Unofficial File parts/s/24179s01.dat
File Header:
0 ~Duplo Cabin 4 x 4 x 3 - Half
0 Name: s\24179s01.dat
0 Author: Peter Blomberg [WUIt]
0 !LDRAW_ORG Unofficial_Subpart
0 !LICENSE Licensed under CC BY 4.0 : see CAreadme.txt
0 BFC CERTIFY CCW
Show contents
0 // half
3 16 32 0 -20 60 0 -20 68 0 20
4 16 60 0 -20 60 0 -48 68 0 -48 68 0 20
0 BFC INVERTNEXT
1 16 32 0 -48 28 0 0 0 16 0 0 0 28 48\1-4cylo.dat
1 16 32 0 -48 28 0 0 0 1 0 0 0 28 48\1-4ndis.dat
1 16 68 12 20 12 0 0 0 0 -12 0 -68 0 1-4cyli.dat
0 // back
1 16 68 12 20 12 0 0 0 0 -12 0 1 0 1-4edge.dat
0 BFC INVERTNEXT
1 16 64 18 20 12 0 0 0 0 -12 0 -33 0 1-4cylo.dat
1 16 64 18 -13 12 0 0 0 0 -12 0 -1 0 1-4chrd.dat
2 24 80 12 20 80 144 20
2 24 76 96 20 47 96 20
2 24 47 96 20 47 6 20
2 24 47 6 20 64 6 20
2 24 76 96 20 76 18 20
0 BFC INVERTNEXT
1 16 58.5 6 -1.5 -11.5 0 0 0 90 0 0 0 -11.5 1-4cylo.dat
2 24 47 6 -1.5 47 6 20
1 16 58.5 6 -1.5 -11.5 0 0 0 -1 0 0 0 -11.5 1-4chrd.dat
4 16 64 6 20 64 6 -13 58.5 6 -13 47 6 -1.5
3 16 64 6 20 47 6 -1.5 47 6 20
1 16 58.5 96 -1.5 -11.5 0 0 0 1 0 0 0 -11.5 1-4chrd.dat
4 16 47 96 -1.5 58.5 96 -13 76 96 20 47 96 20
3 16 76 96 20 58.5 96 -13 76 96 -13
2 24 76 96 -13 76 18 -13
3 16 64 6 -13 76 18 -13 58.5 6 -13
4 16 76 96 -13 58.5 96 -13 58.5 6 -13 76 18 -13
4 16 47 96 -1.5 47 96 20 47 6 20 47 6 -1.5
2 24 47 96 -1.5 47 96 20
2 24 58.5 96 -13 76 96 -13
2 24 76 96 -13 76 96 20
4 16 76 96 20 76 96 -13 76 18 -13 76 18 20
3 16 76 96 20 80 144 20 47 96 20
4 16 80 144 20 76 96 20 76 18 20 80 12 20
1 16 68 12 20 12 0 0 0 0 -12 0 -1 0 1-8chrd.dat
1 16 68 12 20 0 0 12 -12 0 0 0 -1 0 1-8chrd.dat
1 16 64 18 20 12 0 0 0 0 -12 0 -1 0 1-4ndis.dat
3 16 68 0 20 64 6 20 47 6 20
0 // side
2 24 80 144 20 80 144 -128
1 16 60 92 -48 0 1 0 -92 0 0 0 0 -92 48\1-4edge.dat
1 16 68 144 -128 12 0 0 0 1 0 0 0 -12 1-4edge.dat
1 16 68 144 -128 12 0 0 0 -52 0 0 0 -12 1-4cyli.dat
1 16 60 92 -48 0 8 0 -92 0 0 0 0 -92 48\1-4cyli.dat
1 16 68 92 -48 0 80 0 -80 0 0 0 0 -80 48\tm04o1500.dat
1 16 80 92 -48 0 -1 0 -80 0 0 0 0 -80 48\1-4aring.dat
1 16 80 84 -48 0 -1 0 0 0 -60 -67 0 0 48\1-4tang.dat
4 16 80 92 -128 80 84 -115 80 72.066 -115 80 61.384 -121.912
3 16 80 61.384 -121.912 80 72.066 -115 80 61.038 -109.9013
4 16 80 61.384 -121.912 80 61.038 -109.9013 80 50.01 -104.8026 80 35.432 -104.568
