def piramide_laplaciana(l_gau, level):
l_lap = []
size = len(l_gau)
l_gau.reverse()
# l_gau[1].show()
# mine_img.expand(l_gau[0],4).show()
# mine_img.expand(l_gau[1],4).show()
# l_lap.append(mine_img.diff_img(l_gau[1], mine_img.expand(l_gau[0],4)))
for i in range(2, size+1):
l_lap.append(mine_img.diff_img(l_gau[i-1], mine_img.expand(l_gau[i - 2],4)))
return l_lap
def colapsar(pir_lap, last_gauss):
c=[last_gauss]
# pega os dois primeiros fora do loop
# l.append(mine_img.sum(limg1[0], mine_img.expand(limg1[i])))
# exp =mine_img.expand(last_gauss)
for i in range(len(pir_lap)):
print(i)
# pir_lap[i].show()
# mine_img.expand(c[i],4).show()
new = mine_img.sum(pir_lap[i],mine_img.expand(c[i],1))
new.show()
c.append(new)
return c
