ADC 400F Manual descarregar pdf (Página 67)

Chapter 5. Complete program listings.

UShort_t* pSize = (UShort_t*)pEvent;

CTclAnalyzer& rAna((CTclAnalyzer&)rAnalyzer);

rAna.SetEventSize( (*pSize)* sizeof(UShort_t));

}

return result;

}

CFortranUnpacker legacyunpacker;

#endif

// Function:

// void CreateAnalysisPipeline(CAnalyzer& rAnalyzer)

// Operation Type:

// Override

Purpose:

Sets up an analysis pipeline. This function is required and must

be filled in by the SpecTcl user. Pipeline elements are objects

which are members of classes derived from the CEventProcessor

class. They should be added to the Analyzer’s event processing pipeline

by calling RegisterEventProcessor (non virtual base class member).

The sample implementation in this

file produces a two step pipeline. The first step decodes a fixed length

event into the CEvent array. The first parameter is put into index 1 and so on.

The second step produces a compiled pseudo parameter by adding event array

elements 1 and 2 and putting the result into element 0.

void

CMySpecTclApp::CreateAnalysisPipeline(CAnalyzer& rAnalyzer)

{

RegisterEventProcessor(*(new MyEventProcessor(0xff00, 10,

"mydetectors.caenv785")));

}

// Constructors, destructors and other replacements for compiler cannonicals:

CMySpecTclApp::CMySpecTclApp ()

{

}

// Destructor:

CMySpecTclApp::~CMySpecTclApp ( )

{

}

// Functions for class CMySpecTclApp

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ADC 400F Manual Página 67