returns a list of local extreme points in a 1D result More...

#include <operations.h>

Inheritance diagram for cass::pp91:

Collaboration diagram for cass::pp91:

Public Member Functions
	pp91 (const name_t &name)
	constructor More...

virtual void	process (const CASSEvent &, result_t &)
	process event More...

virtual void	loadSettings (size_t)
	load the settings of the pp More...

Public Member Functions inherited from cass::Processor
	Processor (const name_t &name)
	constructor More...

virtual	~Processor ()
	virtual destructor More...

virtual void	processEvent (const CASSEvent &event)
	process the event More...

virtual const result_t &	result (const CASSEvent::id_t eventid=0)
	retrieve a result for a given id. More...

virtual void	releaseEvent (const CASSEvent &event)
	tell the list that the result for event can be overwritten More...

result_t::shared_pointer	resultCopy (const uint64_t eventid)
	retrieve histogram for id More...

virtual void	load ()
	load the general settings More...

virtual void	aboutToQuit ()
	function that will be called when the processor is about to be deleted More...

const names_t &	dependencies ()
	Define all processors keys a processor depends on. More...

void	clearDependencies ()
	clear the dependenies More...

void	clearHistograms ()
	clear the histograms More...

virtual void	processCommand (std::string command)
	process command in pp More...

const name_t	name () const
	retrieve the name of this processor More...

bool	hide () const
	retrieve the hide flag of this processor More...

const std::string &	comment () const
	retrieve the comment of this processor More...

Protected Types
enum	ColumnNames { Index = 0, Position = 1, Value = 2, nbrOf }
	enum describing the contents of the resulting table More...

typedef result_t::storage_t	table_t
	definition of the table More...

Protected Attributes
shared_pointer	_input
	pp containing input histogram More...

size_t	_range
	the requested x-axis limits in histogram coordinates More...

std::tr1::function< bool(const result_t::value_t &, const result_t::value_t &)>	_op
	operation to find the extreme point More...

Protected Attributes inherited from cass::Processor
const name_t	_name
	the processors name More...

bool	_hide
	flag to tell whether this pp should be hidden in the dropdown list More...

std::string	_comment
	optional comment that one can add to a processor. More...

CachedList	_resultList
	the list of results More...

names_t	_dependencies
	the list of dependencies More...

shared_pointer	_condition
	pointer to the processor that will contain the condition More...

Additional Inherited Members
Public Types inherited from cass::Processor
typedef std::tr1::shared_ptr< Processor >	shared_pointer
	a shared pointer of this More...

typedef std::string	name_t
	define the name type More...

typedef std::list< name_t >	names_t
	define the list of names More...

typedef CachedList::item_type	result_t
	define the results More...

typedef CachedList::item_sp	resultsp_t
	define the shared pointer to the result More...

Protected Member Functions inherited from cass::Processor
virtual void	createHistList (result_t::shared_pointer result)
	create result list. More...

void	setupGeneral ()
	general setup of the processor More...

bool	setupCondition (bool defaultConditionType=true)
	setup the condition. More...

shared_pointer	setupDependency (const std::string &depVarName, const name_t &name="")
	setup the dependecy. More...

Detailed Description

returns a list of local extreme points in a 1D result

Available PostProcessors:: "91": returns a list of local extreme points in a 1D result

It will look for a maximum or minimum value that is a user defined range. If data is the 1D array the range is as follows: $range \leq i < size-range$ , where i is the index of the array and size is the size of the array. The local extreme point has to be the highest (in case of maxima) or the lowest (in case of minima) value within the range: $i-range \leq j < i+range$ where i is the index of the value to check whether it is a extreme point and j the index of the values to compare to. One can choose whether one want to find the local minima or the local maxima