Center of the Orthocentroidal circle = Midpoint of the Centroid and Orthocenter.

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

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

Center of the Orthocentroidal circle = Midpoint of the Centroid of the Medial Triangle and Orthocenter.

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

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

Center of the Orthocentroidal circle = Midpoint of the Centroid of the Anticomplementary Triangle and Orthocenter.

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

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

Center of the Orthocentroidal circle = Reflection of the Centroid in the Nine-point Center.

Center of the Orthocentroidal circle = Reflection of the Centroid in the Circumcenter of the Orthic Triangle.

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

Center of the Orthocentroidal circle = Reflection of the Centroid in the Circumcenter of the Feuerbach Triangle.

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

Center of the Orthocentroidal circle = Reflection of the Centroid of the Medial Triangle in the Nine-point Center.

Center of the Orthocentroidal circle = Reflection of the Centroid of the Medial Triangle in the Circumcenter of the Orthic Triangle.

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

Center of the Orthocentroidal circle = Reflection of the Centroid of the Medial Triangle in the Circumcenter of the Feuerbach Triangle.

Center of the Orthocentroidal circle = Reflection of the Centroid of the Anticomplementary Triangle in the Nine-point Center.

Center of the Orthocentroidal circle = Reflection of the Centroid of the Anticomplementary Triangle in the Circumcenter of the Orthic Triangle.

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

Center of the Orthocentroidal circle = Reflection of the Centroid of the Anticomplementary Triangle in the Circumcenter of the Feuerbach Triangle.

Center of the Orthocentroidal circle = Reflection of the Circumcenter in the Centroid.

Center of the Orthocentroidal circle = Reflection of the Circumcenter in the Centroid of the Medial Triangle.

Center of the Orthocentroidal circle = Reflection of the Circumcenter in the Centroid of the Anticomplementary Triangle.

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

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

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

Center of the Orthocentroidal circle = Reflection of the Nine-Point Center of the Excentral Triangle in the Centroid.

Center of the Orthocentroidal circle = Reflection of the Nine-Point Center of the Excentral Triangle in the Centroid of the Medial Triangle.

Center of the Orthocentroidal circle = Reflection of the Nine-Point Center of the Excentral Triangle in the Centroid of the Anticomplementary Triangle.

Center of the Orthocentroidal circle = Reflection of the Nine-Point Center of the Anticomplementary Triangle in the Centroid.

Center of the Orthocentroidal circle = Reflection of the Nine-Point Center of the Anticomplementary Triangle in the Centroid of the Medial Triangle.

Center of the Orthocentroidal circle = Reflection of the Nine-Point Center of the Anticomplementary Triangle in the Centroid of the Anticomplementary Triangle.

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

Center of the Orthocentroidal circle = Complement of the Midpoint of the Centroid and de Longchamps Point.

Center of the Orthocentroidal circle = Complement of the Reflection of the Centroid in the Circumcenter.

Center of the Orthocentroidal circle = Complement of the Reflection of the Orthocenter in the Centroid.

Center of the Orthocentroidal circle = Anticomplement of the Midpoint of the Centroid and Circumcenter.

Center of the Orthocentroidal circle = Anticomplement of the Reflection of the Nine-point Center in the Centroid.

Center of the Orthocentroidal circle = Perspector of the Cevian Triangle of the Center of the Orthocentroidal circle and Anticevian Triangle of the Center of the Orthocentroidal circle.

Center of the Orthocentroidal circle = Perspector of the Cevian Triangle of the Center of the Orthocentroidal circle and Circumcevian Triangle of the Center of the Orthocentroidal circle.

Center of the Orthocentroidal circle = Perspector of the Cevian Triangle of the Center of the Orthocentroidal circle and Half-cevian Triangle of the Center of the Orthocentroidal circle.

Center of the Orthocentroidal circle = Perspector of the Anticevian Triangle of the Center of the Orthocentroidal circle and Circumcevian Triangle of the Center of the Orthocentroidal circle.

