def _readEyesFile(self):
'''
Private: Do not call directly. Reads the eye file.
'''
if self.filename[-4:] == '.csv':
f = open(self.filename, 'r')
for line in f:
#print line
line = line.split(',')
if len(line) < 5:
continue
for i in range(1, len(line), 4):
fname = self._parseName(line[0])
if len(line) < i + 4:
print "Warning in %s image %s: Count of numbers is not a multiple of four." % (
self.filename, fname)
break
eye1 = Point(float(line[i + 0]), float(line[i + 1]))
eye2 = Point(float(line[i + 2]), float(line[i + 3]))
truth_rect = BoundingRect(eye1, eye2)
truth_rect.w = 2.0 * truth_rect.w
truth_rect.h = truth_rect.w
truth_rect.x = truth_rect.x - 0.25 * truth_rect.w
truth_rect.y = truth_rect.y - 0.3 * truth_rect.w
#print fname,eye1,eye2,truth_rect
if not self.images.has_key(fname):
self.images[fname] = []
self.images[fname].append([fname, eye1, eye2, truth_rect])
else:
f = open(self.filename, 'r')
for line in f:
#print line,
line = line.split()
fname = self._parseName(line[0])
eye1 = Point(float(line[1]), float(line[2]))
eye2 = Point(float(line[3]), float(line[4]))
truth_rect = BoundingRect(eye1, eye2)
truth_rect.w = 2.0 * truth_rect.w
truth_rect.h = truth_rect.w
truth_rect.x = truth_rect.x - 0.25 * truth_rect.w
truth_rect.y = truth_rect.y - 0.3 * truth_rect.w
#print fname,eye1,eye2,truth_rect
if not self.images.has_key(fname):
self.images[fname] = []
self.images[fname].append([fname, eye1, eye2, truth_rect])
def _readEyesFile(self):
'''
Private: Do not call directly. Reads the eye file.
'''
if self.filename[-4:] == '.csv':
f = open(self.filename,'r')
for line in f:
#print line
line = line.split(',')
if len(line) < 5:
continue
for i in range(1,len(line),4):
fname = self._parseName(line[0])
if len(line) < i+4:
print "Warning in %s image %s: Count of numbers is not a multiple of four."%(self.filename,fname)
break
eye1 = Point(float(line[i+0]),float(line[i+1]))
eye2 = Point(float(line[i+2]),float(line[i+3]))
truth_rect = BoundingRect(eye1,eye2)
truth_rect.w = 2.0 * truth_rect.w
truth_rect.h = truth_rect.w
truth_rect.x = truth_rect.x - 0.25*truth_rect.w
truth_rect.y = truth_rect.y - 0.3*truth_rect.w
#print fname,eye1,eye2,truth_rect
if not self.images.has_key(fname):
self.images[fname] = []
self.images[fname].append([fname,eye1,eye2,truth_rect])
else:
f = open(self.filename,'r')
for line in f:
#print line,
line = line.split()
fname = self._parseName(line[0])
eye1 = Point(float(line[1]),float(line[2]))
eye2 = Point(float(line[3]),float(line[4]))
truth_rect = BoundingRect(eye1,eye2)
truth_rect.w = 2.0 * truth_rect.w
truth_rect.h = truth_rect.w
truth_rect.x = truth_rect.x - 0.25*truth_rect.w
truth_rect.y = truth_rect.y - 0.3*truth_rect.w
#print fname,eye1,eye2,truth_rect
if not self.images.has_key(fname):
self.images[fname] = []
self.images[fname].append([fname,eye1,eye2,truth_rect])
def face_from_eyes(eye1, eye2):
'''
Given eye coordinates estimate the face rectangle
Assumes the face is reasonably horizontal.
'''
truth_rect = BoundingRect(eye1, eye2)
truth_rect.w = 3.0 * truth_rect.w
truth_rect.h = truth_rect.w
truth_rect.x = truth_rect.x - 0.33 * truth_rect.w
truth_rect.y = truth_rect.y - 0.4 * truth_rect.w
return truth_rect
def face_from_eyes(eye1, eye2):
'''
Given eye coordinates estimate the face rectangle
Assumes the face is reasonably horizontal.
'''
truth_rect = BoundingRect(eye1, eye2)
truth_rect.w = 3.0 * truth_rect.w
truth_rect.h = truth_rect.w
truth_rect.x = truth_rect.x - 0.33 * truth_rect.w
truth_rect.y = truth_rect.y - 0.4 * truth_rect.w
return truth_rect