possibilities what we have. Then we have another example over here at the at the end what we are having is that we are having another example over here where temperature and pressure is given. So, this is also another example. So, this example and this is a two factor experimentation. So, where impurity is impurity is our concern we want to minimize the impurities over here and we have different combinations of temperature and pressure that was run. So, temperature is at 1 to 3 levels over here, temperature is at 3 levels over here and this is having a level 4 levels over here. So, asymmetric design what you 5 5 levels over here. So, this is 5 levels over here. So, asymmetric design one is at 5 level, one is at 3 level, 5 into 3 there are 15 experimental trials. So, overall there are replicates like that. So, that total number of experiments. So, for every possibility so, total number of trials is 15 over here and there is no replicates over here in this design there is no replication. So, there is no replication that is given over here. So, we want to analyze this data, we want to analyze this data and see what is happening if I am taking this data set what is happening. So, what how to analyze this one. So, if I discard this one only thing you have to remember there is no replicate over here that means we are not repeating the trials over here. So, in this case this is the data set that we are having temperature pressure and impurities over here. So, what we will do is that let us go directly to analysis of variance and let us try to do and see that because there is one replicate. So, we can also go for balanced experimentation over here only thing is that what will be the outcome that that is of concern for us. So, in this case impurity and the model variable is temperature and pressure over here and let us say I want to estimate the interactions also over here temperature and pressure and this options we will give over here and graphical options we will place like this and then we place ok over here. What will happen is that you will see that if I copy this one as picture and if I paste this over here you will find the estimation is not possible over here as there is no replicates. So, temperature is at two levels over here ok degree of freedom is 2 pressure degree of freedom is 4 and pressure degree of freedom because there are five levels over here. So, total degree of freedom is 6 that is consumed over here by these two factors over here and a total 15 experimental trials was done because 5 into 3 15 trials are done and so, 14 degree of freedom is the total degree of freedom. So, if you subtract 6 from 14 8 degree of freedom and if you if you place temperature and pressure with 8 degree of freedom then there is no error degree of freedom. If there is no error degree of freedom I cannot calculate mean square over here. If I cannot calculate mean square I cannot calculate the F values and P values over here. So, it is not possible to see temperature and pressure information over here. So, in this case we cannot do this we cannot do this. So, we have to confine to now what whether the interaction is present or not. So, how do we calculate interaction? It is already given in Montgomery's books how to calculate interaction in case of single replicates what is to be done. So, I am not going to that details what I will do is that I want to see whether the interaction is prominent or not graphically whether I can see that one. So, if I go to stat and ANOVA analysis over here. So, interaction plots is possible over here. So, or we can directly go to general linear model and we can we can go to factor plots also and we can see the plots like that. So, temperature over here this is this will be impurities that we want to check and then temperature and pressure are the variables and in options titles we are not doing anything. So, graphically we are just depending in main effect plot and interaction plot and when you do this this is the surface. So, you must have seen the surface is also like this. So, zigzag pattern what we have seen and there are two locations what you can see where impurities will be minimized for pressure one is at 30 and one is at 40 like that and temperature is 125 seems to be the condition what what we can expect and and when you when you when you when you do this. So, in this case interaction plot is not given, but we can we can go over here and go to interaction plots over here and using this what we will do is that we will use inquiries and we will give temperature and pressure over here display full interaction plot. If you do that you will find some displays like this in in the interaction plot when we are going by that. So, this is the zigzag pattern what we have seen. So, in this case what you see is that patterns are not intersecting each other most of the time that the patterns are more or less parallel like that. So, we can expect that there there is no interactions as such, but in the Montgomery's books also this was proved that there is no interaction between the variables temperature and pressure over here. So, this things are confirmed by a separate test separate test that is and Minitab does not give you options for that, Intab does not give you options for that, but what I am trying to say is that two variables are there I can graphically see whether interaction is present or not and we can also calculate that for using the mathematical model that is given by given in Montgomery's books that we can use to calculate the interaction effects ok and interaction is not significant over here. So, in this case what we can do is that we can we can we can graphically also see that what is the what is the 3D surface plot that we are generating over here. So, in this case maybe wire frames also you can use. So, instead of this impurity we will take and temperature and pressure we will take over here and I click ok I will get some surface what