seisblocks.h File Reference

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Classes
class	DataInterpreter< T >
	Byte-level data interpreter. More...
class	Seis::Blocks::HGeom
class	Seis::Blocks::HGlobIdx
class	Seis::Blocks::HLocIdx
class	Seis::Blocks::HDimensions
class	Seis::Blocks::GlobIdx
class	Seis::Blocks::LocIdx
class	Seis::Blocks::Dimensions
class	Seis::Blocks::Block
	Base class for single block. More...
class	Seis::Blocks::Column
	Base class for column of blocks. More...
class	Seis::Blocks::IOClass
	Base class for Reader and Writer. For comments see master branch. More...

Namespaces
	Pos
	Position.
	PosInfo
	Position info, often segmented.
	Seis
	Summary for a Seismic object.
	Seis::Blocks
	3D seismic storage. In 6.2, can be read only. For comments see master branch.

Macros
#define	mDefSeisBlockPairClass(clss, typ)
#define	mDefSeisBlockTripletClass(clss, typ)

Typedefs
typedef short	Seis::Blocks::IdxType
typedef unsigned short	Seis::Blocks::SzType
typedef StepInterval< float >	Seis::Blocks::ZGeom
typedef DataInterpreter< float >	Seis::Blocks::DataInterp
typedef unsigned short	Seis::Blocks::CoordSysID

Functions
const char *	Seis::sSeismicSubDir ()
const char *	Seis::sInfoFileExtension ()

Macro Definition Documentation

#define mDefSeisBlockPairClass	(		clss,
			typ
	)

Value:

mExpClass(Seis) clss : public std::pair<typ,typ> \
{ \
public: \
\
    inline      clss() : std::pair<typ,typ>(0,0)                {} \
    inline      clss( typ iidx, typ xidx ) \
                    : std::pair<typ,typ>(iidx,xidx)             {} \
    inline bool operator ==( const clss& oth ) const \
                { return first == oth.first && second == oth.second; } \
\
    inline typ  inl() const     { return first; } \
    inline typ& inl()           { return first; } \
    inline typ  crl() const     { return second; } \
    inline typ& crl()           { return second; } \
}

#define mDefSeisBlockTripletClass	(		clss,
			typ
	)

Value:

mExpClass(Seis) clss : public H##clss \
{ \
public: \
 \
    inline              clss() : third(0)                       {} \
    inline              clss( typ iidx, typ xidx, typ zidx ) \
                            : H##clss(iidx,xidx), third(zidx)   {} \
    inline bool         operator ==( const clss& oth ) const \
                        { return H##clss::operator==(oth) \
                              && third == oth.third; } \
 \
    inline typ          z() const       { return third; } \
    inline typ&         z()             { return third; } \
 \
    typ                 third; \
 \
}