def addScaleBarWidget(self, parent):
config = createForm("plot_scale.ui", parent)
config_params = createForm("plot_scale_config.ui", None)
self._scale_config = config
self._scale_config_param = config_params
config.configuration.clicked.connect(self._showConfig)
config.scaleBar.toggled.connect(self.set_scale_show)
config_params.selectTextColor.clicked.connect(self._changeScaleTextColor)
config_params.selectLineColor.clicked.connect(self._changeScaleLineColor)
config_params.selectPosition.highlighted['QString'].connect(self.set_scale_position)
config_params.selectFont.clicked.connect(self._changeFont)
config_params.lineThickness.valueChanged[int].connect(self._changeScaleLineThickness)
config_params.outsideImage.toggled.connect(self._set_scaleBarOutsideImage)
config.scaleBar.setChecked(self.scale_show)
scaled_font = QFont(self.scale_font)
scaled_font.setPointSizeF(config_params.selectFont.font().pointSizeF())
config_params.selectFont.setFont(scaled_font)
setColor(config_params.textColor, self.scale_text)
setColor(config_params.lineColor, self.scale_line)
config_params.outsideImage.setChecked(self.scale_bar_outside_image)
for i in range(config_params.selectPosition.count()):
txt = config_params.selectPosition.itemText(i)
if txt == self.scale_position:
config_params.selectPosition.setCurrentIndex(i)
break
else:
self.scale_position = config_params.selectPosition.itemText(0)
config_params.selectPosition.setCurrentIndex(0)
parent.layout().addWidget(config)
def show(cursor, pos=None, num_lines=6):
"""Displays a tooltip showing part of the cursor's Document.
If the cursor has a selection, those blocks are displayed.
Otherwise, num_lines lines are displayed.
If pos is not given, the global mouse position is used.
"""
block = cursor.document().findBlock(cursor.selectionStart())
c2 = QTextCursor(block)
if cursor.hasSelection():
c2.setPosition(cursor.selectionEnd(), QTextCursor.KeepAnchor)
c2.movePosition(QTextCursor.EndOfBlock, QTextCursor.KeepAnchor)
else:
c2.movePosition(QTextCursor.NextBlock, QTextCursor.KeepAnchor, num_lines)
data = textformats.formatData('editor')
doc = QTextDocument()
font = QFont(data.font)
font.setPointSizeF(font.pointSizeF() * .8)
doc.setDefaultFont(font)
doc.setPlainText(c2.selection().toPlainText())
if metainfo.info(cursor.document()).highlighting:
highlighter.highlight(doc, state=tokeniter.state(block))
size = doc.size().toSize() + QSize(8, -4)
pix = QPixmap(size)
pix.fill(data.baseColors['background'])
doc.drawContents(QPainter(pix))
label = QLabel()
label.setPixmap(pix)
label.setStyleSheet("QLabel { border: 1px solid #777; }")
label.resize(size)
widgets.customtooltip.show(label, pos)
def getFontFromCmnd(self, fontinfo):
'''
Returns a QFont based on the information in the dictionary
fontinfo.
Recognized keys in the font dictionary are:
"family": font family name (string)
"size": text size in points (1/72 inches)
"italic": italicize? (False/True)
"bold": make bold? (False/True)
"underline": underline? (False/True)
'''
try:
myfont = QFont(fontinfo["family"])
except KeyError:
myfont = self.__viewer.font()
try:
myfont.setPointSizeF(fontinfo["size"])
except KeyError:
pass
try:
myfont.setItalic(fontinfo["italic"])
except KeyError:
pass
try:
myfont.setBold(fontinfo["bold"])
except KeyError:
pass
try:
myfont.setUnderline(fontinfo["underline"])
except KeyError:
pass
return myfont
def _addLabel(self, v, cnt):
label = QLabel(v.name + ':')
f = QFont(label.font().family())
f.setPointSizeF(11)
label.setFont(f)
label.setMinimumWidth(80)
label.setAlignment(Qt.AlignRight)
self.layout.addWidget(label, cnt, 0)
def _changeFont(self):
fnt, ok = QFontDialog.getFont(self.scale_font, self._scale_config_param, "Font for the color scale bar")
if ok:
self.scale_font = fnt
normal_size = self._scale_config_param.selectFont.font().pointSizeF()
scaled_font = QFont(fnt)
scaled_font.setPointSizeF(normal_size)
self._scale_config_param.selectFont.setFont(scaled_font)
def _addLabel(self, v, cnt):
label = QLabel(v.name + ':')
f = QFont(label.font().family())
f.setPointSizeF(11)
label.setFont(f)
label.setMinimumWidth(80)
label.setAlignment(Qt.AlignRight)
self.layout.addWidget(label, cnt, 0)
def test_partials_labels_disabled(self):
# Set Big font size
font = QFont(self._TestFont)
font.setPointSizeF(84)
self.lyr.textFont = font
# Disable partials labels
self._Pal.setShowingPartialsLabels(False)
self._Pal.saveEngineSettings()
self.checkTest()
def test_partials_labels_disabled(self):
# Set Big font size
font = QFont(self._TestFont)
font.setPointSizeF(84)
self.lyr.textFont = font
# Disable partials labels
self._Pal.setShowingPartialsLabels(False)
self._Pal.saveEngineSettings()
self.checkTest()
def test_text_size_map_unit(self):
# Label text size in map units
self.lyr.fontSizeInMapUnits = True
font = QFont(self._TestFont)
font.setPointSizeF(460)
self.lyr.textFont = font
self._Mismatches['TestCanvasPoint'] = 776
self._ColorTols['TestComposerPdfPoint'] = 2
self.checkTest()
def test_text_size_map_unit(self):
# Label text size in map units
self.lyr.fontSizeInMapUnits = True
font = QFont(self._TestFont)
font.setPointSizeF(460)
self.lyr.textFont = font
self._Mismatches['TestCanvasPoint'] = 776
self._ColorTols['TestComposerPdfPoint'] = 2
self.checkTest()
def loadSettings(self):
s = QSettings()
s.beginGroup("log")
font = QFont(s.value("fontfamily", "monospace"))
font.setPointSizeF(float(s.value("fontsize", 9.0)))
with qutil.signalsBlocked(self.fontChooser, self.fontSize):
self.fontChooser.setCurrentFont(font)
self.fontSize.setValue(font.pointSizeF())
self.showlog.setChecked(s.value("show_on_start", True) not in (False, "false"))
self.rawview.setChecked(s.value("rawview", True) not in (False, "false"))
def test_partials_labels_enabled(self):
# Set Big font size
font = QFont(self._TestFont)
font.setPointSizeF(84)
self.lyr.textFont = font
# Enable partials labels
self._Pal.setShowingPartialsLabels(True)
self._Pal.saveEngineSettings()
self._Mismatches['TestCanvasPoint'] = 779
self._ColorTols['TestComposerPdfPoint'] = 2
self.checkTest()
def loadSettings(self):
s = QSettings()
s.beginGroup("log")
font = QFont(s.value("fontfamily", "monospace", type("")))
font.setPointSizeF(s.value("fontsize", 9.0, float))
with qutil.signalsBlocked(self.fontChooser, self.fontSize):
self.fontChooser.setCurrentFont(font)
self.fontSize.setValue(font.pointSizeF())
self.showlog.setChecked(s.value("show_on_start", True, bool))
self.rawview.setChecked(s.value("rawview", True, bool))
self.hideauto.setChecked(s.value("hide_auto_engrave", False, bool))
def test_partials_labels_enabled(self):
# Set Big font size
font = QFont(self._TestFont)
font.setPointSizeF(84)
self.lyr.textFont = font
# Enable partials labels
self._Pal.setShowingPartialsLabels(True)
self._Pal.saveEngineSettings()
self._Mismatches['TestCanvasPoint'] = 779
self._ColorTols['TestComposerPdfPoint'] = 2
self.checkTest()
def _changeFont(self):
fnt, ok = QFontDialog.getFont(self.scale_font,
self._scale_config_param,
"Font for the color scale bar")
if ok:
self.scale_font = fnt
normal_size = self._scale_config_param.selectFont.font(
).pointSizeF()
scaled_font = QFont(fnt)
scaled_font.setPointSizeF(normal_size)
self._scale_config_param.selectFont.setFont(scaled_font)
def loadSettings(self):
s = QSettings()
s.beginGroup("log")
font = QFont(s.value("fontfamily", "monospace", type("")))
font.setPointSizeF(s.value("fontsize", 9.0, float))
with qutil.signalsBlocked(self.fontChooser, self.fontSize):
self.fontChooser.setCurrentFont(font)
self.fontSize.setValue(font.pointSizeF())
self.showlog.setChecked(s.value("show_on_start", True, bool))
self.rawview.setChecked(s.value("rawview", True, bool))
self.hideauto.setChecked(s.value("hide_auto_engrave", False, bool))
def logformats(self):
"""Returns a dictionary with QTextCharFormats for the different types of messages.
