There are few people who have the ability to imagine, project and realize such projects, and even fewer who are able to explain it so clearly and generously as you did , thank you. I would really like to be able to do the same thing (the explaining... the project I will sure do!)
Awesome video, I find watching your work very relaxing after a hard day on the road. One day I will be able to spend time in my shop at home and try to duplicate some of the things I have seen you make. Thank you for the time and effort you put into this endeavor.
I made one of these! I didn't cut the notches for the rubber bands deep enough. when assembling, it really wants to curl up and undo everything. My current solution it to press one half over a glove and add about as much as you can, then start lifting and adding a few more pieces. at this point there will be a bit more than half and there is enough structure to make it curl down. remove from globe and continue assembling. I wrapped an LED strip around a section of pvc and inserted mid construction. hung with fishing line, makes an awesome pattern that looks like marble.
You do some really amazing work. Some day I hope I can have a wood shop like that. I've always had a passion for wood working and have been a carpenter for several years but never done any real fine finish work like cabinets or furniture stuff like that. But I really enjoy your videos Thanks for sharing your passion so others can enjoy your great ideas.
Ooh, this i so fantastic! I've done one with pepakuro a couple years ago, this is the first puzzle wood one I've seen and I LOVE it :D I hope I can get machinery to be able to make one someday :) I don't have either table saw or mitersaw yet :/
I made a kite string reel many years ago that I wanted to be heavy-duty because I like to fly my kites at very high altitude which means pulling in a lot of string. It had two dowels to wind and they were glued into 1/2" cabinet plywood. -----|--| |--| |--|--- Well, I used it to wind in the kite and the whole thing completely crushed under the compression from all those winds of kite string. I was shocked that could even happen. Up until then it had never even occurred to me how much energy I was storing by winding the line in that way. I learned that the best way to do it was to pull in the kite by hand and wind the line without a high tensile load on it. Really cool project. I think I might make one. I'm thinking cherry for the hexes and walnut for the pents. Or maybe maple and walnut.
Wow! What a very cool project! I'm new to fabricating and was wondering if you would suggest some books that may help me to learn how to use some of these tools properly and maybe some design reference you found inspiring. I'm studying sculpture and really got a kick out of this project! Thx!
CHRIS polidoro When I did study design briefly, I was quickly drawn (sorry for the pun) towards the geometrical end of it all, so I might not be the best person to ask. However, I can easily recommend to you James H Earle's _Drafting Technology,_ which will no doubt become a useful companion to you. I always had a fondness for the artistic works of Escher, which could also provide you with hours of contemplation, with respect to your ongoing investigation of design. Good luck as you move forward, but expect change. When I was in high school, I was certain that I would become a sculptor, as well. I used to love it. Above all, keep studying; after having chiseled away at our misconceptions about the world for long enough, it's not be unusual to look back and regard that pursuit as our most productive sculpt.
Sorry for the multiple posts. When you cut the slits that hold the rubberbands, how deep did you make them? Also, if were to do it again, what changes would you make in your jigs or procedures?
The rubber-band slits are cut to around one half of the thickness of the piece (half of 0.5"). It is worth noting that I am using a thin-kerf blade, so that the slit is cut less than 1/8" wide. These slits are spaced such that 0.25” of material remain in between them, ideally. As for the “chamfer” question: These parts do have an angled cut added to their bottom edges, and this is shown in the first video. The cut is made at 20° with respect to the table-saw, and it comes up the side of the piece about 0.125” high. If I am not understanding/addressing your confusion correctly, you will have to further clarify. With respect to procedural changes, this is already a sound method. But if I were to do anything differently, I would make a chamfer sanding jig for the 20° inside edges, rather than sawing them back and forth on that makeshift sled. This would create a less damaging cut with less overall risk. Further, the jig would make the cut with respect to the edge being cut, rather than with respect to the overall polygon, which would eliminate chamfer size variations due do minor size discrepancies. If you would like a visual of this chamfering alternative, I discussed doing this with a disk sander in the Rubik's Snake puzzle video. I am glad to assist anyone who would want to construct one of my projects, so please let me know if I can be of any further help. Oh, you should know that I have posted two videos on this subject; one is a build, and the other is a solution. Also, I can provide you with any of the diagrams used in the videos (I first used a cut-out-and-taped paper version as a visual reference) should you need a “blueprint.” Out of curiosity, is there some physical principle or phenomenon that you had in mind, for which this could be used in demonstration? Good luck ;)
a tip i thought of while watching is for anyone that is having trouble remembering to skip one pentagon while putting it together as you mentione was a star. the way i remember is that of putting a wheel on a car and skipping a lugnut. i would assume its for similar reasons to equalize the pressure across the surface instead of over tightening one area but i could be wrong
That is just beautiful to look at. I've got to make one for my physics students! Do you think it would help to slightly chamfer the edges where the pieces come together?
