Python vanilla.Window方法代码示例

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import Window [as 别名]
def __init__( self ):
		x = 10
		y = 10
		height = 20
		button_width = 30
		glyphname_width = 180
		gap = 6
		self.w = Window( ( x + button_width + gap + glyphname_width + gap + button_width + x, y + height + y ), "insert glyph" )
		self.w.center()
		self.w.glyphname = EditText( ( x, y, glyphname_width, height ), '')
		x += glyphname_width + gap
		self.w.alignleft = Button( ( x, y, button_width, height ), LEFT, callback = self.buttonCallback )
		x += button_width + gap
		self.w.alignright = Button( ( x, y, button_width, height ), RIGHT, callback = self.buttonCallback )
		self.w.setDefaultButton( self.w.alignleft )
		self.w.alignright.bind( "\x1b", [] )
		self.w.open() 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import Window [as 别名]
def __init__(self):
        self.w = Window((300, 100))
        self.w.inner = Group((10, 10, -10, -10))
        
        p1 = VanillaSingleValueParameter('main', 10, (0, 100), 'int')
        p2 = VanillaSingleValueParameter('ratio', 10, (0, 100), 'int', master=p1, mode='ratio', dissociable=True)
        p3 = VanillaSingleValueParameter('offset', 10, (0, 100), 'int', master=p1, mode='offset', dissociable=True)
        
        self.w.inner.p1 = ParameterSliderTextInput(p1, (0, 0, -0, 22), 'master')
        self.w.inner.p2 = ParameterSliderTextInput(p2, (0, 25, -0, 22), 'ratio')
        self.w.inner.p3 = ParameterSliderTextInput(p3, (0, 50, -0, 22), 'offset')
        self.w.open() 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import Window [as 别名]
def __init__(self):
            self.w = Window((300, 400), "SliderTest", autosaveName="SliderTestttt")
            # self.w.slider1 = SliderPlus((10, 10, -10, 50), "Slider 1", 0, 50, 100)
            # self.w.slider2 = SliderPlus((10, 60, -10, 50), "Slider 2", 0, 50, 100)
            info = [("abcd", "The alphabet"),
                    ("xyz ", "The alphabet part 2"),
                    ("wdth", "Width"),
                    ("wght", "Weight")]
            self.sliderInfo = {}
            for tag, label in info:
                self.sliderInfo[tag] = (label, 0, 50, 100)
            self.w.sliderGroup = SliderGroup(300, self.sliderInfo, continuous=True, callback=self.sliderGroupCallback)
            self.w.mutateButton = Button((10, -40, 80, 20), "Mutate", callback=self.mutateCallback)
            self.w.open() 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import Window [as 别名]
def __init__(self):
            self.w = Window((300, 500), minSize=(200, 100))
            y = 10
            self.w.g = Group((0, 0, 0, 0))
            for i, tag in enumerate(["liga", "calt", "dlig", "smcp", "kern", "locl"]):
                setattr(self.w.g, f"tag{i}", TagView((10, y, 60, 20), tag, None, self.callback))
                y += 26
            self.w.open() 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import Window [as 别名]
def __init__(self):
            tagGroups = {"GSUB": {"aalt", "salt", "ss02", "ccmb", "ccmp", "liga", "dlig", "rvrn", "cpsp"},
                         "GPOS": {"kern", "mark", "mkmk", "cpsp", "ZZZZ"}}
            self.w = Window((300, 500), "TagTest", minSize=(200, 200), autosaveName="TempTagTesttt")
            self.tags = FeatureTagGroup(300, tagGroups, callback=self.tagsChanged)

            self.w.tagsScrollView = AligningScrollView((0, 0, 0, -50), self.tags, drawBackground=False,
                                                       borderType=AppKit.NSNoBorder)
            self.w.mutateButton = Button((10, -30, 100, 20), "Mutate", callback=self.mutate)
            self.w.repopulateButton = Button((120, -30, 100, 20), "Repopulate", callback=self.repopulate)
            self.w.open() 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import Window [as 别名]
def __init__( self, titles ):
		self.button = ''
		margin = 10
		size = 40
		self.w = Window( ( len( titles ) * ( margin + size ) + margin, 2 * margin + size ), "Symmetrify" )
		top = margin
		left = margin