zigzag patterns that we have seen. So, in this case this graphs can be changed and I can customize the surface patterns over here. So, maybe some colors we can use over here and wire colors also we can use like this and we can click ok like that. So, this is the surface that we are generating over here and we can rotate the surface like that we can rotate the surface and we can see what is happening when I rotate this one. So, this is possible we can change the color. So, this is too dark surface color we can change it to yellow let us say and we can change this one. So, this is the this is the surface that is been generated over here. So, there is too lower peak that we can see 1 at 30 and 1 at 40 approximately around 40. So, this is the surface plot and when we when we when we can also draw the contour plot over here. So, when you draw the contour plot it will be more easier to see. So, in this case what I will do impurity is over here and then we will change this to temperature. So, this is temperature over here and this will be pressure over here and I click ok in the contour plot what you will observe is that there are two pressure points over here. So, in this case what you see around 30 and around 40 we are getting a impurity which is less than 2 like that. So, this is the darkest one and this is the darkest position over here. So, around 40 and 30 the optimality somewhere we can we can see the combination which is giving you the optimality is over here. So, in this case the combination can be 30 125 or 40 125 like that because what we have seen is that based on the because there is no interaction. So, we can have a main effect plot and we can see. So, in this case ANOVA analysis main effect plot we want to we want to see which which is the combination we should use. So, temperature and pressure like this and I click ok main effect plot. So, in this case 30 or 40 any of these options and temperature is coming out to be this if you enlarge this one the best combination is coming out where where I want to minimize the impurities over here what I can do is that take impurity because interaction is not prominent. So, temperature is around 125 and pressure can be either 30 or 40 like that these are the two combinations that we can think of. Minitab gives you another option over here because the variables are continuous over here the two variables are continuous and also the CTQ is continuous over here. Minitab also Minitab also gives you an option for optimization of this what should be the combination of temperature and pressure that will that will give you lowest impurities like that. So, in this case what you can do is that this ANOVA analysis GLM there is a option of there is a option of response optimizer over here and there is also a predictor that you can also use over here. So, predicting any of this so if I am using battery not battery life over here impurities what we have done. So, I can take a combination of let us say temperature over 125 and pressure is approximately let us say 30 and what is the predicted value what we can see over here is around feed value is 0.93, 0.93 3. So, near to we can assume let us say near to 1 like that. So, impurity is less than 2 what we have seen in control plot also. So, that is the prediction and prediction seems to be ok and GLM models also we can we can develop that there is a option of generalized linear model I can feed this one. So, only thing is that I have to use this impurity over here and I have to see what temperature and pressure over here and the model will not take interaction. So, that is not required. So, in this case we will have a generalized linear model and in this case we can make a prediction out of this. So, you know what does this mini-tap does it automatically for you when I am when I am mentioning predict. So, it is developing the equations and based on that it is predicting basically. So, what I am interested in response optimization that means this is a response surface that is developed with the CTQ and temperature and pressure over here. So, I want to identify which is I do not want to see that graphically and all these things I want I do not want to go to that I want to get the optimal condition. So, mini-tap uses an optimization techniques to do that. So, response optimizer. So, what I want to do is that impurity I want to optimize. So, I want to minimize let us say impurity is over here. So, in setup what you have to do is that this mini-tap automatically takes, but you can change the upper limit over here. So, if you want upper limits can be changed and target maybe we can make it impurity I want to be 0 and this may be upper bound may be 20 I can I can just and this depends on you. So, there is no as such hard and fast rule over here. So, in this case options what you have to do is that temperature and pressure whether you want to apply constraints over here because optimization we are doing and it will it will search around the surface that will be generated and based on that. So, regression that response surface will be generated. So, I can say constraint to the region. So, within the region of experimentation let us constraint to the region over here. So, in this case I will click ok and graphically if you want to see optimization plot will be given and if you want to store something we can store and then we click ok what will happen is that it will give you a best combination like that. So, the best combination that is given by this mini-tap software is solution 1. One of the solution is temperature combination of 125 and pressure at 40 that is giving me one one indicator over here what what I will just highlight over here which we will discuss afterwards and this is the indicator that mini-tap uses which is known as desirability which is known as desirability and this is the last quantity. It is close to one indicates that that is the best solution we are we are near to the best