def font_facecompare(self, Testfont, mockfont, glyphRange, \
resolution, ptsize, pixeldepth, fonttype):
spritepath = "/var/tmp/tmpn.bmp"
if fonttype is "bold":
spritepath = "/var/tmp/tmpb.bmp"
for i in range (glyphRange[0],glyphRange[1]):
if i in Testfont:
Testfont[i].changeWeight(50,"auto",0,0,"auto")
if fonttype is "italic":
Testfont.selection.all()
Testfont = Testfont.italicize(-13)
spritepath = "/var/tmp/tmpi.bmp"
scores = list()
comparator = BitmapCompare()
pixelsize = (resolution*ptsize)/72
print spritepath
for i in range (glyphRange[0],glyphRange[1]):
if i in Testfont:
Testfont[i].export("/var/tmp/tmp.bmp",pixelsize,1)
Testfont[i].export("tmp.bmp",pixelsize,1)
glyphscore = comparator.basicCompare("/var/tmp/tmp.bmp",\
spritepath,pixelsize,(i-glyphRange[0])*pixelsize)
glyphscore*=100
else:
glyphscore=0
scores.append((i,round(glyphscore)))
Testfont.close()
return scores
def font_facecompare(self, Testfont, mockfont, glyphRange, \
resolution, ptsize, pixeldepth, fonttype):
spritepath = "/var/tmp/tmpn.bmp"
if fonttype is "bold":
spritepath = "/var/tmp/tmpb.bmp"
for i in range (glyphRange[0],glyphRange[1]):
if i in Testfont:
Testfont[i].changeWeight(50,"auto",0,0,"auto")
if fonttype is "italic":
Testfont.selection.all()
Testfont = Testfont.italicize(-13)
spritepath = "/var/tmp/tmpi.bmp"
scores = list()
comparator = BitmapCompare()
pixelsize = (resolution*ptsize)/72
print spritepath
for i in range (glyphRange[0],glyphRange[1]):
if i in Testfont:
Testfont[i].export("/var/tmp/tmp.bmp",pixelsize,1)
Testfont[i].export("tmp.bmp",pixelsize,1)
glyphscore = comparator.basicCompare("/var/tmp/tmp.bmp",\
spritepath,pixelsize,(i-glyphRange[0])*pixelsize)
glyphscore*=100
else:
glyphscore=0
scores.append((i,round(glyphscore)))
Testfont.close()
return scores
def basicCompare(self,testpath, mockfont, fontsize):
docpath = pkg_resources.resource_filename("fc","docs/doc.txt")
bashcommand = "hb-view --output-format=\"png\" --output-file=\"/var/tmp/test.png\" --font-size="+str(fontsize)+" --text-file=\""
bashcommand+=docpath+"\" "+"\""+testpath+"\""
os.system(str(bashcommand))
print bashcommand
thefile = pkg_resources.resource_filename("fc",mockfont.highresdocfile)
shutil.copy(thefile,"/var/tmp/standard.png")
cm = BitmapCompare()
score = cm.basicCompare("/var/tmp/test.png",\
"/var/tmp/standard.png",1000,0,True)
def basicCompare(self, testpath, mockfont, fontsize):
docpath = pkg_resources.resource_filename("fc", "docs/doc.txt")
bashcommand = "hb-view --output-format=\"png\" --output-file=\"/var/tmp/test.png\" --font-size=" + str(
fontsize) + " --text-file=\""
bashcommand += docpath + "\" " + "\"" + testpath + "\""
os.system(str(bashcommand))
print bashcommand
thefile = pkg_resources.resource_filename("fc",
mockfont.highresdocfile)
shutil.copy(thefile, "/var/tmp/standard.png")
cm = BitmapCompare()
score = cm.basicCompare("/var/tmp/test.png",\
"/var/tmp/standard.png",1000,0,True)
def basicCompare(self,testpath, standardpath, docpath, fontsize):
bashcommand = "hb-view --output-format=\"png\" --output-file=\"/var/tmp/test.png\" --font-size="+str(fontsize)+" --text-file=\""
bashcommand+=docpath+"\" "+"\""+testpath+"\""
print bashcommand
os.system(str(bashcommand))
bashcommand = "hb-view --output-format=\"png\" --output-file=\"/var/tmp/standard.png\" --font-size="+str(fontsize)+" --text-file=\""
bashcommand+=docpath+"\" "+"\""+testpath+"\""
print bashcommand
os.system(str(bashcommand))
cm = BitmapCompare()
score = cm.basicCompare("/var/tmp/test.png",\
"/var/tmp/standard.png")
return score
from fc.BitmapHandler import BitmapCompare
bitcomp = BitmapCompare()
class GlyphConsistency:
#computes the number of selfIntersects in the glyph is any across
#all layers, it is a self consistency check
def glyph_basicConsistency(self, font, glyphrange):
scores = list()
total = 0
for i in range(glyphrange[0], glyphrange[1]):
#worth outputting
try:
t = font[i]
if i in font:
if font[i].isWorthOutputting():
scoreFactor = 1
else:
scoreFactor = 0
score = 10
if font[i].layers[1].selfIntersects():
score = 0
else:
score = score * scoreFactor
except:
score = 0
#no counter intersection
total += score
scores.append((i, score))
#scores.append(("Basic Consistency Score: ",total/len(scores)))
