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.

Price 580.00 Euro

Pseudocoloring modes

You can view EPC/GDV images in various pseudocoloring modes, which enables to study the peculiarity of development of gas discharge more accurately. You can switch one pseudocoloring mode to another in the upper left corner of the page.

The following types of pseudo-coloring are provided in the program:

1. Original image – image as it was obtained from video camera and saved in AVI-file. Gray color palette containing 256 shades of gray (from black to white) is used.
2. Inverted image – inverted gray color palette is used, containing 256 shades of gray (from black to white). Particular small details and thin streamers are better seen in this palette than in the initial image.
3. Intensive palette – image points are colored in one of eight colors. The brightest glow points are colored in the shades of blue, less bright points are colored in the shades of red. Points, the intensity of which is higher than the noise level, but lower than the base noise level for the given frame, are colored in yellow. All image points removed by noise filtration are shown in white.
4. Solid palette – all image points removed by noise filtration are shown in black color, the rest of the points are shown in a monotonous bright color. Use this palette analyzing sector’s glow area and glow area of the whole image in order to avoid optical illusion, which can occur if some points are not seen well, as the coloring is similar to the coloring of “noise” points.
5. Blue palette – color palette containing 256 shades of blue (from black to bright blue) is used. Points with minimal intensity of glow are shown in dark (almost black) shades, points with maximal intensity of glow are shown in bright (almost blue) shades. This palette displays the glow similar to the way it can be seen in instrument’s electrode by the naked eye.
6. Energy palette – the image points are colored in one of the nine colors. The brightest glow points are colored in blues, the less bright ones are colored in reds, oranges and violets. All image points removed by the noise filtering algorithm are displayed in white.

Working procedure

The program can simultaneously carry out the data processing for several subjects with a possibility of having several EPC/GDV captures for each of them (e.g., taken on different dates). A EPC/GDV capture is one or two sets of files of EPC/GDV-images of fingers taken with and without filter.

The list of captures and personal data of the subject (name, gender, age, etc.) are saved in the file or on the disk. Therefore to process the subject’s data it is necessary either to create a new file, or to download the previously created one and then add the new capture. When you want to close the program or delete subjects from the list, a request will be made if you need to save all changes during this séance.

Thus a typical working procedure looks as follows:

1. Create a new file or download the existing one
2. Add the new capture
3. Download the subject’s EPC/GDV-images with and without filter
4. Calibration (if this procedure has not been carried out before)
5. Check settings of noise filtration, pseudocoloring mode, and if necessary, introduce your corrections
6. Correct the inner glow contour
7. Build the energy field model
8. Build the numerical data table
9. Build comparative diagrams of numerical parameters of the energy field model
10. Save the results and print out

System requirements The program can be operated in the following Microsoft Windows operating systems:

• Windows 2000
• Windows XP

Recommended computer configuration:

• Processor - P 4 or higher
• Memory - 256 Mb or more
• HDD free space - 5 Gb or more
• EPC/GDV software:

EPC/GDV SOFTWARE: EPC/GDV CAPTURE,  EPC/GDV ENERGY FIELD,  EPC/GDV DIAGRAM,  EPC/GDV CHAKRA,  EPC/GDV SCILAB,  EPC/GDV SCREENING,  EPC/GDV VIEWER ,  EPC/GDV QUALIFICATION