Incenter = Nagel Point of the Medial Triangle.

Incenter = Circumcenter of the Intouch Triangle.

Incenter = Orthocenter of the Excentral Triangle.

Incenter = Spieker Center of the Anticomplementary Triangle.

Incenter = Circumcenter of the Pedal Triangle of the Incenter.

Incenter = Nagel Point of the Pedal Triangle of the Circumcenter.

Incenter = Orthocenter of the Antipedal Triangle of the Incenter.

Incenter = Spieker Center of the Antipedal Triangle of the Orthocenter.

Incenter = Orthocenter of the Circum-Incentral Triangle.

Incenter = Bevan Point of the Circumcevian Triangle of the Circumcenter.

Incenter = Nagel Point of the Cyclocevian Triangle of the Orthocenter.

Incenter = Circumcenter of the Cyclocevian Triangle of the Gergonne Point.

Incenter = Circumcenter of the s-Reflection Triangle of the Incenter.

Incenter = Orthocenter of the Fuhrmann Triangle.

Incenter = Circumcenter of the Mid-Arc Triangle.

Incenter = Bevan Point of the Yff Central Triangle.

Incenter = Orthocenter of the Medial Triangle of the Intouch Triangle.

Incenter = Bevan Point of the Orthic Triangle of the Intouch Triangle.

Incenter = de Longchamps Point of the Medial Triangle of the Excentral Triangle.

Incenter = de Longchamps Point of the Medial Triangle of the Circum-Incentral Triangle.

Incenter = Incenter of the Orthic Triangle of the Circum-Incentral Triangle.

Incenter = de Longchamps Point of the Medial Triangle of the Fuhrmann Triangle.

Incenter = Incenter of the Orthic Triangle of the Fuhrmann Triangle.

Incenter = Orthocenter of the Medial Triangle of the Mid-Arc Triangle.

Incenter = Bevan Point of the Orthic Triangle of the Mid-Arc Triangle.

Incenter = Nine-Point Center of the Excentral Triangle of the Intouch Triangle.

Incenter = Nine-Point Center of the Anticomplementary Triangle of the Intouch Triangle.

Incenter = Circumcenter of the Anticomplementary Triangle of the Excentral Triangle.

Incenter = Circumcenter of the Anticomplementary Triangle of the Circum-Incentral Triangle.

Incenter = Circumcenter of the Anticomplementary Triangle of the Fuhrmann Triangle.

Incenter = Nine-Point Center of the Excentral Triangle of the Mid-Arc Triangle.

Incenter = Nine-Point Center of the Anticomplementary Triangle of the Mid-Arc Triangle.

Incenter = Incenter of the Tangential Triangle of the Mid-Arc Triangle.

Incenter = Circumcenter of the Circum-Incentral Triangle of the Intouch Triangle.

Incenter = Circumcenter of the Circum-Medial Triangle of the Intouch Triangle.

Incenter = Circumcenter of the Circum-Orthic Triangle of the Intouch Triangle.

Incenter = Incenter of the Circum-Orthic Triangle of the Excentral Triangle.

Incenter = Incenter of the Circum-Orthic Triangle of the Fuhrmann Triangle.

Incenter = Circumcenter of the Circum-Incentral Triangle of the Mid-Arc Triangle.

Incenter = Circumcenter of the Circum-Medial Triangle of the Mid-Arc Triangle.

Incenter = Circumcenter of the Circum-Orthic Triangle of the Mid-Arc Triangle.

Incenter = de Longchamps Point of the Circum-Incentral Triangle of the Yff Central Triangle.

Incenter = de Longchamps Point of the Euler Triangle of the Intouch Triangle.

Incenter = Tarry Point of the First Brocard Triangle of the Intouch Triangle.

Incenter = Orthocenter of the Euler Triangle of the Excentral Triangle.

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

Incenter = Orthocenter of the Euler Triangle of the Circum-Incentral Triangle.

Incenter = Orthocenter of the Euler Triangle of the Fuhrmann Triangle.

Incenter = de Longchamps Point of the Euler Triangle of the Mid-Arc Triangle.

Incenter = Tarry Point of the First Brocard Triangle of the Mid-Arc Triangle.

Incenter = Midpoint of the Nagel Point and Nagel Point of the Anticomplementary Triangle.

Incenter = Reflection of the Nagel Point in the Spieker Center.

