# mBgaus = mB.gausJordan()
# print(mBgaus)
# mBdet = mB.matDet()
# print("determinant: ", mBdet)
# print(mB * mB)
# print(mB + mB)
# print(mB - mB)
# print("EIGEN VECTOR \n\n\n")
# lm.EgenVe(a)
# taylor.TaylorRekke("sin(x)", 9)
fourier.Fourier(x**2, -1*(pi/2), pi/2, 1000, False)
def menu():
print("************MAIN MENU**************")
rsa = cipher.RSA(64)
while True:
choice = input("""
A: Wczytaj plik
B: Anonimizuj
C: FFT
D: RSA ECB
E: RSA CBC
Q: Quit/Log Out
Please enter your choice: """)
if choice == "A" or choice == "a":
root = Tk()
filepath = filedialog.asksaveasfilename(
initialdir="D:\Programming\python\PNG",
title="Select file",
filetypes=(("png files", "*.png"), ("all files", "*.*")))
root.destroy()
obraz = image.image(filepath)
print(obraz)
print(obraz.get_ancillary_data())
print('idat: ' + str(obraz.idat))
print('palette: ' + str(obraz.colour_palette))
elif choice == "B" or choice == "b":
anonname = input("""
Podaj nazwe pliku po anonimizacji bez rozszerzenia
""")
anon = anonymisation.Anonymisation()
anon.save(filepath, anonname)
elif choice == "C" or choice == "c":
f = fourier.Fourier()
img, shift, spec = f.show_img_fft(filepath)
f.show_img_inverse_fft(img, shift, spec)
elif choice == "D" or choice == "d":
obraz = image.image(filepath)
encrypted_name = input("""
Podaj nazwe pliku po zakodowaniu bez rozszerzenia
""")
decrypted_name = input("""
Podaj nazwe pliku po odkodowaniu bez rozszerzenia
""")
idat, rests = obraz.getECBEncryptedIDATandRest(rsa)
obraz.saveImageWithIDAT(encrypted_name, idat, rests)
encrypted = image.image(str(encrypted_name) + '.png')
decryptedIdat = encrypted.getECBDecryptedIDAT(rsa)
encrypted.saveImageWithIDAT(decrypted_name, decryptedIdat, None)
elif choice == 'E' or choice == 'e':
obraz = image.image(filepath)
encrypted_name = input("""
Podaj nazwe pliku po zakodowaniu bez rozszerzenia
""")
decrypted_name = input("""
Podaj nazwe pliku po odkodowaniu bez rozszerzenia
""")
idat, rests, vector = obraz.getCBCEncryptedIDATandRest(rsa)
obraz.saveImageWithIDAT(encrypted_name, idat, rests)
encrypted = image.image(str(encrypted_name) + '.png')
decryptedIdat = encrypted.getCBCDecryptedIDAT(rsa, vector)
encrypted.saveImageWithIDAT(decrypted_name, decryptedIdat, None)
elif choice == "Q" or choice == "q":
sys.exit()
else:
print("You must only select either A,B,C,D,E,Q")
print("Please try again")
menu()
def set_fourier_space(self, param):
fspace = fourier.Fourier(param)
self.fspace = fspace
def fourier_analise(self):
ft_plots = ft.Fourier(self.path)
ft_plots.display()