Soccer anyone?

[Groutie]

I mean, sheeeeeit LSR uda man. Ya can't get a better tutorial that that. Nuff said, nice football...................

[lasershows]

jesus, the code does nothing, its poorly explained maybe unless your an expert in lisp and autocad and so far I didnt see anyone else manage to make another ball from it.

[tzframpton]

jesus, the code does nothing, its poorly explained maybe unless your an expert in lisp and autocad and so far I didnt see anyone else manage to make another ball from it.

 

so just because someone posts a tutorial means everyone should try it out? lol

[Gothic]

I can't run the Lisp file u supposed.

I don't know what it happened. when i load this lisp file into my obj,

it sign me unknown command.

 

Gothic

[CarlB]

Since there seems to be interest in this soccer ball lisp, so I simplified the routine to include the coordinates in the routine. It draws points, not surfaces.

 

 

 

(defun c:soccer ()
 (setq ptlist
'(
  (0.00000000 1.00000000 4.85410197)
  (0.00000000 -1.00000000 -4.85410197)
  (0.00000000 1.00000000 -4.85410197) 
  (0.00000000 -1.00000000 4.85410197) 
  (1.00000000 4.85410197 0.00000000) 
  (1.00000000 -4.85410197 0.00000000) 
  (-1.00000000 4.85410197 0.00000000) 
  (-1.00000000 -4.85410197 0.00000000) 
  (4.85410197 0.00000000 1.00000000) 
  (4.85410197 0.00000000 -1.00000000) 
  (-4.85410197 0.00000000 1.00000000) 
  (-4.85410197 0.00000000 -1.00000000) 
  (2.00000000 4.23606798 1.61803399) 
  (-2.00000000 4.23606798 1.61803399) 
  (2.00000000 4.23606798 -1.61803399) 
  (-2.00000000 4.23606798 -1.61803399) 
  (2.00000000 -4.23606798 1.61803399) 
  (-2.00000000 -4.23606798 1.61803399) 
  (2.00000000 -4.23606798 -1.61803399) 
  (-2.00000000 -4.23606798 -1.61803399) 
  (4.23606798 1.61803399 2.00000000) 
  (-4.23606798 1.61803399 2.00000000) 
  (4.23606798 1.61803399 -2.00000000) 
  (-4.23606798 1.61803399 -2.00000000) 
  (4.23606798 -1.61803399 2.00000000) 
  (-4.23606798 -1.61803399 2.00000000) 
  (4.23606798 -1.61803399 -2.00000000) 
  (-4.23606798 -1.61803399 -2.00000000) 
  (1.61803399 2.00000000 4.23606798) 
  (-1.61803399 2.00000000 4.23606798) 
  (1.61803399 2.00000000 -4.23606798) 
  (-1.61803399 2.00000000 -4.23606798) 
  (1.61803399 -2.00000000 4.23606798) 
  (-1.61803399 -2.00000000 4.23606798) 
  (1.61803399 -2.00000000 -4.23606798) 
  (-1.61803399 -2.00000000 -4.23606798) 
  (1.00000000 3.61803399 3.23606798) 
  (-1.00000000 3.61803399 3.23606798) 
  (1.00000000 3.61803399 -3.23606798) 
  (-1.00000000 3.61803399 -3.23606798) 
  (1.00000000 -3.61803399 3.23606798) 
  (-1.00000000 -3.61803399 3.23606798) 
  (1.00000000 -3.61803399 -3.23606798) 
  (-1.00000000 -3.61803399 -3.23606798) 
  (3.61803399 3.23606798 1.00000000) 
  (-3.61803399 3.23606798 1.00000000) 
  (3.61803399 3.23606798 -1.00000000) 
  (-3.61803399 3.23606798 -1.00000000) 
  (3.61803399 -3.23606798 1.00000000) 
  (-3.61803399 -3.23606798 1.00000000) 
  (3.61803399 -3.23606798 -1.00000000) 
  (-3.61803399 -3.23606798 -1.00000000) 
  (3.23606798 1.00000000 3.61803399) 
  (-3.23606798 1.00000000 3.61803399) 
  (3.23606798 1.00000000 -3.61803399) 
  (-3.23606798 1.00000000 -3.61803399) 
  (3.23606798 -1.00000000 3.61803399) 
  (-3.23606798 -1.00000000 3.61803399) 
  (3.23606798 -1.00000000 -3.61803399) 
  (-3.23606798 -1.00000000 -3.61803399)
  )
 )
 (foreach x ptlist
    (command "._point" x)
 )
(princ)
)

