File indexing completed on 2024-04-14 03:41:20
0001 /* 0002 SPDX-FileCopyrightText: 2021 Valentin Boettcher <hiro at protagon.space; @hiro98:tchncs.de> 0003 0004 SPDX-License-Identifier: GPL-2.0-or-later 0005 */ 0006 0007 #include "addcatalogobject.h" 0008 #include "ui_addcatalogobject.h" 0009 #include "kstars_debug.h" 0010 0011 #include <QInputDialog> 0012 #include <QPushButton> 0013 0014 AddCatalogObject::AddCatalogObject(QWidget *parent, const CatalogObject &obj) 0015 : QDialog(parent), ui(new Ui::AddCatalogObject), m_object{ obj } 0016 { 0017 ui->setupUi(this); 0018 ui->ra->setUnits(dmsBox::HOURS); 0019 fill_form_from_object(); 0020 0021 connect(ui->name, &QLineEdit::textChanged, 0022 [&](const auto &name) { m_object.setName(name); }); 0023 0024 connect(ui->long_name, &QLineEdit::textChanged, 0025 [&](const auto &name) { m_object.setLongName(name); }); 0026 0027 connect(ui->catalog_identifier, &QLineEdit::textChanged, 0028 [&](const auto &ident) { m_object.setCatalogIdentifier(ident); }); 0029 0030 connect(ui->type, QOverload<int>::of(&QComboBox::currentIndexChanged), 0031 [&](const auto index) { 0032 if (index > SkyObject::TYPE_UNKNOWN) 0033 m_object.setType(SkyObject::TYPE_UNKNOWN); 0034 0035 m_object.setType(index); 0036 0037 refresh_flux(); 0038 }); 0039 0040 auto validateAndStoreCoordinates = [&]() { 0041 bool raOk(false), decOk(false); 0042 auto ra = ui->ra->createDms(&raOk); 0043 auto dec = ui->dec->createDms(&decOk); 0044 auto* okButton = ui->buttonBox->button(QDialogButtonBox::Ok); 0045 Q_ASSERT(!!okButton); 0046 okButton->setEnabled(raOk && decOk); 0047 if (raOk && decOk) { 0048 m_object.setRA0(ra); 0049 m_object.setDec0(dec); 0050 } 0051 }; 0052 0053 connect(ui->ra, &dmsBox::textChanged, validateAndStoreCoordinates); 0054 connect(ui->dec, &dmsBox::textChanged, validateAndStoreCoordinates); 0055 0056 auto updateMag = [&]() 0057 { 0058 m_object.setMag( 0059 ui->magUnknown->isChecked() ? NaN::f : static_cast<float>(ui->mag->value())); 0060 }; 0061 connect(ui->mag, QOverload<double>::of(&QDoubleSpinBox::valueChanged), updateMag); 0062 connect(ui->magUnknown, &QCheckBox::stateChanged, updateMag); 0063 0064 connect(ui->maj, QOverload<double>::of(&QDoubleSpinBox::valueChanged), 0065 [&](const auto value) { m_object.setMaj(static_cast<float>(value)); }); 0066 0067 connect(ui->min, QOverload<double>::of(&QDoubleSpinBox::valueChanged), 0068 [&](const auto value) { m_object.setMin(static_cast<float>(value)); }); 0069 0070 connect(ui->flux, QOverload<double>::of(&QDoubleSpinBox::valueChanged), 0071 [&](const auto value) { m_object.setFlux(static_cast<float>(value)); }); 0072 0073 connect(ui->position_angle, QOverload<double>::of(&QDoubleSpinBox::valueChanged), 0074 [&](const auto value) { m_object.setPA(value); }); 0075 0076 connect(ui->guessFromTextButton, &QPushButton::clicked, [this]() { this->guess_form_contents_from_text(); }); 0077 } 0078 0079 AddCatalogObject::~AddCatalogObject() 0080 { 0081 delete ui; 0082 } 0083 0084 void AddCatalogObject::fill_form_from_object() 0085 { 0086 if (m_object.hasName()) // N.B. Avoid filling name fields with "unnamed" 0087 ui->name->setText(m_object.name()); 