X3610
1st AYME-MOSES PERSPECTOR
Moses found that the locus of X such that the cevian triangle of X is perspective to the Ayme triangle is a cubic which passes through the points Xi for i = 1, 2, 19, 75, 279, 304, 346, 2184. A barycentric equation for this Ayme-Moses cubic follows:
(Cyclic sum of ayz[\(by(a^{2}\) + \(b^{2}\) - \(c^{2})\) - \(cz(a^{2}\) - \(b^{2}\) + \(c^{2}\) ] ) = 0.
5, 6, 7
3, 4, 5
Kepler
Kimberling
< A B C >: Reference Triangle △ABC
< P_a P_b P_c >: Cevian Triangle △P_a P_b P_c
[ A B ]: Sideline AB (Base c = 1)
[ B C ]: Sideline BC (Side a)
[ C A ]: Sideline CA (Side b)
[ A P_a ]: A-Cevian A–P_a
[ B P_b ]: B-Cevian B–P_b
[ C P_c ]: C-Cevian C–P_c
{ 10, 37 }: Central Line L(10, 37)
{ 19, 346 }: Central Line L(19, 346)
{ 612, 2345 }: Central Line L(612, 2345)
A = Vertex A (0.0000, 0.0000)
B = Vertex B (1.0000, 0.0000)
C = Vertex C (0.6122, 0.5999)
X_10 = SPIEKER CENTER (0.5204, 0.1833)
X_37 = CROSSPOINT OF INCENTER AND CENTROID (0.5567, 0.2158)
X_19 = CLAWSON POINT (0.6246, 0.4244)
X_346 = ISOTOMIC CONJUGATE OF X(279) (0.3948, 0.0827)
X_612 = INTERSECTION OF LINES X(1)X(2) AND X(9)X(31) (0.5582, 0.2203)
X_2345 = -ISOCONJUGATE OF X(1472) (0.5222, 0.1875)
X_3610 = 1st AYME-MOSES PERSPECTOR (0.3745, 0.0526)
A
B
C
Pa
Pb
Pc
X10
X37
X19
X346
X612
X2345
X3610
(a, b, c) = (5, 6, 7) | AB = 1
< A B C >: Reference Triangle △ABC
< P_a P_b P_c >: Cevian Triangle △P_a P_b P_c
[ A B ]: Sideline AB (Base c = 1)
[ B C ]: Sideline BC (Side a)
[ C A ]: Sideline CA (Side b)
[ A P_a ]: A-Cevian A–P_a
[ B P_b ]: B-Cevian B–P_b
[ C P_c ]: C-Cevian C–P_c
{ 10, 37 }: Central Line L(10, 37)
{ 19, 346 }: Central Line L(19, 346)
{ 612, 2345 }: Central Line L(612, 2345)
A = Vertex A (0.0000, 0.0000)
B = Vertex B (1.0000, 0.0000)
C = Vertex C (0.6400, 0.4800)
X_10 = SPIEKER CENTER (0.5200, 0.1400)
X_37 = CROSSPOINT OF INCENTER AND CENTROID (0.5787, 0.1787)
X_19 = CLAWSON POINT (0.6400, 0.4800)
X_346 = ISOTOMIC CONJUGATE OF X(279) (0.3314, 0.0343)
X_612 = INTERSECTION OF LINES X(1)X(2) AND X(9)X(31) (0.5800, 0.1850)
X_2345 = -ISOCONJUGATE OF X(1472) (0.5220, 0.1456)
X_3610 = 1st AYME-MOSES PERSPECTOR (0.3077, 0.0000)
A
B
C
Pa
Pb
Pc
X10
X37
X19
X346
X612
X2345
X3610
(a, b, c) = (3, 4, 5) | AB = 1
< A B C >: Reference Triangle △ABC
< P_a P_b P_c >: Cevian Triangle △P_a P_b P_c
[ A B ]: Sideline AB (Base c = 1)
[ B C ]: Sideline BC (Side a)
[ C A ]: Sideline CA (Side b)
[ A P_a ]: A-Cevian A–P_a
[ B P_b ]: B-Cevian B–P_b
[ C P_c ]: C-Cevian C–P_c
{ 10, 37 }: Central Line L(10, 37)
{ 19, 346 }: Central Line L(19, 346)
{ 612, 2345 }: Central Line L(612, 2345)
A = Vertex A (0.0000, 0.0000)
B = Vertex B (1.0000, 0.0000)
C = Vertex C (0.6180, 0.4859)