Besides the STDOUT, STDERR, NEUTRAL, FAILURE and SUCCESS formats there is also
a "link" format, that looks basically the same as the output formats, but blueish
and underlined, to make parts of the output (e.g. filenames) look clickable.
"""
textColor = QApplication.palette().color(QPalette.WindowText)
successColor = qutil.addcolor(textColor, 0, 128, 0) # more green
failureColor = qutil.addcolor(textColor, 128, 0, 0) # more red
linkColor = qutil.addcolor(textColor, 0, 0, 128) # more blue
stdoutColor = qutil.addcolor(textColor, 64, 64, 0) # more purple
s = QSettings()
s.beginGroup("log")
outputFont = QFont(s.value("fontfamily", "monospace", type("")))
outputFont.setPointSizeF(s.value("fontsize", 9.0, float))
output = QTextCharFormat()
output.setFont(outputFont)
# enable zooming the log font size
output.setProperty(QTextFormat.FontSizeAdjustment, 0)
stdout = QTextCharFormat(output)
stdout.setForeground(stdoutColor)
stderr = QTextCharFormat(output)
link = QTextCharFormat(output)
link.setForeground(linkColor)
link.setFontUnderline(True)
status = QTextCharFormat()
status.setFontWeight(QFont.Bold)
neutral = QTextCharFormat(status)
success = QTextCharFormat(status)
success.setForeground(successColor)
failure = QTextCharFormat(status)
failure.setForeground(failureColor)
return {
job.STDOUT: stdout,
job.STDERR: stderr,
job.NEUTRAL: neutral,
job.SUCCESS: success,
job.FAILURE: failure,
'link': link,
}
def importTheme(filename, widget, schemeWidget):
"""Loads the colors theme from a file"""
try:
d = ET.parse(filename)
root = d.getroot()
if root.tag != "frescobaldi-theme":
raise ValueError(_("No theme found."))
except Exception as e:
QMessageBox.critical(
widget,
app.caption(_("Error")),
_("Can't read from source:\n\n{url}\n\n{error}").format(url=filename, error=e),
)
return
schemeWidget.scheme.blockSignals(True)
key = schemeWidget.addScheme(root.get("name"))
schemeWidget.scheme.blockSignals(False)
tfd = textformats.TextFormatData(key)
fontElt = root.find("font")
defaultfont = "Lucida Console" if os.name == "nt" else "monospace"
if fontElt.get("fontFamily") in QFontDatabase().families():
fontFamily = fontElt.get("fontFamily")
else:
fontFamily = defaultfont
font = QFont(fontFamily)
font.setPointSizeF(float(fontElt.get("fontSize")))
tfd.font = font
for elt in root.find("baseColors"):
tfd.baseColors[elt.tag] = QColor(elt.get("color"))
for elt in root.find("defaultStyles"):
tfd.defaultStyles[elt.tag] = eltToStyle(elt)
for style in root.find("allStyles"):
if not style in tfd.allStyles:
tfd.allStyles[style] = {}
for elt in style:
tfd.allStyles[style.tag][elt.tag] = eltToStyle(elt)
widget.addSchemeData(key, tfd)
schemeWidget.disableDefault(False)
schemeWidget.currentChanged.emit()
schemeWidget.changed.emit()
def importTheme(filename, widget, schemeWidget):
"""Loads the colors theme from a file"""
try:
d = ET.parse(filename)
root = d.getroot()
if root.tag != 'frescobaldi-theme':
raise ValueError(_("No theme found."))
except Exception as e:
QMessageBox.critical(
widget, app.caption(_("Error")),
_("Can't read from source:\n\n{url}\n\n{error}").format(
url=filename, error=e))
return
schemeWidget.scheme.blockSignals(True)
key = schemeWidget.addScheme(root.get('name'))
schemeWidget.scheme.blockSignals(False)
tfd = textformats.TextFormatData(key)
fontElt = root.find('font')
defaultfont = "Lucida Console" if os.name == "nt" else "monospace"
if fontElt.get('fontFamily') in QFontDatabase().families():
fontFamily = fontElt.get('fontFamily')
else:
fontFamily = defaultfont
font = QFont(fontFamily)
font.setPointSizeF(float(fontElt.get('fontSize')))
tfd.font = font
for elt in root.find('baseColors'):
tfd.baseColors[elt.tag] = QColor(elt.get('color'))
for elt in root.find('defaultStyles'):
tfd.defaultStyles[elt.tag] = eltToStyle(elt)
for style in root.find('allStyles'):
if not style in tfd.allStyles:
tfd.allStyles[style] = {}
for elt in style:
tfd.allStyles[style.tag][elt.tag] = eltToStyle(elt)
widget.addSchemeData(key, tfd)
schemeWidget.disableDefault(False)
schemeWidget.currentChanged.emit()
schemeWidget.changed.emit()
def test_background_rect_w_offset(self):
# Label rectangular background
self._Mismatches['TestComposerImageVsCanvasPoint'] = 800
self._Mismatches['TestComposerImagePoint'] = 800
# verify fix for issues
# http://hub.qgis.org/issues/9057
# http://gis.stackexchange.com/questions/86900
self.lyr.fontSizeInMapUnits = True
font = QFont(self._TestFont)
font.setPointSizeF(460)
self.lyr.textFont = font
self.lyr.shapeDraw = True
self.lyr.shapeOffsetUnits = QgsPalLayerSettings.MapUnits
self.lyr.shapeOffset = QPointF(-2900.0, -450.0)
self._Mismatches['TestCanvasPoint'] = 774
self._ColorTols['TestComposerPdfPoint'] = 2
self.checkTest()
def test_background_rect_w_offset(self):
# Label rectangular background
self._Mismatches['TestComposerImageVsCanvasPoint'] = 800
self._Mismatches['TestComposerImagePoint'] = 800
# verify fix for issues
# http://hub.qgis.org/issues/9057
# http://gis.stackexchange.com/questions/86900
self.lyr.fontSizeInMapUnits = True
font = QFont(self._TestFont)
font.setPointSizeF(460)
self.lyr.textFont = font
self.lyr.shapeDraw = True
self.lyr.shapeOffsetUnits = QgsPalLayerSettings.MapUnits
self.lyr.shapeOffset = QPointF(-2900.0, -450.0)
self._Mismatches['TestCanvasPoint'] = 774
self._ColorTols['TestComposerPdfPoint'] = 2
self.checkTest()
def test_background_svg(self):
# Label SVG background
self.lyr.fontSizeInMapUnits = True
font = QFont(self._TestFont)
font.setPointSizeF(460)
self.lyr.textFont = font
self.lyr.shapeDraw = True
self.lyr.shapeType = QgsPalLayerSettings.ShapeSVG
svg = os.path.join(
svgSymbolsPath(), 'backgrounds', 'background_square.svg')
self.lyr.shapeSVGFile = svg
self.lyr.shapeSizeUnits = QgsPalLayerSettings.MapUnits
self.lyr.shapeSizeType = QgsPalLayerSettings.SizeBuffer
self.lyr.shapeSize = QPointF(100.0, 0.0)
self._Mismatches['TestComposerPdfVsComposerPoint'] = 580
self._Mismatches['TestCanvasPoint'] = 776
self._ColorTols['TestComposerPdfPoint'] = 2
self.checkTest()
def test_background_svg(self):
# Label SVG background
self.lyr.fontSizeInMapUnits = True
font = QFont(self._TestFont)
font.setPointSizeF(460)
self.lyr.textFont = font
self.lyr.shapeDraw = True
self.lyr.shapeType = QgsPalLayerSettings.ShapeSVG
svg = os.path.join(svgSymbolsPath(), 'backgrounds',
'background_square.svg')
self.lyr.shapeSVGFile = svg
self.lyr.shapeSizeUnits = QgsPalLayerSettings.MapUnits
self.lyr.shapeSizeType = QgsPalLayerSettings.SizeBuffer
self.lyr.shapeSize = QPointF(100.0, 0.0)
self._Mismatches['TestComposerPdfVsComposerPoint'] = 580
self._Mismatches['TestCanvasPoint'] = 776
self._ColorTols['TestComposerPdfPoint'] = 2
self.checkTest()
def paintEvent(self, event):
bgcol = QColor('#111')
if self.panic:
fgcol = QColor('#e11')
else:
fgcol = QColor('#ddd')
# Size and shit
w, h = self.width(), self.height()
minsize = min(w,h)*self.scale
