In this paper, we propose a template-based subdivision surface reconstruction method that is capable of reconstructing the wing deformations and kinematics of free-flying. These deformations are key to understanding many aspects of insect flight including aerodynamics, structural dynamics and control. The rendered hair are rendered as the objects and there are three separate types of hair objects which are used in the model. SUMMARYInsect wings demonstrate elaborate three-dimensional deformations and kinematics. The whole hair system is defined by the particle systems, the density of the particles is defined by separated vertex weight groups painted on the model, so the hair appear only on the areas normally characteristic for the honey bee. Model is rigged, the skeleton is properly placed and designed, and each bone has properly attached weight values included in the vertex groups which define movement range of the parts of the mesh.
It scales very well with the subdivision modifier. The mesh is designed for the easy subdivison as presented on the provided images of the mesh.
The transparency of the wings membrane was defined by using transmission factor from the pirncipaled BDSF shader. The roughness of these materials was set using slider with different values for different parts of the body.
#Insect wings 3d model free skin#
The bumpinness of the skin of the body, eyes nad wings membrane has been defined by using procedually generated separated voronol textures. They are using base colors from the UV mapped base RGB diffuse 8192x8192 map. The materials of the skin/eyes/wings membrane are different and separated from each other. The mesh was carefully divided into few section by using seams. The UVs are already carefuly checked and all are clean and are not overlapping each other. The model is UV mapped without overlapping UVs. The diffuse/base color texture is 8192x8192 resolution and it is hand painted using brushes in the Blender. The colors of the insect is also based on the honey bee/wasp color scheme. The anatomy of the creature is made enitrely on the base of the anatomy of the honey bee.
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