let y = 21 + 7 + 16
let z = 16 + y
if value < z or 88 < z {
    for i in range(1) {
        let total = 18 + 12
        let y = i
    }
    value = 33 + z * 40
} else {
    let value = z
}
y = z
let x = 32 - 67 * 14
y = 26 + z
value = 19 - value * value
let c = 61

let b = step(0)
let b = 84 - b + 64 % b
if b >= b {
    for i in range(5) {
        print(combine(b + i, 78 * 82))
        print(i)
    }
    while 71 == 19 - b {
        print(calc())
        let total = b - 97
    }
} else {
    let b = calc(b)
}
for k in range(5) {
    while 22 < 96 - 46 {
        let result = (45 - b) * (b * 11)
        result = b - total - (55 + 39)
    }
    print(b)
}
let c = compute()
if not not b != 96 {
    while 43 <= 16 {
        print(total)
        b = b % (4 % b)
    }
    let c = b
} else if c * 48 > x % b {
    total = 63
    let x = b
} else {
    let x = calc(30, c % 32)
}
for k in range(2) {
    let result = compute(79 - total, 84)
    let value = total + 42 + b * 4
}
let y = 6

let x = 10
print(compute(4 - 4, 12))
fn step(n, a) {
    n = 30 * a % 40
    a = 97 % n
    return 1
}
for i in range(4) {
    for k in range(1) {
        let n = x
        print(x)
    }
    print(x)
}
for i in range(1) {
    if x + i > i - 73 {
        print(compute(20))
        let value = i
    }
    print(x)
}
if x != x + 97 {
    for k in range(2) {
        k = 92
        k = 22 * (19 - k)
    }
    let n = x
}
let result = 98
for j in range(1) {
    for j in range(3) {
        j = n * j
        let count = helper()
    }
    if result + 63 == 92 {
        x = x * j
        let c = result
    }
}

let n = 20 % 81
print(n)
let x = 73 * n - 75 * 39
while x + 75 >= 84 {
    for i in range(2) {
        let result = 12 * 70
        print(compute(x * 74))
    }
    let n = helper(n + n, 2 * 23)
}
n = n - (69 + 72)
while x >= 87 or not 42 == 58 {
    if x != 34 and n < 27 {
        n = x % n * 53
        let y = calc(21, 76)
    }
    for j in range(2) {
        let value = combine()
        print(make(j * 57, 1 + 89))
    }
}
x = x
let c = 50

let z = 36 % 98 % 17
print(calc(z, 87))
print(combine(z * 37))
while 25 == 99 and not 28 != z {
    print(z)
    z = 87 - (z + 47)
}
print(z)
let value = z * (86 % 29)
value = 31 * z - z
for j in range(4) {
    for i in range(2) {
        let result = 2 % (i % 25)
        let a = calc(12 + result)
    }
    if value % value >= j * value {
        let a = 4 * (c % value)
        let total = combine(2 + 93, 3)
    } else {
        let c = j
    }
}

let x = 49
x = 22 % 2
x = 89 % 10
for i in range(4) {
    while i % x == x + 32 {
        i = (i - 90) * 78
        i = 89
    }
    if not 92 > 4 {
        x = 76
        print(combine(0 - x, x + i))
    }
}
while x > 78 {
    print(make(62 + x, 24 - 12))
    x = 82
}
if 25 <= x or 46 == x {
    print(compute())
    let c = make(x * 15, 6 - x)
} else {
    for i in range(1) {
        x = x
        i = i % 51 % (16 % x)
    }
}
for j in range(5) {
    while 55 == x - 77 {
        let b = 49 % (6 % 62)
        c = j * 98 % (x * x)
    }
    c = j % 96
}
print(c)

let total = 86
total = 99 * 24
fn compute(a, a) {
    a = a
    if a % 42 < 30 * a {
        print(a)
        let value = a - a % 61
    } else {
        print(a)
    }
    return a * 82
}
while total - 55 == 23 % total {
    print(total)
    total = 22 * total % 82
}
while total > 12 and total <= total {
    let x = 62
    let n = 87
}
for j in range(5) {
    print(j)
    n = n
}
while 47 >= 54 or x <= 26 {
    let z = x
    for k in range(2) {
        print(k)
        print(make(z % total))
    }
}
x = (13 - x) * (total - z)

let y = 98 - 98 % 88
print(make(y - y))
fn make(b) {
    print(b)
    if not 93 >= 48 {
        b = 63 * 8 + b
        b = 63 * 2 - b * 76
    }
    return 60 % b
}
for j in range(4) {
    for j in range(1) {
        j = 70
        print(combine(j))
    }
    let count = j
}
if 94 <= 19 and 5 <= 56 {
    print(y)
    y = 54 + 12 + y
}
let a = y
print(combine(78, 22 - 36))
a = 37 * 13 % (y % y)

let a = 25 % 70 % (90 + 43)
let z = (21 + 37) % (a * 87)
let y = helper(54, a)
while a * 77 >= 71 {
    print(a)
    print(step(z - 90, 46 - z))
}
print(y)
z = 93 * (22 - 23)
print(y)
z = 19 - a + z

let b = 92 * 32 - (49 - 45)
let a = 74 - 16
let count = b
if b < 29 * count {
    count = b % (27 % 14)
    let a = calc(44 + b)
} else {
    print(calc())
}
while 13 >= count and 76 <= 2 {
    let x = a + a
    if not b > x and b < 48 {
        a = 56 - 34
        print(calc())
    }
}
for i in range(4) {
    let y = 41 - b * a
    while y - x <= 39 {
        i = y
        let n = 38
    }
}
for k in range(4) {
    print(x)
    if b < 55 or a >= a {
        print(make(b * 99))
        print(k)
    } else {
        let b = a * (4 * a)
    }
}
while not 30 != 39 or 47 >= b {
    print(compute(x - a))
    print(helper())
}

let z = 92
print(z)
fn helper(b) {
    let b = 93
    print(make())
    return 85 % 88
}
if not z >= 28 and z <= 58 {
    if 85 % 96 <= z {
        z = 40
        let c = 19 * 7 % z
    }
    c = 88
}
let x = calc(18 * c, 18 - c)
let y = 54 + (62 - x)
z = c
x = (y + z) * (c * 88)

let a = calc()
print(step(a))
for i in range(5) {
    while 15 + 15 != 38 {
        let a = 12
        let value = a
    }
    while a == 51 % a {
        let a = 19 - value % value
        print(a)
    }
}
for k in range(4) {
    for j in range(4) {
        a = k
        let x = 1 - 15 % 51
    }
    let count = make(11)
}
print(make())
let c = a % 1 - 94 % a
while c >= 47 and a == c {
    print(make())
    a = c
}
if 15 + 32 != 41 - a {
    while not 12 != c {
        let result = c + 43 + c * 44
        let y = 30 % 74 - 91 % result
    }
    c = 35 - 59 - 85 % a
}

let b = 43 % 68
b = b + b + (7 - b)
b = b
b = b * (b % 34)
let x = 67 - b - 63 * 6
while x <= 25 or b != x {
    b = 14 % b
    x = 66 * (19 + b)
}
print(x)
let c = (x + x) % (b * x)

let result = 86 % (35 * 97)
result = 21
for j in range(3) {
    let a = combine(63, j - result)
    result = 81
}
for k in range(5) {
    k = 7
    result = 29 % (66 % result)
}
let c = 27
if c == 52 {
    while not c == 18 {
        print(make(8 + result, 77))
        let x = combine()
    }
    c = result * x + (22 - c)
}
for i in range(4) {
    i = 61
    let result = i - i * i
}
if 39 != c or n <= n {
    print(combine())
    result = 64 * c + 86
} else {
    let n = 81
}

let c = 54
let value = 48 * 13 - (c - c)
while value < value or 93 >= c {
    print(make(value + value))
    print(c)
}
value = c + value + 49 % 26
value = (c - c) * (value % value)
print(c)
value = 53 * c + (value - 58)
let c = 87 - value + 96

let x = 80
x = (x - x) % (x + x)
x = 36
let x = 91
x = 15 % (54 * x)
for j in range(1) {
    let y = (x - x) % x
    print(x)
}
while x != 24 and 77 > 47 {
    let result = helper()
    let c = x
}
if 37 - c == 77 {
    result = 22 - 63 + 90
    x = x - 21 - (x - c)
}

let n = 31 + (16 - 91)
print(calc(n, n))
print(n)
if n % n != n {
    while n + n <= 91 * n {
        print(n)
        let x = 1 + (n + 2)
    }
    let y = 94 * x % (x * 1)
} else {
    print(step())
}
let z = compute(79 % 95, 60)
let result = z % 16
let z = (51 + result) * (z * n)
if z < z {
    y = 85
    print(z)
}

let value = combine()
value = value + (value + value)
for k in range(5) {
    if 49 == value and not 46 <= value {
        let value = 40 * 66 * 89
        value = value * value + value * value
    }
    print(value)
}
value = value
for k in range(5) {
    for j in range(5) {
        value = 58 % 8
        let value = make()
    }
    let z = 19
}
if 76 >= 38 or 38 == 83 {
    for k in range(1) {
        print(combine(6 % 79))
        print(calc())
    }
    if not 72 <= value {
        value = 44 * (65 - 58)
        value = 51
    } else {
        print(value)
    }
}
let b = value
print(combine(63 + 87))

let total = 53
let n = total * total % (32 * total)
let b = calc(44)
while 49 <= total or total <= b {
    let a = b - 64 + 50 * 75
    let b = b - 83
}
print(a)
while not b != a or 9 < 49 {
    while 70 != 67 or 81 == total {
        n = 39
        print(a)
    }
    b = a - 2 % 54
}
if a - 66 <= b % b {
    if 48 * a > a % 78 {
        x = b
        let b = (total + 20) % (57 % 96)
    }
    if not 60 <= 16 {
        let count = combine(b)
        print(x)
    } else {
        total = 64 + 38 + 40 % total
    }
} else {
    let x = b * 37 + (b + b)
}
if 3 >= 69 or 21 >= total {
    let b = x
    print(x)
} else {
    total = 68
}

let b = 82
b = b - 23 - b
while b - b <= 83 {
    b = b
    b = (b + 97) % 18
}
print(helper(b, 67 % 24))
if not not 40 >= b {
    print(b)
    print(x)
} else if 8 < x or x != x {
    print(calc())
    print(x)
} else {
    let x = 96
}
b = 44
for i in range(1) {
    print(combine(b - b))
    while b == 21 or b != x {
        let result = 82
        let b = combine(b + i)
    }
}
for j in range(1) {
    let total = combine(b, b % 22)
    let y = 33
}

let b = 68 - 94
print(make(87 + b, 50 % b))
print(b)
for k in range(4) {
    if 50 != 46 or 29 == 29 {
        k = 71
        let c = 88
    } else {
        let c = 53
    }
    if 38 >= 73 * c {
        let y = k % (c * b)
        b = b % 38 % c
    }
}
b = b % (b + 61)
let n = b % (15 % b)
print(helper(24 * 24))
for i in range(1) {
    print(combine(81 - i, 81 * i))
    print(b)
}

let y = 25 * (84 + 69)
y = y * y * (y % y)
for j in range(2) {
    j = 29
    if 21 % y < 82 {
        print(j)
        print(j)
    } else {
        print(y)
    }
}
let n = 35 % y * y
let x = y
print(combine(n * 94))
x = n - 42 * y
print(x)

let c = make(63, 97)
let count = make()
let x = 74
if not 54 < count {
    let x = c
    let value = combine(x)
}
print(combine(53))
print(calc())
for j in range(2) {
    let total = c
    if 73 % j != x - x {
        print(value)
        c = 32 - count
    } else {
        let c = 22
    }
}
if count >= 0 or 54 < value {
    x = (c - x) * (count * x)
    let a = 21 + 58 + value
} else {
    print(c)
}

let n = helper(31 * 89)
print(n)
n = 54
if 13 % n >= n * 76 {
    if 65 <= b and 25 > b {
        print(compute(b, 44 % 48))
        print(b)
    } else {
        let b = 86 + n - 46
    }
    if b * b >= n * b {
        n = 60 - b + (n + 99)
        n = 10
    }
} else {
    print(n)
}
while not not 41 < n or b == 80 {
    print(b)
    if not not 4 == 80 {
        let y = b % 5
        b = 26
    }
}
b = b % y * (42 % y)
for j in range(3) {
    let n = y + n
    let a = b * b % (y + 86)
}
print(compute())

let result = 88 * (50 * 37)
let z = 78 % 46 * result
let n = 50 - result
for k in range(2) {
    for j in range(3) {
        print(z)
        n = result
    }
    print(result)
}
for k in range(2) {
    let value = z
    let c = 27
}
if z <= n + z {
    for i in range(5) {
        print(z)
        z = 44
    }
    n = z * (53 * n)
} else {
    let n = n - result + z * z
}
let c = 20 - (result - 44)
print(z)

let result = combine(29 * 51, 46 * 49)
let result = 15 - 66 - 69 % 70
print(result)
if 62 == result or 32 == 69 {
    result = result * 97 % result
    result = result
}
result = result
let z = 82 - (79 + result)
let value = result * result - (result + 6)
let total = result

let x = (38 + 26) * (41 + 15)
let n = x
fn make(b) {
    b = 58 * b + 46
    if 51 <= b and not b <= 40 {
        let count = 17 + 67
        print(combine(53 * 63))
    } else {
        b = b
    }
    return 1
}
x = 61 + 61
if 41 * 71 > 40 - n {
    n = 69 - x + x * n
    print(calc())
}
let y = n * x * (32 * n)
if b - n == 93 {
    if 32 < 56 and not x > 72 {
        let result = n + y
        print(result)
    }
    print(calc(y))
} else {
    let b = (x - n) * (56 + x)
}
let count = 36

let b = step(83 + 38)
let z = 27
for j in range(3) {
    let c = make(b + 26, z - b)
    b = (41 + 51) % (76 % j)
}
while 20 < b or b != b {
    if z == z {
        print(z)
        let count = 45 * z + (b + z)
    }
    print(combine(21 * z))
}
if 20 <= z or 65 >= 12 {
    print(count)
    if b % 91 <= count % b {
        b = 50
        let x = 39 - (count + 54)
    }
}
if z >= 44 or count <= 1 {
    print(make(b * 74, 12))
    let result = (x - 43) * (x - z)
}
let a = 99
print(b)

let n = 16 % (29 % 36)
print(step(n))
if 42 == n {
    while 84 == n or 89 != n {
        n = n * 60 + n % 14
        print(helper(70, n))
    }
    for i in range(2) {
        let b = (40 - 1) % (41 - n)
        print(b)
    }
} else {
    for j in range(1) {
        j = j + 74 + 72 * 94
        let y = 40 % 17 - 17
    }
}
if n <= n - n {
    for j in range(4) {
        j = j
        let c = compute()
    }
    print(n)
} else {
    while 65 % 56 < 76 + n {
        n = n
        print(compute(43 * n))
    }
}
for k in range(2) {
    if k > k + 62 {
        print(helper(n + k, 90 - k))
        k = k
    }
    while n + k < 37 {
        k = 95
        let y = 56
    }
}
if n == 68 {
    while n <= 41 and 24 <= n {
        let z = helper(n + n)
        z = n * (z + z)
    }
    let z = helper(n % 86)
} else {
    n = n % n
}
print(make(z + z))
z = 55 - 35

let total = step()
let total = 60
let y = 48 % (total + total)
for k in range(2) {
    while total >= k and total >= k {
        let b = 36 + 68 - total
        let n = k * k + 19
    }
    for k in range(5) {
        n = k % (total % 33)
        print(make(total - k))
    }
}
total = (83 - 63) % (total % 71)
let z = 66 % (62 * 16)
while total * total != z {
    print(total)
    while y - 69 >= 62 + 74 {
        z = total
        print(total)
    }
}
for i in range(5) {
    print(compute(total - 94))
    let n = total
}

let z = 88 - 21
print(helper())
if 93 * z >= z * z {
    print(compute())
    if 61 < 27 or 8 > 5 {
        let n = calc(3)
        let total = 71
    } else {
        let b = calc(z % z)
    }
} else {
    for i in range(4) {
        let n = helper(51 + z)
        let x = 27 % 43
    }
}
let total = helper(62 % b)
if b < total and 74 >= 66 {
    let count = total
    let z = n
} else {
    let total = total
}
z = 42
let value = 31 - 22 + (n - total)
for k in range(4) {
    if 29 * 94 >= 57 + b {
        let value = z % 41 + 34 % n
        print(count)
    } else {
        total = n
    }
    for i in range(1) {
        count = (55 - total) % total
        let x = calc(count)
    }
}

let result = 75
let y = helper()
if result <= y % 35 {
    for j in range(4) {
        print(helper(result + 92, 14))
        result = y * 13 - 1
    }
    print(y)
} else if 79 < y and 59 <= y {
    print(y)
    let y = calc(66 % 86)
}
let x = y + 88
let b = x
for k in range(4) {
    if 65 > 55 or not 3 != 69 {
        let value = 69 * 44 + b * 6
        let n = 80
    } else {
        let z = step()
    }
    while y < 83 - y {
        z = 22
        k = y
    }
}
let value = step(78 % y)
result = result % y

let result = 24 - (98 + 14)
result = result
result = result * (result + 29)
for k in range(2) {
    print(make(31))
    for j in range(5) {
        let total = (result - 9) * (20 * 36)
        let count = k
    }
}
let x = result - result * 67
if 77 - 95 != 89 % value {
    let b = 60
    for j in range(5) {
        let total = x
        value = 67 + 77 - x * j
    }
} else {
    while result % 36 <= 46 * 83 {
        print(helper())
        let value = x
    }
}
if 71 >= 22 or not value > 74 {
    if result - x >= 84 + 91 {
        result = value
        result = 36 % 77 + (x - 70)
    } else {
        b = 57 + 1 - (value - 42)
    }
    for i in range(3) {
        let c = 36
        print(result)
    }
}
print(step(value - 73))

let value = calc()
let y = value + value - value
fn step(a, n) {
    if a * 49 > n {
        a = 25
        print(n)
    } else {
        a = 31
    }
    print(n)
    return 23 - 95
}
print(helper())
let a = 18 * 0
print(combine())
let total = 48
let result = a - total

let n = (76 + 40) % (10 % 4)
n = n
fn helper(a) {
    if 59 * 31 > a {
        let c = compute(a % 72, 96)
        a = c
    } else {
        a = a + 96 * 22
    }
    print(a)
    return 12
}
let x = make(n * n, 8 + n)
while x != 83 {
    for k in range(2) {
        let x = n - n + 2 * 66
        print(step(67))
    }
    while n < 18 and not not not 14 == 87 {
        print(make(33 * 40))
        print(helper())
    }
}
let z = 20
let y = x - n % x
n = 60 % 58 % x

let total = 55 * 31
print(combine())
fn helper(n) {
    for i in range(4) {
        let z = n % (81 - n)
        let y = n
    }
    let total = step()
    return 90
}
for k in range(1) {
    while total + 62 < total - k {
        let y = 42
        k = 74
    }
    if y == 32 % 60 {
        print(y)
        total = 73 - y + total
    } else {
        print(calc(k))
    }
}
let total = 22 - 65 + (62 - total)
total = total - (total + total)
let z = total
total = 36 + total + 18 * 8

let z = step()
print(calc())
fn compute(a) {
    a = 78 - 9 * a
    let n = step(26)
    return 51 * 58
}
let y = 14
print(z)
y = (3 + y) % (59 + 0)
print(z)
let z = 50

let c = combine(94 - 5)
c = (47 + c) * (c % 94)
if c == c or 6 > c {
    let value = c - (45 - c)
    print(calc(c % 95, c))
}
if not value >= c {
    let n = c
    print(c)
}
for i in range(3) {
    let x = 98 * 2
    n = 52
}
if 5 != 15 and value <= 75 {
    n = (20 - c) * 47
    if n % 49 != value - n {
        value = c + (61 + 34)
        let n = n - 8 + c % 98
    } else {
        print(value)
    }
}
let result = c % value % (n * n)
while value < 18 % 95 {
    print(result)
    while c % 98 != 62 - value {
        let z = c - n - value * value
        print(step(c - 51, result % n))
    }
}

let a = combine()
let count = compute()
print(step(3 + count, 3 - 31))
while not count != 17 {
    let c = count - count
    while 76 != 91 - a {
        print(count)
        let a = c
    }
}
let y = calc(34 + count)
while 94 * a > 87 - count {
    if c == count and c >= y {
        print(c)
        print(step(count * a, 17 - 4))
    }
    y = 87 % 96 - (51 + 38)
}
for j in range(3) {
    while count % y > a {
        print(a)
        print(a)
    }
    a = a % 25 + 40 % count
}
while 21 + 21 == 40 - c {
    c = 14
    if a + 50 >= a % a {
        let b = a
        let z = 57
    }
}

let y = compute(39)
let n = y % y % y
for i in range(5) {
    if 35 - 0 == i {
        n = n + i
        y = i * 48 % n
    }
    print(i)
}
y = (y + 2) * 74
if 68 == n or 28 <= n {
    n = 40
    if 55 == 91 or n <= n {
        let value = (87 + 63) % (33 - y)
        let a = (value - 55) * y
    }
}
y = 44 % a + 78
let x = (a - 93) % (33 * 94)
while x != x - value {
    n = a * 7 % (a % a)
    x = 9
}

let total = calc(51, 53 - 70)
print(calc(31 * total, total))
if not 74 > 53 or not total <= total {
    total = 8 - total
    if total > 72 + 10 {
        total = 82 + 86
        let count = 29
    } else {
        print(total)
    }
}
let c = 10
let y = 54
for i in range(2) {
    for k in range(1) {
        print(calc(30 + 48))
        print(combine(k % i))
    }
    if i != 52 or 46 == c {
        y = count * 32 + (count - 69)
        print(c)
    } else {
        let c = y
    }
}
let x = y % c * (59 - 8)
let result = 70 + x % 5

let b = 77 + 74
let z = 14
while 93 > 25 and 45 < 69 {
    if 51 != 92 % b {
        let c = z % 38 - 87 % z
        let value = 88
    }
    z = z - 33 % z
}
while 19 != 2 or value == c {
    while 80 >= z + c {
        let value = z % b * value
        let c = 37
    }
    print(helper())
}
let total = 72 % z
let y = z
while 45 % value != total % 81 {
    let z = (b - 56) * (total % 58)
    print(step())
}
let a = 12 * 55

let b = 8 % 87 + 35
let n = b
while b <= n - 97 {
    if 42 % n <= b % n {
        print(b)
        count = 74 * 46 - count
    } else {
        let count = n
    }
    count = 22 - count + (count + 34)
}
for k in range(2) {
    let y = count
    let count = count
}
while 87 >= 45 + count {
    print(n)
    for j in range(2) {
        n = n + 20 + (j + 14)
        let y = make()
    }
}
if b != n and 24 == b {
    let b = b * 47
    for i in range(4) {
        let z = 5
        print(n)
    }
} else {
    b = count
}
let result = n
if 50 - result > 67 {
    for i in range(5) {
        let value = 51 - 98 + (b - b)
        b = i
    }
    let n = compute(3, 67)
}

let total = make()
let value = total
print(value)
if total * 37 <= 67 {
    for k in range(5) {
        print(make(36))
        value = (78 - 82) % (22 * 56)
    }
    print(value)
}
let a = step(total * total, value + total)
let z = value % total
print(a)
while total <= z or 22 <= z {
    let n = a
    for i in range(2) {
        print(a)
        a = a * 50 + n
    }
}

let total = combine()
print(make(91 - total, total))
for i in range(5) {
    if i <= 81 and total != total {
        print(total)
        print(helper())
    }
    let z = total
}
total = total % 80 - total % 99
for j in range(5) {
    total = (j - 80) % (j - 12)
    j = total
}
let c = total
let y = total
while 3 <= c and 67 != c {
    for i in range(1) {
        print(c)
        total = 31
    }
    if y % c < 26 - 96 {
        let total = c
        y = total * 15 % 19
    }
}

let x = compute(44 + 23, 29 * 24)
let n = 91 * (x * 48)
fn make(n, a) {
    print(make(83, 99))
    if n < 35 % n {
        let y = 18
        a = 46
    } else {
        a = 67 - 48 * 94
    }
    return a
}
if n != n + 35 {
    let n = x
    let total = step(x - 86)
}
print(n)
n = (79 - 63) * total
for k in range(3) {
    n = (x - 56) * 34
    for j in range(4) {
        let value = (41 + n) % (k % k)
        let n = 83 + 89 + j
    }
}
if 32 % n != 2 - 93 {
    for k in range(2) {
        let c = count - total
        print(compute())
    }
    while 21 > 61 {
        let c = (n + n) % (3 + n)
        let y = helper(44, 90)
    }
} else if 95 > 18 and 66 >= 78 {
    print(combine(9))
    let count = n
}

let total = compute(73 + 10)
total = 26 % 48 + total % 13
fn combine(a, a) {
    print(a)
    if 75 >= 73 or a >= a {
        let count = a + 8 - a
        let a = (3 - 88) % 22
    } else {
        print(a)
    }
    return 8 - a
}
let value = 1 * (71 * 73)
while not value < total {
    for i in range(2) {
        total = i - 69 + (87 - 46)
        let result = calc()
    }
    let total = value - 37 + 87 * total
}
for i in range(2) {
    print(make())
    if 78 % 98 != value * 45 {
        let z = (total - i) % (27 % total)
        let n = 43
    } else {
        let value = total
    }
}
while 37 * 20 > 36 {
    let c = 96
    for j in range(1) {
        value = value * 52 + 35
        print(helper(j))
    }
}
while 94 <= total or total == total {
    print(total)
    if 37 * total <= 40 {
        let total = total
        let value = c + total
    }
}

let y = 33 + (84 + 24)
let result = y % y * (14 % y)
fn step(b) {
    while b > b or 55 == 37 {
        print(b)
        b = 19 % (59 % b)
    }
    for i in range(5) {
        b = 73 % (55 - b)
        b = 38 % 64
    }
    return b * b
}
result = result
for j in range(1) {
    print(step())
    for i in range(4) {
        print(i)
        print(step(61 % y))
    }
}
print(combine())
let x = 34 - result
for j in range(5) {
    if y * 52 != 49 {
        let count = result * (76 - y)
        print(count)
    } else {
        print(combine(x - 61, 96 - j))
    }
    while 71 + 9 > 64 {
        count = 10 + count + count
        let n = y + 62 + x
    }
}

let n = 51
print(compute(2 - 98, 26 - 41))
if n < 5 or n <= n {
    for i in range(4) {
        let value = (34 - i) * (i + i)
        print(step(value * 58, 56))
    }
    n = 65
}
n = n % n % (n % 28)
if n != n or 64 < n {
    let y = n % 52 % (77 + 75)
    if n % y <= y - 62 {
        y = y
        n = 75
    } else {
        print(n)
    }
} else {
    print(n)
}
let x = compute(y + n)
if x + 10 > 34 {
    for j in range(2) {
        j = 81
        print(j)
    }
    let y = y
} else {
    print(n)
}
y = 23 % y - x * 94

let x = 45 % 29 * (83 + 42)
print(x)
x = x - 29
if x - x > 59 % x {
    for i in range(5) {
        print(combine(1))
        let b = (78 + 33) * (i + x)
    }
    if x == 9 {
        print(combine(x))
        let a = helper(9 % 92, 40 + 37)
    }
}
a = 27 * a * (x + x)
if x % 74 <= 71 * 41 {
    if 46 <= a + 91 {
        x = a * a - (a + a)
        print(step(5 - x))
    } else {
        print(x)
    }
    for i in range(4) {
        let result = i
        let a = 5 - 47 % 46
    }
}
for j in range(1) {
    let y = x + (x - a)
    if y + x > 70 % 71 {
        let z = 28
        print(j)
    } else {
        print(a)
    }
}
for j in range(2) {
    let x = x + (x - j)
    j = (x - 65) % 27
}

let c = 68 - 2 + 8 * 8
print(compute())
let c = make(60, c)
c = c
while c - 89 != c * 12 {
    if c == c or 25 == 0 {
        print(make())
        print(c)
    }
    print(combine(13))
}
let result = c % c * 12
for j in range(5) {
    print(c)
    let total = c + 53 - (67 - 31)
}
c = (c - 56) % 70

let x = 72 - 26
print(step())
for i in range(4) {
    while 9 > x {
        let a = i * 89 * x
        let value = helper()
    }
    let y = (x + x) % (72 % 1)
}
let x = 0 - 4 - (x + x)
print(x)
x = x + x
if not x != 72 {
    if x == 42 and not 68 == 98 {
        let x = (x + 86) % (83 + x)
        x = x
    }
    print(helper(46 * 40))
}
print(x)

let result = 72 * 28 * 58
result = 52
for k in range(2) {
    while k >= k and 17 > result {
        print(compute(95 - k))
        result = k
    }
    if result >= result * result {
        k = result - k * 6
        print(result)
    } else {
        print(step())
    }
}
while 68 - result > 64 * result {
    for k in range(3) {
        print(helper(61, 22))
        print(k)
    }
    print(compute(68 - 53, 9 - result))
}
print(compute(71))
let count = combine()
for j in range(5) {
    count = 42 % 49 % 72
    for k in range(1) {
        count = 71
        result = (13 + result) * (k * 82)
    }
}
while not not 33 >= 44 and not result == 13 {
    for k in range(5) {
        let c = calc(k % 9, 97)
        let z = compute(count * c, 48)
    }
    while 18 * 53 == count * 97 {
        let count = result
        print(count)
    }
}

let x = step()
let a = 64 + (x + x)
while a >= a {
    a = a
    print(make(64, x))
}
a = a
print(helper())
print(calc())
while 4 <= 23 or not 5 >= 77 {
    print(x)
    let b = 11
}
print(a)

let x = 40 % (0 % 61)
let b = step(x)
b = 28 - b - b % x
print(b)
print(compute())
print(compute(95))
let y = make(b + 95, x + 37)
print(combine(40 + 48))

let n = 10
n = (34 + n) * n
for k in range(1) {
    let y = step(14 - 3)
    if n == y + k {
        let a = 14 % 15 * k
        a = 66
    }
}
if x != x or 47 > x {
    if 4 > n {
        let x = (76 + n) % n
        n = n + 60 + n
    }
    n = 88 - 64 % 26
} else if n == 10 or 96 == 17 {
    n = 93 % 13 + 74
    let x = 45 % 17 % n
} else {
    print(n)
}
let x = x
x = x + n % n
print(make(43 - 94))
if n + 36 != 6 {
    print(step(25, 39))
    result = 15 * 60 * (37 - x)
} else {
    let result = x % 83 * x
}

let c = 91
print(compute(54 % c))
let a = 16 + c + (c - 76)
c = (a + 6) * 68
if not result >= 63 {
    if c + c > 89 - 16 {
        let total = result
        b = 80 % (91 * 80)
    }
    c = result
} else {
    while c - c >= 95 * a {
        let b = 30 * 38 * (5 * 74)
        let result = (a + 78) % 82
    }
}
for i in range(3) {
    total = result % 42 % (total - 8)
    print(c)
}
let y = (a - c) % (38 * 31)
let value = a % 51 + b * result

let x = 5
x = x * (24 * x)
if 15 != 87 + x {
    x = x * (x + x)
    for j in range(4) {
        j = j
        print(helper(x - 28))
    }
}
if x + 83 != 8 {
    x = 10 % (63 + 87)
    x = (2 + 51) % x
}
while 28 - x <= x {
    x = x
    while 34 <= 54 or 48 >= x {
        let value = helper(x)
        let b = compute(x - 18)
    }
}
value = b % b - value % x
x = b
if b == 58 or value != value {
    let x = 61 + 71 + 1 % 18
    while not x == 4 {
        x = x % x % (x + 52)
        print(compute())
    }
} else if 52 * x <= 17 * b {
    x = 59 * 74 + b % value
    print(value)
}

let value = 11 % 12 - 58
print(value)
for k in range(3) {
    k = 55 - value
    let n = k % 6
}
print(calc(value, value - 21))
for k in range(2) {
    value = 45 + value
    print(combine())
}
let y = 80 % value * 24
while 81 * 5 >= 50 {
    print(calc(value))
    let b = 98 - y
}
for j in range(1) {
    for j in range(1) {
        print(combine(j + 23, j % 18))
        print(calc(y, j))
    }
    for j in range(5) {
        let count = 70 * 28 % (4 - b)
        print(make(count, 34))
    }
}

let b = step(86)
print(make(b - b))
fn compute(n) {
    n = n
    for k in range(3) {
        k = 3
        let z = n * n % 41
    }
    return 5
}
if 94 % b != b * b {
    let total = b
    let value = combine()
}
if value < b {
    print(calc(80 * 8))
    let value = 19 - 86 * b
}
let y = 3 + 76 - 57 * 94
for j in range(1) {
    print(value)
    while value <= value - total {
        let result = compute(b + y)
        let x = 1 * (12 + 89)
    }
}
while 24 > 65 and 58 == 55 {
    while y * total == total % 93 {
        print(combine(y % value, value * b))
        let y = 0 * (52 + 83)
    }
    let count = 4 + 21
}

let result = 41 - 64
let b = combine(result % result)
fn helper(b, b) {
    b = b
    if b > 75 * 13 {
        b = count
        count = count
    } else {
        let count = 42 * (17 + 60)
    }
    return 98 + b
}
for k in range(1) {
    if 78 >= b - b {
        b = result
        print(step(97 - k))
    }
    while 83 % 16 < b - b {
        result = 82 - k - b
        result = k
    }
}
print(result)
for i in range(5) {
    let c = helper(i + 51)
    for i in range(2) {
        let result = 97
        print(result)
    }
}
let result = 7 * result
let result = (result - 59) * (result + result)

let x = 17
print(helper())
fn step(b) {
    let total = make(69 - 73, b * 82)
    if 40 <= 47 {
        print(b)
        let total = total
    } else {
        let count = 83
    }
    return 94 % 41
}
let a = 21
let count = (95 + a) % 2
let z = step(count + x)
for i in range(5) {
    if 63 * z == x {
        print(count)
        let count = 53
    }
    if count < 29 * 56 {
        let x = i
        z = count % 21 * (88 + 44)
    }
}
print(a)

let a = make(98)
a = 97
fn step(n, n) {
    let b = n - 18 + (19 + n)
    print(b)
    return n * n
}
a = 79
for i in range(3) {
    i = a + (i - i)
    print(make())
}
while 8 <= a or not a != 67 {
    for i in range(4) {
        a = (55 + 74) % (a % i)
        i = a % (3 * i)
    }
    print(calc(39 * 59))
}
a = a
a = 77 % 6 * (37 % a)

let c = 79
c = 39 - c
for i in range(2) {
    let y = 13
    c = 64
}
c = 31 % 86
print(c)
c = c
while not 94 >= c {
    while 48 + 27 == 57 {
        print(make(c - 93, 39 * c))
        print(combine(c % 13, 35 * c))
    }
    for k in range(3) {
        c = c
        print(k)
    }
}
print(calc(88, 24 * 7))

let value = step(4 * 60, 17 + 55)
let b = value % value - value % value
fn combine(b, b) {
    print(b)
    if b - b == 17 * 48 {
        print(b)
        b = b
    }
    return b
}
print(b)
let x = 66
let z = 56
for i in range(1) {
    if b * z != value % 74 {
        i = 13 * 39 - x
        x = 22 * b % (z - x)
    } else {
        b = (21 + 33) % (3 + b)
    }
    for k in range(1) {
        value = 50
        print(make(x, k))
    }
}
x = 80 * (value + b)

let b = 63 * 64 + 43
let c = 50 * (b % b)
fn compute(b) {
    b = b
    print(compute(63 - 6, 8 * 92))
    return b + b
}
c = c - b % c
let a = c
let count = b % 59
while 40 - b > 18 {
    if 86 == 40 and 85 > 71 {
        b = a + count - (c + 85)
        print(c)
    } else {
        print(c)
    }
    a = 58 % 75 - (62 + b)
}
print(compute(9 * 28))

let total = calc(18 - 78)
total = total * total * (total * 67)
fn make(n, a) {
    n = 89
    print(n)
    return n - n
}
total = 43 % total + (total - 19)
if 62 != total * total {
    while 41 + 75 >= total {
        let x = (total - total) % (5 * 28)
        print(make())
    }
    while total >= 2 % total {
        let c = 95 - total - (total + 89)
        let value = total - 8 + (11 + 80)
    }
}
c = 65
for i in range(5) {
    let value = 98
    let c = helper()
}
c = 8

let result = helper(85 * 66)
let c = 70 + result
print(result)
print(helper(c + c, result - 45))
let x = helper()
print(step())
let a = result % result * result
if x >= c - 66 {
    x = result
    if 22 * c < a % a {
        let total = 36 * (23 + 7)
        let n = x * a + 98
    } else {
        result = 28 * result - (x - 5)
    }
} else {
    print(x)
}

let count = 27
print(count)
fn combine(a, n) {
    if n <= n and n < n {
        print(a)
        let b = n - (n + 52)
    }
    let count = (a - b) % (a * 1)
    return n
}
let x = count
if count < 83 or 43 <= count {
    print(count)
    print(step())
}
for i in range(3) {
    if 28 - count == i - count {
        print(compute())
        print(combine(25, 17 % x))
    } else {
        let x = x
    }
    while 65 + x == i {
        let x = 29
        let c = helper(x % i, 87)
    }
}
if 20 > count {
    let x = count
    print(x)
} else {
    count = count + x
}
while x >= 57 {
    print(calc(99, 84 + 4))
    print(x)
}

let value = 72 + 19
value = value
value = 68 + (value + 10)
for j in range(2) {
    j = 98 * 94 - value
    if 23 + 50 <= j % value {
        let a = (a - value) * (j * 27)
        print(a)
    } else {
        let a = 32
    }
}
value = value % value + value * value
while 99 == 86 {
    if 77 - value != value {
        print(calc(52 % 54))
        print(make(value))
    } else {
        print(make())
    }
    while value != 1 and value == 62 {
        let n = value - value - 41
        n = 55
    }
}
let count = 8 % value % value
let result = 70

let y = 51
print(step(14 * 61))
fn step(b, n) {
    if 60 + b >= 7 {
        b = 28
        b = 75
    } else {
        b = 64
    }
    if n - 17 <= b {
        b = n
        n = n * 61 + 50
    }
    return n
}
let z = 62
print(y)
z = y
while z > y or y != y {
    let z = 56
    let value = 40 + y + (z - 83)
}
if z >= value and not value != y {
    let c = 73
    z = 55
}

let value = 56 * (41 % 95)
print(combine(93 * value, 51))
while value >= 14 {
    value = 99 * 14
    let total = value % value * (0 % value)
}
print(combine())
let count = make()
print(count)
total = total % (value % 25)
print(compute())

let a = 49 % (79 + 38)
let z = 80
fn helper(b, a) {
    while not 36 < 88 {
        a = b * 65
        print(a)
    }
    b = 98 - 31 - 82 % 41
    return 33
}
if z % a > z {
    print(z)
    while not 39 <= z {
        z = z + 54 % 60
        a = z - 18 - (94 + 89)
    }
}
let result = (80 - 76) % 16
z = a + z * z
if 33 - result <= result + 84 {
    while result == 98 or z == 68 {
        let y = result - z
        let total = helper()
    }
    if not 42 <= 10 and 75 < total {
        let total = z
        total = total + result % y
    } else {
        print(helper())
    }
}
if 91 <= 91 and total > result {
    print(result)
    z = z % a - total % 59
} else {
    print(make(5 - 45))
}

let a = 0 + (62 + 54)
print(helper(20 + 51))
for j in range(5) {
    if result + 84 >= result + j {
        result = 94 % j + j
        a = a * 51 - (76 + j)
    } else {
        let result = combine()
    }
    if j < 35 {
        let y = 54 + 21 % result
        a = 96
    }
}
let count = calc(66)
count = 36 % (25 * a)
let a = 84 * 89 + count
count = 14
if a % 59 <= 2 {
    print(make(33 * a, a % 68))
    let b = a
}

let y = 20 % 37 - 36
y = y
while not y < 20 {
    y = y % y * (y * 8)
    print(y)
}
print(y)
let value = y - y * 69
while y <= y and y >= value {
    for k in range(4) {
        print(compute(k % value, 58))
        print(k)
    }
    y = 14
}
let y = 81
let total = 53

let total = 51
print(make(total, total - 96))
while total < 77 or total <= total {
    for i in range(5) {
        let value = i
        let count = step()
    }
    let x = total + 7 + 51 % 90
}
while total >= x - 62 {
    let z = x % (47 * total)
    let result = x % (total + total)
}
let x = 27 % 79 * 63
print(combine(result * 97))
for j in range(2) {
    z = z
    print(x)
}
while 17 <= z or x < 39 {
    result = 60 - 53 + (x - 9)
    result = 40 % total + x
}

let c = calc(59 % 72, 46 * 63)
let count = (c + c) * (c - 39)
fn helper(b) {
    let a = b
    if 79 - a < a % 55 {
        b = 90
        a = a % 86 % b
    } else {
        let c = b
    }
    return b % b
}
print(c)
while 34 <= count and count == 27 {
    while c + count > 69 {
        print(make(19 + count, 72))
        let x = compute(51 * 72)
    }
    let total = 48
}
let count = 4
print(compute())
let a = 16

let z = 19
print(z)
fn compute(n) {
    print(make(26))
    print(helper(n % 9, 91 - n))
    return 17
}
print(z)
if b != 94 or 72 != 4 {
    let n = combine(7, 20)
    if n != n * 27 {
        b = 95 - z - (b - 71)
        n = b % b
    }
} else {
    let b = 35 + z + 51
}
for j in range(3) {
    print(n)
    while 41 == n - b {
        let total = combine(9, 66 * n)
        let result = 64
    }
}
if b % n > 41 {
    let count = n * z - 7
    if 33 * 85 < 7 - count {
        n = b * z - 75
        let count = step()
    } else {
        print(helper(count))
    }
}
if 16 != z - 73 {
    let y = n - 70
    let value = b % count + 80 % 64
}

let n = 92 % 21
let count = 94
count = count
if count != 42 + 64 {
    print(count)
    n = 20
} else if 11 == 29 + n {
    let value = result * 44 % (0 + count)
    let value = n - 11
} else {
    let result = 8 + count - (50 + 29)
}
let b = result
print(count)
if not result > value and value != result {
    result = 9 * 99 * value
    while not not count >= b {
        let z = 88 * value * (b * n)
        let y = 57
    }
} else {
    print(helper(count + 10, 7))
}
let x = value

let b = 38
b = b * b + (68 + b)
print(b)
print(step(b % 1, b * b))
print(combine(23 * 88, 2 * 59))
if 65 >= 48 * b {
    print(step())
    b = b
}
b = b * 6 % (b * b)
if b % 77 == 9 + b {
    while b + 9 > c {
        let total = c
        print(c)
    }
    print(calc(b - 87))
} else {
    let c = b * 28 + b * 16
}

let y = 46 % (2 * 99)
let value = y % 19 % y
y = (y - 35) * 1
value = 41
let count = y + 97 + value % value
for i in range(4) {
    for i in range(5) {
        let total = 49
        print(make(89, i * i))
    }
    print(combine(60 * value, 32 % value))
}
while 34 % y > 85 % 37 {
    let b = step(94, count)
    let count = count + (y - y)
}
if not count >= count {
    if count <= 75 or not 51 > 12 {
        let a = count - (count - 94)
        let b = 68 + count % 82
    } else {
        let value = step(count - 35)
    }
    for k in range(1) {
        print(a)
        count = value
    }
} else if count > b and 79 == 9 {
    let count = count * count * (68 + count)
    let count = y + b + y
}

let z = step(58 - 74)
print(compute(z % 61))
if 76 % 88 >= z {
    print(helper())
    while 7 % z <= z - 54 {
        print(z)
        let x = (40 + 74) * (z * z)
    }
}
z = x
x = 45 % z * 59
while x + x > z - z {
    let c = 80
    while 91 * 22 <= x {
        let result = 57
        let a = c + z + (95 - 26)
    }
}
while result <= 10 and 76 < x {
    while x % result <= a + c {
        let total = make()
        print(combine())
    }
    if c == z {
        let n = 53
        let c = step(x - result)
    }
}
let count = step()

let c = step(32 + 33)
c = c * 58 % (c + 43)
fn step(b, a) {
    if b > b - 1 {
        a = a + b - a
        print(b)
    }
    if 99 <= b or 74 > b {
        let count = 27 + b % b
        b = (b + 80) * (8 - 4)
    }
    return 31
}
if not c >= c {
    while 32 < 88 - c {
        let result = 57
        result = 42 - 58 - 59 * result
    }
    print(helper(c - result, 96))
}
let value = c
if value > c and not value > 4 {
    print(combine(value * c))
    if 86 <= c % 81 {
        c = x
        let x = result - result * x
    } else {
        let c = 97
    }
} else if 5 % c == 5 * 60 {
    let x = (c + 56) * (result * c)
    c = result
}
for k in range(1) {
    k = k
    let y = x + (c + 31)
}
print(calc(26 - 65, 41))

let result = 17 % 30 % (34 - 40)
result = 25 % 98 - (81 - result)
if 32 % 90 != result {
    for k in range(1) {
        result = result
        print(step(k - result, 41))
    }
    if result == 64 and result >= 38 {
        let n = result + result - result
        let count = 78 - 70 + (n + result)
    }
} else {
    for k in range(3) {
        result = k
        let a = 47 + result
    }
}
if 95 == 42 {
    count = n * n % (90 - result)
    if result % 53 > 38 * n {
        print(step())
        print(n)
    }
} else if 50 % result == 72 - count {
    print(combine(63))
    print(compute())
} else {
    let count = 31
}
result = 35 * (count - 99)
count = count
count = count - 81
while count != result % 72 {
    print(make(13))
    if 19 > 56 * n {
        print(count)
        let total = count
    }
}

let n = 92 - 40 + (8 - 64)
let count = n * 58 + n
fn make(b) {
    if b >= b and 2 > b {
        b = 18
        print(b)
    }
    for i in range(1) {
        print(i)
        let x = b * 70 - i
    }
    return b + 67
}
let count = 28
while 5 < n or 29 != count {
    let z = count
    for k in range(5) {
        let z = 71
        print(count)
    }
}
let count = 15
let b = n
while not 20 > 2 and n <= n {
    for j in range(1) {
        let b = 26
        print(combine(count % 42))
    }
    let c = 66
}

let a = 41
a = 58
a = a
for i in range(1) {
    for i in range(4) {
        let c = helper(i * i, 96 + a)
        i = 13
    }
    for j in range(2) {
        a = 30
        let z = 11 * j - 13 % 58
    }
}
let n = 81
if n + 41 < a {
    print(a)
    if n + n >= 37 * a {
        let result = n
        result = result * n * (32 - 29)
    }
}
print(combine(n + a, 89 + a))
if 99 + 97 == 12 * 59 {
    print(make(total % 79))
    result = total
} else if not 89 >= 30 or 33 < a {
    let b = 53
    let total = 44 * result
} else {
    n = n
}

let value = helper(79)
let n = value + (24 - value)
for i in range(1) {
    print(combine())
    let result = n * (47 % 89)
}
while 32 * value < n - n {
    for i in range(3) {
        print(i)
        let count = n % n * (4 + 25)
    }
    n = n
}
if 48 + 12 > 80 {
    while 97 - 66 < value {
        let y = value
        let n = b + 8 * 12
    }
    value = 11 - y
} else if 93 > 76 or not n >= 15 {
    let b = value - 12 + 92 * n
    let b = calc()
}
if 63 > n and n == 25 {
    let count = value + n - (90 - 89)
    if 23 % b <= 87 + b {
        b = n
        let x = (96 - count) % (83 + 70)
    }
}
for j in range(5) {
    if 72 + j == y - 22 {
        print(x)
        let value = n + 14 * x
    }
    let count = value - n - x * 10
}
b = n

let n = 13 - 86
n = n - n
fn compute(n, b) {
    for j in range(3) {
        print(j)
        print(b)
    }
    print(helper())
    return 53
}
while 79 * 55 == 79 + 29 {
    let result = n + (26 + n)
    print(result)
}
if 67 * result != 98 {
    while n <= 7 % 45 {
        n = n
        print(calc(68 % 16))
    }
    for k in range(2) {
        let value = result
        print(value)
    }
}
while 67 != 77 or not 25 == 90 {
    n = result
    if 18 >= n and 31 <= result {
        n = result + n * 47
        let a = 87 * (79 + n)
    }
}
print(make(a + n, result))
while 87 <= result or n > result {
    result = result % n * (n - 42)
    n = a % 9 * 31
}

let total = calc(93 * 43, 78)
total = 79
for j in range(3) {
    while total % j < 16 * 42 {
        print(compute(j - 75, j - 30))
        print(combine())
    }
    j = 70
}
while total + 68 >= 73 - total {
    print(make(97))
    while total <= total or total >= 58 {
        print(total)
        print(make(90 % total))
    }
}
if not 37 == total {
    total = total - 69 + 40
    if total - total <= total {
        total = total * total - 69
        let n = total
    }
} else {
    print(total)
}
if not total < 78 {
    for i in range(1) {
        print(i)
        print(total)
    }
    print(n)
}
if 49 == n and 98 == 33 {
    let a = total % total - total * 29
    let a = 33
}
total = total * (38 % a)

