class TDGroupViewStacked(VanillaBaseObject):
nsViewClass = NSView
def __init__(self,
posSize,
selectionCallback=None,
doubleClickCallback=None,
sizeStyle='regular',
liveupdate=False):
xw, yw, tx, ty = posSize
self.glyphsToDisplay = []
self.font = None
self.hashKernDic = None
self.direction = 'L'
self.showSelected = False
self.groupIsEmpty = False
self.diffMarginsInGroup = False
self.groupname = None
self.keyGlyph = None
self.keyGlyphMargin = None
self.showMask = True
self.showInfo = True
self.imnotready = True
self.liveupdate = liveupdate
self.vertShift = 50
self._alpha = .1
self._scalefactorUI = .045 # sizeStyle = 'regular'
ty = 85
if sizeStyle == 'big':
self._scalefactorUI = .065
ty = 100
self.vertShift = 0
elif sizeStyle == 'small':
self._scalefactorUI = .035
ty = 65
elif sizeStyle == 'mini':
self._scalefactorUI = .025
ty = 45
elif sizeStyle == 'micro':
self._scalefactorUI = .015
ty = 30
self.heightOfControl = ty
self._selectionCallback = selectionCallback
self._doubleClickCallbak = doubleClickCallback
self.darkmode = KERNTOOL_UI_DARKMODE
self.darkmodeWarm = KERNTOOL_UI_DARKMODE_WARMBACKGROUND
self._selfHeight = ty
self._setupView(self.nsViewClass, (xw, yw, tx, ty)) # (0, 0, -0, 106)
self.infoLine = Canvas(
(0, 0, -0, -0),
delegate=self, # canvasSize = (ty, ty),
hasHorizontalScroller=False,
hasVerticalScroller=False,
autohidesScrollers=True,
# backgroundColor = NSColor.whiteColor(),
# acceptMouseMoved = True
)
self.infoLine.scrollView.getNSScrollView().setBorderType_(NSNoBorder)
self.infoLine.update()
def setFont(self, font):
self.font = font
# self.glyphsToDisplay = []
# self.infoLine.update()
def selected(self, selected=False):
self.showSelected = selected
self.infoLine.update()
def setKeyGlyph(self, groupname):
if len(self.font.groups[groupname]) > 0:
gname = self.font.groups[groupname][0]
self.keyGlyph = gname
self.keyGlyphMargin = getKeyGlyphMargin(self.font,
keyglyph=gname,
direction=self.direction)
self.groupIsEmpty = False
else:
self.keyGlyph = None
self.keyGlyphMargin = 0
self.groupIsEmpty = True
def setGroupStack(self, name, direction=None):
# if self.groupname == name and not self.liveupdate: return
if not direction:
direction = getDirection(name)
self.direction = direction
self.glyphsToDisplay = []
self.diffMarginsInGroup = False
if ID_KERNING_GROUP in name:
self.groupname = name
self.setKeyGlyph(groupname=self.groupname)
if not self.keyGlyph:
self.imnotready = False
self.infoLine.update()
return
totalglyphs = len(self.font.groups[self.groupname])
if totalglyphs in range(0, 6):
self._alpha = .3
else:
self._alpha = .1
# self._alpha = (100/totalglyphs)/100 * len(self.font.groups[groupname])
for idx, glyphname in enumerate(self.font.groups[self.groupname]):
if glyphname in self.font:
self.glyphsToDisplay.append(self.font[glyphname])
if self.keyGlyphMargin != getKeyGlyphMargin(
self.font, keyglyph=glyphname,
direction=direction):
self.diffMarginsInGroup = True
else:
if name in self.font:
self.keyGlyph = name
self.keyGlyphMargin = getKeyGlyphMargin(
self.font, keyglyph=name, direction=self.direction)
self.glyphsToDisplay.append(self.font[name])
self.groupname = name
self.diffMarginsInGroup = False
self.imnotready = False
self.infoLine.update()
def setupGroupViewExternal(self, groupname, glyphs, keyglyphname, margin,
diffmargin, direction):
# if self.groupname == groupname and not self.liveupdate: return
self.groupname = groupname
self.glyphsToDisplay = glyphs
self.keyGlyph = keyglyphname
self.keyGlyphMargin = margin
self.diffMarginsInGroup = diffmargin
self.direction = direction
totalglyphs = len(glyphs)
if totalglyphs in range(0, 6):
self._alpha = .3
else:
self._alpha = .1
self.imnotready = False
self.infoLine.update()
def mouseDown(self, event):
if event.clickCount() == 2:
if self._doubleClickCallbak:
self._doubleClickCallbak(self.groupname)
elif event.clickCount() == 1:
if self._selectionCallback:
self._selectionCallback(self.groupname)
def draw(self):
if self.imnotready: return
stroke(0, 0, 0, 0)
strokeWidth(0)
font('Menlo', fontSize=10)
visibleHeight = self.infoLine.scrollView.getNSScrollView(
).documentVisibleRect().size.height
visibleWidth = self.infoLine.scrollView.getNSScrollView(
).documentVisibleRect().size.width
# self.infoLine._view.setFrame_(NSMakeRect(0, 0, visibleWidth, visibleHeight))
def italicShift(angle, Ypos):
if angle:
italics_shift = Ypos * math.tan(abs(angle) * 0.0175)
return italics_shift
else:
return 0
if self.darkmodeWarm:
fillRGB((.75, .73, .7, .8))
# print('maxY', maxY)
# if _rw < visibleWidth:
# _rw = visibleWidth # + 500
rect(0, 0, visibleWidth, visibleHeight)
scalefactor = self._scalefactorUI
Xcenter = visibleWidth / 2
if self.font:
if self.groupIsEmpty: #not self.glyphsToDisplay:
fillRGB(COLOR_KERN_VALUE_NEGATIVE)
if self.showSelected:
fill(.1, 0, 1, 1)
rect(0, 0, visibleWidth, 15)
fill(1)
text(getDisplayNameGroup(self.groupname), (5, 1))
return
else:
if self.keyGlyph:
keyGlyph = self.font[
self.keyGlyph] # self.glyphsToDisplay[-1]
keyWidth = keyGlyph.width
else:
keyWidth = 0
Xright = 0
Xleft = Xcenter - keyWidth / 2
Xright = Xleft + keyWidth
font('Menlo', fontSize=9)
if self.direction == 'L':
if self.showMask:
fill(.4)
if self.font.info.italicAngle != 0:
a = self.font.info.italicAngle
h = visibleHeight
w = visibleWidth
polygon((0, 0), (0, h),
(w / 2 + italicShift(a, h) / 2, h),
(w / 2 - italicShift(a, h) / 2, 0))
else:
rect(0, 0, (visibleWidth / 2), visibleHeight)
fill(0, 0, 0, 1)
shiftx = -6
xpos = visibleWidth - 16
# shiftx = shiftx * len(str(self.keyGlyphMargin))
shiftx, _y = textSize(str(self.keyGlyphMargin))
fill(0)
text(str(self.keyGlyphMargin),
(xpos - shiftx, visibleHeight - 17))
if self.diffMarginsInGroup:
fillRGB(COLOR_KERN_VALUE_NEGATIVE)
oval(visibleWidth - 13, visibleHeight - 14, 8, 8)
elif self.direction == 'R':
if self.showMask:
fill(.4)
if self.font.info.italicAngle != 0:
a = self.font.info.italicAngle
h = visibleHeight
w = visibleWidth
polygon((w / 2 - italicShift(a, h) / 2, 0),
(w / 2 + italicShift(a, h) / 2, h), (w, h),
(w, 0))
else:
rect((visibleWidth / 2), 0, visibleWidth / 2,
visibleHeight)
fill(0)
text(str(self.keyGlyphMargin), (17, visibleHeight - 17))
if self.diffMarginsInGroup:
fillRGB(COLOR_KERN_VALUE_NEGATIVE)
oval(5, visibleHeight - 14, 8, 8)
# font('Menlo', fontSize = 10)
fill(0)
if self.showSelected:
fill(.1, 0, 1, 1)
# fill()
# print NSColor.selectedMenuItemTextColor()
rect(0, 0, visibleWidth, 15)
txt = getDisplayNameGroup(self.groupname)
txtshift = 2
font('Menlo', fontSize=10)
if txt.startswith('@.'):
txt = txt.replace('@.', '')
txtshift = 10
fillRGB((1, .6, .2, 1))
text('@', 3, 2)
fill(1)
nx, ny = textSize(txt)
if nx > visibleWidth - 15:
font('Menlo', fontSize=8)
text(txt, (3 + txtshift, 3))
else:
text(txt, (3 + txtshift, 1))
translate(visibleWidth / 2 - visibleWidth / 40,
(visibleHeight / 3)) # -4
stroke(0, 0, 0, 0)
strokeWidth(0)
