Solving The SMARTEST Jigsaw Puzzle In The World!! (0-9 Number Puzzle )

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("Reversed Beginning-Luwaks") - Yeah, what's up. Welcome back. Just let you know 1st.Shop. We are still running on 20% off until Friday. Check it out 1st.Shop, thanks to Antoine. He printed this wonderful puzzle for us today. I've been sent this puzzle non-stop through Instagram. You've been DMing me and on Twitter and everything else. And I admit, I was a little intrigued, so intrigued that I asked on Antoine to three D print one he happened to have a 3D printer and he's been wanting to toy around with it. So what a perfect opportunity. It looks like a really cool puzzle. It's got all these shapes and numbers, as you can see, they fit together. So, so satisfyingly, look at that, and all of these fits into this tray. I'll leave the link below where you guys can download this file. You can make it for yourself, but this looks really interesting reminds me a lot of the Yuu Asaka series that we did with the jigsaw 29, the Ice 9 puzzle and all of those. So thank you, Antoine. And also ... Am I having a stroke? Without any further ado, let's get into solving this puzzle. (pieces clacking) How cool is this? Honestly, so cool. It's kind of first 3D puzzle, 3D printed puzzle. Self 3D printed puzzle we've ever done thanks to Antoine and his puzzle printing skills. So one thing that I'm kind of asking myself... Oh, let's start this timer here. One thing that I'm kind of asking myself about this puzzle is because the way that it's printed, there is like a shiny side and there's like a matte side, right? So I'm wondering if the orientation is important here, for instance, maybe not the eight, but like what would be able to do shiny side matte side, or probably, yeah, probably all shiny side, I'm guessing. That's what we'll start with anyways. I have no idea how hard this is going to be. It looks extremely difficult. I'm not even sure if there are more than one solutions to this. So we'll just give it a go. Looks like a lot of fun though. So how does that fill in here? (pieces clacking) How doe something like that fill, right. Okay, Oh, I see. Something like that. That's kind of cool. Okay, shiny sides, shiny sides only. (pieces clacking) Like how cool is that? But now see that doesn't work here. 'cause there's nothing you can put there. Oh, that's actually pretty cool because Antoine printed this... We had a tray that fit exactly, but it was too tight for the pieces. So he made one, this one's a bit loose for all the pieces, so it doesn't fit quite perfectly. It's looser than it should be. But I think that's still fine. How does that work? One, two, three, right? One, two, three, four, five, six. No, that won't work. Okay, so something like this. Oh, okay. So that's not too bad. That's pretty good fit. And it doesn't work. (pieces clacking) I think as soon as we find one that fits sort of perfectly, like that's kind of cool isn't it? Would that work? 'Cause I don't know if that would work because you know what I mean. It doesn't have that, I mean I don't know, I have no idea. (pieces clacking) I mean, that looks great to me. Boom! Oh my gosh. That's a perfect fit. That's gotta be it. It has to be it. This one's gonna be kinda tough, unless I can... Oh, boom, look at that. Okay. (pieces clacking) Boom! That's pretty close. (pieces clacking) I mean, that has to be it. Oh, that can go like that as well, okay. (pieces clacking) (indistinct) (pieces clacking) Like that has to be it. There's not one space missing up here. So, I'm fairly confident that is part of the solution here. This is well up to now, I don't understand how, how this can be the solution. Okay, this has to go in the middle then somewhere. Do you know what I mean? (pieces clacking) Ooh. (pieces clacking) No, 'cause that one's backwards. You should keep it on the same side. (pieces clacking) This makes sense though, that would be in the middle. You feel? (pieces clacking) (soft music) So close, you think we have to fill up the entire square? Maybe that's the thing. Oh, maybe if three goes here, there we go, That makes more sense. Okay, this makes way more sense. Let's find a way, where we can... Here we go, that's good. You wanna fill up all the squares here. Boom. See how they're all filled up now? For that one here, so that one's there. You would need another one here, maybe something like that. (upbeat music) (pieces clacking) So clueless. I'm guessing the solutions gonna have to look like, the top right here and not just be fit in randomly. That's definitely good. So is that and also it's this and that. (pieces clacking ) Like that's the best thing here it has to fill up to somehow here. You see how if I do that, the triangle compared to the size of that triangle. So I feel like we have to keep maintaining that smaller triangle to maximize the amount of space to that might just be like a warning like, hey, you were using too much room. You know what I mean? (pieces clacking) (jazz music) It's like that would be good. But then here this one was always this way. There we go. See all these little triangles do the same thing over here, which is perfect. It's what we would need, do we have another one that can do that for us? Maybe the seven on... Seven would definitely not work. It seems like that's the only one would do exactly what we need. (pieces clacking) What if the top part's wrong? That would really mess me up emotionally I fill up at this point. (pieces clacking) What if, right? (pieces clacking) I feel like I'm not maximizing space though. Yeah. (pieces