MagPro Analysis Software

🖥️ MAGPRO V.4 ANALYSIS ENGINE GUIDE

WHAT IS MAGPRO ANALYSIS ENGINE?

MagPro V.4 is a high-performance visual processing hub designed to transform subsurface anomaly data into high-fidelity graphics. While engineered to operate in perfect synergy with the MagPro Scan & Map Android application, its adaptive architecture offers a broad range of data processing capabilities.

🌐 Broad Compatibility & Data Integration

• MagPro Mobile Sync: Seamlessly transfer magnetic data logs collected via the Android-based "MagPro Scan & Map" app directly to your PC environment. Perform deep data drilling far beyond standard mobile screens.

• Universal CSV Support: MagPro V.4 is not restricted to our proprietary ecosystem. It can easily import, parse, and process external data logs in standard CSV format from various magnetometers and subsurface imaging units, translating raw numbers into professional 3D models.

⚙️ HOW TO ACQUIRE & ACTIVATE THE SOFTWARE

• 📥 Step 1: Download & Run the PC Software First Navigate to our official web portal's download section on your computer. Click the "DOWNLOAD SOFTWARE (.ZIP)" button to instantly retrieve your deployment package. Extract the compressed ZIP folder and launch "MagPro V.4.exe" on your PC.

• 📋 Step 2: Note Down Your 4-Character Hardware ID Upon initial launch, the PC software will display a unique, 4-character Hardware ID on your computer screen. Copy or note down this specific 4-character code.

• 💰 Step 3: Unlock via Mobile In-App Purchase Open the MagPro Scan & Map application on your Android device and navigate to the PC License section. Carefully enter your PC's 4-character Hardware ID into the input field and complete the secure In-App Purchase via Google Play.

• 🔓 Step 4: Permanent Activation Once the payment is verified, your mobile app will instantly generate your lifelong unique license key and lock it permanently to that specific PC. Use the built-in sharing feature to send this key to your computer (via Email or WhatsApp). Enter the license key into your PC software's terminal to permanently unlock the Full Gold Version.

🛡️ Operational Note: MagPro V.4 maintains strict cryptographic and algorithmic synchronization with your mobile field unit. This ensures that raw magnetic field data collected out in the terrain is processed on your PC analysis suite with absolute microTesla (µT) sensitivity, precision, and zero data manipulation.

⚙️ SETUP & INSTALLATION GUIDE

MagPro V.4 features a high-performance "Portable" architecture that operates independently without modifying your PC’s system registries or deep system directories. It leaves a zero footprint on your hardware upon deletion.

1. Downloading the Package (Secure Cloud Gateway)

When you click the download button, your browser will securely fetch the compressed ZIP archive directly from our verified network repository. Since the file downloads via a direct, raw binary stream, your browser will immediately prompt you to save the file without any intermediate warning screens or scan obstruction blocks. Save the ZIP archive safely to your preferred local directory.

2. Extracting the Archive

• Navigate to your local download directory and locate the downloaded ZIP file.

• Right-click the file and select "Extract All..." (or use tools like WinRAR/7-Zip by selecting Extract to Folder).

• A new deployment folder containing all the compiled MagPro V.4 binary libraries will be generated. Your analysis suite is now ready for deployment!

3. Generating a Desktop Shortcut

To quickly access the analysis center without manually navigating deep into the directory every time:

• Open the extracted folder and locate the primary core executable named "MagPro V.4.exe".

• Right-click "MagPro V.4.exe" and select "Show more options" > "Send to" > "Desktop (create shortcut)".

• You can now launch the 3D processing dashboard with a single click directly from your desktop grid layout.

4. Critical Deployment Rules & Operational Notes

• 📂 Directory Integrity: Do not move, separate, or delete individual files inside the primary extracted folder. If you wish to relocate the main directory (e.g., moving it to Documents or a dedicated D:\ partition), simply recreate a new desktop shortcut from the executable at its new location to keep the core paths functional.

• 🧹 Zero Footprint Uninstallation: If you ever need to completely remove the software suite from your workstation, simply select the root folder and delete it. Since it is completely portable, it will leave no residual registry clutter, background trackers, or hidden system footprint on your computer.

🎛️ BUTTONS & INTERFACE FUNCTIONALITIES

1. OPEN CSV

This interface control executes the primary import routine for your target dataset.

• Clicking OPEN CSV launches a localized system file dialog window allowing you to navigate to your locally stored CSV logs.

• Once your target file is selected and authorized, MagPro instantly parses the array, rendering both the 2D Spatial Grid and the high-fidelity 3D Surface Model simultaneously.

2. REPORT

This automated engine compiles and exports a comprehensive, publication-ready technical document in high-resolution JPG format.

