🔧 Blade Creation System

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🔑 Unified JSON Architecture

JSON IN All inputs (PAC dialog, Web UI, API) produce JSON  →  JSON OUT All results returned as JSON

Single code path • Complete audit trail • Testable • Replayable

1. Input Sources (All Generate JSON) 2. INPUT JSON FILE 3. JSON Parser 4. Master Controller 5. Mode Selection 6. Execution Pipeline 7. Progress 8. Error Handling 9. OUTPUT JSON FILE 10. Results PAC Dialog (PEPS) Native • Direct interaction Web UI (Offline) RJSF • Downloads JSON Batch / API External systems Direct JSON Manual / Templates 📄 blade_input.json Single entry point • All parameters • Logged for replay fxParseJSON ✓ (6/6 tests pass) Extracts all parameters into macro variables fxBladeController Validates • Selects mode • Queues operations • Manages progress • Collects results call fxBladeController $_inputJson $_outputJson STANDARD Orthogonal blades GRAVITY OFFSET Contact-aware COMPOUND Vector-based Profile Gen Kurve Extrude SLD EXT Boolean SLD UNI/INT Trim TODO 🌐 NucleoSphere Visual Progress FINE-GRAINED BATCH Error state → Red shell Error Check Continue Abort 📄 blade_output.json Status • Body IDs • Errors • Timing • Complete audit Blade Bodies VDM body set Report JSON readable Replay Archive Input + Output pair writes writes writes reads reads
Input Sources
JSON Files
Controller
Mode
Execution
Output

📊 Other Diagrams

✂️
Dual-Section Method
Front/back plane sectioning for compound angles
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Modular Assembly
T-wedge Lego block connection system

🔪 Blade Generation Pipeline

Detailed step-by-step: fxBladeProfileIntersect → fxCreateBladeFromIntersect

🔍 Open Full Size 📥 Download SVG

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