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▐███▓█▄▄ ░ ▐████▓▓░ ▐██▓▓ │If at first you don't succeed,│ ░ ▄▄█▓███▌
██▀▀▀██▓▓▄ ███▓▓ ██▓▓▌ │then skydiving definitely │ ▄▓▓██▀▀▀██
▄▀ ▄▄ ▐█▓▓▌ ▀███▄▄▄███▓▓ │isn't for you... │ ▐▓▓█▌ ▄▄ ▀▄
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▀███▓███▓▀▀ The diGERATi Present ▀▀▓███▓███▀
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█▄▄▄▄▄ EMS-I_SMS_v9.0_021105_Cracked-DIGERATI ▄▄▄▄▄▄█
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███▀ Release Info ▀██▓
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▐█▓▓ Cracker ......: DIGERATI Release-Type..: Cracked ██▓▌
██▓▌ Packager......: DIGPACKER Release-Date..: 13/11/2005 ▐██▓
██▓ Supplier......: DIGERATI Protection....: Other ██▓
▐██ Coder.........: DIGERATI OS............: WinALL █▓▌
██▓ ░ Company.......: Disks.........: xx/22 ░▓█▓
▀██░ ░█▓▀
▀██░ URL: http://www.ems-i.com ░█▓▀
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█▄ █▄▀▀████▓▀ ▐█▓▌ ▀ Release Notes ▀ ▐█▓▌ ▀▓████▀▀▄█ ▄█
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██▓ The Surface Water Modeling System (SMS) is a comprehensive ██▓
██▓ environment for one-, two-, and three-dimensional ██▓
██▓ hydrodynamic modeling. A pre- and post-processor for ██▓
██▓ surface water modeling and design, SMS includes 2D finite ██▓
██▓ element, 2D finite difference, 3D finite element and 1D ██▓
██▓ backwater modeling tools. Supported models include the ██▓
██▓ USACE-ERDC supported TABS-MD (GFGEN, RMA2, RMA4, ██▓
██▓ SED2D-WES), ADCIRC, CGWAVE, STWAVE, M2D, HIVEL2D, and ██▓
██▓ HEC-RAS models. Comprehensive interfaces have also been ██▓
██▓ developed for facilitating the use of the FHWA commissioned ██▓
██▓ analysis packages FESWMS and Bri-Stars. SMS also includes a ██▓
██▓ generic model interface, which can be used to support ██▓
██▓ models which have not been officially incorporated into the ██▓
██▓ system. ██▓
██▓ The numeric models supported in SMS compute a ██▓
██▓ variety of information applicable to surface water ██▓
██▓ modeling. Primary applications of the models include ██▓
██▓ calculation of water surface elevations and flow velocities ██▓
██▓ for shallow water flow problems, for both steady-state or ██▓
██▓ dynamic conditions. Additional applications include the ██▓
██▓ modeling of contaminant migration, salinity intrusion, ██▓
██▓ sediment transport (scour and deposition), wave energy ██▓
██▓ dispersion, wave properties (directions, magnitudes and ██▓
██▓ amplitudes) and others. ██▓
██▓ New enhancements and developments ██▓
██▓ continue at the Environmental Modeling Research Laboratory ██▓
██▓ (EMRL) at Brigham Young University in cooperation with the ██▓
██▓ U.S. Army Corps of Engineers Waterways Experiment Station ██▓
██▓ (USACE-WES), and the US Federal Highway Administration ██▓
██▓ (FHWA). ██▓
██▓ Automated Mesh/Grid Generation ██▓
██▓ SMS can be used to ██▓
██▓ construct 2D and 3D finite element meshes and finite ██▓
██▓ difference grids of rivers, estuaries, bays, or wetland ██▓
██▓ areas. The tools include a sophisticated set of creation ██▓
██▓ and editing tools to handle complex modeling situations ██▓