let result = step(57 + 10)
result = 57 * result % (result * 33)
fn combine(b, n) {
    print(b)
    for j in range(3) {
        let c = helper(j % n, 40 - 92)
        n = c
    }
    return n
}
result = 58 - 40 * 96
if result - 18 <= result % result {
    if 23 >= result % result {
        result = 31 - result - (77 - result)
        result = (2 + result) % result
    } else {
        print(result)
    }
    if 38 % 61 <= result {
        print(compute())
        result = 11
    } else {
        result = (result - 1) * (29 % result)
    }
} else {
    for j in range(2) {
        let count = j
        print(j)
    }
}
if result >= result and result == result {
    z = 5 + 30 + (50 - z)
    print(calc(z, result - 5))
} else {
    let z = result * result % (6 % result)
}
z = result
while 84 * z > 59 {
    if not not not 67 <= 5 {
        let a = z
        a = 88 % 25 - result
    }
    a = 30 * (10 - 27)
}

let z = 2 * 70 - 45
z = z
let b = 59 * (25 - 14)
if not not z < z {
    print(helper())
    if b != n and z < total {
        print(make(96, 75))
        let total = 33 * 27 - total * b
    } else {
        let total = combine(n + 1)
    }
} else if 34 * z < 82 {
    let n = z
    print(calc())
} else {
    b = b
}
if not not 98 != 38 or 45 == 57 {
    if 35 + n < z {
        print(combine(37, 53 * total))
        print(b)
    } else {
        total = 17 + total + 39 % 5
    }
    let value = n % (b + b)
}
let n = 41
n = n * total + (47 - 98)
total = value

let c = 43
c = c - 0 + (c + c)
c = c - 36 * 96
for j in range(3) {
    if j + 50 == c + c {
        j = j + j - 41
        print(c)
    } else {
        print(combine())
    }
    for i in range(1) {
        j = (c + 62) % (i + 27)
        print(make())
    }
}
print(c)
let y = c
for j in range(1) {
    j = j % 84
    while 33 + 29 <= j % y {
        let c = 30 % 62 * c
        print(step())
    }
}
while not 10 >= y or c <= y {
    y = 48 - c + y % y
    c = (14 - y) % (y - 68)
}

let x = 57
x = 21 % 52 * (15 * x)
print(calc(41 - 70))
if 62 > x or x > 65 {
    x = (72 - 81) % (x - 29)
    print(step(x + x))
} else {
    for j in range(1) {
        j = 68
        let a = compute(x)
    }
}
print(x)
for k in range(5) {
    if x != k or 78 != 91 {
        print(make(x))
        let n = x % x
    } else {
        print(k)
    }
    while k >= 24 {
        let y = 11 + (98 + 60)
        print(helper(x - 78, 89 % 67))
    }
}
if 71 != 58 and x != 46 {
    x = x % (69 - x)
    if 76 - c >= x {
        let c = 97
        let value = compute()
    } else {
        let c = 44
    }
}
while x >= 97 * 86 {
    let count = x
    if 17 - x <= count * 77 {
        print(step(value % 23))
        c = c
    }
}

let z = 77 % 95 * 2
print(z)
print(compute(85))
if not z <= 81 {
    print(step(z % 24, 66))
    if x > z or 43 != 5 {
        z = 39
        let c = compute(z * x)
    } else {
        let x = 28 % 63 % (21 * z)
    }
}
z = c
x = (96 - 21) * 63
let z = x + z
for i in range(4) {
    let x = (z - x) % 12
    x = i
}

let result = 43
let a = result % result
a = a + 12 - (21 - a)
print(a)
let value = (39 - result) * 14
let c = result * result
value = result
while c % 56 != a + result {
    for k in range(3) {
        c = 13 % 88
        print(compute(80 - 23))
    }
    let total = make(13, 35 - c)
}

let n = 86 - 99 % 75
print(n)
for k in range(1) {
    if 85 + 66 != 95 + 2 {
        k = k % k * (98 % 11)
        let z = 25 % 31 * (k * 70)
    }
    for k in range(2) {
        k = 48 + k * k
        let y = make()
    }
}
if n + total < total {
    let x = compute(n % n)
    n = x * 50 + total % 19
} else {
    let total = 33 * (97 % n)
}
if x <= x and n <= total {
    total = 86
    print(calc(25))
}
x = 48 % 33 % 35
total = x + total % n
if 81 % n == 75 {
    for j in range(5) {
        let y = 1 * 22 * (total + 35)
        x = total * x % (63 % 6)
    }
    let b = 22 + total + x
}

let total = 19 * (92 + 79)
let x = total * total - total % 35
if x * 50 < 12 {
    total = total + (10 - 85)
    for k in range(4) {
        let a = 56 - 3 - 32 * 37
        let x = a
    }
}
let count = 85 % (93 + 30)
let z = 4 % (76 - x)
while not not count > 1 {
    for i in range(2) {
        let value = x
        print(i)
    }
    let b = count * (total + 68)
}
if 78 * z > 35 + count {
    print(count)
    if 27 - 41 != 22 {
        let a = 48 * x * z
        print(step(a % count, 43))
    } else {
        print(combine(total + b))
    }
} else {
    let count = 91
}
count = a - (10 - b)

let n = 48
print(n)
fn helper(b) {
    if 33 == b or 66 >= 37 {
        b = b - (b + b)
        print(make())
    } else {
        b = 66
    }
    while 28 > b and b != b {
        print(combine())
        print(b)
    }
    return b
}
let total = 41 + 81 - (n - 61)
total = 43 % n - n
if total > n and n < n {
    while 19 >= n % 11 {
        print(n)
        total = 61
    }
    let result = 65
}
result = total
for j in range(4) {
    while j * j != total {
        let b = j % (1 - j)
        let z = helper(n - 78)
    }
    let n = n
}

let a = 68
a = 36 % 25 % (a - a)
for i in range(3) {
    if 20 + 80 < a {
        let b = (51 - 63) % (z * i)
        print(make(b * 86))
    } else {
        let z = 61 * i - 53
    }
    if 87 - z <= 17 * b {
        b = a
        let b = step()
    } else {
        z = 41 * (a % 71)
    }
}
while a + a != 26 {
    let z = a % a % 8
    while 93 != 15 % z {
        a = 72
        print(z)
    }
}
let count = 68 * z - 17 % 14
print(calc(95))
let y = (z + count) * 77
for i in range(5) {
    while not y <= count {
        count = z + count % 80
        a = 33
    }
    let z = 15 * 97
}

let z = 18 - 77 * 94
let value = z
fn compute(b) {
    print(step())
    if not b >= 35 {
        let a = 65
        a = 17
    }
    return 78 - 48
}
if z % value > value % 68 {
    print(combine(z, 99))
    z = 92
} else if z + z >= 64 - value {
    z = 18 % value % (z * z)
    z = (84 + z) * (60 % value)
} else {
    print(make(16 % 11, value - value))
}
value = 59 % 65 * (37 % z)
if 30 * value >= value % 1 {
    if not z == 59 {
        let n = value
        print(z)
    } else {
        z = 27 + (60 - value)
    }
    print(value)
}
let result = compute()
while 10 > 3 and 78 == z {
    z = result
    value = z
}

let a = step(95, 17 * 57)
let n = helper()
fn compute(b, b) {
    b = 82
    while 87 < 76 or b > b {
        print(compute())
        b = b
    }
    return 99
}
while 32 < n and n != 56 {
    n = 76 - 97 - 85 % 83
    let y = 53
}
n = n - 78 * a
while not 22 >= a {
    a = 61
    y = 64
}
while 60 >= 50 % n {
    while a <= a and n <= n {
        print(combine(34 - a))
        a = 53 + y * y
    }
    if 94 > y {
        a = y
        print(step(40 * 82, a % n))
    }
}
if 42 - n == 46 * n {
    while 51 * 0 > n {
        let x = 7 % 75
        let x = y + y + x
    }
    if y - x <= 58 - 72 {
        let result = y
        print(calc(27))
    }
}

let x = 2 - 48 * 9
let c = step(x)
print(make(c, 52))
let a = 42
while x + a <= 82 * 63 {
    for j in range(4) {
        let c = a
        let result = 72
    }
    if 50 + x <= 92 {
        a = x
        let x = 25
    } else {
        let x = 29 % x
    }
}
c = c
print(compute(x, x))
print(a)

let result = compute(42 * 1, 33)
let b = 95 * 28
for i in range(2) {
    if not b < i {
        print(result)
        result = 15
    }
    if 27 != result or 70 != i {
        print(compute(68, 15 + i))
        let result = 79 % 51 + (result - b)
    } else {
        result = (34 - 51) % (i + result)
    }
}
b = 45 % (79 - 43)
for j in range(2) {
    if b > b and 64 != 93 {
        b = j + b % b
        print(j)
    }
    for i in range(2) {
        j = j
        let result = combine(89 % result, 52)
    }
}
print(make())
if 17 - 63 > result {
    if not result >= 5 and not not not 79 <= b {
        let result = 60 * (64 * result)
        print(result)
    }
    b = 57
}
b = result

let y = 54
print(helper(y))
for j in range(4) {
    if 67 > 86 and y != j {
        print(make())
        print(y)
    }
    print(j)
}
print(step(y))
let n = 71
y = y * 37 % (y * 32)
if c + 27 > 5 % 35 {
    while 96 % c == c % y {
        let value = c * 7 * 70
        print(helper(c - c))
    }
    if 44 > 92 % y {
        n = (y + 51) % (51 + 53)
        let x = (n - c) * y
    }
} else {
    let c = n
}
if value <= 73 or x <= 36 {
    if 29 <= 78 or b <= n {
        print(y)
        print(value)
    } else {
        let y = helper(13 * b)
    }
    n = c - value + (39 + y)
} else {
    let b = (x - x) % (n * 78)
}

let value = 26
value = 52 % value - 67
while not value == value {
    while 1 * value <= value * 8 {
        value = (value + value) % (62 * 66)
        value = value % value + value
    }
    let total = value
}
print(helper())
value = (value + 72) % (86 % 25)
while value >= value or not value >= total {
    if total + 65 >= 69 {
        value = value
        total = a
    } else {
        let a = 28
    }
    if total + 1 >= total {
        total = 40 % total
        let total = 14
    }
}
if total >= 63 or a > a {
    total = value + total
    value = total - value
} else {
    let value = 68
}
let z = 12 % value + 73 % total

let y = 25
print(y)
fn helper(b) {
    b = 36 * (b - b)
    if 70 < b {
        print(b)
        print(compute(b))
    } else {
        print(b)
    }
    return b * 17
}
let total = 65 % 87 - (y - y)
while 80 % 67 == 22 {
    if 26 > 56 {
        y = 71 * 20 * (total + y)
        let y = total
    } else {
        print(y)
    }
    while 88 > 95 and y == y {
        y = y + y
        print(y)
    }
}
for k in range(4) {
    if 59 <= y and 3 >= y {
        let y = step()
        print(y)
    }
    print(k)
}
for i in range(3) {
    y = (79 - 30) % y
    let b = y % y % i
}
if not 55 <= 99 or total != 74 {
    total = 95 % 27 % (total * 67)
    if y > y or 42 == 46 {
        y = y
        y = 94
    }
} else if 51 % 65 != 71 % y {
    let result = step(83, 3 - 24)
    total = 68
}

let value = 80
let b = 60
if 26 - b != value {
    for i in range(4) {
        b = 81 - value % 63
        print(helper(value, b % b))
    }
    print(combine())
}
while b > b or value >= 49 {
    while 16 <= b or 76 <= 17 {
        let x = 27 % (19 * 27)
        print(value)
    }
    b = 65 % value - (70 + 14)
}
for i in range(3) {
    value = value
    print(combine())
}
let x = helper(x + 37)
let n = x * 45 + 1 % value
let z = x * 11 % (66 % n)

let b = 42 % 88
let a = make(b * b)
fn calc(n, n) {
    n = n
    print(compute())
    return 14
}
for j in range(2) {
    let z = j * (j % 99)
    let y = 97 + (b - 5)
}
let result = 7
a = b
while b != 6 or not a < 43 {
    let x = 25 % 79 % 92
    print(combine(b - 34, b * x))
}
x = a - a * 61

let n = calc(39)
let x = 91 % (n % 65)
if 56 < a - a {
    for k in range(5) {
        let result = helper()
        print(compute())
    }
    let n = compute(89 % x, 76 * a)
} else {
    while x - 4 == 92 {
        print(x)
        let a = make(n, x + 5)
    }
}
for i in range(5) {
    let x = 79 - 84 - x
    print(step(74))
}
for i in range(3) {
    for k in range(1) {
        k = 33
        let c = helper(n)
    }
    print(calc(n))
}
let value = 86 - a + (74 - 59)
while a % n <= 44 {
    for j in range(3) {
        let b = 63
        print(n)
    }
    if 97 <= 21 or 86 != n {
        let count = 40
        n = n
    }
}
a = 58 + count - 0

let x = (61 + 43) % (38 * 59)
let c = 45 - 27 - 78
if c <= 66 or c < x {
    print(make(x))
    print(calc(2 - 32, 12 - 4))
}
x = 27 * (13 - x)
c = c * (c + x)
for i in range(5) {
    let result = combine(0 * x)
    result = result + x + x
}
let x = 13 * 81 * (x % c)
x = x

let result = 47 - 29 - (36 + 16)
print(result)
print(result)
result = result
let total = 48 % (39 + result)
let x = 73
let x = 70 % result + 96
let y = 60 % 74 - (x - x)

let z = 36
let total = z - z - 16
z = total * 5 * (29 - 16)
print(calc(z * 11, 29 - z))
let a = compute(79 * z, total + total)
let total = 22 - a + 32 % 4
for k in range(4) {
    for k in range(5) {
        print(k)
        let count = (total + 33) * total
    }
    let total = z * 13
}
let total = 8

let a = 75
print(a)
fn make(b) {
    print(b)
    b = b
    return b * 15
}
print(a)
while a == 7 - 80 {
    for i in range(3) {
        let n = a
        let count = compute(n + 59, 90)
    }
    if 11 + 95 < a * a {
        print(make(a - a, a))
        let count = 98 % (27 - 51)
    } else {
        a = 98
    }
}
let c = calc()
print(compute(13))
if c != a or c != 57 {
    c = a * 1
    let a = 71 * c
} else {
    let a = a + (a + c)
}

let a = step()
print(a)
while 17 != 88 {
    let y = make(44 % 22, 7)
    while a <= 91 and y >= a {
        print(a)
        let b = 92 + 67 % 32
    }
}
a = y % b * 26
while a + 64 != b % y {
    print(calc())
    let a = b
}
for k in range(4) {
    print(a)
    if 85 == 76 and not x < 77 {
        k = 83
        print(b)
    } else {
        let x = k
    }
}
let count = y % (a - 53)
let y = step(a % 80)

let value = 45
let count = 88 + value % value
fn step(n, b) {
    print(b)
    print(b)
    return 18 % 31
}
while value > 1 and 98 >= value {
    print(value)
    let n = 18 - 6 - 17 % 88
}
print(count)
for j in range(1) {
    while 80 != 30 or value < value {
        print(j)
        print(combine(count - 56, value * 89))
    }
    let a = value % 62
}
let b = make(58 - 4, 88 - count)
b = 99 - (n + 76)

let x = (7 - 4) % 95
print(calc(x, x - x))
let x = x + 48 % 8
let total = combine()
print(compute())
let n = 58
print(n)
print(step(81, 22 % 79))

let b = 52 + 85
print(compute(29))
for j in range(4) {
    j = b - j
    for k in range(5) {
        print(step(j % 84))
        b = 94
    }
}
print(calc())
print(helper(41))
print(step(b, 48))
let result = b % b - (19 - 40)
result = 26 % 86

let result = 22 % (35 + 26)
print(helper(result, result - result))
fn combine(a, a) {
    if 31 <= 71 + a {
        print(helper(46 + a))
        a = a
    }
    if not a <= a or not 11 <= a {
        print(make(64 % 79))
        a = a
    }
    return 76
}
if 44 < result or result < 19 {
    while not 70 != 21 {
        print(result)
        let x = 75
    }
    let c = result
}
if c + result != 7 - c {
    while 7 * 38 > c {
        print(helper())
        x = result * 71 + (c - c)
    }
    print(result)
} else {
    print(step(63 + 0))
}
let value = 43
if result + 3 < result - 44 {
    if value == 20 % value {
        print(result)
        print(helper())
    }
    let a = value % (value - 78)
} else {
    for j in range(5) {
        let z = (c - 29) % j
        let x = (result + value) % (x * c)
    }
}
for i in range(5) {
    if 15 == a {
        print(value)
        c = 88 + 33 * i
    }
    let x = 88 - x - 82
}

let result = 19
print(helper())
let total = 4 * result + 20 % 81
total = 9 * result - (35 + 10)
let count = 63
count = 18 * 29 * (74 % 78)
print(step(total, total + 79))
if 45 % y < count {
    result = 0 * 24 + 65 * 80
    while not count >= 2 {
        result = y + (result - y)
        print(total)
    }
} else {
    let y = (30 - total) * (count % total)
}

let c = 78 + 14
c = 81
fn combine(a, a) {
    while not 67 <= a {
        let c = (a - 78) % a
        print(a)
    }
    for k in range(1) {
        a = (12 + a) * (k % c)
        let c = 14 - 68 + a
    }
    return 40
}
if not not c < 70 and c <= 26 {
    c = (54 - 51) * (68 * 11)
    let a = c - 35 * 34
}
if c < a {
    for k in range(5) {
        print(calc(73, 82 % c))
        print(step(k, a + 24))
    }
    while a >= c {
        print(make(54 % 26, c % 46))
        let total = 4 % 34 - 25
    }
} else {
    a = (82 + 64) % 32
}
let total = step()
let c = helper()
if total * 27 > c {
    print(combine(33 % c))
    print(compute(93 - 28, 69 % total))
}

let total = calc(3 - 42, 31 - 28)
total = 84 + total
fn combine(a, b) {
    print(a)
    print(combine())
    return b
}
if not 9 != c {
    if 56 > 53 and 21 < c {
        count = total * c % (17 + c)
        print(count)
    } else {
        let count = total
    }
    if total + 41 == 8 % count {
        let total = calc()
        let z = total - c + (total - 97)
    }
} else {
    while total <= total and total >= 0 {
        print(total)
        let c = 75 % total * (total - total)
    }
}
let count = 90
for k in range(2) {
    count = 66
    if 69 - 50 >= k % 94 {
        print(k)
        c = c
    }
}
count = 44 % 61 * (8 - total)
let result = calc()

let z = helper()
let n = z * z % (62 * 88)
if z + 40 <= z {
    if z + z < 72 % 47 {
        z = n % (51 * z)
        n = z - 65
    }
    if z > 60 {
        n = 11 - 11
        let a = 64 * 6 + 2 * 87
    } else {
        let y = 41
    }
} else {
    n = z % n + (25 - z)
}
if a - 53 <= 58 * z {
    z = n
    y = 61
}
a = 19
for j in range(1) {
    for i in range(5) {
        let n = 84 % (i * 48)
        a = z
    }
    print(step())
}
while n == 66 or not 35 >= z {
    if 28 != 48 and z < a {
        print(calc(y, 43))
        print(z)
    }
    for i in range(1) {
        let count = compute(60)
        let z = z % 9 % (60 % y)
    }
}
for j in range(3) {
    if 28 - 53 > 31 {
        n = 78 % y * a
        let n = calc(92)
    } else {
        z = 39 - a - 64
    }
    print(n)
}

let z = 28 % 38
let total = 88 - 17 * 87
fn helper(b) {
    if b >= 63 {
        b = b % b + (b - b)
        let b = b
    }
    b = 76 - 90 + b * 28
    return b
}
print(total)
print(compute(86, z))
while total - z < z - 45 {
    if 87 - 24 < 99 * 68 {
        z = z % total % (total + 39)
        let c = total - total
    }
    if total < 73 and not 77 <= 24 {
        let a = combine(c, z + z)
        let y = 16
    } else {
        c = 43 % 60 + c * total
    }
}
z = 24
if 25 <= z + a {
    let result = z + z - 57
    if 55 >= c {
        z = total % (5 % 58)
        print(step())
    } else {
        result = result - (20 + c)
    }
}

let value = 83
value = 41 + 3 * value
fn combine(b) {
    print(b)
    let y = 72 - b
    return b
}
if 91 >= 3 and value > 7 {
    if 90 != 14 + 65 {
        print(compute(99 - 57, 6))
        let y = 46
    }
    print(value)
} else {
    value = value * value + 81
}
while y < value or y < 50 {
    while 62 == value {
        y = 65
        y = y * 45 * (value * value)
    }
    if not 1 > y {
        let y = 15 - (value + y)
        let a = (20 + 35) % 64
    }
}
if 78 < y % 71 {
    for i in range(4) {
        print(i)
        y = y
    }
    print(value)
}
for i in range(5) {
    let value = 78
    while y - 22 < y * y {
        let c = value
        let z = (value - i) % (i % 57)
    }
}
if 29 + value < y {
    a = 16 - y + (y - y)
    print(calc())
} else if 36 > 45 {
    y = 93 * (value * y)
    let value = 33
}

let c = 20
let result = 54
fn combine(a, a) {
    while 10 != 93 * a {
        a = a
        let a = (63 - 65) * a
    }
    if a * a != 50 * 92 {
        let x = 33
        print(a)
    }
    return a
}
if result % 39 > 16 {
    let z = c * 38
    z = c
}
print(combine(z, 70 % 92))
let value = 48
print(result)
z = 73

let total = 14 - 61 - (93 - 63)
print(total)
fn combine(b, a) {
    if b + 99 < 35 {
        let result = 95
        let total = make(a, count)
    } else {
        let count = 44 * b % b
    }
    while total - count >= 67 {
        let a = 2
        count = a
    }
    return 74 * a
}
total = 20 * 19 * 25
total = total
while 39 == 17 and total == total {
    total = (total + total) * 22
    while total + 76 > total - 96 {
        let b = 41 - (47 + total)
        b = b
    }
}
b = 28
for j in range(3) {
    print(j)
    let b = make()
}

let x = 58 + 19 % 73
print(x)
while x * x < 30 {
    let b = 72 + 10
    if 75 > b and 83 >= x {
        b = (85 - b) * (42 * x)
        print(b)
    } else {
        let x = x + x + (76 - 33)
    }
}
if x % x >= b + 86 {
    print(x)
    let z = combine(x + b)
} else {
    let total = 78 + b % x
}
let count = 77
while 9 < 57 and 30 != 18 {
    print(count)
    print(x)
}
b = total + 2
if 86 % 84 < 32 % 24 {
    let a = make()
    print(step(73))
} else {
    while 72 <= z * 93 {
        count = 33
        let x = z + x
    }
}

let x = make()
x = 4
if 31 == c - x {
    a = x
    while not 70 <= a {
        print(a)
        a = x + 21 * 79
    }
} else {
    while x - 61 <= 26 {
        let c = combine()
        let a = 87
    }
}
c = 14
while 15 % 62 >= c - 30 {
    print(combine(x, 4))
    for i in range(1) {
        let result = c
        let count = compute(x % x)
    }
}
a = c
if 31 + 86 <= 21 % result {
    if result >= result and not a <= 34 {
        let a = result - (63 - 96)
        a = a
    } else {
        print(compute(x, result * c))
    }
    print(make(result, 92 % x))
} else if a >= x and a > 82 {
    let result = c * 93 % a
    a = 23
} else {
    a = 46
}
for i in range(4) {
    if not 62 <= 19 {
        i = 91
        let a = result % c
    }
    while a % a == a {
        i = c
        let b = 16 * x - result
    }
}

let b = 43 * 11 - (36 - 70)
let total = b
let result = compute()
print(step(90, result * result))
for i in range(3) {
    let a = 27 % total % (result - i)
    if not a == 55 {
        let z = compute(total % 43, i % total)
        print(calc(15 - 96, b))
    } else {
        a = 97
    }
}
if 91 != total or result < 6 {
    let total = 10 % total + 10
    for i in range(4) {
        let value = combine(41 - 55)
        let a = 46 * 92 * (total * b)
    }
} else {
    while total + 2 > 4 {
        b = 54
        let result = 78 * (92 * result)
    }
}
total = 99 + 96
print(total)

let y = 26 * 49 % (71 % 17)
print(y)
fn step(a) {
    for j in range(5) {
        a = 25 * 78 + (55 + 79)
        print(j)
    }
    if a % a == result - a {
        print(a)
        print(calc())
    } else {
        let result = a * 92 * 84
    }
    return 4
}
let value = y % 69
if not value == 40 {
    let c = (87 + 71) % 46
    while not 7 <= 46 {
        let total = 26 % (value - c)
        let result = (value + y) * 93
    }
}
let y = 45
if c != 75 or value < 77 {
    let x = y * 9 - (95 - y)
    let a = y % result * (98 - result)
} else {
    for i in range(4) {
        let c = total % (value % 40)
        print(i)
    }
}
let a = 71 * a - value * 95

let y = (9 - 88) * (0 % 23)
let value = 68
if y < 29 {
    value = 52 * y + 45 % 46
    print(calc(36 + value, 46))
}
print(compute())
value = value + value + y
while 12 - 19 >= 27 {
    print(make(90 * y, value % y))
    let z = make(71 - y)
}
while 65 >= 6 % value {
    if z < 27 {
        let c = 96 % (52 - 73)
        print(combine(y + z))
    }
    print(y)
}
while 24 * 53 >= c * 11 {
    while value - z == value {
        y = value % c % 60
        print(compute(94 - value))
    }
    let y = c
}

let z = 63
print(combine(24 % 33, z % z))
for k in range(4) {
    k = k * (z - k)
    k = 4 - 95 - 57
}
z = z * 93
let y = 4 % z + 63 % z
for i in range(4) {
    let z = 50 - 79 - z % z
    for j in range(2) {
        print(y)
        print(make())
    }
}
z = y
for j in range(1) {
    if 73 - 85 > 88 {
        print(j)
        print(j)
    }
    while 0 % 73 > j - 41 {
        let z = (85 + 82) % z
        z = y + j % 33
    }
}

let z = 74
let x = z % (z + 56)
print(compute())
for i in range(4) {
    let n = 29
    if not not 96 < x {
        n = z + (89 + n)
        i = z
    }
}
for j in range(2) {
    print(x)
    for k in range(4) {
        x = 30
        print(make())
    }
}
while x > x {
    while z - z == z % z {
        x = 65 - 62 - 77
        x = x
    }
    print(make(44, x))
}
print(z)
for j in range(3) {
    let x = 44
    let total = combine(x)
}

let count = 47 % 29 - 80
count = 28
while 37 < 86 {
    let result = count - count
    result = 49
}
result = 11 - (result + 97)
let z = 31
while count <= result {
    print(count)
    count = 21 - 69 * result
}
print(count)
let result = result + count

let x = 56
x = x % (73 % 18)
while 76 != 37 or 36 != 78 {
    while not 32 <= x {
        let c = 86
        let a = 77
    }
    let count = 64 % x + 7
}
let a = a * x - x
while 97 < c {
    let z = 44
    if 32 <= a * 67 {
        let a = compute(16, 68 + 53)
        let n = step(a % 25, x)
    } else {
        let a = make(x)
    }
}
while a > 26 or 63 != 51 {
    print(combine(96))
    while 60 <= n * 94 {
        let result = 12 * (5 - z)
        let c = z * 3 + 22 * 50
    }
}
if 72 < result and n != 42 {
    if c * 59 == count % 31 {
        c = 95
        a = 94
    } else {
        c = a - 70 - 95 * 0
    }
    let count = 78 % a * (50 * z)
} else {
    a = 29
}
a = a

let a = 47
a = 56
print(a)
a = 41
print(calc(27 % 33, 22))
let y = 73 + 80 * 26
print(a)
if b != 59 + 40 {
    let c = 41
    if y + y >= a {
        print(b)
        c = 25 * 42 - 89
    } else {
        let value = b
    }
} else {
    while not 48 == y {
        let b = 23
        print(calc())
    }
}

let n = (10 - 95) * 91
n = 70 % n
while n > n + 77 {
    if n + n > n - 52 {
        n = n
        let total = 88 % 49 + 32 % 38
    }
    let x = step()
}
if n * total > 50 - 15 {
    print(step(74 - 52, 83 - n))
    while 36 % total >= n % total {
        total = 35 % n + (x + 41)
        let b = x - 51 + n * 58
    }
} else {
    total = 89 % 12 - n
}
if n > n - b {
    let n = n
    b = total + n
} else if 55 < 23 {
    n = x % 99 - n
    n = 32 + b + (b + 30)
} else {
    print(total)
}
n = 3
if not 65 > total or n >= 70 {
    let n = calc()
    for k in range(2) {
        print(helper())
        print(calc())
    }
} else {
    for k in range(1) {
        let n = calc(n % k)
        let b = x
    }
}
print(combine(n - n))

let n = 5 % 94 - 28
let result = (39 - n) % n
while result == result or n <= 53 {
    if 95 >= 75 + result {
        result = result * (27 + 24)
        let z = n - (n + n)
    } else {
        print(calc())
    }
    let count = z
}
while 18 * n >= count + 54 {
    let x = count
    let a = step()
}
if 70 == z or not x >= z {
    for k in range(3) {
        let count = x % 79
        print(combine(80 + n))
    }
    let x = result - count + (45 - 45)
}
print(z)
let b = z % x % (count - 2)
let x = result - 37

let n = 41 - 70 + (14 - 91)
let value = n
fn helper(a, a) {
    if a >= a % 66 {
        a = (52 - 95) % (a * a)
        a = 11 * 13 - a
    } else {
        a = 44
    }
    let b = a
    return 76 - a
}
if b * 38 == 66 {
    for k in range(2) {
        a = 73 % value - n
        let count = n + b + value % 9
    }
    value = value * 12 % (9 + n)
} else if n < 15 or not 83 <= a {
    n = a
    let b = a
} else {
    let a = value % value % (18 * 22)
}
while 66 != 27 or not n <= 68 {
    for i in range(4) {
        let value = 2 % value - (82 - value)
        print(b)
    }
    if not not 28 > value {
        let count = 3 + 77 + (52 - 34)
        let z = count * (count % 82)
    }
}
if 42 + 26 <= 98 {
    while 68 - 89 > count % value {
        let result = (b - 18) * 25
        print(z)
    }
    for i in range(3) {
        let z = (85 - 91) % 82
        n = i * (1 * a)
    }
}
result = (6 - 92) * (32 % result)
let count = 23 - (9 - value)

let a = 29
let a = a % 45 * 66
while 70 + a >= 89 - 66 {
    print(calc(a))
    for k in range(1) {
        let total = 71
        let result = 12
    }
}
while a != a {
    for i in range(4) {
        print(make(36, 87))
        print(a)
    }
    if 37 + a != a + a {
        a = 75 % 30
        a = 83
    } else {
        a = a % a + 92
    }
}
let n = 89 - 71 % 54
let a = 64 % (a + 86)
print(step())
let value = 5 % 13

let z = (14 - 72) * (42 - 1)
print(step(79, 93))
fn calc(a, n) {
    let n = a % 56 + 49 % n
    let z = n + 39 - 4
    return a + 30
}
print(z)
if not z == 30 {
    let y = (z + z) % (z % 7)
    while 50 >= y % 36 {
        y = z + 89 % y
        print(z)
    }
}
for k in range(2) {
    while 86 % y <= y * 89 {
        let n = compute(65)
        k = 90 - z % n
    }
    for i in range(5) {
        print(y)
        let x = 15 * 21 * 14
    }
}
if z * 3 != 52 {
    if z + 42 < 47 {
        let count = (7 - 84) * (52 - y)
        print(z)
    }
    while y - 56 != 73 + 87 {
        y = y
        count = count
    }
}
let total = count % z % (z % count)

let n = 58
let count = compute(n - n)
print(n)
let n = 78
if n * 22 < n + 74 {
    print(make())
    n = n - 3
}
if n < n - 31 {
    if not not 13 == n or count >= 50 {
        let y = n * n * (66 % n)
        let n = count + 24 - n * n
    }
    print(compute())
}
let b = (25 + n) * (35 - n)
print(make(75 * y))

let n = 2 % 31 * (43 - 81)
print(n)
fn calc(n, n) {
    n = n
    n = 62 % 8 - (65 - n)
    return 58
}
for i in range(2) {
    print(i)
    print(helper())
}
let total = combine(n, n)
let c = total
total = 97 + 48 + 92 * total
let y = n + 99 - (c - total)

let count = 59 + 82 % 75
let x = count % count - 15
fn step(b) {
    if 97 * 25 > b {
        let x = b * 42 % (b * 59)
        x = 92
    }
    if b + 42 != b {
        let value = helper(16 * x, x)
        let value = value % value - 70
    } else {
        print(make(b - x, x + 42))
    }
    return b
}
let value = 92 - 1 + (count - count)
let value = value
let total = value * count + 46
if value * count > 61 % value {
    value = value
    print(x)
} else {
    for j in range(2) {
        value = (6 + total) % (value * value)
        let value = value - x
    }
}
for k in range(5) {
    while 42 >= 89 - 19 {
        let total = 40
        x = 97
    }
    print(count)
}

let total = (44 + 6) * (98 % 35)
let b = total
if total - b <= b {
    if b == 31 or b <= total {
        total = b
        let n = b * (70 * b)
    } else {
        b = 94 % 7 * 29
    }
    let z = 35 + b % 73
}
for i in range(2) {
    print(calc())
    let a = i + 7
}
if 98 > total and not z == z {
    if b <= b or 35 >= 82 {
        print(calc())
        z = 64 - b + (n - n)
    }
    let total = 67 - (33 + z)
} else {
    b = n + b * 7
}
for k in range(1) {
    z = (41 - 59) % (30 + 15)
    let total = total % 30 - (z + 14)
}
total = 98 * n
print(make())

let value = 7
value = value
fn compute(n, b) {
    print(n)
    b = b % 58
    return n * b
}
if value >= value and not not 64 < 19 {
    let total = value - value + (value - 83)
    value = 30
}
while not not value <= 4 {
    print(value)
    if value <= 39 and total == 41 {
        print(total)
        total = 55 + 29 * total
    } else {
        print(value)
    }
}
for k in range(4) {
    let n = 19
    print(compute(78 + 47))
}
for i in range(2) {
    print(compute())
    for i in range(2) {
        i = 8 + value + value * i
        let n = calc()
    }
}
if 71 >= 90 and total > 38 {
    for k in range(2) {
        print(compute(k))
        let result = value % 48 - 81 * total
    }
    print(calc(83 % value, 13 - value))
}

let count = 0
count = 16
fn compute(b, b) {
    if b * b > b {
        let result = 11
        let result = result
    } else {
        let total = 42 * (b % 7)
    }
    print(b)
    return b
}
print(count)
let value = count - 70 % 34
value = value + value
for j in range(1) {
    for i in range(2) {
        print(count)
        value = count % value % j
    }
    j = 30
}
let value = step(count)

let z = 79
let z = z - (43 - z)
print(make(99, 29 + z))
print(z)
z = z
for j in range(4) {
    if z == z {
        n = (j - 39) * n
        let n = 55 + 51 + (z + z)
    } else {
        let n = 90
    }
    if 52 - 40 > 89 % z {
        print(step(z * 58))
        let value = step()
    } else {
        z = z
    }
}
print(z)
print(z)

let value = 67 * 88
value = 57 - 50 + 15
fn helper(a) {
    let x = 74
    a = a * 95 * (x + 25)
    return 56 + 47
}
let a = value % (value + value)
a = a + 70 - value
let x = (value - a) % 87
let z = x
for i in range(3) {
    let value = (57 + 4) % 10
    for j in range(4) {
        print(calc(x % z, 84 - 55))
        z = (4 - z) % value
    }
}

let total = (38 - 92) * (49 + 1)
print(total)
fn step(n) {
    while not 15 >= n or 18 == 15 {
        n = (22 - 40) % (39 * n)
        print(compute(n + n, n))
    }
    print(compute())
    return 32 * 69
}
let total = total - 60 + (total + 46)
for k in range(5) {
    if 7 + 16 > 32 - 60 {
        k = k * 97 % 81
        total = k - 65 + total
    } else {
        print(total)
    }
    if 52 * 15 > 94 * 49 {
        let value = total
        let a = 22 % total % (22 + total)
    }
}
print(total)
total = 85
let c = 26

let result = 76
print(calc(result - result, 69))
fn make(n, b) {
    print(n)
    while b >= n or not 5 >= 25 {
        b = n % (47 - n)
        print(step(61 % 10))
    }
    return n * n
}
print(make())
let a = combine(31, 85 - result)
let z = result % (a % 60)
for k in range(1) {
    while z * k < a - 34 {
        a = result
        a = 46
    }
    for k in range(3) {
        print(result)
        let b = z
    }
}
if a < z {
    print(result)
    if 87 + result == 4 * 64 {
        z = a + 30
        a = a % 4 % result
    }
}

let z = 75 - 36
print(z)
print(z)
for i in range(4) {
    for i in range(3) {
        print(i)
        print(combine(7 - 85, 73))
    }
    print(z)
}
for j in range(5) {
    for k in range(3) {
        let total = 87 % z % 44
        z = total
    }
    print(j)
}
let z = (64 - z) * z
while z >= 38 * z {
    let b = z
    print(calc())
}
if 89 <= 34 or z != 37 {
    for k in range(3) {
        print(make())
        z = 63
    }
    for j in range(3) {
        b = j - j
        let c = helper(z)
    }
}

let y = combine()
let count = step()
fn helper(b, n) {
    for k in range(2) {
        print(k)
        print(k)
    }
    for i in range(1) {
        print(compute(59 - 20))
        print(i)
    }
    return 19
}
while count % 58 != 54 {
    y = 46 * 97 - (50 + 45)
    for k in range(3) {
        let count = y
        print(compute(count % y))
    }
}
let result = y
count = result
if 6 <= y or 74 <= result {
    if count % 74 >= 33 {
        let value = (result + 10) % (result * 81)
        count = y - value % 22
    }
    print(helper(result))
} else {
    let result = 5 % result
}
if not not 36 <= result {
    if not 13 != value {
        print(b)
        let a = 78 * 72 + (21 + result)
    } else {
        let b = (y + count) * 7
    }
    while value * count > 41 {
        let value = compute()
        let n = combine(a, y + 51)
    }
} else {
    print(result)
}

let count = 98 % 54 * (27 + 4)
count = count
if not 82 != count and not count == count {
    if 41 < c and count != c {
        c = c * count - count * 53
        c = 18
    } else {
        let c = 55 * (28 * 4)
    }
    print(calc(51))
}
if c == 8 and 75 == c {
    let x = 12 % count % (count % count)
    let count = c
}
for i in range(3) {
    x = c * i - 14 % 37
    if 2 <= 53 and count <= 77 {
        let b = (63 - i) % count
        let z = 76 * 45
    } else {
        x = i % c % c
    }
}
for k in range(4) {
    x = c
    while count * 91 == 75 {
        print(count)
        let x = 27 * count * k
    }
}
print(count)
count = (c + count) % c

let x = 87
print(x)
fn step(b, a) {
    a = b * b * (b + a)
    print(helper())
    return 4
}
print(make(87 - x))
for i in range(2) {
    for k in range(4) {
        k = 49 % x
        i = i
    }
    while 23 + i != i + 31 {
        x = 52 - x
        print(compute())
    }
}
if not 70 > 20 {
    let total = 46
    let c = (94 - total) * 80
} else {
    x = (x - 78) * (x % x)
}
let count = (c + 50) % (c + 11)
let result = x

let z = 59 - (3 - 61)
print(compute(57 + z, 63 % z))
fn combine(b) {
    let count = 7
    for k in range(5) {
        let a = count % (17 - k)
        print(count)
    }
    return b
}
if z + 75 >= 44 % z {
    print(z)
    while 90 < z + 23 {
        print(z)
        z = z
    }
}
if not 81 == 5 or 54 >= 70 {
    if z == z and 28 != z {
        let b = z
        b = b
    }
    print(combine())
}
print(make(13 * 58))
for k in range(2) {
    z = 8
    b = z
}
b = b

let b = 48
let count = b - b + (26 + 93)
while count - b > 15 % count {
    if b * 58 > count * 70 {
        print(combine(5 % 5, b))
        count = b % (count + 14)
    }
    let b = b
}
let y = 15 + 32 - b
if not b != 81 {
    let c = 93
    for i in range(4) {
        print(make(11))
        let x = b - 80 + count
    }
}
for i in range(2) {
    if not i < count {
        let n = 92
        let count = n * 32 + 79
    } else {
        b = 83 % y % c
    }
    if y % count < count - count {
        let a = 27
        print(make())
    } else {
        print(make())
    }
}
if b > count or 86 < count {
    if 44 - y == b {
        let y = 29 + b
        let count = b
    } else {
        let a = b
    }
    while not not 39 > y {
        y = 80
        c = y - count + y % 82
    }
}
print(make())

let c = 81
c = c
let a = c
a = a - 67
print(a)
while a <= a * a {
    for j in range(1) {
        let x = step()
        let n = 25 % 57 % a
    }
    print(combine())
}
let a = c
if a != 69 and 87 >= 70 {
    a = c
    a = a + c - c
} else {
    print(combine(4 + 49))
}

let y = 82
print(make())
fn combine(a, a) {
    while 80 != a and a > 32 {
        print(calc())
        let b = 14 + (a + a)
    }
    for j in range(3) {
        let n = 92
        let total = a - j
    }
    return a % a
}
let c = 65 + y % 83
if 85 > y or y > 28 {
    let c = y % 49 % (93 + 36)
    for k in range(4) {
        let value = 44 - (52 + c)
        let result = k
    }
} else {
    c = 31 + 65
}
c = c % (y * 81)
let total = 26 + 95 + (17 - y)
c = c % 55 - total % 47

let n = 47 * 58 * (64 * 14)
n = 32
fn combine(a, a) {
    print(helper())
    for j in range(2) {
        print(step(a % a, a * j))
        let total = make()
    }
    return 71
}
let a = n * n * 57
n = 45 % 52 % (n + 64)
n = n
let b = 85
while b % 25 <= a - a {
    print(n)
    for i in range(4) {
        print(make())
        a = n + 61
    }
}

let total = make()
print(combine(20 * total, total + total))
fn combine(n) {
    n = n * n
    n = n - n
    return 59 % 82
}
print(calc())
if 67 % total == total {
    print(step(8, 47 * 11))
    if 44 != 42 {
        total = 0 % (total * 76)
        let z = 32 - total * total
    }
} else {
    print(total)
}
total = 73
print(make(z, total))
for i in range(1) {
    let z = z
    print(i)
}

let x = 30
x = 83 % (42 * 44)
if 10 * x != 66 - x {
    let result = x + x
    for k in range(1) {
        x = x % (38 % result)
        print(helper(69 % 70, 15 * x))
    }
}
print(result)
for i in range(3) {
    for i in range(5) {
        let c = 15 * i
        let result = result
    }
    let x = x + 85 + (67 + i)
}
x = result % (x * 42)
for i in range(5) {
    if not x < i {
        let c = 88 % 26 + 17 * 10
        print(calc(0 * y, result - 19))
    } else {
        let y = 31 - (17 - x)
    }
    let z = compute()
}
while not result <= 71 {
    result = 48 % 82 + result
    x = (32 - result) % (83 - result)
}

let value = 33
let result = (57 + value) % 39
fn helper(b) {
    let b = b
    let z = (b + 91) * b
    return b % b
}
while value - result <= 28 {
    print(step(result, 57))
    print(compute())
}
value = 62
while result * 71 == 52 {
    while 53 >= value + 10 {
        let x = 12
        let x = x % (result - result)
    }
    if 3 > 88 % value {
        print(x)
        let n = 95 * 52 % (x * result)
    }
}
for i in range(1) {
    for k in range(2) {
        print(k)
        x = 21 % k + value % i
    }
    let n = 49 + n
}
for k in range(2) {
    while 68 + 30 > x + 16 {
        print(calc(n - 54, 85 * k))
        let c = helper(43 - x)
    }
    print(combine(c - 90))
}

let z = 34 - 73 + 79 * 64
print(compute(53 - 1, z * 30))
fn calc(a) {
    for k in range(4) {
        let n = 36 * 64
        let total = make()
    }
    print(helper(64, a * a))
    return 52 % 4
}
z = 13 + z
let y = 31 % 96 * (94 + 99)
while y >= 70 and 70 <= 14 {
    for j in range(4) {
        let z = j
        let z = z
    }
    for j in range(5) {
        print(step(67, z % z))
        let b = j
    }
}
if not 53 >= y {
    let count = (z + z) % (y * y)
    let a = combine(y - y)
}
while a * count <= 16 + 58 {
    print(calc())
    a = count
}

let a = calc(44, 7 % 68)
print(calc(a - 58, a))
let n = 28
let n = 62
if a <= 8 {
    print(compute(a - 91))
    for k in range(2) {
        print(a)
        print(n)
    }
}
if 52 * 22 > a + 33 {
    if 89 + 72 < a % 64 {
        let c = 20 - a - (15 + 69)
        let count = c
    } else {
        a = n % 93 * (76 + n)
    }
    print(n)
}
for j in range(5) {
    count = a * (30 * 69)
    for k in range(2) {
        let x = n * n + 63 * 9
        let result = 67
    }
}
let a = count

let x = step(77 - 94, 87)
print(x)
fn combine(a, n) {
    for i in range(4) {
        let z = a
        z = (52 - 47) * (12 % a)
    }
    while a - a <= 19 % 43 {
        let z = combine()
        z = 17
    }
    return a - 60
}
print(step(25))
while 18 * x != 16 {
    x = 42
    while x != 54 and x != 31 {
        let b = x + x * x
        b = 46 + x - x
    }
}
while 46 <= 30 + b {
    x = 71
    print(x)
}
while b >= 57 * 15 {
    while b == 7 {
        print(combine(b + b))
        print(make())
    }
    while 21 - x >= x {
        let n = compute(b, b)
        let value = 44 * 66 + n % b
    }
}
b = (12 - 51) * value

let count = 37 * 0 * (9 * 86)
count = 51
fn make(a) {
    let x = 63 + 19 * 28
    let value = step()
    return a
}
count = count % (61 - count)
for i in range(3) {
    print(combine())
    for j in range(2) {
        let z = 25 * count + (29 - j)
        let a = compute(i - 62)
    }
}
count = 14 * 74 + count
let total = 93
print(total)

let n = helper()
n = n - n
if 21 >= 51 + n {
    print(n)
    if n > 96 and not not n <= n {
        let x = 11 + 9 * n
        print(x)
    }
}
while not n <= 57 and n > 9 {
    x = (x - n) * (n - x)
    let n = 77 % x * x
}
let value = n
for i in range(5) {
    if x * 30 < 7 % 69 {
        let result = 21 * 73
        let count = step(18 * n, n - 41)
    }
    for i in range(3) {
        i = 6 * result % n
        let z = 52 % (1 - n)
    }
}
let c = n
print(helper())

let a = 59 % 73 % 75
let a = a - a
a = a - 94
let y = 78 * a - (97 - 12)
let y = make()
if 2 * y < 42 {
    let total = 62 % 7
    for j in range(3) {
        print(y)
        y = a
    }
} else if 24 <= 27 and not a == y {
    let x = 37 % (a % 37)
    let b = a % (a % x)
} else {
    a = 17
}
y = 13
let a = compute()

let x = 85
print(helper(68 + x, x))
for k in range(4) {
    k = 27
    while 53 <= 77 or x == k {
        let c = compute()
        let z = 23
    }
}
print(helper(83))
let total = compute(50 % 84)
total = 72 % total % (total % 77)
for j in range(3) {
    if not 63 > 20 {
        let x = calc(x * 81)
        x = 81 - (x - x)
    }
    print(step())
}
for j in range(5) {
    print(total)
    x = 30 * total
}

let value = 70 - 97 - 83 * 93
let b = (value - value) % 88
fn compute(a) {
    if 55 <= a or 66 <= a {
        let z = 52 % (a + a)
        let n = (14 + a) * (a * 7)
    } else {
        let result = a
    }
    for j in range(2) {
        let x = 8
        let total = a
    }
    return a
}
let result = 54 % 77 * (value + b)
while value == 73 or result == result {
    let count = result - value * b
    if count - b > value {
        let total = 33 - b
        b = 12 * 27
    }
}
for i in range(2) {
    if result - 22 > 63 + i {
        print(result)
        count = 81 - 95 - 20
    }
    value = value * (total - total)
}
let y = value - result
while value <= result % count {
    let n = y * total % (26 - y)
    while b - b > 87 {
        let value = value
        print(value)
    }
}

let y = helper()
let result = helper(57 - 43)
fn combine(b) {
    if b == 17 {
        print(step(b - b, b * 80))
        let value = 17 + b
    }
    let b = make(67, 21 % 41)
    return b
}
for i in range(1) {
    let total = calc()
    print(calc())
}
print(y)
for j in range(4) {
    let y = (77 - 80) % 18
    let count = j
}
if 67 >= 11 or 81 == 93 {
    let z = 62 + c + result
    result = c
} else if 67 % 31 == result + y {
    y = 20
    let c = (36 - 50) % result
} else {
    let y = y
}
print(combine(z % y, y))

