Special:
|
[DAT] (requires LDraw-compatible viewer)
|
Subject:
|
POV dat - 3626bp6f - Minifig Head with Female Eyes with Red Lips Pattern - POV
|
Newsgroups:
|
lugnet.cad.ray, lugnet.cad.dat.parts
|
Date:
|
Mon, 22 Feb 2010 00:28:23 GMT
|
Highlighted:
|
(details)
|
Viewed:
|
1406 times
|
| |
|
|
0 Minifig Head with Female Eyes with Red Lips Pattern - POV
0 Name: 3626bp6f.dat
0 Author: Paul Easter
0 Unofficial Element
0 // using DAT code from LDRAW_ORG Part UPDATE 2005-01
0 // Inline POV code edited to comply with L3P v 1.4 2010-02-22
0 KEYWORDS face, Astro, Astrobots, lipstick, lady, Race, 6707
0 KEYWORDS alligator woman, green racer
0 BFC CERTIFY CW
0 CMDLINE -c14
0 // 2004-07-13 AJW added torus primitives
0 L3P IFNOTPOV
0 BFC CERTIFY CW
0 // replacing s\3626bs00.dat
1 16 0 0 0 1 0 0 0 1 0 0 0 1 s\3626bs02.dat
1 16 0 4 0 13 0 0 0 13 0 0 0 13 2-4cyli.dat
1 16 0 4 0 0 0 8 0 -6.4 0 8 0 0 t04o6250.dat
1 16 0 4 0 -8 0 0 0 -6.4 0 0 0 8 t04o6250.dat
1 16 0 17 0 0 0 -8 0 6.4 0 8 0 0 t04o6250.dat
1 16 0 17 0 8 0 0 0 6.4 0 0 0 8 t04o6250.dat
1 16 0 4 0 0 0 -8 0 -6.4 0 -8 0 0 t04o6250.dat
1 16 0 4 0 8 0 0 0 -6.4 0 0 0 -8 t04o6250.dat
1 16 0 17 0 0 0 8 0 6.4 0 -8 0 0 t04o6250.dat
1 16 0 17 0 -8 0 0 0 6.4 0 0 0 -8 t04o6250.dat
1 16 0 4 0 13 0 0 0 13 0 0 0 -13 1-8cyli.dat
1 16 0 4 0 -13 0 0 0 13 0 0 0 -13 1-8cyli.dat
3 16 0 4 -13 1.25 10.5 -12.7513 0 14.13 -13
3 16 0 4 -13 1.62 9.38 -12.6776 1.25 10.5 -12.7513
3 16 0 4 -13 2.13 8.62 -12.5762 1.62 9.38 -12.6776
3 16 0 4 -13 2.87 8.13 -12.4289 2.13 8.62 -12.5762
4 16 0 4 -13 4.975 4 -12.01 3.62 7.75 -12.2797 2.87 8.13 -12.4289
3 16 4.975 4 -12.01 4.62 7.38 -12.0807 3.62 7.75 -12.2797
3 16 4.975 4 -12.01 4.975 7.3 -12.01 4.62 7.38 -12.0807
3 16 4.25 8.75 -12.1543 4.975 8.46 -12.01 4.55 8.94 -12.0946
3 16 4.55 8.94 -12.0946 4.975 8.46 -12.01 4.88 9.43 -12.0289
3 16 4.88 9.43 -12.0289 4.975 8.46 -12.01 4.975 10.01 -12.01
3 16 1.25 10.5 -12.7513 1.38 10.62 -12.7254 0 14.13 -13
4 16 0 14.13 -13 1.38 10.62 -12.7254 2 10 -12.602 2.11 10.58 -12.5801
4 16 0 14.13 -13 2.11 10.58 -12.5801 2.44 11.06 -12.5145 .5 13.75 -12.9005
4 16 .5 13.75 -12.9005 2.44 11.06 -12.5145 2.93 11.39 -12.417 1.13 13.75 -12.7751
4 16 1.13 13.75 -12.7751 2.93 11.39 -12.417 3.5 11.5 -12.3035 2.88 14 -12.4269