0088 if (m_object.hasLongName()) 0089 ui->long_name->setText(m_object.longname()); 0090 ui->catalog_identifier->setText(m_object.catalogIdentifier()); 0091 0092 for (int k = 0; k < SkyObject::NUMBER_OF_KNOWN_TYPES; ++k) 0093 { 0094 ui->type->addItem(SkyObject::typeName(k)); 0095 } 0096 ui->type->addItem(SkyObject::typeName(SkyObject::TYPE_UNKNOWN)); 0097 ui->type->setCurrentIndex((int)(m_object.type())); 0098 0099 dms ra0 = m_object.ra0(); 0100 dms dec0 = m_object.dec0(); // Make a copy to avoid overwriting by signal-slot connection 0101 ui->ra->show(ra0); 0102 ui->dec->show(dec0); 0103 if (std::isnan(m_object.mag())) 0104 { 0105 ui->magUnknown->setChecked(true); 0106 } 0107 else 0108 { 0109 ui->mag->setValue(m_object.mag()); 0110 ui->magUnknown->setChecked(false); 0111 } 0112 ui->flux->setValue(m_object.flux()); 0113 ui->position_angle->setValue(m_object.pa()); 0114 ui->maj->setValue(m_object.a()); 0115 ui->min->setValue(m_object.b()); 0116 refresh_flux(); 0117 } 0118 0119 void AddCatalogObject::refresh_flux() 0120 { 0121 ui->flux->setEnabled(m_object.type() == SkyObject::RADIO_SOURCE); 0122 0123 if (!ui->flux->isEnabled()) 0124 ui->flux->setValue(0); 0125 } 0126 0127 void AddCatalogObject::guess_form_contents_from_text() 0128 { 0129 bool accepted = false; 0130 QString text = QInputDialog::getMultiLineText( 0131 this, 0132 i18n("Guess object data from text"), 0133 i18n("Copy-paste a text blurb with data on the object, and KStars will try to guess the contents of the fields from the text. The result is just a guess, so please verify the coordinates and the other information."), 0134 QString(), 0135 &accepted); 0136 if (accepted && !text.isEmpty()) 0137 { 0138 guess_form_contents_from_text(text); 0139 } 0140 } 0141 0142 void AddCatalogObject::guess_form_contents_from_text(QString text) 0143 { 0144 // Parse text to fill in the entries in the form, using regexes to 0145 // guess the field values 0146 0147 // TODO: Guess type from catalog name if the type match failed 0148 0149 QRegularExpression matchJ2000Line("^(.*)(?:J2000|ICRS|FK5|\\(2000(?:\\.0)?\\))(.*)$"); 0150 matchJ2000Line.setPatternOptions(QRegularExpression::MultilineOption); 0151 QRegularExpression matchCoords("(?:^|[^-\\d])([-+]?\\d\\d?)(?:h ?|d ?|[^\\d]?° ?|:| )(\\d\\d)(?:m ?|\' ?|’ ?|′ " 0152 "?|:| )(\\d\\d(?:\\.\\d+)?)?(?:s|\"|\'\'|”|″)?\\b"); 0153 QRegularExpression matchCoords2("J?\\d{6,6}[-+]\\d{6,6}"); 0154 QRegularExpression findMag1( 0155 "(?:[mM]ag(?:nitudes?)?\\s*(?:\\([vV]\\))?|V(?=\\b))(?:\\s*=|:)?\\s*(-?\\d{1,2}(?:\\.\\d{1,3})?)"); 0156 QRegularExpression findMag2("\\b(-?\\d{1,2}\\.\\d{1,3})?\\s*(?:[mM]ag|V|B)\\b"); 0157 QRegularExpression findSize1("\\b(\\d{1,3}(?:\\.\\d{1,2})?)\\s*(°|\'|\"|\'\')?\\s*[xX×]\\s*(\\d{1,3}(?:\\.\\d{1,2})" 0158 "?)\\s*(°|\'|\"|\'\')?\\b"); 0159 QRegularExpression findSize2("\\b(?:[Ss]ize|[Dd]imensions?|[Dd]iameter)[: " 0160 "](?:\\([vV]\\))?\\s*(\\d{1,3}(?:\\.\\d{1,2})?)\\s*(°|\'|\"|\'\')?\\b"); 0161 QRegularExpression findMajorAxis("\\b[Mm]ajor\\s*[Aa]xis:?\\s*(\\d{1,3}(?:\\.\\d{1,2})?)\\s*(°|\'|\"|\'\')?\\b"); 0162 QRegularExpression findMinorAxis("\\b[Mm]inor\\s*[Aa]xis:?\\s*(\\d{1,3}(?:\\.