MRadialVelocity conversion routines. More...

#include <MCRadialVelocity.h>

Inheritance diagram for casa::MCRadialVelocity:

Public Member Functions
	MCRadialVelocity ()
	Default constructor.
	~MCRadialVelocity ()
Static Public Member Functions
static String	showState ()
	Show the state of the conversion engine (mainly for debugging purposes)
Private Types
enum	Routes { LSRD_BARY, BARY_LSRD, BARY_GEO, GEO_TOPO, GEO_BARY, TOPO_GEO, LSRD_GALACTO, GALACTO_LSRD, LSRK_BARY, BARY_LSRK, BARY_LGROUP, LGROUP_BARY, BARY_CMB, CMB_BARY, N_Routes }
	The list of actual routines provided. More...
Private Member Functions
	MCRadialVelocity (const MCRadialVelocity &other)
	Copy constructor (not implemented)
MCRadialVelocity &	operator= (const MCRadialVelocity &other)
	Assignment (not implemented)
virtual void	getConvert (MConvertBase &mc, const MRBase &inref, const MRBase &outref)
	Create conversion function pointer.
virtual void	initConvert (uInt which, MConvertBase &mc)
	Create help structures for Measure conversion routines.
virtual void	clearConvert ()
	Delete the pointers used in the MeasConvert help structure cache.
virtual void	doConvert (MeasValue &in, MRBase &inref, MRBase &outref, const MConvertBase &mc)
	Routine to convert RadialVelocity from one reference frame to another.
void	doConvert (MVRadialVelocity &in, MRBase &inref, MRBase &outref, const MConvertBase &mc)
	Conversion routine to cater for inheritance question.
Static Private Member Functions
static void	fillState ()
	Fill the global state in a thread-safe way.
static void	doFillState (void *)
	Fill the global state in a thread-safe way.
Private Attributes
MVPosition *	MVPOS1
MVDirection *	MVDIR1
Aberration *	ABERFROM
Aberration *	ABERTO
Static Private Attributes
static uInt	ToRef_p [N_Routes][3]
	Transition list.
static uInt	FromTo_p [MRadialVelocity::N_Types][MRadialVelocity::N_Types]
	Transition matrix.
static MutexedInit	theirMutexedInit
	Mutex for thread-safety.
Friends
class	MeasConvert< MRadialVelocity >
	Conversion of data.

Detailed Description

MRadialVelocity conversion routines.

Intended use:

Internal

 <h3>Review Status</h3><dl><dt>Reviewed By:<dd>UNKNOWN<dt>Date Reviewed:<dd>before2004/08/25<dt>Test programs:<dd>tMeasure</dl>

Prerequisite

Measure class
MCBase base class
overall conversion class

Etymology

Measure, Convert and RadialVelocity

Synopsis

Contains state machinery and cashing for actual conversions

Example

Get the Doppler shift for an oberved HI RadialVelocity of 100 km/s

        #include <measures/Measures.h>
        #include <measures/Measures/MRadialVelocity.h>
        #include <measures/Measures/MDoppler.h>
        cout << "Redshift for 100 km/s: " <<
                MDoppler::Convert( MRadialVelocity( Quantity(100., "km/s"),
                                      MRadialVelocity::TOPO).toDoppler(QC::HI),
                                   MDoppler::Z)() << endl;

Motivation

Definition at line 92 of file MCRadialVelocity.h.

Member Enumeration Documentation

enum casa::MCRadialVelocity::Routes [private]

The list of actual routines provided.

Warning: Each AA_BB in the list points to routine that can be used in the FromTo list in the getConvert routine; In addition the type to which each is converted should be in the ToRef array, again in the proper order;

Enumerator:

LSRD_BARY
BARY_LSRD
BARY_GEO
GEO_TOPO
GEO_BARY
TOPO_GEO
LSRD_GALACTO
GALACTO_LSRD
LSRK_BARY
BARY_LSRK
BARY_LGROUP
LGROUP_BARY
BARY_CMB
CMB_BARY
N_Routes