arcwidth = minsize*0.1
minsize *= 0.86
marginx = (w-minsize)/2
marginy = (h-minsize)/2
# Start drawing shit
painter = QPainter(self)
painter.setRenderHints(QPainter.Antialiasing | QPainter.TextAntialiasing)
painter.setPen(QPen(fgcol, arcwidth, cap=Qt.FlatCap))
#font = QFont('sv basic manual')
font = QFont('bank gothic')
font.setPointSize(get_font_size(font, minsize-2*arcwidth))
smallfont = QFont(font)
smallfont.setPointSizeF(font.pointSize()/2)
painter.fillRect(QRectF(0,0,w,h), bgcol)
# Timer dial thingy
painter.setOpacity(0.05)
painter.drawArc(marginx,marginy, minsize,minsize, 0, 5760)
painter.setOpacity(1)
arclength = min(1, self.totalseconds/self.panictime) * 5760
painter.drawArc(marginx,marginy, minsize,minsize, 90*16, -arclength)
# Timer text
painter.setFont(font)
textoptions = QtGui.QTextOption(Qt.AlignCenter)
painter.drawText(QRectF(marginx, marginy, minsize, minsize),
self.get_text(0), textoptions)
painter.setFont(smallfont)
painter.setOpacity(0.5)
painter.drawText(QRectF(marginx, marginy+minsize*0.4, minsize, minsize/2),
self.get_text(1), textoptions)
#painter.setOpacity(0.15)
#painter.drawText(QRectF(marginx, marginy+minsize*0.05, minsize, minsize/2),
# self.get_text(2), textoptions)
painter.end()
def addScaleBarWidget(self, parent):
config = createForm("plot_scale.ui", parent)
config_params = createForm("plot_scale_config.ui", None)
self._scale_config = config
self._scale_config_param = config_params
config.configuration.clicked.connect(self._showConfig)
config.scaleBar.toggled.connect(self.set_scale_show)
config_params.selectTextColor.clicked.connect(
self._changeScaleTextColor)
config_params.selectLineColor.clicked.connect(
self._changeScaleLineColor)
config_params.selectPosition.highlighted['QString'].connect(
self.set_scale_position)
config_params.selectFont.clicked.connect(self._changeFont)
config_params.lineThickness.valueChanged[int].connect(
self._changeScaleLineThickness)
config_params.outsideImage.toggled.connect(
self._set_scaleBarOutsideImage)
config.scaleBar.setChecked(self.scale_show)
scaled_font = QFont(self.scale_font)
scaled_font.setPointSizeF(config_params.selectFont.font().pointSizeF())
config_params.selectFont.setFont(scaled_font)
setColor(config_params.textColor, self.scale_text)
setColor(config_params.lineColor, self.scale_line)
config_params.outsideImage.setChecked(self.scale_bar_outside_image)
for i in range(config_params.selectPosition.count()):
txt = config_params.selectPosition.itemText(i)
if txt == self.scale_position:
config_params.selectPosition.setCurrentIndex(i)
break
else:
self.scale_position = config_params.selectPosition.itemText(0)
config_params.selectPosition.setCurrentIndex(0)
parent.layout().addWidget(config)
def show(cursor, pos=None, num_lines=6):
"""Displays a tooltip showing part of the cursor's Document.
If the cursor has a selection, those blocks are displayed.
Otherwise, num_lines lines are displayed.
If pos is not given, the global mouse position is used.
"""
block = cursor.document().findBlock(cursor.selectionStart())
c2 = QTextCursor(block)
if cursor.hasSelection():
c2.setPosition(cursor.selectionEnd(), QTextCursor.KeepAnchor)
c2.movePosition(QTextCursor.EndOfBlock, QTextCursor.KeepAnchor)
else:
c2.movePosition(QTextCursor.NextBlock, QTextCursor.KeepAnchor,
num_lines)
data = textformats.formatData('editor')
doc = QTextDocument()
font = QFont(data.font)
font.setPointSizeF(font.pointSizeF() * .8)
doc.setDefaultFont(font)
doc.setPlainText(c2.selection().toPlainText())
if metainfo.info(cursor.document()).highlighting:
highlighter.highlight(doc, state=tokeniter.state(block))
size = doc.size().toSize() + QSize(8, -4)
pix = QPixmap(size)
pix.fill(data.baseColors['background'])
doc.drawContents(QPainter(pix))
label = QLabel()
label.setPixmap(pix)
label.setStyleSheet("QLabel { border: 1px solid #777; }")
label.resize(size)
widgets.customtooltip.show(label, pos)
class TextFormatData(object):
"""Encapsulates all settings in the Fonts & Colors page for a scheme."""
def __init__(self, scheme):
"""Loads the data from scheme."""
self.font = None
self.baseColors = {}
self.defaultStyles = {}
self.allStyles = {}
self._inherits = {}
self.load(scheme)
def load(self, scheme):
"""Load the settings for the scheme. Called on init."""
s = QSettings()
s.beginGroup("fontscolors/" + scheme)
# load font
defaultfont = "Lucida Console" if os.name == "nt" else "monospace"
self.font = QFont(s.value("fontfamily", defaultfont, type("")))
self.font.setPointSizeF(s.value("fontsize", 10.0, float))
# load base colors
s.beginGroup("basecolors")
for name in baseColors:
if s.contains(name):
self.baseColors[name] = QColor(s.value(name, "", type("")))
else:
self.baseColors[name] = baseColorDefaults[name]()
s.endGroup()
# get the list of supported styles from ly.colorize
all_styles = ly.colorize.default_mapping()
default_styles = set()
for group, styles in all_styles:
d = self._inherits[group] = {}
for style in styles:
if style.base:
default_styles.add(style.base)
d[style.name] = style.base
default_scheme = ly.colorize.default_scheme
# load default styles
s.beginGroup("defaultstyles")
for name in default_styles:
self.defaultStyles[name] = f = QTextCharFormat()
css = default_scheme[None].get(name)
if css:
css2fmt(css, f)
s.beginGroup(name)
self.loadTextFormat(f, s)
s.endGroup()
s.endGroup()
# load specific styles
s.beginGroup("allstyles")
for group, styles in all_styles:
self.allStyles[group]= {}
s.beginGroup(group)
for style in styles:
self.allStyles[group][style.name] = f = QTextCharFormat()
css = default_scheme[group].get(style.name)
if css:
css2fmt(css, f)
s.beginGroup(style.name)
self.loadTextFormat(f, s)
s.endGroup()
s.endGroup()
s.endGroup()
def save(self, scheme):
"""Save the settings to the scheme."""
s = QSettings()
s.beginGroup("fontscolors/" + scheme)
# save font
s.setValue("fontfamily", self.font.family())
s.setValue("fontsize", self.font.pointSizeF())
# save base colors
for name in baseColors:
s.setValue("basecolors/"+name, self.baseColors[name].name())
# save default styles
s.beginGroup("defaultstyles")
for name in defaultStyles:
s.beginGroup(name)
self.saveTextFormat(self.defaultStyles[name], s)
s.endGroup()
s.endGroup()
# save all specific styles
s.beginGroup("allstyles")
for group, styles in ly.colorize.default_mapping():
s.beginGroup(group)
for style in styles:
s.beginGroup(style.name)
self.saveTextFormat(self.allStyles[group][style.name], s)
s.endGroup()
s.endGroup()
s.endGroup()
def textFormat(self, group, name):
"""Return a QTextCharFormat() for the specified group and name."""
inherit = self._inherits[group].get(name)
f = QTextCharFormat(self.defaultStyles[inherit]) if inherit else QTextCharFormat()
f.merge(self.allStyles[group][name])
return f
def css_scheme(self):
"""Return a dictionary of css dictionaries representing this scheme.
This can be fed to the ly.colorize.format_stylesheet() function.
