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■ E A T P R E S E N T S ■
Maximal.Software.MPL.Modeling.System.v4.2.11.82.Cracked-EAT
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░██ ▒ SUPPLIER ....: TEAM EAT ▒ ██░
▐█▌ ▒ PROG TYPE ...: SCIENTIFIC ▒ ▐█▌
██ ░ LANGUAGE ....: ENGLISH ░ ██
█▌ RELEASE DATE.: 2009-11-20 ▐█
█ ░ ░ █
█ ░ CRACKER ......: TEAM EAT ░ █
█ PROTECTION ...: DEMO-LIMITS █
█ DIFFICULTY ...: GUESS! █
█ █
█ PACKAGER ....: TEAM EAT █
█ FORMAT ......: ZIP/RAR █
█ ARCHIVE NAME.: eatmp42a.zip █
█ No OF DISKS .: [XX/03] █
█ █
█ REQUIREMENTS .: Win2K/WinXP/2003/Vista/2008/Win7 █
█ PRICE ........: $1500.00 + Solvers $20,000+ CPLEX+GuRoBi+CONOPT+LGO █
█ WEBSITE.......: http://www.maximal-usa.com/mpl/ █
█ █
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█ NOTE: Several commercial solvers are also included: █
█ CPLEX, GuRoBi, CONOPT, LGO ... Enjoy! █
█ █
█ ********** █
█ █
█ MPL (Mathematical Programming Language) is an █
█ advanced modeling system that allows the model █
█ developer to formulate complicated optimization █
█ models in a clear, concise, and efficient way. █
█ Models developed in MPL can then be solved with any █
█ of the multiple commercial optimizers available on █
█ the market today. █
█ █
█ MPL includes an algebraic modeling language that █
█ allows the model developer to create optimization █
█ models using algebraic equations. The model is used █
█ as a basis to generate a mathematical matrix that █
█ can be relayed directly into the optimization █
█ solver. This is all done in the background so that █
█ the model developer only needs to focus on █
█ formulating the model. Algebraic modeling languages, █
█ such as MPL, have proven themselves over the years █
█ to be the most efficient method of developing and █
█ maintaining optimization models because they are █
█ easier to learn, quicker to formulate and require █
█ less programming. █
█ █
█ MPL offers a feature-rich model development █
█ environment that takes full advantage of the █
█ graphical user interface in Microsoft Windows, █
█ making MPL a valuable tool for developing █
█ optimization models. MPL can import data directly █
█ from databases or spreadsheets. Once the model has █
█ been solved, MPL also has the ability to export the █
█ solution back into the database. MPL models can be █
█ embedded into other Windows applications, such as █
█ databases or spreadsheets, which makes MPL ideal for █
█ creating end-user applications. █
█ █
█ █
█ * MPL Integrated Model Development Environment █
█ █
█ The MPL Modeling System is a state-of-the-art █
█ optimization modeling software. MPL, through the use █
█ of advanced graphical user interface features, █
█ creates a flexible working environment that enables █
█ the model developer to be more efficient and █
█ productive. MPL provides in a single system all the █
█ essential components needed to formulate the model, █
█ gather and maintain the data, optimize the model, █
█ and then analyze the results. █
█ █
█ The model developer uses the built-in model editor █
█ to formulate the MPL model statements and then █
█ selects the optimizer directly from the menus to █
█ solve the model. The solution results are █
█ automatically retrieved from the solver and █
█ displayed, providing the user with instant feedback. █
█ Each item defined in the model is also displayed in █
█ a tree window allowing the model developer to browse █
█ through them easily. █
█ █
█ When using MPL to work on multiple models, the user █
█ can manage them effectively by utilizing project █
█ files. Project files store information about items █
█ such as, open model files and windows, the default █
█ working directory, and current option settings for █
█ both the modeling system and the solver. █
█ █
█ The MPL Modeling System links to solvers dynamically █
█ through memory at run-time. This gives MPL the █
█ capability to integrate the solver completely into █
█ the modeling environment, resulting in the matrix █
█ being transferred between the modeling system and █
█ the solver directly through memory. As no files are █
█ involved, this seamless connection is both █
█ considerably faster and more robust than the █
█ traditional use of files in other modeling systems. █
█ In the event it is necessary to change any █
█ algorithmic options, MPL provides easy-to-use option █
█ dialog boxes for each solver. MPL fully supports █
█ context-sensitive help for option dialog boxes. A █
█ complete, printable on-line version of the manual, █
█ covering both the modeling environment and the █
█ language, is also available in the on-line help █
█ system for easy access. █
█ █
█ MPL was designed to be portable and to be run on █
█ multiple platforms. MPL for Windows is the most █
█ popular platform but an OSF Motif version is also █
█ available for various UNIX flavors including: HP █
█ 9000, IBM RS-6000, Sun SPARC, and Silicon Graphics. █
█ MPL models are portable so a model created for one █
█ platform can always be read on any other supported █
█ platform. █
█ █
█ █
█ * MPL Modeling Language █
█ █
█ The MPL Modeling Language offers a natural algebraic █
█ notation that enables the model developer to █
█ formulate complex optimization models in a concise, █
█ easy-to-read manner. Among modeling languages, MPL █
█ is unrivaled in its expressive power, readability, █
█ and user-friendliness. The MPL Modeling Language was █
█ designed to be very easy to use with a clear syntax █
█ making the process of formulating models in MPL █
█ efficient and productive. MPL is a very flexible █
█ language and can be used to formulate models in many █
█ different areas of optimization ranging from █
█ production planning, scheduling, finance, and █
█ distribution, to full-scale supply-chain █
█ optimization. █
█ █
█ MPL is a very robust and stable software whose core █
█ modules have been through extensive use and testing █
█ over more than a decade. This assures that the MPL █