scale(scalefactor)
for idx, glyph in enumerate(self.glyphsToDisplay):
save()
pen = CocoaPen(self.font)
if self.direction == 'L':
translate(Xright - glyph.width, self.vertShift)
elif self.direction == 'R':
translate(Xleft, self.vertShift)
fill(0, 0, 0, self._alpha)
if glyph.name == self.keyGlyph:
fill(0, 0, 0, 1)
glyph.draw(pen)
drawPath(pen.path)
restore()
translate(0, 0)
class TDGroupLine(VanillaBaseObject):
nsViewClass = NSView
def __init__(self,
posSize,
separatePairs=True,
selectionCallback=None,
selectionPairCallback=None,
selectionGlyphCallback=None,
sizeStyle='regular',
hasHorizontalScroller=True,
showValues=False,
showMargins=False,
showNames=False):
xw, yw, tx, ty = posSize
# ty = 120
# self._posSize = (xw, yw, tx, 106)
self.glyphsToDisplay = []
self.pairsToDisplay = None
self.pairsViews = []
self._currentPairToDisplay = ()
self._font = None
self._viewArray = []
self._selectedGlyph = None
self._idxSelectedGlyph = 0
self._letterStep = 7
self._hasHorizontalScroller = hasHorizontalScroller
self.hashKernDic = None
self.separatorPairsWidth = 250
self.separatePairs = separatePairs
self.toucheMode = False
self.touchFlag = False
self.lightmode = False
self.valuesMode = showValues
self.showMargins = showMargins
self.showNames = showNames
self.maxX = 0
self._mouseOver = False
self.darkmode = KERNTOOL_UI_DARKMODE
self.darkmodeWarm = KERNTOOL_UI_DARKMODE_WARMBACKGROUND
self._scalefactorUI = .045 # sizeStyle = 'regular'
ty = 85
if sizeStyle == 'extrabig':
self._scalefactorUI = .090
ty = 180
if sizeStyle == 'big':
self._scalefactorUI = .055
ty = 110
elif sizeStyle == 'small':
self._scalefactorUI = .035
ty = 65
self.valuesMode = False
self.showMargins = False
self.showNames = False
elif sizeStyle == 'mini':
self._scalefactorUI = .027
ty = 50
self.valuesMode = False
self.showMargins = False
self.showNames = False
elif sizeStyle == 'micro':
self._scalefactorUI = .021
ty = 40
self.valuesMode = False
self.showMargins = False
self.showNames = False
self.heightOfControl = ty
self._selectedPair = None
self._selectionCallback = selectionCallback
self._selectionPairCallback = selectionPairCallback
self._selectionGlyphCallback = selectionGlyphCallback
self._selfHeight = ty
self._setupView(self.nsViewClass, (xw, yw, tx, ty)) # (0, 0, -0, 106)
self.infoLine = Canvas(
(0, 0, -0, -0),
delegate=self, # canvasSize = (100, 101),
hasHorizontalScroller=hasHorizontalScroller,
hasVerticalScroller=False,
autohidesScrollers=True,
# backgroundColor = NSColor.whiteColor()
)
self.infoLine.scrollView.getNSScrollView().setBorderType_(NSNoBorder)
# self.infoLine.update()
def setFont(self, font, hashKernDic):
self._font = font
self.hashKernDic = hashKernDic
self.setPairsToDisplay([], [])
# self.glyphsToDisplay = []
# self.pairsToDisplay = None
# self.pairsViews = []
# # self._currentPairToDisplay = ()
# # self._viewArray = []
# # self._selectedGlyph = None
# # self._idxSelectedGlyph = 0
# self.compilePairs()
# # self.infoLine.update()
def setPairsToDisplay(self, glyphsListUUID, pairList):
# print 'got list:'
if self.glyphsToDisplay != glyphsListUUID:
self.resetPosition()
self.glyphsToDisplay = glyphsListUUID
self.pairsToDisplay = pairList
self.compilePairs()
self.infoLine.update()
def setPair(self, pair, direction=None, deltaKern=None):
if not direction: return
l, r = pair
pair = researchPair(self._font, self.hashKernDic, (l, r))
gL = pair['L_nameForKern']
gR = pair['R_nameForKern']
ggL = []
ggR = []
if direction == 'L':
if self.hashKernDic.thisGroupIsMMK(gL):
try:
for ggname in self._font.groups[gL]:
ggL.append(self._font[ggname].name)
ggL.append(self._font[cutUniqName(r)].name)
except:
pass
self.setPairsToDisplay(
ggL,
getListOfPairsToDisplay(self._font,
self.hashKernDic,
ggL,
deltaKern=deltaKern))
elif direction == 'R':
if self.hashKernDic.thisGroupIsMMK(gR):
try:
for ggname in self._font.groups[gR]:
ggR.append(self._font[cutUniqName(l)].name)
ggR.append(self._font[ggname].name)
except:
pass
self.setPairsToDisplay(
ggR,
getListOfPairsToDisplay(self._font,
self.hashKernDic,
ggR,
deltaKern=deltaKern))
elif direction == 'B':
self.setPairsToDisplay([l, r],
getListOfPairsToDisplay_previewDeltaKern(
self._font,
self.hashKernDic, [l, r],
deltaKern=deltaKern,
mixPairs=False))
return
if not self.hashKernDic.thisGroupIsMMK(
gL) and not self.hashKernDic.thisGroupIsMMK(gR):
self.setPairsToDisplay([gL, gR],
getListOfPairsToDisplay(
self._font,
self.hashKernDic, [gL, gR],
deltaKern=deltaKern))
def setGlyphsLine(self, glyphslist):
if glyphslist:
self.setPairsToDisplay(
glyphslist,
getListOfPairsToDisplay(self._font, self.hashKernDic,
glyphslist))
def get(self):
return self.glyphsToDisplay
def mouseDown(self, event):
offset = self.separatorPairsWidth * self._scalefactorUI
X_window_pos = event.locationInWindow().x
X_local_pos = self.infoLine.scrollView.getNSScrollView(
).documentVisibleRect().origin.x
x = X_window_pos + X_local_pos # - self._letterStep
selectedpair = ()
item = None
for idx, item in enumerate(self._viewArray):
# if idx+1 < len(self._viewArray):
x0 = item['x0'] + offset
# x1 = self._viewArray[idx+1]['x1']
x1 = item['x0'] + item['width'] * self._scalefactorUI - item[
'kernValue'] * self._scalefactorUI + offset #+ self._viewArray[idx+1]['width']* self._scalefactorUI + offset
if (x0 < x) and (x < x1):
self._selectedGlyph = item
self._idxSelectedGlyph = idx
# print ('item', item)
# print ('idx',idx)
for pitem in self.pairsViews:
pl, pr = pitem
if pl == self._viewArray[
idx - 1]['nameUUID'] and pr == item['nameUUID']:
selectedpair = (cutUniqName(
self._viewArray[idx - 1]['nameUUID']),
cutUniqName(item['nameUUID']))
# self._idxSelectedGlyph = idx
if pl == item['nameUUID'] and pr == self._viewArray[
idx + 1]['nameUUID']:
selectedpair = (cutUniqName(item['nameUUID']),
cutUniqName(
self._viewArray[idx +
1]['nameUUID']))
# self._idxSelectedGlyph = idx + 1
break
if event.clickCount() == 2:
if self._selectionCallback:
self._selectionCallback(self.glyphsToDisplay)
else:
if decodeModifiers(event.modifierFlags()) == 'Alt':
if self._selectionPairCallback and selectedpair:
self._selectionPairCallback(selectedpair)
else:
if self._selectionGlyphCallback and item:
# print (self._idxSelectedGlyph)
self._selectionGlyphCallback(
cutUniqName(self._viewArray[self._idxSelectedGlyph]
['nameUUID']))
self.infoLine.update()
def resetView(self):
self._viewArray = []
self.infoLine.update()
def compilePairs(self):
carretX = 0
x_1 = 0
self._viewArray = []
self.pairsViews = []
x_0 = 0
pcount = 0
lg = None
rg = None
for idx, glyphname in enumerate(self.glyphsToDisplay):
# rulGlyph = []
kernValue = 0
if self.pairsToDisplay and (idx < len(self.pairsToDisplay)):
pair = self.pairsToDisplay[idx]
kernValue = pair['kernValue']
realname = cutUniqName(glyphname)
glyph = self._font[realname]
inGroup = False
nameToDisplay = realname
nameUUID = glyphname + '.' + getUniqName()
if not kern(kernValue):
kernValue = 0
