|
|
| |
Hi,
does anyone know where to find a trash can for use with LDRAW?
Thx, adrian
|
|
| |
Hi,
can anyone tell me which part to take to build the Lego Disney Cars within
LDRAW?
Thanks, adrian
PS: Maybe anyone has already built one or more of these cars?
|
|
| |
0 Minifig Head with Freckle Nose and Standard Grin Pattern - POV
0 Name: 3626bp07.dat
0 Author: Damien Roux [Darats]
0 !LICENSE Redistributable under CCAL version 2.0 : see CAreadme.txt
0 // Inline POV code generated by MFHead v0.27
0 // Using code from LDRAW_ORG Part UPDATE 2011-01
0 BFC CERTIFY CCW
0 !HISTORY 2011-07-25 [PTadmin] Official Update 2011-01
0 L3P IFNOTPOV
1 16 0 0 0 1 0 0 0 1 0 0 0 1 s\3626bs02.dat
1 16 0 4 0 4.97488 0 12.0104 0 13 0 -12.0104 0 4.97488 7-8cyli.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 0 -3.5 10 -12.304 1.25 -0.244 0 0 0 -1.25 -0.244 1 0 4-4disc.dat
1 0 3.5 10 -12.304 1.25 0.244 0 0 0 -1.25 0.244 1 0 4-4disc.dat
1 16 -3.5 10 -12.304 1.25 -0.244 0 0 0 -1.25 -0.244 1 0 4-4ndis.dat
1 16 3.5 10 -12.304 1.25 0.244 0 0 0 -1.25 0.244 1 0 4-4ndis.dat
0 //
1 4 2.7 12.9 -12.463 0.4 0 0 0 0 -0.4 0.079644 1 0 4-4disc.dat
1 4 1.3 12.1 -12.741 0.4 0 0 0 0 -0.4 0.079598 1 0 4-4disc.dat
1 4 0.5 13.1 -12.901 0.4 0 0 0 0 -0.4 0.07968 1 0 4-4disc.dat
1 4 -0.4 11.4 -12.92 0.4 0 0 0 0 -0.4 -0.079598 1 0 4-4disc.dat
1 4 -1.1 13.1 -12.781 0.4 0 0 0 0 -0.4 -0.07968 1 0 4-4disc.dat
1 4 -1.8 12 -12.642 0.4 0 0 0 0 -0.4 -0.079598 1 0 4-4disc.dat
1 4 -3.6 12.7 -12.284 0.4 0 0 0 0 -0.4 -0.079664 1 -0.000096 4-4disc.dat
1 16 -0.4 11.4 -12.92 0.4 0 0 0 0 -0.4 -0.079598 1 0 4-4ndis.dat
1 16 1.3 12.1 -12.741 0.4 0 0 0 0 -0.4 0.079598 1 0 4-4ndis.dat
1 16 2.7 12.9 -12.463 0.4 0 0 0 0 -0.4 0.079644 1 0 4-4ndis.dat
1 16 0.5 13.1 -12.901 0.4 0 0 0 0 -0.4 0.07968 1 0 4-4ndis.dat
1 16 -1.8 12 -12.642 0.4 0 0 0 0 -0.4 -0.079598 1 0 4-4ndis.dat
1 16 -1.1 13.1 -12.781 0.4 0 0 0 0 -0.4 -0.07968 1 0 4-4ndis.dat
1 16 -3.6 12.7 -12.284 0.4 0 0 0 0 -0.4 -0.079664 1 -0.000096 4-4ndis.dat
0 //
4 16 -4.975 11.25 -12.01 -4.75 11.25 -12.06 -4.75 8.75 -12.054 -4.975 8.75 -12.01
4 16 4.75 8.75 -12.054 4.75 11.25 -12.06 4.975 11.25 -12.01 4.975 8.75 -12.01
4 0 -1.75 15.75 -12.652 0 16 -13 0 15 -13 -1.75 14.75 -12.652
4 0 0 15 -13 0 16 -13 1.75 15.75 -12.652 1.75 14.75 -12.652
4 0 -3.5 15 -12.304 -1.75 15.75 -12.652 -1.75 14.75 -12.652 -3 14.2 -12.403
4 0 1.75 14.75 -12.652 1.75 15.75 -12.652 3.5 15 -12.304 3 14.2 -12.403
3 0 -3 14.2 -12.403 -3.5 14.5 -12.304 -3.5 15 -12.304
3 0 3.5 15 -12.304 3.5 14.5 -12.304 3 14.2 -12.403
3 16 -4.975 4 -12.01 -4.975 8.75 -12.01 -4.75 8.75 -12.054
3 16 4.75 8.75 -12.054 4.975 8.75 -12.01 4.975 4 -12.01
3 16 0 4 -13 0 8.75 -13 2.25 8.75 -12.548
3 16 0 8.75 -13 0 4 -13 -2.25 8.75 -12.548
4 16 4.75 8.75 -12.054 4.975 4 -12.01 0 4 -13 2.25 8.75 -12.548
4 16 0 4 -13 -4.975 4 -12.01 -4.75 8.75 -12.054 -2.25 8.75 -12.548
4 16 4.975 11.25 -12.01 3.5 14.5 -12.304 3.5 15 -12.304 4.975 17 -12.01
4 16 -3.5 15 -12.304 -3.5 14.5 -12.304 -4.975 11.25 -12.01 -4.975 17 -12.01
4 16 0 16 -13 -1.75 15.75 -12.652 -4.975 17 -12.01 0 17 -13
4 16 4.975 17 -12.01 1.75 15.75 -12.652 0 16 -13 0 17 -13
3 16 4.975 17 -12.01 3.5 15 -12.304 1.75 15.75 -12.652
3 16 -1.75 15.75 -12.652 -3.5 15 -12.304 -4.975 17 -12.01
3 16 -3.5 14.5 -12.304 -4 13.1 -12.204 -4.975 11.25 -12.01
4 16 -4 12.3 -12.204 -4.75 11.25 -12.06 -4.975 11.25 -12.01 -4 13.1 -12.204
4 16 -4.75 11.25 -12.06 -4 12.3 -12.204 -3.2 12.3 -12.363 -2.25 11.25 -12.548
4 16 -2.2 11.6 -12.562 -3.2 12.3 -12.363 -3.2 13.1 -12.363 -2.2 12.4 -12.562
4 16 -3.2 13.1 -12.363 -4 13.1 -12.204 -3.5 14.5 -12.304 -3 14.2 -12.403
4 16 -1.5 12.7 -12.702 -2.2 12.4 -12.562 -3.2 13.1 -12.363 -1.5 13.5 -12.702
4 16 -0.7 12.7 -12.861 -1.4 12.4 -12.721 -2.2 12.4 -12.562 -1.5 12.7 -12.702
3 16 -2.25 11.25 -12.548 -3.2 12.3 -12.363 -2.2 11.6 -12.562
4 16 -3.2 13.1 -12.363 -3 14.2 -12.403 -1.75 14.75 -12.652 -1.5 13.5 -12.702
4 16 -1.75 14.75 -12.652 0 15 -13 -0.7 13.5 -12.861 -1.5 13.5 -12.702
4 16 -0.7 12.7 -12.861 -0.7 13.5 -12.861 0 15 -13 0 11.8 -13
4 16 -0.8 11.8 -12.841 -1.4 12.4 -12.721 -0.7 12.7 -12.861 0 11.8 -13
4 16 -1.4 12.4 -12.721 -0.8 11.8 -12.841 -0.8 11 -12.839 -1.4 11.6 -12.721
4 16 -2.25 11.25 -12.548 -1.4 11.6 -12.721 -0.8 11 -12.839 -2.25 8.75 -12.548
3 16 -2.25 11.25 -12.548 -2.2 11.6 -12.562 -1.4 11.6 -12.721
4 16 0 11 -13 0 8.75 -13 -2.25 8.75 -12.548 -0.8 11 -12.839
4 16 2.25 11.25 -12.548 2.25 8.75 -12.548 0 8.75 -13 0 11 -13
4 16 0 11 -13 0.9 11.7 -12.821 1.7 11.7 -12.662 2.25 11.25 -12.548
4 16 0 11 -13 0 11.8 -13 0.9 12.5 -12.821 0.9 11.7 -12.821
4 16 0 11.8 -13 0.1 12.7 -12.98 0.9 12.7 -12.821 0.9 12.5 -12.821
4 16 0.1 13.5 -12.98 0.1 12.7 -12.98 0 11.8 -13 0 15 -13
4 16 1.75 14.75 -12.652 0.9 13.5 -12.821 0.1 13.5 -12.98 0 15 -13
4 16 3 14.2 -12.403 2.3 13.3 -12.542 0.9 13.5 -12.821 1.75 14.75 -12.652
3 16 3 14.2 -12.403 3.1 13.3 -12.383 2.3 13.3 -12.542
4 16 4.975 11.25 -12.01 3.1 13.3 -12.383 3 14.2 -12.403 3.5 14.5 -12.304
4 16 4.75 11.25 -12.06 3.1 12.5 -12.383 3.1 13.3 -12.383 4.975 11.25 -12.01
4 16 2.25 11.25 -12.548 2.3 12.5 -12.542 3.1 12.5 -12.383 4.75 11.25 -12.06
4 16 2.25 11.25 -12.548 1.7 11.7 -12.662 1.7 12.5 -12.662 2.3 12.5 -12.542
4 16 1.7 12.5 -12.662 0.9 13.5 -12.821 2.3 13.3 -12.542 2.3 12.5 -12.542
3 16 1.7 12.5 -12.662 0.9 12.5 -12.821 0.9 12.7 -12.821
3 16 0.9 13.5 -12.821 1.7 12.5 -12.662 0.9 12.7 -12.821
5 24 -4.975 4 -12.01 -4.975 17 -12.01 0 4 -13 -9.192 4 -9.192
5 24 0 4 -13 0 17 -13 4.975 4 -12.01 -4.975 4 -12.01
5 24 4.975 4 -12.01 4.975 17 -12.01 9.192 4 -9.192 0 4 -13
0 L3P ELSEPOV
0 #if (L3Studs)
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 box { <0, 0, -1>, <4, 4, 1> }
0 box { <0, 0, -1>, <4, 4, 1> rotate <0, 120, 0 > }
0 box { <0, 0, -1>, <4, 4, 1> rotate <0, 240, 0 > }
0 object { ring2_dot_dat matrix <2,0,0,0,1,0,0,0,2,0,0,0> }
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
0 cylinder { <0,4,0>,<0,17,0>,13.001
0 clipped_by {
0 union {
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-2.25,10>,<-2.34512,9.52162>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-2.34512,9.52162>,<-2.61613,9.11613>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-2.61613,9.11613>,<-3.02163,8.84513>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-3.02163,8.84513>,<-3.5,8.75>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-3.5,8.75>,<-3.97837,8.84513>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-3.97837,8.84513>,<-4.38387,9.11613>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-4.38387,9.11613>,<-4.65487,9.52162>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-4.65487,9.52162>,<-4.75,10>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-4.75,10>,<-4.65487,10.4784>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-4.65487,10.4784>,<-4.38387,10.8839>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-4.38387,10.8839>,<-3.97837,11.1549>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-3.97837,11.1549>,<-3.5,11.25>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-3.5,11.25>,<-3.02163,11.1549>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-3.02163,11.1549>,<-2.61613,10.8839>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-2.61613,10.8839>,<-2.34512,10.4784>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.5,10>,<-2.34512,10.4784>,<-2.25,10>}
0 // DEBUG ** NULL** fgets(in2)=NULL -> break!!! after reading 31 lines in file
4-4disc.dat.
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<4.75,10>,<4.65487,9.52162>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<4.65487,9.52162>,<4.38387,9.11613>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<4.38387,9.11613>,<3.97837,8.84513>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<3.97837,8.84513>,<3.5,8.75>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<3.5,8.75>,<3.02163,8.84513>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<3.02163,8.84513>,<2.61613,9.11613>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<2.61613,9.11613>,<2.34512,9.52162>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<2.34512,9.52162>,<2.25,10>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<2.25,10>,<2.34512,10.4784>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<2.34512,10.4784>,<2.61613,10.8839>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<2.61613,10.8839>,<3.02163,11.1549>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<3.02163,11.1549>,<3.5,11.25>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<3.5,11.25>,<3.97837,11.1549>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<3.97837,11.1549>,<4.38387,10.8839>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<4.38387,10.8839>,<4.65487,10.4784>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,10>,<4.65487,10.4784>,<4.75,10>}
0 // DEBUG ** NULL** fgets(in2)=NULL -> break!!! after reading 31 lines in file
4-4disc.dat.
0 prism {linear_sweep linear_spline 0,14,4
0 <-1.75,15.75>,<0,16>,<0,15>,<-1.75,14.75>}
0 prism {linear_sweep linear_spline 0,14,4
0 <0,15>,<0,16>,<1.75,15.75>,<1.75,14.75>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-3.5,15>,<-1.75,15.75>,<-1.75,14.75>,<-3,14.2>}
0 prism {linear_sweep linear_spline 0,14,4
0 <1.75,14.75>,<1.75,15.75>,<3.5,15>,<3,14.2>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3,14.2>,<-3.5,14.5>,<-3.5,15>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.5,15>,<3.5,14.5>,<3,14.2>}
0 } rotate <-90,0,0>
0 }
0 material { L3Color0 }
0 }
0 cylinder { <0,4,0>,<0,17,0>,13.001
0 clipped_by {
0 union {
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<3.1,12.9>,<3.06956,12.7469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<3.06956,12.7469>,<2.98284,12.6172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<2.98284,12.6172>,<2.85308,12.5304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<2.85308,12.5304>,<2.7,12.5>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<2.7,12.5>,<2.54692,12.5304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<2.54692,12.5304>,<2.41716,12.6172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<2.41716,12.6172>,<2.33044,12.7469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<2.33044,12.7469>,<2.3,12.9>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<2.3,12.9>,<2.33044,13.0531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<2.33044,13.0531>,<2.41716,13.1828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<2.41716,13.1828>,<2.54692,13.2696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<2.54692,13.2696>,<2.7,13.3>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<2.7,13.3>,<2.85308,13.2696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<2.85308,13.2696>,<2.98284,13.1828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<2.98284,13.1828>,<3.06956,13.0531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7,12.9>,<3.06956,13.0531>,<3.1,12.9>}
0 // DEBUG ** NULL** fgets(in2)=NULL -> break!!! after reading 31 lines in file
4-4disc.dat.
