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How to use _cb method in ATX
Best Python code snippet using ATX
asprestrdialog.py
Source:asprestrdialog.py 
1#!/usr/bin/env python2# -*- coding: utf-8 -*-3"""4New/edit aspects restrictions.5"""6import sys7import os.path8from PyQt4.QtCore import *9from PyQt4.QtGui import *10from oroboros.core import cfg11from oroboros.core import db12from oroboros.core.aspectsrestrictions import AspectsRestrictions13from oroboros.gui import app14from oroboros.gui import names15__all__ = ['AspectsRestrictionsDialog']16_baseDir = os.path.dirname(os.path.abspath(__file__))17class AspectsRestrictionsDialog(QDialog):18 19 def __init__(self, parent=None, filt=None):20 QDialog.__init__(self, parent)21 self._parent = parent22 tr = self.tr23 if isinstance(filt, AspectsRestrictions):24 self._filt = filt25 title = unicode(tr('Edit Aspects Restrictions \xab %(filter)s \xbb')) % {26 'filter': filt._name}27 else:28 self._filt = AspectsRestrictions(cfg.dft_filter._asprestr._idx_)29 self._filt._idx_ = None # copy dft filter and set idx to None30 title = tr('New Aspects Restrictions')31 self.setWindowTitle(title)32 # size33 self.setMinimumWidth(350)34 self.setMinimumHeight(350)35 self.setSizeGripEnabled(True)36 # layout37 grid = QGridLayout(self)38 self.setLayout(grid)39 # filter name40 grid.addWidget(QLabel(tr('Filter name')), 0, 0)41 self.nameEdit = QLineEdit(self)42 grid.addWidget(self.nameEdit, 0, 1)43 # tab widget44 tabs = QTabWidget(self)45 grid.addWidget(tabs, 1, 0, 1, 2)46 self._cb = dict() ## holds the checkboxes47 48 # ### main planets ###49 mainWidget = QWidget()50 tabs.addTab(mainWidget, tr('Main', 'Main planets'))51 mainGrid = QGridLayout()52 mainWidget.setLayout(mainGrid)53 # sun54 self._cb['Sun'] = QCheckBox(names.planets['Sun'], self)55 mainGrid.addWidget(self._cb['Sun'], 0, 0)56 # moon57 self._cb['Moon'] = QCheckBox(names.planets['Moon'], self)58 mainGrid.addWidget(self._cb['Moon'], 0, 1)59 # mercury60 self._cb['Mercury'] = QCheckBox(names.planets['Mercury'], self)61 mainGrid.addWidget(self._cb['Mercury'], 0, 2)62 # venus63 self._cb['Venus'] = QCheckBox(names.planets['Venus'], self)64 mainGrid.addWidget(self._cb['Venus'], 0, 3)65 # mars66 self._cb['Mars'] = QCheckBox(names.planets['Mars'], self)67 mainGrid.addWidget(self._cb['Mars'], 0, 4)68 # jupiter69 self._cb['Jupiter'] = QCheckBox(names.planets['Jupiter'], self)70 mainGrid.addWidget(self._cb['Jupiter'], 1, 0)71 # saturn72 self._cb['Saturn'] = QCheckBox(names.planets['Saturn'], self)73 mainGrid.addWidget(self._cb['Saturn'], 1, 1)74 # uranus75 self._cb['Uranus'] = QCheckBox(names.planets['Uranus'], self)76 mainGrid.addWidget(self._cb['Uranus'], 1, 2)77 # neptune78 self._cb['Neptune'] = QCheckBox(names.planets['Neptune'], self)79 mainGrid.addWidget(self._cb['Neptune'], 1, 3)80 # pluto81 self._cb['Pluto'] = QCheckBox(names.planets['Pluto'], self)82 mainGrid.addWidget(self._cb['Pluto'], 1, 4)83 # earth84 self._cb['Earth'] = QCheckBox(names.planets['Earth'], self)85 mainGrid.addWidget(self._cb['Earth'], 2, 0)86 # chiron87 self._cb['Chiron'] = QCheckBox(names.planets['Chiron'], self)88 mainGrid.addWidget(self._cb['Chiron'], 2, 1)89 # pholus90 self._cb['Pholus'] = QCheckBox(names.planets['Pholus'], self)91 mainGrid.addWidget(self._cb['Pholus'], 2, 2)92 # ceres93 self._cb['Ceres'] = QCheckBox(names.planets['Ceres'], self)94 mainGrid.addWidget(self._cb['Ceres'], 2, 3)95 # pallas96 self._cb['Pallas'] = QCheckBox(names.planets['Pallas'], self)97 mainGrid.addWidget(self._cb['Pallas'], 2, 4)98 # juno99 self._cb['Juno'] = QCheckBox(names.planets['Juno'], self)100 mainGrid.addWidget(self._cb['Juno'], 3, 0)101 # vesta102 self._cb['Vesta'] = QCheckBox(names.planets['Vesta'], self)103 mainGrid.addWidget(self._cb['Vesta'], 3, 1)104 # rahu (mean)105 self._cb['Rahu (mean)'] = QCheckBox(names.planets['Rahu (mean)'], self)106 mainGrid.addWidget(self._cb['Rahu (mean)'], 3, 2)107 # rahu (true)108 self._cb['Rahu (true)'] = QCheckBox(names.planets['Rahu (true)'], self)109 mainGrid.addWidget(self._cb['Rahu (true)'], 3, 3)110 # ketu (mean)111 self._cb['Ketu (mean)'] = QCheckBox(names.planets['Ketu (mean)'], self)112 mainGrid.addWidget(self._cb['Ketu (mean)'], 3, 4)113 # ketu (true)114 self._cb['Ketu (true)'] = QCheckBox(names.planets['Ketu (true)'], self)115 mainGrid.addWidget(self._cb['Ketu (true)'], 4, 0)116 # lilith (mean)117 self._cb['Lilith (mean)'] = QCheckBox(names.planets['Lilith (mean)'], self)118 mainGrid.addWidget(self._cb['Lilith (mean)'], 4, 1)119 # lilith (true)120 self._cb['Lilith (true)'] = QCheckBox(names.planets['Lilith (true)'], self)121 mainGrid.addWidget(self._cb['Lilith (true)'], 4, 2)122 # priapus (mean)123 self._cb['Priapus (mean)'] = QCheckBox(names.planets['Priapus (mean)'], self)124 mainGrid.addWidget(self._cb['Priapus (mean)'], 4, 3)125 # priapus (true)126 self._cb['Priapus (true)'] = QCheckBox(names.planets['Priapus (true)'], self)127 mainGrid.addWidget(self._cb['Priapus (true)'], 4, 4)128 129 # ### uranians ###130 uranianWidget = QWidget()131 tabs.addTab(uranianWidget, tr('Uranians'))132 uranianGrid = QGridLayout()133 uranianWidget.setLayout(uranianGrid)134 # cupido135 self._cb['Cupido'] = QCheckBox(names.planets['Cupido'], self)136 uranianGrid.addWidget(self._cb['Cupido'], 0, 0)137 # hades138 self._cb['Hades'] = QCheckBox(names.planets['Hades'], self)139 uranianGrid.addWidget(self._cb['Hades'], 0, 1)140 # zeus141 self._cb['Zeus'] = QCheckBox(names.planets['Zeus'], self)142 uranianGrid.addWidget(self._cb['Zeus'], 0, 2)143 # kronos144 self._cb['Kronos'] = QCheckBox(names.planets['Kronos'], self)145 uranianGrid.addWidget(self._cb['Kronos'], 0, 3)146 # apollo147 self._cb['Apollon'] = QCheckBox(names.planets['Apollon'], self)148 uranianGrid.addWidget(self._cb['Apollon'], 1, 0)149 # admetos150 self._cb['Admetos'] = QCheckBox(names.planets['Admetos'], self)151 uranianGrid.addWidget(self._cb['Admetos'], 1, 1)152 # vulkanus153 self._cb['Vulkanus'] = QCheckBox(names.planets['Vulkanus'], self)154 uranianGrid.addWidget(self._cb['Vulkanus'], 1, 2)155 # poseidon156 self._cb['Poseidon'] = QCheckBox(names.planets['Poseidon'], self)157 uranianGrid.addWidget(self._cb['Poseidon'], 1, 3)158 159 # ### others fictitious ###160 othersWidget = QWidget()161 tabs.addTab(othersWidget, tr('Others'))162 othersGrid = QGridLayout()163 othersWidget.setLayout(othersGrid)164 # isis165 self._cb['Isis'] = QCheckBox(names.planets['Isis'], self)166 othersGrid.addWidget(self._cb['Isis'], 0, 0)167 # nibiru168 self._cb['Nibiru'] = QCheckBox(names.planets['Nibiru'], self)169 othersGrid.addWidget(self._cb['Nibiru'], 0, 1)170 # harrington171 self._cb['Harrington'] = QCheckBox(names.planets['Harrington'], self)172 othersGrid.addWidget(self._cb['Harrington'], 0, 2)173 # neptune (leverrier)174 self._cb['Neptune (Leverrier)'] = QCheckBox(names.planets['Neptune (Leverrier)'], self)175 othersGrid.addWidget(self._cb['Neptune (Leverrier)'], 0, 3)176 # neptune (adams)177 self._cb['Neptune (Adams)'] = QCheckBox(names.planets['Neptune (Adams)'], self)178 othersGrid.addWidget(self._cb['Neptune (Adams)'], 