carret = (kernValue + glyph.width) # * .2
x_1 = x_0 + carret
self._viewArray.append({
'x0': x_0 * self._scalefactorUI,
'x1': x_1 * self._scalefactorUI,
'name': nameToDisplay, # 'name': cutUniqName(glyphname),
'nameUUID': nameUUID,
'width': glyph.width,
'kernValue':
kernValue, # 'leftMargin': s_Lm, # 'rightMargin': s_Rm,
'inGroup': inGroup
})
x_0 = x_1
if self.separatePairs:
pcount += 1
if pcount == 2:
x_0 += self.separatorPairsWidth
pcount = 0
self.pairsViews.append(
(self._viewArray[idx - 1]['nameUUID'], nameUUID))
def resetPosition(self):
point = NSPoint(0, 0)
self.infoLine.scrollView.getNSScrollView().contentView(
).scrollToPoint_(point)
self.infoLine.scrollView.getNSScrollView().reflectScrolledClipView_(
self.infoLine.scrollView.getNSScrollView().contentView())
def scrollWheel(self, event):
if not self._hasHorizontalScroller: return
deltaX = event.deltaX()
deltaY = 0
if deltaY == 0 and deltaX == 0: return
scaleScroll = 5
visibleWidth = self.infoLine.scrollView.getNSScrollView(
).documentVisibleRect().size.width - 20
visibleHeight = self.infoLine.scrollView.getNSScrollView(
).documentVisibleRect().size.height
posXscroller = self.infoLine.scrollView.getNSScrollView(
).documentVisibleRect().origin.x
posYscroller = self.infoLine.scrollView.getNSScrollView(
).documentVisibleRect().origin.y
xW, yW, wW, hW = self.getPosSize()
xpoint = posXscroller - (deltaX * scaleScroll)
if xpoint < xW:
xpoint = 0
if xpoint > self.maxX - visibleWidth:
xpoint = self.maxX - visibleWidth #+ 200
point = NSPoint(xpoint, posYscroller + (deltaY * scaleScroll))
self.infoLine.scrollView.getNSScrollView().contentView(
).scrollToPoint_(point)
self.infoLine.scrollView.getNSScrollView().reflectScrolledClipView_(
self.infoLine.scrollView.getNSScrollView().contentView())
def updatePanel(self):
self.infoLine.update()
def draw(self):
self._viewFontName = 'Menlo'
stroke(0, 0, 0, 0)
strokeWidth(0)
def drawSelectionCursor(x, y, color, markException=False):
opt = 0
if markException:
opt = 20
hw = 70 + opt
x = x - hw
fillRGB(color)
newPath()
moveTo((x, y))
lineTo((x + hw, y + hw + hw / 3 - opt))
lineTo((x + hw * 2, y))
closePath()
drawPath()
if markException:
fill(1)
if self.darkmodeWarm:
fillRGB((.75, .73, .7, 1))
oh = 80
oval(x + (hw * 2 - oh) / 2, y - oh / 2 + 10, oh, oh)
fillRGB(COLOR_KERN_VALUE_NEGATIVE)
oh = 55
oval(x + (hw * 2 - oh) / 2, y - oh / 2 + 10, oh, oh)
# self._viewFontSize = 6 #* self._scalefactorUI
# font(self._viewFontName, fontSize = self._viewFontSize)
visibleHeight = self.infoLine.scrollView.getNSScrollView(
).documentVisibleRect().size.height
ruller_compensation = self._selfHeight - visibleHeight
X_local_pos = self.infoLine.scrollView.getNSScrollView(
).documentVisibleRect().origin.x
visibleHeight = self.infoLine.scrollView.getNSScrollView(
).documentVisibleRect().size.height
Y_local_pos = self.infoLine.scrollView.getNSScrollView(
).documentVisibleRect().origin.y
visibleWidth = self.infoLine.scrollView.getNSScrollView(
).documentVisibleRect().size.width
Ypos = 0 # visibleHeight - 20
Ybase = Ypos
maxX = 0
Xpos = 0
scalefactor = self._scalefactorUI
shiftX = 200
maxX += shiftX
# self.darkmode = True
if self.darkmodeWarm:
fillRGB((.75, .73, .7, .8))
_rw = self.maxX + 100
# print('maxY', maxY)
if _rw < visibleWidth:
_rw = visibleWidth #+ 500
rect(0, 0, _rw, visibleHeight)
fillRGB(COLOR_BLACK)
translate(shiftX * scalefactor, (visibleHeight / 3)) # * 2 )
save()
stroke(0, 0, 0, 0)
strokeWidth(0)
scale(scalefactor)
pcount = 0
# showSeparator = True
widthSeparator = self.separatorPairsWidth
paircount = len(self._viewArray)
for idx, item in enumerate(self._viewArray):
fillRGB(COLOR_BLACK)
if self.toucheMode and not self.lightmode:
if self.touchFlag:
fillRGB(COLOR_TOUCHE)
self.touchFlag = False
if idx + 1 < len(self._viewArray):
# if item['y0'] == self._viewArray[idx + 1]['y0']:
kernValue = item['kernValue']
if kernValue == None: kernValue = 0
currGlyph = self._font[item['name']]
nextGlyph = self._font[self._viewArray[idx + 1]['name']]
if checkOverlapingGlyphs(currGlyph, nextGlyph, kernValue):
fillRGB(COLOR_TOUCHE)
self.touchFlag = True
save()
# try:
maxX = item['x1']
glyph = self._font[item['name']]
Xpos = item['x0'] / scalefactor
pen = CocoaPen(self._font)
translate(Xpos, 0)
glyph.draw(pen)
drawPath(pen.path)
# except:
# pass
# translate(0,0)
# Xpos = item['kernValue'] + item['width']
if self.showMargins:
translate(-Xpos, 0)
self._viewFontSize = 80
font(self._viewFontName, fontSize=self._viewFontSize)
HVcontrol = 60
Vcontrol = 80
HVkern = 60
Ycontrol = -400
xlM = Xpos # item['x0']
xrM = Xpos + item['width'] + scalefactor
t1 = Ycontrol + 120 # + 1200
t2 = HVcontrol
wbar = 150
lbar = 5
gapbar = 30
glyph = self._font[item['name']]
if self._font.info.italicAngle == 0 or not self._font.info.italicAngle:
lM = int(round(glyph.leftMargin, 0))
rM = int(round(glyph.rightMargin, 0))
else:
lM = int(round(glyph.angledLeftMargin, 0))
rM = int(round(glyph.angledRightMargin, 0))
fill(.5)
if self.darkmodeWarm:
fill(.3, .3, .3, 1)
# leftMargin mark
rect(xlM, t1, lbar, t2) # vbar
rect(xlM, t1 + t2 - lbar, wbar, lbar) # hbar
text(str(lM), (xlM + 30, t1 - 40))
# rightMargin mark
rect(xrM - wbar, t1 + t2 - lbar + gapbar, wbar, lbar) # hbar
rect(xrM - lbar, t1 + t2 - lbar + gapbar, lbar,
t2 + lbar) # vbar
rm = str(rM)
# rmoff = len(rm)*40 + 45
nx, ny = textSize(rm)
text(rm, (xrM - nx - 30, t1 + gapbar + 60))
self.showSelected = True
if self.showSelected and idx == self._idxSelectedGlyph:
# fillRGB(COLOR_L_GROUP_ICON)
drawSelectionCursor(
xlM + item['width'] / 2, Ycontrol - 180,
COLOR_L_GROUP_ICON
) #+ item['width'] / 2 - lbar / 2 - wbar / 2
else:
rect(xlM + item['width'] / 2 - lbar / 2,
Ycontrol - 180 + lbar, lbar, t2) # vbar
# if (item['lineNumberOfPairs'] != self._selectedLine):
rect(xlM + item['width'] / 2 - lbar / 2 - wbar / 2,
Ycontrol - 180, wbar, lbar) # hbar
if self.showNames:
gn = item['name']
nx, ny = textSize(gn)
if nx > item['width']:
l = len(gn) // 2
a1 = ''.join(gn[:l]) + '-'
nx, ny = textSize(a1)
b1 = ''.join(gn[l:])
text(a1, (xlM + item['width'] / 2 - nx / 2,
Ycontrol + 1600))
text(b1, (xlM + item['width'] / 2 - nx / 2,
Ycontrol + 1520))
else:
text(gn, (xlM + item['width'] / 2 - nx / 2,
Ycontrol + 1520))
rect(xlM + item['width'] / 2 - lbar / 2,
Ycontrol + 1500 - HVcontrol, lbar, t2) # vbar
# if (item['lineNumberOfPairs'] != self._selectedLine):
rect(xlM + item['width'] / 2 - lbar / 2 - wbar / 2,
Ycontrol + 1500, wbar, lbar) # hbar
restore()
restore()
pcount = 0
self._viewFontSize = 80 * scalefactor
font(self._viewFontName, fontSize=self._viewFontSize)
translate(0, -1 * (visibleHeight / 9) * 2)
if self.pairsToDisplay:
# print self._pairsToDisplay
for idx, pair in enumerate(self.pairsToDisplay):
if idx < len(self._viewArray):
item = self._viewArray[idx]
x1L = item['x1']
HVcontrol = 60 * scalefactor
Vcontrol = 80
HVkern = 60 * scalefactor
Ycontrol = 0
