Category:Euclidean geometry

E

• ► Euclidean plane geometry‎ (6 C, 87 P)
• ► Euclidean solid geometry‎ (5 C, 26 P)

G

• ► Geometric centers‎ (1 C, 28 P)
• ► Geometric dissection‎ (18 P)

K

• ► Kinematics‎ (3 C, 34 P)

L

• ► Lattice points‎ (1 C, 34 P)

M

• ► Multi-dimensional geometry‎ (2 C, 42 P)

S

• ► Euclidean symmetries‎ (39 P)

• Euclidean geometry (computing)

*

• Euclid's Elements (computing)
• Euclid's Optics (computing)

A

• Alignments of random points (astronomy)
• Anthropomorphic polygon (computing)
• Apollonius's theorem (computing)

B

• Beckman–Quarles theorem (computing)
• Book of Lemmas (computing)
• British flag theorem (computing)
• Busemann's theorem (computing)

C

• Carlyle circle (computing)
• Casey's theorem (computing)
• Cauchy's theorem (geometry) (computing)
• Centerpoint (geometry) (computing)
• Cevian (computing)
• Coincident (computing)
• Commandino's theorem (computing)
• Cone condition (computing)
• Congruence (geometry) (computing)
• Constant chord theorem (computing)
• Crystal system (computing)
• Curve of constant width (computing)

D

• De Gua's theorem (computing)
• Disk (mathematics) (computing)
• Dissection problem (computing)
• Distance between two straight lines (computing)
• Distance from a point to a line (computing)
• Distortion (mathematics) (computing)
• Double wedge (computing)
• Droz-Farny line theorem (computing)

E

• Equal incircles theorem (computing)
• Equiangular lines (computing)
• Euclidean space (computing)
• Euler's quadrilateral theorem (computing)
• Expansion (geometry) (computing)

F

• Finsler–Hadwiger theorem (computing)
• Flat (geometry) (computing)

G

• Gyration (computing)
• Gyrovector space (physics)

H

• Hadwiger–Finsler inequality (computing)
• Half-space (geometry) (computing)
• Hiroshi Haruki (computing)
• Homothetic center (computing)
• Hyperplane (computing)

I

• Integer lattice (computing)
• Intercept theorem (computing)
• Intersection (Euclidean geometry) (computing)
• Intersection curve (computing)
• Intersection of a polyhedron with a line (computing)

J

• Jung's theorem (computing)

L

• Line–line intersection (computing)
• Line–plane intersection (computing)

M

• Measurement of a Circle (computing)
• Method of exhaustion (computing)
• Milman's reverse Brunn–Minkowski inequality (computing)
• Multilateration (computing)

O

• On Spirals (computing)
• On Conoids and Spheroids (computing)
• On the Sphere and Cylinder (computing)
• One-dimensional symmetry group (computing)
• Orientation (geometry) (computing)
• Orthant (computing)
• Orthographic projection (computing)

P

• Parallelogram law (computing)
• Pendent (computing)
• Plane curve (computing)
• Plane symmetry (computing)
• Distance from a point to a plane (computing)
• Pons asinorum (computing)

R

• Radio navigation (computing)
• Rodrigues' rotation formula (computing)
• Root system (computing)
• Rotation (physics)
• Rotation of axes (computing)
• Rytz's construction (computing)

S

• Saccheri–Legendre theorem (computing)
• Sacred Mathematics (computing)
• Sangaku (computing)
• Screw axis (computing)
• Similarity (geometry) (computing)
• Simple polytope (computing)
• Simplicial polytope (computing)
• Spiral similarity (computing)
• Square lattice (computing)
• Star domain (computing)
• Steiner–Lehmus theorem (computing)
• Steinmetz curve (computing)

T

• Theorem of the gnomon (computing)
• Translation of axes (computing)
• Treks into Intuitive Geometry (computing)
• Triangle group (computing)
• Triangle postulate (computing)
• Triangulation (computing)
• Triangulation (surveying) (computing)
• Trilateration (computing)
• True range multilateration (computing)

V

• Van Schooten's theorem (computing)
• Varignon's theorem (computing)
• Vertex (geometry) (computing)
• Vertex angle (computing)