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 水文处理软件Aquaveo WMS Premium 10.1.10 Win64破解版安装包
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水文处理软件Aquaveo WMS Premium 10.1.10 Win64破解版安装包
WMS(Watershed Modeling System) 一、模型概述 1、完整的全功能模型： • GIS工具 • 基于Web的数据采集工具 • 地形数据导入和编辑工具 • 集水区自动划分及水文模型 • 支持行业最标准的水文模型 • 水文建模向导 • 水力模型和洪泛分析 • 暴雨模型 • 2D（分布式）水文 • 与FHWA水力计算软件集成 • 将WMS动画输出到Google TM Earth  2、流域自动划分及水文模型 • 利用数字地形数据自动划定流域和子流域 • 自动计算几何盆地的数据如面积，坡度，平均高程，最大流动距离等 • 用少量的输入来计算水文盆地的数据，如时间，浓度，曲线数，渗透参数 • 用行业标准方程计算包含WMS子流域的滞后时间和集中时间 • 添加任意数量的内部出口点，让WMS自动细分分水岭 • 可覆盖派生流域边界，方便分层操作  3、支持大多数行业标准水文模型 WMS水文许可证包括以下行业标准水文模型的接口： • HEC-1 • HEC-HMS • TR-20 • TR-55 • MODRAT • OC (Orange County, California) Rational • OC Hydrographic • HSPF • National Streamflow Statistics • 读取并比较计算和监测结果  4、水力建模和洪泛分析 • 定义一个流中心线 • 定义截面位置 • 从海拔和地面的材料数据自动切断截面和曼宁糙率值 • 导出交叉部分到HEC-RAS或简体溃坝水力模型 • 运行的水力模型，并读取回流至WMS的水位 • 从水力模型或手动输入已知水面海拔水面高程数据 • 利用数字地形数据和水面高程数据点创建洪水范围和洪水深度图 • 将洪峰流量从任何WMS支持水文模型链接到HEC-RAS水力模型 • 暴雨建模 • 绘制一个暴雨排水网络或从GIS导入网络 • 从底层高程数据计算海拔高度，长度和管道斜坡 • 将水文模型数据链接到暴雨排水网络 • 导出水文模型数据和暴雨排水网络到EPA-SWMM或XP-SWMM • 将EPA的SWMM或XP-SWMM文件导入到WMS中  5、2D（分布式）水文 • WMS所支持的2D模型 l 美国陆军工程兵部队（USACE）GSSHA模型 l HMS的版本的准分布式MODClark方法 • 洪水预报（整个2D域的深度和速度） • 暴雨（本地降雨）洪水分析 • 地表积水和渗透分析 • 湿地建模 • 土地利用变化的影响建模 • 地下水/地表水相互作用建模 • 泥沙和污染物建模  6、导入你所需要的 • USGS DEMS - 从美国地质调查局下载和使用 • USGS NED数据 - 无缝的高程数据，下载并写入WMS • ArcGIS的栅格（ASCII格式） - 从ArcGI中读取属性数据网格格式 • ESRI Shape文件 –将各种形状和属性写入WMS • DXF和DWG格式的CAD文件 - WMS支持最新版本的DWG和DXF • TIFF，JPEG图像文件 - 可以随着地理参考信息读取WMS/图像 • ArcGIS支持的任何数据可以写入WMS（ArcGIS许可，与ArcGIS10.0兼容）
 7、行业的领导者 WMS是由Aquaveo工程服务公司经过多年的开发经验开发出的流域建模方案。 • 逐步教程和视频 • 在线社区论坛和产品文档 • 电话和电子邮件技术支持 • 定期安排培训课程，专家授课建模 • 现场培训 • 专业咨询服务 二、定制流域建模工具 WMS9.1包括一个主要的定制工具来帮助快速完成您的项目 1、GIS工具 • 不使用GIS工具：输入数据并使用导入的数据创建水文和水力模型 • 使用ArcGIS：导入和使用ArcGIS支持的任何文件格式创建水文/水力模型 • 将水文和水力模型数据导出到各种栅格和矢量GIS格式中  2、基于Web的数据采集工具 • 直接从WMS下载USGS海拔，地形图，航拍数据 • 无缝导入下载的数据，并用它来建立水文和水力模型   3、地形数据导入和编辑工具 • 导入各种高程数据格式： • USGS DEMs - 从USGS下载和使用任何格式的 DEM USGS NED数据 • ArcGIS的栅格（ASCII格式） • 等高线数据（ArcGIS shape文件或CAD文件） • XYZ调查点 • 在WMS中用高程数据建立模型并阅读，查看和编辑 • 将来自多个源的高程数据结合起来，修改成一个单一的数据集，用于建模 • 将个别高程值或盖章线性特征（如堤坝或流高程）修改成高程数据  4、与FHWA水力计算软件集成 • WMS的许可证包括HY-8建模向导，引导你的整个过程： • 从一个涵洞上游划定流域并计算水文参数 • 调整涵洞 • 从涵洞下游水文开始布线 • 确定后面涵洞淹没区 • 分析现有的暗渠 • 绘制涵洞和道路布局，计算长度，在WMS和HY-8之间的计算和输入数据 • 创建水工建筑物（河道，排水沟和进气口，抛石结构，堰，蓄滞洪区，合理的流域）和水力工具箱，使用联邦公路管理局批准的方法进行水力计算 • WMS提供最新版本HY-8的接口和FHWA水力工具箱  WMS (Watershed Modeling System)
Basin simulation system
I. model overview
1. Complete full-function model:
GIS tools,
• web-based data acquisition tools
• terrain data import and editing tools
• automatic division of catchment areas and hydrological models
• support the industry's most standard hydrological models
• hydrological modeling wizard
• hydraulic modeling and flood analysis
• rainstorm model
• 2D (distributed) hydrology
• integration with FHWA hydraulic computing software
• export WMS animation to Google TM Earth
2. Automatic watershed division and hydrological model
• automatic watershed and sub-watershed demarcation using digital topographic data
• automatically calculate geometric basin data such as area, slope, average elevation, maximum flow distance, etc
• calculate hydrologic basin data with a small number of inputs, such as time, concentration, number of curves, and permeability parameters
• calculate the lag time and concentration time of WMS sub-watershed with industry standard equation
• add any number of internal exit points to allow WMS to automatically subdivide the watershed
• it can cover the boundary of derived watershed for convenient hierarchical operation
3. Support most industry standard hydrological models
The WMS hydrological license includes interfaces to the following industry standard hydrological models:
HEC - 1,
• HEC - HMS
TR - 20,
TR - 55,
• MODRAT
• OC (Orange County, California) Rational
• OC Hydrographic
• HSPF
• National Streamflow Statistics
• read and compare computational and monitoring results
4. Hydraulic modeling and flood analysis
• define a flow center line
• define section location
• automatically cut sections and manning roughness values from elevation and ground material data
