Biscribed Tetrakis Snub Cube (laevo) with radius = 1 C0 = 0.195257470867588789802389149481 C1 = 0.572161683062672686355388355154 C2 = 0.796558553092792047161621888206 C0 = root of the polynomial: 3*(x^9) - 15*(x^8) - 11*(x^7) + 188*(x^6) - 182*(x^5) - 461*(x^4) + 1104*(x^3) - 912*(x^2) + 324*x - 36 C1 = root of the polynomial: 3*(x^9) + 3*(x^8) + 61*(x^7) - 62*(x^6) + 290*(x^5) + (x^4) + 28*(x^3) - 208*(x^2) + 192*x - 64 C2 = root of the polynomial: 3*(x^9) - 15*(x^8) + 13*(x^7) + 12*(x^6) - 13*(x^5) + 42*(x^4) + 91*(x^3) + 12*(x^2) - 54*x - 27 V0 = ( 0.0, 0.0, 1.0) V1 = ( 0.0, 0.0, -1.0) V2 = ( 1.0, 0.0, 0.0) V3 = (-1.0, 0.0, 0.0) V4 = ( 0.0, 1.0, 0.0) V5 = ( 0.0, -1.0, 0.0) V6 = ( C1, C0, C2) V7 = ( C1, -C0, -C2) V8 = ( -C1, -C0, C2) V9 = ( -C1, C0, -C2) V10 = ( C2, C1, C0) V11 = ( C2, -C1, -C0) V12 = ( -C2, -C1, C0) V13 = ( -C2, C1, -C0) V14 = ( C0, C2, C1) V15 = ( C0, -C2, -C1) V16 = ( -C0, -C2, C1) V17 = ( -C0, C2, -C1) V18 = ( C0, -C1, C2) V19 = ( C0, C1, -C2) V20 = ( -C0, C1, C2) V21 = ( -C0, -C1, -C2) V22 = ( C2, -C0, C1) V23 = ( C2, C0, -C1) V24 = ( -C2, C0, C1) V25 = ( -C2, -C0, -C1) V26 = ( C1, -C2, C0) V27 = ( C1, C2, -C0) V28 = ( -C1, C2, C0) V29 = ( -C1, -C2, -C0) Faces: { 0, 6, 20 } { 0, 20, 8 } { 0, 8, 18 } { 0, 18, 6 } { 1, 7, 21 } { 1, 21, 9 } { 1, 9, 19 } { 1, 19, 7 } { 2, 10, 22 } { 2, 22, 11 } { 2, 11, 23 } { 2, 23, 10 } { 3, 12, 24 } { 3, 24, 13 } { 3, 13, 25 } { 3, 25, 12 } { 4, 14, 27 } { 4, 27, 17 } { 4, 17, 28 } { 4, 28, 14 } { 5, 15, 26 } { 5, 26, 16 } { 5, 16, 29 } { 5, 29, 15 } { 6, 18, 22 } { 7, 19, 23 } { 8, 20, 24 } { 9, 21, 25 } { 10, 23, 27 } { 11, 22, 26 } { 12, 25, 29 } { 13, 24, 28 } { 14, 28, 20 } { 15, 29, 21 } { 16, 26, 18 } { 17, 27, 19 } { 18, 8, 16 } { 19, 9, 17 } { 20, 6, 14 } { 21, 7, 15 } { 22, 10, 6 } { 23, 11, 7 } { 24, 12, 8 } { 25, 13, 9 } { 26, 15, 11 } { 27, 14, 10 } { 28, 17, 13 } { 29, 16, 12 } { 14, 6, 10 } { 15, 7, 11 } { 16, 8, 12 } { 17, 9, 13 } { 18, 26, 22 } { 19, 27, 23 } { 20, 28, 24 } { 21, 29, 25 }