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Description of the Process:
3D modeling is a three-dimensional drawing process that considers the axes X,Y,Z.For probably two decades, software developers have provided the market with programs for three-dimensional drawing. Originally and until the early 90’s, these developments gave place to this kind of drawing by means of polygons inscription and edition, a technique that despite reaching praiseworthy levels with some users, was fundamentally impractical, lacking advanced edition possibilities and exactness, and not having more real applications than generating models to be viewed in 3 dimensions or for artistic purposes. | | However, in the early 90’s, being aware of such lacks, the 3D drawing software developers incorporated a new and revolutionary method without the polygonal dependence, a method that allows to draw by generating surfaces between previously drawn lines. This implied several advantages, one of them, the exactness with which a drawing can be defined, and it would not be overdoing it to speak about exactness in infinitesimal terms... Also, the incorporation of drawing through surfaces definition opened the doors to a new world of development for the industrial technology that up to then could not have been considered. | | The result of a three-dimensional drawing through surfaces may not only have artistic purposes, but may also be applied to a vast field of industries and technologies, such as Medicine, Engineering, Architecture, Films, Art, Urbanism, Justice, Education, etc. It can also be machined by CNC (Control Numérico Computarizado), submitted to structural fatigue (stress fatigue), to finite element test for aerodynamic simulation and many other uses which we have not probably imagined until today. |
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