"""
scheme = {}
# base/default styles
d = scheme[None] = {}
for name, fmt in self.defaultStyles.items():
d[name] = fmt2css(fmt)
# mode/group styles
for mode, styles in self.allStyles.items():
d = scheme[mode] = {}
for name, fmt in styles.items():
d[name] = fmt2css(fmt)
return scheme
def palette(self):
"""Return a basic palette with text, background, selection and selection background filled in."""
p = QApplication.palette()
p.setColor(QPalette.Text, self.baseColors['text'])
p.setColor(QPalette.Base, self.baseColors['background'])
p.setColor(QPalette.HighlightedText, self.baseColors['selectiontext'])
p.setColor(QPalette.Highlight, self.baseColors['selectionbackground'])
return p
def saveTextFormat(self, fmt, settings):
"""(Internal) Store one QTextCharFormat in the QSettings instance."""
if fmt.hasProperty(QTextFormat.FontWeight):
settings.setValue('bold', fmt.fontWeight() >= 70)
else:
settings.remove('bold')
if fmt.hasProperty(QTextFormat.FontItalic):
settings.setValue('italic', fmt.fontItalic())
else:
settings.remove('italic')
if fmt.hasProperty(QTextFormat.TextUnderlineStyle):
settings.setValue('underline', fmt.fontUnderline())
else:
settings.remove('underline')
if fmt.hasProperty(QTextFormat.ForegroundBrush):
settings.setValue('textColor', fmt.foreground().color().name())
else:
settings.remove('textColor')
if fmt.hasProperty(QTextFormat.BackgroundBrush):
settings.setValue('backgroundColor', fmt.background().color().name())
else:
settings.remove('backgroundColor')
if fmt.hasProperty(QTextFormat.TextUnderlineColor):
settings.setValue('underlineColor', fmt.underlineColor().name())
else:
settings.remove('underlineColor')
def loadTextFormat(self, fmt, settings):
"""(Internal) Merge values from the QSettings instance into the QTextCharFormat."""
if settings.contains('bold'):
fmt.setFontWeight(QFont.Bold if settings.value('bold', False, bool) else QFont.Normal)
if settings.contains('italic'):
fmt.setFontItalic(settings.value('italic', False, bool))
if settings.contains('underline'):
fmt.setFontUnderline(settings.value('underline', False, bool))
if settings.contains('textColor'):
fmt.setForeground(QColor(settings.value('textColor', '' , type(""))))
if settings.contains('backgroundColor'):
fmt.setBackground(QColor(settings.value('backgroundColor', '' , type(""))))
if settings.contains('underlineColor'):
fmt.setUnderlineColor(QColor(settings.value('underlineColor', '' , type(""))))
class TextFormatData(object):
"""Encapsulates all settings in the Fonts & Colors page for a scheme."""
def __init__(self, scheme):
"""Loads the data from scheme."""
self.font = None
self.baseColors = {}
self.defaultStyles = {}
self.allStyles = {}
self.load(scheme)
def load(self, scheme):
"""Load the settings for the scheme. Called on init."""
s = QSettings()
s.beginGroup("fontscolors/" + scheme)
# load font
self.font = QFont(s.value("fontfamily", "monospace"))
self.font.setPointSizeF(float(s.value("fontsize", 10.0)))
# load base colors
s.beginGroup("basecolors")
for name in baseColors:
if s.contains(name):
self.baseColors[name] = QColor(s.value(name))
else:
self.baseColors[name] = baseColorDefaults[name]()
s.endGroup()
# load default styles
s.beginGroup("defaultstyles")
for name in defaultStyles:
self.defaultStyles[name] = f = QTextCharFormat(defaultStyleDefaults[name])
s.beginGroup(name)
self.loadTextFormat(f, s)
s.endGroup()
s.endGroup()
# load specific styles
s.beginGroup("allstyles")
for group, styles in allStyles:
self.allStyles[group]= {}
s.beginGroup(group)
for name in styles:
default = allStyleDefaults[group].get(name)
self.allStyles[group][name] = f = QTextCharFormat(default) if default else QTextCharFormat()
s.beginGroup(name)
self.loadTextFormat(f, s)
s.endGroup()
s.endGroup()
s.endGroup()
def save(self, scheme):
"""Save the settings to the scheme."""
s = QSettings()
s.beginGroup("fontscolors/" + scheme)
# save font
s.setValue("fontfamily", self.font.family())
s.setValue("fontsize", self.font.pointSizeF())
# save base colors
for name in baseColors:
s.setValue("basecolors/"+name, self.baseColors[name].name())
# save default styles
s.beginGroup("defaultstyles")
for name in defaultStyles:
s.beginGroup(name)
self.saveTextFormat(self.defaultStyles[name], s)
s.endGroup()
s.endGroup()
# save all specific styles
s.beginGroup("allstyles")
for group, styles in allStyles:
s.beginGroup(group)
for name in styles:
s.beginGroup(name)
self.saveTextFormat(self.allStyles[group][name], s)
s.endGroup()
s.endGroup()
s.endGroup()
def textFormat(self, group, name):
"""Return a QTextCharFormat() for the specified group and name."""
inherit = inherits[group].get(name)
f = QTextCharFormat(self.defaultStyles[inherit]) if inherit else QTextCharFormat()
f.merge(self.allStyles[group][name])
return f
def palette(self):
"""Return a basic palette with text, background, selection and selection background filled in."""
p = QApplication.palette()
p.setColor(QPalette.Text, self.baseColors['text'])
p.setColor(QPalette.Base, self.baseColors['background'])
p.setColor(QPalette.HighlightedText, self.baseColors['selectiontext'])
p.setColor(QPalette.Highlight, self.baseColors['selectionbackground'])
return p
def saveTextFormat(self, fmt, settings):
"""(Internal) Store one QTextCharFormat in the QSettings instance."""
if fmt.hasProperty(QTextFormat.FontWeight):
settings.setValue('bold', fmt.fontWeight() >= 70)
else:
settings.remove('bold')
if fmt.hasProperty(QTextFormat.FontItalic):
settings.setValue('italic', fmt.fontItalic())
else:
settings.remove('italic')
if fmt.hasProperty(QTextFormat.TextUnderlineStyle):
settings.setValue('underline', fmt.fontUnderline())
else:
settings.remove('underline')
if fmt.hasProperty(QTextFormat.ForegroundBrush):
settings.setValue('textColor', fmt.foreground().color().name())
else:
settings.remove('textColor')
if fmt.hasProperty(QTextFormat.BackgroundBrush):
settings.setValue('backgroundColor', fmt.background().color().name())
else:
settings.remove('backgroundColor')
if fmt.hasProperty(QTextFormat.TextUnderlineColor):
settings.setValue('underlineColor', fmt.underlineColor().name())
else:
settings.remove('underlineColor')
def loadTextFormat(self, fmt, settings):
"""(Internal) Merge values from the QSettings instance into the QTextCharFormat."""
if settings.contains('bold'):
fmt.setFontWeight(QFont.Bold if settings.value('bold') in (True, 'true') else QFont.Normal)
if settings.contains('italic'):
fmt.setFontItalic(settings.value('italic') in (True, 'true'))
if settings.contains('underline'):
fmt.setFontUnderline(settings.value('underline') in (True, 'true'))
if settings.contains('textColor'):
fmt.setForeground(QColor(settings.value('textColor')))
if settings.contains('backgroundColor'):
fmt.setBackground(QColor(settings.value('backgroundColor')))
if settings.contains('underlineColor'):
fmt.setUnderlineColor(QColor(settings.value('underlineColor')))
class CharMap(QWidget):
"""A widget displaying a table of characters."""
characterSelected = pyqtSignal(str)
characterClicked = pyqtSignal(str)
def __init__(self, parent=None):
super(CharMap, self).__init__(parent)
self._showToolTips = True
self._showWhatsThis = True
self._selected = -1
self._column_count = 32
self._square = 24
self._range = (0, 0)
self._font = QFont()
def setRange(self, first, last):
self._range = (first, last)
self._selected = -1
self.adjustSize()
self.update()
def range(self):
return self._range
def square(self):
"""Returns the width of one item (determined by font size)."""
return self._square
def select(self, charcode):
"""Selects the specified character (int or str)."""
if not isinstance(charcode, int):
charcode = ord(charcode)
if not self._range[0] <= charcode <= self._range[1]:
charcode = -1
if self._selected != charcode:
self._selected = charcode
self.characterSelected.emit(chr(charcode))
self.update()
def character(self):
"""Returns the currently selected character, if any."""
if self._selected != -1:
return chr(self._selected)
def setDisplayFont(self, font):
self._font.setFamily(font.family())
self.update()
def displayFont(self):
return QFont(self._font)
def setDisplayFontSize(self, size):
self._font.setPointSize(size)
self._square = max(24, QFontMetrics(self._font).xHeight() * 3)
self.adjustSize()
self.update()
def displayFontSize(self):
return self._font.pointSize()
def setDisplayFontSizeF(self, size):
self._font.setPointSizeF(size)
self._square = max(24, QFontMetrics(self._font).xHeight() * 3)
self.adjustSize()
self.update()
def displayFontSizeF(self):
return self._font.pointSizeF()
def setColumnCount(self, count):
"""Sets how many columns should be used."""