1, 0)179 # pluto (lowell)180 self._cb['Pluto (Lowell)'] = QCheckBox(names.planets['Pluto (Lowell)'], self)181 othersGrid.addWidget(self._cb['Pluto (Lowell)'], 1, 1)182 # pluto (pickering)183 self._cb['Pluto (Pickering)'] = QCheckBox(names.planets['Pluto (Pickering)'], self)184 othersGrid.addWidget(self._cb['Pluto (Pickering)'], 1, 2)185 # vulcan186 self._cb['Vulcan'] = QCheckBox(names.planets['Vulcan'], self)187 othersGrid.addWidget(self._cb['Vulcan'], 1, 3)188 # white moon189 self._cb['White Moon'] = QCheckBox(names.planets['White Moon'], self)190 othersGrid.addWidget(self._cb['White Moon'], 2, 0)191 # proserpina192 self._cb['Proserpina'] = QCheckBox(names.planets['Proserpina'], self)193 othersGrid.addWidget(self._cb['Proserpina'], 2, 1)194 # waldemath195 self._cb['Waldemath'] = QCheckBox(names.planets['Waldemath'], self)196 othersGrid.addWidget(self._cb['Waldemath'], 2, 2)197 # ### cusps ###198 cuspsWidget = QWidget()199 tabs.addTab(cuspsWidget, tr('Cusps'))200 cuspsGrid = QGridLayout()201 cuspsWidget.setLayout(cuspsGrid)202 # house cusps203 x = (0, 0, 0, 0, 1, 1, 1, 1, 2, 2, 2, 2)204 y = (0, 1, 2, 3, 0, 1, 2, 3, 0, 1, 2, 3)205 for i in range(12):206 self._cb['Cusp %.2d' % (i+1,)] = QCheckBox(207 names.houses['Cusp %.2d' % (i+1,)], self)208 cuspsGrid.addWidget(self._cb['Cusp %.2d' % (i+1,)], x[i], y[i])209 # asc210 self._cb['Asc'] = QCheckBox(names.planets['Asc'], self)211 cuspsGrid.addWidget(self._cb['Asc'], 3, 0)212 # mc213 self._cb['Mc'] = QCheckBox(names.planets['Mc'], self)214 cuspsGrid.addWidget(self._cb['Mc'], 3, 1)215 # dsc216 self._cb['Dsc'] = QCheckBox(names.planets['Dsc'], self)217 cuspsGrid.addWidget(self._cb['Dsc'], 3, 2)218 # ic219 self._cb['Ic'] = QCheckBox(names.planets['Ic'], self)220 cuspsGrid.addWidget(self._cb['Ic'], 3, 3)221 # armc222 self._cb['Armc'] = QCheckBox(names.planets['Armc'], self)223 cuspsGrid.addWidget(self._cb['Armc'], 4, 0)224 # vertex225 self._cb['Vertex'] = QCheckBox(names.planets['Vertex'], self)226 cuspsGrid.addWidget(self._cb['Vertex'], 4, 1)227 # equatorial asc228 self._cb['Equatorial Ascendant'] = QCheckBox(names.planets['Equatorial Ascendant'], self)229 cuspsGrid.addWidget(self._cb['Equatorial Ascendant'], 4, 2)230 # co-ascendant (koch)231 self._cb['Co-ascendant (Koch)'] = QCheckBox(names.planets['Co-ascendant (Koch)'], self)232 cuspsGrid.addWidget(self._cb['Co-ascendant (Koch)'], 4, 3)233 # co-ascendant (munkasey)234 self._cb['Co-ascendant (Munkasey)'] = QCheckBox(names.planets['Co-ascendant (Munkasey)'], self)235 cuspsGrid.addWidget(self._cb['Co-ascendant (Munkasey)'], 5, 0)236 # polar ascendant237 self._cb['Polar Ascendant (Munkasey)'] = QCheckBox(names.planets['Polar Ascendant (Munkasey)'], self)238 cuspsGrid.addWidget(self._cb['Polar Ascendant (Munkasey)'], 5, 1)239 240 # ### gauquelin ###241 gauquelinWidget = QWidget()242 tabs.addTab(gauquelinWidget, tr('Gauquelin'))243 gauquelinGrid = QGridLayout()244 gauquelinWidget.setLayout(gauquelinGrid)245 # sectors246 x = (0,0,0,0,0,0,1,1,1,1,1,1,2,2,2,2,2,2,3,3,3,3,3,3,4,4,4,4,4,4,5,5,5,5,5,5)247 y = (0,1,2,3,4,5,0,1,2,3,4,5,0,1,2,3,4,5,0,1,2,3,4,5,0,1,2,3,4,5,0,1,2,3,4,5)248 for i in range(36):249 self._cb['Sector %.2d' % (i+1,)] = QCheckBox(250 names.houses['Sector %.2d' % (i+1,)], self)251 gauquelinGrid.addWidget(self._cb['Sector %.2d' % (i+1,)], x[i], y[i])252 253 # ### parts ###254 partsWidget = QWidget()255 tabs.addTab(partsWidget, tr('Parts'))256 partsGrid = QGridLayout()257 partsWidget.setLayout(partsGrid)258 # part of fortune (rudhyar)259 self._cb['Part of Fortune (Rudhyar)'] = QCheckBox(names.planets['Part of Fortune (Rudhyar)'], self)260 partsGrid.addWidget(self._cb['Part of Fortune (Rudhyar)'], 0, 0)261 262 # ### fixed stars ###263 # get all stars264 sql = 'select name from Planets where family = 2 order by name;'265 res = db.execute(sql).fetchall()266 # stars tab267 starsScroll = QScrollArea(self)268 starsScroll.setWidgetResizable(True)269 starsWidget = QWidget()270 starsScroll.setWidget(starsWidget)271 tabs.addTab(starsScroll, tr('Stars'))272 starsGrid = QGridLayout()273 starsWidget.setLayout(starsGrid)274 y = 0275 for i, star in enumerate(res):276 s = str(star[0])277 self._cb[s] = QCheckBox(s, self)278 starsGrid.addWidget(self._cb[s], y, i % 6)279 if i % 6 == 5:280 y += 1281 282 # ### asteroids ###283 # get all asteroids284 sql = 'select name from Planets where family = 3 order by name;'285 res = db.execute(sql).fetchall()286 # asteroids tab287 asteroidsScroll = QScrollArea()288 asteroidsScroll.setWidgetResizable(True)289 asteroidsWidget = QWidget()290 asteroidsScroll.setWidget(asteroidsWidget)291 tabs.addTab(asteroidsScroll, tr('Asteroids'))292 asteroidsGrid = QGridLayout()293 asteroidsWidget.setLayout(asteroidsGrid)294 y = 0295 for i, ast in enumerate(res):296 s = str(ast[0])297 self._cb[s] = QCheckBox(s, self)298 asteroidsGrid.addWidget(self._cb[s], y, i % 6)299 if i % 6 == 5:300 y += 1301 302 # ### end planets ###303 304 # comment305 grid.addWidget(QLabel(tr('Comment')), 2, 0, Qt.AlignTop)306 self.commentEdit = QTextEdit('', self)307 grid.addWidget(self.commentEdit, 2, 1)308 # buttons309 buttonsLayout = QHBoxLayout()310 resetButton = QPushButton(tr('Reset'), self)311 self.connect(resetButton, SIGNAL('clicked()'), self.reset)312 buttonsLayout.addWidget(resetButton)313 cancelButton = QPushButton(tr('Cancel'), self)314 self.connect(cancelButton, SIGNAL('clicked()'), self.reject)315 buttonsLayout.addWidget(cancelButton)316 okButton = QPushButton(tr('Ok'), self)317 okButton.setDefault(True)318 self.connect(okButton, SIGNAL('clicked()'), self.accept)319 buttonsLayout.addWidget(okButton)320 grid.addLayout(buttonsLayout, 3, 0, 1, 2)321 # load entries322 self.reset()323 # resize324 self.resize(550, 300)325 326 def reset(self):327 """Reset entries."""328 # name329 self.nameEdit.setText(self._filt._name)330 # comment331 self.commentEdit.setPlainText(self._filt._comment)332 # values333 for pl, val in self._filt.items():334 self._cb[pl].setChecked(val)335 336 def accept(self):337 """Set filter new values and save."""338 tr = self.tr339 # name340 name = unicode(self.nameEdit.text())341 if name == '':342 QMessageBox.critical(self, tr('Missing Name'),343 tr('Please set filter name.'))344 self.nameEdit.setFocus()345 return346 # comment347 cmt = unicode(self.commentEdit.toPlainText())348 # set values349 self._filt.set(name=name, comment=cmt)350 for pl, cb in self._cb.items():351 self._filt[pl] = cb.isChecked()352 # save353 try:354 self._filt.save()355 except ValueError: # duplicate filter356 QMessageBox.critical(self, tr('Error'),357 unicode(tr('Duplicate filter name \xab %(filter)s \xbb.')) % {358 'filter': self._filt._name})359 self.nameEdit.setFocus()360 return361 # reload cfg in case filter is default,362 # and opened charts if using this filter363 if __name__ != '__main__':364 app.aspectsRestrictionsUpdatedEvent(self._filt._idx_)365 # done366 self.done(QDialog.Accepted)367def main():368 app = QApplication(sys.argv)369 main = AspectsRestrictionsDialog()370 main.show()371 sys.exit(app.exec_())372if __name__ == '__main__':373 main()...
