SMS - The Complete Surface-water Solution

地表水模型系統（SMS）是一個全功能的環境，支援一、二、三維水動力模型。在地表水的模擬設計也能做到前後置處理，SMS功能包括在二維的有限元素、有限元素和三維的有限元素模擬工具。支持的模組包括RMA2，RMA4，ADCIRC，CGWAVE，STWAVE，BOUSS2D，CMS的流量，這個全面性的界面也已制定了促進利用FHWA委託分析FESWMS。該TUFLOW數值模擬功能提供具有強大的洪水分析，波形分析，颶風分析等。SMS還包含一個通用的模組界面，可用於支援的模組，尚未被正式納入該系統。

SMS所支援的的模擬數值功能可算出各種適用的於地表水模擬的資訊。主要應用的模組包括為穩定狀態或動態條件計算出水面高程計算和流動速度的淺水流動問題。其它應用包括模擬污染物遷移，鹽水入侵，輸沙（沖淤），波浪能量分散，波動性（方向，大小和振幅）等。

特色

Flexible modeling approaches
Aquaveo pioneered the conceptual model approach. Build a conceptual model in SMS by constructing a high level representation of the model using familiar GIS objects: points, arcs and polygons. Work with large, complex models in a simple and efficient manner by using the conceptual modeling approach and easily update or change the model as needed.

SMS also has powerful tools to build meshes and grids.

3D visualization optimized for performance
SMS is the most advanced software system available for performing surface-water simulations in a three-dimensional environment.

• Interact with models in true 3D
• Optimized OpenGL graphics for improved hardware rendering
• Create photo-realistic renderings
• Generate animations for PowerPoint or web presentations
• Drape images over the model and control the opacity
• Annotations – Add north arrows, scale bars, reference images, company logos, and more

Import a variety of data formats & imagery
Models require data from many different sources. That’s why SMS is built to easily import numerous file types:

• Raster images including georeference and projection support
• Topographical maps & elevation data
• Elevation & bathymetry data
• Web data services such as TerraServer
• ArcGIS geodatabases and shapefiles
• CAD files including .dwg, .dgn, and .dxf formats
• Worldwide projection support including Cartesian and Geographic Systems
• File Import wizard for delimited text files and spreadsheets

Advanced riverine & coastal modeling
SMS interfaces with a wide range of numerical models for applications including:

• Riverine analysis
• Contaminant transport
• Sediment transport
• Particle tracking
• Rural & urban flooding
• Estuarine
• Coastal circulation
• Inlet & wave modeling

Software from an Industry Leader
SMS is developed by Aquaveo, an engineering services company with many years of experience developing surface-water modeling solutions.

• Step-by-step tutorials and how-to videos
• Online community forum and product documentation
• Phone and email technical support
• Regularly scheduled training courses taught by expert modelers
• On-site training available
• Professional consulting services

系統需求

SMS 13.3 System Requirements

► Operating System: Windows 10
► RAM: 16GB or more recommended
► CPU: SMS software is CPU intensive. Some models and utilities integrated with SMS can take advantage of multiple processor cores simultaneously. We recommend the fastest CPU your budget allows.
► Storage: Recommended storage amount will vary depending on individual data requirements. Latest versions of SMS are very disk I/O intensive.
- Mechanical hard drive: Basic performance
- SATA solid state drive: Better performance
- NVMe solid state drive: Best performance
► Graphics: A dedicated graphics card is better than integrated graphics. A basic or mid-range nVidia card designed for gaming works best.
► Display Resolution: 1920 x 1080 or greater

 版本比較

WMS - The All-in-one Watershed Solution

流域建模系統（WMS）是一個所有階段的流域水文和液壓系統綜合圖形模的環境。WMS 包括功能強大的工具來自動建模過程如自動的流域分、幾何參數計算、地理資訊系統覆蓋計算（CN、雨量深度、粗糙度係數等）、地形資料截面提取和更多！目前發行的WMS 8.4版軟體支援水文建模與HEC-1 (HEC-HMS), TR-20, TR-55, Rational Method, NFF, MODRAT, OC Rational, and HSPF。支援的水力模型包括HEC-RAS, SMPDBK, and CE QUAL W2.。現在可以進行（包括通道液壓系統與地下水相互作用）2D集成的水文建模與GSSHA。基於地理資訊系統的資料處理架構中，所有的流域建模和繪製的模擬任務將使流域建模和繪製比以往容易許多了。

特色

The complete all-in-one watershed solution

• GIS Tools
• Web-based data acquisition tools
• Terrain data import and editing tools
• Automated watershed delineation & hydrologic modeling
• Support for the most industry standard hydrologic models
• Step-by-step hydrologic modeling wizard
• Hydraulic modeling & floodplain mapping
• Storm drain modeling
• 2D (Distributed) Hydrology
• Integration with FHWA hydraulic calculation software
• Export WMS animations to GoogleTM Earth
•  

