def testSharpen(name="smokey.gif", degree=50, amount=20):
"""Makes image appear crisper."""
image = Image(name)
print("Close the image window to see the transformation")
image.draw()
image2 = sharpen(image, degree, amount)
image2.draw()
def __init__(self, width, height):
self.img = Image()
self.width = width
self.height = height
self.length = self.height*self.width
self.A = 0 #matrix variância
self.m = 0 #vetor média
def main(filename = "smokey.gif"):
image = Image(filename)
print "Close the image window to continue. "
image.draw()
grayscale(image)
print "Close the image window to quit. "
image.draw()
def rotate(iImg, angle):
LOG(None, 'Rotation Angle: ' + str(angle))
if 90 == angle:
oImg = Image(Image.BY_DATA, cv2.rotate(iImg.data,rotateCode = cv2.ROTATE_90_CLOCKWISE))
elif 180 == angle:
oImg = Image(Image.BY_DATA, cv2.rotate(iImg.data,rotateCode = cv2.ROTATE_180))
elif 270 == angle:
oImg = Image(Image.BY_DATA, cv2.rotate(iImg.data,rotateCode = cv2.ROTATE_90_COUNTERCLOCKWISE))
else:
# Calculate Rotation Matrix
h, w, _ = iImg.data.shape
cx = w >> 1
cy = h >> 1
rotMatrix = cv2.getRotationMatrix2D((w >> 1, h >> 1), -angle, 1.0)
cos = np.abs(rotMatrix[0, 0])
sin = np.abs(rotMatrix[0, 1])
# compute the new bounding dimensions of the image
nW = int((h * sin) + (w * cos))
nH = int((h * cos) + (w * sin))
# adjust the rotation matrix to take into account translation
rotMatrix[0, 2] += (nW / 2) - cx
rotMatrix[1, 2] += (nH / 2) - cy
# perform the actual rotation and return the image
oImg = Image(Image.BY_DATA, cv2.warpAffine(iImg.data, rotMatrix, (nW, nH)))
return oImg
def main():
colors = [(255, 0, 0), (255, 255, 0), (0, 255, 0), (0, 255, 255),
(0, 0, 255), (255, 0, 255)]
img = Image(500, 200)
rainbow(img, colors)
img.draw()
def main(filename = "smokey.gif"):
image = Image(filename)
print "Close the image window to continue. "
image.draw()
blackAndWhite(image)
print "Close the image window to quit. "
image.draw()
def testSharpen (name = "smokey.gif", degree = 50, amount = 20):
"""Makes image appear crisper."""
image = Image(name)
print("Close the image window to see the transformation")
image.draw()
image2 = sharpen(image, degree, amount)
image2.draw()
def main():
filename = input("Enter the image file name: ")
image = Image(filename)
#lighten(image, 20) example
#darken(image2, 64) example
colorFilter(image3, (255, 0, 0)) #example
image.draw()
def main():
filename = input("Enter the image file name: ")
image = Image(filename)
print("Close the window to view the changes to the image.")
image.draw()
newimage = enlarge(image, 2)
newimage.draw()
def showPicInfo(self):
from images import Image
image = Image(self._textField.getText())
w = image.getWidth()
h = image.getHeight()
print(self._textField.getText())
print("The width is ", w)
print("The height is ", h)
def testDetect(name="smokey.gif", amount=20):
"""Loads and draws an image, then
detects edges and redraws it."""
image = Image(name)
print("Close the image window to see the transformation")
image.draw()
image2 = detectEdges(image, amount)
image2.draw()
def testPosterize(name = "smokey.gif", triple = (0,0,0)):
"""Loads and draws an image, then converts it to a color
of the user's choosing and white, and redraws it."""
image = Image(name)
print("Close the image window to see the transformation")
image.draw()
posterize(image, triple)
image.draw()
def testDetect(name = "smokey.gif", amount = 20):
"""Loads and draws an image, then
detects edges and redraws it."""
image = Image(name)
print("Close the image window to see the transformation")
image.draw()
image2 = detectEdges(image, amount)
image2.draw()
def main():
filename = input("Enter the image file name: ")
red = int(input("Enter an integer [0..255] for red: "))
green = int(input("Enter an integer [0..255] for green: "))
blue = int(input("Enter an integer [0..255] for blue: "))
image = Image(filename)
posterize(image, (red, green, blue))
image.draw()
def testBlackAndWhite(name = "smokey.gif"):
"""Loads and draws an image, then
converts it to black and white and redraws it."""