solution basically ok. We are trying to minimize and if the score is near to 1. So, this is one of the measures that is used which is known as desirability and one of the measure here it is composite desirability, but we have only one CTQs that is why we will get the same measures of desirability and composite desirability over here that we will discuss afterwards. But my intention was to show that mini-tap can give you some solution if the data set is continuous variable we are having where CTQ is continuous and temperature and pressure is continuous. Mini-tap can search in the surface on the surface using an optimization algorithm and it can give you the best possible combination that is temperature at 125. So, this you can see temperature at 125 and pressure at 40 and this you can see that this is red, red highlights that you are seeing over here that is the best combination. Mini-tap has figured out like that and it will give you a y values of approximately 0.9333 ok. So, that is near to 1 we can assume like that impurity is less like that. So, mini-tap gives you and this is the best option mini-tap using the search algorithm that is using, it will give you some best condition like that. So, what we have done over here in two way analysis of variance we have taken factors which are categorical, we have taken factor where categorical variables and continuous variables are together, we have taken an example where the response CTQ is having. So, the experiment was done and asymmetric design was used and in this case there is no replicate basically n equals to 1 means there is no replicate and how to analyze that one, how to figure out whether interaction is there or not and how to see and how to optimize the data sets like that and find out the best combination of temperature and pressure like that. So, those things are discussed over here more complex relationship and understanding of these theories can be seen using you can you can see Montgomery's book like that. So, we will stop over here and we will move on to a new topic. So, now we are entering into design of experiments, but before that what is required is that we need to know one important topic which is known as measurement system analysis. So, we will just discuss measurement or system analysis and why it is required, why it is so important because before I go into design of experiment this is one of the area we should also understand because that is very helpful because if the instrument is not correct then the measurements that we are taking has no values basically. So, until and unless we measure accurately and that has to be ensured. So, after experimentation this CTQ values that you are getting if the instrument is not correct these values will be different and the results will be different. So, the purpose will not be served I will not get the optimal condition and pseudo optimal condition we will get. So, that is required. So, what is that measurement system analysis we will try to see in our next session. So, thank you for listening.


A senior advocate of Nigeria Borlu, Adik Borua, has been speaking on the NSARS panel report. He said there is no provision in the law that imparts the legacy of Governor Babaji de Sao'olu to overrule the decisions of the NSARS Judicial Panel of Inquiry. In a communique, he also argued that no provision exists for the issuance of a white paper under the law setting up the panel. Mr. Adik Borua expressed his displeasure at the fact that the government issued white paper overlooked critical evidence that the panel considered. The government also misrepresented the findings and recommendations of the panel in many areas to suit its own narrative.


Entrepreneur is a fancy word, I reckon, for people taking risks. You get better at taking more qualified risks as you go. My name is Mick Harding. I'm a da gungarung man. My business is called Naga Orange, Dancing Wombat. I'm predominantly an Indigenous artist. I mainly make artefacts. I draw, I sculpt, I do commissioned pieces and I've been in business since 2005. I worked in cultural heritage, an Aboriginal cultural heritage for about 15 years. I had seen huge amounts of our cultural heritage in the landscape and I noticed that the art that was being produced was very much dot work and not a lot of symbolism that you would see from those places that I'd seen. And I had this urge, a passion to make really good quality stuff and make a statement. I was a sole trader and my wife and I have just become a partnership. She does all the marketing, she does all the social media. That allows me to do the creative stuff. So we're a pretty good team, I think. One of my greatest supporters has been the Korean Heritage Trust. They've supported me since the beginnings, but then I get things like the local school, Kurni College, and I have relationships with different groups like that. Just keep coming back to me. Probably at least the first five years, I'd have really quiet periods where I wasn't making any money. So anything you do, what you need to try and think about is when you spend an hour doing something, how you can make that work for you over and over. You know, keep making sales out of that same hours work. So we've applied some of those types of thinking towards the stuff that we do and that seems to be working a hell of a lot better these days. What success means to me? Firstly, creating quality that reflects who we are. Often when we do markets and things like that, I'll just sit there and do live burning so they can see what they're getting right there and then. Both my two sons, they've been helping me from time to time. I've encouraged them as much as they want, you know, if they want to do it. We'll build a business that's good enough and then we've got a dynasty. You know, I might slow down a bit, but I'll keep doing it for as long as I'm alive. I keep getting bigger opportunities, so maybe I'm good at what I'll do.


