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UDFMSCal.h
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//# UDFMSCal.h: TaQL UDFs to calculate derived MS values
//# Copyright (C) 2010
//# Associated Universities, Inc. Washington DC, USA.
//#
//# This library is free software; you can redistribute it and/or modify it
//# under the terms of the GNU Library General Public License as published by
//# the Free Software Foundation; either version 2 of the License, or (at your
//# option) any later version.
//#
//# This library is distributed in the hope that it will be useful, but WITHOUT
//# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or
//# FITNESS FOR A PARTICULAR PURPOSE. See the GNU Library General Public
//# License for more details.
//#
//# You should have received a copy of the GNU Library General Public License
//# along with this library; if not, write to the Free Software Foundation,
//# Inc., 675 Massachusetts Ave, Cambridge, MA 02139, USA.
//#
//# Correspondence concerning AIPS++ should be addressed as follows:
//# Internet email: casa-feedback@nrao.edu.
//# Postal address: AIPS++ Project Office
//# National Radio Astronomy Observatory
//# 520 Edgemont Road
//# Charlottesville, VA 22903-2475 USA
#ifndef DERIVEDMSCAL_UDFMSCAL_H
#define DERIVEDMSCAL_UDFMSCAL_H
//# Includes
#include <casacore/casa/aips.h>
#include <casacore/derivedmscal/DerivedMC/MSCalEngine.h>
#include <casacore/ms/MeasurementSets/StokesConverter.h>
#include <casacore/ms/MSSel/MSSelectionErrorHandler.h>
#include <casacore/tables/TaQL/UDFBase.h>
#include <casacore/tables/TaQL/ExprNode.h>
namespace casacore {
// <summary>
// TaQL UDFs to calculate derived MS values.
// </summary>
// <use visibility=export>
// <reviewed reviewer="" date="" tests="tDerivedMSCal.cc">
// </reviewed>
// <prerequisite>
//# Classes you should understand before using this one.
// <li> UDFBase
// </prerequisite>
// <synopsis>
// UDFMSCal defines UDFs (user defined functions) that can be used in TaQL
// to get derived MeasurementSet values hourangle, parallactic angle,
// azimuth/elevation, and local sidereal time.
// In this way such derived values appear to be ordinary TaQL functions.
//
// The following functions can be defined:
// <ul>
// <li> HA is the hourangle of the array center (observatory position).
// <li> HA1 is the hourangle of ANTENNA1.
// <li> HA2 is the hourangle of ANTENNA2.
// <li> HADEC is the hourangle/DEC of the array center (observatory position).
// <li> HADEC1 is the hourangle/DEC of ANTENNA1.
// <li> HADEC2 is the hourangle/DEC of ANTENNA2.
// <li> LAST is the local sidereal time of the array center.
// <li> LAST1 is the local sidereal time of ANTENNA1.
// <li> LAST2 is the local sidereal time of ANTENNA2.
// <li> PA1 is the parallactic angle of ANTENNA1.
// <li> PA2 is the parallactic angle of ANTENNA2.
// <li> AZEL1 is the azimuth/elevation of ANTENNA1.
// <li> AZEL2 is the azimuth/elevation of ANTENNA2.
// <li> ITRF is the PHASE_DIR in ITRF coordinates (depends on TIME only).
// <li> UVW_J2000 is the UVW coordinates in J2000 (in meters)
// <li> STOKES makes it possible to convert Stokes of data, flag, or weight.
// <li> BASELINE is baseline selection using CASA syntax.
// <li> CORR is correlation selection using CASA syntax.
// <li> TIME is baseline selection using CASA syntax.
// <li> UVDIST is UV-distance selection using CASA syntax.
// <li> SPW is spectral window selection using CASA syntax.
// <li> FIELD is field selection using CASA syntax.
// <li> FEED is feed selection using CASA syntax.
// <li> ARRAY is array selection using CASA syntax.
// <li> SCAN is scan selection using CASA syntax.
// <li> STATE is state selection using CASA syntax.
// <li> OBS is observation selection using CASA syntax.
// <li> ANTNAME is the name of the given antenna.
// </ul>
// The first functions have data type double and unit radian (except UVW).
// The HADEC, AZEL, and UVW functions return arrays while the others return
// scalars.
// <br>The STOKES function can have data type Complex, Double or Bool.
// <br>The latter functions are selection functions and return a Bool scalar.
