source: trunk/src/STSideBandSep.cpp@ 2730

Last change on this file since 2730 was 2726, checked in by Kana Sugimoto, 12 years ago

New Development: No

JIRA Issue: Yes (CAS-4141)

Ready for Test: Yes

Interface Changes: Yes

What Interface Changed: moved various set methods in python to c++

Test Programs:

Put in Release Notes: No

Module(s): sbseparator

Description:

Moved set methods in sbseparator module to c++ (STSideBandSep class).
Defined boost python interface methods, set_freq, set_dirtol, set_shift,
set_limit, solve_both, subtract_other to access them from python codes.
File size: 19.2 KB
Line 
1// C++ Interface: STSideBandSep
2//
3// Description:
4// A class to invoke sideband separation of Scantable
5//
6// Author: Kana Sugimoto <kana.sugi@nao.ac.jp>, (C) 2012
7//
8// Copyright: See COPYING file that comes with this distribution
9//
10//
11
12// STL
13#include <ctype.h>
14
15// cascore
16#include <casa/OS/File.h>
17#include <casa/Logging/LogIO.h>
18#include <casa/Quanta/QuantumHolder.h>
19
20#include <measures/Measures/MFrequency.h>
21#include <measures/Measures/MCFrequency.h>
22
23#include <tables/Tables/TableRow.h>
24#include <tables/Tables/TableRecord.h>
25#include <tables/Tables/TableVector.h>
26
27// asap
28#include "STSideBandSep.h"
29
30using namespace std ;
31using namespace casa ;
32using namespace asap ;
33
34#ifndef KS_DEBUG
35#define KS_DEBUG
36#endif
37
38namespace asap {
39
40// constructors
41STSideBandSep::STSideBandSep(const vector<string> &names)
42{
43 LogIO os(LogOrigin("STSideBandSep","STSideBandSep()", WHERE));
44 os << "Setting scantable names to process." << LogIO::POST ;
45 // Set file names
46 ntable_ = names.size();
47 infileList_.resize(ntable_);
48 for (unsigned int i = 0; i < ntable_; i++){
49 if (!checkFile(names[i], "d"))
50 throw( AipsError("File does not exist") );
51 infileList_[i] = names[i];
52 }
53 intabList_.resize(0);
54
55 init();
56
57 {// Summary
58 os << ntable_ << " files are set: [";
59 for (unsigned int i = 0; i < ntable_; i++) {
60 os << " '" << infileList_[i] << "' ";
61 if (i != ntable_-1) os << ",";
62 }
63 os << "] " << LogIO::POST;
64 }
65};
66
67STSideBandSep::STSideBandSep(const vector<ScantableWrapper> &tables)
68{
69 LogIO os(LogOrigin("STSideBandSep","STSideBandSep()", WHERE));
70 os << "Setting list of scantables to process." << LogIO::POST ;
71 // Set file names
72 ntable_ = tables.size();
73 intabList_.resize(ntable_);
74 for (unsigned int i = 0; i < ntable_; i++){
75 intabList_[i] = tables[i].getCP();
76 }
77 infileList_.resize(0);
78
79 init();
80
81 os << ntable_ << " tables are set." << LogIO::POST;
82};
83
84STSideBandSep::~STSideBandSep()
85{
86#ifdef KS_DEBUG
87 cout << "Destructor ~STSideBandSep()" << endl;
88#endif
89};
90
91void STSideBandSep::init()
92{
93 // frequency setup
94 sigIfno_= 0;
95 ftol_ = -1;
96 solFrame_ = MFrequency::N_Types;
97 // shifts
98 initshift();
99 // direction tolerance
100 xtol_ = ytol_ = 9.69627e-6; // 2arcsec
101 // solution parameters
102 otherside_ = false;
103 doboth_ = false;
104 rejlimit_ = 0.2;
105 // LO1 values
106 lo1Freq_ = -1;
107 loTime_ = -1;
108 loDir_ = "";
109 // Default LO frame is TOPO
110 loFrame_ = MFrequency::TOPO;
111};
112
113void STSideBandSep::initshift()
114{
115 // shifts
116 nshift_ = 0;
117 nchan_ = 0;
118 sigShift_.resize(0);
119 imgShift_.resize(0);
120 tableList_.resize(0);
121};
122
123void STSideBandSep::setFrequency(const unsigned int ifno,
124 const string freqtol,
125 const string frame)
