We give an explicit and effective construction for rhombus cut-and-project tilings with global n-fold rotational symmetry for any n. This construction is based on the dualization of regular n-fold multigrids. The main point is to prove the regularity of these multigrids, for this we use a result on trigonometric diophantine equations. A SageMath program that computes these tilings and outputs svg files is publicly available in [Lutfalla, 2021]
Gähler F, Kwan EE, Maloney GR. A Computer Search for Planar Substitution Tilings with n-Fold Rotatio...
We describe computer algorithms that produce the complete set of isohedral tilings by n-omino or n-i...
In 1982 a quasi-crystal with 5-fold rotational symmetry was discovered by Shechtman et al. The most ...
A tiling is a covering of the plane by tiles which do not overlap. We are mostly interested in edge-...
A tiling is a covering of the plane by tiles which do not overlap. We are mostly int...
We present Planar Rosa, a family of rhombus tilings with a $2n$-fold rotational symmetry that are ge...
The grid method can be used to construct different quasiperiodic tilings with fourfold symmetry made...
International audienceNon-periodic tilings and local rules are commonly used to model the long range...
ABSTRACT. A method is described for constructing, with computer as-sistance, planar substitution til...
We consider colour symmetries for planar tilings of certain n-fold rotational symmetry. The colourin...
AbstractA regular affine tiling of a flat (locally isometric to a euclidean plane) torus is defined ...
We study the spaces of rhombus tilings, i.e. the graphs whose vertices are tilings of a fixed zonoto...
AbstractTwo new series of substitution tilings are introduced in which the tiles appear in infinitel...
We discuss problems of simultaneous tiling. This means that we have an object (set, function) which ...
AbstractThe rhombus tilings of a simply connected domain of the Euclidean plane are known to form a ...
Gähler F, Kwan EE, Maloney GR. A Computer Search for Planar Substitution Tilings with n-Fold Rotatio...
We describe computer algorithms that produce the complete set of isohedral tilings by n-omino or n-i...
In 1982 a quasi-crystal with 5-fold rotational symmetry was discovered by Shechtman et al. The most ...
A tiling is a covering of the plane by tiles which do not overlap. We are mostly interested in edge-...
A tiling is a covering of the plane by tiles which do not overlap. We are mostly int...
We present Planar Rosa, a family of rhombus tilings with a $2n$-fold rotational symmetry that are ge...
The grid method can be used to construct different quasiperiodic tilings with fourfold symmetry made...
International audienceNon-periodic tilings and local rules are commonly used to model the long range...
ABSTRACT. A method is described for constructing, with computer as-sistance, planar substitution til...
We consider colour symmetries for planar tilings of certain n-fold rotational symmetry. The colourin...
AbstractA regular affine tiling of a flat (locally isometric to a euclidean plane) torus is defined ...
We study the spaces of rhombus tilings, i.e. the graphs whose vertices are tilings of a fixed zonoto...
AbstractTwo new series of substitution tilings are introduced in which the tiles appear in infinitel...
We discuss problems of simultaneous tiling. This means that we have an object (set, function) which ...
AbstractThe rhombus tilings of a simply connected domain of the Euclidean plane are known to form a ...
Gähler F, Kwan EE, Maloney GR. A Computer Search for Planar Substitution Tilings with n-Fold Rotatio...
We describe computer algorithms that produce the complete set of isohedral tilings by n-omino or n-i...
In 1982 a quasi-crystal with 5-fold rotational symmetry was discovered by Shechtman et al. The most ...