Automated watershed delineation & hydrologic modeling

• Automatically delineate a watershed and sub-basins using digital terrain data
• Automatically compute geometric basin data such as area, slope, mean elevation, maximum flow distance and more
• With a small amount of input, compute hydrologic basin data such as time of concentration, curve number, and infiltration parameters
• Industry standard equations for computing sub-basin lag times and times of concentration are included with WMS
• Add any number of interior outlet points and let WMS subdivide the watershed automatically
• Manipulate stream networks to represent man-made features or proposed changes to the watershed
• Override derived basin boundaries to match your knowledge of the watershed

Support for most industry standard hydrologic models

• A license of WMS Floodplain or greater includes an interface for the following industry standard hydrologic models:
  • HEC-1
  • HEC-HMS
  • TR-20
  • TR-55
  • Rational Method
  • MODRAT
  • OC (Orange County, California) Rational
  • OC Hydrographic
  • HSPF
  • National Streamflow Statistics
  • Convert and compare the results of a watershed developed for one model with any of the other models supported in WMS
  • Read and compare observed hydrographs with computed hydrographs

Hydraulic modeling & floodplain mapping

• Define a stream centerline and bank stations
• Define cross section locations
• Automatically cut cross sections and derive Manning's roughness values from elevation and ground material data
• Export cross sections to the HEC-RAS or Simplified Dam Break hydraulic models
• Run the hydraulic model and read the water elevations back into WMS
• Read water surface elevation data from a hydraulic model or manually input known water surface elevations
• Create flood extents and flood depth maps using digital terrain data and water surface elevation data points
• Link the peak flow or complete hydrograph from any of the WMS-supported hydrologic models to an HEC-RAS hydraulic model

Storm drain modeling

• Draw a storm drain network or import a network from GIS
• Compute elevations, lengths, and slopes of pipes from underlying elevation data
• Link the storm drain network to your hydrologic model data
• Export the hydrologic model data and the storm drain network to EPA-SWMM or XP-SWMM
• Import existing EPA-SWMM or XP-SWMM files into WMS

2D (Distributed) hydrology

• WMS supports 2D models:
• The US Army Corps of Engineers (USACE) GSSHA model
• The HMS version of the quasi-distributed MODClark method
• Flood forecasting (depth and velocity over entire 2D domain)
• Thunderstorm (localized rainfall) flood analysis
• Surface ponding and infiltration analysis
• Wetland modeling
• Land use change impact modeling
• Groundwater/surface-water interaction modeling
• Sediment and contaminant modeling

Import what you need

• USGS DEMs - download and use any format of DEM from the USGS
• USGS NED data - seamless elevation data can be downloaded and read into WMS
• ArcGIS Raster (ASCII format) - read elevation or attribute data in gridded format from ArcGIS
• ESRI Shape files - read all shapes and attributes into WMS
• DXF and DWG CAD files - WMS now supports the latest versions of DXF and DWG
• TIFF, JPEG image files - /images along with geo-referencing information can be read by WMS
• Any data supported by ArcGIS can be read into WMS (ArcGIS license required, compatible with ArcGIS 10.0)

Software from an Industry Leader
WMS is developed by Aquaveo, an engineering services company with many years of experience developing watershed modeling solutions.

• Step-by-step tutorials and how-to videos
• Online community forum and product documentation
• Phone and email technical support
• Regularly scheduled training courses taught by expert modelers
• On-site training available
• Professional consulting services

系統需求

WMS 11.2 System Requirements

► Operating System: Windows 10
► RAM: 16GB or more recommended
► CPU: WMS software is CPU intensive. Some models and utilities integrated with WMS can take advantage of multiple processor cores simultaneously. We recommend the fastest CPU your budget allows.
​​​​​​​► Storage: Recommended storage amount will vary depending on individual data requirements. Latest versions of WMS are very disk I/O intensive.
- Mechanical hard drive: Basic performance
- SATA solid state drive: Better performance
- NVMe solid state drive: Best performance
​​​​​​​► Graphics: A dedicated graphics card is better than integrated graphics. A basic or mid-range nVidia card designed for gaming works best.
​​​​​​​► Display Resolution: 1920 x 1080 or greater

 版本比較

ESRI和Aquaveo很高興為您帶來 Arc Hydro Groundwater Tools，將幫助您在ArcGIS中的地下水和地表數據的管理做到更好。
根據地下水的水文數據模型電弧，這些工具將使你能夠利用ArcGIS平台透過Groundwater Analyst, Modflow Analyst, and Subsurface Analyst做歸檔，管理和預視地下水的訊息。
地下水分析師將幫助您將數據導入到您的AHGW數據模型，管理的關鍵屬性，和可視化數據。
在MODFLOW分析師您可以創建，存檔，並在ArcGIS中可看見Modflow的模型。

