tx · FPJLJBHCFpWbureEe13BzNSfQbZFGFP6nVQzTvxGcaVB

3N3n75UqB8G1GKmXFr4zPhKCjGcqJPRSuJY:  -0.01000000 Waves

2024.03.20 12:07 [3026144] smart account 3N3n75UqB8G1GKmXFr4zPhKCjGcqJPRSuJY > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "FPJLJBHCFpWbureEe13BzNSfQbZFGFP6nVQzTvxGcaVB",
    "fee": 1000000,
    "feeAssetId": null,
    "timestamp": 1710925713061,
    "version": 2,
    "chainId": 84,
    "sender": "3N3n75UqB8G1GKmXFr4zPhKCjGcqJPRSuJY",
    "senderPublicKey": "2AWdnJuBMzufXSjTvzVcawBQQhnhF1iXR6QNVgwn33oc",
    "proofs": [
        "KwxhceLQVShJHbQbaaeqC6cwTwcGv1kk2VcykM2Bmddk1XSBDXySNodfnZUgg3eALj2npSnt7ZRwFx7hXDmUkj8"
    ],
    "script": "base64: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",
    "height": 3026144,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

View: original | compacted
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Diff: 
Old
New
Differences
9
9
 
10
10
 
let d = [3490942]
11
11
 
12
-
func e (f) = {
13
-
    let g = 2718281
14
-
    let h = 1000000
15
-
    let i = (-1 * f)
16
-
    let j = fraction(g, i, h)
17
-
    fraction(h, h, (h + j))
12
+
func e (f,g) = {
13
+
    let h = 2718281
14
+
    let i = 1000000
15
+
    let j = (-1 * f)
16
+
    let k = fraction(h, j, i)
17
+
    let l = fraction(i, i, (i + k))
18
+
    $Tuple2([IntegerEntry((g + "negativeZ"), j), IntegerEntry((g + "expPart"), k)], l)
18
19
 
    }
19
20
 
20
21
 
21
-
func k (l,m) = {
22
-
    let n = fraction(l[0], m[0], 1000000)
23
-
    let o = fraction(l[1], m[1], 1000000)
24
-
    (n + o)
22
+
func m (n,o) = {
23
+
    let p = fraction(n[0], o[0], 1000000)
24
+
    let q = fraction(n[1], o[1], 1000000)
25
+
    (p + q)
25
26
 
    }
26
27
 
27
28
 
28
-
func p (q,r,s) = {
29
-
    let t = (k(q, r[0]) + s[0])
30
-
    let u = (k(q, r[1]) + s[1])
31
-
    let v = e(t)
32
-
    let w = e(u)
33
-
[v, w, t, u]
29
+
func r (s,t,u,v) = {
30
+
    let w = (m(s, t[0]) + u[0])
31
+
    let x = (m(s, t[1]) + u[1])
32
+
    let y = e(w, (v + "L1N1"))
33
+
    let z = y._1
34
+
    let A = y._2
35
+
    let B = e(x, (v + "L1N2"))
36
+
    let C = B._1
37
+
    let D = B._2
38
+
    $Tuple2([A, D, w, x], (z ++ C))
34
39
 
    }
35
40
 
36
41
 
37
-
func x (y,z) = {
38
-
    let q = [y, z]
39
-
    let A = p(q, a, b)
40
-
    let B = (k([A[0], A[1]], c[0]) + d[0])
41
-
    let C = e(B)
42
-
[C, B, A[2], A[3]]
42
+
func E (F,G) = {
43
+
    let s = [F, G]
44
+
    let H = r(s, a, b, "HL")
45
+
    let I = H._1
46
+
    let J = H._2
47
+
    let K = e((m([I[0], I[1]], c[0]) + d[0]), "OL")
48
+
    let L = K._1
49
+
    let M = K._2
50
+
    $Tuple2([M, (m([I[0], I[1]], c[0]) + d[0]), I[2], I[3]], (J ++ L))
43
51
 
