Utility class for msr2data: template-based msr-file generation and parameter extraction. More...

#include <PMsr2Data.h>

Public Member Functions
	PMsr2Data (const std::string &fileExtension)
	Constructor that initializes the msr2data handler.

	~PMsr2Data ()
	Destructor that cleans up resources.

int	SetRunNumbers (unsigned int runNumber)
	Sets a single run number for processing.

int	SetRunNumbers (unsigned int firstRun, unsigned int lastRun)
	Sets a range of run numbers (from first to last, inclusive).

int	SetRunNumbers (const std::string &runListFileName)
	Sets run numbers from a run list file.

int	SetRunNumbers (const std::vector< unsigned int > &runVector)
	Sets run numbers from an explicit vector.

unsigned int	GetPresentRun () const
	Gets the current run number being processed.

int	DetermineRunNumberDigits (unsigned int maxRunNumber, bool templateFile) const
	Determines the number of digits needed for run number formatting.

int	CheckRunNumbersInRange () const
	Validates that all run numbers are within acceptable ranges.

int	ParseXmlStartupFile ()
	Parses the XML startup file for configuration.

int	ReadMsrFile (const std::string &msrFileName) const
	Reads and parses an msr-file.

int	ReadRunDataFile ()
	Reads the run data file for the current run.

bool	PrepareNewInputFile (unsigned int templateNumber, bool sorted) const
	Generates a new msr-file from a template.

bool	PrepareGlobalInputFile (unsigned int templateNumber, const std::string &globalOutputFile, unsigned int runListSize) const
	Generates an msr-file for global (multi-run) fitting.

int	WriteOutput (const std::string &outputFileName, const std::vector< unsigned int > &parameters, bool dbFormat, unsigned int precision, bool global=false, unsigned int counter=0) const
	Writes extracted parameters to output file.

Private Member Functions
bool	PrepareNewSortedInputFile (unsigned int templateNumber) const
	Generates a sorted msr-file from a template.

PMsrHandler *	GetSingleRunMsrFile () const
	Retrieves msr-file handler for a single run.

void	WriteValue (std::fstream &outFile, const double &value, const unsigned int &width) const
	Writes a single numeric value to output stream.

void	WriteValue (std::fstream &outFile, const double &value, const double &errValue, const unsigned int &width, const bool &db) const
	Writes a value with its error to output stream.

int	GetFirstSignificantDigit (const double &value) const
	Determines the first significant digit position of a value.

bool	InParameterList (const unsigned int &paramValue, const std::vector< unsigned int > &paramList) const
	Checks if a parameter is in the output parameter list.

Private Attributes
std::string	fFileExtension
	File extension for data files (e.g., "bin", "root")

std::vector< unsigned int >	fRunVector
	Vector of run numbers to process.

std::vector< unsignedint >::const_iterator	fRunVectorIter
	Iterator for current position in run vector.

bool	fRunListFile
	Flag indicating if run list is from a file.

std::vector< std::string >	fIndVar
	Independent variables for output.

std::unique_ptr< std::ifstream >	fRunListFileStream
	Stream for reading run list file.

std::unique_ptr< TSAXParser >	fSaxParser
	XML SAX parser for startup file.

std::unique_ptr< PStartupHandler >	fStartupHandler
	Handler for XML startup file configuration.

std::unique_ptr< PRunDataHandler >	fDataHandler
	Handler for run data files.

std::unique_ptr< PMsrHandler >	fMsrHandler
	Handler for msr-file parsing and generation.

unsigned int	fNumGlobalParam
	Number of global parameters in fit.

unsigned int	fNumSpecParam
	Number of spectrum-specific parameters.

unsigned int	fNumTempRunBlocks
	Number of temporary run blocks.

unsigned int	fRunNumberDigits
	Number of digits for run number formatting.

bool	fHeaderWritten
	Flag tracking if output header has been written.

Detailed Description

Utility class for msr2data: template-based msr-file generation and parameter extraction.

PMsr2Data provides comprehensive functionality for the msr2data tool, which is used to:

Generate new msr-files from templates by substituting run numbers
Extract fit parameters from analyzed msr-files
Write collected parameters to database (DB) or plain ASCII files
Support both single-run and global (multi-run) fitting workflows

Key Features:

Template-based msr-file generation with automatic run number substitution
Flexible run number specification (single, range, list file, explicit list)
Parameter extraction from fitted msr-files
Multiple output formats (DB format, ASCII tables)
Global fitting support for combined multi-run analysis
XML-based configuration via startup files

Implementation Note: This class uses std::string and standard C++ string handling exclusively (rather than ROOT's TString) to demonstrate modern C++ practices, though this occasionally requires conversions when interfacing with PMusr classes.

