In a real life situation, the document could contain graphics, more text, and some computations. When the notebook is complete, a Mathematica expression holding the notebook is obtained with NotebookGet and this is returned. This sample shows how a notebook object is created with NotebookCreate, and then how the content is added with NotebookWrite. A sample function is shown below (taken from the source used by Content.jsp). Generating a Mathematica NotebookĪ common way to do this involves using Mathematica commands for generating notebooks. This section will explore how to generate PDF documents from web Mathematica. Mathematica can now automatically convert notebook documents into PDF format. This has the advantage that the vast majority of clients are set up to render PDF.

A disadvantage is that it requires the client to have access to an application that can read notebooks, such as Mathematica or Mathematica Player ( ).

Using Mathematica notebooks has the advantage that the document can be worked on further after reaching the client. One format that is very easy to generate is Mathematica notebooks, and there are a number of web Mathematica examples that work by returning Mathematica notebooks to the client. Web Mathematica can use these features to automatically generate technical reports. The documents can be kept as notebook format and viewed with the Mathematica notebook front end alternatively they can be converted into a variety of other formats such as PDF, PostScript, or XHTML. Mathematica notebook documents can combine text, mathematics, computations, charts, visualizations, and interactive elements suitable for many technical areas. Mathematica provides a powerful medium for electronic technical documents.

How to use wolfram mathematica 9