In this paper, a new bijective reflection algorithm in two dimensions is proposed along with an associated rotation. The reflection line is defined by an arbitrary Euclidean point and a straight line passing through this point. The reflection line is digitized and the 2D space is paved by digital perpendicular (to the reflection line) straight lines. For each perpendicular line, digital points are reflected by central symmetry with respect to the reflection line. Two consecutive digital reflections are combined to define a digital bijective rotation about arbitrary center (i.e. bijective digital rigid motion)
Two dimensions plane, angle, rotationThis Demonstration allows you to explore some of the features o...
International audienceIn this paper, we study 3D rotations on grid points computed by using only int...
Submitted to Journal of Mathematical Imaging and Vision.International audienceDigitized rotations on...
In this paper, a new bijective reflection algorithm in two dimensions is proposed along with an asso...
International audienceBijectivity of digitized linear transformations is crucial when transforming 2...
Knowledge about Geometric Transformations and Plane GeometryThis Demonstration allows you to explore...
In this paper, a new bijective digital rotation algorithm for the hexagonal grid is proposed. The me...
International audienceRigid motions in $\mathbb{R}^2$ are fundamental operations in 2D image process...
In this paper we are proposing a way to perform bijective digital rotations on a triangular cell gri...
A brief description of the novel two dimensional discrete orthogonal transform based on rotation ang...
International audienceEuclidean rotations in R^n are bijective and isometric maps. Nevertheless, the...
We present a linear algorithm for determining the three-dimensional rotation and translation of a ri...
Due to its minimal twist, the rotation minimizing frame (RMF) is widely used in computer graphics, i...
International audienceRigid motions are fundamental operations in image processing. While they are b...
International audienceRotations in the discrete plane are important for many applications such as im...
Two dimensions plane, angle, rotationThis Demonstration allows you to explore some of the features o...
International audienceIn this paper, we study 3D rotations on grid points computed by using only int...
Submitted to Journal of Mathematical Imaging and Vision.International audienceDigitized rotations on...
In this paper, a new bijective reflection algorithm in two dimensions is proposed along with an asso...
International audienceBijectivity of digitized linear transformations is crucial when transforming 2...
Knowledge about Geometric Transformations and Plane GeometryThis Demonstration allows you to explore...
In this paper, a new bijective digital rotation algorithm for the hexagonal grid is proposed. The me...
International audienceRigid motions in $\mathbb{R}^2$ are fundamental operations in 2D image process...
In this paper we are proposing a way to perform bijective digital rotations on a triangular cell gri...
A brief description of the novel two dimensional discrete orthogonal transform based on rotation ang...
International audienceEuclidean rotations in R^n are bijective and isometric maps. Nevertheless, the...
We present a linear algorithm for determining the three-dimensional rotation and translation of a ri...
Due to its minimal twist, the rotation minimizing frame (RMF) is widely used in computer graphics, i...
International audienceRigid motions are fundamental operations in image processing. While they are b...
International audienceRotations in the discrete plane are important for many applications such as im...
Two dimensions plane, angle, rotationThis Demonstration allows you to explore some of the features o...
International audienceIn this paper, we study 3D rotations on grid points computed by using only int...
Submitted to Journal of Mathematical Imaging and Vision.International audienceDigitized rotations on...