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In the sample code above, notice that I reset the RP0 ag (because in the mid-range devices, I recommend that all arrays and other data structures that are accessed by the FSR register are placed in bank 1) and that I reset PCLATH. This code is the truly general case, and while it takes a few more cycles than what could be considered best, it should always be used to ensure proper operation in all cases. After the header above is executed, interrupts can be enabled again, allowing for nested interrupts because the saved w and STATUS register values are saved on the data stack. The interrupt entry and exit code can be used exactly as shown in assembly language applications to provide nested interrupt handlers. This is the only case where I feel it is acceptable to allow nested interrupts in the mid-range PIC microcontroller. To return from an interrupt in the mid-range PIC microcontroller, the following code should be used:

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Because of the equal-percentage characteristic, loop gain will change with position (hence flow) as well as with PH. In order to make loop gain independent of flow, the output of the feedback controller, here designated a, must be placed on the same terms as flow. Actually the feedback trim is the same as was shown in Fig. 10.14, using a nonlinear controller to compensate the pH curve. The function of using an equal-percentage valve is twofold: 1. To provide maximum rangeability 2. To generate the forward-loop pH function The control system is shown in Fig. 10.16. Note that the forward-loop summation is made conveniently in a proportional controller with remote bias. A positioner is indicated on the equal-percentage valve to ensure as accurate delivery of reagent as possible. 1.0 It is also necessary t o supply the reagent at a fixed head. If a single valve gives insufficient rangeability, two may be sequenced. Full flow from the smaller L 0 valve should equal about 3 percent of the $0.5 + capacity of the larger. The large valve should be set to open to 3 percent flow when the smaller is full open, at 50 percent output. The smaller must be closed at the same time the larger is opened in order to avoid upset ting t h e p r o c e s s . FIG 10.17. Generation of the A small differential gap in the switching logarithmic function over a full logic is needed to minimize cycling at decade of flow is more than sufthis point. ficient.

A true C (ANSI standard) has a number of library routines associated with it (the standard ones are listed in App. F). These routines provide the capability of different types of data (such as oating point numbers), nding trigonometric and logarithmic values and providing standard I/O to consoles (getf and printf). There are many standard routines and often a lot of custom ones for the environment (processor and operating system) and hardware. Just as an example, for the C that I use for the IBM PC, the library routines take up 286 K of space on the hard drive. I would expect that a full-featured PIC microcontroller C compiler would have a similarly sized library. This makes the presence of an application linker that only includes needed functions from the application code and library very important. This capability is provided with MPLINK, but you should check for it in other tool sets before buying. When using functions, understanding how they work is even more critical in the PIC microcontroller than in a PC or workstation. As I discussed earlier, the PIC microcontroller has limited heap space, but different PIC microcontrollers have different hardware features. Standard I/O functions (getf and printf) may be designed to work with PIC microcontrollers that have built-in USARTs, but will not work in lower-end PIC microcontrollers that do not have this capability.