plntfilterdialog.py
Source:plntfilterdialog.py
1#!/usr/bin/env python2# -*- coding: utf-8 -*-3"""4New/edit planets filters.5"""6import sys7import os.path8from PyQt4.QtCore import *9from PyQt4.QtGui import *10from oroboros.core import cfg11from oroboros.core import db12from oroboros.core.planetsfilters import PlanetsFilter13from oroboros.gui import app14from oroboros.gui import names15__all__ = ['PlanetsFilterDialog']16_baseDir = os.path.dirname(os.path.abspath(__file__))17class PlanetsFilterDialog(QDialog):18 19 def __init__(self, parent=None, filt=None):20 QDialog.__init__(self, parent)21 self._parent = parent22 tr = self.tr23 if isinstance(filt, PlanetsFilter):24 self._filt = filt25 title = unicode(tr('Edit Planets Filter \xab %(filter)s \xbb')) % {26 'filter': filt._name}27 else:28 self._filt = PlanetsFilter(cfg.dft_filter._planets._idx_)29 self._filt._idx_ = None # copy dft filter and set idx to None30 title = tr('New Planets Filter')31 self.setWindowTitle(title)32 # size33 self.setMinimumWidth(350)34 self.setMinimumHeight(350)35 self.setSizeGripEnabled(True)36 # layout37 grid = QGridLayout(self)38 self.setLayout(grid)39 # filter name40 grid.addWidget(QLabel(tr('Filter name')), 0, 0)41 self.nameEdit = QLineEdit(self)42 grid.addWidget(self.nameEdit, 0, 1)43 # tab widget44 tabs = QTabWidget(self)45 grid.addWidget(tabs, 1, 0, 1, 2)46 self._cb = dict() ## holds the checkboxes47 48 # ### main planets ###49 mainWidget = QWidget()50 tabs.addTab(mainWidget, tr('Main', 'Main planets'))51 mainGrid = QGridLayout()52 mainWidget.setLayout(mainGrid)53 # sun54 self._cb['Sun'] = QCheckBox(names.planets['Sun'], self)55 mainGrid.addWidget(self._cb['Sun'], 0, 0)56 # moon57 self._cb['Moon'] = QCheckBox(names.planets['Moon'], self)58 mainGrid.addWidget(self._cb['Moon'], 0, 1)59 # mercury60 self._cb['Mercury'] = QCheckBox(names.planets['Mercury'], self)61 mainGrid.addWidget(self._cb['Mercury'], 0, 2)62 # venus63 self._cb['Venus'] = QCheckBox(names.planets['Venus'], self)64 mainGrid.addWidget(self._cb['Venus'], 0, 3)65 # mars66 self._cb['Mars'] = QCheckBox(names.planets['Mars'], self)67 mainGrid.addWidget(self._cb['Mars'], 0, 4)68 # jupiter69 self._cb['Jupiter'] = QCheckBox(names.planets['Jupiter'], self)70 mainGrid.addWidget(self._cb['Jupiter'], 1, 0)71 # saturn72 self._cb['Saturn'] = QCheckBox(names.planets['Saturn'], self)73 mainGrid.addWidget(self._cb['Saturn'], 1, 1)74 # uranus75 self._cb['Uranus'] = QCheckBox(names.planets['Uranus'], self)76 mainGrid.addWidget(self._cb['Uranus'], 1, 2)77 # neptune78 self._cb['Neptune'] = QCheckBox(names.planets['Neptune'], self)79 mainGrid.addWidget(self._cb['Neptune'], 1, 3)80 # pluto81 self._cb['Pluto'] = QCheckBox(names.planets['Pluto'], self)82 mainGrid.addWidget(self._cb['Pluto'], 1, 4)83 # earth84 self._cb['Earth'] = QCheckBox(names.planets['Earth'], self)85 mainGrid.addWidget(self._cb['Earth'], 2, 0)86 # chiron87 self._cb['Chiron'] = QCheckBox(names.planets['Chiron'], self)88 mainGrid.addWidget(self._cb['Chiron'], 2, 1)89 # pholus90 self._cb['Pholus'] = QCheckBox(names.planets['Pholus'], self)91 mainGrid.addWidget(self._cb['Pholus'], 2, 2)92 # ceres93 self._cb['Ceres'] = QCheckBox(names.planets['Ceres'], self)94 mainGrid.addWidget(self._cb['Ceres'], 2, 3)95 # pallas96 self._cb['Pallas'] = QCheckBox(names.planets['Pallas'], self)97 mainGrid.addWidget(self._cb['Pallas'], 2, 4)98 # juno99 self._cb['Juno'] = QCheckBox(names.planets['Juno'], self)100 mainGrid.addWidget(self._cb['Juno'], 3, 0)101 # vesta102 self._cb['Vesta'] = QCheckBox(names.planets['Vesta'], self)103 mainGrid.addWidget(self._cb['Vesta'], 3, 1)104 # rahu (mean)105 self._cb['Rahu (mean)'] = QCheckBox(names.planets['Rahu (mean)'], self)106 