Typical Workflow:

Create PMsr2Data object with file extension
Parse XML startup file for configuration
Set run numbers (single, range, or list)
Generate msr-files from template or extract parameters from fitted files
Write output to DB or ASCII format

See also: PStartupHandler for XML configuration parsing; PRunDataHandler for run data management; PMsrHandler for msr-file parsing and manipulation

Definition at line 80 of file PMsr2Data.h.

Constructor & Destructor Documentation

◆ PMsr2Data()

PMsr2Data::PMsr2Data ( const std::string & ext )

Constructor that initializes the msr2data handler.

Parameters

fileExtension File extension for data files (e.g., "bin", "root", "mdu")

Initializes all member variables and prepares the object for processing. Sets default values:

Run number digits: 4 (typical for standard run numbering)
Global/specific parameter counts: 0
Header written flag: false
Run list file flag: false

All handler pointers (SAX parser, startup handler, data handler, msr handler) are initialized to nullptr and will be created as needed during processing.

Parameters

ext	File extension for data files (e.g., ".bin", ".root", ".mdu") This extension is used to locate corresponding data files for each run

Note: The extension should include the leading dot if required

Definition at line 73 of file PMsr2Data.cpp.

References fDataHandler, fFileExtension, fHeaderWritten, fMsrHandler, fNumGlobalParam, fNumSpecParam, fNumTempRunBlocks, fRunListFile, fRunNumberDigits, fRunVector, fRunVectorIter, fSaxParser, and fStartupHandler.

◆ ~PMsr2Data()

PMsr2Data::~PMsr2Data ( )

Destructor that cleans up resources.

Clears all vectors and resets iterators. The unique_ptr members (fRunListFileStream, fSaxParser, fStartupHandler, fDataHandler, fMsrHandler) are automatically cleaned up through their destructors.

Definition at line 93 of file PMsr2Data.cpp.

References fIndVar, fRunVector, and fRunVectorIter.

Member Function Documentation

◆ CheckRunNumbersInRange()

int PMsr2Data::CheckRunNumbersInRange ( ) const

Validates that all run numbers are within acceptable ranges.

Validates that all run numbers fit within the determined digit width.

Returns: 0 if all run numbers are valid, non-zero otherwise

Checks if all run numbers in the run vector can be represented with the number of digits determined from the data file naming convention. This prevents formatting errors when generating file names.

The check has been loosened since 2023 to accommodate LEM run numbers exceeding 9999 by allowing one extra digit beyond the determined width.

Maximum allowed run number = 10^(fRunNumberDigits+1) - 1

Returns

0 if all run numbers are within the acceptable range
-1 if any run number exceeds the maximum

Note: Since 2023, uses fRunNumberDigits+1 instead of fRunNumberDigits to handle larger run numbers at facilities like LEM

Definition at line 238 of file PMsr2Data.cpp.

References fRunNumberDigits, and fRunVector.

◆ DetermineRunNumberDigits()

int PMsr2Data::DetermineRunNumberDigits	(	unsigned int	runNo,
		bool	normalMode ) const

Determines the number of digits needed for run number formatting.

Determines the number of digits used for run number formatting.

Analyzes run numbers to determine zero-padding requirements for consistent file naming.

Parameters

maxRunNumber	Maximum run number to consider
templateFile	Whether processing a template file

Returns: Number of digits needed for run number formatting

Analyzes the first processable msr-file to determine how many digits are used for run number formatting in data file names. This ensures consistent zero-padding when generating new msr-files from templates.

The algorithm:

Attempts to open the msr-file for the specified run number
If in global mode and file not found, tries the "+global" variant
If first run fails, iterates through the run list to find an existing file
Searches the RUN block for the run number in the data file path
Counts leading zeros to determine the digit width

Example: If the data file is "run_0042.bin", this determines 4 digits.

Parameters

runNo	Run number to analyze
normalMode	true for normal mode, false for global fitting mode

Returns

0 if the number of digits was successfully determined
-1 if no msr-file could be opened
-2 if msr-file run number doesn't match data file run number
-3 if the msr-file contains no RUN block

Note: The determined digit count is stored in fRunNumberDigits; In global mode, also checks for files with "+global" suffix

Definition at line 131 of file PMsr2Data.cpp.

