Search results for "Blender"
showing 9 items of 9 documents
Visualization of Simulated Arrhythmias due to Gap Junctions
2018
New computational models are able to simulate details of cardiac cell networks. Their results allow a better understanding of the functionality of the heart and suggest possible actions to reduce non-fatal premature beats that can give rise to serious diseases. We developed a user-friendly interface to organize Neuron simulations and to present in real-time a three-dimensional representation of the electrical activity due to the gap junctions which interconnect the cells inside cardiac tissues. All physiological parameters were set according to real experimental observations and compared against different types of arrhythmias, retrieved from the Physionet Data Base.
Control procedural del movimiento en Blender
2017
En un entorno de animación por ordenador, la posición de cualquier objeto en la escena viene dada por sus coordenadas cartesianas, p=(x,y,z). Por tanto, conseguir que un objeto se mueva consistirá en construir una secuencia de posiciones a medida que avanza el tiempo, p(t) = (x(t),y(t),z(t)) En este ejercicio, vamos a conseguir un movimiento que consista en desplazar un objeto de forma procedural.
Attracteurs et bifurcations en dynamique holomorphe
2019
Hand Held 3D Scanning for Cultural Heritage: Experimenting Low Cost Structure Sensor Scan
2017
In the last years 3D scanning has become an important resource in many fields, in particular it has played a key role in study and preservation of Cultural Heritage. Moreover today, thanks to the miniaturization of electronic components, it has been possible produce a new category of 3D scanners, also known as handheld scanners. Handheld scanners combine a relatively low cost with the advantage of the portability. The aim of this chapter is two-fold: first, a survey about the most recent 3D handheld scanners is presented. As second, a study about the possibility to employ the handheld scanners in the field of Cultural Heritage is conducted. In this investigation, a doorway of the Benedictin…
Blenders near polynomial product maps of $\mathbb C^2$
2021
In this paper we show that if $p$ is a polynomial which bifurcates then the product map $(z,w)\mapsto(p(z),q(w))$ can be approximated by polynomial skew products possessing special dynamical objets called blenders. Moreover, these objets can be chosen to be of two types : repelling or saddle. As a consequence, such product map belongs to the closure of the interior of two different sets : the bifurcation locus of $H_d(\mathbb P^2)$ and the set of endomorphisms having an attracting set of non-empty interior. In an independent part, we use perturbations of H\'enon maps to obtain examples of attracting sets with repelling points and also of quasi-attractors which are not attracting sets.
Periodic measures and partially hyperbolic homoclinic classes
2019
In this paper, we give a precise meaning to the following fact, and we prove it: $C^1$-open and densely, all the non-hyperbolic ergodic measures generated by a robust cycle are approximated by periodic measures. We apply our technique to the global setting of partially hyperbolic diffeomorphisms with one dimensional center. When both strong stable and unstable foliations are minimal, we get that the closure of the set of ergodic measures is the union of two convex sets corresponding to the two possible $s$-indices; these two convex sets intersect along the closure of the set of non-hyperbolic ergodic measures. That is the case for robustly transitive perturbation of the time one map of a tr…
Registro de cámara con Blender
2021
Introducción al registro de cámara con Blender 2.9
Unity bāzēta “Tower Defense” spēle
2022
Kvalifikācijas darba ietvaros tika izstrādāta Unity bāzēta “Tower Defense” lietotne, kuras autors ir Vitālijs Aņisimovs un darba vadītājs Dr.sc.comp. Edgars Diebelis. Lietotnes (turpmāk spēles) darbības princips un īss raksturojums: Spēles ietvaros lietotājam ir iespēja izvēlēties apkārtni, kurā notiks darbība, galvenais mērķis ir sasniegt pēc iespējas augstāku līmeni, izvietojot apkārtnē torņus, ar kuru palīdzību ir iespējams iznīcināt pretiniekus (šajā gadījumā mākslīgo intelektu), saņemot valūtu, ar kuras palīdzību ir iespējams uzlabot torņus un palielināt iespēju tikt līdz nākamajam līmenim, jo, sasniedzot nākamo līmeni, sarežģītība tiek palielināta tā, lai spēle būtu dinamiska un piepr…
Programación con Python sobre Blender
2021
Introducción al lenguaje de programación Python y a la programación de complementos con Blender 2.9