User`s guide

4 Verification

• The code g enerated by a model referred to by the PIL algorithm changes

after you generate code for the PIL algorithm. T o update the PIL

application executable, regenerate code for the PIL algorithm, and then

click Build on the PIL block to bring the PIL application executable up

to date.

Creating and Using PIL Blocks

Using PIL and PIL blocks to verify y our processes begins with a Simulink

model of y our process. To see an example o f one such model used to implement

PIL, refer to the de mo Getting Started with Application Development in the

demos for Embedded IDE Link CC.

To create and use a PIL block, perform the following tasks:

1 Develop the model of the process to simulate.

Use Simulin k software to build a model of the process to sim ulate. The

blocks in the library

ccslinklib canhelpyousetupthetimingand

schedulingforyourmodel.

For information about building Simulink software models, refer to Getting

Start ed with Sim ulink intheonlineHelpsystem.

2 Convert your p rocess to a masked subsystem in your model.

For information about how to convert your process to a subsystem, refer to

Creating Subsystems in Using Simulink or in the online Help system.

3 Open the new masked subsystem and add a Target Prefe rences block to

the subsystem.

The block library

ccslinklib contains the Target Preferences block to add

to your system. Conﬁgure the Target Preferences block for your processor.

For details about the options on the Target Preferences block, refer to the

Target Preferences block reference in the online Help system.

4 ConﬁgureyourmodeltoenableittogeneratePILalgorithmcodeandaPIL

block from your subsys tem.

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