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 CAD / LDraw Files / Parts / 3636
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Special: 
[DAT] (requires LDraw-compatible viewer)
Subject: 
6002.dat (Was Re: high-res sphere primitive with type 5 lines)
Newsgroups: 
lugnet.cad.dat.parts.primitives, lugnet.cad.dat.parts
Followup-To: 
lugnet.cad.dat.parts
Date: 
Tue, 7 May 2002 19:29:29 GMT
Viewed: 
515 times
  
In lugnet.cad.dat.parts.primitives, Travis Cobbs writes:
In lugnet.cad.dat.parts.primitives, Steve Bliss writes:
In lugnet.cad.dat.parts.primitives, Travis Cobbs writes:
Well, here it is again, with 4 decimal places accuracy for the whole file
this time, instead of 4 decimal places for the type 5 lines and 3 decimal
places for the triangles.

Very nice!  It looks great -- I sat and stared at it for about five minutes. :)

Glad you like it.  What's really fun is viewing a full sphere with the type
5 lines enabled, and then spinning it slowly.  I had to do that a lot in
order to verify that the lines were drawing correctly in LDView.  Hopefully
I'll have a release some time this week.

What's really, really fun is adding the new sphere to this part and
spinning it around.  Still needs a few type 5 lines around the notches
on the bottom though...


0 FILE 6002.dat
0 part 6002 round Panel  6 x  6 x  9 with Spherous Top
0 by Mark Kennedy
0 tinkered with by Don Heyse
0 based on 2572 by unknown author
0 with bottom curved bits from 30056 by Don Heyse
0
2 24 -20 8 -20 -20 0 -20
4 16 20 0 20 -20 0 20 -20 0 -20 20 0 -20
4 16 20 4 20 -16 4 20 -16 4 -16 20 4 -16
1 16 -10 0 -10 -1 0 0 0 1 0 0 0 -1 stud.dat
1 16 10 0 10 -1 0 0 0 1 0 0 0 -1 stud.dat
1 16 20 212 20 0 0 20 0 1 0 20 0 0 48\1-4ring3.dat
1 16 20 208 20 0 0 20 0 1 0 20 0 0 48\1-4ring3.dat
1 16 20 208 20 60 0 0 0 1 0 0 0 60 48\1-4edge.dat
1 16 20 208 20 76 0 0 0 1 0 0 0 76 48\1-4edge.dat
1 16 20 80 20 80 0 0 0 128 0 0 0 80 48\1-4cyli.dat
1 16 20 80 20 76 0 0 0 128 0 0 0 76 48\1-4cyli.dat
1 16 20 80 20 80 0 0 0 -80 0 0 0 80 48\1-8sphe.dat
1 16 20 80 20 76 0 0 0 -76 0 0 0 76 48\1-8sphe.dat
1 16 0 0 0 1 0 0 0 1 0 0 0 1 s\6002s2.DAT
1 16 0 0 0 0 0 1 0 1 0 1 0 0 s\6002s2.DAT
1 16 20 168 20 0 0 -1 0 1 0 1 0 0 type5s.dat
0
0 Base cylinder optional lines (edited for the notch holes)
0 From:1 16 0 40 0 60 0 0 0 8 0 0 0 -60 48/1-4cyli.dat
5 8 27.83 208 79.484 27.83 216 79.484 35.528 208 77.954 20 208 80
5 8 35.528 208 77.954 35.528 216 77.954 42.962 208 75.434 27.83 208 79.484