if item['kernValue'] != None and not pair[
'exception'] and pcount != 1:
kV = item['kernValue']
if kV in range(1, 60):
kV = 60
if kV in range(-60, 0):
kV = -60
xK = item['x0'] + item['width'] * scalefactor
if kV > 0:
xK = item['x0'] + item[
'width'] * scalefactor # + (shiftX * scalefactor)
fillRGB(COLOR_KERN_VALUE_POSITIVE)
rect(xK, Ycontrol + HVcontrol,
abs(kV) * scalefactor, HVkern)
if self.valuesMode:
text(str(item['kernValue']),
(xK + abs(kV) * scalefactor + 3,
Ycontrol - HVcontrol))
# if item['exception']:
# drawException(xK + abs(kV) / 2 - HVcontrol, Ycontrol - HVcontrol)
# rect(xK, Ycontrol + HVcontrol, HVkern, HVkern)
elif kV < 0:
# xK = item['width']
xK = item[
'x1'] # - HVkern/2# * scalefactor# + (shiftX * scalefactor)
fillRGB(COLOR_KERN_VALUE_NEGATIVE)
rect(xK, Ycontrol + HVcontrol,
abs(kV) * scalefactor, HVkern)
if self.valuesMode:
text(str(item['kernValue']),
(xK + abs(kV) * scalefactor + 3,
Ycontrol - HVcontrol))
if pair['exception'] and pcount != 1:
kV = item['kernValue']
if kV > 0:
xK = item['x0'] + (
item['width'] *
scalefactor) - 4 # + (shiftX * scalefactor)
fillRGB(COLOR_KERN_VALUE_POSITIVE)
if self.valuesMode:
text(str(kV), (xK + abs(kV) * scalefactor + 5,
Ycontrol - HVcontrol))
else: # kV < 0:
xK = item['x1'] - 4 # + (shiftX * scalefactor)
fillRGB(COLOR_KERN_VALUE_NEGATIVE)
if self.valuesMode:
text(str(kV), (xK + abs(kV) * scalefactor + 5,
Ycontrol - HVcontrol))
x = xK
y = 0
s = 1.1
newPath()
moveTo((x + s * 4, y + s * 8))
lineTo((x + s * 1, y + s * 3))
lineTo((x + s * 4, y + s * 3))
lineTo((x + s * 4, y + s * 0))
lineTo((x + s * 7, y + s * 5))
lineTo((x + s * 4, y + s * 5))
closePath()
drawPath()
if self.separatePairs:
pcount += 1
if pcount == 2:
# translate(widthSeparator * scalefactor, 0)
pcount = 0
# if self.separatePairs:
# maxX += (widthSeparator*(paircount-2))* scalefactor
if maxX < visibleWidth: maxX = visibleWidth
self.infoLine._view.setFrame_(
NSMakeRect(0, 0, maxX + 40, visibleHeight))
self.maxX = maxX
class GlyphSet(Group):
def __init__(self, posSize, interface):
super(GlyphSet, self).__init__(posSize)
self.ui = interface
self.jumpTo = SearchBox(
(0, 0, 165, 20),
placeholder="Char/Name",
sizeStyle="small",
callback=self._jumpTo_callback,
# continuous = False,
)
self.glyphset_List = List(
(0, 20, 165, -0), [],
columnDescriptions=[
{
"title": "Char",
"width": 30
},
{
"title": "Name",
"width": 105
},
],
drawFocusRing=False,
selectionCallback=self._glyphset_List_selectionCallback,
doubleClickCallback=self._glyphset_List_doubleClickCallback)
self.displayGlyphset_settingList = ['find Char/Name', "Sort by key"]
self.displaySettings = 'find Char/Name'
self.displayGlyphset_setting = PopUpButton(
(170, 0, 200, 20),
self.displayGlyphset_settingList,
sizeStyle="small",
callback=self._displayGlyphset_setting_callback)
self.set_glyphset_List()
self.canvas = Canvas((165, 20, -0, -0),
delegate=CurrentGlyphCanvas(self.ui, self),
hasHorizontalScroller=False,
hasVerticalScroller=False)
def _displayGlyphset_setting_callback(self, sender):
self.displaySettings = self.displayGlyphset_settingList[sender.get()]
if self.displaySettings == 'find Char/Name':
self.ui.glyphset = self.ui.font.lib['public.glyphOrder']
glyphset = self.ui.glyphsSetDict[self.ui.font]
self.glyphset_List.set(glyphset)
def set_glyphset_List(self):
if self.ui.font in self.ui.glyphsSetDict:
glyphset = self.ui.glyphsSetDict[self.ui.font]
self.glyphset_List.set(glyphset)
def _glyphset_List_selectionCallback(self, sender):
sel = sender.getSelection()
if not sel: return
if self.ui.glyphset:
name = self.ui.glyphset[sel[0]]
self.ui.glyph = self.ui.font[name]
self.ui.getCompositionGlyph()
self.ui.selectedVariantName = ""
self.ui.currentGlyph_DeepComponents = {
'CurrentDeepComponents': {},
'Existing': {},
'NewDeepComponents': {},
}
self.ui.getDeepComponents_FromCurrentGlyph()
self.ui.w.activeMasterGroup.glyphData.glyphCompositionRules_List.setSelection(
[])
self.ui.w.activeMasterGroup.glyphData.glyphCompositionRules_List.set(
self.ui.compositionGlyph)
self.ui.w.activeMasterGroup.glyphData.variants_List.set([])
self.ui.w.activeMasterGroup.DeepComponentsInstantiator.setSliderList()
self.ui.w.activeMasterGroup.DeepComponentsInstantiator.newDeepCompo.list.set(
[])
self.ui.w.activeMasterGroup.DeepComponentsInstantiator.deepCompo_segmentedButton.set(
0)
self.ui.w.activeMasterGroup.DeepComponentsInstantiator.newDeepCompo.show(
0)
self.ui.w.activeMasterGroup.DeepComponentsInstantiator.selectDeepCompo.show(
1)
self.ui.newDeepComponent_active = False
self.canvas.update()
def _glyphset_List_doubleClickCallback(self, sender):
sel = sender.getSelection()
if not sel: return
if self.ui.glyph is None: return
OpenGlyphWindow(self.ui.glyph)
gw = CurrentGlyphWindow()
appearance = NSAppearance.appearanceNamed_(
'NSAppearanceNameVibrantDark')
gw.window().getNSWindow().setAppearance_(appearance)
def _jumpTo_callback(self, sender):
string = sender.get()
if not string:
glyphset = self.ui.glyphsSetDict[self.ui.font]
self.glyphset_List.setSelection([])
self.glyphset_List.set(glyphset)
self.ui.glyphset = self.ui.font.lib['public.glyphOrder']
return
try:
if self.displaySettings == 'find Char/Name':
# self.ui.glyphset = self.ui.glyphsSetDict[self.ui.font]
if string.startswith("uni"):
index = self.ui.glyphset.index(string)
elif len(string) == 1:
code = "uni" + normalizeUnicode(
hex(ord(string))[2:].upper())
index = self.ui.glyphset.index(code)
self.glyphset_List.setSelection([index])
elif self.displaySettings == 'Sort by key':
name = string
if string.startswith("uni"):
name = string[3:]
elif len(string) == 1:
name = normalizeUnicode(hex(ord(string))[2:].upper())
self.ui.glyphset = self.ui.key2Glyph[name]
self.glyphset_List.set([
dict(Name=name,
Char=chr(int(name[3:], 16))
if name.startswith('uni') else "")
for name in self.ui.glyphset
])
except:
pass
class TDMenuAdvanced(VanillaBaseObject):
nsViewClass = NSView
def __init__(self, posSize, selectionCallback=None, window=None):
xw, yw, tx, ty = posSize
self._window = window
self._linesToDisplay = []
# self._font = None
self._fontMenu = []
self._viewArray = []
self._selectedLine = 0
self._positionYselected = 0
self._lineSize = 1800 # 1800 # 1800=1000upm; 2400=2000upm
self.Ygap = 0 # - yw*2
self.shiftX = 150
self._scalefactorUI = .03
self.scaleStep = 1.2
self.lineCount = 0
self.maxX = 0
self.maxXX = 0
self._lastGlyphXpos = 0
self._selectionCallback = selectionCallback
self.showselection = False
self._setupView(self.nsViewClass, (xw, yw, tx, ty)) # (0, 0, -0, 106)
self.canvas = Canvas(
(0, 0, -0, -0),
delegate=self, # canvasSize = (100, 101),
hasHorizontalScroller=False,
hasVerticalScroller=True,
autohidesScrollers=False,
backgroundColor=NSColor.whiteColor(),
drawsBackground=True,
# acceptsMouseMoved = True
)
self.canvas.scrollView.getNSScrollView().setBorderType_(NSNoBorder)
fonts = AllFonts()
for font in fonts:
if font.info.familyName and font.info.styleName:
# print font.info.familyName
# print font.info.styleName
self.addMenuItem(font=font,
title=font.info.familyName + ' ' +
font.info.styleName)
self.compileLines()
# print self.w.menu._viewArray
self.canvas.update()
self.scrollToLine(0)
# self.canvas.update()
def addMenuItem(self, font, title):
tline = []
for glyphName in tdGlyphparser.translateText(font, title):
tline.append('%s.%s' % (glyphName, getUniqName()))
if tline:
self._linesToDisplay.append({'font': font, 'title': tline})
def menuSelectedCallback(self):
if self._selectionCallback:
self._selectionCallback(
self._linesToDisplay[self._selectedLine]['font'])
self._window.close()
def scrollToLine(self, linenumber):
if not self._viewArray: return
visibleWidth = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().size.width
visibleHeight = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().size.height
posXscroller = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().origin.x
posYscroller = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().origin.y
scale = self._scalefactorUI
xpos = 0
ypos = 0
firstItemInLine = 0
for idx, item in enumerate(self._viewArray):
if item['lineNumberOfPairs'] == linenumber:
self._positionYselected = item['y0']
self._selectedLine = item['lineNumberOfPairs']
self._selectedBlock = item['blockNumberOfPairs']
firstItemInLine = idx
# self.fillHashOfLine(idx, self._selectedLine)
# self.fillHashOfBlock(0,self._selectedBlock)
break
maxY = self._viewArray[-1]['y0']
y0 = (maxY + (-1 * self._positionYselected)) * scale
y1 = y0 + (self._lineSize * scale)
if y0 < posYscroller:
ypos = y0
elif y1 - posYscroller > visibleHeight:
offset = visibleHeight - self._lineSize * scale
ypos = y0 - offset # + posYscroller
else:
return firstItemInLine
point = NSPoint(xpos, ypos)
self.canvas.scrollView.getNSScrollView().contentView().scrollToPoint_(
point)
self.canvas.scrollView.getNSScrollView().reflectScrolledClipView_(
self.canvas.scrollView.getNSScrollView().contentView())
return firstItemInLine
# if not self._viewArray: return
# visibleWidth = self.canvas.scrollView.getNSScrollView().documentVisibleRect().size.width
# visibleHeight = self.canvas.scrollView.getNSScrollView().documentVisibleRect().size.height
# posXscroller = self.canvas.scrollView.getNSScrollView().documentVisibleRect().origin.x
# posYscroller = self.canvas.scrollView.getNSScrollView().documentVisibleRect().origin.y
# scale = self._scalefactorUI
# xpos = 0
# ypos = 0
# for idx, item in enumerate(self._viewArray):
# if item['lineNumberOfPairs'] == linenumber:
# self._positionYselected = item['y0']
# self._selectedLine = item['lineNumberOfPairs']
# self._selectedBlock = item['blockNumberOfPairs']
# break
# # ypos = l['y0'] * scale
# maxY = self._viewArray[-1]['y0']
# y0 = (maxY + (-1 * self._positionYselected)) * scale
# y1 = y0 + (self._lineSize * scale)
#
# if y0 < posYscroller:
# ypos = y0
# elif y1 - posYscroller > visibleHeight:
# offset = visibleHeight - self._lineSize * scale
# ypos = y0 - offset # + posYscroller
# else:
# return
#
# point = NSPoint(xpos, ypos)
# self.canvas.scrollView.getNSScrollView().contentView().scrollToPoint_(point)
# self.canvas.scrollView.getNSScrollView().reflectScrolledClipView_(
# self.canvas.scrollView.getNSScrollView().contentView())
def scrollToBlock(self, linenumber):
for item in self._viewArray:
if item['blockNumberOfPairs'] == linenumber:
# yPn = item['y0']
self.scrollToLine(item['lineNumberOfPairs'])
break
def getSelectedLine(self):
result = []
for idx, item in enumerate(self._viewArray):
if item['lineNumberOfPairs'] == self._selectedLine:
result.append(item['name'])
return '/' + '/'.join(result)
def mouseDown(self, event):
visibleHeight = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().size.height
Y_local_pos = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().origin.y
X_window_pos = event.locationInWindow().x
Y_window_pos = event.locationInWindow().y
X_local_pos = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().origin.x
Y_local_pos = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().origin.y
xW, yW, x2W, y2W = self.getPosSize()
# print xW, yW, x2W, y2W
x = X_window_pos + X_local_pos # - self._letterStep
y = Y_window_pos + y2W + Y_local_pos
# print x, y
self.showselection = True
maxY = 0
if self._viewArray:
maxY = self._viewArray[-1]['y0']
for idx, item in enumerate(self._viewArray):
x0 = item['x0'] * self._scalefactorUI
x1 = (item['x1'] + self.shiftX) * self._scalefactorUI
# y0 = item['yV'] * self._scalefactorUI
y0 = (maxY + (-1 * item['y0'])) * self._scalefactorUI
# y1 = (y0 + self._lineSize) * self._scalefactorUI
y1 = y0 + ((self._lineSize + self.Ygap) * self._scalefactorUI
) # - self.Ygap * self._scalefactorUI
if (x0 < x and x < x1) and (y0 < y and y < y1):
self._selectedLine = item['lineNumberOfPairs']
self.canvas.update()
self.menuSelectedCallback()
# self._selectionCallback(self._selectedLine)
# if event.clickCount() == 2:
# if decodeModifiers(event.modifierFlags()) == 'Alt':
# self.postMessageToKernTool(message = 'full line')
# # postEvent('typedev.KernTool.setGlyphsLine', glyphsLine = self.getSelectedBlock())
# else:
# self.postMessageToKernTool(message = 'short line')
# postEvent('typedev.KernTool.setGlyphsLine', glyphsLine = self.getSelectedLine())
# print item['blockNumberOfPairs'], item['lineNumberOfPairs'] , x0, x1, y0, y1
# self._packInfoForSelectionEvent()
break
def keyDown(self, event):
# print event
keypress = decodeCanvasKeys(event.keyCode(), event.modifierFlags())
commands = translateKeyCodesToKernToolCommands(keypress)
# if commands['command'] == COMMAND_ZOOM_IN:
# scale = self._scalefactorUI * self.scaleStep
# if scale < .3:
# self._scalefactorUI = scale
# self.setSize(self._scalefactorUI)
#
# if commands['command'] == COMMAND_ZOOM_OUT:
# scale = self._scalefactorUI / self.scaleStep
# if scale > .045:
# self._scalefactorUI = scale
# self.setSize(self._scalefactorUI)
if commands['command'] == COMMAND_ENTER:
# print 'need refresh'
self.showselection = True
# self._selectionCallback(self._selectedLine)
self.menuSelectedCallback()
self.canvas.update()
# self.s
if commands['command'] == COMMAND_ESCAPE:
self._selectedLine = None
self._window.close()
# self.menuSelectedCallback()
# print 'need refresh'
# self.showselection = True
# # self._selectionCallback(self._selectedLine)
# self.menuSelectedCallback()
# self.canvas.update()
if commands['command'] == COMMAND_NEXT_LINE_SHORT:
n = self._selectedLine + 1
self.scrollToLine(n)
self.canvas.update()
if commands['command'] == COMMAND_PREV_LINE_SHORT:
n = self._selectedLine - 1
self.scrollToLine(n)
self.canvas.update()