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<1.7,12.1>,<1.66956,11.9469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<1.66956,11.9469>,<1.58284,11.8172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<1.58284,11.8172>,<1.45308,11.7304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<1.45308,11.7304>,<1.3,11.7>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<1.3,11.7>,<1.14692,11.7304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<1.14692,11.7304>,<1.01716,11.8172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<1.01716,11.8172>,<0.93044,11.9469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<0.93044,11.9469>,<0.9,12.1>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<0.9,12.1>,<0.93044,12.2531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<0.93044,12.2531>,<1.01716,12.3828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<1.01716,12.3828>,<1.14692,12.4696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<1.14692,12.4696>,<1.3,12.5>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<1.3,12.5>,<1.45308,12.4696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<1.45308,12.4696>,<1.58284,12.3828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<1.58284,12.3828>,<1.66956,12.2531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.3,12.1>,<1.66956,12.2531>,<1.7,12.1>}
0 // DEBUG ** NULL** fgets(in2)=NULL -> break!!! after reading 31 lines in file
4-4disc.dat.
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.9,13.1>,<0.86956,12.9469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.86956,12.9469>,<0.78284,12.8172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.78284,12.8172>,<0.65308,12.7304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.65308,12.7304>,<0.5,12.7>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.5,12.7>,<0.34692,12.7304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.34692,12.7304>,<0.21716,12.8172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.21716,12.8172>,<0.13044,12.9469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.13044,12.9469>,<0.1,13.1>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.1,13.1>,<0.13044,13.2531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.13044,13.2531>,<0.21716,13.3828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.21716,13.3828>,<0.34692,13.4696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.34692,13.4696>,<0.5,13.5>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.5,13.5>,<0.65308,13.4696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.65308,13.4696>,<0.78284,13.3828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.78284,13.3828>,<0.86956,13.2531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0.5,13.1>,<0.86956,13.2531>,<0.9,13.1>}
0 // DEBUG ** NULL** fgets(in2)=NULL -> break!!! after reading 31 lines in file
4-4disc.dat.
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<0,11.4>,<-0.03044,11.2469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.03044,11.2469>,<-0.11716,11.1172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.11716,11.1172>,<-0.24692,11.0304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.24692,11.0304>,<-0.4,11>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.4,11>,<-0.55308,11.0304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.55308,11.0304>,<-0.68284,11.1172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.68284,11.1172>,<-0.76956,11.2469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.76956,11.2469>,<-0.8,11.4>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.8,11.4>,<-0.76956,11.5531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.76956,11.5531>,<-0.68284,11.6828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.68284,11.6828>,<-0.55308,11.7696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.55308,11.7696>,<-0.4,11.8>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.4,11.8>,<-0.24692,11.7696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.24692,11.7696>,<-0.11716,11.6828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.11716,11.6828>,<-0.03044,11.5531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-0.4,11.4>,<-0.03044,11.5531>,<0,11.4>}
0 // DEBUG ** NULL** fgets(in2)=NULL -> break!!! after reading 31 lines in file
4-4disc.dat.
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-0.7,13.1>,<-0.73044,12.9469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-0.73044,12.9469>,<-0.81716,12.8172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-0.81716,12.8172>,<-0.94692,12.7304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-0.94692,12.7304>,<-1.1,12.7>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-1.1,12.7>,<-1.25308,12.7304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-1.25308,12.7304>,<-1.38284,12.8172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-1.38284,12.8172>,<-1.46956,12.9469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-1.46956,12.9469>,<-1.5,13.1>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-1.5,13.1>,<-1.46956,13.2531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-1.46956,13.2531>,<-1.38284,13.3828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-1.38284,13.3828>,<-1.25308,13.4696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-1.25308,13.4696>,<-1.1,13.5>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-1.1,13.5>,<-0.94692,13.4696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-0.94692,13.4696>,<-0.81716,13.3828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-0.81716,13.3828>,<-0.73044,13.2531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.1,13.1>,<-0.73044,13.2531>,<-0.7,13.1>}
0 // DEBUG ** NULL** fgets(in2)=NULL -> break!!! after reading 31 lines in file
4-4disc.dat.
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-1.4,12>,<-1.43044,11.8469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-1.43044,11.8469>,<-1.51716,11.7172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-1.51716,11.7172>,<-1.64692,11.6304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-1.64692,11.6304>,<-1.8,11.6>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-1.8,11.6>,<-1.95308,11.6304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-1.95308,11.6304>,<-2.08284,11.7172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-2.08284,11.7172>,<-2.16956,11.8469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-2.16956,11.8469>,<-2.2,12>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-2.2,12>,<-2.16956,12.1531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-2.16956,12.1531>,<-2.08284,12.2828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-2.08284,12.2828>,<-1.95308,12.3696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-1.95308,12.3696>,<-1.8,12.4>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-1.8,12.4>,<-1.64692,12.3696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-1.64692,12.3696>,<-1.51716,12.2828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-1.51716,12.2828>,<-1.43044,12.1531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1.8,12>,<-1.43044,12.1531>,<-1.4,12>}
0 // DEBUG ** NULL** fgets(in2)=NULL -> break!!! after reading 31 lines in file
4-4disc.dat.
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.2,12.7>,<-3.23044,12.5469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.23044,12.5469>,<-3.31716,12.4172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.31716,12.4172>,<-3.44692,12.3304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.44692,12.3304>,<-3.6,12.3>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.6,12.3>,<-3.75308,12.3304>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.75308,12.3304>,<-3.88284,12.4172>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.88284,12.4172>,<-3.96956,12.5469>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.96956,12.5469>,<-4,12.7>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-4,12.7>,<-3.96956,12.8531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.96956,12.8531>,<-3.88284,12.9828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.88284,12.9828>,<-3.75308,13.0696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.75308,13.0696>,<-3.6,13.1>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.6,13.1>,<-3.44692,13.0696>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.44692,13.0696>,<-3.31716,12.9828>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.31716,12.9828>,<-3.23044,12.8531>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.6,12.7>,<-3.23044,12.8531>,<-3.2,12.7>}
0 // DEBUG ** NULL** fgets(in2)=NULL -> break!!! after reading 31 lines in file
4-4disc.dat.
0 } rotate <-90,0,0>
0 }
0 material { 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
|
|
| |
0 Minifig Head with Vincent Crabbe/Ron Weasley Pattern - POV
0 Name: 3626bph5.dat
0 Author: Andy Westrate [westrate]
0 Unofficial Part
0 // using DAT code from LDRAW_ORG Part UPDATE 2010-02
0 !LICENSE Redistributable under CCAL version 2.0 : see CAreadme.txt
0 // Inline POV code generated by MFHead v0.27
0 BFC CERTIFY CCW
0 !KEYWORDS Slytherin, Gryffindor, Harry Potter
0 !KEYWORDS Hogwarts School of Witchcraft and Wizardry
0 !CMDLINE -C14
0 !HISTORY 2010-07-05 [PTadmin] Official Update 2010-02
0 L3P IFNOTPOV
1 16 0 0 0 1 0 0 0 1 0 0 0 1 s\3626bs02.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
0 Ron Weasley Pattern
0 Inlined: 1 16 0 0 0 -1 0 0 0 1 0 0 0 -1 3626ph3a.dat
0 !HISTORY 2010-07-05 [PTadmin] Official Update 2010-02
0 // Ron face pattern
4 15 4 9.75 12.204 4 9.25 12.204 4.5 9.25 12.105 4.5 9.75 12.105
4 15 -4.75 9.25 12.055 -4.25 9.25 12.154 -4.25 9.75 12.154 -4.75 9.75 12.055
4 0 -4.975 8.25 12.01 -4.75 9.25 12.055 -4.75 9.75 12.055 -4.975 11 12.01
4 0 -4.75 9.25 12.055 -4.975 8.25 12.01 -4 8.25 12.204 -4.25 9.25 12.154
4 0 -4 8.25 12.204 -3.25 9 12.353 -4.25 9.75 12.154 -4.25 9.25 12.154
4 0 -4 11.25 12.204 -4.975 11 12.01 -4.75 9.75 12.055 -4.25 9.75 12.154
4 0 -3.25 11 12.353 -4 11.25 12.204 -4.25 9.75 12.154 -2.75 10 12.453
4 0 -4 8.25 12.204 -3 8.5 12.403 -3 9 12.403 -3.25 9 12.353
4 0 -3 8.5 12.403 -2.25 9.25 12.552 -2.25 9.5 12.552 -3 9 12.403
4 0 -1 16 12.801 -1 15.5 12.801 0 16 13 0 16.5 13
4 0 0 16 13 1.5 16.5 12.702 1 17 12.801 0 16.5 13
3 0 2 17 12.602 1 17 12.801 1.5 16.5 12.702
4 0 1.5 16.5 12.702 3.25 16 12.353 3.5 16.25 12.304 2 17 12.602
4 0 -3.5 15.25 12.304 -3.25 15 12.353 -1 15.5 12.801 -1 16 12.801
3 0 -3.25 15 12.353 -3.5 15.25 12.304 -3.5 14.5 12.304
4 0 -4 15.25 12.204 -4 14.75 12.204 -3.5 14.5 12.304 -3.5 15.25 12.304
4 0 3.5 16.25 12.304 3.25 16 12.353 3.5 15.5 12.304 4 15.75 12.204
