//# CalDescBuffer.cc: Implementation of CalDescBuffer.h
//# Copyright (C) 1996,1997,1998,2001,2002,2003
//# 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: aips2-request@nrao.edu.
//# Postal address: AIPS++ Project Office
//# National Radio Astronomy Observatory
//# 520 Edgemont Road
//# Charlottesville, VA 22903-2475 USA
//#
//# $Id$
//----------------------------------------------------------------------------
#include <synthesis/CalTables/CalDescBuffer.h>
using namespace casacore;
namespace casa { //# NAMESPACE CASA - BEGIN
//----------------------------------------------------------------------------
CalDescBuffer::CalDescBuffer() :
connectedToIter_p(false), calDescCol_p(NULL)
{
// Null constructor
// Output to private data:
// connectedToIter_p Bool true if connected to iterator
// calDescCol_p CalDescColumns* Ptr to cal_desc col accessor
// numSpw_p Vector<Int> No. spw
// numChan_p Vector<Int> No. chan
// numReceptors_p Vector<Int> No. receptors
// nJones_p Vector<Int> Jones matrix size
// spwId_p Matrix<Int> Spw. id.'s
// chanFreqMeas_p Array<MFrequency> Chan. freq. as Measure
// measFreqRef_p Vector<Int> Freq. measures ref.
// chanWidthQuant_p Array<Quantity> Chan. width as Quanta
// chanRange_p Array<Int> Chan. range
// polznType_p Matrix<String> Polzn. type
// jonesType_p Vector<String> Jones matrix type
// msName_p Vector<String> MeasurementSet name
// numSpwOK_p Bool No. spw cache ok
// numChanOK_p Bool No. chan cache ok
// numReceptorsOK_p Bool No. receptors cache ok
// nJonesOK_p Bool Jones matrix size cache ok
// spwIdOK_p Bool Spw. id.'s cache ok
// chanFreqMeasOK_p Bool Chan. freq. as Measure cache ok
// measFreqRefOK_p Bool Freq. measures ref. cache ok
// chanWidthQuantOK_p Bool Chan. width as Quanta cache ok
// chanRangeOK_p Bool Chan. range cache ok
// polznTypeOK_p Bool Polzn. type cache ok
// jonesTypeOK_p Bool Jones matrix type cache ok
// msNameOK_p Bool MeasurementSet name cache ok
//
// Invalidate cache
invalidate();
};
//----------------------------------------------------------------------------
CalDescBuffer::CalDescBuffer (CalIterBase& calIter) :
connectedToIter_p(true), calDescCol_p(NULL)
{
// Construct from a calibration table iterator
// Input:
// calIter CalIterBase& Calibration table iterator
// Output to private data:
// connectedToIter_p Bool true if connected to iterator
// calDescCol_p CalDescColumns* Ptr to cal_desc col accessor
// numSpw_p Vector<Int> No. spw
// numChan_p Vector<Int> No. chan
// numReceptors_p Vector<Int> No. receptors
// nJones_p Vector<Int> Jones matrix size
// spwId_p Matrix<Int> Spw. id.'s
// chanFreqMeas_p Array<MFrequency> Chan. freq. as Measure
// measFreqRef_p Vector<Int> Freq. measures ref.