126{
127 LogIO os(LogOrigin("STSideBandSep","setFrequency()", WHERE));
128
129 initshift();
130
131 // IFNO
132 sigIfno_ = ifno;
133
134 // Frequency tolerance
135 Quantum<Double> qftol;
136 readQuantity(qftol, String(freqtol));
137 if (!qftol.getUnit().empty()){
138 // make sure the quantity is frequency
139 if (qftol.getFullUnit().getValue() != Unit("Hz").getValue())
140 throw( AipsError("Invalid quantity for frequency tolerance.") );
141 qftol.convert("Hz");
142 }
143 ftol_ = qftol;
144
145 // Frequency Frame
146 if (!frame.empty()){
147 MFrequency::Types mft;
148 if (!MFrequency::getType(mft, frame))
149 throw( AipsError("Invalid frame type.") );
150 solFrame_ = mft;
151 } else {
152 solFrame_ = MFrequency::N_Types;
153 }
154
155 {// Summary
156 const String sframe = ( (solFrame_ == MFrequency::N_Types) ?
157 "table frame" :
158 MFrequency::showType(solFrame_) );
159 os << "Frequency setup to search IF group: "
160 << "IFNO of table[0] = " << sigIfno_
161 << " , Freq tolerance = " << ftol_.getValue() << " [ "
162 << (ftol_.getUnit().empty() ? "channel" : ftol_.getUnit() )
163 << " ] (in " << sframe <<")" << LogIO::POST;
164 }
165};
166
167
168void STSideBandSep::setDirTolerance(const vector<string> dirtol)
169{
170 LogIO os(LogOrigin("STSideBandSep","setDirTolerance()", WHERE));
171 Quantum<Double> qcell;
172 if ( (dirtol.size() == 1) && !dirtol[0].empty() ) {
173 readQuantity(qcell, String(dirtol[0]));
174 if (qcell.getFullUnit().getValue() == Unit("rad").getValue())
175 xtol_ = ytol_ = qcell.getValue("rad");
176 else
177 throw( AipsError("Invalid unit for direction tolerance.") );
178 }
179 else if (dirtol.size() > 1) {
180 if ( dirtol[0].empty() && dirtol[1].empty() )
181 throw( AipsError("Direction tolerance is empty.") );
182 if ( !dirtol[0].empty() ) {
183 readQuantity(qcell, String(dirtol[0]));
184 if (qcell.getFullUnit().getValue() == Unit("rad").getValue())
185 xtol_ = qcell.getValue("rad");
186 else
187 throw( AipsError("Invalid unit for direction tolerance.") );
188 }
189 if ( !dirtol[1].empty() ) {
190 readQuantity(qcell, String(dirtol[1]));
191 if (qcell.getFullUnit().getValue() == Unit("rad").getValue())
192 ytol_ = qcell.getValue("rad");
193 else
194 throw( AipsError("Invalid unit for direction tolerance.") );
195 }
196 else {
197 ytol_ = xtol_;
198 }
199 }
200 else throw( AipsError("Invalid direction tolerance.") );
201
202 os << "Direction tolerance: ( "
203 << xtol_ << " , " << ytol_ << " ) [rad]" << LogIO::POST;
204};
205
206void STSideBandSep::setShift(const vector<double> &shift)
207{
208 LogIO os(LogOrigin("STSideBandSep","setShift()", WHERE));
209 imgShift_.resize(shift.size());
210 for (unsigned int i = 0; i < shift.size(); i++)
211 imgShift_[i] = shift[i];
212
213 if (imgShift_.size() == 0) {
214 os << "Channel shifts are cleared." << LogIO::POST;
215 } else {
216 os << "Channel shifts of image sideband are set: ( ";
217 for (unsigned int i = 0; i < imgShift_.size(); i++) {
218 os << imgShift_[i];
219 if (i != imgShift_.size()-1) os << " , ";
220 }
221 os << " ) [channel]" << LogIO::POST;
222 }
223};
224
225void STSideBandSep::setThreshold(const double limit)
226{
227 LogIO os(LogOrigin("STSideBandSep","setThreshold()", WHERE));
228 if (limit < 0)
229 throw( AipsError("Rejection limit should be positive number.") );
230
231 rejlimit_ = limit;
232 os << "Rejection limit is set to " << rejlimit_;
233};
234
235// Temporal function to set scantable of image sideband
236void STSideBandSep::setImageTable(const ScantableWrapper &s)