Incenter = Reflection of the Bevan Point in the Circumcenter.

Incenter = Reflection of the Bevan Point in the Orthocenter of the Medial Triangle.

Incenter = Reflection of the Bevan Point in the Nine-Point Center of the Excentral Triangle.

Incenter = Reflection of the Bevan Point in the Nine-Point Center of the Anticomplementary Triangle.

Incenter = Reflection of the Nagel Point of the Medial Triangle in the Orthocenter of the Excentral Triangle.

Incenter = Reflection of the Circumcenter of the Intouch Triangle in the Incenter.

Incenter = Reflection of the Circumcenter of the Intouch Triangle in the Nagel Point of the Medial Triangle.

Incenter = Reflection of the Circumcenter of the Intouch Triangle in the Orthocenter of the Excentral Triangle.

Incenter = Reflection of the Incenter of the Anticomplementary Triangle in the Spieker Center.

Incenter = Reflection of the Circumcenter of the Anticomplementary Triangle in the Incenter of the Euler Triangle.

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

Incenter = Reflection of the Incenter in the Circumcenter of the Intouch Triangle.

Incenter = Reflection of the Orthocenter in the Incenter of the Euler Triangle.

Incenter = Reflection of the Nagel Point of the Medial Triangle in the Incenter.

Incenter = Reflection of the Nagel Point of the Medial Triangle in the Circumcenter of the Intouch Triangle.

Incenter = Reflection of the Orthocenter of the Intouch Triangle in the Nine-Point Center of the Intouch Triangle.

Incenter = Reflection of the Orthocenter of the Excentral Triangle in the Incenter.

Incenter = Reflection of the Orthocenter of the Excentral Triangle in the Nagel Point of the Medial Triangle.

Incenter = Reflection of the Orthocenter of the Excentral Triangle in the Circumcenter of the Intouch Triangle.

Incenter = Reflection of the Orthocenter of the Euler Triangle in the Incenter of the Euler Triangle.

Incenter = Reflection of the Nagel Point of the Euler Triangle in the Circumcenter of the Orthic Triangle.

Incenter = Reflection of the Nagel Point of the Euler Triangle in the Circumcenter of the Euler Triangle.

Incenter = Reflection of the Nagel Point of the Euler Triangle in the Circumcenter of the Feuerbach Triangle.

Incenter = Inverse of the Feuerbach Point in the Nine-Point Circle of the Fuhrmann Triangle.

Incenter = Harmonic Congugate of the Spieker Center with respect to the Centroid and Nagel Point.

Incenter = Complement of the Nagel Point.

Incenter = Complement of the Incenter of the Anticomplementary Triangle.

Incenter = Complement of the Reflection of the Incenter in the Spieker Center.

Incenter = Complement of the Reflection of the de Longchamps Point in the Bevan Point.

Incenter = Complement of the Perspector of the Anticomplementary Triangle and Fuhrmann Triangle.

Incenter = Anticomplement of the Spieker Center.

Incenter = Anticomplement of the Incenter of the Medial Triangle.

Incenter = Anticomplement of the Midpoint of the Incenter and Nagel Point.

Incenter = Anticomplement of the Midpoint of the Bevan Point and Orthocenter.

Incenter = Anticomplement of the Internal Similitude Center of the Apollonius Circle and Nine-Point Circle.

Incenter = Isogonal Conjugate of the Incenter.

Incenter = Isogonal Conjugate of the Nagel Point of the Medial Triangle.

Incenter = Isogonal Conjugate of the Circumcenter of the Intouch Triangle.

Incenter = Isogonal Conjugate of the Orthocenter of the Excentral Triangle.

Incenter = Isogonal Conjugate of the Spieker Center of the Anticomplementary Triangle.

Incenter = Isogonal Conjugate of the Orthocenter of the Circum-Incentral Triangle.

Incenter = Isogonal Conjugate of the Orthocenter of the Fuhrmann Triangle.

Incenter = Isogonal Conjugate of the Circumcenter of the Mid-Arc Triangle.

Incenter = Isogonal Conjugate of the Reflection of the Nagel Point in the Spieker Center.

Incenter = Isogonal Conjugate of the Reflection of the Bevan Point in the Circumcenter.

Incenter = Isogonal Conjugate of the Perspector of the Intouch Triangle and s-Reflection Triangle of the Incenter.