//
// This class is meant for a MeasurementSet, but can be used for any table
// containing an ANTENNA and FIELD subtable and the relevant columns in the
// main table (ANTENNA1 and/or ANTENNA2, FIELD_ID, and TIME).
// <br>In principle the array center is the Observatory position, which is
// taken from the Measures Observatory table using the telescope name found
// in the OBSERVATION subtable. However, if the subtable is not defined or
// empty or if the telescope name is unknown, the position of the first antenna
// is used as the array position.
//
// The engine can also be used for a CASA Calibration Table. It understands
// how it references the MeasurementSets. Because calibration tables contain
// no ANTENNA2 columns, functions XX2 are the same as XX1.
// </synopsis>
// <motivation>
// It makes it possible to do queries on these values without having
// to add columns for them.
// </motivation>
class UDFMSCal: public UDFBase
{
public:
// Define the possible 'column' types.
enum ColType {HA, HADEC, PA, LAST, AZEL, ITRF, UVWWVL, UVWWVLS,
NEWUVW, NEWUVWWVL, NEWUVWWVLS, DELAY,
STOKES, SELECTION, GETVALUE};
// Define the possible selection types.
enum SelType {BASELINE, CORR, TIME, UVDIST, SPW, FIELD,
FEED, ARRAY, SCAN, STATE, OBS};
// Create object the given ColType and SelType.
UDFMSCal (ColType, Int arg);
// Create the object for getting a value from a column in a subtable.
// <group>
explicit UDFMSCal (const String& funcName);
UDFMSCal (const String& funcName, const String& subtabName,
const String& idColName, Int arg=0);
UDFMSCal (const String& funcName, const String& subtabName,
const String& idColName, const String& colName);
// </group>
// Function to create an object.
static UDFBase* makeHA (const String&);
static UDFBase* makeHA1 (const String&);
static UDFBase* makeHA2 (const String&);
static UDFBase* makeHADEC (const String&);
static UDFBase* makeHADEC1 (const String&);
static UDFBase* makeHADEC2 (const String&);
static UDFBase* makePA1 (const String&);
static UDFBase* makePA2 (const String&);
static UDFBase* makeLAST (const String&);
static UDFBase* makeLAST1 (const String&);
static UDFBase* makeLAST2 (const String&);
static UDFBase* makeAZEL (const String&);
static UDFBase* makeAZEL1 (const String&);
static UDFBase* makeAZEL2 (const String&);
static UDFBase* makeITRF (const String&);
static UDFBase* makeUvwWvl (const String&);
static UDFBase* makeUvwWvls (const String&);
static UDFBase* makeUvwJ2000 (const String&);
static UDFBase* makeWvlJ2000 (const String&);
static UDFBase* makeWvlsJ2000(const String&);
static UDFBase* makeUvwAPP (const String&);
static UDFBase* makeWvlAPP (const String&);
static UDFBase* makeWvlsAPP (const String&);
static UDFBase* makeDelay (const String&);
static UDFBase* makeDelay1 (const String&);
static UDFBase* makeDelay2 (const String&);
static UDFBase* makeStokes (const String&);
static UDFBase* makeBaseline (const String&);
static UDFBase* makeCorr (const String&);
static UDFBase* makeTime (const String&);
static UDFBase* makeUVDist (const String&);
static UDFBase* makeSpw (const String&);
static UDFBase* makeField (const String&);
static UDFBase* makeFeed (const String&);
static UDFBase* makeArray (const String&);
static UDFBase* makeScan (const String&);
static UDFBase* makeState (const String&);
static UDFBase* makeObs (const String&);
static UDFBase* makeAnt1Name (const String&);
static UDFBase* makeAnt2Name (const String&);
static UDFBase* makeAnt1Col (const String&);
static UDFBase* makeAnt2Col (const String&);
static UDFBase* makeStateCol (const String&);
static UDFBase* makeObsCol (const String&);
static UDFBase* makeSpwCol (const String&);
static UDFBase* makePolCol (const String&);
static UDFBase* makeFieldCol (const String&);
static UDFBase* makeProcCol (const String&);
static UDFBase* makeSubCol (const String&);
// Setup the object.
virtual void setup (const Table&, const TaQLStyle&);
// Get the value.
