diagnostic.h File Reference

#include "normalization.h"
#include "dimensionality.h"
#include "task.h"
#include "parameter.h"
#include "simulation.h"
#include "numeric.h"
#include <vector>
#include <fstream>

Go to the source code of this file.

Classes
class	DiagPort
	Abstract class for directing diagnostics to some output. The DiagPort defines an abstract interface for directing diagnostic data to some output. At the moment only the File class implements this interface. More...
class	File
	Implements a DiagPort for writing data to a file. The Series parameter of the DiagPort has the following meaning: if set to true (1) then only one file is produced with all new data appended at the end. If set to false (0) the file name given by the file parameter is parsed, replacing the first occurence of "#t" with the current time step. Then for each diagnostic output a new file is created. If the file name doesn't contain "#t" then everytime an output is created the old data is overwritten. More...
class	Diagnostic
	This is the base class for any diagnostic task inside another Task. It doesn't do much but allows the user to specify a DiagPort object by it's name in the setup file. More...
class	Trajectory
	Diagnostic to write out the trajectory of a single particle of a Species. More...
class	PhaseSpace
class	DiagValue< TYPE >
	Template Diagnostic to write out any single value type. The TYPE has to define the operator /(T,double) the result of which has a matching DiagPort::Out method. More...
class	DiagGrid< TYPE >
	Template Diagnostic to write out a grid of any type. The TYPE has to be cast-able to double. More...
class	DiagGridLine< TYPE >
	Diagnostics for just one line of a 2d- or 3d-grid. More...

Macros
#define	DOUBLEVEC   std::vector<double>
#define	ID_DIAGPORT   "DiagPort"
#define	ID_DIAGNOSTIC   "Diagnostic"
	Names of the diagnostic classes.
#define	GID_1DGRID   "1d-grid"
#define	GID_VALUE   "scalar"
#define	GID_1DPOS   "1d-vec"
#define	GID_1DPS   "4d-vec"
	Indentifier names of the different output types used for the addressing of an output in the BeginStep method of a DiagPort.

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Detailed Description

This file contains all the classes that implement diagnostics and diagnostic ports.