// chanWidthQuant_p Array<Quantity> Chan. width as Quanta
// chanRange_p Array<Int> Chan. range
// polznType_p Matrix<String> Polzn. type
// jonesType_p Vector<String> Jones matrix type
// msName_p Vector<String> MeasurementSet name
// numSpwOK_p Bool No. spw cache ok
// numChanOK_p Bool No. chan cache ok
// numReceptorsOK_p Bool No. receptors cache ok
// nJonesOK_p Bool Jones matrix size cache ok
// spwIdOK_p Bool Spw. id.'s cache ok
// chanFreqMeasOK_p Bool Chan. freq. as Measure cache ok
// measFreqRefOK_p Bool Freq. measures ref. cache ok
// chanWidthQuantOK_p Bool Chan. width as Quanta cache ok
// chanRangeOK_p Bool Chan. range cache ok
// polznTypeOK_p Bool Polzn. type cache ok
// jonesTypeOK_p Bool Jones matrix type cache ok
// msNameOK_p Bool MeasurementSet name cache ok
//
// Invalidate cache
invalidate();
// Construct the cal_desc column accessor
calDescCol_p = newCalDescCol (calIter.subTable());
};
//----------------------------------------------------------------------------
CalDescBuffer::~CalDescBuffer()
{
// Destructor
// Output to private data:
// calDescCol_p CalDescColumns* Ptr to cal_desc col accessor
//
if (calDescCol_p) delete calDescCol_p;
};
//----------------------------------------------------------------------------
void CalDescBuffer::invalidate()
{
// Invalidate the current cache
// Output to private data:
// numSpwOK_p Bool No. spw cache ok
// numChanOK_p Bool No. chan cache ok
// numReceptorsOK_p Bool No. receptors cache ok
// nJonesOK_p Bool Jones matrix size cache ok
// spwIdOK_p Bool Spw. id.'s cache ok
// chanFreqMeasOK_p Bool Chan. freq. as Measure cache ok
// measFreqRefOK_p Bool Freq. measures ref. cache ok
// chanWidthQuantOK_p Bool Chan. width as Quanta cache ok
// chanRangeOK_p Bool Chan. range cache ok
// polznTypeOK_p Bool Polzn. type cache ok
// jonesTypeOK_p Bool Jones matrix type cache ok
// msNameOK_p Bool MeasurementSet name cache ok
//
// Set all cache flags to false
numSpwOK_p = false;
numChanOK_p = false;
numReceptorsOK_p = false;
nJonesOK_p = false;
spwIdOK_p = false;
chanFreqMeasOK_p = false;
measFreqRefOK_p = false;
chanWidthQuantOK_p = false;
chanRangeOK_p = false;
polznTypeOK_p = false;
jonesTypeOK_p = false;
msNameOK_p = false;
};
//----------------------------------------------------------------------------
Vector<Int>& CalDescBuffer::numSpw()
{
// NUM_SPW data field accessor
// Input from private data:
// connectedToIter_p Bool true if connected to iterator
// numSpw_p Vector<Int> No. spw
//
// Fill local cache for this column if cache not valid
if (connectedToIter()) {
if (!numSpwOK_p) {
calDescCol()->numSpw().getColumn (numSpw_p);
numSpwOK_p = true;
};
};
return numSpw_p;
};
//----------------------------------------------------------------------------
Vector<Int>& CalDescBuffer::numChan()
{
// NUM_CHAN data field accessor
// Input from private data:
// connectedToIter_p Bool true if connected to iterator
// numChan_p Vector<Int> No. chan
//
// Fill local cache for this column if cache not valid
if (connectedToIter()) {
if (!numChanOK_p) {
calDescCol()->numChan().getColumn (numChan_p);
numChanOK_p = true;
};
};
return numChan_p;
};
//----------------------------------------------------------------------------
Vector<Int>& CalDescBuffer::numReceptors()
{
// NUM_RECEPTORS data field accessor
// Input from private data:
// connectedToIter_p Bool true if connected to iterator
// numReceptors_p Vector<Int> No. receptors
//
// Fill local cache for this column if cache not valid
if (connectedToIter()) {
if (!numReceptorsOK_p) {
calDescCol()->numReceptors().getColumn (numReceptors_p);
numReceptorsOK_p = true;
};
};
return numReceptors_p;
};
//----------------------------------------------------------------------------
Vector<Int>& CalDescBuffer::nJones()
{
// N_JONES data field accessor
// Input from private data:
// connectedToIter_p Bool true if connected to iterator
// nJones_p Vector<Int> No. spw
//
// Fill local cache for this column if cache not valid
if (connectedToIter()) {
if (!nJonesOK_p) {
calDescCol()->nJones().getColumn (nJones_p);
nJonesOK_p = true;
};
};
return nJones_p;
};
//----------------------------------------------------------------------------
Matrix<Int>& CalDescBuffer::spwId()
{
// NUM_SPW data field accessor
// Input from private data:
// connectedToIter_p Bool true if connected to iterator
// spwId_p Vector<Int> Spw. id.'s
//
// Fill local cache for this column if cache not valid
if (connectedToIter()) {
if (!spwIdOK_p) {
calDescCol()->spwId().getColumn (spwId_p);
spwIdOK_p = true;
};
};
return spwId_p;
};
//----------------------------------------------------------------------------
Array<MFrequency>& CalDescBuffer::chanFreqMeas()
{
// CHAN_FREQ data field accessor
// Input from private data:
// connectedToIter_p Bool true if connected to iterator
// chanFreqMeas_p Array<MFrequency> Chan. freq. as Measure
//
// Fill local cache for this column if cache not valid
if (connectedToIter()) {
if (!chanFreqMeasOK_p) {
uInt nrow = calDescCol()->numSpw().nrow();
// Assume fixed shape for Array calibration columns
Array<MFrequency> rowChanFreq;
calDescCol()->chanFreqMeas().get (0, rowChanFreq);
IPosition rowShape = rowChanFreq.shape();
rowShape.prepend (IPosition(1,nrow));
chanFreqMeas_p.resize(rowShape);
IPosition start = rowShape;
for (uInt row = 0; row < nrow; row++) {
start(0) = row;
calDescCol()->chanFreqMeas().get (row, rowChanFreq);
chanFreqMeas_p(start,rowShape) = rowChanFreq.copy();
};
chanFreqMeasOK_p = true;
};
};
return chanFreqMeas_p;
};
//----------------------------------------------------------------------------
Vector<Int>& CalDescBuffer::measFreqRef()
{
// MEAS_FREQ_REF data field accessor
// Input from private data:
// connectedToIter_p Bool true if connected to iterator
// measFreqRef_p Vector<Int> Measures freq. ref.