5 8 42.962 208 75.434 42.962 216 75.434 50 208 71.96 35.528 208 77.954
5 8 56.528 208 67.604 56.528 216 67.604 62.426 208 62.426 50 208 71.96
5 8 62.426 208 62.426 62.426 216 62.426 67.604 208 56.528 56.528 208 67.604
5 8 67.604 208 56.528 67.604 216 56.528 71.96 208 50 62.426 208 62.426
5 8 75.434 208 42.962 75.434 216 42.962 77.954 208 35.528 71.96 208 50
5 8 77.954 208 35.528 77.954 216 35.528 79.484 208 27.83 75.434 208 42.962
5 8 79.484 208 27.83 79.484 216 27.83 80 208 20 77.954 208 35.528
0
0 From:1 16 0 44 0 64 0 0 0 4 0 0 0 -64 48/1-4cyli.dat
5 8 28.352 212 83.45 28.352 216 83.45 36.563 212 81.818 20 212 84
5 8 36.563 212 81.818 36.563 216 81.818 44.493 212 79.13 28.352 212 83.45
5 8 44.493 212 79.13 44.493 216 79.13 52 212 75.424 36.563 212 81.818
5 8 58.963 212 70.778 58.963 216 70.778 65.254 212 65.254 52 212 75.424
5 8 65.254 212 65.254 65.254 216 65.254 70.778 212 58.963 58.963 212 70.778
5 8 70.778 212 58.963 70.778 216 58.963 75.424 212 52 65.254 212 65.254
5 8 79.13 212 44.493 79.13 216 44.493 81.818 212 36.563 75.424 212 52
5 8 81.818 212 36.563 81.818 216 36.563 83.45 212 28.352 79.13 212 44.493
5 8 83.45 212 28.352 83.45 216 28.352 84 212 20 81.818 212 36.563
0
0 From:1 16 0 44 0 76 0 0 0 4 0 0 0 -76 48/1-4cyli.dat
5 8 29.918 212 95.346 29.918 216 95.346 39.669 212 93.408 20 212 96
5 8 39.669 212 93.408 39.669 216 93.408 49.085 212 90.216 29.918 212 95.346
5 8 58 212 85.816 58 216 85.816 66.269 212 80.298 49.085 212 90.216
5 8 66.269 212 80.298 66.269 216 80.298 73.74 212 73.74 58 212 85.816
5 8 73.74 212 73.74 73.74 216 73.74 80.298 212 66.269 66.269 212 80.298
5 8 80.298 212 66.269 80.298 216 66.269 85.816 212 58 73.74 212 73.74
5 8 85.816 212 58 85.816 216 58 90.216 212 49.085 80.298 212 66.269
5 8 93.408 212 39.669 93.408 216 39.669 95.346 212 29.918 90.216 212 49.085
5 8 95.346 212 29.918 95.346 216 29.918 96 212 20 93.408 212 39.669
0
0 From:1 16 0 40 0 80 0 0 0 8 0 0 0 -80 48/1-4cyli.dat
5 8 30.44 208 99.312 30.44 216 99.312 40.704 208 97.272 20 208 100
5 8 40.704 208 97.272 40.704 216 97.272 50.616 208 93.912 30.44 208 99.312
5 8 60 208 89.28 60 216 89.28 68.704 208 83.472 50.616 208 93.912
5 8 68.704 208 83.472 68.704 216 83.472 76.568 208 76.568 60 208 89.28
5 8 76.568 208 76.568 76.568 216 76.568 83.472 208 68.704 68.704 208 83.472
5 8 83.472 208 68.704 83.472 216 68.704 89.28 208 60 76.568 208 76.568
5 8 89.28 208 60 89.28 216 60 93.912 208 50.616 83.472 208 68.704