3 16 80 35.432 -104.568 80 50.01 -104.8026 80 41.574 -95.3757
4 16 80 35.432 -104.568 80 41.574 -95.3757 80 33.132 -85.9555 80 18.088 -78.616
3 16 80 18.088 -78.616 80 33.132 -85.9555 80 28.566 -73.6409
4 16 80 12 -48 80 18.088 -78.616 80 28.566 -73.6409 80 24 -61.3263
3 16 80 12 -48 80 24 -61.3263 80 24 -48
3 16 80 12 -48 80 24 -48 80 24 -28
0 BFC INVERTNEXT
1 16 80 30 -28 0 -4 0 0 0 -6 6 0 0 1-4cylo.dat
0 BFC INVERTNEXT
1 16 80 90 -28 0 -4 0 0 0 6 6 0 0 1-4cylo.dat
1 16 80 30 -28 0 -1 0 0 0 -6 6 0 0 1-4ndis.dat
1 16 80 90 -28 0 -1 0 0 0 6 6 0 0 1-4ndis.dat
2 24 80 24 -28 80 24 -48
2 24 80 96 -28 80 96 -103
2 24 80 30 -22 80 90 -22
2 24 76 96 -28 76 96 -103
2 24 76 30 -22 76 90 -22
0 BFC INVERTNEXT
1 16 80 84 -103 0 -4 0 0 0 12 -12 0 0 1-4cylo.dat
1 16 80 84 -103 0 -1 0 0 0 12 -12 0 0 1-4ndis.dat
4 16 80 96 -28 80 96 -103 80 144 -128 80 144 20
3 16 80 96 -28 80 144 20 80 96 -22
3 16 80 96 -22 80 144 20 80 90 -22
3 16 80 24 -22 80 30 -22 80 12 20
4 16 80 12 20 80 30 -22 80 90 -22 80 144 20
3 16 80 144 -128 80 96 -103 80 96 -115
4 16 80 84 -115 80 92 -128 80 144 -128 80 96 -115
4 16 80 12 -48 80 24 -28 80 24 -22 80 12 20
4 16 80 96 -28 76 96 -28 76 96 -103 80 96 -103
4 16 76 30 -22 76 90 -22 80 90 -22 80 30 -22
0 BFC INVERTNEXT
1 16 76 84 -48 0 4 0 0 0 -60 -67 0 0 48\1-4cylo.dat
2 24 76 24 -48 76 24 -28
4 16 80 24 -48 76 24 -48 76 24 -28 80 24 -28
0 // front
0 BFC INVERTNEXT
1 16 48 92 -140 12 0 0 0 0 12 0 14 0 3-16cylo.dat
0 BFC INVERTNEXT
1 16 0 100.7906 -140 0 0 56.9243 6 0 0 0 14 0 3-16cylo.dat
1 16 48 92 -140 12 0 0 0 0 12 0 1 0 3-16ndis.dat
3 16 0 106.7906 -140 68 144 -140 21.7849 106.334 -140
3 16 21.7849 106.334 -140 68 144 -140 40.2512 105.0332 -140
3 16 40.2512 105.0332 -140 68 144 -140 52.5924 103.0868 -140
3 16 52.5924 103.0868 -140 68 144 -140 60 104 -140
4 16 60 92 -140 60 104 -140 68 144 -140 68 92 -140
0 // Inner top
0 BFC INVERTNEXT
1 16 32 6 -12 -4 0 0 0 10 0 0 0 -4 1-4cylo.dat
1 16 32 16 -12 -4 0 0 0 -1 0 0 0 -4 1-4ring1.dat
2 24 28 6 16 44 6 16
2 24 32 6 -20 24 6 -20
4 16 28 6 16 44 6 16 44 6 -1.5 28 6 -12
1 16 32 6 -12 -8 0 0 0 10 0 0 0 -8 1-4cylo.dat
1 16 26 6 2 0 0 2 0 10 0 -14 0 0 box3u5p.dat
1 16 32 6 -12 -8 0 0 0 -1 0 0 0 -8 1-4ndis.dat
3 16 24 6 -20 32 6 -20 32 0 -20
1 16 58.5 6 -1.5 -14.5 0 0 0 -1 0 0 0 -14.5 1-4ndis.dat