let result = 6 % 50 + 45
result = result - 51 - result
fn calc(n, n) {
    let b = n * n * 84
    let total = 63
    return 1 * 44
}
let b = result
b = b % b % 7
let b = b
while 95 % 55 <= 8 {
    for j in range(5) {
        print(j)
        print(step(b))
    }
    for j in range(3) {
        let y = (34 + b) * (result % 9)
        result = b
    }
}
if not b >= b and 8 > result {
    let count = b + b + (b + b)
    let z = count
}

let y = 99 + 43 * 53
let x = 56 * 62 * (32 % y)
if 89 + c <= 18 * c {
    y = y - 31 + (82 + y)
    print(count)
} else if x - x != 40 % 70 {
    let c = make()
    let count = y % x * 28
}
x = x
for k in range(4) {
    if c == c {
        print(x)
        let value = 48 - result
    } else {
        let result = count
    }
    value = (57 + 80) * (k * value)
}
for i in range(4) {
    print(make())
    print(y)
}
print(c)
if count >= y and c <= x {
    let count = (78 - c) % value
    y = count % y - (count - 46)
} else {
    while 73 + c != y + x {
        print(step(y % 18))
        let value = 84
    }
}

let x = 41 % (22 - 18)
print(combine())
fn combine(n) {
    print(n)
    while not n < n or 46 == 15 {
        print(n)
        n = 73 - n + n
    }
    return n - 2
}
print(x)
for j in range(3) {
    while 94 == j or 5 == j {
        print(j)
        j = x * (x - 25)
    }
    print(x)
}
let n = (48 - 28) % 11
print(x)
for j in range(1) {
    while 48 <= j and j == 88 {
        n = j % (42 - n)
        print(n)
    }
    while 59 >= 29 {
        let x = j - 4
        print(x)
    }
}

let result = step(4 - 11)
result = 3
print(helper())
print(result)
if result != 56 + 97 {
    while 64 <= 46 - result {
        let n = result
        let result = n % result + n * 10
    }
    for j in range(4) {
        let n = 89
        j = 65 - result * n
    }
}
let b = n
if 86 > 98 {
    b = 47
    while not 9 >= n or n <= result {
        print(n)
        b = 96 - 27 + 34 * 57
    }
} else {
    for i in range(4) {
        result = 39
        print(i)
    }
}
let result = result % 44 * 64

let z = compute()
let x = 4 % (43 - 96)
let n = z
if not x > x or 66 != 46 {
    let y = n - z - x % 91
    if z + 20 > 0 % 19 {
        let y = z
        print(y)
    } else {
        let y = 86 % (z % 97)
    }
} else {
    for j in range(1) {
        n = 88
        j = 43
    }
}
let a = x
while y <= y {
    while 32 != 5 and 44 > 43 {
        y = y
        y = 3 + a + (88 + 40)
    }
    let a = 29 - y
}
while y == 83 and 4 >= 71 {
    print(helper(a))
    print(n)
}
y = 60 % n + 84

let n = (0 + 88) * (51 * 80)
let total = n * (n + n)
n = 90
print(combine(n % n, 41))
if 3 != 27 or total <= n {
    let x = 61 - 56 + (total + 85)
    print(x)
} else {
    let x = calc(total % total, 5 * 81)
}
if 6 * n >= 88 - x {
    print(n)
    x = x
} else {
    print(x)
}
for k in range(1) {
    k = x + x - 84
    let y = helper()
}
while total == x and not not 29 <= n {
    total = 51 % 1 + total
    x = total
}

let z = make(47 * 22, 25 * 41)
print(z)
if 82 - z > 90 {
    while z >= 91 * z {
        print(helper(z - 21))
        print(compute())
    }
    print(step(34 + 6))
}
z = z * 72 % z
print(z)
let x = 41 % z * (84 + z)
let result = z + z
for j in range(4) {
    let n = x
    let count = 40
}

let y = 21
print(y)
let b = 60 - y % 73
print(compute())
print(calc(15))
while y <= 95 {
    print(calc(9))
    if 62 == 25 - b {
        let result = 87
        y = 8
    }
}
let result = 36 - 21 - b % b
while not result != b {
    b = (y + b) * (y % b)
    for i in range(1) {
        y = y * (63 * 28)
        print(compute(22 - 87))
    }
}

let count = calc(54 * 15)
let z = 78
while not 90 > z {
    while z < 3 or not 2 > 95 {
        print(count)
        z = 97
    }
    print(compute(count - z, 59 % 45))
}
while 88 * 22 != 67 {
    z = 76 - count * 30
    while 11 > 9 and count >= count {
        let b = calc()
        let z = 19
    }
}
print(z)
if 31 > count and not 34 >= count {
    let count = b
    if b + 61 <= 77 {
        z = 45 - 64
        let value = 59 % 73 + 21 % 6
    }
} else {
    print(step())
}
for k in range(3) {
    for i in range(2) {
        value = value * (14 + 92)
        let z = z % (20 - value)
    }
    while not not 2 > 64 {
        let result = count - b * 55
        value = (z - k) * (93 * 60)
    }
}
let value = 93

let b = 79 + 9 - 99
b = 65
let result = helper()
print(b)
b = (result - 67) * b
let a = result % b % result
for j in range(4) {
    for i in range(2) {
        print(b)
        print(combine(i))
    }
    for i in range(1) {
        b = 32 + (j - j)
        j = 30 * 46 % (31 + result)
    }
}
for j in range(2) {
    while 12 < result or 29 < a {
        j = a * j % 60
        print(step(b * 28, 11 - 47))
    }
    for i in range(3) {
        let c = b % 28 + (42 + i)
        result = a - 30 + (result + i)
    }
}

let value = 54
value = (value + value) % 47
fn compute(a, n) {
    n = a * (59 % a)
    let x = 47
    return 1 % 31
}
let x = 0
print(x)
if not not 46 != x {
    if x <= 3 {
        print(step(24, 71 * 93))
        x = (value + n) * (83 * x)
    }
    if 86 - n != 44 + n {
        x = 46 * n - (82 + 34)
        value = 43 + 21 + x
    }
} else if value - value == 99 % 34 {
    let n = value * (49 - x)
    print(n)
}
if not 19 != 86 {
    print(compute(x + 61, x - x))
    if x * 33 >= 55 {
        print(n)
        let n = 44
    }
}
value = 44 % 8 % (x % 79)

let count = step()
count = count - count * count
let count = 69 * 44
count = (12 + 76) * (88 + count)
while count > count {
    count = (80 - 71) * count
    while count != 97 {
        let n = 33 % count * (count * 70)
        let x = n
    }
}
if 30 < x or 34 >= 44 {
    if count == 53 {
        print(step(count + n, count * count))
        print(count)
    } else {
        let count = count * b + 3
    }
    while 72 + 19 == count {
        let z = (1 - n) * 86
        print(step())
    }
} else {
    let b = compute(54)
}
if x <= 70 or 98 < count {
    print(step(b * z))
    let total = make()
}
if 51 <= 50 or z > n {
    x = 57 + 47 - count
    for i in range(5) {
        count = 89
        let count = x
    }
}

let total = make(89 + 25, 79)
total = (76 + 54) * 36
total = total
if not 82 > 54 and 21 >= 83 {
    print(helper(total - total))
    print(combine())
}
if total - total == total {
    while not total >= total {
        let c = 62 * 72 % (65 * total)
        let c = total - 33 * 89
    }
    print(helper())
} else {
    while total - 28 >= total {
        print(combine(total - total, total - total))
        total = 2 - 65 % 45
    }
}
let result = 9
result = 44 * (c + 97)
print(combine())

let x = 16 - 29 + 22
print(x)
fn step(b) {
    for j in range(2) {
        print(step(b * 17, b))
        print(helper(j - b, 44 % 28))
    }
    b = b % 78
    return 82 * b
}
print(step(x))
while 43 <= x {
    for k in range(4) {
        x = (22 - k) * 24
        print(k)
    }
    print(make())
}
x = 13 % x + (54 + 34)
if x <= x - x {
    if 80 == 33 {
        print(x)
        x = x
    } else {
        print(step(x))
    }
    x = x
}
let c = calc(93 - x)

let b = 4 - 9
let z = 0 * b - b
print(step(b))
let x = 49 % (b - 40)
let b = 74
if not 32 >= 83 or z > b {
    if 74 % 58 < 2 {
        let c = 82
        let c = compute(c * 0)
    }
    for k in range(1) {
        let y = compute()
        x = k % c - b
    }
} else {
    while b * 34 > x * 64 {
        print(b)
        print(make())
    }
}
while z - 3 >= 72 - 13 {
    let x = x
    z = x * (c - 2)
}
x = 6 % z

let x = 8
let a = x
let total = 83
for j in range(2) {
    total = (j + a) % 93
    print(helper())
}
let n = 54
for j in range(1) {
    print(step(total - 49))
    print(x)
}
if 78 == total {
    print(step())
    while a != 90 {
        print(total)
        total = (46 - a) * (total * 41)
    }
} else {
    print(make(total + 92))
}
while n < x and n > total {
    for k in range(3) {
        let b = total
        k = total - 12
    }
    print(combine(a - a))
}

let x = (36 - 51) % (3 % 26)
print(x)
fn make(b) {
    while b > 95 or not 69 > 47 {
        b = 59
        b = 8 + 13 + 35 % b
    }
    while b < b or b != b {
        let value = b
        let c = 37 * 11 - b
    }
    return b
}
while not x > 9 or not x < x {
    let y = x
    let y = 43 % 56
}
while y - 12 > 43 % x {
    while x + 0 != 44 {
        print(y)
        y = 45
    }
    while 13 - 53 == 37 * 44 {
        let value = 30
        let value = 23 - 28 + (80 + 46)
    }
}
while y % 96 <= 16 + 7 {
    for j in range(4) {
        let x = 77
        let n = calc(y, 16 % 73)
    }
    if y <= y and value > y {
        y = 55 * value * (13 + value)
        print(value)
    } else {
        y = value * value - y * 60
    }
}
let x = make(21 * 91)
for i in range(2) {
    let z = 98 * y % x
    print(value)
}

let result = 44 % 77 * (16 * 67)
result = result
result = 50 % result + (28 - 61)
print(result)
print(result)
print(result)
print(result)
result = 30

let result = 87
print(calc())
fn make(a) {
    for j in range(2) {
        j = 79 + 29 - 90
        let z = 67 % 75 * (j + a)
    }
    while a - a <= 25 {
        print(a)
        let y = a % a % a
    }
    return a - a
}
for i in range(5) {
    while not 26 == 5 {
        print(i)
        i = 35
    }
    for i in range(2) {
        print(compute(79))
        let b = i - (result - 84)
    }
}
let total = compute(result % result, result % 0)
while total < 50 or total <= total {
    while not total == total {
        result = (total - 37) % (result + 24)
        print(total)
    }
    total = 90 * total * (62 * result)
}
print(step(result, result + 36))
let c = 32 % total

let y = 59 + 28 + 36
let total = 65 - (y - 67)
let y = y
print(y)
print(total)
while 12 >= 67 * total {
    if total != 78 {
        y = 85 % 85 * 81
        print(total)
    }
    while 42 + y <= y {
        y = total
        y = y
    }
}
while y < total * y {
    while y % 41 == 99 - y {
        print(y)
        y = 59 % 26 * (64 % 29)
    }
    if 38 * 80 <= y {
        y = (y - 86) % (36 % 69)
        let total = total
    } else {
        y = (total + y) % 31
    }
}
for i in range(5) {
    if 35 + 95 >= y {
        print(combine(65 + y))
        let value = 29 + i - 36 * 83
    }
    let y = y + 14 % total
}

let a = 78 % 35 * 41
print(compute(a % 10, a))
fn helper(b) {
    b = b
    if b == b and b != 48 {
        let a = 46
        let count = 9
    }
    return 95
}
a = 53 + a * a
a = a
a = 50
if 99 - a != a - 40 {
    for i in range(4) {
        print(i)
        i = a
    }
    for j in range(4) {
        let z = 96 * 12 % (j * 54)
        let n = 62 + z + (j + a)
    }
}
print(a)

let n = 6
print(step(n % 46))
fn compute(a) {
    for j in range(5) {
        j = a + a
        let n = a
    }
    for j in range(5) {
        let a = make()
        print(a)
    }
    return a * 94
}
while 39 < 65 and n >= n {
    for j in range(4) {
        let value = (99 - 45) % (86 * 87)
        print(compute())
    }
    n = 55 - (n - n)
}
n = n + 23 + 34
if n == 43 and 51 > n {
    for j in range(2) {
        let c = count * 83
        let x = compute(j, count)
    }
    print(count)
} else {
    let count = 95
}
count = count - (n + 58)
n = 82 % count - count

let value = 26
value = (18 + value) * (value - 57)
print(value)
if y > 40 and y <= y {
    while 46 >= value or 29 < 60 {
        let c = (15 - y) * value
        let x = (77 + value) * (value + 87)
    }
    let a = (2 - 64) % x
} else {
    let y = value
}
y = y + 15 - 83 % 87
print(combine(49 + value))
while 85 % 18 >= 81 {
    for i in range(4) {
        let n = 12 * a - 30 % y
        let c = value
    }
    if 74 % 10 > 8 + x {
        let y = a * 82 * 1
        y = a % (y * 86)
    } else {
        c = 32
    }
}
let a = y

let value = 86 * 59 - 16 % 79
let b = value
if value > value and 51 != 97 {
    if 91 + value <= 83 {
        print(helper(b))
        let c = 27 % b % b
    } else {
        print(b)
    }
    let result = 39 - b + c
}
for j in range(1) {
    print(j)
    if 76 > 45 and result > j {
        let z = helper(20 - 30)
        z = value
    }
}
let value = 20 % b - 94 % result
for k in range(2) {
    for i in range(4) {
        let c = make()
        let z = 72
    }
    if b != value + value {
        print(result)
        print(value)
    } else {
        print(calc(k, value))
    }
}
let c = 94
result = (value + 45) % (12 * c)

let total = 40
total = 4
total = 90 - total
let value = 52
if total != value {
    print(total)
    while 24 >= total and 97 < value {
        value = total * 73 - 50
        let total = 52 * value
    }
} else {
    print(value)
}
for k in range(4) {
    for i in range(5) {
        value = k % 56 - total
        k = (total + 4) * value
    }
    print(helper())
}
if 97 > 79 and 86 < total {
    let c = 62
    print(compute())
}
total = total

let z = calc()
print(combine(z * z))
let count = 21
let value = count
for i in range(5) {
    print(z)
    let b = count * count - 83 % 56
}
while 38 != 45 {
    print(value)
    if count % 53 == 20 {
        let y = 71
        let b = helper(92 % count, 97 * count)
    }
}
let c = 64 % 25 % 67
let a = value + count

let c = 26
print(c)
while c != 53 {
    print(c)
    print(make(c % 11, c))
}
while 8 - 29 >= c {
    while c - 40 < c + 18 {
        print(helper(74))
        c = (80 - c) % 57
    }
    print(c)
}
print(c)
print(c)
let z = 36
if 85 == 9 + c {
    z = 57 - z % 77
    if 90 + 15 > 30 {
        let z = 27
        let y = c
    } else {
        z = 79
    }
}

let y = 91
let x = calc(y + 76, 50 * 8)
let b = 42
for j in range(2) {
    while not 40 < y {
        let z = 88 % y
        j = (39 + 9) % (60 + b)
    }
    print(combine(b, b))
}
let b = x - 64
let value = make(27)
for j in range(3) {
    if b - x == 10 {
        let y = b
        let n = 90 % j * value
    }
    n = 62
}
if not value <= value {
    for j in range(1) {
        b = 82 * j % 97
        let b = helper(j)
    }
    value = 64
}

let b = 52
b = 91 * b - 11
while not 39 == b {
    if b + b < b + 4 {
        let y = 75
        print(step(y))
    }
    y = y
}
for k in range(4) {
    let c = 33 + y % 20
    while not c >= k or b == k {
        print(step())
        print(c)
    }
}
for i in range(5) {
    print(compute(i, i + 48))
    let value = 60
}
b = (b - y) % y
y = 58 % b % 27
let result = y % (17 * 62)

let b = 39 + 43 - (30 + 23)
print(combine(b - 40))
b = b % b + b % b
print(b)
let n = make()
while not not n == 26 {
    while 57 < 17 + 50 {
        b = 77
        let a = compute(71 % 82)
    }
    for k in range(4) {
        print(combine(n - a, b + n))
        let n = k + (a + b)
    }
}
for i in range(1) {
    for j in range(4) {
        print(b)
        print(i)
    }
    for k in range(2) {
        let z = compute(83, n)
        let y = n
    }
}
while n + 14 == n * 65 {
    let n = (a + n) % (a % n)
    print(n)
}

let count = 25
let b = calc(59)
count = b
let total = combine()
print(calc())
total = 50 % 31
if 94 == total {
    for i in range(1) {
        let z = helper()
        print(z)
    }
    if not b < 79 {
        print(b)
        let y = b
    } else {
        b = 33 % (57 % 86)
    }
}
while b * 49 == 73 {
    y = count + 35 + (total - total)
    total = 39
}

let total = 52
total = total
for i in range(3) {
    while 18 - total < total + i {
        i = 25
        total = 37
    }
    print(compute(i, 26 - i))
}
print(total)
let count = total * 87 * (11 % total)
if total <= 45 * total {
    if total - 48 >= total % count {
        let y = count % (58 + 26)
        y = y * count - total * 88
    } else {
        print(total)
    }
    while not total != count or total != 0 {
        print(calc())
        let x = count
    }
} else {
    count = 32 * (count - 86)
}
if count >= x {
    if x == y and count >= y {
        let c = 89 % 36 + (count + 91)
        let x = 26
    } else {
        print(step(x * 55, 0 - 50))
    }
    let result = 99
} else {
    while total > 38 * 28 {
        print(make())
        let result = (count - total) % 56
    }
}
if result % 86 <= count {
    let result = result
    while 91 != x {
        result = c
        count = 86
    }
} else if not x < count or count < c {
    print(result)
    print(calc(51 + x))
}

let count = 89 * 45 * (49 + 66)
count = 14 % 81 - count
fn compute(n, b) {
    b = 90
    for i in range(1) {
        let result = n
        print(b)
    }
    return 8
}
while count - count >= count * count {
    if count != 60 or not 26 == count {
        print(count)
        let total = count + count - 90 * count
    } else {
        count = (63 - 83) % (79 % count)
    }
    print(count)
}
if 99 - 74 < total - 76 {
    let result = 62 * total % (count * 83)
    let z = 94 + 19 + result
} else {
    for i in range(5) {
        print(helper())
        print(i)
    }
}
print(count)
total = total
for k in range(4) {
    let b = total * k - 83 * 38
    let total = (51 + total) % (48 + z)
}

let x = 91 + (49 - 42)
let result = 70 + x
fn make(b) {
    let result = b
    while 52 - b < 27 {
        b = b
        let result = 36 % 72
    }
    return b % 89
}
if 84 != result {
    let result = 26 * (result * result)
    print(make())
}
let z = result
x = 25
print(result)
let total = z

let x = 50 * (15 * 85)
let x = 99
print(make(x - 14, x))
if 47 % 43 > x * 16 {
    while 4 != x + 77 {
        print(x)
        print(x)
    }
    let result = x % 48 - 88 % x
} else if x < x - 44 {
    x = x
    print(x)
}
x = x + x % x
print(x)
let value = result * x % (6 % 68)
if result != 61 or x <= x {
    for j in range(2) {
        print(helper(67 - x))
        print(result)
    }
    if x - 3 > 83 % x {
        value = result % 37
        let b = 7 * value % 30
    }
} else {
    while not result < result or value == 54 {
        print(x)
        x = 19 - 40 - x % x
    }
}

let b = 25 * 48 * 97
print(b)
fn step(n) {
    if n < 30 % n {
        let c = (n + 15) * (3 % n)
        c = 21 % 52 % (3 * n)
    } else {
        n = n % 93 - 23
    }
    while 91 >= 45 and 54 < 25 {
        c = (33 - c) % (c * c)
        n = c * n + (n + 10)
    }
    return 5 + 2
}
b = b - b
while b >= b {
    while 94 != 80 - b {
        b = b - 43 + 67 * 8
        b = 51
    }
    print(b)
}
while b % 79 < 51 {
    b = b
    if b > b - 74 {
        let value = 4 * b
        b = value - 18 * 16
    }
}
let z = 46 * 87 * (85 * 13)
while 51 >= 19 {
    for i in range(2) {
        b = 20 * 47
        value = i * i - (value + 39)
    }
    let z = value % value + value % 35
}

let b = 68
b = b * 75 - 14 % b
fn make(n, n) {
    while not not 91 != 24 and n > n {
        print(calc(39 * 80))
        n = n
    }
    n = 42 + 63 * 48
    return 39 - n
}
for i in range(1) {
    b = b % (i * 52)
    i = b
}
if total >= 52 {
    total = 22 + b
    while 50 == total or b != b {
        let b = combine(total % 93)
        let a = b % 37
    }
} else {
    while 8 % 24 > b % 60 {
        print(b)
        let total = 60 * 16 % (b % b)
    }
}
a = b
b = a + b + (a - b)
while not 56 >= 19 {
    let y = (40 + 52) % (total * total)
    y = 17
}

let y = 26
y = 30
fn compute(b, a) {
    if not b >= 95 {
        print(a)
        let total = step(b, 51 * a)
    }
    b = b
    return b % 73
}
for j in range(2) {
    let z = j
    if not y > z {
        y = 79
        print(step(27 + 4))
    } else {
        y = (z - z) * j
    }
}
y = y % y - 51
y = 91 - 60 + 25 % 13
y = 76 - (96 + y)
for j in range(5) {
    let total = y + 12 - j
    while 70 >= y * 56 {
        print(step(y))
        let count = 8
    }
}

let value = 39 + 44 - 13 % 46
value = value + 50
let a = helper()
value = a
if value + value == value - 59 {
    if not not a < a {
        value = value + 54 % 22
        print(a)
    } else {
        print(compute(value * 30))
    }
    for k in range(3) {
        a = k % 66 - (20 - 58)
        print(calc(k + k, value - 63))
    }
} else {
    for i in range(5) {
        let x = combine(89)
        print(combine())
    }
}
a = 39 - value
print(value)
if not 6 >= 48 {
    if 25 * 25 >= 68 % 77 {
        let c = 44
        print(c)
    }
    print(calc(35 + x, 58 % c))
} else {
    let x = compute(45, 24)
}

let y = 80 % 88
y = y * y - (y - 9)
let x = y
while not not 56 < 85 or 54 == 96 {
    print(x)
    if 95 % x >= value {
        let b = x
        print(y)
    } else {
        let value = 54
    }
}
b = 94 - value - b % 6
print(combine())
print(y)
y = 73 * b % 38

let total = 44 * 7 % (62 * 49)
print(total)
fn make(a, n) {
    if not n < a {
        n = n % n % 90
        print(n)
    } else {
        n = a - (n + a)
    }
    a = n * 27 + (n + a)
    return 18 + a
}
total = 78 - 81
while 67 >= 74 * 54 {
    while 56 * total == 20 {
        total = 57 * (total % total)
        total = 75 * 67 * (total * total)
    }
    if total % 6 == 4 {
        total = total
        total = 54 - total
    }
}
while 9 != total or 53 <= total {
    if not total != total {
        let a = 69
        print(step(82 % 77, 34 % a))
    } else {
        print(calc(54 * total))
    }
    if not a == a and 22 < 29 {
        total = total
        total = (18 - 36) % (71 * a)
    } else {
        total = 57 % (32 + 53)
    }
}
if not a != 69 {
    print(a)
    if 47 != z and total <= 64 {
        let z = make(92 * z, 21 - 17)
        z = 62 % z * 83
    } else {
        let z = (total - 44) % (a % 36)
    }
}
if z < 97 * 36 {
    while 90 == 11 {
        print(z)
        let n = 22 * 3 + z
    }
    for i in range(2) {
        z = z
        print(a)
    }
}

let result = 36 % 65 + 6 % 3
result = result
result = result
while not 87 == 90 {
    while result == 8 and 98 <= result {
        let a = 40 - 78 % result
        a = result
    }
    if 64 + 39 >= 29 - a {
        print(combine(a - a))
        let value = a
    } else {
        a = 81 - 16
    }
}
for k in range(5) {
    if value > k and 25 != 34 {
        let x = step()
        let y = 51
    }
    k = result * value
}
print(calc())
if value != value * value {
    a = value * (value * a)
    while 93 * a != 50 {
        value = a
        result = 13 - (93 - value)
    }
} else if 28 + 55 <= 61 % 46 {
    print(result)
    result = 89
}
print(a)

let count = 13
count = 62 + 2 + count
count = 52 * 71 % 86
if count != count and not not count > count {
    let result = count + (8 - 6)
    for j in range(1) {
        let result = count
        print(calc(result - result, 60 % result))
    }
}
print(calc(result * count))
while 64 == result {
    count = 47
    while 14 - 42 >= result * result {
        count = result * 61 + 8 * 24
        print(combine(result * count, result))
    }
}
while 82 + 61 < 30 {
    print(step(result))
    let b = result * count % count
}
let value = b * 84 - b

let count = 14 + 42
print(count)
fn helper(a, b) {
    if 66 * 3 == a - b {
        b = (a + 47) % a
        let c = (7 + b) * 91
    }
    while c + c > 39 * c {
        print(compute(59 + 12))
        let x = step(31 - c)
    }
    return b
}
print(count)
count = count
print(step())
while 50 <= 53 and 39 == 20 {
    if 22 + 99 >= total {
        total = count % 49 + (70 - total)
        print(count)
    } else {
        let total = count
    }
    let a = total * total - count % 93
}
let count = 9 + a

let result = step(81 - 14)
let b = result - 7 % 56
let c = 24
if 73 != 97 {
    for j in range(2) {
        result = 95 % b - 23
        let result = result
    }
    c = (79 - 84) * 60
} else {
    while not result >= b {
        let value = b * (c % 13)
        let z = make()
    }
}
let n = 34
while b <= 76 % z {
    if not c <= 99 {
        let total = compute(33, 83)
        let z = total
    }
    if value + z >= 3 * result {
        let c = n
        c = total % 17
    } else {
        print(n)
    }
}
let a = calc(93, 26 * z)
while a + z == c % 42 {
    print(helper())
    if 45 * total > 32 * c {
        c = 14
        value = b
    }
}

let total = 96
let count = 1 % total * (total + total)
fn calc(b) {
    while 53 == b + b {
        let total = (b + b) * b
        print(b)
    }
    if 82 * 24 == total {
        print(step(72 + 25, 11 - total))
        total = total % 28
    }
    return b + b
}
let n = count
let a = 15
for i in range(1) {
    let result = helper()
    i = 45
}
let count = 75
total = 67

let n = calc(52, 50 - 74)
n = n * (43 - n)
fn combine(a) {
    for i in range(3) {
        print(helper(0 - 0, 87 - 73))
        print(calc(65 % 20))
    }
    print(a)
    return a % a
}
while n % n > 83 * n {
    print(step())
    for i in range(1) {
        print(n)
        n = i % n - n * 79
    }
}
if not n >= 58 and n >= 60 {
    let c = 56
    n = 52
} else {
    while n * n <= 85 - n {
        print(calc(23, 10 % n))
        n = 12
    }
}
let result = 18 * (25 - 96)
for j in range(1) {
    j = result * j + 79 % n
    j = (j + n) % (19 - 29)
}
if n * n > 91 {
    print(helper(result))
    if not not result >= 73 {
        n = 65 + b * 50
        let z = combine()
    } else {
        let b = make()
    }
}

let y = 76 * (26 % 88)
print(step(69 - y, y))
print(calc())
for i in range(3) {
    print(helper(24))
    let n = 20 * 30 + 17 * 32
}
y = y - 45 + y
let n = 7 % y + y * 5
print(y)
y = 10

let result = calc(52 % 41, 72 * 69)
let z = result + result % result
fn step(n, n) {
    while 4 >= 24 and n < n {
        print(n)
        print(n)
    }
    n = 79
    return 70 * n
}
for i in range(2) {
    if result < 98 and 37 >= result {
        z = i
        i = i
    }
    let x = combine(57, 58)
}
let result = z % 43 * z
let total = result % (z % 95)
let value = compute()
z = 65

let z = 17 * 10
let value = z % 52 + z * z
while 86 - 38 > value {
    print(combine(z, value))
    z = value + 55 % value
}
while 73 * 1 < 37 % 75 {
    z = 58
    let b = compute(value + value, 98 % z)
}
print(make())
while b < z and 29 > 24 {
    print(combine(31 + 85, 28))
    if 43 % b < 70 + b {
        print(z)
        print(value)
    } else {
        value = z
    }
}
z = value
z = (b + value) % (31 * b)

let z = 87 % 40 + 66 % 14
z = 74 * z + 21
let c = 38
if 44 > z % 17 {
    while 26 % z != z * 95 {
        print(helper(15))
        print(z)
    }
    let b = 23 % z
}
if 80 > 34 or 13 <= b {
    if 19 + c <= 14 * b {
        print(z)
        let z = z
    } else {
        c = 29 + 75 - b
    }
    z = 29 - 66 * 67
}
let a = c
while 75 * 45 > 21 {
    while 84 + 66 == 9 {
        let n = 43
        print(n)
    }
    a = b + n
}
for i in range(1) {
    if z > 23 {
        print(i)
        print(helper())
    }
    if 9 % a < 37 + z {
        print(z)
        print(c)
    }
}

let b = 43 % (23 + 61)
let n = calc()
print(b)
print(combine())
n = 33
if 65 <= n {
    while 68 % 59 <= 90 * 81 {
        let c = helper()
        y = c - 27 - (c + y)
    }
    let n = y
} else {
    let y = step(b)
}
let c = n + 21 * b
let z = c * (15 % c)

let a = 25
a = a * a % (57 * a)
fn make(b, n) {
    print(combine())
    n = 71 + (24 + 30)
    return b
}
a = a - 42 - 52 % 24
for i in range(4) {
    a = 87 % i * 50
    let z = a + i + i * 82
}
a = 26
while not a < 36 {
    a = (93 + 53) % (a + a)
    let n = 68 % 91 % (a + 93)
}
if n - 62 >= n {
    for j in range(4) {
        let c = j % 84
        let x = 60
    }
    let c = 10
}

let a = 72 * 77
print(step(95 + 77))
let z = a
print(combine())
print(z)
for j in range(2) {
    while not j != a or 41 != 32 {
        a = 96 % z + (63 - z)
        let b = 65
    }
    let y = b - 38 % 49
}
if 95 > 61 + 87 {
    while z <= a + z {
        a = z
        z = (95 - 43) % (z + 34)
    }
    a = a
} else if z <= z or not 63 <= 30 {
    print(a)
    print(z)
} else {
    a = (45 + a) % (a % a)
}
for k in range(1) {
    for j in range(2) {
        z = 27
        k = 55
    }
    if k * k >= z - z {
        let x = combine(54 - 79)
        let x = 45 % 8
    }
}

let a = 14 * 29 - 35 % 42
print(make(1))
let z = a % 94 % (a % 13)
if z - 2 == 50 {
    a = a
    for k in range(3) {
        let count = a % a - (18 + 70)
        print(step())
    }
}
let x = z
while 77 >= z - z {
    let result = make(a * 12, 95 + 12)
    for j in range(3) {
        print(calc(13))
        let y = 86 + (a - z)
    }
}
while a * 26 <= 82 {
    if not result != z {
        x = 90
        print(step())
    } else {
        print(helper(39 - 68))
    }
    z = 24 * 62 % (result * a)
}
let value = (21 + 70) % (13 * x)

let y = 39 % 44 - 29
let n = 63 % y - (y - y)
print(y)
y = 49
while 8 == 55 {
    y = 75 * n + n
    n = 95 % (y * 50)
}
y = 29 + 28 - (n + 73)
print(make(n, n + n))
for i in range(5) {
    print(calc(i + 92, 21))
    while 22 < y or 63 > n {
        let n = (69 - 41) * (n % 82)
        print(combine(49 - n))
    }
}

let b = 1
let total = (3 + 57) % (80 % b)
let y = 32 * (12 + b)
if 28 % 45 <= 10 {
    for k in range(3) {
        let a = (k + 41) % (94 - b)
        let y = compute(b, y)
    }
    b = total
} else {
    print(y)
}
for j in range(3) {
    for i in range(3) {
        let y = 66 * 26 - (i - y)
        let result = i
    }
    if 7 + 41 <= 64 {
        let total = 88 * 90 % j
        print(y)
    } else {
        y = (y - total) * 96
    }
}
let c = 21
print(calc())
let c = c

let value = 11 + 16 + (15 - 84)
value = value % value - (value - 67)
fn calc(b) {
    b = b * b % b
    b = 59 % b * (12 + 85)
    return 75
}
if not value > value and value != value {
    value = value * value * 28
    if 25 + value >= 65 {
        value = 71 + 25 + value
        value = (68 - 67) % (52 % 28)
    }
} else {
    print(value)
}
for k in range(2) {
    let total = combine()
    if 60 % 73 == 13 {
        let n = 49 % total + (total - 36)
        let total = 32
    }
}
while 57 >= 4 * value {
    for i in range(4) {
        let n = i * 47 * (0 + 41)
        print(i)
    }
    let b = value + 9 - (value + value)
}
let result = 54
result = b

let total = 21 + 76 % 25
total = total
if total > total and total == 62 {
    let total = 89 + (90 + 93)
    total = total
} else {
    print(total)
}
while total != 20 and 95 >= total {
    if 34 > 10 or total <= 75 {
        total = total
        print(combine())
    } else {
        total = 13 % (58 - 59)
    }
    if total <= 95 * total {
        total = (35 + total) * (total * 73)
        let c = 64
    }
}
c = 5
while c * c < 81 - 18 {
    print(c)
    print(make(3 - total))
}
let b = c
let z = 48 * c % (40 % 18)

let c = calc()
c = 75 % c * (71 - c)
if 75 > 18 % 86 {
    let a = 74 + c
    a = a * (21 % a)
}
a = (2 - 2) * (c * a)
c = 12 * a * c
for i in range(5) {
    while not 12 == c {
        let x = 9 * 17 * (10 - c)
        c = i
    }
    print(a)
}
let y = 72
if 61 >= y + 30 {
    print(combine(51 % 15, 47 * 24))
    let total = 95 * 98 * y
}

let z = 59 - 8 + 39
let count = z % 76
fn compute(a, n) {
    if not 57 != 50 or not n > 11 {
        let c = 94 + n
        a = n + 29
    }
    n = 20
    return 3
}
count = 65 % 48
if count - count >= 77 * count {
    z = 82 - (20 - z)
    if count >= 53 or count < 90 {
        print(combine(99 - 18))
        let c = 64
    }
} else {
    count = z
}
let total = z
z = c
let n = 66

let value = (90 - 28) * (17 + 63)
print(calc())
fn step(b, n) {
    for k in range(5) {
        let c = (38 - 14) % (k * 48)
        let x = (c - 80) % (c - 38)
    }
    for i in range(3) {
        let b = b - i
        print(make(13 - 84, 19 + n))
    }
    return n % 31
}
if not 7 < 66 {
    for i in range(4) {
        let z = (8 - i) * (value * 64)
        let y = 92
    }
    while value < value or value < 59 {
        value = (value - value) % value
        print(value)
    }
}
let a = value - 0 + (value - 6)
print(value)
while not 52 != 56 {
    for i in range(2) {
        let x = step(value * a, a)
        print(helper(95 + x, a - 65))
    }
    while 27 == a or 44 != value {
        a = a
        value = a
    }
}
while 41 >= 30 * value {
    let z = 85
    print(a)
}

let n = make(37)
print(make(9 * 20))
for j in range(5) {
    for k in range(1) {
        print(compute(66, 11 - j))
        k = j - 53
    }
    for j in range(5) {
        let c = j * j - n * n
        print(c)
    }
}
let count = 86
print(calc(0))
if 88 == result + n {
    let count = result * 93 % n
    if 13 - 9 < 37 * 88 {
        print(count)
        let count = count
    } else {
        n = 13 * n
    }
} else {
    let result = n - (95 - 1)
}
let a = compute(n - 88)
let result = 71 * n + count

let y = 56
let n = y
if n <= y * n {
    n = 90 % (y % 83)
    if 9 * n <= 96 {
        let b = 32 - 6 - n
        y = n
    }
} else {
    y = 55
}
let x = 64
for k in range(3) {
    let count = (x + 67) % (y % n)
    print(k)
}
print(compute())
x = b - 99 - x * 78
while 11 + n != 82 - b {
    for k in range(1) {
        let y = (y - 71) * 89
        print(k)
    }
    if not x < 6 {
        let n = n
        let count = helper(b, y - 2)
    } else {
        y = 59
    }
}

let result = step(70 % 3, 39)
let c = 33 + 72 + result * 37
result = c - 77 - 49
c = 2 % 13
c = result % 89 - (c + result)
for k in range(4) {
    while 70 >= 97 % 77 {
        print(k)
        let x = 19
    }
    if not 51 == k and 3 < 63 {
        c = 66 - 20 - 74
        c = 47 - 46
    }
}
result = c
for j in range(1) {
    result = c
    while 7 * 17 == result {
        let c = 81 + (84 - 55)
        j = result + c
    }
}

let value = compute()
print(compute())
if 59 <= 41 {
    let count = 32
    print(value)
} else {
    let result = value % value
}
if not 9 <= 30 {
    for i in range(2) {
        let n = value - value + (97 - i)
        n = value + (98 - 26)
    }
    print(make(count + count))
}
let x = 63 + 73
let z = 9 + 30 + 33
let x = count
if z * x == 92 - 6 {
    for i in range(4) {
        x = 68 % (45 * x)
        result = 35 % (result % 85)
    }
    if 67 != 83 and 79 == z {
        x = x + x
        let y = make(24 - x)
    }
} else {
    print(make())
}

let value = 25
print(step(value - value, 63))
while 57 % 45 > 12 - value {
    value = 7 - (value + 35)
    while 52 <= 32 and value != value {
        let value = step(value)
        print(combine())
    }
}
for i in range(2) {
    let value = helper(value + value, value - 22)
    value = value
}
for j in range(2) {
    print(combine())
    value = j
}
while value == value and value > 76 {
    let a = 50
    while not value == a {
        print(calc())
        let value = value % value - value
    }
}
print(helper(value, a))
print(helper(16 * 71, value))

let a = compute()
print(a)
while 55 > a and 91 != 56 {
    a = a
    a = 96
}
for i in range(2) {
    while a + 39 <= i - 73 {
        i = a + 99 + i * 16
        let c = a
    }
    while i % i < 98 {
        print(c)
        i = 27 % 56 - (a + 14)
    }
}
while a - 22 < 80 * a {
    while a <= 87 {
        let c = compute(a)
        print(c)
    }
    let result = calc(c, c)
}
while not 25 == 3 or a != c {
    let c = 62
    if not 44 == a {
        result = c
        let count = calc(40 + c, 81 - result)
    }
}
print(count)
let n = 23 % count % (32 - count)

let n = compute()
let n = combine()
fn compute(b, a) {
    while not 10 != 20 and b <= a {
        print(helper(66 * a, 16 + 74))
        print(b)
    }
    if not not b != 43 and b != 72 {
        print(compute(b + a, 9 * 4))
        let z = 12
    }
    return b * 65
}
let a = 94 + 33
let a = n * 83
while a - 97 > 29 - 83 {
    n = 33
    while 8 > 88 % n {
        a = 12 % a
        let c = a
    }
}
for j in range(5) {
    print(n)
    if c <= 45 or 3 >= 99 {
        print(n)
        let x = 33 % c * (18 + 5)
    }
}
for i in range(3) {
    while not n > 42 or n < n {
        let x = calc(98 + n, 38)
        n = a % (a % x)
    }
    if a < n and 99 <= c {
        print(calc(81 % 22, n))
        let value = make()
    }
}

let n = 46 * 97 * 69
let z = n + (n - 90)
if 32 >= z {
    print(z)
    z = 91
}
while not not n > 24 {
    let z = z
    print(combine())
}
z = n % 58
if n == n {
    if n >= 34 and n >= n {
        print(z)
        let result = compute()
    }
    z = z + 4 - 44 % n
} else {
    for k in range(2) {
        let result = 27
        let value = 14
    }
}
n = n
while not n > 50 and n >= 44 {
    let total = result
    print(step(83 - 71))
}

let a = 69 - 4 % 30
a = a - 79 - 73
fn calc(a, b) {
    a = b
    for j in range(5) {
        print(j)
        let a = j * j - (59 - 3)
    }
    return 8 % a
}
print(a)
print(step(a - 91))
while 61 % a != a {
    print(combine(24, a))
    a = 59 * 48
}
while 1 == a {
    if a * a > 32 * 26 {
        let result = a * a % (a * 30)
        print(result)
    } else {
        a = 95
    }
    a = (a + a) * (a + 12)
}
let x = helper(64 % result)

let value = 11 * (44 * 9)
print(value)
fn helper(b, a) {
    while 77 <= 83 * 2 {
        a = a * 92 - (0 + 62)
        print(b)
    }
    if c == 16 {
        let c = c % 95 - c
        c = 54 - 5 + (b - a)
    } else {
        let c = calc(72 * a, b * 70)
    }
    return a * 49
}
if 17 >= 50 and not value > 20 {
    let total = 66
    let a = (68 - 36) % (total * total)
}
let x = step(67)
let n = (20 - total) % a
for k in range(4) {
    if 4 != total or 13 >= 98 {
        let count = 54 * (a + n)
        print(n)
    }
    let b = 55 - count
}
let y = 10

let x = 62 % 7 - 13 * 53
print(step(x % 11))
fn helper(b) {
    b = b * (89 - b)
    print(b)
    return 37
}
x = 87 * (9 + x)
let count = 42 + (35 + x)
count = x - 37 - x
let count = count
for j in range(5) {
    while 79 > j {
        print(j)
        print(make())
    }
    print(compute(j * 93))
}

let y = 40 % 71
let c = y
let y = 71 * 96 * (y % 4)
print(step(37 % c, c))
for j in range(2) {
    let a = 14
    print(combine(a, y - y))
}
print(y)
y = c
if not not 74 != 13 {
    print(combine())
    while 19 < 66 or 37 <= 43 {
        print(c)
        print(y)
    }
} else if y * 24 == 23 + 46 {
    print(c)
    y = 86
} else {
    let count = compute()
}

let count = 95
let value = (24 - count) % (27 + count)
fn helper(b, a) {
    if 41 >= a or 26 <= b {
        let count = 11 * 14 + b
        print(count)
    }
    print(calc(40))
    return b - 95
}
let value = 97
value = value - value
print(make())
value = 56
value = 46 + 41 + (42 - count)

let value = 30
let count = value
count = value
for k in range(5) {
    k = value
    if 77 == value {
        let a = count
        k = value
    }
}
let n = count
print(value)
if n == 3 {
    print(helper(value))
    count = 91 * 65 % (n % 34)
} else {
    print(combine())
}
let c = 65

let n = 12
print(compute(3 % n, n))
fn step(a) {
    while 55 >= 58 and a == a {
        let c = a
        let total = c
    }
    if a > 12 and a > 53 {
        c = 28 * (84 + c)
        print(helper(c * 40))
    } else {
        total = total
    }
    return a
}
print(step())
let total = 45
print(n)
while n % 13 <= 52 {
    total = n * 81
    if total >= n and 47 != n {
        print(n)
        let total = combine(14 - total)
    } else {
        print(compute(total + n))
    }
}
if total < total or 11 != total {
    print(n)
    print(n)
}

let total = make()
let b = total + total
fn step(a) {
    if a == 56 and 57 <= 46 {
        let n = (65 - a) * (14 * 61)
        a = n
    }
    a = (n - 18) % (97 * a)
    return 19 - 98
}
if not not not b <= b {
    while b % 53 > 89 {
        let y = combine(78 % 90)
        let z = helper(total + y)
    }
    if not 77 == 66 {
        total = 62
        let n = 64 % y
    } else {
        print(step(97 % z, y * b))
    }
}
let total = step()
if not total >= n {
    while 89 >= 46 or total >= n {
        let a = (y + 13) % (total % 63)
        x = 45
    }
    let value = compute(total + total)
} else {
    let x = 81 * n
}
for i in range(5) {
    print(b)
    print(n)
}
print(value)

let x = step(86)
print(x)
print(x)
while 69 - 75 >= 32 {
    let count = (x - 34) % (37 * 30)
    print(calc())
}
if 20 < 4 and a == 36 {
    let count = 52 % (x * 43)
    while 7 < 53 {
        print(count)
        print(calc(97, 93 * count))
    }
} else {
    let a = 15
}
for i in range(3) {
    for i in range(3) {
        print(compute(count * 16, count))
        print(combine(i))
    }
    print(x)
}
let z = (3 + 65) % (x * 44)
a = 13

let a = 73 * 8 % (19 + 87)
let y = 61
while 83 * y != y % a {
    a = 62
    if a >= 65 and 10 >= 44 {
        let b = combine()
        print(step(1 * b, 63))
    }
}
let c = make(76)
for i in range(3) {
    if 65 != b {
        print(compute(89 % a, y))
        let result = 40
    } else {
        let a = make(c % 43)
    }
    b = 0 - 9 - 52
}
a = 37 + a
print(y)
if 63 + 20 > 70 % b {
    c = 41
    if 87 > 94 - 18 {
        let result = y % (a * c)
        c = b * 15 + 38 * 99
    } else {
        print(b)
    }
} else {
    while 8 % 70 > 33 * 17 {
        y = c + (b + b)
        print(combine())
    }
}

let result = 90 - 70 + 87
let z = 36
for k in range(3) {
    let result = (result + k) * k
    k = (result + z) % z
}
while result > z or 44 >= 62 {
    let x = calc(6 % result, result * z)
    print(compute())
}
print(result)
while x < x + 6 {
    for k in range(4) {
        print(k)
        let n = 50 + x
    }
    result = 42 % z % 65
}
x = 64
let n = 25 + result + (33 + 30)

let value = make(51 % 97, 69 - 30)
let result = 84
value = 35 * 28 * result
print(value)
print(value)
let count = make(95 + 43, result + value)
for i in range(4) {
    let count = 84 - (result + 44)
    for i in range(4) {
        count = 32 % i * (51 - i)
        print(step(count - count, i))
    }
}
while 95 * count == value % value {
    if result * count > 78 * 37 {
        count = 96 + 10 - 82
        result = count
    }
    if value < 91 or result == count {
        let n = 54
        print(step())
    }
}

let count = 26 * 23 + 93
count = count % (count % 5)
if count == count and count == 83 {
    if not not 1 != z {
        count = count % (89 % count)
        let y = z % 63
    } else {
        let z = count + 49 * count
    }
    while not y == 73 {
        print(calc())
        z = z % count * (z - 92)
    }
} else {
    count = 36 % count + (51 + 37)
}
let total = 65 % (count * 89)
y = z - y * y
total = total * total % (z - count)
while 49 + total <= count % count {
    while y % total == 5 {
        let x = 5 % count % 38
        z = x - 32
    }
    if not not y >= x or count == y {
        total = 38
        let z = make(27 % 57)
    }
}
print(calc(61 * z, total + 76))

let b = 9 - 36 - (68 + 90)
b = b
b = b * 30 % b
b = b
print(b)
while 95 <= b or 10 > b {
    while b < b or b >= b {
        print(b)
        b = 12
    }
    let b = (b + b) * b
}
let z = 79
while not 1 > 25 {
    b = b + (b + b)
    while z >= 28 and b != 9 {
        let result = 71 * 41 * (22 - b)
        let b = z % (z * 79)
    }
}

let a = (52 + 55) % (94 * 4)
a = 61 % 57
if not n != a and 28 < a {
    let x = (52 - 14) * (a - 57)
    print(x)
} else {
    let n = a + a - a % 29
}
x = a
while 39 < 75 {
    if a == 63 and 73 > n {
        print(x)
        let result = n - n + (14 + x)
    }
    let value = x - a - n % n
}
a = 96 + 51
let value = 76 - 74
if x < 22 and 4 <= 20 {
    if 73 == 43 {
        let n = make(result + value)
        x = 19 + value + 92
    } else {
        let total = 86 + 85 + 50
    }
    if 36 * total <= 47 * n {
        value = 83 * 6 - (n - 36)
        let z = value % 59 - 40 % n
    } else {
        print(a)
    }
}

let z = 68 - 88
let c = 16 % 66 - z
if 29 * c != c + c {
    if not 18 == 68 and 51 == c {
        print(compute())
        c = 89
    }
    print(compute())
} else {
    for k in range(4) {
        c = z
        let y = step()
    }
}
let value = 49
c = c % value
while value + value != 42 {
    if value - z < 34 {
        let a = make(88, z % z)
        value = z
    } else {
        print(z)
    }
    print(z)
}
if value < c {
    if 25 % c != value {
        print(combine(value, 10 - z))
        print(calc(c))
    }
    print(step(42 * value))
} else {
    a = 44
}
let y = helper(68 * 86)

let a = 49 + (42 - 80)
let z = combine(52 + a, a - a)
fn helper(b) {
    for i in range(2) {
        let total = 97 % (b - b)
        print(make(total % b))
    }
    if b % n != b {
        b = b * (79 - b)
        b = 53 * (54 - b)
    } else {
        let n = 4 * b % 1
    }
    return 88 + 22
}
let a = 20
let z = z
while a < 29 or 40 < 47 {
    while 36 > z + z {
        print(compute(a, a % z))
        let n = a % a + (a + 81)
    }
    n = (n + 80) % 23
}
while a % 78 > z {
    for i in range(1) {
        i = a
        n = 15
    }
    a = n
}
a = (a - 94) % z

