v
To make, or to become, angular.
n
The formation of an abnormal angle or bend in an organ
adj
(geometry) Describing the section of a line by four points, A, B, C, D, when their mutual distances are such that AB divided by CB is not equal to AD divided by CD.
adj
(of elements in a lattice) aligned along the diagonals of the lattice.
adj
Covariant in two different ways.
n
(mathematics) The change in the qualitative or topological structure of a given family as described by bifurcation theory.
adj
Having or relating to two parameters
v
(transitive, geometry) To divide an angle, line segment, or other figure into two equal parts.
adj
(statistics) Having a correlation between one series and another that is divided into two types
adj
Alternative form of bisymmetric [(mathematics, of a square matrix) Symmetric about both of its main diagonals.]
n
(mathematics) Any of various measures of the relative importance of a vertex in a graph.
adj
Alternative form of centrosymmetric [(mathematics) Having a centre of symmetry.]
n
(mathematics) The property of having a centre of symmetry.
n
(logic) A form of argument in which two or more unproved statements are used to prove each other; inconclusive reasoning.
n
(mathematics) A circulant matrix.
n
(geometry) The condition of being cocircular
adj
(geometry) Lying on the same straight line.
n
(computer science) The negative of the convex function.
adj
(geometry, of a triangle) Exactly the same size as another triangle.
n
(mathematical analysis, of a set) Convex hull.
adj
(mathematics) converted to a convex form
n
(geometry, of at least two things, usually lines) The state or characteristic of being within the same plane.
n
(mathematics) Synonym of antidiagonal
adj
(geometry, of a line) Originating from the same point in space.
n
The property of being cubic.
v
(mathematics) To convert or be converted into a cubulation
n
(differential geometry) The extent to which a Riemannian manifold is intrinsically curved.
adj
(geometry, art) Formed by curved lines.
adj
(mathematics) Able to be inscribed in a circle; able to be circumscribed.
n
(countable, geometry) A three-dimensional geometric tolerance that controls how much a feature can deviate from a perfect cylinder.
adj
(obsolete) Of lines: Meeting and intersecting; not parallel.
n
A measure of spatial extent in a particular direction, such as height, width or breadth, or depth.
n
(geometry) The golden section.
n
(uncountable) The condition of being elliptical (flattened from perfect circular or spherical form)
adj
(mathematics) Having vertices that can be divided into two equal independent sets
adj
Having legs of equal size; isosceles.
adj
Obsolete form of equicrural. [Having legs of equal size; isosceles.]
adj
Occupying a position that is an equal distance between several points. Note that in a one-dimensional space this position can be identified with two points, in a two-dimensional space with three points (not on the same straight line), and in a three-dimensional space with four points (not in the same plane).
n
A side exactly corresponding, or equal, to others.
n
(geometry) A generatrix.
n
(geometry) The formation or production of any geometrical magnitude, as a line, a surface, a solid, by the motion, in accordance with a mathematical law, of a point or a magnitude, by the motion of a point, of a surface by a line, a sphere by a semicircle, etc.
n
(geometry) the division of a whole into two parts such that the ratio of the smaller part to the larger is equal to the ratio of the larger part to the whole.
n
(mathematics) The "angularity" of a curve (See the Wikipedia article for a more rigorous definition)
n
Alternative form of half-plane. [(mathematics) Either half of an infinite plane (divided by a straight line)]
n
(physics, mathematics) half (especially the positive half) of a sine wave
v
(geometry) To osculate at multiple points.
adj
Exhibiting hypersymmetry.
n
Obsolete form of line. [(geometry) An infinitely extending one-dimensional figure that has no curvature; one that has length but not breadth or thickness.]
adj
(engineering, not comparable) Arranged in a manifold.
adj
Exhibiting merosymmetry.
n
(mathematics) multiple dimensions
n
(computing theory) A data structure comprising several lists.
adj
(mathematics) Having an arbitrary number of dimensions.
adj
Obsolete form of oblique. [Not erect or perpendicular; not parallel to, or at right angles from, the base.]
adj
Not erect or perpendicular; not parallel to, or at right angles from, the base.
n
(military) Fire whose direction is not perpendicular to the line fired at.
n
(grammar, linguistics) A third declension found in the grammars of Latin and Ancient Greek.
n
The quality of being oblique in direction, deviating from the horizontal or vertical; or the angle created by such a deviation.
adj
(mathematics) Pertaining to the dual of a lax monoidal functor.
adj
(mathematics) Converted into an orbifold
adj
Alternative form of orthogonal [(geometry) Of two objects, at right angles; perpendicular to each other.]
adj
Forming a line when plotted on a set of orthogonal axes.
adj
Independent of or irrelevant to each other; orthogonal.
adj
Alternative form of plane-parallel [(mathematics) Describing two planes that do not intersect]
n
An asymptotic point in 3-dimensional space, viewed from some point, at which parallel lines appear to meet and which in perspective drawing is represented as a vanishing point.
n
(mathematics) The state of being a polygon, the degree to which an object is polygonal.
n
(mathematics, rare) The state of being a polygon.
adj
(mathematics) That generates a cycle
n
(statistics) A measure of centrality for data sets and populations, which agrees with the median where the data are symmetric.
n
(geometry) The determination of a straight line whose length is equal to a portion of a curve.
n
(art) The use of straight lines.
n
(mathematics) The links between the x-values and y-values of ordered pairs of numbers especially coordinates.
n
(cellular automata) A one-dimensional binary cellular automaton rule, notable for solving the majority problem as well as for its ability to simultaneously describe several, seemingly quite different, particle systems.
n
(geometry) The simultaneous state of runcination and cantellation.
n
Paper with horizontal and vertical rules, the one collection spaced according to a logarithmic scale and the other evenly.
n
A sigmoidal function or curve
n
(mathematics) The number of simplexes into which a structure can be divided
n
A family of sigmoid-like interpolation and clamping functions commonly used in computer graphics and game engines.
n
(geometry) The solid contents of a body; volume; amount of enclosed space.
adj
(geometry) That fills a closed (typically 2-dimensional or 3-dimensional) space
n
(geometry) A line with no curvature; a line with constant direction. The path of shortest length between two points.
adj
(of a number) Appearing the same whether viewed normally or upside down.
adj
(rare) Of lines: intersecting, crossing.
n
Alternative form of tangency [The state of being tangent; an instance of (something) being tangent.]
adj
(rail transport, of track) Straight; not horizontally curved.
adj
(obsolete, mathematics) Synonym of multilinear
n
(mathematics) The condition (of a matrix) of being tridiagonal
adj
(statistics, of a table, etc.) Having or involving exactly two variables; bivariate.
adj
(geometry, of lines in hyperbolic geometry) Sharing a common perpendicular.
n
(trigonometry) Synonym of vers
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