Desarrollo de recursos tridimensionales para una guía interactiva orientada al aprendizaje guiado del entorno de Unity

Abstract

Low Poly three-dimensional modeling is a graphic representation technique aimed at optimizing geometry through the controlled use of polygons, enabling the development of stylized and efficient visual assets for real-time interactive environments without compromising the established aesthetic coherence. This project focuses on the creation of three-dimensional assets in Blender for the development of an interactive guide implemented in Unity. The process involves low-poly modeling of the playable character, interactive objects, and decorative elements, followed by UV mapping, the application of color maps, and the configuration of reusable materials to optimize graphic resources. For the character, a rigging system is implemented using an armature and weight painting, enabling controlled deformations and the creation of basic animations. The resulting assets are subsequently integrated into Unity through prefabs, materials, colliders, and an Animator Controller to manage interactions and animation states. Additionally, there is a graphic design proposal for a guidebook, considering criteria such as composition, visual hierarchy, spatial distribution, and color consistency. The development follows the waterfall methodology, sequentially structuring the planning, design, production, integration, and validation phases, resulting in a functional, coherent, and visually consistent interactive guide. The application's performance is analyzed with Unity Profiler, evaluating its behavior during operation. Additionally, a Likert scale is applied to assess the modeling, artistic style, color selection, readability, and thematic coherence, thereby determining the technical and visual feasibility of the developed proposal.