def performArnoldShuffle():
filePath = entry1.get()
#print(filename)
fileNameArr = filePath.split("/")
fileName = fileNameArr[len(fileNameArr) - 1]
print(fileName)
absFilePath = os.path.abspath(fileName)
print(absFilePath)
mapList = gam.driverProgram()
imageMatrix = gam.cim.getImageMatrix(absFilePath)
resImage = gam.createArnoldCatImage(imageMatrix, mapList)
entry2.insert(0, resImage)
def arnoldDeBuilder(parted, fileName="aaa"):
arnoldList = []
ss = 1
for part in parted:
width = len(part)
height = len(part[0])
if width == 1:
arnoldList.append(part)
print("{}/{}: {}x{}".format(ss, len(parted), width, height))
modN = width
numberOfIterations = args.numberOfIterations
mapList = gam.driverProgram(width, height, numberOfIterations, modN)
resImage = aD.decryptArnoldImage(part, mapList, width,
fileName + "-a" + str(ss))
arnoldList.append(resImage)
ss += 1
return arnoldList
def arnoldEnBuilder(parted, fileName="aaa"):
arnoldList = []
ss = 1
for part in parted:
a_time = time.time()
width = len(part)
height = len(part[0])
print("{}/{}: {}x{}".format(ss, len(parted), width, height))
modN = width
numberOfIterations = args.numberOfIterations
mapList = gam.driverProgram(width, height, numberOfIterations, modN)
resImage = gam.createArnoldCatImage(part, mapList, width,
fileName + "-a" + str(ss))
arnoldList.append(resImage)
ss += 1
print(' {}'.format(time.time() - a_time))
return arnoldList
def performArnoldShuffle():
filePath = entry1.get()
#print(filename)
fileNameArr = filePath.split("/")
fileName = fileNameArr[len(fileNameArr) - 1]
print(fileName)
absFilePath = os.path.abspath(fileName)
print(absFilePath)
im = Image.open(absFilePath)
image_size = im.size
width = image_size[0]
height = image_size[1]
numberOfIterations = int(entry5.get())
modN = int(entry6.get())
mapList = gam.driverProgram(width, height, numberOfIterations, modN)
imageMatrix = gam.cim.getImageMatrix(absFilePath)
resImage = gam.createArnoldCatImage(imageMatrix, mapList, width, height)
entry2.insert(0, resImage)
def decryptArnoldImage(width, height, numberOfIterations, modN, imageName):
im = Image.open(imageName)
image_size = im.size
width = image_size[0]
height = image_size[1]
mapList = gam.driverProgram(width, height, numberOfIterations, modN)
print(mapList)
henonDecryptedImage = cim.getImageMatrix(imageName)
print(henonDecryptedImage)
arnoldDecryptedImage = []
for i in range(width):
row = []
for j in range(height):
try:
row.append((0))
except:
row = [(0)]
try:
arnoldDecryptedImage.append(row)
except:
arnoldDecryptedImage = [row]
for map in mapList:
for key, value in map.items():
print(key[0], key[1], value[0], value[1])
arnoldDecryptedImage[key[0]][key[1]] = (henonDecryptedImage[int(
value[0])][int(value[1])])
im = Image.new("L", (width, height))
pix = im.load()
for x in range(width):
for y in range(height):
pix[x, y] = arnoldDecryptedImage[x][y]
im.save("ArnoldDecryptedImage.bmp", "BMP")
return os.path.abspath("ArnoldDecryptedImage.bmp")