def init_radio_buttons(self):
"""
Creates section with mode selection
"""
top_margin = 115
radio_label = QLabel('2. Select mode', self)
radio_label.setObjectName("headline")
radio_label.move(60, top_margin)
radiobutton = QRadioButton(
"csv (Images in selected folder are labeled and then csv file with assigned labels is generated.)",
self)
radiobutton.setChecked(True)
radiobutton.mode = "csv"
radiobutton.toggled.connect(self.mode_changed)
radiobutton.move(60, top_margin + 35)
radiobutton = QRadioButton(
"copy (Creates folder for each label. Labeled images are copied to these folders. Csv is also generated)",
self)
radiobutton.mode = "copy"
radiobutton.toggled.connect(self.mode_changed)
radiobutton.move(60, top_margin + 65)
radiobutton = QRadioButton(
"move (Creates folder for each label. Labeled images are moved to these folders. Csv is also generated)",
self)
radiobutton.mode = "move"
radiobutton.toggled.connect(self.mode_changed)
radiobutton.move(60, top_margin + 95)
def GroupBoxTwoLayout(self):
groupBoxTwo = QGroupBox()
middleHBox = QHBoxLayout()
# ------------ Part one (left side) of middle section - Mode radio buttons -------
self.middleLeftGroupBox.setTitle("Select Mode")
midLeftVBox = QVBoxLayout()
radioButton = QRadioButton("Normal (Default)")
radioButton.setToolTip("Play through the normal story")
radioButton.setChecked(True)
radioButton.mode = "normal"
radioButton.clicked.connect(
lambda: self.updateRadioSelection("normal"))
midLeftVBox.addWidget(radioButton)
radioButton = QRadioButton("Ancient Cave")
radioButton.setToolTip("Play though a long randomized dungeon")
radioButton.mode = "ancientcave"
radioButton.clicked.connect(
lambda: self.updateRadioSelection("ancientcave"))
midLeftVBox.addWidget(radioButton)
radioButton = QRadioButton("Speed Cave")
radioButton.setToolTip(
"Play through a medium-sized randomized dungeon")
radioButton.mode = "speedcave"
radioButton.clicked.connect(
lambda: self.updateRadioSelection("speedcave"))
midLeftVBox.addWidget(radioButton)
radioButton = QRadioButton("Race Cave")
radioButton.setToolTip("Play through a short randomized dungeon")
radioButton.mode = "racecave"
radioButton.clicked.connect(
lambda: self.updateRadioSelection("racecave"))
midLeftVBox.addWidget(radioButton)
radioButton = QRadioButton("Kefka@Narshe")
radioButton.setToolTip("Play the normal story up to Kefka at Narshe, "
"with extra wackiness. Intended for racing.")
radioButton.mode = "katn"
radioButton.clicked.connect(lambda: self.updateRadioSelection("katn"))
midLeftVBox.addWidget(radioButton)
radioButton = QRadioButton("Dragon Hunt")
radioButton.setToolTip(
"Kill all 8 dragons in the World of Ruin. Intended for racing.")
