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EDR_calPrint.c File Reference

Defines the implementaion of the CAL LAT record print routine. More...

#include <stdio.h>
#include "EDS/EDR_calPrint.h"
#include "EDS/EDR_cal.h"
#include "EDS/ECR_cal.h"
#include "EDS/EDA_cal.h"
#include "EDS/EBF_cal.h"
#include "EDS/EBF_cid.h"
#include "EDS/FFS.h"

Defines

#define MEV(_energy)   (_energy/ECR_CAL_K_LEU_PER_MEV)
 Picks off the whole number of MEVS.
#define FRACTION(_energy)   ((_energy & (ECR_CAL_K_LEU_PER_MEV - 1)) * (100/ECR_CAL_K_LEU_PER_MEV))
 Picks off the fraction of MEVS (100rths).

Functions

static __inline int getOffset (int fourRange, unsigned int layerCnts, int layer)
 Calculates the offset to the specified layer number.
static char getDisplayChar (const unsigned int phas)
 Encodes the PHA values of both ends of the log into a single character based on their logarithms.
static void printCalTowerRaw1 (const EDR_calTower *ctr)
 Prints an ASCII formatted dump of a CTR when the tower is single range readout.
static void printCalTowerRaw4 (const EDR_calTower *ctr)
 Prints an ASCII formatted dump of a CTR when the tower is single range readout.
static void printCalLayerRaw (const EBF_calLogData_cf *log, int colMap, int layer, int range)
 Prints the positive and negative PHAs for one layer.
static void printCalRawMapLayer (int four_range, int layer, unsigned int layerCnts, const EDR_calColumnMap *colMapP, const unsigned int *data)
 Prints one row of one tower for the CAL Raw map print function.
static void printEnergy (int energy)
 Prints the energy in units of Mev.
static __inline void printEtot (int energy, const int *layerEnergies)
 Prints the total energy for each layer and the LAT.
void EDR_calPrint (const EDR_cal *clr, unsigned int options)
 Produces an ASCII display of the CAL data.
void EDR_calTowerPrint (const EDR_calTower *ctr)
 Prints an ASCII formatted dump of a CAL tower record.
void EDR_calRawPrint (const EDR_cal *clr, unsigned int options)
 Produces an ASCII display of the CAL data.
void EDR_calRawMapPrint (const EDR_cal *clr)
 Produces an ASCII display of the CAL data in the form of a map, giving one an geometrical idea of where the energy is deposited.
void EDR_calTowerRawPrint (const EDR_calTower *ctr)
 Prints an ASCII formatted dump of a CTR.

Detailed Description

Defines the implementaion of the CAL LAT record print routine.

Author:
JJRussell - russell@slac.stanford.edu
    CVS $Id: EDR_calPrint.c,v 1.5 2006/09/13 00:51:28 russell Exp $

Define Documentation

#define FRACTION ( _energy   )     ((_energy & (ECR_CAL_K_LEU_PER_MEV - 1)) * (100/ECR_CAL_K_LEU_PER_MEV))

Picks off the fraction of MEVS (100rths).

The macros MEV and FRACTION are used to print a pseudo floating point representation of a CAL energy, i.e. something like EEE.ee

Function Documentation

void EDR_calPrint ( const EDR_cal *  clr,
unsigned int  options 
)

Produces an ASCII display of the CAL data.

Parameters:
clr A previously unpacked CAL LAT Record.
options An options mask. The top 16 bits are a mask of which towers to print (MSB = TOWER 0), the low bit indicates to print the summary

void EDR_calRawMapPrint ( const EDR_cal *  clr  ) 

Produces an ASCII display of the CAL data in the form of a map, giving one an geometrical idea of where the energy is deposited.

Parameters:
clr A previously unpacked CAL LAT Record.

void EDR_calRawPrint ( const EDR_cal *  clr,
unsigned int  options 
)

Produces an ASCII display of the CAL data.

Parameters:
clr A previously unpacked CAL LAT Raw Record.
options An options mask word. The upper 16 bits (i.e. a left justified value) is mask of which towers to print (MSB = TOWER 0)

void EDR_calTowerPrint ( const EDR_calTower *  ctr  ) 

Prints an ASCII formatted dump of a CAL tower record.

Parameters:
ctr The CAL tower to display

void EDR_calTowerRawPrint ( const EDR_calTower *  ctr  ) 

Prints an ASCII formatted dump of a CTR.

Parameters:
ctr The CTR to display

static char getDisplayChar ( const unsigned int  phas  )  [static]

Encodes the PHA values of both ends of the log into a single character based on their logarithms.

Returns:
The display character.
Parameters:
phas The array PHA values of the 2 ends.
The symbol always indicates the largest power of 2 of either end. If the largest power of 2 is the same for both ends, a lower case letter is used. Otherwise, an upper case letter is used.

static __inline int getOffset ( int  fourRange,
unsigned int  layerCnts,
int  layer 
) [static]

Calculates the offset to the specified layer number.

Returns:
The offset to the specified layer
Parameters:
fourRange Flag indicating 4-range readout (0=NO, 1=YES)
layerCnts The layer counts word
layer The layer to integrate to

static void printCalLayerRaw ( const EBF_calLogData_cf *  log,
int  colMap,
int  layer,
int  range 
) [static]

Prints the positive and negative PHAs for one layer.

Parameters:
log The logs in this layer
colMap The left justified map of logs struck in this layer
layer If >=0, then will be printed as the layer number
range Currently unused

static void printCalRawMapLayer ( int  fourRange,
int  layer,
unsigned int  layerCnts,
const EDR_calColumnMap *  colMapP,
const unsigned int *  data 
) [static]

Prints one row of one tower for the CAL Raw map print function.

Parameters:
fourRange Flag indicating 4-range readout (0=NO, 1=YES)
layer The layer to print
colMapP The column map array for this row
layerCnts The layer counts for this tower
data Pointer to the data for this tower

static void printCalTowerRaw1 ( const EDR_calTower *  ctr  )  [static]

Prints an ASCII formatted dump of a CTR when the tower is single range readout.

Parameters:
ctr The CAL tower to display

static void printCalTowerRaw4 ( const EDR_calTower *  ctr  )  [static]

Prints an ASCII formatted dump of a CTR when the tower is single range readout.

Parameters:
ctr The CTR to display

static void printEnergy ( int  energy  )  [static]

Prints the energy in units of Mev.

Parameters:
energy The energy to print

static __inline void printEtot ( int  energy,
const int *  layerEnergies 
) [static]

Prints the total energy for each layer and the LAT.

Parameters:
energy The total energy in the CAL
layerEnergies The energy in each of the layers across all towers

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