4 16 2.88 14 -12.4269 3.5 11.5 -12.3035 4.07 11.39 -12.1901 3.75 14.38 -12.2538
4 16 3.75 14.38 -12.2538 4.07 11.39 -12.1901 4.975 17 -12.01 3.75 14.5 -12.2538
3 16 4.07 11.39 -12.1901 4.55 11.06 -12.0946 4.975 17 -12.01
3 16 4.55 11.06 -12.0946 4.88 10.58 -12.0289 4.975 17 -12.01
3 16 4.88 10.58 -12.0289 4.975 10.01 -12.01 4.975 17 -12.01
4 16 0 17 -13 0 16.5 -13 .75 16.5 -12.8508 4.975 17 -12.01
3 16 .75 16.5 -12.8508 2 16.13 -12.602 4.975 17 -12.01
3 16 2 16.13 -12.602 3.26 15.25 -12.3513 4.975 17 -12.01
3 16 3.26 15.25 -12.3513 3.75 14.5 -12.2538 4.975 17 -12.01
0
0 eye
4 0 1.25 10.5 -12.7513 1.62 9.38 -12.6776 2 10 -12.602 1.38 10.62 -12.7254
4 0 1.62 9.38 -12.6776 2.13 8.62 -12.5762 4.25 8.75 -12.1543 2 10 -12.602
3 0 2.13 8.62 -12.5762 2.87 8.13 -12.4289 4.25 8.75 -12.1543
3 0 2.87 8.13 -12.4289 3.62 7.75 -12.2797 4.25 8.75 -12.1543
4 0 3.62 7.75 -12.2797 4.62 7.38 -12.0807 4.975 8.46 -12.01 4.25 8.75 -12.1543
3 0 4.62 7.38 -12.0807 4.975 7.3 -12.01 4.975 8.46 -12.01
4 0 2 10 -12.602 4.25 8.75 -12.1543 4.55 8.94 -12.0946 2.11 10.58 -12.5801
4 0 2.11 10.58 -12.5801 4.55 8.94 -12.0946 4.88 9.43 -12.0289 2.44 11.06 -12.5145
4 0 2.44 11.06 -12.5145 4.88 9.43 -12.0289 4.975 10.01 -12.01 2.93 11.39 -12.417
4 0 2.93 11.39 -12.417 4.975 10.01 -12.01 4.88 10.58 -12.0289 3.5 11.5 -12.3035
4 0 3.5 11.5 -12.3035 4.88 10.58 -12.0289 4.55 11.06 -12.0946 4.07 11.39 -12.1901
0
0 mouth middle
4 6 0 14.75 -13 .38 14.62 -12.9244 .5 15.13 -12.9005 0 15.38 -13
3 6 .38 14.62 -12.9244 1.38 14.87 -12.7254 .5 15.13 -12.9005
4 6 .38 14.62 -12.9244 2.88 14.5 -12.4269 2.26 14.75 -12.5503 1.38 14.87 -12.7254
0 mouth outer
4 4 0 14.13 -13 .5 13.75 -12.9005 .38 14.62 -12.9244 0 14.75 -13
3 4 .5 13.75 -12.9005 1.13 13.75 -12.7751 .38 14.62 -12.9244
4 4 1.13 13.75 -12.7751 2.88 14 -12.4269 2.88 14.5 -12.4269 .38 14.62 -12.9244
4 4 2.88 14 -12.4269 3.75 14.38 -12.2538 3.75 14.5 -12.2538 2.88 14.5 -12.4269
4 4 3.75 14.5 -12.2538 3.26 15.25 -12.3513 2.26 14.75 -12.5503 2.88 14.5 -12.4269
4 4 3.26 15.25 -12.3513 2 16.13 -12.602 1.38 14.87 -12.7254 2.26 14.75 -12.5503
4 4 2 16.13 -12.602 .75 16.5 -12.8508 .5 15.13 -12.9005 1.38 14.87 -12.7254
4 4 .75 16.5 -12.8508 0 16.5 -13 0 15.38 -13 .5 15.13 -12.9005
0
3 16 0 14.13 -13 -1.25 10.5 -12.7513 0 4 -13
3 16 -1.25 10.5 -12.7513 -1.62 9.38 -12.6776 0 4 -13
