Incenter of the Euler Triangle = Bevan Point of the Medial Triangle.

Incenter of the Euler Triangle = Bevan Point of the Pedal Triangle of the Circumcenter.

Incenter of the Euler Triangle = Bevan Point of the Cyclocevian Triangle of the Orthocenter.

Incenter of the Euler Triangle = Spieker Center of the s-Reflection Triangle of the Circumcenter.

Centroid of the Euler Triangle = Center of the Orthocentroidal circle.

Centroid of the Euler Triangle = Centroid of the s-Reflection Triangle of the Circumcenter.

Centroid of the Euler Triangle = Circumcenter of the Fourth Brocard Triangle.

Circumcenter of the Euler Triangle = Nine-point Center.

Circumcenter of the Euler Triangle = Circumcenter of the Orthic Triangle.

Circumcenter of the Euler Triangle = Circumcenter of the Pedal Triangle of the Circumcenter.

Circumcenter of the Euler Triangle = Circumcenter of the Pedal Triangle of the Orthocenter.

Circumcenter of the Euler Triangle = Circumcenter of the Cyclocevian Triangle of the Centroid.

Circumcenter of the Euler Triangle = Circumcenter of the Cyclocevian Triangle of the Orthocenter.

Circumcenter of the Euler Triangle = Orthocenter of the Half-cevian Triangle of the Centroid.

Circumcenter of the Euler Triangle = Nine-Point Center of the s-Reflection Triangle of the Circumcenter.

Circumcenter of the Euler Triangle = Circumcenter of the s-Reflection Triangle of the Kosnita Point.

Circumcenter of the Euler Triangle = Circumcenter of the Feuerbach Triangle.

Circumcenter of the Euler Triangle = Nine-Point Center of the Fuhrmann Triangle.

Orthocenter of the Euler Triangle = Orthocenter.

Orthocenter of the Euler Triangle = de Longchamps Point of the Medial Triangle.

Orthocenter of the Euler Triangle = Circumcenter of the Anticomplementary Triangle.

Orthocenter of the Euler Triangle = de Longchamps Point of the Pedal Triangle of the Circumcenter.

Orthocenter of the Euler Triangle = Circumcenter of the Antipedal Triangle of the Orthocenter.

Orthocenter of the Euler Triangle = de Longchamps Point of the Circumcevian Triangle of the Circumcenter.

Orthocenter of the Euler Triangle = de Longchamps Point of the Cyclocevian Triangle of the Orthocenter.

Orthocenter of the Euler Triangle = Circumcenter of the s-Reflection Triangle of the Circumcenter.

Gergonne Point of the Euler Triangle = Mittenpunkt of the s-Reflection Triangle of the Circumcenter.

Nagel Point of the Euler Triangle = Incenter of the s-Reflection Triangle of the Circumcenter.

Nagel Point of the Euler Triangle = Circumcenter of the Fuhrmann Triangle.

Incenter of the Euler Triangle = Complement of the Bevan Point.

Incenter of the Euler Triangle = Complement of the Circumcenter of the Excentral Triangle.

Incenter of the Euler Triangle = Midpoint of the Incenter and Orthocenter.

Incenter of the Euler Triangle = Reflection of the Spieker Center in the Nine-point Center.

Centroid of the Euler Triangle = Midpoint of the Centroid and Orthocenter.

Centroid of the Euler Triangle = Reflection of the Centroid in the Nine-point Center.

Centroid of the Euler Triangle = Reflection of the Circumcenter in the Centroid.

Centroid of the Euler Triangle = Internal Similitude Center of the Nine-Point Circle and Nine-Point Circle of the Euler Triangle.

Circumcenter of the Euler Triangle = Complement of the Circumcenter.

Circumcenter of the Euler Triangle = Complement of the Orthocenter of the Medial Triangle.

Circumcenter of the Euler Triangle = Complement of the Nine-Point Center of the Excentral Triangle.