5 8 97.272 208 40.704 97.272 216 40.704 99.312 208 30.44 93.912 208 50.616
5 8 99.312 208 30.44 99.312 216 30.44 100 208 20 97.272 208 40.704
0
0 FILE s\6002s2.dat
1 16 0 212 90 -1 0 0 0 -1 0 0 0 -1 stud3.dat
1 16 20 212 90 -1 0 0 0 -1 0 0 0 -1 stud3.dat
1 16 2 216 90 0 0 -18 0 -4 0 6 0 0 box4-4a.dat
0
4 16 -20 216 80 -16 216 84 20 216 84 20 216 80
4 16 20 216 100 20 216 96 -16 216 96 -20 216 100
4 16 -20 216 100 -16 216 96 -16 216 84 -20 216 80
0
2 24 -20 216 80 20 216 80
2 24 20 216 100 -20 216 100
2 24 -20 216 100 -20 216 80
2 24 -20 208 92 -16 208 92
2 24 -16 208 92 -16 208 96
2 24 -16 208 96 20 208 96
2 24 20 208 80 -20 208 80
2 24 -20 208 80 -20 208 92
0
2 24 -20 8 20 -20 8 -20
2 24 -20 0 20 -20 0 -20
2 24 -16 8 20 -16 8 -16
2 24 -16 4 20 -16 4 -16
0
2 24 -20 216 80 -20 208 80
2 24 -20 216 100 -20 80 100
2 24 -20 208 92 -20 80 92
2 24 -16 208 96 -16 80 96
2 24 -16 208 92 -16 80 92
0
4 16 -20 208 80 -20 208 92 20 208 92 20 208 80
4 16 -16 208 92 -16 208 96 20 208 96 20 208 92
0
4 16 -20 8 -20 -16 8 -16 -16 8 20 -20 8 20
4 16 -20 0 -20 -20 8 -20 -20 8 20 -20 0 20
4 16 -16 4 -16 -16 8 -16 -16 8 20 -16 4 20
0
4 16 -20 216 80 -20 208 80 20 208 80 20 216 80
4 16 -20 208 92 -20 80 92 -16 80 92 -16 208 92
4 16 -16 208 96 -16 80 96 20 80 96 20 208 96
4 16 -20 216 100 -20 80 100 20 80 100 20 216 100
4 16 -20 216 80 -20 208 80 -20 208 92 -20 216 100
4 16 -20 216 100 -20 208 92 -20 80 92 -20 80 100
4 16 -16 208 92 -16 80 92 -16 80 96 -16 208 96
0
1 16 -20 80 20 0 1 0 -80 0 0 0 0 80 48\1-4edge.dat
1 16 -20 80 20 0 1 0 -72 0 0 0 0 72 48\1-4edge.dat
1 16 -16 80 20 0 1 0 -72 0 0 0 0 72 48\1-4edge.dat
1 16 -16 80 20 0 1 0 -76 0 0 0 0 76 48\1-4edge.dat
0
1 16 -20 80 20 0 -1 0 -8 0 0 0 0 8 48\1-4ring9.dat
1 16 -16 80 20 0 -1 0 -4 0 0 0 0 4 48\1-4rin18.dat
0
1 16 20 80 20 0 -40 0 0 0 -80 80 0 0 48\1-4cyli.dat
1 16 20 80 20 0 -36 0 0 0 -76 76 0 0 48\1-4cyli.dat
1 16 -16 80 20 0 -4 0 0 0 -72 72 0 0 48\1-4cyli.dat
0
1 16 -10 0 10 -1 0 0 0 1 0 0 0 -1 stud.dat
0
2 24 29.92 212 95.35 20 212 96
2 24 29.92 212 95.35 39.67 212 93.41
2 24 39.67 212 93.41 44.40 212 91.94
2 24 44.40 212 91.94 46.03 212 95.47
2 24 46.03 212 95.47 50.62 212 93.91
2 24 50.62 212 93.91 57.04 212 90.74
2 24 57.04 212 90.74 55.50 212 87.20
2 24 55.50 212 87.20 58 212 85.82
2 24 58 212 85.82 66.27 212 80.30
2 24 66.27 212 80.30 73.74 212 73.74
2 24 65.25 212 65.25 58.96 212 70.78
2 24 58.96 212 70.78 58 212 71.50
2 24 58 212 71.50 55.98 212 67.97