virtual Bool getBool (const TableExprId& id);
virtual Int64 getInt (const TableExprId& id);
virtual Double getDouble (const TableExprId& id);
virtual DComplex getDComplex (const TableExprId& id);
virtual String getString (const TableExprId& id);
virtual MArray<Bool> getArrayBool (const TableExprId& id);
virtual MArray<Int64> getArrayInt (const TableExprId& id);
virtual MArray<Double> getArrayDouble (const TableExprId& id);
virtual MArray<DComplex> getArrayDComplex (const TableExprId& id);
virtual MArray<String> getArrayString (const TableExprId& id);
// Let a derived class recreate its column objects in case a selection
// has to be applied.
virtual void recreateColumnObjects (const Vector<rownr_t>& rownrs);
private:
// Setup the Stokes conversion.
void setupStokes (const Table& table,
std::vector<TENShPtr>& operands);
// Setup the baseline selection.
void setupSelection (const Table& table,
std::vector<TENShPtr>& operands);
// Setup direction conversion if a direction is explicitly given.
void setupDir (TENShPtr& operand);
// Setup getting column values from a subtable.
void setupGetValue (const Table& table,
std::vector<TENShPtr>& operands);
// Setup getting the wavelength information.
void setupWvls (const Table& table,
std::vector<TENShPtr>& operands,
uInt nargMax);
// Get the rownr in the subtable for GetValue.
// If itsArg==1 it uses indirection using itsDDIds.
Int64 getRowNr (const TableExprId& id);
// Convert the UVW coordinates to wavelengths for the full spectrum.
Array<Double> toWvls (const TableExprId&);
//# Data members.
MSCalEngine itsEngine;
StokesConverter itsStokesConv;
TableExprNode itsDataNode; //# for stokes, selections and getvalues
TableExprNode itsIdNode; //# node giving rowid for getvalues
ArrayColumn<Double> itsUvwCol;
ColType itsType;
Int itsArg; //# antnr or SelType or getValueType
//# -1 subtable can be empty
//# 0 normal subtable
//# 1 indirect subtable via DATA_DESC_ID
String itsFuncName;
String itsSubTabName;
String itsIdColName;
String itsSubColName;
//# Preallocate arrays to avoid having to construct them too often.
//# Makes it thread-unsafe though.
Vector<Double> itsTmpVector;
Array<Double> itsTmpUvwWvl;
Vector<Int> itsDDIds; //# spw or pol ids from DATA_DESCRIPTION
vector<Double> itsWavel;
vector<Vector<Double> > itsWavels;
};
// <summary>
// Error handler class for MSSel selection
// </summary>
// <synopsis>
// This error handler ignores the errors rising from the MSSel parsers.
// </synopsis>
class UDFMSCalErrorHandler : public MSSelectionErrorHandler
{
public:
~UDFMSCalErrorHandler() override = default;
void handleError (MSSelectionError&) override
{}
void reportError (const char*, const String) override
{}
};
} //end namespace
#endif
casacore::ArrayColumn
Definition ArrayColumn.h:98
casacore::Array
Definition Array.h:155
casacore::MArray
Definition MArray.h:68
casacore::MSCalEngine
Definition MSCalEngine.h:117
casacore::MSSelectionErrorHandler::MSSelectionErrorHandler
MSSelectionErrorHandler()
The default constructor generates the message "Table error".
casacore::MSSelectionError
Definition MSSelectionError.h:56
casacore::StokesConverter
Definition StokesConverter.h:107
casacore::String
String: the storage and methods of handling collections of characters.
Definition String.h:223
casacore::TaQLStyle
Definition TaQLStyle.h:63
casacore::TableExprId
Definition TableExprId.h:95
casacore::TableExprNode
Definition ExprNode.h:154
casacore::Table
Definition Table.h:157
casacore::UDFBase::operands
std::vector< TENShPtr > & operands()
Get the operands.
Definition UDFBase.h:282
casacore::UDFBase::UDFBase
UDFBase()
Only default constructor is needed.
casacore::UDFMSCalErrorHandler
Error handler class for MSSel selection.