		for title in titles:
			button = SquareButton( ( left, top, size, size ), title, callback = self.buttonCallback )
			setattr( self.w, title, button )
			left += size + margin 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import Window [as 别名]
def __init__( self ):
		hori_margin = 10
		verti_margin = hori_margin
		button_width = 30
		glyphname_width = 180
		line_height = 20
		gap = 9
		dialog_height = line_height + gap + line_height + gap + line_height
		dialog_width = button_width + gap + glyphname_width + gap + button_width
		self.w = Window( ( hori_margin + dialog_width + hori_margin, verti_margin + dialog_height + verti_margin ), "insert glyph" )
		self.w.center()
		x = hori_margin
		y = verti_margin
		# glyph name
		self.w.glyphname = EditText( ( x, y, glyphname_width, line_height ), '')
		self.w.glyphname.getNSTextField().setToolTip_( u'Enter the name of the glyph to be inserted. It is sufficient to enter the beginning of the glyph name, e.g. “deg” for “degree”.' )
		# buttons
		x += glyphname_width + gap
		self.w.alignleft = Button( ( x, y, button_width, line_height ), LEFT, callback = self.buttonCallback )
		self.w.alignleft.getNSButton().setToolTip_( 'Insert the other glyph left-aligned, i.e. at its original same position. Keyboard shortcut: Enter' )
		x += button_width + gap
		self.w.alignright = Button( ( x, y, button_width, line_height ), RIGHT, callback = self.buttonCallback )
		self.w.alignright.getNSButton().setToolTip_( 'Insert the other glyph right-aligned with respect to the advance widths. Keyboard shortcut: Esc' )
		self.w.setDefaultButton( self.w.alignleft )
		self.w.alignright.bind( "\x1b", [] )
		# insert as component
		as_component_is_checked = True
		if Glyphs.defaults["com.FMX.InsertGlyphToBackground.AsCompoment"]  is not None:
			as_component_is_checked = Glyphs.defaults["com.FMX.InsertGlyphToBackground.AsCompoment"]
		y += line_height + gap
		x = hori_margin
		self.w.as_component = CheckBox( ( x, y, dialog_width, line_height ), 'Insert as component', callback=None, value=as_component_is_checked )
		self.w.as_component.getNSButton().setToolTip_( 'If checked, the other glyph is inserted to the background as a component. Otherwise, it is inserted as paths (even if the other glyph is made of components).' )
		# clear current contents
		y += line_height + gap
		clear_contents_is_checked = True
		if Glyphs.defaults["com.FMX.InsertGlyphToBackground.ClearContents"]  is not None:
			clear_contents_is_checked = Glyphs.defaults["com.FMX.InsertGlyphToBackground.ClearContents"]
		self.w.clear_contents = CheckBox( ( x, y, dialog_width, line_height ), 'Clear current contents', callback=None, value=clear_contents_is_checked )
		self.w.clear_contents.getNSButton().setToolTip_( 'Check this to clear the background before inserting the other glyph. Uncheck to keep the current contents of the background.' )
		self.w.open() 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import Window [as 别名]
def drawReport(self, info):
        # skip if the user doesn't want to see the report
        display = defaults.getValue(defaultKeyObserverVisibility)
        if not display:
            return
        # make sure there is something to be tested
        glyph = info["glyph"]
        if glyph is None:
            return
        # get the report
        font = glyph.getParent()
        testStates = defaults.getValue(defaultKeyTestStates)
        if roboFontVersion > "1.5.1":
            testStates = dictToTuple(testStates)
            report = glyph.getRepresentation("com.typesupply.GlyphNanny.Report", testStates=testStates)
        else:
            report = getGlyphReport(font, glyph, testStates)
        # draw the report
        scale = info["scale"]
        for key in drawingOrder:
            data = report.get(key)
            if data:
                drawingFunction = testRegistry[key]["drawingFunction"]
                if drawingFunction is not None:
                    drawingFunction(data, scale, glyph)
        drawTextReport(report, scale, glyph)


# ------------
# Prefs Window
# ------------ 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import Window [as 别名]
def __init__(self):
        self.testStateControlToIdentifier = {}
        self.colorControlToKey = {}

        self.w = vanilla.Window((264, 457), "Glyph Nanny Preferences")

        # global visibility
        state = defaults.getValue(defaultKeyObserverVisibility)
        self.w.displayLiveReportTitle = vanilla.TextBox((15, 15, 150, 17), "Live report display is:")
        self.w.displayLiveReportRadioGroup = vanilla.RadioGroup((159, 15, -15, 17), ["On", "Off"], isVertical=False, callback=self.displayLiveReportRadioGroupCallback)
        self.w.displayLiveReportRadioGroup.set(not state)

        # test states
        _buildGlyphTestTabs(self, 50)

        # colors
        colors = [
            ("Information", defaults.colorInform, defaultKeyColorInform),
            ("Review Something", defaults.colorReview, defaultKeyColorReview),
            ("Insert Something", defaults.colorInsert, defaultKeyColorInsert),
            ("Remove Something", defaults.colorRemove, defaultKeyColorRemove)
        ]
        top = 290
        for title, color, key in colors:
            control = vanilla.ColorWell((15, top, 70, 25), color=color, callback=self.noteColorColorWellCallback)
            self.colorControlToKey[control] = key
            setattr(self.w, "colorWell_" + title, control)
            control = vanilla.TextBox((90, top + 3, -15, 17), title)
            setattr(self.w, "colorTitle_" + title, control)
            top += 32

