| | | Interface and graphical editing ■ Stand-alone Windows interface included ■ ArcGIS-based interface (ArcMap) included ■ MicroStation-based interface included ■ AutoCAD-based interface included ■ Unlimited undo and redo ■ Element morphing, splitting and reconnection ■ Automatic element labeling ■ Scaled, schematic, and hybrid environments ■ Element prototypes ■ Aerial view and dynamic zooming ■ Named views library ■ Multiple background-layer support ■ Image, CAD, and GIS background support Interoperability and data connections ■ One set of files for four compatible interfaces ■ Bidirectional synchronized connections ■ Shapefile, Geodatabase, Geometric Network and SDE ■ Polyline-to-pipe connections from DXF files ■ Spreadsheet, database and ODBC connections ■ SCADAConnect™ available for live data connections Hydraulics, operations, and water quality ■ Steady-state simulation ■ Extended-period simulation ■ Constituent-concentration analysis ■ Source tracing ■ Criticality analysis ■ Tank-mixing analysis ■ Water-age analysis ■ Fire-flow analysis ■ Rule-based or logical controls ■ Pressure-dependent demands ■ Scenario modeling-based unidirectional flushing ■ Valve modeling Results presentation ■ Direct ArcMap visualization and mapping ■ Thematic mapping ■ Dynamic, multi-parameter, and multi-scenario graphing ■ Shapefile contouring ■ Advance profiling ■ Advanced tabular reporting with FlexTables® ■ Property-based color coding and symbology ■ Property-based annotation | | Model building ■ Polyline-to-pipe conversion from DXF files ■ Spreadsheet, database, and ODBC connections ■ Automatic demand allocation from geospatial data ■ Geospatial demand allocation from customer meters ■ Demand allocation from lump-sum geospatial data ■ Geospatial-based water-consumption projection ■ Daily, weekly, monthly, and superimposed patterns ■ Unaccounted-for water and leakage estimation ■ Composite demands global edition ■ Area, count, discharge, and population-based loading ■ Pipe-length-based demand loading ■ Elevation extraction from DEM, TIN, and shapefiles ■ Elevation extraction from CAD drawings and surfaces ■ Parallel skeletonization of pipes ■ Branch-trimming skeletonization ■ Multi-criteria automated skeletonization Model management ■ Unlimited scenarios and alternatives ■ Comprehensive scenario management ■ Global attribute tabular edition ■ Sorting and persistent filtering on tabular reports ■ Statistical analysis from tabular reports ■ Automated model skeletonization ■ Personalizable engineering libraries ■ Dynamic and static selection sets ■ Local and global engineering-units management ■ Sub-model management ■ Drawing review tools for connectivity consistency ■ Automatic topology review ■ Orphaned nodes and dead-end pipes queries Optimization ■ Genetic algorithm calibration, design and rehabilitation ■ Automated model calibration with Darwin Calibrator ■ Optimized design and rehabilitation with Darwin Designer Energy and capital-cost management ■ Energy cost analysis ■ Capital cost analysis ■ Automatic design and rehabilitation | | |