CFEL - ASG Software Suite  2.5.0
CASS
Public Types | Public Member Functions | Public Attributes | Protected Member Functions | Protected Attributes | Friends | List of all members
cass::Result< T > Class Template Reference

A result of a processor. More...

#include <result.hpp>

+ Inheritance diagram for cass::Result< T >:
+ Collaboration diagram for cass::Result< T >:

Public Types

enum  { serializationVersion =10 }
 the serialization version of this class More...
 
enum  axis_name { xAxis =0, yAxis }
 which axis one wants to have More...
 
enum  Quadrant {
  UpperLeft =0, UpperMiddle, UpperRight, Left,
  Right, LowerLeft, LowerMiddle, LowerRight,
  TwoDStatSize
}
 over/ underflow of 2d histogram More...
 
enum  OverUnderFlow { Overflow =0, Underflow, OneDStatSize }
 the over/underflow bin of 1d histogram More...
 
typedef Result< T > self_type
 this classes type More...
 
typedef std::tr1::shared_ptr< self_typeshared_pointer
 a shared pointer of this class More...
 
typedef T value_t
 the values of this container More...
 
typedef std::pair< double, double > coordinate_t
 a coordinate of a 2d array More...
 
typedef std::vector< value_tstorage_t
 the storage of this container More...
 
typedef storage_t::iterator iterator
 a iterator on the storage More...
 
typedef storage_t::const_iterator const_iterator
 a const iterator on the storage More...
 
typedef storage_t::reference reference
 a reference to the storage More...
 
typedef storage_t::const_reference const_reference
 a const reference to the storage More...
 
typedef storage_t::size_type size_type
 define the size type of the storage More...
 
typedef std::pair< size_type, size_typeshape_t
 define the shape of the result More...
 
typedef Axis< double > axe_t
 the axis descriptions of this container More...
 
typedef std::vector< axe_taxis_t
 the axis descriptions of this container More...
 

Public Member Functions

 Result ()
 default constructor More...
 
 Result (const size_type &size)
 1d array container constructor More...
 
 Result (const axe_t &xaxis)
 1d histogram constructor More...
 
 Result (const size_type &cols, const size_type &rows)
 2d array container or table constructor More...
 
 Result (const axe_t &xaxis, const axe_t &yaxis)
 2d histogram constructor More...
 
const axis_taxis () const
 read access to the axis More...
 
axis_taxis ()
 write access to the axis More...
 
const axe_taxis (const axis_name &axis) const
 read access to a specific axis More...
 
axe_taxis (const axis_name &axis)
 write accesss to a specific axis More...
 
size_t dim () const
 what is the dimension of the result More...
 
void clear ()
 clear the contents of the result More...
 
void setValue (const_reference value)
 assign the result container to a value More...
 
value_t getValue () const
 return the value More...
 
bool isTrue () const
 evaluate whether value is zero More...
 
const storage_tstorage () const
 read access to the storage More...
 
storage_tstorage ()
 write access to the storage More...
 
const_iterator begin () const
 retrieve a iterator for read access to beginning More...
 
iterator begin ()
 retrieve iterator for write access to beginning More...
 
reference front ()
 retrieve reference to the first element More...
 
const_reference front () const
 retrieve const reference to the first element More...
 
const_iterator end () const
 retrieve iterator to the end of storage More...
 
iterator end ()
 retrieve iterator to the end of storage More...
 
iterator histogram (const value_t &pos, const value_t &weight=1)
 add the weight at the right bin for the value in the 1d array More...
 
iterator histogram (const coordinate_t &pos, const value_t &weight=1)
 add the weight at the right bin for the coordinate in the 2d array More...
 
void appendRows (const storage_t &rows)
 add row(s) to the result More...
 
void resetTable ()
 reset the table like result More...
 
void append (const value_t &val)
 append a value to the end of the result More...
 
void reset ()
 clear the appendable 1d like result More...
 
reference operator[] (size_type pos)
 enable accessing elements of the storage directly More...
 
const_reference operator[] (size_type pos) const
 enable accessing elements of the storage directly More...
 
shape_t shape () const
 return the shape of the result More...
 
std::vector< size_t > np_shape () const
 return the shape of the result as numpy / hdf5 shape More...
 
size_type datasize () const
 return the size of the data as determined by the axis More...
 
size_type size () const
 return the raw size of the storage More...
 
shared_pointer clone () const
 create a copy of the result More...
 
void assign (const self_type &in)
 copy the contents of a different result to this result More...
 
std::string name () const
 retrieve the name of the result More...
 
void name (const std::string &name)
 set the name of the result More...
 
uint64_t id () const
 retrieve the id of the result More...
 
void id (uint64_t id)
 set the id of the result More...
 

