def __init__(self, pic, tau):
"""
Constructs a blob finder to find blobs in the picture pic, using
a luminance threshold tau.
"""
# Initialize an empty list for the blobs in pic.
self._blobs = []
# Create a 2D list of booleans called marked, having the same
# dimensions as pic.
x = pic.width()
y = pic.height()
marked = stdarray.create2D(x, y, False)
# Enumerate the pixels of pic, and for each pixel (i, j):
for i in range(x):
for j in range(y):
# 1. Create a Blob object called blob.
blob = Blob()
# 2. Call _findBlob() with the right arguments.
self._findBlob(pic, tau, i, j, marked, blob)
# 3. Add blob to _blobs if it has a non-zero mass.
if blob.mass() > 0:
self._blobs.append(blob)
def __init__(self, pic, tau):
"""
Constructs a blob finder to find blobs in the picture pic, using
a luminance threshold tau.
"""
# set the blobs list
self._blobs = []
# Create a 2D array list with booleans
List = stdarray.create2D(pic.width(), pic.height(), False)
# Enumerate the pixels of pics
for i in range(pic.width()):
for j in range(pic.height()):
blob = Blob()
self._findBlob(pic, tau, i, j, List, blob)
if blob.mass() > 0:
self._blobs.append(blob)
def __init__(self, pic, tau):
"""
Constructs a blob finder to find blobs in the picture pic, using
a luminance threshold tau.
"""
# Initialize an empty list for the blobs in pic.
self._blobs = []
# Create a 2D list of booleans called marked, having the same
# dimensions as pic.
marked = stdarray.create2D(pic.width(), pic.height(), False)
for i in range(pic.width()):
for j in range(pic.height()):
b = Blob()
self.Blobfinder(pic, tau, i, j, marked, b)
if b.mass() > 0:
self._blobs += [b]
def __init__(self, pic, tau):
"""
Constructs a blob finder to find blobs in the picture pic, using
a luminance threshold tau.
"""
# Initialize an empty list for the blobs in pic.
self._blobs = []
self.pic = pic
self.tau = tau
# Create a 2D list of booleans called marked, having the same
# dimensions as pic.
marked = [[False for y in range(self.pic.height())]
for x in range(self.pic.width())]
# Enumerate the pixels of pic, and for each pixel (i, j):
# 1. Create a Blob object called blob.
# 2. Call _findBlob() with the right arguments.
# 3. Add blob to _blobs if it has a non-zero mass.
for i in range(0, self.pic.width()):
for j in range(0, self.pic.height()):
blob = Blob()
self._findBlob(pic, tau, i, j, marked, blob)
if blob.mass() > 0:
self._blobs.append(blob)
