SolarCalc is a program for estimating the solar radiation and electrical energy yield in a given site around the world. The software has been written in Qt and uses the most recent models of solar radiation conversion by PV effects. The software can take into account many aspects of solar systems such as detailed diffuse/beam correlation models, temperature effects, and shadowing effects. The system allows you to build a user-based archive of components, like solar panels and inverters. Many printing and exporting functions are available, as well as ready-to-use PDF report export.
The Orangevolt XSLT Plugin for Eclipse provides XSLT support to the Eclipse platform. It is the Eclipse-based successor of the Java/Swing-based ROXES XmlWrite XSLT editing environment. It provides many great enhancements when working with XML inside Eclipse. It implements XSLT launch configurations, XML editor enhancements, configurable XML outlines, an xpath navigator view, and more.
ProM is an extensible framework that supports a wide variety of process mining techniques in the form of plug-ins. Plug-ins currently support the import of and the conversion between several process modelling languages, including Petri nets (PNML, TPN), EPCs/EPKs (Aris graph format, EPML), and YAWL. Mining, analysis, and log filtering plug-ins are also available.
myPmps is an information system linking the PMI standard of project management to the world of open source. It contains a set of templates and a set of a scripts which initialize and customize these templates. The result of this automatic customization is set of project management documents which are demanded by the PMI standard. Moreover, it classifies existing open source software with respect to the standard project management knowledge areas and specifies which of them support which area of professional project management.
A Life Science Identifier (LSID) Resolver is a software system that implements an agreed LSID resolution protocol to allow higher-level software to be able to locate and access the data uniquely named by any LSID URN. This project is the first implementation of a Web service-based LSID URN resolution protocol, and includes Java J2EE, Perl, and Win32 COM/C++ client & server stacks, example programs, and tutorials on how to establish a LSID resolver for any organization.