• Expand your ArcGIS software with groundwater and subsurface geoprocessing tools developed in collaboration with ESRI
• Georeference subsurface data including boreholes, sketched cross sections, and geovolumes
• Reduce the need for multiple applications - visualize model data inside of ArcGIS
• Store, georeference, and create GIS maps of MODFLOW model input and solution data

更新介紹

Geophysical Plot Tools
AHGW now includes geoprocessing tools for adding an XS2D display with multiple geophysical plots for a single well. Using a geophysical data table (such as one imported from a Log ASCII Standard file), multiple geophysical variables can be plotted alongside a well, with individual data scales (linear or logarithmic).

The Create Geophysical Plot Wizard can be used to create a new XS2D from a selected well.

Lithostratigraphic and Hydrostratigraphic Display
Lithostratigraphic and hydrostratigraphic units can be plotted next to the geophysical data. The lithostratigraphy and hydrostratigraphy features are created with a new geoprocessing tool, which can be automated as an optional step in the Create Geophysical Plot Wizard.

ArcGIS 10.5 Compatible
AHGW 3.4 now supports ESRI's release of ArcGIS 10.5

3D Geophysical Log Plots
A new geoprocessing tool creates subsurface 3D geophysical features for a well based on data in a geophysical data table. Given a set of Well features, a geophysical depth field and a geophysical variable field, 3D (Z-enabled) features are created in a new feature class that is best viewed in ArcScene. The size of the concentric circles representing the geophysical data varies by the values of the geophysical data, but can also be scaled in size based on user preference. The Extrusion layer properties in ArcScene can also be used to extrude the concentric circles between readings in the original geophysical log table. The proper extrusion value is calculated as one of the attribute fields in the output feature class created by the tool.

Lithological Description Tools
Geoprocessing tools for adding an XS2D display (typically in a new data frame) showing a detailed lithological description by depth. Using a table of lithological descriptions associated with a from depth and to depth, a new display can be created showing a detailed text description of the lithology of a borehole.

The Create Lithological Description Wizard automates the process.

系統需求

Arc Hydro Groundwater System Requirements

• ArcGIS®: Version 9.3 - 10.8 (users with a Basic level or higher license)
• Microsoft® .NET Framework Version 3.5 (will be installed with Arc Hydro Groundwater if not present)
  • .NET support needs to be enabled in ArcGIS after installation of Arc Hydro Groundwater is complete
• ESRI's 3D Analyst is required to visualize 3D features
• ESRI's Spatial Analyst is required for interpolation

CityWater is the premier EPANET web application for water distribution management. The intuitive, interactive presentation and access-anywhere convenience of CityWater allows you to unlock the data in your EPANET models and add value to the everyday operations of your distribution system. Plus, the subscription-based pricing means you don't need to pay for expensive software you don't use.

Visualize the distribution of pressure, head, velocity, flow and other important variables on an interactive web map. Present model results anywhere and at a moment's notice using your phone, tablet, or laptop. Look up any network property or model result on the go by accessing CityWater on your phone. Plot how model results like pressure or velocity change over time and export the plot to an image to share with contractors or place in a report. Enhance your understanding of your network and quickly identify inefficiencies with the conceptual schematic view and analysis tools.

特色

CityWater Advantages

• Convenient subscription-based access
• Works on most operating systems and devices: Windows®, Mac®, Android™, iOS, etc.
• No installation required -- only a modern web browser is needed
• Upload any EPANET input file and access it on all devices
• Improve the presentation of EPANET simulation results to non-technical audiences
• Provide instant feedback on the model results using the annotation features

Unlock EPANET Data at All Levels

Decision Support

• Enhance presentations to non-technical audiences
• Answer stakeholder questions with illustrative visualization
• Present anywhere, anytime, and on any device

Operations

• Lookup model attributes on-the-go
• Annotate model with problems as they are discovered
• Respond to customer questions with real model data

Consulting

• Manage accounts for your customers
• Deliver the latest models instantly in an interactive format
• Add value to your EPANET modeling services

系統需求

 CityWater System Requirements

• Operating System: Works on most OS’s including Windows, MacOS, Android, and iOS.
• Browser: Most modern browsers including Chrome, Edge, and Safari with Javascript enabled.
• Model Format: Native EPANET format supported (WaterGEMS, InfoWater, etc.). Modifications may be required for some EPANET implementations.
• Network: Your connection to the Internet will largely determine system performance.

 版本比較