3 0 4 15.75 12.204 3.75 16.25 12.254 3.5 16.25 12.304
4 0 4.5 9.75 12.105 4.5 9.25 12.105 4.975 8.25 12.01 4.975 11 12.01
4 0 4.5 9.75 12.105 4.975 11 12.01 4 11 12.204 3 10.5 12.403
3 0 3 10.5 12.403 3 9.75 12.403 4.5 9.75 12.105
4 0 4 9.25 12.204 4 9.75 12.204 3 9.75 12.403 3.25 9 12.353
4 0 4.5 9.25 12.105 4 9.25 12.204 3.25 9 12.353 4.975 8.25 12.01
3 0 3.25 9 12.353 3.75 8.25 12.254 4.975 8.25 12.01
3 0 2.75 9 12.453 3.75 8.25 12.254 3.25 9 12.353
3 0 2.75 9 12.453 3.25 9 12.353 2.5 9.5 12.503
4 0 5.75 9 11.492 5.75 10.25 11.492 4.975 11 12.01 4.975 8.25 12.01
4 0 6.25 8.75 11.158 6.5 9.25 10.991 5.75 9 11.492 4.975 8.25 12.01
4 0 -5.5 10.25 11.659 -5.5 9 11.659 -4.975 8.25 12.01 -4.975 11 12.01
3 0 -5.5 9 11.659 -6 8.75 11.325 -4.975 8.25 12.01
3 0 -6.5 9.5 10.991 -6 8.75 11.325 -5.5 9 11.659
4 12 2.5 8 12.503 2.75 7.5 12.453 4.975 7.5 12.01 4.975 8 12.01
3 12 4.975 7.5 12.01 5.75 7.75 11.492 4.975 8 12.01
3 12 4.975 8 12.01 5.75 7.75 11.492 6.75 8.5 10.824
4 12 -3 7 12.403 -2.5 7.5 12.503 -4.975 7.5 12.01 -4.975 6.75 12.01
4 12 -7.5 8.25 10.323 -6.25 7 11.158 -4.975 6.75 12.01 -6 7.5 11.325
3 12 -4.975 7.5 12.01 -6 7.5 11.325 -4.975 6.75 12.01
3 0 -2.75 10 12.453 -4.25 9.75 12.154 -3.25 9 12.353
4 16 -3 9 12.403 -2.25 9.5 12.552 -2.75 10 12.453 -3.25 9 12.353
4 16 -2.5 7.5 12.503 -4 8.25 12.204 -4.975 8.25 12.01 -4.975 7.5 12.01
4 16 -4.975 6.75 12.01 -4.975 4 12.01 0 4 13 -3 7 12.403
3 16 -2.5 7.5 12.503 -3 7 12.403 0 4 13
3 16 -3 8.5 12.403 -4 8.25 12.204 -2.5 7.5 12.503
4 16 -3 8.5 12.403 -2.5 7.5 12.503 0 4 13 -2.25 9.25 12.552
4 16 -2.25 9.5 12.552 -2.25 9.25 12.552 0 4 13 0 16 13
4 16 -1 15.5 12.801 -2.75 10 12.453 -2.25 9.5 12.552 0 16 13
3 16 -1 15.5 12.801 -3.25 11 12.353 -2.75 10 12.453
4 16 -6.25 7 11.158 -9.192 4 9.192 -4.975 4 12.01 -4.975 6.75 12.01
3 16 -9.192 4 9.192 -6.25 7 11.158 -7.5 8.25 10.323
4 16 4.975 4 12.01 4.975 7.5 12.01 2.75 7.5 12.453 0 4 13
3 16 2.75 7.5 12.453 2.5 8 12.503 0 4 13
4 16 2.5 8 12.503 4.975 8 12.01 4.975 8.25 12.01 3.75 8.25 12.254
3 16 2.75 9 12.453 2.5 8 12.503 3.75 8.25 12.254
4 16 2.5 8 12.503 2.75 9 12.453 2.5 9.5 12.503 0 4 13
3 16 1 17 12.801 0 17 13 0 16.5 13
4 16 2 17 12.602 3.5 16.25 12.304 3.75 16.25 12.254 4.975 17 12.01
3 16 4.975 17 12.01 3.75 16.25 12.254 4 15.75 12.204
4 16 -1 16 12.801 0 16.5 13 0 17 13 -4.975 17 12.01
4 16 -3.5 15.25 12.304 -1 16 12.801 -4.975 17 12.01 -4 15.25 12.204
4 12 -4 13 12.204 -4 12.75 12.204 -3.75 12.75 12.254 -3.75 13 12.254
4 12 -4.975 12 12.01 -4.75 12 12.055 -4.75 12.5 12.055 -4.975 12.5 12.01
4 12 -6 12.5 11.325 -5.5 12.5 11.659 -5.5 13 11.659 -6 13 11.325
4 12 -6.75 12.25 10.824 -6.75 12 10.824 -6.5 12 10.991 -6.5 12.25 10.991
4 12 -7 13 10.657 -6.75 13 10.824 -6.75 13.25 10.824 -7 13.25 10.657
4 12 -7.25 14.25 10.49 -7.25 14 10.49 -7 14 10.657 -7 14.25 10.657
4 12 -8.25 13.75 9.821 -8.25 13.25 9.821 -8 13.25 9.989 -8 13.75 9.989
4 12 4.5 13.5 12.105 4 13.5 12.204 4 13 12.204 4.5 13 12.105
4 12 5.5 12.5 11.659 5.5 13 11.659 5.25 13 11.826 5.25 12.5 11.826
4 12 3 12.5 12.403 3 12.25 12.403 3.25 12.25 12.353 3.25 12.5 12.353
4 12 3 14 12.403 2.75 14 12.453 2.75 13.75 12.453 3 13.75 12.403
4 12 5.5 14 11.659 5.5 13.75 11.659 5.75 13.75 11.492 5.75 14 11.492
4 12 6.75 13.5 10.824 6.75 13.25 10.824 7 13.25 10.657 7 13.5 10.657
4 12 8 14 9.989 7.75 14 10.156 7.75 13.75 10.156 8 13.75 9.989
3 16 3.25 9 12.353 3 9.75 12.403 2.5 9.5 12.503
4 16 3.5 15.5 12.304 3.25 16 12.353 1.5 16.5 12.702 0 16 13
4 16 -3.25 15 12.353 -3.5 14.5 12.304 -3.25 11 12.353 -1 15.5 12.801
4 16 4.975 7.5 12.01 4.975 4 12.01 9.192 4 9.192 5.75 7.75 11.492
3 16 6.75 8.5 10.824 5.75 7.75 11.492 9.192 4 9.192
4 16 6.25 8.75 11.158 4.975 8.25 12.01 4.975 8 12.01 6.75 8.5 10.824
3 16 0 4 13 2.5 9.5 12.503 0 16 13
4 16 4.975 17 12.01 4.5 13.5 12.105 4.5 13 12.105 4.975 11 12.01
4 16 4 13 12.204 4 11 12.204 4.975 11 12.01 4.5 13 12.105
4 16 4 11 12.204 3.25 12.25 12.353 3 12.25 12.403 3 10.5 12.403
4 16 2.5 9.5 12.503 3 9.75 12.403 3 10.5 12.403 0 16 13
4 16 0 16 13 3 10.5 12.403 3 12.5 12.403 2.75 13.75 12.453
3 16 2.75 13.75 12.453 2.75 14 12.453 0 16 13
4 16 0 16 13 2.75 14 12.453 3 14 12.403 3.5 15.5 12.304
4 16 3.25 12.5 12.353 3 13.75 12.403 2.75 13.75 12.453 3 12.5 12.403
4 16 3.25 12.5 12.353 3.25 12.25 12.353 4 11 12.204 4 13 12.204
4 16 3.25 12.5 12.353 4 13 12.204 3 14 12.403 3 13.75 12.403
4 16 4 13 12.204 4 13.5 12.204 3.5 15.5 12.304 3 14 12.403
4 16 3.5 15.5 12.304 4 13.5 12.204 4.5 13.5 12.105 4 15.75 12.204
3 16 4.975 17 12.01 4 15.75 12.204 4.5 13.5 12.105
4 16 -4.75 12 12.055 -4.975 12 12.01 -4.975 11 12.01 -4 11.25 12.204
4 16 -3.75 13 12.254 -3.75 12.75 12.254 -3.25 11 12.353 -3.5 14.5 12.304
4 16 -4 11.25 12.204 -3.25 11 12.353 -3.75 12.75 12.254 -4 12.75 12.204
4 16 -4.75 12.5 12.055 -4.75 12 12.055 -4 11.25 12.204 -4 13 12.204
4 16 -4 14.75 12.204 -4 13 12.204 -3.75 13 12.254 -3.5 14.5 12.304
4 16 -4.975 17 12.01 -4.975 12.5 12.01 -4.75 12.5 12.055 -4 13 12.204
3 16 -4 15.25 12.204 -4.975 17 12.01 -4 13 12.204
3 16 -6.5 9.5 10.991 -5.5 9 11.659 -5.5 10.25 11.659
4 16 -5.5 13 11.659 -5.5 12.5 11.659 -4.975 11 12.01 -4.975 17 12.01
4 16 -6 8.75 11.325 -6 7.5 11.325 -4.975 7.5 12.01 -4.975 8.25 12.01
4 16 -7.5 8.25 10.323 -6 7.5 11.325 -6 8.75 11.325 -6.5 9.5 10.991
4 16 -5.5 12.5 11.659 -6 12.5 11.325 -5.5 10.25 11.659 -4.975 11 12.01
4 16 -6.5 12.25 10.991 -6.5 12 10.991 -6 12.5 11.325 -6 13 11.325
4 16 -6.75 12.25 10.824 -6.5 12.25 10.991 -6 13 11.325 -6.75 13 10.824
4 16 -6.75 13 10.824 -5.5 13 11.659 -4.975 17 12.01 -6.75 13.25 10.824
4 16 -7 17 10.657 -7 13.25 10.657 -6.75 13.25 10.824 -4.975 17 12.01
4 16 -9.192 17 9.192 -7.25 14.25 10.49 -7 14.25 10.657 -7 17 10.657
4 16 -7.25 14 10.49 -7.25 14.25 10.49 -9.192 17 9.192 -8 13.75 9.989
3 16 -9.192 17 9.192 -9.192 13.75 9.192 -8 13.75 9.989
4 16 -9.192 4 9.192 -8.25 13.25 9.821 -8.25 13.75 9.821 -9.192 13.75 9.192
4 16 -7.5 8.25 10.323 -8 13.25 9.989 -8.25 13.25 9.821 -9.192 4 9.192
4 16 -6.5 9.5 10.991 -5.5 10.25 11.659 -6 12.5 11.325 -6.5 12 10.991
4 16 -6.5 9.5 10.991 -6.5 12 10.991 -6.75 12 10.824 -7.5 8.25 10.323
4 16 -6.75 13 10.824 -7 13 10.657 -7.5 8.25 10.323 -6.75 12 10.824
4 16 -7 13 10.657 -7 14 10.657 -7.25 14 10.49 -8 13.75 9.989
4 16 -8 13.75 9.989 -8 13.25 9.989 -7.5 8.25 10.323 -7 13 10.657
3 16 6.5 9.25 10.991 6.25 8.75 11.158 6.75 8.5 10.824
3 16 5.75 10.25 11.492 5.75 9 11.492 6.5 9.25 10.991
4 16 4.975 17 12.01 4.975 13 12.01 5.5 13 11.659 5.5 17 11.659
4 16 4.975 13 12.01 4.975 11 12.01 5.25 12.5 11.826 5.25 13 11.826
4 16 5.75 13.75 11.492 5.5 13.75 11.659 5.5 12.5 11.659 6.75 13.5 10.824
4 16 5.75 13.75 11.492 6.75 13.5 10.824 7.75 14 10.156 5.75 14 11.492
4 16 7.75 14 10.156 6.75 13.5 10.824 7 13.5 10.657 7.75 13.75 10.156
4 16 7 13.5 10.657 7 13.25 10.657 8 13.75 9.989 7.75 13.75 10.156
3 16 6.75 13.25 10.824 6.75 13.5 10.824 5.5 12.5 11.659
4 16 5.25 12.5 11.826 4.975 11 12.01 5.75 10.25 11.492 5.5 12.5 11.659
4 16 6.75 13.25 10.824 5.5 12.5 11.659 5.75 10.25 11.492 7 13.25 10.657
4 16 7 13.25 10.657 5.75 10.25 11.492 6.5 9.25 10.991 8 13.75 9.989
4 16 8 14 9.989 8 13.75 9.989 9.192 4 9.192 9.192 17 9.192
4 16 5.5 14 11.659 8 14 9.989 9.192 17 9.192 5.5 17 11.659
4 16 8 13.75 9.989 6.5 9.25 10.991 6.75 8.5 10.824 9.192 4 9.192
3 0 0 18 12.751 -1 17 12.801 0 17.5 12.876
4 0 1 18 12.552 0 18 12.751 0 17.5 12.876 2 17.75 12.416
4 16 2 17.75 12.416 0 17.5 12.876 0 17 13 4.975 17 12.01
3 16 0 18.5309 12.619 0 18 12.751 1 18 12.552
3 16 4.8296 18.5309 11.659 0 18.5309 12.619 1 18 12.552
3 16 4.8296 18.5309 11.659 1 18 12.552 2 17.75 12.416
3 16 2 17.75 12.416 4.975 17 12.01 4.8296 18.5309 11.659
3 16 0 17 13 0 17.5 12.876 -1 17 12.801
3 16 0 18 12.751 0 18.5309 12.619 -4.8296 18.5309 11.659
3 16 -1 17 12.801 0 18 12.751 -4.8296 18.5309 11.659
3 16 -4.8296 18.5309 11.659 -4.975 17 12.01 -1 17 12.801
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
5 24 4.975 4 12.01 4.975 17 12.01 9.192 4 9.192 0 4 13
5 24 0 4 13 0 17 13 4.975 4 12.01 -4.975 4 12.01
5 24 -4.975 4 12.01 -4.975 17 12.01 0 4 13 -9.192 4 9.192
1 16 0 4 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
0
0
4 16 -3.7936 20.6954 9.1592 0 20.6954 9.9136 0 21 8 -3.0616 21 7.3912
4 16 -4.4144 19.8282 10.6576 0 19.8282 11.5352 0 20.6954 9.9136 -3.7936 20.6954 9.1592
4 16 -4.8296 18.5309 11.6592 0 18.5309 12.6192 0 19.8282 11.5352 -4.4144 19.8282 10.6576
4 16 -7.0096 20.6954 7.0096 -3.7936 20.6954 9.1592 -3.0616 21 7.3912 -5.6568 21 5.6568
4 16 -8.1568 19.8282 8.1568 -4.4144 19.8282 10.6576 -3.7936 20.6954 9.1592 -7.0096 20.6954 7.0096
4 16 -8.9232 18.5309 8.9232 -4.8296 18.5309 11.6592 -4.4144 19.8282 10.6576 -8.1568 19.8282 8.1568
4 16 -9.192 17 9.192 -4.9752 17 12.0104 -4.8296 18.5309 11.6592 -8.9232 18.5309 8.9232
4 16 -9.1592 20.6954 3.7936 -7.0096 20.6954 7.0096 -5.6568 21 5.6568 -7.3912 21 3.0616
4 16 -10.6576 19.8282 4.4144 -8.1568 19.8282 8.1568 -7.0096 20.6954 7.0096 -9.1592 20.6954 3.7936
4 16 -11.6592 18.5309 4.8296 -8.9232 18.5309 8.9232 -8.1568 19.8282 8.1568 -10.6576 19.8282 4.4144
4 16 -12.0104 17 4.9752 -9.192 17 9.192 -8.9232 18.5309 8.9232 -11.6592 18.5309 4.8296
4 16 -9.9136 20.6954 0 -9.1592 20.6954 3.7936 -7.3912 21 3.0616 -8 21 0
4 16 -11.5352 19.8282 0 -10.6576 19.8282 4.4144 -9.1592 20.6954 3.7936 -9.9136 20.6954 0
4 16 -12.6192 18.5309 0 -11.6592 18.5309 4.8296 -10.6576 19.8282 4.4144 -11.5352 19.8282 0
4 16 -13 17 0 -12.0104 17 4.9752 -11.6592 18.5309 4.8296 -12.6192 18.5309 0
0
0
4 16 0 21 8 0 20.6954 9.9136 3.7936 20.6954 9.1592 3.0616 21 7.3912
4 16 0 20.6954 9.9136 0 19.8282 11.5352 4.4144 19.8282 10.6576 3.7936 20.6954 9.1592
4 16 0 19.8282 11.5352 0 18.5309 12.6192 4.8296 18.5309 11.6592 4.4144 19.8282 10.6576
4 16 3.0616 21 7.3912 3.7936 20.6954 9.1592 7.0096 20.6954 7.0096 5.6568 21 5.6568
4 16 3.7936 20.6954 9.1592 4.4144 19.8282 10.6576 8.1568 19.8282 8.1568 7.0096 20.6954 7.0096
4 16 4.4144 19.8282 10.6576 4.8296 18.5309 11.6592 8.9232 18.5309 8.9232 8.1568 19.8282 8.1568
4 16 4.8296 18.5309 11.6592 4.9752 17 12.0104 9.192 17 9.192 8.9232 18.5309 8.9232
4 16 5.6568 21 5.6568 7.0096 20.6954 7.0096 9.1592 20.6954 3.7936 7.3912 21 3.0616
4 16 7.0096 20.6954 7.0096 8.1568 19.8282 8.1568 10.6576 19.8282 4.4144 9.1592 20.6954 3.7936
4 16 8.1568 19.8282 8.1568 8.9232 18.5309 8.9232 11.6592 18.5309 4.8296 10.6576 19.8282 4.4144
4 16 8.9232 18.5309 8.9232 9.192 17 9.192 12.0104 17 4.9752 11.6592 18.5309 4.8296
4 16 7.3912 21 3.0616 9.1592 20.6954 3.7936 9.9136 20.6954 0 8 21 0
4 16 9.1592 20.6954 3.7936 10.6576 19.8282 4.4144 11.5352 19.8282 0 9.9136 20.6954 0
4 16 10.6576 19.8282 4.4144 11.6592 18.5309 4.8296 12.6192 18.5309 0 11.5352 19.8282 0
