from RunLenCode import *
from SEA import *
from twice_encode import *
scale = 1
stastic = []
stastic_2 = []
for i in range(6):
    l = [10, 33, 100, 319, 1000, 3190]
    scale = l[i]
    s = Sea(scale, scale, 3)
    s.init_random()
    r = RLC()
    code = r.Sea2Code(s)
    stastic.append(len(code) / (2 * scale * scale))
    t = Twice_encode()
    code_2 = t.Sea2Tcode(s)
    stastic_2.append(len(code_2) / (2 * scale * scale))
    print(stastic)
    print(stastic_2)

1a01df5f519b0f4d5f5b4581be6ffc6c3f149d63
<mask token>

<mask token>
for i in range(6):
    l = [10, 33, 100, 319, 1000, 3190]
    scale = l[i]
    s = Sea(scale, scale, 3)
    s.init_random()
    r = RLC()
    code = r.Sea2Code(s)
    stastic.append(len(code) / (2 * scale * scale))
    t = Twice_encode()
    code_2 = t.Sea2Tcode(s)
    stastic_2.append(len(code_2) / (2 * scale * scale))
    print(stastic)
    print(stastic_2)

<mask token>
scale = 1
stastic = []
stastic_2 = []
for i in range(6):
    l = [10, 33, 100, 319, 1000, 3190]
    scale = l[i]
    s = Sea(scale, scale, 3)
    s.init_random()
    r = RLC()
    code = r.Sea2Code(s)
    stastic.append(len(code) / (2 * scale * scale))
    t = Twice_encode()
    code_2 = t.Sea2Tcode(s)
    stastic_2.append(len(code_2) / (2 * scale * scale))
    print(stastic)
    print(stastic_2)

from RunLenCode import *
from SEA import *
from twice_encode import *
scale = 1
stastic = []
stastic_2 = []
for i in range(6):
    l = [10, 33, 100, 319, 1000, 3190]
    scale = l[i]
    s = Sea(scale, scale, 3)
    s.init_random()
    r = RLC()
    code = r.Sea2Code(s)
    stastic.append(len(code) / (2 * scale * scale))
    t = Twice_encode()
    code_2 = t.Sea2Tcode(s)
    stastic_2.append(len(code_2) / (2 * scale * scale))
    print(stastic)
    print(stastic_2)