An easy way to visualize going from the regular icosahedron to the truncated one is: Mark every edge to be cut into thirds. Then color in the corners, down to the first mark - the uncolored parts then make hexagons!
actually, if you could find a balloon that was perfectly sphere, or better yet build this around a bigger ball so its spread out. it would look pretty cool
I think you may have your wires crossed. Here is a picture of _High and Low_: uploads2.wikiart.org/images/m-c-escher/high-and-low.jpg Don't dismiss it right away; it is the same scene viewed from two perspectives, and in my opinion, one of Escher's most brilliant works.
I once considered making a 3D model of that years ago, but I became discouraged when I saw a picture of a Lego version of it online. It's hard to come up with things to make that people haven't seen before.
The original plans/ideas were quite different originally. I kind of worked on three projects at the same time: the build logistics, the rubber-band routing, and the solution's algorithm. A change in one would affect the others. I almost scrapped the idea once or twice.
I used instructions similar to these but instead of dixie cups I used big solo cups. Careful though, it doesn't fit through some doorways and mine has been trapped in the basement for about a decade. www.cutoutfoldup.com/973-truncated-icosahedron-from-paper-cups.php
You really should. I totally enjoyed this project. There is a suggested material list in the description of the other (first) video, to help out. Good luck ;)
***** And there is no such thing as the perfect circle, either. We use mathematical models as conceptual tools for developing a furthered understanding. That being said, the rules that govern the formation of snowflakes describe 6-fold radial symmetry. I had attempted to photograph many snowflakes for this video, and damaged ones aside, they all had 6 petals (arms). They strive for an impossible goal. Inspiring, isn't it?
pocket83 Interesting. Rarely any of the snowflakes I have seen have the 6 petals you speak of. While I don't draw inspiration from romanticized personification of them, I do find the results of the shape and electronegativity of water molecules quite beautiful. If you have read a maths paper on the formation of snowflakes I would be very happy if you sent it to me :) Thanks for the great video!
***** There is a link in the description to a useful page about their development. Under the "Physics" link, read the page titled "A Snowflake Primer." As for my romanticizing, pardon it, and I will just assume that you are an android who is learning to interpret irony and hyperbole. Consider: I make a claim that has been well-established for centuries, and I still receive comments from intelligent-sounding yet apparently ignorant challengers; see if you can connect the two parts to my "impossible goal" metaphor.
pocket83 I did not detect any irony in your words; I would much rather be ignorant of your sarcasm than arrogant as your sarcasm entails. As for your reference, I was hoping for something more comprehensive. Thank you for what help you have offered.
Very interesting and instructive. Thank you. I have a little question. Is it possible to know how much degrees is th e angle between the exagon and tne pentagon? I mean the visible gap outside the shape of icosaedron, 'cos inside all angles are closed. I ask it because it would be interesting to make the pieces with the correct angle to glue them tovether. I hope you u understand my poor english question...but you are smart and I am sure you bet the point;-) Thank you for sharing Warmly vrom Italy Chris
If you're still interested, we call the angle between two faces of a solid the dihedral angle. A quick lookup on Wikipedia tells us that the 5-6 dihedral angle for a truncated icosahedron is 142.62°, meaning the angle of this gap you're referring to is (180°-142.62°)/2 = 18.69°. Similarly, the angle of the gap between two hexagons is 20.91°. Hope that helps!
Obviously, it wouldn't have broken if it had simply been blown up to fill the inside. That wasn't the point. The point of filling the balloon was to see how strong that the puzzle was in its solved shape. A strength test.
Dark matter is solved when mankind realize that the galaxies we see are truncated versions of 4 dimensional geometry. When they reverse the truncation, they will see the restoration of the expected Newtonian physics thus eliminating dark matter. Invert all that and conveniently dark energy is solved. Like an inside out black hole. As you travel As you travel from the center the reverse truncation appears to accelerate the expansion of the universe thus accounting for the dark energy
Make a reasonable offer. I already have all of the jigs, so I may make a few to sell. But this never works out, and I understand why. Nobody wants to pay a fortune for such a thing, and I don't want to work for single digit dollars per hour. Think about it carefully, and I will, too.