Circumcenter of the Euler Triangle = Complement of the Nine-Point Center of the Anticomplementary Triangle.

Circumcenter of the Euler Triangle = Complement of the Circumcenter of the Circum-Incentral Triangle.

Circumcenter of the Euler Triangle = Complement of the Circumcenter of the Circum-Medial Triangle.

Circumcenter of the Euler Triangle = Complement of the Circumcenter of the Circum-Orthic Triangle.

Circumcenter of the Euler Triangle = Anticomplement of the Nine-Point Center of the Medial Triangle.

Circumcenter of the Euler Triangle = Isogonal Conjugate of the Kosnita Point.

Circumcenter of the Euler Triangle = Isogonal Complement of the Orthocenter.

Circumcenter of the Euler Triangle = Isogonal Complement of the Circumcenter of the Anticomplementary Triangle.

Circumcenter of the Euler Triangle = Isogonal Complement of the Orthocenter of the Euler Triangle.

Circumcenter of the Euler Triangle = Isotomic Conjugate of the Isogonal Conjugate of the Centroid of the Orthic Triangle.

Circumcenter of the Euler Triangle = Midpoint of the Circumcenter and Orthocenter.

Circumcenter of the Euler Triangle = Midpoint of the Center of the Orthocentroidal circle and Centroid.

Circumcenter of the Euler Triangle = Inverse of the Circumcenter in the Orthocentroidal Circle.

Circumcenter of the Euler Triangle = Inverse of the Orthocenter of the Medial Triangle in the Orthocentroidal Circle.

Circumcenter of the Euler Triangle = Inverse of the Nine-Point Center of the Excentral Triangle in the Orthocentroidal Circle.

Circumcenter of the Euler Triangle = Inverse of the Nine-Point Center of the Anticomplementary Triangle in the Orthocentroidal Circle.

Circumcenter of the Euler Triangle = Harmonic Congugate of the Circumcenter with respect to the Centroid and Orthocenter.

Circumcenter of the Euler Triangle = Harmonic Congugate of the Incenter with respect to the Feuerbach Point and Second Feuerbach Point.

Circumcenter of the Euler Triangle = Internal Similitude Center of the Nine-Point Circle and Nine-Point Circle of the Fuhrmann Triangle.

Circumcenter of the Euler Triangle = External Similitude Center of the Nine-Point Circle and Nine-Point Circle of the Fuhrmann Triangle.

Orthocenter of the Euler Triangle = Complement of the de Longchamps Point.

Orthocenter of the Euler Triangle = Complement of the Orthocenter of the Anticomplementary Triangle.

Orthocenter of the Euler Triangle = Anticomplement of the Circumcenter.

Orthocenter of the Euler Triangle = Anticomplement of the Orthocenter of the Medial Triangle.

Orthocenter of the Euler Triangle = Anticomplement of the Nine-Point Center of the Excentral Triangle.

Orthocenter of the Euler Triangle = Anticomplement of the Nine-Point Center of the Anticomplementary Triangle.

Orthocenter of the Euler Triangle = Anticomplement of the Circumcenter of the Circum-Incentral Triangle.

Orthocenter of the Euler Triangle = Anticomplement of the Circumcenter of the Circum-Medial Triangle.

Orthocenter of the Euler Triangle = Anticomplement of the Circumcenter of the Circum-Orthic Triangle.

Orthocenter of the Euler Triangle = Isogonal Conjugate of the Circumcenter.

Orthocenter of the Euler Triangle = Isogonal Conjugate of the Orthocenter of the Medial Triangle.

Orthocenter of the Euler Triangle = Isogonal Conjugate of the Nine-Point Center of the Excentral Triangle.

Orthocenter of the Euler Triangle = Isogonal Conjugate of the Nine-Point Center of the Anticomplementary Triangle.

Orthocenter of the Euler Triangle = Isogonal Conjugate of the Circumcenter of the Circum-Incentral Triangle.

