End-to-end microgravity field data processing and quality control system. A unified 12-panel desktop application covering the complete workflow from raw instrument files to standardized deliverables — gravity data reshaping, GPS coordinate processing, point matching, 7-term gravity correction chain, quality control, progress statistics, and dual-format (Word + PPT) auto-generated reports.
This system replaces fragmented scripts with an integrated, guided GUI for microgravity field data processing. It supports 4 gravimeter types, 3 GPS receiver models, and produces standardized multi-level deliverables.
GRA Reshape → GPS Reshape → Point Match → Correction → Shift/Null
→ Dense Stats → QC Control → Closure Check → Progress Chart
→ Track → Daily Report → Project Summary
Gravity Data (GRA Reshape) — 10 station type classification:
- Auto-detect 4 gravimeter formats: CG-5, CG-6, Burris-DD, Burris-JT
- Keyword dictionary classification: target / core / extension / infill / default / static / dynamic / round-trip / base (10 types)
- Structured output:
.xlsxtables +.txtraw text lines + RawData archive - Reading distribution heatmap, unit timeline visualization
- First/last point identity consistency check
GPS Data (GPS Reshape) — 3 receiver models:
- Auto-detect Huace E90 (41-column), X10, T7 (42-column)
- Column-mapping structure-driven format recognition
- User-extensible: add new receiver types via GUI ColMap editor
- Cross-instrument field guards (Role/Base compatibility)
- GBK encoding preservation for Chinese Windows
- Point distribution & elevation scatter visualization
Point Matching (Match):
- Time baseline + survey line + point number matching
- Base/auxiliary/static point: control point + instrument matching
- LED-strip matching status scatter, closure-unit detail timeline
- Real-time success rate status indicator
| # | Correction | Method |
|---|---|---|
| 1 | Drift | Linear fit (slope/intercept) |
| 2 | Solid tide | Harmonic model |
| 3 | Base difference | Base station tie |
| 4 | Free-air (height) | 0.3086 mGal/m |
| 5 | Latitude | WGS84 formula |
| 6 | Bouguer (slab) | 2πGρh, configurable density |
| 7 | Terrain | Multi-body prism forward (4-step pipeline) |
Plus: scale factor correction, absolute gravity, quasi-Bouguer anomaly.
Shift & Null: Design-vs-actual offset error statistics, null-point identification, stakeout radius
Dense Stats: Infill point distribution, type composition, DEM input for terrain correction
QC Control: Elevation/plan/gravity QC error statistics (spatial + histogram views), 3-threshold bidirectional sync
Closure Check: AM/PM unit closure (direct + tide-corrected gravity, elevation, duration)
Progress Chart (daily, 11 sub-panels):
- Per-day measurement progress, hierarchical bar (all/survey/QC/infill, stacked & unstacked)
- Parameter trends: SD / tilt X,Y / duration / 3-point difference / over-limit
- GPS trends: PDOP/HDOP/VDOP / satellites / constellations / error
- Base station trends, checkpoint count & relative error
- 3-threshold lines with compliance direction triangles
Track: Field acquisition GPS trajectory replay
Daily Report: Auto-generated daily inspection report aligned with progress chart thresholds
Project Summary (KPI dashboard):
- Mixed data source (memory-priority, disk-fallback) full-survey KPIs
- Indicator table: design / measured / QC / null / infill / duplicate / non-conforming / duration
- Acquisition progress pie chart (with completion %), statistics histogram, QC non-conformance chart
- Dual auto-report export: Word (
.docx, python-docx) + PPT (.pptx, python-pptx) from unified JSON model - One-click archive: xcopy all pipeline outputs to standardized 12-level directory structure
| Type | Models | Format |
|---|---|---|
| Gravimeter | CG-5, CG-6, Burris-DD, Burris-JT | Auto-detected |
| GPS Receiver | Huace E90 (41-col), X10, T7 (42-col) | Extensible |
- 18 statistical metrics per vector
- 10 station types (survey + QC)
- 12 standardized output directory levels
- Word + PPT dual-report rendering (MATLAB JSON → Python python-docx/pptx or frozen .exe)
- RSA-2048 license system: machine-fingerprint binding, offline verification, clock anti-rollback
- Full-pipeline
isfield/exist/try-catchguards - Missing files/columns/empty tables degrade to defaults without crashing
- Path & parameter cross-session auto-persistence
- GBK-native encoding for Chinese Windows environments
| Component | Requirement |
|---|---|
| OS | Windows 10/11 (64-bit) |
| Runtime | MATLAB Runtime R2026a |
| Report Engine | Bundled Python (python-docx, python-pptx) or frozen .exe |
| Memory | 8 GB recommended |
| License | Machine-bound RSA-2048 activation (first-launch prompt) |
Get the latest installer from Releases.
| Document | Content |
|---|---|
| 软件概要 (Software Overview) | Architecture, 12-panel overview, instrument/chart/report capabilities, technical specifications |
| 功能清单 (Feature Checklist) | ~97 detailed feature points across 4 modules (system, data, correction, reporting) |
| 安装与部署说明 (Deployment Guide) | Packaging prerequisites, source dependencies, Python report environment setup (2 options), MATLAB Runtime options, compilation steps, target-machine activation |
| 技术白皮书 (Technical Whitepaper) | Technical architecture, algorithms, data flow |
| 用户操作手册 (User Manual) | Step-by-step operation guide for each panel |
☐ Cat.png (window icon) — in additional files
☐ word_gen.exe / ppt_gen.exe (or .py scripts) — report renderers
☐ MATLAB Runtime R2026a — bundled or online-download
☐ License.key — post-install activation on target machine
☐ private_key.der / KeyToolV19.m — NEVER included in client package
From raw CG-5/CG-6 file to stamped Word report — one guided pipeline, no scripting required.