The EPC/GDV Energy Field program is designed to process EPC/GDV image and build a model of human energy field using the information obtained from 10 EPC/GDV images of human fingers. Creation of energy field is based on a diagnostic map showing a correlation between the areas of glow of separate sectors of fingers and different systems and organs of the human body. The EPC/GDV Energy Field enables to view the human energy field as an image around the human contour and to represent it in tables and diagrams in a numeric form. The program also makes it possible to calculate the following parameters of the energy field model: area, entropy, fractality and symmetry.
The program gives an opportunity to quickly and easily visualize human energy field as a field image around the human body's contour and present these images in tables in a numerical form. The program makes it possible to calculate the following image parameters: joint area, integral entropy, integral fractality and symmetry.
In erat. Pellentesque erat. Mauris vehicula vestibulum justo. Cum sociis natoque penatibus et magnis dis parturient montes, nascetur ridiculus mus. Nulla pulvinar est. Integer urna. Pellentesque pulvinar dui a magna. Nulla facilisi. Proin imperdiet. Aliquam ornare, metus vitae gravida dignissim, nisi nisl ultricies felis, ac tristique enim pede eget elit. Integer non erat nec turpis sollicitudin malesuada. Vestibulum dapibus. Nulla facilisi. Nulla iaculis, leo sit amet mollis luctus, sapien eros consectetur dolor, eu faucibus elit nibh eu nibh. Maecenas lacus pede, lobortis non, rhoncus id, tristique a, mi. Cras auctor libero vitae sem vestibulum euismod. Nunc fermentum.
Mauris lobortis. Aliquam lacinia purus. Pellentesque magna. Mauris euismod metus nec tortor. Phasellus elementum, quam a euismod imperdiet, ligula felis faucibus enim, eu malesuada nunc felis sed turpis. Morbi convallis luctus tortor. Integer bibendum lacinia velit. Suspendisse mi lorem, porttitor ut, interdum et, lobortis a, lectus. Phasellus vitae est at massa luctus iaculis. In tincidunt.