Public Attributes

QReadWriteLock lock
 lock for locking operations on the data of the container More...
 

Protected Member Functions

 Result (const Result &in)
 copy constructor More...
 
self_typeoperator= (const self_type &)
 prevent self assigment More...
 

Protected Attributes

axis_t _axis
 the axis of the histogram More...
 
storage_t _storage
 result storage More...
 
std::string _name
 the name of this result More...
 
uint64_t _id
 the id of the event that the contents reflect More...
 

Friends

SerializerBackendoperator<< (SerializerBackend &, const self_type &)
 friend for serialization More...
 
SerializerBackendoperator>> (SerializerBackend &, self_type &)
 friend for deserialization More...
 

Detailed Description

template<typename T>
class cass::Result< T >

A result of a processor.

The result can be a value or an 1d or 2d array. The 1d or 2d can be used as a histogram.

Todo:
add statistics for the histograming functionality
Template Parameters
Tthe type of data that the result is made of
precisionhow the precision for adding something to the array
world2histfunction to convert world coordinates to histogram coordinates
Author
Lutz Foucar

Definition at line 30 of file result.hpp.

Member Typedef Documentation

template<typename T>
typedef Axis<double> cass::Result< T >::axe_t

the axis descriptions of this container

Definition at line 353 of file result.hpp.

template<typename T>
typedef std::vector<axe_t > cass::Result< T >::axis_t

the axis descriptions of this container

Definition at line 356 of file result.hpp.

template<typename T>
typedef storage_t::const_iterator cass::Result< T >::const_iterator

a const iterator on the storage

Definition at line 338 of file result.hpp.

template<typename T>
typedef storage_t::const_reference cass::Result< T >::const_reference

a const reference to the storage

Definition at line 344 of file result.hpp.

template<typename T>
typedef std::pair<double, double> cass::Result< T >::coordinate_t

a coordinate of a 2d array

Definition at line 329 of file result.hpp.

template<typename T>
typedef storage_t::iterator cass::Result< T >::iterator

a iterator on the storage

Definition at line 335 of file result.hpp.

template<typename T>
typedef storage_t::reference cass::Result< T >::reference

a reference to the storage

Definition at line 341 of file result.hpp.

template<typename T>
typedef Result<T> cass::Result< T >::self_type

this classes type

Definition at line 320 of file result.hpp.

template<typename T>
typedef std::pair<size_type,size_type> cass::Result< T >::shape_t

define the shape of the result

Definition at line 350 of file result.hpp.

template<typename T>
typedef std::tr1::shared_ptr<self_type> cass::Result< T >::shared_pointer

a shared pointer of this class

Definition at line 323 of file result.hpp.

template<typename T>
typedef storage_t::size_type cass::Result< T >::size_type

define the size type of the storage

Definition at line 347 of file result.hpp.

template<typename T>
typedef std::vector<value_t> cass::Result< T >::storage_t

the storage of this container

Definition at line 332 of file result.hpp.

template<typename T>
typedef T cass::Result< T >::value_t

the values of this container

Definition at line 326 of file result.hpp.

Member Enumeration Documentation

template<typename T>
anonymous enum

the serialization version of this class

Enumerator
serializationVersion 

Definition at line 317 of file result.hpp.

template<typename T>
enum cass::Result::axis_name

which axis one wants to have

Enumerator
xAxis 
yAxis 

Definition at line 359 of file result.hpp.

template<typename T>
enum cass::Result::OverUnderFlow

the over/underflow bin of 1d histogram

Enumerator
Overflow 
Underflow 
OneDStatSize 

Definition at line 367 of file result.hpp.

template<typename T>
enum cass::Result::Quadrant

over/ underflow of 2d histogram

Enumerator
UpperLeft 
UpperMiddle 
UpperRight 
Left 
Right 
LowerLeft 
LowerMiddle 
LowerRight 
TwoDStatSize 

Definition at line 362 of file result.hpp.

Constructor & Destructor Documentation

template<typename T>
cass::Result< T >::Result ( )
inline

default constructor

using this constructor will create a value container. Only one element is allocated in the storage and no axis are defined.