References DetermineRunNumberDigits(), fFileExtension, fRunNumberDigits, fRunVector, and fRunVectorIter.

Referenced by DetermineRunNumberDigits().

◆ GetFirstSignificantDigit()

int PMsr2Data::GetFirstSignificantDigit ( const double & value ) const

private

Determines the first significant digit position of a value.

Determines the position of the first significant digit.

Used for intelligent formatting and precision control.

Parameters

value Value to analyze

Returns: Position of first significant digit

Calculates how many decimal places are needed to reach the first significant digit by repeatedly multiplying by 10 until the value is >= 1.0. This is used for precision control in output formatting.

Examples:

value = 2.03 → returns 1 (first significant digit in tenths place)
value = 0.00023 → returns 4 (first significant digit in ten-thousandths)
value = 0.5 → returns 1

Parameters

value Value to analyze (typically an error/uncertainty)

Returns

Position of first significant digit (1-19)
6 if no significant digit found after 20 iterations (default precision)

Note: Maximum 20 iterations to prevent infinite loops

Definition at line 2692 of file PMsr2Data.cpp.

Referenced by WriteValue().

◆ GetPresentRun()

unsigned int PMsr2Data::GetPresentRun ( ) const

Gets the current run number being processed.

Returns the current run number being processed.

Returns: Current run number from the internal iterator

Retrieves the run number pointed to by the internal iterator. Used to track progress through the run list during processing.

Returns

Current run number if processing is ongoing
0 if all runs have been processed (iterator at end)

Definition at line 267 of file PMsr2Data.cpp.

References fRunVector, and fRunVectorIter.

◆ GetSingleRunMsrFile()

PMsrHandler * PMsr2Data::GetSingleRunMsrFile ( ) const

private

Retrieves msr-file handler for a single run.

Retrieves msr-file handler for a single-run fit file.

Returns: Pointer to PMsrHandler for the current run

Reads the "-OneRunFit" variant of the msr-file for the current run. This is used when extracting individual run results from global fits.

The file name format: "<runNumber>-OneRunFit<extension>.msr"

Returns

Pointer to newly created PMsrHandler on success
nullptr if file cannot be read or parsed

Note: Caller is responsible for deleting the returned handler; Different from the class member fMsrHandler

Definition at line 556 of file PMsr2Data.cpp.

References fFileExtension, fRunVectorIter, PMUSR_MSR_FILE_NOT_FOUND, PMUSR_MSR_SYNTAX_ERROR, PMUSR_SUCCESS, PMsrHandler::ReadMsrFile(), and status.

Referenced by PrepareGlobalInputFile().

◆ InParameterList()

bool PMsr2Data::InParameterList	(	const unsigned int &	paramValue,
		const std::vector< unsigned int > &	paramList ) const

private

Checks if a parameter is in the output parameter list.

Checks if a parameter index should be included in output.

Parameters

paramValue	Parameter index to check
paramList	List of parameters to output

Returns: true if parameter should be output, false otherwise

Determines whether a given parameter should be written to the output file based on the user-specified parameter list. If the parameter list is empty, all parameters are included by default.

Parameters

paramValue	Zero-based parameter index to check
paramList	Vector of one-based parameter numbers to output (empty vector means output all parameters)

Returns

true if paramValue should be included in output
true if paramList is empty (output all parameters)
false if paramValue is not in the list

Note: paramValue is zero-based while paramList contains one-based indices

Definition at line 2733 of file PMsr2Data.cpp.

Referenced by WriteOutput().

◆ ParseXmlStartupFile()

int PMsr2Data::ParseXmlStartupFile ( )

Parses the XML startup file for configuration.

Parses the musrfit XML startup file for configuration.

Reads and processes the msr2data XML startup file containing paths, templates, and other configuration settings.

Returns: 0 on success, non-zero on parsing errors

Creates a SAX parser and startup handler to read the musrfit_startup.xml configuration file. This file contains paths, templates, and other settings needed for msr2data operation.

The parseXmlFile function is used instead of ParseFile to avoid environment-specific issues encountered with direct parsing.

Returns

0 if parsing succeeded
Non-zero error code from parseXmlFile if parsing failed

Note: Outputs a warning to stderr if parsing fails

See also: PStartupHandler for XML configuration details; parseXmlFile for the parsing implementation

Definition at line 482 of file PMsr2Data.cpp.

References fSaxParser, fStartupHandler, parseXmlFile(), startup_path_name, and status.