2 24 55.98 212 67.97 50 212 71.96
2 24 50 212 71.96 45.34 212 74.26
2 24 45.34 212 74.26 47.50 212 78.03
2 24 47.50 212 78.03 44.49 212 79.13
2 24 44.49 212 79.13 36.56 212 81.82
2 24 36.56 212 81.82 28.35 212 83.45
2 24 20 212 84 28.35 212 83.45
0
2 24 20 216 100 30.44 216 99.32
2 24 30.44 216 99.32 40.70 216 97.27
2 24 40.70 216 97.27 46.03 216 95.47
2 24 46.03 216 95.47 44.40 216 91.94
2 24 44.40 216 91.94 39.67 216 93.41
2 24 39.67 216 93.41 29.92 216 95.35
2 24 29.92 216 95.35 20 216 96
2 24 20 216 84 28.35 216 83.45
2 24 28.35 216 83.45 36.56 216 81.82
2 24 36.56 216 81.82 44.49 216 79.13
2 24 44.49 216 79.13 47.50 216 78.03
2 24 47.50 216 78.03 45.34 216 74.26
2 24 45.34 216 74.26 42.96 216 75.43
2 24 42.96 216 75.43 35.53 216 77.96
2 24 35.53 216 77.96 27.83 216 79.49
2 24 27.83 216 79.49 20 216 80
0
2 24 57.04 216 90.74 60 216 89.28
2 24 60 216 89.28 68.70 216 83.47
2 24 68.70 216 83.47 76.57 216 76.57
2 24 73.74 216 73.74 66.27 216 80.30
2 24 66.27 216 80.30 58 216 85.82
2 24 58 216 85.82 55.50 216 87.20
2 24 55.50 216 87.20 57.04 216 90.74
0
2 24 58 216 71.50 58.96 216 70.78
2 24 58.96 216 70.78 65.25 216 65.25
2 24 62.43 216 62.43 56.53 216 67.60
2 24 56.53 216 67.60 55.98 216 67.97
2 24 55.98 216 67.97 58 216 71.50
0
2 24 44.40 216 91.94 44.40 212 91.94
2 24 46.03 216 95.47 46.03 212 95.47
2 24 55.50 216 87.20 55.50 212 87.20
2 24 57.04 216 90.74 57.04 212 90.74
2 24 58 216 71.50 58 212 71.50
2 24 55.98 216 67.97 55.98 212 67.97
2 24 45.34 216 74.26 45.34 212 74.26
2 24 47.50 216 78.03 47.50 212 78.03
0
4 16 20 216 100 30.44 216 99.32 29.92 216 95.35 20 216 96
4 16 30.44 216 99.32 40.70 216 97.27 39.67 216 93.41 29.92 216 95.35
4 16 40.70 216 97.27 46.03 216 95.47 44.40 216 91.94 39.67 216 93.41
4 16 20 216 84 28.35 216 83.45 27.83 216 79.49 20 216 80
4 16 28.35 216 83.45 36.56 216 81.82 35.53 216 77.96 27.83 216 79.49
4 16 36.56 216 81.82 44.49 216 79.13 42.96 216 75.43 35.53 216 77.96
4 16 44.49 216 79.13 47.50 216 78.03 45.34 216 74.26 42.96 216 75.43
0
4 16 57.04 216 90.74 60 216 89.28 58 216 85.82 55.50 216 87.20
4 16 60 216 89.28 68.70 216 83.47 66.27 216 80.30 58 216 85.82
4 16 68.70 216 83.47 76.57 216 76.57 73.74 216 73.74 66.27 216 80.30
0
4 16 58 216 71.50 58.96 216 70.78 56.53 216 67.60 55.98 216 67.97
4 16 58.96 216 70.78 65.25 216 65.25 62.43 216 62.43 56.53 216 67.60
0
4 16 20 208 80 27.83 208 79.48 27.83 216 79.48 20 216 80
4 16 27.83 208 79.48 35.53 208 77.95 35.53 216 77.95 27.83 216 79.48