clacking) Maybe we restart. You see we're actually the same. This is like, was this two and five and six and nine. So those would fit together no matter what, should they though? I mean, I suppose it doesn't matter if you think about it logically the fact that these are making up a perfect line using four pieces. What's the alternative here? That we take one of these out. We replace them with something else. Let's say four here, I mean we are losing space. So technically these are taking up the minimum amount of space that you could with four pieces, while not necessarily 'cause they're smaller pieces, but they're not taking any extra room. Would there be a situation where if I were to replace this with something else, it would allow me to later save some room, but also save some room at the top, just like I did. So for instance, let's say, I don't know, it's really hard to say because that's just, there's nothing else that's gonna fit so perfectly. Maybe there is, I don't know. I don't feel like if I replace this with something else it'll help me. I feel like it'll hurt me. 'Cause there's this looming feeling that me not changing my mind is going to actually is actively hurting me right now. I don't know. In order for this pattern to continue, we have to use these jagged pieces here, we cannot do that unless we do that, 'cause if we do that then this still fits, but this does not, so then we're compromising here. So therefore we have to use the jagged pieces to fit into these slots and then do this but now we're kind of compromising here and this doesn't stand up, catch my drift? I'm pretty sure this is not a space down here. Why would it fit like that though? Why wouldn't it fit perfectly? I feel like it should fit perfectly. The space in between is allowing it to fit. There's no other space in between, maybe if I go here. (pieces clacking) (exhaling) It's interesting. That's interesting. ("Dusty Decks-Disque Magique") So close I feel. (pieces clacking) The only pieces that fit inside the zero here would be the one or the seven, so we know that, the one looks like a good candidate as I like that then, unless this goes here. Even that looks pretty good right there. So good though. (pieces clacking) This is interesting. Sorry about that, my camera stopped recording at 28 minutes, so, you didn't miss much in the last five minutes basically I took all the pieces out and I realized that there's no other way that this could fit together, the only piece that would fit is this, this is like the perfect fit. Whether this needs to be oriented this way or that way, that's something I get to find out. I know that I can place this here and make a very nice spread. However, on the bottom part here, then I'm left with these odd pieces that don't necessarily fit anywhere and I can't get anything done. So... (pieces clacking) So far so good but then yeah, stuck over here. Technically, it doesn't fit. (pieces clacking) I don't know it's a very difficult puzzle and something like that, right? So that would have to be like that and maybe then in something like this. Maybe that then would have to live on the side here, would need to be like this to save room. And this would need to be here, unless this goes here like this, right? We are definitely not saving any room here, okay. (pieces clacking) That doesn't work, that's interesting, but a lot of room wasted here. (pieces clacking) Like the solutions just staring at me, you know what I mean? And I'm just dancing around it. What if it's something really sneaky, like a diagonal move or something. That's cool that they both have that, but it's also losing a lot of space by doing that. So, how do I get up in here? I guess, maybe something like this. That's actually quite nice. I like that quite a bit. Here see there's nothing, even if I were to do that, there's nothing that fits over there, that is actually quite nice so... Okay. (pieces clacking) What if... Well that's interesting. If I can create the same. Yeah, that actually works out. Ooh, hello, no. No. We need a square here. (soft music) (pieces clacking) Bam! There, it is more than once, is this even right? I mean, it all fits. I feel like this fits here, I feel like this piece isn't right, but it has to be. That's cool. How cool is that? Whoever designed this 10 on 10. I mean, this is probably one of the funnest jigsaw type puzzles that I've solved because of the geometry of it, I think it's really cool. And the fact that you can just print this yourself, if you have a 3D printer, is really cool as well. So I'll leave the link where I got the file to this below you guys can check it out and this is right up there with like Yuu Asaka puzzle be a jigsaw 29 and then the wave puzzles this is right up there with that so very sick. Hot. This is definitely one of my favorite puzzles, in terms of jigsaw puzzles. It's aesthetically pleasing with the gray and orange. Got that kind of like future vibe to it I really like. If you did enjoy this video and this puzzle, leave the light below subscribe. If you're new here, we'll see you guys on the next video. ("Dansez-Fasion")
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Channel: Chris Ramsay
Views: 1,218,989
Rating: 4.9414406 out of 5
Keywords: chris ramsay, chris, ramsay, puzzle, puzzles, how to solve, solving, solved, solver, solve, chris ramsey, number puzzle, jigsaw, jigsaw number, 3d printed, 3d print, printer, difficult, very hard, hardest puzzle
Id: 4cJ-zYMxIV4
Channel Id: undefined
Length: 17min 0sec (1020 seconds)
Published: Wed Aug 19 2020
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