This class provides methods for the import and export of fields to bitmaps, text files, or bitmap animations and access to the Microsoft Windows file system. More...

Static Public Member Functions
static Bitmap	CalculateBitmapFromChromaticFieldsSet2D (ChromaticFieldsSet cfs, double brightnessFactor, out bool noVisibleWavelength, bool interpolated=true, Size? numberOfPixels=null, PhysicalValueRange? xRange=null, PhysicalValueRange? yRange=null)
	Static conversion method for creating a bitmap from a 2D Chromatic Fields Set.

static Bitmap	CalculateBitmapFromDataArray2D (DataArray2D dataArray, int subsetIndex, FieldQuantity fieldQuantity, bool interpolated=true, Size? numberOfPixels=null, PhysicalValueRange? xRange=null, PhysicalValueRange? yRange=null, double minValue=double.NaN, double maxValue=double.NaN, ColorLookUpTableForDataView2D? colorTable=null, Color? colorForUndefined=null, double relativeThresholdForPhaseArtifacts=0)
	Static public conversion method for creating a bitmap from a 2D Data Array.

static IDocument	ImportBitmap (string fileName)
	Import of a bitmap file. The document type will be determined automatically: An RGB image will be imported as HarmonicFieldsSet. A gray-scale or indexed image will be imported as DataArray.

static ComplexAmplitude	ImportGrayScaleBitmap (string fileName, double minimumValue=0, double maximumValue=1, FieldQuantity fieldQuantity=FieldQuantity.RealPart, PrecisionMode precision=PrecisionMode.Double, double? wavelength=null)
	Imports the values of a grayscale bitmap (24 bit RGB or 16 bit gray scale) into a ComplexAmplitude. The sampling distance is calculated from the dpi values of the bitmap.

static ? ChromaticFieldsSet	ImportTextFileIntoChromaticFieldsSet (string fileName, double wavelength, ChromaticFieldsSetType type=ChromaticFieldsSetType.Unspecified, double samplingDistanceX=1, double samplingDistanceY=1, string commentIndicator="#", string columnSeparator=" ", string decimalSeparator=".", string groupSeparator="", int firstRow=-1, int lastRow=-1, int numberOfCharactersToSkip=0, bool decreasingXCoordinates=false, bool decreasingYCoordinates=false)
	Imports a text file into a ChromaticFieldsSet object.

static ? ChromaticFieldsSet_1D	ImportTextFileIntoChromaticFieldsSet1D (string fileName, List< double > wavelengths, ChromaticFieldsSetType type=ChromaticFieldsSetType.Unspecified, bool coordinatesAreCodedInData=false, double samplingDistance=1, string commentIndicator="#", string columnSeparator=" ", string decimalSeparator=".", string groupSeparator="", int firstRow=-1, int lastRow=-1, int numberOfCharactersToSkip=0, bool expectDataInColumns=true, bool decreasingCoordinates=false)
	Imports a text file into a ChromaticFieldsSet_1D object.

static ? ComplexField	ImportTextFileIntoComplexField (string fileName, bool expectComplexValues, int firstRow, int lastRow, int numberOfCharactersToSkip, string commentIndicator, string columnSeparator, string decimalSeparator, string groupSeparator, out List<(bool is1D, bool? isGridless, bool? isEquidistant, bool? dataInColumns, int noOfSubsets)> possibleCombinations)
	Imports a text file into a ComplexField object.

static ? DataArrayBase	ImportTextFileIntoDataArray (string fileName, bool expectComplexValues=false, bool coordinatesAreCodedInData=false, double samplingDistanceX=1, double samplingDistanceY=1, string commentIndicator="#", string columnSeparator=" ", string decimalSeparator=".", string groupSeparator="", int firstRow=-1, int lastRow=-1, int numberOfCharactersToSkip=0, bool prefer2Dover1D=true, bool preferGriddedOverGridless=true, bool expect1DOrGridlessDataInColumns=true, bool decreasingXCoordinates=false, bool decreasingYCoordinates=false, PhysicalMeaningType typeOfDA=PhysicalMeaningType.None)
	Imports a text file into a DataArray object.

static ? ComplexAmplitude	ImportTextFileIntoHarmonicField (string fileName, double wavelength, bool expectComplexValues=false, string commentIndicator="#", string columnSeparator=" ", string decimalSeparator=".", string groupSeparator="", int firstRow=-1, int lastRow=-1, int numberOfCharactersToSkip=0)
	Imports a text file into a HarmonicField object.

