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DBVA for JBuilder is an JBuilder ORM plugin that supports: round trip engineering between source code and Class Diagram, reverse existing database to ERD, generate database from ERD, generate persistent Java objects correspond to a RDBMS...

DBVA for JDeveloper is an JDeveloper ORM plugin that supports: round trip engineering between source code and Class Diagram, reverse existing database to ERD, generate database from ERD, generate persistent Java objects correspond to a RDBMS...

DBVA for NetBeans is an NetBeans ORM plugin that supports: round trip engineering between source code and Class Diagram, reverse existing database to ERD, generate database from ERD, generate persistent Java objects correspond to a RDBMS...

Visual Paradigm for UML is an easy-to-use UML tool that supports reverse engineering for Java, XML, XML Schema, .NET dll/exe, C++, CORBA IDL, code generation, import Rational, XMI, report generator, MS Visio integration, version control, plugin, etc.

Visual Paradigm for UML is a powerful but easy-to-use UML tool. VP-UML supports reverse engineering (code to model), code generation (models to code), import Rational, export/import XMI, report generator, MS Visio integration, plugin, template, etc.

Visual Paradigm for UML is a powerful UML CASE tool that runs on the most popular IDE including Visual Studio .NET, IntelliJ IDEA, Eclipse, NetBeans, Sun ONE, JBuilder, IBM WebSphere, etc. +reverse engineering +code generation +import Rational, XMI...

Visual Paradigm for UML is a powerful but easy-to-use UML tool. VP-UML supports reverse engineering for Java, XML, Dot NET dll/exe, C++, CORBA IDL, code generation, import Rational, XMI, report generator, Microsoft Visio integration, plugin, etc.

Visual Paradigm for UML is a powerful but easy-to-use UML CASE tool that supports OOAD (OOA, OOD). VP-UML supports round-trip engineering, import Rational Rose, export/import XMI, report generator, MS Visio integration, version control, plug-in, etc.

This Java class library offers refined numerical procedures to either construct a function of one or two variables from a set of points (i.e. interpolate), or solve an equation of one variable.