I don't know, I don't know if there is a way to really grasp how phenomenal photosynthesis is.  First of all, photosynthesis evolved two billion years ago. That's a long time. In this class, we're going to talk about evolution and we're going to look at the history of life on earth. And I want to say, I can't remember, I'm not going to give you a 3.5 billion years ago life evolved, maybe it was 3.7. We'll have a number at some point, I should have looked it up before this. What two billion years ago is when life figured out photosynthesis, when photosynthesis first evolved in some little single celled critter, a little prokaryote likely, when that happened, there was like this explosion of change. And there were two things, so like an explosion of biodiversity. Two billion years ago, photosynthesis evolved and the result was, good graciousness, biodiversity explosion, an explosion of biodiversity when photosynthesis evolved. So we started getting like all these different cool critters with photosynthesis. Why? Well, there were two things that occurred. One, oxygen became plentiful. In fact, I want to say some, and the significance of this, of oxygen as a thing, the oxygen in the atmosphere. It started out with like none, no oxygen in the atmosphere. And then some critter figured out photosynthesis and started producing oxygen as a byproduct. And oxygen levels in the atmosphere increased. And as they increased, as oxygen levels increased, critters changed. In like dinosaur times, what, 65 million years ago? Or maybe that? I can't remember. Right now, because I don't have them on hand. But there was a time, there was a prehistoric time around dinosaurs when the oxygen concentration in the atmosphere was more than it is now. And the critters were bigger and wilder. Like you've seen really humongous bugs and like crazy huge dragonflies. It's because there was more oxygen to fuel their energy needs. When oxygen levels drop, our capacity for energy drops. When oxygen levels rise, our capacity to have energy increases. We can become more complicated. We can become more resilient with more oxygen. So you had this biodiversity explosion because oxygen became more plentiful. The other thing that I think is really interesting is that as oxygen began to be produced in the atmosphere, the ozone layer was formed. And that was protective. So the ozone layer is has protected critters from all that crazy light and electromagnetic radiation that's coming from the sun. Not all of it gets through because of the ozone layer. And that served as a protective field to allow this increase in biodiversity. I think that's all I have to tell you about oxygen. But it's not messing around. It is the reason that there's so many cool things out there. So I love photosynthesis. I think cellular respiration is amazing. And we're next headed into how DNA works, which, oh my gracious, that's going to be another whole cool thing too. Okay, energy, our energy sandwich is done. So maybe now I'm going to go get our other sandwich. Bye-bye.


What's up everybody on the Magus, you were awesome and we started doing custom fault matches on the Birgit Wolverines Twitch channel, linked in the description below, and we do those on Tuesdays. We usually play with some sort of strange rule set in place. I called this one the 28 days later match because we were only allowed to build items from the red aspect so everyone was filled with rage. I went support Richter and even though starter items were allowed, I went full force into the only red rule and ended up being severely lacking in economy and armor. I was jumping them chains around like a madman though. I hope this is half as fun to watch as it was to play and hopefully you can join us for a custom sometime. Please remember to like the video if you enjoyed it. Let's get to it. it's not even actually a tier one item so it doesn't actually count as a... Oh so I can build my bail on it and finish it. Is Titanbows allowed? Yeah you can take starter items. Okay. Birgit, is starting items okay? Yeah yeah yeah, starting items are allowed. I didn't take one but... Alright. It's grim so it's gonna be tough. Amos, you could have went the buffalo plaid boros and kept the red theme going. If I had it I would have. How do you not have it? As many hours as you had, how have you not unlocked that? Cause it's the only one that doesn't unlock with matter. Oh bummer. Yeah, he keeps swiping those numbers away. Yep. Every second, just number gone. Number gone.  Yeah we're getting our red buff faster, they're getting their red buff. I'm just glad I got aimless than MFKV on my team so I'm not going against them as an ADC.  You're in mid. Oh I got stunned, let's go. I thought I had stunned. I thought you did too. I was ready. It's the stairs. It's been slain. Nice nice nice. Shit.  