Ivan Solomon Nathan loves milk incredibly. That's pretty low for something handcrafted to such a degree of accuracy. You are implying it only takes him 3-4 hours to construct. I am not a carpenter, but I assume it would take that amount of time to only sand and finish all the pieces. I would guess around 6-8 hours start to finish of actual working hours. ($20/hr)(6 hr) + (cost of material) I would start the offer at around $120 USD and then see what can be agreed upon.
pocket83 this hits the nail on the head. So many projects I've made, people have asked me if they could buy one. But unless it's something you're making to just pass time, rarely is it ever worth it. Example: I designed and created a business card holder that's unique and (vainly speaking) gorgeous. However, if you factor in the material cost (I used walnut) and the time I spent on it (not including design), at minimum wage ($12/hr here), I should be charging $120 for one. Can you think of a single person that would ever spend even close to that for a business card holder??
Oooh, that's a bingo! [edit] I was wandering around the math-side of youtube, and found a guy talking about H3 triangulation (using a 3D printed analog for demonstration purposes), and I thought you might be interested: ruclips.net/video/yjjNZBv3oBY/видео.html [/edit]
As cool as your videos are I can't help but go on about how rude you are in the comments. I mean, it's really offputting. Why not just ignore the comments you feel re idiotic?
If I did that, then how could I respond to you? Cite a specific example: Most of what people like you perceive as my being "rude" is just my defense of my defending myself. Trace each string back; it always starts with a commenter's initial rudeness. The only evidence you ever offer is that I should've just ignored it. If you see me being short with those "reasonable" commenters, who think that I ought to ignore everything, it's simply because I receive that same comment constantly. My _not_ ignoring comments drives a certain small but bizarrely fixated demographic simply mad. So, no. You ignore this.
I just looked through a big portion of the comments for ones he responded to. I only see detailed / technical respones and replies of gratitude rather than rude ones. :\
There are few people who have the ability to imagine, project and realize such projects, and even fewer who are able to explain it so clearly and generously as you did , thank you. I would really like to be able to do the same thing (the explaining... the project I will sure do!)
I am so happy I found your channel. I find it amazing how simple things make the most impressive projects. Thank you for you time sir
Awesome video, I find watching your work very relaxing after a hard day on the road. One day I will be able to spend time in my shop at home and try to duplicate some of the things I have seen you make. Thank you for the time and effort you put into this endeavor.
Thanks for letting me know that. I'm sure you'll get there eventually, if you want it. In the meantime, good luck in your travels.
Inflating that balloon made me feel more dread than any horror game i've played in the last 10 years...
+1
I made one of these! I didn't cut the notches for the rubber bands deep enough. when assembling, it really wants to curl up and undo everything. My current solution it to press one half over a glove and add about as much as you can, then start lifting and adding a few more pieces. at this point there will be a bit more than half and there is enough structure to make it curl down. remove from globe and continue assembling.
I wrapped an LED strip around a section of pvc and inserted mid construction. hung with fishing line, makes an awesome pattern that looks like marble.
You do some really amazing work. Some day I hope I can have a wood shop like that. I've always had a passion for wood working and have been a carpenter for several years but never done any real fine finish work like cabinets or furniture stuff like that. But I really enjoy your videos
Thanks for sharing your passion so others can enjoy your great ideas.
Did anyone else lower the volume at the end? So fiddly but so great!
I love this build, it is so beautiful and visually interesting. Just leave me in an empty room with that for an hour please. 😊
It was really neat seeing it go from a 2d plane to the icosahedron.
IS THAT YOU POCKET83
Beautiful. A graphic depiction of inflation and the expanding universe. Galaxies flying away from each other at greater and greater speed.
Excellent project, I would luv to build this one day...
What is the polyhedron shape with the maximum of sides that can be made of paper of wood?
Ooh, this i so fantastic! I've done one with pepakuro a couple years ago, this is the first puzzle wood one I've seen and I LOVE it :D I hope I can get machinery to be able to make one someday :) I don't have either table saw or mitersaw yet :/
Just want to say again.... very, very cool. Thanks for sharing!
I made a kite string reel many years ago that I wanted to be heavy-duty because I like to fly my kites at very high altitude which means pulling in a lot of string.
It had two dowels to wind and they were glued into 1/2" cabinet plywood.
-----|--|
|--|
|--|---
Well, I used it to wind in the kite and the whole thing completely crushed under the compression from all those winds of kite string.
I was shocked that could even happen. Up until then it had never even occurred to me how much energy I was storing by winding the line in that way.