mainGrid.addWidget(self._cb['Rahu (mean)'], 3, 2)107 # rahu (true)108 self._cb['Rahu (true)'] = QCheckBox(names.planets['Rahu (true)'], self)109 mainGrid.addWidget(self._cb['Rahu (true)'], 3, 3)110 # ketu (mean)111 self._cb['Ketu (mean)'] = QCheckBox(names.planets['Ketu (mean)'], self)112 mainGrid.addWidget(self._cb['Ketu (mean)'], 3, 4)113 # ketu (true)114 self._cb['Ketu (true)'] = QCheckBox(names.planets['Ketu (true)'], self)115 mainGrid.addWidget(self._cb['Ketu (true)'], 4, 0)116 # lilith (mean)117 self._cb['Lilith (mean)'] = QCheckBox(names.planets['Lilith (mean)'], self)118 mainGrid.addWidget(self._cb['Lilith (mean)'], 4, 1)119 # lilith (true)120 self._cb['Lilith (true)'] = QCheckBox(names.planets['Lilith (true)'], self)121 mainGrid.addWidget(self._cb['Lilith (true)'], 4, 2)122 # priapus (mean)123 self._cb['Priapus (mean)'] = QCheckBox(names.planets['Priapus (mean)'], self)124 mainGrid.addWidget(self._cb['Priapus (mean)'], 4, 3)125 # priapus (true)126 self._cb['Priapus (true)'] = QCheckBox(names.planets['Priapus (true)'], self)127 mainGrid.addWidget(self._cb['Priapus (true)'], 4, 4)128 129 # ### uranians ###130 uranianWidget = QWidget()131 tabs.addTab(uranianWidget, tr('Uranians'))132 uranianGrid = QGridLayout()133 uranianWidget.setLayout(uranianGrid)134 # cupido135 self._cb['Cupido'] = QCheckBox(names.planets['Cupido'], self)136 uranianGrid.addWidget(self._cb['Cupido'], 0, 0)137 # hades138 self._cb['Hades'] = QCheckBox(names.planets['Hades'], self)139 uranianGrid.addWidget(self._cb['Hades'], 0, 1)140 # zeus141 self._cb['Zeus'] = QCheckBox(names.planets['Zeus'], self)142 uranianGrid.addWidget(self._cb['Zeus'], 0, 2)143 # kronos144 self._cb['Kronos'] = QCheckBox(names.planets['Kronos'], self)145 uranianGrid.addWidget(self._cb['Kronos'], 0, 3)146 # apollo147 self._cb['Apollon'] = QCheckBox(names.planets['Apollon'], self)148 uranianGrid.addWidget(self._cb['Apollon'], 1, 0)149 # admetos150 self._cb['Admetos'] = QCheckBox(names.planets['Admetos'], self)151 uranianGrid.addWidget(self._cb['Admetos'], 1, 1)152 # vulkanus153 self._cb['Vulkanus'] = QCheckBox(names.planets['Vulkanus'], self)154 uranianGrid.addWidget(self._cb['Vulkanus'], 1, 2)155 # poseidon156 self._cb['Poseidon'] = QCheckBox(names.planets['Poseidon'], self)157 uranianGrid.addWidget(self._cb['Poseidon'], 1, 3)158 159 # ### others fictitious ###160 othersWidget = QWidget()161 tabs.addTab(othersWidget, tr('Others'))162 othersGrid = QGridLayout()163 othersWidget.setLayout(othersGrid)164 # isis165 self._cb['Isis'] = QCheckBox(names.planets['Isis'], self)166 othersGrid.addWidget(self._cb['Isis'], 0, 0)167 # nibiru168 self._cb['Nibiru'] = QCheckBox(names.planets['Nibiru'], self)169 othersGrid.addWidget(self._cb['Nibiru'], 0, 1)170 # harrington171 self._cb['Harrington'] = QCheckBox(names.planets['Harrington'], self)172 othersGrid.addWidget(self._cb['Harrington'], 0, 2)173 # neptune (leverrier)174 self._cb['Neptune (Leverrier)'] = QCheckBox(names.planets['Neptune (Leverrier)'], self)175 othersGrid.addWidget(self._cb['Neptune (Leverrier)'], 0, 3)176 # neptune (adams)177 self._cb['Neptune (Adams)'] = QCheckBox(names.planets['Neptune (Adams)'], self)178 othersGrid.addWidget(self._cb['Neptune (Adams)'], 1, 0)179 # pluto (lowell)180 self._cb['Pluto (Lowell)'] = QCheckBox(names.planets['Pluto (Lowell)'], self)181 othersGrid.addWidget(self._cb['Pluto (Lowell)'], 1, 1)182 # pluto (pickering)183 self._cb['Pluto (Pickering)'] = QCheckBox(names.planets['Pluto (Pickering)'], self)184 othersGrid.addWidget(self._cb['Pluto (Pickering)'], 1, 2)185 # vulcan186 self._cb['Vulcan'] = QCheckBox(names.planets['Vulcan'], self)187 othersGrid.addWidget(self._cb['Vulcan'], 1, 3)188 # white moon189 self._cb['White