\\d{1,2})?)\\s*(°|\'|\"|\'\')?\\b"); 0163 QRegularExpression findPA( 0164 "\\b(?:[Pp]osition *[Aa]ngle|PA|[pP]\\.[aA]\\.):?\\s*(\\d{1,3}(\\.\\d{1,2})?)(?:°|[Ddeg])?\\b"); 0165 QRegularExpression findName1( 0166 "\\b(?:(?:[nN]ames?|NAMES?)[: ]|[iI]dent(?:ifier)?:|[dD]esignation:)\\h*\"?([-+\'A-Za-z0-9 ]*)\"?\\b"); 0167 QStringList catalogNames; 0168 catalogNames << "NGC" 0169 << "IC" 0170 << "M" 0171 << "PGC" 0172 << "UGC" 0173 << "UGCA" 0174 << "MCG" 0175 << "ESO" 0176 << "SDSS" 0177 << "LEDA" 0178 << "IRAS" 0179 << "PNG" 0180 << "Abell" 0181 << "ACO" 0182 << "HCG" 0183 << "CGCG" 0184 << "[IV]+ ?Zw" 0185 << "Hickson" 0186 << "AGC" 0187 << "2MASS" 0188 << "RCS2" 0189 << "Terzan" 0190 << "PN [A-Z0-9]" 0191 << "VV" 0192 << "PK" 0193 << "GSC2" 0194 << "LBN" 0195 << "LDN" 0196 << "Caldwell" 0197 << "HIP" 0198 << "AM" 0199 << "vdB" 0200 << "Barnard" 0201 << "Shkh?" 0202 << "KTG" 0203 << "Palomar" 0204 << "KPG" 0205 << "CGPG" 0206 << "TYC" 0207 << "Arp" 0208 << "Minkowski" 0209 << "KUG" 0210 << "DDO" 0211 ; 0212 QList<QPair<QString, SkyObject::TYPE>> objectTypes; 0213 objectTypes.append({"[Op]pen ?[Cc]luster|OCL|\\*Cl|Cl\\*|OpC|Cl\\?|Open Cl\\.", SkyObject::OPEN_CLUSTER}); 0214 objectTypes.append({"Globular ?Cluster|GlC|GCl|Glob\\. Cl\\.|Globular|Gl\\?", SkyObject::GLOBULAR_CLUSTER}); 0215 objectTypes.append({"(?:[Gg]as(?:eous)?|Diff(?:\\.|use)?|Emission|Ref(?:\\.|lection)?) ?[Nn]eb(?:ula|\\.)?|Neb|RfN|HII|GNe", SkyObject::GASEOUS_NEBULA}); 0216 objectTypes.append({"PN|PNe|Pl\\.? ?[Nn]eb\\.?|(?:[Pp]re[- ]?)[Pp]lanetary|PPNe|PPN|pA\\*|post[- ]?AGB", SkyObject::PLANETARY_NEBULA}); 0217 objectTypes.append({"SNR|[Ss]upernova ?[Rr]em(?:\\.|nant)?|SNRem(?:\\.|nant)?", SkyObject::SUPERNOVA_REMNANT}); 0218 objectTypes.append({"Gxy?|HIIG|H2G|[bB]CG|SBG|AGN|EmG|LINER|LIRG|GiG|GinP", SkyObject::GALAXY}); 0219 objectTypes.append({"Ast\\.?|Asterism", SkyObject::ASTERISM}); 0220 objectTypes.append({"ClG|GrG|CGG|[Gg](?:ala)?xy ?(?:[Gg]roup|[Cc]luster|[Pp]air|[Tt]rio|[Tt]riple)|GClus|GGrp|GGroup|GClstr|GPair|GTrpl|GTrio", SkyObject::GALAXY_CLUSTER}); 0221 objectTypes.append({"ISM|DNeb?|[dD](?:k\\.?|ark) ?[Nn]eb(?:ula|\\.)?", SkyObject::DARK_NEBULA}); 0222 objectTypes.append({"QSO|[qQ]uasar", SkyObject::QUASAR}); 0223 objectTypes.append({"(?:[Dd]ouble|[Dd]bl\\.?|[Tt]riple|[Mm]ult(?:iple|\\.)? ?[Ss]tar)|\\*\\*|Mult\\.? ?\\*", SkyObject::MULT_STAR}); 0224 objectTypes.append({"[nN]ebula", SkyObject::GASEOUS_NEBULA}); // Catch all nebula 0225 objectTypes.append({"[gG]alaxy", SkyObject::GALAXY}); // Catch all galaxy 0226 0227 QRegularExpression findName2("\\b(" + catalogNames.join("|") + ")\\s+(J?[-+0-9\\.]+[A-Da-h]?)\\b"); 0228 QRegularExpression findName3("\\b([A-Za-z]+[0-9]?)\\s+(J?[-+0-9]+[A-Da-h]?)\\b"); 0229 0230 // FIXME: This code will clean up by a lot if std::optional<> can be used 0231 QString coordText; 0232 bool coordsFound = false, 0233 magFound = false, 0234 sizeFound = false, 0235 nameFound = false, 0236 positionAngleFound = false, 0237 catalogDetermined = false, 0238 typeFound = false; 0239 0240 dms RA, Dec; 0241 float mag = NaN::f; 0242 float majorAxis = NaN::f; 0243 float minorAxis = NaN::f; 0244 float positionAngle = 0; 0245 QString name; 0246 QString catalogName; 0247 QString catalogIdentifier; 0248 SkyObject::TYPE type = SkyObject::TYPE_UNKNOWN; 0249 0250 // Note: The following method is a proxy to support older versions of Qt. 0251 // In Qt 5.5 and above, the QString::indexOf(const QRegularExpression &re, int from, QRegularExpressionMatch *rmatch) method obviates the need for the following. 