[SYS_GRID: 200+ PIPELINES SYNCED]
[SOLVER: STEADY-STATE ACTIVE]
[LATENCY: 12ms]

Graphical Data Interface (GDI)

The Graphical Data Interface (GDI) provides map-style access to model geometry. Integrate bitmap (BMP), Drawing Interchange File (DXF), or Shape (SHP) files as background maps. Draw schematics using point-and-click entry, relative distance/angle entry, or direct coordinate mapping with pop-up data inspection screens and color-coded tracing.

Live System Performance: 99.98% Synchronized
Map-Style Geometry Access Seamlessly navigate network geometry using intuitive map navigation tools.
Multi-Format Integration Import BMP, DXF, and GIS Shape (SHP) files as precise background templates.
Flexible Schematic Entry Draft layouts via point-and-click, distance/angle offsets, or direct coordinates.
Inspection & Tracing Analyze system performance with real-time pop-up screens and color-coded tracing.
Initialize Spatial Grid Model

Core Functional Capabilities

GIS Background Rasters (BMP, DXF, SHP)
Precision Analytical Wireframe & Pressure Gradients
RAW BACKGROUND GIS MAPPING LAYER

Background GIS Integration

Integrate spatial rasters and vector files (BMP, DXF, SHP) to anchor models directly to real-world geospatial templates.

Bottom Strata

Precision Schematic Drafting

Construct network layouts seamlessly via point-and-click entry, relative offset angles, or absolute coordinates.

Middle Strata

Real-Time Model Edits

Modify network elements, update pipe specifications, and execute instant spatial calculations dynamically on canvas.

Top Strata
TELEMETRY_HUD ID: NODE_402
142.68 m
54.2 PSI
28.6139° N
SYNCED

Pop-Up Data Inspection

Access immediate node and pipe details through dynamic pop-up inspection overlays without losing context on the map grid.

TRACE_FEED NET: DRAIN_A
2.45 m/s
-1.2% slope
420 L/s
OPTIMAL

Color-Coded Flow Tracing

Visualize pressure profiles, directional flows, and velocity gradients directly across system components via custom color coding.

GIS Layer Synchronization

Overlay hydraulic models onto existing municipal enterprise GIS layers to verify topological alignment and asset attributes.