Class TextOutput

Defined in File TextOutput.h

Inheritance Relationships

Base Type

public Output (Class Output)

Class Documentation

class TextOutput : public Output 

Configurable plain text output for particle information. This type of output can also be used to generate a .tar.gz file if the library zlib is available. For details see: http://zlib.net/.

Public Types

enum OutputColumn

Values:

enumerator TrajectoryLengthColumn

enumerator ColumnDensityColumn

enumerator RedshiftColumn

enumerator CurrentIdColumn

enumerator CurrentEnergyColumn

enumerator CurrentPositionColumn

enumerator CurrentDirectionColumn

enumerator SourceIdColumn

enumerator SourceEnergyColumn

enumerator SourcePositionColumn

enumerator SourceDirectionColumn

enumerator CreatedIdColumn

enumerator CreatedEnergyColumn

enumerator CreatedPositionColumn

enumerator CreatedDirectionColumn

enumerator CandidateTagColumn

enumerator SerialNumberColumn

enumerator WeightColumn

enum OutputType

Values:

enumerator Trajectory1D

enumerator Trajectory3D

enumerator Event1D

enumerator Event3D

enumerator Everything

Public Functions

TextOutput(): Default constructor

TextOutput(OutputType outputType)

Constructor

Parameters:: outputType – type of output: Trajectory1D, Trajectory3D, Event1D, Event3D, Everything

TextOutput(std::ostream &out)

Constructor

Parameters:: out – output stream

TextOutput(std::ostream &out, OutputType outputType)

Constructor

Parameters:

out – output stream
outputType – type of output: Trajectory1D, Trajectory3D, Event1D, Event3D, Everything

TextOutput(const std::string &filename)

Constructor with the default OutputType (everything).

Parameters:: filename – string containing name of output text file

TextOutput(const std::string &filename, OutputType outputType)

Constructor

Parameters:

filename – string containing name of output text file
outputType – type of output: Trajectory1D, Trajectory3D, Event1D, Event3D, Everything

~TextOutput(): Destructor

inline void enableRandomSeeds(): Whether to store the random seeds used in the simulation. This enables reproducibility of each realisation of the simulation.

void close()

void gzip()

virtual void process(Candidate *candidate) const

virtual std::string getDescription() const

std::string OutputTypeName(OutputType outputtype)

void setEnergyScale(double scale)

Set energy scale.

Parameters:: scale – energy scale (scale = 1 corresponds to 1 Joule)

void setLengthScale(double scale)

Set length scale.

Parameters:: scale – length scale (scale = 1 corresponds to 1 meter)

void setOutputType(OutputType outputType)

Set type of output.

Parameters:: outputType – type of output: Trajectory1D, Trajectory3D, Event1D, Event3D, Everything

void set(OutputColumn field, bool value)

Determines whether a given column will be displayed in the output.

Parameters:

field – name of the field to be added/removed from output
value – boolean flag adding (true) or removing (false) the field

void enableProperty(const std::string &property, const Variant &defaultValue, const std::string &comment = "")

Add a property to output. Default value is required to assign a type in the output.

Parameters:

property – string containing name of property
defaultValue – default value of property
comment – string with a comment

void enable(OutputColumn field)

Enable specific column in the output.

Parameters:: field – name of the field to be enabled

void disable(OutputColumn field)

Disable specific column in the output.

Parameters:: field – name of the field to be disabled

void enableAll(): Enable all fields. Essentially a wrapper for set(field, true).

void disableAll(): Disable all fields. Essentially a wrapper for set(field, false).

void set1D(bool value)

If true, output is of 1D type. 3D quantities such as vectors will be reduced to the relevant components (x, by default).

Parameters:: value – boolean flag

size_t size() const: Returns the size of the output

inline void process(ref_ptr<Candidate> candidate) const

void setDescription(const std::string &description)

inline size_t addReference() const

inline size_t removeReference() const

inline int removeReferenceNoDelete() const

inline size_t getReferenceCount() const

Public Members

const std::string outputName

Public Static Functions

static void load(const std::string &filename, ParticleCollector *collector)

Loads a file to a particle collector. This is useful for analysis involving, e.g., magnetic lenses.

Parameters:

filename – string containing the name of the file to be loaded
collector – object of type ParticleCollector that will store the information

Protected Functions

void printHeader() const

void modify()

Protected Attributes

std::ostream *out

std::ofstream outfile

std::string filename

bool storeRandomSeeds

double lengthScale

double energyScale

std::bitset<64> fields

std::vector<Property> properties

bool oneDimensional

mutable size_t count

mutable size_t _referenceCount