Incenter = Isogonal Conjugate of the Perspector of the Excentral Triangle and Circum-Incentral Triangle.

Incenter = Isogonal Conjugate of the Perspector of the Anticevian Triangle of the Mittenpunkt and Half-cevian Triangle of the Gergonne Point.

Incenter = Isogonal Conjugate of the Perspector of the Cyclocevian Triangle of the Gergonne Point and s-Reflection Triangle of the Incenter.

Incenter = Isogonal Complement of the External Center of Similitude of Circumcircle and Incircle.

Incenter = Isogonal Complement of the Perspector of the Intouch Triangle and Circum-Incentral Triangle.

Incenter = Isotomic Complement of the Gergonne Point.

Incenter = Isotomic Complement of the Symmedian Point of the Intouch Triangle.

Incenter = Isotomic Complement of the Mittenpunkt of the Anticomplementary Triangle.

Incenter = Yiu Conjugate of the Gergonne Point and Mittenpunkt.

Incenter = Perspector of the Intouch Triangle and s-Reflection Triangle of the Incenter.

Incenter = Perspector of the Excentral Triangle and Circum-Incentral Triangle.

Incenter = Perspector of the Anticevian Triangle of the Mittenpunkt and Half-cevian Triangle of the Gergonne Point.

Incenter = Perspector of the Circum-Incentral Triangle and Excentral Triangle.

Incenter = Perspector of the Cyclocevian Triangle of the Gergonne Point and s-Reflection Triangle of the Incenter.

Incenter = Perspector of Triangle ABC and Orthic Triangle of the Circum-Incentral Triangle.

Incenter = Perspector of Triangle ABC and Circum-Orthic Triangle of the Excentral Triangle.

Incenter = Perspector of Triangle ABC and Antipedal Triangle of the Incenter.

Incenter = Perspector of Triangle ABC and Mixtilinear Triangle.

Incenter = Perspector of Triangle ABC and Mid-Arc Triangle.

Incenter = Perspector of Triangle ABC and Malfatti Triangle.

Incenter = Perspector of the Incentral Triangle and Excentral Triangle.

Incenter = Perspector of the Incentral Triangle and Antipedal Triangle of the Incenter.

Incenter = Perspector of the Incentral Triangle and Circum-Incentral Triangle.

Incenter = Perspector of the Incentral Triangle and Half-cevian Triangle of the Incenter.

Incenter = Perspector of the Incentral Triangle and Mixtilinear Triangle.

Incenter = Perspector of the Incentral Triangle and Mid-Arc Triangle.

Incenter = Perspector of the Incentral Triangle and Malfatti Triangle.

Incenter = Perspector of the Medial Triangle and Anticevian Triangle of the Mittenpunkt.

Incenter = Perspector of the Medial Triangle and Half-cevian Triangle of the Gergonne Point.

Incenter = Perspector of the Intouch Triangle and Antipedal Triangle of the Bevan Point.

Incenter = Perspector of the Intouch Triangle and Intangents Triangle.

Incenter = Perspector of the Extouch Triangle and Anticevian Triangle of the Bevan Point.

Incenter = Perspector of the Extouch Triangle and Half-Altitude Triangle.

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

Incenter = Perspector of the Cevian Triangle of the Yff Center of Conguence and Anticevian Triangle of the Congruent Isoscelizers Point.

Incenter = Perspector of the Cevian Triangle of the Yff Center of Conguence and BCI Triangle.

Incenter = Perspector of the Excentral Triangle and Half-cevian Triangle of the Incenter.

Incenter = Perspector of the Excentral Triangle and Mixtilinear Triangle.

Incenter = Perspector of the Excentral Triangle and Mid-Arc Triangle.

Incenter = Perspector of the Excentral Triangle and Malfatti Triangle.

Incenter = Perspector of the Anticevian Triangle of the Mittenpunkt and Pedal Triangle of the Circumcenter.

Incenter = Perspector of the Anticevian Triangle of the Mittenpunkt and Cyclocevian Triangle of the Orthocenter.

Incenter = Perspector of the Anticevian Triangle of the Bevan Point and Pedal Triangle of the Bevan Point.

Incenter = Perspector of the Anticevian Triangle of the Bevan Point and Half-Altitude Triangle.

Incenter = Perspector of the Anticevian Triangle of the Congruent Isoscelizers Point and BCI Triangle.

