Pcswmm User Manual

Free pc dvd player download. Native support for 50+ GIS/CAD layer formats Create, open, edit and export the most popular GIS vector, raster and grid formats. Import, copy and paste entities between layers.

Render and query any layer based on inputs, results or user-defined parameters. Supports virtually all projection/coordinate systems Create accurate models anywhere in the world with over 4,500 predefined coordinate systems, on the fly reprojecting, layer rectification and coordinate system conversion tools. Full suite of topological tools Benefit from GIS tools optimized for your water management modeling needs including area-weighting, buffering, clipping, Theissen-polygon generation, auto-connectivity, spatial auditing and many more.

Publishers Description From Author Direct: This password manager lets you keep track of the many pcswmm user manual you use. Derive time series using user-defined expressions and disaggregate rainfall to create high resolution long-term time series. PCSWMM is flexible, easy to use and streamlines your workflow – saving you time and resources. Training Beginner or seasoned user, our flexible training options help you understand and master the full capabilities of both EPA SWMM5 and PCSWMM.

Terrain grid (DEM) support Estimate surface slopes, extract DEM elevations, delineate watersheds, sample transects, edit features, burn streams, and even create your own digital elevation models. Automated watershed delineation Use high-resolution DEMs to quickly discretize and parameterize models; create detailed catchment networks with hydraulic routing incorporated. Bing Maps, OpenStreetMaps and WMS map services Instantly georeference your model with free background tile map services from Microsoft and OSM and support for Web Map Services.

Graph and analyze millions of datapoints efficiently Comprehensive support for virtually any time series, optimized for the efficient loading, visualizing and analysis of very large data sets. Store and manage time series in a wide variety of database and file formats Manage time series in the format of your choice, including binary and ASCII formats, SQL, MDB, Excel, NEXRAD, Environment Canada Radar, GRIB2, OSIsoft PI, NUMERICA, NWS and many more formats natively supported. Full editing capabilities for correcting, converting or deriving time series Edit, interpolate, copy, crop, extract, convert any time series, and much more. Derive time series using user-defined expressions and disaggregate rainfall to create high resolution long-term time series.

Automated auditing tools to flag suspect and incorrect data Audit observed data with sensor performance, range, variation speed, redundancy and missing data checks. Visually flag and report suspect and incorrect data for correction and avoidance during calibration/validation event selection. Calculate objective function statistics and error functions Calculate the max., min., mean, and total, as well as the volume, duration and number of exceedances and deficits on any time series. Assess errors using any of eight common error metrics.

Event analysis: statistics and return periods Automate event identification and event statistical analysis, including frequency and return period calculations, annual and seasonal analysis and more. Scatter, calibration, duration-exceedance and hydro-modification plots Compare multiple time series with trend lines, plot duration exceedance curves on any type of time series, and complete hydro-modification analysis with pass-fail analysis. Automated time pattern recognition and creation Analyze dry weather wastewater flow for hourly, daily and monthly time patterns and allocate DWF throughout the system. Intensity-duration-frequency analysis Perform IDF, annual peak value and annual duration or partial-duration event analyses on any time series.

Integrate time series with mapping Link time series with geo-spatial entities for spatial querying and topographical analysis. Full support for open source EPA SWMM5 & EPANET2 On the fly switching between any official EPA SWMM5 engine released in the last 10+ years, as well as the community-sourced OpenSWMM engine and the official EPANET2 engine. Green Infrastructure (LIDs/SUDs) Physically-based modeling of bioretention cells, vegetative swales, green roofs, rain barrels, infiltration trenches, rain gardens, permeable pavement, and other low impact development configurations. Hydrologic modeling Single event or continuous modeling of surface rainfall, snowmelt, interception, evapotranspiration, infiltration, detention storage, groundwater and surface runoff. Hydraulic modeling Steady state, kinematic and fully dynamic modeling of natural rivers, culverts, bridges, storm, sanitary and combined sewers, pumps, weirs, orifices, real-time controls, etc, as well as water distribution modeling of tanks, reservoirs, pipes, pumps and valves.