3 16 -1.62 9.38 -12.6776 -2.13 8.62 -12.5762 0 4 -13
3 16 -2.13 8.62 -12.5762 -2.87 8.13 -12.4289 0 4 -13
4 16 -3.62 7.75 -12.2797 -4.975 4 -12.01 0 4 -13 -2.87 8.13 -12.4289
3 16 -3.62 7.75 -12.2797 -4.62 7.38 -12.0807 -4.975 4 -12.01
3 16 -4.62 7.38 -12.0807 -4.975 7.3 -12.01 -4.975 4 -12.01
3 16 -4.55 8.94 -12.0946 -4.975 8.46 -12.01 -4.25 8.75 -12.1543
3 16 -4.88 9.43 -12.0289 -4.975 8.46 -12.01 -4.55 8.94 -12.0946
3 16 -4.975 10.01 -12.01 -4.975 8.46 -12.01 -4.88 9.43 -12.0289
3 16 0 14.13 -13 -1.38 10.62 -12.7254 -1.25 10.5 -12.7513
4 16 -2 10 -12.602 -1.38 10.62 -12.7254 0 14.13 -13 -2.11 10.58 -12.5801
4 16 -2.44 11.06 -12.5145 -2.11 10.58 -12.5801 0 14.13 -13 -.5 13.75 -12.9005
4 16 -2.93 11.39 -12.417 -2.44 11.06 -12.5145 -.5 13.75 -12.9005 -1.13 13.75 -12.7751
4 16 -3.5 11.5 -12.3035 -2.93 11.39 -12.417 -1.13 13.75 -12.7751 -2.88 14 -12.4269
4 16 -4.07 11.39 -12.1901 -3.5 11.5 -12.3035 -2.88 14 -12.4269 -3.75 14.38 -12.2538
4 16 -4.975 17 -12.01 -4.07 11.39 -12.1901 -3.75 14.38 -12.2538 -3.75 14.5 -12.2538
3 16 -4.975 17 -12.01 -4.55 11.06 -12.0946 -4.07 11.39 -12.1901
3 16 -4.975 17 -12.01 -4.88 10.58 -12.0289 -4.55 11.06 -12.0946
3 16 -4.975 17 -12.01 -4.975 10.01 -12.01 -4.88 10.58 -12.0289
4 16 -.75 16.5 -12.8508 0 16.5 -13 0 17 -13 -4.975 17 -12.01
3 16 -4.975 17 -12.01 -2 16.13 -12.602 -.75 16.5 -12.8508
3 16 -4.975 17 -12.01 -3.26 15.25 -12.3513 -2 16.13 -12.602
3 16 -4.975 17 -12.01 -3.75 14.5 -12.2538 -3.26 15.25 -12.3513
0
0 eye
4 0 -2 10 -12.602 -1.62 9.38 -12.6776 -1.25 10.5 -12.7513 -1.38 10.62 -12.7254
4 0 -4.25 8.75 -12.1543 -2.13 8.62 -12.5762 -1.62 9.38 -12.6776 -2 10 -12.602
3 0 -4.25 8.75 -12.1543 -2.87 8.13 -12.4289 -2.13 8.62 -12.5762
3 0 -4.25 8.75 -12.1543 -3.62 7.75 -12.2797 -2.87 8.13 -12.4289
4 0 -4.975 8.46 -12.01 -4.62 7.38 -12.0807 -3.62 7.75 -12.2797 -4.25 8.75 -12.1543
3 0 -4.975 8.46 -12.01 -4.975 7.3 -12.01 -4.62 7.38 -12.0807
4 0 -4.55 8.94 -12.0946 -4.25 8.75 -12.1543 -2 10 -12.602 -2.11 10.58 -12.5801
4 0 -4.88 9.43 -12.0289 -4.55 8.94 -12.0946 -2.11 10.58 -12.5801 -2.44 11.06 -12.5145
4 0 -4.975 10.01 -12.01 -4.88 9.43 -12.0289 -2.44 11.06 -12.5145 -2.93 11.39 -12.417
4 0 -4.88 10.58 -12.0289 -4.975 10.01 -12.01 -2.93 11.39 -12.417 -3.5 11.5 -12.3035
4 0 -4.55 11.06 -12.0946 -4.88 10.58 -12.0289 -3.5 11.5 -12.3035 -4.07 11.39 -12.1901
