vec_math
Class DataFileAnalyser

java.lang.Object
  util.CommandLineParser
      util.PropertyParser
          util.DataFileReader
              vec_math.DataFileAnalyser

Direct Known Subclasses:

Fourier.AbstractFile, LeastFourier.File, MinimumStringLength.File, MultipleFrequencyFit.File, PhaseDispersionMinimization.File, StatisticAnalyser.File

public abstract class DataFileAnalyser
extends DataFileReader

A data file reader that further specializes on data modelling.

Nested Class Summary

Nested classes/interfaces inherited from class util.DataFileReader

DataFileReader.Ascii

Nested classes/interfaces inherited from class util.CommandLineParser

CommandLineParser.Test

Field Summary

private static String	ONESWITCHES The switches for adding properties.
private VectorG[]	post The data post-processed.
private VectorG[]	pre The data as precessed by the analyser.
private static String	THREESWITCHES The switches for adding properties.
private static String	ZEROSWITCHES The switches for adding properties.

Fields inherited from class util.DataFileReader

DEFSPLITSIGMA, FOOT, MAP, nf, out, USE

Constructor Summary

protected

DataFileAnalyser(Map<String,String> sc) Constructs the parser to the sensor tester.

Method Summary

protected abstract Analyser	createAnalyser() Creates the analyser to use out of parsed properties.
protected double	extremalValue(double ev) Reformat the extremal Value to a different meaning?
protected int[]	getForwardComplex() If the analyser's processed data is complex and we want to see that in the printout, return the indices as an integer array here.
protected String	getForwardHead() Returns a description of the analysers processed data.
protected int[]	getPostComplex() If the analysier's visualized data is complex and we want to see that in the printout, return the indices as an integer array here.
protected String	getPostHead() Returns a description of the analysers processed data.
protected VectorG[]	getProcessedData() Returns the processed data.
protected VectorG[]	getVisualizedData() Returns the visualizable data.
protected boolean	processSingleData(VectorG[] workon) We create an analyser via the abstract method and then procced with the data as defined by the command line switches.

Methods inherited from class util.DataFileReader

getData, getLinearFit, getLinearFit, getParsedProperties, getPiecewisePolynomialFit, getPiecewisePolynomialFit, getSplineFit, getSplineFit, getWhiteNoise, getWhiteNoise, print, printOut, printOut, process, processData, processSingleData

Methods inherited from class util.PropertyParser

parseMap, parseMap, parseProperties, parseProperties, parseProperties

Methods inherited from class util.CommandLineParser

getArguments, getCommandLine, getCommands, getRegisteredSwitches, hasAnySwitch, hasSwitch, hasSwitch, haveAllSwitches, parse, printCommandLine, registerLine, registerSwitches, setCommands, staticUsage, usage

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

ZEROSWITCHES

private static final String ZEROSWITCHES

The switches for adding properties.

See Also:

Constant Field Values

ONESWITCHES

private static final String ONESWITCHES

The switches for adding properties.

See Also:

Constant Field Values

THREESWITCHES

private static final String THREESWITCHES

The switches for adding properties.

See Also:

Constant Field Values

pre

private VectorG[] pre

The data as precessed by the analyser.

post

private VectorG[] post

The data post-processed.

Constructor Detail

DataFileAnalyser

protected DataFileAnalyser(Map<String,String> sc)

Constructs the parser to the sensor tester. All known switches are registered.

Method Detail

createAnalyser

protected abstract Analyser createAnalyser()

Creates the analyser to use out of parsed properties. Normal action there is to use the parsed properties like in Analyser = new Analyser(getParsedProperties()) The parsed properties are available when the single data are processed.

processSingleData

protected boolean processSingleData(VectorG[] workon)
                             throws ParseException

We create an analyser via the abstract method and then procced with the data as defined by the command line switches.

Specified by:

processSingleData in class DataFileReader

Returns:

True, if ok.

Throws:

ParseException

getProcessedData

protected VectorG[] getProcessedData()

Returns the processed data. Only availabel after a call to DataFileReader.process(java.lang.String[]).

getVisualizedData

protected VectorG[] getVisualizedData()

Returns the visualizable data. Only availabel after a call to DataFileReader.process(java.lang.String[]).

getForwardComplex

protected int[] getForwardComplex()

If the analyser's processed data is complex and we want to see that in the printout, return the indices as an integer array here. Default implementation returns null

getForwardHead

protected String getForwardHead()

Returns a description of the analysers processed data.

getPostComplex

protected int[] getPostComplex()

If the analysier's visualized data is complex and we want to see that in the printout, return the indices as an integer array here.

getPostHead

protected String getPostHead()

Returns a description of the analysers processed data.

extremalValue

protected double extremalValue(double ev)

Reformat the extremal Value to a different meaning?