DiamondVFATFrame Class Reference

#include <DiamondVFATFrame.h>

Inheritance diagram for DiamondVFATFrame:

Public Member Functions
	DiamondVFATFrame (const word *inputData=NULL)
VFATFrame::word	getHptdcErrorFlag () const
uint32_t	getLeadingEdgeTime () const
	get timing infromation More...
VFATFrame::word	getMultihit () const
uint32_t	getThresholdVoltage () const
uint32_t	getTrailingEdgeTime () const
virtual	~DiamondVFATFrame ()
Public Member Functions inherited from VFATFrame
virtual bool	channelActive (unsigned char channel) const
virtual bool	checkCRC () const
bool	checkFootprint () const
virtual std::vector< unsigned char >	getActiveChannels () const
VFATFrame::word	getBC () const
	Returns Bunch Crossing number (BC<11:0>). More...
VFATFrame::word	getChipID () const
	Returns ChipID (ChipID<11:0>). More...
VFATFrame::word	getCRC () const
	Returns the CRC. More...
VFATFrame::word *	getData ()
VFATFrame::word	getEC () const
	Returns Event Counter (EV<7:0>). More...
VFATFrame::word	getFlags () const
	Returns flags. More...
uint8_t	getNumberOfClusters () const
bool	isBCPresent () const
	Returns true if the BC word is present in the frame. More...
bool	isCRCPresent () const
	Returns true if the CRC word is present in the frame. More...
bool	isECPresent () const
	Returns true if the EC word is present in the frame. More...
bool	isIDPresent () const
	Returns true if the ID word is present in the frame. More...
bool	isNumberOfClustersPresent () const
	Returns true if the CRC word is present in the frame. More...
void	Print (bool binary=false) const
void	setDAQErrorFlags (uint8_t v)
	Sets DAQ error flags. More...
void	setData (const word *_data)
	Copies a memory block to data buffer. More...
void	setNumberOfClusters (uint8_t v)
void	setPresenceFlags (uint8_t v)
	Sets presence flags. More...
	VFATFrame (const word *_data=NULL)
	VFATFrame (const VFATFrame &copy)
virtual	~VFATFrame ()

Additional Inherited Members
Public Types inherited from VFATFrame
typedef uint16_t	word
Protected Attributes inherited from VFATFrame
word	data [12]

Detailed Description

This class intended to handle the timing infromation of diamond VFAT frame

Definition at line 23 of file DiamondVFATFrame.h.

Constructor & Destructor Documentation

DiamondVFATFrame::DiamondVFATFrame ( const word *  inputData = NULL )

inline

Definition at line 27 of file DiamondVFATFrame.h.

    {}

virtual DiamondVFATFrame::~DiamondVFATFrame ( )

inlinevirtual

Definition at line 29 of file DiamondVFATFrame.h.

{}

Member Function Documentation

VFATFrame::word DiamondVFATFrame::getHptdcErrorFlag ( ) const

inline

Definition at line 56 of file DiamondVFATFrame.h.

References VFATFrame::data.

Referenced by RawToDigiConverter::Run().

    {
      return data[1] & 0xFFFF;
    }

uint32_t DiamondVFATFrame::getLeadingEdgeTime ( ) const

inline

get timing infromation

Definition at line 32 of file DiamondVFATFrame.h.

References VFATFrame::data, and ntuplemaker::time.

Referenced by RawToDigiConverter::Run().

    {
      uint32_t time = ((data[7]&0x1f)<<16)+data[8];
      time = (time & 0xFFE7FFFF) << 2 | (time & 0x00180000) >> 19;    //HPTDC inperpolation bits are MSB but should be LSB.... ask HPTDC designers...
      return time;     
    }

VFATFrame::word DiamondVFATFrame::getMultihit ( ) const

inline

Definition at line 51 of file DiamondVFATFrame.h.

References VFATFrame::data.

Referenced by RawToDigiConverter::Run().

    {
      return data[2] & 0x01;
    }

uint32_t DiamondVFATFrame::getThresholdVoltage ( ) const

inline

Definition at line 46 of file DiamondVFATFrame.h.

References VFATFrame::data.

Referenced by RawToDigiConverter::Run().

    {
      return ((data[3]&0x7ff)<<16)+data[4];
    }

uint32_t DiamondVFATFrame::getTrailingEdgeTime ( ) const

inline

Definition at line 39 of file DiamondVFATFrame.h.

References VFATFrame::data, and ntuplemaker::time.

Referenced by RawToDigiConverter::Run().

    {
      uint32_t time = ((data[5]&0x1f)<<16)+data[6];
      time = (time & 0xFFE7FFFF) << 2 | (time & 0x00180000) >> 19;   //HPTDC inperpolation bits are MSB but should be LSB.... ask HPTDC designers...
      return time;
    }