Orthocenter of the Euler Triangle = Isogonal Conjugate of the Circumcenter of the Circum-Medial Triangle.

Orthocenter of the Euler Triangle = Isogonal Conjugate of the Circumcenter of the Circum-Orthic Triangle.

Orthocenter of the Euler Triangle = Isotomic Conjugate of the Symmedian Point of the Anticomplementary Triangle.

Orthocenter of the Euler Triangle = Cyclocevian Conjugate of the Centroid.

Orthocenter of the Euler Triangle = Cyclocevian Conjugate of the Centroid of the Medial Triangle.

Orthocenter of the Euler Triangle = Cyclocevian Conjugate of the Centroid of the Anticomplementary Triangle.

Orthocenter of the Euler Triangle = Cyclocevian Conjugate of the Centroid of the First Brocard Triangle.

Orthocenter of the Euler Triangle = Isogonal Anticomplement of the Orthocenter.

Orthocenter of the Euler Triangle = Isogonal Anticomplement of the Circumcenter of the Anticomplementary Triangle.

Orthocenter of the Euler Triangle = Isogonal Anticomplement of the Orthocenter of the Euler Triangle.

Orthocenter of the Euler Triangle = Reflection of the Circumcenter in the Nine-point Center.

Orthocenter of the Euler Triangle = Reflection of the Bevan Point in the Spieker Center.

Orthocenter of the Euler Triangle = Reflection of the Centroid in the Center of the Orthocentroidal circle.

Orthocenter of the Euler Triangle = Reflection of the de Longchamps Point in the Circumcenter.

Orthocenter of the Euler Triangle = Harmonic Congugate of the Centroid with respect to the Circumcenter and Nine-point Center.

Orthocenter of the Euler Triangle = External Similitude Center of the Apollonius Circle and Apollonius Circle of the Euler Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Circumcircle and Nine-Point Circle.

Orthocenter of the Euler Triangle = External Similitude Center of the Circumcircle and Circumcircle of the Orthic Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Circumcircle and Circumcircle of the Euler Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Circumcircle and Nine-Point Circle of the Euler Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Circumcircle and Circumcircle of the Feuerbach Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Incircle and Incircle of the Euler Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Nine-Point Circle and Nine-Point Circle of the Excentral Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Nine-Point Circle and Nine-Point Circle of the Anticomplementary Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Nine-Point Circle and Nine-Point Circle of the Euler Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Radical Circle of the Excircles and Radical Circle of the Excircles of the Euler Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Bevan Circle and Bevan Circle of the Euler Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Spieker Circle and Spieker Circle of the Euler Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Brocard Circle and Brocard Circle of the Euler Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Orthocentroidal Circle and Orthocentroidal Circle of the Euler Triangle.

Orthocenter of the Euler Triangle = External Similitude Center of the Lemoine Circle and Lemoine Circle of the Euler Triangle.

Nine-Point Center of the Euler Triangle = Midpoint of the Nine-point Center and Orthocenter.

Symmedian Point of the Euler Triangle = Midpoint of the Orthocenter and Symmedian Point.

Gergonne Point of the Euler Triangle = Midpoint of the Gergonne Point and Orthocenter.

Gergonne Point of the Euler Triangle = Reflection of the Mittenpunkt in the Nine-point Center.

Nagel Point of the Euler Triangle = Anticomplement of the Nine-Point Center of the Circum-Incentral Triangle.

Nagel Point of the Euler Triangle = Midpoint of the Nagel Point and Orthocenter.

Nagel Point of the Euler Triangle = Reflection of the Incenter in the Nine-point Center.

Nagel Point of the Euler Triangle = Reflection of the Circumcenter in the Spieker Center.

Mittenpunkt of the Euler Triangle = Midpoint of the Mittenpunkt and Orthocenter.

Spieker Center of the Euler Triangle = Midpoint of the Orthocenter and Spieker Center.