Definition UDFMSCal.h:268
casacore::UDFMSCalErrorHandler::handleError
void handleError(MSSelectionError &) override
Definition UDFMSCal.h:271
casacore::UDFMSCalErrorHandler::reportError
void reportError(const char *, const String) override
Definition UDFMSCal.h:273
casacore::UDFMSCalErrorHandler::~UDFMSCalErrorHandler
~UDFMSCalErrorHandler() override=default
casacore::UDFMSCal::itsIdColName
String itsIdColName
Definition UDFMSCal.h:249
casacore::UDFMSCal::itsDDIds
Vector< Int > itsDDIds
Definition UDFMSCal.h:255
casacore::UDFMSCal::makeUvwJ2000
static UDFBase * makeUvwJ2000(const String &)
casacore::UDFMSCal::setupStokes
void setupStokes(const Table &table, std::vector< TENShPtr > &operands)
Setup the Stokes conversion.
casacore::UDFMSCal::makeField
static UDFBase * makeField(const String &)
casacore::UDFMSCal::makeUvwWvl
static UDFBase * makeUvwWvl(const String &)
casacore::UDFMSCal::makeUvwAPP
static UDFBase * makeUvwAPP(const String &)
casacore::UDFMSCal::getRowNr
Int64 getRowNr(const TableExprId &id)
Get the rownr in the subtable for GetValue.
casacore::UDFMSCal::makeObs
static UDFBase * makeObs(const String &)
casacore::UDFMSCal::SelType
SelType
Define the possible selection types.
Definition UDFMSCal.h:123
casacore::UDFMSCal::FEED
@ FEED
Definition UDFMSCal.h:124
casacore::UDFMSCal::FIELD
@ FIELD
Definition UDFMSCal.h:123
casacore::UDFMSCal::UVDIST
@ UVDIST
Definition UDFMSCal.h:123
casacore::UDFMSCal::CORR
@ CORR
Definition UDFMSCal.h:123
casacore::UDFMSCal::BASELINE
@ BASELINE
Definition UDFMSCal.h:123
casacore::UDFMSCal::SCAN
@ SCAN
Definition UDFMSCal.h:124
casacore::UDFMSCal::OBS
@ OBS
Definition UDFMSCal.h:124
casacore::UDFMSCal::ARRAY
@ ARRAY
Definition UDFMSCal.h:124
casacore::UDFMSCal::STATE
@ STATE
Definition UDFMSCal.h:124
casacore::UDFMSCal::SPW
@ SPW
Definition UDFMSCal.h:123
casacore::UDFMSCal::TIME
@ TIME
Definition UDFMSCal.h:123
casacore::UDFMSCal::makeAnt1Name
static UDFBase * makeAnt1Name(const String &)
casacore::UDFMSCal::makeWvlsJ2000
static UDFBase * makeWvlsJ2000(const String &)
casacore::UDFMSCal::itsUvwCol
ArrayColumn< Double > itsUvwCol
Definition UDFMSCal.h:241
casacore::UDFMSCal::itsTmpVector
Vector< Double > itsTmpVector
Definition UDFMSCal.h:253
casacore::UDFMSCal::itsDataNode
TableExprNode itsDataNode
Definition UDFMSCal.h:239
casacore::UDFMSCal::setupWvls
void setupWvls(const Table &table, std::vector< TENShPtr > &operands, uInt nargMax)
Setup getting the wavelength information.
casacore::UDFMSCal::itsEngine
MSCalEngine itsEngine
Definition UDFMSCal.h:237
casacore::UDFMSCal::getArrayString
virtual MArray< String > getArrayString(const TableExprId &id)
casacore::UDFMSCal::getInt
virtual Int64 getInt(const TableExprId &id)
casacore::UDFMSCal::getDComplex
virtual DComplex getDComplex(const TableExprId &id)
casacore::UDFMSCal::makeLAST1
static UDFBase * makeLAST1(const String &)
casacore::UDFMSCal::makeHADEC
static UDFBase * makeHADEC(const String &)
casacore::UDFMSCal::ColType
ColType
Define the possible 'column' types.
