import 4.code.about;

class Header {

public void title() {

String fullTitle = '/po/';
}

public void menu();

public void board();

public void goToBottom();

}
class Thread extends Board {
public void So... How is this called?(OP Anonymous) {

String fullTitle = 'So... How is this called?';
int postNumber = 616163;
String image = '1695237182366851.png';
String date = '09/20/23(Wed)15:13:02';
String comment = 'Recently I got inspired by this guy who models their cosplays with cardboard and I got surprised by how good the round shapes ended up look like.
I only want to make a mask with round shapes but every tutorial I found uses straight strokes for the template and I want to know if I can find more information of how to do it the other way'
;

}
public void comments() {
if(Anonymous && title=='undefined' && postNumber==616190 && dateTime=='09/23/23(Sat)03:52:44') {

'>>616163
im sure there's some technical name for this, i have a template for dark souls helmets made of foam that do this too.'
;

}

if(Piggy && title=='undefined' && postNumber==616209 && dateTime=='09/23/23(Sat)23:48:21') {

'>>616163
I have a book about cosplay making with Eva foam if you want? can email it to you
would translate to cardboard pretty well'
;

}

if(Anonymous && title=='undefined' && postNumber==616223 && dateTime=='09/25/23(Mon)00:55:11') {

'>>616209
Yes! It would be very helpful. How can I found you?'
;

}

if(Piggy && title=='undefined' && postNumber==616228 && dateTime=='09/25/23(Mon)03:19:00') {

'>>616223
just post an email and i'll send the book to that, if you want a fake one you can use Proton mail

https://proton.me/mail'
;

}

if(Piggy && title=='undefined' && postNumber==616229 && dateTime=='09/25/23(Mon)03:22:03') {

'>>616228
or just email me here
[email protected]'
;

}

if(Piggy && title=='undefined' && postNumber==616247 && dateTime=='09/25/23(Mon)23:45:20') {

'>>616223
Ended up just using my email, proton has a 25mb limit lol'
;

}

if(Anonymoose && title=='undefined' && postNumber==616255 && dateTime=='09/26/23(Tue)05:51:34') {

'>>616247
Sent an email to your proton account! Hoping to get a copy of this book please.'
;

}

if(Piggy && title=='undefined' && postNumber==616296 && dateTime=='09/27/23(Wed)03:14:40') {

'>>616255
sent'
;

}

if(Anonymoose && title=='undefined' && postNumber==616299 && dateTime=='09/27/23(Wed)05:37:32') {

'>>616296
Thanks mate!'
;

}

if(Anonymous && title=='undefined' && postNumber==616317 && dateTime=='09/27/23(Wed)14:29:31') {

'>>616247
I just checked the content of the book and it is actually very helpful for what I am looking for. I really appreciate your help! !'
;

}

if(Piggy && title=='undefined' && postNumber==616324 && dateTime=='09/27/23(Wed)23:32:24') {

'>>616317
hell yeah! I got a bunch of cosplay books from Humble Bundle awhile ago

glad I could help'
;

}

if(Anonymous && title=='undefined' && postNumber==617656 && dateTime=='12/11/23(Mon)21:55:01') {

'>>616163
That's dragon ball z armor.'
;

}

if(Anonymous && title=='undefined' && postNumber==618013 && dateTime=='01/08/24(Mon)15:48:05') {

'>>616209
Would you be able to upload it to a host like catbox or Mega please? I'm interested too.'
;

}

if(Anonymous && title=='undefined' && postNumber==619696 && dateTime=='02/13/24(Tue)21:42:19') {

'>>618013
same here'
;

}

if(Piggy && title=='undefined' && postNumber==619700 && dateTime=='02/13/24(Tue)23:07:44') {

'>>618013
>>619696
Sorry i completely forgot about this thread, here you go

https://mega.nz/file/DyRwxB6D#tsff2T3F8mMUDFOGiVIecCcIHH27keEcMkGG0uCRtvI'
;

}

if(Anonymous && title=='undefined' && postNumber==619804 && dateTime=='03/01/24(Fri)00:27:42') {

'>>619700
thank you!'
;

}

if(Anonymous && title=='undefined' && postNumber==620336 && dateTime=='04/20/24(Sat)02:18:48'  && image=='Developable-Surfaces10-768x768.jpg') {

'The technical name for a shape that can be made from a flat plane via cutting, folding and bending but without stretching or compressing is a developable surface-

https://en.m.wikipedia.org/wiki/Developable_surface

Cylinders, cubes, pyramids and cones are basic examples, and with computers extremely complex shapes can be segmented and unfolded to create patterns for 3-D objects.

Curved creasing/folding (see pic) is another option that can develop amazing shapes with minimal cutting and assembly work'
;

}

}
}