FNCADnet
Module A
Remote 30 Prototype
Upload a single DXF → extract the piping network → identify the 30 hydraulically worst heads → emit PIPENET XLSX/CSV input → .sdf output. All 4 stages are animated live on the canvas.
Module B
Integrated Validation Module
Run the validation suite end-to-end: hydraulic results, optimization guide, data tables, audit statistics, and the detailed report — all in one workflow.
Module C
Architecture (DXF) Layer Cleanup
Upload a DXF, then toggle layer visibility and reclassify layers (pipe / head / text / architecture) in real time on the canvas. Re-export the cleaned drawing as DXF or DWG.
Module D
Output Workbench (Reverse)
Upload PIPENET output (.sdf / .xml) → render the ISO schematic PDF and the hydraulic calculation report PDF without running PIPENET. Switch the displayed item and redraw instantly, no recalculation.
Module E
CAD Project Editor (Desktop)
Launch the offline PySide6 desktop editor: load a DXF, map sprinkler heads via the head library, and save the edited project as a K-solver .kfp. Runs as a native window on the server PC.
Module F
CAD Import Workbench (Web)
The Module E engine, driven entirely in the browser — no desktop window. Upload a DXF, pick pipe layers and heads on the canvas, tidy the network (join / delete / water source / alarm valve), watch the water reach, then convert to a K-solver .kfp and download it.
Module G
CAD Project Editor II (Desktop)
A full clone of the Module E desktop editor on its own source tree — run it side by side with E without their picked specs, caches or edits ever touching. Same flow: load a DXF, map heads, tidy the network, save a K-solver .kfp.
Module H
Sprinkler Design Workbench (Simplified)
A drawing-centered workspace with clear status and next steps. Open data tables, advanced settings, and pipe sizing on demand, then export SDF through the existing validation checks. Shares the calculation engine and saved drawings with Module F while leaving its interface unchanged.