◆ PrepareGlobalInputFile()

bool PMsr2Data::PrepareGlobalInputFile	(	unsigned int	tempRun,
		const std::string &	msrOutFile,
		unsigned int	globalPlus ) const

Generates an msr-file for global (multi-run) fitting.

Creates a combined msr-file for global fits across multiple runs.

Parameters

templateNumber	Template identifier number
globalOutputFile	Path to output global msr-file
runListSize	Number of runs in the global fit

Returns: true on success, false on failure

Generate a new global msr-file from a template

return:

true if everything is OK
false otherwise

Parameters

tempRun	template run number
msrOutFile	name of the global msr-file to be written
globalPlus	tag of the global mode to be used: 0: simple global mode with the same template starting parameters for each run 1: global mode including single run fits and data extraction for the global msr-file (same template for all runs) 2: global mode including single run fits and data extraction for the global msr-file (successive template generation)

Definition at line 779 of file PMsr2Data.cpp.

References compare_parameters(), fFileExtension, fMsrHandler, fNumGlobalParam, fNumSpecParam, fNumTempRunBlocks, fRunNumberDigits, fRunVector, fRunVectorIter, PMsrHandler::GetMsrParamList(), GetSingleRunMsrFile(), MSR_PARAM_FUN_OFFSET, PMUSR_SUCCESS, PrepareNewInputFile(), PrepareNewSortedInputFile(), ReadMsrFile(), and status.

◆ PrepareNewInputFile()

bool PMsr2Data::PrepareNewInputFile	(	unsigned int	tempRun,
		bool	calledFromGlobalMode ) const

Generates a new msr-file from a template.

Creates an msr-file by substituting run number placeholders in the template with actual run numbers.

Parameters

templateNumber	Template identifier number
sorted	Whether to generate sorted output

Returns: true on success, false on failure

Generate a new single-run msr file from a template

return:

true if everything is OK
false otherwise

Parameters

tempRun	template run number
calledFromGlobalMode	tag specifying if the routine is called as part of the global msr-file generation

Definition at line 628 of file PMsr2Data.cpp.

References fFileExtension, fRunNumberDigits, fRunVector, and fRunVectorIter.

Referenced by PrepareGlobalInputFile().

◆ PrepareNewSortedInputFile()

bool PMsr2Data::PrepareNewSortedInputFile ( unsigned int tempRun ) const

private

Generates a sorted msr-file from a template.

Internal helper for creating sorted msr-files with proper histogram ordering.

Parameters

templateNumber Template identifier number

Returns: true on success, false on failure

Generate a new msr-file for a single run in which the parameters are sorted for a global fit An internal sorted msr-file data structure has to be present.

return:

true if everything is OK
false otherwise

Parameters

tempRun template run number

Definition at line 1669 of file PMsr2Data.cpp.

References fFileExtension, fMsrHandler, fNumGlobalParam, fNumTempRunBlocks, fRunNumberDigits, fRunVectorIter, PMUSR_SUCCESS, and status.

Referenced by PrepareGlobalInputFile().

◆ ReadMsrFile()

int PMsr2Data::ReadMsrFile ( const std::string & infile ) const

Reads and parses an msr-file.

Parameters

msrFileName Path to the msr-file to read

Returns: 0 on success, non-zero on read/parse errors

Creates a new PMsrHandler and uses it to read and parse the specified msr-file into the internal data structure.

Parameters

infile Path to the msr-file to read

Returns

PMUSR_SUCCESS if reading and parsing succeeded
Error code from PMsrHandler::ReadMsrFile otherwise

See also: PMsrHandler::ReadMsrFile for parsing details

Definition at line 517 of file PMsr2Data.cpp.

References fMsrHandler, PMUSR_MSR_FILE_NOT_FOUND, PMUSR_MSR_SYNTAX_ERROR, PMUSR_SUCCESS, and status.

Referenced by PrepareGlobalInputFile().

◆ ReadRunDataFile()

int PMsr2Data::ReadRunDataFile ( )

Reads the run data file for the current run.

Returns: 0 on success, non-zero on read errors

Creates a PRunDataHandler and reads the experimental data file associated with the current msr-file. Uses data paths from the startup handler if available, otherwise uses defaults.

Returns

0 if all data was successfully read
1 if some data files could not be read (with warning)

Note: Outputs a warning to stderr if data is unavailable but continues processing

See also: PRunDataHandler for data file reading details

Definition at line 599 of file PMsr2Data.cpp.

References fDataHandler, fMsrHandler, and fStartupHandler.

◆ SetRunNumbers() [1/4]

int PMsr2Data::SetRunNumbers ( const std::string & runListFile )

Sets run numbers from a run list file.

