PCSWMM professional 2023 v7.6 full crack unlimited download

PCSWMM cracked version is a powerful modeling software designed to provide users with complex modeling of various water systems, more economical water management, modeling, decision-making creation solutions, optimize your workflow, intelligent design, save time while improving the feasibility of the solution, flexible software, suitable for various complex and large models, easily handle millions of time series data points and hundreds of thousands of entities, and is very user-friendly, allowing you to focus on optimizing the design without worrying about basic details, playing an immeasurable role in the field of work.

Features
1. Geographic Information System for Water Management Engineers
1. 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 input, results or user-defined parameters.
2. Support almost all projection/coordinate systems
Create accurate models anywhere in the world using more than 4,500 predefined coordinate systems, dynamic reprojection, layer correction and coordinate system conversion tools.
3. Full set of topology tools
Benefit from GIS tools optimized for your water management modeling needs, including area weighting, buffering, clipping, Thiessen surface generation, automatic connectivity, spatial auditing, etc.
4. Terrain Grid (DEM) Support
Estimate surface slope, extract DEM elevation, delineate watersheds, sample cross sections, edit features, burn rivers, and even create your own digital elevation models.
5. Automatically delineate watersheds
Quickly discretize and parameterize models using high-resolution DEMs; create detailed catchment networks with hydraulic wiring.
6. Bing Maps, OpenStreetMaps and WMS Map Services
Instantly georeference your model using free background tile map services from Microsoft and OSM, as well as support for Web Map Services.
2. Time Series Management and Analysis
1. Efficiently plot and analyze millions of data points
Fully support almost any time series, optimized for efficient loading, visualization and analysis of very large data sets.
2. Store and manage time series in a variety of database and file formats
Manage time series in the format of your choice, including binary and ASCII formats, SQL, MDB, Excel, NEXRAD, Canadian Environmental Radar, GRIB2, OSIsoft PI, NUMERICA, NWS and more natively supported formats.
3. Full editing capabilities for correcting, transforming or deriving time series
Edit, interpolate, copy, crop, extract, transform any time series, and more. Use user-defined expressions to derive time series and decompose rainfall to create high-resolution long-term time series.
4. Automatic audit tools for marking suspicious and incorrect data
Audit observed data through sensor performance, range, rate of change, redundant and missing data checks. During calibration/validation event selection, suspicious and incorrect data are intuitively marked and reported for correction and avoidance.
5. Calculate objective function statistics and error functions
Calculate the maximum, minimum, average and total values ​​of any time series, as well as the number, duration and number of exceedances and deficits. Use any of eight common error indicators to evaluate errors.
6. Event Analysis: Statistics and Return Cycles
Automatically perform event identification and event statistical analysis, including frequency and return cycle calculations, annual and seasonal analysis, and more.
7. Scatter plots, calibration plots, duration exceedance plots, and hydraulic modification plots
Compare multiple time series with trend lines, draw duration exceedance curves on any type of time series, and complete hydraulic modification analysis with pass-fail analysis.
8. Automatic time pattern recognition and creation
Analyze hourly, daily, and monthly time patterns of dry weather wastewater flows and distribute DWFs across the system.
9. Intensity-Duration-Frequency Analysis
Perform IDF, annual peak, and annual duration or partial duration event analysis on any time series.
10. Integrate time series with mapping
Link time series with geospatial entities for spatial query and terrain analysis.
III. Hydrological and hydraulic modeling
1. Full support for open source EPA SWMM5 and EPANET2
Dynamically switch between any official EPA SWMM5 engine released in the past 10+ years, as well as community-sourced OpenSWMM engines and official EPANET2 engines.
2. Green Infrastructure (Cap/South Cap)
Physically based modeling of bioretention cells, vegetated swales, green roofs, rain barrels, infiltration trenches, rain gardens, permeable pavement, and other low-impact development configurations.
3. Hydrological modeling
Single event or continuous modeling of surface rainfall, snowmelt, interception, evapotranspiration, infiltration, detention, groundwater, and surface runoff.
4. Hydraulic modeling
Steady-state, kinematic, and fully dynamic modeling of natural rivers, culverts, bridges, stormwater, sanitary and combined sewers, pumps, weirs, holes, real-time controls, etc., as well as water distribution modeling of tanks, reservoirs, pipes, pumps, and valves.
5. Water quality modeling
Generation, flushing, transport and treatment of non-point and point source pollutants in urban and rural areas (including groundwater).
