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  ßÛÛÛ²ÛÛÛ²ßß                The diGERATi Present                ßß²ÛÛÛ²ÛÛÛß    
      ßßß                                                                      
  ÛÜÜÜÜÜ             EMS-I_SMS_v9.0_021105_Cracked-DIGERATI         ÜÜÜÜÜÜÛ
    ßÛÛÛ²Ü                                                           ÜÛÛÛ²ß    
     ÞÛÛ²²                                                           ÛÛÛ²Ý     
     ÛÛÛß                        Release Info                         ßÛÛ²     
   ÜÛÛß                                                                 ßÛÛÜ   
 ÜÛÛß                                                                     ßÛÛÜ 
ÞÛ²²      Cracker ......: DIGERATI       Release-Type..: Cracked           ÛÛ²Ý
ÛÛ²Ý      Packager......: DIGPACKER      Release-Date..: 13/11/2005        ÞÛÛ²
ÛÛ²       Supplier......: DIGERATI       Protection....: Other             ÛÛ²
ÞÛÛ       Coder.........: DIGERATI       OS............: WinALL            Û²Ý
 ÛÛ² °    Company.......:                Disks.........: xx/22            °²Û² 
  ßÛÛ°                                                                   °Û²ß  
  ßÛÛ°    URL: http://www.ems-i.com                                     °Û²ß  
²Ü ÞÛ²Ý                                                                 ÞÛ²Ý Ü²
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   ±±Ü  ßÛ  ßÛ²Ü Þ²Ü ßßßÜ                             Üßßß Ü²Ý Ü²Ûß  Ûß  ܱ±   
  °°  ßÛÜÜÜ  ÞÛ²Ý ßÛ²Ü   ß                           ß   ÜÛ²ß Þ²ÛÝ  ÜÜÜÛß  °°  
ÛÜ    ÛÜßßÛÛÛÛ²ß   ÞÛ²Ý    ß     Release Notes     ß    ÞÛ²Ý   ß²ÛÛÛÛßßÜÛ    ÜÛ
   ÜÛ²    ÜÜÜ   ÜÜÛ²ß                                   ßÛ²ÜÜ   ÜÜÜ    Û²Ü     
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ÞÛ²Ý                                                                       ÞÛ²Ý
ÛÛ²                                                                         ÛÛ²
ÛÛ²        The Surface Water Modeling System (SMS) is a comprehensive       ÛÛ²
ÛÛ²        environment for one-, two-, and three-dimensional                ÛÛ²
ÛÛ²        hydrodynamic modeling. A pre- and post-processor for             ÛÛ²
ÛÛ²        surface water modeling and design, SMS includes 2D finite        ÛÛ²
ÛÛ²        element, 2D finite difference, 3D finite element and 1D          ÛÛ²
ÛÛ²        backwater modeling tools. Supported models include the           ÛÛ²
ÛÛ²        USACE-ERDC supported TABS-MD (GFGEN, RMA2, RMA4,                 ÛÛ²
ÛÛ²        SED2D-WES), ADCIRC, CGWAVE, STWAVE, M2D, HIVEL2D, and            ÛÛ²
ÛÛ²        HEC-RAS models. Comprehensive interfaces have also been          ÛÛ²
ÛÛ²        developed for facilitating the use of the FHWA commissioned      ÛÛ²
ÛÛ²        analysis packages FESWMS and Bri-Stars. SMS also includes a      ÛÛ²
ÛÛ²        generic model interface, which can be used to support            ÛÛ²
ÛÛ²        models which have not been officially incorporated into the      ÛÛ²
ÛÛ²        system.                                                          ÛÛ²
ÛÛ²        The numeric models supported in SMS compute a                    ÛÛ²
ÛÛ²        variety of information applicable to surface water               ÛÛ²
ÛÛ²        modeling. Primary applications of the models include             ÛÛ²
ÛÛ²        calculation of water surface elevations and flow velocities      ÛÛ²
ÛÛ²        for shallow water flow problems, for both steady-state or        ÛÛ²
ÛÛ²        dynamic conditions. Additional applications include the          ÛÛ²
ÛÛ²        modeling of contaminant migration, salinity intrusion,           ÛÛ²
ÛÛ²        sediment transport (scour and deposition), wave energy           ÛÛ²
ÛÛ²        dispersion, wave properties (directions, magnitudes and          ÛÛ²
ÛÛ²        amplitudes) and others.                                          ÛÛ²
ÛÛ²        New enhancements and developments                                ÛÛ²
ÛÛ²        continue at the Environmental Modeling Research Laboratory       ÛÛ²
ÛÛ²        (EMRL) at Brigham Young University in cooperation with the       ÛÛ²
ÛÛ²        U.S. Army Corps of Engineers Waterways Experiment Station        ÛÛ²
ÛÛ²        (USACE-WES), and the US Federal Highway Administration           ÛÛ²
ÛÛ²        (FHWA).                                                          ÛÛ²
ÛÛ²        Automated Mesh/Grid Generation                                   ÛÛ²
ÛÛ²        SMS can be used to                                               ÛÛ²
ÛÛ²        construct 2D and 3D finite element meshes and finite             ÛÛ²
ÛÛ²        difference grids of rivers, estuaries, bays, or wetland          ÛÛ²
ÛÛ²        areas. The tools include a sophisticated set of creation         ÛÛ²
ÛÛ²        and editing tools to handle complex modeling situations          ÛÛ²
ÛÛ²        with relative ease.  Several methods of finite element mesh      ÛÛ²
ÛÛ²        creation are available, allowing you to create any               ÛÛ²
ÛÛ²        combination of rectangular and triangular elements needed        ÛÛ²
ÛÛ²        to represent your model domain.  Both cartesian and              ÛÛ²