static ComplexAmplitude	LoadField (string fileName)
	Loads a field from a file.

static HarmonicFieldsSet	LoadFieldsSet (string fileName)
	Loads a fields set from a file.

static int	NumberOfLines (string fileName)
	Returns the number of lines in the text file specified by fileName.

static void	ProcessOpticalSetup (string fileNameOpticalSetup, string outputFolder, string fileNameParameters="", PropagationEngine? simulationEngine=null, int? analyzerIndex=null, bool useSubfolder=false)
	Loads and simulates the given Optical Setup file.

static string	ReadLine (string fileName, int lineNumber)
	Returns the n^th line of the text file specified by fileName, where \(n\) equals the lineNumber. The first line of the file is line number 1. If the file does not exist or the specified line number is beyond the end of the file, the program using this method will be stopped unless the thrown exception is handled outside of this method.

static void	SaveDocument (IDocument document, string fileName)
	Saves a document (e. g. a ComplexAmplitude or a HarmonicFieldsSet object) to the hard disc.

static void	WriteLineToLogFile (string fileName, string message)
	Writes a string as a separate line to the end of the specified log file.

static void	WriteToLogFile (string fileName, string message)
	Writes a string to the end of the specified log file. In contrast to the WriteLineToLogFile method, this method does not introduce a line break.

Detailed Description

This class provides methods for the import and export of fields to bitmaps, text files, or bitmap animations and access to the Microsoft Windows file system.

Member Function Documentation

◆ CalculateBitmapFromChromaticFieldsSet2D()

static Bitmap CalculateBitmapFromChromaticFieldsSet2D	(	ChromaticFieldsSet	cfs,
		double	brightnessFactor,
		out bool	noVisibleWavelength,
		bool	interpolated = true,
		Size?	numberOfPixels = null,
		PhysicalValueRange?	xRange = null,
		PhysicalValueRange?	yRange = null )

static

Static conversion method for creating a bitmap from a 2D Chromatic Fields Set.

Parameters

cfs	Chromatic fields set to create the bitmap from
brightnessFactor	Factor to increase or decrease the brightness in the bitmap to be calculated. Too high brightness can lead to oversaturation.
noVisibleWavelength	Out parameter that indicates whether none of the wavelengths is in the range of visible wavelengths.
interpolated	If this optional parameter is set to `false`, you see the original sampling points in the bitmap. Else an interpolation between neighbored sampling points is done.
numberOfPixels	Number of pixels in the resulting bitmap. If this optional parameter is not specified, one pixel per sampling point is created.
xRange	Optional x-coordinate range of the Chromatic Fields Set to be displayed in the bitmap. Can be used to show only a part of the Chromatic Fields Set.
yRange	Optional y-coordinate range of the Chromatic Fields Set to be displayed in the bitmap. Can be used to show only a part of the Chromatic Fields Set.

Returns: The bitmap created from the Chromatic Fields Set.

◆ CalculateBitmapFromDataArray2D()

static Bitmap CalculateBitmapFromDataArray2D	(	DataArray2D	dataArray,
		int	subsetIndex,
		FieldQuantity	fieldQuantity,
		bool	interpolated = true,
		Size?	numberOfPixels = null,
		PhysicalValueRange?	xRange = null,
		PhysicalValueRange?	yRange = null,
		double	minValue = double::NaN,
		double	maxValue = double::NaN,
		ColorLookUpTableForDataView2D?	colorTable = null,
		Color?	colorForUndefined = null,
		double	relativeThresholdForPhaseArtifacts = 0 )

static

Static public conversion method for creating a bitmap from a 2D Data Array.

Parameters

dataArray	Data Array to create the bitmap from
subsetIndex	The index of that data subset of the Data Array to be converted to the bitmap.
fieldQuantity	The field quantity to be converted to the bitmap.
interpolated	If this optional parameter is set to `false`, you see the original sampling points in the bitmap. Else an interpolation between neighbored sampling points is done, using the interpolation methods (X and Y) of the data array.
numberOfPixels	Number of pixels in the resulting bitmap. If this optional parameter is not specified, one pixel per sampling point is created.
xRange	Optional x-coordinate range of the Data Array to be displayed in the bitmap. Can be used to show only a part of the Chromatic Fields Set.
yRange	Optional y-coordinate range of the Data Array to be displayed in the bitmap. Can be used to show only a part of the Chromatic Fields Set.
minValue	Optional minimum value to be mapped to a color. All values below will have the same color as this value.
maxValue	Optional maximum value to be mapped to a color. All values above will have the same color as this value.
colorTable	Optional color table for mapping double values to colors. By default the corresponding Global Option is used.
colorForUndefined	Color to be used for undefined values. By default the corresponding Global Option is used.
relativeThresholdForPhaseArtifacts	Threshold for suppressing phase artifacts. If set to zero or below, no suppression will be done. Applies only if parameter fieldQuantity is set to FieldQuantity.Phase.