• Automatic Directory Management: The exported report is autonomously compiled inside a newly provisioned folder named "MagPro Analysis Reports" located right on your workstation's desktop. All subsequent exports, including your custom corporate or survey logo assets, are securely mapped directly to this centralized vault.

Comprehensive Report Payload Structure:

• 🖼️ Custom Survey Logo: Your designated corporate insignia or custom branding graphic (renders blank if no custom logo is pre-configured).

• 📝 Metadata Header: Renders the assigned project title, raw filename strings, and global execution timestamp.

• 📐 Grid Geometry Analysis: Explicit length-by-width dimensional matrices mapping the scanned terrain footprint.

• 🎯 Peak Anomaly Pinpointing: Absolute Cartesian coordinates indicating the exact local maximum anomaly coordinate detected on the 2D grid matrix.

• 📊 Statistical Deviances: Exact maximum and minimum standard deviation data metrics computed across the dataset.

• 🩹 Data Integrity Diagnostics: Live computational readout tracking the data health and structural safety parameters of the analyzed CSV log.

• 🗺️ 2D Spatial Layout: High-fidelity 2D colorized surface contour mapping.

• 💎 High-Resolution 3D Isosurface Plot: A high-definition 3D geometric visualization mapping target anomalies, allowing geo-engineers to accurately deduce the volume, shape, and depth structure of the hidden target based on the raw CSV data.

• 📈 Cross-Sectional Vector Graphs: Comprehensive line profiles extracted directly along the X-axis and Y-axis, dynamically paired with a general data trend graph to isolate local Positive and Negative Anomalies.

3. CSV CHECK

Launches an automated background diagnostic sequence that interrogates the structure of the active CSV file. It scans the raw signal arrays for sensory noise anomalies or step-increment sampling tracking errors, instantly generating an informational toast notification panel to debrief the technician on structural discrepancies.

4. EDIT CSV

Provides advanced modifications to previously recorded datasets. Clicking EDIT CSV invokes a system file navigator, prompting you to pick an existing CSV log. The software instantly ports the selected array into the Integrated Spreadsheet Editor Dashboard for structural modifications.

5. FILTER

Toggles the Advanced Signal Smoothing Filter array on and off.

• Filter Enabled (ON): Executes algorithmic smoothing across data points, rendering ultra-smooth color gradients and blended transitions for clearer macro-view interpretation.

• Filter Disabled (OFF): Color boundaries morph aggressively with crisp, high-contrast structural edges. This bypass mode exposes ultra-weak micro-signals and fine anomalies that might otherwise be smoothed out. Depending on your raw CSV layout density, this mode will alternate between displaying complex raw noise patterns or defining sharp geometric structural boundaries.

🔍 ADVANCED ANALYSIS CONTROLS & UTILITIES

6. 2D FOCUS

Launches a dedicated high-contrast visualization sub-window porting your active 2D contour layout.

• Smart Inversion Targeting: This submodule dynamically responds to your CSV dataset's dominant vector orientation. For instance, if your grid layout has a negative trend, the system automatically models positive boundaries, allowing your eye to easily isolate and identify negative target zones.

• Peak Isolation: Intermediate, insignificant data noise values are bypassed. The interface isolates and renders only absolute peak values, allowing razor-sharp target focusing.

• Fine-Tuning Sliders: Technicians can use the integrated Sensitivity and Noise Decontamination bars to sharpen target determination boundaries, locking on to the structural footprint of the subsurface anomaly.

7. ISOSURFACE

Invokes an independent 3D volumetric rendering viewport designed to model datasets in high resolution, providing centimeter-accurate ($cm$) geometric inspection of every single recorded coordinate.

• Volumetric Cube Modeling: Generates a 3D bounding box layout that can be completely rotated, tilted, and audited from every physical spatial angle.

• Dynamic Slicing Profiles: Allows you to cut the volumetric cube into segmented layers or slices to run a cross-sectional diagnostic of internal scan layers.

• Anomaly Profiling Seek-Bar: Technicians can utilize the integrated threshold seek-bar to strip away background soil responses, beautifully revealing the isolated 3D geometries of subsurface anomalies like targets (Metals) or subterranean structural voids (Cavities).

8. V (TF), GRAD (VG), AND Z (Z-AXIS)

Provides advanced column mapping adjustments for the data array processing pipeline.

• Default State: Upon initial file parsing, MagPro defaults to processing the V (TF - Total Field) sensory dataset column.

• Dynamic Remapping: Use this option to remap the core processing engine to target the GRAD (VG - Vertical Gradient) or Z (Z-Axis) vectors to evaluate specific anomaly trends.

9. ZIGZAG AND PARALLEL

Applies continuous layout rectification settings based on the field walking pattern used during data collection.