0252 auto indexOf = [](const QString & s, const QRegularExpression & regExp, int from, QRegularExpressionMatch * m) -> int 0253 { 0254 *m = regExp.match(s, from); 0255 return m->capturedStart(0); 0256 }; 0257 0258 auto countNonOverlappingMatches = [indexOf](const QString & string, const QRegularExpression & regExp, 0259 QStringList *list = nullptr) -> int 0260 { 0261 int count = 0; 0262 int matchIndex = -1; 0263 int lastMatchLength = 1; 0264 QRegularExpressionMatch rmatch; 0265 while ((matchIndex = indexOf(string, regExp, matchIndex + lastMatchLength, &rmatch)) >= 0) 0266 { 0267 ++count; 0268 lastMatchLength = rmatch.captured(0).length(); 0269 if (list) 0270 list->append(rmatch.captured(0)); 0271 } 0272 return count; 0273 }; 0274 0275 QRegularExpressionMatch rmatch; 0276 int nonOverlappingMatchCount; 0277 std::size_t coordTextIndex = 0; 0278 if ((nonOverlappingMatchCount = countNonOverlappingMatches(text, matchCoords)) == 2) 0279 { 0280 coordText = text; 0281 } 0282 else if (nonOverlappingMatchCount > 2) 0283 { 0284 qCDebug(KSTARS) << "Found more than 2 coordinate matches. Trying to match J2000 line."; 0285 if ((coordTextIndex = indexOf(text, matchJ2000Line, 0, &rmatch)) >= 0) 0286 { 0287 coordText = rmatch.captured(1) + rmatch.captured(2); 0288 qCDebug(KSTARS) << "Found a J2000 line match: " << coordText; 0289 } 0290 } 0291 0292 if (!coordText.isEmpty()) 0293 { 0294 int coord1 = indexOf(coordText, matchCoords, 0, &rmatch); 0295 if (coord1 >= 0) { 0296 std::size_t length1 = rmatch.captured(0).length(); 0297 RA = dms(rmatch.captured(1) + ' ' + rmatch.captured(2) + ' ' + rmatch.captured(3), false); 0298 int coord2 = indexOf(coordText, matchCoords, coord1 + length1, &rmatch); 0299 if (coord2 >= 0) { 0300 Dec = dms(rmatch.captured(1) + ' ' + rmatch.captured(2) + ' ' + rmatch.captured(3), true); 0301 qCDebug(KSTARS) << "Extracted coordinates: " << RA.toHMSString() << " " << Dec.toDMSString(); 0302 coordsFound = true; 0303 0304 // Remove the coordinates from the original string so subsequent tasks don't confuse it 0305 std::size_t length2 = rmatch.captured(0).length(); 0306 qCDebug(KSTARS) << "Eliminating text: " << text.midRef(coordTextIndex + coord1, length1) << " and " << text.midRef(coordTextIndex + coord2, length2); 0307 text.replace(coordTextIndex + coord1, length1, "\n"); 0308 text.replace(coordTextIndex + coord2 - length1 + 1, length2, "\n"); 0309 qCDebug(KSTARS) << "Text now: " << text; 0310 } 0311 } 0312 } 0313 else 0314 { 0315 if (text.contains(matchCoords2, &rmatch)) 0316 { 0317 QString matchString = rmatch.captured(0); 0318 QRegularExpression extractCoords2("(\\d\\d)(\\d\\d)(\\d\\d)([-+]\\d\\d)(\\d\\d)(\\d\\d)"); 0319 Q_ASSERT(matchString.contains(extractCoords2, &rmatch)); 0320 RA = dms(rmatch.captured(1) + ' ' + rmatch.captured(2) + ' ' + rmatch.captured(3), false); 0321 Dec = dms(rmatch.captured(4) + ' ' + rmatch.captured(5) + ' ' + rmatch.captured(6), true); 0322 coordsFound = true; 0323 0324 // Remove coordinates to avoid downstream confusion with it 0325 qCDebug(KSTARS) << "Eliminating text: " << text.midRef(rmatch.capturedStart(), rmatch.captured(0).length()); 0326 text.replace(rmatch.capturedStart(), rmatch.captured(0).length(), "\n"); 0327 qCDebug(KSTARS) << "Text now: " << text; 0328 } 0329 else 0330 { 0331 QStringList matches; 0332 qCDebug(KSTARS) << "Could not extract RA/Dec. Found " << countNonOverlappingMatches(text, matchCoords, &matches) 0333 << " coordinate matches:"; 0334 qCDebug(KSTARS) << matches; 0335 } 0336 } 0337 0338 // Type determination: Support full names of types, or SIMBAD/NED shorthands 0339 for (const auto& p : objectTypes) 0340 { 0341 QRegularExpression findType("\\b(?:" + p.first + ")\\b"); 0342 if (text.contains(findType, &rmatch)) { 0343 type = p.second; 0344 typeFound = true; 0345 qCDebug(KSTARS) << "Found Type: " << SkyObject::typeName(p.second); 0346 qCDebug(KSTARS) << "Eliminating text: " << text.midRef(rmatch.capturedStart(), rmatch.captured(0).length()); 0347 text.replace(rmatch.capturedStart(), rmatch.captured(0).length(), "\n"); // Remove to avoid downstream confusion 0348 qCDebug(KSTARS) << "Text now: " << text; 0349 break; 0350 } 0351 } 0352 if (!typeFound) { 0353 qCDebug(KSTARS) << "Type not found"; 0354 } 0355 0356 nameFound = true; 0357 catalogDetermined = true; // Transition to std::optional with C++17 0358 if (text.contains(findName1, &rmatch)) // Explicit name search 0359 { 0360 qCDebug(KSTARS) << "Found explicit name field: " << rmatch.captured(1) << " in text " << rmatch.captured(0); 0361 name = rmatch.captured(1); 0362 catalogDetermined = false; 0363 } 0364 else if (text.contains(findName2, &rmatch)) 0365 { 0366 catalogDetermined = true; 0367 catalogName = rmatch.captured(1); 0368 catalogIdentifier = rmatch.captured(2); 0369 name = catalogName + ' ' + catalogIdentifier; 0370 qCDebug(KSTARS) << "Found known catalog field: " << name 0371 << " in text " << rmatch.captured(0); 0372 } 0373 else if (text.contains(findName3, &rmatch)) 0374 { 0375 // N.B. This case is not strong enough to assume catalog name was found correctly 0376 name = rmatch.captured(1) + ' ' + rmatch.captured(2); 0377 qCDebug(KSTARS) << "Found something that looks like a catalog designation: " 0378 << name << " in text " << rmatch.captured(0); 0379 } 0380 else 0381 { 0382 qCDebug(KSTARS) << "Could not find name."; 0383 nameFound = false; 0384 catalogDetermined = false; 0385 } 0386 0387 magFound = true; 0388 if (text.contains(findMag1, &rmatch)) 0389 { 0390 qCDebug(KSTARS) << "Found magnitude: " << rmatch.captured(1) << " in text " << rmatch.captured(0); 0391 mag = rmatch.captured(1).toFloat(); 0392 } 0393 else if (text.contains(findMag2, &rmatch)) 0394 { 0395 qCDebug(KSTARS) << "Found magnitude: " << rmatch.captured(1) << " in text " << rmatch.captured(0); 0396 mag = rmatch.captured(1).toFloat(); 0397 } 0398 else 0399 { 0400 qCDebug(KSTARS) << "Could not find magnitude."; 0401 