Reads run numbers from a text file, one run number per line.

Parameters

runListFileName Path to file containing run numbers

Returns: 0 on success, non-zero on error

Reads run numbers from a text file with the following format:

First line: "RUN" followed by optional independent variable names
Subsequent lines: run number followed by corresponding variable values
Comments start with '#' and are ignored
Empty lines are skipped

Example run list file:

* RUN FIELD TEMP
* 1234 0.5 295.0
* 1235 1.0 295.0  # This is a comment
* 1236 1.5 295.0
*

Parameters

runListFile Path to run list file

Returns

-1 if the run list file cannot be opened
0 if all run numbers are valid
1 if any run number is invalid (< 1) or file format is incorrect

Note: Sets fRunListFile flag to true and opens stream for reading variables

Definition at line 400 of file PMsr2Data.cpp.

References fIndVar, fRunListFile, fRunListFileStream, fRunVector, and fRunVectorIter.

◆ SetRunNumbers() [2/4]

int PMsr2Data::SetRunNumbers ( const std::vector< unsigned int > & runListVector )

Sets run numbers from an explicit vector.

Parameters

runVector Vector of run numbers to process

Returns: 0 on success, non-zero on error

Clears any existing run list and copies the provided vector of run numbers. All run numbers in the vector must be valid (>= 1).

Parameters

runListVector Vector containing run numbers to process

Returns

-1 if the vector is empty
0 if all run numbers are valid
1 if any run number is invalid (< 1)

Definition at line 355 of file PMsr2Data.cpp.

References fRunVector, and fRunVectorIter.

◆ SetRunNumbers() [3/4]

int PMsr2Data::SetRunNumbers	(	unsigned int	runNoStart,
		unsigned int	runNoEnd )

Sets a range of run numbers (from first to last, inclusive).

Sets a range of run numbers for processing.

Parameters

firstRun	First run number in the range
lastRun	Last run number in the range

Returns: 0 on success, non-zero on error

Clears any existing run list and populates it with all run numbers from runNoStart to runNoEnd (inclusive). Handles both ascending and descending ranges automatically.

Parameters

runNoStart	First run number in the range (must be >= 1)
runNoEnd	Last run number in the range (must be >= 1)

Returns

0 if both run numbers are valid
1 if either run number is invalid (< 1)

Note: If runNoStart > runNoEnd, the range is generated in descending order

Definition at line 321 of file PMsr2Data.cpp.

References fRunVector, and fRunVectorIter.

◆ SetRunNumbers() [4/4]

int PMsr2Data::SetRunNumbers ( unsigned int runNo )

Sets a single run number for processing.

Parameters

runNumber Single run number to process

Returns: 0 on success, non-zero on error

Clears any existing run list and initializes with a single run number. The internal iterator is reset to point to the beginning.

Parameters

runNo Run number to process (must be >= 1)

Returns

0 if the run number is valid
1 if the run number is invalid (< 1)

Definition at line 290 of file PMsr2Data.cpp.

References fRunVector, and fRunVectorIter.

◆ WriteOutput()

int PMsr2Data::WriteOutput	(	const std::string &	outfile,
		const std::vector< unsigned int > &	paramList,
		bool	db,
		unsigned int	withHeader,
		bool	global = false,
		unsigned int	counter = 0 ) const

Writes extracted parameters to output file.

Outputs fit parameters in either DB format or ASCII table format.

Parameters

outputFileName	Output file path
parameters	Vector of parameter indices to output
dbFormat	Whether to use DB format (true) or ASCII (false)
precision	Number of significant digits for output
global	Whether this is global fit output
counter	Counter for global fit indexing

Returns: 0 on success, non-zero on write errors

Append fit parameters of a msr file to the DB or ASCII file

return:

PMUSR_SUCCESS if everything is OK
-1 in case of a fatal error
-2 if a fit has not converged (and the data is not appended to the output file)

Parameters

outfile	name of the DB/ASCII output file
paramList	parameter list which shall be written to the output file
db	DB or plain ASCII output
withHeader	write output file header or not
global	global mode or not
counter	counter used within the global mode to determine how many runs have been processed already

Definition at line 1775 of file PMsr2Data.cpp.

