Java Reference
In-Depth Information
Figure 5.6. An aerial shell uses two charges: one for initial lift and one to expel explosive
stars when the shell is at its peak.
The process flow for making an aerial shell consists of building an inner shell, having it
inspected, and then either reworking it or finishing its assembly. To make the inner shell, an
operator uses a shell assembler to place some stars in a hemispherical casing, insert a black
powder core, attach more stars on top of the core, and seal this subassembly with another
hemispherical casing.
An inspector verifies that the inner shell meets safety and quality standards. If it doesn't,
the operator disassembles the inner shell and, grumbling, makes it again. When an inner shell
passes inspection, the operator finishes the shell, using a fuser to connect a lifting charge to
the inner shell with fusing. Finally, the operator manually wraps the complete aerial shell.
As with machine composites, Oozinoz engineers have a GUI that lets them describe
the composition of a process. Figure 5.7 shows the class structure that supports process
modeling.