1 16 32 6 -12 -4 0 0 0 -1 0 0 0 -4 1-4chrd.dat
4 16 32 6 -16 28 6 -12 44 6 -1.5 44 6 -16
1 16 32 6 -48 32 0 0 0 10 0 0 0 32 48\1-4cylo.dat
1 16 32 16 -48 4 0 0 0 -1 0 0 0 4 48\1-4ring7.dat
0 // Bottom
1 16 58.5 144 -1.5 -14.5 0 0 0 -138 0 0 0 -14.5 1-4cylo.dat
0 BFC INVERTNEXT
1 16 58.5 100 -1.5 -11.5 0 0 0 44 0 0 0 -11.5 1-4cylo.dat
1 16 58.5 100 -1.5 -11.5 0 0 0 -1 0 0 0 -11.5 1-4chrd.dat
4 16 76 100 16 58.5 100 -13 47 100 -1.5 47 100 16
3 16 58.5 100 -13 76 100 16 76 100 -13
4 16 76 144 16 76 144 -13 76 100 -13 76 100 16
4 16 47 144 16 76 144 16 76 100 16 47 100 16
2 24 47 144 -1.5 47 144 16
2 24 44 144 -1.5 44 144 16
2 24 58.5 144 -13 76 144 -13
2 24 58.5 144 -16 76 144 -16
2 24 47 144 16 76 144 16
2 24 76 144 -13 76 144 16
4 16 47 100 -1.5 47 144 -1.5 47 144 16 47 100 16
4 16 76 144 -13 58.5 144 -13 58.5 100 -13 76 100 -13
2 24 47 144 16 47 100 16
2 24 76 144 16 76 100 16
2 24 76 144 -13 76 100 -13
2 24 47 100 -1.5 47 100 16
2 24 58.5 100 -13 76 100 -13
2 24 47 100 16 76 100 16
2 24 76 100 -13 76 100 16
2 24 44 6 -1.5 44 6 16
2 24 58.5 6 -16 68 6 -16
4 16 44 144 16 44 144 -1.5 44 6 -1.5 44 6 16
3 16 68 6 -16 58.5 6 -16 58.5 144 -16
4 16 68 6 -16 58.5 144 -16 76 144 -16 76 13.8182 -16
2 24 44 144 16 44 6 16
2 24 76 144 -16 76 13.8182 -16
2 24 58.5 6 -13 64 6 -13
2 24 40 144 -100 40 113 -100
2 24 40 113 -100 40 108 -126
0 // Bottom hem
2 24 76 144 -16 76 144 -128
2 24 68 144 -136 40 144 -136
2 24 40 144 -136 40 144 -100
1 16 68 144 -128 8 0 0 0 1 0 0 0 -8 1-4edge.dat
0 BFC INVERTNEXT
1 16 68 144 -128 8 0 0 0 -52 0 0 0 -8 1-4cyli.dat
4 16 36 144 -136 36 144 -104 40 144 -100 40 144 -136
3 16 36 144 -136 40 144 -136 68 144 -140
3 16 68 144 -140 40 144 -136 68 144 -136
1 16 68 144 -128 4 0 0 0 -1 0 0 0 -4 1-4ring2.dat
4 16 80 144 -128 76 144 -128 76 144 -16 80 144 20
3 16 76 144 -13 80 144 20 76 144 -16
3 16 80 144 20 76 144 -13 76 144 16
3 16 80 144 20 76 144 16 47 144 16
3 16 80 144 20 47 144 16 44 144 16
4 16 44 144 16 47 144 16 47 144 -1.5 44 144 -1.5
4 16 45.1035 144 -7.0492 44 144 -1.5 47 144 -1.5 47.8752 144 -5.9011
4 16 48.2471 144 -11.753 45.1035 144 -7.0492 47.8752 144 -5.9011 50.3684 144 -9.6317
4 16 52.9509 144 -14.8966 48.2471 144 -11.753 50.3684 144 -9.6317 54.099 144 -12.1249
