About this software
TMS Analytics & Physics Pack is a Delphi developer library for parsing and evaluating mathematical expressions, performing symbolic derivatives and integration, and solving numerical problems. It includes tools for approximation, numerical integration, ODE solving, function analysis, and solving nonlinear systems, and supports physical quantities with units, complex numbers, vectors, tensors, arrays and matrices. The library is implemented in 100% Delphi code and can be used in VCL and FMX applications across Windows, macOS, iOS and Android.
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TMS Software Analytics & Physics
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€105.00
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Benefits
- Expression evaluation: Parse and evaluate mathematical expressions with multiple parameters
- Symbolic calculus: Compute analytical derivatives and symbolic integration of formulas
- Physics support: Handle physical quantities, units, and unit-aware calculations
- Numerical solvers: Includes ODE, nonlinear equation, and root-finding tools
- Data types and algebra: Works with complex numbers, vectors, tensors, arrays and matrices
Available languages
- English
Support information
- Documentation and manuals: Product manuals and version history are published on the TMS website
- Support center access: TMS publishes product questions and threads in its Support Center
- Community forum: Third-party forums and community posts discuss features and use cases
- Compatibility notes: Support threads document compatibility with Delphi versions and C++Builder considerations
- Installation guidance: Installer and setup issues are covered in TMS support articles and forum threads
Frequently asked questions
What platforms does this library target?
The product is implemented in Delphi and is usable in VCL and FMX applications on Windows, macOS, iOS and Android.
Is the codebase written in Delphi?
Yes; the product page states the library is provided as 100% Delphi code.
Which analytical and numerical features are included?
Features include symbolic derivatives and integration, special functions, numerical integration, approximation tools, ODE solving, function analysis, and nonlinear equation solvers.
Does it support arrays, matrices and complex types?
Yes; the library supports complex numbers, 3D vectors, tensors, and indexed data such as arrays and matrices.
Can developers add custom functions or units?
Yes; documentation and support threads describe registering new functions and converters to extend functions and physics concepts.