FEATURES OF DESIGNING HARD FORM OF CLOTHES WITH THE COCOON METHOD

Abstract

Establishing the features of modeling a rigid form of clothing using the cocoon method on the example of a female corset of varying degrees of volume in the main sections of the torso of the fi gu re,
with the subsequent receipt of its graphic technological scan.
Methodology Used such methods as: the method of analysis and synthesis, the method of "cocoon", the method of photogrammetry. The research results are recorded by photographic prints, hard scans and technological ones. The graphic material is made using the Xara Xtreme Pro graphics editor. Results. In the course of the work, the characteristic stages of the development of the corset as a type of clothing are identifi ed. Systematized changes in the rigid form of the corset over time. Results. The percentage of the change in the parameters of the torso sections was calculated for various
variants of their deformation by the corset to develop a system of increments in the construction of the structure. The sequence of obtaining hard surface sweeps for corsets of various options for dividing the shape and the degree of volume is provided. Rigid technological sweeps of given shapes were obtained by the cocoon method and their analysis was performed.
Scientifi c novelty . For the fi rst time, the change in the geometry of the rigid form of clothes of the rigid form was studied using corsets as an example, depending on the various options for the division of the form and the degree of its bulk in diff erent parts of the torso. The percentage of deformation  of the body surface in the torso sections of the corset was calculated in accordance with the given shapes. Practical signifi cance. Practical signifi cance. The use of the “cocoon” method for obtaining sweeps
of a given rigid form of clothing of various types of division and degree of volume is substantiated. A sequence of actions and reasonably characteristic stages of their implementation are proposed. Evidence-based recommendations for changing the designs of tight-fi tting clothes in accordance with the lines of division and the degree of volume in accordance with the surface of the human body received further development.