INTEGRATED AXONOMETRO-ORTHOGONAL DRAWING

Abstract

In the article the first created system the Integrated Axonometric-Orthogonal Drawing (IAOD) is considered for the images of the designed form with simple lines by projection connections between some by the select (from a great numbers ∞²) rectangular axonometric projection of general view and two corresponding to her ortogonal projections set in the cartesian system of coordinates. Аuthenticity of diagrams of IAOD is considered for the different methods of transformation of projections. By the auxiliary mapping is the most economical method select to the bisector planes of projections on the relationship of picture plane and every crossed with her the coordinate plane of the cartesian system. Between an axonometric projection and every projection set in the cartesian system, direct single link connection is set, and between both projections in the cartesian system double-link connection. All created system images are built in accordance with specially worked out for them by such diagram that gives an opportunity to get quality composition of axonometric image for every concrete designed form. For the construction of such diagrams the special algorithms are worked out. One algorithms correspond to the select set directions of images of axonometric axes on an axonometric projection, and other - to the direction set on the ortogonal projections of the cartesian system and intended for the construction of axonometric projection. It gives a brief introduction to the basics of the current system of basic composition. Attention is also drawn to the need for further scientific revision of the spatial compositional hierarchy of the designed forms required in the design of aesthetics content. In accordance with the critical analysis of the compositions of the designed forms in the perspective view of the IAOD system, a technology was proposed for the qualitative outline design of the modeling of these forms with a specific example while simultaneously changing the form of the form and in cartesian projections. This is certainly more reliable and faster than modeling in the material.

Key words: orthogonal projections, rectangular axonometry of general type, diagram, direct projection connections, algorithms, auxiliary bisector projection planes, justification, composition, sketch modeling, graphic operations, projected form.