4 16 58.5 144 -16 52.9509 144 -14.8966 54.099 144 -12.1249 58.5 144 -13
4 16 58.5 144 -16 58.5 144 -13 76 144 -13 76 144 -16
0 // side inside
1 16 76 90 -28 0 1 0 0 0 6 6 0 0 1-4ndis.dat
1 16 76 30 -28 0 1 0 0 0 -6 6 0 0 1-4ndis.dat
1 16 76 84 -103 0 1 0 0 0 12 -12 0 0 1-4ndis.dat
4 16 76 144 -128 76 96 -103 76 96 -28 76 144 -16
3 16 76 144 -16 76 96 -28 76 96 -22
3 16 76 144 -16 76 96 -22 76 90 -22
4 16 76 90 -22 76 30 -22 76 13.8182 -16 76 144 -16
3 16 76 96 -103 76 144 -128 76 96 -115
3 16 32 6 -16 44 6 -16 44.2464 6 -18.4352
4 16 54.6272 6 -25.3728 44.2464 6 -18.4352 44 6 -16 58.5 6 -16
4 16 54.6272 6 -25.3728 58.5 6 -16 68 6 -16 61.5648 6 -35.7536
0 // Bottom notches
1 16 20 116 -134 1.5 0 0 0 27 0 0 0 2 box4-1.dat
1 16 20 116 -106 1.5 0 0 0 27 0 0 0 -2 box4-1.dat
1 16 34 116 -120 0 0 -2 0 27 0 1.5 0 0 box4-1.dat
1 16 60 100 14 1.5 0 0 0 43 0 0 0 -2 box4-1.dat
1 16 74 100 0 0 0 -2 0 43 0 1.5 0 0 box4-1.dat
1 16 60 100 -12.5 1.5 0 0 0 43 0 0 0 .5 box4-1.dat
1 16 47.5 100 0 0 0 .5 0 43 0 1.5 0 0 box4-1.dat
0 // Front inside
1 16 48 92 -126 12 0 0 0 0 12 0 -1 0 3-16ndis.dat
2 24 40 144 -136 40 108 -136
2 24 40 110 -130 40 110 -126
2 24 40 110 -126 40 108 -126
2 24 40 110 -126 60 110 -126
2 24 60 110 -126 60 92 -126
2 24 40 110 -130 64 110 -130
1 16 52 96 -136 12 0 0 0 0 12 0 6 0 1-4cylo.dat
2 24 52 108 -130 40 108 -130
2 24 52 108 -136 40 108 -136
2 24 40 108 -130 40 110 -130
2 24 40 108 -130 40 108 -136
4 16 68 144 -136 40 144 -136 40 108 -136 52 108 -136
4 16 40 108 -130 52 108 -130 52 108 -136 40 108 -136
4 16 40 110 -130 40 108 -130 40 108 -136 40 144 -136
4 16 40 110 -130 40 144 -136 40 144 -100 40 110 -126
4 16 40 110 -126 40 144 -100 40 113 -100 40 108 -126
4 16 64 108 -130 40 108 -130 40 110 -130 64 110 -130
1 16 52 96 -136 12 0 0 0 0 12 0 -1 0 1-4ndis.dat
1 16 52 96 -130 12 0 0 0 0 12 0 1 0 1-4ndis.dat
3 16 68 144 -136 52 108 -136 64 108 -136
2 24 64 96 -130 64 110 -130
4 16 40 110 -126 60 110 -126 64 110 -130 40 110 -130
4 16 60 104 -126 60 110 -126 40 110 -126 40 108 -126
4 16 40.2512 105.0332 -126 52.5924 103.0868 -126 60 104 -126 40 108 -126
4 16 68 144 -136 64 108 -136 64 96 -136 68 92 -136
3 16 0 106.7906 -126 21.7849 106.334 -126 40 108 -126
3 16 40 108 -126 21.7849 106.334 -126 40.2512 105.0332 -126
4 16 64 110 -130 60 110 -126 60 110 -118 64 110 -118
