10 20 30 40 50 60 70 80 90 100 110 <120> L L T T W W U U C C P P PC 46.008 FVS-102 Van Sant, Fred W; Star Cuts II (1989) p102 Angles for R.I. = 1.540 49 facets + 6 girdles 3-fold, mirror-image symmetry; 120 index L/W = 1.028 T/W = 0.526 U/W = 0.521 P/W = 0.485 C/W = 0.146 Vol/W³ = 0.202 pc46008.asc 46.008 FVS-102 Van Sant, Fred W;Star Cuts II (1989) p102;L/W=1.028H/W=0.643Vol/W^3=0.20249+6 Facets
10 20 30 40 50 60 70 80 90 100 110 <120> L L T T W W U U C C P P A B C D E F 1 2 3 4 1 2 3 A B C D E A B C D E F 1 2 3 4 1 2 3 A B C D E PC 46.008A FVS-102 by Fred W. Van Sant, Star Cuts II (1989) Released into the public domain in memory of Charles L. Moon Angles for R.I. = 1.760 49 facets + 6 girdles 3-fold, mirror-image symmetry; 120 index L/W = 1.028 T/W = 0.526 U/W = 0.521 P/W = 0.485 C/W = 0.146 Vol/W³ = 0.210 pc46008a.asc Open 46.008A FVS-102 Van Sant, Fred;Star Cuts II (1989);L/W=1.028H/W=0.655Vol/W^3=0.21049+6 Facets
8 15 22 30 38 45 52 60 68 75 82 90 98 105 112 <120> W W U U L L T T C C P P A B C D E F G H Table J B 1 2 1 A B C E F J A B C D E F G H Table J B 1 2 1 A B C E F J PC 45.105A The Blue Max 2 by Fred W. Van Sant, X 32, Extra Designs 1999 Released into the public domain in memory of Charles L. Moon Angles for R.I. = 1.720 77 facets + 12 girdles 4-fold, mirror-image symmetry; 120 index L/W = 1.000 T/W = 0.118 U/W = 0.118 P/W = 0.420 C/W = 0.161 Vol/W³ = 0.181 pc45105a.asc Open 45.105A Blue Max 2 Van Sant, Fred;Xtra Designs;L/W=1.000H/W=0.611Vol/W^3=0.18177+12 Facets
15 30 45 60 75 90 105 <120> W W U U L L T T C C P P PC 45.105 Blue Max 2 Van Sant, Fred W; North York FG Newsletter, Oct 98 Angles for R.I. = 1.760 77 facets + 12 girdles 2-fold, mirror-image symmetry; 120 index L/W = 1.000 T/W = 0.120 U/W = 0.120 P/W = 0.420 C/W = 0.161 Vol/W³ = 0.174 pc45105.asc 45.105 Blue Max 2 Van Sant, Fred W;North York FG Newsletter, Oct 1998;L/W=1.000H/W=0.602Vol/W^3=0.17477+12 Facets
8 15 22 30 38 45 52 60 68 75 82 90 98 105 112 <120> W W L L C C P P PC 45.085 Turbine Briolette Pascal, John W: Lapidary J, Jul 95, p95 Angles for R.I. = 1.540 96 facets + 12 girdles 8-fold, mirror-image symmetry; 120 index L/W = 1.000 P/W = 0.989 C/W = 0.266 Vol/W³ = 0.437 pc45085.asc 45.085 Turbine Briolette Pascal, John W;Lapidary Journal, Jul 1995, p95;L/W=1.000H/W=1.275Vol/W^3=0.43796+12 Facets
10 20 30 40 50 60 70 80 90 100 110 <120> W W U U L L T T C C P P PC 45.075 Variant Snowflake Pascal, John; Lapidary J, Dec 94, p104 Angles for R.I. = 1.650 97 facets + 12 girdles 6-fold, mirror-image symmetry; 120 index L/W = 1.089 T/W = 0.958 U/W = 0.830 P/W = 0.549 C/W = 0.085 Vol/W³ = 0.279 pc45075w.asc 45.075 Variant Snowflake Pascal, John;Lapidary Journal, Dec 1994, p104;L/W=1.089H/W=0.646Vol/W^3=0.27997+12 Facets