let y = compute(73 + 22, 80 * 96)
let y = 8
let a = y
print(y)
if a == 58 or 77 > 18 {
    let n = calc(a % y)
    let c = a
}
while not 88 <= y and not a != y {
    let z = 71 * 62
    if 9 != 66 and not y > a {
        print(n)
        print(a)
    } else {
        print(a)
    }
}
print(combine(a, n))
y = z * c + (42 - a)

let value = (79 - 77) * 40
let n = helper(72, value - 71)
value = 47 + 25 + n
print(n)
print(make(value, value % n))
value = n
for j in range(3) {
    while 66 < 21 {
        print(j)
        print(n)
    }
    for k in range(1) {
        let count = value * 8 * (3 + 27)
        print(calc(n + 62, k * n))
    }
}
value = 99

let y = compute()
let y = y + y - 60
if not y >= y {
    let value = 75
    print(helper(17, value))
}
y = y
y = y
print(y)
if not 69 > 3 {
    y = y
    y = x
} else if y != 73 * 24 {
    let x = value * value * (96 - y)
    print(x)
} else {
    value = 10
}
if 1 + 2 < 93 {
    while 66 + y < x {
        let c = x
        print(step(12 + 50, 80 * c))
    }
    while value <= 22 and value > y {
        y = value % 94 - y * y
        let a = calc(y + y, 62)
    }
}

let n = 87 + 45 + (4 - 61)
let total = 46 * 97 - 82 * n
if 86 == 53 + 95 {
    let x = 65 - 80 % n
    let value = 50 + 23 - (28 - 25)
} else {
    let x = 75
}
let c = total + x % 51
if c == total - 71 {
    print(total)
    while 2 * total == 92 {
        let x = total + 99 % 49
        let x = x % 92 + (76 - 49)
    }
} else {
    let total = x - 82 - n
}
for j in range(3) {
    for j in range(5) {
        let z = x + j % n
        print(n)
    }
    print(value)
}
if x > 90 or 61 < 26 {
    for i in range(2) {
        print(x)
        total = x % 73 - (28 - x)
    }
    while x - x != n + total {
        total = 49 - 23
        print(step())
    }
}
x = (x + x) % x

let value = 12
value = 16 - (value - 9)
while not 33 > value {
    for i in range(5) {
        let x = i * 87
        x = i + value % 68
    }
    let value = calc(value + value)
}
let n = 96
print(value)
print(step(value - 39, n % 61))
value = 26
let n = n + (value + value)

let c = (78 - 8) * (93 + 83)
print(make(c))
for k in range(2) {
    k = k - k + (3 - 28)
    while 77 > 70 {
        k = c - (11 - 67)
        c = c % 96
    }
}
if 76 == 68 or not c <= 12 {
    let a = c
    c = 63
} else {
    c = c * c + c
}
for i in range(3) {
    if not not 28 < 82 or a >= 79 {
        a = 27
        let y = 71
    } else {
        let count = c
    }
    if count >= y + 41 {
        b = c
        let result = compute(count, a % 28)
    } else {
        let b = (count + i) * 8
    }
}
c = 20 + 42 + c
a = c + 54 + 32
let b = 38

let a = (75 + 37) % 84
let n = helper(a + 22)
let value = n + (a - 97)
let n = (value - 54) * (31 - 17)
print(combine(38))
let value = step()
let count = value % 89 * value
count = n + value * 12

let total = calc()
let c = total % total
fn helper(b, b) {
    let x = b - b
    let result = 64 % b % x
    return 61 - 74
}
c = 24 + total
print(c)
print(c)
for j in range(2) {
    total = j % (26 + total)
    let x = c
}
if not c < 37 or 23 > c {
    for k in range(5) {
        let result = c % total
        k = k - total + (37 - k)
    }
    while 71 + 19 == 51 {
        c = (c + c) % (41 % c)
        let count = 25 * (total - total)
    }
}

let z = step()
let x = 98
print(z)
for i in range(3) {
    x = 30 * 0 * (33 * x)
    print(make(z))
}
let n = z - x
print(compute(z, 4 - n))
if not z >= value or n != 11 {
    while n != 52 {
        x = x + x
        print(x)
    }
    let result = helper(26, n)
} else {
    while 90 >= 60 and 79 < 0 {
        let value = 66
        print(combine(78 + 62))
    }
}
let total = 41

let c = 85 * 39 % 35
let x = c % 42 + c
print(step(x % 87, x % 77))
if 9 + 81 == 6 - 22 {
    x = c % (43 * 91)
    let total = c
} else {
    while c * 29 <= 41 * x {
        x = 42
        print(combine(46, x + 57))
    }
}
let c = compute()
let result = 54
c = result
let x = total

let value = 64 * (56 % 86)
let a = 76
fn combine(a) {
    print(a)
    a = (71 - a) * 92
    return 48 * a
}
if value > a + 32 {
    a = 92 % a % (77 - 50)
    while a >= value {
        let z = helper(value % a)
        let count = (88 + value) * (69 * 94)
    }
}
count = 99 + a
while not 51 != z {
    if 21 > a % 52 {
        print(helper(count))
        let n = 43
    }
    if a + 30 > a {
        z = 17 + value * 7
        z = z % 99 + 48 * 23
    }
}
while 20 >= 21 and value <= n {
    a = count
    print(n)
}
for i in range(3) {
    let count = calc(39)
    let count = count
}

let y = 73 % 67
let value = 42
if value != y {
    if 13 > 83 - y {
        value = 67 * value + 76 * y
        let total = 81 + value - y
    }
    print(value)
}
let z = value - total % total
print(z)
total = total - z + total
value = z * (26 - value)
if value % z == z % 56 {
    value = y + total % 80
    for k in range(2) {
        print(y)
        y = 62
    }
}

let total = (92 + 48) % 15
let value = total % (total * total)
for i in range(4) {
    if value <= 33 * i {
        let y = value
        i = 12 + 13 - total * 8
    } else {
        print(calc(71 - total, 42 - 67))
    }
    print(total)
}
let result = total % total + (84 + total)
while result < value + total {
    if not 84 < value {
        value = 71
        print(step())
    } else {
        let value = total * (result * 35)
    }
    let c = make(77, value * result)
}
print(c)
while 90 % value == 8 * 21 {
    if 31 >= total or 7 <= 89 {
        let a = result
        let x = compute(value % 70, 80 - a)
    }
    for i in range(1) {
        let result = step(c)
        print(calc(c, 76 + 79))
    }
}
if c > 58 and c < 36 {
    for j in range(4) {
        print(a)
        total = 37 + j + (total - 24)
    }
    if 91 > x and 45 >= x {
        print(a)
        result = 26 - value + x
    }
}

let a = 25 + 56 - 9
a = 24
fn step(n, a) {
    let z = helper(n)
    if n < 68 * n {
        let y = z % (n + 32)
        print(make(81 % a))
    } else {
        print(z)
    }
    return n
}
let result = 45 * a
a = result % 87 * (46 % 80)
let b = 68 * result - a % 30
print(b)
result = 55 * a % (25 % 33)

let b = 22 % (70 - 69)
let z = helper()
fn make(b, a) {
    while 93 != 13 + a {
        let c = 1 * 81 - b * a
        print(calc())
    }
    if b > 69 {
        let y = 9 - 52 % b
        b = b
    }
    return 46 - 65
}
b = 43 * b % z
print(z)
for i in range(1) {
    if b * z != 84 {
        let z = 60 % z % (79 % 71)
        z = 38
    } else {
        b = b
    }
    let c = z + b + 33
}
if z * b >= 82 - z {
    while z * 19 == 83 {
        let c = z % z - 89
        c = 56 * (31 % 85)
    }
    let b = z
} else {
    b = 28
}
if 90 % 54 == c * 0 {
    let y = b
    for k in range(2) {
        let value = 23 + (c + count)
        b = k
    }
} else {
    let count = z
}

let a = make(29 + 21, 60)
a = a * a
let z = (a - 74) % (a + a)
for j in range(2) {
    let y = combine(a - 45, a % a)
    while not 56 >= 55 or 91 >= 27 {
        let x = j + z * z
        let y = z * x + (27 + 26)
    }
}
for k in range(3) {
    print(combine(z))
    print(z)
}
if 94 * 44 >= z {
    let z = 11 * z + 63
    if 75 % 32 != a - a {
        z = (7 - 58) * z
        z = 84 * 95 % (z - a)
    } else {
        print(z)
    }
}
z = 8 - 2 % 64
if z < 51 or z > 90 {
    let c = 33 - (69 - 86)
    z = 15
}

let result = 52 - 39 - 73 * 89
result = (16 + 70) % (33 + result)
while not result != result and result > result {
    while 35 <= result and not result == 10 {
        print(step(result, 14))
        print(compute())
    }
    result = result
}
print(make())
let y = result + 90 + result * 22
print(y)
print(compute(result - 66))
result = 67

let value = 40 % 56 + 65 % 12
print(step(value, 81 * value))
value = (value - value) % 71
let value = 67 % 33 * 18
value = value % 10 % (65 % value)
let c = value
value = (65 + 4) % 39
let c = 81

let b = make()
b = 9
fn compute(a) {
    for j in range(2) {
        let y = make(a + 1)
        print(a)
    }
    let result = a - a * 25
    return a * 29
}
if 42 + 65 < 66 % 91 {
    if 81 >= c {
        c = 91
        b = 34
    }
    print(b)
} else {
    while 66 != b % 96 {
        let count = 0
        let c = 93 % 39 % (10 - 24)
    }
}
b = 41
let value = count * 68 % (43 - 69)
let value = calc()
count = 95 * 32 * (value * 48)

let count = 80
count = 73 - 89 + count
fn step(a) {
    print(a)
    print(make(a % a, a))
    return 36 * a
}
for k in range(5) {
    k = 9
    let b = k - k
}
let c = count
count = 71
c = count % 65 + 23 % c
for k in range(2) {
    if k != 79 * 66 {
        c = 36 - (10 - count)
        n = k + 67
    } else {
        let n = 60
    }
    k = c % count + (k + c)
}

let y = 92 - (64 - 58)
print(y)
for j in range(5) {
    for i in range(4) {
        j = 6 + i
        print(j)
    }
    while j + 74 >= y {
        let n = compute()
        print(compute(j))
    }
}
let n = 8 * 9 - y % y
if n + n < n - 10 {
    let count = 65 + 61
    count = count
}
for i in range(2) {
    if y % i >= y {
        let value = helper(y)
        print(n)
    } else {
        print(helper(y))
    }
    if n == y {
        print(helper(41 + count))
        print(helper())
    }
}
if 15 == 83 * 29 {
    while 74 % 95 < count {
        print(n)
        let result = helper(n % count)
    }
    for i in range(5) {
        result = 36 - 51 * 29
        let count = helper(y + i, result % 52)
    }
}
let value = y - (n - 52)

let total = compute(85 + 2, 70)
let n = 87
fn make(n, a) {
    let c = calc(92 + n, n)
    let value = (n - c) * (a + 17)
    return a
}
let x = total
for k in range(1) {
    while not total < total or total < 61 {
        print(step(k, k + 20))
        print(total)
    }
    print(calc())
}
let c = total
while 28 + x >= 5 % 83 {
    if n >= 11 % total {
        let y = 71 % 28 % (98 + x)
        print(combine(c, 12 * 31))
    }
    let b = combine(c, total - 89)
}
for j in range(4) {
    while b != b {
        c = c + 49 * 16
        let value = 25 * (97 - j)
    }
    let y = 88
}

let n = 50 + 8
n = 59
print(n)
n = n % n
n = 5
if not n == n and n >= n {
    n = n
    n = n
}
print(n)
let b = (n - 64) * (38 + 87)

let value = compute(76, 99 % 11)
let value = 40
fn calc(b, b) {
    let count = 46
    print(step())
    return b
}
for i in range(5) {
    for j in range(1) {
        let z = combine()
        print(value)
    }
    value = value * (67 - value)
}
print(compute(value, value - 24))
for j in range(3) {
    let a = 90
    if a + 10 <= value % 98 {
        let count = value
        print(j)
    }
}
if value > 49 or 65 <= value {
    if value > value or not 59 < value {
        value = 32
        let total = value - value - 1
    } else {
        value = 77
    }
    for k in range(1) {
        total = 96
        let y = 48
    }
}
while 61 <= 57 and 25 <= value {
    print(value)
    print(value)
}

let y = 19
let n = (y - 86) % (55 * 47)
print(y)
print(n)
n = y * n - (y + 79)
while n * n != 8 + 69 {
    for j in range(2) {
        let a = j
        let c = helper(n, 59 % j)
    }
    let count = step(74 + y)
}
print(calc())
print(n)

let count = 66 + (43 + 84)
let value = 62
fn helper(a, b) {
    let b = helper()
    print(make(b - a, a + 43))
    return 41 % b
}
while 15 - 61 <= value {
    print(count)
    for j in range(4) {
        print(step(45 % 31))
        print(helper())
    }
}
for i in range(3) {
    for k in range(2) {
        let y = 96 * count % (79 % 87)
        let x = i + (count - 72)
    }
    for j in range(2) {
        print(count)
        value = value * count - value % count
    }
}
print(value)
while 1 < count and 32 == 16 {
    if value == count {
        let value = helper(value)
        let c = combine()
    } else {
        print(calc(count + 86))
    }
    if 79 < 81 {
        count = c * value - 84
        c = 48 % count
    } else {
        print(combine())
    }
}
let value = make(value, c % value)

let count = 58 % 26 * (62 % 75)
count = 89
fn helper(b, b) {
    print(compute(84 % b, 97 - 35))
    while 1 <= b and b <= b {
        let c = b + b % 13
        print(calc(c + b))
    }
    return 70 - 53
}
for k in range(4) {
    let value = count - 12 - 55
    print(calc(k * k))
}
if 60 <= count and not count <= 29 {
    if not count == count {
        let b = 58
        print(make(b * 8))
    }
    if count >= b or b != count {
        count = 57
        b = count + b + count
    }
}
while count - 6 == 97 - 24 {
    count = 64 * 7
    b = 99
}
while not 14 != 0 and b < b {
    b = 9 - 51
    for j in range(3) {
        b = count
        let b = 58 % (j % 7)
    }
}
let value = step()

let b = calc(61, 39 + 47)
let x = (72 - 75) * (b - b)
for k in range(3) {
    print(make(b % k, 52))
    for i in range(3) {
        let n = 24
        x = i
    }
}
let x = step()
print(x)
x = 78 % (x * b)
while 61 + x == x % 13 {
    let c = 81 * x % (9 * 34)
    let a = make()
}
let x = 75

let x = 71 * 90 + (7 + 31)
print(x)
x = 40 - 41
let n = 69
if x >= n or 77 < 98 {
    for j in range(4) {
        let n = make()
        x = 21 % j + (n - 94)
    }
    let y = helper(42 - 40)
} else if 21 >= 30 + 0 {
    print(helper(x, n))
    print(n)
}
while 38 - n == 82 - x {
    y = 0
    let z = 55
}
for k in range(3) {
    let b = z % n * (z - k)
    for i in range(1) {
        let result = y % y * z
        print(make())
    }
}
let b = calc(25, 49)

let n = (39 - 51) % 4
print(n)
for k in range(3) {
    let c = 31 - 67
    k = 25
}
n = n
n = n
if n % 96 >= a + 68 {
    n = 60
    n = 33 * (n % n)
} else {
    let a = n
}
if not b >= 1 {
    for j in range(2) {
        let y = 53 + x + (96 + x)
        n = (y - b) * (x % a)
    }
    if 54 >= x * 2 {
        let total = n * 60
        let c = helper()
    }
} else {
    while not 39 >= n {
        let b = n * (31 * n)
        let x = helper(n * b, 13)
    }
}
let a = 73 % 90 % x

let value = 83
print(value)
fn step(n, a) {
    a = n
    if a * n >= 80 {
        let y = 25 * a + 85 % a
        n = n
    }
    return a * n
}
for k in range(4) {
    let result = k
    for k in range(2) {
        print(helper(k - 33, 47))
        let result = result % 73 * (value - 35)
    }
}
print(value)
print(calc(value * 59, value + 81))
for k in range(3) {
    let z = helper(22 + 79)
    if not z < 89 {
        print(z)
        let z = z
    }
}
while 26 - 30 > value {
    while value == value and value == 73 {
        value = 39
        let b = 41 * 30
    }
    print(value)
}

let x = 25 * 82 * 40
x = 7
x = 4 * x
while not x == 38 {
    if 48 % 24 != 53 {
        print(compute())
        let n = make()
    } else {
        print(x)
    }
    for j in range(1) {
        print(compute(10 + x, x))
        j = (63 + 90) % x
    }
}
if not n < 40 {
    print(make(3 % 61, 18 - 84))
    print(calc(n * x))
}
let value = n
let result = 46 % x - value
let count = value

let x = calc(92 - 68)
x = 14 * 71 + 37
while not x < x {
    for i in range(5) {
        let x = x
        print(i)
    }
    let a = x
}
for i in range(1) {
    if 37 <= i or y == 23 {
        let c = y
        print(c)
    } else {
        let y = (i + 27) * x
    }
    let b = (y - 17) % c
}
while 9 % a == a {
    x = 94 % a + a * x
    print(combine(87 - 32, x * 60))
}
let b = 95 + a - (46 + x)
if 48 > 68 and 30 >= a {
    x = 60
    b = 15 - a - x
}
if 41 + 44 == a {
    for k in range(1) {
        b = k * 35 % x
        print(combine(b + 29, k))
    }
    a = 83 % (22 * 18)
} else {
    let b = 16
}

let b = 11 % 10 + 73 * 65
let value = b - b
while 56 >= b {
    if 82 > 71 and b >= 6 {
        b = 45 - (b - 68)
        print(value)
    } else {
        print(helper(value))
    }
    for i in range(1) {
        value = i * value - value
        let z = b
    }
}
print(value)
if count == b - 2 {
    print(combine())
    if 25 != b {
        let c = count % 17 + (66 - 83)
        print(helper(87 * 23))
    } else {
        let n = step(value - count, 62 % 2)
    }
} else if 56 % 91 <= 8 - 54 {
    let count = b % 91 + value * 53
    count = 73
}
if 39 > n {
    if value >= 60 or 21 < 5 {
        b = b * 34 + b
        let result = 23
    }
    while not 67 <= 62 and count == 86 {
        print(b)
        let y = calc(31 % 4)
    }
}
print(calc())
n = c % value - 57

let y = 16
y = y % y * 55
fn compute(a) {
    for j in range(1) {
        j = j % 45 - (85 - 80)
        j = 81 % j + 3
    }
    if a < a + 73 {
        let value = (94 - a) * (a % a)
        value = a % 74 + value
    }
    return a + a
}
for k in range(1) {
    while k > k * 62 {
        y = k
        print(calc(k))
    }
    if 77 >= 52 % y {
        let total = y
        let a = (79 - k) % total
    }
}
for i in range(2) {
    while i == y or 49 <= 24 {
        print(y)
        let c = i
    }
    if 1 <= i and c >= 73 {
        let total = y
        print(combine(27))
    }
}
while 95 <= y or y > y {
    if y != y and y < 63 {
        let n = y
        let total = y - 33 - n
    } else {
        print(y)
    }
    for j in range(2) {
        let x = (total + 59) % 22
        total = total * (y - y)
    }
}
for k in range(5) {
    while total >= k * total {
        let x = 73
        let total = make()
    }
    if 98 == 71 or x <= y {
        print(total)
        print(x)
    } else {
        x = 4 % k * x
    }
}
if y != n % n {
    print(calc(n, 65 - 96))
    print(n)
}

let total = 48 * (17 * 65)
let count = total - 75 + total
while 50 < total {
    if 82 > 4 and total != count {
        let b = count - (count - 81)
        b = 5 % count + 40 % 72
    } else {
        let z = 60 + (total - 79)
    }
    b = b
}
total = 28 % z + (86 + total)
print(calc())
while count > 79 or b > 28 {
    while not count >= z {
        let z = helper()
        z = z - 12
    }
    print(count)
}
while not 29 > 62 and not 50 > 44 {
    while count >= 48 or 52 != total {
        let y = z
        z = total
    }
    for i in range(3) {
        print(count)
        print(compute())
    }
}
for k in range(3) {
    while y == count and not not total <= y {
        let y = k - total
        print(combine(count + 86))
    }
    if not z <= 76 and k >= z {
        let n = (69 + 53) * z
        total = 17
    }
}

let y = 3 + 43 + 63 % 98
print(compute())
fn step(b) {
    while 38 + b > 95 + b {
        let y = b % 65 * b
        let total = 17 - y
    }
    while y != total {
        y = total % 46
        b = 78
    }
    return 70
}
let total = y * 98 % (y * 22)
y = total % y + y * total
if not 97 <= 5 {
    print(helper())
    if 72 <= 67 and total == total {
        let y = (total - y) % (17 * 22)
        total = y * 67 - (98 - 55)
    }
} else {
    while total % y < 45 {
        let total = y % 41
        let n = 51
    }
}
for i in range(2) {
    let result = 26 + n + (30 + n)
    print(y)
}
print(y)

let total = combine(36 * 3)
let y = total
fn calc(a, a) {
    let y = combine(a * a)
    if 16 != 25 {
        let n = combine(67, 37)
        a = 34 * (19 * a)
    }
    return a * 18
}
if 65 > 89 or 9 >= 31 {
    if not 58 < total {
        let a = y - 81 % total
        let total = 24
    }
    y = a * (60 * total)
}
if 88 != total * a {
    print(step(91))
    if 3 + 58 != y - 48 {
        print(y)
        let n = 53 * total
    }
} else {
    for j in range(3) {
        print(y)
        let total = j
    }
}
a = 69
for k in range(1) {
    for j in range(5) {
        let a = a
        print(helper())
    }
    print(helper())
}
print(compute(86 * 69, a))

let x = combine(53 % 67)
print(calc(46 + x))
x = x
let y = calc(x)
for j in range(5) {
    if y >= 1 % b {
        x = (b - y) % (b + b)
        y = 99 - (43 - 13)
    } else {
        let b = 30 - (47 + 55)
    }
    while not not 81 >= 53 {
        x = 85 - y
        let a = calc()
    }
}
if 89 != y and 53 < 11 {
    for j in range(1) {
        let z = x - 59 - j
        let b = make(z * z, 90)
    }
    y = 71 + 1 - (x - x)
} else {
    print(y)
}
if 31 + y != x * 24 {
    if 16 <= 85 or not y <= 40 {
        print(x)
        value = value
    }
    value = value + (value - 82)
} else {
    while x % y < 35 {
        let value = x % (2 - 83)
        x = y % 14 % 34
    }
}
for j in range(1) {
    let c = 86 * 26 * j
    print(step(y - value, x % 16))
}

let b = 8 + 93 - 61
b = b - 80
fn helper(a, a) {
    a = 92 - (89 - a)
    for i in range(2) {
        print(i)
        a = i + i * 54
    }
    return 31
}
for k in range(4) {
    print(b)
    if 29 < b {
        print(make(33))
        let x = b
    }
}
let a = step(13 % b, 0 * 3)
for i in range(5) {
    let total = 38 % a * (i + 71)
    print(a)
}
b = 38
let count = 67

let b = 13
print(compute(b, b * b))
fn combine(a) {
    let result = a
    let a = 17 + 36 - (a - result)
    return a % a
}
if not 10 == 94 or 48 <= 93 {
    let b = 24 * (72 + 31)
    b = 38
}
for j in range(5) {
    if not 34 == 63 {
        j = j - b % b
        let result = make()
    } else {
        print(b)
    }
    if n * 20 > 24 + j {
        print(make())
        let count = b
    } else {
        let n = 66 * (j + j)
    }
}
let x = b * 16 + 11 * b
let result = b
let b = compute()

let z = 39
z = 30 + (z - z)
fn helper(n, n) {
    let total = 52 * (n * 48)
    for k in range(3) {
        n = 98 + 95 + (24 - n)
        n = 41 - (19 + n)
    }
    return 74
}
if 47 * 61 > z {
    for j in range(5) {
        print(helper())
        z = 94 * value % j
    }
    let result = value
} else {
    let value = z
}
value = value * result
value = 4 % (1 + value)
print(result)
for i in range(1) {
    let x = value
    for i in range(3) {
        result = 43
        let total = 85 * i * 66
    }
}

let y = compute(2, 49 + 65)
let x = 70
for i in range(2) {
    print(x)
    let n = helper()
}
x = y
if 90 * 6 > 19 {
    let z = (x + 72) % (49 * 98)
    for i in range(2) {
        let z = z + i
        let n = 15 % z * y
    }
}
for j in range(2) {
    while not z < 93 and j != 59 {
        print(y)
        let c = j + x + (x + z)
    }
    if not z != j and 97 <= 5 {
        let count = step(c * 40, y * 97)
        y = z
    }
}
x = 97 % 84 - z * z
if 31 + 70 < y + 28 {
    for i in range(1) {
        y = y * (56 + z)
        let value = make(i, 33 % 23)
    }
    while 64 >= 54 or 84 > z {
        print(helper())
        let n = y + 97 - (22 + x)
    }
}

let b = 1
b = b
fn helper(b) {
    print(b)
    let z = (b - b) % b
    return 87 % 15
}
print(b)
b = b
for i in range(1) {
    print(i)
    let count = i
}
let n = b * (17 % 69)
if b - n == n % 3 {
    let z = helper(4 * 35, n)
    if not not z != 84 {
        print(z)
        print(z)
    } else {
        n = 81 % 33 + (92 + 98)
    }
} else {
    let n = 8
}

let a = 55
a = 26
fn make(n) {
    for j in range(4) {
        j = 48
        let x = j
    }
    let total = 94 % n % n
    return n
}
if 53 - a > 99 % a {
    a = 44
    print(a)
}
for k in range(1) {
    if 77 > k and a >= 8 {
        a = k
        print(calc(k - c, k + c))
    } else {
        let c = 27 + k - (k + 58)
    }
    print(c)
}
a = (a + 49) * (a % a)
let n = make()
n = n * n + 58 * n

let n = 83
print(n)
fn calc(n) {
    n = n
    while 73 % 94 > 44 % n {
        n = 68 % n + 47 * n
        print(n)
    }
    return 95 - 8
}
while not n != n {
    for k in range(4) {
        print(combine(33 - k))
        let z = 5 % k % 76
    }
    if n * 37 == 2 + b {
        let x = n * b % 56
        print(calc())
    } else {
        let b = 28
    }
}
if not b >= 64 {
    let value = combine()
    let value = b - 78 - b % 65
}
if 70 > value or x <= 55 {
    for j in range(5) {
        let y = value * 57 - 88
        let result = combine()
    }
    while n >= value and value < 49 {
        let b = b
        let n = 52 * 45 + value
    }
} else {
    let result = 75 * n
}
print(b)
if 63 <= 32 or 54 != b {
    print(b)
    let z = 31
}

let total = 47 % 29 + 1
print(calc())
if 50 == total - 94 {
    let x = compute(44 % 6, total * 81)
    let c = 59
} else {
    print(total)
}
while total * 67 == total + c {
    if 2 == 3 or c < x {
        total = 25
        print(combine())
    } else {
        total = 38
    }
    c = 98 * 65 % 83
}
print(compute(c - x, 29 * 65))
print(step(94 % total))
for j in range(5) {
    c = 30
    if 82 * x != c + 40 {
        let z = 95
        total = c
    } else {
        c = j + j
    }
}
if c >= z {
    let total = 49 % 33 % total
    if not not c == c {
        total = c % 26
        let value = c
    }
} else {
    while c - x != 93 {
        let c = calc(36 + 0)
        let z = c
    }
}

let count = 89 - 52 % 22
let count = count - count - count * count
print(compute())
let total = count
total = total % 64 + (count + count)
let count = 52
count = count
count = 62

let total = combine()
let result = step(total, total)
if total * count == 66 - total {
    print(helper(count - 32, total + 60))
    let c = compute(38 - 99)
} else {
    let count = 45
}
while not total <= c {
    while result != 65 or total != 55 {
        let c = 24 - (count - total)
        let a = calc(26 + total)
    }
    if 72 >= c * 69 {
        result = 49 + 11
        let z = 90 - result - 44
    } else {
        let count = combine(total - total)
    }
}
let c = total
print(result)
while count != 57 - c {
    let c = make(c)
    for j in range(4) {
        print(step(total - 22))
        print(calc())
    }
}
c = 59

let y = 84
let a = 13
fn compute(a) {
    a = a
    while a == a or 74 == 4 {
        let n = a * a - 46 % a
        let total = n
    }
    return a + 71
}
y = a
if not 12 < 97 {
    for i in range(4) {
        i = 17
        let value = 45
    }
    for j in range(1) {
        a = y * 9
        a = j - 17 + 46
    }
}
while not 90 == y {
    print(combine(49 * 16, y - y))
    if not 68 == 36 {
        a = y - (a - a)
        print(y)
    }
}
let count = combine(y - 8, y % a)
print(compute())

let b = 17 - (66 - 38)
let count = b * b
fn helper(a, n) {
    print(helper(2))
    let x = n
    return 21
}
if b != b or 73 <= 72 {
    let y = count * 4
    let n = 4 % (66 * y)
}
for k in range(4) {
    let result = count
    print(n)
}
print(count)
let b = 56 + 22
print(b)

let x = 43 - 21
let b = x
fn step(n, b) {
    b = n * (n - n)
    if 44 - b == b % 11 {
        b = 61 + b + (14 + b)
        print(combine(b * b))
    }
    return 54
}
let z = x
let x = 1
while z != 61 {
    for k in range(5) {
        let z = compute()
        print(calc(14 % 56))
    }
    while 71 == 8 or z <= x {
        x = 34
        let result = 76
    }
}
z = x - 48 - (5 + result)
for j in range(2) {
    let result = x
    for j in range(3) {
        let z = 37
        let c = b % 62 % (z % 20)
    }
}

let x = make(56 - 3, 19 * 83)
print(step())
let total = 14
let result = (16 + 18) * x
if 51 >= result and x < 28 {
    result = x * result + (49 + 96)
    if result <= 51 and total != 53 {
        print(helper())
        result = total
    } else {
        let value = 20
    }
} else {
    result = total
}
let x = helper(value + 99, 59)
let a = compute(total, result * x)
if 86 * 90 > 25 + 20 {
    let c = x % 96
    for k in range(1) {
        let x = a % 30 - 87
        print(value)
    }
}

let z = (27 - 54) * 29
let count = (z + z) * (z % 53)
z = count
if 28 < count or z <= count {
    if not count != z {
        z = 62
        print(step())
    } else {
        let z = count % 92 + count
    }
    z = z % 54 - 30
} else {
    for k in range(1) {
        let x = 98 - count - count % 99
        let a = 99 % 9 + z * 50
    }
}
if 84 % z >= 18 % count {
    z = z % (z * 48)
    let n = z % 19 * 8
} else {
    for j in range(2) {
        print(j)
        let n = 55 % (count % 4)
    }
}
while z * 35 > z {
    let z = z * n + (13 + count)
    let count = (67 + z) * 72
}
print(compute(47, n))
for j in range(1) {
    for j in range(4) {
        let n = helper()
        print(combine(z))
    }
    if z < z - count {
        let total = z
        let c = count + 22 - j
    } else {
        z = count % z - (17 - 95)
    }
}

let y = helper(3)
let x = 7
y = 85
x = 91
while 68 == 36 % 80 {
    let x = 43
    let z = 15
}
y = x * (7 % 25)
x = 28 - y + x % x
print(compute(25 + z))

let count = 82 - (57 - 4)
let count = 57
if 68 % 77 != count % count {
    let a = combine(30)
    while 48 - 92 > 30 {
        print(helper(a, count % 55))
        let b = 90 * (92 - 65)
    }
} else {
    for i in range(3) {
        print(helper(18 + 56, 88 - 32))
        i = 81 + (1 - count)
    }
}
print(make())
count = 69
let c = a % 46 + count
for j in range(5) {
    print(count)
    print(combine())
}
while a * b < b + 18 {
    let result = count
    print(a)
}

let value = 85
value = 21
fn make(a, a) {
    let b = (4 + 60) % (4 % 27)
    for j in range(4) {
        let count = 3
        b = (21 + a) % (72 % 16)
    }
    return a + a
}
value = 98 - value % 16
value = value - value
print(combine(value % value))
for k in range(3) {
    k = value - 83 - (71 + value)
    k = (value + k) * (55 * 64)
}
value = 96 + (26 - 67)

let x = 52 - 51
x = 51
print(calc(29 * 41, x - 80))
while x - 46 == 88 % 93 {
    let total = x % (x - x)
    total = total
}
print(step())
while 28 != 65 or not 80 <= x {
    while 24 <= 20 {
        let value = x - x
        print(value)
    }
    while 13 > 10 or total < 15 {
        let y = 69 % 70 - x % 49
        let value = value
    }
}
let value = 65
let x = 32 + (30 + 40)

let result = 86
let b = 25 % result
fn step(a) {
    for i in range(2) {
        i = i
        a = 58 * (4 * 19)
    }
    a = 95
    return a % a
}
for k in range(4) {
    print(helper(99 + 14, 17))
    print(b)
}
let a = combine(8 - result)
result = 73 * 89 + b
let n = 65 * 17 * 35
for i in range(5) {
    while i >= 37 + n {
        let y = make()
        print(i)
    }
    result = n
}

let total = 57 % 77 * (17 - 10)
print(make(34 % 37))
total = total
total = total % (total * total)
while total < 92 + total {
    for k in range(4) {
        let b = k + (k + 97)
        let x = combine(13 - 99, k)
    }
    for k in range(1) {
        k = 15
        total = (k + 19) % (total % 55)
    }
}
print(total)
print(total)
print(total)

let z = 38
let n = 81 + z
fn calc(b, b) {
    if 29 % 26 >= 8 * 18 {
        let y = step(total)
        print(calc(14, 56))
    } else {
        let total = 71 - b + b
    }
    if b < 43 or b <= y {
        let total = 42
        let value = 53 * b
    } else {
        let b = combine()
    }
    return 38 - b
}
while n - z <= 61 {
    for j in range(3) {
        j = z - 37 % n
        let result = j * z % (z + n)
    }
    print(make(27, 73))
}
for i in range(1) {
    for i in range(3) {
        print(helper())
        z = 85 * (84 + 30)
    }
    for i in range(4) {
        print(make(77 + 99))
        let b = 40 + z
    }
}
z = 89 % (27 % 54)
let value = z + 51 - n
value = value

let count = 18
print(compute(count))
if count % 80 > 71 {
    print(compute())
    print(calc(12 % count, count))
}
count = count * (count - count)
while count == 29 or 61 != 8 {
    count = 17 - 94 + count
    print(count)
}
print(calc(4, 61))
for i in range(5) {
    if 29 < 14 {
        let count = count * count - count
        count = i % (90 * i)
    }
    count = count * count % 88
}
while 1 >= 34 or not 4 != count {
    let n = combine(82 % count)
    for k in range(4) {
        let y = make(n + 60, 22 % 72)
        print(count)
    }
}

let b = 35
b = b - b - 38 % 98
fn make(b, n) {
    let x = n % n % (69 - b)
    while not x <= n {
        let count = 91
        x = 71 % x + 81
    }
    return b
}
for k in range(1) {
    let total = 32 % k * (k % 68)
    let result = k
}
let a = 77
while b >= 85 {
    while 72 - 62 != 54 {
        print(b)
        let z = helper(a % b)
    }
    while not 55 > a {
        z = a - 0
        let total = combine(z - b)
    }
}
if 2 <= 54 and b < 65 {
    if b != a and b <= a {
        a = 93 % total
        let total = b % z % z
    }
    if b % 81 == z - 1 {
        print(calc())
        b = 56
    } else {
        print(make(z))
    }
} else {
    print(a)
}
while 44 >= z % a {
    for i in range(4) {
        print(total)
        print(total)
    }
    total = total
}

let x = (39 + 50) * (10 - 95)
x = x - 75 + x * 95
for j in range(3) {
    if j > 13 + j {
        print(combine())
        let n = step(j * 74)
    }
    x = n
}
for k in range(4) {
    k = 17 - 41
    if 10 - k < x + k {
        print(x)
        x = 90
    }
}
let x = x
let result = x
let value = x + result - (result - x)
if x - 73 != 71 - x {
    value = 11 + value + value
    result = 41 * value - 60
} else {
    let value = x
}

let b = step(60 * 80, 66 - 10)
print(helper())
b = b * (33 + 8)
print(b)
for k in range(3) {
    print(make(16))
    let count = (b - b) % k
}
print(b)
if 61 % c <= 68 {
    print(c)
    while 98 + b <= 97 * 72 {
        print(step(46, c))
        print(compute(c))
    }
} else {
    while not not b <= 34 or 53 <= b {
        let b = b
        let c = (65 - 4) % (44 + b)
    }
}
print(b)

let n = 89 + 58
print(compute())
let b = n
for k in range(5) {
    if k <= n and not result <= 17 {
        let b = b
        print(k)
    } else {
        let result = k
    }
    for i in range(2) {
        let y = k % (n % i)
        let count = i
    }
}
if 62 + 40 > total {
    if total * total > b {
        let value = 52
        let n = value
    } else {
        print(make())
    }
    for k in range(3) {
        k = 86 % 42 % n
        print(compute(total - total))
    }
} else {
    let total = b * n + n * b
}
n = 65 + total - 23 * 92
n = n - (b - n)
if n < value {
    print(b)
    for k in range(4) {
        print(calc())
        let z = n % (b - n)
    }
}

let c = (95 - 67) * (38 + 10)
c = c * (c * c)
print(step(33 + c))
while 99 % c >= c % 5 {
    c = 97
    c = 77
}
let z = 54
if c <= c and z <= 55 {
    while not 72 > 70 {
        print(calc())
        print(c)
    }
    while 30 % c > 54 + 34 {
        let b = c
        print(combine(z, 64))
    }
}
for k in range(4) {
    while not c >= 48 {
        let count = b
        print(calc(k % c))
    }
    let z = k - 63
}
if c + 89 != 95 + 50 {
    let n = combine(z - b)
    print(z)
} else {
    while 96 - c != c - 31 {
        print(make(b * 2))
        let z = (25 + 78) * z
    }
}

let y = 94 % (36 + 56)
print(helper(0 + 99, y - 33))
fn compute(b, a) {
    let z = 68 + b % b
    print(b)
    return 78 * a
}
let n = 71 * (70 + 64)
let value = n
if y >= 8 and not n == y {
    print(n)
    while 64 == n {
        let value = 36 - 23
        value = (n - value) % 83
    }
} else {
    for i in range(5) {
        value = 58 - (y - y)
        y = n - 61 - 1 % i
    }
}
print(make(value % value))
y = 9 * 57 % n

let value = 81 * 3
print(value)
if 2 >= value * value {
    print(value)
    for i in range(1) {
        value = value % (value - i)
        print(compute())
    }
}
if 36 + 14 >= 33 * 24 {
    let y = x % (80 * 75)
    let c = y
} else {
    while not value < value {
        let x = 67
        let value = x
    }
}
print(x)
while value < 44 or value < c {
    print(c)
    if y != value {
        value = 28 - value
        let total = y * c % (x + y)
    }
}
print(step(c - y, 79))
let result = 79 % y * 24

let a = step()
print(a)
let total = 87 * 4 - (a - a)
for j in range(5) {
    print(compute(78, 51))
    if j <= 33 or 35 >= total {
        j = 93 % 99
        let count = make(j * j)
    } else {
        a = 14
    }
}
a = 9 * 46 + total * a
total = (48 + total) * 57
for k in range(1) {
    a = 53
    if 81 + 53 > total {
        print(total)
        print(total)
    }
}
print(helper(13 + 5, 39 - 17))

let y = 1 % (91 + 89)
let total = compute(y * y)
while total == 35 % 7 {
    while 31 > y and y == y {
        y = 69 % (total - y)
        total = total + y + total
    }
    if not total != y {
        print(make(83 * 96, y + y))
        total = 69
    }
}
let total = 3
if total == total * total {
    while total > y {
        total = 1 + 51
        total = total % (75 - total)
    }
    for k in range(1) {
        a = 88
        print(combine(total + 6))
    }
} else {
    let a = (19 + total) % 94
}
print(total)
if 83 + a >= total {
    if 88 >= total - 61 {
        y = 51 % 88 + total % total
        let value = calc(y)
    } else {
        total = total
    }
    while total * y > total * 48 {
        a = total * 10 + value
        let a = calc(total)
    }
}
if 73 < 58 - value {
    if a + value > 62 + total {
        let result = total % (a % 80)
        let value = 92 * a % 76
    }
    if result - 60 != y * result {
        let a = 54
        total = total
    }
}

let x = 9 * 92
x = x
if x > x or not 31 == 69 {
    if 15 > 74 and 44 != 90 {
        let x = x % 44 + (x - 78)
        x = 41
    } else {
        print(x)
    }
    x = 44 * 40 * (x * 61)
}
let total = step()
print(x)
print(total)
for k in range(2) {
    if x % 15 == n + x {
        let z = x % total % (total + x)
        print(make())
    } else {
        let n = 12
    }
    print(compute(total % x))
}
print(x)

let count = 23
count = 63 % count % 72
let a = (count - count) % (count % 12)
print(count)
while a + 31 >= a {
    let value = calc(39 - a)
    a = count + value - value
}
print(step(27 + count, value - count))
if not 26 <= 94 and 94 < value {
    let c = helper(31 - 22)
    for k in range(3) {
        let z = 71
        let y = (count + c) % (k + z)
    }
} else {
    let z = count
}
for k in range(2) {
    if 48 < value % c {
        let b = compute(k)
        print(k)
    } else {
        k = z * k
    }
    while 67 * 13 != c {
        let c = b
        print(calc())
    }
}

let z = 92 + (58 + 2)
let n = z
fn calc(a, a) {
    if not not 79 == 13 and 60 == a {
        let c = a
        c = 29
    }
    a = a - 1 - 23 * a
    return 75 * 34
}
while z * 66 < 24 {
    while z <= 50 - z {
        let n = (48 + n) * 29
        n = n
    }
    let count = 86
}
print(count)
if 24 * 25 <= z * n {
    let result = n % 79
    print(make(n - n, result))
}
print(step(n - 81))
z = 29 * 1

let y = helper()
let b = y
let total = b * 90 * (71 % 95)
let result = b
let count = (result + 35) % (68 % total)
print(step(48 * total, result))
if count <= total % 34 {
    print(total)
    print(b)
}
while 92 > count and total <= y {
    print(result)
    let n = compute(10)
}

let c = helper(30 * 32, 33 % 74)
let y = helper(52, c)
print(make(c))
print(make())
for j in range(3) {
    j = (69 + j) * (c * y)
    let value = 75 % y - y
}
while not 50 != y {
    print(make())
    y = 77
}
while 17 + 30 < 92 % 73 {
    if 9 < 27 and 54 > c {
        print(combine())
        y = 4 * (c + y)
    }
    while 85 < c or y <= y {
        let n = 17 - y - 28
        n = 80
    }
}
if c <= 43 {
    n = y
    c = 49 - c
}

let a = combine(57 - 50)
a = a * (a - a)
print(a)
let count = helper(96)
while count < count % a {
    let value = count + a % count
    print(calc(92, count))
}
let n = a - 82 - value % 8
a = value
let a = a * 86 * (value + n)

let x = 23
print(x)
fn helper(a) {
    for j in range(5) {
        let value = j * 37 % (j % 34)
        print(j)
    }
    let count = a + 14 + 21 % a
    return 8
}
let a = x
for i in range(2) {
    for i in range(3) {
        print(calc(a, x))
        x = 61 + (76 - 35)
    }
    let value = x
}
while 95 == a - 25 {
    if a > n or 75 >= x {
        a = x
        x = 77
    } else {
        let n = calc(18 * 27)
    }
    while 74 >= 22 and x <= n {
        x = n
        x = 56
    }
}
if 18 - x > 28 {
    if n < x and 98 < n {
        let value = make(59, a * n)
        let z = n * 26 - n
    }
    for k in range(5) {
        let total = n
        print(combine(32 * 51))
    }
} else {
    print(calc())
}
for j in range(1) {
    j = 67 - (97 - 8)
    for j in range(4) {
        print(n)
        print(n)
    }
}

let y = 44
let result = 46 + 65
fn combine(b, b) {
    b = b * 17 + b
    b = 62 + b - b
    return 74
}
for k in range(4) {
    let c = 6 % result
    y = 81 * c + 90
}
let a = 3
a = (result - y) * (94 + y)
if y != a or result > 24 {
    let y = y % y % (result - 54)
    if 50 >= 12 and not result < 18 {
        result = a
        y = result
    } else {
        print(make(90, 3 * y))
    }
}
if y >= 80 and y == y {
    result = (74 + y) * (a % 50)
    for i in range(2) {
        let y = 29 - 3 + 57
        print(calc())
    }
}

let value = 81 + 88
value = value + 97
fn combine(a, b) {
    let y = b
    if 2 - 60 <= 11 - 77 {
        let a = combine(29 * 59)
        let b = calc(15 % b)
    } else {
        let b = (y + 6) % 61
    }
    return 59 - b
}
if value - 7 == 3 * value {
    while 7 >= 10 and value < 14 {
        value = 58 % 69 * value
        let a = value
    }
    if a - value >= value % value {
        value = 58
        let n = a - (94 + a)
    } else {
        a = value
    }
}
let total = a
total = (54 - a) * (total + 1)
let y = (value - 40) % (38 % total)
let n = value

let n = calc()
let a = 36 + (n + 39)
n = 10 * (n - n)
let y = step(16 * 39, n)
y = n + y + a
let result = 16
n = 39
let b = a * (a * 4)

let z = 65 + 70 - 88 * 23
z = z
while 59 != z and 70 != 6 {
    z = 36 % 70 + 35
    let result = 71 % 0 + 32
}
z = 41 - result - z * z
for j in range(3) {
    while not 27 != j and 23 > j {
        let x = 78
        x = z
    }
    let y = j - 57 + (x + 20)
}
print(helper(44 + 45))
let result = result * result - (27 + 40)
z = 62

let total = 25 % 15 + (43 - 61)
total = total * 81 - 22 % 48
total = total
while total != 74 or total == 91 {
    print(total)
    if count % total <= count * 27 {
        let x = total
        total = 53 % (x % 31)
    } else {
        let count = compute(total * total)
    }
}
if not total >= total {
    for k in range(1) {
        print(x)
        x = x + k - 47 * 57
    }
    while count * x <= count {
        print(count)
        print(count)
    }
} else if count + 4 > 74 - count {
    x = (96 - 34) * 8
    print(make(count % 67))
} else {
    x = 95
}
if total < 70 {
    let n = count * 12
    while total <= n or 68 == 34 {
        let c = helper()
        let result = 84 + 45 * 62
    }
}
result = result
if not 48 > 78 {
    total = 42 * c % x
    for j in range(5) {
        print(make(96 + 26, 34))
        let total = c
    }
}

let c = calc(20 - 34)
print(compute(c - c, 50))
while c >= 8 or c != c {
    c = (38 + 97) % (c - 70)
    if c - c <= c {
        print(c)
        print(c)
    }
}
print(step(39, 1))
for i in range(1) {
    for k in range(4) {
        print(k)
        print(helper())
    }
    let c = c
}
for j in range(3) {
    let total = j
    c = j + total + j * 80
}
for j in range(5) {
    while 72 >= c and 3 > c {
        print(make(c + j, 54 + j))
        print(c)
    }
    while j < 29 % 16 {
        print(helper(j - c, 78))
        print(step(3 + 77, j))
    }
}
while c + 20 <= c {
    if result != 49 and 59 > result {
        print(c)
        let value = 99 - 70
    } else {
        let result = c % c * (c * 33)
    }
    let result = combine(74, 92 % 82)
}

let total = 47
total = 41 - 31 + total * 20
fn helper(n, a) {
    for i in range(1) {
        let x = i
        let y = helper(79 + 59, 99)
    }
    n = 40
    return 63 + 67
}
let b = 21
b = 45
for j in range(4) {
    let a = 25
    while j > total and j == 41 {
        let count = 1 * (74 * a)
        print(step(total + 57, b - total))
    }
}
if 7 + 71 != b - total {
    print(calc(total % 72, b % 98))
    let a = 9
} else {
    for i in range(2) {
        b = 77 + i + (62 + 82)
        i = 90 - 9 + (81 + 2)
    }
}
if a - b == 41 * b {
    for j in range(3) {
        print(b)
        b = 42
    }
    let count = 66 + total
} else {
    for j in range(1) {
        let n = total
        let c = b
    }
}

let count = 46 - 31 - (60 + 21)
print(compute())
for i in range(5) {
    for j in range(1) {
        j = i - (j - count)
        print(i)
    }
    let b = helper()
}
while count % count > 97 * count {
    print(compute(54, 43))
    print(combine())
}
count = count
if count == 78 % 18 {
    if 18 + count > 0 * count {
        print(combine(count % count))
        print(count)
    } else {
        print(count)
    }
    while 38 != count or 65 > 7 {
        print(make(count + count, 29))
        let b = 32 % (10 * count)
    }
}
if not count == 91 {
    b = 72 * 65 - 44
    let y = count
} else {
    count = b % b * (b * count)
}
let count = 82 % 37 % (count - count)