Returns: The bitmap created from the DataArray2D

◆ ImportBitmap()

static IDocument ImportBitmap ( string fileName )

static

Import of a bitmap file. The document type will be determined automatically: An RGB image will be imported as HarmonicFieldsSet. A gray-scale or indexed image will be imported as DataArray.

Parameters

fileName Full path of image to be imported.

Returns: Either a HarmonicFieldsSet (for RGB image) or a DataArray (for indexed or gray-scale image).

◆ ImportGrayScaleBitmap()

static ComplexAmplitude ImportGrayScaleBitmap	(	string	fileName,
		double	minimumValue = 0,
		double	maximumValue = 1,
		FieldQuantity	fieldQuantity = FieldQuantity::RealPart,
		PrecisionMode	precision = PrecisionMode::Double,
		double?	wavelength = null )

static

Imports the values of a grayscale bitmap (24 bit RGB or 16 bit gray scale) into a ComplexAmplitude. The sampling distance is calculated from the dpi values of the bitmap.

Parameters

fileName	File name of the bitmap to be imported.
minimumValue	Optional minimum value, i.e. the value of black pixels. 0 by default.
maximumValue	Optional maximum value, i.e. the value of white pixels. 1 by default.
fieldQuantity	Optional field quantity. If not specified, the data is imported into the real part. If the field quantity is `Imaginary Part` or `Phase`, the resulting ComplexAmplitude will be complex-valued, otherwise it will be real-valued.
precision	Optional precision. No longer used.
wavelength	Optional wavelength. If you specify this value, a Harmonic Field instead of a Jones Matrix Transmission is generated.

Returns: A ComplexAmplitude with the imported data.

◆ ImportTextFileIntoChromaticFieldsSet()

static ? ChromaticFieldsSet ImportTextFileIntoChromaticFieldsSet	(	string	fileName,
		double	wavelength,
		ChromaticFieldsSetType	type = ChromaticFieldsSetType::Unspecified,
		double	samplingDistanceX = 1,
		double	samplingDistanceY = 1,
		string	commentIndicator = "#",
		string	columnSeparator = " ",
		string	decimalSeparator = ".",
		string	groupSeparator = "",
		int	firstRow = -1,
		int	lastRow = -1,
		int	numberOfCharactersToSkip = 0,
		bool	decreasingXCoordinates = false,
		bool	decreasingYCoordinates = false )

static

Imports a text file into a ChromaticFieldsSet object.

Parameters

fileName	The full path of the text file to be imported.
wavelength	The wavelength of the chromatic fields set to be created.
samplingDistanceX	The sampling distance to be used for the x-coordinates if the coordinates are not coded within the data.
samplingDistanceY	The sampling distance to be used for the y-coordinates if the coordinates are not coded within the data.
commentIndicator	The character to be interpreted as comment indicator, preceding lines which are to be ignored.
columnSeparator	Character which separates columns in the file. Please note: All 'white-space' characters are interchangeable. This means, for example, providing a blank will work with tabulator-separated columns and vice versa.
decimalSeparator	Character which separates the integer part from the fractional part of the numbers in the file.
groupSeparator	Character which 'groups' three digits respectively, so it can be called 'thousands separator' as well. This parameter may be left empty, meaning that no group separator is used in the file.
firstRow	The first row to read from file. If set to -1, all lines will be processed.
lastRow	The last row to read from file. If set to -1, all lines will be processed.
numberOfCharactersToSkip	If greater than zero, this number of characters will be ignored at the beginning of each line.
decreasingXCoordinates	Are the actual x-coordinates to be interpreted as decreasing with increasing column-index?
decreasingYCoordinates	Are the actual y-coordinates to be interpreted as decreasing with increasing row-index?
type	The type of object which is to be represented by the imported chromatic fields set.