I learned that the best way to do it was to pull in the kite by hand and wind the line without a high tensile load on it.
Really cool project. I think I might make one. I'm thinking cherry for the hexes and walnut for the pents.
Or maybe maple and walnut.
I love your videos! Planning to build some of your stuff too. That Zelda sound made my evening :D
I used the router table with a chamfer bit instead of the table saw. It is less risky and you have much better control of the task at hand.
Wow, this is really impressive!
Thank you! It makes me happy that you like it ;)
I really like your style. This is one of your coolest builds yet!
Where's that drawing machine? I am so excited for that one.
I love this project. Good job man!
Eek, when you said lose a few pieces, I thought you meant from them flying away, not breaking~
Really cool puzzle!
Cool video. Nice solution too.
Wow! What a very cool project! I'm new to fabricating and was wondering if you would suggest some books that may help me to learn how to use some of these tools properly and maybe some design reference you found inspiring. I'm studying sculpture and really got a kick out of this project! Thx!
CHRIS polidoro When I did study design briefly, I was quickly drawn (sorry for the pun) towards the geometrical end of it all, so I might not be the best person to ask. However, I can easily recommend to you James H Earle's _Drafting Technology,_ which will no doubt become a useful companion to you. I always had a fondness for the artistic works of Escher, which could also provide you with hours of contemplation, with respect to your ongoing investigation of design. Good luck as you move forward, but expect change. When I was in high school, I was certain that I would become a sculptor, as well. I used to love it. Above all, keep studying; after having chiseled away at our misconceptions about the world for long enough, it's not be unusual to look back and regard that pursuit as our most productive sculpt.
it really amazes me, great job!
Sorry for the multiple posts. When you cut the slits that hold the rubberbands, how deep did you make them? Also, if were to do it again, what changes would you make in your jigs or procedures?
The rubber-band slits are cut to around one half of the thickness of the piece (half of 0.5"). It is worth noting that I am using a thin-kerf blade, so that the slit is cut less than 1/8" wide. These slits are spaced such that 0.25” of material remain in between them, ideally.
As for the “chamfer” question: These parts do have an angled cut added to their bottom edges, and this is shown in the first video. The cut is made at 20° with respect to the table-saw, and it comes up the side of the piece about 0.125” high. If I am not understanding/addressing your confusion correctly, you will have to further clarify.
With respect to procedural changes, this is already a sound method. But if I were to do anything differently, I would make a chamfer sanding jig for the 20° inside edges, rather than sawing them back and forth on that makeshift sled. This would create a less damaging cut with less overall risk. Further, the jig would make the cut with respect to the edge being cut, rather than with respect to the overall polygon, which would eliminate chamfer size variations due do minor size discrepancies. If you would like a visual of this chamfering alternative, I discussed doing this with a disk sander in the Rubik's Snake puzzle video.
I am glad to assist anyone who would want to construct one of my projects, so please let me know if I can be of any further help. Oh, you should know that I have posted two videos on this subject; one is a build, and the other is a solution. Also, I can provide you with any of the diagrams used in the videos (I first used a cut-out-and-taped paper version as a visual reference) should you need a “blueprint.” Out of curiosity, is there some physical principle or phenomenon that you had in mind, for which this could be used in demonstration? Good luck ;)
very cool. i was wondering if you had broken any.
interesting that it was the wood that broke before the rubber bands though(with your balloon test that is)
I really liked so f*king much, this puzzle is insane. maybe i'll try to do someting like that, but maybe trying with some other "hedron"
If you clamp the two halves between 6"-7" discs at the 3:37 mark it is MUCH simpler to hold together til you have the ten outer bands on.
a tip i thought of while watching is for anyone that is having trouble remembering to skip one pentagon while putting it together as you mentione was a star. the way i remember is that of putting a wheel on a car and skipping a lugnut. i would assume its for similar reasons to equalize the pressure across the surface instead of over tightening one area but i could be wrong
Great video! Have you tried to solve it with the rubber bands through the interior of the icosahedron?
That is just beautiful to look at. I've got to make one for my physics students! Do you think it would help to slightly chamfer the edges where the pieces come together?
An easy way to visualize going from the regular icosahedron to the truncated one is:
Mark every edge to be cut into thirds. Then color in the corners, down to the first mark - the uncolored parts then make hexagons!
were did you get the elastic bands from because i would like to make one and i can not find any bands no were the right size
actually, if you could find a balloon that was perfectly sphere, or better yet build this around a bigger ball so its spread out. it would look pretty cool
beautiful
I wish I could just order one of these. I want one, but I have only a little money and no equipment. Is there any chance you might sell these?