count = max(1, count)
self._column_count = count
self.adjustSize()
self.update()
def columnCount(self):
return self._column_count
def sizeHint(self):
return self.sizeForColumnCount(self._column_count)
def paintEvent(self, ev):
rect = ev.rect()
s = self._square
rows = range(rect.top() // s, rect.bottom() // s + 1)
cols = range(rect.left() // s, rect.right() // s + 1)
painter = QPainter(self)
painter.setPen(QPen(self.palette().color(QPalette.Window)))
painter.setFont(self._font)
metrics = QFontMetrics(self._font)
# draw characters on white tiles
tile = self.palette().color(QPalette.Base)
selected_tile = self.palette().color(QPalette.Highlight)
selected_tile.setAlpha(96)
selected_box = self.palette().color(QPalette.Highlight)
text_pen = QPen(self.palette().text())
disabled_pen = QPen(self.palette().color(QPalette.Disabled, QPalette.Text))
selection_pen = QPen(selected_box)
for row in rows:
for col in cols:
char = row * self._column_count + col + self._range[0]
if char > self._range[1]:
break
printable = self.isprint(char)
painter.setClipRect(col * s, row * s, s, s)
if char == self._selected:
painter.fillRect(col * s + 1, row * s + 1, s - 2, s - 2, selected_tile)
painter.setPen(selection_pen)
painter.drawRect(col * s, row * s, s - 1, s - 1)
elif printable:
painter.fillRect(col * s + 1, row * s + 1, s - 2, s - 2, tile)
painter.setPen(text_pen if printable else disabled_pen)
t = chr(char)
x = col * s + s // 2 - metrics.width(t) // 2
y = row * s + 4 + metrics.ascent()
painter.drawText(x, y, t)
else:
continue
break
def sizeForColumnCount(self, count):
"""Returns the size the widget would have in a certain column count.
This can be used in e.g. a resizable scroll area.
"""
first, last = self._range
rows = ((last - first) // count) + 1
return QSize(count, rows) * self._square
def columnCountForWidth(self, width):
"""Returns the number of columns that would fit into the given width."""
return width // self._square
def mousePressEvent(self, ev):
charcode = self.charcodeAt(ev.pos())
if charcode != -1 and self.isprint(charcode):
self.select(charcode)
if ev.button() != Qt.RightButton:
self.characterClicked.emit(chr(charcode))
def charcodeRect(self, charcode):
"""Returns the rectangular box around the given charcode, if any."""
if self._range[0] <= charcode <= self._range[1]:
row, col = divmod(charcode - self._range[0], self._column_count)
s = self._square
return QRect(col * s, row * s, s, s)
def charcodeAt(self, position):
row = position.y() // self._square
col = position.x() // self._square
if col <= self._column_count:
charcode = self._range[0] + row * self._column_count + col
if charcode <= self._range[1]:
return charcode
return -1
def event(self, ev):
if ev.type() == QEvent.ToolTip:
if self._showToolTips:
c = self.charcodeAt(ev.pos())
if c:
text = self.getToolTipText(c)
if text:
rect = self.charcodeRect(c)
QToolTip.showText(ev.globalPos(), text, self, rect)
ev.accept()
return True
elif ev.type() == QEvent.QueryWhatsThis:
if self._showWhatsThis:
ev.accept()
return True
elif ev.type() == QEvent.WhatsThis:
ev.accept()
if self._showWhatsThis:
c = self.charcodeAt(ev.pos())
text = self.getWhatsThisText(c) if c else None
if text:
QWhatsThis.showText(ev.globalPos(), text, self)
else:
QWhatsThis.leaveWhatsThisMode()
return True
return super(CharMap, self).event(ev)
def getToolTipText(self, charcode):
try:
return unicodedata.name(chr(charcode))
except ValueError:
pass
def getWhatsThisText(self, charcode):
try:
name = unicodedata.name(chr(charcode))
except ValueError:
return
return whatsthis_html.format(
self._font.family(), chr(charcode), name, charcode)
def setShowToolTips(self, enabled):
self._showToolTips = bool(enabled)
def showToolTips(self):
return self._showToolTips
def setShowWhatsThis(self, enabled):
self._showWhatsThis = bool(enabled)
def showWhatsThis(self):
return self._showWhatsThis
def isprint(self, charcode):
"""Returns True if the given charcode is printable."""
return isprint(charcode)
class CharMap(QWidget):
"""A widget displaying a table of characters."""
characterSelected = pyqtSignal(str)
characterClicked = pyqtSignal(str)
def __init__(self, parent=None):
super(CharMap, self).__init__(parent)
self._showToolTips = True
self._showWhatsThis = True
self._selected = -1
self._column_count = 32
self._square = 24
self._range = (0, 0)
self._font = QFont()
def setRange(self, first, last):
self._range = (first, last)
self._selected = -1
self.adjustSize()
self.update()
def range(self):
return self._range
def square(self):
"""Returns the width of one item (determined by font size)."""
return self._square
def select(self, charcode):
"""Selects the specified character (int or str)."""
if not isinstance(charcode, int):
charcode = ord(charcode)
if not self._range[0] <= charcode <= self._range[1]:
charcode = -1
if self._selected != charcode:
self._selected = charcode
self.characterSelected.emit(chr(charcode))
self.update()
def character(self):
"""Returns the currently selected character, if any."""
if self._selected != -1:
return chr(self._selected)
def setDisplayFont(self, font):
self._font.setFamily(font.family())
self.update()
def displayFont(self):
return QFont(self._font)
def setDisplayFontSize(self, size):
self._font.setPointSize(size)
self._square = max(24, QFontMetrics(self._font).xHeight() * 3)
self.adjustSize()
self.update()
def displayFontSize(self):
return self._font.pointSize()
def setDisplayFontSizeF(self, size):
self._font.setPointSizeF(size)
self._square = max(24, QFontMetrics(self._font).xHeight() * 3)
self.adjustSize()
self.update()
def displayFontSizeF(self):
return self._font.pointSizeF()
def setColumnCount(self, count):
"""Sets how many columns should be used."""
count = max(1, count)
self._column_count = count
self.adjustSize()
self.update()
def columnCount(self):
return self._column_count
def sizeHint(self):
return self.sizeForColumnCount(self._column_count)
def paintEvent(self, ev):
rect = ev.rect()
s = self._square
rows = range(rect.top() // s, rect.bottom() // s + 1)
cols = range(rect.left() // s, rect.right() // s + 1)
painter = QPainter(self)
painter.setPen(QPen(self.palette().color(QPalette.Window)))
painter.setFont(self._font)
metrics = QFontMetrics(self._font)
# draw characters on white tiles
tile = self.palette().color(QPalette.Base)
selected_tile = self.palette().color(QPalette.Highlight)
selected_tile.setAlpha(96)
selected_box = self.palette().color(QPalette.Highlight)
text_pen = QPen(self.palette().text())
disabled_pen = QPen(self.palette().color(QPalette.Disabled,
QPalette.Text))
selection_pen = QPen(selected_box)
for row in rows:
for col in cols:
char = row * self._column_count + col + self._range[0]
if char > self._range[1]:
break
printable = self.isprint(char)
painter.setClipRect(col * s, row * s, s, s)
if char == self._selected:
painter.fillRect(col * s + 1, row * s + 1, s - 2, s - 2,
selected_tile)
painter.setPen(selection_pen)
painter.drawRect(col * s, row * s, s - 1, s - 1)
elif printable:
painter.fillRect(col * s + 1, row * s + 1, s - 2, s - 2,
tile)
painter.setPen(text_pen if printable else disabled_pen)
t = chr(char)
x = col * s + s // 2 - metrics.width(t) // 2
y = row * s + 4 + metrics.ascent()
painter.drawText(x, y, t)
else:
continue
break
def sizeForColumnCount(self, count):
"""Returns the size the widget would have in a certain column count.
This can be used in e.g. a resizable scroll area.
