Python vanilla.HorizontalLine方法代码示例

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import HorizontalLine [as 别名]
def __init__( self ):
		# Window 'self.w':
		textY  = 19
		spaceX = 10
		spaceY = 10
		buttonX = 90
		buttonY = 20
		windowWidth  = spaceX*4+buttonX*3
		windowHeight = spaceY*6+textY*2+buttonY
		self.w = vanilla.FloatingWindow(
			( windowWidth, windowHeight ), # default window size
			"Set Kerning Groups", # window title
		)
		self.w.textLower = vanilla.TextBox((spaceX, spaceY, 200, textY), "Lowercase style?", sizeStyle='regular')
		self.w.normalButton = vanilla.Button((spaceX, spaceY*2+textY, buttonX, buttonY), "Normal", sizeStyle='regular', callback=self.SetKernPairsMain )
		self.w.cursiveButton = vanilla.Button((spaceX*2+buttonX, spaceY*2+textY, buttonX, buttonY), "Cursive", sizeStyle='regular', callback=self.SetKernPairsMain )
		self.w.allcapButton = vanilla.Button((spaceX*3+buttonX*2, spaceY*2+textY, buttonX, buttonY), "All Cap", sizeStyle='regular', callback=self.SetKernPairsMain )

		self.w.line = vanilla.HorizontalLine((spaceX, spaceX*4+textY*2, -spaceX, 1))
		self.w.radioButton = vanilla.RadioGroup((spaceX, spaceY*5+textY*2, 300, textY), ["All Glyphs", "Selected Glyphs"], sizeStyle='regular', isVertical=False)

		# Open window and focus on it:
		self.w.open()
		self.w.radioButton.set(0)
		self.w.makeKey() 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import HorizontalLine [as 别名]
def __init__(self):
        self.searchResults = []
        self.selectedChars = ""

        self.w = FloatingWindow((300, 400), "Unicode Picker", minSize=(250, 300),
                                autosaveName="UnicodePicker")
        y = 8
        self.w.searchField = EditText((10, y, -10, 25),
                                      placeholder="Search Unicode name or value",
                                      callback=self.searchTextChanged_)

        y = 40
        columnDescriptions = [
            dict(title="char", width=40,
                 cell=makeTextCell(align="center", font=AppKit.NSFont.systemFontOfSize_(14))),
            dict(title="unicode", width=60, cell=makeTextCell(align="right")),
            dict(title="name"),
        ]
        self.w.unicodeList = List((0, y, 0, -100), [], columnDescriptions=columnDescriptions,
                                  rowHeight=18,
                                  selectionCallback=self.listSelectionChanged_,
                                  doubleClickCallback=self.listDoubleClickCallback_)
        self.w.unicodeList._nsObject.setBorderType_(AppKit.NSNoBorder)

        y = -100
        self.w.divider = HorizontalLine((0, y, 0, 1))
        y += 5
        self.w.unicodeText = TextBox((20, y, -10, 55), "")
        self.w.unicodeText._nsObject.cell().setFont_(AppKit.NSFont.systemFontOfSize_(36))
        self.w.unicodeText._nsObject.cell().setLineBreakMode_(AppKit.NSLineBreakByTruncatingMiddle)
        y += 55
        self.w.copyButton = Button((20, y, 120, 25), "Copy", callback=self.copy_)
        self.w.copyButton.enable(False)

        self.w.open()
        self.w._window.setWindowController_(self)
        self.w._window.setBecomesKeyOnlyIfNeeded_(False)
        self.w._window.makeKeyWindow() 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import HorizontalLine [as 别名]
def __init__( self ):
		windowWidth  = 400
		windowHeight = 280
		self.w = vanilla.FloatingWindow(
			( windowWidth, windowHeight ), # default window size
			"ALL YOUR @BASE BELONG TO US.", # window title
			autosaveName = "com.Tosche.BatchMetricKey.mainwindow" # stores last window position and size
		)

		# UI elements:
		self.w.presetText = vanilla.TextBox( ( 12, 13, 55, 17), "Presets:", sizeStyle='regular' )
		self.w.presetPopup = vanilla.PopUpButton( (14+58, 13, -15, 17), [str(x) for x in presets], callback=self.setField, sizeStyle='regular' )
		self.w.keyTextField = vanilla.EditText( (14, 45, -15, 22), re.sub(" .*", "", presets[0]), sizeStyle = 'regular')
		self.w.setToText = vanilla.TextBox( ( 12, 78, 50, 17), "Set to:", sizeStyle='regular' )
		self.w.applyL = vanilla.CheckBox( ( 12+50, 78, 50, 22), "Left", value=True, sizeStyle='regular')
		self.w.applyR = vanilla.CheckBox( ( 12+50+50, 78, 56, 22), "Right", value=True, sizeStyle='regular')
		self.w.avoidNest = vanilla.CheckBox( ( 275, 78, 115, 22), "Adoid Nesting", value=True, sizeStyle='regular')
		self.w.radioQText = vanilla.TextBox( ( 12, 115, 100, 17), "If there is Q:", sizeStyle='regular' )
		self.w.radioQ = vanilla.RadioGroup( (100, 115, 350, 19), ["Use width of O (no key)", "Use RSB of Q"], sizeStyle='regular', isVertical=False)
		self.w.radioQ.set(0)
		self.w.line = vanilla.HorizontalLine((12, 190, -10, 1))
		self.w.explain = vanilla.TextBox( ( 12, 200, 350, 80), "@base is a glyph without suffix of the selected glyph.\n@base of hsuperior is h\n@Base of a.smcp is A\n@base.smcp of one.numr is one.smcp", sizeStyle='regular' )
		# Run Button:
		self.w.setButton = vanilla.Button((290, 145, 90, 34), "Set", sizeStyle='regular', callback=self.BatchMetricKeyMain )
		self.w.setDefaultButton( self.w.setButton )
		