References PMsrStatisticStructure::fChisq, fDataHandler, fHeaderWritten, fIndVar, PMsrStatisticStructure::fMin, fMsrHandler, PMsrStatisticStructure::fNdf, fNumGlobalParam, fNumSpecParam, fNumTempRunBlocks, fRunListFile, fRunListFileStream, fRunNumberDigits, fRunVector, fRunVectorIter, PMsrStatisticStructure::fValid, PRawRunData::GetEnergy(), PRawRunData::GetField(), PRawRunData::GetMuonSpinAngle(), PRawRunData::GetNoOfTemperatures(), PRawRunData::GetRingAnode(), PRawRunData::GetTemperature(), PRawRunData::GetTempError(), PRawRunData::GetTransport(), InParameterList(), PMUSR_SUCCESS, PMUSR_UNDEFINED, and WriteValue().

◆ WriteValue() [1/2]

void PMsr2Data::WriteValue	(	std::fstream &	outFile,
		const double &	value,
		const double &	errValue,
		const unsigned int &	width,
		const bool &	db ) const

private

Writes a value with its error to output stream.

Writes a value with error-based precision formatting.

Formats output based on DB or ASCII mode.

Parameters

outFile	Output file stream
value	Value to write
errValue	Error/uncertainty value
width	Field width for formatting
db	Whether to use DB format (true) or ASCII (false)

Formats output with precision determined by the error value, ensuring significant digits are preserved appropriately. The precision is calculated based on the first significant digit of the error.

Examples:

value=17.0023 ± errValue=0.0018 → formatted with 4 decimal places
value=73212.081 ± errValue=0.033 → formatted with 2 decimal places

Formatting rules:

Precision based on error's first significant digit
Scientific notation if |value| >= 1e6 or (|value| < 1e-4 and value != 0)
Extra space added after value in ASCII mode for readability

Parameters

outFile	Output file stream
value	Numeric value to write
errValue	Error/uncertainty value (determines precision)
width	Field width for formatted output
db	true for DB format, false for ASCII format (adds extra space)

See also: GetFirstSignificantDigit for precision calculation

Definition at line 2645 of file PMsr2Data.cpp.

References GetFirstSignificantDigit().

◆ WriteValue() [2/2]

void PMsr2Data::WriteValue	(	std::fstream &	outFile,
		const double &	value,
		const unsigned int &	width ) const

private

Writes a single numeric value to output stream.

Writes a formatted numeric value to output stream.

Parameters

outFile	Output file stream
value	Value to write
width	Field width for formatting

Formats the value for column-aligned ASCII output with automatic selection of scientific notation for very large or very small numbers.

Formatting rules:

Scientific notation if |value| >= 1e6 or (|value| < 1e-4 and value != 0)
Fixed-point notation otherwise
Left-aligned in field of specified width

Parameters

outFile	Output file stream
value	Numeric value to write
width	Column width for formatting

XML SAX parser for startup file.

Definition at line 306 of file PMsr2Data.h.

Referenced by ParseXmlStartupFile(), and PMsr2Data().

◆ fStartupHandler

std::unique_ptr<PStartupHandler> PMsr2Data::fStartupHandler

private

Handler for XML startup file configuration.

Definition at line 307 of file PMsr2Data.h.

Referenced by ParseXmlStartupFile(), PMsr2Data(), and ReadRunDataFile().

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

/workspace/LMU/musrfit/src/include/PMsr2Data.h
/workspace/LMU/musrfit/src/classes/PMsr2Data.cpp

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ PMsr2Data()

◆ ~PMsr2Data()

Member Function Documentation

◆ CheckRunNumbersInRange()

◆ DetermineRunNumberDigits()

◆ GetFirstSignificantDigit()

◆ GetPresentRun()

◆ GetSingleRunMsrFile()

◆ InParameterList()

◆ ParseXmlStartupFile()

◆ PrepareGlobalInputFile()

◆ PrepareNewInputFile()

◆ PrepareNewSortedInputFile()

◆ ReadMsrFile()

◆ ReadRunDataFile()

◆ SetRunNumbers() [1/4]

◆ SetRunNumbers() [2/4]

◆ SetRunNumbers() [3/4]

◆ SetRunNumbers() [4/4]

◆ WriteOutput()

◆ WriteValue() [1/2]

◆ WriteValue() [2/2]

Member Data Documentation

◆ fDataHandler

◆ fFileExtension

◆ fHeaderWritten

◆ fIndVar

◆ fMsrHandler

◆ fNumGlobalParam

◆ fNumSpecParam

◆ fNumTempRunBlocks

◆ fRunListFile

◆ fRunListFileStream

◆ fRunNumberDigits

◆ fRunVector

◆ fRunVectorIter

◆ fSaxParser

◆ fStartupHandler