"""
first, last = self._range
rows = ((last - first) // count) + 1
return QSize(count, rows) * self._square
def columnCountForWidth(self, width):
"""Returns the number of columns that would fit into the given width."""
return width // self._square
def mousePressEvent(self, ev):
charcode = self.charcodeAt(ev.pos())
if charcode != -1 and self.isprint(charcode):
self.select(charcode)
if ev.button() != Qt.RightButton:
self.characterClicked.emit(chr(charcode))
def charcodeRect(self, charcode):
"""Returns the rectangular box around the given charcode, if any."""
if self._range[0] <= charcode <= self._range[1]:
row, col = divmod(charcode - self._range[0], self._column_count)
s = self._square
return QRect(col * s, row * s, s, s)
def charcodeAt(self, position):
row = position.y() // self._square
col = position.x() // self._square
if col <= self._column_count:
charcode = self._range[0] + row * self._column_count + col
if charcode <= self._range[1]:
return charcode
return -1
def event(self, ev):
if ev.type() == QEvent.ToolTip:
if self._showToolTips:
c = self.charcodeAt(ev.pos())
if c:
text = self.getToolTipText(c)
if text:
rect = self.charcodeRect(c)
QToolTip.showText(ev.globalPos(), text, self, rect)
ev.accept()
return True
elif ev.type() == QEvent.QueryWhatsThis:
if self._showWhatsThis:
ev.accept()
return True
elif ev.type() == QEvent.WhatsThis:
ev.accept()
if self._showWhatsThis:
c = self.charcodeAt(ev.pos())
text = self.getWhatsThisText(c) if c else None
if text:
QWhatsThis.showText(ev.globalPos(), text, self)
else:
QWhatsThis.leaveWhatsThisMode()
return True
return super(CharMap, self).event(ev)
def getToolTipText(self, charcode):
try:
return unicodedata.name(chr(charcode))
except ValueError:
pass
def getWhatsThisText(self, charcode):
try:
name = unicodedata.name(chr(charcode))
except ValueError:
return
return whatsthis_html.format(self._font.family(), chr(charcode), name,
charcode)
def setShowToolTips(self, enabled):
self._showToolTips = bool(enabled)
def showToolTips(self):
return self._showToolTips
def setShowWhatsThis(self, enabled):
self._showWhatsThis = bool(enabled)
def showWhatsThis(self):
return self._showWhatsThis
def isprint(self, charcode):
"""Returns True if the given charcode is printable."""
return isprint(charcode)
def draw(self, painter, size = None):
"""
:Arguments:
painter : QPainter
Opened painter on which to draw
"""
bounding_rect = QRectF()
position = self.position
transfer_function = self.transfer_function
font = QFont(self.font)
text_color = self.text_color
line_color = self.line_color
line_thickness = self.line_thickness
value_range = self.value_range
if size is None:
viewport = painter.viewport() # viewport rectangle
mat, ok = painter.worldMatrix().inverted()
if not ok:
raise ValueError("Transformation matrix of painter is singular.")
viewport = mat.mapRect(viewport)
else:
viewport = size
# First, prepare the gradient
w = viewport.width()
h = viewport.height()
#print("Size of viewport: {0}x{1}".format(w, h))
gr = QLinearGradient()
nb_values = ceil(w/5.0)
brush_color = QColor()
for i in range(int(nb_values)):
brush_color.setRgbF(*transfer_function.rgba(i/nb_values))
gr.setColorAt(i/nb_values, brush_color)
# Second, find its position
metric = QFontMetricsF(font, painter.device())
font_test = [ str(i)*5 for i in range(10) ]
lim_width = 0
lim_height = 0
for t in font_test:
rect = metric.boundingRect(t)
lim_width = max(lim_width, rect.width())
lim_height = max(lim_height, rect.height())
lim_height *= 3
length = self.scale_length
shift_length = (1-length)/2
width = self.scale_width
shift_width = self.scale_shift_width
delta_value = value_range[1]-value_range[0]
if position == "Top":
scale_rect = QRectF(shift_length*w, shift_width*h, length*w, width*h)
limit_rect(scale_rect, viewport, lim_width, lim_height)
gr.setStart(scale_rect.left(), scale_rect.center().y())
gr.setFinalStop(scale_rect.right(), scale_rect.center().y())
start_pos = scale_rect.bottomLeft()
end_pos = scale_rect.bottomRight()
elif position == "Right":
scale_rect = QRectF((1-shift_width-width)*w, shift_length*h, width*w, length*h)
limit_rect(scale_rect, viewport, lim_width, lim_height)
gr.setStart(scale_rect.center().x(), scale_rect.bottom())
gr.setFinalStop(scale_rect.center().x(), scale_rect.top())
start_pos = scale_rect.bottomLeft()
end_pos = scale_rect.topLeft()
elif position == "Bottom":
scale_rect = QRectF(shift_length*w, (1-shift_width-width)*h, length*w, width*h)
limit_rect(scale_rect, viewport, lim_width, lim_height)
gr.setStart(scale_rect.left(), scale_rect.center().y())
gr.setFinalStop(scale_rect.right(), scale_rect.center().y())
start_pos = scale_rect.topLeft()
end_pos = scale_rect.topRight()
elif position == "Left":
scale_rect = QRectF(shift_width*w, shift_length*h, width*w, length*h)
limit_rect(scale_rect, viewport, lim_width, lim_height)
gr.setStart(scale_rect.center().x(), scale_rect.bottom())
gr.setFinalStop(scale_rect.center().x(), scale_rect.top())
start_pos = scale_rect.bottomRight()
end_pos = scale_rect.topRight()
else:
raise ValueError("Invalid scale position: %s" % position)
shift_pos = (end_pos-start_pos)/delta_value
if position in ["Left", "Right"]:
is_vertical = True
length = scale_rect.height()
else:
is_vertical = False
length = scale_rect.width()
# Get the ticks
ticks = self.selectValues(length, is_vertical, painter)
if len(ticks) == 0:
return
ticks_str, ticks_extra = self._tick2str(ticks)
# Figure the shifts
dist_to_bar = self.text_to_bar
max_width = 0
max_height = 0
for t in ticks_str:
rect = metric.boundingRect(t)
max_width = max(rect.width(), max_width)
max_height = max(rect.height(), max_height)
if position == "Left":
shift_left = dist_to_bar
shift_top = None
elif position == "Right":
shift_left = -dist_to_bar-max_width
shift_top = None
elif position == "Top":
shift_left = None
shift_top = dist_to_bar
else:
shift_left = None
shift_top = -dist_to_bar-max_height
painter.save()
painter.translate(viewport.topLeft())
#print("viewport.topLeft() = {0}x{1}".format(viewport.left(), viewport.top()))
painter.setBrush(gr)
line_pen = QPen(line_color)
line_pen.setWidth(line_thickness)
painter.setPen(line_pen)
painter.drawRect(scale_rect)
bounding_rect |= scale_rect
#print("Scale rect: +{0}+{1}x{2}x{3}".format(scale_rect.left(),
#scale_rect.top(), scale_rect.width(), scale_rect.height()))
painter.setFont(font)
painter.setPen(text_color)
for ts,t in zip(ticks_str, ticks):
r = metric.boundingRect(ts)
pos = start_pos+shift_pos*(t-value_range[0])
if shift_left is None:
pos.setX( pos.x() - r.width()/2 )
else:
pos.setX( pos.x() + shift_left )
if shift_top is None:
pos.setY( pos.y() - r.height()/2)
else:
pos.setY( pos.y() + shift_top )
r.moveTo(pos)
real_rect = painter.drawText(r, Qt.TextDontClip | Qt.AlignVCenter | Qt.AlignHCenter, ts)
bounding_rect |= real_rect
if ticks_extra is not None or self.unit:
unit = self.unit
exp_width = width = space_width = 0
exp_txt = ""
r = exp_r = unit_r = QRectF()
exp_font = None
if ticks_extra is not None:
exp_txt = u"×10"
r = metric.boundingRect(exp_txt)
exp_font = QFont(font)
exp_size = self.exp_size
if exp_font.pixelSize() != -1:
exp_font.setPixelSize(exp_size*exp_font.pixelSize())
else:
exp_font.setPointSizeF(exp_size*exp_font.pointSizeF())
exp_metric = QFontMetricsF(exp_font, painter.device())
exp_r = exp_metric.boundingRect(ticks_extra)
if unit:
unit_r = metric.boundingRect(unit)
total_width = r.width()+exp_r.width()+unit_r.width()
total_height = max(r.height(),unit_r.height())+exp_r.height()/2
pos = scale_rect.topRight()
log_debug("top right of scale bar = (%g,%g)" % (pos.x(), pos.y()))
log_debug("Size of image = (%d,%d)" % (w,h))
log_debug("Size of text = (%g,%g)" % (total_width, total_height))
if position == "Bottom":
pos.setY(pos.y() + scale_rect.height() + dist_to_bar)
pos.setX(pos.x() - total_width)
elif position == "Top":
pos.setY(pos.y() - dist_to_bar - total_height)
pos.setX(pos.x() - total_width)
else: # position == "left" or "right"
pos.setX(pos.x() - (scale_rect.width() + total_width)/2)
if pos.x() < 0:
pos.setX(dist_to_bar)
elif pos.x()+total_width+dist_to_bar > w:
pos.setX(w - total_width - dist_to_bar)
pos.setY(pos.y() - dist_to_bar - total_height)
log_debug("Display unit at position: (%g,%g)" % (pos.x(), pos.y()))
if ticks_extra is not None:
r.moveTo(pos)
real_rect = painter.drawText(r, Qt.TextDontClip | Qt.AlignVCenter | Qt.AlignHCenter, exp_txt)
bounding_rect |= real_rect
pos.setX( pos.x() + r.width() )
pos.setY( pos.y() - metric.ascent()/2 )
exp_r.moveTo(pos)
painter.setFont(exp_font)
real_rect = painter.drawText(exp_r, Qt.TextDontClip | Qt.AlignVCenter | Qt.AlignHCenter, ticks_extra)
bounding_rect |= real_rect
pos.setY(pos.y() + metric.ascent()/2)
if unit:
pos.setX(pos.x() + space_width + exp_r.width())
unit_r.moveTo(pos)
painter.setFont(font)
real_rect = painter.drawText(unit_r, Qt.TextDontClip | Qt.AlignVCenter | Qt.AlignHCenter, unit)
bounding_rect |= real_rect
# Draw the ticks now
painter.setPen(line_pen)
tick_size = self.tick_size
if is_vertical:
width = scale_rect.width()*tick_size
else:
width = scale_rect.height()*tick_size
pen_width = painter.pen().widthF()
if pen_width == 0:
pen_width = 1.0
for t in ticks:
pos1 = start_pos + shift_pos*(t-value_range[0])
pos2 = QPointF(pos1)
if is_vertical:
pos1.setX(scale_rect.left() + pen_width)
pos2.setX(pos1.x() + width - pen_width)
painter.drawLine(pos1, pos2)
pos1.setX(scale_rect.right() - pen_width)
pos2.setX(pos1.x() - width + pen_width)
painter.drawLine(pos1, pos2)
else:
pos1.setY(scale_rect.top() + pen_width)
pos2.setY(pos1.y() + width - pen_width)
painter.drawLine(pos1, pos2)
pos1.setY(scale_rect.bottom() - pen_width)
pos2.setY(pos1.y() - width + pen_width)
painter.drawLine(pos1, pos2)
painter.restore()
bounding_rect = bounding_rect.adjusted(-pen_width, -pen_width, pen_width, pen_width)
return bounding_rect
class TextFormatData(object):
"""Encapsulates all settings in the Fonts & Colors page for a scheme."""
