PROJECTIVE GEOMETRIC SHAPING OF INFO-HYPERCUBES: THEORETICAL AND METHODICAL ASPECTS

Abstract

The authors consider visual obtention of the full structurally renewable projective geometry of two-dimensional matrices, which is used while constructing form graphics models of base-forming info-cube and derivatively formed info-hypercubes using universal method of protocube constructor. The important aspects of applying renewable projective geometric image of two-dimensional matrices of infocube are discovered for one-type picture of unit faces of structurally formed informationally full form graphic objects of perspective hypercubic ar-chitecture. At that emulation of the process of structural creation and transforming of volume geometrical models in their graphical image on a plane is applied using archicube-isoconstructor of form graphics transformation for multifaced forms and their derivative structures being esthetically created. The authors give examples of visual comparison of structurally formalized quadroisomodels anf quadrohypermodels aimed at desighning informative form graphic objects of hypercubic architecture. In general, the methodical aspects of innovatively solved problems of shape formation are considered for their application in frames of educational pro-cess, implemented in architectural and construction universities.

Keywords

• renewable projective geometry
• base-forming infocobe
• regular two component structure
• full-informative form graphical info-hypercube
• ipr-matrix