Returns: The imported ChromaticFieldsSet.

◆ ImportTextFileIntoChromaticFieldsSet1D()

static ? ChromaticFieldsSet_1D ImportTextFileIntoChromaticFieldsSet1D	(	string	fileName,
		List< double >	wavelengths,
		ChromaticFieldsSetType	type = ChromaticFieldsSetType::Unspecified,
		bool	coordinatesAreCodedInData = false,
		double	samplingDistance = 1,
		string	commentIndicator = "#",
		string	columnSeparator = " ",
		string	decimalSeparator = ".",
		string	groupSeparator = "",
		int	firstRow = -1,
		int	lastRow = -1,
		int	numberOfCharactersToSkip = 0,
		bool	expectDataInColumns = true,
		bool	decreasingCoordinates = false )

static

Imports a text file into a ChromaticFieldsSet_1D object.

Parameters

fileName	The full path of the text file to be imported.
wavelengths	The wavelengths of the chromatic fields set to be created.
coordinatesAreCodedInData	Are the coordinates for all of the data points given in the text data (being the first column or row of values) as well?
samplingDistance	The sampling distance to be used if the coordinates are not coded within the data.
commentIndicator	The character to be interpreted as comment indicator, preceding lines which are to be ignored.
columnSeparator	Character which separates columns in the file. Please note: All 'white-space' characters are interchangeable. This means, for example, providing a blank will work with tabulator-separated columns and vice versa.
decimalSeparator	Character which separates the integer part from the fractional part of the numbers in the file.
groupSeparator	Character which 'groups' three digits respectively, so it can be called 'thousands separator' as well. This parameter may be left empty, meaning that no group separator is used in the file.
firstRow	The first row to read from file. If set to -1, all lines will be processed.
lastRow	The last row to read from file. If set to -1, all lines will be processed.
numberOfCharactersToSkip	If greater than zero, this number of characters will be ignored at the beginning of each line.
expectDataInColumns	Several data sets (corresponding to different wavelengths) can be in columns or in rows. Which option is preferred (column-wise = `true` vs. row-wise = `false`)?
decreasingCoordinates	Are the actual coordinates to be interpreted as decreasing with increasing column- (or row-) index?
type	The type of object which is to be represented by the imported chromatic fields set.

Returns: The imported ChromaticFieldsSet_1D.

◆ ImportTextFileIntoComplexField()

static ? ComplexField ImportTextFileIntoComplexField	(	string	fileName,
		bool	expectComplexValues,
		int	firstRow,
		int	lastRow,
		int	numberOfCharactersToSkip,
		string	commentIndicator,
		string	columnSeparator,
		string	decimalSeparator,
		string	groupSeparator,
		out List<(bool is1D, bool? isGridless, bool? isEquidistant, bool? dataInColumns, int noOfSubsets)>	possibleCombinations )

static

Imports a text file into a ComplexField object.

Parameters

fileName	Full path of the file to import.
expectComplexValues	If `true`, the values in the file are expected to be complex-valued. If the import is successful, the result will be complex-valued as well.
firstRow	The first row to read from file. If set to -1, all lines will be processed.
lastRow	The last row to read from file. If set to -1, all lines will be processed.
numberOfCharactersToSkip	If greater than zero, this number of characters will be ignored at the beginning of each line.
commentIndicator	The character to be interpreted as comment indicator, preceding lines which are to be ignored.
columnSeparator	Character which separates columns in the file. Please note: All 'white-space' characters are interchangeable. This means, for example, providing a blank will work with tabulator-separated columns and vice versa.
decimalSeparator	Character which separates the integer part from the fractional part of the numbers in the file.
groupSeparator	Character which 'groups' three digits respectively, so it can be called 'thousands separator' as well. This parameter may be left empty, meaning that no group separator is used in the file.
possibleCombinations	List of all possible property combinations a DataArray, constructed from the imported ComplexField, could have.

Returns: The read ComplexField if the import worked well. Otherwise null will be returned.