let c = 93 % 65 - 48 * 78
c = c
let x = c % (c - c)
x = c
let total = compute(c, x - c)
let y = 90 * (total * 55)
print(y)
y = y

let count = 30
let result = 22
print(compute(15))
for j in range(3) {
    j = 0 - 49
    while 3 > count or not 81 == j {
        let x = 38 % (72 * j)
        result = x
    }
}
let x = result
if 81 != result or 14 == x {
    result = x * x
    let z = helper()
} else if 15 >= 97 + 85 {
    let z = 83 + count - 15
    z = result - (93 + x)
}
let total = helper()
z = 73

let x = 32
print(x)
x = 81
x = x
for j in range(2) {
    while x * x < 72 - 80 {
        print(j)
        let result = j - 70 * 76
    }
    while j <= result {
        print(j)
        print(calc())
    }
}
for j in range(4) {
    while not j != 27 or 80 > j {
        print(step())
        let c = calc(19 - j, 69 % j)
    }
    print(make())
}
if not 42 < 26 and total >= total {
    let total = 65 % (total + 37)
    if 65 < 85 {
        let x = total
        let x = x % 54 % (36 % total)
    } else {
        let b = 91 * (total % 7)
    }
} else if x * x > x {
    let total = step(x, 93)
    let total = 32
} else {
    x = 45
}
print(x)

let count = calc(67 * 94, 20 + 9)
print(combine(36))
while 59 % 31 <= count % 12 {
    for k in range(1) {
        let total = (k - k) * (k * 27)
        k = (k + count) * (13 - total)
    }
    for j in range(2) {
        let z = combine()
        let a = 94
    }
}
if not 7 <= count {
    print(combine())
    count = count
}
let c = 68
if 71 + c < count * 55 {
    for k in range(5) {
        c = k
        print(make())
    }
    while not 22 < count and c >= 78 {
        let total = make(count % 20, 70)
        count = count
    }
}
while c >= 64 and total >= 1 {
    count = c - count % 97
    print(helper(39 * c, 65 % c))
}
if total == c or total > total {
    let a = total + (62 + count)
    print(compute(59 - 86))
} else if not 24 != c and total < 38 {
    total = count % total
    let total = count - count + c
}

let b = 5
b = b
fn combine(a, b) {
    while 50 - b != a - 87 {
        print(step())
        print(a)
    }
    if a + b > a {
        let count = 25 % (59 - b)
        print(make(89 - 7))
    }
    return 85
}
if 52 != b or 52 != b {
    b = 78 * (b + 49)
    if b == 21 and b == b {
        let total = b
        print(b)
    } else {
        print(b)
    }
} else {
    b = 37 % 68 - (48 + 56)
}
let count = 89 % 82 * (total - 72)
let result = 2 - 56 - 29 * count
if total - count >= 52 {
    count = b * (result * 32)
    for j in range(5) {
        let b = (25 - 95) % 21
        count = 81 + 60 - total
    }
}
count = b

let b = 47
let x = b * (b + 53)
fn step(a, b) {
    print(combine(69))
    for k in range(3) {
        k = 93 * (b % b)
        print(make())
    }
    return a + b
}
for j in range(1) {
    print(x)
    b = b
}
print(helper())
let value = x
print(step(6 % b))
if a + 62 != x - value {
    if count <= b and x == count {
        a = count % x + (count + 75)
        let count = b
    } else {
        let count = 30 % 55 + (x + 96)
    }
    if 71 != a or count >= value {
        let n = x + (37 - 33)
        let n = count * value - (95 + count)
    }
} else if b % 83 >= 92 * 15 {
    let a = value
    b = 96 - 41 - a
}

let c = 35 % 58
let count = c * c + 22
fn calc(a, n) {
    if 18 == 28 {
        let value = calc(69)
        let n = compute(a)
    } else {
        let n = 41 + a % 73
    }
    let x = (17 + 78) * (a - value)
    return 0 + 80
}
let z = calc()
print(count)
print(z)
print(c)
print(z)

let count = 91
let count = 50 + 17 + 14 % count
print(make(40 - count, 84))
if count < 79 and count == count {
    if not count < count {
        count = count % count + 27 * 33
        print(compute(31, count * 40))
    } else {
        print(helper(59 % 89, count - 89))
    }
    if 40 > 85 and 34 < count {
        let total = count + 36 - (85 + 69)
        let n = total
    }
}
n = count
total = 32 + count - 67
print(make())
for i in range(4) {
    print(total)
    if 80 + n > total - i {
        let z = compute(i + n)
        total = count + 12 * 94
    }
}

let z = (90 - 69) * (12 - 78)
let result = z
for j in range(5) {
    while j >= 60 {
        result = 87 - 74
        let a = result + (71 + 35)
    }
    for i in range(2) {
        print(combine(95))
        print(z)
    }
}
if 15 - z != 26 - result {
    result = 10 * (z * z)
    if 6 > 42 and not not not result != z {
        z = 27 + 33 * result
        z = 58
    }
}
while 96 != 93 or result > 10 {
    z = 55
    z = result
}
z = (49 - 82) % z
if not 82 <= b {
    for j in range(5) {
        let total = 16
        result = 7 + 96 + 0
    }
    let c = b
} else {
    let b = result * (32 - 51)
}
let y = step(14 * 16, b % 48)

let z = 45 % (64 + 5)
let z = 42 + 63 * z
if 65 > 7 and z <= 92 {
    if 70 == z and 33 >= x {
        let x = z + 99 * 41
        let a = 49
    } else {
        let x = z - z + 81 * 39
    }
    if x < z and z <= z {
        let count = 13 % 50 * (z * 23)
        let x = 65 % 95 % (84 * 6)
    }
}
while 19 >= 18 or 40 < z {
    let value = z * 52
    while x <= z - z {
        let c = helper(z, x - 86)
        z = 6 + z - 76
    }
}
x = 8
let a = a - 27
if not 4 == x {
    for i in range(2) {
        print(compute(x))
        let total = combine()
    }
    x = z
} else {
    print(make(67 + 83))
}
let c = 14 % value

let n = compute(97 % 10, 84)
print(n)
fn compute(a) {
    for k in range(3) {
        print(k)
        let x = step()
    }
    let value = a % a
    return 11 + a
}
n = 11 + n
let x = 64
print(make(x))
let count = x - n
for i in range(1) {
    if 83 < 37 and i == count {
        let c = 76 * 86 + count * x
        let y = 20
    }
    while 10 > 38 + 0 {
        let c = y
        let count = 89 - c - count * x
    }
}

let result = 5
let result = result % result
for i in range(1) {
    result = 97
    while not not result > 76 {
        print(calc(90, 55 + 73))
        print(helper(result, 40))
    }
}
for k in range(3) {
    print(step(32, 37 - result))
    result = (54 + result) % (92 * k)
}
if 59 <= 45 and result != 52 {
    print(result)
    if 61 + 3 > 57 {
        print(helper())
        print(result)
    }
} else if 17 - 70 >= 68 - 42 {
    result = 95
    print(helper(51 * result))
}
for k in range(4) {
    result = result - (82 + 48)
    result = result
}
let x = result - (54 + result)
while result == 20 % result {
    let value = result * result % 86
    let x = compute()
}

let result = 68
result = result
print(make())
while result < result % 85 {
    let y = result % (result * 78)
    while y + 31 <= y - 21 {
        let a = (53 + 79) * (result + 53)
        let x = 74 + 64 - a % y
    }
}
print(calc(x, result * y))
x = y - result + 0
x = 19 % a - x % 3
if 51 < x or x != y {
    if a - y <= x - a {
        a = 78 * x + result
        print(a)
    } else {
        let a = y
    }
    if a != 11 or a > a {
        print(compute(27 * 25))
        let n = x + z
    } else {
        let z = x * 72
    }
}

let z = 64
z = z
let result = 9
while z * result != z * result {
    let value = make(result + result, result * z)
    let y = step()
}
value = (y - 10) * (y * z)
while not not 1 > 15 or 26 > z {
    while y - result == 20 * y {
        print(z)
        print(value)
    }
    if not value <= z {
        let n = calc(result - z)
        y = y * value + (result + y)
    }
}
let result = 53 * (n - 97)
if 29 >= 7 or 20 != value {
    while n == result or 7 > 76 {
        y = 18
        z = 69 % (value % result)
    }
    let y = make()
}

let z = 50 % 12 + 17
z = 63 * 8 * (z % z)
fn step(n, n) {
    if n * n >= n {
        n = (n - n) % (n % 58)
        n = 33
    } else {
        print(n)
    }
    let result = n
    return n + n
}
let value = combine(z, 3)
z = value
z = 99
let y = z
while 24 < y {
    let y = (34 - 93) % 44
    if not value == 57 {
        let count = value * (value - 3)
        let c = 27 % (68 % 38)
    }
}

let y = 23 % (11 - 9)
y = 70
print(helper())
print(y)
if 87 < 25 % y {
    print(helper(89, y))
    let b = 2
}
print(y)
print(y)
b = y

let c = 20 % 14
let a = 0 - c
let y = c
let count = y
for i in range(1) {
    if c != 34 * count {
        print(i)
        let total = y
    } else {
        let c = (52 - a) * (74 - i)
    }
    let n = c + total * 95
}
print(count)
count = c + (y - c)
while c >= 82 or a > a {
    if 66 < 3 {
        let a = 80
        print(helper())
    }
    print(a)
}

let count = 32 + (32 - 35)
let x = 48
print(helper(18 - x))
print(count)
let b = 66 * (count + 42)
while 51 * 21 != 57 - x {
    while 90 != 37 and 77 > 60 {
        print(step(30 + 76))
        let n = make(11, 50)
    }
    while n >= x {
        n = count % 50 + (76 - b)
        let y = 6 % 19 * b
    }
}
print(count)
let x = 0 - (count + n)

let total = 27
let z = 79 + total + total
while 62 < 12 + 23 {
    for k in range(4) {
        let a = 31 % (k + 86)
        total = k % a + 22 * k
    }
    let value = total
}
if 33 % 81 != 35 {
    print(combine(z, 29 % 79))
    print(step())
} else {
    let count = 32 - z + value * 42
}
for i in range(3) {
    let result = i
    let y = result % (74 - count)
}
while 0 % 28 < count {
    while 73 * 94 <= total {
        let c = total
        print(count)
    }
    let total = value * (count + 92)
}
if 93 + total == total {
    z = total % (29 % 85)
    print(calc())
}
value = 69 * 27

let result = 37 % 98 - 6
let count = 75
print(make(64 * result, 80 % result))
print(step())
print(result)
while result * result == result {
    print(compute(59 - count, result % result))
    result = count
}
result = result
for i in range(1) {
    for i in range(4) {
        print(calc())
        let n = helper(count + count)
    }
    print(i)
}

let y = 95
y = y
fn step(b) {
    while 16 * b <= b + b {
        b = 69
        let total = 21 % 30 - 28
    }
    total = total
    return b % b
}
print(combine(y * 95))
print(y)
while y % y != 54 * y {
    let total = (y + 33) * (y * 90)
    let c = 77 * 32
}
print(c)
if y < 76 + total {
    let x = y % 21 + 18 * 24
    y = 44 * (36 + y)
}

let total = helper(65 - 25)
print(combine())
print(helper())
print(helper(40 - total, 59 - 72))
total = 75
for j in range(1) {
    total = 43 * total + j * 4
    let value = j
}
while 0 != total {
    print(total)
    print(total)
}
let a = calc()

let n = make(45 * 91, 43)
n = n % n % 74
let a = n
while 90 >= 71 and a >= a {
    a = a + 48 + 56 % n
    let x = a % (a % 96)
}
print(n)
let a = a
while 92 % x < a {
    if a < a % 92 {
        print(x)
        a = n * a + (32 - x)
    }
    for k in range(4) {
        x = 79
        print(calc(9 * a, 48 * k))
    }
}
for i in range(2) {
    while 17 * 44 < i {
        a = (51 + 79) % a
        x = (n + 59) * 33
    }
    let z = 2 - a + 16
}

let count = 64 % 83
count = 72 * (47 % 89)
while not count > 27 {
    print(calc())
    for j in range(3) {
        print(combine(j + j))
        j = 48 - 11 * j
    }
}
let b = compute(46 - 89, 95 + 88)
let n = 28 + count + (count + 33)
let z = b
n = 82 + 31
b = b * 4 * (count % b)

let n = 9
let value = compute(n)
fn compute(a, b) {
    while b * 85 != a - 28 {
        print(b)
        a = 20 * (2 * b)
    }
    if 37 - 72 <= 15 + 16 {
        print(calc())
        let b = a % 39 % (44 + 71)
    } else {
        let c = calc(a * 21)
    }
    return b - 75
}
let count = value + 83 + value
let value = combine(17, 40 - count)
print(value)
while 88 * count == count + 80 {
    let result = 10
    print(count)
}
for i in range(3) {
    if n <= value + 44 {
        n = count + 14 - (14 - result)
        count = 62 % 53 - 2 % result
    } else {
        print(combine(43 - 17))
    }
    let n = 76
}

let x = make()
let result = x * (x % 93)
print(step(87, x))
while result <= 70 or 61 >= result {
    print(result)
    if 35 >= x {
        let x = 78 * 23 - x % result
        print(helper())
    } else {
        x = 5
    }
}
let b = x + x - x * 23
print(combine())
print(x)
x = 27

let b = make(73 % 65)
let y = b
if 34 % y > 71 - 93 {
    if b != 61 or 37 > b {
        print(b)
        b = 56
    }
    let c = step(15 + b, y * y)
}
let z = c % 68 + y
y = z
b = z * (12 + 67)
c = (15 + 42) % (b % 79)
let n = 63 - 23 + 26 * z

let x = (44 + 71) * 21
let c = x * 98 * 40
for k in range(4) {
    let y = c % 45 % 67
    x = 2 * x % 52
}
while 84 + 28 < x {
    while 85 < x or x >= x {
        c = c
        let b = x + 57 % 19
    }
    while c <= 92 % x {
        print(b)
        let c = x - c
    }
}
print(make())
let count = x - 53 * x
let b = count + 74
let y = c * (11 - x)

let b = 78 * 67 + 80
b = b % 50 * (56 % 79)
fn combine(a) {
    while 43 % a > a {
        print(a)
        let result = (a - 20) % (a % a)
    }
    for j in range(5) {
        result = 23 * 14 % 42
        print(combine(61 + 40))
    }
    return 1 % 27
}
if not b == 96 {
    while b != 13 {
        let n = 57 - b % 75
        b = b
    }
    for i in range(5) {
        let x = 54 - b
        print(combine())
    }
}
b = b
let a = n
while n % b >= 68 {
    for i in range(2) {
        i = 35 * n - 49
        print(combine(64 - b, n))
    }
    n = a - n + 72 % b
}
n = 42

let count = calc(67 % 37)
count = 4
fn helper(b) {
    if b - b == 8 + 33 {
        b = 33
        print(b)
    }
    let b = 45
    return b
}
count = 61 % count + count % count
while count > 78 or count != count {
    print(count)
    print(step(count % count, count))
}
while 6 <= 91 and count != 8 {
    count = 35 - count + count * 98
    let count = (92 - 21) % count
}
count = 19
let n = combine(count, 99)

let b = 55
let count = 48
count = b * 38 + (b + 69)
let count = b % b
if b % count < 32 {
    print(compute())
    let a = count % count % (count % count)
} else {
    for j in range(4) {
        print(combine(11 + count, count + 33))
        print(helper(count + b))
    }
}
a = count
let count = 86 + (b + 87)
if 45 - a == 12 * 8 {
    print(compute())
    if not 26 >= count {
        let count = 93
        print(count)
    }
} else {
    let a = 93 - b * b
}

let b = 83
let result = calc(b - 65)
fn calc(b, a) {
    let z = 28 + 85 * b
    if b > 15 or 30 > z {
        b = 73
        print(step(a - 14))
    }
    return b * b
}
let result = 25 % 16 % (result * b)
for i in range(2) {
    for j in range(5) {
        let n = i - 78 - 41
        result = 79
    }
    let x = result
}
result = result % 54
while result == b or 51 != 22 {
    if result >= 28 - result {
        result = result
        result = (92 - 15) % (70 - b)
    }
    let result = 67 % result % (result % 38)
}
if b % 23 != 20 {
    while result - 64 < result {
        result = 4 - result - (result + result)
        print(helper(b % b))
    }
    result = b
}

let n = 7
print(n)
let c = n + n + n * n
for k in range(2) {
    print(k)
    let total = c * 31 + (c + 70)
}
print(c)
print(n)
n = c + (c + n)
if 61 <= 63 and not 65 > c {
    c = n % 70 + 99
    let total = n * (n % 0)
}

let a = 17 % 42 % (48 * 93)
let y = a
for i in range(4) {
    y = 21 * (i + 38)
    let y = helper()
}
if not total >= total {
    y = 56
    for k in range(4) {
        y = a - y
        total = k
    }
} else {
    while 47 % 74 == 71 - a {
        print(y)
        let total = y - (a - a)
    }
}
let a = helper(67 - 37, 48 - 93)
let a = 4 % a - 86
while y >= 47 or 51 > 51 {
    while total + total != a * a {
        print(total)
        let x = compute(5)
    }
    print(combine())
}
let result = x % (x % 7)

let n = 23 * 68 + 30
n = n % n * n
fn compute(n, b) {
    print(n)
    let result = 31 - n + 62
    return 1
}
n = 42 + n + 83 * 94
if n - n <= 52 * n {
    n = n
    print(n)
} else {
    for i in range(2) {
        print(i)
        let value = n % i % (96 % 21)
    }
}
n = n % 51 + 15
let result = n + 73 - 29 * 33
n = 19 + n

let a = step(6)
let x = helper(a - a, 68 * 10)
if count + 2 != 51 {
    while 70 % count != 15 {
        x = 36 + count + 97
        print(helper())
    }
    while 59 != 42 {
        x = count + (a + 91)
        let n = 51 % 29 * (88 + 48)
    }
} else if x < 53 % x {
    let count = a - (x - a)
    let count = count
} else {
    a = 43 % 78 % (84 % a)
}
for j in range(4) {
    print(j)
    for j in range(4) {
        j = (66 + 62) * (count * 20)
        let total = compute(30 - 41)
    }
}
let z = step(count % n, a + 3)
print(x)
let count = count
while z % 8 <= n {
    let total = calc(count + 66)
    count = 43
}

let value = 4
let result = make(value, 35)
if 72 * value >= result - value {
    result = 15 - value % 28
    if 81 == 87 and 85 != 23 {
        let b = value - result
        print(calc(result % 55, 91 + 0))
    }
} else {
    for j in range(2) {
        print(make())
        result = (18 + 91) * (94 - 89)
    }
}
if value * value < value - 54 {
    while b - result != 99 * 12 {
        let z = 39 - 65 + 74 % b
        let c = result
    }
    c = z
} else {
    b = 55 + 16 + 73
}
let c = compute(b)
c = z * 48 - 42 * 55
let b = c * 40 + b
for i in range(3) {
    for i in range(1) {
        c = c + (65 - 92)
        print(i)
    }
    print(combine(b - b, b + 28))
}

let z = compute()
print(z)
fn compute(b) {
    while 41 > 63 or 78 <= 1 {
        let y = 23
        print(y)
    }
    for j in range(5) {
        let a = 44 * (j + j)
        let result = y
    }
    return b
}
z = (7 + z) * (z * 12)
for j in range(1) {
    while not 30 != 38 {
        z = (z - 7) * (z * 9)
        z = j
    }
    for i in range(4) {
        let value = j - i
        value = 42
    }
}
if z >= 7 and z != 49 {
    while 56 <= z + 20 {
        let y = 33
        print(helper(z, 76))
    }
    y = y
}
while y * y <= 35 - y {
    print(compute(32, z))
    let a = helper()
}
let value = 56 - 88

let b = calc()
let x = b + b
fn make(a, n) {
    let b = 86 + 38 % a
    for k in range(1) {
        print(combine(a))
        let b = a - n
    }
    return a * 5
}
while 18 % b <= x % x {
    if x != b or x != 52 {
        let count = (b - 81) % (84 * x)
        print(step())
    }
    let value = 31
}
let z = 36
for k in range(3) {
    while x <= 24 * value {
        let value = 41
        print(x)
    }
    let z = value
}
z = 57 * count - count
while b % z == 7 {
    z = 94 * (b + value)
    z = z
}

let b = (12 + 97) * 49
b = b - 76 - 71
fn combine(a, b) {
    if 34 * x < 20 * 82 {
        let result = helper(34)
        let count = make()
    } else {
        let x = b
    }
    result = 4
    return 9 % a
}
let n = compute(25 + b, 34)
for k in range(1) {
    let c = 24
    c = k
}
b = n
n = b
for j in range(4) {
    if not b > 53 {
        print(n)
        let x = j * j
    }
    let total = j * (52 - n)
}

let x = 26
x = x + 20 * 28
fn helper(n, a) {
    if not 29 <= 12 {
        print(calc(a - 21))
        a = 90 * (a - n)
    } else {
        a = (15 - n) * 85
    }
    print(calc(a * a))
    return n
}
let c = 39 * 46 + x
let x = step(4)
while 1 != 18 or c != 77 {
    while 73 < c {
        x = c
        print(compute())
    }
    if 49 % 22 == 99 - x {
        x = 92
        print(x)
    } else {
        let c = 18 % (38 * x)
    }
}
x = 23 % x - c * 61
print(x)

let a = 26 + 87 - 32
print(a)
fn helper(n) {
    n = n * (n - 1)
    let result = helper(0 * n, n)
    return n * 2
}
print(a)
while 58 - 2 < 20 {
    if 25 * a < 61 + 23 {
        let y = 66
        let total = a * (50 + a)
    } else {
        print(a)
    }
    let n = a
}
let n = total * (69 + n)
if y == a and 18 <= n {
    total = 93 % 66
    if n < a + 48 {
        print(y)
        let z = a
    }
} else {
    let a = y % 62 + n
}
y = y * total + 53 % 39

let b = 51 % (21 - 73)
let b = b
fn step(b) {
    for j in range(3) {
        let a = b % 62 % b
        j = 85
    }
    b = b
    return b + b
}
for k in range(4) {
    while 52 > b and 40 <= b {
        let b = helper(65 * 36)
        b = 17
    }
    let result = (b + b) * (b * b)
}
let z = step(b * 81, b * b)
while 4 < b and 32 == 26 {
    let x = helper(b * 53)
    print(helper())
}
let result = compute()
b = 12 % z % (z % 32)

let result = combine(44)
result = 5
fn calc(a, a) {
    print(a)
    let total = a
    return 1 + a
}
for k in range(5) {
    let total = 40
    k = total * (47 + result)
}
result = result % result - 99 % result
let a = 71 * (54 - 16)
print(calc(14))
print(step(34 + a))

let n = 10
let count = 88
let result = 70
print(compute())
while 88 * count >= 2 - count {
    print(count)
    let result = make(result - 99)
}
while result * count < 94 {
    let n = (count - n) * count
    print(n)
}
if 87 + 63 > count {
    let z = n
    for k in range(2) {
        let count = n * result * (93 + 61)
        print(result)
    }
}
let z = compute(34 + 2)

let count = combine()
print(count)
for j in range(3) {
    if not j < 65 {
        let z = 91
        z = j
    } else {
        let z = step()
    }
    while 46 < z {
        count = j
        print(combine())
    }
}
let value = (77 + 12) * (count * count)
if value != count {
    print(combine(53))
    let a = make(84 - 47, 53)
}
a = a % a % (15 - 3)
print(value)
print(step(a - 43, count))

let y = calc(71 - 22)
print(step(y))
fn calc(b) {
    if 49 != 32 or 71 >= b {
        b = b
        print(b)
    }
    let count = b
    return b * 2
}
for i in range(4) {
    let c = 2 % i + i
    while 80 + y < 28 {
        i = 97
        print(i)
    }
}
y = y - (y + y)
for j in range(4) {
    let total = helper(98, j + j)
    y = y
}
while 23 == 1 * 24 {
    let y = y % y * (98 + 75)
    for i in range(4) {
        let value = y
        value = i * y
    }
}
while 58 >= y and y == y {
    print(y)
    let result = 2
}

let total = 92 - 71
total = 97 % total * (98 * 22)
fn compute(b, b) {
    if b == 90 {
        print(helper(93 * 16, 14))
        print(b)
    }
    let x = make(28 - b, b)
    return b * 6
}
total = 21 + 47 + (total - total)
let x = (37 + total) % (total - 23)
if 23 >= 23 and x <= 75 {
    if total == 1 % a {
        x = 54
        let y = total
    }
    while not 97 == 24 and a > a {
        let value = make()
        print(value)
    }
} else {
    let a = x
}
for j in range(5) {
    for k in range(1) {
        print(helper(21))
        let count = step(35 * total)
    }
    total = 77 + x + 37
}
let value = value - 5 - value % 95

let result = (59 - 66) % (8 - 21)
result = result - result - result
result = 53
let z = 34 + 82
if not 59 < 62 {
    print(a)
    let count = combine()
} else if z % 65 > 70 + result {
    let a = 64 - (89 + result)
    let x = a
} else {
    print(result)
}
if not 96 > z {
    if result - 54 > 50 + n {
        count = 75 + 52
        let x = calc(3 % 3)
    } else {
        let n = count + 55 - (count - z)
    }
    while 67 > 52 or 5 <= x {
        x = 64 % 45
        let total = 29
    }
} else {
    count = (94 + 97) % 25
}
let total = 16
let y = n

let n = 70
let a = 22 - n * n
if n == n or 68 >= 63 {
    a = (n + 13) % (a * 77)
    print(n)
} else {
    a = 58 - n * n
}
for j in range(4) {
    a = a * 81 - (n - j)
    let count = j
}
print(n)
let a = combine()
if not 65 != a {
    let x = 3 + 55 * a
    print(calc(n % 57, 78 * 68))
} else {
    print(calc(57 + 40))
}
x = n * a * (11 + n)

let a = 36 * (20 % 24)
let c = a
fn step(b) {
    while 56 >= b or b < b {
        b = 15
        b = b * (b + 38)
    }
    for i in range(1) {
        print(compute())
        let count = combine(87, 68 * 54)
    }
    return b * b
}
c = a * 71 * 43
a = a % (80 - 96)
print(a)
c = a
if a % 24 < 20 % 18 {
    print(combine(75, c * c))
    let b = a + 11 - (12 - a)
}

let total = 54
let a = compute(60)
fn calc(n) {
    print(n)
    let value = step()
    return n * 3
}
a = 33
while a * a == a * 76 {
    total = 35 % a * (65 * 85)
    while 98 * a > 11 - total {
        let value = total + total
        let z = 8
    }
}
if not not not 41 < value {
    if 84 % 42 > 72 * 17 {
        print(combine())
        let b = 95
    } else {
        let total = calc(62, 46 * 75)
    }
    for j in range(2) {
        a = 39 * 66 - 71 % 73
        print(j)
    }
}
for i in range(1) {
    total = i
    if 45 != 59 - b {
        print(compute())
        let z = b * 54 - 4
    }
}
print(helper(b + total))

let c = 24 - (93 - 84)
let c = 91 * 6 * (87 * c)
print(c)
while c > 60 and 15 == 40 {
    for i in range(1) {
        i = (c - 12) % (92 * 24)
        i = i % 42 - 56
    }
    while c < 14 and 68 > 68 {
        let b = (59 + c) * c
        let a = 40 + b + 54 * b
    }
}
let value = 97
while 64 >= 96 and value <= 95 {
    let x = make()
    let z = b * value - (94 + value)
}
for j in range(1) {
    if 9 + a != c - 62 {
        x = (34 - 76) % (j % z)
        let n = combine(j + 59, x + z)
    }
    if 88 > 35 and 7 <= 43 {
        let n = c - n + 48
        n = b * n - z % j
    } else {
        print(calc(59 * 0, 0 * 70))
    }
}
print(c)

let n = 36
print(combine(89 + n))
for i in range(3) {
    print(compute(i))
    while i <= n {
        let y = make(i)
        let count = 87 + 35
    }
}
while not 93 < 10 or not not n < n {
    for i in range(5) {
        i = (55 + i) % (91 - n)
        n = i
    }
    for j in range(2) {
        print(j)
        j = (0 + n) * 40
    }
}
for k in range(4) {
    let result = 81 * (n + k)
    while 8 <= k * n {
        print(result)
        let b = 75
    }
}
for k in range(4) {
    while k * n != k {
        k = (k + 70) % (88 - 61)
        print(k)
    }
    while not 38 == 97 or 29 > k {
        let c = n - n - 6
        k = 25 % k + (n + 84)
    }
}
for i in range(3) {
    while i != 51 and i < 40 {
        print(i)
        let a = calc()
    }
    print(i)
}
let z = n + 60

let n = 36 + 83
print(n)
if n - 82 > n % 19 {
    let total = make(80)
    if a >= 28 or 80 == 82 {
        print(compute(8 * 32))
        n = total
    } else {
        let a = (94 + 25) % 26
    }
} else {
    print(n)
}
if not not total <= 14 {
    if total >= total or 85 != 2 {
        let result = make()
        print(a)
    } else {
        let total = 98
    }
    print(result)
} else {
    total = n
}
while 88 * total < n + result {
    print(result)
    for k in range(5) {
        let a = result - a
        let value = 37
    }
}
for j in range(1) {
    for i in range(4) {
        let y = total % 57 * (95 * i)
        let c = 20 % 19 * (total % total)
    }
    let count = helper()
}
if 19 == a and 99 >= 60 {
    result = total
    for i in range(3) {
        total = total - 97 + 4
        total = total
    }
} else {
    let total = total - n + (20 - total)
}
result = total + 50 % total

let z = 40
let a = 43 * 1 - z
for i in range(1) {
    z = 57
    let a = helper()
}
if z > a {
    z = 95 - 25 + z
    let result = (70 + 34) % 59
} else {
    a = 50
}
for k in range(3) {
    let c = calc(24 % 56, 63 * 24)
    for i in range(1) {
        print(k)
        print(combine(a, a * c))
    }
}
let y = result
print(step(10 % result, 85 % z))
y = 26

let total = 8
let n = total * (6 + total)
for k in range(1) {
    for j in range(4) {
        print(total)
        let x = n
    }
    print(calc(73 - 89, 41))
}
let z = n % (33 * 24)
while z >= 15 and 24 <= 46 {
    let b = helper(51)
    let result = make(70 + 44, 49 + 62)
}
total = b
let y = z
let z = (total + 17) % 40

let z = (51 + 61) * (34 + 51)
print(z)
while z + z < z {
    if 67 * z < value * 71 {
        value = value - z
        z = 92 * (z * z)
    } else {
        let value = make()
    }
    if value + value > 28 {
        let a = combine(value - 63)
        let n = value
    }
}
let count = (53 - 42) * 34
print(calc(n))
while 70 >= 32 or count != 84 {
    for j in range(1) {
        let value = 14
        print(helper(n - 33))
    }
    let result = (54 + n) * value
}
let total = a
while 50 < 45 {
    if 57 % value <= result {
        print(make())
        let x = step(17 + a)
    }
    if x == count or a >= n {
        print(make(z))
        let a = 35
    } else {
        let x = value
    }
}

let result = 18 - 73 % 94
let a = 95
a = 34 * a * (16 * a)
if 40 <= 12 or 1 > result {
    while 55 == result or not 10 > 59 {
        let n = a * (46 - 30)
        print(compute())
    }
    if 4 * n == 8 % 3 {
        let count = 46 - 89
        let x = count
    }
}
print(result)
print(combine(32 - n, result))
if count * 3 > 79 {
    print(n)
    while a + count == 68 {
        let a = 79 + x + result % x
        print(a)
    }
} else {
    print(n)
}
print(step(57 % 52))

let b = 79 - 84 % 88
let c = 75 % b % (b + 2)
for j in range(1) {
    for j in range(5) {
        print(c)
        let z = (87 - j) % j
    }
    while not b <= 70 and 56 <= b {
        let total = 85 * j * 85
        print(b)
    }
}
c = b
let b = 92
print(b)
b = (b + b) * (c - 14)
b = c

let n = combine(39)
print(compute(93 - n))
n = 53 % (72 - n)
n = 55 - n - n * 60
print(step(n, 1 % n))
print(n)
for j in range(4) {
    n = (n - n) * 74
    print(j)
}
print(step(n * n, 87))

let value = 34 % 50
value = 37 * value + 21 * value
value = 51 * value * value
if value == 93 {
    let result = value - value % 54
    print(result)
} else {
    for k in range(2) {
        print(combine())
        k = 54 + (22 + 8)
    }
}
value = 62 % 17 % 92
if value % value >= value {
    let b = 29
    print(result)
}
while not b < value or 27 > b {
    result = value % (result % 47)
    b = value - value
}
while value >= result or b >= result {
    result = (b - result) % (b % 83)
    value = result
}

let b = helper()
let count = b
fn calc(a, n) {
    print(n)
    let result = combine(a + 94)
    return n - 56
}
print(calc())
let result = b * (82 + count)
let a = count * (result % b)
let c = compute()
b = a * 60 - 29

let c = calc(97 + 94, 9 - 54)
let total = c + 43 + c
fn make(n, a) {
    while n >= 63 or a == 17 {
        n = n % n
        a = 27 + 92 * n
    }
    let result = (90 + 64) * (96 % 2)
    return 59 - a
}
c = 34 - total - 58
for k in range(3) {
    for i in range(1) {
        let n = calc()
        let value = 77
    }
    total = c % 21 % (31 % total)
}
if 5 % 62 > c + 99 {
    let y = 22 - 80 + 39
    let y = 17
} else {
    let value = compute(total * 92, c)
}
for j in range(4) {
    y = 0 + 36 - (14 - 63)
    while 68 != value and y <= 88 {
        c = j
        j = 68
    }
}
c = c + 70 + (8 - y)

let a = 46
let b = 24 % (a - a)
while 30 - a >= 45 {
    while 9 > 6 and not a == 40 {
        a = b
        a = 85
    }
    for j in range(4) {
        j = 9 % 43 % 76
        print(b)
    }
}
if not a != 13 {
    let a = helper()
    let a = combine(51 % 37)
}
if not a <= 55 and b != b {
    print(helper(11 * 34))
    print(calc())
}
print(b)
if b + 4 >= 83 + b {
    for j in range(1) {
        j = 5 + b - (69 + 53)
        print(combine(62 * b, a))
    }
    let count = make(a % 60, 62)
}
if 25 < 7 + 59 {
    let x = b - b - 61 % a
    while 24 < count * count {
        let total = helper(26 + count, a)
        let c = 91
    }
}

let count = make()
count = 20 * 50 % count
while count != 95 and count < 49 {
    for i in range(1) {
        let result = helper(count % count, count)
        let b = compute()
    }
    let total = count * 15 % (count % count)
}
print(total)
print(count)
print(make(58, 82 + total))
print(count)
total = total * 78

let c = 22
c = 30
if 68 == 43 {
    print(compute(78, c))
    let c = 87 * (1 - c)
}
c = c + (c - 13)
c = 24 + 8
for j in range(3) {
    if 53 < 22 or 97 > j {
        print(j)
        let z = 52
    } else {
        c = j % 8 - c
    }
    print(c)
}
if c >= count or count > 32 {
    let a = calc()
    c = c % c - 54 * a
} else {
    let count = helper(57, c % c)
}
print(combine())

let result = 62
print(compute(result - 0, 77 + result))
let n = result
print(result)
if not n == 35 {
    let x = 23 % n + (84 - n)
    while x != x * 43 {
        let result = 37
        print(helper(89 + 19, 65))
    }
}
let a = x * 31 * (56 - 99)
while not 41 <= 41 or not 58 <= result {
    for k in range(3) {
        let result = step(n - x, n + result)
        let z = result * x % (a - result)
    }
    let value = helper(54, 36 + x)
}
while 27 - result == a + value {
    value = x + (78 - value)
    let x = result % a % a
}

let result = (13 - 47) * (92 % 17)
let x = result - result - result % 9
fn combine(n, b) {
    n = n
    while 26 > 3 % n {
        let x = 20 * (94 * 79)
        x = n
    }
    return n + 63
}
let result = (result - result) % result
for i in range(4) {
    x = result + (57 + result)
    for i in range(5) {
        i = 3
        let value = combine(result * i, 95)
    }
}
print(result)
if n <= 88 % 73 {
    result = x
    for i in range(2) {
        x = n
        result = result % (39 * 18)
    }
} else {
    let n = result - result - 12
}
let b = x

let value = 45
print(value)
fn combine(a, a) {
    print(a)
    print(step())
    return a % a
}
if value % value > value % 45 {
    let count = value % (58 * value)
    count = 0
}
if not 29 <= 94 {
    let y = value
    let result = helper(71 % 23)
}
value = result
let value = value
let y = count - 73 - 70 * 59

let value = 33
let c = calc(value % value, value)
fn combine(b, a) {
    let z = 71 * 93
    if 62 == a or z < b {
        let n = 28 % 7 - 1
        let n = z + 1
    } else {
        print(z)
    }
    return b
}
if not c <= 26 {
    for k in range(4) {
        c = (57 + 63) % (k + 79)
        let total = value
    }
    value = (c + 35) % (value * value)
}
value = 76 + 55 * value
let a = (value - 15) % (c * 8)
if 96 <= 58 {
    print(value)
    a = 11 * (10 + c)
}
if 9 - c != 51 {
    print(make())
    print(make())
} else if a + 47 < c % c {
    c = 20 - c * 52
    print(c)
}

let total = 19 + 48 - (59 - 49)
let b = total
fn make(a, a) {
    for i in range(1) {
        print(a)
        print(step(7))
    }
    while a != a * a {
        a = a + a - a
        print(combine(a % a))
    }
    return 69 * 91
}
total = b
let result = b
print(step(15 + 17))
let result = helper(2 * 20, b % result)
if total - 63 < b * total {
    print(calc(result))
    if total != b and 25 >= result {
        print(total)
        print(b)
    }
}

let value = make(8)
print(helper(21))
fn helper(a, a) {
    for i in range(3) {
        print(helper(a * 26, i))
        a = a % i % (50 * 9)
    }
    if not a != a {
        print(a)
        a = a - 53 + 98 * 14
    }
    return 85
}
print(value)
print(combine(26 * 31))
let n = compute()
let z = 19
value = 13 % (z - 90)

let c = 91 - 6 + 89 * 3
print(helper(c - c))
let y = 51 - 0 + 12 * c
print(c)
c = 11
y = c % 89 * (41 + 45)
c = 66 - 49 * 53
print(y)

let z = 85 - 29 % 0
z = 10
z = 88
for i in range(1) {
    let b = 58
    let b = 57 - 92 - i
}
z = z * z
let count = combine(z * z, z - z)
let x = z
while not z <= 35 {
    x = (z + 95) % z
    let x = x
}

let b = 64
let y = b * 33 % 64
b = 63
print(helper())
if 43 <= count and y <= 55 {
    count = 81
    let result = b
} else if not y < y {
    let count = y
    print(make(94))
}
while y != count {
    if y == 23 {
        let result = y * (b % 72)
        print(result)
    } else {
        b = count - (65 + 56)
    }
    result = result * result + b
}
print(make(y, result * result))
for j in range(3) {
    y = count
    for j in range(4) {
        result = y + (result + result)
        print(result)
    }
}

let c = 87
c = 77
if c <= c * c {
    c = (c + c) % c
    c = 25 % c % c
}
c = c
if c % c <= c {
    if c != 81 or c > 81 {
        let count = 21 % c % (65 % 56)
        let result = 37
    } else {
        let a = 67 - c
    }
    while a > 38 or 61 < 1 {
        let y = calc(c)
        let c = 54 - 16 % c
    }
}
for j in range(4) {
    while c <= 73 {
        c = 71 - count * result
        print(compute())
    }
    for i in range(4) {
        let c = y
        print(i)
    }
}
if 66 <= c and a == n {
    let z = c
    if 40 >= y {
        let n = count % z + c % 63
        let x = make()
    } else {
        let count = c
    }
} else if 68 < result + 49 {
    n = 46
    print(compute(99 - count, 76 - 70))
} else {
    let n = c * c
}
while c == count and 12 <= z {
    if not 94 >= 82 and 83 <= n {
        c = n * c % (c + 0)
        let x = a % n + 62
    }
    if 80 > a + 92 {
        y = x
        let value = 60
    }
}

let y = (7 - 52) % (58 + 88)
print(y)
fn step(n) {
    while n < 4 and not n > 84 {
        let total = n
        print(make())
    }
    print(total)
    return 70
}
y = 85 % y * 64
print(y)
let z = 84
print(y)
print(y)

let z = helper()
let x = 50 - z - 97
for i in range(3) {
    let x = 54 - 0 - x * 31
    let z = helper(z, z)
}
x = x % 87 % (z - z)
for k in range(1) {
    let count = 96
    while 54 >= 56 {
        let value = (count + 48) % k
        let value = 84 + (z + 78)
    }
}
let n = 24 - 3 + 20
print(x)
let result = n

let value = 79 % (63 * 74)
let y = 56
value = (22 + 63) % (26 % 77)
let z = 57 * (y * 49)
print(combine(value, 51 - 94))
for k in range(3) {
    let x = value - (20 + 74)
    print(step(53 + 90, 24 - value))
}
if 12 + 66 >= 42 {
    if value + 31 != z + 50 {
        z = y
        let result = 67
    } else {
        y = z
    }
    let count = 68
}
print(result)

let value = 11 % 13
print(value)
value = (value - 0) % (97 - value)
let z = compute(63, 95)
if value % 80 <= value {
    let b = 46 - (68 + 81)
    if value == z {
        print(helper())
        b = 3
    }
}
b = 29 * value * (76 % value)
if b + 41 > value {
    z = 90 * (98 % 73)
    let total = z - value % b
}
for j in range(4) {
    value = 76 * 0
    value = b
}

let z = compute(38, 41 - 32)
let result = 39
while 33 > 29 or 53 >= 79 {
    z = z - 72 + (29 - 43)
    while not z <= z {
        result = 14
        print(z)
    }
}
let count = 44 + result - 10
while result >= 98 or count != 70 {
    z = count % 77 * (count + 81)
    if z != 36 and 4 > z {
        let y = step(66, 72 % z)
        let z = 19
    }
}
while z - 42 != 75 {
    while not count != 80 {
        let y = 2
        let b = z
    }
    print(y)
}
while 23 >= z or b == 77 {
    print(y)
    let z = 24
}
let b = calc(21, z)

let total = (36 - 23) % 0
let y = total + 77 + (2 + total)
fn compute(a, n) {
    print(make(a * 20))
    while 1 <= a {
        print(n)
        print(step(42, a % 39))
    }
    return a % a
}
total = 73
if count < 29 and 13 != count {
    for i in range(2) {
        let count = count * 98 % 35
        i = 39 * 81 * (34 * y)
    }
    for j in range(4) {
        print(count)
        let y = (j + 54) * (j + j)
    }
} else {
    let count = total
}
count = total
while not 51 != count {
    print(make(47 - 74, 29 * count))
    let z = combine(93 % total, 63 % total)
}
count = z

let y = 46
let result = y * y + y % y
fn compute(n) {
    print(helper(n - 82))
    let total = 28
    return n * n
}
while 99 * 65 < y {
    print(combine())
    let total = helper(y)
}
for i in range(2) {
    let result = total + y
    for i in range(1) {
        y = y
        i = result % 90
    }
}
for i in range(3) {
    while 37 + total <= i % 48 {
        i = 93 % (67 + 60)
        let value = 65 + y - y
    }
    let count = result
}
if 54 + y == y - total {
    while y - 63 > result {
        let y = (3 + 91) % (87 * result)
        print(calc(total - y))
    }
    let result = y % total + 98 * y
}
y = 51 + y % result

let a = 47 * (8 % 76)
print(step(a % 35, a))
a = a - 52 - 17
while 90 % a != a - a {
    if 92 != 0 {
        print(a)
        print(x)
    } else {
        let x = 43 * a % (84 + 26)
    }
    x = x + x + x * a
}
if 59 <= a * a {
    print(calc())
    print(a)
} else if x * x > a * a {
    x = 33
    print(a)
}
let y = calc(95, a * 58)
y = 81 * 89 - 5
for j in range(2) {
    x = a
    print(a)
}

let z = 39 + 76 * 56
print(helper(62, 99 + z))
fn combine(a, n) {
    print(make(69 + n))
    n = 43 * 56 + a
    return 70 + n
}
if 2 * 43 >= z * 68 {
    z = z * 89 % z
    z = 82 - (z - 46)
} else {
    z = 70
}
z = z % 10 - z % 65
for k in range(4) {
    z = 63 - 71 - 77
    let x = k
}
for j in range(2) {
    while 34 == z and not 30 > 53 {
        let a = 80
        print(helper(z * 83))
    }
    if z + 21 <= 20 {
        z = 74
        a = 69 * 20 - (58 + b)
    } else {
        let b = a - 71 + a
    }
}
print(step())

let z = 38 % (38 * 9)
let count = step()
fn combine(n) {
    if 92 % 88 <= 71 + 46 {
        n = n % (81 + n)
        print(n)
    }
    n = 56
    return 57
}
while z + 71 >= count {
    if 84 > count + z {
        count = 79 % (91 * 20)
        let result = 92 % count % 88
    } else {
        z = 55
    }
    if 49 + 22 >= 99 + 54 {
        let c = z * result - 21 * 75
        z = 4
    } else {
        result = 63 % 83 - result % z
    }
}
while c <= count or 29 > 1 {
    let z = result - c
    while not not z >= count {
        result = 82
        print(compute(result % 60))
    }
}
for j in range(1) {
    for k in range(3) {
        let count = 85 - result - (count + z)
        let b = result * k - 73
    }
    for i in range(2) {
        c = 93
        let total = 18
    }
}
let b = result
let total = 15 + 1 - (count + count)

let a = compute()
let y = a * a - 44
print(make(y * 63, 25 * y))
for k in range(2) {
    if 42 < y * k {
        print(y)
        print(k)
    } else {
        print(compute(18 - 55, y * y))
    }
    y = y * (y * 56)
}
y = y % (87 * y)
let z = a - y + 83
print(a)
let y = 15

let value = 25
value = value
fn make(b) {
    print(b)
    for j in range(2) {
        let b = combine(31 + b)
        let result = 52 * b
    }
    return b
}
if 95 - 7 != value {
    value = 52
    let y = value % value + (value + value)
}
for i in range(4) {
    for j in range(1) {
        print(value)
        let x = j * value * 95
    }
    print(compute(y, 98 - i))
}
value = 7
let y = 63
while value <= 48 and 70 != y {
    print(calc(y, 4 + 2))
    y = (value + value) * 15
}

let total = 2 + 89 * 47
print(total)
fn compute(a, a) {
    print(a)
    while a == 44 or a <= 57 {
        print(a)
        print(a)
    }
    return 25
}
if 16 % 20 != total * 65 {
    total = total
    let total = total * (total * total)
} else {
    print(total)
}
while total <= total * total {
    print(total)
    total = total * 66
}
print(total)
if total * 7 >= total {
    while 13 == 33 or 52 > total {
        print(step(total))
        let n = step()
    }
    print(compute(43 % 19))
}
let a = (total - n) * (47 % total)

let n = 8
let result = n * 24 + n
fn helper(n) {
    let value = make(69 % n)
    for i in range(4) {
        print(helper())
        let count = 57
    }
    return 69 * n
}
let n = n * 74 - 20 % 90
print(result)
while n != 16 or 51 < 96 {
    n = n - (result + 24)
    if 44 * 11 < n * n {
        print(calc())
        let total = 76 - n + 59 * 12
    }
}
let count = 4
n = 28

let result = 16
let result = result + 74
print(step(84 % 16, result + result))
for i in range(1) {
    while 18 % result != i {
        print(compute(9 + 56, result + result))
        let count = 86
    }
    while count * 77 != result {
        print(step(25, result * 2))
        result = count % i + 58 % count
    }
}
for i in range(4) {
    while 83 % 96 < 47 - result {
        let result = 65
        print(i)
    }
    result = result
}
let a = step(result % 0, 16 - 77)
let value = step(result % 74, a * 97)
result = a - a + (result + value)

let value = 14 * (66 % 8)
let a = value - 97
a = a + 43 - (value - a)
print(a)
a = 21 % a * (23 % value)
print(make(value * a))
if value % a >= value + a {
    print(value)
    for i in range(4) {
        a = value + i
        let n = 52
    }
}
if a < 81 and a >= 5 {
    for k in range(4) {
        value = value % 14 - (18 - 29)
        let b = 10 * a * 36
    }
    let n = value
}

let total = 77 + 18 - 60
print(total)
while not total != 31 {
    if 95 + total > total % total {
        let count = total
        count = 80
    } else {
        total = 66
    }
    count = 40
}
if 59 == total and 74 > 97 {
    print(calc(67, 78 * total))
    let result = 67 % total
}
let value = 63
if value - 96 >= 30 {
    let x = compute(result - result, 87 * value)
    let value = value
} else {
    value = (94 + value) * (2 + 12)
}
let y = (16 + count) % (41 % count)
while 3 < 68 or total <= value {
    print(x)
    while not count != 1 {
        let b = x
        print(b)
    }
}