4 16 35.53 208 77.95 42.96 208 75.43 42.96 216 75.43 35.53 216 77.95
4 16 42.96 208 75.43 45.34 212 74.26 45.34 216 74.26 42.96 216 75.43
4 16 42.96 208 75.43 50 208 71.96 50 212 71.96 45.34 212 74.26
4 16 50 208 71.96 56.53 208 67.60 55.98 212 67.97 50 212 71.96
4 16 56.53 208 67.60 56.53 216 67.60 55.98 216 67.97 55.98 212 67.97
4 16 56.53 208 67.60 62.43 208 62.43 62.43 216 62.43 56.53 216 67.60
0
4 16 20 212 84 28.35 212 83.45 28.35 216 83.45 20 216 84
4 16 28.35 212 83.45 36.56 212 81.82 36.56 216 81.82 28.35 216 83.45
4 16 36.56 212 81.82 44.49 212 79.13 44.49 216 79.13 36.56 216 81.82
4 16 44.49 212 79.13 47.50 212 78.03 47.50 216 78.03 44.49 216 79.13
4 16 58 212 71.50 58.96 212 70.78 58.96 216 70.78 58 216 71.50
4 16 58.96 212 70.78 65.25 212 65.25 65.25 216 65.25 58.96 216 70.78
0
4 16 20 212 96 29.92 212 95.35 29.92 216 95.35 20 216 96
4 16 29.92 212 95.35 39.67 212 93.41 39.67 216 93.41 29.92 216 95.35
4 16 39.67 212 93.41 44.40 212 91.94 44.40 216 91.94 39.67 216 93.41
4 16 55.50 212 87.20 58 212 85.82 58 216 85.82 55.50 216 87.20
4 16 58 212 85.82 66.27 212 80.30 66.27 216 80.30 58 216 85.82
4 16 66.27 212 80.30 73.74 212 73.74 73.74 216 73.74 66.27 216 80.30
0
4 16 20 208 100 30.44 208 99.31 30.44 216 99.31 20 216 100
4 16 30.44 208 99.31 40.70 208 97.27 40.70 216 97.27 30.44 216 99.31
4 16 40.70 208 97.27 46.03 212 95.47 46.03 216 95.47 40.70 216 97.27
4 16 40.70 208 97.27 50.62 208 93.91 50.62 212 93.91 46.03 212 95.47
4 16 50.62 208 93.91 60 208 89.28 57.04 212 90.74 50.62 212 93.91
4 16 60 208 89.28 60 216 89.28 57.04 216 90.74 57.04 212 90.74
4 16 60 208 89.28 68.70 208 83.47 68.70 216 83.47 60 216 89.28
4 16 68.70 208 83.47 76.57 208 76.57 76.57 216 76.57 68.70 216 83.47
0
4 16 44.40 212 91.94 44.40 216 91.94 46.03 216 95.47 46.03 212 95.47
4 16 55.50 212 87.20 55.50 216 87.20 57.04 216 90.74 57.04 212 90.74
4 16 58.00 212 71.50 58.00 216 71.50 55.98 216 67.97 55.98 212 67.97
4 16 45.34 212 74.26 45.34 216 74.26 47.50 216 78.03 47.50 212 78.03
0
0 FILE 48\1-8sphe.dat
0 Hi-Res Sphere 0.125
0 Name: 48\1-8sphe.dat
0 Author: Travis Cobbs
0 This data was generated using the algorithm used by LDView to
0 perform sphere primitive substitution.  At LDView's highest
0 quality setting, its spheres have the same number of outer
0 facets as the 48 primitives (48 facets around the equator of
0 the sphere).  The linetype 5 lines (conditional lines), as
0 well as the BFC certification, are newly added.