image = Image(name)
print("Close the image window to see the transformation")
image.draw()
blackAndWhite(image)
image.draw()
def testGrayscale(name = "smokey.gif"):
"""Loads and draws an image, converts it to pyschologically correct
grayscale, and redraws it."""
image = Image(name)
print("Close the image window to see the transformation")
image.draw()
grayscale(image)
image.draw()
def testSepia (name = "smokey.gif"):
"""Loads and draws an image, converts it to grayscale, then converts it to
sepia, and redraws it."""
image = Image(name)
print("Close the image window to see the transformation")
image.draw()
sepia(image)
image.draw()
def rotateRight(image):
"""Rotates the image 90 degrees """
newImage = Image(image.getHeight(), image.getWidth())
for y in range(image.getHeight()):
for x in range(image.getWidth()):
(r, g, b) = image.getPixel(x, y)
newImage.setPixel(image.getHeight() - y - 1, x, (r, g, b))
return newImage
def testRotateRight(name="smokey.gif"):
"""Loads and draws an image, then
rotates it 90 degrees to the right and redraws it."""
image = Image(name)
print("Close the image window to see the transformation")
image.draw()
image2 = rotateRight(image)
image2.draw()
image2.save(filename="rotateRight_" + name)
def testSharpen(name="smokey.gif"):
"""Loads and draws an image, then sharpens
the image and redraws it."""
image = Image(name)
print("Close the image window to see the transformation")
image.draw()
image2 = sharpen(image, 20, 50)
image2.draw()
image2.save(filename="sharpen_" + name)
def load(cls, path, world, fargs):
path = Path(path)
thumbnail = Image(path / 'S0.jpg', MEDIUM)
screenshots = (Image(path / 'S{}.jpg'.format(i), MEDIUM) for i in range(1, 6)) if world else None
panorama = Image(path / 'S6.jpg', PANORAMA) if world else None
icon = Image(path / 'S7.jpg', L_SQ) if world and (path / 'S7.jpg').is_file() else None
return cls(thumbnail, icon, panorama, screenshots, fargs)
def main(filename = "smokey.gif"):
image = Image(filename)
print "Close the image window to continue. "
image.draw()
image2 = shrink(image, 2)
print "Close the image window to continue. "
image2.draw()
image3 = shrink(image, 3)
print "Close the image window to continue. "
image3.draw()
print "Close the image window to quit. "
def main(filename="smokey.gif"):
image = Image(filename)
print "Close the image window to continue. "
image.draw()
image2 = detectEdges(image, 10)
print "Close the image window to continue. "
image2.draw()
image3 = detectEdges(image, 20)
print "Close the image window to continue. "
image3.draw()
print "Close the image window to quit. "
def main(filename="smokey.gif"):
image = Image(filename)
print "Close the image window to continue. "
image.draw()
image2 = shrink(image, 2)
print "Close the image window to continue. "
image2.draw()
image3 = shrink(image, 3)
print "Close the image window to continue. "
image3.draw()
print "Close the image window to quit. "
def main(filename = "smokey.gif"):
image = Image(filename)
print "Close the image window to continue. "
image.draw()
image2 = detectEdges(image, 10)
print "Close the image window to continue. "
image2.draw()
image3 = detectEdges(image, 20)
print "Close the image window to continue. "
image3.draw()
print "Close the image window to quit. "
def main():
filename = input("Enter the image file name: ")
image = Image(filename)
# Invert image
invert(image)
image.draw()
# Covert to greyscale, then invert
"""grayscale(image)
invert(image)
image.draw()"""
# Convert to black and white, then invert
"""blackAndWhite(image)
class PCA():
def __init__(self, width, height):
self.img = Image()
self.width = width
self.height = height
self.length = self.height*self.width
self.A = 0 #matrix variância
self.m = 0 #vetor média
def show(self, img):
self.img.showImage(img, self.height, self.width)
def getLength(self):
return self.length
def getMatrix(self, M):
A = np.zeros((self.length,self.length))
M = M.T
for i in range(0,10): #função que retorna matrix de covariancia
A = A + np.outer(M[:,i],M[:,i])#np.outer(M[i,:],M[i,:]) #para a múltiplicação da matrix MxM^T eu utilizei uma função pronta de Python
return A
def getEignValues(self, M): #função que retorna o valor dos autovalores da matrix
V, D = np.linalg.eig(M)
return np.diagonal(D)
def meanVector(self, image_set, N):
F = np.zeros(self.length)
self.A = np.zeros((10, self.length))
for n in range(1,N+1):
D = np.array(self.img.readImage(image_set,n, self.length))
F = F + D
self.A[n-1,:] = D
#self.show(D)
self.m = F/N
def getMean(self):
return self.m