# if commands['command'] == COMMAND_NEXT_LINE:
# n = self._selectedBlock + 1
# self.scrollToBlock(n)
# self.canvas.update()
# if commands['command'] == COMMAND_PREV_LINE:
# n = self._selectedBlock - 1
# self.scrollToBlock(n)
# self.canvas.update()
# if commands['command'] == COMMAND_SWITCH_TOUCHE_MODE:
# self.toucheMode = not self.toucheMode
# print 'touche mode:', self.toucheMode
# self.canvas.update()
# if commands['command'] == COMMAND_SWITCH_VALUES_MODE:
# self.valuesMode = not self.valuesMode
# print 'values mode:', self.valuesMode
# self.canvas.update()
# if commands['command'] == COMMAND_OPEN_PAIRS_FILE:
# print 'open file'
# pairsfile = getFile(messageText = 'message', title = 'title')
# self.loadText(filepath = pairsfile)
# self.canvas.update()
# if commands['command'] == COMMAND_OPEN_PAIRS_BUILDER:
# # print 'Pairs Builder'
# self._pairsBuilder()
def mouseUp(self, event):
# pass
self.showselection = False
self.canvas.update()
def compileLines(self, mode='rebuild'): # mode = 'refresh'
visibleWidth = 500 # self.visibleWidth
self._viewArray = []
self.maxX = 0
# self.canvas.scrollView.getNSScrollView().documentVisibleRect().size.width
scale = self._scalefactorUI
lineStep = self._lineSize
shiftX = self.shiftX
Xshift = 50
Xpos = shiftX
Ypos = 0
carret = 0
smartmode = False
self.lineCount = 0
virtShift = 0
widthvirt = 0
kernValuevirt = 0
idxLine = 0
maxY = 0
# if self._viewArray:
# maxY = self._viewArray[-1]['y0']
scalefactor = self._scalefactorUI
# visibleWidth = self.visibleWidth
# visibleHeight = self.canvas.scrollView.getNSScrollView().documentVisibleRect().size.height
# ruller_compensation = self._selfHeight - visibleHeight
# Y_local_pos = self.canvas.scrollView.getNSScrollView().documentVisibleRect().origin.y
# X_local_pos = self.canvas.scrollView.getNSScrollView().documentVisibleRect().origin.x
#
# # print Y_local_pos
# Y_min_window = Y_local_pos
# Y_max_window = Y_local_pos + visibleHeight
# if mode == 'rebuild':
for menuitem in self._linesToDisplay:
font = menuitem['font']
title = menuitem['title']
# line = item['line']
# leftglyph = item['basic']
# idxLine = item['idxLine']
# YposV = item['Ypos']
# self._viewArray = []
# if not ((Y_min_window - self._lineSize * scalefactor <= ((maxY + (-1 * YposV)) * scalefactor)
# and Y_max_window >= ((maxY + (-1 * YposV)) * scalefactor))): break
hashKernDic = TDHashKernDic(font=font)
self._pairsToDisplay = getListOfPairsToDisplay(
font, hashKernDic, title)
for idx, glyphnameUUID in enumerate(title):
kernValue = 0
exception = False
idxLine = idx
if self._pairsToDisplay and (idx < len(self._pairsToDisplay)):
pair = self._pairsToDisplay[idx]
kernValue = pair['kernValue']
exception = pair['exception']
realname = cutUniqName(glyphnameUUID)
glyph = font[realname]
nameToDisplay = realname
if not kernValue:
kernValue = 0
width = glyph.width
self._viewArray.append({
'name': cutUniqName(glyphnameUUID),
'nameUUID': glyphnameUUID,
'width': width,
'font': font,
'kernValue': pair['kernValue'],
'exception': exception,
'x0': Xpos,
'x1': kernValue + Xpos + width,
'y0': Ypos,
'yV': Ypos,
'blockNumberOfPairs': idxLine,
'lineNumberOfPairs': self.lineCount,
'virtual': False
})
Xpos += kernValue + width
carret += kernValue + width
carret = shiftX
Ypos += lineStep
Xpos = shiftX
self.lineCount += 1
# item['Ypos'] = Ypos
self.recalculateFrame(visibleWidth)
def scrollWheel(self, event):
scaleUI = self._scalefactorUI
# deltaX = event.deltaX()
deltaY = event.deltaY()
# print deltaY
# if deltaY in range(0,1500): return# and deltaX == 0: return
if deltaY == 0: return
# if deltaY > 0 and
# time.sleep(.02)
scaleScroll = 2
visibleWidth = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().size.width
visibleHeight = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().size.height
posXscroller = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().origin.x
posYscroller = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().origin.y
xW, yW, wW, hW = self.getPosSize()
xpoint = 0
# xpoint = posXscroller - (deltaX * scaleScroll)
ypoint = posYscroller + (deltaY * scaleScroll)
# if xpoint > self.maxXX - visibleWidth: # - visibleWidth:
# xpoint = self.maxXX - visibleWidth # - self.visibleWidth #- visibleWidth
# if xpoint < xW:
# xpoint = 0
# print deltaY, ypoint, posYscroller, visibleHeight
if ypoint < 0:
ypoint = 0
# return
maxY = 0
if self._viewArray:
maxY = self._viewArray[-1]['y0']
if posYscroller + visibleHeight - self._lineSize * scaleUI > maxY * scaleUI:
ypoint = maxY * scaleUI - visibleHeight + self._lineSize * scaleUI #- deltaY
# ypoint = posYscroller + visibleHeight - self._lineSize * scaleUI
elif posYscroller + visibleHeight - self._lineSize * scaleUI == maxY * scaleUI and deltaY > 0:
ypoint = maxY * scaleUI - visibleHeight + self._lineSize * scaleUI
point = NSPoint(xpoint, ypoint)
self.canvas.scrollView.getNSScrollView().contentView().scrollToPoint_(
point)
self.canvas.scrollView.getNSScrollView().reflectScrolledClipView_(
self.canvas.scrollView.getNSScrollView().contentView())
# # if event.deltaY() > 0:
# # self.stepToNextLine()
# # elif event.deltaY() < 0:
# # self.stepToPrevLine()
# scaleUI = self._scalefactorUI
# deltaX = event.deltaX()
# deltaY = event.deltaY()
# if deltaY == 0 and deltaX == 0 : return
# # if deltaX > -10 and deltaX < 10 : deltaX = 0
# # print deltaX
# # print self.visibleWidth
# scaleScroll = 5
# visibleWidth = self.canvas.scrollView.getNSScrollView().documentVisibleRect().size.width
# visibleHeight = self.canvas.scrollView.getNSScrollView().documentVisibleRect().size.height
# posXscroller = self.canvas.scrollView.getNSScrollView().documentVisibleRect().origin.x
# posYscroller = self.canvas.scrollView.getNSScrollView().documentVisibleRect().origin.y
#
# # print visibleWidth, self.visibleWidth
#
# # if posYscroller < 0 : posYscroller = 0
# # if posXscroller < 0 : posXscroller = 0
# # if visibleWidth > self.visibleWidth : deltaX = 0
#
# xW, yW, wW, hW = self.getPosSize()
# xpoint = posXscroller - (deltaX * scaleScroll)
# ypoint = posYscroller + (deltaY * scaleScroll)
# if xpoint > self.maxXX - visibleWidth: # - visibleWidth:
# xpoint = self.maxXX - visibleWidth #- self.visibleWidth #- visibleWidth
# if xpoint < xW:
# xpoint = 0
#
# if ypoint < 0: ypoint = 0
#
# maxY = self._viewArray[-1]['y0']
#
# if posYscroller+visibleHeight-self._lineSize*scaleUI > maxY*scaleUI:
#
# ypoint = maxY*scaleUI - visibleHeight+self._lineSize*scaleUI
#
#
#
# point = NSPoint(xpoint, ypoint)
#
# self.canvas.scrollView.getNSScrollView().contentView().scrollToPoint_(point)
# self.canvas.scrollView.getNSScrollView().reflectScrolledClipView_(
# self.canvas.scrollView.getNSScrollView().contentView())
# # self.canvas.update()
def recalculateFrame(self, canvaswidth=None):
scalefactor = self._scalefactorUI
if canvaswidth:
visibleWidth = canvaswidth
else:
visibleWidth = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().size.width
self.visibleWidth = visibleWidth
visibleHeight = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().size.height
yoff = (self.lineCount * self._lineSize) * scalefactor # + self.Ygap*2