4 16 11.6592 18.5309 4.8296 12.0104 17 4.9752 13 17 0 12.6192 18.5309 0
0
0 Inlining done.
0 Vincent Crabbe pattern
4 0 0 15.5 -13 0 15.75 -13 1.5 15.25 -12.7015 1.25 15 -12.7513
4 0 0 14.25 -13 0 15 -13 1.25 14.75 -12.7513 1.25 13.75 -12.7513
4 0 3 14.75 -12.403 3 14.25 -12.403 1.25 13.75 -12.7513 1.25 14.75 -12.7513
4 0 3.25 14 -12.3533 3 14.25 -12.403 3 14.75 -12.403 4 15.25 -12.204
3 0 3 14.75 -12.403 3.5 15.5 -12.3035 4 15.25 -12.204
3 0 0 15.5 -13 -0.75 15.25 -12.8508 0 15.75 -13
4 0 0 15 -13 0 14.25 -13 -1 14 -12.801 -1 14.75 -12.801
4 0 -1 14 -12.801 -2.75 14.5 -12.4528 -2.75 14.75 -12.4528 -1 14.75 -12.801
4 0 -2.75 14.5 -12.4528 -3 14.25 -12.403 -3.75 15.25 -12.2538 -2.75 14.75 -12.4528
3 0 -3.25 15.5 -12.3533 -2.75 14.75 -12.4528 -3.75 15.25 -12.2538
4 16 0 15.5 -13 0 15 -13 -1 14.75 -12.801 -0.75 15.25 -12.8508
4 16 1.25 15 -12.7513 1.25 14.75 -12.7513 0 15 -13 0 15.5 -13
4 16 3 14.75 -12.403 1.25 14.75 -12.7513 1.25 15 -12.7513 1.5 15.25 -12.7015
4 16 -0.75 15.25 -12.8508 -1 14.75 -12.801 -2.75 14.75 -12.4528 -3.25 15.5 -12.3533
4 16 -3.25 15.5 -12.3533 0 17 -13 0 15.75 -13 -0.75 15.25 -12.8508
4 16 1.5 15.25 -12.7015 0 15.75 -13 0 17 -13 4.975 17 -12.01
3 16 -3.75 15.25 -12.2538 -4.975 17 -12.01 -3.25 15.5 -12.3533
3 16 -4.975 17 -12.01 0 17 -13 -3.25 15.5 -12.3533
3 16 3.5 15.5 -12.3035 3 14.75 -12.403 1.5 15.25 -12.7015
3 16 3.5 15.5 -12.3035 1.5 15.25 -12.7015 4.975 17 -12.01
3 16 4 15.25 -12.204 3.5 15.5 -12.3035 4.975 17 -12.01
4 15 -2.75 10 -12.4528 -2.75 9.5 -12.4528 -3.25 9.5 -12.3533 -3.25 10 -12.3533
4 15 4.75 10 -12.0548 4.75 9.5 -12.0548 4.25 9.5 -12.1543 4.25 10 -12.1543
4 0 4.25 10 -12.1543 4.25 9.5 -12.1543 2.5 9.75 -12.5025 3 10.5 -12.403
4 0 4.975 10.5 -12.01 4.25 10 -12.1543 3 10.5 -12.403 4 10.75 -12.204
4 0 4.75 10 -12.0548 4.975 10.5 -12.01 4.975 8.75 -12.01 4.75 9.5 -12.0548
4 0 4.25 9.5 -12.1543 4.75 9.5 -12.0548 4.975 8.75 -12.01 3 8.75 -12.403
4 0 2.5 9.75 -12.5025 4.25 9.5 -12.1543 3 8.75 -12.403 1.75 9.5 -12.6518
4 0 -2.75 10 -12.4528 -2.5 10.25 -12.5025 -2.25 9.75 -12.5523 -2.75 9.5 -12.4528
4 0 -3.25 10.75 -12.3533 -2.5 10.25 -12.5025 -2.75 10 -12.4528 -3.25 10 -12.3533
4 0 -4.25 10.5 -12.1543 -3.25 10.75 -12.3533 -3.25 10 -12.3533 -4.75 9.75 -12.0548
4 0 -4.975 9.25 -12.01 -4.75 9.75 -12.0548 -3.25 10 -12.3533 -3.25 9.5 -12.3533
4 0 -4.975 8.75 -12.01 -4.975 9.25 -12.01 -3.25 9.5 -12.3533 -2.5 8.75 -12.5025
3 0 -3.25 9.5 -12.3533 -2.75 9.5 -12.4528 -2.5 8.75 -12.5025
4 0 -2.5 8.75 -12.5025 -2.75 9.5 -12.4528 -2.25 9.75 -12.5523 -1.5 9.5 -12.7015
3 0 4.975 10.5 -12.01 4.75 10 -12.0548 4.25 10 -12.1543
3 0 4.975 10.5 -12.01 5.5 9.5 -11.6592 4.975 8.75 -12.01
4 0 6.25 9.75 -11.158 5.75 9 -11.4921 4.975 8.75 -12.01 5.5 9.5 -11.6592
4 0 4.975 7.5 -12.01 4.975 8.375 -12.01 7 8.25 -10.6568 5.5 7.5 -11.6592
3 0 -6.5 8 -10.9909 -4.975 8.25 -12.01 -4.975 7.5 -12.01
4 0 -2.25 8.5 -12.5523 -2 7.75 -12.602 -4.975 7.5 -12.01 -4.975 8.25 -12.01
4 0 -1.25 8.5 -12.7513 -2 7.75 -12.602 -2.25 8.5 -12.5523 -1.75 9 -12.6518
3 0 -1 9.75 -12.801 -1.25 8.5 -12.7513 -1.75 9 -12.6518
4 0 4.975 8.375 -12.01 4.975 7.5 -12.01 2.5 7.75 -12.5025 2.75 8.5 -12.4528
4 0 2.5 7.75 -12.5025 1.5 8.5 -12.7015 2 8.75 -12.602 2.75 8.5 -12.4528
3 0 1.5 8.5 -12.7015 1.25 9.25 -12.7513 2 8.75 -12.602
3 16 1.25 9.25 -12.7513 1.5 8.5 -12.7015 0 4 -13
3 16 1.25 9.25 -12.7513 0 4 -13 0 14.25 -13
4 16 -1.25 8.5 -12.7513 -1 9.75 -12.801 0 14.25 -13 0 4 -13
3 16 -2 7.75 -12.602 -1.25 8.5 -12.7513 0 4 -13
4 16 -4.975 4 -12.01 -4.975 7.5 -12.01 -2 7.75 -12.602 0 4 -13
3 16 1.5 8.5 -12.7015 2.5 7.75 -12.5025 0 4 -13
4 16 4.975 7.5 -12.01 4.975 4 -12.01 0 4 -13 2.5 7.75 -12.5025
4 16 9.192 4 -9.192 4.975 4 -12.01 4.975 7.5 -12.01 5.5 7.5 -11.6592
3 16 7 8.25 -10.6568 9.192 4 -9.192 5.5 7.5 -11.6592
4 16 3 8.75 -12.403 4.975 8.75 -12.01 4.975 8.375 -12.01 2.75 8.5 -12.4528
4 16 1.75 9.5 -12.6518 3 8.75 -12.403 2.75 8.5 -12.4528 2 8.75 -12.602
3 16 1.75 9.5 -12.6518 2 8.75 -12.602 1.25 9.25 -12.7513
4 16 1.25 13.75 -12.7513 1.75 9.5 -12.6518 1.25 9.25 -12.7513 0 14.25 -13
4 16 2.5 9.75 -12.5025 1.75 9.5 -12.6518 1.25 13.75 -12.7513 3 10.5 -12.403
4 16 3 14.25 -12.403 3.25 14 -12.3533 3 10.5 -12.403 1.25 13.75 -12.7513
4 16 4 10.75 -12.204 3 10.5 -12.403 3.25 14 -12.3533 4 15.25 -12.204
4 16 4.975 10.5 -12.01 4 10.75 -12.204 4 15.25 -12.204 4.975 17 -12.01
4 16 -1 14 -12.801 0 14.25 -13 -1 9.75 -12.801 -1.5 9.5 -12.7015
4 16 -2.5 8.75 -12.5025 -1.5 9.5 -12.7015 -1.75 9 -12.6518 -2.25 8.5 -12.5523
4 16 -4.975 8.75 -12.01 -2.5 8.75 -12.5025 -2.25 8.5 -12.5523 -4.975 8.25 -12.01
3 16 -1.5 9.5 -12.7015 -1 9.75 -12.801 -1.75 9 -12.6518
4 16 -1.5 9.5 -12.7015 -2.25 9.75 -12.5523 -2.5 10.25 -12.5025 -1 14 -12.801
4 16 -3 14.25 -12.403 -2.75 14.5 -12.4528 -1 14 -12.801 -2.5 10.25 -12.5025
3 16 -3.25 10.75 -12.3533 -3 14.25 -12.403 -2.5 10.25 -12.5025
4 16 -3 14.25 -12.403 -3.25 10.75 -12.3533 -4.25 10.5 -12.1543 -3.75 15.25 -12.2538
4 16 -3.75 15.25 -12.2538 -4.25 10.5 -12.1543 -4.75 9.75 -12.0548 -4.975 17 -12.01
3 16 -4.975 17 -12.01 -4.75 9.75 -12.0548 -4.975 9.25 -12.01
4 16 7 8.25 -10.6568 4.975 8.375 -12.01 4.975 8.75 -12.01 5.75 9 -11.4921
4 16 6.25 9.75 -11.158 5.5 9.5 -11.6592 4.975 10.5 -12.01 4.975 17 -12.01
3 16 6.25 9.75 -11.158 4.975 17 -12.01 9.192 17 -9.192
3 16 6.25 9.75 -11.158 7 8.25 -10.6568 5.75 9 -11.4921
3 16 6.25 9.75 -11.158 9.192 17 -9.192 7 8.25 -10.6568
3 16 9.192 17 -9.192 9.192 4 -9.192 7 8.25 -10.6568
4 16 -9.192 17 -9.192 -4.975 17 -12.01 -4.975 9.25 -12.01 -5.75 9.75 -11.4921
4 16 -6.5 8 -10.9909 -4.975 7.5 -12.01 -4.975 4 -12.01 -9.192 4 -9.192
3 0 -5.75 9.75 -11.4921 -4.975 9.25 -12.01 -4.975 8.75 -12.01
4 16 -5.75 9.75 -11.4921 -4.975 8.75 -12.01 -4.975 8.25 -12.01 -6.5 8 -10.9909
4 16 -9.192 17 -9.192 -5.75 9.75 -11.4921 -6.5 8 -10.9909 -9.192 4 -9.192
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
0
0 L3P ELSEPOV
0 #if (L3Studs)
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 box { <0, 0, -1>, <4, 4, 1> }
0 box { <0, 0, -1>, <4, 4, 1> rotate <0, 120, 0 > }
0 box { <0, 0, -1>, <4, 4, 1> rotate <0, 240, 0 > }
0 object { ring2_dot_dat matrix <2,0,0,0,1,0,0,0,2,0,0,0> }
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
0 cylinder { <0,4,0>,<0,17,0>,13.001
0 clipped_by {
0 union {
0 prism {linear_sweep linear_spline 0,14,4
0 <-2.75,10>,<-2.75,9.5>,<-3.25,9.5>,<-3.25,10>}
0 prism {linear_sweep linear_spline 0,14,4
0 <4.75,10>,<4.75,9.5>,<4.25,9.5>,<4.25,10>}
0 } rotate <-90,0,0>
0 }
0 material { L3Color15 }
0 }
0 cylinder { <0,4,0>,<0,17,0>,13.001
0 clipped_by {
0 union {
0 prism {linear_sweep linear_spline 0,14,4
0 <0,15.5>,<0,15.75>,<1.5,15.25>,<1.25,15>}
0 prism {linear_sweep linear_spline 0,14,4
0 <0,14.25>,<0,15>,<1.25,14.75>,<1.25,13.75>}
0 prism {linear_sweep linear_spline 0,14,4
0 <3,14.75>,<3,14.25>,<1.25,13.75>,<1.25,14.75>}
0 prism {linear_sweep linear_spline 0,14,4
0 <3.25,14>,<3,14.25>,<3,14.75>,<4,15.25>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3,14.75>,<3.5,15.5>,<4,15.25>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0,15.5>,<-0.75,15.25>,<0,15.75>}
0 prism {linear_sweep linear_spline 0,14,4
0 <0,15>,<0,14.25>,<-1,14>,<-1,14.75>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-1,14>,<-2.75,14.5>,<-2.75,14.75>,<-1,14.75>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-2.75,14.5>,<-3,14.25>,<-3.75,15.25>,<-2.75,14.75>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.25,15.5>,<-2.75,14.75>,<-3.75,15.25>}
0 prism {linear_sweep linear_spline 0,14,4
0 <4.25,10>,<4.25,9.5>,<2.5,9.75>,<3,10.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <4.975,10.5>,<4.25,10>,<3,10.5>,<4,10.75>}
0 prism {linear_sweep linear_spline 0,14,4
0 <4.75,10>,<4.975,10.5>,<4.975,8.75>,<4.75,9.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <4.25,9.5>,<4.75,9.5>,<4.975,8.75>,<3,8.75>}
0 prism {linear_sweep linear_spline 0,14,4
0 <2.5,9.75>,<4.25,9.5>,<3,8.75>,<1.75,9.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-2.75,10>,<-2.5,10.25>,<-2.25,9.75>,<-2.75,9.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-3.25,10.75>,<-2.5,10.25>,<-2.75,10>,<-3.25,10>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-4.25,10.5>,<-3.25,10.75>,<-3.25,10>,<-4.75,9.75>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-4.975,9.25>,<-4.75,9.75>,<-3.25,10>,<-3.25,9.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-4.975,8.75>,<-4.975,9.25>,<-3.25,9.5>,<-2.5,8.75>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.25,9.5>,<-2.75,9.5>,<-2.5,8.75>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-2.5,8.75>,<-2.75,9.5>,<-2.25,9.75>,<-1.5,9.5>}
0 prism {linear_sweep linear_spline 0,14,3
0 <4.975,10.5>,<4.75,10>,<4.25,10>}
0 prism {linear_sweep linear_spline 0,14,3
0 <4.975,10.5>,<5.5,9.5>,<4.975,8.75>}
0 prism {linear_sweep linear_spline 0,14,4
0 <6.25,9.75>,<5.75,9>,<4.975,8.75>,<5.5,9.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <4.975,7.5>,<4.975,8.375>,<7,8.25>,<5.5,7.5>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-6.5,8>,<-4.975,8.25>,<-4.975,7.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-2.25,8.5>,<-2,7.75>,<-4.975,7.5>,<-4.975,8.25>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-1.25,8.5>,<-2,7.75>,<-2.25,8.5>,<-1.75,9>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-1,9.75>,<-1.25,8.5>,<-1.75,9>}
0 prism {linear_sweep linear_spline 0,14,4
0 <4.975,8.375>,<4.975,7.5>,<2.5,7.75>,<2.75,8.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <2.5,7.75>,<1.5,8.5>,<2,8.75>,<2.75,8.5>}
0 prism {linear_sweep linear_spline 0,14,3
0 <1.5,8.5>,<1.25,9.25>,<2,8.75>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-5.75,9.75>,<-4.975,9.25>,<-4.975,8.75>}
0 } rotate <-90,0,0>
0 }
0 material { L3Color0 }
0 }
0 cylinder { <0,4,0>,<0,17,0>,13.001
0 clipped_by {
0 union {
0 prism {linear_sweep linear_spline 0,-14,4
0 <4,9.75>,<4,9.25>,<4.5,9.25>,<4.5,9.75>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-4.75,9.25>,<-4.25,9.25>,<-4.25,9.75>,<-4.75,9.75>}
0 } rotate <-90,0,0>
