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Autopsy.py
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#MenuTitle: Autopsy 1.2
# encoding: utf-8
########################################################################
#
# Autopsy Visual Font Auditing
# 1.2.1
#
# Version for Glyphs (glyphsapp.com)
# (c) 2009 by Yanone
# 2013 Georg Seifert, porting to use CoreGraphics instead of RepordLab to write PDF
# 2015 Jens Kutilek, fixes
#
# http://www.yanone.de/typedesign/autopsy/
#
# GPLv3 or later
#
########################################################################
from AppKit import *
import time, os, string, math, random
from Quartz.CoreGraphics import *
try:
from vanilla import *
from vanilla.dialogs import *
except:
Message("Missing Library", "Please install the vanilla library from https://github.com/typesupply/vanilla")
raise ImportError
cm = 72/2.54
mm = cm / 10
A4 = (595.276, 841.89)
letter = (612, 792)
##### Misc.
class Ddict(dict):
def __init__(self, default=None):
self.default = default
def __getitem__(self, key):
if not self.has_key(key):
self[key] = self.default()
return dict.__getitem__(self, key)
def setup_binding_CheckBox(self, Object, KeyPath, options = objc.nil):
self._nsObject.subviews()[0].bind_toObject_withKeyPath_options_("value", Object, "values."+KeyPath, options)
CheckBox.binding = setup_binding_CheckBox
def setup_binding_EditText(self, Object, KeyPath, options = objc.nil):
self._nsObject.bind_toObject_withKeyPath_options_("value", Object, "values."+KeyPath, options)
EditText.binding = setup_binding_EditText
def del_binding(self, Object, KeyPath):
Object.unbind_("value")
CheckBox.unbind = del_binding
##### Settings
programname = 'Autopsy'
programversion = '1.2.1'
releasedate = '201504241241'
verbose = False
availablegraphs = ('width', 'bboxwidth', 'bboxheight', 'highestpoint', 'lowestpoint', 'leftsidebearing', 'rightsidebearing')
graphrealnames = {
'width' : 'Width',
'bboxwidth' : 'BBox Width',
'bboxheight' : 'BBox Height',
'highestpoint' : 'BBox Highest',
'lowestpoint' : 'BBox Lowest',
'leftsidebearing' : 'L Sidebearing',
'rightsidebearing' : 'R Sidebearing',
}
pagemargin = Ddict(dict)
pagemargin['left'] = 12
pagemargin['right'] = 10
pagemargin['top'] = 8
pagemargin['bottom'] = 11
scrapboard = Ddict(dict)
graphcoords = Ddict(dict)
# separator between the scrapboard and the tablesboard
headmargin = 15 # mm
separator = 8 # mm
tableseparator = 3 # mm
roundedcorners = 3 # (pt?)
guidelinedashed = (3, 3) # pt on, pt off
# Colors
colourguides = (1, .5, 0, 0)
colourglobalguides = (0, 1, 1, 0)
# Headline
headerheight = 8 # mm
headlinefontsize = 14
#pdfcolour = (0, .05, 1, 0)
pdfcolour = (.25, 0, 1, 0)
#headlinefontcolour = (.25, .25, 1, .8)
headlinefontcolour = (0, 0, 0, 1)
pdffont = Ddict(dict)
pdffont['Regular'] = 'Courier'
pdffont['Bold'] = 'Courier-Bold'
graphcolour = Ddict(dict)
graphcolour['__default__'] = pdfcolour
graphcolour['width'] = (0, .9, .9, 0)
graphcolour['bboxwidth'] = (0, .75, .9, 0)
graphcolour['bboxheight'] = (0, .5, 1, 0)
graphcolour['highestpoint'] = (0, .3, 1, 0)
graphcolour['lowestpoint'] = (0, .1, 1, 0)
graphcolour['leftsidebearing'] = (0, .75, .25, 0)
graphcolour['rightsidebearing'] = (.25, .75, .25, 0)
# Metrics
glyphcolour = (0, 0, 0, 1)
xrayfillcolour = (0, 0, 0, .4)
metricscolour = (0, 0, 0, .5)
metricslinewidth = .5 # pt
scrapboardcolour = (0, 0, 0, 1)
drawboards = False
# Graphs
#tablenamefont = pdffont['Regular']
