jHepWork online manual

public:data_collections

admin — 2012-02-04T21:24:32-07:00

Read Java Collection tutorial Generally, such collections can hold any objects, not only primitive types. Here is a simple for “double” values: from java.util import * import time a=ArrayList() r=Random() for i in range(100000): a.add(r.nextGaussian() start = time.clock() Collections.sort(a) print ' CPU time (s)=',time.clock()-start

public:plot_annotations

admin — 2012-02-04T21:23:38-07:00

Data can be annotated using interactive legends and labels. Different styles for labels (including those for tick marks) are discussed in the Section plot_styles. In this section we will briefly discuss main components to annotate data points. For annotations, use strings. You can include Greek or math symbols as explained below.

public:physics

admin — 2012-02-04T21:21:59-07:00

Lorentz, decay, particle You can represent a relativistic particle using a Lorentz representation. Use the class LParticle which defines a particle in terms of the four-Lorentz vector. A particle is characterized by either (px,py,pz,E) or (x,y,z,time).

public:wdecay.png - created

admin — 2012-02-04T21:08:53-07:00

public:howtohelp - [Recompiling from source]

admin — 2012-02-02T19:43:38-07:00

The jHepWork is a collective work of many people dedicated to open-source scientific software. We are grateful to many authors writing free scientific software for their dedication to science and open-source analysis tools. Please look at contributions for more information about packages included to this project.

public:finance - [Information for advanced users]

admin — 2012-02-02T19:18:29-07:00

jHepWork can be used for financial computations using powerful Java libraries. It provides several mathematical and statistical tools needed for the valuation of shares, options, futures, swaps, and other financial instruments, also providing tools related to risk management and money management.

start

admin — 2012-02-02T19:07:02-07:00

CloudTags Cloud Read this online manual to unleash the full power of jHepWork (in short, jWork) for scientific computation and graphical visualization using Java libraries. A more complete description of how to use Java, Jython and jHepWork for scientific analysis can be found in the book Scientific data analysis using Jython and Java (by S.V.Chekanov) published by Springer Verlag, London, 2010.

public:jython

admin — 2012-01-30T19:33:27-07:00

* Oracle JAVA tutorial * The Definitive Guide to JYTHON * Jython user guide * Jython tutorial. Part. 1 by developerWorks * Jython tutorial. Part. 2 by developerWorks * PYTHON tutorial * Scientific data analysis using Jython and Java *

public:search

admin — 2012-01-29T18:16:23-07:00

public:running_languages

admin — 2012-01-29T18:10:14-07:00

jHepWork Java numerical libraries are designed for programming using several languages: * Jython - for data analysis, data mining, ellements of analytic calculations. Probably, this is the most simple and the most poweful approach as it combines the strength of the Python language with most complete and most popular Java. Read the tutorial online or the book * BeanShell - another scripting language which have the full access to Java API, but it is mainly designed to call Java classes wi…

public:cellular.png

admin — 2012-01-01T19:45:04-07:00

public:funcplotter.png

admin — 2011-12-29T22:57:26-07:00

public:dragmath.png

admin — 2011-12-29T22:48:08-07:00

public:periodictable.png

admin — 2011-12-29T22:40:13-07:00

public:dexter.png

admin — 2011-12-29T16:41:02-07:00

public:histogram_3d.png

admin — 2011-12-26T19:49:52-07:00

public:function3d_both.png

admin — 2011-12-23T19:51:08-07:00

public:complicated_function3d.png

admin — 2011-12-23T19:43:04-07:00

public:math3dobjects.png

admin — 2011-12-20T18:36:36-07:00

public:shapes_3d.png

admin — 2011-12-19T19:53:14-07:00