Center of the Orthocentroidal circle = Perspector of the Anticevian Triangle of the Center of the Orthocentroidal circle and Half-cevian Triangle of the Center of the Orthocentroidal circle.

The Center of the Orthocentroidal circle lies on the Euler Line.

The Center of the Orthocentroidal circle lies on the Line defined by the Centroid and Orthocenter.

The Center of the Orthocentroidal circle lies on the Line defined by the Centroid and Nine-point Center.

The Center of the Orthocentroidal circle lies on the Line defined by the Centroid and de Longchamps Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Centroid and Schiffler Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Centroid and Exeter Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Centroid and Far-out Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Centroid and Skordev Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Circumcenter and Orthocenter.

The Center of the Orthocentroidal circle lies on the Line defined by the Circumcenter and Nine-point Center.

The Center of the Orthocentroidal circle lies on the Line defined by the Circumcenter and de Longchamps Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Circumcenter and Schiffler Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Circumcenter and Exeter Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Circumcenter and Far-out Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Circumcenter and Skordev Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Orthocenter and Nine-point Center.

The Center of the Orthocentroidal circle lies on the Line defined by the Orthocenter and de Longchamps Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Orthocenter and Schiffler Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Orthocenter and Exeter Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Orthocenter and Far-out Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Orthocenter and Skordev Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Nine-point Center and de Longchamps Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Nine-point Center and Schiffler Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Nine-point Center and Exeter Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Nine-point Center and Far-out Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Nine-point Center and Skordev Point.

The Center of the Orthocentroidal circle lies on the Fermat Line.

The Center of the Orthocentroidal circle lies on the Line defined by the Symmedian Point and Second Fermat Point.

The Center of the Orthocentroidal circle lies on the Line defined by the First Fermat Point and Second Fermat Point.

The Center of the Orthocentroidal circle lies on the Line defined by the de Longchamps Point and Schiffler Point.

The Center of the Orthocentroidal circle lies on the Line defined by the de Longchamps Point and Exeter Point.

The Center of the Orthocentroidal circle lies on the Line defined by the de Longchamps Point and Far-out Point.

The Center of the Orthocentroidal circle lies on the Line defined by the de Longchamps Point and Skordev Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Schiffler Point and Exeter Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Schiffler Point and Far-out Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Schiffler Point and Skordev Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Exeter Point and Far-out Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Exeter Point and Skordev Point.

The Center of the Orthocentroidal circle lies on the Line defined by the Far-out Point and Skordev Point.

The Center of the Orthocentroidal circle lies on the Orthocentroidal Circle of the Euler Triangle.

The Center of the Orthocentroidal circle lies on the Brocard Circle of the Fourth Brocard Triangle.

The Center of the Orthocentroidal circle lies on the Orthocentroidal Circle of the Medial Triangle of the Euler Triangle.

The Center of the Orthocentroidal circle lies on the Orthocentroidal Circle of the Medial Triangle of the Fourth Brocard Triangle.

The Center of the Orthocentroidal circle lies on the Orthocentroidal Circle of the Anticomplementary Triangle of the Euler Triangle.

The Center of the Orthocentroidal circle lies on the Bevan Circle of the Tangential Triangle of the Fourth Brocard Triangle.

The Center of the Orthocentroidal circle lies on the Orthocentroidal Circle of the First Brocard Triangle of the Euler Triangle.

The Center of the Orthocentroidal circle lies on the Circumcircle of the Fourth Brocard Triangle of the Euler Triangle.

The Center of the Orthocentroidal circle lies on the Circumcircle of the First Brocard Triangle of the Fourth Brocard Triangle.

The Center of the Orthocentroidal circle lies on the Circumcircle of the Second Brocard Triangle of the Fourth Brocard Triangle.

The Center of the Orthocentroidal circle lies on the Inverse circle of the Nine-Point Circle in the Brocard Circle of the Euler Triangle.