Yep yep. I tower is under attack. Oh you get ganked. I'm missing mid. Careful. Oh that's not ganked. That's just he came from the side. An ally has been slain. That's him. He came to his own lane, just came the long way.   Not under that wave. Not in this colony. Gold buff. The good block. You want to get your right buff? Minions. Yeah. I'm not going to get your buff because that's too much gold. Careful he's high. There we go. I can lower it for you if you want to come. Oh sorry I thought you were like right there. No dude I thought I was getting the win minion. I thought Boris was right there. I stopped that gold for a second. That's my fault. It's no worries it's no worries. There's plenty more that came from boys don't worry. Oh yeah I got you. Feeling hot on the Richter. Maybe not. Maybe not so hot. Feeling cold on the Richter. Luke warm. I don't know who Luke is but he's warm. Meryl was a good choice for that. Strange here comes stunts. I see him. Yeah yeah yeah. Wow. An enemy has been slain. Good stuff boys. Yep you're good. Again. Warrior might be coming right. She was made. Light tower is under attack. Meryl's backing. An ally has been slain. Raptors are up by the way. Raptors. I always say raptors is if there's more than one. Yeah that's it. It's because that's what Perrigan had. Yeah. We didn't fault to have three on release. Yeah they did yeah. That's because that's what Perrigan had. Grim missing mid. Looks like you went left or back. Let me know. All right. Gold buffs up. Raptors up. Aimless let's go. Yep. Oh no. I forgot I'm not getting in like any gold. It's been slain. Noise noise noise. An ally has been slain. I died to tower. Nice snake. I avenged your death. Ooh. There's a lot of me. Ooh that hurt. It has been slain. Kalari.   Since Kalari is in the game.  Because I didn't take a by angle. Pink should keep you in it though if you guys get some kills. I'm going to back spend some money. I just realized I got blue buff or a cyan buff and a cyan buff and a red buff off that kill. I believe it smells. Can't. All right. I believe you're right. My bad. My bad. Forgive me for my mispronunciation. You are forgiven. Just like it's made kids. I feel like you have to kick your head to the side as you say that. Can't. Like you got a kink in your neck. I feel like that's the only right way to say that. An enemy has been slain. Mori's missing left. Take your right boat. Your left one should be up shortly. Probably over here. She's behind you. Call my way. He's slain. Kalari's creeping on you guys too. Careful. I don't have a stun yet. I don't even have mana for a stun. I'm lucky. Going back left. Careful bear. Missed a point blank stun on the grid. That happens all of us. I should have thrown it from further back. Whoa. Whoa. I don't have mana for a stun. Get out. I forget it's red builds. That's how they keep seeing it.  Okay, I'll stay around for the experience if you insist. What a ward right there. I'm not sure that you get that gold in my bed. Careful. They're rotating right. Oh. Oh. That was a good fall. Wait until she wasn't looking at me. Yeah. Yeah, it's my bed. All right. I'm backing though. Yep. I'll take the opportunity to back as well. Of course not. That ward's everywhere. Raptor's about up. 16 seconds. Grab my red quick. Missed that spider. Yes, a little bit. Oh, they're going for it. Oh, Grim's coming there. Careful. So is Kalari. I'm coming. I'm coming. I got a gauge. I'm going to take the spin bow. I think we let him go and just take rev.  How did that not hit? Oh, nice job. An enemy has been slain. Oh, no. Oh, should I put these points in the red or red? I'd probably go red, actually. Enemy tower destroyed. An enemy has been slain. All right. Tower down. Start rotating. Oh, yeah, you got a back. I'll be right back. Stunt came in from behind me.  Head back over the right lane. Stunt's pushing that lane. Hopefully the Miro's going to follow me. Enemy tower destroyed. MF, I don't want them to stick there. No, you're fine. Push. I'm only putting them at a disadvantage if they sit in my lane. It's true. Again, I got my ultimate, but you can low them, you know. Grim's getting pretty low here. Yeah, Grim's very low. Why is he rotating? Oh, they pushed him. Oh, God, they all came. An ally has been slain. That was like it. An allied tower is under attack. A hard potato there. I think I'm stopping them. An allied tower destroyed. An ally has been slain. Oh, damn it. Grim came. I had collared with myself. An ally has been slain. Yeah, I had collared with him. An enemy has been slain. I probably waited too long to go in on that one. Coming in behind you.   