Moon'] = QCheckBox(names.planets['White Moon'], self)190 othersGrid.addWidget(self._cb['White Moon'], 2, 0)191 # proserpina192 self._cb['Proserpina'] = QCheckBox(names.planets['Proserpina'], self)193 othersGrid.addWidget(self._cb['Proserpina'], 2, 1)194 # waldemath195 self._cb['Waldemath'] = QCheckBox(names.planets['Waldemath'], self)196 othersGrid.addWidget(self._cb['Waldemath'], 2, 2)197 198 # ### cusps ###199 cuspsWidget = QWidget()200 tabs.addTab(cuspsWidget, tr('Cusps'))201 cuspsGrid = QGridLayout()202 cuspsWidget.setLayout(cuspsGrid)203 # house cusps204 x = (0, 0, 0, 0, 1, 1, 1, 1, 2, 2, 2, 2)205 y = (0, 1, 2, 3, 0, 1, 2, 3, 0, 1, 2, 3)206 for i in range(12):207 self._cb['Cusp %.2d' % (i+1,)] = QCheckBox(208 names.houses['Cusp %.2d' % (i+1,)], self)209 cuspsGrid.addWidget(self._cb['Cusp %.2d' % (i+1,)], x[i], y[i])210 # asc211 self._cb['Asc'] = QCheckBox(names.planets['Asc'], self)212 cuspsGrid.addWidget(self._cb['Asc'], 3, 0)213 # mc214 self._cb['Mc'] = QCheckBox(names.planets['Mc'], self)215 cuspsGrid.addWidget(self._cb['Mc'], 3, 1)216 # dsc217 self._cb['Dsc'] = QCheckBox(names.planets['Dsc'], self)218 cuspsGrid.addWidget(self._cb['Dsc'], 3, 2)219 # ic220 self._cb['Ic'] = QCheckBox(names.planets['Ic'], self)221 cuspsGrid.addWidget(self._cb['Ic'], 3, 3)222 # armc223 self._cb['Armc'] = QCheckBox(names.planets['Armc'], self)224 cuspsGrid.addWidget(self._cb['Armc'], 4, 0)225 # vertex226 self._cb['Vertex'] = QCheckBox(names.planets['Vertex'], self)227 cuspsGrid.addWidget(self._cb['Vertex'], 4, 1)228 # equatorial asc229 self._cb['Equatorial Ascendant'] = QCheckBox(names.planets['Equatorial Ascendant'], self)230 cuspsGrid.addWidget(self._cb['Equatorial Ascendant'], 4, 2)231 # co-ascendant (koch)232 self._cb['Co-ascendant (Koch)'] = QCheckBox(names.planets['Co-ascendant (Koch)'], self)233 cuspsGrid.addWidget(self._cb['Co-ascendant (Koch)'], 4, 3)234 # co-ascendant (munkasey)235 self._cb['Co-ascendant (Munkasey)'] = QCheckBox(names.planets['Co-ascendant (Munkasey)'], self)236 cuspsGrid.addWidget(self._cb['Co-ascendant (Munkasey)'], 5, 0)237 # polar ascendant238 self._cb['Polar Ascendant (Munkasey)'] = QCheckBox(names.planets['Polar Ascendant (Munkasey)'], self)239 cuspsGrid.addWidget(self._cb['Polar Ascendant (Munkasey)'], 5, 1)240 241 # ### gauquelin ###242 gauquelinWidget = QWidget()243 tabs.addTab(gauquelinWidget, tr('Gauquelin'))244 gauquelinGrid = QGridLayout()245 gauquelinWidget.setLayout(gauquelinGrid)246 # sectors247 x = (0,0,0,0,0,0,1,1,1,1,1,1,2,2,2,2,2,2,3,3,3,3,3,3,4,4,4,4,4,4,5,5,5,5,5,5)248 y = (0,1,2,3,4,5,0,1,2,3,4,5,0,1,2,3,4,5,0,1,2,3,4,5,0,1,2,3,4,5,0,1,2,3,4,5)249 for i in range(36):250 self._cb['Sector %.2d' % (i+1,)] = QCheckBox(251 names.houses['Sector %.2d' % (i+1,)], self)252 gauquelinGrid.addWidget(self._cb['Sector %.2d' % (i+1,)], x[i], y[i])253 254 # ### parts ###255 partsWidget = QWidget()256 tabs.addTab(partsWidget, tr('Parts'))257 partsGrid = QGridLayout()258 partsWidget.setLayout(partsGrid)259 # part of fortune (rudhyar)260 self._cb['Part of Fortune (Rudhyar)'] = QCheckBox(261 names.planets['Part of Fortune (Rudhyar)'], self)262 partsGrid.addWidget(self._cb['Part of Fortune (Rudhyar)'], 0, 0)263 264 # ### fixed stars ###265 # get all stars266 sql = 'select name from Planets where family = 2 order by name;'267 res = db.execute(sql).fetchall()268 # stars tab269 starsScroll = QScrollArea()270 starsScroll.setWidgetResizable(True)271 starsWidget = QWidget()272 starsScroll.setWidget(starsWidget)273 tabs.addTab(starsScroll, tr('Stars'))274 starsGrid = QGridLayout()275 starsWidget.setLayout(starsGrid)276 y = 0277 for i, star in enumerate(res):278 s = str(star[0])279 self._cb[s] = QCheckBox(s, self)280 starsGrid.addWidget(self._cb[s], y, i % 6)281 if i % 6 == 5:282 y += 1283 284 # ### asteroids ###285 # get all asteroids286 sql = 'select name from Planets where family = 3 order by name;'287 res = db.execute(sql).fetchall()288 # asteroids tab289 asteroidsScroll = QScrollArea()290 asteroidsScroll.setWidgetResizable(True)291 asteroidsWidget = QWidget()292 asteroidsScroll.setWidget(asteroidsWidget)293 tabs.addTab(asteroidsScroll, tr('Asteroids'))294 asteroidsGrid = QGridLayout()295 asteroidsWidget.setLayout(asteroidsGrid)296 y = 0297 for i, ast in enumerate(res):298 s = str(ast[0])299 self._cb[s] = QCheckBox(s, self)300 asteroidsGrid.addWidget(self._cb[s], y, i % 6)301 if i % 6 == 5:302 y += 1303 304 # ### end planets ###305 306 # comment307 grid.addWidget(QLabel(tr('Comment')), 2, 0, Qt.AlignTop)308 self.commentEdit = QTextEdit('', self)309 grid.addWidget(self.commentEdit, 2, 1)310 # buttons311 buttonsLayout = QHBoxLayout()312 resetButton = QPushButton(tr('Reset'), self)313 self.connect(resetButton, SIGNAL('clicked()'), self.reset)314 buttonsLayout.addWidget(resetButton)315 cancelButton = QPushButton(tr('Cancel'), self)316 self.connect(cancelButton, SIGNAL('clicked()'), self.reject)317 buttonsLayout.addWidget(cancelButton)318 okButton = QPushButton(tr('Ok'), self)319 okButton.setDefault(True)320 self.connect(okButton, SIGNAL('clicked()'), self.accept)321 buttonsLayout.addWidget(okButton)322 grid.addLayout(buttonsLayout, 3, 0, 1, 2)323 # load entries324 self.reset()325 # resize326 self.resize(550, 300)327 328 def reset(self):329 """Reset entries."""330 # name331 self.nameEdit.setText(self._filt._name)332 # comment333 self.commentEdit.setPlainText(self._filt._comment)334 # values335 for pl, val in self._filt.items():336 self._cb[pl].setChecked(val)337 338 def accept(self):339 """Set filter new values and save."""340 tr = self.tr341 # name342 name = unicode(self.nameEdit.text())343 if name == '':344 QMessageBox.critical(self, tr('Missing Name'),345 tr('Please set filter name.'))346 self.nameEdit.setFocus()347 return348 # comment349 cmt = unicode(self.commentEdit.toPlainText())350 # set values351 self._filt.set(name=name, comment=cmt)352 for pl, cb in self._cb.items():353 self._filt[pl] = cb.isChecked()354 # save355 try:356 self._filt.save()357 except ValueError: # duplicate filter358 QMessageBox.critical(self, tr('Error'),359 unicode(tr('Duplicate filter name \xab %(filter)s \xbb.')) % {360 'filter': self._filt._name})361 self.nameEdit.setFocus()362 return363 # reload cfg in case filter is default,364 # and opened charts if using this filter365 if __name__ != '__main__':366 app.planetsFilterUpdatedEvent(self._filt._idx_)367 # done368 self.done(QDialog.Accepted)369def main():370 app = QApplication(sys.argv)371 main = PlanetsFilterDialog()372 main.show()373 sys.exit(app.exec_())374if __name__ == '__main__':375 main()...
callbacksTrace.py
Source:callbacksTrace.py
2# import callbacksTrace3# This will make them all print something to stdout so you can see4# when they are called.5import nuke6def _cb(name):7 nuke.tprint(name + " " + nuke.thisNode().name())8def _cbk(name):9 nuke.tprint(name + " " + nuke.thisNode().name() + "." + nuke.thisKnob().name())10nuke.addOnUserCreate(_cb, ("onUserCreate"))11nuke.addOnCreate(_cb, ("onCreate"))12nuke.addOnScriptLoad(_cb, ("onScriptLoad"))13nuke.addOnScriptSave(_cb, ("onScriptSave"))14nuke.addOnScriptClose(_cb, ("onScriptClose"))15nuke.addOnDestroy(_cb, ("onDestroy"))16nuke.addKnobChanged(_cbk, ("knobChanged"))17nuke.addUpdateUI(_cb, ("updateUI"))18nuke.addAutolabel(_cb, ("autolabel"))19nuke.addBeforeRender(_cb, ("beforeRender"))20nuke.addBeforeFrameRender(_cb, ("beforeFrameRender"))...
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