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J-DSP is fitted with an interpreter designed to decode parameters contained in a simple Hypertext
Markup Language (HTML) file, which when loaded through a browser, invokes the J-DSP editor.
The editor in turn interprets the parameters and loads a J-DSP flowgram as described by these
parameters. The parameters contained in the HTML file are written in JavaScript and are actually
components of a Java? applet referred here as a J-DSP script. This J-DSP Editor capability has
been designed in order to allow instructors save their own J-DSP simulation examples on the
Internet, easily integrating interactive content in classroom web sites.?
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In addition to this introduction, this manual consists of two more main sections that further discuss
J-DSP scripts. Section 2 of this manual instructs the? user on how to create J-DSP scripts
automatically, while section 3 is an elaborate description of how to manually prepare the script
code.
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Please note that all scripts must be saved in the same directory the J-DSP editor’s class files are
located in.