radioButton.mode = "dragonhunt"
radioButton.clicked.connect(
lambda: self.updateRadioSelection("dragonhunt"))
midLeftVBox.addWidget(radioButton)
self.middleLeftGroupBox.setLayout(midLeftVBox)
# ------------- Part one (left side) end ----------------------------------------------
# ------------- Part two (right side) of middle section - Flag tabs -----------------
middleRightGroupBox = QGroupBox("Flag Selection")
tabVBoxLayout = QVBoxLayout()
tabs = QTabWidget()
tabNames = [
"Simple", "Aesthetic", "Major", "Minor", "Experimental",
"Gamebreaking"
]
############## Only checkboxes, no inline description ###############
# # loop to add tab objects to 'tabs' TabWidget
#
# for tabObj, name in zip(self.tablist, tabNames):
# tabs.addTab(tabObj, name)
#
# for t, d in zip(self.tablist, self.dictionaries):
# flagGrid = QGridLayout()
# count = 0
# for flagname, flagdesc in d.items():
# cbox = FlagCheckBox(flagname, flagname)
# cbox.setCheckable(True)
# if flagdesc['checked']:
# cbox.isChecked = True
# cbox.setToolTip(flagdesc['explanation'])
# cbox.clicked.connect(lambda checked : self.flagButtonClicked())
# flagGrid.addWidget(cbox, count / 3, count % 3)
# count += 1
# t.setLayout(flagGrid)
############## Checkboxes and inline descriptions #####################
# loop to add tab objects to 'tabs' TabWidget
for t, d, names in zip(self.tablist, self.dictionaries, tabNames):
tabObj = QScrollArea()
tabs.addTab(tabObj, names)
tablayout = QVBoxLayout()
for flagname, flagdesc in d.items():
cbox = FlagCheckBox(
f"{flagname} - {flagdesc['explanation']}", flagname)
tablayout.addWidget(cbox)
#cbox.setCheckable(True)
#cbox.setToolTip(flagdesc['explanation'])
cbox.clicked.connect(lambda checked: self.flagButtonClicked())
t.setLayout(tablayout)
#tablayout.addStretch(1)
tabObj.setWidgetResizable(True)
tabObj.setWidget(t)
tabVBoxLayout.addWidget(tabs)
#----------- tabs done ----------------------------
# this is the line in the layout that displays the string of selected flags
# and the button to save those flags
widgetV = QWidget()
widgetVBoxLayout = QVBoxLayout()
widgetV.setLayout(widgetVBoxLayout)
widgetVBoxLayout.addWidget(QLabel("Text-string of selected flags:"))
self.flagString.setReadOnly(True)
self.flagString.setStyleSheet("background:lightgrey;")
widgetVBoxLayout.addWidget(self.flagString)
saveButton = QPushButton("Save flags selection")
saveButton.clicked.connect(lambda: self.saveSeed())
widgetVBoxLayout.addWidget(saveButton)
# This part makes a group box and adds the selected-flags display
# and a button to clear the UI
flagTextWidget = QGroupBox()
flagTextHBox = QHBoxLayout()
flagTextHBox.addWidget(widgetV)
clearUiButton = QPushButton("Reset")
clearUiButton.setStyleSheet("font-size:12px; height:60px")
clearUiButton.clicked.connect(lambda: self.clearUI())
flagTextHBox.addWidget(clearUiButton)
flagTextWidget.setLayout(flagTextHBox)
tabVBoxLayout.addWidget(flagTextWidget)
middleRightGroupBox.setLayout(tabVBoxLayout)
# ------------- Part two (right) end ---------------------------------------
# add widgets to HBoxLayout and assign to middle groupbox layout
middleHBox.addWidget(self.middleLeftGroupBox)
middleHBox.addWidget(middleRightGroupBox)
groupBoxTwo.setLayout(middleHBox)
return groupBoxTwo
def gatherControls(config, ui_mode="file"):
config_inputs = {
'anki_db_path': '',
'anki_db_field_indices': '',
'media_dir_path': '',
'file_or_dir': '',
'input_encoding': ''
}
ui_inputs = {
'file_to_scan':
'''<span><b>File to scan:</b><br>This is the input file which
will be scanned for new words. Note, it is possible to scan
a whole collection of files at once by changing the file_or_dir
property in the config to dir, and then putting the dir path here.</span>''',
'scan_mode':
