GDV Software

GDV Capture is designed for capturing and saving files of GDV images and GDV videos. The program has two working modes, static and dynamic. It allows quick and easy capturing of GDV images of 10 fingers, up to 100 GDV images of liquids or other biological materials, as well as recording short video films of gas discharge (GDV video).

The purpose is to build up a model of human energy field on the basis of the topic map with correlation between the glow of separate sectors of human fingers and his biological systems and organs; viewing energy field as an image around human contour; numeric presentation of data in tables and diagrams; calculation of energy field parameters: area, entropy, fractality and symmetry.

The GDV Diagram program is designed for analysis of functional state of human body by calculating the integral GDV parameters of energy distribution in body and organs and their comparison with reference parameters of a practically healthy person. The obtained data is displayed in a graphic form as circle diagrams.

The program GDV Screening is designed for analysis of functional state of subjects by calculation of complex GDV parameters of organs and body systems and for their comparison with reference parameters of a practically healthy person. The program calculates numerical characteristics, such as integral area, integral entropy and activation coefficient of separate organs and systems.

The GDV Virtual Chakra program is designed for graphical display of GDV parameters distribution among energy centers of the human body – chakras – based on processing of GDV-images of 10 fingers. Calculation of the GDV chakras is based on the idea of the chakra connection with that part of the finger to where the corresponding systems of human body are projected.

Purpose:
GDV Atlas is a combination of "GDV Screening" and "GDV Diagram" programs possessing a number of new user options.

The GDV Viewer program is designed for viewing and visual comparison of GDV-images of biological and physical subjects. The program makes it possible to view GDV-images in different noise filtration and pseudocoloring modes and to calculate numeric GDV parameters of loaded images.

The GDV SciLab program is designed for processing and analysis of GDV images recorded using the GDV Capture program. The GDV SciLab program provides quick and easy multi-parametric processing and statistical comparison of two samples of static or dynamic GDV-images of any research subjects. The program can operate in two modes: a static mode for static GDV-images processing and dynamic , for dynamic images. It also enables to perform analysis of a sector of the GDV image.

The GDV Sport program is designed to evaluate the psychoemotional status parameters expressed as peer review diagnostic decisions and integral indices reflecting the energy-functional level of human body based on GDV images of human fingers. The calculated parameters and indices express the potential of “successfulness” in the subject’s activity.

GDV Neurotonus

Purpose:

• rapid assessment of the functional state of the subject’s nervous system  (NS);

• evaluation of the subject’s current psycho-physiological state;

• identification of susceptibility to the development of various functional  (psycho-physical) states including their prenosological and abnormal forms;

• evaluation of the severity of the impact of various environmental factors  on human.