Constellation Program In Pythyon
n = int(input())
r1 = ""
r2 = ""
r3 = ""
if 3 <= n <= 10 ** 5:
for i in range(3):
for j in range(n):
if i == 0:
r1 += input().replace(" ", "")
if i == 1:
r2 += input().replace(" ", "")
if i == 2:
r3 += input().replace(" ", "")
else:
print("Not within range")
# Main_solution
def starcounter(a): # count number of "*"
cnt = 0
for i in a:
if i == "*":
cnt += 1
return cnt
def nospacestar(line): # Divide_connected_star by 3
n = 3
os = []
out = [(line[i:i + n]) for i in range(0, len(line), n)]
for k in out:
os.append(k)
return os
def final(rw, rw1, rw2): # final_method
o = []
arr = []
o = rw.replace("#", "#$").split("$") # replace "#" with dollor & split graph
o1 = rw1.replace("#", "#$").split("$")
o2 = rw2.replace("#", "#$").split("$")
ind = 0
# Adjustment loop for no space or connected Graph
for a, b, c in zip(o, o1, o2):
if len(a.replace(".", "").replace("#", "")) > 3:
del o[ind]
b2 = nospacestar(a)
for i in reversed(b2):
o.insert(ind, i)
if len(b.replace(".", "").replace("#", "")) > 3:
del o1[ind]
b2 = nospacestar(b)
for i in reversed(b2):
o1.insert(ind, i)
if len(c.replace(".", "").replace("#", "")) > 3:
del o2[ind]
b2 = nospacestar(c)
for i in reversed(b2):
o2.insert(ind, i)
ind += 1
# Counting Number of star to match with vowels
for a, b, c in zip(o, o1, o2):
cnt = cnt1 = cnt2 = 0
cnt += starcounter(a);
cnt1 += starcounter(b);
cnt2 += starcounter(c);
p = str(cnt) + str(cnt1) + str(cnt2)
if p == "132":
arr.append("A")
elif p == "333":
arr.append("E")
elif p == "313":
arr.append("I")
elif p == "323":
arr.append("O")
elif p == "223":
arr.append("U")
try:
if a[-1] == "#":
arr.append("#")
except:
pass
done = "".join(arr)
return done
# r1=.#*#*#*..#**#
# r2=.#.#..#**#**#
# r3=*#*#*#*.#*#
a = final(r1, r2, r3)
print(a) # print_output
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