██▓ with relative ease. Several methods of finite element mesh ██▓
██▓ creation are available, allowing you to create any ██▓
██▓ combination of rectangular and triangular elements needed ██▓
██▓ to represent your model domain. Both cartesian and ██▓
██▓ boundary-fitted grid creation tools are available to allow ██▓
██▓ representation of a model domain for finite difference ██▓
██▓ models. The powerful mesh/grid creation tools, coupled ██▓
██▓ with GIS objects, are what makes SMS such an easy-to-use ██▓
██▓ and accurate modeling system! ██▓
██▓ There are two main methods ██▓
██▓ for building models in SMS, the direct approach and the ██▓
██▓ conceptual modeling approach. With the direct approach, the ██▓
██▓ first step is to create a mesh or grid. The model ██▓
██▓ parameters, source/sink data, and boundary conditions are ██▓
██▓ assigned directly to the nodestrings, nodes, and elements ██▓
██▓ of the mesh. This approach is only suited for very simple ██▓
██▓ models. ██▓
██▓ The most efficient approach for building ██▓
██▓ realistic, complex models is the conceptual model approach. ██▓
██▓ With this approach, a conceptual model is created using GIS ██▓
██▓ objects, including points, arcs, and polygons. The ██▓
██▓ conceptual model is constructed independently of a mesh or ██▓
██▓ grid. It is a high-level description of the site including ██▓
██▓ geometric features such as channels and banks, the boundary ██▓
██▓ of the domain to be modeled, flow rates and water surface ██▓
██▓ elevations of boundary conditions, and material zones with ██▓
██▓ material properties such as Manning's n value. Once the ██▓
██▓ conceptual model is complete, a mesh or grid network is ██▓
██▓ automatically constructed to fit the conceptual model, and ██▓
██▓ the model data are converted from the conceptual model to ██▓
██▓ the elements and nodes of the mesh network. ██▓
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██▓ ░ ▄ ▀▀▄ ▄▀▀ ▄ ░ ▓█▓
▀██▓▄▄ ▐██▄ ▄ Install Notes ▄ ▄█▓▌ ▄▄▓██▀
▄▀▀████▄█▓▓ ▀▀ ▄▄ ▄▄ ▀▀ ██▓▄████▀▀▄
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▄ ▀▀▀▀▀ ▀▀▀▀▀ ▄
█▓ █▓▀ ▀▓█ █▓
█▓▌▀█ 1. Unpack and install the software █▀▐█▓
█▓▌▀█ 2. Unpack crack.rar and copy/overwrite into the installation dir █▀▐█▓
█▓▌▀█ 3. Apply patch.exe to remove all limits █▀▐█▓
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▐█▓▌ ▄██▄ ▄▄█▓▄▄ ▄▄▀▀ ■ ■ ▀▀▄▄ ▄▄██▓▄ ▄██▄ ▐█▓▌
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▄ ▄▄▄█ Greets to all who work hard to make the scene █▄▄▄ ▄
▄█▓ █▓▌ ▐█▓ █▓▄
█▓▌ ▐█▓ secure and enjoyable for everyone! █▓▌ ▐█▓
▀█▓ █▓▌ ▐█▓ █▓▀
▀▀▄ █▓▌ Some general notes... ▐█▓ ▄▀▀
▐█▓ █▓▌
██▓ █ - we dont want our releases spread via usenet,ftp █ ██▓
▐█▓ ▐█ - we dont want our releases being listed on ▓▌ █▓▌
█▓ █▓ several public dupe-sites like nforce ██▓ █▓
█▓ █▓▓ - we dont want to see our releases on public places ██▓ █▓
▄█▓ ▄█▓▓ - nor do we support one of these points ██▓▄ █▓▄
▐█▓▌ ██▓▓ ██▓▓ ▐█▓▌
▐██▓ ██▓▀ Think about it and try to make the scene as secure... ▀██▓ ██▓▓
▀███▄▄▄░ ... as possible ░▄▄▄█▓▓▀
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▐▓▌ Ascii by Yce*Remorse ▐▓▌
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