Definition UDFMSCal.h:119
casacore::UDFMSCal::NEWUVWWVL
@ NEWUVWWVL
Definition UDFMSCal.h:120
casacore::UDFMSCal::ITRF
@ ITRF
Definition UDFMSCal.h:119
casacore::UDFMSCal::DELAY
@ DELAY
Definition UDFMSCal.h:120
casacore::UDFMSCal::HADEC
@ HADEC
Definition UDFMSCal.h:119
casacore::UDFMSCal::NEWUVWWVLS
@ NEWUVWWVLS
Definition UDFMSCal.h:120
casacore::UDFMSCal::GETVALUE
@ GETVALUE
Definition UDFMSCal.h:121
casacore::UDFMSCal::SELECTION
@ SELECTION
Definition UDFMSCal.h:121
casacore::UDFMSCal::PA
@ PA
Definition UDFMSCal.h:119
casacore::UDFMSCal::STOKES
@ STOKES
Definition UDFMSCal.h:121
casacore::UDFMSCal::UVWWVLS
@ UVWWVLS
Definition UDFMSCal.h:119
casacore::UDFMSCal::HA
@ HA
Definition UDFMSCal.h:119
casacore::UDFMSCal::NEWUVW
@ NEWUVW
Definition UDFMSCal.h:120
casacore::UDFMSCal::UVWWVL
@ UVWWVL
Definition UDFMSCal.h:119
casacore::UDFMSCal::LAST
@ LAST
Definition UDFMSCal.h:119
casacore::UDFMSCal::AZEL
@ AZEL
Definition UDFMSCal.h:119
casacore::UDFMSCal::makeFeed
static UDFBase * makeFeed(const String &)
casacore::UDFMSCal::makeSubCol
static UDFBase * makeSubCol(const String &)
casacore::UDFMSCal::itsFuncName
String itsFuncName
Definition UDFMSCal.h:247
casacore::UDFMSCal::makeAZEL2
static UDFBase * makeAZEL2(const String &)
casacore::UDFMSCal::makeFieldCol
static UDFBase * makeFieldCol(const String &)
casacore::UDFMSCal::makeHADEC2
static UDFBase * makeHADEC2(const String &)
casacore::UDFMSCal::itsSubTabName
String itsSubTabName
Definition UDFMSCal.h:248
casacore::UDFMSCal::makeState
static UDFBase * makeState(const String &)
casacore::UDFMSCal::setupSelection
void setupSelection(const Table &table, std::vector< TENShPtr > &operands)
Setup the baseline selection.
casacore::UDFMSCal::itsSubColName
String itsSubColName
Definition UDFMSCal.h:250
casacore::UDFMSCal::makeHA2
static UDFBase * makeHA2(const String &)
casacore::UDFMSCal::makeAZEL1
static UDFBase * makeAZEL1(const String &)
casacore::UDFMSCal::makeUVDist
static UDFBase * makeUVDist(const String &)
casacore::UDFMSCal::makeTime
static UDFBase * makeTime(const String &)
casacore::UDFMSCal::makeObsCol
static UDFBase * makeObsCol(const String &)
casacore::UDFMSCal::makeHA1
static UDFBase * makeHA1(const String &)
casacore::UDFMSCal::toWvls
Array< Double > toWvls(const TableExprId &)
Convert the UVW coordinates to wavelengths for the full spectrum.
casacore::UDFMSCal::makeWvlAPP
static UDFBase * makeWvlAPP(const String &)
casacore::UDFMSCal::recreateColumnObjects
virtual void recreateColumnObjects(const Vector< rownr_t > &rownrs)
Let a derived class recreate its column objects in case a selection has to be applied.
casacore::UDFMSCal::getArrayDouble
virtual MArray< Double > getArrayDouble(const TableExprId &id)
casacore::UDFMSCal::makePA2
static UDFBase * makePA2(const String &)
casacore::UDFMSCal::makeScan
static UDFBase * makeScan(const String &)
casacore::UDFMSCal::setupDir
void setupDir(TENShPtr &operand)
Setup direction conversion if a direction is explicitly given.
casacore::UDFMSCal::itsStokesConv
StokesConverter itsStokesConv
Definition UDFMSCal.h:238
casacore::UDFMSCal::itsWavels
vector< Vector< Double > > itsWavels
Definition UDFMSCal.h:257
casacore::UDFMSCal::makeWvlJ2000
static UDFBase * makeWvlJ2000(const String &)
casacore::UDFMSCal::UDFMSCal
UDFMSCal(const String &funcName)
Create the object for getting a value from a column in a subtable.
casacore::UDFMSCal::setupGetValue
void setupGetValue(const Table &table, std::vector< TENShPtr > &operands)
Setup getting column values from a subtable.