[LSR]

Gothic and Lasershows:

If you guys had followed or read the thread sequence you would notice that I posted

the wrong code (typo error) the first time, the two previous guys made the same mistake as you guys.

I corrected the code since then, the correct one is somewhere in the middle of the thread.

"X" made a glass like ball.

 

CarlB:

Simpler code. An excellent one, I like it. Yes, it only draws points not surfaces.

These points represent the vertices of the icosahedron which you create the surfaces.

[Gothic]

Gothic and Lasershows:

If you guys had followed or read the thread sequence you would notice that I posted

the wrong code (typo error) the first time, the two previous guys made the same mistake as you guys.

I corrected the code since then, the correct one is somewhere in the middle of the thread.

"X" made a glass like ball.

 

CarlB:

Simpler code. An excellent one, I like it. Yes, it only draws points not surfaces.

These points represent the vertices of the icosahedron which you create the surfaces.

 

thanks 4 ur rply. i'll try it again as u proposed.

i'm just a novice in those field.

 

thank you.

 

Gothic

[Gothic]

 

 

I've caught it, N' I love it very much that.........

 

Thank you

 

Gothic

[Guest Antisthenes]

how can i get a DWG of your soccerball to make a SAT out of?

 

thanks

[chan09]

Now, i also got one....!

[Norts]

whilst this is a very good tutorial, it should be made clear that is not soccer, it is indeed football

[kthuyein]

Since there seems to be interest in this soccer ball lisp, so I simplified the routine to include the coordinates in the routine. It draws points, not surfaces.

 

 

 

(defun c:soccer ()
 (setq ptlist
'(
  (0.00000000 1.00000000 4.85410197)
  (0.00000000 -1.00000000 -4.85410197)
  (0.00000000 1.00000000 -4.85410197) 
  (0.00000000 -1.00000000 4.85410197) 
  (1.00000000 4.85410197 0.00000000) 
  (1.00000000 -4.85410197 0.00000000) 
  (-1.00000000 4.85410197 0.00000000) 
  (-1.00000000 -4.85410197 0.00000000) 
  (4.85410197 0.00000000 1.00000000) 
  (4.85410197 0.00000000 -1.00000000) 
  (-4.85410197 0.00000000 1.00000000) 
  (-4.85410197 0.00000000 -1.00000000) 
  (2.00000000 4.23606798 1.61803399) 
  (-2.00000000 4.23606798 1.61803399) 
  (2.00000000 4.23606798 -1.61803399) 
  (-2.00000000 4.23606798 -1.61803399) 
  (2.00000000 -4.23606798 1.61803399) 
  (-2.00000000 -4.23606798 1.61803399) 
  (2.00000000 -4.23606798 -1.61803399) 
  (-2.00000000 -4.23606798 -1.61803399) 
  (4.23606798 1.61803399 2.00000000) 
  (-4.23606798 1.61803399 2.00000000) 
  (4.23606798 1.61803399 -2.00000000) 
  (-4.23606798 1.61803399 -2.00000000) 
  (4.23606798 -1.61803399 2.00000000) 
  (-4.23606798 -1.61803399 2.00000000) 
  (4.23606798 -1.61803399 -2.00000000) 
  (-4.23606798 -1.61803399 -2.00000000) 
  (1.61803399 2.00000000 4.23606798) 
  (-1.61803399 2.00000000 4.23606798) 
  (1.61803399 2.00000000 -4.23606798) 
  (-1.61803399 2.00000000 -4.23606798) 
  (1.61803399 -2.00000000 4.23606798) 
  (-1.61803399 -2.00000000 4.23606798) 
  (1.61803399 -2.00000000 -4.23606798) 
  (-1.61803399 -2.00000000 -4.23606798) 
  (1.00000000 3.61803399 3.23606798) 
  (-1.00000000 3.61803399 3.23606798) 
  (1.00000000 3.61803399 -3.23606798) 
  (-1.00000000 3.61803399 -3.23606798) 
  (1.00000000 -3.61803399 3.23606798) 
  (-1.00000000 -3.61803399 3.23606798) 
  (1.00000000 -3.61803399 -3.23606798) 
  (-1.00000000 -3.61803399 -3.23606798) 
  (3.61803399 3.23606798 1.00000000) 
  (-3.61803399 3.23606798 1.00000000) 
  (3.61803399 3.23606798 -1.00000000) 
  (-3.61803399 3.23606798 -1.00000000) 
  (3.61803399 -3.23606798 1.00000000) 
  (-3.61803399 -3.23606798 1.00000000) 
  (3.61803399 -3.23606798 -1.00000000) 
  (-3.61803399 -3.23606798 -1.00000000) 
  (3.23606798 1.00000000 3.61803399) 
  (-3.23606798 1.00000000 3.61803399) 
  (3.23606798 1.00000000 -3.61803399) 
  (-3.23606798 1.00000000 -3.61803399) 
  (3.23606798 -1.00000000 3.61803399) 
  (-3.23606798 -1.00000000 3.61803399) 
  (3.23606798 -1.00000000 -3.61803399) 
  (-3.23606798 -1.00000000 -3.61803399)
  )
 )
 (foreach x ptlist
    (command "._point" x)
 )
(princ)
)