0 BFC CERTIFY CW
0 Triangles (linetype 3)
3 16 1 0 0 0.9914 0 0.1305 0.9914 0.1305 0
3 16 0.9914 0 0.1305 0.981 0.1371 0.1371 0.9914 0.1305 0
3 16 0.9914 0 0.1305 0.9659 0 0.2588 0.981 0.1371 0.1371
3 16 0.9659 0 0.2588 0.9512 0.1433 0.2732 0.981 0.1371 0.1371
3 16 0.9659 0 0.2588 0.9239 0 0.3827 0.9512 0.1433 0.2732
3 16 0.9239 0 0.3827 0.902 0.1484 0.4054 0.9512 0.1433 0.2732
3 16 0.9239 0 0.3827 0.866 0 0.5 0.902 0.1484 0.4054
3 16 0.866 0 0.5 0.8338 0.1521 0.5308 0.902 0.1484 0.4054
3 16 0.866 0 0.5 0.7934 0 0.6088 0.8338 0.1521 0.5308
3 16 0.7934 0 0.6088 0.7478 0.154 0.6459 0.8338 0.1521 0.5308
3 16 0.7934 0 0.6088 0.7071 0 0.7071 0.7478 0.154 0.6459
3 16 0.7071 0 0.7071 0.6459 0.154 0.7478 0.7478 0.154 0.6459
3 16 0.7071 0 0.7071 0.6088 0 0.7934 0.6459 0.154 0.7478
3 16 0.6088 0 0.7934 0.5308 0.1521 0.8338 0.6459 0.154 0.7478
3 16 0.6088 0 0.7934 0.5 0 0.866 0.5308 0.1521 0.8338
3 16 0.5 0 0.866 0.4054 0.1484 0.902 0.5308 0.1521 0.8338
3 16 0.5 0 0.866 0.3827 0 0.9239 0.4054 0.1484 0.902
3 16 0.3827 0 0.9239 0.2732 0.1433 0.9512 0.4054 0.1484 0.902
3 16 0.3827 0 0.9239 0.2588 0 0.9659 0.2732 0.1433 0.9512
3 16 0.2588 0 0.9659 0.1371 0.1371 0.981 0.2732 0.1433 0.9512
3 16 0.2588 0 0.9659 0.1305 0 0.9914 0.1371 0.1371 0.981
3 16 0.1305 0 0.9914 0 0.1305 0.9914 0.1371 0.1371 0.981
3 16 0.1305 0 0.9914 0 0 1 0 0.1305 0.9914
3 16 0.9914 0.1305 0 0.981 0.1371 0.1371 0.9659 0.2588 0
3 16 0.981 0.1371 0.1371 0.9512 0.2732 0.1433 0.9659 0.2588 0
3 16 0.981 0.1371 0.1371 0.9512 0.1433 0.2732 0.9512 0.2732 0.1433
3 16 0.9512 0.1433 0.2732 0.9145 0.2861 0.2861 0.9512 0.2732 0.1433
3 16 0.9512 0.1433 0.2732 0.902 0.1484 0.4054 0.9145 0.2861 0.2861
3 16 0.902 0.1484 0.4054 0.8553 0.2964 0.425 0.9145 0.2861 0.2861
3 16 0.902 0.1484 0.4054 0.8338 0.1521 0.5308 0.8553 0.2964 0.425
3 16 0.8338 0.1521 0.5308 0.7743 0.303 0.5556 0.8553 0.2964 0.425
3 16 0.8338 0.1521 0.5308 0.7478 0.154 0.6459 0.7743 0.303 0.5556
3 16 0.7478 0.154 0.6459 0.6734 0.3052 0.6734 0.7743 0.303 0.5556
3 16 0.7478 0.154 0.6459 0.6459 0.154 0.7478 0.6734 0.3052 0.6734
3 16 0.6459 0.154 0.7478 0.5556 0.303 0.7743 0.6734 0.3052 0.6734
3 16 0.6459 0.154 0.7478 0.5308 0.1521 0.8338 0.5556 0.303 0.7743
3 16 0.5308 0.1521 0.8338 0.425 0.2964 0.8553 0.5556 0.303 0.7743
3 16 0.5308 0.1521 0.8338 0.4054 0.1484 0.902 0.425 0.2964 0.8553
