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A full-featured, lean set of date/ time classes to replace java.util's Date and Calendar. All objects are immutable/threadsafe, and allow formatting and various kinds of date math and range operations. Note that only GregorianCalendar is supported.
Math expression parser and evaluator written in Scala. Usable from Java (Sun JRE 1.6) Provides float, integral, boolean and vector data types, some string processing support. Variables may be defined internally or im- and exported through a binding.
Repository has been moved to: http://dtitov.github.com/bracer
Java library for parsing and evaluating math expressions.
Javadoc is available at http://bracer.sourceforge.net/javadoc/
P.S. This library depends on Apache Commons Math, so don't forget to include commons-math-2.2.jar to your project.
Symbolic is an OpenSource Enterprise Platform designed to build, configure and manage your huge and global distributed data centers. Based on the best open source frameworks, represents the solution for a centralized datacenter management platforms.
Franklin Math is an open source Javasymbolic computer algebra system (CAS), with similarities to commercial math packages such as MATLAB or Mathematica. It allows numeric and symbolic calculations, with built-in functions including plotting commands.
Extensible language for portable parallelism. Any visual element may be used to extend program syntax and a re-writing rule defined for it. Syntactic elements have properties attached, enabling symbolic manipulation to specialize to hardware.
FrAid(FRactal AID) is an interface to Java, allowing it to proc. math. data(functions/equations). A compl. standalone system utilizing the FrAid prog. lang. is available(no need to be Java programmer to use it!). Use instead of Matlab. High res. graphics
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Currently, this project consists of a pure javamath expression parser optimized for repeated evaluation. Development of an interactive 3D math visualization application based on this parser is planned for the future.
Magic Fixed Point, it's an library that abstracts the use of fixed point math for environments that doesn't have floating point operations or in places that you don't want to use the traditional floating point operations.
Expression4J (Math Expression Parser) is a java framework used to manage mathematic expression stored in String object like "f(x,b)=2*x-cos(b)" or "g(x,y)=f(y,x)*-2". Expression gramar can be define by user (add new operator or type ...)
jMathematics is a Java based mathematics framework and library. It solves numerical and symbolic calculations. It is designed to be integrated in a wide range of other applications.
This was originally an OSdev group, but since as members disbanded, I'm continuing to provide various implemenatitions of software, hardware, operating systems, libraries, and some stuff related to math and physics.
Hippal is an integrating GUI-framework for a multimodular symbolic A.I.-system IPAL, which combines A.I. Planning, Inductive Program Synthesis, Analogical Reasoning and Learning.
Hippal is client-/server-based and uses the Lili Lisp Interpreter as Centr
Disparate set of java utility functions used in numerous Aepryus projects. Includes a math package with vector objects and function parsers. A utility package contains loggers, a handy profiler and assorted helper methods for String and Date classes.
MATHLIB3D: MATHLIB3D is a Vector/Matrix/Quaternion/Plane/Polynomial C++/Java library targeting either precision or fast mathematical operations executed on vectors, matrices and quaternions.
Java-based extensible high-precision math package. Includes support for computations based on fractions. Support is included for converting to floating point numbers and BigDecimals.
Impression is the flexible and extensible parser of mathematical expressions written in Java. It supports user defined
operators, single or multi parameter functions and unlimited number
of parameters. It is designed to use with numerical methods.
A 21st century programming language derived from BASIC
If the words "Symbolic Instruction" in the name sound familiar, they should. ASIL (pronounced "a-sill") was largely inspired by BASIC. However, instead of starting with a modern verison of BASIC, I started with AppleSoft. Why? Well, ASIL was born in the early 1990s while I was in college. I knew AppleSoft quite well as it was my first programming language.
An experimental set of tools for text analysis and dictionary construction. One goal is to improve text-input e.g. on devices with touchscreens using dictionary-based symbolic on-screen keyboards.