def __init__(self, scheme):
"""Loads the data from scheme."""
self.font = None
self.baseColors = {}
self.defaultStyles = {}
self.allStyles = {}
self.load(scheme)
def load(self, scheme):
s = QSettings()
s.beginGroup("fontscolors/" + scheme)
# load font
self.font = QFont(s.value("fontfamily", "monospace"))
self.font.setPointSizeF(float(s.value("fontsize", 10.0)))
# load base colors
s.beginGroup("basecolors")
for name in baseColors:
if s.contains(name):
self.baseColors[name] = QColor(s.value(name))
else:
self.baseColors[name] = baseColorDefaults[name]()
s.endGroup()
# load default styles
s.beginGroup("defaultstyles")
for name in defaultStyles:
self.defaultStyles[name] = f = QTextCharFormat(defaultStyleDefaults[name])
s.beginGroup(name)
loadTextFormat(f, s)
s.endGroup()
s.endGroup()
# load specific styles
s.beginGroup("allstyles")
for group, styles in allStyles:
self.allStyles[group]= {}
s.beginGroup(group)
for name in styles:
default = allStyleDefaults[group].get(name)
self.allStyles[group][name] = f = QTextCharFormat(default) if default else QTextCharFormat()
s.beginGroup(name)
loadTextFormat(f, s)
s.endGroup()
s.endGroup()
s.endGroup()
def save(self, scheme):
s = QSettings()
s.beginGroup("fontscolors/" + scheme)
# save font
s.setValue("fontfamily", self.font.family())
s.setValue("fontsize", self.font.pointSizeF())
# save base colors
for name in baseColors:
s.setValue("basecolors/"+name, self.baseColors[name].name())
# save default styles
s.beginGroup("defaultstyles")
for name in defaultStyles:
s.beginGroup(name)
saveTextFormat(self.defaultStyles[name], s)
s.endGroup()
s.endGroup()
# save all specific styles
s.beginGroup("allstyles")
for group, styles in allStyles:
s.beginGroup(group)
for name in styles:
s.beginGroup(name)
saveTextFormat(self.allStyles[group][name], s)
s.endGroup()
s.endGroup()
s.endGroup()
def textFormat(self, group, name):
inherit = inherits[group].get(name)
f = QTextCharFormat(self.defaultStyles[inherit]) if inherit else QTextCharFormat()
f.merge(self.allStyles[group][name])
return f
def palette(self):
"""Returns a basic palette with text, background, selection and selection background filled in."""
p = QApplication.palette()
p.setColor(QPalette.Text, self.baseColors['text'])
p.setColor(QPalette.Base, self.baseColors['background'])
p.setColor(QPalette.HighlightedText, self.baseColors['selectiontext'])
p.setColor(QPalette.Highlight, self.baseColors['selectionbackground'])
return p
def draw(self, painter, size=None):
"""
:Arguments:
painter : QPainter
Opened painter on which to draw
"""
bounding_rect = QRectF()
position = self.position
transfer_function = self.transfer_function
font = QFont(self.font)
text_color = self.text_color
line_color = self.line_color
line_thickness = self.line_thickness
value_range = self.value_range
if size is None:
viewport = painter.viewport() # viewport rectangle
mat, ok = painter.worldMatrix().inverted()
if not ok:
raise ValueError(
"Transformation matrix of painter is singular.")
viewport = mat.mapRect(viewport)
else:
viewport = size
# First, prepare the gradient
w = viewport.width()
h = viewport.height()
#print("Size of viewport: {0}x{1}".format(w, h))
gr = QLinearGradient()
nb_values = ceil(w / 5.0)
brush_color = QColor()
for i in range(int(nb_values)):
brush_color.setRgbF(*transfer_function.rgba(i / nb_values))
gr.setColorAt(i / nb_values, brush_color)
# Second, find its position
metric = QFontMetricsF(font, painter.device())
font_test = [str(i) * 5 for i in range(10)]
lim_width = 0
lim_height = 0
for t in font_test:
rect = metric.boundingRect(t)
lim_width = max(lim_width, rect.width())
lim_height = max(lim_height, rect.height())
lim_height *= 3
length = self.scale_length
shift_length = (1 - length) / 2
width = self.scale_width
shift_width = self.scale_shift_width
delta_value = value_range[1] - value_range[0]
if position == "Top":
scale_rect = QRectF(shift_length * w, shift_width * h, length * w,
width * h)
limit_rect(scale_rect, viewport, lim_width, lim_height)
gr.setStart(scale_rect.left(), scale_rect.center().y())
gr.setFinalStop(scale_rect.right(), scale_rect.center().y())
start_pos = scale_rect.bottomLeft()
end_pos = scale_rect.bottomRight()
elif position == "Right":
scale_rect = QRectF((1 - shift_width - width) * w,
shift_length * h, width * w, length * h)
limit_rect(scale_rect, viewport, lim_width, lim_height)
gr.setStart(scale_rect.center().x(), scale_rect.bottom())
gr.setFinalStop(scale_rect.center().x(), scale_rect.top())
start_pos = scale_rect.bottomLeft()
end_pos = scale_rect.topLeft()
elif position == "Bottom":
scale_rect = QRectF(shift_length * w,
(1 - shift_width - width) * h, length * w,
width * h)
limit_rect(scale_rect, viewport, lim_width, lim_height)
gr.setStart(scale_rect.left(), scale_rect.center().y())
gr.setFinalStop(scale_rect.right(), scale_rect.center().y())
start_pos = scale_rect.topLeft()
end_pos = scale_rect.topRight()
elif position == "Left":
scale_rect = QRectF(shift_width * w, shift_length * h, width * w,
length * h)
limit_rect(scale_rect, viewport, lim_width, lim_height)
gr.setStart(scale_rect.center().x(), scale_rect.bottom())
gr.setFinalStop(scale_rect.center().x(), scale_rect.top())
start_pos = scale_rect.bottomRight()
end_pos = scale_rect.topRight()
else:
raise ValueError("Invalid scale position: %s" % position)
shift_pos = (end_pos - start_pos) / delta_value
if position in ["Left", "Right"]:
is_vertical = True
length = scale_rect.height()
else:
is_vertical = False
length = scale_rect.width()
# Get the ticks
ticks = self.selectValues(length, is_vertical, painter)
if len(ticks) == 0:
return
ticks_str, ticks_extra = self._tick2str(ticks)
# Figure the shifts
dist_to_bar = self.text_to_bar
max_width = 0
max_height = 0
for t in ticks_str:
rect = metric.boundingRect(t)
max_width = max(rect.width(), max_width)
max_height = max(rect.height(), max_height)
if position == "Left":
shift_left = dist_to_bar
shift_top = None
elif position == "Right":
shift_left = -dist_to_bar - max_width
shift_top = None
elif position == "Top":
shift_left = None
shift_top = dist_to_bar
else:
shift_left = None
shift_top = -dist_to_bar - max_height
painter.save()
painter.translate(viewport.topLeft())
#print("viewport.topLeft() = {0}x{1}".format(viewport.left(), viewport.top()))
painter.setBrush(gr)
line_pen = QPen(line_color)
line_pen.setWidth(line_thickness)
painter.setPen(line_pen)
painter.drawRect(scale_rect)
bounding_rect |= scale_rect
#print("Scale rect: +{0}+{1}x{2}x{3}".format(scale_rect.left(),
#scale_rect.top(), scale_rect.width(), scale_rect.height()))
painter.setFont(font)
painter.setPen(text_color)
for ts, t in zip(ticks_str, ticks):
r = metric.boundingRect(ts)