def compare(self, imageCompare):
self.Thau = imageCompare - self.m
return self.getWeights(self.Thau)
def setVariance(self):
self.m = np.outer(np.ones(10),self.m)
self.A = self.A - self.m
return self.A
def getVariance(self):
return self.A
def getPCA(self, eig, threshold):
total = sum(eig)
for i in range(self.length):
if(threshold < sum(eig[self.length-i:self.length])/total):
return i
elif(i == self.length):
return 0
def getWeights(self, eigvector):
print(eigvector.shape, self.A[1,:].shape)
return eigvector.T.dot(self.A[1,:])
def load(cls, path, name, uuid_s=None, languages=None):
path = Path(path)
new_path = path.parents[0]
new_path = new_path / "world"
if new_path.is_dir():
worlds = list(filter(is_world, new_path.iterdir()))
if len(worlds) > 1:
raise MultipleWorldsError(new_path)
if len(worlds) == 1:
w = worlds[0]
new_path = w
if languages is None:
languages = ['en_US']
cap_name = upper_name(name)
skins = []
texts = SkinTexts(name, languages=languages, copy_langs=None)
for p in path.glob('*.png'):
skin_name = p.stem
img = Image(p, ANY)
skin = Skin(skin_name, img)
texts.add_skin(skin)
skins.append(skin)
return cls(new_path, skins, name, cap_name, uuid_s, texts)
def main():
filename = input("Enter the image file name: ")
# image1 = Image(filename)
# grayscale1(image1)
image2 = Image(filename)
grayscale2(image2)
image.draw()
def testSepia(name="smokey.gif"):
"""Loads and draws an image, then
converts it to sepia and redraws it."""
image = Image(name)
print("Close the image window to see the transformation")
image.draw()
sepia(image)
image.draw()
image.save(filename="sepia_" + name)
def testColorScale(name="smokey.gif"):
"""Loads and draws an image, then applies colorscale
to the image and redraws it."""
image = Image(name)
print("Close the image window to see the transformation")
image.draw()
colorscale(image, (randint(0, 255), randint(0, 255), randint(0, 255)))
image.draw()
image.save(filename="colorscale_" + name)
def testPosterize(name="smokey.gif"):
"""Loads and draws an image, then
converts it to black and white and redraws it."""
image = Image(name)
print("Close the image window to see the transformation")
image.draw()
posterize(image, (0, 0, 255))
image.draw()
image.save(filename="posterize_" + name)
def __init__(self, odooenv, name):
""" Busca el cliente en la estructura de directorios, pero si no lo
encuentra pide un directorio donde esta el repo que lo contiene
"""
# parent es siempre un objeto OdooEnv
self._parent = odooenv
self._name = name
# si estamos en test accedo a data
if name[0:5] == 'test_':
path = os.path.dirname(os.path.abspath(__file__))
path = path.replace('scripts', 'data')
manifest = self.get_manifest(path)
else:
manifest = self.get_manifest(BASE_DIR)
if not manifest:
msg.inf('Can not find client {} in this host. Please provide path '
'to repo\n where it is or hit Enter to exit.'
'\n'.format(self._name))
path = raw_input('path = ')
manifest = self.get_manifest(path)
if not manifest:
msg.err('Can not find client {} in this host'.format(name))
msg.inf('Client found!')
msg.inf('Name {}\nversion {}\n'.format(manifest.get('name'),
manifest.get('version')))
# Chequar que este todo bien
if not manifest.get('docker'):
msg.err('No images in manifest {}'.format(self.name))
if not manifest.get('repos'):
msg.err('No repos in manifest {}'.format(self.name))
self._port = manifest.get('port')
if not self._port:
msg.err('No port in manifest {}'.format(self.name))
self._version = manifest.get('version')[0:3]
if not self._version:
msg.err('No version tag in manifest {}'.format(self.name))
# Crear imagenes y repos
self._repos = []
for rep in manifest.get('repos'):
self._repos.append(Repo(rep))
self._images = []
for img in manifest.get('docker'):
self._images.append(Image(img))
# todo codigo repetido
# get first word of name in lowercase
name = manifest.get('name').lower()
if not self._name == name.split()[0]:
msg.err('You intend to install client {} but in manifest, '
'the name is {}'.format(self._name, manifest.get('name')))
def flip(iImg, flipAxis):
if (FLIP_V == flipAxis) or (FLIP_H == flipAxis):
oImg = Image(Image.BY_DATA, cv2.flip(iImg.data, flipAxis))
else:
oImg = None
return oImg
def main(filename):
image = Image(filename)
print('Close the image window to continue. ')
image.draw()
greyscale(image)
print('Close the image window to continue. ')
image.draw()
sepia(image)
print('Close the image window to quit. ')
image.draw()
def enlarge(image, factor):
"""Builds and returns a copy of the image which is larger
by the factor."""
