These methods require significant user involvement and thus may be more art than science. As a result, this method lends itself well to analytical instrumentation for field use. The method is objective, consistent, computationally elegant and based on sound probabilistic models. It is immune to variations in baseline and insensitive to absolute peak height. In addition, the method provides for a way of displaying estimates of spectral peak location and height.
Text is entered as a new paper, and is then automatically styled into a journal-specific format.
In addition, an in-built remote document server enables distributed, collaborative authoring of any document. Embedding Java-Bean components into the text, allowing live or static objects to be viewed and edited directly from the publisher, can enhance papers. For example, a 3D molecule Java-Bean can be used, allowing molecular models to be edited and rotated directly on the page by the reader. Institution, energy, or installation managers can then use the software to prioritize investments in energy efficiency among several buildings. It is an effective software product for targeting the most promising building and end-use retrofit opportunities, expeditiously estimating capital investment requirements, and determining potential energy and cost savings.