0
0 mouth middle
4 6 -.5 15.13 -12.9005 -.38 14.62 -12.9244 0 14.75 -13 0 15.38 -13
3 6 -.5 15.13 -12.9005 -1.38 14.87 -12.7254 -.38 14.62 -12.9244
4 6 -2.26 14.75 -12.5503 -2.88 14.5 -12.4269 -.38 14.62 -12.9244 -1.38 14.87 -12.7254
0 mouth outer
4 4 -.38 14.62 -12.9244 -.5 13.75 -12.9005 0 14.13 -13 0 14.75 -13
3 4 -.38 14.62 -12.9244 -1.13 13.75 -12.7751 -.5 13.75 -12.9005
4 4 -2.88 14.5 -12.4269 -2.88 14 -12.4269 -1.13 13.75 -12.7751 -.38 14.62 -12.9244
4 4 -3.75 14.5 -12.2538 -3.75 14.38 -12.2538 -2.88 14 -12.4269 -2.88 14.5 -12.4269
4 4 -2.26 14.75 -12.5503 -3.26 15.25 -12.3513 -3.75 14.5 -12.2538 -2.88 14.5 -12.4269
4 4 -1.38 14.87 -12.7254 -2 16.13 -12.602 -3.26 15.25 -12.3513 -2.26 14.75 -12.5503
4 4 -.5 15.13 -12.9005 -.75 16.5 -12.8508 -2 16.13 -12.602 -1.38 14.87 -12.7254
4 4 0 15.38 -13 0 16.5 -13 -.75 16.5 -12.8508 -.5 15.13 -12.9005
0
3 16 4.975 4 -12.01 6.13 7.13 -11.2382 4.975 7.3 -12.01
3 16 4.975 4 -12.01 8.13 6.87 -9.9017 6.13 7.13 -11.2382
4 16 4.975 4 -12.01 9.192 4 -9.192 8.75 6.75 -9.4874 8.13 6.87 -9.9017
3 16 9.192 4 -9.192 9.192 17 -9.192 8.75 6.75 -9.4874
4 16 4.975 8.46 -12.01 6.25 8 -11.158 6.38 8.62 -11.0711 6.38 9.25 -11.0711
3 16 4.975 8.46 -12.01 6.38 9.25 -11.0711 6.13 9.87 -11.2382
3 16 4.975 8.46 -12.01 6.13 9.87 -11.2382 4.975 17 -12.01
3 16 4.975 17 -12.01 6.13 9.87 -11.2382 6.5 9.75 -10.9909
4 16 4.975 17 -12.01 6.5 9.75 -10.9909 6.75 9.75 -10.8239 9.192 17 -9.192
3 16 9.192 17 -9.192 6.75 9.75 -10.8239 7.25 8.75 -10.4897
4 16 9.192 17 -9.192 7.25 8.75 -10.4897 7.38 8 -10.4029 7.75 7.87 -10.1556
3 16 9.192 17 -9.192 7.75 7.87 -10.1556 7.87 7.62 -10.0754
4 16 9.192 17 -9.192 7.87 7.62 -10.0754 7.87 7.38 -10.0754 8.25 7.13 -9.8215
3 16 9.192 17 -9.192 8.25 7.13 -9.8215 8.75 6.75 -9.4874
4 16 7.38 7.5 -10.4029 7.87 7.38 -10.0754 7.87 7.62 -10.0754 7.38 7.75 -10.4029
0
0 eye
4 0 4.975 7.3 -12.01 6.13 7.13 -11.2382 6.25 8 -11.158 4.975 8.46 -12.01
4 0 6.13 7.13 -11.2382 8.13 6.87 -9.9017 7.38 7.5 -10.4029 6.25 8 -11.158
4 0 8.13 6.87 -9.9017 8.25 7.13 -9.8215 7.87 7.38 -10.0754 7.38 7.5 -10.4029
3 0 8.13 6.87 -9.9017 8.75 6.75 -9.4874 8.25 7.13 -9.8215
4 0 6.25 8 -11.158 7.38 7.5 -10.4029 7.38 7.75 -10.4029 6.38 8.62 -11.0711
3 0 6.38 8.62 -11.0711 7.38 7.75 -10.4029 7.38 8 -10.4029
