CAnalysis Class Reference

class controlling analysis routines More...

#include <CAnalysis.hpp>

Collaboration diagram for CAnalysis:

[legend]

List of all members.

Public Member Functions
	CAnalysis (CUserInput *uinp, CDataReader *dr)
	constructor
	~CAnalysis ()
	destructor
void	analyze ()
	do analysis
Private Member Functions
void	fillSummaryFiles ()
	Do all calculations needed to fill the summary files.
void	writeSummaryFiles ()
void	plottingRoutines ()
void	analysisRoutines ()
void	redundantRoutines ()
Static Private Member Functions
static void	initFortranStuff ()
Private Attributes
CUserInput *	_uinp
CDataReader *	_dr
Cube< double >	_sumfile
Static Private Attributes
static const int	defval = -99
static const int	nfeh = NFEH
static const int	nsumfile = 9
static const int	ncol [9] = {11+nfeh,23,14,11,11,27,9,9,9}

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Detailed Description

class controlling analysis routines

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Constructor & Destructor Documentation

CAnalysis::CAnalysis	(	CUserInput *	uinp,
		CDataReader *	dr
	)

constructor

Parameters:

uinp

pointer to a CUserInput instance: provides all the user input needed to know what to analyze where and how.

maybe it would be better not to store a datareader object but to pass a datareader object into the analysis function. As it is now only 1 datareader is constructed, but that should/will change.

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Member Function Documentation

void CAnalysis::analyze

(

)

do analysis

based on the information in the user input instance execute some analysis routine(s)

void CAnalysis::initFortranStuff

(

)

[static, private]

Before calling fortran routines, some stuff needs to be initialized (e.g. particle types). Call the necessary routines here.

void CAnalysis::writeSummaryFiles

(

)

[private]

write the summary files to disk

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Member Data Documentation

CDataReader* CAnalysis::_dr [private]

pointer to the instance providing the data

Cube<double> CAnalysis::_sumfile [private]

3D array, allocated as _sumfile(NFMAX+1, NCOLMAX, NBACK)

The masterpiece of this code, the sumfile array contains all the information calculated by the various subprograms of hyplot. These files are written as ASCII files at the end of the hyplot execution, and can be found in rundir/data/sumfiles

NFMAX+1: we go from 0 to NFMAX

Column index 1 : Select the row of a summary file Column index 2 : Select the column of a summary file. Each column contains one specific quantity calculated by hyplot. Column index 3 : Select a summary file (e.g. [][][2] : file 3 => XXXX.02.dat or XXXX.03.dat (depends if you are starting from 0 or 1), with XXXX the run number.

CUserInput* CAnalysis::_uinp [private]

pointer to the instance providing user input data

const int CAnalysis::defval = -99 [static, private]

default value used in a summary file for a non-computed field

const int CAnalysis::ncol = {11+nfeh,23,14,11,11,27,9,9,9} [static, private]

number of columns in each summary file

const int CAnalysis::nfeh = NFEH [static, private]

number of feh columns in summary file 1

const int CAnalysis::nsumfile = 9 [static, private]

number of summary files

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

• CAnalysis.hpp
• CAnalysis.cpp