237{
238#ifdef KS_DEBUG
239 cout << "STSideBandSep::setImageTable" << endl;
240 cout << "got image table nrow = " << s.nrow() << endl;
241#endif
242 imgTab_p = s.getCP();
243 AlwaysAssert(!imgTab_p.null(),AipsError);
244
245};
246
247//
248void STSideBandSep::setLO1(const double lo1, const string frame,
249 const double reftime, const string refdir)
250{
251 lo1Freq_ = lo1;
252 MFrequency::getType(loFrame_, frame);
253 loTime_ = reftime;
254 loDir_ = refdir;
255
256#ifdef KS_DEBUG
257 cout << "STSideBandSep::setLO1" << endl;
258 if (lo1Freq_ > 0.)
259 cout << "lo1 = " << lo1Freq_ << " [Hz] (" << frame << ")" << endl;
260 if (loTime_ > 0.)
261 cout << "ref time = " << loTime_ << " [day]" << endl;
262 if (!loDir_.empty())
263 cout << "ref direction = " << loDir_ << " [day]" << endl;
264#endif
265};
266
267void STSideBandSep::setLO1Root(string name)
268{
269 LogIO os(LogOrigin("STSideBandSep","setLO1Root()", WHERE));
270 os << "Searching for '" << name << "'..." << LogIO::POST;
271 // Check for existance of the file
272 if (!checkFile(name)) {
273 throw(AipsError("File does not exist"));
274 }
275 if (name[(name.size()-1)] == '/')
276 name = name.substr(0,(name.size()-2));
277
278 if (checkFile(name+"/Receiver.xml", "file") &&
279 checkFile(name+"/SpectralWindow.xml", "file")){
280 os << "Found '" << name << "/Receiver.xml' ... got an ASDM name." << LogIO::POST;
281 asdmName_ = name;
282 } else if (checkFile(name+"/ASDM_RECEIVER") &&
283 checkFile(name+"/ASDM_SPECTRALWINDOW")){
284 os << "Found '" << name << "/ASDM_RECEIVER' ... got a Table name." << LogIO::POST;
285 asisName_ = name;
286 } else {
287 throw(AipsError("Invalid file name. Set an MS or ASDM name."));
288 }
289
290#ifdef KS_DEBUG
291 cout << "STSideBandSep::setLO1Root" << endl;
292 if (!asdmName_.empty())
293 cout << "asdm name = " << asdmName_ << endl;
294 if (!asisName_.empty())
295 cout << "MS name = " << asisName_ << endl;
296#endif
297};
298
299///// TEMPORAL FUNCTION!!! /////
300void STSideBandSep::setScanTb0(const ScantableWrapper &s){
301 st0_ = s.getCP();
302};
303////////////////////////////////
304
305void STSideBandSep::solveImageFreqency()
306{
307#ifdef KS_DEBUG
308 cout << "STSideBandSep::solveImageFrequency" << endl;
309#endif
310 LogIO os(LogOrigin("STSideBandSep","solveImageFreqency()", WHERE));
311 os << "Start calculating frequencies of image side band" << LogIO::POST;
312
313 if (imgTab_p.null())
314 throw AipsError("STSideBandSep::solveImageFreqency - an image side band scantable should be set first");
315
316 // Convert frequency REFVAL to the value in frame of LO.
317 // The code assumes that imgTab_p has only an IF and only a FREQ_ID
318 // is associated to an IFNO
319 // TODO: More complete Procedure would be
320 // 1. Get freq IDs associated to sigIfno_
321 // 2. Get freq information of the freq IDs
322 // 3. For each freqIDs, get freq infromation in TOPO and an LO1
323 // frequency and calculate image band frequencies.
324 STFrequencies freqTab_ = imgTab_p->frequencies();
325 // get the base frame of table
326 const MFrequency::Types tabframe = freqTab_.getFrame(true);
327 TableVector<uInt> freqIdVec( imgTab_p->table(), "FREQ_ID" );
328 // assuming single freqID per IFNO
329 uInt freqid = freqIdVec(0);
330 int nChan = imgTab_p->nchan(imgTab_p->getIF(0));
331 double refpix, refval, increment ;
332 freqTab_.getEntry(refpix, refval, increment, freqid);
333 //MFrequency sigrefval = MFrequency(MVFrequency(refval),tabframe);
