def generateRowMarkedImage(self):
if self.GEN_ROW_MARKED:
isUpTo = True
colSlice = False
demot = self.loadImageRow()
points = loadJfile(self.points_left_path)
point = points["2"]
point_coord = (point['y'], point['x'])
marker = SeamMarker(demot)
markedImage = marker.markSeam4Point(demot,
point_coord,
isUpTo,
point['threshold'],
colSlice,
mark_color=[0, 255, 0])
Image.fromarray(markedImage).save(self.rowMarkedImagePath)
def generateColMarkedImage(self):
if self.GEN_COL_MARKED:
isUpTo = False
colSlice = True
viet = self.loadImageCol()
points = loadJfile(self.points_down_path)
point = points["0"]
point_coord = (point['y'], point['x'])
marker = SeamMarker(viet)
markedImage = marker.markSeam4Point(viet,
point_coord,
isUpTo,
point['threshold'],
colSlice,
mark_color=[0, 255, 0])
Image.fromarray(markedImage).save(self.colMarkedImagePath)
def test_seammarker_markSeam4Point_colSliceTrue_isUpToFalse(self):
isUpTo = False
colSlice = True
viet = self.loadImageCol()
points = loadJfile(self.points_down_path)
point = points["0"]
point_coord = (point['y'], point['x'])
marker = SeamMarker(viet)
markedImage = marker.markSeam4Point(viet,
point,
isUpTo,
point['threshold'],
colSlice,
mark_color=[0, 255, 0])
compimg = os.path.join(self.imagedir, 'colMarkedImage.png')
compimg = np.array(Image.open(compimg))
self.compareArrays(markedImage, compimg,
"Marked image is not equivalent to expected image")
def test_seammarker_markSeam4Point_colSliceFalse_isUpToTrue(self):
isUpTo = True
colSlice = False
demot = self.loadImageRow()
points = loadJfile(self.points_left_path)
point = points["2"]
point_coord = (point['y'], point['x'])
marker = SeamMarker(demot)
markedImage = marker.markSeam4Point(demot,
point,
isUpTo,
point['threshold'],
colSlice,
mark_color=[0, 255, 0])
# pdb.set_trace()
compimg = os.path.join(self.imagedir, 'rowMarkedImage.png')
compimg = np.array(Image.open(compimg))
self.compareArrays(markedImage, compimg,
"Marked image is not equivalent to expected image")