We study the decomposition of a stratum H(kappa) of translation surfaces into finitely many regions of surfaces that share a common L^infinity-Delaunay triangulation. In particular, we classify the infinitely many adjacencies between these isodelaunay regions. This classification allows us to construct a finite simplicial complex with the same homotopy type as H(kappa), and we outline a method for its computation. Finally, we show that Teichmueller curves also admit a decomposition into finitely many isodelaunay regions. Along the way, we require a stronger equivariant version of the traditional Nerve Lemma than currently exists in the literature, which we prove in the appendix.PhDMathematicsUniversity of Michigan, Horace H. Rackham School ...
AbstractIt is well-known that the triangulations of the disc with n+2 vertices on its boundary are c...
We are interested in rigid families of saddle connections on half-translation surfaces. Studying the...
We use normal surface theory as adapted by Brittenham and Gabai to find a set of branched surfaces t...
We study the decomposition of a stratum $\mathcal H(\kappa)$ of abelian differentials into regions o...
Kontsevich and Zorich famously classified the connected components of strata of translation surfaces...
We consider canonical invariants of flat surfaces and complex structures, including the combinatoric...
AbstractWe describe an optimal algorithm to decide if one closed curve on a triangulated 2-manifold ...
Abstract. The flow in a fixed direction on a translation surface S de-termines a decomposition of S ...
We describe some theoretical results on triangulations of surfaces and we develop a theory on roots,...
A Delaunay decomposition is a cell decomposition in R^d for which each cell is inscribed in a Euclid...
Abstract. A finite subset S of a closed hyperbolic surface F canonically determines a centered dual ...
International audienceEarlier work on Delaunay triangulation of point sets on the 2D flat torus, whi...
It is well-known that the triangulations of the disc with n + 2 vertices on its boundary are counted...
AbstractLetG=(V, E) be an Eulerian graph embedded on a triangulizable surfaceS. We show thatEcan be ...
Abstract. We prove that there are superexponentially many combi-natorially distinct d-dimensional ne...
AbstractIt is well-known that the triangulations of the disc with n+2 vertices on its boundary are c...
We are interested in rigid families of saddle connections on half-translation surfaces. Studying the...
We use normal surface theory as adapted by Brittenham and Gabai to find a set of branched surfaces t...
We study the decomposition of a stratum $\mathcal H(\kappa)$ of abelian differentials into regions o...
Kontsevich and Zorich famously classified the connected components of strata of translation surfaces...
We consider canonical invariants of flat surfaces and complex structures, including the combinatoric...
AbstractWe describe an optimal algorithm to decide if one closed curve on a triangulated 2-manifold ...
Abstract. The flow in a fixed direction on a translation surface S de-termines a decomposition of S ...
We describe some theoretical results on triangulations of surfaces and we develop a theory on roots,...
A Delaunay decomposition is a cell decomposition in R^d for which each cell is inscribed in a Euclid...
Abstract. A finite subset S of a closed hyperbolic surface F canonically determines a centered dual ...
International audienceEarlier work on Delaunay triangulation of point sets on the 2D flat torus, whi...
It is well-known that the triangulations of the disc with n + 2 vertices on its boundary are counted...
AbstractLetG=(V, E) be an Eulerian graph embedded on a triangulizable surfaceS. We show thatEcan be ...
Abstract. We prove that there are superexponentially many combi-natorially distinct d-dimensional ne...
AbstractIt is well-known that the triangulations of the disc with n+2 vertices on its boundary are c...
We are interested in rigid families of saddle connections on half-translation surfaces. Studying the...
We use normal surface theory as adapted by Brittenham and Gabai to find a set of branched surfaces t...