		# Open window and focus on it:
		self.w.open()
		self.w.makeKey() 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import HorizontalLine [as 别名]
def __init__(self, font, html, glyphsWithIssues):
        self.font = font
        self.html = html
        self.glyphsWithIssues = glyphsWithIssues
        title = "Glyph Nanny Report: Unsaved Font"
        if font.path is not None:
            title = u"Glyph Nanny Report: %s" % os.path.basename(font.path)
        self.w = vanilla.Window((600, 400), title=title, minSize=(200, 200))
        self.w.reportView = HTMLView((0, 0, -0, -50))
        self.w.reportView.setHTML(html)
        self.w.line = vanilla.HorizontalLine((0, -50, 0, 1))
        self.w.saveButton = vanilla.Button((15, -35, 100, 20), "Save Report", callback=self.saveButtonCallback)
        self.w.markButton = vanilla.Button((-115, -35, 100, 20), "Mark Glyphs", callback=self.markButtonCallback)
        self.w.open() 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import HorizontalLine [as 别名]
def _heading(self, title):
        self.leading += 20
        setattr(self.w, 'text%s' % self.head_count, vanilla.TextBox((14, self.leading, 300, 14), title, sizeStyle='small'))
        self.leading += 12
        self.head_count += 1
        setattr(self.w, 'rule%s' % self.head_count, vanilla.HorizontalLine((14, self.leading, 300, 14)))
        self.leading += 12 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import HorizontalLine [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() 

# 需要导入模块: import vanilla [as 别名]
# 或者: from vanilla import HorizontalLine [as 别名]
def __init__( self ):
		# Window 'self.w':
		edY = 22
		sp = 10
		btnX = 80
		btnY = 22
		windowWidth  = 300
		windowHeight = 340
		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
			"Export InDesign Tagged Text", # window title
			autosaveName = "com.Tosche.ExportInDesignTaggedText.mainwindow" # stores last window position and size
		)
		f = Glyphs.font
		try:
			os.path.dirname(f.filepath)
			location = "the same folder as the Glyphs source file"
		except:
			location = "Documents folder"

		instruction = '''Instruction:

1. Export button will save the text file(s) in %s (overwites existing ones).

2. You also need to generate the font and make it available in InDesign.

3. In InDesign, have a document open. Go to "File > Place", choose the exported text file, and place it somewhere in the document. Et voilà!''' % location

		instancePopupItems = []
		for ins in f.instances:
			familyName = ins.customParameters["familyName"] if ins.customParameters["familyName"] else f.familyName
			instancePopupItems.append( "%s %s" % (familyName, ins.name) )
		instancePopupItems += ["All instances"]

		# UI elements:
		self.w.instancesText = vanilla.TextBox( (sp, sp+5, 75, edY), "Export for", sizeStyle='small' )
		self.w.instancesList = vanilla.PopUpButton( (sp*2+55, sp, -sp, edY), instancePopupItems, sizeStyle='small' )
		self.w.tabCheck = vanilla.CheckBox( (sp, sp*2+edY*1, -sp, edY), "Tab-separated", sizeStyle = 'small', callback = self.checkBoxes)
		self.w.unicodeCheck = vanilla.CheckBox( (sp, sp*2+edY*2, -sp, edY), "Unicode characters first, un-encoded later", sizeStyle = 'small', callback = self.checkBoxes)
		self.w.breakCheck = vanilla.CheckBox( (sp, sp*2+edY*3, -sp, edY), "Break up the unicode part by category", sizeStyle = 'small')
		self.w.runButton = vanilla.Button((sp, sp*3+edY*4, -sp, btnY), "Export", sizeStyle='regular', callback=self.ExportInDesignTaggedTextMain )
		self.w.setDefaultButton( self.w.runButton )
		self.w.border = vanilla.HorizontalLine((0, sp*4+edY*5, -0, 1))
		self.w.instructionText = vanilla.TextBox( (sp, sp*5+edY*5, -sp, 200), instruction, sizeStyle='small' )
		
		# Load Settings:
		if not self.LoadPreferences():
			print("Note: 'Export InDesign Tagged Text.py' could not load preferences. Will resort to defaults")
		
		self.checkBoxes(self.w.unicodeCheck)

		# Open window and focus on it:
		self.w.open()
		self.w.makeKey()