I like the Norman Rockwell-esqe portrait.
I think you may have your wires crossed. Here is a picture of _High and Low_:
uploads2.wikiart.org/images/m-c-escher/high-and-low.jpg
Don't dismiss it right away; it is the same scene viewed from two perspectives, and in my opinion, one of Escher's most brilliant works.
+pocket83 I was wondering where I would find this comment - I recognised it straight away, I have it hanging on my wardrobe
is this selfie from the escher museum in den haag? I been there once and it looks just like it ^^
¡¡Awesome!! Thanks for sharing.
Is Eschers staircase gonna be your next project?
I once considered making a 3D model of that years ago, but I became discouraged when I saw a picture of a Lego version of it online. It's hard to come up with things to make that people haven't seen before.
Is this way of putting it together something you thought about before making it or did you just come up with it on the spot?
The original plans/ideas were quite different originally. I kind of worked on three projects at the same time: the build logistics, the rubber-band routing, and the solution's algorithm. A change in one would affect the others. I almost scrapped the idea once or twice.
Sweet, great design and solution. It reminds me of the way I assembled my solo cup-o-sphere i.imgur.com/TfINKMj.jpg
That's pretty cool. Do you have more details about it? It would look great with led lights inside of it.
I used instructions similar to these but instead of dixie cups I used big solo cups. Careful though, it doesn't fit through some doorways and mine has been trapped in the basement for about a decade.
www.cutoutfoldup.com/973-truncated-icosahedron-from-paper-cups.php
I have a feeling I will be making one of these in the future...
You really should. I totally enjoyed this project. There is a suggested material list in the description of the other (first) video, to help out. Good luck ;)
Only a few snowflakes have 6 fold radial symmetry or any symmetry at all. Most of them are irregular.
***** And there is no such thing as the perfect circle, either. We use mathematical models as conceptual tools for developing a furthered understanding. That being said, the rules that govern the formation of snowflakes describe 6-fold radial symmetry. I had attempted to photograph many snowflakes for this video, and damaged ones aside, they all had 6 petals (arms). They strive for an impossible goal. Inspiring, isn't it?
pocket83 Interesting. Rarely any of the snowflakes I have seen have the 6 petals you speak of. While I don't draw inspiration from romanticized personification of them, I do find the results of the shape and electronegativity of water molecules quite beautiful. If you have read a maths paper on the formation of snowflakes I would be very happy if you sent it to me :)
Thanks for the great video!
***** There is a link in the description to a useful page about their development. Under the "Physics" link, read the page titled "A Snowflake Primer." As for my romanticizing, pardon it, and I will just assume that you are an android who is learning to interpret irony and hyperbole. Consider: I make a claim that has been well-established for centuries, and I still receive comments from intelligent-sounding yet apparently ignorant challengers; see if you can connect the two parts to my "impossible goal" metaphor.
pocket83 I did not detect any irony in your words; I would much rather be ignorant of your sarcasm than arrogant as your sarcasm entails. As for your reference, I was hoping for something more comprehensive. Thank you for what help you have offered.
Very interesting and instructive. Thank you.
I have a little question. Is it possible to know how much degrees is th e angle between the exagon and tne pentagon?
I mean the visible gap outside the shape of icosaedron, 'cos inside all angles are closed.
I ask it because it would be interesting to make the pieces with the correct angle to glue them tovether.
I hope you u understand my poor english question...but you are smart and I am sure you bet the point;-)
Thank you for sharing
Warmly vrom Italy Chris
If you're still interested, we call the angle between two faces of a solid the dihedral angle. A quick lookup on Wikipedia tells us that the 5-6 dihedral angle for a truncated icosahedron is 142.62°, meaning the angle of this gap you're referring to is (180°-142.62°)/2 = 18.69°. Similarly, the angle of the gap between two hexagons is 20.91°. Hope that helps!
nice
that was awesome
This is so cool. I love all of your videos. You are inspiring and awesome. I don't understand for the life of me how you get so much hate.
Thank you very much! As for your confusion, there's a simple explanation: I don't _only_ respond to the nice comments ;)
insanely rad video but god damn that balloon at the end stressed me out
I especially like the Legend of Zelda sound effect. :)
wow, how strange that the pieces broke along the sides, and not were they're bonded together. is that because the notches for the rubber bands?
+rathmiron Glue joints are usually stronger than the wood.