Definition at line 374 of file result.hpp.

template<typename T>
cass::Result< T >::Result ( const size_type size)
inlineexplicit

1d array container constructor

use this constructor if you want to create a one dimensional array. In this case the axis automatically set to go from 0 to size -1 having size bins. The vector will be created with size elements

Parameters
xaxisThe x-axis of the histogram

Definition at line 386 of file result.hpp.

template<typename T>
cass::Result< T >::Result ( const axe_t xaxis)
inlineexplicit

1d histogram constructor

use this constructor if you want to create a one dimensional histogram. The axis container is resized to fit the xaxis. The storage is set up so that it can hold all the bins of the 1D histogram.

Parameters
xaxisThe x-axis of the histogram

Definition at line 401 of file result.hpp.

template<typename T>
cass::Result< T >::Result ( const size_type cols,
const size_type rows 
)
inline

2d array container or table constructor

use this constructor if you want to create a two dimensional array. The 2d array itself is represented in a linearized array. The axis are created such that they will go from 0 .. rows or cols and have rows or cols bins for the y- and x-axis respectively. The axis container is allocated to fit both axis. The storage is set up so that it can hold rows * cols elemnts in the linearized array.

Parameters
colsThe x-axis of the histogram
rowsThe y-axis of the histogram

Definition at line 420 of file result.hpp.

template<typename T>
cass::Result< T >::Result ( const axe_t xaxis,
const axe_t yaxis 
)
inline

2d histogram constructor

use this constructor if you want to create a two dimensional histogram. The axis container is allocated to fit both axis. The storage is set up so that it can hold all the bins of the 2D histogram in a linearized array.

Parameters
xaxisThe x-axis of the histogram
yaxisThe y-axis of the histogram

Definition at line 437 of file result.hpp.

template<typename T>
cass::Result< T >::Result ( const Result< T > &  in)
inlineprotected

copy constructor

Note
We need to implement this ourselves, since it is not possitble to copy construct the lock
Parameters
inthe result to copy the values from

Definition at line 964 of file result.hpp.

Member Function Documentation

template<typename T>
void cass::Result< T >::append ( const value_t val)
inline

append a value to the end of the result

append the value and set the axis to reflect the new content

Parameters
valthe value to append

Definition at line 756 of file result.hpp.

Referenced by cass::pp72::process().

template<typename T>
void cass::Result< T >::appendRows ( const storage_t rows)
inline

add row(s) to the result

in case the result is used as a table this will add row(s) to the table

Parameters
rowsthe rows to be appended to the table like result

Definition at line 724 of file result.hpp.

Referenced by cass::pp334::loadSettings(), cass::pp73::process(), cass::pp204::process(), cass::pp112::process(), cass::pp500::process(), cass::pp206::process(), cass::pp208::process(), cass::pp209::process(), cass::pp210::process(), and cass::pp91::process().

template<typename T>
void cass::Result< T >::assign ( const self_type in)
inline

copy the contents of a different result to this result

copy the axis and the storage only

Parameters
ininput whos contents should be copied to here

Definition at line 906 of file result.hpp.

Referenced by cass::pp13::process(), cass::pp56::process(), and cass::pp14::processEvent().

template<typename T>
const axis_t& cass::Result< T >::axis ( ) const
inline
template<typename T>
axis_t& cass::Result< T >::axis ( )
inline

write access to the axis

Returns
reference to the axis object

Definition at line 458 of file result.hpp.

template<typename T>
const axe_t& cass::Result< T >::axis ( const axis_name axis) const
inline

read access to a specific axis

only 1d and 2d histograms have axis. Therefore throws invalid_argument if the requested axis does not exist

Parameters
axisthe requested axis

Definition at line 470 of file result.hpp.

template<typename T>
axe_t& cass::Result< T >::axis ( const axis_name axis)
inline

write accesss to a specific axis

only 1d and 2d histograms have axis. Therefore throws invalid_argument if the requested axis does not exist

Parameters
axisthe requested axis

Definition at line 486 of file result.hpp.

template<typename T>
const_iterator cass::Result< T >::begin ( ) const
inline

retrieve a iterator for read access to beginning

Returns
const iterator to beginning

Definition at line 608 of file result.hpp.

