CREATE SEAMS IN CHEETAH3D PROFESSIONAL

Much of this activity is likely to infringe on brands' intellectual property.

This thesis stems from the future scenario that as additive manufacturing (AM) technologies become cheaper and more readily available, consumers without formal design training will begin to customise, design and manufacture their own products. Also, it became possible to develop a set of new methods and project practices for the virtual set designer in a television network. As a result, it became possible to identify which contributions were most appropriate to the development and implementation of the creative process supported by this technology in the television medium. This way, we were able to compare the main instruments and practices employed on 3D modeling for Virtual Scenography, evaluating the challenges found with the performance of the available tools and technologies.

CREATE SEAMS IN CHEETAH3D PROFESSIONAL

On a second stage we interviewed key professional figures and have come into direct contact with different case studies and modi operandi. Methodologically, the first stage was based on a survey of scientific studies and technologies currently used on television productions. Considering the current research, at a national and international level, we have attempted to identify the endeavors that are being taken to explore the creative oportunity brought by Augmented Reality to the audio-visual media, particularly, by Virtual Scenography. This new reality has triggered the development of television scenography and the way media content should be presented. Virtual Scenography has become a reality for the media consumer, currently used by the major television networks. The solution to these problems in architectural data sets has significant promise in a wide variety of other applications. A variety of new solutions to these problems will be discussed including the use of parametric modeling in architecture, “pseudo-parametric” substitution, mesh resurfacing, and contextual geometry processing.

Degenerate geometry in combination with large reductions in scale, typically two orders of magnitude, create datasets that stymie RP vendors and architectural users alike. The requirement for a 'watertight' single surface geometry is a very significant barrier to innovative applications outside of the core mechanical and industrial design markets. The fact that that all rapid prototyping technologies are currently only able to operate on a very limited subset of the potential universe of 3D data remains the principal technical issue preventing broader adoption by the architectural community. A number of architectural firms and a few service bureaus have had success with RP and a brief review of these applications is presented as an introduction. In addition, the use of physical models as a design and communication aid has long been an integrated part of the architectural workflow.

A variety of architectural CAD programs integrate 3D virtual modeling and a few now provide native STL export. At first assessment, architecture should be an important new market for rapid prototyping (RP).

Create seams in cheetah3d