ÛÛ²        boundary-fitted grid creation tools are available to allow       ÛÛ²
ÛÛ²        representation of a model domain for finite difference           ÛÛ²
ÛÛ²        models.  The powerful mesh/grid creation tools, coupled          ÛÛ²
ÛÛ²        with GIS objects, are what makes SMS such an easy-to-use         ÛÛ²
ÛÛ²        and accurate modeling system!                                    ÛÛ²
ÛÛ²        There are two main methods                                       ÛÛ²
ÛÛ²        for building models in SMS, the direct approach and the          ÛÛ²
ÛÛ²        conceptual modeling approach. With the direct approach, the      ÛÛ²
ÛÛ²        first step is to create a mesh or grid. The model                ÛÛ²
ÛÛ²        parameters, source/sink data, and boundary conditions are        ÛÛ²
ÛÛ²        assigned directly to the nodestrings, nodes, and elements        ÛÛ²
ÛÛ²        of the mesh. This approach is only suited for very simple        ÛÛ²
ÛÛ²        models.                                                          ÛÛ²
ÛÛ²        The most efficient approach for building                         ÛÛ²
ÛÛ²        realistic, complex models is the conceptual model approach.      ÛÛ²
ÛÛ²        With this approach, a conceptual model is created using GIS      ÛÛ²
ÛÛ²        objects, including points, arcs, and polygons. The               ÛÛ²
ÛÛ²        conceptual model is constructed independently of a mesh or       ÛÛ²
ÛÛ²        grid. It is a high-level description of the site including       ÛÛ²
ÛÛ²        geometric features such as channels and banks, the boundary      ÛÛ²
ÛÛ²        of the domain to be modeled, flow rates and water surface        ÛÛ²
ÛÛ²        elevations of boundary conditions, and material zones with       ÛÛ²
ÛÛ²        material properties such as Manning's n value. Once the          ÛÛ²
ÛÛ²        conceptual model is complete, a mesh or grid network is          ÛÛ²
ÛÛ²        automatically constructed to fit the conceptual model, and       ÛÛ²
ÛÛ²        the model data are converted from the conceptual model to        ÛÛ²
ÛÛ²        the elements and nodes of the mesh network.                      ÛÛ²
ÛÛ²                                                                         ÛÛ²
ÛÛ²                                                                         ÛÛ²
ÛÛ²                                                                         ÛÛ²
ÛÛ²                                                                         ÛÛ²
ÛÛ²                                                                         ÛÛ²
ÛÛ²                                                                         ÛÛ²
ÞÛ²Ý                                                                       ÞÛ²Ý
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  ßÛÛ²ÜÜ   ÞÛÛÜ        Ü        Install  Notes         Ü        ÜÛ²Ý   ÜܲÛÛß  
    ÜßßÛÛÛÛÜÛ²² ßß   ÜÜ                                   ÜÜ   ßß ÛÛ²ÜÛÛÛÛßßÜ   
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ßÛÛ²ÜÜÛ²                                                               Û²ÜÜÛÛ²ß
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Û²  Û²ß                                                                 ß²Û  Û²
Û²ÝßÛ      1. Unpack and install the software                             ÛßÞÛ²
Û²ÝßÛ      2. Unpack crack.rar and copy/overwrite into the installation dir   ÛßÞÛ²
Û²ÝßÛ      3. Apply patch.exe to remove all limits                        ÛßÞÛ²
Û²ÝßÛ                                                                     ÛßÞÛ²
ÛÛ²Ý                                                                       ÞÛÛ²
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ÞÛ² ÜÜÛ²ß ÜÜÜ ßÛÛ²ß ßÜÜ    ß                       ß    ÜÜß ßÛÛ²ß ÜÜÜ ÛÛ²ÜÜ Û²Ý
ßÛÛÛ²²ß  ßß                                                         ßß ßßÛÛ²²²ß
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ÜÛ²  Û²Ý                                                              ÞÛ²  Û²Ü
Û²Ý  ÞÛ²              	secure and enjoyable for everyone! 	       Û²Ý  ÞÛ²
ßÛ²   Û²Ý   						     	      ÞÛ²   Û²ß
  ßßÜ Û²Ý         Some general notes...                              ÞÛ² Üßß  
     ÞÛ²                                                               Û²Ý     
     ÛÛ² Û     - we dont want our releases spread via usenet,ftp    Û ÛÛ²     
    ÞÛ²  ÞÛ    - we dont want our releases being listed on 	   ²Ý  Û²Ý    
    Û²    Û²     several public dupe-sites like nforce		   ÛÛ²    Û²    
   Û²    Û²²   - we dont want to see our releases on public places  ÛÛ²    Û²   
 ÜÛ²   ÜÛ²²    - nor do we support one of these points               ÛÛ²Ü   Û²Ü 
ÞÛ²Ý  ÛÛ²²                                                           ÛÛ²²  ÞÛ²Ý
ÞÛÛ² ÛÛ²ß      Think about it and try to make the scene as secure... ßÛÛ² ÛÛ²²
 ßÛÛÛÜÜÜ°                    ... as possible                       °ÜÜÜÛ²²ß 
  ÜÜßßßÛ²ÛÜÜÜ °                                                 ° ÜÜÜÛ²ÛßßßÜÜ  
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Þ²Ý Ascii by Yce*Remorse                                                    Þ²Ý
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