if yoff < visibleHeight:
yoff = visibleHeight #+ 500
self.canvas._view.setFrame_(NSMakeRect(0, 0, visibleWidth + 60, yoff))
self.maxXX = visibleWidth + 60
# scalefactor = self._scalefactorUI
#
# if canvaswidth:
# visibleWidth = canvaswidth
# else:
# visibleWidth = self.canvas.scrollView.getNSScrollView().documentVisibleRect().size.width
# # print visibleWidth, self.maxX
# # if self.maxX > visibleWidth:
# # visibleWidth = self.maxX
# self.visibleWidth = visibleWidth
# visibleHeight = self.canvas.scrollView.getNSScrollView().documentVisibleRect().size.height
# yoff = ((self.lineCount) * self._lineSize) * scalefactor
# if yoff < visibleHeight:
# yoff = visibleHeight
# self.canvas._view.setFrame_(NSMakeRect(0, 0, visibleWidth, yoff))
# self.maxXX = visibleWidth
l, t, w, h = self._window.getPosSize()
# # print l, t, w, h, ((self.lineCount+1) * self._lineSize) * scalefactor
if self.lineCount < 5:
self._window.resize(
w,
(((self.lineCount + 1) * self._lineSize) * scalefactor) - 20)
def draw(self):
self.recalculateFrame(self.visibleWidth)
self._viewFontName = 'Menlo'
self._viewFontSize = 80
font(self._viewFontName, fontSize=self._viewFontSize)
visibleWidth = self.visibleWidth
visibleHeight = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().size.height
Y_local_pos = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().origin.y
X_local_pos = self.canvas.scrollView.getNSScrollView(
).documentVisibleRect().origin.x
scalefactor = self._scalefactorUI
shiftX = self.shiftX
Ygap = self.Ygap
scale(scalefactor)
stroke(0, 0, 0, 0)
strokeWidth(0)
Ygap = 250
yoff = ((self.lineCount - 1) * self._lineSize) + Ygap
# if (yoff * scalefactor) < visibleHeight:
# yoff = (visibleHeight / scalefactor) - self._lineSize + Ygap
# yoff = ((self.lineCount -1 ) * self._lineSize)# * scalefactor
# if yoff < visibleHeight:
# yoff = visibleHeight
# yoff -= self._lineSize
if self._viewArray:
maxY = self._viewArray[-1]['y0']
# y0 = (maxY + (-1 * r['y0'])) * scale
# flag = False
save()
translate(shiftX, yoff + Ygap)
for idx, item in enumerate(self._viewArray):
# print item
Xpos = item['x0']
Ypos = item['y0']
if (item['lineNumberOfPairs'] == self._selectedLine):
if self.showselection:
fillRGB(COLOR_L_PAIR_SELECTION)
else:
fillRGB(COLOR_R_PAIR_SELECTION)
rect(-1 * shiftX, -1 * Ypos - 490, 500 / scalefactor,
self._lineSize)
restore()
# save()
translate(shiftX, yoff + Ygap)
for idx, item in enumerate(self._viewArray):
Xpos = item['x0']
Ypos = item['y0']
save()
if (item['lineNumberOfPairs'] == self._selectedLine):
fillRGB(COLOR_WHITE)
else:
fillRGB(COLOR_BLACK)
glyph = item['font'][item['name']]
pen = CocoaPen(item['font'])
translate(Xpos, -1 * Ypos)
# item['yV'] = yoff - Ypos # - Ygap
glyph.draw(pen)
drawPath(pen.path)
restore()
class GlyphLayers(Group):
def __init__(self, posSize, interface):
super(GlyphLayers, self).__init__(posSize)
self.ui = interface
self.storageGlyph = None
self.storageGlyphName = ""
self.StorageGlyphCurrentLayer = ""
self.jumpTo = SearchBox((0,0,165,20),
placeholder = "Char/Name",
sizeStyle = "small",
callback = self._jumpTo_callback
)
self.displayGlyphset_settingList = ['find Char/Name', "Sort by key"]
self.displaySettings = 'find Char/Name'
self.displayGlyphset_setting = PopUpButton((170, 0, 200, 20),
self.displayGlyphset_settingList,
sizeStyle = "small",
callback = self._displayGlyphset_setting_callback)
self.glyphset = []
self.glyphset_List = List((0,20,165,-200),
self.glyphset,
columnDescriptions = [
{"title": "Char", "width" : 30},
{"title": "Name", "width" : 105},
],
drawFocusRing=False,
selectionCallback = self._glyphset_List_selectionCallback,
)
self.set_glyphset_List()
self.layersCanvas = Canvas((165,20,-0,-200),
delegate=LayersCanvas(self.ui, self),
hasHorizontalScroller=False,
hasVerticalScroller=False)
slider = SliderListCell(minValue = 0, maxValue = 1000)
self.slidersValuesList = []
self.sliderList = List((0,-190,350,-0),self.slidersValuesList,
columnDescriptions = [{"title": "Layer" },
{"title": "Values", "cell": slider}],
editCallback = self._sliderList_editCallback,
drawFocusRing = False,
allowsMultipleSelection = False)
self.layersPreviewCanvas = Canvas((350,-190,-0,-0),
delegate=LayersPreviewCanvas(self.ui, self),
hasHorizontalScroller=False,
hasVerticalScroller=False)
def getGlyphset(self):
return [dict(Char=chr(int(name.split("_")[0],16)), Name = name) for name in self.ui.font2Storage[self.ui.font].keys()]
def _displayGlyphset_setting_callback(self, sender):
self.displaySettings = self.displayGlyphset_settingList[sender.get()]
if self.displaySettings == 'find Char/Name':
self.ui.glyphset = self.ui.font.lib['public.glyphOrder']
# glyphset = [dict(Char=chr(int(name.split("_")[0],16)), Name = name) for name in self.ui.font2Storage[self.ui.font].keys()]
self.glyphset = self.getGlyphset()
self.glyphset_List.set(self.glyphset)
def set_glyphset_List(self):
if self.ui.font in self.ui.glyphsSetDict and self.displaySettings == 'find Char/Name':
self.glyphset = self.getGlyphset()
self.glyphset_List.set(self.glyphset)
def _glyphset_List_selectionCallback(self, sender):
sel = sender.getSelection()
if not sel: return
self.storageFont = self.ui.font2Storage[self.ui.font]
self.storageGlyphName = sender.get()[sel[0]]["Name"]
self.storageGlyph = self.ui.font2Storage[self.ui.font][self.storageGlyphName]
self.setSliderList()
self.layersCanvas.update()
self.layersPreviewCanvas.update()
def setSliderList(self):
self.slidersValuesList = [dict(Layer=layerName, Values=0) for layerName in self.storageGlyph.lib['deepComponentsLayer'] if layerName != "foreground"]
self.sliderList.set(self.slidersValuesList)
def _sliderList_editCallback(self, sender):
self.slidersValuesList = sender.get()
self.layersPreviewCanvas.update()
def _jumpTo_callback(self, sender):
string = sender.get()
if not string:
self.glyphset_List.setSelection([])
self.glyphset_List.set(self.glyphset)
self.ui.glyphset = self.ui.font.lib['public.glyphOrder']
return
try:
if self.displaySettings == 'find Char/Name':
glyphSet = [e["Name"].split('_')[0] for e in self.glyphset]
if string.startswith("uni"):
index = glyphSet.index(string[3:])
elif len(string) == 1:
code = "uni"+normalizeUnicode(hex(ord(string[3:]))[2:].upper())
index = glyphSet.index(code)
else:
index = glyphSet.index(string)
self.glyphset_List.setSelection([index])
elif self.displaySettings == 'Sort by key':
glyphSet = [e["Name"] for e in self.glyphset]
name = string
if string.startswith("uni"):
name = string[3:]
elif len(string) == 1:
name = normalizeUnicode(hex(ord(string))[2:].upper())
self.glyphset_List.set([dict(Name = names, Char = chr(int(names.split('_')[0],16))) for names in glyphSet if name in names])
except:
pass
class TDExceptionLine(VanillaBaseObject):
nsViewClass = NSView
def __init__ (self, posSize, selectionCallback=None, sizeStyle='big'):
xw, yw, tx, ty = posSize
self.glyphsToDisplay = []