I have a phobia of balloons piping so I cry in my closet for twenty mins when it pop
thats a nice wooden balloon grenade you got there.
What's with the Escher?
pocket, you make my brain dance. 😊
What if you fill the balloon just enough to fill the inside of the ball?
Obviously, it wouldn't have broken if it had simply been blown up to fill the inside. That wasn't the point. The point of filling the balloon was to see how strong that the puzzle was in its solved shape. A strength test.
Liked video because of 5:01 =)
art
How much peices is it? 25?
Description. Or previous video. Or one of the diagrams. Or count. Or Google it. Or think about it.
That balloon strength test made me cringe so hard >_
do you sell it?
i want one
same
Dark matter is solved when mankind realize that the galaxies we see are truncated versions of 4 dimensional geometry. When they reverse the truncation, they will see the restoration of the expected Newtonian physics thus eliminating dark matter. Invert all that and conveniently dark energy is solved. Like an inside out black hole. As you travel As you travel from the center the reverse truncation appears to accelerate the expansion of the universe thus accounting for the dark energy
Maybe ;)
That's pretty interesting.
um wow. let's get to work
Rip broken pieces
30 rubber bands, damn it I stated around 40 in your how to make it video...not even close.
Hi, how can i contact you??
Hi. You just did! What's on your mind?
@@pocket83squared how can i pm you?
Tell me what it is that you're after, and then we can go from there. I get lots of spam.
@@pocket83squared thinking of acquiring some of your artwork. But wondering how is the $$ like... 😅
LINK!
I'll buy one. Name your reasonable price.
Make a reasonable offer. I already have all of the jigs, so I may make a few to sell. But this never works out, and I understand why. Nobody wants to pay a fortune for such a thing, and I don't want to work for single digit dollars per hour. Think about it carefully, and I will, too.
pocket83 I would assume a good price for this is around 30 to 40 USD. I am open for debate if you think that seems off.
Ivan Solomon Nathan loves milk incredibly. That's pretty low for something handcrafted to such a degree of accuracy. You are implying it only takes him 3-4 hours to construct. I am not a carpenter, but I assume it would take that amount of time to only sand and finish all the pieces.
I would guess around 6-8 hours start to finish of actual working hours. ($20/hr)(6 hr) + (cost of material)
I would start the offer at around $120 USD and then see what can be agreed upon.
Stefan Rohm That sounds good as well.
pocket83 this hits the nail on the head. So many projects I've made, people have asked me if they could buy one. But unless it's something you're making to just pass time, rarely is it ever worth it. Example: I designed and created a business card holder that's unique and (vainly speaking) gorgeous. However, if you factor in the material cost (I used walnut) and the time I spent on it (not including design), at minimum wage ($12/hr here), I should be charging $120 for one. Can you think of a single person that would ever spend even close to that for a business card holder??
Hexagon murdeder
i think i have to make one ouf of aluminium
destroyer :D
Soooo, what is this? xD
Oooh, that's a bingo!
[edit] I was wandering around the math-side of youtube, and found a guy talking about H3 triangulation (using a 3D printed analog for demonstration purposes), and I thought you might be interested: ruclips.net/video/yjjNZBv3oBY/видео.html
[/edit]
XombyCraft Wow, did you see these? ¶ ruclips.net/video/7DzPCFCnsDI/видео.html ¶I would totally buy one.
pocket83 Why can't I break my comment into separate lines? I used to be able to press enter, and the text would be on the next line. What happened?
No idea.
Depends on where you reply from I guess, or how stupid YT decides to be on Thursdays.
It sauce um.
As cool as your videos are I can't help but go on about how rude you are in the comments. I mean, it's really offputting. Why not just ignore the comments you feel re idiotic?
If I did that, then how could I respond to you? Cite a specific example: Most of what people like you perceive as my being "rude" is just my defense of my defending myself. Trace each string back; it always starts with a commenter's initial rudeness. The only evidence you ever offer is that I should've just ignored it.
If you see me being short with those "reasonable" commenters, who think that I ought to ignore everything, it's simply because I receive that same comment constantly. My _not_ ignoring comments drives a certain small but bizarrely fixated demographic simply mad. So, no. You ignore this.
+pocket83 Damn, son. You're savage as all hell. Makes me love your channel more.
I just looked through a big portion of the comments for ones he responded to. I only see detailed / technical respones and replies of gratitude rather than rude ones. :\
+pocket83 You're just being sassy
Are you mad!?!!? That ending bit made me cringe! I could not watch!
Very interesting :-)