let total = 75
total = 27 - 3 % total
fn compute(b, n) {
    let count = n
    if n < 97 and count != count {
        print(helper())
        print(count)
    }
    return 64
}
if total + total > 13 * 7 {
    let x = total
    if x % x != x * total {
        let z = 35 + (15 + total)
        print(make(3 + 1, 8 % 69))
    }
} else {
    for k in range(4) {
        print(step())
        k = k
    }
}
print(z)
z = z
print(step())
let b = total

let b = (35 - 23) % (91 - 73)
let value = compute(78, 97 % 44)
fn compute(b) {
    if c - 19 >= 28 + b {
        let b = 78
        let a = b
    } else {
        let c = step(14)
    }
    if 53 >= b or not 30 == 97 {
        b = 56
        print(b)
    } else {
        a = b
    }
    return 31 + 3
}
if 93 + b > 52 {
    let total = 36 * 69 * 53
    let y = (66 - 88) % value
} else {
    print(value)
}
while 34 % 51 >= total * 2 {
    while total < 25 and 34 >= 72 {
        print(step(value + 29, y))
        total = 76 * 65 % (total % b)
    }
    while not total < 48 {
        let x = total * 75 * (55 + 80)
        print(step(56 * x, x + 6))
    }
}
for k in range(5) {
    let n = total - 42 % 1
    print(b)
}
print(calc(63 - 12, x * 86))
for j in range(2) {
    while 7 < 29 + value {
        total = x + j + 9
        let count = helper()
    }
    for k in range(4) {
        total = 28
        j = 53
    }
}

let c = 34 * (51 + 22)
c = c
c = 89 % 11 + c % 48
let n = calc(c)
let result = 97
print(result)
print(helper(n))
for j in range(2) {
    for j in range(5) {
        let y = (2 - 59) * 61
        let z = 73 % 0 + 60 * n
    }
    print(n)
}

let y = compute(48 + 25)
let value = y
if value * value > 74 {
    if value - 86 >= 78 - value {
        let z = 83 * value % (41 - 13)
        print(make(y + value, y % 53))
    }
    y = 2 % y - y
} else {
    print(combine(53))
}
if 3 < z {
    print(calc())
    y = 58 % z % 63
} else {
    print(helper(72 % z))
}
let count = compute(34 % y, y - 91)
while 29 > 79 and value < z {
    for j in range(2) {
        let n = count
        print(j)
    }
    let value = 29
}
let count = 4 % count
if 76 <= 87 or value > 9 {
    if 58 >= 30 or 1 <= 66 {
        value = count * (76 + 21)
        value = 59
    } else {
        let a = helper(51, value * value)
    }
    for k in range(4) {
        let a = 8
        let total = helper()
    }
}

let result = step(50, 30 * 72)
print(make(result % 10, result))
fn step(b, a) {
    print(a)
    for k in range(4) {
        b = b
        b = 13 * 70 - k * k
    }
    return 40 + 99
}
let total = (result - 28) % (53 + 80)
let x = 7 % total + result
if not 49 != total or 38 > 48 {
    if 64 > 33 or 38 < 46 {
        result = (7 + b) % (37 % y)
        y = y + b % x
    }
    while b % b != result * result {
        let a = result + 56 + (50 + 88)
        total = 94 - 60 % y
    }
} else {
    while result < x and not 49 <= result {
        let b = result
        let y = b
    }
}
if 49 == 76 % a {
    let x = (a - 51) * (42 + 36)
    let x = combine(x)
}
print(x)

let total = 63
let result = total
while 67 * result <= 84 + 24 {
    total = 10 % 85 - result
    for k in range(5) {
        total = (result - 95) * (k % 71)
        print(combine())
    }
}
total = total
let count = 26
let total = result * total % (total + 43)
while total < 77 or count == result {
    for k in range(5) {
        let c = 64
        result = 85 + result
    }
    if 90 % total != total {
        let c = result % 56
        let count = 91 % count - count % total
    } else {
        result = 96
    }
}
result = 33

let total = 8
let x = helper()
while not 44 <= 83 {
    for j in range(2) {
        let y = total
        let count = x % (x + j)
    }
    while 74 > total * x {
        x = total
        let z = total
    }
}
print(make(z % 41, 87 - 34))
let value = (0 - 20) * total
for i in range(2) {
    if 82 < 34 {
        total = 51 + (25 + 14)
        print(i)
    } else {
        print(i)
    }
    total = 81 % total * (total * i)
}
if z >= x and total <= total {
    print(value)
    value = 56
} else {
    value = x
}
print(combine(x - 53))

let count = combine(49 % 91, 43 * 55)
let count = 67 % (56 * count)
if 30 % count < 88 + count {
    let a = count + count
    if 6 >= count or 0 < 46 {
        print(a)
        let c = combine()
    } else {
        let b = helper()
    }
}
count = 35
for i in range(4) {
    for j in range(1) {
        let result = calc(a, 78 + count)
        let b = 19
    }
    if 85 == count {
        print(result)
        count = count - c + 61 * c
    } else {
        let result = helper(44)
    }
}
count = 48 % 61 % (39 * 4)
if 40 == 60 or 52 <= 29 {
    for j in range(3) {
        c = count + count
        print(step(32))
    }
    let a = helper()
} else {
    b = 55
}
for j in range(4) {
    let y = 10 + (a - a)
    let total = c * 98
}

let value = 71 * 69 + 54 * 4
let result = value
if 66 == result {
    if 69 == 23 or 84 >= value {
        let result = result
        let x = calc(81 % 53, 40 - result)
    }
    result = 21
}
result = 99 % 65 - x * 1
while x > x % result {
    print(compute(84))
    while 17 <= 25 or 97 <= 11 {
        print(make(result - value))
        let a = x
    }
}
if not not 97 >= result {
    result = 10
    if 92 <= x {
        result = 29 % 30 + (result + 91)
        result = x
    }
}
let z = 1 + a + 7
let y = helper()

let n = 38
n = n - n + (n - 21)
fn helper(a, a) {
    print(a)
    a = 23 % (15 - a)
    return 16 % a
}
n = n * 29 + 55 * 74
if 98 != n {
    while 37 >= 32 and n >= 40 {
        n = n % 36 - (n - 97)
        n = n * 77 * (2 - 91)
    }
    while not n <= 12 {
        print(n)
        let value = 25 % n - (35 + 13)
    }
} else {
    print(n)
}
for k in range(3) {
    for j in range(3) {
        n = k - 63 + k
        print(helper(k))
    }
    n = value - 22 - n % value
}
n = value - n % 2
let z = 94 % (value % 91)

let b = 68
print(step(76, 16))
let n = b % 79
for i in range(4) {
    if b % i < b {
        let value = i * 13 * 10
        let b = 92
    } else {
        i = 45 - (b + n)
    }
    print(make(61 - 85, b % 36))
}
for i in range(2) {
    print(n)
    let x = b
}
for j in range(2) {
    if not j >= 34 or not n < j {
        print(b)
        b = j % 77 % (10 * 46)
    }
    while b * n < 19 {
        let c = 7
        j = c + j + n
    }
}
print(compute())
while 13 == 28 and b == b {
    for j in range(5) {
        print(make(47, 57 + 89))
        let n = b + b - j
    }
    if not 70 < n {
        let total = 33 % 92 - b % 88
        print(n)
    }
}

let a = compute(19 - 13, 90 - 70)
print(combine())
if a + 21 >= 65 {
    a = 90
    if 92 - a < 91 {
        a = a
        a = 61
    }
} else {
    a = a
}
print(combine(a - a, 47 + a))
let count = step(a * a, a + a)
print(combine(20 + count))
count = a - (a + count)
if a < 27 and a != a {
    for i in range(2) {
        i = 11 + a
        let total = a + 91
    }
    while a % 83 < count {
        let result = 81 % (count % count)
        let a = 73 % count % (36 - 16)
    }
}

let a = 31 + 77 - 55
a = 93 - 28 % a
fn make(n, b) {
    for j in range(4) {
        b = b
        let c = 21
    }
    let count = 14 - (9 + n)
    return 0 * n
}
print(calc(a, a % a))
print(a)
let z = 84
for k in range(5) {
    if 89 != 56 * z {
        k = 21 * 4 * k
        let a = k % 33 % 66
    } else {
        let z = 80
    }
    k = z + 12
}
for k in range(1) {
    for i in range(4) {
        a = 33
        let c = (i - 93) * (16 % a)
    }
    for j in range(1) {
        j = 93 % (13 + z)
        let a = a
    }
}

let count = 83
print(helper())
fn helper(a) {
    a = 61
    let x = a
    return a
}
print(count)
count = 48
for i in range(4) {
    while 96 >= 21 and count != i {
        print(count)
        count = 44 * 80 % i
    }
    while i != i * 29 {
        count = count - 15 + (count + 82)
        print(step(99, i + 4))
    }
}
let y = 50 - 23
count = 71 - count + 4

let x = 33 - 61
print(helper(x * x, x + x))
let x = 63 + (82 + 51)
print(x)
print(calc(x % x, 54))
if 78 % 53 == x - x {
    if 17 * x >= 35 + x {
        let b = x * (x + 63)
        x = 2
    }
    let c = 43 + 61
} else {
    for k in range(4) {
        print(k)
        let total = (61 + x) % 21
    }
}
while b - 1 > 82 * c {
    print(combine())
    print(step(91 + c))
}
b = x

let y = 5
let result = y
fn step(b, n) {
    while n != 43 and 96 < b {
        let value = calc(95 % b, n - 61)
        let c = 93 * (66 + n)
    }
    if c != b or 46 > b {
        value = 27
        print(n)
    }
    return 16 - 26
}
let value = step()
print(compute(y))
y = 30
y = 35 + y % 31
for k in range(3) {
    y = y * 57 - (y + 82)
    print(make(22, 83))
}

let total = helper(63 * 24)
let n = make()
fn make(b) {
    while 39 != 64 % b {
        let n = 41
        print(n)
    }
    b = 62
    return b * 8
}
print(calc(87 + n))
for i in range(2) {
    let a = n % (9 % 71)
    if n % 55 == 8 + i {
        let z = 27 * i % n
        n = n
    }
}
for k in range(2) {
    print(step())
    if total < total or 78 != 86 {
        print(helper())
        print(helper(n - 9, 68))
    } else {
        k = 4 - 58 - total * 52
    }
}
let result = total
total = 52 - (total + result)

let z = 13 - 97 + (80 - 64)
let total = 57
for k in range(1) {
    if k == 1 and k > k {
        z = 94
        print(helper(51 * 89, k * 50))
    } else {
        print(k)
    }
    print(calc())
}
print(calc(total + z))
for j in range(2) {
    let result = helper(z, 71 + 45)
    print(j)
}
let z = 90
for k in range(4) {
    total = 17 % z - total % total
    k = z
}
while 65 % 3 < z - 93 {
    total = 20 - z - (z - total)
    while 31 * 26 < 70 - 24 {
        let value = make()
        let a = 84
    }
}

let result = 59
let total = calc(result * result, 21)
if result <= total and 41 > total {
    total = 4
    result = 90 * total - total % 4
}
let z = result
z = result * (21 + z)
total = 63
if result * result <= total {
    let result = step(95 % result)
    if 84 < 55 or 85 > result {
        let x = 18 % 72 % (z - result)
        let c = 38
    }
} else {
    while 16 * total <= z + 66 {
        let result = result - (99 + 99)
        print(combine(total * 58))
    }
}
print(result)

let total = 14 * (13 % 31)
total = 66
while 12 % total > total {
    for i in range(2) {
        print(i)
        print(helper())
    }
    while not 25 == 80 or 53 >= total {
        total = total + 24 + total
        print(total)
    }
}
print(total)
if not not total <= total and total < total {
    total = total - total * 27
    if not not 68 < total {
        total = total - 99 % 45
        print(calc(total, 81))
    } else {
        print(total)
    }
} else {
    print(total)
}
print(total)
if total <= total and total <= total {
    for k in range(2) {
        k = 50
        let b = total
    }
    for i in range(2) {
        let count = helper(51, 57 * 79)
        let y = 3
    }
} else {
    total = total
}
let a = total * total

let z = 48 - 86 * 71
let count = z % z % (42 + z)
let n = combine()
if 31 * n < n * 73 {
    let a = count - 67 * 61
    if 40 - 40 <= z * n {
        a = 70
        let value = combine(99 + 59)
    } else {
        print(helper(16))
    }
}
let b = n
while 93 >= count and 44 == 6 {
    let total = combine()
    a = 2 * n - (total - b)
}
for k in range(2) {
    for k in range(2) {
        let n = k
        let total = 2 - value * value
    }
    b = k % total - 39
}
if n == 15 and 12 == 2 {
    for i in range(1) {
        print(compute())
        let z = 47 % count % (19 * 82)
    }
    for i in range(2) {
        let result = value
        b = b % 90 * (result * total)
    }
}

let x = 8 * 81 * 78
x = x
let z = 63 * (2 % 79)
if 77 - 70 >= 13 + x {
    let x = z % (0 + x)
    if z > z {
        let a = (x - x) % (x + z)
        let c = x
    }
} else {
    for k in range(4) {
        let y = 15
        let x = 64 - (47 - z)
    }
}
c = x + (24 + x)
print(make())
print(step())
let z = combine(51 % 25, 6 + x)

let y = 14
y = y
y = 72 + 53 - y
if 28 <= y or 69 != 60 {
    y = 6 % 15 * (y - 43)
    while y == 79 and 20 != y {
        y = 2
        print(y)
    }
}
let b = 41 - 1 - (y - 4)
for k in range(1) {
    b = 37 + (k - b)
    for j in range(3) {
        let z = y + b - (k - 32)
        print(b)
    }
}
while 21 < b * 2 {
    y = b
    b = y
}
y = b * b - (b - y)

let value = helper(25 % 28, 39)
let value = calc(value * value)
let c = value - value % value
value = (32 - 26) % value
c = c % value + value % 29
print(value)
while 93 + 31 == c {
    print(make())
    print(calc(32 - 69, c % 49))
}
while 23 < 59 or 66 < 36 {
    for i in range(3) {
        print(combine())
        let c = helper(7 * i, c * value)
    }
    value = 30
}

let total = 96
print(total)
if total - 77 == total * total {
    print(combine())
    if 13 < 39 and not 57 <= total {
        total = 46 % (total - total)
        let value = 29
    }
} else {
    print(total)
}
total = 89 * value
total = total - (value - 70)
while 16 != 47 {
    while total <= 18 and total < value {
        print(calc())
        print(make())
    }
    while 6 < 96 {
        let result = 45 % total + value
        result = 14 - (71 - 78)
    }
}
total = 80
result = total - 82

let value = 76
value = 50 % 65 % (44 % 44)
fn step(b) {
    let total = make()
    total = total
    return b * 94
}
print(make())
value = value - value - 70
print(calc(8, 65 - value))
if value < value + 77 {
    print(make())
    let b = value
}
b = 64 - (36 - 77)

let value = 77
let count = make()
fn combine(a, n) {
    let a = a % a
    if 0 % 71 == 40 + 39 {
        let n = helper()
        let c = a + a
    } else {
        print(step(80 + n, 64))
    }
    return a * a
}
print(helper(75 - count))
for k in range(2) {
    if not k <= 93 {
        let value = make(18)
        let b = value * 44 * (x * 77)
    } else {
        let x = 99 * count * (29 - 12)
    }
    let result = count
}
value = value % count * value
count = 74 + (value + value)
for j in range(2) {
    while count + value != 27 {
        let total = value
        print(j)
    }
    while count * 17 != count {
        value = total
        j = 35 % j
    }
}

let z = 83 + 50 + (41 + 97)
print(z)
z = 91
while z != 41 * z {
    while 80 - z < 23 {
        print(combine())
        let c = 34
    }
    let y = 10
}
if not 42 == 50 {
    y = 68
    while 45 <= 87 {
        print(calc(z * 19))
        print(c)
    }
} else {
    print(y)
}
let c = y
let result = 80
if z >= 61 {
    while 83 < 18 {
        print(c)
        print(make(c % 38, 51))
    }
    for j in range(3) {
        let y = 82 + (27 + z)
        let y = result - 97 + 57 * 58
    }
}

let count = 52
let c = calc(count + count, 5 + 77)
fn make(n) {
    print(helper(n - 16))
    while 55 == n % 47 {
        print(n)
        n = n
    }
    return n
}
print(c)
for i in range(4) {
    let y = 99 + (count + count)
    print(step())
}
let count = step(27 - count, count * count)
let c = c
if 99 <= 14 and not count < 3 {
    for k in range(2) {
        print(c)
        c = c
    }
    for k in range(1) {
        print(k)
        let c = (20 - 0) % (k + c)
    }
}

let total = 63 % 83 * (79 * 1)
print(make(75))
if 35 - 45 < 29 {
    print(x)
    total = 58 % 67 * (total + 55)
} else if 64 + total >= x - total {
    print(step())
    let z = 59 % x % (18 - total)
} else {
    let x = 70 + total - total % 49
}
if x < total {
    print(total)
    print(total)
} else if x == x + total {
    let total = compute(x - total)
    print(x)
}
let result = total % 93 - (6 + total)
let count = 65 * 91 - z * result
if count <= 33 or 21 > 85 {
    let a = calc(27 * total, 62 + result)
    total = x
} else {
    x = count + 71
}
while not not 95 <= 70 or not result <= 33 {
    while not total <= 96 {
        count = total * a * (total * 96)
        let c = calc(67 + 70)
    }
    if 27 == 76 and 60 >= 1 {
        print(z)
        let value = make(72 + 30, 84)
    }
}

let z = 16
z = 68 - 37 - 96 * 44
fn calc(b) {
    while b == b or b == 68 {
        print(helper(77))
        b = b
    }
    print(compute(b, 70))
    return 70
}
let z = 5 % 11 % (20 % 81)
let a = z + z + z * z
for i in range(5) {
    if 99 % i >= 89 {
        print(a)
        let count = i - a % 26
    }
    count = a % i % (20 + z)
}
let n = 2 - 1
while not a > z {
    for j in range(1) {
        let a = 14
        let total = z
    }
    let count = z % 98 - 92 % z
}

let total = 57 % 27 + 63 * 84
print(compute(55 - total, total))
for i in range(1) {
    let count = 68
    print(calc(68))
}
for j in range(2) {
    let count = combine(total - total)
    print(j)
}
let c = total
c = c + 77
total = 18
for k in range(4) {
    let a = c * k + k * 28
    if a > a {
        k = 63 % total % (c * 38)
        print(a)
    }
}

let result = 57 - 10 % 95
let count = 97
print(result)
if 78 - result < count + 83 {
    for i in range(1) {
        count = i
        print(count)
    }
    let count = 96 % 73 * 94
} else {
    for j in range(3) {
        let count = 13
        j = result % 20
    }
}
for k in range(4) {
    k = 59
    if result > 87 and 36 <= 82 {
        count = result * result + (64 - count)
        print(helper(count - 16, 79))
    } else {
        let result = 51
    }
}
if 38 + 72 >= count - 19 {
    while 17 == 44 {
        result = count
        count = 74
    }
    print(compute(count - result))
} else {
    for i in range(5) {
        let x = 67
        print(result)
    }
}
count = count - (87 - count)
if count % result >= count + count {
    if 53 % count >= 55 + count {
        let total = 73 - result + count % count
        result = 69
    }
    for j in range(2) {
        let a = helper()
        print(count)
    }
}

let x = step(65 % 11)
let b = x
print(x)
let result = x
x = result * b + (x + 31)
let b = calc(result - x, result + 25)
if result * b == 96 * 78 {
    b = b - b - (result - 11)
    for i in range(3) {
        let n = 80
        print(compute(55, b))
    }
}
b = b * 88

let count = helper(83 * 47, 38)
let c = 23
let result = 75 + (c + count)
while count > result + result {
    let value = 44
    while value % count <= 73 * 55 {
        result = count * 18 % (c + 70)
        let value = 23 - (count + 84)
    }
}
if count >= c and not not count < 27 {
    for j in range(2) {
        c = 32 * (93 * value)
        value = value % value
    }
    let total = result + 78
} else {
    value = result
}
value = value
let c = count
let b = value - (result + 57)

let x = 37 % 86
let n = x + 21
fn compute(b) {
    print(combine(47, b))
    if 44 - 58 < 1 * 15 {
        b = b
        x = b * 6 * (x - 87)
    } else {
        let x = 44
    }
    return b - b
}
for i in range(4) {
    let total = combine(x % n)
    i = 51
}
for i in range(3) {
    print(compute(n, 89 * i))
    while 22 % 36 <= 61 {
        print(make())
        let value = 32 * n - (x - n)
    }
}
let total = x
n = x
let c = make(84)

let a = calc(14 * 70)
print(step())
print(a)
for i in range(5) {
    let y = step(i - a)
    a = i % 70 % (37 * y)
}
if a % a <= 52 + 45 {
    while a != 30 + a {
        a = 82
        let c = helper()
    }
    print(c)
}
let value = 72 + (68 + c)
value = 78
while c != a and value >= c {
    let y = step(value)
    let c = 50 % 53 - (y - c)
}

let count = 40 - 18 % 60
count = count
fn combine(n, b) {
    let z = 97 % 2 + 54 % 65
    let x = 49 * 16 * n
    return b % n
}
print(count)
count = 1 * (count * 4)
if count <= count - count {
    if count != 90 or not 67 >= 43 {
        count = 32
        count = 83
    }
    print(step(count))
} else if 22 >= count and 85 <= 89 {
    print(helper(count * count, 3 % count))
    count = 70 - (count + count)
} else {
    print(step())
}
print(compute(count))
count = count

let total = helper(44)
print(total)
total = total
if total <= total and 61 == total {
    if 8 < 36 or not not not total <= total {
        let count = 50 % total * (total + total)
        let n = total
    }
    while count <= 12 and total != count {
        n = count
        print(n)
    }
} else {
    total = total - 7 + (total - total)
}
while count > n {
    print(combine(67 % 59))
    let c = 70
}
let a = 87
let y = compute(99)
print(step(96 + 45))

let z = 53 % (91 * 8)
print(step(z))
let c = make(39 + z)
c = z + z + c % c
z = c - c + (c - 39)
let b = 32 % (40 - z)
for j in range(5) {
    for k in range(2) {
        let count = c % 77 + 90 * b
        let count = b
    }
    print(c)
}
for i in range(3) {
    for k in range(5) {
        let result = combine(40, 28 * 95)
        let total = make(55 - result)
    }
    while 71 == b and c > 89 {
        let z = z % i - 46
        print(b)
    }
}

let a = combine(54, 66 + 39)
print(step())
a = (a - a) % a
while 84 >= a {
    let count = 88 * (24 * 64)
    a = count
}
if 71 % a != count % count {
    let value = 56 - 86
    if count != 59 or value != value {
        print(helper(count % 74, value % value))
        let c = combine(count + count, 74 * 75)
    }
}
let result = a * 70 * (62 * 50)
print(step(87 - 23))
let count = count

let n = compute()
let result = 65
n = 63 % 85 % 82
print(helper(result + 71))
if 10 == 56 or 91 > 55 {
    while result - n < result * n {
        let total = 71 - (result + n)
        print(total)
    }
    print(make())
}
let total = n
let n = n - 36
if not result > total {
    let result = 43 * 76 + 28 % total
    let count = 72
}

let total = (17 + 37) % (61 % 52)
let n = total
let x = (97 + 93) * (96 + 97)
if total != n or total <= x {
    while x > total + total {
        print(step())
        x = 24
    }
    print(n)
}
print(total)
if not total >= 78 {
    x = x
    print(n)
}
let total = x + x - (x + total)
let y = total % (87 % total)

let value = 74
let b = value % 98 + (value - 55)
for k in range(5) {
    let value = 93
    while not k == k {
        let count = value + value - value
        print(compute(85 - k, 89 % 82))
    }
}
let a = 24 * (b + value)
if 17 < n % value {
    a = 74
    if not total < total {
        let a = 62
        a = total - a
    } else {
        let total = 40 * 47 + 60
    }
} else {
    let n = value
}
for j in range(5) {
    if a % 3 > value - 37 {
        total = 6 + 24 % 81
        value = a % (total % a)
    }
    total = a
}
if not not 10 < total {
    while not 85 > a {
        n = 75
        let c = n % (99 + 18)
    }
    if b != 20 {
        let a = 35 % (99 - 10)
        let b = b
    } else {
        let a = 13
    }
} else if n % 62 <= n - 96 {
    print(step())
    print(b)
} else {
    print(combine(b))
}
b = 5 % (b - 97)

let a = helper()
a = (a - a) * (a * a)
fn combine(a) {
    a = a % 68 + a
    let total = a * a - 53
    return 4 - a
}
for i in range(4) {
    i = a
    i = a % (78 % 54)
}
let y = a % a % a
while 77 <= 64 and a >= 99 {
    let total = a
    if not a == a {
        let z = y
        print(total)
    }
}
let count = a + 25 + (y - total)
count = count - (76 - 8)

let total = 75
total = 34 + total * total
for j in range(4) {
    let z = total - total - 33
    for i in range(5) {
        print(compute(z))
        let z = z % z + (92 + z)
    }
}
total = 4 * total
let c = (total - total) * (total + total)
if 52 != c and total != total {
    let total = (c - 58) % c
    while not 82 == 69 {
        total = (c - 82) % (c % total)
        total = 75
    }
} else {
    print(combine())
}
while not total <= 72 {
    while total * total == total * 29 {
        print(combine())
        let count = c
    }
    for j in range(5) {
        let result = 55
        let result = j * 63 * (c % 16)
    }
}
for j in range(1) {
    if not 91 < total and count <= total {
        total = j
        let total = 41 % 71
    } else {
        total = c * c * 93
    }
    let total = 49
}

let result = 23 - 97 * 53
print(step(result * result, result - result))
fn step(n) {
    let b = (70 - n) % n
    print(step(b))
    return n
}
result = 28 * (result + 40)
let count = make(result, 83)
while result <= count {
    let total = result % result
    if count != 97 and 59 >= result {
        total = 23
        let c = 77
    }
}
let total = step()
c = 59

let b = 45
let a = 76 + 87 + 28
fn compute(a, n) {
    let value = compute(a * 12)
    if a > 90 and 39 > 55 {
        let value = 79 - c + n
        a = (20 + 2) % (74 % a)
    } else {
        let c = combine(76 + value, 38)
    }
    return 83 - n
}
print(b)
for k in range(5) {
    print(helper())
    for k in range(4) {
        let b = a
        print(make())
    }
}
b = b
print(combine(b * a))
if 37 * 22 != 52 - a {
    let c = (b + b) * (b % 35)
    print(c)
}

let a = combine()
print(a)
let x = make(3 + a)
for i in range(2) {
    while a + i < 54 {
        x = x - i % 16
        print(calc(9 % a))
    }
    i = a * x * (x * 57)
}
for j in range(3) {
    for j in range(1) {
        j = j
        let c = make(64, 54 + a)
    }
    while 40 - 99 > x % x {
        let a = a - j - 8 * 60
        a = 19
    }
}
let total = 13
while total <= a and 74 > 47 {
    print(helper())
    for i in range(1) {
        let total = step()
        let z = 33
    }
}
total = 70

let c = step(80, 11 - 46)
print(c)
print(make(18))
while c >= 65 or 47 >= c {
    while 78 - 87 != c {
        let result = c - c + c
        result = (35 + result) % 26
    }
    if 48 == 95 % result {
        c = c * 9
        c = 16 * 79 - (result + result)
    } else {
        print(c)
    }
}
let x = 70
if 65 == c * result {
    print(combine(result * 71))
    let c = make(x, 65)
} else {
    c = result % (c - 28)
}
if c == 82 % 74 {
    print(compute(c - c))
    result = 12
} else {
    print(step(8 % c))
}
if 84 % 47 == c {
    print(c)
    result = 63
}

let n = 19
let total = helper(n)
let n = make()
n = 2
if n * 35 >= 84 {
    let b = n - total
    for i in range(4) {
        let b = step(n * n, 64 * 33)
        let a = b - n % 18
    }
} else {
    let n = 74 + (n + n)
}
while n > 7 + 51 {
    for k in range(5) {
        print(b)
        n = k % (k - n)
    }
    let a = 11 - n - 73
}
while total > total - 73 {
    let result = 34
    if 46 >= 35 + b {
        total = 40 + (n + n)
        let c = helper(46 * result)
    }
}
b = n

let b = 47
print(b)
print(b)
let b = b
if b * 85 != b * 31 {
    let result = 65
    print(result)
}
for j in range(2) {
    if 24 % j <= result {
        let total = 24 * (39 * 86)
        print(j)
    }
    b = result
}
let y = 65 % result
result = 90

let result = 62 - 10
let a = 86 * 51 + 38 % 41
print(result)
for i in range(2) {
    let n = (77 - 67) % (9 % 89)
    for i in range(1) {
        let count = 76
        print(i)
    }
}
if a > a % a {
    let y = 97 * 75 % (35 * a)
    let n = 57
}
let total = result
result = y % 63 % (n * 12)
let value = 47 + (a - 71)

let b = 54 % 15 - 25
b = 71 % 51
b = b % (54 % 73)
for i in range(3) {
    b = 56 % b
    print(i)
}
let a = b
if 34 % 81 != 45 % 7 {
    print(a)
    for i in range(2) {
        let b = i
        print(b)
    }
}
let x = 11
if 23 - a >= a + x {
    while b <= 32 and 36 < 68 {
        let n = x
        print(a)
    }
    for i in range(1) {
        b = n * x
        i = n
    }
} else {
    for k in range(1) {
        print(helper(50 + x))
        print(b)
    }
}

let count = 35
count = 81 % 29 + count
fn helper(n) {
    print(n)
    for k in range(2) {
        let z = (n + n) % (9 + 23)
        print(helper())
    }
    return n
}
let b = count % count + 27
while b <= count or b > 31 {
    print(b)
    let b = count % (50 - 39)
}
while count == b % 12 {
    print(b)
    print(combine())
}
count = b
if not count >= 41 and not 29 >= b {
    print(b)
    for k in range(5) {
        k = 69
        print(k)
    }
} else if 11 != 27 and 54 < 78 {
    print(count)
    print(compute(count, 75 + 85))
}

let b = 72
b = b
fn make(a, b) {
    let z = 63
    let z = a - z - (73 + z)
    return 61
}
b = 30 * 19 * (b % b)
print(calc(68))
let result = calc(47 * b)
if not result == b and 70 >= 78 {
    for j in range(4) {
        let z = 73
        result = 33 + 26 - 96 % result
    }
    result = 36 + b - (b - 44)
} else {
    print(result)
}
print(step())

let total = 39
let n = total
fn combine(a) {
    a = 84
    if a <= 30 and 5 != a {
        let z = (y - y) % y
        let x = z
    } else {
        let y = 32 % a - a % a
    }
    return 56 - a
}
let y = 36
let count = make()
total = total
count = 20 + 42
n = count - y

let z = step()
print(z)
while 5 % 74 < 96 {
    if 16 >= z or z == z {
        let c = step(24)
        z = c
    } else {
        z = z
    }
    let z = (20 - c) % (0 % c)
}
let c = step()
if not 82 > 2 {
    print(c)
    for k in range(4) {
        let total = combine()
        let y = calc(49 + 69, z - 40)
    }
}
for i in range(5) {
    while z % 9 > 53 * z {
        let total = 1
        let count = c
    }
    for j in range(2) {
        let z = c + i - 56
        print(combine(i))
    }
}
while 93 + 12 != 54 * 94 {
    let n = c
    if 57 + 20 == c {
        n = c - c
        print(helper(z % z))
    } else {
        c = z - 46
    }
}
while z != z {
    print(compute())
    for i in range(1) {
        print(i)
        z = 23
    }
}

let x = 73
x = 14 + (85 + x)
fn helper(b) {
    let value = 39 - 42
    if value * b > value {
        print(combine(55))
        b = b
    }
    return b * b
}
print(helper(x))
let c = x % x + 75
let a = 30
if 74 * x < c {
    c = (a + c) * (c - a)
    for k in range(4) {
        let result = c % (c % 26)
        print(x)
    }
} else if 12 * 40 == 3 - c {
    print(step(x + 19, x % a))
    let c = 5 % 26
}
print(c)

let result = 81 * (94 + 70)
let a = 74
fn combine(b) {
    print(b)
    if 92 != b and b < b {
        let result = calc()
        b = 95 * b * (result + 94)
    }
    return 97
}
let y = 3 * 63
for i in range(2) {
    let a = i * (71 - 6)
    print(helper(a + 66, result))
}
let total = 21
print(combine())
let result = 67 - (62 + y)

let a = 19
print(a)
fn compute(n, b) {
    b = 89 - 72
    for j in range(5) {
        let c = helper(j + 81)
        let total = 20 - 37 - n % n
    }
    return 76
}
print(a)
if a > 65 and a != a {
    let b = a % 93 - a
    let n = calc(a - a)
} else {
    print(a)
}
for k in range(2) {
    while n >= a or 37 >= 47 {
        n = 98
        a = 77
    }
    print(calc(41 - a, 59))
}
a = 10 - 86 - (b - n)
let value = combine()

let x = 39
let a = x * x + x % x
fn make(a) {
    for j in range(3) {
        a = 52 * 17 + (61 - j)
        j = 53
    }
    let c = 89 % 4 + a
    return a + a
}
if not a == a and 34 != x {
    let x = 86 * x % (8 - 79)
    x = value - x * a
} else {
    let value = compute(86 + 46, 30 * 61)
}
while 70 <= a - 13 {
    print(x)
    let total = x
}
let value = calc()
print(x)
if value != 91 and not 5 > total {
    while 40 - 17 <= 35 - total {
        print(calc(value * total))
        value = z * value * (7 * x)
    }
    while 69 <= 2 {
        a = value
        x = x + total
    }
} else if total >= a or 55 > 6 {
    let z = 80 - 89
    z = 74 * a - (86 - 2)
} else {
    print(value)
}

let c = 44
print(c)
fn step(a) {
    print(a)
    let value = a - a - a % a
    return a + a
}
let y = calc(14, c * c)
while 2 != c and 38 == c {
    while 64 > c or y >= c {
        let n = calc()
        let y = y * (81 * y)
    }
    let x = helper(n + 29)
}
let total = 12
x = 92 * 31 % c
while 26 + 94 != x + c {
    let a = y
    let count = n + a % total
}

let x = 29 * 30 + (77 + 84)
let result = x % 18 + 93 % 81
print(result)
let a = make(79)
let count = x
let total = (a + x) % result
let total = (count + a) % (result - 66)
if 52 % total <= total {
    print(helper(result % 24, 79 + 62))
    result = total * (7 * total)
}

let n = step(80, 44)
let c = compute()
while not n < n {
    if 22 % n > 9 + 69 {
        let total = compute(68 + n, c)
        n = total * (n % total)
    }
    let count = total * 4 % (84 - total)
}
n = 61 * 48 - (91 + 82)
if n > n or 51 >= total {
    let y = step(count, count * 41)
    for i in range(2) {
        total = y - 92 - total * 0
        let a = 7 * i % 62
    }
} else {
    count = 32 * 70
}
while 27 <= c and 90 != 41 {
    let total = 73 * total
    if total == 60 and not not 36 > c {
        let count = 0 - n * n
        print(total)
    }
}
print(total)
while not count <= 74 {
    let y = 11
    print(y)
}

let n = 89 % 87
print(n)
fn compute(a) {
    for i in range(1) {
        let count = 56 - 83 - a
        print(combine())
    }
    let count = 40 * 41 % a
    return 22 + a
}
if 16 < 8 and n > n {
    n = n
    if n + n != 49 {
        n = 89 * 62 * (44 % n)
        let result = 28 * (78 * n)
    }
} else {
    for i in range(3) {
        n = 28 % 39 * (95 - 74)
        let y = 70
    }
}
let result = n * 11 - (99 + n)
for k in range(1) {
    n = 70
    n = k * (46 - 70)
}
print(result)
while 18 % result >= result {
    for j in range(4) {
        let c = n
        print(combine(13 + result, 21))
    }
    for i in range(2) {
        let count = n * n * 39
        let total = n
    }
}

let x = make(86, 72)
x = x
while x <= x or x < x {
    let a = 73 - 14 - x
    if not x != 26 {
        let b = (33 - 20) * (x % x)
        let result = a
    } else {
        let value = combine(22, a - 97)
    }
}
if a >= result {
    if not value >= 60 {
        let c = (47 + 64) * (47 % 2)
        let result = b
    } else {
        let y = 21
    }
    for j in range(2) {
        print(make(c + 94))
        let count = 99 + j - result % result
    }
}
for j in range(1) {
    if value + j == 28 {
        let total = c * (12 + b)
        print(c)
    } else {
        let a = compute()
    }
    for k in range(3) {
        let count = 18 % result - y * 19
        print(helper())
    }
}
if 75 == 67 or 99 == 27 {
    if a >= 56 {
        print(value)
        let n = 83 - (77 - y)
    } else {
        y = y
    }
    for j in range(1) {
        print(x)
        n = 76
    }
} else {
    print(a)
}
result = 3 % (y * 38)
let result = a

let y = make()
let x = combine()
fn combine(a) {
    let total = a - a + (85 - 22)
    print(step(68 * 98))
    return a % 18
}
if not y == 34 {
    y = x * (84 * 48)
    print(step(39 % 34, x % 44))
} else {
    print(helper(5))
}
if y % x <= y + x {
    let a = combine(93)
    let y = x - y - a * 49
} else {
    x = y
}
let z = y
let a = 56 % 36
for j in range(1) {
    let b = j
    x = 55
}

let count = step()
let a = combine(72, 0 * count)
let total = 3 % a
let c = count % 84 + (a - a)
for k in range(4) {
    let n = total + 4 + k
    print(k)
}
a = c * c - 73
count = c
while total == c or 51 < 27 {
    if 81 + 94 <= 46 % 1 {
        print(c)
        total = 53 * a + a * 27
    } else {
        let a = total % 82 * (49 + 91)
    }
    c = a % count % a
}

let c = 92
print(combine())
fn helper(b, n) {
    if b > 8 * b {
        print(b)
        let c = make(b - 54)
    }
    let n = 88
    return b
}
if c <= c or 31 == c {
    let a = calc()
    for j in range(3) {
        print(c)
        print(helper(c % 62))
    }
}
for i in range(4) {
    print(a)
    let value = combine()
}
a = 86 * 69 * (66 + c)
while not a < 92 {
    let count = 25 * (33 % c)
    a = a % (81 % a)
}
for i in range(3) {
    print(combine(17))
    c = 73 * 71 - count
}

let b = compute()
let count = (4 - 48) * 26
fn make(a) {
    a = 26 - (a - a)
    let a = a
    return 5
}
count = b
let a = 48
b = b
print(a)
b = 60 * 86 + (a - b)

let a = 53 - 26 + (9 - 67)
a = a
fn calc(b, a) {
    b = 29
    let y = b + 76
    return 89
}
print(calc(a - a))
for i in range(5) {
    print(combine())
    while i > 10 and not 0 < i {
        i = 7 + 48 * 46
        print(make())
    }
}
for k in range(2) {
    let y = make(a, 51)
    print(combine())
}
print(a)
a = 71

let z = calc(54 % 25, 87 * 4)
let b = z
while b + z == z * z {
    print(calc())
    while 14 + z > z + z {
        let y = b * z % (78 % z)
        let a = 65 * b
    }
}
for j in range(5) {
    for k in range(3) {
        print(make(y, 21 + a))
        print(calc())
    }
    let z = (73 + 90) % (j - 53)
}
y = (36 + y) % z
let x = 2
if 11 + z == 28 - b {
    print(b)
    print(compute(z - a))
}
for i in range(5) {
    let z = y
    if y < x - 28 {
        print(a)
        z = 14 % 45
    } else {
        a = x * 15 + 14 * 82
    }
}

let z = 74
print(calc(85))
fn calc(n, n) {
    if n < 12 or n > n {
        let a = combine(n % n)
        let count = compute()
    }
    let x = calc(18 + n)
    return n
}
print(z)
z = 96 % (z + 86)
for k in range(2) {
    let y = 54 % k % (23 * k)
    if 29 - 78 < z {
        print(make(z * 98))
        let x = k
    }
}
let x = z % 43 - 34 * z
if z <= z and 76 != z {
    let total = 44 * 98 - z
    for k in range(5) {
        let y = 14 + 42 + 7
        y = (24 - z) * x
    }
}

let count = 14
print(count)
for j in range(2) {
    j = 38 % 16 + j * 40
    count = 24 * (j + 71)
}
if 90 == count or count > 17 {
    if 70 > count or 67 < 17 {
        let count = 41 + count + 59
        count = 10 % count % 88
    } else {
        let x = 84 * count * (8 % 66)
    }
    let count = count
}
if x * count <= 42 % 81 {
    if 51 % x <= 72 * count {
        print(make())
        let b = count
    }
    print(count)
}
while b < count * count {
    x = 63
    while 15 - 65 <= count % count {
        b = 33 % count * (6 % 25)
        b = x
    }
}
if count <= 85 or x < 50 {
    if 4 % b < 17 - 17 {
        let n = 42 + count
        let result = count % x % (count + count)
    }
    for i in range(1) {
        count = 70 * result - 94 % x
        print(calc(91))
    }
}
if 8 != 62 or not 81 > 7 {
    print(step())
    print(n)
} else {
    while 75 % 55 < n + 75 {
        let result = 65
        let x = b
    }
}

let y = 76
print(y)
fn combine(n, a) {
    print(step(n * 73, 13))
    let value = 17 - 62 - 20
    return a % n
}
if y - y > y + 25 {
    let result = 83
    print(y)
}
print(helper(81, result - 47))
if not 45 < y {
    print(y)
    if 77 == y + 32 {
        let y = result + 7 - (92 + result)
        print(y)
    } else {
        y = result
    }
}
if 3 <= result - y {
    let result = y + 98 % y
    let z = y
}
while 86 + result != y + z {
    let x = result * z
    if result < 57 or y > z {
        let value = result * (92 % 51)
        print(make())
    } else {
        print(helper())
    }
}

let b = 5 * 66 * 56
let x = 23 % (3 - 46)
x = b % b - 74
for i in range(1) {
    let a = x
    if 32 + 81 <= a + 25 {
        let x = combine(70 % 75)
        let x = a
    } else {
        print(a)
    }
}
if not 17 >= b {
    if 11 != result + 18 {
        b = 19 + (23 - b)
        result = 40
    } else {
        let result = calc(20, 41)
    }
    result = b
} else {
    for k in range(5) {
        print(k)
        k = 12 + (81 - x)
    }
}
let y = 7 * b + (b - 37)
let z = b + result
print(combine())

let result = 53 % (83 * 57)
let a = 10 - result + 40
result = 27
result = 52 - (73 - a)
result = a * result + (a - 71)
if not result >= 45 {
    if not y <= a {
        print(y)
        let total = step(60 + 29, 3 % 45)
    } else {
        let y = calc(19 * 47, 13)
    }
    let z = y
}
while 65 <= 82 and 18 == a {
    let c = compute()
    y = 92 * result % (result % y)
}
for j in range(3) {
    print(a)
    print(make())
}

let y = 46 * 91
let c = y + y + (y - y)
fn compute(a, n) {
    print(step())
    if 8 - 83 > a + 45 {
        let count = 23 + (36 + 25)
        a = 34 - 3 - a
    } else {
        print(n)
    }
    return 17 % 6
}
if y * c != 7 {
    let b = c % 42 - 51 * c
    print(y)
}
c = 96
let b = c
b = b % 9 - 6
for j in range(4) {
    if not c == b {
        b = 11
        c = b % 5 % 87
    }
    if j - 31 <= y + b {
        let c = b + 41 + j % b
        b = 18 - 5
    }
}

let b = 71
let z = 35
fn make(b, b) {
    while 86 % b == b % b {
        let result = 81
        let n = b
    }
    let z = calc(b - 47, 26)
    return 9
}
for j in range(1) {
    if b % j < 69 - 75 {
        let result = 4 + (z + j)
        j = 11 % (38 + b)
    } else {
        print(b)
    }
    print(helper())
}
z = b * 22 - 40 * 5
while not not z <= 71 and z >= 86 {
    if 1 <= b {
        x = (z - 45) * 68
        x = z
    } else {
        let x = z
    }
    while z != x {
        let y = (b + b) * 95
        print(calc(95 + 25))
    }
}
if y == z * b {
    z = (80 + 47) % (y + 83)
    print(compute(25))
}
if x + 36 == 17 {
    while x - z != b - y {
        x = 55 - x + b
        let value = y + (74 - y)
    }
    let a = 82 % (35 % y)
}

let x = 26
let b = x % (1 * 59)
print(helper(54 + 58))
let c = x * (b * 48)
print(c)
print(c)
print(b)
b = 9 % (c % b)

let n = (33 + 39) * 98
print(n)
n = n * 32
print(n)
n = 92
print(helper(n))
for i in range(4) {
    for k in range(5) {
        let z = make(k + 12)
        let z = 2 * (60 - n)
    }
    while 32 + 51 <= i {
        i = 78 * (n % 6)
        let total = step(n + 44)
    }
}
let x = 80

let value = 90 * 39 * (50 * 74)
value = 43 - 33 - value * value
fn make(a) {
    if 64 * a != a {
        let n = (44 + a) * 84
        print(combine(17 * a, 63 * a))
    }
    print(helper(n - 8, a))
    return a * 21
}
print(helper(94))
for k in range(1) {
    if value * 19 != 90 {
        print(value)
        let c = (79 + k) * (value % 81)
    }
    print(make(58 + c, k + 16))
}
print(value)
if value == value {
    for i in range(3) {
        i = i
        let x = 63 % 46 - i
    }
    let total = combine()
}
print(compute(66))

let b = 97 * 81 % (11 - 97)
b = b
fn helper(a, b) {
    b = a + 35 + 98
    let value = a % 0 + 2
    return 7 % 72
}
b = 8 * 11 + b % 33
print(compute(b))
for i in range(5) {
    while i * 13 != b - b {
        let count = 57
        i = 60
    }
    for k in range(1) {
        k = 16 + 52 - count % i
        let a = step(i % i)
    }
}
let y = b
print(b)

let count = step()
count = 63
fn calc(a) {
    if a - a <= a % a {
        let n = a % a % (56 + 37)
        let c = step(a * 51)
    }
    print(combine(n + 86, n + a))
    return 28
}
count = count * count
for i in range(1) {
    if 22 % 77 <= 6 {
        print(i)
        print(combine(72, i - i))
    } else {
        print(count)
    }
    print(i)
}
if count >= 95 or n <= 15 {
    while count == n or not n >= 25 {
        print(n)
        n = 69
    }
    let count = 72 % (28 + n)
} else {
    let n = helper()
}
count = n
for i in range(3) {
    print(count)
    let b = 86 + 71 - i * count
}

let value = 68
print(combine())
fn step(n, n) {
    print(n)
    let value = n + 86 - 26
    return 51
}
if 85 == c and 12 == 39 {
    let total = c - 86
    if total >= 66 or c >= total {
        print(c)
        let a = (c + total) % (67 - 62)
    }
} else if value != value % value {
    let c = value + 27
    print(step())
}
total = 62 % a - (total - c)
print(compute())
let a = 19 % c + value
print(a)

let value = 20 * (71 + 9)
value = value % 85 + (95 + value)
fn helper(b, a) {
    for j in range(1) {
        print(step(37))
        let y = j + 10
    }
    for j in range(1) {
        let z = 18
        print(compute(17 + z, a % 56))
    }
    return a - 99
}
print(combine(value + value, value + 68))
if 63 <= result % result {
    let n = 81
    print(compute(23 * result, 37 - 99))
} else {
    let result = helper()
}
let value = 67 % value + (result + value)
for i in range(5) {
    if n * 43 <= i {
        value = 41 % (i * n)
        value = 53 * n % (result % result)
    }
    let value = make()
}
let result = 9 * result % (6 % n)

let total = 43 * (49 % 6)
print(total)
let result = 80
let count = calc()
if 62 < total {
    print(compute(total * 65, count - 44))
    for k in range(2) {
        print(calc(k * 59, total))
        let total = k * total * 42
    }
}
while 97 == 76 {
    let value = make()
    while not count > 52 {
        let b = value + total + count % total
        print(count)
    }
}
for j in range(3) {
    print(helper(count + count, 26 % 18))
    let total = 13 * 96 - (18 - b)
}
let n = 66

let c = 35
print(combine(85 - c))
for k in range(4) {
    print(k)
    for j in range(2) {
        let result = 75 + 22
        print(c)
    }
}
let total = (6 + c) * c
print(c)
print(c)
print(step(total % 23, 32 + c))
let n = total + 54 * c

let result = 7 * 91 % 1
print(result)
result = (result - 68) % (28 + result)
if not not not 49 <= 7 and result >= result {
    result = result * (96 - result)
    if 40 >= 98 * result {
        z = 26
        print(calc(39 - 3))
    } else {
        let z = (result + result) * (77 + 75)
    }
} else {
    print(compute(8 - result))
}
result = result + 65 + (z - 64)
for i in range(1) {
    let result = step()
    print(make(31, 65))
}
if 0 <= 9 + z {
    z = result
    if 50 >= 87 and 60 <= result {
        let total = result
        let count = total
    }
}
if 36 >= total - result {
    print(combine(58 - result, 60))
    count = 34
}