◆ ImportTextFileIntoDataArray()

static ? DataArrayBase ImportTextFileIntoDataArray	(	string	fileName,
		bool	expectComplexValues = false,
		bool	coordinatesAreCodedInData = false,
		double	samplingDistanceX = 1,
		double	samplingDistanceY = 1,
		string	commentIndicator = "#",
		string	columnSeparator = " ",
		string	decimalSeparator = ".",
		string	groupSeparator = "",
		int	firstRow = -1,
		int	lastRow = -1,
		int	numberOfCharactersToSkip = 0,
		bool	prefer2Dover1D = true,
		bool	preferGriddedOverGridless = true,
		bool	expect1DOrGridlessDataInColumns = true,
		bool	decreasingXCoordinates = false,
		bool	decreasingYCoordinates = false,
		PhysicalMeaningType	typeOfDA = PhysicalMeaningType::None )

static

Imports a text file into a DataArray object.

Parameters

fileName	The full path of the text file to be imported.
expectComplexValues	Are the data to be interpreted as being complex-valued?
samplingDistanceX	If the coordinates are not coded within the data, this gives the sampling distance to be used in 1D case or the sampling distance for the x-coordinates in 2D case.
samplingDistanceY	If the coordinates are not coded within the data, this gives the sampling distance to be used for the y-coordinates in 2D case.
commentIndicator	The character to be interpreted as comment indicator, preceding lines which are to be ignored.
columnSeparator	Character which separates columns in the file. Please note: All 'white-space' characters are interchangeable. This means, for example, providing a blank will work with tabulator-separated columns and vice versa.
decimalSeparator	Character which separates the integer part from the fractional part of the numbers in the file.
groupSeparator	Character which 'groups' three digits respectively, so it can be called 'thousands separator' as well. This parameter may be left empty, meaning that no group separator is used in the file.
firstRow	The first row to read from file. If set to -1, all lines will be processed.
lastRow	The last row to read from file. If set to -1, all lines will be processed.
numberOfCharactersToSkip	If greater than zero, this number of characters will be ignored at the beginning of each line.
prefer2Dover1D	If the data can be interpreted as 2D or 1D, which one has to be preferred (2D = `true` vs. 1D = `false`)?
preferGriddedOverGridless	If the data are 2D and can be interpreted as being on a coordinate grid as well as being 'gridless', which one has to be preferred (gridded = `true` vs. gridless = `false`)?
coordinatesAreCodedInData	Are the coordinates for all of the data points given in the text data (being the first column and/or row of values) as well?
expect1DOrGridlessDataInColumns	If the data are 1D or gridless 2D where each of several data sets can be in columns as well as in rows - which option is preferred (column-wise = `true` vs. row-wise = `false`)?
decreasingXCoordinates	If the coordinates are not given in the file, are the actual x-coordinates to be interpreted as decreasing with increasing column- (or row-) index?
decreasingYCoordinates	If the coordinates are not given in the file, are the actual y-coordinates to be interpreted as decreasing with increasing row-index?
typeOfDA	The type of object which is to be represented by the imported data array.

Returns: The imported DataArray. It has to be casted into DataArray2D, DataArray1D, or DataArrayGridless first before it can be processed further.

◆ ImportTextFileIntoHarmonicField()

static ? ComplexAmplitude ImportTextFileIntoHarmonicField	(	string	fileName,
		double	wavelength,
		bool	expectComplexValues = false,
		string	commentIndicator = "#",
		string	columnSeparator = " ",
		string	decimalSeparator = ".",
		string	groupSeparator = "",
		int	firstRow = -1,
		int	lastRow = -1,
		int	numberOfCharactersToSkip = 0 )

static

Imports a text file into a HarmonicField object.

Parameters

fileName	Full path of the file to import.
wavelength	Wavelength for the new HarmonicField.
expectComplexValues	If `true`, the values in the file are expected to be complex-valued. If the import is successful, the result will be complex-valued as well.
firstRow	The first row to read from file. If set to -1, all lines will be processed.
lastRow	The last row to read from file. If set to -1, all lines will be processed.
numberOfCharactersToSkip	If greater than zero, this number of characters will be ignored at the beginning of each line.
commentIndicator	The character to be interpreted as comment indicator, preceding lines which are to be ignored.
columnSeparator	Character which separates columns in the file. Please note: All 'white-space' characters are interchangeable. This means, for example, providing a blank will work with tabulator-separated columns and vice versa.
decimalSeparator	Character which separates the integer part from the fractional part of the numbers in the file.
groupSeparator	Character which 'groups' three digits respectively, so it can be called 'thousands separator' as well. This parameter may be left empty, meaning that no group separator is used in the file.

Returns: The read ComplexField if the import worked well. Otherwise null will be returned.

◆ LoadField()

static ComplexAmplitude LoadField ( string fileName )

static

Loads a field from a file.

