Description
LP Solver
LP Solver is a cross-platform application that aims to help you get familiar with the Simplex method, enabling you to solve simple linear programming problems. Despite its name, the Simplex algorithm is not simple at all, requiring solid mathematics knowledge in order to completely understand the way it operates. It is applicable to various problems that require you to achieve a specific goal while considering a set of constraints.
Features:
- Built in Java
- Runs on Windows without leaving traces in the registry
- Main interface displays Simplex tableaux with three variables and three constraints
- Add new variables and constraints via the 'Options' menu
- Easily edit entries to specify restrictions
- Generates LaTeX code for the model
- View the found solution with variable values and objective function
- Notification message if no feasible solution is identified
Usage:
LP Solver can be used for finding solutions to linear programming problems, displaying all the necessary steps for solving it. Thanks to its intuitive interface and easy-to-understand examples, using Simplex becomes much easier. Designed for educational purposes, LP Solver is a valuable tool for learning and applying the Simplex method.
Publisher:
Publisher: GThole
User Reviews for LP Solver 7
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LP Solver provides a user-friendly introduction to the complexities of the Simplex method. It's a valuable tool for learning linear programming.
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LP Solver is fantastic! It makes understanding the Simplex method so much easier. Highly recommend!
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This app is a game changer for learning linear programming. The interface is intuitive and helpful!
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Absolutely love LP Solver! It's user-friendly and provides clear steps to solve complex problems.
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LP Solver has simplified my understanding of the Simplex method. Great educational tool for students!
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An excellent app! LP Solver offers practical examples that make linear programming concepts clearer.
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I found LP Solver incredibly helpful! It guides you step-by-step through the Simplex algorithm easily.