334 // get freq infromation of sigIfno_ in loFrame_
335 const MPosition mp = imgTab_p->getAntennaPosition();
336 MEpoch me;
337 MDirection md;
338 if (loTime_ < 0.)
339 me = imgTab_p->getEpoch(-1);
340 else
341 me = MEpoch(MVEpoch(loTime_));
342 if (loDir_.empty()) {
343 ArrayColumn<Double> srcdirCol_;
344 srcdirCol_.attach(imgTab_p->table(), "SRCDIRECTION");
345 // Assuming J2000 and SRCDIRECTION in unit of rad
346 Quantum<Double> srcra = Quantum<Double>(srcdirCol_(0)(IPosition(1,0)), "rad");
347 Quantum<Double> srcdec = Quantum<Double>(srcdirCol_(0)(IPosition(1,1)), "rad");
348 md = MDirection(srcra, srcdec, MDirection::J2000);
349 //imgTab_p->getDirection(0);
350 } else {
351 // parse direction string
352 string::size_type pos0 = loDir_.find(" ");
353
354 if (pos0 == string::npos) {
355 throw AipsError("bad string format in LO1 direction");
356 }
357 string::size_type pos1 = loDir_.find(" ", pos0+1);
358 String sepoch, sra, sdec;
359 if (pos1 != string::npos) {
360 sepoch = loDir_.substr(0, pos0);
361 sra = loDir_.substr(pos0+1, pos1-pos0);
362 sdec = loDir_.substr(pos1+1);
363 }
364 MDirection::Types epoch;
365 MDirection::getType(epoch, sepoch);
366 QuantumHolder qh ;
367 String err ;
368 qh.fromString( err, sra);
369 Quantum<Double> ra = qh.asQuantumDouble() ;
370 qh.fromString( err, sdec ) ;
371 Quantum<Double> dec = qh.asQuantumDouble() ;
372 //md = MDirection(ra.getValue("rad"), dec.getValue("rad"),epoch);
373 md = MDirection(ra, dec, epoch);
374 }
375 MeasFrame mframe( me, mp, md );
376 MFrequency::Convert tobframe(loFrame_, MFrequency::Ref(tabframe, mframe));
377 MFrequency::Convert toloframe(tabframe, MFrequency::Ref(loFrame_, mframe));
378 // Convert refval to loFrame_
379 double sigrefval;
380 if (tabframe == loFrame_)
381 sigrefval = refval;
382 else
383 sigrefval = toloframe(Quantum<Double>(refval, "Hz")).get("Hz").getValue();
384
385
386 // Check for the availability of LO1
387 if (lo1Freq_ > 0.) {
388 os << "Using user defined LO1 frequency." << LogIO::POST;
389 } else if (!asisName_.empty()) {
390 // MS name is set.
391 os << "Using user defined MS (asis): " << asisName_ << LogIO::POST;
392 if (!getLo1FromAsisTab(asisName_, sigrefval, refpix, increment, nChan)) {
393 throw AipsError("Failed to get LO1 frequency from MS");
394 }
395 } else if (!asdmName_.empty()) {
396 // ASDM name is set.
397 os << "Using user defined ASDM: " << asdmName_ << LogIO::POST;
398 if (!getLo1FromAsdm(asdmName_, sigrefval, refpix, increment, nChan)) {
399 throw AipsError("Failed to get LO1 frequency from ASDM");
400 }
401 } else {
402 // Try getting ASDM name from scantable header
403 os << "Try getting information from scantable header" << LogIO::POST;
404 if (!getLo1FromScanTab(st0_, sigrefval, refpix, increment, nChan)) {
405 //throw AipsError("Failed to get LO1 frequency from asis table");
406 os << LogIO::WARN << "Failed to get LO1 frequency using information in scantable." << LogIO::POST;
407 os << LogIO::WARN << "Could not fill frequency information of IMAGE sideband properly." << LogIO::POST;
408 os << LogIO::WARN << "Storing values of SIGNAL sideband in FREQUENCIES table" << LogIO::POST;
409 return;
410 }
411 }
412 // LO1 should now be ready.
413 if (lo1Freq_ < 0.)
414 throw(AipsError("Got negative LO1 Frequency"));
415
416 // Print summary (LO1)
417 Vector<Double> dirvec = md.getAngle(Unit(String("rad"))).getValue();
418 os << "[LO1 settings]" << LogIO::POST;
419 os << "- Frequency: " << lo1Freq_ << " [Hz] ("