let n = 90 - 9 + 7
n = 74 * n
fn calc(n) {
    let result = 89 % 81 * n
    print(n)
    return n + 77
}
let value = 76
value = 67 % 40 + 72 % n
print(n)
print(helper())
for k in range(5) {
    while 57 * 21 == 95 - 83 {
        print(calc(value - 18))
        let result = step(n)
    }
    print(helper())
}

let count = 25 * 80 % 34
print(compute(count, count * 5))
fn make(a) {
    while a != a - 29 {
        print(a)
        let n = 70
    }
    n = a
    return a - a
}
let n = 72
print(count)
while 27 - 86 < 85 {
    let count = helper(35, n * 84)
    for i in range(5) {
        let z = 1 * (n - n)
        print(combine(61))
    }
}
if c != count * count {
    count = count % (c % 53)
    let count = 99
} else {
    let c = count - (n - 9)
}
c = n * 70 * 28

let z = 42 * 82 - 88
let count = 77 + z + 4
z = z
let total = helper(3 - count)
if total <= total and 56 > count {
    while total <= count or not z != 40 {
        let z = (z - z) % (68 % count)
        total = 42 * count % (z * count)
    }
    if total % z <= total {
        count = count
        count = z - z + (z - 30)
    } else {
        z = 34 + count + (55 - 60)
    }
}
print(z)
let y = z
let b = z % (z % 54)

let b = 65
print(b)
fn helper(n, b) {
    n = 29
    print(calc(b + n))
    return n - 94
}
b = (28 - b) % (35 * 88)
print(calc(b % 61, b * b))
let value = make(8 % 62)
for j in range(2) {
    while b > j or 98 != j {
        print(j)
        j = value
    }
    b = 77 % (92 - 34)
}
while b < b + 93 {
    let total = value
    let value = combine()
}

let result = 24 - 35 - 33 % 48
result = result
print(combine(result, 42 + result))
for k in range(5) {
    if result == result or 91 == 82 {
        print(combine(k))
        print(compute(91))
    }
    k = 61
}
while 61 == 92 and 28 > result {
    result = result
    let c = 46
}
while not 87 == c {
    print(result)
    let result = result
}
print(combine(71 + 19))
let y = 61 % result - result

let total = 91 % 76 + 82
print(total)
fn make(a) {
    if 7 * a > 46 % 75 {
        print(a)
        print(calc(a + 51))
    } else {
        let a = a * a % a
    }
    for j in range(2) {
        let value = 13 % a * (64 + 57)
        let b = (34 + a) % (93 + 38)
    }
    return a * a
}
for j in range(5) {
    print(total)
    let a = helper(16, 85 - 67)
}
print(total)
total = total + 99 + (total - total)
total = 38
let n = 91

let a = (19 + 91) * 11
a = (34 - a) % (13 % a)
let n = 93 - (23 + a)
n = (18 + n) % a
let result = 29 + a % a
let x = n * 92 % n
for k in range(3) {
    while 40 < n {
        let count = make(94 % 52)
        let count = 18
    }
    for k in range(3) {
        print(compute(count))
        print(n)
    }
}
let value = 77

let result = 78
result = (66 - result) * (86 + result)
fn step(a) {
    for j in range(2) {
        a = (a + a) * (a * a)
        let a = j
    }
    if a != 50 * 12 {
        let a = (24 + a) % (48 * 65)
        a = 37
    } else {
        a = 55 - 1
    }
    return a
}
if result % result >= 81 * result {
    result = result
    for k in range(3) {
        result = 24
        let c = result
    }
} else {
    result = result - result + 86
}
if result == result * result {
    for j in range(4) {
        j = j % (j + 57)
        j = (j - j) % (96 - j)
    }
    while 47 + 31 <= result * result {
        result = result
        result = 14
    }
}
for i in range(4) {
    result = 8 - result + (result + 13)
    i = 30
}
result = 18 + 94
if 55 == 28 {
    print(helper())
    print(result)
}

let count = make(41)
let b = count
fn compute(n, a) {
    if 34 <= 4 or 15 > 93 {
        let c = 40 - 79 % 60
        print(step(n))
    } else {
        let total = 2
    }
    if 26 < 4 % 0 {
        total = a
        let z = n
    }
    return 70 * 90
}
if count * b >= 35 + count {
    let z = b * count * (47 - 46)
    if 58 + 25 != b % count {
        let y = z
        b = count % (36 % 86)
    }
} else {
    for i in range(1) {
        let total = (count + count) * (58 % i)
        print(total)
    }
}
y = 85
print(b)
while 89 >= 79 or 59 >= 96 {
    let y = b * (59 - 76)
    for j in range(5) {
        j = y + 66 - 59 * count
        let count = step()
    }
}
y = 81

let y = combine()
y = 2 * (y + 22)
print(y)
for k in range(5) {
    while 45 == k and k <= y {
        let n = helper(70 + y, y - k)
        k = 31 * 19 - (y - 36)
    }
    y = n
}
for j in range(1) {
    let n = 75 % 28 % (j + 84)
    for j in range(5) {
        let b = make(j, j)
        print(n)
    }
}
if 78 >= 36 or y > 6 {
    while not 33 < 55 {
        let x = y
        print(y)
    }
    print(helper())
}
if 57 < 23 - y {
    x = 6
    for i in range(3) {
        let total = 49
        let z = 26 - i - (i - 32)
    }
}
print(x)

let y = 72 + 99
let value = 94 * 55 + y
fn calc(a) {
    if 29 * 42 < a + 3 {
        a = a % 57 * (5 * 57)
        let result = 52 * a - (76 + a)
    }
    for k in range(4) {
        result = 51 - result
        let n = 9
    }
    return 27
}
if 48 <= y or y <= value {
    if value % value >= value {
        let value = 73
        print(y)
    }
    while 25 > 29 - 0 {
        value = value
        print(compute())
    }
} else {
    while 86 < 40 and 54 != 68 {
        print(calc(81, y))
        print(value)
    }
}
let count = 32 * 88 - value
for j in range(4) {
    if not 6 == 90 and 70 == 46 {
        value = 59 - count
        value = 48 % y % (45 * value)
    }
    while y + 17 != 13 {
        let z = 75 - y * count
        let b = value
    }
}
let c = value
let y = 9

let y = 39 % 15 + 81
let total = y + (y - 35)
print(helper())
for j in range(4) {
    if 26 + total != 80 {
        print(step(j, j + y))
        y = y
    } else {
        let count = y - total
    }
    if 30 == j {
        j = y * count * 77
        let y = 46
    } else {
        print(step())
    }
}
let x = 19
let z = total * (12 % y)
if not x == 87 and z >= x {
    for i in range(5) {
        print(x)
        print(total)
    }
    for j in range(5) {
        let c = x
        x = 57 + 86 + 34
    }
}
for k in range(4) {
    z = y
    for j in range(2) {
        print(x)
        print(y)
    }
}

let c = 45 % 12
let value = step(68, 11)
let a = 91
if 30 != value or 85 >= c {
    if 32 - 89 >= value {
        value = value * 94 - a * 43
        value = 18 % (98 * value)
    } else {
        value = 87
    }
    for j in range(1) {
        print(c)
        j = (j - value) * a
    }
}
while c <= a + 12 {
    for i in range(4) {
        let a = calc(57)
        print(combine(value * 18, c))
    }
    c = a
}
if a != a and 33 < 58 {
    if 87 * value < 91 - value {
        a = 73 * c
        let c = value % (value * a)
    } else {
        let total = value
    }
    print(calc(a + a, 58))
}
c = total
let total = 61 + total - c

let b = 8 * 85 % 53
print(helper(b + b, 93))
fn compute(n, n) {
    n = n + (73 + n)
    let n = helper(n, 30 + 21)
    return n % 52
}
let b = 63
for i in range(3) {
    b = 7 * b + b
    let result = 21
}
let result = b % 82 * b
result = 44
for i in range(5) {
    i = 15 + b
    let total = calc(b)
}

let total = 60 * 95
let result = 14 * total
print(helper(37, total * 68))
print(total)
total = 76 % total * (70 + 84)
if result - total <= result % total {
    let b = compute()
    if not b > total or 27 == 8 {
        print(b)
        let y = calc(23, b * 78)
    } else {
        print(helper(58, 26 * 40))
    }
}
result = 39
result = 63 * (16 * 55)

let value = 11 * 86 * 47
let x = 46
fn combine(b, n) {
    if not n != n and 52 == 71 {
        let z = b
        print(calc(51 + n, 19 + 21))
    } else {
        print(b)
    }
    if not b == 73 {
        b = n
        let result = make()
    }
    return b % 74
}
if 21 + value < 88 + 81 {
    while 5 - 17 < 31 * value {
        value = 65 + 10 - (value - value)
        print(calc())
    }
    let total = 37 * x * (29 % 92)
}
total = value % total % (36 * value)
while total < x or 71 <= 93 {
    while total % x >= total {
        total = 35
        print(calc(26))
    }
    x = total % 99 * (value - total)
}
print(total)
print(x)

let result = 37
result = 30
fn calc(a) {
    a = (50 - a) * (a * 43)
    while 72 == a - a {
        print(helper(a + a, a + 58))
        a = (a - 71) % (a - 8)
    }
    return a
}
let value = step(result)
if result != 11 and 3 <= value {
    let n = result % result + 11 * value
    result = value - 55 + (n + n)
} else {
    print(result)
}
let a = 71
print(helper(n, result))
while not not 14 != value {
    let z = 70 * 91 - value
    let value = 32 * 37 * a
}

let y = 12 + 5
let n = y
print(y)
let result = 33 * (n + n)
for k in range(4) {
    if not 89 < 82 or n < result {
        print(n)
        k = (n - 5) * 34
    } else {
        y = 57 * k % (29 * n)
    }
    for j in range(5) {
        let z = 10 - result
        let b = k - (z + 56)
    }
}
for i in range(4) {
    print(calc(65 - 78, result))
    let a = (82 - 98) % (33 % 71)
}
print(helper(result % y, y - 25))
result = result % 40 % (n % 11)

let value = make()
value = 1 - 42
fn combine(a) {
    if not a <= a {
        print(calc(85))
        print(calc(84 - a, a - a))
    }
    print(a)
    return a % 62
}
while value > 53 {
    if z > 28 or value != z {
        let count = 37 * value - 37
        value = 72 % (43 % count)
    } else {
        let z = value
    }
    if 54 > count or 15 != 60 {
        value = (count - 57) % (28 % value)
        let count = value
    }
}
let y = 3
for k in range(5) {
    value = y - 16 + k
    for j in range(5) {
        let y = compute(value + 31)
        value = value * y
    }
}
count = 4 % (93 % 30)
for i in range(2) {
    if z * 72 <= i + 93 {
        let x = 3 % count + 68
        print(combine(z, 3 % 30))
    }
    while count >= 42 - 78 {
        let count = (30 - 20) * y
        count = i - 75 + count * 47
    }
}

let b = 34 - 25 * 87
b = b % 51 - (b + 15)
for k in range(5) {
    if b + b >= 73 {
        k = (36 + 96) * 79
        k = b - k + k
    } else {
        print(k)
    }
    k = (k + 70) % k
}
b = 49 * b
for k in range(1) {
    print(make(k + 91, b))
    if not 68 > 23 {
        print(b)
        let result = 69
    } else {
        k = 8 % 32 * (86 % 45)
    }
}
let count = 8
count = 77 + count
let n = count * count

let c = (62 + 24) * 72
let total = c % (67 % c)
total = (c + 19) % 33
total = 20 * (99 * c)
while 78 == total - total {
    c = (c + total) * total
    for i in range(3) {
        i = total
        print(c)
    }
}
for i in range(2) {
    let value = 42
    print(compute(total, 76 + value))
}
while c - total > 47 % 90 {
    let y = total
    c = c
}
total = c

let result = 24
let total = 59
fn combine(n) {
    if not 81 == total {
        print(total)
        let value = (20 + 69) % 2
    } else {
        let total = n + (48 + 69)
    }
    while not 29 == total {
        let b = n
        let result = total
    }
    return 83 - n
}
for i in range(2) {
    print(i)
    let c = 31
}
total = 73 - 41 + total
print(combine(32 + result))
for i in range(2) {
    let b = 68
    let a = b
}
if 88 - result > 41 {
    if 0 == 46 % 81 {
        total = 45
        let x = 17
    }
    result = x
} else {
    print(result)
}

let c = 0
c = c
while not 42 == 46 {
    for k in range(3) {
        let y = (k + k) % (67 - 9)
        c = c
    }
    if 72 >= 79 and 90 <= 43 {
        print(c)
        print(calc())
    } else {
        c = 81 - (78 + 54)
    }
}
while not 99 == 18 {
    if c != 6 {
        let z = step(97 + 49)
        let result = c
    } else {
        c = c + 62 + 45 % c
    }
    if 60 <= 31 % 12 {
        z = 54
        let value = (result - 5) % (result - result)
    }
}
for k in range(3) {
    for k in range(3) {
        let y = compute(45)
        let y = step(97)
    }
    z = 90 % (result - 71)
}
for i in range(2) {
    let y = 78
    let total = 46 % (z * 59)
}
z = 63 * c * (44 * c)
if 47 + result == 0 {
    if not 91 > 67 or z <= value {
        let n = result
        print(combine(n % result))
    }
    if z <= c or a < 81 {
        c = a + (result + n)
        print(helper(15 + result))
    } else {
        let a = result % 30 - z
    }
} else {
    for j in range(4) {
        let z = 67 % (30 + z)
        print(combine())
    }
}

let value = 41
print(value)
let b = 70
b = value % 91 * (54 - 45)
for i in range(3) {
    i = 14 % b * (20 * 49)
    let y = compute()
}
while b != b + b {
    print(value)
    if value % 51 != 48 - 98 {
        let a = compute()
        let c = b % 87 - (17 + 42)
    }
}
if value % 48 < 21 % value {
    for i in range(3) {
        i = c * c - c % 25
        print(i)
    }
    a = 86
}
b = b

let a = 64
a = a % (a + 22)
print(a)
for k in range(2) {
    let count = k - 94 + k
    print(calc(a, 66 * k))
}
if 35 != 48 and 0 != a {
    if not value < 92 {
        value = a
        let count = 47 % 62
    } else {
        let value = a
    }
    if a >= 85 {
        let value = count - 22 + count
        value = value
    } else {
        a = 94 - value - value
    }
}
value = count
print(count)
count = 66 - a

let value = 89 % 56
let value = 29
fn compute(n) {
    let x = n + n - (14 + n)
    print(x)
    return 77
}
let count = value
for j in range(5) {
    count = 4
    print(calc())
}
print(count)
while value % value < value {
    let total = value
    let n = count
}
print(step(n - 35, n))

let y = 98 * 93 - 9 * 44
let b = 10
fn compute(n) {
    let x = 82
    if 57 == 77 or 95 > n {
        let y = 67
        let b = helper()
    } else {
        print(n)
    }
    return n
}
b = b + 39 - b
for k in range(4) {
    print(helper())
    let value = 58
}
for j in range(2) {
    for j in range(5) {
        let x = j
        b = x % (j * 42)
    }
    print(y)
}
let total = step(38 * b)
if 59 * b < 98 + 64 {
    let y = 52
    if 81 >= 91 or not 63 > 20 {
        y = 40
        let c = compute(11 % total, y)
    }
}

let b = 78
let z = 5
fn compute(n, n) {
    if 86 - n >= n - n {
        let total = n + (n + n)
        print(combine(n * n))
    } else {
        print(compute())
    }
    if n != 19 or n == n {
        print(step(35 + n))
        print(make(total + n))
    }
    return n - 73
}
let a = calc(48 + z, z * z)
if 13 >= 16 or z <= b {
    let z = b * (b % b)
    let x = a * 46 % z
}
let total = 72 * (26 * a)
for i in range(5) {
    print(x)
    let n = i
}
if 47 < z {
    z = (7 - 34) * z
    let value = 60
}

let x = 54
let n = (x - 52) * (x + x)
x = 31
for j in range(1) {
    let z = 37 % 15
    for j in range(3) {
        print(j)
        z = 67 % x
    }
}
for j in range(3) {
    if not 29 > n {
        let x = combine(j % 33)
        let z = make(x - 70)
    }
    x = 2
}
n = n
let z = n * x % (x % n)
print(x)

let y = (40 + 66) % (34 * 73)
let x = y - (19 - y)
fn make(n, b) {
    let z = 46 % 69
    n = n
    return 68
}
print(x)
y = 33 * 50 * (x + x)
let b = y % 20 + x
for i in range(1) {
    if b > b {
        let value = 32
        let total = compute(value)
    }
    i = value - 99 * b
}
x = 29

let z = 54
let z = compute(z - z, 65 - 29)
z = z % 44 - z % 73
let x = 8 * 53
print(calc(39 % z))
x = 25
while x != 59 - 3 {
    while not 86 == z or z != z {
        z = z
        let result = 81 + z
    }
    let total = result % 11 + (59 - 16)
}
for i in range(1) {
    let b = z
    while 95 >= x and 91 <= b {
        let result = 35 * 35
        print(z)
    }
}

let z = make(25 % 12, 90)
z = 1 * 94
if 71 * 99 > 14 % z {
    if z >= z or z <= z {
        print(z)
        let total = (z - z) * (z - z)
    } else {
        z = (z - 16) * 27
    }
    let y = make(15)
}
if not total == z {
    if not 99 == 75 {
        c = 68 % c % y
        print(z)
    } else {
        print(calc())
    }
    while y - y != 47 * 44 {
        print(y)
        y = total + y + 33
    }
} else if z >= 67 {
    print(make(52))
    print(y)
} else {
    let c = total % 86 * (y - z)
}
while 43 - z > y % y {
    total = 3 * 67 + c
    if not 10 <= c {
        c = count + count % 39
        let n = c
    } else {
        let count = 68
    }
}
print(n)
if not 58 < 69 {
    if c * 81 < c {
        count = y * 48 % y
        let z = 2 * 99 - (49 - y)
    }
    while 50 >= 78 or 82 > y {
        let count = z + total
        let n = n
    }
} else {
    while not n > 44 or 81 > c {
        let c = total
        let y = z
    }
}
let count = total + 38 + z

let x = helper(97 + 98)
print(make(x % x))
let result = 7 * 40 % (x % x)
result = 56
if 7 * 55 < x {
    if 20 > 5 {
        let c = result + 56 % result
        print(compute(94 % 76, x))
    }
    let n = compute()
} else {
    print(x)
}
while n - n <= 7 % 79 {
    while c > 14 - result {
        let x = 97
        n = x
    }
    n = (17 + n) * 4
}
let a = 78
for j in range(1) {
    if not result <= 68 and 47 != j {
        let a = compute(16, 23)
        print(result)
    }
    print(helper(84 * 98, j % x))
}

let result = 52 % (11 + 3)
let count = 59 * result
for j in range(4) {
    if j >= 60 + result {
        result = count
        print(combine())
    }
    while 57 != 8 or j != 85 {
        let total = result
        count = (98 - 40) * (61 + 71)
    }
}
print(compute(count, result - 98))
for j in range(4) {
    for i in range(4) {
        count = 80
        j = 15 - (65 - i)
    }
    print(calc(50, j))
}
print(helper(2 - result))
for i in range(5) {
    if not 38 != 31 {
        let b = i - 52
        result = count * 20 * 49
    }
    print(helper(70 + 8))
}
while 94 > 53 or 42 != 48 {
    while count != count and result >= result {
        let b = 13
        let b = count
    }
    let result = b - (count + 8)
}

let y = 89 * 55 + (96 - 95)
let value = 43 * 32
fn helper(b, a) {
    a = b % b + 0
    let count = b + 39 % a
    return 31 % 47
}
while y + 18 >= value {
    if 74 <= 3 * y {
        y = 63 - y
        print(helper(13, 14 * y))
    }
    let z = y
}
let z = value
while 76 != 89 % 31 {
    while z != y or z <= 77 {
        let total = 14 + (83 + 49)
        z = total
    }
    for i in range(5) {
        let a = 19 * (z - 28)
        z = a * y
    }
}
for i in range(1) {
    let c = total + y + 54
    if 26 <= y and not z < value {
        let a = helper()
        let x = compute()
    } else {
        let count = 54
    }
}
for j in range(1) {
    while 55 == j + 16 {
        let z = 50
        let n = 78
    }
    for k in range(1) {
        let n = combine()
        n = 31
    }
}

let y = 89
let x = y
x = 50 % 47 * (y + x)
for i in range(5) {
    print(compute())
    if i - 33 != b {
        y = i
        print(make(i * i))
    } else {
        let b = 74 - (54 - y)
    }
}
if x - 54 <= y - 27 {
    if not y >= x {
        print(result)
        x = y - result - (y + 75)
    }
    for k in range(2) {
        k = 34
        x = y - k
    }
} else {
    let result = 95 + x + x
}
let value = y
for j in range(3) {
    j = 30 + 27
    print(calc())
}
while x % result == y {
    let z = 59 - y * result
    print(make(51, 34 * 43))
}

let result = 53 + 19 * 98
let z = 69
if not 18 <= z and result >= z {
    while result < 53 or 45 != 96 {
        print(make())
        let b = result
    }
    let n = (result + result) % (result % 25)
} else {
    z = 12
}
for i in range(3) {
    if b % 9 > 21 - b {
        print(helper(b, i * z))
        let a = helper()
    }
    if i - result < 62 {
        let y = z % b
        let value = b
    } else {
        let x = helper(65 % n, i)
    }
}
result = n
for j in range(2) {
    for j in range(1) {
        j = n % 62
        print(n)
    }
    if z >= n and 31 <= j {
        let n = n
        z = 10
    }
}
n = z + 40 + 67 * 65
if b + b == n * 26 {
    b = z - 84 * 48
    print(result)
}

let count = helper()
let value = count + (count - count)
fn helper(n, a) {
    n = 17
    let count = compute()
    return a
}
print(value)
let y = count * count % (count * value)
for i in range(5) {
    for j in range(4) {
        let count = step()
        print(i)
    }
    let count = 84
}
while 25 % 26 < count % value {
    if count - value != 18 * y {
        print(helper(y, 68))
        let y = count - value + (38 + y)
    }
    print(combine(count))
}
value = 39 * 46

let n = 82 + 46
n = 24
fn combine(b) {
    let y = b * (b + b)
    let b = b
    return b - 2
}
n = 7 % (n + n)
print(n)
if n < n or 7 < n {
    let total = n
    n = 23 - 56 % total
} else {
    print(step(50, 87 % n))
}
for j in range(1) {
    n = 45
    if total >= j and n <= 6 {
        n = 85 % n + (13 - 30)
        print(total)
    }
}
print(compute())

let c = calc(73, 90 * 95)
let result = combine(41, c)
fn compute(n, n) {
    if n * 30 < n {
        let b = (n - 73) * (n * 8)
        print(b)
    } else {
        print(combine())
    }
    while b < n {
        print(n)
        let z = (44 + n) % (43 + 21)
    }
    return 86 + n
}
print(c)
while not not c != result and c == 42 {
    print(compute(62))
    print(result)
}
while 80 < result and 35 < c {
    let c = 70 * 84
    if not c > 3 {
        c = 84
        c = 66 * c - c
    } else {
        result = 5 + c - 94 % c
    }
}
print(c)
let y = compute(result * 92)

let value = 17 % 88 % (6 % 4)
let a = value * value * 6
print(value)
for i in range(5) {
    for j in range(4) {
        print(step(value * 21))
        print(compute(value, 26))
    }
    for i in range(4) {
        value = 88
        print(step(4 % 63))
    }
}
a = 95
print(a)
value = value * (a + value)
if value % a < a * 61 {
    while a + 85 == value + 32 {
        a = 88 % a - 53
        value = 51 % 56
    }
    let count = step(29, 78)
} else {
    print(value)
}

let value = (21 - 68) * 58
let a = 95 * value * 92
let total = 90 + 66 + (value + value)
print(total)
print(make())
value = 15
while not 82 <= value or a > 87 {
    for i in range(2) {
        let c = total
        total = (42 - 5) * 83
    }
    while a - a != 24 * 93 {
        print(combine(a, a * 80))
        total = (92 + 7) * (91 + 60)
    }
}
value = (value + a) * 95

let total = (68 + 56) * (10 * 92)
print(combine())
fn make(n) {
    print(combine())
    n = 11 * 14 - n
    return 31 - n
}
for i in range(2) {
    print(total)
    i = (53 + 16) % 89
}
for j in range(1) {
    j = 61 % 4
    let n = 44 * (j - 23)
}
let value = total - total
value = 74 % total * (78 - value)
while 9 == 38 {
    let z = calc()
    let a = z * 72 + (63 - 16)
}

let result = combine()
let x = combine(result - 38)
if x == x * 45 {
    for i in range(5) {
        count = 80 % count + (48 + 17)
        count = result % count + x
    }
    count = 95 + 58 + count * x
} else {
    let count = result * x + (x - x)
}
for j in range(3) {
    for j in range(5) {
        print(compute())
        x = count % 17
    }
    for i in range(3) {
        let result = 77 + 52 - x
        j = 84 - (x + 27)
    }
}
while 35 == 43 * x {
    let x = 74 % 4 - 14
    let y = x
}
count = 97 - (count + x)
for i in range(3) {
    if x > x or 40 > i {
        let c = result - y + 52 % 18
        count = (10 - 23) % c
    }
    print(step())
}
y = 27 % 10 * count

let x = (34 - 29) % (65 * 45)
let c = x
fn calc(n, a) {
    while 40 <= a and 96 >= n {
        a = n * (n * 57)
        print(n)
    }
    print(n)
    return a
}
print(helper(c, 86 + x))
for j in range(5) {
    let x = j * (95 * 52)
    if not 35 < 68 {
        x = 34
        let a = 67
    } else {
        let result = 17 - x + 71 % 16
    }
}
print(calc())
for j in range(1) {
    print(j)
    print(helper())
}
if 50 - c >= count + count {
    for j in range(1) {
        let count = 84 * count
        print(c)
    }
    if count <= x * 9 {
        print(compute())
        total = x
    } else {
        let total = (count - 50) * c
    }
} else {
    let count = (17 + 3) % x
}

let a = 49
a = a
let result = helper(99 % a)
print(result)
let result = calc(a * a)
if 29 % 95 <= a * result {
    while result > 39 or not result <= 49 {
        result = result * result + a * a
        let c = 5 % result - result
    }
    if a * a == 36 {
        print(result)
        let total = result % 27
    }
}
total = (34 - c) % result
if c != result + c {
    while c * c <= 1 % a {
        result = result + (a + 99)
        total = (62 - total) * 94
    }
    print(step(18))
} else {
    print(result)
}

let n = calc()
print(n)
fn make(n) {
    for j in range(2) {
        j = n * (j - n)
        print(j)
    }
    for k in range(3) {
        let total = 10 % (40 % 39)
        print(k)
    }
    return 94 % 35
}
for i in range(5) {
    i = i - (i + 16)
    print(combine(n - 24))
}
for k in range(2) {
    k = k
    if n + 55 == 67 * 13 {
        let a = make()
        print(n)
    }
}
while n < 80 {
    print(calc(31))
    print(n)
}
print(step(41 - 48))
n = n

let result = 85 * 73 - 60
result = 10
while 22 - 73 == 15 * result {
    if 37 - 0 >= result % result {
        let x = result - result + result
        let value = 26
    } else {
        let result = 81 * result % 58
    }
    result = result - result * x
}
if not x <= x or value < 98 {
    for k in range(3) {
        x = result + 18
        let z = x
    }
    result = value
}
for j in range(5) {
    x = value
    let c = 98
}
print(combine())
let value = 5 % x * (86 * value)
let x = 21 % result % (value - 99)

let b = helper(92 - 96, 48 - 98)
b = 57 % 76 - b * b
while b <= 72 and 22 <= b {
    while b <= b {
        let total = b - 29 + (b - 94)
        let count = 81 * total + (total - 88)
    }
    for i in range(5) {
        print(count)
        let n = 29 - (61 - 16)
    }
}
let x = b % 70
let value = total % b
for k in range(1) {
    while 66 + 67 != value {
        k = 20 * 44 - 99
        let y = 86
    }
    for j in range(1) {
        print(total)
        let total = helper(92 - value, b + 27)
    }
}
value = 82
b = value

let result = make(37)
print(calc())
fn combine(n) {
    let result = n
    while n - 74 <= 75 {
        let c = 38
        let b = result - 43 * 1
    }
    return n * 27
}
while 93 % 84 < 22 % result {
    let y = result
    print(combine(15, 69 - 31))
}
while y % 0 <= result % result {
    y = result
    print(y)
}
result = 80
let a = y + y + (result + 68)
for j in range(5) {
    let count = result % 24 - a % result
    let c = (15 + 20) * a
}

let z = 80 - 47 + (15 + 42)
z = z
fn combine(a, b) {
    for j in range(5) {
        let value = calc()
        print(a)
    }
    b = 8
    return 53 - b
}
let count = (1 + z) % z
if count * 46 <= 93 - 79 {
    z = 23
    let x = count
} else {
    let z = 58 * 19 + (z + 95)
}
if z > 2 {
    let count = 13
    if not z >= 11 or 72 <= z {
        x = 37
        print(z)
    } else {
        print(helper(45 % z, 53))
    }
}
if 30 != z {
    print(x)
    print(x)
}
for i in range(5) {
    if 29 != 19 {
        count = 95 * (x + 74)
        let b = combine()
    } else {
        z = 36 % z * (99 + i)
    }
    if not count >= i {
        print(i)
        let total = (z + 43) * 53
    }
}

let c = 90 + 1 - 2 * 81
print(combine())
fn step(n, a) {
    if a - n == 98 + n {
        n = a
        print(n)
    }
    if 74 > n * a {
        a = 18
        print(helper(19 * a, 83 - 80))
    } else {
        print(n)
    }
    return n + n
}
for j in range(5) {
    print(j)
    for j in range(4) {
        print(calc())
        c = j
    }
}
let y = c % c + c
if c <= c + 25 {
    c = 86
    for j in range(1) {
        y = 2
        let y = c % (24 + 82)
    }
} else if 60 * 30 > 19 {
    let z = (c - 3) * 67
    print(calc(35, z))
}
let total = y * (37 - y)
z = y

let count = 81 * 47 * 80
let a = calc(17 * count, count - 53)
for k in range(3) {
    print(make(36 % k, 80))
    let c = combine(k, 20 * 6)
}
let a = a
let x = make(a - a)
for i in range(5) {
    while not i != 55 {
        let value = step(64 + 92)
        x = 73
    }
    let y = 42 - 37 + 21
}
a = a * (a - 49)
if a <= count or count >= count {
    while a <= a {
        a = count % a * 78
        let a = 43 * a % 74
    }
    for i in range(3) {
        a = i - a + x * 45
        a = (a - 90) * (1 * count)
    }
} else {
    for i in range(3) {
        print(combine(78 - 52, a))
        i = count * (a - 24)
    }
}

let total = (85 + 76) % (45 - 5)
let total = (27 - 13) % (29 + 95)
total = total - total - total
let count = 97 + 95 - 70
if 61 <= 9 and 32 <= total {
    for i in range(4) {
        let z = count % (28 - 56)
        let total = i * (count % z)
    }
    if 5 + total < 51 + 8 {
        print(calc())
        print(combine())
    } else {
        print(count)
    }
} else {
    total = total
}
while total - count == 22 + total {
    for j in range(1) {
        print(calc())
        print(step(28 % 94))
    }
    total = 17 % (count - 12)
}
while 2 <= total {
    if 34 == total and 50 >= 75 {
        let total = 91
        let n = helper(49, 9 % count)
    } else {
        let total = 11 + total - count
    }
    count = 38 * 61 + total
}
if not n >= 82 {
    n = n
    if 2 == total {
        let result = combine()
        let total = combine(count + 75)
    } else {
        count = total + (46 + total)
    }
}

let a = 24 - 72 + 99
let z = a
print(step())
let b = combine()
z = b % 81 + (74 + 39)
for k in range(1) {
    z = 58
    if z * b == z * k {
        print(helper())
        let z = a
    }
}
b = a
for k in range(1) {
    let x = (52 + k) % z
    for k in range(5) {
        let result = x
        z = k
    }
}

let y = 3 - 18
print(y)
for k in range(5) {
    print(y)
    if 47 != y or not 41 < 88 {
        let z = (y - k) % (y + 17)
        let b = compute(k)
    }
}
y = y
if 80 > y - y {
    y = y
    let result = y
}
if y != 55 {
    for i in range(2) {
        print(calc())
        let a = 18
    }
    for k in range(4) {
        print(helper(38 - result))
        let n = 89
    }
} else {
    print(step())
}
print(y)
for j in range(2) {
    while 37 % 55 == 90 + j {
        let b = make()
        let a = helper(27)
    }
    print(a)
}

let value = 83 + 14
let count = 70
if not not not value == 41 or count >= value {
    if value < value % count {
        let n = calc(value * 76, 93 + count)
        value = 19 % 88
    } else {
        print(value)
    }
    if 20 >= 90 * z {
        let a = 50
        print(compute(value - 3))
    } else {
        let z = 70 % 69 + n * value
    }
}
for j in range(2) {
    while not 11 == a {
        let z = combine()
        count = j
    }
    let n = calc(value)
}
let b = make()
if value >= 94 or 22 >= n {
    n = count % a
    print(n)
} else {
    print(compute(count, 73 + 48))
}
for i in range(4) {
    let x = make(89, 75)
    z = 66 * z % (i * 81)
}
for i in range(4) {
    print(a)
    if z % z <= 10 % 88 {
        print(a)
        b = n * 98
    }
}

let c = 41 % 43 + 44
let z = 58 % (98 % c)
while z * z < z * 92 {
    if 30 > 34 or c > 49 {
        c = 17 - (23 + c)
        print(c)
    } else {
        print(c)
    }
    let z = 51
}
if not z >= 61 {
    print(c)
    for j in range(3) {
        print(j)
        print(calc(z * 40, 91))
    }
} else if 10 % 22 != 69 - z {
    print(combine())
    z = 69 * c - z
} else {
    z = z - (z - z)
}
z = 23 + 0
print(c)
print(z)
let c = 19 - 35

let x = 56 + 54
let n = 40
n = 96 * 42 + (n + 79)
let count = 7 - 92 + 59
if 80 == count + n {
    while n % 40 <= n {
        let result = make()
        n = 63
    }
    if count == 5 * 12 {
        result = count
        result = result * count % (n % count)
    }
}
let c = make(41, result)
while result + x > 98 * 24 {
    result = 75
    count = 95 + result - count % c
}
while 93 != result {
    for j in range(4) {
        j = count
        let a = c
    }
    result = result % count + c % 61
}

let total = 74 % 21
total = total + total + total * 98
let count = total
print(total)
while not 29 <= 33 {
    let x = total + count % total
    while not 89 >= total and count <= total {
        total = total
        let y = 0
    }
}
while count * x > 18 {
    count = total % (94 % count)
    if total != 77 * 82 {
        let a = count
        let b = step(y)
    }
}
while 11 % 14 != total * 19 {
    let value = a
    for i in range(3) {
        value = 20 % 62 % count
        value = 26 * a + 76
    }
}
print(count)

let total = 76 % 93 + (90 + 90)
total = total + 36
let z = compute()
let y = total
print(step())
if 73 % 59 > 90 {
    if 59 == 52 * z {
        z = 36 * 48 - (c - y)
        let a = 67
    } else {
        let c = 83 - (30 + total)
    }
    let value = 29
}
let count = a
for k in range(4) {
    let y = 39
    while 66 - 7 < 11 {
        let value = k - 88 - a
        let z = (44 + value) * (z - c)
    }
}

let total = 84 + 70
print(compute(total))
fn combine(n, b) {
    let c = 0
    let x = c
    return b - b
}
if 89 < 79 {
    total = 21
    while total > total * 37 {
        let y = calc(total % total, 75)
        print(y)
    }
}
if 23 == 17 or 0 >= total {
    print(step())
    let count = 6
}
for i in range(1) {
    let n = (6 + 83) * 86
    for k in range(5) {
        let x = 60 * 99 - 18 % k
        let c = count % count + 30
    }
}
let total = 45 * y % y
while not count <= y {
    let y = (total + total) % (total % 56)
    for k in range(2) {
        let y = 23
        y = 65
    }
}

let a = 94 % (9 % 59)
a = 48 + 87
fn combine(a, n) {
    if 90 <= a or n != 47 {
        print(a)
        print(n)
    } else {
        n = n - (19 + 52)
    }
    print(combine(13 - 92, 97 % 97))
    return 59 + n
}
print(helper())
a = 94 + (13 - 31)
print(a)
a = 48 + a
for i in range(5) {
    for k in range(5) {
        print(combine(k))
        print(step())
    }
    while 27 - a > 58 {
        print(a)
        let y = a
    }
}

let total = 23
total = 37 + (total + total)
for j in range(3) {
    let total = (total - total) % 58
    let x = 71
}
if 79 < 64 % total {
    print(compute(18, total % total))
    print(total)
}
print(total)
print(total)
total = total % 96 * (total * total)
total = total + total - 20 * total

let c = 61 * (97 + 9)
let c = compute()
c = c - 16
for i in range(4) {
    i = 39 % (i * c)
    let result = 39 * (28 + c)
}
while not not 46 > c and c <= c {
    for i in range(3) {
        let n = c
        let y = c - 14
    }
    c = c
}
while c != c {
    while c * 84 != c % c {
        let total = c + c % 97
        let total = 4 * (94 - 22)
    }
    c = total
}
let a = total % 85
let z = combine(a % a, c + 93)

let count = 9 - (22 + 36)
print(calc())
if 6 != count + count {
    if count > count {
        count = count % count + 52
        let c = helper(66 % 68)
    }
    if not count >= 73 {
        let x = c
        let z = 21
    } else {
        let count = 10
    }
} else {
    while 13 % count < 6 * 3 {
        count = count + 20 - count
        print(count)
    }
}
if 53 > 32 and count == 14 {
    let n = (count + x) % (x + 39)
    while not 73 == c and 2 != c {
        print(count)
        z = 4 % 15 - 66
    }
}
n = count * (z + x)
if n * n >= 8 {
    print(make(n + count))
    print(count)
} else {
    n = 41 % (count + c)
}
let n = c * 41 + 16 % 3
if z < 84 {
    print(z)
    print(combine(z + 7))
} else {
    for k in range(4) {
        let z = 99
        count = z * c
    }
}

let total = 7 + 77 % 97
let x = (25 + 72) % (79 * total)
fn helper(b, n) {
    n = (85 - n) % 52
    n = 85 * 62
    return b * b
}
if 66 < total {
    for i in range(3) {
        print(x)
        print(make())
    }
    if value >= x * x {
        print(combine(88))
        let total = (32 + 2) * (84 * 47)
    } else {
        let value = 17 * 12 + 7 % 75
    }
}
let y = 6 % 34
x = 33
print(x)
if total * 76 == x % 13 {
    for i in range(3) {
        value = (28 - 55) * (value % total)
        x = 43 + 74 + x
    }
    y = 28 + x - (x - x)
} else {
    while total == y {
        let x = make(71 - y, x + x)
        print(value)
    }
}

let x = (10 - 24) * 56
let result = (x - x) % (x % 88)
for k in range(4) {
    k = result % 82 + x % k
    if x > 92 + x {
        k = 75 + 21
        let c = (result + 72) * result
    } else {
        x = 73 - (25 - 10)
    }
}
print(x)
while result > result {
    if not result == 69 {
        result = result % 49 - 40 * 18
        let b = result % 10
    } else {
        let result = 29
    }
    let count = result
}
print(combine(b + b))
result = 82 * result % (b * result)
count = b * b - count % 72

let count = 91
count = count * 29 * 67
count = 0 + count + count
while 58 + count != 57 % count {
    print(count)
    while count == 60 + 32 {
        print(count)
        print(make(3, count))
    }
}
if 37 != count and 54 == 12 {
    print(count)
    if 78 != 89 and 77 > 34 {
        let value = combine(count % count, count % count)
        print(value)
    } else {
        count = 68 + count + count
    }
}
while not 24 > 55 {
    if 72 % 4 == value + count {
        b = b % (72 % value)
        count = value * 82 - 31
    } else {
        let b = 62 * count + (32 + 91)
    }
    while not value > b {
        print(make(count, b - 22))
        let y = count * (57 + 27)
    }
}
for j in range(4) {
    for i in range(1) {
        print(compute(9, b % 63))
        print(helper())
    }
    if 6 == 75 and b < value {
        count = 9
        let z = 0
    } else {
        value = count
    }
}
if b < 41 % count {
    for k in range(4) {
        let b = combine(k % b, 35 + value)
        let n = b
    }
    if 30 - 47 >= 24 * b {
        let x = 60 % (76 - value)
        x = count + 7 % value
    } else {
        print(value)
    }
} else {
    count = y + 54 % 18
}

let count = 30 * 88 - (94 + 63)
let c = step()
print(c)
count = 42 + (52 - count)
let total = count
print(c)
print(count)
if 87 < z or count < total {
    if z != 59 {
        c = c
        total = c * count
    }
    while total % count >= total % 5 {
        total = z
        let total = total + total
    }
} else {
    let z = (27 - total) * (total - 7)
}

let z = 32
print(z)
for i in range(3) {
    print(step())
    let c = helper()
}
print(make(z))
let x = calc(z - z)
while 94 % x != 25 {
    z = z + (z - x)
    let x = step()
}
for k in range(2) {
    x = k + (x - x)
    let x = x - (k + 58)
}
for j in range(2) {
    x = z
    for k in range(2) {
        print(j)
        let result = (50 + x) % (k + x)
    }
}

let x = 5
print(y)

let x = 10
if true {
    let y = 20
    print(x)  # Can see x (it's in the hallway)
    print(y)  # Can see y (it's in this room)
}
print(x)  # Fine -- x is still on the hallway whiteboard
print(y)  # Error! y's whiteboard is in the if-room, and we left

let x = 1
let x = 2  # Error: Variable 'x' already declared

let x = 1
if true {
    let x = 99  # Fine -- this is a different room
    print(x)  # Prints 99
}
print(x)  # Prints 1 -- the outer x was never changed

print(z)  # Error: Undeclared variable 'z'

x = 5  # Error: Undeclared variable 'x'

fn greet() {
    print("hi")
}
fn greet() {  # Error: Function 'greet' already defined
    print("bye")
}

fn add(a, b) {
    return a + b
}
add(1)  # Error: Function 'add' expects 2 arguments, got 1
add(1, 2, 3)  # Error: Function 'add' expects 2 arguments, got 3
add(1, 2)  # Fine!

greet()  # Error: Undeclared function 'greet'
fn greet() {
    print("hi")
}

print("hello")  # Works -- print is built in
for i in range(10) {  # Works -- range is built in
}
let n = len([1, 2, 3])  # Works -- len is built in

return 42  # Error: Return statement outside function

fn check(x) {
    if x > 0 {
        return x  # Fine -- we're inside fn check
    }
    return 0
}

let total = 0  # Global scope
fn process(n) {  # New scope: n is a parameter
    for i in range(n) {  # New scope: i is the loop variable
        if i > 0 {  # New scope
            let temp = i  # Only visible inside this if-block
            total = total + temp
        }
    }
    # i is gone here (left the for-room)
    # temp is gone here (left the if-room)
    # n is still visible (we're still in the function)
}

let xs = [10, 20, 30]
print(xs)  # prints: [10, 20, 30]

let empty = []
print(empty)  # prints: []

let mixed = [1, "hello", true]
print(mixed)  # prints: [1, hello, true]

let grid = [[1, 2], [3, 4]]
print(grid)  # prints: [[1, 2], [3, 4]]

let squares = [x * x for x in range(5)]
print(squares)  # prints: [0, 1, 4, 9, 16]

let fruits = ["apple", "banana", "cherry"]
print(fruits[0])  # prints: apple
print(fruits[1])  # prints: banana
print(fruits[2])  # prints: cherry

let i = 1
print(fruits[i])  # prints: banana

print(fruits[99])  # Error: Index 99 out of bounds for list of length 3

let colours = ["red", "green", "blue"]
print(colours[-1])  # prints: blue
print(colours[-2])  # prints: green
print(colours[-3])  # prints: red

let scores = [10, 20, 30]
scores[-1] = 99
print(scores)  # prints: [10, 20, 99]

let xs = [1, 2, 3]
print(xs[-10])  # Error: Index -10 out of bounds for list of length 3

let xs = [10, 20, 30, 40, 50]
print(xs[1:3])  # prints: [20, 30]

print(xs[:3])  # first three: [10, 20, 30]
print(xs[2:])  # from index 2 onward: [30, 40, 50]
print(xs[:])  # a full copy: [10, 20, 30, 40, 50]

print(xs[::2])  # every other: [10, 30, 50]
print(xs[1:4:2])  # index 1 and 3: [20, 40]

print(xs[::-1])  # reversed: [50, 40, 30, 20, 10]

print(xs[-2:])  # last two: [40, 50]
print(xs[:-1])  # everything except the last: [10, 20, 30, 40]

print(xs[0:100])  # [10, 20, 30, 40, 50]

print(xs[::0])  # Error: Slice step cannot be zero

let s = "hello"
print(s[1:4])  # prints: ell
print(s[::-1])  # prints: olleh

let xs = [10, 20, 30]
let ys = xs[:]
ys[0] = 99
print(xs[0])  # prints: 10  (original unchanged)

let xs = [1, 2, 3]
xs.push(4)
print(xs)  # prints: [1, 2, 3, 4]

let xs = [1, 2, 3]
let last = xs.pop()
print(last)  # prints: 3
print(xs)  # prints: [1, 2]

let xs = [1, 2, 3]
print(xs.contains(2))  # prints: true
print(xs.contains(99))  # prints: false

let xs = [1, 2, 3]
xs.reverse()
print(xs)  # prints: [3, 2, 1]

let xs = [3, 1, 2]
xs.sort()
print(xs)  # prints: [1, 2, 3]

let scores = [0, 0, 0]
scores[1] = 42
print(scores)  # prints: [0, 42, 0]

let xs = [10, 20, 30, 40]
print(len(xs))  # prints: 4
print(len([]))  # prints: 0

print(len("hello"))  # prints: 5

let colours = ["red", "green", "blue"]
for i in range(len(colours)) {
    print(colours[i])
}

let xs = [1, 2, 3]
print("first: {xs[0]}, total: {len(xs)}")
# prints: first: 1, total: 3

fn first(xs) {
    return xs[0]
}
print(first([42, 99]))  # prints: 42

async fn make_soup() {
    print("chopping vegetables")
    await sleep(3)
    print("soup is ready!")
    return "soup"
}

let c = make_soup()
print(type(c))  # "coroutine"

async fn greet() {
    return "hello"
}
let result = async_run(greet())
print(result)  # "hello"

async fn fetch_data() {
    await sleep(2)
    return 42
}
async fn main() {
    let value = await fetch_data()
    print(value)  # 42
}
async_run(main())

async fn task_a() {
    print("a start")
    await sleep(2)
    print("a done")
}
async fn task_b() {
    print("b start")
    await sleep(1)
    print("b done")
}
async fn main() {
    let ha = spawn(task_a())
    let hb = spawn(task_b())
    await ha
    await hb
}
async_run(main())

async fn countdown(name, n) {
    let i = n
    while i > 0 {
        print(name + ": " + str(i))
        await sleep(1)
        i = i - 1
    }
    print(name + ": done!")
}
async fn main() {
    let h1 = spawn(countdown("A", 3))
    let h2 = spawn(countdown("B", 2))
    await h1
    await h2
}
async_run(main())

async fn risky() {
    throw "something went wrong"
}
async fn main() {
    try {
        await risky()
    } catch e {
        print("caught: " + e)
    }
}
async_run(main())
# prints: caught: something went wrong

class Dog {
    name,
    age,
    fn bark(self) {
        print("Woof! My name is " + self.name)
    }
    fn birthday(self) {
        self.age = self.age + 1
    }
}

let rex = Dog("Rex", 3)
let luna = Dog("Luna", 5)

rex.bark()  # prints: Woof! My name is Rex
luna.bark()  # prints: Woof! My name is Luna

print(rex.age)  # prints: 3
rex.birthday()
print(rex.age)  # prints: 4

class Calculator {
    value,
    fn add(self, n) {
        self.value = self.value + n
    }
    fn multiply(self, n) {
        self.value = self.value * n
    }
}
let calc = Calculator(0)
calc.add(10)
calc.multiply(3)
print(calc.value)  # prints: 30

class Rectangle {
    width,
    height,
    fn area(self) -> Int {
        return self.width * self.height
    }
    fn is_square(self) -> Bool {
        return self.width == self.height
    }
}
let r = Rectangle(4, 6)
print(r.area())  # prints: 24
print(r.is_square())  # prints: false

class Greeter {
    name: String,
    fn greet(self, greeting: String) -> String {
        return greeting + ", " + self.name + "!"
    }
}
let g = Greeter("Alice")
print(g.greet("Hello"))  # prints: Hello, Alice!