 

I got only points. Why? Help me

[chan09]

I got only points. Why? Help me

 

you should read this topic fist page , the post of topic owner..

this is not for surface, soccer is only solid.

lisp file is only for coordinate points.

u should follow topic owner way.

 

thankz n regards

[ascorbic]

so the one posted by CarlB is the soccer ball lisp? so how do i use this lisp? i have 0 knowledge in lisp, all i know that lisp is a programming language use by autocad. could you teach me how to use lisp posted by CarlB?

i'm interested to model this this because i could practice again in cad 3d modeling.

 

thanks!

[Ritch7]

for a football (or soccerball for the americans) it all depends on how you wish to draw it, some people use different techniques, lisps or no lisps, theire only there to make things quicker and easier. ROUGH IT OUT FROM SCATCH!

[chan09]

so the one posted by CarlB is the soccer ball lisp? so how do i use this lisp? i have 0 knowledge in lisp, all i know that lisp is a programming language use by autocad. could you teach me how to use lisp posted by CarlB?

i'm interested to model this this because i could practice again in cad 3d modeling.

 

thanks!

 

plz go to the below link!

"http://www.esnips.com/doc/0c30f9f7-7b54-43b7-a2f0-285ce394b133/3d-soccer"

enjoy!

[ascorbic]

@chan09

 

thanks for the link!

 

btw, how can i download the .swf file?

[GE13579]

...so how do i use this lisp? i have 0 knowledge in lisp, all i know that lisp is a programming language use by autocad. could you teach me how to use lisp posted by CarlB?..

 

You can learn more on how to use Lisps here.

[chan09]

@chan09

 

thanks for the link!

 

btw, how can i download the .swf file?

 

u just click the download

 

thankz for ur downloading my flash file..

 

some more i want u to invite from my blog

 

but sorry for font, i will translate to english version not so soon..

 

but my account still can't link for url coz of my posts not more than 9 posts

 

urs,

chan chan

[chan09]

u just click the download

 

thankz for ur downloading my flash file..

 

some more i want u to invite from my blog

 

but sorry for font, i will translate to english version not so soon..

 

but my account still can't link for url coz of my posts not more than 9 posts

 

urs,

chan chan

 

u just click the download

 

thankz for ur downloading my flash file..

 

some more i want u to invite from my blog

 

but sorry for font, i will translate to english version not so soon..

 

urs,

chan chan