def new_frame(cls, img, swap_rb=False):
if isinstance(img, (str, unicode)):
img = load_image(img, swap_rb)
elif isinstance(img, ndarray):
img = asMat(asarray(img, dtype='uint8'))
if swap_rb:
cv_swap_rb(img)
return img
def new_frame(cls, img, swap_rb=False):
if isinstance(img, (str, unicode)):
img = load_image(img, swap_rb)
elif isinstance(img, ndarray):
img = asMat(asarray(img, dtype='uint8'))
if swap_rb:
cv_swap_rb(img)
return img
def modify_frame(self,
frame,
vflip=None,
hflip=None,
gray=False,
swap_rb=None,
clone=False,
croprect=None,
size=None):
if frame is not None:
def _get_param(param, p):
if param is None:
return getattr(self, p)
else:
return param
swap_rb = _get_param(swap_rb, 'swap_rb')
vflip = _get_param(vflip, 'vflip')
hflip = _get_param(hflip, 'hflip')
if clone:
frame = frame.clone()
if swap_rb:
frame = cv_swap_rb(frame)
if gray:
frame = grayspace(frame)
if croprect:
if len(croprect) == 2: # assume w, h
w, h = get_size(frame)
croprect = (w - croprect[0]) / 2, (
h - croprect[1]) / 2, croprect[0], croprect[1]
else:
pass
rs = croprect[0]
re = croprect[0] + croprect[2]
cs = croprect[1]
ce = croprect[1] + croprect[3]
frame = asMat(frame.ndarray[cs:ce, rs:re])
if size:
frame = resize(frame, *size)
if not globalv.video_test:
if vflip:
if hflip:
cv_flip(frame, -1)
else:
cv_flip(frame, 0)
elif hflip:
cv_flip(frame, 1)
return frame
def get_array(self, swap_rb=True, cropbounds=None):
f = self.source_frame
if swap_rb:
f = self.source_frame.clone()
f = cv_swap_rb(f)
a = f.as_numpy_array()
if cropbounds:
a = a[cropbounds[0]:cropbounds[1], cropbounds[2]:cropbounds[3]]
return flipud(a) # [lx / 4:-lx / 4, ly / 4:-ly / 4]
def get_array(self, swap_rb=True, cropbounds=None):
f = self.source_frame
if swap_rb:
f = self.source_frame.clone()
f = cv_swap_rb(f)
a = f.as_numpy_array()
if cropbounds:
a = a[cropbounds[0]:cropbounds[1], cropbounds[2]:cropbounds[3]]
return flipud(a) # [lx / 4:-lx / 4, ly / 4:-ly / 4]
def modify_frame(self, frame, vflip=None, hflip=None , gray=False, swap_rb=None,
clone=False, croprect=None, size=None):
# print size
# size = (100, 100)
if frame is not None:
def _get_param(param, p):
if param is None:
return getattr(self, p)
else:
# setattr(self, p, param)
return param
swap_rb = _get_param(swap_rb, 'swap_rb')
vflip = _get_param(vflip, 'vflip')
hflip = _get_param(hflip, 'hflip')
if clone:
frame = frame.clone()
if swap_rb:
frame = cv_swap_rb(frame)
if gray:
frame = grayspace(frame)
if croprect:
if len(croprect) == 2: # assume w, h
w, h = get_size(frame)
croprect = (w - croprect[0]) / 2, (h - croprect[1]) / 2, croprect[0], croprect[1]
else:
pass
rs = croprect[0]
re = croprect[0] + croprect[2]
cs = croprect[1]
ce = croprect[1] + croprect[3]
frame = asMat(frame.ndarray[cs:ce, rs:re])
if size:
frame = resize(frame, *size)
if not globalv.video_test:
if vflip:
if hflip:
cv_flip(frame, -1)
else:
cv_flip(frame, 0)
elif hflip:
cv_flip(frame, 1)
return frame
def get_array(self, swap_rb=True, cropbounds=None):
f = self.source_frame
if swap_rb:
f = self.source_frame.clone()
f = cv_swap_rb(f)
# f = swapRB(f)
# f = clone(self.source_frame)
# cv.convertImage(f, f, CV_CVTIMG_SWAP_RB)
a = f.as_numpy_array()
if cropbounds:
a = a[
cropbounds[0]:cropbounds[1],
cropbounds[2]:cropbounds[3]
]
return flipud(a) # [lx / 4:-lx / 4, ly / 4:-ly / 4]
def get_array(self, swap_rb=True, cropbounds=None):
f = self.source_frame
if swap_rb:
f = self.source_frame.clone()
f = cv_swap_rb(f)
# f = swapRB(f)
# f = clone(self.source_frame)
# cv.convertImage(f, f, CV_CVTIMG_SWAP_RB)
a = f.as_numpy_array()
if cropbounds:
a = a[
cropbounds[0]:cropbounds[1],
cropbounds[2]:cropbounds[3]
]
return flipud(a) # [lx / 4:-lx / 4, ly / 4:-ly / 4]