Incenter = Perspector of the Pedal Triangle of the Incenter and Antipedal Triangle of the Bevan Point.

Incenter = Perspector of the Pedal Triangle of the Incenter and Intangents Triangle.

Incenter = Perspector of the Pedal Triangle of the Circumcenter and Half-cevian Triangle of the Gergonne Point.

Incenter = Perspector of the Pedal Triangle of the Bevan Point and Half-Altitude Triangle.

Incenter = Perspector of the Cyclocevian Triangle of the Orthocenter and Half-cevian Triangle of the Gergonne Point.

Incenter = Perspector of the Cyclocevian Triangle of the Gergonne Point and Intangents Triangle.

Incenter = Perspector of the Half-cevian Triangle of the Incenter and Mixtilinear Triangle.

Incenter = Perspector of the Half-cevian Triangle of the Incenter and Mid-Arc Triangle.

Incenter = Perspector of the Half-cevian Triangle of the Incenter and Malfatti Triangle.

Incenter = Perspector of the Mid-Arc Triangle and Mixtilinear Triangle.

Incenter = Perspector of the Malfatti Triangle and Mixtilinear Triangle.

Incenter = Perspector of the Malfatti Triangle and Mid-Arc Triangle.

Incenter = Perspector of Triangle ABC and Medial Triangle of the Intouch Triangle.

Incenter = Perspector of Triangle ABC and Anticevian Triangle of the Orthocenter of the Excentral Triangle.

Incenter = Perspector of Triangle ABC and Fuhrmann Triangle of the Medial Triangle.

Incenter = Perspector of Triangle ABC and Fuhrmann Triangle of the Intouch Triangle.

Incenter = Perspector of Triangle ABC and First Brocard Triangle of the Intouch Triangle.

Incenter = Perspector of Triangle ABC and Cevian Triangle of the Circumcenter of the Mid-Arc Triangle.

Incenter = Perspector of Triangle ABC and Extouch Triangle of the Yff Central Triangle.

Incenter = Perspector of Triangle ABC and Euler Triangle of the Excentral Triangle.

Incenter = Perspector of Triangle ABC and Reflection Triangle of the Excentral Triangle.

Incenter = Perspector of Triangle ABC and Anticevian Triangle of the Circumcenter of the Mid-Arc Triangle.

Incenter = Perspector of Triangle ABC and Excentral Triangle of the Yff Central Triangle.

Incenter = Internal Similitude Center of the Incircle and Bevan Circle of the Yff Central Triangle.

Incenter = Internal Similitude Center of the Circumcircle and Nine-Point Circle of the Intouch Triangle.

Incenter = Internal Similitude Center of the Bevan Circle and Apollonius Circle of the Anticomplementary Triangle.

Incenter = External Similitude Center of the Incircle and Bevan Circle of the Yff Central Triangle.

Incenter = External Similitude Center of the Circumcircle and Nine-Point Circle of the Circum-Incentral Triangle.

Incenter = External Similitude Center of the Spieker Circle and Spieker Circle of the Medial Triangle.

The Incenter lies on the Line defined by the Centroid and Nagel Point.

The Incenter lies on the Line defined by the Centroid and Spieker Center.

The Incenter lies on the Line defined by the Circumcenter and Bevan Point.

The Incenter lies on the Line defined by the Circumcenter and Internal Center of Similitude of Circumcircle and Incircle.

The Incenter lies on the Line defined by the Circumcenter and External Center of Similitude of Circumcircle and Incircle.

The Incenter lies on the Line defined by the Nine-point Center and Feuerbach Point.

The Incenter lies on the Line defined by the Nine-point Center and Second Feuerbach Point.

The Incenter lies on the Line defined by the Symmedian Point and Mittenpunkt.

The Incenter lies on the Line defined by the Gergonne Point and de Longchamps Point.

The Incenter lies on the Line defined by the Gergonne Point and Center of the Outer Soddy Circlea.

The Incenter lies on the Line defined by the Gergonne Point and Center of the Inner Soddy Circle.

The Incenter lies on the Line defined by the Gergonne Point and Outer Eppstein Point.

The Incenter lies on the Line defined by the Gergonne Point and Inner Eppstein Point.

The Incenter lies on the Line defined by the Nagel Point and Spieker Center.

The Incenter lies on the Line defined by the Feuerbach Point and Second Feuerbach Point.