        # titles
        state = defaults.getValue(defaultKeyTitleVisibility)
        self.w.displayReportTitlesCheckBox = vanilla.CheckBox((15, 425, -15, 22), "Show Report Titles", value=state, callback=self.displayReportTitlesCheckBoxCallback)

        self.w.open() 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import Window [as 别名]
def toggleObserverVisibility():
    state = not defaults.getValue(defaultKeyObserverVisibility)
    setExtensionDefault(defaultKeyObserverVisibility, state)
    defaults.reload()
    UpdateCurrentGlyphView()


# ----------------
# Test Font Window
# ---------------- 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import Window [as 别名]
def __init__(self):
            self.w = Window((400, 400), minSize=(300, 300))
            self.w.e = CodeEditor((0, 0, -0, -0), t, lexer=GlyphConstructionLexer())
            self.w.open() 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import Window [as 别名]
def __init__( self ):
		# Window 'self.w':
		edY = 22
		txX = 116
		txY  = 17
		spX = 14
		spY = 12
		btnX = 60
		btnY = 20
		windowWidth  = 260
		windowHeight = 360
		windowWidthResize  = 100 # user can resize width by this value
		windowHeightResize = 0   # user can resize height by this value
		self.w = vanilla.FloatingWindow(
			( windowWidth, windowHeight ), # default window size
			"Make Bubble Layers", # window title
			autosaveName = "com.Tosche.MakeBubbleLayers.mainwindow" # stores last window position and size
		)
		# Offset values:
		self.w.textH = vanilla.TextBox( (spX, spY, txX, txY), "Horizontal Offset:" )
		self.w.textV = vanilla.TextBox( (spX, spY*2+txY, txX, txY), "Vertical Offset:" )
		self.w.editH = vanilla.EditText( (-spX-80, spY, -spX, edY), "60")
		self.w.editV = vanilla.EditText( (-spX-80, spY*2+txY, -spX, edY), "60")
		self.w.line1 = vanilla.HorizontalLine((0, spY*3+txY*2+5, -0, 1))
		# Sidebearing modification:
		self.w.adhereToSB = vanilla.CheckBox((spX, spY*4+txY*2, -spX, edY), "Adhere to Sidebearigs", callback=self.checkBoxCallback, value=True)
		self.w.excess = vanilla.TextBox( (spX+16, spY*5+txY*3-7, -spX, txY), "Exceeding outlines are:" )
		self.w.excessRadio = vanilla.RadioGroup((spX+16, spY*6+txY*4-14, 160, edY), ["Nudged", "Trimmed"], isVertical = False,)
		self.w.line2 = vanilla.HorizontalLine((0, spY*6+txY*5-4, -0, 1))
		# Rounding:
		self.w.textRound = vanilla.TextBox( (spX, spY*7+txY*5, txX, txY), "Round Corners:" )
		self.w.editRound = vanilla.EditText( (-spX-80, spY*7+txY*5, -spX, edY), "0")
		self.w.line3 = vanilla.HorizontalLine((0, spY*8+txY*6+5, -0, 1))
		# Overwrite Behaviour:
		self.w.textOverwrite = vanilla.TextBox( (spX, spY*9+txY*7-11, -spX, txY), "Overwrite existing?" )
		self.w.overwriteRadio = vanilla.RadioGroup((spX, spY*10+txY*8-14, -spX, edY), ["Never", "If Empty", "Always"], isVertical = False,)
		self.w.line4 = vanilla.HorizontalLine((0, spY*11+txY*9-8, -0, 1))
		# Master preference
		self.w.masterRadio = vanilla.RadioGroup((spX, spY*11+txY*9, 0, edY), ["Current Master", "All Masters"], isVertical = False,)
		# Run Button:
		self.w.runButton = vanilla.Button((-80-15, -20-15, -15, -15), "Go!", sizeStyle='regular', callback=self.MakeBubbleLayersMain )
		self.w.setDefaultButton( self.w.runButton )

		self.progress = vanilla.Window((200, 65), closable=False, miniaturizable=False)
		self.progress.text = vanilla.TextBox( (spX, spY, -spX, txY), "Please wait..." )

		# Load Settings:
		if not self.LoadPreferences():
			self.w.excessRadio.set(0)
			self.w.overwriteRadio.set(1)
			self.w.masterRadio.set(1)
			print "Note: 'Make Bubble Layers' could not load preferences. Will resort to defaults"
		# Open window and focus on it:
		self.w.open()
		self.w.makeKey()
		self.progress.open()
		self.progress.center()
		self.progress.hide()