pos = start_pos + shift_pos * (t - value_range[0])
if shift_left is None:
pos.setX(pos.x() - r.width() / 2)
else:
pos.setX(pos.x() + shift_left)
if shift_top is None:
pos.setY(pos.y() - r.height() / 2)
else:
pos.setY(pos.y() + shift_top)
r.moveTo(pos)
real_rect = painter.drawText(
r, Qt.TextDontClip | Qt.AlignVCenter | Qt.AlignHCenter, ts)
bounding_rect |= real_rect
if ticks_extra is not None or self.unit:
unit = self.unit
exp_width = width = space_width = 0
exp_txt = ""
r = exp_r = unit_r = QRectF()
exp_font = None
if ticks_extra is not None:
exp_txt = u"×10"
r = metric.boundingRect(exp_txt)
exp_font = QFont(font)
exp_size = self.exp_size
if exp_font.pixelSize() != -1:
exp_font.setPixelSize(exp_size * exp_font.pixelSize())
else:
exp_font.setPointSizeF(exp_size * exp_font.pointSizeF())
exp_metric = QFontMetricsF(exp_font, painter.device())
exp_r = exp_metric.boundingRect(ticks_extra)
if unit:
unit_r = metric.boundingRect(unit)
total_width = r.width() + exp_r.width() + unit_r.width()
total_height = max(r.height(),
unit_r.height()) + exp_r.height() / 2
pos = scale_rect.topRight()
log_debug("top right of scale bar = (%g,%g)" % (pos.x(), pos.y()))
log_debug("Size of image = (%d,%d)" % (w, h))
log_debug("Size of text = (%g,%g)" % (total_width, total_height))
if position == "Bottom":
pos.setY(pos.y() + scale_rect.height() + dist_to_bar)
pos.setX(pos.x() - total_width)
elif position == "Top":
pos.setY(pos.y() - dist_to_bar - total_height)
pos.setX(pos.x() - total_width)
else: # position == "left" or "right"
pos.setX(pos.x() - (scale_rect.width() + total_width) / 2)
if pos.x() < 0:
pos.setX(dist_to_bar)
elif pos.x() + total_width + dist_to_bar > w:
pos.setX(w - total_width - dist_to_bar)
pos.setY(pos.y() - dist_to_bar - total_height)
log_debug("Display unit at position: (%g,%g)" % (pos.x(), pos.y()))
if ticks_extra is not None:
r.moveTo(pos)
real_rect = painter.drawText(
r, Qt.TextDontClip | Qt.AlignVCenter | Qt.AlignHCenter,
exp_txt)
bounding_rect |= real_rect
pos.setX(pos.x() + r.width())
pos.setY(pos.y() - metric.ascent() / 2)
exp_r.moveTo(pos)
painter.setFont(exp_font)
real_rect = painter.drawText(
exp_r, Qt.TextDontClip | Qt.AlignVCenter | Qt.AlignHCenter,
ticks_extra)
bounding_rect |= real_rect
pos.setY(pos.y() + metric.ascent() / 2)
if unit:
pos.setX(pos.x() + space_width + exp_r.width())
unit_r.moveTo(pos)
painter.setFont(font)
real_rect = painter.drawText(
unit_r,
Qt.TextDontClip | Qt.AlignVCenter | Qt.AlignHCenter, unit)
bounding_rect |= real_rect
# Draw the ticks now
painter.setPen(line_pen)
tick_size = self.tick_size
if is_vertical:
width = scale_rect.width() * tick_size
else:
width = scale_rect.height() * tick_size
pen_width = painter.pen().widthF()
if pen_width == 0:
pen_width = 1.0
for t in ticks:
pos1 = start_pos + shift_pos * (t - value_range[0])
pos2 = QPointF(pos1)
if is_vertical:
pos1.setX(scale_rect.left() + pen_width)
pos2.setX(pos1.x() + width - pen_width)
painter.drawLine(pos1, pos2)
pos1.setX(scale_rect.right() - pen_width)
pos2.setX(pos1.x() - width + pen_width)
painter.drawLine(pos1, pos2)
else:
pos1.setY(scale_rect.top() + pen_width)
pos2.setY(pos1.y() + width - pen_width)
painter.drawLine(pos1, pos2)
pos1.setY(scale_rect.bottom() - pen_width)
pos2.setY(pos1.y() - width + pen_width)
painter.drawLine(pos1, pos2)
painter.restore()
bounding_rect = bounding_rect.adjusted(-pen_width, -pen_width,
pen_width, pen_width)
return bounding_rect
class LayerWidgetDelegate(QStyledItemDelegate):
"""
set for a specific column, controls the rendering and editing of items in that column or row of a list or table
see QAbstractItemView.setItemDelegateForRow/Column
"""
_doc: Document = None # document we're representing
# _doc: DocumentAsLayerStack = None # document we're representing
def layer_prez(self, index: int):
cll = self._doc.current_layer_set
return cll[index] if index < len(cll) and index >= 0 else None
def __init__(self, doc: Document, *args, **kwargs):
super(LayerWidgetDelegate, self).__init__(*args, **kwargs)
self._doc = doc
# self._doc = doc.as_layer_stack
fsize = get_font_size(7)
self.font = QFont('Andale Mono')
self.font.setPointSizeF(fsize)
def sizeHint(self, option: QStyleOptionViewItem, index: QModelIndex):
pz = self.layer_prez(index.row())
# if pz.kind == KIND.RGB:
# LOG.debug('triple-sizing composite layer')
# return QSize(CELL_WIDTH, CELL_HEIGHT*3)
# else:
return QSize(CELL_WIDTH, CELL_HEIGHT)
def displayText(self, *args, **kwargs):
return None
def paint(self, painter, option, index):
"""draw the individual lines in the layers control
"""
painter.save()
color = QColor(187, 213, 255, 255) if index.row() % 2 == 0 else QColor(
177, 223, 255, 255)
# color = QColor(187, 213, 255, 255)
painter.setPen(QPen(color))
painter.setFont(self.font)
value = index.data(Qt.UserRole)
text = index.data(Qt.DisplayRole)
rect = option.rect
# if we have a value, break out the animation order and other info
animation_order = None
if value:
value, animation_order = value
# if we have a point probe value, draw the filled bar to represent where it is in that layer's data range
if value:
value, bar, fmtd_str = value
w = bar * float(rect.width())
r = QRect(rect.left(), rect.top(), int(w), rect.height())
painter.fillRect(r, color)
super(LayerWidgetDelegate, self).paint(painter, option, index)
# if this layer is selected, draw a colored rectangle to highlight it
if option.state & QStyle.State_Selected and value:
painter.fillRect(r, QColor(213, 187, 255, 96))
# draw the name of the layer
painter.setPen(QPen(Qt.black))
painter.setFont(self.font)
bounds = painter.drawText(
rect.left() + LEFT_OFFSET,
rect.top() + TOP_OFFSET,
rect.width() - LEFT_OFFSET,
CELL_HEIGHT / 2 - TOP_OFFSET,
Qt.AlignLeft,
text,
)
# also draw the animation order
if animation_order is not None:
painter.setPen(QPen(Qt.white))
ao_rect = QRect(
bounds.right(),
rect.top() + TOP_OFFSET,
rect.width() - bounds.right(),
CELL_HEIGHT / 2 - TOP_OFFSET,
)
# draw the text once to get the bounding rectangle
bounds = painter.drawText(
ao_rect,
Qt.AlignRight,
str(animation_order + 1),
)
painter.fillRect(bounds, Qt.black)
# draw the text a second time to make sure it appears in the rectangle
painter.drawText(
ao_rect,
Qt.AlignRight,
str(animation_order + 1),
)
# if we have a point probe value, draw text with it's value
if value:
painter.setPen(Qt.darkBlue)
theight = CELL_HEIGHT / 2
t = rect.top() + rect.height() - theight
if w < rect.width(
) / 3: # place the text to the right of the bar instead of inside
l = max(int(w), LEFT_OFFSET)
r = rect.width()
align = Qt.AlignLeft
else:
l = 0
r = w
align = Qt.AlignRight
painter.drawText(l, t, r - l, theight, align, fmtd_str)
painter.restore()