0 }
0 material { L3Color15 }
0 }
0 cylinder { <0,4,0>,<0,17,0>,13.001
0 clipped_by {
0 union {
0 prism {linear_sweep linear_spline 0,-14,4
0 <-4.975,8.25>,<-4.75,9.25>,<-4.75,9.75>,<-4.975,11>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-4.75,9.25>,<-4.975,8.25>,<-4,8.25>,<-4.25,9.25>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-4,8.25>,<-3.25,9>,<-4.25,9.75>,<-4.25,9.25>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-4,11.25>,<-4.975,11>,<-4.75,9.75>,<-4.25,9.75>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-3.25,11>,<-4,11.25>,<-4.25,9.75>,<-2.75,10>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-4,8.25>,<-3,8.5>,<-3,9>,<-3.25,9>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-3,8.5>,<-2.25,9.25>,<-2.25,9.5>,<-3,9>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-1,16>,<-1,15.5>,<0,16>,<0,16.5>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <0,16>,<1.5,16.5>,<1,17>,<0,16.5>}
0 prism {linear_sweep linear_spline 0,-14,3
0 <2,17>,<1,17>,<1.5,16.5>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <1.5,16.5>,<3.25,16>,<3.5,16.25>,<2,17>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-3.5,15.25>,<-3.25,15>,<-1,15.5>,<-1,16>}
0 prism {linear_sweep linear_spline 0,-14,3
0 <-3.25,15>,<-3.5,15.25>,<-3.5,14.5>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-4,15.25>,<-4,14.75>,<-3.5,14.5>,<-3.5,15.25>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <3.5,16.25>,<3.25,16>,<3.5,15.5>,<4,15.75>}
0 prism {linear_sweep linear_spline 0,-14,3
0 <4,15.75>,<3.75,16.25>,<3.5,16.25>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <4.5,9.75>,<4.5,9.25>,<4.975,8.25>,<4.975,11>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <4.5,9.75>,<4.975,11>,<4,11>,<3,10.5>}
0 prism {linear_sweep linear_spline 0,-14,3
0 <3,10.5>,<3,9.75>,<4.5,9.75>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <4,9.25>,<4,9.75>,<3,9.75>,<3.25,9>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <4.5,9.25>,<4,9.25>,<3.25,9>,<4.975,8.25>}
0 prism {linear_sweep linear_spline 0,-14,3
0 <3.25,9>,<3.75,8.25>,<4.975,8.25>}
0 prism {linear_sweep linear_spline 0,-14,3
0 <2.75,9>,<3.75,8.25>,<3.25,9>}
0 prism {linear_sweep linear_spline 0,-14,3
0 <2.75,9>,<3.25,9>,<2.5,9.5>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <5.75,9>,<5.75,10.25>,<4.975,11>,<4.975,8.25>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <6.25,8.75>,<6.5,9.25>,<5.75,9>,<4.975,8.25>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-5.5,10.25>,<-5.5,9>,<-4.975,8.25>,<-4.975,11>}
0 prism {linear_sweep linear_spline 0,-14,3
0 <-5.5,9>,<-6,8.75>,<-4.975,8.25>}
0 prism {linear_sweep linear_spline 0,-14,3
0 <-6.5,9.5>,<-6,8.75>,<-5.5,9>}
0 prism {linear_sweep linear_spline 0,-14,3
0 <-2.75,10>,<-4.25,9.75>,<-3.25,9>}
0 } rotate <-90,0,0>
0 }
0 material { L3Color0 }
0 }
0 cylinder { <0,4,0>,<0,17,0>,13.001
0 clipped_by {
0 union {
0 prism {linear_sweep linear_spline 0,-14,4
0 <2.5,8>,<2.75,7.5>,<4.975,7.5>,<4.975,8>}
0 prism {linear_sweep linear_spline 0,-14,3
0 <4.975,7.5>,<5.75,7.75>,<4.975,8>}
0 prism {linear_sweep linear_spline 0,-14,3
0 <4.975,8>,<5.75,7.75>,<6.75,8.5>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-3,7>,<-2.5,7.5>,<-4.975,7.5>,<-4.975,6.75>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-7.5,8.25>,<-6.25,7>,<-4.975,6.75>,<-6,7.5>}
0 prism {linear_sweep linear_spline 0,-14,3
0 <-4.975,7.5>,<-6,7.5>,<-4.975,6.75>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-4,13>,<-4,12.75>,<-3.75,12.75>,<-3.75,13>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-4.975,12>,<-4.75,12>,<-4.75,12.5>,<-4.975,12.5>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-6,12.5>,<-5.5,12.5>,<-5.5,13>,<-6,13>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-6.75,12.25>,<-6.75,12>,<-6.5,12>,<-6.5,12.25>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-7,13>,<-6.75,13>,<-6.75,13.25>,<-7,13.25>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-7.25,14.25>,<-7.25,14>,<-7,14>,<-7,14.25>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <-8.25,13.75>,<-8.25,13.25>,<-8,13.25>,<-8,13.75>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <4.5,13.5>,<4,13.5>,<4,13>,<4.5,13>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <5.5,12.5>,<5.5,13>,<5.25,13>,<5.25,12.5>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <3,12.5>,<3,12.25>,<3.25,12.25>,<3.25,12.5>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <3,14>,<2.75,14>,<2.75,13.75>,<3,13.75>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <5.5,14>,<5.5,13.75>,<5.75,13.75>,<5.75,14>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <6.75,13.5>,<6.75,13.25>,<7,13.25>,<7,13.5>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <8,14>,<7.75,14>,<7.75,13.75>,<8,13.75>}
0 } rotate <-90,0,0>
0 }
0 material { L3Color12 }
0 }
0 torus {9,4.001 translate <0,17,0>
0 clipped_by {
0 union {
0 prism {linear_sweep linear_spline 0,-14,3
0 <0,18>,<-1,17>,<0,17.5>}
0 prism {linear_sweep linear_spline 0,-14,4
0 <1,18>,<0,18>,<0,17.5>,<2,17.75>}
0 } rotate <-90,0,0>
0 }
0 material { L3Color0 }
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
|
|
| |
0 Minifig Head with Thick Brown Eyebrows, Smirking Face - POV
0 Name: 3626b289.dat
0 Author: J.C. Tchang [tchang]
0 !LDRAW_ORG Unofficial_Part
0 !LICENSE Redistributable under CCAL version 2.0 : see CAreadme.txt
0 // Inline POV code generated by MFHead v0.26
0 BFC CERTIFY CCW
0 L3P IFNOTPOV
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
5 24 12.0107 17 -4.9751 12.0107 4 -4.9751 13 17 0 9.1923 17 -9.1923
5 24 9.1923 17 -9.1923 9.1923 4 -9.1923 12.0107 17 -4.9751 4.9751 17 -12.0107
5 24 4.9751 17 -12.0107 4.9751 4 -12.0107 9.1923 17 -9.1923 0 17 -13
5 24 0 17 -13 0 4 -13 4.9751 17 -12.0107 -4.9751 17 -12.0107
5 24 -4.9751 17 -12.0107 -4.9751 4 -12.0107 0 17 -13 -9.1923 17 -9.1923
5 24 -9.1923 17 -9.1923 -9.1923 4 -9.1923 -4.9751 17 -12.0107 -12.0107 17 -4.9751
5 24 -12.0107 17 -4.9751 -12.0107 4 -4.9751 -9.1923 17 -9.1923 -13 17 0
0 //
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
0 //
1 16 0 17 0 -8 0 0 0 6.4 0 0 0 -8 t16o6250.dat
1 16 0 17 0 -7.39104 0 3.06147 0 6.4 0 -3.06147 0 -7.39104 t08o6250.dat
4 16 0 21 -8 0 20.6954 -9.9136 -3.7936 20.6954 -9.1592 -3.0616 21 -7.3912
4 16 0 20.6954 -9.9136 0 19.8282 -11.5352 -4.4144 19.8282 -10.6576 -3.7936 20.6954 -9.1592
5 24 -3.7936 20.6954 -9.1592 0 20.6954 -9.9136 -4.4144 19.8282 -10.6576 -3.0616 21 -7.3912
4 16 0 19.8282 -11.5352 0 18.5309 -12.6192 -4.8296 18.5309 -11.6592 -4.4144 19.8282 -10.6576
5 24 -4.4144 19.8282 -10.6576 0 19.8282 -11.5352 -4.8296 18.5309 -11.6592 -3.7936 20.6954 -9.1592
5 24 -4.8296 18.5309 -11.6592 0 18.5309 -12.6192 -4.9752 17 -12.0104 -4.4144 19.8282 -10.6576
5 24 -4.9752 17 -12.0104 0 17 -13 -4.8296 15.4691 -11.6592 -4.8296 18.5309 -11.6592
0 //
1 15 -3.1385 9.5 -12.3757 0.5885 0.1171 0 0 0 -0.6 -0.1171 0.5885 0 4-4disc.dat
1 15 3.1385 9.4 -12.3757 0.5885 -0.1171 0 0 0 -0.6 0.1171 0.5885 0 4-4disc.dat
1 16 3.1385 10 -12.3757 1.5693 -0.3121 0 0 0 -1.6 0.3121 1.5693 0 4-4ndis.dat
1 16 -3.1385 10 -12.3757 1.5693 0.3121 0 0 0 -1.6 -0.3121 1.5693 0 4-4ndis.dat
4 0 3.1385 8.8 -12.3757 3.1385 8.4 -12.3757 2.538 8.5218 -12.4952 2.9133 8.8457 -12.4205
4 0 2.9133 8.8457 -12.4205 2.538 8.5218 -12.4952 2.0289 8.8686 -12.5964 2.7224 8.9757 -12.4585
4 0 2.7224 8.9757 -12.4585 2.0289 8.8686 -12.5964 1.6887 9.3877 -12.6641 2.5948 9.1704 -12.4839
4 0 2.5948 9.1704 -12.4839 1.6887 9.3877 -12.6641 1.5693 10 -12.6879 2.55 9.4 -12.4928
4 0 2.55 9.4 -12.4928 1.5693 10 -12.6879 1.6887 10.6123 -12.6641 2.5948 9.6296 -12.4839
4 0 2.5948 9.6296 -12.4839 1.6887 10.6123 -12.6641 2.0289 11.1314 -12.5964 2.7224 9.8243 -12.4585
4 0 2.7224 9.8243 -12.4585 2.0289 11.1314 -12.5964 2.538 11.4782 -12.4952 2.9133 9.9543 -12.4205
4 0 2.9133 9.9543 -12.4205 2.538 11.4782 -12.4952 3.1385 11.6 -12.3757 3.1385 10 -12.3757
4 0 3.1385 10 -12.3757 3.1385 11.6 -12.3757 3.739 11.4782 -12.2563 3.3637 9.9543 -12.3309
4 0 3.3637 9.9543 -12.3309 3.739 11.4782 -12.2563 4.2481 11.1314 -12.155 3.5546 9.8243 -12.2929
4 0 3.5546 9.8243 -12.2929 4.2481 11.1314 -12.155 4.5883 10.6123 -12.0873 3.6822 9.6296 -12.2676
4 0 3.6822 9.6296 -12.2676 4.5883 10.6123 -12.0873 4.7078 10 -12.0636 3.727 9.4 -12.2587
4 0 3.727 9.4 -12.2587 4.7078 10 -12.0636 4.5883 9.3877 -12.0873 3.6822 9.1704 -12.2676
4 0 3.6822 9.1704 -12.2676 4.5883 9.3877 -12.0873 4.2481 8.8686 -12.155 3.5546 8.9757 -12.2929
4 0 3.5546 8.9757 -12.2929 4.2481 8.8686 -12.155 3.739 8.5218 -12.2563 3.3637 8.8457 -12.3309
4 0 3.3637 8.8457 -12.3309 3.739 8.5218 -12.2563 3.1385 8.4 -12.3757 3.1385 8.8 -12.3757
4 0 -3.1385 8.9 -12.3757 -3.1385 8.4 -12.3757 -3.739 8.5218 -12.2563 -3.3637 8.9457 -12.3309
4 0 -3.3637 8.9457 -12.3309 -3.739 8.5218 -12.2563 -4.2481 8.8686 -12.155 -3.5546 9.0757 -12.2929
4 0 -3.5546 9.0757 -12.2929 -4.2481 8.8686 -12.155 -4.5883 9.3877 -12.0873 -3.6822 9.2704 -12.2676
4 0 -3.6822 9.2704 -12.2676 -4.5883 9.3877 -12.0873 -4.7078 10 -12.0636 -3.727 9.5 -12.2587
4 0 -3.727 9.5 -12.2587 -4.7078 10 -12.0636 -4.5883 10.6123 -12.0873 -3.6822 9.7296 -12.2676
4 0 -3.6822 9.7296 -12.2676 -4.5883 10.6123 -12.0873 -4.2481 11.1314 -12.155 -3.5546 9.9243 -12.2929
4 0 -3.5546 9.9243 -12.2929 -4.2481 11.1314 -12.155 -3.739 11.4782 -12.2563 -3.3637 10.0543 -12.3309
4 0 -3.3637 10.0543 -12.3309 -3.739 11.4782 -12.2563 -3.1385 11.6 -12.3757 -3.1385 10.1 -12.3757
4 0 -3.1385 10.1 -12.3757 -3.1385 11.6 -12.3757 -2.538 11.4782 -12.4952 -2.9133 10.0543 -12.4205
4 0 -2.9133 10.0543 -12.4205 -2.538 11.4782 -12.4952 -2.0289 11.1314 -12.5964 -2.7224 9.9243 -12.4585
4 0 -2.7224 9.9243 -12.4585 -2.0289 11.1314 -12.5964 -1.6887 10.6123 -12.6641 -2.5948 9.7296 -12.4839
4 0 -2.5948 9.7296 -12.4839 -1.6887 10.6123 -12.6641 -1.5693 10 -12.6879 -2.55 9.5 -12.4928
4 0 -2.55 9.5 -12.4928 -1.5693 10 -12.6879 -1.6887 9.3877 -12.6641 -2.5948 9.2704 -12.4839
4 0 -2.5948 9.2704 -12.4839 -1.6887 9.3877 -12.6641 -2.0289 8.8686 -12.5964 -2.7224 9.0757 -12.4585