2 24 64 110 -130 64 110 -118
2 24 60 85.56 -115.4152 60 110 -118
0 BFC INVERTNEXT
1 16 60 96 -48 0 4 0 -80 0 0 0 0 -68 48\11-48cylo.dat
2 24 64 110 -118 60 110 -118
2 24 60 110 -118 60 110 -126
2 24 64 85.56 -115.4152 64 110 -118
0 // side inside
4 16 64 85.56 -115.4152 64 110 -118 60 110 -118 60 85.56 -115.4152
4 16 60 85.56 -115.4152 60 110 -118 60 110 -126 60 92 -126
1 16 60 92 -48 0 1 0 -92 0 0 0 0 -92 48\1-4aring.dat
1 16 60 96 -48 0 1 0 -80 0 0 0 0 -68 48\11-48tang.dat
4 16 60 7.0012 -83.2084 60 0 -48 60 16 -48 60 16 -61.5252
3 16 60 7.0012 -83.2084 60 16 -61.5252 60 22.088 -74.0236
4 16 60 26.9468 -113.0532 60 7.0012 -83.2084 60 22.088 -74.0236 60 28.176 -86.522
3 16 60 26.9468 -113.0532 60 28.176 -86.522 60 39.432 -96.0828
4 16 60 39.432 -96.0828 60 50.68 -105.6504 60 56.7916 -132.9988 60 26.9468 -113.0532
3 16 60 56.7916 -132.9988 60 50.68 -105.6504 60 65.384 -110.8252
4 16 60 92 -140 60 56.7916 -132.9988 60 65.384 -110.8252 60 80.088 -116
4 16 60 92 -140 60 80.088 -116 60 85.56 -115.4152 60 92 -126
0 BFC INVERTNEXT
1 16 68 92 -48 0 80 0 -78.182 0 0 0 0 -80 48\tm04o1000.dat
3 16 76 24 -48 76 13.818 -48 76 24 -28
0 BFC INVERTNEXT
1 16 64 92 -48 0 4 0 0 0 -86 -88 0 0 48\1-4cyli.dat
1 16 64 92 -48 0 1 0 0 0 -86 -88 0 0 48\1-4edge.dat
2 24 64 96 -136 64 92 -136
0 BFC INVERTNEXT
1 16 68 13.8182 -48 8 0 0 0 0 -7.82 0 32 0 1-4cyli.dat
1 16 68 13.8182 -16 8 0 0 0 0 -7.82 0 1 0 1-4chrd.dat
1 16 68 13.8182 -16 8 0 0 0 0 -7.82 0 1 0 1-4edge.dat
3 16 68 92 -136 64 96 -136 64 92 -136
1 16 64 96 -48 0 -1 0 -80 0 0 0 0 -68 48\11-48tang.dat
1 16 64 92 -48 0 -1 0 0 0 -86 -88 0 0 48\1-4aring.dat
4 16 64 12.5446 -81.6776 64 16 -61.5252 64 16 -48 64 6 -48
3 16 64 16 -61.5252 64 12.5446 -81.6776 64 22.088 -74.0236
4 16 64 22.088 -74.0236 64 12.5446 -81.6776 64 31.1894 -110.2248 64 28.176 -86.522
3 16 64 28.176 -86.522 64 31.1894 -110.2248 64 39.432 -96.0828
4 16 64 59.0878 -129.3032 64 50.68 -105.6504 64 39.432 -96.0828 64 31.1894 -110.2248
3 16 64 50.68 -105.6504 64 59.0878 -129.3032 64 65.384 -110.8252
4 16 64 92 -136 64 80.088 -116 64 65.384 -110.8252 64 59.0878 -129.3032
3 16 64 92 -136 64 96 -136 64 96 -130
4 16 64 80.088 -116 64 92 -136 64 96 -130 64 85.56 -115.4152
4 16 64 96 -130 64 110 -130 64 110 -118 64 85.56 -115.4152
