X1304¶
COLLINGS TRANSFORM OF X403
X1304 (COLLINGS TRANSFORM OF X403) constructed on acute reference triangle \((a, b, c) = (5, 6, 7)\) with unit baseline AB = \(1\).¶
Constructed Elements
Central Lines: {2693, 3}
Related Centers: X2693 (SR(X74, X107)), X3 (CIRCUMCENTER)
X1304 lies on the circumcircle.
Incident Central Lines54 lines
{2, 2697}, {3, 2693}, {4, 477}, {21, 2694}, {23, 1297}, {25, 842}, {27, 2688}, {28, 2687}, {29, 2695}, {30, 1294}, {74, 186}, {98, 468}, {99, 3233}, {100, 5379}, {102, 2075}, {103, 2073}, {104, 2074}, {107, 523}, {110, 250}, {111, 232}, {112, 647}, {378, 841}, {403, 1300}, {476, 4240}, {648, 1302}, {691, 4230}, {877, 2855}, {925, 7471}, {933, 1624}, {935, 2394}, {1141, 5627}, {1290, 4246}, {1292, 7476}, {1295, 1325}, {1296, 7482}, {1305, 7479}, {1494, 2373}, {2071, 5897}, {2159, 2249}, {2328, 2738}, {2360, 2732}, {2370, 7478}, {2433, 2715}, {2689, 7452}, {2690, 4241}, {2691, 4238}, {2696, 4235}, {2734, 3109}, {2752, 4233}, {2758, 4248}, {2766, 7435}, {2770, 4232}, {3470, 3518}, {3565, 7468}
Functional Relations22 relations
X1304 = isogonal conjugate of X9033
X1304 = cevapoint of {403, 523}, {647, 1495}
X1304 = Xi-cross conjugate of Xj for these (i,j): (186, 250), (526, 4), (686, 2052), (3003, 249),. (5502, 110)
X1304 = trilinear pole of {6, 74}
X1304 = trilinear product Xi*Xj for these {i,j}: {74, 162}, {112, 2349}, {648, 2159}, {662, 8749}
X1304 = barycentric product Xi*Xj for these {i,j}: {74, 648}, {99, 8749}, {112, 1494}, {162, 2349}, {250, 2394}, {811, 2159}
X1304 = Ψ(Xi, Xj) for these (i,j): (3, 74), (6, 74), (69, 74)
X1304 = Λ(Xi, Xj) for these (i,j): (74, 1294), (107, 110), (113, 133), (122, 125), (1636, 1637), (1494, 3268)
X1304 = isotomic conjugate of polar conjugate of X32695
X1304 = polar conjugate of isogonal conjugate of X32640
X1304 = perspector of circumorthic triangle and cross-triangle of ABC and circumcevian triangle of X186
X1304 = Xi-isoconjugate of Xj for these {i,j}: {1, 9033}, {2, 2631}, {30, 656}, {63, 1637}, {92, 1636}, {162, 1650}, {520, 1784}, {525, 2173}, {810, 3260}, {1568, 2616}, {1577, 3284}, {2407, 3708}, {2632, 4240}, {6357, 8611}
Notes¶
Let A', B', C' be the intersections of the Euler line and lines BC, CA, AB, resp. The circumcircles of AB'C', BC'A', CA'B' concur in X1304. (Randy Hutson, February 10, 2016)