graphnamefontsize = 8
#pointsvaluefont = pdffont['Regular']
pointsvaluefontsize = 8
############ Classes
class Report:
def __init__(self):
self.gridcolour = metricscolour
self.strokecolour = pdfcolour
self.gridwidth = metricslinewidth
self.strokewidth = 1
self.values = [] # (value, glyphwidth, glyphheight)
self.pointslist = []
# self.scope = 'local' # local or global (relative to this single glyph, or to all glyphs in the pdf)
self.glyphname = ''
self.graphname = ''
self.min = 0
self.max = 0
self.sum = 0
ratio = 0
def addvalue(self, value):
self.values.append(value)
if len(self.values) == 1:
self.min = value[0]
self.max = value[0]
if value[0] > self.max:
self.max = value[0]
if value[0] < self.min:
self.min = value[0]
self.sum += value[0]
def draw(self):
global myDialog
global globalscopemin, globalscopemax
global glyphs
drawrect(self.left * mm, self.bottom * mm, self.right * mm, self.top * mm, '', self.gridcolour, self.gridwidth, None, roundedcorners)
r = .05
mymin = self.min - int(math.fabs(self.min) * r)
mymax = self.max + int(math.fabs(self.max) * r)
if self.scope == 'global':
# Walk through the other graphs and collect their min and max values
for glyph in glyphs:
try:
if reports[glyph][self.graphname].min < mymin:
mymin = reports[glyph][self.graphname].min
except:
mymin = reports[glyph][self.graphname].min
try:
if reports[glyph][self.graphname].max > mymax:
mymax = reports[glyph][self.graphname].max
except:
mymax = reports[glyph][self.graphname].max
if mymax - mymin < 10:
mymin -= 5
mymax += 5
pointslist = []
if not Glyphs.boolDefaults["com_yanone_Autopsy_PageOrientation_landscape"]:
if Glyphs.boolDefaults["com_yanone_Autopsy_drawpointsvalues"] == 1:
DrawText(pdffont['Regular'], pointsvaluefontsize, glyphcolour, self.left * mm + 1*mm, self.bottom * mm - 3*mm, str(int(mymin)))
DrawText(pdffont['Regular'], pointsvaluefontsize, glyphcolour, self.right * mm - 5*mm, self.bottom * mm - 3*mm, str(int(mymax)))
try:
localratio = (self.right - self.left) / (mymax - mymin)
except:
localratio = 0
try:
y = self.top - (self.values[0][2] / 2 / mm * ratio)
except:
y = self.top
for i, value in enumerate(self.values):
x = self.left + (value[0] - mymin) * localratio
pointslist.append((value[0], x, y))
try:
y -= self.values[i+1][2] / mm * ratio
except:
pass
else:
if Glyphs.boolDefaults["com_yanone_Autopsy_drawpointsvalues"] == 1:
DrawText(pdffont['Regular'], pointsvaluefontsize, glyphcolour, self.right * mm + 1*mm, self.bottom * mm + 1*mm, str(int(mymin)))
DrawText(pdffont['Regular'], pointsvaluefontsize, glyphcolour, self.right * mm + 1*mm, self.top * mm - 3*mm, str(int(mymax)))
# DrawText(pdffont['Regular'], graphnamefontsize, self.gridcolour, self.left * mm + 1.7*mm, self.top * mm - 4*mm, graphrealnames[self.graphname])
try:
localratio = (self.top - self.bottom) / (mymax - mymin)
except:
localratio = 0
try:
position = self.left + (self.values[0][1] / 2 / mm * ratio)
except:
position = self.left
for i, value in enumerate(self.values):
x = position
y = self.bottom + (value[0] - mymin) * localratio
pointslist.append((value[0], x, y))
try:
position += self.values[i+1][1] / mm * ratio
except:
pass
# Calculate thickness of stroke according to scope of graph
minthickness = 2
maxthickness = 8
thickness = -.008 * (mymax - mymin) + maxthickness
if thickness < minthickness:
thickness = minthickness
elif thickness > maxthickness:
thickness = maxthickness
DrawTableLines(pointslist, self.strokecolour, thickness)