1 16 76 84 -48 0 1 0 0 0 -60 -67 0 0 48\1-4tang.dat
1 16 76 92 -48 0 1 0 -78.182 0 0 0 0 -80 48\1-4aring.dat
3 16 76 13.818 -48 76 24 -48 76 24 -61.3263
4 16 76 13.818 -48 76 24 -61.3263 76 28.566 -73.6409 76 19.7676502 -78.616
3 16 76 19.7676502 -78.616 76 28.566 -73.6409 76 33.132 -85.9555
4 16 76 19.7676502 -78.616 76 33.132 -85.9555 76 41.574 -95.3757 76 36.7175078 -104.568
3 16 76 36.7175078 -104.568 76 41.574 -95.3757 76 50.01 -104.8026
4 16 76 61.038 -109.9013 76 62.0797486 -121.912 76 36.7175078 -104.568 76 50.01 -104.8026
3 16 76 62.0797486 -121.912 76 61.038 -109.9013 76 72.066 -115
4 16 76 84 -115 76 92 -128 76 62.0797486 -121.912 76 72.066 -115
4 16 76 92 -128 76 84 -115 76 96 -115 76 144 -128
4 16 68 6 -48 64 6 -48 61.5648 6 -35.7536 68 6 -16
4 16 76 24 -22 76 24 -28 76 13.818 -48 76 13.8182 -16
3 16 76 30 -22 76 24 -22 76 13.8182 -16
4 16 76.4852 3.5148 20 76 6 20 64 6 20 68 0 20
4 16 76 6 20 76.4852 3.5148 20 80 12 20 76 18 20
0 // top
2 24 68 0 8.8095 64.5924 0 11.0868
2 24 68 0 3.9158 66.3639 0 6.3639
2 24 68 0 -3.9158 66.3639 0 -6.3639
2 24 68 0 -8.8095 64.5924 0 -11.0868
2 24 69 .1989 0 68.3151 .0627 3.4443
2 24 68 0 3.9158 68.3151 .0627 3.4443
2 24 68.3151 .0627 -3.4443 68 0 -3.9158
2 24 68.3151 .0627 -3.4443 69 .1989 0
2 24 71.0868 .6138 4.5924 72 .7954 0
2 24 68 0 8.8095 68.4852 .0965 8.4852
2 24 68.4852 .0965 8.4852 71.0868 .6138 4.5924
2 24 71.0868 .6138 -4.5924 68.4852 .0965 -8.4852
2 24 68 0 -8.8095 68.4852 .0965 -8.4852
2 24 71.0868 .6138 -4.5924 72 .7954 0
Status:
Awaiting Admin Review (CCN)
This part has the following automated holds from the Parts Tracker
-
Has uncertified subfiles
- No path of certified files to a certified or official parent in the parts folder
Current Votes:
| User | Vote |
|---|---|
| Holly-Wood | Certify |
| RainbowDolphin | Certify |
Official parents and subparts
Part Events:
2025-03-27 21:26:15
2025-03-27 21:30:45
2025-03-27 22:41:47
Do you want to replace 4 lines (4 quads)
4 16 80 12 20 76 18 20 75.0868 13.4076 20 79.0868 7.4076 20
4 16 76.4852 3.5148 20 79.0868 7.4076 20 75.0868 13.4076 20 72.4852 9.5148 20
4 16 72.5924 .9132 20 76.4852 3.5148 20 72.4852 9.5148 20 68.5924 6.9132 20
4 16 68 0 20 72.5924 .9132 20 68.5924 6.9132 20 64 6 20
with 5 lines (6 triangles and 2 quads)?