4 0 -2.7224 9.0757 -12.4585 -2.0289 8.8686 -12.5964 -2.538 8.5218 -12.4952 -2.9133 8.9457 -12.4205
4 0 -2.9133 8.9457 -12.4205 -2.538 8.5218 -12.4952 -3.1385 8.4 -12.3757 -3.1385 8.9 -12.3757
4 6 -3.5308 8.1 -12.2977 -1.6673 8.2 -12.6683 -1.3731 7.2 -12.7269 -3.4327 7.1 -12.3172
4 6 -3.4327 7.1 -12.3172 -4.9749 6.7 -12.0104 -4.9749 8 -12.0104 -3.5308 8.1 -12.2977
4 6 -4.9749 6.7 -12.0104 -6.1619 6.4 -11.2173 -6.1619 8.1 -11.2173 -4.9749 8 -12.0104
4 6 -6.4114 6.6 -11.0506 -6.4114 8.3 -11.0506 -6.1619 8.1 -11.2173 -6.1619 6.4 -11.2173
4 6 0.4904 7.3 -12.9025 0.4904 8.2 -12.9025 2.6481 8.2 -12.4733 2.7462 7.1 -12.4537
4 6 2.7462 7.1 -12.4537 2.6481 8.2 -12.4733 4.9749 8.1 -12.0104 4.9749 6.8 -12.0104
4 6 5.5799 8.1 -11.6062 5.5799 6.7 -11.6062 4.9749 6.8 -12.0104 4.9749 8.1 -12.0104
4 6 5.5799 8.1 -11.6062 5.9125 8.4 -11.3839 5.9125 7 -11.3839 5.5799 6.7 -11.6062
4 0 -4.7078 14.9 -12.0636 -4.7078 15.3 -12.0636 -3.4327 15.5 -12.3172 -3.4327 14.9 -12.3172
4 0 -1.5693 15.5 -12.6879 -1.5693 14.9 -12.6879 -3.4327 14.9 -12.3172 -3.4327 15.5 -12.3172
4 0 -1.5693 15.5 -12.6879 0 15.5 -13 0 14.9 -13 -1.5693 14.9 -12.6879
4 0 2.55 15.3 -12.4928 2.3539 14.7 -12.5318 0 14.9 -13 0 15.5 -13
4 0 4.0212 14.9 -12.2001 3.727 14.4 -12.2587 2.3539 14.7 -12.5318 2.55 15.3 -12.4928
4 0 4.2174 13.9 -12.1611 3.8251 14.1 -12.2391 3.727 14.4 -12.2587 4.7078 14.1 -12.0636
4 0 4.6097 14.7 -12.0831 4.8058 14.4 -12.0441 4.7078 14.1 -12.0636 4.0212 14.9 -12.2001
3 0 4.7078 14.1 -12.0636 3.727 14.4 -12.2587 4.0212 14.9 -12.2001
4 0 -2.55 16.3 -12.4928 -2.55 16.7 -12.4928 -0.9808 16.8 -12.8049 -1.0789 16.2 -12.7854
4 0 1.6673 16.6 -12.6683 1.6673 16.2 -12.6683 0 16.2 -13 0 16.7 -13
4 0 2.55 16.1 -12.4928 2.0596 16 -12.5903 1.6673 16.2 -12.6683 2.7462 16.3 -12.4537
4 0 1.8635 16.7 -12.6293 2.55 16.6 -12.4928 2.7462 16.3 -12.4537 1.6673 16.6 -12.6683
3 0 2.7462 16.3 -12.4537 1.6673 16.2 -12.6683 1.6673 16.6 -12.6683
0 //
4 0 -7.1597 11.7 -10.5506 -7.4091 11.7 -10.3839 -7.5754 11.9 -10.2728 -6.9934 11.9 -10.6617
4 0 -7.5754 11.9 -10.2728 -7.4923 16.4 -10.3284 -6.9103 16.2 -10.7173 -6.9934 11.9 -10.6617
4 0 -7.4923 16.4 -10.3284 -7.326 16.7 -10.4395 -6.9934 17 -10.6617 -6.9103 16.2 -10.7173
4 0 -6.9103 16.2 -10.7173 -6.9934 17 -10.6617 -6.744 16.9 -10.8284 -6.744 16.5 -10.8284
4 0 7.1597 11.7 -10.5506 6.8271 11.7 -10.7728 6.6608 12 -10.8839 7.326 12 -10.4395
4 0 6.6608 12 -10.8839 6.6608 16.2 -10.8839 7.2428 16.5 -10.495 7.326 12 -10.4395
4 0 6.6608 16.2 -10.8839 6.6608 17 -10.8839 7.0766 16.8 -10.6061 7.2428 16.5 -10.495
4 0 6.6608 16.2 -10.8839 6.4945 16.4 -10.995 6.4945 16.8 -10.995 6.6608 17 -10.8839
4 0 -0.1962 16.7 -12.961 -0.9808 16.8 -12.8049 -1.1769 17 -12.7659 -0.3923 17 -12.922
4 0 -1.0789 16.2 -12.7854 -0.9808 16.8 -12.8049 -0.1962 16.7 -12.961 0 16.2 -13
3 0 0 16.2 -13 -0.1962 16.7 -12.961 0 16.7 -13
4 16 -1.1769 17 -12.7659 -0.9808 16.8 -12.8049 -2.55 16.7 -12.4928 -4.9749 17 -12.0104
4 16 -0.1962 16.7 -12.961 -0.3923 17 -12.922 0 17 -13 0 16.7 -13
3 16 1.6673 16.6 -12.6683 0 16.7 -13 0 17 -13
3 16 0 17 -13 1.8635 16.7 -12.6293 1.6673 16.6 -12.6683
3 16 4.9749 17 -12.0104 1.8635 16.7 -12.6293 0 17 -13
3 16 2.55 16.6 -12.4928 1.8635 16.7 -12.6293 4.9749 17 -12.0104
3 16 4.9749 17 -12.0104 2.7462 16.3 -12.4537 2.55 16.6 -12.4928
4 16 2.55 15.3 -12.4928 0 15.5 -13 0 16.2 -13 2.0596 16 -12.5903
3 16 1.6673 16.2 -12.6683 2.0596 16 -12.5903 0 16.2 -13
4 16 2.0596 16 -12.5903 2.55 16.1 -12.4928 4.0212 14.9 -12.2001 2.55 15.3 -12.4928
4 16 2.55 16.1 -12.4928 2.7462 16.3 -12.4537 4.6097 14.7 -12.0831 4.0212 14.9 -12.2001
3 16 4.6097 14.7 -12.0831 2.7462 16.3 -12.4537 4.9749 17 -12.0104
3 16 4.9749 17 -12.0104 4.8058 14.4 -12.0441 4.6097 14.7 -12.0831
3 16 4.9749 12 -12.0104 4.8058 14.4 -12.0441 4.9749 17 -12.0104
3 16 4.7078 14.1 -12.0636 4.8058 14.4 -12.0441 4.9749 12 -12.0104
3 16 4.9749 12 -12.0104 4.2174 13.9 -12.1611 4.7078 14.1 -12.0636
3 16 4.9749 12 -12.0104 4.7078 11.6 -12.0636 4.2174 13.9 -12.1611
4 16 1.5693 11.6 -12.6879 3.8251 14.1 -12.2391 4.2174 13.9 -12.1611 4.7078 11.6 -12.0636
4 16 4.7078 8.4 -12.0636 4.7078 11.6 -12.0636 4.9749 12 -12.0104 4.9749 8.1 -12.0104
4 16 1.5693 8.4 -12.6879 4.7078 8.4 -12.0636 4.9749 8.1 -12.0104 0.4904 8.2 -12.9025
4 16 0 4 -13 0 14.9 -13 0.4904 8.2 -12.9025 0.4904 7.3 -12.9025
4 16 0.4904 7.3 -12.9025 2.7462 7.1 -12.4537 4.9749 4 -12.0104 0 4 -13
3 16 4.9749 4 -12.0104 2.7462 7.1 -12.4537 4.9749 6.8 -12.0104
4 16 1.5693 11.6 -12.6879 1.5693 8.4 -12.6879 0.4904 8.2 -12.9025 0 14.9 -13
4 16 3.8251 14.1 -12.2391 1.5693 11.6 -12.6879 0 14.9 -13 2.3539 14.7 -12.5318
3 16 3.727 14.4 -12.2587 3.8251 14.1 -12.2391 2.3539 14.7 -12.5318
3 16 0 4 -13 -4.9749 4 -12.0104 -4.9749 6.7 -12.0104
4 16 0 4 -13 -4.9749 6.7 -12.0104 -3.4327 7.1 -12.3172 -1.3731 7.2 -12.7269
4 16 -4.7078 11.6 -12.0636 -4.7078 8.4 -12.0636 -4.9749 8 -12.0104 -4.9749 12 -12.0104
4 16 -1.5693 8.4 -12.6879 -3.5308 8.1 -12.2977 -4.9749 8 -12.0104 -4.7078 8.4 -12.0636
3 16 -1.6673 8.2 -12.6683 -3.5308 8.1 -12.2977 -1.5693 8.4 -12.6879
4 16 -1.3731 7.2 -12.7269 -1.6673 8.2 -12.6683 -1.5693 8.4 -12.6879 0 4 -13
4 16 0 4 -13 -1.5693 8.4 -12.6879 -1.5693 11.6 -12.6879 0 14.9 -13
4 16 -4.7078 11.6 -12.0636 -1.5693 14.9 -12.6879 0 14.9 -13 -1.5693 11.6 -12.6879
4 16 -4.9749 12 -12.0104 -3.4327 14.9 -12.3172 -1.5693 14.9 -12.6879 -4.7078 11.6 -12.0636
3 16 -4.7078 14.9 -12.0636 -3.4327 14.9 -12.3172 -4.9749 12 -12.0104
4 16 -4.7078 15.3 -12.0636 -4.7078 14.9 -12.0636 -4.9749 12 -12.0104 -4.9749 17 -12.0104
4 16 -3.4327 15.5 -12.3172 -4.7078 15.3 -12.0636 -4.9749 17 -12.0104 -2.55 16.7 -12.4928
3 16 -2.55 16.7 -12.4928 -2.55 16.3 -12.4928 -3.4327 15.5 -12.3172
4 16 -3.4327 15.5 -12.3172 -2.55 16.3 -12.4928 -1.0789 16.2 -12.7854 -1.5693 15.5 -12.6879
4 16 -1.5693 15.5 -12.6879 -1.0789 16.2 -12.7854 0 16.2 -13 0 15.5 -13
4 16 -6.1619 6.4 -11.2173 -4.9749 6.7 -12.0104 -4.9749 4 -12.0104 -9.1924 4 -9.1924
3 16 -6.4114 6.6 -11.0506 -6.1619 6.4 -11.2173 -9.1924 4 -9.1924
3 16 -9.1924 4 -9.1924 -6.4114 8.3 -11.0506 -6.4114 6.6 -11.0506
4 16 -7.4091 11.7 -10.3839 -6.4114 8.3 -11.0506 -9.1924 4 -9.1924 -7.5754 11.9 -10.2728
4 16 -7.4923 16.4 -10.3284 -7.5754 11.9 -10.2728 -9.1924 4 -9.1924 -9.1924 17 -9.1924
3 16 -7.326 16.7 -10.4395 -7.4923 16.4 -10.3284 -9.1924 17 -9.1924
3 16 -9.1924 17 -9.1924 -6.9934 17 -10.6617 -7.326 16.7 -10.4395
3 16 -4.9749 17 -12.0104 -6.744 16.9 -10.8284 -6.9934 17 -10.6617
4 16 -6.744 16.5 -10.8284 -6.744 16.9 -10.8284 -4.9749 17 -12.0104 -4.9749 8 -12.0104
4 16 -4.9749 8 -12.0104 -6.9934 11.9 -10.6617 -6.9103 16.2 -10.7173 -6.744 16.5 -10.8284
4 16 -6.1619 8.1 -11.2173 -7.1597 11.7 -10.5506 -6.9934 11.9 -10.6617 -4.9749 8 -12.0104
4 16 -6.1619 8.1 -11.2173 -6.4114 8.3 -11.0506 -7.4091 11.7 -10.3839 -7.1597 11.7 -10.5506
3 16 4.9749 17 -12.0104 6.6608 17 -10.8839 6.4945 16.8 -10.995
4 16 4.9749 17 -12.0104 6.4945 16.8 -10.995 6.4945 16.4 -10.995 4.9749 8.1 -12.0104
4 16 6.6608 16.2 -10.8839 5.5799 8.1 -11.6062 4.9749 8.1 -12.0104 6.4945 16.4 -10.995
4 16 6.6608 16.2 -10.8839 6.6608 12 -10.8839 5.9125 8.4 -11.3839 5.5799 8.1 -11.6062
4 16 6.8271 11.7 -10.7728 5.9125 7 -11.3839 5.9125 8.4 -11.3839 6.6608 12 -10.8839
4 16 4.9749 4 -12.0104 4.9749 6.8 -12.0104 5.5799 6.7 -11.6062 9.1924 4 -9.1924
3 16 9.1924 4 -9.1924 5.5799 6.7 -11.6062 5.9125 7 -11.3839
4 16 9.1924 4 -9.1924 5.9125 7 -11.3839 6.8271 11.7 -10.7728 7.1597 11.7 -10.5506
3 16 7.1597 11.7 -10.5506 7.326 12 -10.4395 9.1924 4 -9.1924
4 16 9.1924 4 -9.1924 7.326 12 -10.4395 7.2428 16.5 -10.495 9.1924 17 -9.1924
3 16 9.1924 17 -9.1924 7.2428 16.5 -10.495 7.0766 16.8 -10.6061
3 16 7.0766 16.8 -10.6061 6.6608 17 -10.8839 9.1924 17 -9.1924
4 16 13 17 0 13 4 0 12.0104 4 -4.9749 12.0104 17 -4.9749
4 16 12.0104 17 -4.9749 12.0104 4 -4.9749 9.1924 4 -9.1924 9.1924 17 -9.1924
4 16 -9.1924 4 -9.1924 -12.0104 4 -4.9749 -12.0104 17 -4.9749 -9.1924 17 -9.1924
4 16 -12.0104 17 -4.9749 -12.0104 4 -4.9749 -13 4 0 -13 17 0
0 //
4 0 -1.1769 17 -12.7659 -1.0514 18.2433 -12.4817 -0.8373 18.4209 -12.4801 -0.3923 17 -12.922
4 0 -0.4 18.5309 -12.5397 -0.2937 17.9769 -12.6986 -0.3923 17 -12.922 -0.8373 18.4209 -12.4801
4 0 0.0028 18.4175 -12.648 0.0022 18.1532 -12.7136 -0.2937 17.9769 -12.6986 -0.4 18.5309 -12.5397
4 16 0 17 -13 -0.3923 17 -12.922 -0.2937 17.9769 -12.6986 0.0022 18.1532 -12.7136
3 16 0.0028 18.4175 -12.648 -0.4 18.5309 -12.5397 0 18.5309 -12.6192
3 16 -0.4 18.5309 -12.5397 -0.8373 18.4209 -12.4801 -4.8296 18.5309 -11.6592
3 16 -4.8296 18.5309 -11.6592 -0.8373 18.4209 -12.4801 -1.0514 18.2433 -12.4817
4 16 -1.0514 18.2433 -12.4817 -1.1769 17 -12.7659 -4.9752 17 -12.0104 -4.8296 18.5309 -11.6592
0 //
0 //
0 L3P ELSEPOV
0 #if (L3Studs)
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 { ring2_dot_dat matrix <2,0,0,0,1,0,0,0,2,0,0,0> }
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
0 cylinder { <0,4,0>,<0,17,0>,13.001
0 clipped_by {
0 union {
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-2.55,9.5>,<-2.59478,9.27038>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-2.59478,9.27038>,<-2.72237,9.07574>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-2.72237,9.07574>,<-2.91328,8.94566>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-2.91328,8.94566>,<-3.1385,8.9>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-3.1385,8.9>,<-3.36372,8.94566>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-3.36372,8.94566>,<-3.55463,9.07574>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-3.55463,9.07574>,<-3.68222,9.27038>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-3.68222,9.27038>,<-3.727,9.5>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-3.727,9.5>,<-3.68222,9.72962>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-3.68222,9.72962>,<-3.55463,9.92426>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-3.55463,9.92426>,<-3.36372,10.0543>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-3.36372,10.0543>,<-3.1385,10.1>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-3.1385,10.1>,<-2.91328,10.0543>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-2.91328,10.0543>,<-2.72237,9.92426>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-2.72237,9.92426>,<-2.59478,9.72962>}
