Анализ результатов экспериментов по искажению смещённой поверхности, получаемых с помощью компьютерной модели бицентрического монофокусного полупространства

The bicentricmonofocal half-space (BMHS) studies the physical and biological, illusory and static perception of visual images of the three-dimensional objects through the human eyes. On this basis, the mathematical and the interactive computer models are developed and display the distortion of the three-dimensional space during the parallel transport of the surface moving along the focal radius-vector directed to the origin. The experimental series are carried out by means of this computer model, and they are divided into four categories that are identifying the dependences of the evaluation criterion on the following factors: the indicator of the visual center, the intercenter distance, the length of the displaced focal radius-vector, cases of the location of the displaced focal point. To evaluate the results of the experiments the evaluation criteria is derived, which numerically expresses the extent of the distortion of the result surface with respect to the homothetic surface. The obtained results help to find out what the factors affect the distortion of the surface underwent the parallel transport transformation in BMHS.