• derive the hydraulic model of intersection part to hec-ras or simplified dam break
• run the hydraulic model and read the water level backflow to WMS
• input the known water surface elevation data from the hydraulic model or manually
• create flood range and depth maps using digital topographic data and surface elevation data points
• link peak flow from any WMS supported hydrological model to hec-ras hydraulic model
• rainstorm modeling
• draw a rainstorm drainage network or import network from GIS
• calculate elevation, length and pipe slope from ground level elevation data
• link hydrologic model data to rainstorm drainage network
• export hydrological model data and storm water drainage network to epa-swmm or xp-swmm
• import EPA SWMM or xp-swmm files into WMS
5. 2D (distributed) hydrology
• 2D models supported by WMS
U.S. army corps of engineers (USACE) GSSHA model
L HMS version of the quasi-distributed MODClark method
• flood forecasting (depth and velocity across 2D domains)
• rainstorm (local rainfall) flood analysis
• surface water and infiltration analysis
• wetland modeling
• modeling the impact of land use change
• modeling of groundwater/surface water interactions
• sediment and pollutant modeling
6. Import what you need
• USGS DEMS - downloaded and used from the U.S. geological survey
• USGS NED data - seamless elevation data, download and write to WMS
• grid of ArcGIS (ASCII format) - read attribute data grid format from ArcGI
• ESRI Shape file -- writes various shapes and properties to WMS
• CAD files in DXF and DWG formats - WMS supports the latest versions of DWG and DXF
• TIFF, JPEG image files - WMS/ images can be read with geographic reference information
• any data supported by ArcGIS can be written into WMS (ArcGIS license, compatible with ArcGIS10.0)
7. Industry leader
WMS is a watershed modeling scheme developed by Aquaveo engineering services after years of development experience.
• step-by-step tutorials and video
• online community BBS and product documentation
• telephone and email technical support
• regularly arrange training courses, and experts teach modeling
• on-site training
• professional consulting services
Ii. Customized watershed modeling tools
WMS9.1 includes a major customization tool to help you get your project done quickly
1. GIS tools
• no GIS tools: input data and use the imported data to create hydrological and hydraulic models
• use ArcGIS: import and use any file format supported by ArcGIS to create hydrological/hydraulic models
• export hydrological and hydraulic model data to various raster and vector GIS format
2. Web-based data acquisition tools
• download USGS elevation, topographic map and aerial data directly from WMS
• seamlessly import downloaded data and use it to build hydrological and hydraulic models
3. Terrain data import and editing tools
• import various elevation data formats:
• USGS DEMs - downloads and USES DEM USGS NED data in any format from the USGS
• grid of ArcGIS (ASCII format)
• contour data (ArcGIS shape file or CAD file)
• XYZ survey point
• model and read, view and edit elevation data in WMS
• combine elevation data from multiple sources into a single data set for modeling
• modify individual elevation values or stamped linear features (such as levees or flow elevations) into elevation data
4. Integrated with FHWA hydraulic calculation software
• WMS license includes the hy-8 modeling wizard to guide you through the entire process:
• delineate watershed from upstream of a culvert and calculate hydrological parameters
• adjust culverts
• wiring starts from the downstream hydrology of culvert
• identify basin areas at the back of culvert
• analyze existing culverts
• draw culvert and road layout, calculate length, calculate and input data between WMS and hy-8
• create hydraulic structures (channels, drains and intakes, riprap structures, weirs, flood storage and detention areas, reasonable catchments) and hydraulic toolkits for hydraulic calculations using methods approved by the federal highway administration
• WMS provides the latest version of the hy-8 interface and FHWA hydraulic toolbox
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