Image Description: Shape and Structure: Graphs and Diagrams

Image Description: Shape and Structure: Graphs and Diagrams: The image must include graphs and diagrams that represent the measurement and analysis of energies.. This may include line graphs, bars or waves, in addition to energy diagrams that symbolize the interpretation of radiesthetic data. Energy Standards: Add geometric patterns or waves that represent different frequencies and intensities of energy. These patterns can be arranged in layers or overlaps to indicate the complexity of the dowsing.. Cor e light effects: Measurement Colors: Use a color palette that includes shades of blue, green and gold, to represent the accuracy and clarity of energy measurements. Colors should be light and contrasting, facilitating the visualization of graphs and diagrams. light effects: Add soft light effects or glows across the graphs to highlight areas of interest and the intensity of the measured energies. Charts may have bright lines or borders to enhance visualization.. Texture and details: Digital Texture: The surface of the graphics can have a digital or holographic texture, with well-defined lines and shapes that symbolize precision and detailed analysis. Add elements of shine and transparency to give a modern and technological look. Radiesthetic Symbols: Include symbols related to radiesthesia, such as pendulums or dowsing rods, integrated into the graphs to represent the tool and methodology used in the measurement. Environment and Background: Neutral or Technological Fund: The background can be a neutral or technological environment, like a digital control panel or a clean surface with subtle gradients. Background colors may include shades of light gray, light blue or white, so as not to distract from the main graphics. Analysis Effects: Add elements that suggest data analysis and interpretation, as numbers, scales or captions, to emphasize the tool's function in measuring and analyzing energies.