Classes
class	JDXarray< A, J >
class	JDXtriple
class	JcampDx
struct	ArrayScale
struct	PixmapProps
struct	GuiProps
struct	ParxEquiv
class	JcampDxClass
class	JcampDxBlock
class	JDXfilter
struct	kspace_coord
class	JDXnumber< T >
class	JDXstring
class	JDXbool
class	JDXenum
class	JDXaction
class	JDXfileName
class	JDXformula
Typedefs
typedef JDXarray< sarray, JDXstring >	JDXstringArr
typedef JDXarray< iarray, JDXint >	JDXintArr
typedef JDXarray< farray, JDXfloat >	JDXfloatArr
typedef JDXarray< darray, JDXdouble >	JDXdoubleArr
typedef JDXarray< carray, JDXcomplex >	JDXcomplexArr
typedef JDXnumber< int >	JDXint
typedef JDXnumber< float >	JDXfloat
typedef JDXnumber< double >	JDXdouble
typedef JDXnumber< STD_complex >	JDXcomplex
Enumerations
enum	compatMode
enum	parameterMode
enum	fileMode
enum	scaleType
enum	parxCodeType
enum	funcMode

Detailed Description

This page describes the design guidelines of the module JCAMP-DX implementation (odinpara library)

The following framework can be used to deal with single parameters of different type (int,float,string,...) and multidimensional arrays that are build from these base types. It is possible to build blocks of parameter, i.e. parameter lists, that can be written/loaded to/from disk in an easily editable ASCII format. The file format is designed roughly according to the JCAMP-DX [1,2] standard, but its main aim was to be compatible with the PARX[3] file format.

A very simple examples on how to use this module:


      JDXint mynumber(23,"mynumber");  // Create an integer parameter with initial value 23

      mynumber+=42;                    // JDXint can be used just as a native int for arithmetics

      JcampDxBlock block;              // A block (list) of parameters

      block.append(mynumber);          // Append the parameter to the block

      block.write("block.jdx");        // Write block and its parameters to file 'block.jdx'

      block.load("block.jdx");         // Load block and its parameters from file 'block.jdx'

Please see the class documention for a complete reference.

References:

JCAMP-DX: A Standard Form of Exchange of Infrared Spectra in Computer Readable Form, McDONALD, R.S., WILKS, P.A., Apllied Spectroscopy, Vol.42, No.1, 1988
JCAMP-DX for NMR, DAVIES, A.N., LAMPEN, P., Apllied Spectroscopy, Vol.47, No.8, 1993
PARX is a preprocessor/compiler framework to interactively modify parameters that can also be embedded into C-code. It is part of the Bruker software 'Paravision' that serves as an user interface for their medical MR-scanners.

Author:: Thies H. Jochimsen

Typedef Documentation

typedef JDXnumber<STD_complex> JDXcomplex

Complex number

Definition at line 137 of file jdxnumbers.h.

typedef JDXarray<carray,JDXcomplex> JDXcomplexArr

A JCAMP-DX array of single-precision complex numbers

Definition at line 156 of file jdxarrays.h.

typedef JDXnumber<double> JDXdouble

An double-precision floating point number

Definition at line 132 of file jdxnumbers.h.

typedef JDXarray<darray,JDXdouble> JDXdoubleArr

A JCAMP-DX array of double-precision floating point numbers

Definition at line 151 of file jdxarrays.h.

typedef JDXnumber<float> JDXfloat

An single-precision floating point number

Definition at line 127 of file jdxnumbers.h.

typedef JDXarray<farray,JDXfloat> JDXfloatArr

A JCAMP-DX array of single-precision floating point numbers

Definition at line 146 of file jdxarrays.h.

typedef JDXnumber<int> JDXint

An integer number

Definition at line 122 of file jdxnumbers.h.

typedef JDXarray<iarray,JDXint> JDXintArr

A JCAMP-DX array of integer numbers

Definition at line 141 of file jdxarrays.h.

typedef JDXarray<sarray,JDXstring> JDXstringArr

A JCAMP-DX array of strings

Definition at line 136 of file jdxarrays.h.

Enumeration Type Documentation

enum compatMode

This enum performs some fine tuning with the JcampDx classes according its value:

bruker: Strings are treated as arrays of characters (size after '=' and contents on next line). Used to be compatible with Brukers JCAMP-DX implementation.
notBroken: Strings are written directly into the file (after '=').

Definition at line 47 of file jdxbase.h.

enum fileMode

This enum determines whether the parameter will be included/compressed/excluded when reading/writing a file

include: Parameter is included in the file
compressed: Parameter is included in the file in compressed ASCII-format (e.g. Base64 encoding) if its representation exceeds a certain size
exclude: Parameter is excluded from the file

Definition at line 66 of file jdxbase.h.

enum funcMode

Dimension Mode Enum:

zeroDeeMode : Only RF waveform will be calculated
oneDeeMode : RF and gradient shape will be calculated according to the selected shape/trajectory for 1D pulses
twoDeeMode : RF and gradient shape will be calculated according to the selected shape/trajectory for 2D pulses

Definition at line 39 of file jdxfunction.h.

enum parameterMode

This enum determines whether the parameter can be seen/edited in the graphical user interface