'''<br><span><b>Mode:</b><br>Choose whether to produce a card for every new words, every new inidividual character, or only new words using new characters</span>''',
'output_path':
'''<br><span><b>Output path:</b><br>Where the resulting .apkg file should be placed
(including the filename.apkg)</span>''',
'tag_for_new_cards':
'''<br><span><b>Imported deck/tag name:</b><br>This string cannot contain
spaces. It will be applied to all new notes as a tag,
and will also be the name of the deck imported.</span>''',
'anki_tags_to_exclude':
'''<br><span><b>Tags to exclude:</b><br>
A comma separated list of tags, these will be excluded from
the de-duping process. That means the scanner will still
consider a word to be new, even if it contains a character
in one of your existing notes tagged with one of these tags</span>''',
'include_sound':
'''<br><span><b>Include sound files:</b><br>If this is true, the scanner will
download sound files of the word readings and include them as media in the generated notes.</span>'''
}
hidden_cfg = {}
for item in config_inputs:
if item == 'file_or_dir' and ui_mode == 'clipboard':
hidden_cfg[item] = 'clipboard'
else:
hidden_cfg[item] = config['textScanner'][item]['val']
new_words = "All new words"
new_chars = "Individual new characters"
new_char_words = "Only words using new chars"
def interpretRadioBtn(b, input):
input['mode'] = b.mode
controls = []
if ui_mode == 'dev':
label = QLabel()
label.setWordWrap(True)
label_text = '''<br><span><b>Query anki db:</b><br>You can run a sqlite query to probe the anki notes db</span>'''
label.setText(label_text)
query_input = QPlainTextEdit()
controls.append({
"key": "query_db",
"label": label,
"input": query_input
})
else:
for ipt in ui_inputs:
label = QLabel()
label.setWordWrap(True)
label.setText(ui_inputs[ipt])
tryConfig = config['textScanner'].get(ipt)
default = str(
tryConfig['val']) if tryConfig != None else "Uninitialized"
if ipt == 'scan_mode':
b1 = QRadioButton(new_char_words)
b1.mode = 'new_char_words'
b2 = QRadioButton(new_chars)
b2.mode = 'new_chars'
b3 = QRadioButton(new_words)
b3.mode = 'new_words'
if default == 'new_char_words':
b1.setChecked(True)
if default == 'new_chars':
b2.setChecked(True)
if default == 'new_words':
b3.setChecked(True)
radioLayout = QHBoxLayout()
btnGrp = QButtonGroup()
btnGrp.addButton(b1)
btnGrp.addButton(b2)
btnGrp.addButton(b3)
radioLayout.addWidget(b1)
radioLayout.addWidget(b2)
radioLayout.addWidget(b3)
scan_input = {
"mode": default,
"layout": radioLayout,
"btnGrp": btnGrp
}
b1.toggled.connect(lambda: interpretRadioBtn(b1, scan_input))
b2.toggled.connect(lambda: interpretRadioBtn(b2, scan_input))
b3.toggled.connect(lambda: interpretRadioBtn(b3, scan_input))
controls.append({
"key": ipt,
"label": label,
"input": scan_input
})
elif ipt == 'file_to_scan' and ui_mode == 'clipboard':
clipboard_input = QPlainTextEdit()
label.setText("<span><b>Input text:</b></span>")
controls.append({
"key": ipt,
"label": label,
"input": clipboard_input
})
elif ipt == 'include_sound':
sb1 = QRadioButton("True")
sb1.mode = 'true'
sb2 = QRadioButton("False")
sb2.mode = 'false'
if default == 'true':
sb1.setChecked(True)
else:
sb2.setChecked(True)
soundLayout = QHBoxLayout()
btnGrp = QButtonGroup()
btnGrp.addButton(sb1)
btnGrp.addButton(sb2)
soundLayout.addWidget(sb1)
soundLayout.addWidget(sb2)
sound_input = {
"mode": default,
"layout": soundLayout,
"btnGrp": btnGrp
}
sb1.toggled.connect(
lambda: interpretRadioBtn(sb1, sound_input))
sb2.toggled.connect(
lambda: interpretRadioBtn(sb2, sound_input))
controls.append({
"key": ipt,
"label": label,
"input": sound_input
})
else:
input = QLineEdit()
input.setText(default)
controls.append({"key": ipt, "label": label, "input": input})
return controls, hidden_cfg