oldWidth = image.getWidth()
oldHeight = image.getHeight()
new = Image(oldWidth * factor, oldHeight * factor)
oldY = 0
newY = 0
while oldY < oldHeight:
for countY in range(factor):
oldLeft = 0
oldRight = oldWidth - 1
newLeft = 0
newRight = new.getWidth() - 1
while oldLeft < oldRight:
leftPixel = image.getPixel(oldLeft, oldY)
rightPixel = image.getPixel(oldRight, oldY)
for count in range(factor):
new.setPixel(newLeft, newY, leftPixel)
new.setPixel(newRight, newY, rightPixel)
newLeft += 1
newRight -= 1
oldLeft += 1
oldRight -= 1
newY += 1
oldY += 1
return new
def on_each_saved(job_runner, index, filename):
logger.info('received file for index {}: {}'.format(
index, filename))
image = Image(path=filename, file_required=True)
self.progress = job_runner.finished
self.saved_images.append(image.id)
main_images_db.add(image)
on_update()
def shrink(image, factor):
"""Builds and returns a new image which is smaller
copy of the argument image, by the factor argument."""
width = image.getWidth()
height = image.getHeight()
new = Image(width / factor, height / factor)
oldY = 0
newY = 0
while oldY < height - factor:
oldX = 0
newX = 0
while oldX < width - factor:
oldP = image.getPixel(oldX, oldY)
new.setPixel(newX, newY, oldP)
oldX += factor
newX += 1
oldY += factor
newY += 1
return new
def shrink(image, factor):
"""Builds and returns a new image which is smaller
copy of the argument image, by the factor argument."""
width = image.getWidth()
height = image.getHeight()
new = Image(width / factor, height / factor)
oldY = 0
newY = 0
while oldY < height - factor:
oldX = 0
newX = 0
while oldX < width - factor:
oldP = image.getPixel(oldX, oldY)
new.setPixel(newX, newY, oldP)
oldX += factor
newX += 1
oldY += factor
newY += 1
return new
def saveAnswer(answer):
# fill with black to wipe the screen. Otherwise the answer labels stack on each other
# We wont need this when we are not outputting the answer.
if (angle.checkAnswer(answer)):
print('correct')
score.increment()
angle.setRandomAngle()
print self.planetNear.image
self.planetNear.originalImage = self.planetFar.originalImage
self.planetFar = Image(
PLANET_PREFIX + str(randint(0, PLANET_NUMBER - 1)) +
PLANET_SUFFIX, angleDisplay)
putPlanets(self.planetNear, self.planetFar)
else:
print('wrong')
loseGame('')
score.reset()
def run(self):
self._reload = False
for file in self._files:
try:
with file.open(mode='rb') as f:
image = Image(f)
image.display(self)
except ImageException as exception:
print(exception)
continue
except FileNotFoundError as exception:
print(f'file not found: {exception.filename}')
continue
if self._reload:
return
def serve_crop(request, filename, width, height, root=settings.MEDIA_ROOT):
width, height = int(width), int(height)
filename = filename.replace("/../", "/")
filename = filename.replace("//", "/")
while filename.startswith(os.sep):
filename = filename[1:]
image = Image.open(filename, root=root)
image = image.image.transform((width, height), ImageCalc.EXTENT, (0, 0, image.image.size[0], image.image.size[1]))
# Return the response
response = HttpResponse(mimetype="image/jpg")
image.save(response, "JPEG")
return response
def serve_image(request, filename, width=None, height=None, root=settings.MEDIA_ROOT):
width, height = int(width), int(height)
# Sanitize file path
filename = filename.replace("/../", "/")
filename = filename.replace("//", "/")
while filename.startswith(os.sep):
filename = filename[1:]
# open with PIL
image = Image.open(filename, root=root)
if width:
# Scale height
if not height:
height = image.scale_height(width)
resized = image.resize(width, height)
else:
resized = image.image
# Return the response
response = HttpResponse(mimetype="image/jpg")
resized.save(response, "JPEG")
return response