self.keyGlyph = None
self.font = None
self.hashKernDic = None
self.direction = 'L'
self.showSelected = False
self.groupIsEmpty = False
self.diffMarginsInGroup = False
self.groupname = None
self.keyGlyph = None
self.keyGlyphMargin = None
self.showInfo = True
self.excGlyphL = None
self.excGlyphR = None
self.kernValue = 0
self.darkmode = KERNTOOL_UI_DARKMODE
self.darkmodeWarm = KERNTOOL_UI_DARKMODE_WARMBACKGROUND
self._alpha = .1
self._scalefactorUI = .045 # sizeStyle = 'regular'
ty = 85
if sizeStyle == 'big':
self._scalefactorUI = .065
ty = 100
elif sizeStyle == 'small':
self._scalefactorUI = .035
ty = 65
elif sizeStyle == 'mini':
self._scalefactorUI = .025
ty = 45
elif sizeStyle == 'micro':
self._scalefactorUI = .015
ty = 30
self.heightOfControl = ty
self._selectionCallback = selectionCallback
self._selfHeight = ty
self._setupView(self.nsViewClass, (xw, yw, tx, ty)) # (0, 0, -0, 106)
self.infoLine = Canvas((0, 0, -0, -0),
delegate = self, # canvasSize = (ty, ty),
hasHorizontalScroller = False,
hasVerticalScroller = False,
autohidesScrollers = True,
backgroundColor = NSColor.whiteColor(),
# acceptMouseMoved = True
)
self.infoLine.scrollView.getNSScrollView().setBorderType_(NSNoBorder)
# self.infoLine.update()
def setFont (self, font, hashKernDic):
self.font = font
self.hashKernDic = hashKernDic
def selected (self, selected=False):
self.showSelected = selected
self.infoLine.update()
# if self._selectionCallback and selected:
# self._selectionCallback(self)
def setKeyGlyph (self, groupname):
if len(self.font.groups[groupname]) > 0:
gname = self.font.groups[groupname][0]
self.keyGlyph = gname
else:
self.keyGlyph = None
self.keyGlyphMargin = 0
self.groupIsEmpty = True
def setupGroupView (self, groupname):
self.glyphsToDisplay = []
self.diffMarginsInGroup = False
self.groupname = groupname
self.setKeyGlyph(groupname = groupname)
if not self.keyGlyph: return
totalglyphs = len(self.font.groups[groupname])
if totalglyphs in range(0, 6):
self._alpha = .3
else:
self._alpha = .1
for idx, glyphname in enumerate(self.font.groups[groupname]):
if glyphname in self.font:
self.glyphsToDisplay.append(self.font[glyphname])
self.infoLine.update()
def setPair (self, pair, direction):
self.direction = direction
l, r = pair
pair = researchPair(self.font, self.hashKernDic, (l, r))
self.excPairName = (l, r)
gL = pair['L_nameForKern']
gR = pair['R_nameForKern']
if not pair['kernValue']:
self.kernValue = 0
else:
self.kernValue = pair['kernValue']
if self.direction == 'L':
self.resultPair = (gL, r)
self.setupGroupView(gL)
elif self.direction == 'R':
self.resultPair = (l, gR)
self.setupGroupView(gR)
elif self.direction == 'B':
self.resultPair = (l, r)
self.infoLine.update()
def mouseDown (self, event):
if self._selectionCallback:
self._selectionCallback(self)
def resetView (self):
self.infoLine.update()
def draw (self):
def drawLeftCursor (txt, Xcenter, Ycontrol, color):
m = 17
y = Ycontrol
fsize = 10
step = 0 # 6.55
font('Menlo', fsize * m)
fill(0, 0, 0, 1)
txlen, _y = textSize(txt)
if color:
fillRGB(COLOR_EXCEPTION_GROUP_ICON)
# w = step * len(txt) * m + step * m
w = txlen + 140
Xpos = Xcenter - w + 20
newPath()
moveTo((Xpos, y))
curveTo((Xpos - 7 * m, y), (Xpos - 7 * m, y + 2 * m), (Xpos - 7 * m, y + 7 * m))
curveTo((Xpos - 7 * m, y + 12 * m), (Xpos - 7 * m, y + 14 * m), (Xpos, y + 14 * m))
# lineTo((Xpos + w, y + 14 * m))
lineTo((Xpos + w, y + 14 * m))
lineTo((Xpos + w - 3 * m, y + 7 * m))
lineTo((Xpos + w, y + 7 * m))
lineTo((Xpos + w - 3 * m, y))
lineTo((Xpos + w, y))
closePath()
drawPath()
fill(1, 1, 1, 1)
text(txt, (Xpos, y + 1.5 * m))
def drawRightCursor (txt, Xcenter, Ycontrol, color):
m = 17
y = Ycontrol
fsize = 10
step = 0 #6.55
font('Menlo', fsize * m)
fill(0, 0, 0, 1)
txlen, _y = textSize(txt)
if color:
fillRGB(COLOR_EXCEPTION_GROUP_ICON)
# w2 = step * len(txt) * m + (step / 2) * m + step * m
w2 = txlen + 140
Xpos = Xcenter - 20
w = 0
newPath()
moveTo((Xpos + w, y))
# lineTo((Xpos + w, y + 14 * m))
lineTo((Xpos + 3 * m, y + 7 * m))
lineTo((Xpos, y + 7 * m))
lineTo((Xpos + 3 * m, y + 14 * m))
lineTo((Xpos + w + w2, y + 14 * m))
curveTo((Xpos + w + w2 + 7 * m, y + 14 * m), (Xpos + w + w2 + 7 * m, y + 12 * m),
(Xpos + w + w2 + 7 * m, y + 7 * m))
curveTo((Xpos + w + w2 + 7 * m, y + 2 * m), (Xpos + w + w2 + 7 * m, y), (Xpos + w + w2, y))
closePath()
drawPath()
fill(1, 1, 1, 1)
text(txt, (Xpos + w + step * m + 140, y + 1.5 * m))
visibleHeight = self.infoLine.scrollView.getNSScrollView().documentVisibleRect().size.height
visibleWidth = self.infoLine.scrollView.getNSScrollView().documentVisibleRect().size.width
scalefactor = self._scalefactorUI
Xcenter = visibleWidth / 2
# if not self.glyphsToDisplay: return
if self.keyGlyph:
keyGlyph = self.font[self.keyGlyph] # self.glyphsToDisplay[-1]
keyWidth = keyGlyph.width
else:
keyWidth = 0
Xright = 0
Xleft = Xcenter # - keyWidth/2
Xright = Xleft # + keyWidth
if self.darkmodeWarm:
fillRGB((.75, .73, .7, .8))
# _rw = self.maxX+100
# # print('maxY', maxY)
# if _rw < visibleWidth:
# _rw = visibleWidth #+ 500
rect(0, 0, visibleWidth, visibleHeight)
translate(visibleWidth / 2 - visibleWidth / 30, (visibleHeight / 3)) # -4
stroke(0, 0, 0, 0)
strokeWidth(0)
scale(scalefactor)
if self.direction != 'B':
for idx, glyph in enumerate(self.glyphsToDisplay):
save()
pen = CocoaPen(self.font)
if self.direction == 'L':
translate(Xcenter - glyph.width, 0)
elif self.direction == 'R':
translate(self.kernValue + Xcenter, 0)
fill(0, 0, 0, self._alpha)
if glyph.name == self.keyGlyph:
fill(0, 0, 0, 1)
glyph.draw(pen)
drawPath(pen.path)
restore()
translate(0, 0)
save()
(l, r) = self.resultPair
pen = CocoaPen(self.font)
if self.direction == 'L':
glyph = self.font[r]
translate(self.kernValue + Xcenter, 0)
elif self.direction == 'R':
glyph = self.font[l]
translate(Xcenter - glyph.width, 0)
fillRGB(COLOR_EXCEPTION_GROUP_ICON)
glyph.draw(pen)
drawPath(pen.path)
restore()
translate(0, 0)
elif self.direction == 'B':
save()
(l, r) = self.resultPair
pen = CocoaPen(self.font)
glyph = self.font[l]
translate(Xcenter - glyph.width, 0)
fillRGB(COLOR_EXCEPTION_GROUP_ICON)
glyph.draw(pen)
drawPath(pen.path)
restore()
translate(0, 0)
save()
pen = CocoaPen(self.font)
glyph = self.font[r]
translate(self.kernValue + Xcenter, 0)
fillRGB(COLOR_EXCEPTION_GROUP_ICON)
glyph.draw(pen)
drawPath(pen.path)
restore()
translate(0, 0)
if self.showSelected:
Ycontrol = -450
(l, r) = self.resultPair
if self.direction == 'L':
drawLeftCursor(getDisplayNameGroup(l),Xcenter-20, Ycontrol,False)
drawRightCursor(r, Xcenter+20,Ycontrol,True)
elif self.direction == 'R':
drawLeftCursor(l, Xcenter-20, Ycontrol, True)
drawRightCursor(getDisplayNameGroup(r), Xcenter+20, Ycontrol, False)
elif self.direction == 'B':
drawLeftCursor(l, Xcenter-20, Ycontrol, True)
drawRightCursor(r, Xcenter+20, Ycontrol, True)
self.infoLine._view.setFrame_(NSMakeRect(0, 0, visibleWidth, visibleHeight))