DrawText(pdffont['Regular'], graphnamefontsize, self.gridcolour, self.left * mm + 1.7*mm, self.top * mm - 4*mm, graphrealnames[self.graphname])
#################################
def SetScrapBoard(pageratio):
global myDialog
scrapboard['left'] = pagemargin['left']
scrapboard['right'] = pagewidth/mm - pagemargin['right']
scrapboard['top'] = pageheight/mm - pagemargin['top'] - headmargin
scrapboard['bottom'] = pagemargin['bottom']
graphcoords['left'] = pagemargin['left']
graphcoords['right'] = pagewidth/mm - pagemargin['right']
graphcoords['top'] = pageheight/mm - pagemargin['top'] - headmargin
graphcoords['bottom'] = pagemargin['bottom']
# Recalculate drawing boards
if not Glyphs.defaults["com_yanone_Autopsy_PageOrientation_landscape"]:
availablewidth = pagewidth/mm - pagemargin['left'] - pagemargin['right']
partial = availablewidth * pageratio
scrapboard['right'] = pagemargin['left'] + partial - separator / 2
graphcoords['left'] = scrapboard['right'] + separator
else:
availablewidth = pageheight/mm - pagemargin['top'] - pagemargin['bottom'] - headmargin
partial = availablewidth * pageratio
scrapboard['bottom'] = pageheight/mm - headmargin - partial + separator / 2
graphcoords['top'] = scrapboard['bottom'] - separator
##################################################################
#
# PDF section
#
def DrawText(font, fontsize, fontcolour, x, y, text):
attributes = {NSFontAttributeName : NSFont.fontWithName_size_(font, fontsize), NSForegroundColorAttributeName: NSColor.colorWithDeviceCyan_magenta_yellow_black_alpha_(fontcolour[0], fontcolour[1], fontcolour[2], fontcolour[3], 1)}
String = NSAttributedString.alloc().initWithString_attributes_(text, attributes)
String.drawAtPoint_((x, y))
def DrawTableLines(list, colour, thickness):
global myDialog
for i, point in enumerate(list):
try:
drawline(list[i][1]*mm, list[i][2]*mm, list[i+1][1]*mm, list[i+1][2]*mm, colour, thickness, None)
except:
pass
NSColor.colorWithDeviceCyan_magenta_yellow_black_alpha_(colour[0], colour[1], colour[2], colour[3], 1).set()
Rect = NSMakeRect(point[1]*mm-(thickness), point[2]*mm-(thickness), thickness*2, thickness*2)
NSBezierPath.bezierPathWithOvalInRect_(Rect).fill()
if Glyphs.defaults["com_yanone_Autopsy_drawpointsvalues"] == 1:
DrawText(pdffont['Regular'], pointsvaluefontsize, glyphcolour, point[1]*mm + (thickness/6+1)*mm, point[2]*mm - (thickness/6+2.5)*mm, str(int(round(point[0]))))
def DrawHeadlineIntoPage(text):
drawrect(pagemargin['left']*mm, pageheight - pagemargin['top']*mm - headerheight*mm, pagewidth - pagemargin['right']*mm, pageheight - pagemargin['top']*mm, pdfcolour, None, 0, None, roundedcorners)
DrawText(pdffont['Bold'], headlinefontsize, headlinefontcolour, 2*mm + pagemargin['left']*mm, 2.2*mm + pageheight - pagemargin['top']*mm - headerheight*mm, text)
def DrawMetrics(f, glyph, xoffset, yoffset, ratio):
global myDialog
#g = Glyph(glyph)
g = glyph.layers[0]
mywidth = g.width
if mywidth == 0:
mywidth = g.bounds.size.width
# Draw metrics
if Glyphs.defaults["com_yanone_Autopsy_drawmetrics"] == 1:
# Versalhöhe
drawline(xoffset*mm, yoffset*mm + capheight(f) * ratio, xoffset*mm + mywidth*ratio, yoffset*mm + capheight(f) * ratio, metricscolour, metricslinewidth, None)
# x-Höhe
drawline(xoffset*mm, yoffset*mm + xheight(f) * ratio, xoffset*mm + mywidth*ratio, yoffset*mm + xheight(f) * ratio, metricscolour, metricslinewidth, None)
