We introduce a biologically motivated simulation technique for the realistic shape
deformation of drying leaves. In contrast to skeleton‐based leaf deformation, our approach …

Objectives A well-known drawback to the implementation of Convolutional Neural Networks
(CNNs) for image-recognition is the intensive annotation effort for large enough training …

Modeling a fruit using classic 3D modeling software can be a relatively complicated task.
Moreover, modeling every single fruit when we need to generate a large variety of fruits of …

In this study, we propose an effective method of easy and intuitive modeling of various types
of multiple leaves from plants, including flowering plants and trees, and of naturally …

Unlike trees, the 3D architecture of gramineous plants is much more related to the shapes of
its leaves than the arrangement of its branches. Many modelling efforts have thus …

We present an algorithm to compute parametric models of dense foliage. The guiding
principles of our work are automatic reconstruction and compact artist friendly …

Reconstruction of three-dimensional plant morphological structure is the basis for digital
plant research. In this paper, ball B-spline curve and interpolation of B-spline surface were …

We present an algorithm to compute parametric models of dense foliage. The guiding
principles of our work are automatic reconstruction and compact artist friendly …

We propose a novel approach for authoring large scenes with automatic enhancement of
objects to create geometric decoration details such as snow cover, icicles, fallen leaves …

La modélisation géométrique est utilisée dans de nombreux domaines pour la construction
d'objets 3D, l'animation ou les simulations. Chaque domaine est soumis à ses propres …