4 0 7.38 7.75 -10.4029 7.87 7.62 -10.0754 7.75 7.87 -10.1556 7.38 8 -10.4029
4 0 6.38 8.62 -11.0711 7.38 8 -10.4029 7.25 8.75 -10.4897 6.38 9.25 -11.0711
4 0 6.38 9.25 -11.0711 7.25 8.75 -10.4897 6.75 9.75 -10.8239 6.5 9.75 -10.9909
3 0 6.38 9.25 -11.0711 6.5 9.75 -10.9909 6.13 9.87 -11.2382
0
3 16 -4.975 7.3 -12.01 -6.13 7.13 -11.2382 -4.975 4 -12.01
3 16 -6.13 7.13 -11.2382 -8.13 6.87 -9.9017 -4.975 4 -12.01
4 16 -8.75 6.75 -9.4874 -9.192 4 -9.192 -4.975 4 -12.01 -8.13 6.87 -9.9017
3 16 -8.75 6.75 -9.4874 -9.192 17 -9.192 -9.192 4 -9.192
4 16 -6.38 8.62 -11.0711 -6.25 8 -11.158 -4.975 8.46 -12.01 -6.38 9.25 -11.0711
3 16 -6.13 9.87 -11.2382 -6.38 9.25 -11.0711 -4.975 8.46 -12.01
3 16 -4.975 17 -12.01 -6.13 9.87 -11.2382 -4.975 8.46 -12.01
3 16 -6.5 9.75 -10.9909 -6.13 9.87 -11.2382 -4.975 17 -12.01
4 16 -6.75 9.75 -10.8239 -6.5 9.75 -10.9909 -4.975 17 -12.01 -9.192 17 -9.192
3 16 -7.25 8.75 -10.4897 -6.75 9.75 -10.8239 -9.192 17 -9.192
4 16 -7.38 8 -10.4029 -7.25 8.75 -10.4897 -9.192 17 -9.192 -7.75 7.87 -10.1556
3 16 -7.87 7.62 -10.0754 -7.75 7.87 -10.1556 -9.192 17 -9.192
4 16 -7.87 7.38 -10.0754 -7.87 7.62 -10.0754 -9.192 17 -9.192 -8.25 7.13 -9.8215
3 16 -8.75 6.75 -9.4874 -8.25 7.13 -9.8215 -9.192 17 -9.192
4 16 -7.87 7.62 -10.0754 -7.87 7.38 -10.0754 -7.38 7.5 -10.4029 -7.38 7.75 -10.4029
0
0 eye
4 0 -6.25 8 -11.158 -6.13 7.13 -11.2382 -4.975 7.3 -12.01 -4.975 8.46 -12.01
4 0 -7.38 7.5 -10.4029 -8.13 6.87 -9.9017 -6.13 7.13 -11.2382 -6.25 8 -11.158
4 0 -7.87 7.38 -10.0754 -8.25 7.13 -9.8215 -8.13 6.87 -9.9017 -7.38 7.5 -10.4029
3 0 -8.25 7.13 -9.8215 -8.75 6.75 -9.4874 -8.13 6.87 -9.9017
4 0 -7.38 7.75 -10.4029 -7.38 7.5 -10.4029 -6.25 8 -11.158 -6.38 8.62 -11.0711
3 0 -7.38 8 -10.4029 -7.38 7.75 -10.4029 -6.38 8.62 -11.0711
4 0 -7.75 7.87 -10.1556 -7.87 7.62 -10.0754 -7.38 7.75 -10.4029 -7.38 8 -10.4029
4 0 -7.25 8.75 -10.4897 -7.38 8 -10.4029 -6.38 8.62 -11.0711 -6.38 9.25 -11.0711
4 0 -6.75 9.75 -10.8239 -7.25 8.75 -10.4897 -6.38 9.25 -11.0711 -6.5 9.75 -10.9909
3 0 -6.13 9.87 -11.2382 -6.5 9.75 -10.9909 -6.38 9.25 -11.0711
0
0
5 24 -4.975 4 -12.01 -4.975 7.3 -12.01 0 4 -13 -9.192 4 -9.192
5 8 -4.975 7.3 -12.01 -4.975 8.46 -12.01 0 4 -13 -9.192 4 -9.192
5 24 -4.975 8.46 -12.01 -4.975 17 -12.01 0 4 -13 -9.192 4 -9.192