Referenced by cass::pp40::applyConstantThreshold(), cass::pp40::applyIdxwiseThreshold(), cass::pp51::baselineFromInput(), cass::pp331::calculateGainMap(), cass::pp82::cummulativeStatistics(), jocassview::TwoDViewer::dataChanged(), cass::Result< float >::histogram(), cass::pp330::loadCalibration(), cass::pp332::loadHotPixelMap(), cass::pp82::medianCalc(), cass::operator<<(), cass::pp310::process(), cass::pp105::process(), cass::pp301::process(), cass::pp110::process(), cass::pp1::process(), cass::pp312::process(), cass::pp111::process(), cass::pp73::process(), cass::pp107::process(), cass::pp55::process(), cass::pp204::process(), cass::pp2::process(), cass::pp330::process(), cass::pp109::process(), cass::pp313::process(), cass::pp79::process(), cass::pp144::process(), cass::pp123::process(), cass::pp205::process(), cass::pp9::process(), cass::pp500::process(), cass::pp206::process(), cass::pp1601::process(), cass::pp148::process(), cass::pp331::process(), cass::pp208::process(), cass::pp1602::process(), cass::pp332::process(), cass::pp242::process(), cass::pp90::process(), cass::pp333::process(), cass::pp41::process(), cass::pp209::process(), cass::pp243::process(), cass::pp334::process(), cass::pp50::process(), cass::pp244::process(), cass::pp410::process(), cass::pp210::process(), cass::pp51::process(), cass::pp57::process(), cass::pp60::process(), cass::pp61::process(), cass::pp62::process(), cass::pp63::process(), cass::pp64::process(), cass::pp65::process(), cass::pp68::process(), cass::pp70::process(), cass::pp71::process(), cass::pp81::process(), cass::pp85::process(), cass::pp86::process(), cass::pp89::process(), cass::pp1500::processEvent(), cass::pp330::setBadPixMap(), cass::pp330::writeCalibration(), and cass::pp332::writeHotPixelMap().

template<typename T>
iterator cass::Result< T >::begin ( )
inline

retrieve iterator for write access to beginning

Returns
iterator to beginning

Definition at line 614 of file result.hpp.

template<typename T>
void cass::Result< T >::clear ( )
inline

clear the contents of the result

overwrite all values of the storage with 0.

Definition at line 530 of file result.hpp.

template<typename T>
shared_pointer cass::Result< T >::clone ( ) const
inline

create a copy of the result

Returns
shared pointer to this result

Definition at line 890 of file result.hpp.

Referenced by jocassview::TwoDViewer::dataChanged(), cass::pp330::process(), and cass::Processor::resultCopy().

template<typename T>
size_type cass::Result< T >::datasize ( ) const
inline
template<typename T>
size_t cass::Result< T >::dim ( ) const
inline

what is the dimension of the result

depending on the size of the axis one can determine the dimension of the result.

Returns
dimension of the result

Definition at line 503 of file result.hpp.

Referenced by cass::ROOT::copyHistToRootFile(), jocassview::JoCASSViewer::createViewerForType(), lucassview::updateHist::operator()(), and cass::hdf5::AppendEntry::writeAttib().

template<typename T>
const_iterator cass::Result< T >::end ( ) const
inline
template<typename T>
iterator cass::Result< T >::end ( )
inline

retrieve iterator to the end of storage

Returns
iterator to end

Definition at line 638 of file result.hpp.

template<typename T>
reference cass::Result< T >::front ( )
inline

retrieve reference to the first element

Returns
reference to the first element

Definition at line 620 of file result.hpp.

Referenced by cass::pp331::writeCalibration().

template<typename T>
const_reference cass::Result< T >::front ( ) const
inline

retrieve const reference to the first element

Returns
const reference to the first element

Definition at line 626 of file result.hpp.

template<typename T>
value_t cass::Result< T >::getValue ( ) const
inline

return the value

should only be used when container acts as a value

Returns
the value of the Value like container

Definition at line 558 of file result.hpp.

Referenced by cass::ROOT::copyHistToRootFile(), lucassview::updateHist::operator()(), cass::pp406::process(), cass::pp15::process(), cass::pp408::process(), cass::pp412::process(), cass::pp68::process(), and cass::pp69::process().

template<typename T>
iterator cass::Result< T >::histogram ( const value_t pos,
const value_t weight = 1 
)
inline

add the weight at the right bin for the value in the 1d array

the position that is passed will be converted to the right bin number using the world2hist function. The value in this bin is increased by weight.

Returns
iterator to the bin in the storage that was increased
Parameters
posthe position that is converted to the bin in the histogram
weightthe value that should be added to the value in the bin. Default ist 1.

Definition at line 651 of file result.hpp.