3 16 0.4054 0.1484 0.902 0.2861 0.2861 0.9145 0.425 0.2964 0.8553
3 16 0.4054 0.1484 0.902 0.2732 0.1433 0.9512 0.2861 0.2861 0.9145
3 16 0.2732 0.1433 0.9512 0.1433 0.2732 0.9512 0.2861 0.2861 0.9145
3 16 0.2732 0.1433 0.9512 0.1371 0.1371 0.981 0.1433 0.2732 0.9512
3 16 0.1371 0.1371 0.981 0 0.2588 0.9659 0.1433 0.2732 0.9512
3 16 0.1371 0.1371 0.981 0 0.1305 0.9914 0 0.2588 0.9659
3 16 0.9659 0.2588 0 0.9512 0.2732 0.1433 0.9239 0.3827 0
3 16 0.9512 0.2732 0.1433 0.902 0.4054 0.1484 0.9239 0.3827 0
3 16 0.9512 0.2732 0.1433 0.9145 0.2861 0.2861 0.902 0.4054 0.1484
3 16 0.9145 0.2861 0.2861 0.8553 0.425 0.2964 0.902 0.4054 0.1484
3 16 0.9145 0.2861 0.2861 0.8553 0.2964 0.425 0.8553 0.425 0.2964
3 16 0.8553 0.2964 0.425 0.7836 0.4393 0.4393 0.8553 0.425 0.2964
3 16 0.8553 0.2964 0.425 0.7743 0.303 0.5556 0.7836 0.4393 0.4393
3 16 0.7743 0.303 0.5556 0.688 0.4469 0.5717 0.7836 0.4393 0.4393
3 16 0.7743 0.303 0.5556 0.6734 0.3052 0.6734 0.688 0.4469 0.5717
3 16 0.6734 0.3052 0.6734 0.5717 0.4469 0.688 0.688 0.4469 0.5717
3 16 0.6734 0.3052 0.6734 0.5556 0.303 0.7743 0.5717 0.4469 0.688
3 16 0.5556 0.303 0.7743 0.4393 0.4393 0.7836 0.5717 0.4469 0.688
3 16 0.5556 0.303 0.7743 0.425 0.2964 0.8553 0.4393 0.4393 0.7836
3 16 0.425 0.2964 0.8553 0.2964 0.425 0.8553 0.4393 0.4393 0.7836
3 16 0.425 0.2964 0.8553 0.2861 0.2861 0.9145 0.2964 0.425 0.8553
3 16 0.2861 0.2861 0.9145 0.1484 0.4054 0.902 0.2964 0.425 0.8553
3 16 0.2861 0.2861 0.9145 0.1433 0.2732 0.9512 0.1484 0.4054 0.902
3 16 0.1433 0.2732 0.9512 0 0.3827 0.9239 0.1484 0.4054 0.902
3 16 0.1433 0.2732 0.9512 0 0.2588 0.9659 0 0.3827 0.9239
3 16 0.9239 0.3827 0 0.902 0.4054 0.1484 0.866 0.5 0
3 16 0.902 0.4054 0.1484 0.8338 0.5308 0.1521 0.866 0.5 0
3 16 0.902 0.4054 0.1484 0.8553 0.425 0.2964 0.8338 0.5308 0.1521
3 16 0.8553 0.425 0.2964 0.7743 0.5556 0.303 0.8338 0.5308 0.1521
3 16 0.8553 0.425 0.2964 0.7836 0.4393 0.4393 0.7743 0.5556 0.303
3 16 0.7836 0.4393 0.4393 0.688 0.5717 0.4469 0.7743 0.5556 0.303
3 16 0.7836 0.4393 0.4393 0.688 0.4469 0.5717 0.688 0.5717 0.4469
3 16 0.688 0.4469 0.5717 0.5774 0.5774 0.5774 0.688 0.5717 0.4469
3 16 0.688 0.4469 0.5717 0.5717 0.4469 0.688 0.5774 0.5774 0.5774
3 16 0.5717 0.4469 0.688 0.4469 0.5717 0.688 0.5774 0.5774 0.5774