# Grundlinie
drawline(xoffset*mm, yoffset*mm, xoffset*mm + mywidth*ratio, yoffset*mm, metricscolour, metricslinewidth, None)
# Bounding Box
drawrect(xoffset*mm, yoffset*mm + descender(f)*ratio, xoffset*mm + mywidth*ratio, yoffset*mm + ascender(f)*ratio, '', metricscolour, metricslinewidth, None, 0)
# Draw guidelines
if Glyphs.boolDefaults["com_yanone_Autopsy_drawguidelines"] == 1 and False: #GSNotImplemented
# Local vertical guides
for guide in g.vguides:
try:
a = (ascender(f)) * math.tan(math.radians(guide.angle))
except:
a = 0
x1 = guide.position / mm * ratio
y1 = (0 - descender(f)) / mm * ratio
x2 = (guide.position + a) / mm * ratio
y2 = (ascender(f) - descender(f)) / mm * ratio
drawline(xoffset*mm + x1*mm, yoffset*mm + y1*mm, xoffset*mm + x2*mm, yoffset*mm + y2*mm, colourguides, metricslinewidth, guidelinedashed)
# Global vertical guides
for guide in f.vguides:
try:
a = (ascender(f)) * math.tan(math.radians(guide.angle))
except:
a = 0
x1 = guide.position / mm * ratio
y1 = (0 - descender(f)) / mm * ratio
x2 = (guide.position + a) / mm * ratio
y2 = (ascender(f) - descender(f)) / mm * ratio
drawline(xoffset*mm + x1*mm, yoffset*mm + y1*mm, xoffset*mm + x2*mm, yoffset*mm + y2*mm, colourglobalguides, metricslinewidth, guidelinedashed)
# Local horizontal guides
for guide in g.hguides:
try:
a = g.width * math.tan(math.radians(guide.angle))
except:
a = 0
x1 = 0
y1 = (guide.position - descender(f)) / mm * ratio
x2 = g.width / mm * ratio
y2 = (guide.position - descender(f) + a) / mm * ratio
drawline(xoffset*mm + x1*mm, yoffset*mm + y1*mm, xoffset*mm + x2*mm, yoffset*mm + y2*mm, colourguides, metricslinewidth, guidelinedashed)
# Global horizontal guides
for guide in f.hguides:
try:
a = g.width * math.tan(math.radians(guide.angle))
except:
a = 0
x1 = 0
y1 = (guide.position - descender(f)) / mm * ratio
x2 = g.width / mm * ratio
y2 = (guide.position - descender(f) + a) / mm * ratio
drawline(xoffset*mm + x1*mm, yoffset*mm + y1*mm, xoffset*mm + x2*mm, yoffset*mm + y2*mm, colourglobalguides, metricslinewidth, guidelinedashed)
# Draw font names under box
if Glyphs.defaults["com_yanone_Autopsy_fontnamesunderglyph"] == 1:
DrawText(pdffont['Regular'], pointsvaluefontsize, glyphcolour, xoffset*mm + 2, yoffset*mm - 8, f.full_name)
# output(f)
def PSCommandsFromGlyph(glyph):
CommandsList = []
for path in glyph.paths:
lastNode = None
if path.closed:
lastNode = path.nodes[-1]
else:
lastNode = path.nodes[0]
CommandsList.append(('moveTo', (lastNode.x, lastNode.y)))
for i, node in enumerate(path.nodes):
if node.type == GSOFFCURVE:
CommandsList.append(('close', (node.x, node.y)))
#if node.type == nMOVE:
# CommandsList.append(('moveTo', (node.x, node.y)))
if node.type == GSLINE:
CommandsList.append(('lineTo', (node.x, node.y)))
if node.type == GSCURVE:
CurveCommandsList = []
CurveCommandsList.append('curveTo')
#for point in node.points:
CurveCommandsList.append( (node.x, node.y) )
point = path.nodes[i-2]
CurveCommandsList.append( (point.x, point.y) )
point = path.nodes[i-1]
CurveCommandsList.append( (point.x, point.y) )
CommandsList.append(CurveCommandsList)
return CommandsList
def DrawGlyph(f, glyph, PSCommands, xoffset, yoffset, ratio, fillcolour, strokecolour, strokewidth, dashed):
if not PSCommands:
type = "glyph"
# Copy glyph into memory (so remove overlap won't affect the current font)
g = glyph.layers[0]
if len(g.components) > 0:
for component in g.components:
position = component.position