//
// Fill local cache for this column if cache not valid
if (connectedToIter()) {
if (!measFreqRefOK_p) {
calDescCol()->measFreqRef().getColumn (measFreqRef_p);
measFreqRefOK_p = true;
};
};
return measFreqRef_p;
};
//----------------------------------------------------------------------------
Array<Quantity>& CalDescBuffer::chanWidthQuant()
{
// CHAN_WIDTH data field accessor (as Quanta)
// Input from private data:
// connectedToIter_p Bool true if connected to iterator
// chanWidthQuant_p Array<Quantity> Channel width as Quanta
//
// Fill local cache for this column if cache not valid
if (connectedToIter()) {
if (!chanWidthQuantOK_p) {
uInt nrow = calDescCol()->numSpw().nrow();
// Assume fixed shape for Array calibration columns
Array<Quantity> rowChanWidth;
calDescCol()->chanWidthQuant().get (0, rowChanWidth);
IPosition rowShape = rowChanWidth.shape();
rowShape.prepend (IPosition(1,nrow));
chanWidthQuant_p.resize(rowShape);
IPosition start = rowShape;
for (uInt row = 0; row < nrow; row++) {
start(0) = row;
calDescCol()->chanWidthQuant().get (row, rowChanWidth);
chanWidthQuant_p(start,rowShape) = rowChanWidth.copy();
};
chanWidthQuantOK_p = true;
};
};
return chanWidthQuant_p;
};
//----------------------------------------------------------------------------
Array<Int>& CalDescBuffer::chanRange()
{
// CHAN_RANGE data field accessor
// Input from private data:
// connectedToIter_p Bool true if connected to iterator
// chanRange_p Array<Int> Chan. range
//
// Fill local cache for this column if cache not valid
if (connectedToIter()) {
if (!chanRangeOK_p) {
calDescCol()->chanRange().getColumn (chanRange_p);
chanRangeOK_p = true;
};
};
return chanRange_p;
};
//----------------------------------------------------------------------------
Matrix<String>& CalDescBuffer::polznType()
{
// POLARIZATION_TYPE data field accessor
// Input from private data:
// connectedToIter_p Bool true if connected to iterator
// polznType_p Vector<String> Polzn. type
//
// Fill local cache for this column if cache not valid
if (connectedToIter()) {
if (!polznTypeOK_p) {
calDescCol()->polznType().getColumn (polznType_p);
polznTypeOK_p = true;
};
};
return polznType_p;
};
//----------------------------------------------------------------------------
Vector<String>& CalDescBuffer::jonesType()
{
// JONES_TYPE data field accessor
// Input from private data:
// connectedToIter_p Bool true if connected to iterator
// jonesType_p Vector<String> Jones matrix type
//
// Fill local cache for this column if cache not valid
if (connectedToIter()) {
if (!jonesTypeOK_p) {
calDescCol()->jonesType().getColumn (jonesType_p);
jonesTypeOK_p = true;
};
};
return jonesType_p;
};
//----------------------------------------------------------------------------
Vector<String>& CalDescBuffer::msName()
{
// MS_NAME data field accessor
// Input from private data:
// connectedToIter_p Bool true if connected to iterator
// msName_p Vector<String> MeasurementSet name
//
// Fill local cache for this column if cache not valid
if (connectedToIter()) {
if (!msNameOK_p) {
calDescCol()->msName().getColumn (msName_p);
msNameOK_p = true;
};
};
return msName_p;
};
//----------------------------------------------------------------------------
} //# NAMESPACE CASA - END