15 30 45 60 75 90 105 <120> L L W W C C P P A B C D E F G H I J K L M N O P B C H K L O P 1 2 3 1 2 A B D E F G H A B C D E F G H I J K L M N O P B C H K L O P 1 2 3 1 2 A B D E F G H PC 45.057A FVS-219 The 6 X 6 by Fred W. Van Sant, Star Cuts IV (1992) Released into the public domain in memory of Charles L. Moon Angles for R.I. = 1.760 88 facets + 12 girdles 2-fold, mirror-image symmetry; 120 index L/W = 1.000 P/W = 0.447 C/W = 0.161 Vol/W³ = 0.204 pc45057a.asc Open 45.057A FVS-219 6 X 6 Van Sant, Fred;Star Cuts IV (1989);L/W=1.000H/W=0.627Vol/W^3=0.20488+12 Facets
15 30 45 60 75 90 105 <120> L L W W C C P P PC45.057 FVS-219 Six by Six Van Sant, Fred W; Star Cuts III, p219 Angles for R.I. = 1.760 88 facets + 12 girdles 4-fold, mirror-image symmetry; 120 index L/W = 1.000 P/W = 0.447 C/W = 0.160 Vol/W³ = 0.197 pc45057.asc 45.057 FVS-219 Van Sant, Fred W;Star Cuts III (1989) p219;L/W=1.000H/W=0.618Vol/W^3=0.19788+12 Facets
10 20 30 40 50 60 70 80 90 100 110 <120> W W U U L L T T C C P P PC 45.050 Hex Brilliant Gray, James H; Amer Gemcutter, Jun 88, p30 Angles for R.I. = 1.540 155 facets + 12 girdles 6-fold, mirror-image symmetry; 120 index L/W = 1.121 T/W = 0.628 U/W = 0.560 P/W = 0.555 C/W = 0.172 Vol/W³ = 0.301 pc45050.asc 45.050 Hex Brilliant Gray, James H;American Gemcutter, Jun 1988, p30;L/W=1.121H/W=0.747Vol/W^3=0.301155+12 Facets
10 20 30 40 50 60 70 80 90 100 110 <120> L L U U W W T T C C P P PC 45.033 Witness Stone Erickson, Robert E; Gems & Min, Apr 83 Angles for R.I. = 1.540 49 facets + 12 girdles 3-fold, mirror-image symmetry; 120 index L/W = 1.000 T/W = 0.421 U/W = 0.365 P/W = 0.467 C/W = 0.278 Vol/W³ = 0.285 pc45033.asc 45.033 Witness Stone Erickson, Robert E;Gems & Minerals, Apr 1983;L/W=1.000H/W=0.760Vol/W^3=0.28549+12 Facets
10 20 30 40 50 60 70 80 90 100 110 <120> W W U U L L T T C C P P PC 45.016 Snowflake Roth, Mel; Gems & Min, Apr 75, p26 Angles for R.I. = 1.540 91 facets + 12 girdles 6-fold, mirror-image symmetry; 120 index L/W = 1.000 T/W = 0.543 U/W = 0.479 P/W = 0.533 C/W = 0.233 Vol/W³ = 0.305 pc45016.asc 45.016 Snowflake Roth, Mel;Gems & Minerals, Apr 1975, p26;L/W=1.000H/W=0.777Vol/W^3=0.30591+12 Facets
8 15 22 30 38 45 52 60 68 75 82 90 98 105 112 <120> W W U U L L T T C C P P PC 44.076 FVS-320; Chinese Lantern Van Sant, Fred W; Star Cuts 6 Angles for R.I. = 1.760 57 facets + 12 girdles 2-fold, mirror-image symmetry; 120 index L/W = 1.082 T/W = 0.739 U/W = 0.533 P/W = 0.460 C/W = 0.162 Vol/W³ = 0.232 pc44076.asc 44.076 FVS-320; Chinese Lantern Van Sant, Fred W;Star Cuts 6;L/W=1.082H/W=0.643Vol/W^3=0.23257+12 Facets