#include <include/PhaserRampExec.h>

Inheritance diagram for PhaserRampExec:

Public Member Functions
	PhaserRampExec ()
	Standard constructor. More...

virtual	~PhaserRampExec ()
	Destructor. More...

virtual StatusCode	initialize ()

virtual StatusCode	execute ()

virtual StatusCode	finalize ()

Public Member Functions inherited from Processus
	Processus ()
	Standard constructor. More...

virtual	~Processus ()
	Destructor. More...

StatusCode	startProcessing ()

StatusCode	endProcessing ()

void	clean ()

void	setStorage (std::string storage)

Data *	data ()

std::vector< double >	data (unsigned int row)

std::vector< double >	data (std::string name)

Histo1D *	hist1d (unsigned int row)

Histo2D *	hist2d (unsigned int row)

void	addDataStream (std::string name, std::string title)

void	addHisto1d (TH1D *h)

void	addHisto2d (TH2D *h)

StatusCode	dataFill (int i, double val)

StatusCode	dataFill (std::string name, double val)

std::string	storage ()

void	setElement (Element *element)

Element *	element ()

void	incNErrors ()

void	setNErrors (unsigned int)

unsigned int	nErrors ()

TFile *	rootFile ()

void	openRootFile ()

void	closeRootFile ()

void	startChrono ()

void	setLogMsg (std::string logMsg)

std::string	logMsg ()

void	setState (int state)

double	elapsedTime ()

double	elapsedTime (time_t start)

Public Member Functions inherited from Object
	Object ()
	Standard constructor. More...

virtual	~Object ()
	Destructor. More...

std::string	name () const

std::string	type ()

unsigned char	id ()

std::string	title ()

void	msgSvc (int level, std::string msg, std::string name)

void	msg (std::string mymsg)

void	verbose (std::string mymsg)

void	debug (std::string mymsg)

void	info (std::string mymsg)

void	warning (std::string mymsg)

void	error (std::string mymsg)

void	fatal (std::string mymsg)

void	msg (std::string mymsg, std::string name)

void	verbose (std::string mymsg, std::string name)

void	debug (std::string mymsg, std::string name)

void	info (std::string mymsg, std::string name)

void	warning (std::string mymsg, std::string name)

void	error (std::string mymsg, std::string name)

void	fatal (std::string mymsg, std::string name)

void	setName (std::string name)

void	setType (std::string type)

void	setId (unsigned char id)

void	setTitle (std::string title)

void	setDllName (std::string dllName)

std::string	dllName ()

Public Member Functions inherited from Attrib
	Attrib ()
	Standard constructor. More...

virtual	~Attrib ()
	Destructor. More...

bool	is (int attribut)

void	add (int attribut)

void	remove (int attribut)

std::string	attributs ()

Protected Member Functions
PhaserRampExec *	clone ()

Private Attributes
Phaser *	m_phaser

TH1D *	h1

TH1D *	h2

TH1D *	h3

TH1D *	h4

TH1D *	hv1

TH1D *	hv2

TH1D *	hv3

TH1D *	hv4

TFile *	file

TH1F *	histo

int	m_initPhase [4]

unsigned long	m_nProcessedEvents

unsigned long	errorCount

Additional Inherited Members
Public Types inherited from Processus
enum	states { ERR =-1, NOT_OK, OK }

Public Types inherited from Attrib
enum	Attribut { UNDEFINED, PASSIVE, ACTIVE, INTERFACE, IO, IODATA, ELEMENT, HARDWARE, PROCESSUS, SOFTWARE }

Protected Attributes inherited from Processus
Element *	m_element

Protected Attributes inherited from Attrib
std::string	m_attribString [10]

Detailed Description

Author: Frédéric Machefert

Date: 2004-07-23

Definition at line 26 of file PhaserRampExec.h.

Constructor & Destructor Documentation

◆ PhaserRampExec()

PhaserRampExec::PhaserRampExec ( )

Standard constructor.

Definition at line 36 of file PhaserRampExec.cpp.

References Object::setName(), Object::setTitle(), and Object::setType().

Referenced by clone().

                                  {
   setName ( "PhaserRampExec" );
   setType ( "Phaser" );
   setTitle( "Phaser I2C Configuration Test" );
 }

◆ ~PhaserRampExec()

PhaserRampExec::~PhaserRampExec ( )

virtual

Destructor.

Definition at line 44 of file PhaserRampExec.cpp.

44 {}

Member Function Documentation

◆ clone()

PhaserRampExec* PhaserRampExec::clone ( )

inlineprotectedvirtual

processus termination virtual function

Implements Processus.

Definition at line 41 of file PhaserRampExec.h.

References PhaserRampExec().

                          {
     return new PhaserRampExec (*this);
   }

◆ execute()

StatusCode PhaserRampExec::execute ( )

virtual

processus execution virtual function

Implements Processus.

Definition at line 90 of file PhaserRampExec.cpp.

References errorCount, h1, h2, h3, h4, hv1, hv2, hv3, hv4, Object::info(), itos(), m_nProcessedEvents, m_phaser, Phaser::phase(), Phaser::read(), Phaser::setPhase(), StatusCode::SUCCESS, and Phaser::write().