1 16 64 18 20 12 0 0 0 0 -12 0 -1 0 1-4ndis.dat
1 16 68 12 20 12 0 0 0 0 -12 0 -1 0 1-8chrd.dat
1 16 68 12 20 0 0 12 -12 0 0 0 -1 0 1-8chrd.dat
4 16 80 12 20 76 18 20 76 6 20 76.4852 3.5148 20
4 16 76.4852 3.5148 20 76 6 20 64 6 20 68 0 20
For primitive substitution, only circular prims may touch other circular prims. In the above case, a ndis can fit between the curves as shown. However, most of the time it can't. I'd be interested in prims where a higher-resolution shape is bounded by a lower-resolution shape. E.g. a 48-sided polygon inside a 16-sided polygon or a 16-sided polygon within a 12-sided polygon. Something between a tang and a tndis. I'd also like even higher resolution than 48 (I've used 84 in some large curved parts). For some shapes, I needed 24-fold symmetry, which is another useful prim basis.
4 16 80 12 20 76 18 20 75.0868 13.4076 20 79.0868 7.4076 20
4 16 76.4852 3.5148 20 79.0868 7.4076 20 75.0868 13.4076 20 72.4852 9.5148 20
4 16 72.5924 .9132 20 76.4852 3.5148 20 72.4852 9.5148 20 68.5924 6.9132 20
4 16 68 0 20 72.5924 .9132 20 68.5924 6.9132 20 64 6 20
with 5 lines (6 triangles and 2 quads)?
1 16 64 18 20 12 0 0 0 0 -12 0 -1 0 1-4ndis.dat
1 16 68 12 20 12 0 0 0 0 -12 0 -1 0 1-8chrd.dat
1 16 68 12 20 0 0 12 -12 0 0 0 -1 0 1-8chrd.dat
4 16 80 12 20 76 18 20 76 6 20 76.4852 3.5148 20
4 16 76.4852 3.5148 20 76 6 20 64 6 20 68 0 20
For primitive substitution, only circular prims may touch other circular prims. In the above case, a ndis can fit between the curves as shown. However, most of the time it can't. I'd be interested in prims where a higher-resolution shape is bounded by a lower-resolution shape. E.g. a 48-sided polygon inside a 16-sided polygon or a 16-sided polygon within a 12-sided polygon. Something between a tang and a tndis. I'd also like even higher resolution than 48 (I've used 84 in some large curved parts). For some shapes, I needed 24-fold symmetry, which is another useful prim basis.
2025-03-27 23:21:53
for that one corner it is easy with chrd+ndis...
for the big curves, tang+aring may help (but ask the pros first if this is really necessary...)
for the big curves, tang+aring may help (but ask the pros first if this is really necessary...)
Header Edits
description:
~Duplo Cabin 4 x 4 x 3 (Half)
to
~Duplo Cabin 4 x 4 x 3 - Half
Changed parenthesis to dash in description
2025-04-30 21:07:49
shoud that rear corner be R8 on the inside? (then a ring prim would fit)
why is the "roof" thickness 6LDU? the other walls are only 4LDU...
why is the "roof" thickness 6LDU? the other walls are only 4LDU...
2025-05-01 14:00:32
The physical part has a 6 LDU roof thickness for unknown reason. Same for at least two colors (blue and yellow).
A ring prim doesn't fit because the circle origins are different.
A ring prim doesn't fit because the circle origins are different.
Replaced array of quads with aring+tang+triangles inspired by thread https://forums.ldraw.org/thread-28957.html
2025-09-04 11:15:15
2025-09-04 14:17:14
Moved edges around top studs to subfile. Removed superfluous edges. Merged quads on inside back.
2025-09-05 11:46:09
2025-09-05 12:31:24
Creative Commons Attribution License information
This part is copyright © Peter Blomberg
Licensed under CC BY 4.0
Edits:
LDraw.org Parts Tracker,
3D View
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do hi-res prims need inner connectors for even higher prim subst? (like a hi-res ering)