casacore::UDFMSCal::makeAnt2Name
static UDFBase * makeAnt2Name(const String &)
casacore::UDFMSCal::makeLAST
static UDFBase * makeLAST(const String &)
casacore::UDFMSCal::makeHADEC1
static UDFBase * makeHADEC1(const String &)
casacore::UDFMSCal::getArrayBool
virtual MArray< Bool > getArrayBool(const TableExprId &id)
casacore::UDFMSCal::itsArg
Int itsArg
Definition UDFMSCal.h:243
casacore::UDFMSCal::makeAZEL
static UDFBase * makeAZEL(const String &)
casacore::UDFMSCal::getArrayInt
virtual MArray< Int64 > getArrayInt(const TableExprId &id)
casacore::UDFMSCal::makeBaseline
static UDFBase * makeBaseline(const String &)
casacore::UDFMSCal::makeAnt2Col
static UDFBase * makeAnt2Col(const String &)
casacore::UDFMSCal::makeStokes
static UDFBase * makeStokes(const String &)
casacore::UDFMSCal::makeWvlsAPP
static UDFBase * makeWvlsAPP(const String &)
casacore::UDFMSCal::UDFMSCal
UDFMSCal(const String &funcName, const String &subtabName, const String &idColName, Int arg=0)
casacore::UDFMSCal::itsIdNode
TableExprNode itsIdNode
Definition UDFMSCal.h:240
casacore::UDFMSCal::setup
virtual void setup(const Table &, const TaQLStyle &)
Setup the object.
casacore::UDFMSCal::makeCorr
static UDFBase * makeCorr(const String &)
casacore::UDFMSCal::getBool
virtual Bool getBool(const TableExprId &id)
Get the value.
casacore::UDFMSCal::makePA1
static UDFBase * makePA1(const String &)
casacore::UDFMSCal::makePolCol
static UDFBase * makePolCol(const String &)
casacore::UDFMSCal::makeITRF
static UDFBase * makeITRF(const String &)
casacore::UDFMSCal::getDouble
virtual Double getDouble(const TableExprId &id)
casacore::UDFMSCal::getArrayDComplex
virtual MArray< DComplex > getArrayDComplex(const TableExprId &id)
casacore::UDFMSCal::makeArray
static UDFBase * makeArray(const String &)
casacore::UDFMSCal::makeStateCol
static UDFBase * makeStateCol(const String &)
casacore::UDFMSCal::makeAnt1Col
static UDFBase * makeAnt1Col(const String &)
casacore::UDFMSCal::itsTmpUvwWvl
Array< Double > itsTmpUvwWvl
Definition UDFMSCal.h:254
casacore::UDFMSCal::getString
virtual String getString(const TableExprId &id)
casacore::UDFMSCal::makeDelay1
static UDFBase * makeDelay1(const String &)
casacore::UDFMSCal::makeSpw
static UDFBase * makeSpw(const String &)
casacore::UDFMSCal::makeLAST2
static UDFBase * makeLAST2(const String &)
casacore::UDFMSCal::UDFMSCal
UDFMSCal(ColType, Int arg)
Create object the given ColType and SelType.
casacore::UDFMSCal::UDFMSCal
UDFMSCal(const String &funcName, const String &subtabName, const String &idColName, const String &colName)
casacore::UDFMSCal::makeProcCol
static UDFBase * makeProcCol(const String &)
casacore::UDFMSCal::makeDelay
static UDFBase * makeDelay(const String &)
casacore::UDFMSCal::makeHA
static UDFBase * makeHA(const String &)
Function to create an object.
casacore::UDFMSCal::itsType
ColType itsType
Definition UDFMSCal.h:242
casacore::UDFMSCal::itsWavel
vector< Double > itsWavel
Definition UDFMSCal.h:256
casacore::UDFMSCal::makeSpwCol
static UDFBase * makeSpwCol(const String &)
casacore::UDFMSCal::makeDelay2
static UDFBase * makeDelay2(const String &)
casacore::UDFMSCal::makeUvwWvls
static UDFBase * makeUvwWvls(const String &)
casacore::Vector
Definition Vector.h:82
casacore
this file contains all the compiler specific defines
Definition mainpage.dox:28
casacore::arg
LatticeExprNode arg(const LatticeExprNode &expr)
casacore::uInt
unsigned int uInt
Definition aipstype.h:49
casacore::Int64
long long Int64
Define the extra non-standard types used by Casacore (like proposed uSize, Size).
Definition aipsxtype.h:36
casacore::TENShPtr
std::shared_ptr< TableExprNodeRep > TENShPtr
Definition ExprNodeRep.h:55
casacore::Int
int Int
Definition aipstype.h:48
casacore::Bool
bool Bool
Define the standard types used by Casacore.
Definition aipstype.h:40
casacore::Double
double Double
Definition aipstype.h:53