█ software is both reliable and dependable and can be █
█ used in mission-critical projects. Some of the more █
█ notable features of the MPL language include: █
█ █
█ - Separation of the data from the model formulation █
█ - Import data from different data sources █
█ - Independence from specific solvers █
█ - Use of macros for repetitive parts of the model █
█ - Exclusion of parts of the model using conditionals █
█ - Special Ordered Sets and Semi-continuous variables █
█ - WHERE/IF conditions to handle special cases █
█ - Readable and helpful error messages █
█ █
█ █
█ * Sparse Index and Data Handling █
█ █
█ One of the most important features of any modeling █
█ language is how it handles large amounts of data. █
█ What makes MPL so powerful is its ability to █
█ effectively handle very large sparse index and data █
█ sets. In addition, MPL has extensive flexibility █
█ when working with subsets of indexes, functions of █
█ indexes, and compound or multi-dimensional index █
█ sets. This allows the model formulator, for example, █
█ to index only over products that are made by each █
█ machine in a specific plant instead of having to go █
█ through all the products for all the machines and █
█ all the plants, which would be considerable slower. █
█ █
█ █
█ * Scalability and Speed █
█ █
█ MPL can easily handle very large matrices with █
█ millions of variables and constraints. This is █
█ especially important when dealing with large █
█ supply-chain optimization models over multiple time █
█ periods that can grow very quickly. MPL has its own █
█ memory manager that can dynamically store models of █
█ any size, giving it a full scalability. The only █
█ limitation the model developer faces is how much █
█ memory is available on his or her machine. █
█ Typically, MPL uses only 1-2MB of memory per 10,000 █
█ variables, which puts a minimal additional burden on █
█ the machine capacity needed to generate and solve █
█ the matrix. █
█ █
█ The matrix generation in MPL is extremely fast and █
█ efficient which is important since it contributes to █
█ the overall time needed to obtain the solution of █
█ the model. Maximal has over the years invested █
█ significant R&D efforts on continuing to improve the █
█ speed of the matrix generation. As a result, we can █
█ now run models with millions of variables and █
█ generate a matrix for them in less than one minute. █
█ This is very important, because if the matrix █
█ generation takes too long it can seriously add to █
█ the time needed to reach the solution even if the █
█ fastest optimization solvers are used. MPL provides █
█ the fastest and most scalable matrix generation █
█ capabilities available in a modeling system on the █
█ market today. █
█ █
█ █
█ * Database Connection █
█ █
█ Importing data from a variety of corporate database █
█ systems into optimization models is frequently an █
█ essential requirement for optimization projects. One █
█ of the advanced features of MPL is the database █
█ connection option that directly links MPL with █
█ relational databases and other data sources. This █
█ option enables the model developer to gather both █
█ indexes and data values from various data sources █
█ and import them directly into the model. After the █
█ model has been optimized, the solution output can be █
█ exported back into the database. This, along with █
█ the run-time features of MPL, allows the model █
█ developer to easily create customized end-user █
█ applications for optimization using the built-in █
█ data entry and reporting capabilities of the █
█ database. █
█ █
█ The database connection in MPL has the ability to █
█ access data from many different sources, such as █
█ databases, Excel spreadsheets, external data files, █
█ and the Internet. This gives the model developer the █
█ flexibility to choose the most efficient and █
█ convenient way to incorporate the data into the █
█ model. Among the data formats that are supported by █
█ MPL are: Microsoft Access and Excel, ODBC, Paradox, █
█ FoxPro, Dbase, SQL Server, and Oracle. █
█ █
█ This new version of MPL provides, in a single █
█ system, all the essential components needed to █
█ formulate the model, gather and maintain the data, █
█ optimize the model, and then analyze the results. █
█ With MPL, you can now achieve a quantum leap in your █
█ productivity as a model developer. █
█▌ ▐█
██ ██
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▄ Do NOT distribute this release outside of the scene ▄
▄ Keep the scene alive and secure! ▄
▄ ▄
All good progs start as freeware,
then things get worse ... ;-)
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▓█▓█▄▀█▀░▀▓▀█▄ ██▌ INSTALLATION NOTES ▐██ ▄█▀▓▀░▀█▀▄█▓█▓
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▒▐▓█ ▓ ■ `TLB' ■ ▓ █▓▌▒
▒▐██ ▒ Try it, Like it, Buy it! ▒ ██▌▒
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█ 1. Unpack and install. █
█ 2. Copy the included files in the installed folder. █
█ █
█ That's all. Have fun using it! ;-) █
█ █
█ ___________________________________________________________________ █
█ █
█ Always remember to block applications (or go off line) from calling █
█ home 'during install'. Once installed, disable 'check for automatic █
█ updates' option if available, so that you don't get it blacklisted. █
█▌ ▐█
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▄██▄ ██▌ ▐▓ EAT CONTACT ▓▌ ▐██ ▄██▄
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▒ ███ ░ EAT is a closed group. We would consider only: ░ ███ ▒
▒ ███ ░ ░ ███ ▒
░ ██▌ ░ ■ Excellent reverse-engineers ░ ▐██ ░
░▐██ ░ ■ Experienced coders/scripters ░ ██▌░
░██▌ ░ ■ Supplier of quality software who can do so on a ░ ▐██░
▐██ ░ frequent basis (retail date not older then 6 months) ░ ██▌
██▌ ▐██
██▌ We do *NOT* want... ▐██
██ ■ Distros, Shells, etc ██
█▌ ░ ■ Carders █
█ ░ ■ Couriers ░ █
█ █
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█ All our friends out there ... █
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