0 prism {linear_sweep linear_spline 0,14,3
0 <-3.1385,9.5>,<-2.59478,9.72962>,<-2.55,9.5>}
0 // DEBUG ** NULL** fgets(in2)=NULL -> break!!! after reading 31 lines in file
4-4disc.dat.
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<3.727,9.4>,<3.68222,9.17038>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<3.68222,9.17038>,<3.55463,8.97574>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<3.55463,8.97574>,<3.36372,8.84566>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<3.36372,8.84566>,<3.1385,8.8>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<3.1385,8.8>,<2.91328,8.84566>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<2.91328,8.84566>,<2.72237,8.97574>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<2.72237,8.97574>,<2.59478,9.17038>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<2.59478,9.17038>,<2.55,9.4>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<2.55,9.4>,<2.59478,9.62962>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<2.59478,9.62962>,<2.72237,9.82426>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<2.72237,9.82426>,<2.91328,9.95434>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<2.91328,9.95434>,<3.1385,10>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<3.1385,10>,<3.36372,9.95434>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<3.36372,9.95434>,<3.55463,9.82426>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<3.55463,9.82426>,<3.68222,9.62962>}
0 prism {linear_sweep linear_spline 0,14,3
0 <3.1385,9.4>,<3.68222,9.62962>,<3.727,9.4>}
0 // DEBUG ** NULL** fgets(in2)=NULL -> break!!! after reading 31 lines in file
4-4disc.dat.
0 } rotate <-90,0,0>
0 }
0 material { L3Color15 }
0 }
0 cylinder { <0,4,0>,<0,17,0>,13.001
0 clipped_by {
0 union {
0 prism {linear_sweep linear_spline 0,14,4
0 <3.1385,8.8>,<3.1385,8.4>,<2.538,8.5218>,<2.9133,8.8457>}
0 prism {linear_sweep linear_spline 0,14,4
0 <2.9133,8.8457>,<2.538,8.5218>,<2.0289,8.8686>,<2.7224,8.9757>}
0 prism {linear_sweep linear_spline 0,14,4
0 <2.7224,8.9757>,<2.0289,8.8686>,<1.6887,9.3877>,<2.5948,9.1704>}
0 prism {linear_sweep linear_spline 0,14,4
0 <2.5948,9.1704>,<1.6887,9.3877>,<1.5693,10>,<2.55,9.4>}
0 prism {linear_sweep linear_spline 0,14,4
0 <2.55,9.4>,<1.5693,10>,<1.6887,10.6123>,<2.5948,9.6296>}
0 prism {linear_sweep linear_spline 0,14,4
0 <2.5948,9.6296>,<1.6887,10.6123>,<2.0289,11.1314>,<2.7224,9.8243>}
0 prism {linear_sweep linear_spline 0,14,4
0 <2.7224,9.8243>,<2.0289,11.1314>,<2.538,11.4782>,<2.9133,9.9543>}
0 prism {linear_sweep linear_spline 0,14,4
0 <2.9133,9.9543>,<2.538,11.4782>,<3.1385,11.6>,<3.1385,10>}
0 prism {linear_sweep linear_spline 0,14,4
0 <3.1385,10>,<3.1385,11.6>,<3.739,11.4782>,<3.3637,9.9543>}
0 prism {linear_sweep linear_spline 0,14,4
0 <3.3637,9.9543>,<3.739,11.4782>,<4.2481,11.1314>,<3.5546,9.8243>}
0 prism {linear_sweep linear_spline 0,14,4
0 <3.5546,9.8243>,<4.2481,11.1314>,<4.5883,10.6123>,<3.6822,9.6296>}
0 prism {linear_sweep linear_spline 0,14,4
0 <3.6822,9.6296>,<4.5883,10.6123>,<4.7078,10>,<3.727,9.4>}
0 prism {linear_sweep linear_spline 0,14,4
0 <3.727,9.4>,<4.7078,10>,<4.5883,9.3877>,<3.6822,9.1704>}
0 prism {linear_sweep linear_spline 0,14,4
0 <3.6822,9.1704>,<4.5883,9.3877>,<4.2481,8.8686>,<3.5546,8.9757>}
0 prism {linear_sweep linear_spline 0,14,4
0 <3.5546,8.9757>,<4.2481,8.8686>,<3.739,8.5218>,<3.3637,8.8457>}
0 prism {linear_sweep linear_spline 0,14,4
0 <3.3637,8.8457>,<3.739,8.5218>,<3.1385,8.4>,<3.1385,8.8>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-3.1385,8.9>,<-3.1385,8.4>,<-3.739,8.5218>,<-3.3637,8.9457>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-3.3637,8.9457>,<-3.739,8.5218>,<-4.2481,8.8686>,<-3.5546,9.0757>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-3.5546,9.0757>,<-4.2481,8.8686>,<-4.5883,9.3877>,<-3.6822,9.2704>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-3.6822,9.2704>,<-4.5883,9.3877>,<-4.7078,10>,<-3.727,9.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-3.727,9.5>,<-4.7078,10>,<-4.5883,10.6123>,<-3.6822,9.7296>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-3.6822,9.7296>,<-4.5883,10.6123>,<-4.2481,11.1314>,<-3.5546,9.9243>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-3.5546,9.9243>,<-4.2481,11.1314>,<-3.739,11.4782>,<-3.3637,10.0543>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-3.3637,10.0543>,<-3.739,11.4782>,<-3.1385,11.6>,<-3.1385,10.1>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-3.1385,10.1>,<-3.1385,11.6>,<-2.538,11.4782>,<-2.9133,10.0543>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-2.9133,10.0543>,<-2.538,11.4782>,<-2.0289,11.1314>,<-2.7224,9.9243>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-2.7224,9.9243>,<-2.0289,11.1314>,<-1.6887,10.6123>,<-2.5948,9.7296>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-2.5948,9.7296>,<-1.6887,10.6123>,<-1.5693,10>,<-2.55,9.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-2.55,9.5>,<-1.5693,10>,<-1.6887,9.3877>,<-2.5948,9.2704>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-2.5948,9.2704>,<-1.6887,9.3877>,<-2.0289,8.8686>,<-2.7224,9.0757>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-2.7224,9.0757>,<-2.0289,8.8686>,<-2.538,8.5218>,<-2.9133,8.9457>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-2.9133,8.9457>,<-2.538,8.5218>,<-3.1385,8.4>,<-3.1385,8.9>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-4.7078,14.9>,<-4.7078,15.3>,<-3.4327,15.5>,<-3.4327,14.9>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-1.5693,15.5>,<-1.5693,14.9>,<-3.4327,14.9>,<-3.4327,15.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-1.5693,15.5>,<0,15.5>,<0,14.9>,<-1.5693,14.9>}
0 prism {linear_sweep linear_spline 0,14,4
0 <2.55,15.3>,<2.3539,14.7>,<0,14.9>,<0,15.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <4.0212,14.9>,<3.727,14.4>,<2.3539,14.7>,<2.55,15.3>}
0 prism {linear_sweep linear_spline 0,14,4
0 <4.2174,13.9>,<3.8251,14.1>,<3.727,14.4>,<4.7078,14.1>}
0 prism {linear_sweep linear_spline 0,14,4
0 <4.6097,14.7>,<4.8058,14.4>,<4.7078,14.1>,<4.0212,14.9>}
0 prism {linear_sweep linear_spline 0,14,3
0 <4.7078,14.1>,<3.727,14.4>,<4.0212,14.9>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-2.55,16.3>,<-2.55,16.7>,<-0.9808,16.8>,<-1.0789,16.2>}
0 prism {linear_sweep linear_spline 0,14,4
0 <1.6673,16.6>,<1.6673,16.2>,<0,16.2>,<0,16.7>}
0 prism {linear_sweep linear_spline 0,14,4
0 <2.55,16.1>,<2.0596,16>,<1.6673,16.2>,<2.7462,16.3>}
0 prism {linear_sweep linear_spline 0,14,4
0 <1.8635,16.7>,<2.55,16.6>,<2.7462,16.3>,<1.6673,16.6>}
0 prism {linear_sweep linear_spline 0,14,3
0 <2.7462,16.3>,<1.6673,16.2>,<1.6673,16.6>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-7.1597,11.7>,<-7.4091,11.7>,<-7.5754,11.9>,<-6.9934,11.9>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-7.5754,11.9>,<-7.4923,16.4>,<-6.9103,16.2>,<-6.9934,11.9>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-7.4923,16.4>,<-7.326,16.7>,<-6.9934,17>,<-6.9103,16.2>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-6.9103,16.2>,<-6.9934,17>,<-6.744,16.9>,<-6.744,16.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <7.1597,11.7>,<6.8271,11.7>,<6.6608,12>,<7.326,12>}
0 prism {linear_sweep linear_spline 0,14,4
0 <6.6608,12>,<6.6608,16.2>,<7.2428,16.5>,<7.326,12>}
0 prism {linear_sweep linear_spline 0,14,4
0 <6.6608,16.2>,<6.6608,17>,<7.0766,16.8>,<7.2428,16.5>}
0 prism {linear_sweep linear_spline 0,14,4
0 <6.6608,16.2>,<6.4945,16.4>,<6.4945,16.8>,<6.6608,17>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-0.1962,16.7>,<-0.9808,16.8>,<-1.1769,17>,<-0.3923,17>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-1.0789,16.2>,<-0.9808,16.8>,<-0.1962,16.7>,<0,16.2>}
0 prism {linear_sweep linear_spline 0,14,3
0 <0,16.2>,<-0.1962,16.7>,<0,16.7>}
0 } rotate <-90,0,0>
0 }
0 material { L3Color0 }
0 }
0 cylinder { <0,4,0>,<0,17,0>,13.001
0 clipped_by {
0 union {
0 prism {linear_sweep linear_spline 0,14,4
0 <-3.5308,8.1>,<-1.6673,8.2>,<-1.3731,7.2>,<-3.4327,7.1>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-3.4327,7.1>,<-4.9749,6.7>,<-4.9749,8>,<-3.5308,8.1>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-4.9749,6.7>,<-6.1619,6.4>,<-6.1619,8.1>,<-4.9749,8>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-6.4114,6.6>,<-6.4114,8.3>,<-6.1619,8.1>,<-6.1619,6.4>}
0 prism {linear_sweep linear_spline 0,14,4
0 <0.4904,7.3>,<0.4904,8.2>,<2.6481,8.2>,<2.7462,7.1>}
0 prism {linear_sweep linear_spline 0,14,4
0 <2.7462,7.1>,<2.6481,8.2>,<4.9749,8.1>,<4.9749,6.8>}
0 prism {linear_sweep linear_spline 0,14,4
0 <5.5799,8.1>,<5.5799,6.7>,<4.9749,6.8>,<4.9749,8.1>}
0 prism {linear_sweep linear_spline 0,14,4
0 <5.5799,8.1>,<5.9125,8.4>,<5.9125,7>,<5.5799,6.7>}
0 } rotate <-90,0,0>
0 }
0 material { L3Color6 }
0 }
0 torus {9,4.001 translate <0,17,0>
0 clipped_by {
0 union {
0 prism {linear_sweep linear_spline 0,14,4
0 <-1.1769,17>,<-1.0514,18.2433>,<-0.8373,18.4209>,<-0.3923,17>}
0 prism {linear_sweep linear_spline 0,14,4
0 <-0.4,18.5309>,<-0.2937,17.9769>,<-0.3923,17>,<-0.8373,18.4209>}
0 prism {linear_sweep linear_spline 0,14,4
0 <0.0028,18.4175>,<0.0022,18.1532>,<-0.2937,17.9769>,<-0.4,18.5309>}
0 } rotate <-90,0,0>
0 }
0 material { L3Color0 }
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
|
|
| |
> I just wanted to let you all know it seems 3009p18.dat has wrong winding, even
> though it's marked BFC CERTIFY CW
>
> I noticed this also for 2450.dat but that one seemed to a known problem,3009p18
> is not on the part tracker as far i can find it.
Thanks! Now corrected by Tchang.
http://www.ldraw.org/cgi-bin/ptdetail.cgi?f=parts/3009p18.dat
Philo
|
|
| |
Hi all,
I just wanted to let you all know it seems 3009p18.dat has wrong winding, even
though it's marked BFC CERTIFY CW