The Incenter lies on the Line defined by the de Longchamps Point and Center of the Outer Soddy Circlea.

The Incenter lies on the Line defined by the de Longchamps Point and Center of the Inner Soddy Circle.

The Incenter lies on the Line defined by the de Longchamps Point and Outer Eppstein Point.

The Incenter lies on the Line defined by the de Longchamps Point and Inner Eppstein Point.

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

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

The Incenter lies on the Line defined by the Internal Center of Similitude of Circumcircle and Incircle and External Center of Similitude of Circumcircle and Incircle.

The Incenter lies on the Line defined by the Congruent Isoscelizers Point and Dimovski Point.

The Incenter lies on the Line defined by the Center of the Outer Soddy Circlea and Center of the Inner Soddy Circle.

The Incenter lies on the Line defined by the Center of the Outer Soddy Circlea and Outer Eppstein Point.

The Incenter lies on the Line defined by the Center of the Outer Soddy Circlea and Inner Eppstein Point.

The Incenter lies on the Line defined by the Center of the Inner Soddy Circle and Outer Eppstein Point.

The Incenter lies on the Line defined by the Center of the Inner Soddy Circle and Inner Eppstein Point.

The Incenter lies on the Line defined by the Apollonius Point and Center of the Apollonius Circle.

The Incenter lies on the Line defined by the Outer Eppstein Point and Inner Eppstein Point.

The Incenter lies on the Brocard Circle of the Intouch Triangle.

The Incenter lies on the Orthocentroidal Circle of the Excentral Triangle.

The Incenter lies on the Bevan Circle of the Intangents Triangle.

The Incenter lies on the Orthocentroidal Circle of the Fuhrmann Triangle.

The Incenter lies on the Brocard Circle of the Mid-Arc Triangle.

The Incenter lies on the Orthocentroidal Circle of the Medial Triangle of the Intouch Triangle.

The Incenter lies on the Orthocentroidal Circle of the Medial Triangle of the Mid-Arc Triangle.

The Incenter lies on the Brocard Circle of the Anticomplementary Triangle of the Excentral Triangle.

The Incenter lies on the Brocard Circle of the Anticomplementary Triangle of the Circum-Incentral Triangle.

The Incenter lies on the Circumcircle of the Excentral Triangle of the Intangents Triangle.

The Incenter lies on the Brocard Circle of the Anticomplementary Triangle of the Fuhrmann Triangle.

The Incenter lies on the Brocard Circle of the Excentral Triangle of the Yff Central Triangle.

The Incenter lies on the Circumcircle of the Fuhrmann Triangle of the Medial Triangle.

The Incenter lies on the Circumcircle of the First Brocard Triangle of the Intouch Triangle.

The Incenter lies on the Circumcircle of the Second Brocard Triangle of the Intouch Triangle.

The Incenter lies on the Orthocentroidal Circle of the Euler Triangle of the Excentral Triangle.

The Incenter lies on the Circumcircle of the Fuhrmann Triangle of the Excentral Triangle.

The Incenter lies on the Circumcircle of the Fourth Brocard Triangle of the Excentral Triangle.

The Incenter lies on the Nine-Point Circle of the Fuhrmann Triangle of the Anticomplementary Triangle.

The Incenter lies on the Orthocentroidal Circle of the Euler Triangle of the Circum-Incentral Triangle.

The Incenter lies on the Circumcircle of the Fuhrmann Triangle of the Circum-Incentral Triangle.

The Incenter lies on the Circumcircle of the Fourth Brocard Triangle of the Circum-Incentral Triangle.

The Incenter lies on the Orthocentroidal Circle of the Euler Triangle of the Fuhrmann Triangle.

The Incenter lies on the Circumcircle of the Fuhrmann Triangle of the Fuhrmann Triangle.

The Incenter lies on the Circumcircle of the Fourth Brocard Triangle of the Fuhrmann Triangle.

The Incenter lies on the Circumcircle of the First Brocard Triangle of the Mid-Arc Triangle.

The Incenter lies on the Circumcircle of the Second Brocard Triangle of the Mid-Arc Triangle.

The Incenter lies on the Inverse circle of the Incircle in the Nine-Point Circle of the Fuhrmann Triangle.

The Incenter lies on the Inverse circle of the Nine-Point Circle in the Nine-Point Circle of the Fuhrmann Triangle.