5 24 0 4 -13 0 14.13 -13 4.975 4 -12.01 -4.975 4 -12.01
5 12 0 14.13 -13 0 14.75 -13 4.975 4 -12.01 -4.975 4 -12.01
5 0 0 14.75 -13 0 15.38 -13 4.975 4 -12.01 -4.975 4 -12.01
5 12 0 15.38 -13 0 16.5 -13 4.975 4 -12.01 -4.975 4 -12.01
5 24 0 16.5 -13 0 17 -13 4.975 4 -12.01 -4.975 4 -12.01
5 24 4.975 4 -12.01 4.975 17.3 -12.01 9.192 4 -9.192 0 4 -13
5 8 4.975 7.3 -12.01 4.975 8.46 -12.01 9.192 4 -9.192 0 4 -13
5 24 4.975 8.46 -12.01 4.975 17 -12.01 9.192 4 -9.192 0 4 -13
0
0
0 L3P ELSEPOV
0 #if (L3Studs)
0 // REMmed by TE - object { stud2_dot_dat matrix <1,0,0,0,1,0,0,0,1,0,0,0> }
0 // avoiding potetial undefined primitive problem
0 difference {
0 cylinder { <0,0,0>, <0,-4,0>, 6 }
0 cylinder { <0,0.01,0>, <0,-4.01,0>, 4 }
0 }
0 #end
0 object { ring3_dot_dat matrix <2,0,0,0,1,0,0,0,2,0,0,0> }
0 object { ring2_dot_dat matrix <2,0,0,0,1,0,0,0,2,0,4,0> }
0 object { _4_dash_4cyli_dot_dat matrix <6,0,0,0,20,0,0,0,6,0,4,0> }
0 object { ring3_dot_dat matrix <2,0,0,0,1,0,0,0,2,0,24,0> }
0 object { _4_dash_4cyli_dot_dat matrix <8,0,0,0,3,0,0,0,8,0,21,0> }
0 cylinder{<0,0,0>,<0,17,0>,13.001
0 clipped_by{
0 union{
0 prism {linear_sweep linear_spline 0,14,38,
0 <-1.25,10.5>,<-1.62,9.38>,<-2.13,8.62>,<-2.87,8.13>,<-3.62,7.75>
0 <-4.62,7.38>,<-4.975,7.3>,<-6.13,7.13>,<-8.13,6.87>,<-8.75,6.75>
0 <-8.25,7.13>,<-7.87,7.38>,<-7.38,7.5>,<-7.38,7.75>,<-7.38,7.75>
0 <-7.75,7.87>,<-7.38,8>,<-7.25,8.75>,<-6.75,9.75>,<-6.5,9.75>
0 <-6.13,9.87>,<-6.38,9.25>,<-6.38,8.62>,<-6.25,8>,<-4.975,8.46>
0 <-4.25,8.75>,<-4.55,8.94>,<-4.88,9.43>,<-4.975,10.01>,<-4.88,10.5>
0 <-4.55,11.06>,<-4.07,11.39>,<-3.5,11.5>,<-2.93,11.39>,<-2.44,11.06>
0 <-2.11,10.58>,<-2,10>,<-1.38,10.62>
0 }
0 } rotate <-90,0,0>
0
0 }
0 #if (version >= 3.1) material #else texture #end { L3Color0 }
0 }
0 cylinder{<0,0,0>,<0,17,0>,13.001
0 clipped_by{
0 union{
0 prism {linear_sweep linear_spline 0,14,38,
0 <1.25,10.5>,<1.62,9.38>,<2.13,8.62>,<2.87,8.13>,<3.62,7.75>
0 <4.62,7.38>,<4.975,7.3>,<6.13,7.13>,<8.13,6.87>,<8.75,6.75>
0 <8.25,7.13>,<7.87,7.38>,<7.38,7.5>,<7.38,7.75>,<7.38,7.75>
0 <7.75,7.87>,<7.38,8>,<7.25,8.75>,<6.75,9.75>,<6.5,9.75>
0 <6.13,9.87>,<6.38,9.25>,<6.38,8.62>,<6.25,8>,<4.975,8.46>
0 <4.25,8.75>,<4.55,8.94>,<4.88,9.43>,<4.975,10.01>,<4.88,10.5>
0 <4.55,11.06>,<4.07,11.39>,<3.5,11.5>,<2.93,11.39>,<2.44,11.06>