I noticed this also for 2450.dat but that one seemed to a known problem,3009p18
is not on the part tracker as far i can find it.
I'll keep an eye out for others.
Roland
|
|
| |
In lugnet.cad.dat.parts, Philippe Hurbain wrote:
> > Thanks, Philo.
> >
> > I think you are right - I am missing the subpart. I am not seeing how to
> > download it though. I am not the brightest light when doing these types of
> > things.
> >
> > Jonathan
> The best is to download and reinstall the complete library from this page...
> http://www.ldraw.org/Downloads-req-viewdownload-cid-1.html
>
> Philo
Thanks again, Philo. I'll give that a try today.
Jonathan
|
|
| |
> Thanks, Philo.
>
> I think you are right - I am missing the subpart. I am not seeing how to
> download it though. I am not the brightest light when doing these types of
> things.
>
> Jonathan
The best is to download and reinstall the complete library from this page...
http://www.ldraw.org/Downloads-req-viewdownload-cid-1.html
Philo
|
|
| |
In lugnet.cad.dat.parts, Philippe Hurbain wrote:
> I am not a Bricksmith user, so there may be issues I don't know, but 60481 is an
> official part included in library, so you don't have to download it individually
> (I suspect you didn't download it's subpart 60481s01.dat, or placed it in the
> wrong folder, it should be in parts/s one).
>
> Anyway, the complete library including 60481 is available here:
> http://www.ldraw.org/Downloads-req-viewdownload-cid-1.html
>
> Philo
Thanks, Philo.
I think you are right - I am missing the subpart. I am not seeing how to
download it though. I am not the brightest light when doing these types of
things.
Jonathan
|
|
| |
I am not a Bricksmith user, so there may be issues I don't know, but 60481 is an
official part included in library, so you don't have to download it individually
(I suspect you didn't download it's subpart 60481s01.dat, or placed it in the
wrong folder, it should be in parts/s one).
Anyway, the complete library including 60481 is available here:
http://www.ldraw.org/Downloads-req-viewdownload-cid-1.html
Philo
|
|
| |
<http://www.bricklink.com/catalogItem.asp?P=60481>
Bearing in mind I am new to this type of thing . . . as a first timer I am
having trouble downloading this part from LDraw Parts Library and placing into
Bricksmith.
The part seems to come out without sides on it.
Has anyone advice to offer? Appreciation in advance - I am certain my
novice-ness is playing a role here.
thanks,
Jonathan
|
|
| |
> Yes, they do exist... now ;)
> Philo
Philo, *thank you* million times!
Saso
|
|
| |
> In that case, I shall rescan without the head, from more angles, and with finer
> settings - I was trying (unsuccessfully) to try and limit the polygon count by
> scanning in lower resolution, but if you're using other software to downsample
> afterwards then that isn't necessary.
Yes, better have more resolution at the beginning. In many cases I downsample
differently on different sections of parts. Eg. for Dobby's head
(http://www.ldraw.org/cgi-bin/ptdetail.cgi?f=parts/43745.dat) I first reduced
polygon count to a high value, then reduced again in all areas except important
areas: eyes and mouth.
> Can your software read .SCN files? That is the native file format output by the
> scanner; if you can read them then I can skip the STL translation.
Unfortunately no, the only serious 3D software I use is Meshlab, here are the
supported formats:
http://meshlab.sourceforge.net/wiki/index.php/Supported_Formats
A photo of inside of part (showing stud connection) would be appreciated too!
Philo
|
|
| |
In lugnet.cad, Philippe Hurbain wrote:
> > Present version is too detailed for a LDraw part, but it's easier to start with
> a fine mesh (finer than this one) to use Sculptris. After enhancement, I
> downsample the mesh using Meshlab.
> One thing is missing: bottom of scan (especially in the hair). Generally I use
> 16 scans, 8 around and above part, and 8 below it to make sure to get all data.
>
>
Thanks, Philo!
In that case, I shall rescan without the head, from more angles, and with finer
settings - I was trying (unsuccessfully) to try and limit the polygon count by
scanning in lower resolution, but if you're using other software to downsample
afterwards then that isn't necessary.
Can your software read .SCN files? That is the native file format output by the
scanner; if you can read them then I can skip the STL translation.
Darrell
|
|
| |
Hi all,
I managed to find part #64776 Die 6 Sided Rubber Frame with Red Center with
Studs (Board Games) in an Official parts list but I cannot find these files:
(Bricklink part numbers)
3068bpb290
3068bpb291
3068bpb292
3068bpb293
3068bpb192
3068bpb343
Tile 2 x 2 with 1-6 Black Dots Pattern
Do these parts exist? If not, can anybody make them (they don't need to be
perfect for me)?
I think I have the latest parts update but I cannot find them (I use MlCAD).
Thanks,
Saso
|
|
| |
Hi Darrel,
> Here are the STL file for the Anakin Skywalker hair piece and the Senate
> Commando helmet.
>
> I’m not really satisfied with how the front of the part looks; if you
> look at the picture on Peeron there’s a lot more definition in the hair
> (it’s very sharp-edged, like the anime-hair pieces) but the algorithm in
> the meshing command that combines multiple scans (in this application
> called the “fuser”) smoothed it out too much. I think part of what
> caused that is I left the head of the minifig on during the scan
> process. I thought that would be a good reference point later for people
> trying to scale up the model to LDU, but I think it added unnecessary
> data to the file (you can see it added filleted edges where the head and
> the hair intersect, when obviously there is no curve there).
Indeed, the face is not really needed here. Your scanner properly creates a file
in millimeter units, scaling by 2.5 directly provides LDU.
>
> It is also possible to save a version of the file without the fusing
> applied (this really looks messy as it is a combination of – in these
> cases – 8 different scans revolved around 360 degrees). If you would
> rather have the un-fused version let me know.
From my experience with laser scanner, some smoothing can't be avoided because
the part itself is not perfect, and there is some rounding during scanning and
more during fusing. After searching a bit, I found a little software gem,
Sculptris, that allows to enhance mesh before down-scaling it. See the full
story here:
http://www.david-laserscanner.com/forum/viewtopic.php?f=2&t=1972&p=12247
>
> I can try again without the head in place to give a harder edge to the
> scan and maybe get more definition to the hair itself. I can also try a
> multitude of different settings in the scanner – I’m just learning how
> to use it and I’m sure there are some tweaks that could help with the
> results. I’m not sure how much detail is really needed for the DAT file
> to convey the shape.
Present version is too detailed for a LDraw part, but it's easier to start with
a fine mesh (finer than this one) to use Sculptris. After enhancement, I
downsample the mesh using Meshlab.
> I suppose if anything, the digital scan could be a good reference to
> measure these kinds of parts (instead of having to use calipers and such).
>
> Let me know if you need anything else or if you want me to try any
> different settings.
One thing is missing: bottom of scan (especially in the hair). Generally I use
16 scans, 8 around and above part, and 8 below it to make sure to get all data.
Philo
|
|
| |
Hi Philo,
I've sent you the STL file for the Anakin Skywalker hair piece and the Senate
Commando helmet.
I’m not really satisfied with how the front of the part looks; if you look at
the picture on Peeron there’s a lot more definition in the hair (it’s very
sharp-edged, like the anime-hair pieces) but the algorithm in the meshing
command that combines multiple scans (in this application called the “fuser”)
smoothed it out too much. I think part of what caused that is I left the head of
the minifig on during the scan process. I thought that would be a good reference
point later for people trying to scale up the model to LDU, but I think it added
unnecessary data to the file (you can see it added filleted edges where the head
and the hair intersect, when obviously there is no curve there).
It is also possible to save a version of the file without the fusing applied
(this really looks messy as it is a combination of – in these cases – 8
different scans revolved around 360 degrees). If you would rather have the
un-fused version let me know.
I can try again without the head in place to give a harder edge to the scan and
maybe get more definition to the hair itself. I can also try a multitude of
different settings in the scanner – I’m just learning how to use it and I’m sure
there are some tweaks that could help with the results. I’m not sure how much
detail is really needed for the DAT file to convey the shape.
I suppose if anything, the digital scan could be a good reference to measure
these kinds of parts (instead of having to use calipers and such).
Let me know if you need anything else or if you want me to try any different
settings.
Darrell Urbien
|
|
| |
Hi Reuben & Darell,
> Can any of the experienced part authors confirm whether Darrell's files are
> suitable for making an LDraw part? From the visuals they look pretty good, but
> I'm no expert on the details needed to convert this type of model into a real
> part file.
Yes, they look good. At first sight triangulation has too many triangles for a
LDraw file, but it's easy to reduce.
>
> BTW, if anyone could convert Darrell's scan into a part
> (http://www.peeron.com/inv/parts/43753) that would be great as I one day I would
I could have a try, but don't expect it so soon... Another problem is that I
don't have the real part to check! Anyway, send me the mesh (.obj or .stl file
format) and I'll have a look.
Philo
|
|
|
