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I have imported a dxf file generated in AutoCAD into Mathematica and processed it, Wolfram Mathematica it's a special tool for the visualization of differential geometry.ġ.By default, autosave to a Mathematica notebook is missing and the notebook can disappear along with several hours of work, when I forget to manually save.Ģ. I've see Einstein's theory of relativity in real lifeĪnd the Riemann Tensor and the Curvature of Ricci, after designed ellipses, torus, hyperboloids and Calabi- Yau spaces. Only with intensive use of Wolfram Mathematica , I learned to apply it to geometry, to differential calculus and to the management of experimental data in physics I became familiar with the "Mathematica" calculation tool, used for numerical and symbolic computation and for 2D and 3D graphics. The possibilities of Mathematica are endless. The same regions can also be used as specifications for many high-level solvers, including algebraic and partial differential equation solving. For the first time I can to fully integrate generation, analysis, and rendering of geometrical structures. The new features emphasize shapes and performance and let me to easily model geometric regions and analyze them. Wolfram Mathematica version13 is a package of symbolic mathematics wich integretes cartesian geometry and euclidean geometry, parametric geometry and differential geometry. Kommentare: The latest version is packed with advanced algorithms in geometring computing and is develope geometric computation. I'd say its programming language is a little clunky, compared to some competitors. The only reason I used it was because I found Wolfram Alpha online as an undergrad and when I became a grad student I found out the previous grad students used it.
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It is hit or miss with other people who know how to read the software or even use it. Well it is like learning another programming language so you have to get over that barrier. I particularly have used it for signal processing. Otherwise it has a lot of really cool math functionality for analzying data. Analytical solving is a breeze with this and it is intuitive how it all appears, as if you wrote it on a sheet of paper. Mathematica is really great at solving symbolic math equations. If more people used it, it would be more valuable. Otherwise the language is a little clunky. Kommentare: Overal really useful if you know how to use it and particularly strong at analytical calculus and symbolic equations. That said, I doubt many will ever use it. Some secondary functionalities like the Presentation notebook are not so well developed, yet. New functionality like "Cloud-deploy" allow anybody to run algorithm made in Mathematica from anywhere in the world, from any device, with the only need of having an internet connection and a compatible browser. Mathematica is a very flexible and multi-purpose software language that can be used for programming pretty much anything. Maybe you can say that Labview somehow reaches the same level of integration. In Mathematica, every package is fully integrated with the rest of the platform like no other software. Everything is curated and maintained up to date.Ĭompeting platforms like Matlab sure offer a larger set of functionalities, but the integration of the many "packages" is too often very poor. Math Forum Discussions – most critical feature of Mathematica (and Wolfram products in general) is that everything is seamlessly perfectly integrated.Computable Document Format (CDF) for Interactive Content.Wolfram Workbench: State-of-the-Art IDE.Lenstra–Lenstra–Lovász lattice basis reduction algorithm (WP).Cylindrical algebraic decomposition (WP).Abramowitz and Stegun: Handbook of Mathematical Functions.