• Grid Stabilization: If toggling between these options alters your 2D grid rendering significantly, it flags that the physical coordinates or step-logging synchronizations in your CSV array are misaligned. The engine will autonomously attempt to stabilize and reconstruct the path matrix. Leave this setting at whichever position renders the clearest geometric coherence on your screen.

10. COLOR THEMES & SPECTRAL PALETTES

MagPro is deployed with five precision-engineered UI/UX visual color palettes customized for high-contrast field interpretation:

• 💎 ULTRA (Default Master Palette): The standard startup configuration profile. It maps an extensive color gradient system designed to capture and display the most minute microTesla (uT) variations with sharp, distinguishable color boundaries.

• 🌈 RAINBOW: A standard geophysical multi-color contour rendering palette used for general terrain overviews.

• 🌗 B&W (Black & White): Optimized for heavily distorted, high-noise survey fields. This architecture clips data to render Negative Anomalies in dark black tones and Positive Anomalies in crisp, bright white tones, suppressing clutter.

• 🪵 IRON: Enhances structural signatures by heavily illuminating positive magnetic anomalies—specifically designed to isolate and define metallic targets.

• 🕳️ GPR-MAX: Custom high-contrast theme optimized for Negative Anomalies. It maximizes the visibility and outline definitions of underground cavities, structural voids, tunnels, chambers, crypts, and vaults.

11. SOIL

Provides terrain composition calibration matrices used for depth estimation and forecasting algorithms.

• Select the local soil profile or mineral composition matching your physical survey site. This parameter calibrates the software engine to output significantly more balanced and realistic underground depth estimations.

12. SCREENSHOT

Instantly captures a lossless snapshot of your current visual workspace. The generated image file is compiled directly inside your desktop's centralized "MagPro Analysis Reports" storage directory for rapid inclusion in client briefings.

13. ABOUT

Displays the official MagPro developer credentials, intellectual licensing information, and corporate technical support communication card.

14. LOGO

Triggers an automated branding script window.

• Step 1: The interface prompts you to input your corporate or survey agency name string.

• Step 2: The system shifts to a local file browser directory, allowing you to select your company logo graphic asset.

• Once committed, all automated technical report engines will seamlessly inject your custom corporate identity and logo into the official output headers.

📊 DATA ANALYSIS & INTERPRETATION

🎨 The Language of Colors (Spectral Interpretation)

The various visualization themes integrated into MagPro V.4 are mathematically optimized to differentiate subterranean anomalies with extreme contrast. The specific magnetic values mapped to each spectral color layer will dynamically shift depending on your active color theme.

• The Color Bar Guideline: Because of this dynamic shift, the Color Bar (Color Scale) rendered immediately adjacent to the 2D spatial grid is your primary reference tool.

• Precision Reading: The numerical data values labeled along the Color Bar explicitly demonstrate which color maps to which exact magnetic intensity value, allowing geo-technicians to run error-free data interpretations.

📐 Coordinates & Survey Grid Scaling

The 2D analysis dashboard computes and renders the actual spatial boundaries of your surveyed terrain footprint in real-time, displaying dimensions in meters (m) along the side and bottom axes of the layout.

• Centimeter Precision: Clicking or hovering your cursor over any target point within the spatial grid instantly populates the data readout panel right next to the map, revealing the exact X and Y coordinates of that point with centimeter ($cm$) accuracy.

• Pinpoint Location: This real-time positioning matrix allows you to trace and pinpoint the exact physical location of a detected subsurface anomaly on the live field layout without positional drift.

🕳️ Anomaly Interpretation: Identifying Hidden Targets

Executing a successful geophysical analysis in MagPro V.4 requires looking beyond the mere presence of bright colors; you must critically audit the overall geometric shape, boundaries, and signal amplitude (intensity) formed by those color fields.

🎯 TARGET IDENTIFICATION & ANOMALY DIAGNOSTICS

1. Metal Detection Principles (Ferrous Targets)

Ferrous magnetic metals (such as iron, steel, and alloys) locally distort and intensify the Earth's ambient magnetic field lines.

• Visual Signature: Renders on the spatial grid as a sudden, sharp, and highly concentrated circular clustering, typically radiating in vibrant red/orange spectral tones.

• Distinguishing Characteristic: Metallic targets generate high-amplitude, localized peak spikes over a narrow surface area. If you toggle the Filter (Signal Smoothing) array OFF and this central peak core remains completely fixed and sharp, it mathematically confirms a highly localized, solid metallic mass.

2. Cavity & Void Detection Principles

Subterranean structural voids—such as tunnels, burial chambers, crypts, cellars, or graves—represent pockets of significantly reduced soil density, causing a local attenuation (weakening) of the Earth's magnetic flux density.