magFound = false; 0402 } 0403 0404 sizeFound = true; 0405 if (text.contains(findSize1, &rmatch)) 0406 { 0407 qCDebug(KSTARS) << "Found size: " << rmatch.captured(1) << " x " << rmatch.captured(3) << " with units " 0408 << rmatch.captured(4) << " in text " << rmatch.captured(0); 0409 majorAxis = rmatch.captured(1).toFloat(); 0410 QString unitText2; 0411 if (rmatch.captured(2).isEmpty()) 0412 { 0413 unitText2 = rmatch.captured(4); 0414 } 0415 else 0416 { 0417 unitText2 = rmatch.captured(2); 0418 } 0419 0420 if (unitText2.contains("°")) 0421 majorAxis *= 60; 0422 else if (unitText2.contains("\"") || unitText2.contains("\'\'")) 0423 majorAxis /= 60; 0424 0425 minorAxis = rmatch.captured(3).toFloat(); 0426 if (rmatch.captured(4).contains("°")) 0427 minorAxis *= 60; 0428 else if (rmatch.captured(4).contains("\"") || rmatch.captured(4).contains("\'\'")) 0429 minorAxis /= 60; 0430 qCDebug(KSTARS) << "Major axis = " << majorAxis << "; minor axis = " << minorAxis << " in arcmin"; 0431 } 0432 else if (text.contains(findSize2, &rmatch)) 0433 { 0434 majorAxis = rmatch.captured(1).toFloat(); 0435 if (rmatch.captured(2).contains("°")) 0436 majorAxis *= 60; 0437 else if (rmatch.captured(2).contains("\"") || rmatch.captured(2).contains("\'\'")) 0438 majorAxis /= 60; 0439 minorAxis = majorAxis; 0440 } 0441 else if (text.contains(findMajorAxis, &rmatch)) 0442 { 0443 majorAxis = rmatch.captured(1).toFloat(); 0444 if (rmatch.captured(2).contains("°")) 0445 majorAxis *= 60; 0446 else if (rmatch.captured(2).contains("\"") || rmatch.captured(2).contains("\'\'")) 0447 majorAxis /= 60; 0448 minorAxis = majorAxis; 0449 if (text.contains(findMinorAxis, &rmatch)) 0450 { 0451 minorAxis = rmatch.captured(1).toFloat(); 0452 if (rmatch.captured(2).contains("°")) 0453 minorAxis *= 60; 0454 else if (rmatch.captured(2).contains("\"") || rmatch.captured(2).contains("\'\'")) 0455 minorAxis /= 60; 0456 } 0457 } 0458 0459 else 0460 { 0461 qCDebug(KSTARS) 0462 << "Could not find size."; // FIXME: Improve to include separate major and minor axis matches, and size matches for round objects. 0463 sizeFound = false; 0464 } 0465 0466 positionAngleFound = true; 0467 if (text.contains(findPA, &rmatch)) 0468 { 0469 qCDebug(KSTARS) << "Found position angle: " << rmatch.captured(1) << " in text " << rmatch.captured(0); 0470 positionAngle = rmatch.captured(1).toFloat(); 0471 } 0472 else 0473 { 0474 qCDebug(KSTARS) << "Could not find position angle."; 0475 positionAngleFound = false; 0476 } 0477 0478 if (typeFound) 0479 ui->type->setCurrentIndex((int)type); 0480 if (nameFound) 0481 ui->name->setText(name); 0482 if (magFound) 0483 { 0484 ui->mag->setValue(mag); 0485 ui->magUnknown->setChecked(false); 0486 } else 0487 { 0488 ui->magUnknown->setChecked(true); 0489 } 0490 if (coordsFound) 0491 { 0492 ui->ra->show(RA); 0493 ui->dec->show(Dec); 0494 } 0495 if (positionAngleFound) 0496 ui->position_angle->setValue(positionAngle); 0497 if (sizeFound) 0498 { 0499 ui->maj->setValue(majorAxis); 0500 ui->min->setValue(minorAxis); 0501 } 0502 if (catalogDetermined) 0503 { 0504 ui->catalog_identifier->setText(catalogIdentifier); 0505 } 0506 refresh_flux(); 0507 }