IV. Industry-leading training and support
1. Unlimited technical support from professional engineers
Get expert help on PCSWMM: All of our technical support staff are friendly and knowledgeable professional engineers who use the software every day. Support is unlimited and free.
2. Global training opportunities
Attend any of 50 annual on-site seminars on advanced stormwater, wastewater and watershed modeling around the world, or participate at your own pace with more than 1,000 pages of constantly updated online training materials available for free with a subscription.
3. Annual International Conference on Water Resources Management Modeling
Advance your modeling knowledge, meet colleagues and make new connections at the annual SWMM User Conference: ICWMM.org
4. Journal of Water Management Modeling
Learn modeling best practices and share your innovations and insights through the peer-reviewed, open access Journal of Water Management Modeling (JWMM).
5. Open SWMM Community
Ask questions, get answers, and help shape the future of Open SWMM through OpenSWMM.org, the longest-running technical forum with 12,000 posts and counting.
6. Visual SWMM5 Source Code Browser
Explore the well-commented SWMM5 open source code in an engineer-friendly way. Read reviews, get insights, suggest improvements, and learn about the engine!
V. Comprehensive decision support tools
1. Project management
Manage your projects efficiently with tile-based project managers, scenario creation, project archiving, and multiple comparison tools. Comprehensive document management and simple notes provide a complete chronological record of model development.
2. Import, audit, and missing data correction
Import from more than 50 common GIS data formats and verify attributes with advanced audit tools and distribution maps. Correct and fill missing data with a variety of tools, including vertical alignment, network analysis, automatic network connection, missing data interpolation, and cleanup surfaces.
3. Simplified model creation tools
Easily import from HEC-RAS, open existing SWMM5 and EPANET2 models, create dual drainage (primary/secondary) systems, delineate watersheds, create conveyance networks, parameterize based on soil, land use and other mapping data, and more.
4. Automatic sensitivity, calibration and error analysis
Validate models by quantifying errors in any output and calibrate efficiently using sensitivity-based automatic tuning tools.
5. Radar rainfall acquisition and processing
Download, process, manage, calibrate, analyze and use radar rainfall for dynamic storm simulations (ask PCSWMM real-time for flood forecasting).
6. Output visualization and reporting
Dynamic rendering of maps, profiles and graphics, 1D and 2D video creation, automatic reporting and export, statistical analysis, and high-resolution plotting and PDF printing capabilities.
6. Integrated 1D-2D modeling
1. Solve one-dimensional and two-dimensional domains using the SWMM engine
Easy 1D-2D modeling using the SWMM5 dynamic wave equation, where gravity, slope and friction are the main terms.
2. Suitable for urban and rural flood modeling
River-based flooding, urban flood modeling, primary/secondary (dual drainage) analysis and overland path of rainfall.
3. Flexible grid creation
Automatically create unstructured or structured grids, including obstacles, edge definitions, break lines, non-point boundary conditions, etc.
4. Seamless integration of 1D entities
Easily integrate catchments, pumps, orifices, weirs, outlets, culverts and bridges throughout the 2D grid.
5. Output analysis and visualization
Generate risk maps, contours, velocity vectors, plan and profile animations, record videos and visualize in 3D through Google Earth integration.

PCSWMM is an advanced modeling software for stormwater, wastewater, watershed and water distribution systems.

PCSWMM will help improve your new water supply, drainage and green infrastructure design, floodplain delineation, sewer overflow mitigation, water quality and integrated catchment analysis, 1D-2D modeling – and much, much more. Easy to learn, PCSWMM expands with you as your confidence grows.

Save a ton of time with smart and easy-to-use tools designed by engineers who use the software every day. With a high performance, stand-alone GIS engine at its core, you can efficiently analyze systems, synthesize, develop and prove models and make informed decisions.

PCSWMM is built to accommodate your existing software ecosystem – and with its open standard data formats, sharing your work with clients and colleagues is effortless. PCSWMM’s open source engine is far from a black box, so you can confidently work with transparent and trusted code.

With no restrictions on model size and complexity, PCSWMM is optimized to handle millions of time series data points and hundreds of thousands of entities. No matter how large or small your model, you’ll make effective use of all your data at a fraction of the cost of comparable software.

PCSWMM’s design is incredibly intuitive and easy to use, allowing you to quickly focus on the engineering. And with unparalleled free educational resources, such as JWMM and OpenSWMM, comprehensive integrated training, and unlimited technical support from qualified professional engineers, you’ll be a star.