X_10 = SPIEKER CENTER (0.5170, 0.1419)
X_37 = CROSSPOINT OF INCENTER AND CENTROID (0.5661, 0.1805)
X_19 = CLAWSON POINT (0.6180, 0.4859)
X_346 = ISOTOMIC CONJUGATE OF X(279) (0.3572, 0.0358)
X_612 = INTERSECTION OF LINES X(1)X(2) AND X(9)X(31) (0.5672, 0.1869)
X_2345 = -ISOCONJUGATE OF X(1472) (0.5187, 0.1476)
X_3610 = 1st AYME-MOSES PERSPECTOR (0.3365, 0.0000)
A
B
C
Pa
Pb
Pc
X10
X37
X19
X346
X612
X2345
X3610
Kepler (1, √φ, φ) | AB = 1
< A B C >: Reference Triangle △ABC
< P_a P_b P_c >: Cevian Triangle △P_a P_b P_c
[ A B ]: Sideline AB (Base c = 1)
[ B C ]: Sideline BC (Side a)
[ C A ]: Sideline CA (Side b)
[ A P_a ]: A-Cevian A–P_a
[ B P_b ]: B-Cevian B–P_b
[ C P_c ]: C-Cevian C–P_c
{ 10, 37 }: Central Line L(10, 37)
{ 19, 346 }: Central Line L(19, 346)
{ 612, 2345 }: Central Line L(612, 2345)
A = Vertex A (0.0000, 0.0000)
B = Vertex B (1.0000, 0.0000)
C = Vertex C (0.6331, 0.2801)
X_10 = SPIEKER CENTER (0.5089, 0.0750)
X_37 = CROSSPOINT OF INCENTER AND CENTROID (0.5913, 0.1097)
X_19 = CLAWSON POINT (0.5737, 0.4687)
X_346 = ISOTOMIC CONJUGATE OF X(279) (0.2848, 0.0031)
X_612 = INTERSECTION OF LINES X(1)X(2) AND X(9)X(31) (0.5909, 0.1174)
X_2345 = -ISOCONJUGATE OF X(1472) (0.5099, 0.0814)
X_3610 = 1st AYME-MOSES PERSPECTOR (0.2661, -0.0270)
A
B
C
Pa
Pb
Pc
X10
X37
X19
X346
X612
X2345
X3610
Kimberling (6, 9, 13) | AB = 1
X3610 (1st AYME-MOSES PERSPECTOR ) constructed on acute reference triangle \((a, b, c) = (5, 6, 7)\) with unit baseline AB = \(1\) .
Constructed Elements
Derived Triangle: Cevian Triangle △Pa Pb Pc — vertices Pa , Pb , Pc (Traces of cevians through target center on BC, CA, AB)
Concurrence Lines: A–Pa , B–Pb , C–Pc concurring at X3610
Trilinears: \(bc(b + c)(a^{2} - b^{2} - c^{2})(a^{2} + b^{2} + c^{2} + 2bc) : :\)
Search Value (6, 9, 13): \(6.068567361447\)
▸ Incident Central Lines3 lines
{10 , 37 }, {19 , 346 }, {612 , 2345 }
▸ Functional Relations1 relation
Notes
In a Hyacinthos message dated January 10, 2011, Jean-Louis Ayme introduced a triangle as follows. Let \(R_{A}\) be the radical axis of the circumcircle and the A -excircle, and define \(R_{B}\) and \(R_{C}\) cyclically. Let TA = \(R_{B}\) ∩\(R_{C}\) , and define TB and TC cyclically. (TA is also the radical center of the circumcircle and the B- and C- excircles.) The Ayme triangle TA TB TC is perspective to triangle ABC and also perspective to many other triangles. Peter Moses found that its perspector with the cevian triangle of X346 is X3610 . He also found that the A -vertex of the Ayme triangle has first barycentric as follows:
from which the other two vertices are easily obtained. The Ayme triangle is perspective to ABC with perspector X19 .