Referenced by cass::pp60::histogramAndBinCountWithConstant(), cass::pp60::histogramAndBinCountWithWeightFrom0D(), cass::pp60::histogramAndBinCountWithWeights(), cass::pp60::histogramWithConstant(), cass::pp65::histogramWithConstant(), cass::pp60::histogramWithWeightFrom0D(), cass::pp65::histogramWithWeightFrom0DInput(), cass::pp60::histogramWithWeights(), cass::pp65::histogramWithWeights(), cass::pp5000::process(), cass::pp5001::process(), cass::pp151::process(), cass::pp152::process(), cass::pp153::process(), cass::pp79::process(), cass::pp144::process(), cass::pp146::process(), cass::pp161::process(), cass::pp148::process(), cass::pp163::process(), cass::pp164::process(), cass::pp166::process(), cass::pp167::process(), cass::pp220::process(), cass::pp250::process(), cass::pp251::process(), and cass::pp69::process().

template<typename T>
iterator cass::Result< T >::histogram ( const coordinate_t pos,
const value_t weight = 1 
)
inline

add the weight at the right bin for the coordinate in the 2d array

the position passed will be converted to the right bin number for each axis using the utility world2hist function. The value in this bin is increased by weight.

Returns
iterator to the bin in the storage that was increased
Parameters
posthe position that is converted to the bin in the histogram
weightthe value that should be added to the value in the bin. Default ist 1.

Definition at line 689 of file result.hpp.

template<typename T>
uint64_t cass::Result< T >::id ( ) const
inline

retrieve the id of the result

Returns
the id

Definition at line 934 of file result.hpp.

Referenced by cass::Result< float >::id(), cass::Processor::processEvent(), and cass::pp14::processEvent().

template<typename T>
void cass::Result< T >::id ( uint64_t  id)
inline

set the id of the result

Parameters
idthe id that the result should have

Definition at line 943 of file result.hpp.

template<typename T>
bool cass::Result< T >::isTrue ( ) const
inline

evaluate whether value is zero

asserts that the container is used as value by checking for 0 axis

since the value will most likely be a floating point variable we check whether the absolute value is smaller than the square root of epsilon of the data type.

Returns
true if the result value is non-zero, false otherwise

Definition at line 577 of file result.hpp.

Referenced by cass::pp4::process().

template<typename T>
std::string cass::Result< T >::name ( ) const
inline

retrieve the name of the result

Returns
the name of the result

Definition at line 916 of file result.hpp.

Referenced by jocassview::TwoDViewer::dataChanged(), cass::Result< float >::histogram(), and cass::Result< float >::name().

template<typename T>
void cass::Result< T >::name ( const std::string &  name)
inline

set the name of the result

Parameters
namethe name that the result should have

Definition at line 925 of file result.hpp.

template<typename T>
std::vector<size_t> cass::Result< T >::np_shape ( ) const
inline

return the shape of the result as numpy / hdf5 shape

the convention is that the first dimension of the shape is the slowest changing dimesnsion in the linearized array, and the second ist the one faster changeing axis ... The last will be the fastest changing dimension of the linearized array. Thus in case the result is a value a 1 dim shape with 1 entry will be returned. For array like results a 1 dim shape with the length of the array will be returned and for matrix or table like results a 2 dim with the y axis as 0 and x-axis as the last dimension of the shape will be returned

Returns
the numpy / hdf5 like shape of the result

Definition at line 842 of file result.hpp.

template<typename T>
self_type& cass::Result< T >::operator= ( const self_type )
inlineprotected

prevent self assigment

Definition at line 973 of file result.hpp.

template<typename T>
reference cass::Result< T >::operator[] ( size_type  pos)
inline

enable accessing elements of the storage directly

Returns
a reference to the element at position pos in the container.
Parameters
posPosition of requested element in the container

Definition at line 787 of file result.hpp.

template<typename T>
const_reference cass::Result< T >::operator[] ( size_type  pos) const
inline

enable accessing elements of the storage directly

Returns a reference to the element at position pos in the container.

Parameters
posPosition of requested element in the container

Definition at line 798 of file result.hpp.

template<typename T>
void cass::Result< T >::reset ( )
inline

clear the appendable 1d like result

clears the storage and reset xaxis to reflect the new content

Definition at line 771 of file result.hpp.