420 << MFrequency::showType(loFrame_) << ")" << LogIO::POST;
421 os << "- Reference time: " << me.get(Unit(String("d"))).getValue()
422 << " [day]" << LogIO::POST;
423 os << "- Reference direction: [" << dirvec[0] << ", " << dirvec[1]
424 << "] (" << md.getRefString() << ") " << LogIO::POST;
425
426 //Print summary (signal)
427 os << "[Signal side band]" << LogIO::POST;
428 os << "- IFNO: " << imgTab_p->getIF(0) << " (FREQ_ID = " << freqid << ")"
429 << LogIO::POST;
430 os << "- Reference value: " << refval << " [Hz] ("
431 << MFrequency::showType(tabframe) << ") = "
432 << sigrefval << " [Hz] (" << MFrequency::showType(loFrame_)
433 << ")" << LogIO::POST;
434 os << "- Reference pixel: " << refpix << LogIO::POST;
435 os << "- Increment: " << increment << " [Hz]" << LogIO::POST;
436
437 // Calculate image band incr and refval in loFrame_
438 Double imgincr = -increment;
439 Double imgrefval = 2 * lo1Freq_ - sigrefval;
440 Double imgrefval_tab = imgrefval;
441 // Convert imgrefval back to table base frame
442 if (tabframe != loFrame_)
443 imgrefval = tobframe(Quantum<Double>(imgrefval, "Hz")).get("Hz").getValue();
444 // Set new frequencies table
445 uInt fIDnew = freqTab_.addEntry(refpix, imgrefval, imgincr);
446 // Update FREQ_ID in table.
447 freqIdVec = fIDnew;
448
449 // Print summary (Image side band)
450 os << "[Image side band]" << LogIO::POST;
451 os << "- IFNO: " << imgTab_p->getIF(0) << " (FREQ_ID = " << freqIdVec(0)
452 << ")" << LogIO::POST;
453 os << "- Reference value: " << imgrefval << " [Hz] ("
454 << MFrequency::showType(tabframe) << ") = "
455 << imgrefval_tab << " [Hz] (" << MFrequency::showType(loFrame_)
456 << ")" << LogIO::POST;
457 os << "- Reference pixel: " << refpix << LogIO::POST;
458 os << "- Increment: " << imgincr << " [Hz]" << LogIO::POST;
459};
460
461Bool STSideBandSep::checkFile(const string name, string type)
462{
463 File file(name);
464 if (!file.exists()){
465 return false;
466 } else if (type.empty()) {
467 return true;
468 } else {
469 // Check for file type
470 switch (tolower(type[0])) {
471 case 'f':
472 return file.isRegular(True);
473 case 'd':
474 return file.isDirectory(True);
475 case 's':
476 return file.isSymLink();
477 default:
478 throw AipsError("Invalid file type. Available types are 'file', 'directory', and 'symlink'.");
479 }
480 }
481};
482
483bool STSideBandSep::getLo1FromAsdm(const string asdmname,
484 const double refval,
485 const double refpix,
486 const double increment,
487 const int nChan)
488{
489 // Check for relevant tables.
490 string spwname = asdmname + "/SpectralWindow.xml";
491 string recname = asdmname + "/Receiver.xml";
492 if (!checkFile(spwname) || !checkFile(recname)) {
493 throw(AipsError("Could not find subtables in ASDM"));
494 }
495
496 return false;
497
498};
499
500
501bool STSideBandSep::getLo1FromScanTab(CountedPtr< Scantable > &scantab,
502 const double refval,
503 const double refpix,
504 const double increment,
505 const int nChan)
506{
507 LogIO os(LogOrigin("STSideBandSep","getLo1FromScanTab()", WHERE));
508 // Check for relevant tables.
509 const TableRecord &rec = scantab->table().keywordSet() ;
510 String spwname, recname;
511 if (rec.isDefined("ASDM_SPECTRALWINDOW") && rec.isDefined("ASDM_RECEIVER")){
512 spwname = rec.asString("ASDM_SPECTRALWINDOW");
513 recname = rec.asString("ASDM_RECEIVER");
514 }
515 else {
516 // keywords are not there
517 os << LogIO::WARN
518 << "Could not find necessary table names in scantable header."
519 << LogIO::POST;
520 return false;
521 }