DrawGlyph(f, component.component, None, xoffset+(position.x*ratio/mm), yoffset+(position.y*ratio/mm), ratio, fillcolour, strokecolour, strokewidth, dashed)
# Glyph has nodes of its own
if len(g.paths):
PSCommands = PSCommandsFromGlyph(g)
#print PSCommands
else:
PSCommands = ()
else:
type = "PScommands"
if PSCommands:
p = NSBezierPath.bezierPath()
for command in PSCommands:
if command[0] == 'moveTo':
try:
p.close()
except:
pass
x = xoffset*mm + command[1][0] * ratio
y = yoffset*mm + command[1][1] * ratio
p.moveToPoint_((x, y))
#print "('moveTo', (%s, %s))," % (command[1][0], command[1][1])
if command[0] == 'lineTo':
x = xoffset*mm + command[1][0] * ratio
y = yoffset*mm + command[1][1] * ratio
p.lineToPoint_((x, y))
#print "('lineTo', (%s, %s))," % (command[1][0], command[1][1])
if command[0] == 'curveTo':
points = []
for point in command[1:]:
points.append( (xoffset*mm + point[0] * ratio, yoffset*mm + point[1] * ratio) )
p.curveToPoint_controlPoint1_controlPoint2_(points[0], points[1], points[2])
p.closePath()
if fillcolour:
NSColor.colorWithDeviceCyan_magenta_yellow_black_alpha_(fillcolour[0], fillcolour[1], fillcolour[2], fillcolour[3], 1).set()
p.fill()
if strokecolour:
NSColor.colorWithDeviceCyan_magenta_yellow_black_alpha_(strokecolour[0], strokecolour[1], strokecolour[2], strokecolour[3], 1).set()
if dashed:
p.setLineDash_count_phase_(dashed, 2, 0.0)
p.setLineWidth_(strokewidth)
p.stroke()
######### draw primitives
def drawline(x1, y1, x2, y2, colour, strokewidth, dashed):
NSColor.colorWithDeviceCyan_magenta_yellow_black_alpha_(colour[0], colour[1], colour[2], colour[3], 1).set()
Path = NSBezierPath.bezierPath()
Path.moveToPoint_((x1, y1))
Path.lineToPoint_((x2, y2))
Path.setLineWidth_(strokewidth)
if dashed:
Path.setLineDash_count_phase_(dashed, 2, 0.0)
Path.stroke()
def drawrect(x1, y1, x2, y2, fillcolour, strokecolour, strokewidth, dashed, rounded):
Rect = NSMakeRect(x1, y1, x2 - x1, y2 - y1)
Path = NSBezierPath.bezierPathWithRoundedRect_xRadius_yRadius_(Rect, rounded, rounded)
if fillcolour:
NSColor.colorWithDeviceCyan_magenta_yellow_black_alpha_(fillcolour[0], fillcolour[1], fillcolour[2], fillcolour[3], 1).set()
Path.fill()
if strokecolour:
Path.setLineWidth_(strokewidth)
if dashed:
Path.setLineDash_count_phase_(dashed, 2, 0.0)
NSColor.colorWithDeviceCyan_magenta_yellow_black_alpha_(strokecolour[0], strokecolour[1], strokecolour[2], strokecolour[3], 1).set()
Path.stroke()
# collects the glyphs that should be displayed
# and returns list of glyph names
def collectglyphnames():
glyphlist = []
Font = Glyphs.orderedDocuments()[0].font
if Font.selectedLayers is not None:
for Layer in Font.selectedLayers:
glyphlist.append(Layer.parent.name)
return glyphlist
def capheight(f):
return f.masters[0].capHeight
def xheight(f):
return f.masters[0].xHeight
def descender(f):
return f.masters[0].descender
def ascender(f):
return f.masters[0].ascender
def unicode2hex(u):
return string.zfill(string.upper(hex(u)[2:]), 4)
errortexts = []
errors = 0
def raiseerror(text):
global errors, errorslist
errortexts.append(text)
try:
errors += 1
except:
errors = 1
def CheckForUpdates():
return
if Defaults['com_yanone_Autopsy_checkforupdates']:
import webbrowser, urllib
try:
if int(releasedate) < int(urllib.urlopen('http://www.yanone.de/typedesign/autopsy/latestreleasedate.txt').read()):
x = fl.Message('Hey, I was reincarnated as a newer version.\nDo you want to connect to my download page on the internet?')
