Schiffler Point = Kosnita Point of the Circum-Incentral Triangle.

Schiffler Point = Kosnita Point of the Fuhrmann Triangle of the Medial Triangle.

Schiffler Point = Kosnita Point of the Euler Triangle of the Excentral Triangle.

Schiffler Point = Isogonal Conjugate of the Orthocenter of the Intouch Triangle.

Schiffler Point = Perspector of the Cevian Triangle of the Schiffler Point and Anticevian Triangle of the Schiffler Point.

Schiffler Point = Perspector of the Cevian Triangle of the Schiffler Point and Circumcevian Triangle of the Schiffler Point.

Schiffler Point = Perspector of the Cevian Triangle of the Schiffler Point and Half-cevian Triangle of the Schiffler Point.

Schiffler Point = Perspector of the Anticevian Triangle of the Schiffler Point and Circumcevian Triangle of the Schiffler Point.

Schiffler Point = Perspector of the Anticevian Triangle of the Schiffler Point and Half-cevian Triangle of the Schiffler Point.

The Schiffler Point lies on the Euler Line.

The Schiffler Point lies on the Line defined by the Centroid and Orthocenter.

The Schiffler Point lies on the Line defined by the Centroid and Nine-point Center.

The Schiffler Point lies on the Line defined by the Centroid and de Longchamps Point.

The Schiffler Point lies on the Line defined by the Centroid and Exeter Point.

The Schiffler Point lies on the Line defined by the Centroid and Far-out Point.

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

The Schiffler Point lies on the Line defined by the Centroid and Skordev Point.

The Schiffler Point lies on the Line defined by the Circumcenter and Orthocenter.

The Schiffler Point lies on the Line defined by the Circumcenter and Nine-point Center.

The Schiffler Point lies on the Line defined by the Circumcenter and de Longchamps Point.

The Schiffler Point lies on the Line defined by the Circumcenter and Exeter Point.

The Schiffler Point lies on the Line defined by the Circumcenter and Far-out Point.

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

The Schiffler Point lies on the Line defined by the Circumcenter and Skordev Point.

The Schiffler Point lies on the Line defined by the Orthocenter and Nine-point Center.

The Schiffler Point lies on the Line defined by the Orthocenter and de Longchamps Point.

The Schiffler Point lies on the Line defined by the Orthocenter and Exeter Point.

The Schiffler Point lies on the Line defined by the Orthocenter and Far-out Point.

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

The Schiffler Point lies on the Line defined by the Orthocenter and Skordev Point.

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

The Schiffler Point lies on the Line defined by the Nine-point Center and Exeter Point.

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

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

The Schiffler Point lies on the Line defined by the Nine-point Center and Skordev Point.

The Schiffler Point lies on the Line defined by the Gergonne Point and External Center of Similitude of Circumcircle and Incircle.

The Schiffler Point lies on the Line defined by the Nagel Point and Internal Center of Similitude of Circumcircle and Incircle.

The Schiffler Point lies on the Line defined by the de Longchamps Point and Exeter Point.

The Schiffler Point lies on the Line defined by the de Longchamps Point and Far-out Point.

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

The Schiffler Point lies on the Line defined by the de Longchamps Point and Skordev Point.

The Schiffler Point lies on the Line defined by the Exeter Point and Far-out Point.

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

The Schiffler Point lies on the Line defined by the Exeter Point and Skordev Point.

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

The Schiffler Point lies on the Line defined by the Far-out Point and Skordev Point.

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