Parameters

fileName Full path of the file to load. Note that backslashes must be doubled, for example “C:\myField.ca2”.

Returns: The loaded field.

◆ LoadFieldsSet()

static HarmonicFieldsSet LoadFieldsSet ( string fileName )

static

Loads a fields set from a file.

Parameters

fileName Full path of the file to load. Note that backslashes must be doubled, for example “C:\myFieldsSet.hfs”

Returns: The loaded fields set.

◆ NumberOfLines()

static int NumberOfLines ( string fileName )

static

Returns the number of lines in the text file specified by fileName.

Parameters

fileName The full path of the file from which the text is to be read. Note that backslashes must be doubled, for example “C:\log.txt”.

Returns: The number of lines in the specified text file.

◆ ProcessOpticalSetup()

static void ProcessOpticalSetup	(	string	fileNameOpticalSetup,
		string	outputFolder,
		string	fileNameParameters = "",
		PropagationEngine?	simulationEngine = null,
		int?	analyzerIndex = null,
		bool	useSubfolder = false )

static

Loads and simulates the given Optical Setup file.

Parameters

fileNameOpticalSetup	The complete path of the Optical Setup file.
outputFolder	The folder to which all results are written. Note that messages, warnings, and errors are still written to the Messages tab of the main window of VirtualLab Fusion.
fileNameParameters	If you specify this optional parameter, the parameters of the Optical Setup are overwritten with the parameters of that given file. The file must be in a specific XML format which can be generated by exporting an Optical Setup to batch mode files within VirtualLab Fusion.
simulationEngine	The simulation engine to use. If this optional parameter is not specified, the given analyzer is executed instead.
analyzerIndex	Index of the analyzer to be executed. If this optional parameter is not specified and also no simulation engine, then the default simulation engine as defined in the Global Options is used.
useSubfolder	If set to `true` a unique sub-folder for each simulation run is generated.

◆ ReadLine()

static string ReadLine	(	string	fileName,
		int	lineNumber )

static

Returns the n^th line of the text file specified by fileName, where \(n\) equals the lineNumber. The first line of the file is line number 1. If the file does not exist or the specified line number is beyond the end of the file, the program using this method will be stopped unless the thrown exception is handled outside of this method.

Parameters

fileName	The full path of the file from which the text is to be read. Note that backslashes must be doubled, for example “C:\log.txt”.
lineNumber	The line number to be read.

Returns: The read line.

Exceptions

System.ArgumentException Line number must be between 1 and the number of lines in the file.

◆ SaveDocument()

static void SaveDocument	(	IDocument	document,
		string	fileName )

static

Saves a document (e. g. a ComplexAmplitude or a HarmonicFieldsSet object) to the hard disc.

Parameters

document	The document to save.
fileName	The desired file name including the full path. Note that backslashes must be doubled, for example “C:\myField.ca2”

◆ WriteLineToLogFile()

static void WriteLineToLogFile	(	string	fileName,
		string	message )

static

Writes a string as a separate line to the end of the specified log file.

Parameters

fileName	The full path of the file into which the text is to be written. Note that backslashes must be doubled, for example “C:\log.txt”. If the file does not exist, it is created.
message	The string to write into the log file.

◆ WriteToLogFile()

static void WriteToLogFile	(	string	fileName,
		string	message )

static

Writes a string to the end of the specified log file. In contrast to the WriteLineToLogFile method, this method does not introduce a line break.

Parameters

fileName	The full path of the file into which the text is to be written. Note that backslashes must be doubled, for example “C:\log.txt”. If the file does not exist, it is created.
message	The string to write into the log file.

Static Public Member Functions

Detailed Description

Member Function Documentation

◆ CalculateBitmapFromChromaticFieldsSet2D()

◆ CalculateBitmapFromDataArray2D()

◆ ImportBitmap()

◆ ImportGrayScaleBitmap()

◆ ImportTextFileIntoChromaticFieldsSet()

◆ ImportTextFileIntoChromaticFieldsSet1D()

◆ ImportTextFileIntoComplexField()

◆ ImportTextFileIntoDataArray()

◆ ImportTextFileIntoHarmonicField()

◆ LoadField()

◆ LoadFieldsSet()

◆ NumberOfLines()

◆ ProcessOpticalSetup()

◆ ReadLine()

◆ SaveDocument()

◆ WriteLineToLogFile()

◆ WriteToLogFile()