Referenced by cass::pp72::process().

template<typename T>
void cass::Result< T >::resetTable ( )
inline
template<typename T>
void cass::Result< T >::setValue ( const_reference  value)
inline
template<typename T>
shape_t cass::Result< T >::shape ( ) const
inline
template<typename T>
size_type cass::Result< T >::size ( ) const
inline
template<typename T>
const storage_t& cass::Result< T >::storage ( ) const
inline

read access to the storage

Returns
const reference to the storage

Definition at line 590 of file result.hpp.

template<typename T>
storage_t& cass::Result< T >::storage ( )
inline

write access to the storage

Returns
reference to the storage

Definition at line 599 of file result.hpp.

Friends And Related Function Documentation

template<typename T>
SerializerBackend& operator<< ( SerializerBackend serializer,
const self_type result 
)
friend

friend for serialization

Note
make one single instance (called "specialization" in generic terms) of the template a friend. Because the compiler knows from the parameter list that the template arguments one does not have to put those between <...>, so they can be left empty
Todo:
add the type info to the stream and check it
Template Parameters
Tthe precision of the axis values
Parameters
serializerthe serializer to serialize the axis to
resultthe Result to serialize
Author
Lutz Foucar

Definition at line 84 of file result.hpp.

template<typename T>
SerializerBackend& operator>> ( SerializerBackend serializer,
self_type result 
)
friend

friend for deserialization

Note
make one single instance (called "specialization" in generic terms) of the template a friend. Because the compiler knows from the parameter list that the template arguments one does not have to put those between <...>, so they can be left empty
Todo:
add the type info to the stream and check it
Template Parameters
Tthe precision of the axis values
Parameters
serializerthe serializer to serialize the axis to
resultthe Result to write to
Author
Lutz Foucar

Definition at line 110 of file result.hpp.

Member Data Documentation

template<typename T>
axis_t cass::Result< T >::_axis
protected
template<typename T>
uint64_t cass::Result< T >::_id
protected

the id of the event that the contents reflect

Definition at line 986 of file result.hpp.

Referenced by cass::Result< float >::clone(), cass::Result< float >::id(), cass::operator<<(), and cass::operator>>().

template<typename T>
std::string cass::Result< T >::_name
protected

the name of this result

Definition at line 983 of file result.hpp.

Referenced by cass::Result< float >::clone(), cass::Result< float >::name(), cass::operator<<(), and cass::operator>>().

template<typename T>
storage_t cass::Result< T >::_storage
protected
template<typename T>
QReadWriteLock cass::Result< T >::lock
mutable

lock for locking operations on the data of the container

Note
this needs to be mutable since we need to lock the data when serializing it and serializing is const by definition.

Definition at line 954 of file result.hpp.

Referenced by cass::pp310::process(), cass::pp200::process(), cass::pp301::process(), cass::pp72::process(), cass::pp203::process(), cass::pp400::process(), cass::pp300::process(), cass::pp1::process(), cass::pp312::process(), cass::pp311::process(), cass::pp111::process(), cass::pp73::process(), cass::pp55::process(), cass::pp204::process(), cass::pp201::process(), cass::pp2::process(), cass::pp330::process(), cass::pp112::process(), cass::pp74::process(), cass::pp313::process(), cass::pp404::process(), cass::pp202::process(), cass::pp79::process(), cass::pp1600::process(), cass::pp4::process(), cass::pp205::process(), cass::pp9::process(), cass::pp500::process(), cass::pp206::process(), cass::pp1601::process(), cass::pp406::process(), cass::pp13::process(), cass::pp331::process(), cass::pp208::process(), cass::pp15::process(), cass::pp407::process(), cass::pp1602::process(), cass::pp332::process(), cass::pp40::process(), cass::pp241::process(), cass::pp90::process(), cass::pp333::process(), cass::pp408::process(), cass::pp41::process(), cass::pp209::process(), cass::pp243::process(), cass::pp334::process(), cass::pp50::process(), cass::pp244::process(), cass::pp410::process(), cass::pp210::process(), cass::pp51::process(), cass::pp412::process(), cass::pp56::process(), cass::pp57::process(), cass::pp60::process(), cass::pp61::process(), cass::pp62::process(), cass::pp63::process(), cass::pp64::process(), cass::pp65::process(), cass::pp66::process(), cass::pp68::process(), cass::pp69::process(), cass::pp70::process(), cass::pp71::process(), cass::pp81::process(), cass::pp82::process(), cass::pp85::process(), cass::pp86::process(), cass::pp87::process(), cass::pp88::process(), cass::pp89::process(), cass::pp91::process(), cass::pp1500::processEvent(), cass::Processor::processEvent(), cass::pp14::processEvent(), and cass::Processor::resultCopy().


The documentation for this class was generated from the following file: