WMS - Multi Integrated Watershed Solution, Complete Multi Integrated Watershed Solution

1. Geographic Information System Tools
2. Network based data collection tool
3. Terrain data import and editing tools
4. Automatic watershed delineation and hydrological modeling
5. Support the most industry standard hydrological models
6. Step by Step Hydrological Modeling Guide
7. Hydraulic modeling and floodplain mapping
8. Rainwater channel modeling
9. Two dimensional (distributed) hydrology
10. Integration with FHWA hydraulic calculation software
11. Export WMS animation to Google TM Earth

Automatic watershed delineation and hydrological modeling

1. Automatically depict watersheds and sub watersheds using digital terrain data
2. Automatically calculate geometric watershed data such as area, slope, average elevation, maximum flow distance, etc
3. A small amount of input is used to calculate hydrological basin data such as concentration time, number of curves, and infiltration parameters
4. WMS includes industry standard equations for calculating sub basin lag time and concentration time
5. Add any number of internal exit points to enable WMS to automatically segment watersheds
6. Manipulating river networks to represent human characteristics or proposed changes to watersheds
7. Covering derived watershed boundaries to match your understanding of the watershed

Support most industry standard hydrological models

1. The license for WMS Floodplain or higher includes interfaces for the following industry standard hydrological models:
2. HEC-1
3. HEC-HMS
4. TR-20
5. TR-55
6. Rational approach
7. Modrat
8. OC (Orange County, California) Rational
9. OC hydrology
10. High density lipoprotein
11. National traffic statistics
12. Convert and compare the watershed results developed for a model with any other model supported by WMS
13. Read and compare the observed hydrological process lines with the calculated hydrological process lines

Hydraulic modeling and floodplain mapping

1. Define the river centerline and embankment stations
2. Define cross-sectional position
3. Automatically cut cross-sections and export Manning's roughness values from elevation and ground material data
4. Export the cross-section to HEC-RAS or a simplified hydraulic model for dam rupture
5. Run the hydraulic model and read the water level elevation back to WMS
6. Read water surface elevation data from hydraulic models or manually input known water surface elevation
7. Create flood range and depth maps using digital terrain data and water surface elevation data points
8. Link peak flow or complete hydrological process lines from any WMS supported hydrological model to the HEC-RAS hydrological model

Rainwater channel modeling

1. Draw rainwater channel network or import network from GIS
2. Calculate the elevation, length, and slope of the pipeline based on the basic elevation data
3. Link the rainwater discharge network to your hydrological model data
4. Export hydrological model data and rainwater discharge network to EPA-SWMM or XP-SWMM
5. Import existing EPA-SWMM or XP-SWMM files into WMS

Two dimensional (distributed) hydrology

1. WMS supports 2D models:
2. The US Army Corps of Engineers (USACE) GSSHA model
3. HMS version of quasi distributed MODClark method
4. Flood prediction (depth and velocity of the entire two-dimensional domain)
5. Thunderstorm (local rainfall) flood analysis
6. Surface water accumulation and infiltration analysis
7. Wetland modeling
8. Modeling the Impact of Land Use Change
9. Modeling of groundwater/surface water interaction
10. Modeling of Sediments and Pollutants

Import what you need

1. USGS DEM - Download and use any format of DEM from USGS
2. USGS NED data - seamless elevation data can be downloaded and read into WMS
3. ArcGIS Raster (ASCII format) - Read elevation or attribute data in grid format from ArcGIS
4. ESRI Shape Files - Read all shapes and attributes into WMS
5. DXF and DWG CAD files - WMS now supports the latest versions of DXF and DWG
6. WMS can read TIFF, JPEG image files -/images and geographic reference information
7. Any data supported by ArcGIS can be read into WMS (requires ArcGIS license, compatible with ArcGIS 10.0)

WMS 11.1 System Requirements

1. Operating System: Windows 10
2. RAM: Recommended 16GB or more
3. CPU: WMS software is CPU intensive. Some models and utilities integrated with WMS can simultaneously utilize multiple processor cores. We recommend the fastest CPU that your budget allows.
4. Storage: The recommended storage capacity will vary depending on personal data requirements. The latest version of WMS is disk I/O-intensive.

-Mechanical hard drive: basic performance

-SATA Solid State Drive: Better Performance

-NVMe Solid State Drive: Best Performance

1. Graphics card: Independent graphics cards are superior to integrated graphics cards. Basic or mid-range nVidia cards designed specifically for gaming have the best performance.
2. Display resolution: 1920 x 1080 or higher