class Counter {
    count,
    fn increment(self) {
        self.count = self.count + 1
    }
    fn reset(self) {
        self.count = 0
    }
    fn get(self) -> Int {
        return self.count
    }
}
let c = Counter(0)
c.increment()
c.increment()
c.increment()
print(c.get())  # prints: 3
c.reset()
print(c.get())  # prints: 0

class Account {
    owner,
    balance,
    fn deposit(self, amount) {
        self.balance = self.balance + amount
    }
    fn withdraw(self, amount) {
        self.balance = self.balance - amount
    }
    fn summary(self) -> String {
        return self.owner + ": $" + str(self.balance)
    }
}
let acc = Account("Alice", 100)
acc.deposit(50)
acc.withdraw(30)
print(acc.summary())  # prints: Alice: $120

class Player {
    name,
    hp,
    score,
    fn take_damage(self, amount) {
        self.hp = self.hp - amount
    }
    fn earn_points(self, points) {
        self.score = self.score + points
    }
    fn is_alive(self) -> Bool {
        return self.hp > 0
    }
}
let hero = Player("Knight", 100, 0)
hero.earn_points(50)
hero.take_damage(30)
print(hero.hp)  # prints: 70
print(hero.is_alive())  # prints: true

fn make_counter() {
    let count = 0
    fn increment() {
        count = count + 1
    }
    fn get_count() {
        return count
    }
    fn reset() {
        count = 0
    }
    return [increment, get_count, reset]
}
let inc, get, rst = make_counter()
inc()
inc()
inc()
print(get())  # prints: 3
rst()
print(get())  # prints: 0

class Counter {
    count,
    fn increment(self) {
        self.count = self.count + 1
    }
    fn get(self) {
        return self.count
    }
    fn reset(self) {
        self.count = 0
    }
}
let c = Counter(0)
c.increment()
c.increment()
c.increment()
print(c.get())  # prints: 3
c.reset()
print(c.get())  # prints: 0

fn make_dog(name) {
    let the_name = name
    fn bark() {
        return "Woof! I'm " + the_name
    }
    fn rename(new_name) {
        the_name = new_name
    }
    fn get_name() {
        return the_name
    }
    return [bark, rename, get_name]
}
let bark, rename, get_name = make_dog("Rex")
print(bark())  # prints: Woof! I'm Rex
rename("Buddy")
print(bark())  # prints: Woof! I'm Buddy

class Dog {
    name,
    fn bark(self) {
        return "Woof! I'm " + self.name
    }
    fn rename(self, new_name) {
        self.name = new_name
    }
}
let d = Dog("Rex")
print(d.bark())  # prints: Woof! I'm Rex
d.rename("Buddy")
print(d.bark())  # prints: Woof! I'm Buddy

fn make_stack() {
    let items = []
    fn stack_push(val) {
        push(items, val)
    }
    fn stack_pop() {
        return pop(items)
    }
    fn peek() {
        return items[len(items) - 1]
    }
    fn is_empty() {
        return len(items) == 0
    }
    return [stack_push, stack_pop, peek, is_empty]
}
let push_fn, pop_fn, peek_fn, empty_fn = make_stack()
print(empty_fn())  # prints: true
push_fn(10)
push_fn(20)
push_fn(30)
print(peek_fn())  # prints: 30
print(pop_fn())  # prints: 30
print(pop_fn())  # prints: 20
print(empty_fn())  # prints: false

class Stack {
    items,
    fn stack_push(self, val) {
        push(self.items, val)
    }
    fn stack_pop(self) {
        return pop(self.items)
    }
    fn peek(self) {
        return self.items[len(self.items) - 1]
    }
    fn is_empty(self) {
        return len(self.items) == 0
    }
}
let s = Stack([])
print(s.is_empty())  # prints: true
s.stack_push(10)
s.stack_push(20)
s.stack_push(30)
print(s.peek())  # prints: 30
print(s.stack_pop())  # prints: 30
print(s.stack_pop())  # prints: 20
print(s.is_empty())  # prints: false

fn make_greeter(greeting) {
    fn greet(name) {
        print("{greeting}, {name}!")
    }
    return greet
}
let hello = make_greeter("Hello")
hello("Alice")  # prints: Hello, Alice!
hello("Bob")  # prints: Hello, Bob!

fn make_counter() {
    let count = 0
    fn increment() {
        count = count + 1
        return count
    }
    return increment
}
let counter = make_counter()
print(counter())  # prints: 1
print(counter())  # prints: 2
print(counter())  # prints: 3

fn make_counter() {
    let count = 0
    fn increment() {
        count = count + 1
        return count
    }
    return increment
}
let a = make_counter()
let b = make_counter()
print(a())  # prints: 1
print(a())  # prints: 2
print(b())  # prints: 1  (b has its own count!)

fn make_adder(n) {
    fn add(x) {
        return n + x
    }
    return add
}
let add5 = make_adder(5)
let add10 = make_adder(10)
print(add5(3))  # prints: 8
print(add10(3))  # prints: 13
print(type(add5))  # prints: fn

let x = 42

print(x)

if x > 10 {
    print(x)
} else {
    print(0)
}

if true {
    print(1)
} else if false {
    print(2)
} else {
    print(3)
}

let x = 0
while x < 3 {
    x = x + 1
}

fn add(a, b) {
    return a + b
}

let person = {"name": "Alice", "age": 12}
print(person)  # prints: {name: Alice, age: 12}

let empty = {}
print(empty)  # prints: {}

let record = {"scores": [90, 85, 100], "passed": true}

let d = {"name": "Alice", "age": 12}
print(d["name"])  # prints: Alice
print(d["age"])  # prints: 12

print(d["email"])  # Error: Key 'email' not found in dict

let d = {"name": "Alice"}
d["name"] = "Bob"  # change existing key
d["age"] = 13  # add a new key
print(d)  # prints: {name: Bob, age: 13}

let d = {"a": 1, "b": 2, "c": 3}
print(len(d))  # prints: 3
print(len({}))  # prints: 0

let d = {"name": "Alice", "age": 12}
print(keys(d))  # prints: [name, age]
print(values(d))  # prints: [Alice, 12]

let d = {"x": 10, "y": 20, "z": 30}
let k = keys(d)
for i in range(len(k)) {
    print("{k[i]}: {d[k[i]]}")
}

print(type({}))  # prints: dict
print(type({"a": 1}))  # prints: dict

let person = {"name": "Alice"}
print("hello {person["name"]}")  # prints: hello Alice

fn greet(person) {
    return "Hi, {person["name"]}!"
}
print(greet({"name": "Bob"}))  # prints: Hi, Bob!

let data = {"user": {"name": "Alice", "age": 12}}
print(data["user"]["name"])  # prints: Alice

enum Color {
    Red,
    Green,
    Blue
}

let c = Color.Red

let c = Color.Yellow  # Error: Enum 'Color' has no variant 'Yellow'

print(Color.Red)  # prints: Color.Red
print(type(Color.Red))  # prints: Color

let c = Color.Red
print(c == Color.Red)  # prints: true
print(c == Color.Green)  # prints: false
print(c != Color.Green)  # prints: true

if c == Color.Red {
    print("it's red!")
}

enum Direction {
    Up,
    Down,
    Left,
    Right
}
let d = Direction.Left
match d {
    case Direction.Up {
        print("going up")
    }
    case Direction.Down {
        print("going down")
    }
    case Direction.Left {
        print("going left")
    }
    case Direction.Right {
        print("going right")
    }
    case _ {
        print("unknown")
    }
}
# prints: going left

enum Color {
    Red,
    Green,
    Blue
}
# In a list
let palette = [Color.Red, Color.Green, Color.Blue]
print(palette[0])  # prints: Color.Red
# In a dict
let favorites = {"sky": Color.Blue, "grass": Color.Green}
print(favorites["sky"])  # prints: Color.Blue
# In string interpolation
let c = Color.Red
print("my color is {c}")  # prints: my color is Color.Red

Color()  # Error: 'Color' is an enum, not a function

enum Light {
    Red,
    Yellow,
    Green
}
fn describe(light) {
    match light {
        case Light.Red {
            return "stop"
        }
        case Light.Yellow {
            return "caution"
        }
        case Light.Green {
            return "go"
        }
        case _ {
            return "unknown"
        }
    }
}
print(describe(Light.Red))  # prints: stop
print(describe(Light.Green))  # prints: go

enum State {
    Menu,
    Playing,
    Paused,
    GameOver
}
let current = State.Menu
print(current)  # prints: State.Menu
current = State.Playing
print(current)  # prints: State.Playing

try {
    let result = 10 / 0
} catch e {
    print("Something went wrong: {e}")
}

try {
    let x = risky_function()
} catch {
    print("Something went wrong, but that's OK")
}

fn check_age(age) {
    if age < 0 {
        throw "Age cannot be negative"
    }
    return age
}
try {
    check_age(-5)
} catch e {
    print(e)
}

throw "something broke"
throw 42
throw [1, 2, 3]

try {
    print("Trying something risky...")
    throw "oops"
} catch e {
    print("Caught: {e}")
} finally {
    print("This always runs!")
}

fn read_first(xs) {
    try {
        return xs[0]
    } catch e {
        return -1
    } finally {
        print("cleanup always happens")
    }
}

let xs = [10, 20, 30]
try {
    let value = xs[99]
} catch e {
    print("Oops: {e}")
}

fn step_one() {
    throw "broken"
}
fn step_two() {
    step_one()
}
try {
    step_two()
} catch e {
    print(e)
}

fn safe_div(a, b) {
    try {
        return a / b
    } catch e {
        return 0
    }
}
print(safe_div(10, 2))
print(safe_div(10, 0))

fn get_or_default(xs, index, fallback) {
    try {
        return xs[index]
    } catch e {
        return fallback
    }
}
let colours = ["red", "green", "blue"]
print(get_or_default(colours, 1, "unknown"))
print(get_or_default(colours, 99, "unknown"))

# Before (messy)
if true {
    print(1)
    print(2)
}
# After (clean)
if true {
    print(1)
    print(2)
}

# Before
let x = 1 + 2 * 3
# After
let x = 1 + 2 * 3

if x > 10 {
    print(x)
} else {
    print(0)
}

fn add(a, b) {
    return a + b
}
fn multiply(a, b) {
    return a * b
}

# Calculate the total
let total = price + tax  # includes shipping

fn greet() {
    print("Hello!")
}
greet()
greet()

fn name(parameters) {
    body
}

fn add(a, b) {
    return a + b
}

add(3, 4)

greet()  # no arguments
square(5)  # one argument
add(10, 20)  # two arguments

add(1 + 2, x)
add(square(3), 4)

fn greet(name, greeting = "Hello") {
    print("{greeting} {name}")
}
greet("Alice")  # prints: Hello Alice
greet("Alice", "Hi")  # prints: Hi Alice

fn make_point(x, y = 0, z = 0) {
    return [x, y, z]
}
print(make_point(5))  # prints: [5, 0, 0]
print(make_point(5, 10))  # prints: [5, 10, 0]
print(make_point(5, 10, 15))  # prints: [5, 10, 15]

fn square(x) {
    return x * x
}
let result = square(5)
print(result)

fn maybe_print(x) {
    if x < 0 {
        return
    }
    print(x)
}

fn swap(a, b) {
    return [b, a]
}
let x, y = swap(1, 2)
print(x)  # prints: 2
print(y)  # prints: 1

fn double(x) {
    return x * 2
}
let f = double
print(f(5))  # prints: 10
print(type(double))  # prints: fn

let triple = fn(x) {
    return x * 3
}
print(triple(4))  # prints: 12

fn greet(name) {
    print(name)
}
fn count_up(n) {
    for i in range(n) {
        print(i)
    }
}
greet("Alice")
count_up(3)

async fn fetch_data() {
    await sleep(2)
    return 42
}

fn double(x) {
    return x * 2
}
let f = double
print(f(5))  # prints: 10
print(type(double))  # prints: fn

let triple = fn(x) {
    return x * 3
}
print(triple(4))  # prints: 12

let result = map(fn(x) {
    return x * 2
}, [1, 2, 3])
print(result)  # prints: [2, 4, 6]

fn square(x) {
    return x * x
}
print(map(square, [1, 2, 3, 4]))  # prints: [1, 4, 9, 16]

print(map(fn(x) {
    return x
}, []))  # prints: []

let result = filter(fn(x) {
    return x > 2
}, [1, 2, 3, 4, 5])
print(result)  # prints: [3, 4, 5]

fn is_even(x) {
    return x % 2 == 0
}
print(filter(is_even, [1, 2, 3, 4, 5, 6]))  # prints: [2, 4, 6]

print(filter(fn(x) {
    return x > 100
}, [1, 2, 3]))  # prints: []

let sum = reduce(fn(acc, x) {
    return acc + x
}, [1, 2, 3, 4], 0)
print(sum)  # prints: 10

fn multiply(a, b) {
    return a * b
}
print(reduce(multiply, [2, 3, 4], 1))  # prints: 24

print(reduce(fn(a, b) {
    return a + b
}, [], 42))  # prints: 42

fn double(x) {
    return x * 2
}
fn is_even(x) {
    return x % 2 == 0
}
fn add(a, b) {
    return a + b
}
# First filter the evens, then double them, then sum them up
let nums = [1, 2, 3, 4, 5, 6]
let result = reduce(add, map(double, filter(is_even, nums)), 0)
print(result)  # prints: 24

fn make_multiplier(factor) {
    fn multiply(x) {
        return x * factor
    }
    return multiply
}
let times3 = make_multiplier(3)
print(map(times3, [1, 2, 3, 4]))  # prints: [3, 6, 9, 12]

map(42, [1, 2])  # Error: map() expects a function
filter(fn(x) {
    return true
}, "abc")  # Error: filter() expects a list

class Animal {
    name,
    hp,
    fn speak(self) -> String {
        return "I'm " + self.name
    }
    fn take_damage(self, n) {
        self.hp = self.hp - n
    }
}
class Dog extends Animal {
    breed,
    fn fetch(self) -> String {
        return self.name + " fetches!"
    }
}

let rex = Dog("Rex", 100, "Labrador")
#              ^     ^     ^
#              |     |     └── child field: breed
#              |     └── parent field: hp
#              └── parent field: name
print(rex.name)  # prints: Rex
print(rex.hp)  # prints: 100
print(rex.breed)  # prints: Labrador

rex.take_damage(30)  # inherited from Animal
print(rex.hp)  # prints: 70
print(rex.fetch())  # child's own method
# prints: Rex fetches!

class Dog extends Animal {
    breed,
    fn speak(self) -> String {
        return "Woof! I'm " + self.name
    }
    fn fetch(self) -> String {
        return self.name + " fetches!"
    }
}
let rex = Dog("Rex", 100, "Lab")
print(rex.speak())  # prints: Woof! I'm Rex
print(type(rex))  # prints: Dog

class Dog extends Animal {
    breed,
    fn speak(self) -> String {
        return "Woof! " + super.speak()
    }
}
let rex = Dog("Rex", 100, "Lab")
print(rex.speak())
# prints: Woof! I'm Rex

class Animal {
    name,
    hp,
    fn speak(self) -> String {
        return "I'm " + self.name
    }
}
class Dog extends Animal {
    breed,
    fn speak(self) -> String {
        return "Woof! " + super.speak()
    }
    fn fetch(self) -> String {
        return self.name + " fetches!"
    }
}
class Puppy extends Dog {
    toy,
    fn speak(self) -> String {
        return "Yip! " + super.speak()
    }
    fn play(self) -> String {
        return self.name + " plays with " + self.toy
    }
}
let p = Puppy("Rex", 100, "Lab", "ball")
print(p.speak())  # prints: Yip! Woof! I'm Rex
print(p.fetch())  # prints: Rex fetches!  (inherited from Dog)
print(p.play())  # prints: Rex plays with ball

class Character {
    name,
    hp,
    level,
    fn take_damage(self, amount) {
        self.hp = self.hp - amount
    }
    fn is_alive(self) -> Bool {
        return self.hp > 0
    }
    fn status(self) -> String {
        return self.name + " (HP: " + str(self.hp) + ")"
    }
}
class Warrior extends Character {
    armor,
    fn take_damage(self, amount) {
        let reduced = amount - self.armor
        if reduced < 0 {
            reduced = 0
        }
        self.hp = self.hp - reduced
    }
}
class Mage extends Character {
    mana,
    fn cast_spell(self, cost) -> String {
        self.mana = self.mana - cost
        return self.name + " casts a spell!"
    }
}
let w = Warrior("Tank", 200, 5, 10)
let m = Mage("Gandalf", 80, 10, 100)
w.take_damage(25)  # only takes 15 (25 - 10 armor)
print(w.status())  # prints: Tank (HP: 185)
print(m.cast_spell(30))  # prints: Gandalf casts a spell!
print(m.is_alive())  # prints: true (inherited from Character)

# Extending a class that doesn't exist
class Dog extends Unknown {  # Error: Unknown parent class 'Unknown'
}
# Extending something that isn't a class
struct Point {
    x,
    y
}
class Bad extends Point {  # Error: 'Point' is not a class
}
# A class can't extend itself
class Loop extends Loop {  # Error: A class cannot extend itself
}
# Duplicate field with parent
class Dog extends Animal {
    name  # Error: Duplicate field 'name'
}  # (already inherited from Animal)
# Using super outside a child class
class Standalone {
    fn go(self) {
        super.go()  # Error: 'super' can only be used
    }  # inside a child class
}
# Calling a method the parent doesn't have
class Dog extends Animal {
    fn speak(self) {
        super.fly()  # Error: Parent class 'Animal'
    }  # has no method 'fly'
}

for x in [10, 20, 30] {
    print(x)
}
# prints: 10, 20, 30
for ch in "abc" {
    print(ch)
}
# prints: a, b, c

fn count_up(n) {
    let i = 0
    while i < n {
        yield i
        i = i + 1
    }
}

let g = count_up(3)
print(type(g))  # prints: generator

fn gen() {
    yield 10
    yield 20
    yield 30
}
let g = gen()
print(next(g))  # 10 -- runs until first yield
print(next(g))  # 20 -- resumes after first yield
print(next(g))  # 30 -- resumes after second yield

next(g)  # Error! Generator is exhausted

fn squares(n) {
    for i in range(n) {
        yield i * i
    }
}
for val in squares(5) {
    print(val)
}
# prints: 0, 1, 4, 9, 16

fn fibonacci() {
    let a = 0
    let b = 1
    while true {
        yield a
        let temp = a + b
        a = b
        b = temp
    }
}
# Print the first 10 Fibonacci numbers
let fib = fibonacci()
for i in range(10) {
    print(next(fib))
}
# prints: 0, 1, 1, 2, 3, 5, 8, 13, 21, 34

let x = 42  # W001: Unused variable 'x'
let y = 10
print(y)  # y is used, no warning

let myVariable = 1  # W002: should be my_variable
fn doSomething() {  # W002: should be do_something
}
class my_class {  # W002: should be MyClass
}

fn example() {
    return 42
    print("never runs")  # W003: Unreachable code
}

fn example(x) {
    if x {
        return 1  # Only this branch returns early
    }
    return 2  # This is still reachable -- no warning
}

if condition {
    # W004: Empty block
}
fn placeholder() {
    # W004: Empty block
}

[expression for variable in iterable]

let nums = [x for x in range(5)]
print(nums)  # prints: [0, 1, 2, 3, 4]

let doubled = [x * 2 for x in range(5)]
print(doubled)  # prints: [0, 2, 4, 6, 8]

let squares = [x * x for x in range(6)]
print(squares)  # prints: [0, 1, 4, 9, 16, 25]

[expression for variable in iterable if condition]

let big = [x for x in range(10) if x > 5]
print(big)  # prints: [6, 7, 8, 9]

let big_squares = [x * x for x in range(6) if x > 2]
print(big_squares)  # prints: [9, 16, 25]

let evens = [x for x in range(10) if x % 2 == 0]
print(evens)  # prints: [0, 2, 4, 6, 8]

let countdown = [10 - i for i in range(5)]
print(countdown)  # prints: [10, 9, 8, 7, 6]

print([x for x in range(2, 5)])  # prints: [2, 3, 4]
print([x for x in range(0, 10, 3)])  # prints: [0, 3, 6, 9]

let result = []
for x in range(5) {
    if x > 2 {
        result.push(x * x)
    }
}
print(result)  # prints: [9, 16, 25]

let result = [x * x for x in range(5) if x > 2]
print(result)  # prints: [9, 16, 25]

let doubled = [x * 2 for x in [1, 2, 3]]
print(doubled)  # prints: [2, 4, 6]
let chars = [ch for ch in "hello"]
print(chars)  # prints: [h, e, l, l, o]
let evens = [x for x in [1, 2, 3, 4, 5, 6] if x % 2 == 0]
print(evens)  # prints: [2, 4, 6]

match value {
    case 1 {
        print("one")
    }
    case 2 {
        print("two")
    }
    case _ {
        print("something else")
    }
}

let day = "Monday"
match day {
    case "Saturday" {
        print("Weekend!")
    }
    case "Sunday" {
        print("Weekend!")
    }
    case _ {
        print("Weekday")
    }
}

match temperature {
    case -1 {
        print("Almost freezing")
    }
    case 0 {
        print("Freezing point")
    }
    case _ {
        print("Something else")
    }
}

match colour {
    case "red" {
        print("Stop!")
    }
    case "green" {
        print("Go!")
    }
    case _ {
        print("Unknown colour")
    }
}

match score {
    case 100 {
        print("Perfect!")
    }
    case let s {
        print("You scored: {s}")
    }
}

enum Direction {
    Up,
    Down,
    Left,
    Right
}
let d = Direction.Left
match d {
    case Direction.Up {
        print("going up")
    }
    case Direction.Down {
        print("going down")
    }
    case Direction.Left {
        print("going left")
    }
    case Direction.Right {
        print("going right")
    }
    case _ {
        print("unknown")
    }
}
# prints: going left

match day {
    case "Saturday" | "Sunday" {
        print("Weekend!")
    }
    case _ {
        print("Weekday")
    }
}

# This is an ERROR -- what if x is 3?
match x {
    case 1 {
        print("one")
    }
    case 2 {
        print("two")
    }
}

# With if/else
if x == 1 {
    print("one")
} else if x == 2 or x == 3 {
    print("two or three")
} else {
    print("other")
}
# With match
match x {
    case 1 {
        print("one")
    }
    case 2 | 3 {
        print("two or three")
    }
    case _ {
        print("other")
    }
}

fn classify(n) {
    match n {
        case 0 {
            return "zero"
        }
        case 1 {
            return "one"
        }
        case let x {
            return "other"
        }
    }
}
print(classify(0))
print(classify(1))
print(classify(42))

for i in range(4) {
    match i {
        case 0 {
            print("start")
        }
        case 1 | 2 {
            print("middle")
        }
        case _ {
            print("end")
        }
    }
}

import "helpers.pbl"
print(add(1, 2))  # 3

from "helpers.pbl" import add, multiply
print(add(2, multiply(3, 4)))  # 14

# noisy.pbl
print("I am noisy!")  # this does NOT execute during import
fn quiet() {  # this IS available to importers
    return 0
}

import "math.pbl"  # same directory
import "lib/utils.pbl"  # subdirectory called lib

# geometry.pbl
struct Point {
    x,
    y
}
fn distance(p) {
    return (p.x ** 2 + p.y ** 2) ** 0.5
}

import "geometry.pbl"
let p = Point(3, 4)
print(distance(p))  # 5.0

# c.pbl
fn base() {
    return 1
}
# b.pbl
import "c.pbl"
fn mid() {
    return base() + 10
}
# a.pbl
import "b.pbl"
fn top() {
    return mid() + 100
}

import "a.pbl"
print(top())  # 111

import "math"
print(sqrt(16))  # 4.0
print(pi)  # 3.141592653589793

from "io" import input
let name = input("Name? ")
print("Hi, " + name)

# helpers.pbl
fn add(a, b) {
    return a + b
}
fn sub(a, b) {
    return a - b
}
fn mul(a, b) {
    return a * b
}

from "helpers.pbl" import add, mul
print(add(2, mul(3, 4)))  # 14

# geometry.pbl
struct Point {
    x,
    y
}
fn distance(p) {
    return (p.x ** 2 + p.y ** 2) ** 0.5
}
fn translate(p, dx, dy) {
    return Point(p.x + dx, p.y + dy)
}

import "geometry.pbl"
let p = Point(3, 4)
print(distance(p))  # 5.0
let moved = translate(p, 1, 1)
print(moved)  # Point(x=4, y=5)

class Vector {
    x,
    y
}
let a = Vector(1, 2)
let b = Vector(3, 4)
let c = a + b  # Error! Pebble doesn't know how to add Vectors

class Vector {
    x,
    y,
    fn __add__(self, other) -> Vector {
        return Vector(self.x + other.x, self.y + other.y)
    }
}
let a = Vector(1, 2)
let b = Vector(3, 4)
let c = a + b
print(c.x)  # prints: 4
print(c.y)  # prints: 6

class Vector {
    x,
    y,
    fn __add__(self, other) -> Vector {
        return Vector(self.x + other.x, self.y + other.y)
    }
    fn __sub__(self, other) -> Vector {
        return Vector(self.x - other.x, self.y - other.y)
    }
    fn __eq__(self, other) -> Bool {
        return self.x == other.x and self.y == other.y
    }
    fn __neg__(self) -> Vector {
        return Vector(0 - self.x, 0 - self.y)
    }
    fn __str__(self) -> String {
        return "(" + str(self.x) + ", " + str(self.y) + ")"
    }
}
let a = Vector(1, 2)
let b = Vector(3, 4)
print(a + b)  # prints: (4, 6)
print(a - b)  # prints: (-2, -2)
print(a == b)  # prints: false
print(-a)  # prints: (-1, -2)
print("v = {a}")  # prints: v = (1, 2)

class Point {
    x,
    y
}
let p = Point(3, 4)
print(p)  # prints: Point(x=3, y=4)

class Point {
    x,
    y,
    fn __str__(self) -> String {
        return "(" + str(self.x) + ", " + str(self.y) + ")"
    }
}
let p = Point(3, 4)
print(p)  # prints: (3, 4)

let a = Vector(1, 0)
let b = Vector(0, 1)
let c = Vector(2, 2)
let result = a + b + c
print(result)  # prints: (3, 3)

class Base {
    val,
    fn __add__(self, other) -> Base {
        return Base(self.val + other.val)
    }
    fn __str__(self) -> String {
        return "Base(" + str(self.val) + ")"
    }
}
class Fancy extends Base {
    fn __add__(self, other) -> Fancy {
        return Fancy(self.val + other.val + 100)
    }
    fn __str__(self) -> String {
        return "Fancy(" + str(self.val) + ")"
    }
}
let a = Fancy(10)
let b = Fancy(20)
print(a + b)  # prints: Fancy(130)

class Plain {
    val
}
let a = Plain(1)
let b = Plain(2)
let c = a + b  # Error: Unsupported operand types for +

# Binary dunder with wrong number of parameters
class Bad {
    val,
    fn __add__(self) {  # Error: requires 2 parameters, got 1
    }
}
# Unary dunder with wrong number of parameters
class Bad {
    val,
    fn __neg__(self, other) {  # Error: requires 1 parameter, got 2
    }
}

class Money {
    cents,
    fn __add__(self, other) -> Money {
        return Money(self.cents + other.cents)
    }
    fn __sub__(self, other) -> Money {
        return Money(self.cents - other.cents)
    }
    fn __mul__(self, other) -> Money {
        return Money(self.cents * other)
    }
    fn __eq__(self, other) -> Bool {
        return self.cents == other.cents
    }
    fn __lt__(self, other) -> Bool {
        return self.cents < other.cents
    }
    fn __str__(self) -> String {
        let dollars = self.cents // 100
        let remaining = self.cents % 100
        return "$" + str(dollars) + "." + str(remaining)
    }
}
let price = Money(1299)  # $12.99
let tax = Money(104)  # $1.04
let total = price + tax
print(total)  # prints: $14.3
print(price == tax)  # prints: false
print(tax < price)  # prints: true

print(6 / 2)  # prints: 3.0   (always a float)
print(7 / 2)  # prints: 3.5

print(7 // 2)  # prints: 3     (both int → int result)
print(7.0 // 2)  # prints: 3.0   (float involved → float result)

print(2 ** 3)  # prints: 8
print(5 ** 0)  # prints: 1     (anything to the power of 0 is 1)
print(4.0 ** 0.5)  # prints: 2.0   (square root!)

# 2 ** 2 ** 3  means  2 ** (2 ** 3)  =  2 ** 8  =  256
print(2 ** 2 ** 3)  # prints: 256
# Use parentheses to change grouping:
print((2 ** 2) ** 3)  # prints: 64

print(2 ** -1)  # prints: 0.5   (same as 1 / 2)

let x = 3
try {
    while true {
        x = x * x
    }
} catch e {
    print(e)  # prints: Number is too large (more than 1,000,000 bits)
}

print(-2 ** 2)  # prints: -4   (power first, then negate)
print(-2 ** 2)  # prints: 4    (negate first, then power)

print(3 < 3.5)  # prints: true   (int vs float works fine)
print(3.0 == 3)  # prints: true   (same value, different types)

let x = 5
print(1 < x and x < 10)  # prints: true   (x is between 1 and 10)

let x = 0
print(1 < x and x < 10)  # prints: false   (1 < 0 is false)
let x = 15
print(1 < x and x < 10)  # prints: false   (15 < 10 is false)

let x = 1
print(1 <= x and x <= 10)  # prints: true   (x equals the lower bound)
print(1 < x and x < 10)  # prints: false  (1 is not strictly less than 1)

let x = 5
print(1 <= x and x < 10)  # prints: true   (at least 1, but less than 10)
print(10 > x and x > 1)  # prints: true   (descending range check)

let a = 2
let b = 5
print(1 < a and a < b and b < 10)  # prints: true   (1<2 and 2<5 and 5<10)

print(1 << 3)  # prints: 8    (1 → 2 → 4 → 8)
print(3 << 1)  # prints: 6    (11 in binary → 110 = 6)

print(16 >> 2)  # prints: 4    (16 → 8 → 4)

# Multiplication before addition (level 10 > level 9)
print(2 + 3 * 4)  # prints: 14     (not 20)
# Power before multiplication (level 11 > level 10)
print(2 ** 3 * 2)  # prints: 16     (8 * 2, not 2 ** 6)
# Bitwise AND before bitwise OR (level 7 > level 5)
print(1 | 2 & 3)  # prints: 3      (1 | (2 & 3) = 1 | 2)
# Shifts before bitwise AND (level 8 > level 7)
print(1 & 3 << 1)  # prints: 0      (1 & (3 << 1) = 1 & 6)
# Use parentheses when in doubt!
print((2 + 3) * 4)  # prints: 20

# Left-associative: 10 - 3 - 2  =  (10 - 3) - 2  =  5
print(10 - 3 - 2)  # prints: 5

# Right-associative: 2 ** 2 ** 3  =  2 ** (2 ** 3)  =  256
print(2 ** 2 ** 3)  # prints: 256

print(1 + 2)

fn greet() {
    return "hello"
    print("this never runs")  # dead code!
}

fn divide(a, b) {
    return a / b
}
fn calculate() {
    divide(10, 0)
}
calculate()

fn step_one() {
    let x = 1 / 0
}
fn step_two() {
    step_one()
}
fn step_three() {
    step_two()
}
step_three()

fn risky() {
    let x = 1 / 0
}
try {
    risky()
} catch e {
    print("Caught: {e}")
}

let name = "Alice"
let age = 12
let score = 80 + 15

const pi = 3
const greeting = "hello"

const max_lives = 3
max_lives = 5  # Error: Cannot reassign constant 'max_lives'

const colours = ["red", "green"]
colours[0] = "blue"  # Fine -- changing an item inside
colours = [1, 2, 3]  # Error -- trying to replace the whole list

let count = 0
count = count + 1

print(42)
print("Hello, world!")
print(x + y)

if score > 90 {
    print("Excellent!")
} else {
    print("Keep trying!")
}

if raining {
    print("Bring an umbrella")
}

if colour == "green" {
    print("Go!")
} else if colour == "yellow" {
    print("Slow down")
} else {
    print("Stop")
}

let score = 85
if score > 90 {
    print("A")
} else if score > 80 {
    print("B")
} else if score > 70 {
    print("C")
} else {
    print("D")
}

if score > 90 {
    print("A")
} else if score > 80 {
    print("B")
} else {
    print("C")
}

let i = 0
while i < 5 {
    print(i)
    i = i + 1
}

for i in range(5) {
    print(i)
}

for i in range(3) {
    print(i * i)
}

for i in range(2, 5) {
    print(i)
}
# prints: 2, 3, 4
for i in range(10, 0, -2) {
    print(i)
}
# prints: 10, 8, 6, 4, 2

for item in [10, 20, 30] {
    print(item)
}
for ch in "hello" {
    print(ch)
}

let x = 0
while true {
    if x == 3 {
        break
    }
    x = x + 1
}
print(x)

for i in range(10) {
    if i == 3 {
        break
    }
    print(i)
}

for i in range(5) {
    if i == 2 {
        continue
    }
    print(i)
}

let total = 0
let i = 0
while i < 5 {
    i = i + 1
    if i == 3 {
        continue
    }
    total = total + i
}
print(total)

for i in range(3) {
    for j in range(3) {
        if j == 1 {
            break
        }
        print(j)
    }
}

if condition {
    let x = 10
    print(x)
}

let x = 1
let y = 2
print(x + y)

print(42)  # prints: 42
print("hello")  # prints: hello
print(true)  # prints: true
print([1, 2, 3])  # prints: [1, 2, 3]
print({"a": 1})  # prints: {a: 1}

for i in range(4) {
    print(i)
}
# prints: 0, 1, 2, 3 (each on its own line)

for i in range(2, 5) {
    print(i)
}
# prints: 2, 3, 4

for i in range(0, 10, 2) {
    print(i)
}
# prints: 0, 2, 4, 6, 8

for i in range(5, 0, -1) {
    print(i)
}
# prints: 5, 4, 3, 2, 1

print(str(42))  # prints: 42
print(str(true))  # prints: true
print(str([1, 2]))  # prints: [1, 2]

let age = int("12")
print(age + 1)  # prints: 13

print(int(3.7))  # prints: 3
print(int(-2.9))  # prints: -2

int("hello")  # Error: Cannot convert 'hello' to int

print(int(42))  # prints: 42

print(float(42))  # prints: 42.0
print(float("3.14"))  # prints: 3.14
print(float(1.5))  # prints: 1.5

float("hello")  # Error: Cannot convert 'hello' to float

print(type(42))  # prints: int
print(type(3.14))  # prints: float
print(type("hello"))  # prints: str
print(type(true))  # prints: bool
print(type([1, 2]))  # prints: list
print(type({}))  # prints: dict

struct Point {
    x,
    y
}
let p = Point(10, 20)
print(type(p))  # prints: Point

let x = 42
if type(x) == "int" {
    print("it is a number")
}

print(len([10, 20, 30]))  # prints: 3
print(len("hello"))  # prints: 5
print(len({"a": 1, "b": 2}))  # prints: 2
print(len([]))  # prints: 0

let xs = [1, 2, 3]
push(xs, 4)
print(xs)  # prints: [1, 2, 3, 4]

let xs = [1, 2, 3]
let last = pop(xs)
print(last)  # prints: 3
print(xs)  # prints: [1, 2]

let d = {"name": "Alice", "age": 12}
print(keys(d))  # prints: [name, age]

print(keys({}))  # prints: []

let d = {"name": "Alice", "age": 12}
print(values(d))  # prints: [Alice, 12]

print(values({}))  # prints: []

fn double(x) {
    return x * 2
}
print(map(double, [1, 2, 3]))  # prints: [2, 4, 6]

print(map(fn(x) {
    return x + 10
}, [1, 2, 3]))  # prints: [11, 12, 13]

fn is_even(x) {
    return x % 2 == 0
}
print(filter(is_even, [1, 2, 3, 4]))  # prints: [2, 4]

fn add(a, b) {
    return a + b
}
print(reduce(add, [1, 2, 3], 0))  # prints: 6

fn count_up() {
    yield 1
    yield 2
    yield 3
}
let g = count_up()
print(next(g))  # prints: 1
print(next(g))  # prints: 2
print(next(g))  # prints: 3

async fn greet() {
    return "hello"
}
let result = async_run(greet())
print(result)  # prints: hello

async fn task() {
    await sleep(1)
    return 42
}
async fn main() {
    let h = spawn(task())
    let result = await h
    print(result)  # prints: 42
}
async_run(main())

async fn countdown(n) {
    let i = n
    while i > 0 {
        print(i)
        await sleep(1)
        i = i - 1
    }
}
async_run(countdown(3))  # prints: 3, 2, 1

let numbers = []
for i in range(5) {
    push(numbers, i * i)
}
print(numbers)  # prints: [0, 1, 4, 9, 16]

let stack = []
push(stack, "first")
push(stack, "second")
push(stack, "third")
let top = pop(stack)
print("popped: {top}")  # prints: popped: third
print("size: {len(stack)}")  # prints: size: 2

import "math"

from "math" import sqrt, pi

import "math"
print(pi)  # prints: 3.141592653589793
print(e)  # prints: 2.718281828459045

import "math"
print(abs(-7))  # prints: 7
print(min(3, 8))  # prints: 3
print(max(3, 8))  # prints: 8
print(floor(3.9))  # prints: 3
print(ceil(3.1))  # prints: 4
print(round(3.5))  # prints: 4
print(sqrt(16))  # prints: 4.0
print(pow(2, 10))  # prints: 1024

import "io"
let name = input("What is your name? ")
print("Hello, " + name)

import "io"
let line = input()
print("You typed: " + line)

import "io"
let age = int(input("How old are you? "))
print(age + 1)

from "math" import sqrt, pi
let radius = 5
let area = pi * radius * radius
print(area)  # prints: 78.53981633974483
print(sqrt(area))  # prints: 8.862269254527579

from "math" import sqrt
print(cos(0))  # Error: 'cos' is not defined

let name = "Alice"
print("hello {name}")  # prints: hello Alice

let a = 3
let b = 4
print("{a} + {b} = {a + b}")  # prints: 3 + 4 = 7

fn double(n) {
    return n * 2
}
print("double of 5 is {double(5)}")  # prints: double of 5 is 10

print("use \{braces}")  # prints: use {braces}

let greeting = "  Hello, World!  "
print(greeting.strip())  # prints: Hello, World!

print("line one\nline two")
# prints:
# line one
# line two

let name = "Alice"
print("hello\t{name}\n")
# prints:  hello	Alice
# (followed by a blank line)

print("hello".upper())  # prints: HELLO

print("HELLO".lower())  # prints: hello

print("  HELLO  ".strip().lower())  # prints: hello

print("   hi   ".strip())  # prints: hi

let words = "one two three".split()
print(words)  # prints: [one, two, three]

let parts = "a,b,c".split(",")
print(parts)  # prints: [a, b, c]

let words = ["red", "green", "blue"]
print(", ".join(words))  # prints: red, green, blue

let s = "a-b-c"
let parts = s.split("-")
print("-".join(parts))  # prints: a-b-c

print("hello world".contains("world"))  # prints: true
print("hello world".contains("xyz"))  # prints: false

print("hello".starts_with("hel"))  # prints: true

print("hello".ends_with("llo"))  # prints: true

print("banana".find("nan"))  # prints: 2
print("banana".find("xyz"))  # prints: -1

print("banana".count("a"))  # prints: 3
print("hello".count("ll"))  # prints: 1

print("aabbcc".replace("b", "x"))  # prints: aaxxcc

print("ha".repeat(3))  # prints: hahaha
print("=".repeat(10))  # prints: ==========

let name = "alice"
print("Hello, {name.upper()}!")  # prints: Hello, ALICE!

let filename = "photo.png"
if filename.ends_with(".png") {
    print("It is an image")
}

let csv = "10,20,30"
let parts = csv.split(",")
for i in range(len(parts)) {
    print(parts[i])
}

struct Point {
    x,
    y
}

struct Point {
    x,
    y
}
let p = Point(10, 20)

print(p.x)  # prints: 10
print(p.y)  # prints: 20

p.x = 30
print(p.x)  # prints: 30

const origin = Point(0, 0)
origin.x = 5  # this is fine -- modifying the contents, not the binding

let p = Point(10, 20)
print(p)  # prints: Point(x=10, y=20)

print(type(p))  # prints: Point

fn distance_from_origin(point) {
    return (point.x ** 2 + point.y ** 2) ** 0.5
}
print(distance_from_origin(Point(3, 4)))  # prints: 5.0

fn origin() {
    return Point(0, 0)
}

let points = [Point(1, 2), Point(3, 4), Point(5, 6)]
print(points[0].x)  # prints: 1

let locations = {"home": Point(0, 0), "school": Point(10, 5)}
print(locations["school"].y)  # prints: 5

struct Line {
    start,
    end
}
let line = Line(Point(0, 0), Point(10, 10))
print(line.start.x)  # prints: 0
print(line.end.y)  # prints: 10

let a = Point(10, 20)
let b = Point(10, 20)
print(a == b)  # prints: true
let c = Point(10, 30)
print(a == c)  # prints: false

struct Vec {
    x,
    y
}
let p = Point(10, 20)
let v = Vec(10, 20)
print(p == v)  # prints: false

struct Color {
    r,
    g,
    b
}
let red = Color(255, 0, 0)
let blue = Color(0, 0, 255)
print(red)  # prints: Color(r=255, g=0, b=0)
print(blue)  # prints: Color(r=0, g=0, b=255)

struct Student {
    name,
    age,
    grade
}
let alice = Student("Alice", 12, "A")
print(alice.name)  # prints: Alice
print(alice.grade)  # prints: A
alice.grade = "A+"
print(alice)  # prints: Student(name=Alice, age=12, grade=A+)

struct Node {
    value,
    next
}
let list = Node(1, Node(2, Node(3, 0)))
print(list.value)  # prints: 1
print(list.next.value)  # prints: 2
print(list.next.next.value)  # prints: 3

fn swap(a, b) {
    return [b, a]
}

let x, y = swap(1, 2)
print(x)  # prints: 2
print(y)  # prints: 1

let a, b, c = [10, 20, 30]
print(a)  # prints: 10
print(b)  # prints: 20
print(c)  # prints: 30

const lo, hi = [1, 100]
# lo and hi are now locked -- trying to reassign them is an error

let a = 0
let b = 0
a, b = [3, 4]
print(a)  # prints: 3
print(b)  # prints: 4

let x = 1
let y = 2
x, y = [y, x]
print(x)  # prints: 2
print(y)  # prints: 1

let a, b = [1, 2, 3]  # Error: Expected 2 values to unpack, got 3
let x, y, z = [1, 2]  # Error: Expected 3 values to unpack, got 2
let p, q = 42  # Error: Cannot unpack int, expected a list

fn swap(a, b) {
    return [b, a]
}
let x, y = swap(1, 2)
print(x)  # prints: 2
print(y)  # prints: 1

fn min_max(a, b) {
    if a < b {
        return [a, b]
    }
    return [b, a]
}
let lo, hi = min_max(7, 3)
print(lo)  # prints: 3
print(hi)  # prints: 7

fn divmod(a, b) {
    return [a // b, a % b]
}
let q, r = divmod(17, 5)
print(q)  # prints: 3
print(r)  # prints: 2

let x: Int = 5
const pi: Float = 3.14
let name: String = "Alice"

let anything = 42  # no annotation, any value is fine

fn add(a: Int, b: Int) {
    return a + b
}

fn greet(name: String, times) {
    for i in range(times) {
        print("Hello {name}")
    }
}

fn square(x: Int) -> Int {
    return x * x
}

struct Point {
    x: Float,
    y: Float
}

let p = Point(1.0, 2.0)  # OK -- both are Float
p.x = 3.0  # OK -- Float into a Float field

struct Config {
    name: String,
    value  # accepts anything
}

let scores: List[Int] = [90, 85, 92]
let names: List[String] = ["Alice", "Bob"]

let oops: List[Int] = [1, "two", 3]
# Type error: expected List[Int], got List

let ages: Dict[String, Int] = {"Alice": 12, "Bob": 13}
let flags: Dict[String, Bool] = {"debug": true, "verbose": false}

let bad: Dict[String, Int] = {"age": "twelve"}
# Type error: expected Dict[String, Int], got Dict

let matrix: List[List[Int]] = [[1, 2], [3, 4]]
let records: List[Dict[String, Int]] = [{"x": 1}, {"y": 2}]
let lookup: Dict[String, List[Float]] = {"temps": [98.6, 99.1]}

let empty: List[Int] = []  # OK
let blank: Dict[String, Int] = {}  # OK

let anything: List = [1, "two", true]  # OK -- only checks it's a list
let lookup: Dict = {"a": 1, "b": "two"}  # OK -- only checks it's a dict

fn sum_all(numbers: List[Int]) -> Int {
    let total = 0
    for n in numbers {
        total = total + n
    }
    return total
}
fn first_two(items: List[Int]) -> List[Int] {
    return items[0:2]
}

struct Gradebook {
    student: String,
    scores: List[Int]
}
let book = Gradebook("Alice", [90, 85, 92])
book.scores = [95, 88]  # OK -- List[Int]

# Fully typed
fn add(a: Int, b: Int) -> Int {
    return a + b
}
# Fully untyped -- still works perfectly
fn multiply(a, b) {
    return a * b
}
# Mixed -- only 'name' is checked
fn greet(name: String, times) {
    for i in range(times) {
        print("Hello {name}")
    }
}

struct Point {
    x: Float,
    y: Float
}
let origin: Point = Point(0.0, 0.0)
fn distance(p: Point) -> Float {
    return (p.x ** 2 + p.y ** 2) ** 0.5
}

struct Node {
    value: Int,
    label  # untyped -- could hold another Node or anything
}

fn calculate(a: Float, b: Float, op: String) -> Float {
    match op {
        case "+" {
            return a + b
        }
        case "-" {
            return a - b
        }
        case "*" {
            return a * b
        }
        case "/" {
            return a / b
        }
    }
    return 0.0
}
print(calculate(10.0, 3.0, "+"))  # 13.0

struct User {
    name: String,
    age: Int
}
fn describe(u: User) -> String {
    return "{u.name} is {u.age} years old"
}
let alice: User = User("Alice", 12)
print(describe(alice))  # Alice is 12 years old

let x: Int = "hello"

let x: Int = 42  # passes — 42 is an Int
let y: String = 42  # fails — 42 is not a String
let z = 42  # passes — no annotation, no check

fn add(a: Int, b: Int) -> Int {
    return a + b
}
add(1, 2)  # passes — both are Int
add("hi", 2)  # fails — "hi" is not an Int

fn greet() -> String {
    return "hello"  # passes — "hello" is a String
}
fn broken() -> Int {
    return "oops"  # fails — "oops" is not an Int
}

struct Point {
    x: Float,
    y: Float
}
Point(1.0, 2.0)  # passes — both are Float
Point(1, 2.0)  # fails — 1 is not a Float

let x = 42  # inferred as Int
let y = x + 1  # inferred as Int (Int + Int = Int)
let z: Int = y  # passes — y is Int

let x = 5  # no annotation — no checking
fn add(a, b) {  # no parameter types — no checking
    return a + b
}

let x: Int = 5  # x is Int in the outer scope
fn f() {
    let x: String = "hi"  # x is String inside f
}

print(type(42))  # prints: int
print(type(3.14))  # prints: float
print(type("hello"))  # prints: str
print(type(true))  # prints: bool
print(type(null))  # prints: null
print(type([1, 2]))  # prints: list
print(type({}))  # prints: dict

struct Point {
    x,
    y
}
let p = Point(10, 20)
print(type(p))  # prints: Point

enum Color {
    Red,
    Green,
    Blue
}
print(type(Color.Red))  # prints: Color

let x = 42
if type(x) == "int" {
    print("it is a number")
}

let x = null
print(x)  # prints: null
print(type(null))  # prints: null

fn greet() {
    print("hi")
}
print(greet())  # prints: hi  then  null

if null {  # prints: no
    print("yes")
} else {
    print("no")
}
print(not null)  # prints: true

print(null == 0)  # prints: false
print(null == false)  # prints: false
print(null == "")  # prints: false
print(null == null)  # prints: true

null + 1  # Error: Unsupported operand types for +
null < 1  # Error: Unsupported operand types for <

print(type(42))  # prints: int
print(type(3.14))  # prints: float
print(type(1.0))  # prints: float   (the .0 makes it a float!)

print(1 + 2.0)  # prints: 3.0   (int + float = float)
print(3.0 * 2)  # prints: 6.0   (float * int = float)
print(5.5 - 2)  # prints: 3.5

print(7 / 2)  # prints: 3.5   (true division — always float)
print(6 / 2)  # prints: 3.0   (still a float!)
print(7 // 2)  # prints: 3     (floor division — whole number)

print(float(42))  # prints: 42.0
print(float("3.14"))  # prints: 3.14
print(int(3.7))  # prints: 3    (truncates toward zero)
print(int(-2.9))  # prints: -2   (truncates toward zero)

print(1 + "hello")  # Error: Cannot add int and str

let x = 42
print("answer: " + str(x))  # prints: answer: 42
let s = "7"
print(int(s) + 3)  # prints: 10
let f = "3.14"
print(float(f) + 1)  # prints: 4.140000000000001

let x = 42
print("answer: {x}")  # prints: answer: 42

let x: Int = 5
let y: Null = null
fn add(a: Int, b: Int) -> Int {
    return a + b
}
struct Point {
    x: Float,
    y: Float
}

let scores: List[Int] = [90, 85, 92]
let ages: Dict[String, Int] = {"Alice": 12, "Bob": 13}

fn double(n) {
    return n * 2
}
print(double(5))