I still have all... There's a bummer, man. That one is... gorgeous right there. Thank you. An ally real for sure. I think Kenny's been watching a little too much of me. I actually hit that exact same stun on background. Oh, they see you. I'm proud of that. They see you. They're going in hard. Oh, I bounced. Oh, no. Oh, I'm squishy. It's... Oh, no. It goes against everything I know of Bear. Yeah, I'm dead. An ally has been slain. Do red items work on Energy Hero? I mean, they'll work to give you a... They don't scale, yeah. They're not going to scale with you. Hey, I got boots. Let's go. They're just playing next game. I'm kind of... Fuck. Just build ADC. If you play that style. Okay, hello. An ally has been slain.     I don't care.  Oh, hey. An allied inhibitor is under siege. Got cage? No, damn. No. You have to wait for the crazies mode. What's the crazies mode? Lane 2, one's getting pushed. I'm just saying that you can beat any character. Just build like you would build an ADC. I don't know, all jungle. Oh, that's the hide and seek mode.  An ally has been slain. Coming about. Double kill. Oh, no. Oh, wow. Oh, no. Oh, hey guys, how's it going? Hi. How the hell? You're kind of cracked.  He has been slain. I need this in my life. Enemy tower destroyed. Decker red. See, sell your t-bow and grab a t-bow.  I didn't know that was a lie.  It's technically a starter card. Hello. E-book. Yeah, starter cards, okay. Or only white items. Only white items on random heroes. I'm just here to crash the conversation. Hey, what's going on, buddy? Chillin. That little just got home from working on the house. Nice. And dude, I'll be real with you.   Hopefully by the end of the week I'll be done painting. Then I got to work on the floors.  Our live tower destroyed. This is a PFP. Tell me who it is. No, I know who it is. I'm just wondering why the hell it's called Cliff. It's Cheers. I know everything. The Discord. Cliff Clavin. Yeah. Cheers. We should rename him to Jeff. Good work. 12. Get out of the tower. Ah! There? Bro, are you bullying? I didn't even see him come out. Not even. I'm trying to. I tried. I'm playing regular match, all red items. Everybody has to build red, no matter what role you are. Little kamikaze bear. The ally has been slain.   I'll be real with you. The cloak is probably the first item I would build if that's the case. You need to stay with us, bearded. Nobody was around. Then why are you all the way up there? Because I had to do something? I can't just stand there and twirl my thumbs. You can't just stand there and twirl your thumbs sometimes. No, I can't. I can't. Yeah, you really do get antsy. I do. I can't. I literally can't just sit here and twirl my thumbs. I could do this. Right now, I'm like... I have nowhere to go. I have nowhere to go. I have nowhere to go. I have nowhere to go. I have nowhere to go. I have nowhere to go. You can go left. Where's our Greystone? Is he dead? Did he die? Not dead. Is he dead? Did you get Grey to our right? You went to mid. Together, dude. I got a manhunt. Enemy has been slayed.


Hi, my name is Doran Levy and I'm the chair of the math department. It is this time of the year that we celebrate the great achievements of our graduates. It has been a year like no other, but I still hope that you manage to enjoy at least some of it and definitely learn a lot. I would like to use the opportunity to thank you for all the great things you've been doing for our department. I hope that one of these days I'll be able to congratulate you in person. And in the meantime, let me wish you the best of luck with whatever you're about to do next and remind you that the math department is always your home and we're looking forward to hearing about all the great things you'll be doing over the years. Congratulations graduates. Greetings. This is Tom Haines, the associate chair for graduate studies in the math department. Well, it has been a remarkable year full of uncertainty and trouble for our students, for the university, for the country and for the world. And what can we say about students who have managed to graduate during these uncertain and difficult times? Well, we can say that it's taken an extra level of determination and fortitude on their part and we're very proud of them. And so we in the graduate office would like to offer you a very hearty congratulations on your achievements and we wish you all the best as you move to the next stage of your careers. And we hope that 2021 brings you even greater success.


How do you pronounce slitaz? How to pronounce dot com. Sleetaz. Sleetaz? Sleetaz. Sleetaz? That doesn't sound right. Ooh, how to pronounce dot com forward slash French. I think it's a French distro. Sleetaz. Sleetaz. Sleetaz. Sleetaz. Sleetaz. Sleetaz. Ooh, the official forums for slitaz. How to say slitaz? Sleetaz is an acronym. It is. I had no clue. For simple, lightweight, incredible, temporary, autonomous zone? Is that really what it stands for? I had no clue. Here's another answer. How to say slitaz? You don't say it. You use it.