0 <2.11,10.58>,<2,10>,<1.38,10.62>
0 }
0 } rotate <-90,0,0>
0 }
0
0 #if (version >= 3.1) material #else texture #end { L3Color0 }
0 }
0
0 cylinder{<0,0,0>,<0,17,0>,13.001
0 clipped_by{
0 union{
0 prism {linear_sweep linear_spline 0,14,13,
0 <0,15.38>,<-.5,15.13>,<-1.38,14.87>,<-2.26,14.75>,<-2.88,14.5>
0 <-.38,14.62>,<0,14.75>,<.38,14.62>,<2.88,14.5>,<2.26,14.75>
0 <1.38,14.87>,<.5,15.13>,<0,15.38>
0 }
0 } rotate <-90,0,0>
0
0 }
0 #if (version >= 3.1) material #else texture #end { L3Color6 }
0 }
0
0 cylinder{<0,0,0>,<0,17,0>,13.001
0 clipped_by{
0 union{
0 prism {linear_sweep linear_spline 0,14,17,
0 <0,14.13>,<-.5,13.75>,<-1.13,13.75>,<-2.88,14>,<-3.75,14.38>
0 <-3.75,14.5>,<-3.26,15.25>,<-2,16.13>,<-.75,16.5>,<0,16.5>
0 <0,15.38>,<-.5,15.13>,<-1.38,14.87>,<-2.26,14.75>,<-2.88,14.5>
0 <-.38,14.62>,<0,14.75>
0 }
0 } rotate <-90,0,0>
0
0 }
0 #if (version >= 3.1) material #else texture #end { L3Color4 }
0 }
0
0 cylinder{<0,0,0>,<0,17,0>,13.001
0 clipped_by{
0 union{
0 prism {linear_sweep linear_spline 0,14,17,
0 <0,14.13>,<.5,13.75>,<1.13,13.75>,<2.88,14>,<3.75,14.38>
0 <3.75,14.5>,<3.26,15.25>,<2,16.13>,<.75,16.5>,<0,16.5>
0 <0,15.38>,<.5,15.13>,<1.38,14.87>,<2.26,14.75>,<2.88,14.5>
0 <.38,14.62>,<0,14.75>
0 }
0 } rotate <-90,0,0>
0
0 }
0 #if (version >= 3.1) material #else texture #end { L3Color4 }
0 }
0
0 torus{9,4 clipped_by{difference{box{<-13,4,-13>,<13,-4,13>}
0 cylinder{<0,0,0>,<0,4,0>,9} plane{y,0}}}translate <0,17,0>}
0 plane{y,21 clipped_by{difference{sphere{<0,21,0>,9}
sphere{<0,21,0>,8}}}}
0
0 torus{9,4 clipped_by{difference{box{<-13,-4,-13>,<13,4,13>}
0 cylinder{<0,0,0>,<0,-4,0>,9} plane{-y,0}}}translate <0,4,0>}
0 plane{y,0 clipped_by{difference{sphere{<0,0,0>,9} sphere{<0,0,0>,8}}}}
0
0 cylinder{<0,4,0>,<0,17,0>,13}
0 L3P ENDPOV
0
|
|
Message is in Reply To:
 | | POV dats for L3P v1.4
|
| I have decided not to make my new dats with inline POV code compatible with L3P 1.3, since I've found there is no reason to use it when 1.4 beta is stable and free from bugs. So, to begin with I will post the 18 problem free minifig heads I've made (...) (15 years ago, 22-Feb-10, to lugnet.cad.ray, lugnet.cad.dat.parts)
|
36 Messages in This Thread:
- Entire Thread on One Page:
- Nested:
All | Brief | Compact | Dots
Linear:
All | Brief | Compact
|
|
|
|