Referenced by BOOST_PYTHON_MODULE().

                                      { 
 
   m_nProcessedEvents++;
   
   int v1 =  (int) ( (float)rand()/RAND_MAX * 25. );
   int v2 =  (int) ( (float)rand()/RAND_MAX * 25. );
   int v3 =  (int) ( (float)rand()/RAND_MAX * 25. );
   int v4 =  (int) ( (float)rand()/RAND_MAX * 25. );
   
   m_phaser->setPhase(v1,v2,v3,v4);
   m_phaser->write();
   m_phaser->read();
 
   int d0=m_phaser->phase(0);
   int d1=m_phaser->phase(1);
   int d2=m_phaser->phase(2);
   int d3=m_phaser->phase(3);
   
   hv1->Fill(v1);
   hv2->Fill(v2);
   hv3->Fill(v3);
   hv4->Fill(v4);
 
   
   if( v1!=d0 || v2!=d1 || v3!=d2 || v4!=d3 ){
 
     if ( d0 != v1 ) h1->Fill(int(d0));
     if ( d1 != v2 ) h2->Fill(int(d1));
     if ( d2 != v3 ) h3->Fill(int(d2));
     if ( d3 != v4 ) h4->Fill(int(d3));
 
     errorCount++;
     info("WRITE/READ INCOMPATIBILTY ["+
          itos(errorCount)+"] " +
          itos(v1)+"/"+itos(d0)+" "+
          itos(v2)+"/"+itos(d1)+" "+
          itos(v3)+"/"+itos(d2)+" "+
          itos(v4)+"/"+itos(d3),
          "Phaser::ramp");
     //     return false;
   }
   
   return StatusCode::SUCCESS;
 }

◆ finalize()

StatusCode PhaserRampExec::finalize ( )

virtual

processus termination virtual function

Implements Processus.

Definition at line 139 of file PhaserRampExec.cpp.

References Processus::closeRootFile(), Processus::elapsedTime(), errorCount, ftos(), h1, h2, h3, h4, hv1, hv2, hv3, hv4, Object::info(), itos(), m_initPhase, m_nProcessedEvents, m_phaser, Phaser::setPhase(), StatusCode::SUCCESS, and Phaser::write().

Referenced by BOOST_PYTHON_MODULE().

                                       {
   info("__" );
   info("Errors                             "+itos(errorCount));
   info("Processed Events                   "+itos(m_nProcessedEvents));
   info("Elapsed Time                       "+ftos(elapsedTime())+" s.");
   info("****************************" );
  
   m_phaser->setPhase(m_initPhase[0],
                      m_initPhase[1],
                      m_initPhase[2],
                      m_initPhase[3]);
   
   m_phaser->write();
 
   closeRootFile();
 
   hv1->Delete();
   hv2->Delete();
   hv3->Delete();
   hv4->Delete();
   h1->Delete();
   h2->Delete();
   h3->Delete();
   h4->Delete();
   
   return StatusCode::SUCCESS;  
 }

◆ initialize()

StatusCode PhaserRampExec::initialize ( )

virtual

processus initialisation virtual function

Implements Processus.

Definition at line 49 of file PhaserRampExec.cpp.

References Processus::element(), errorCount, h1, h2, h3, h4, hv1, hv2, hv3, hv4, Object::info(), m_initPhase, m_nProcessedEvents, m_phaser, Object::name(), Processus::openRootFile(), Phaser::phase(), Phaser::read(), Processus::startChrono(), StatusCode::SUCCESS, and Object::type().

Referenced by BOOST_PYTHON_MODULE().

                                         {
 
   info("" );
   info("____________________________");
   info("Phaser Configuration Control");
   info(" =>" + element()->path() + " " + 
        element()->name() + " " + element()->type() );
   
   m_phaser=dynamic_cast<Phaser*>( element() );
   
   srand( (unsigned)time( NULL ) );
 
   m_phaser->read();
 
   m_initPhase[0]=m_phaser->phase(0);
   m_initPhase[1]=m_phaser->phase(1);
   m_initPhase[2]=m_phaser->phase(2);
   m_initPhase[3]=m_phaser->phase(3);
   
   openRootFile ();
 
   hv1=new TH1D( "Delay1" , "Delay Channel 1" , 25 , 0. , 25. );
   hv2=new TH1D( "Delay2" , "Delay Channel 2" , 25 , 0. , 25. );
   hv3=new TH1D( "Delay3" , "Delay Channel 3" , 25 , 0. , 25. );
   hv4=new TH1D( "Delay4" , "Delay Channel 4" , 25 , 0. , 25. );
 
   h1=new TH1D( "Error1" , "Error Channel 1" , 25 , 0. , 25. );
   h2=new TH1D( "Error2" , "Error Channel 2" , 25 , 0. , 25. );
   h3=new TH1D( "Error3" , "Error Channel 3" , 25 , 0. , 25. );
   h4=new TH1D( "Error4" , "Error Channel 4" , 25 , 0. , 25. );
   
   m_nProcessedEvents=0;
   errorCount=0;
   startChrono();
   
   return StatusCode::SUCCESS;  
 }