if x == 1:
webbrowser.open('http://www.yanone.de/typedesign/autopsy/download.php', 1, 1)
except:
pass # No network connection
##### MAIN
def main():
global ratio
global myDialog
global errors, errorstexts
global glyphs
global reports
CheckForUpdates()
# Clear console
if verbose:
Glyphs.clearLog()
output('-- main --')
# Dialog stuff
result = None
NameList = []
# Check, if fonts are present
if len(Glyphs.fonts) < 1:
raiseerror("No fonts open in Glyphs.")
else:
# Check, if fonts have a full_name
# full_name_missing = 0
# for f in Glyphs.fonts:
# if not f.full_name:
# full_name_missing += 1
# if full_name_missing:
# raiseerror("Some fonts don't have a 'Full Name'. Autopsy uses the 'Full Name' for handling fonts.\nPlease fill it out in the 'Font Info' window.")
# Collect glyph names
glyphs = collectglyphnames()
if not glyphs:
raiseerror("No glyphs selected.")
# Initial sorting of fonts by width, weight
widths_plain = '''Ultra-condensed 1
Compressed 1
Extra-condensed 2
Condensed 3
Semi-condensed 4
Narrow 4
Compact 4
Medium (normal) 5
Normal 5
Regular 5
Medium 5
Semi-extended 6
Wide 6
Semi-expanded 6
Expanded 7
Extended 7
Extra-extended 8
Extra-expanded 8
Ultra-expanded 9
Ultra-extended 9'''
weights_plain = '''Thin 250
Hairline 250
Ultra Light 250
Micro 300
Extra Light 300
Fine 300
Slim 300
Dry 300
Clair 300
Skinny 300
Light 350
Semi Light 375
Plain 400
Gamma 400
Normal (Regular) 400
Regular 400
Book 450
News 450
Text 500
Medium 500
Beta 500
Median 500
DemiBold 500
SemiBold 500
Semi Bold 600
Alpha 600
Demi Bold 600
Bold 700
Boiled 700
Noir 700
Fett 700
Not That Fat 700
Extra Boiled 750
Extra Bold 750
Heavy 800
Mega 800
ExtraBold 800
Black 900
UltraBlack 900
Ultra Black 900
Fat 950
Ultra 1000
Super 1000
ExtraBlack 1000
Extra Black 1000'''
# Normal mode
if not errors:
f = Glyphs.fonts[0]
# Add fonts to NameList
if len(f.masters) == 1:
mode = 'normal'
widths = Ddict(dict)
for width in widths_plain.split("\n"):
tmp = width.split("\t")
widths[tmp[0]] = tmp[1]
weights = Ddict(dict)
for weight in weights_plain.split("\n"):
tmp = weight.split("\t")
weights[tmp[0]] = tmp[1]
FontList = []
for f in Glyphs.fonts:
# exclude MM
if len(f.masters) == 1:
# width
if f.masters[0].width and f.masters[0].width in widths:
width = widths[f.masters[0].width]
else:
width = 500
# weights
#print "__weights", weights
weight = 0
try:
weight = weights[f.masters[0].weight]
except:
pass
if weight < 10:
weight = 400
# # familyname
# if f.family_name:
# familyname = f.family_name
# else:
# familyname = '__default__'
familyname = f.familyName
if len(f.instances) > 0:
familyname += " "+f.instances[0].name
FontList.append((width, weight, familyname))
FontList.sort()
for listentry in FontList:
NameList.append(listentry[2])
# MM-mode
elif len(f.masters) > 1:
Message("Problem", "Autopsy for Glyphs does not jet support multiple master Fonts.")