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0
0 FILE 48\1-4ring9.dat
0 12-48 Hi-Res Ring  9
0 Name: 48\1-4ring9.dat
0 Author: Don Heyse
0 Unofficial LCad Primitive
0
4 16 9 0 0 10 0 0  9.9144 0 1.3053 8.923 0 1.1747
4 16 8.923 0 1.1747 9.9144 0 1.3053  9.6593 0 2.5882 8.6933 0 2.3294
4 16 8.6933 0 2.3294 9.6593 0 2.5882  9.2388 0 3.8268 8.3149 0 3.4442
4 16 8.3149 0 3.4442 9.2388 0 3.8268  8.6603 0 5 7.7942 0 4.5
4 16 7.7942 0 4.5 8.6603 0 5  7.9335 0 6.0876 7.1402 0 5.4789
4 16 7.1402 0 5.4789 7.9335 0 6.0876  7.0711 0 7.0711 6.364 0 6.364
4 16 6.364 0 6.364 7.0711 0 7.0711  6.0876 0 7.9335 5.4789 0 7.1402
4 16 5.4789 0 7.1402 6.0876 0 7.9335  5 0 8.6603 4.5 0 7.7942
4 16 4.5 0 7.7942 5 0 8.6603  3.8268 0 9.2388 3.4442 0 8.3149
4 16 3.4442 0 8.3149 3.8268 0 9.2388  2.5882 0 9.6593 2.3294 0 8.6933
4 16 2.3294 0 8.6933 2.5882 0 9.6593  1.3053 0 9.9144 1.1747 0 8.923
4 16 1.1747 0 8.923 1.3053 0 9.9144  0 0 10 0 0 9
0
0 FILE 48\1-4rin18.dat
0 12-48 Hi-Res Ring  18
0 Name: 48\1-4rin18.dat
0 Author: Don Heyse
0 Unofficial LCad Primitive
0
4 16 18 0 0 19 0 0  18.8375 0 2.48 17.846 0 2.3495
4 16 17.846 0 2.3495 18.8375 0 2.48  18.3526 0 4.9176 17.3867 0 4.6587
4 16 17.3867 0 4.6587 18.3526 0 4.9176  17.5537 0 7.271 16.6298 0 6.8883
4 16 16.6298 0 6.8883 17.5537 0 7.271  16.4545 0 9.5 15.5885 0 9
4 16 15.5885 0 9 16.4545 0 9.5  15.0737 0 11.5665 14.2804 0 10.9577
4 16 14.2804 0 10.9577 15.0737 0 11.5665  13.435 0 13.435 12.7279 0 12.7279
4 16 12.7279 0 12.7279 13.435 0 13.435  11.5665 0 15.0737 10.9577 0 14.2804
4 16 10.9577 0 14.2804 11.5665 0 15.0737  9.5 0 16.4545 9 0 15.5885
4 16 9 0 15.5885 9.5 0 16.4545  7.271 0 17.5537 6.8883 0 16.6298
4 16 6.8883 0 16.6298 7.271 0 17.5537  4.9176 0 18.3526 4.6587 0 17.3867
4 16 4.6587 0 17.3867 4.9176 0 18.3526  2.48 0 18.8375 2.3495 0 17.846
4 16 2.3495 0 17.846 2.48 0 18.8375  0 0 19 0 0 18
0



Message is in Reply To:
  Re: high-res sphere primitive with type 5 lines
 
(...) Glad you like it. What's really fun is viewing a full sphere with the type 5 lines enabled, and then spinning it slowly. I had to do that a lot in order to verify that the lines were drawing correctly in LDView. Hopefully I'll have a release (...) (23 years ago, 7-May-02, to lugnet.cad.dat.parts.primitives)

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