• Visual Signature: Renders on the spatial grid as broad, widely dispersed, and geometrically distributed anomalies appearing in deep, dark blue spectral tones.

• Distinguishing Characteristic: Unlike metallic peak anomalies, structural voids display larger spatial extensions and distinct geometric boundaries (such as rectangles, squares, or long linear paths). A historical structural tunnel, for example, can be accurately traced across the grid layout as a continuous, linear blue vector path.

3. Composited Targets: Detecting Metal Inside Voids

This dual-signature response represents one of the most high-value discoveries in subsurface exploration, typically indicating cultural artifacts or objects sealed inside an underground chamber or tomb structure.

• Visual Signature: Renders as a broad, extensive blue geometric zone (the structural void) containing a small, highly intense, and localized red anomaly spot (the metallic target) directly embedded within its center or corner matrix.

• Analytical Diagnosis: When evaluating the Color Bar, seeing sharp negative values (void signatures) immediately adjacent to intense positive values (ferrous target spikes) serves as the absolute strongest geophysical proof of artificial, man-made structural intervention.

4. Evaluating the Dataset Trend via Cross-Sections

Technicians can audit the overall structural status and signal baseline of the imported CSV array directly within the DATA FLOW INDICATOR visualization window, which outputs a live signal graph:

• Below the Zero-Line (Negative Domain): Data curves plotting below the zero-baseline represent local attenuation zones, identifying subterranean cavities and voids.

• Above the Zero-Line (Positive Domain): Data spikes plotting above the zero-baseline represent local field amplification zones, identifying metallic targets and mineralized anomalies.

SECTION: Real-Time PC Synchronization via Bluetooth

To synchronize your mobile application with the MagPro V.4 Analysis Engine (which you can download and install on your computer via the link in the application settings) and stream your field data to your PC, please follow the steps below:

1. Establishing the Wireless Connection

• Activate Mobile Streaming: Simply press and hold the "Z" button on the mobile application interface for 3 seconds. The application will instantly begin broadcasting magnetic sensor data packages via Bluetooth protocol.

• PC Initialization: Click the "BT CONNECT" button on your desktop software. The MagPro PC engine will automatically scan, filter, and pair with your smartphone's unique Bluetooth signature.

• Status Indicators:

  • Successful Connection: Once the connection is established, the button text will change to "DISCONNECT" and turn RED, indicating a live, secured data stream.

  • Connection Failure: If the synchronization fails, the button will instantly revert to GREEN. In this event, please verify that Bluetooth discovery is enabled on both your smartphone and computer, and ensure the devices are within optimal signal range.

2. Advanced Technical Operations & Live Monitoring

Once the real-time Bluetooth link is secured, the MagPro V.4 ecosystem unlocks advanced hardware-software integration:

• Remote Scan Management: You can completely control and manage your ground scanning steps directly from your computer terminal.

• Dual-Screen Visualization: Monitor raw magnetic field fluctuations simultaneously through the live mobile oscilloscope and the high-resolution desktop interface displaying real-time microTesla (uT) numerical values.

• Dynamic Grid Mapping: The 2D and 3D visualization grids on your PC software are structurally shaped by the precise X (Width) and Y (Size) dimensions you configured in your mobile settings, ensuring centimeter-level anomaly mapping in the field.

⚠️ CRITICAL FIELD NOTE: Before initiating any matrix scan or logging sequence, always perform a "Tare/Zero Reset" close to the ground surface to calibrate the internal magnetometer sensor against localized soil mineralization.

🏛️ CONCLUSION & LEGAL DISCLAIMER

MagPro V.4 has been engineered using advanced geophysical computing techniques to transform the invisible data layers of the subsurface into tangible, empirical evidence. It is vital to remember that every successful field discovery is the mathematical synergy between our sophisticated tracking technology and your experienced operational observations out in the terrain. Every signal captured in the field is a technical clue; every rendered 3D layout tells a unique structural story.

The MagPro development team is honored to accompany you along this journey of subsurface exploration. On your path to definitive discovery, let absolute data integrity be your primary guide.

⚠️ Legal Disclaimer & Compliance Notice

The operation of physical magnetometer hardware configurations and the deployment of subsurface imaging software packages may be subject to strict local regulations, federal laws, and official excavation permitting frameworks within your country or jurisdiction.

• User Responsibility: The end-user bears absolute and sole legal liability for acquiring all necessary environmental, administrative, and archaeological research clearances prior to field deployment.

• Preservation Rule: Users are strictly commanded to operate within ethical boundaries, ensuring that zero damage, disturbance, or alteration is inflicted upon local ecological systems, public infrastructure, or historical and cultural heritage structures during survey procedures.