return
mode = 'MM'
familyname = f.familyName+" "+f.masters[0].name
NameList.append(f)
# Some error handling
# if not NameList:
# raiseerror("No fonts open in FontLab.")
# Call Dialog
if NameList and not errors:
myDialog = _listMultiSelect(mode, NameList)
Result = myDialog.Run()
if Result == NSOKButton:
NameList = myDialog.selection
if NameList:
result = []
for anyName in NameList:
if mode == 'normal':
result.append(getFontByFullname(anyName))
elif mode == 'MM':
__list = anyName.split("/")
_InstanceList = []
for l in __list:
try:
_InstanceList.append(int(l))
except:
pass
instance = Font(Font, _InstanceList)
instance.full_name += ' ' + anyName
result.append(instance)
else: raiseerror("No fonts have been selected. I can't work like that.")
#else: raiseerror("Canceled by user (That's you).")
#del myDialog
# elif not NameList:
# raiseerror("No fonts open in FontLab.")
try:
fonts = result
except:
fonts = []
#if not myDialog.filename:
#print "No file name specified. Where do you expect me to save the file?."
if not errors and fonts and glyphs:
starttime = time.time()
global pagewidth, pageheight
#global myDialog
if not Glyphs.defaults["com_yanone_Autopsy_PageOrientation_landscape"]:
if not Glyphs.defaults["com_yanone_Autopsy_PageSize_a4"]:
pagewidth = letter[0]
pageheight = letter[1]
else:
pagewidth = A4[0]
pageheight = A4[1]
else:
if not Glyphs.defaults["com_yanone_Autopsy_PageSize_a4"]:
pagewidth = letter[1]
pageheight = letter[0]
else:
pagewidth = A4[1]
pageheight = A4[0]
#############
#
# Collect information about the glyphs
#
# Dimensions
reports = Ddict(dict)
glyphwidth = Ddict(dict)
maxwidthperglyph = Ddict(dict)
maxwidth = 0
maxsinglewidth = 0
glyphheight = Ddict(dict)
maxheightperglyph = Ddict(dict)
maxheight = 0
maxsingleheight = 0
for glyph in glyphs:
glyphwidth[glyph] = 0
glyphheight[glyph] = 0
maxwidthperglyph[glyph] = 0
maxheightperglyph[glyph] = 0
reports[glyph]['width'] = Report()
reports[glyph]['height'] = Report()
reports[glyph]['bboxwidth'] = Report()
reports[glyph]['bboxheight'] = Report()
reports[glyph]['highestpoint'] = Report()
reports[glyph]['lowestpoint'] = Report()
reports[glyph]['leftsidebearing'] = Report()
reports[glyph]['rightsidebearing'] = Report()
for i_f, font in enumerate(fonts):
FontMaster = font.masters[0]
if font.glyphs.has_key(glyph):
g = font.glyphs[glyph].layers[FontMaster.id]
#print "__g", g
glyphwidth[glyph] = g.width
height = ascender(font) - descender(font)
widthforgraph = glyphwidth[glyph]
if widthforgraph == 0:
widthforgraph = g.bounds.size.width
heightforgraph = height
# width of kegel
reports[glyph]['width'].addvalue((glyphwidth[glyph], widthforgraph, heightforgraph))
# sum of widths per glyph
if reports[glyph]['width'].sum > maxwidth:
maxwidth = reports[glyph]['width'].sum
if reports[glyph]['width'].max > maxsinglewidth:
maxsinglewidth = reports[glyph]['width'].max
# height of kegel
glyphheight[glyph] = height
reports[glyph]['height'].addvalue((glyphheight[glyph], widthforgraph, heightforgraph))
# sum of heights per glyph
if reports[glyph]['height'].sum > maxheight:
maxheight = reports[glyph]['height'].sum
if reports[glyph]['height'].max > maxsingleheight:
maxsingleheight = reports[glyph]['height'].max
# BBox
overthetop = 20000
bbox = g.bounds
if bbox.size.width < -1*overthetop or bbox.size.width > overthetop:
reports[glyph]['bboxwidth'].addvalue((0, widthforgraph, heightforgraph))
else:
reports[glyph]['bboxwidth'].addvalue((bbox.size.width, widthforgraph, heightforgraph))
if bbox.size.height < -1*overthetop or bbox.size.height > overthetop:
reports[glyph]['bboxheight'].addvalue((0, widthforgraph, heightforgraph))
else:
reports[glyph]['bboxheight'].addvalue((bbox.size.height, widthforgraph, heightforgraph))
if (bbox.origin.y + bbox.size.height) < -1*overthetop or (bbox.origin.y + bbox.size.height) > overthetop:
reports[glyph]['highestpoint'].addvalue((0, widthforgraph, heightforgraph))
else:
reports[glyph]['highestpoint'].addvalue((bbox.origin.y + bbox.size.height, widthforgraph, heightforgraph))
if bbox.origin.y < -1*overthetop or bbox.origin.y > overthetop:
reports[glyph]['lowestpoint'].addvalue((0, widthforgraph, heightforgraph))
else:
reports[glyph]['lowestpoint'].addvalue((bbox.origin.y, widthforgraph, heightforgraph))
# L + R sidebearing
reports[glyph]['leftsidebearing'].addvalue((g.LSB, widthforgraph, heightforgraph))
reports[glyph]['rightsidebearing'].addvalue((g.RSB, widthforgraph, heightforgraph))
# Recalculate drawing boards
numberoftables = 0
# GSNotImplemented
# for table in availablegraphs:
# if eval('myDialog.graph_' + table):
# numberoftables += 1
if numberoftables < 3:
numberoftables = 3
try:
r = 2.0 / numberoftables
except:
r = .8
SetScrapBoard(r)
# Calculate ratio
if not NSUserDefaults.standardUserDefaults()["com_yanone_Autopsy_PageOrientation_landscape"]:
ratio = (scrapboard['top'] - scrapboard['bottom']) / maxheight * mm
ratio2 = (scrapboard['right'] - scrapboard['left']) / maxsinglewidth * mm
maxratio = 0.3
if ratio > maxratio:
ratio = maxratio
if ratio > ratio2:
ratio = ratio2
else:
ratio = (scrapboard['right'] - scrapboard['left']) / maxwidth * mm
ratio2 = (scrapboard['top'] - scrapboard['bottom']) / maxsingleheight * mm
maxratio = 0.3
if ratio > maxratio:
ratio = maxratio
if ratio > ratio2:
ratio = ratio2
xoffset = pagewidth/mm * 1/1.61
yoffset = pageheight/mm * 1.61
# PDF Init stuff
filename = NSUserDefaults.standardUserDefaults()["com_yanone_Autopsy_filename"]
tempFileName = NSTemporaryDirectory()+"%d.pdf"%random.randint(1000,100000)
pageRect = CGRectMake (0, 0, pagewidth, pageheight)
fileURL = NSURL.fileURLWithPath_(tempFileName)
pdfContext = CGPDFContextCreateWithURL(fileURL, pageRect, None)
CGPDFContextBeginPage(pdfContext, None)
pdfNSGraphicsContext = NSGraphicsContext.graphicsContextWithGraphicsPort_flipped_(pdfContext, False)
NSGraphicsContext.saveGraphicsState()
NSGraphicsContext.setCurrentContext_(pdfNSGraphicsContext)
NSRectFill(((-100, -100), (200, 200)))
# Draw front page
output('-- font page --')
drawrect(-3*mm, -3*mm, pagewidth + 3*mm, pageheight + 3*mm, pdfcolour, None, None, None, 0)
# Try to get a random glyph from a random font with nodes
# try not more than 10000 times
glyphfound = False
randomfont = fonts[random.randint(0, len(fonts) - 1)]
randomglyphindex = random.randint(0, len(randomfont) - 1)
g = randomfont.glyphs[randomglyphindex]