522 if (!checkFile(spwname,"directory") || !checkFile(recname,"directory")) {
523 throw(AipsError("Could not find relevant subtables in MS"));
524 }
525 // Get root MS name
526 string msname;
527 const String recsuff = "/ASDM_RECEIVER";
528 String::size_type pos;
529 pos = recname.size()-recsuff.size();
530 if (recname.substr(pos) == recsuff)
531 msname = recname.substr(0, pos);
532 else
533 throw(AipsError("Internal error in parsing table name from a scantable keyword."));
534
535 if (!checkFile(msname))
536 throw(AipsError("Internal error in parsing MS name from a scantable keyword."));
537
538 return getLo1FromAsisTab(msname, refval, refpix, increment, nChan);
539
540};
541
542bool STSideBandSep::getLo1FromAsisTab(const string msname,
543 const double refval,
544 const double refpix,
545 const double increment,
546 const int nChan)
547{
548 LogIO os(LogOrigin("STSideBandSep","getLo1FromAsisTab()", WHERE));
549 os << "Searching an LO1 frequency in '" << msname << "'" << LogIO::POST;
550 // Check for relevant tables.
551 const string spwname = msname + "/ASDM_SPECTRALWINDOW";
552 const string recname = msname + "/ASDM_RECEIVER";
553 if (!checkFile(spwname,"directory") || !checkFile(recname,"directory")) {
554 throw(AipsError("Could not find relevant tables in MS"));
555 }
556
557 Table spwtab_ = Table(spwname);
558 String asdmSpw;
559 ROTableRow spwrow(spwtab_);
560 const Double rtol = 0.01;
561 for (uInt idx = 0; idx < spwtab_.nrow(); idx++){
562 const TableRecord& rec = spwrow.get(idx);
563 // Compare nchan
564 if (rec.asInt("numChan") != (Int) nChan)
565 continue;
566 // Compare increment
567 Double asdminc;
568 Array<Double> incarr = rec.asArrayDouble("chanWidthArray");
569 if (incarr.size() > 0)
570 asdminc = incarr(IPosition(1, (uInt) refpix));
571 else
572 asdminc = rec.asDouble("chanWidth");
573 if (abs(asdminc - abs(increment)) > rtol * abs(increment))
574 continue;
575 // Compare refval
576 Double asdmrefv;
577 Array<Double> refvarr = rec.asArrayDouble("chanFreqArray");
578 if (refvarr.size() > 0){
579 const uInt iref = (uInt) refpix;
580 const Double ratio = refpix - (Double) iref;
581 asdmrefv = refvarr(IPosition(1, iref))*(1.-ratio)
582 + refvarr(IPosition(1,iref+1))*ratio;
583 }
584 else {
585 const Double ch0 = rec.asDouble("chanFreqStart");
586 const Double chstep = rec.asDouble("chanFreqStep");
587 asdmrefv = ch0 + chstep * refpix;
588 }
589 if (abs(asdmrefv - refval) < 0.5*abs(asdminc)){
590 asdmSpw = rec.asString("spectralWindowId");
591 break;
592 }
593 }
594
595 if (asdmSpw.empty()){
596 os << LogIO::WARN << "Could not find relevant SPW ID in " << spwname << LogIO::POST;
597 return false;
598 }
599 else {
600 os << asdmSpw << " in " << spwname
601 << " matches the freqeuncies of signal side band." << LogIO::POST;
602 }
603
604 Table rectab_ = Table(recname);
605 ROTableRow recrow(rectab_);
606 for (uInt idx = 0; idx < rectab_.nrow(); idx++){
607 const TableRecord& rec = recrow.get(idx);
608 if (rec.asString("spectralWindowId") == asdmSpw){
609 const Array<Double> loarr = rec.asArrayDouble("freqLO");
610 lo1Freq_ = loarr(IPosition(1,0));
611 os << "Found LO1 Frequency in " << recname << ": "
612 << lo1Freq_ << " [Hz]" << LogIO::POST;
613 return true;
614 }
615 }
616 os << LogIO::WARN << "Could not find " << asdmSpw << " in " << recname
617 << LogIO::POST;
618 return false;
619};
620
621// String STSideBandSep::()
622// {
623
624// };
625
626} //namespace asap
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