    }
44
52
 
45
53
 
46
-
@Callable(D)
47
-
func predict (y,z) = {
48
-
    let E = if ((y == 1))
54
+
@Callable(N)
55
+
func predict (F,G) = {
56
+
    let O = if ((F == 1))
49
57
 
        then 1000000
50
58
 
        else 0
51
-
    let F = if ((z == 1))
59
+
    let P = if ((G == 1))
52
60
 
        then 1000000
53
61
 
        else 0
54
-
    let G = x(E, F)
55
-
    let H = G[0]
56
-
    let B = G[1]
57
-
    let I = G[2]
58
-
    let J = G[3]
59
-
[IntegerEntry("result", H), IntegerEntry("outputLayerSum", B), IntegerEntry("hiddenLayerOutput1Sum", I), IntegerEntry("hiddenLayerOutput2Sum", J)]
62
+
    let Q = E(O, P)
63
+
    let R = Q._1
64
+
    let S = Q._2
65
+
    ([IntegerEntry("result", R[0]), IntegerEntry("outputLayerSum", R[1]), IntegerEntry("hiddenLayerOutput1Sum", R[2]), IntegerEntry("hiddenLayerOutput2Sum", R[3])] ++ S)
60
66
 
    }
61
67
 
62
68
 

Full: 
Old
New
Differences
1
1
 
{-# STDLIB_VERSION 5 #-}
2
2
 
{-# SCRIPT_TYPE ACCOUNT #-}
3
3
 
{-# CONTENT_TYPE DAPP #-}
4
4
 
let a = [[4721113, -5002107], [6226846, -6353789]]
5
5
 
6
6
 
let b = [-2521378, 3389498]
7
7
 
8
8
 
let c = [[8109936, -7559760]]
9
9
 
10
10
 
let d = [3490942]
11
11
 
12
-
func e (f) = {
13
-
    let g = 2718281
14
-
    let h = 1000000
15
-
    let i = (-1 * f)
16
-
    let j = fraction(g, i, h)
17
-
    fraction(h, h, (h + j))
12
+
func e (f,g) = {
13
+
    let h = 2718281
14
+
    let i = 1000000
15
+
    let j = (-1 * f)
16
+
    let k = fraction(h, j, i)
17
+
    let l = fraction(i, i, (i + k))
18
+
    $Tuple2([IntegerEntry((g + "negativeZ"), j), IntegerEntry((g + "expPart"), k)], l)
18
19
 
    }
19
20
 
20
21
 
21
-
func k (l,m) = {
22
-
    let n = fraction(l[0], m[0], 1000000)
23
-
    let o = fraction(l[1], m[1], 1000000)
24
-
    (n + o)
22
+
func m (n,o) = {
23
+
    let p = fraction(n[0], o[0], 1000000)
24
+
    let q = fraction(n[1], o[1], 1000000)
25
+
    (p + q)
25
26
 
    }
26
27
 
27
28
 
28
-
func p (q,r,s) = {
29
-
    let t = (k(q, r[0]) + s[0])
30
-
    let u = (k(q, r[1]) + s[1])
31
-
    let v = e(t)
32
-
    let w = e(u)
33
-
[v, w, t, u]
29
+
func r (s,t,u,v) = {
30
+
    let w = (m(s, t[0]) + u[0])
31
+
    let x = (m(s, t[1]) + u[1])
32
+
    let y = e(w, (v + "L1N1"))
33
+
    let z = y._1
34
+
    let A = y._2
35
+
    let B = e(x, (v + "L1N2"))
36
+
    let C = B._1
37
+
    let D = B._2
38
+
    $Tuple2([A, D, w, x], (z ++ C))
34
39
 
    }
35
40
 
36
41
 
37
-
func x (y,z) = {
38
-
    let q = [y, z]
39
-
    let A = p(q, a, b)
40
-
    let B = (k([A[0], A[1]], c[0]) + d[0])
41
-
    let C = e(B)
42
-
[C, B, A[2], A[3]]
42
+
func E (F,G) = {
43
+
    let s = [F, G]
44
+
    let H = r(s, a, b, "HL")
45
+
    let I = H._1
46
+
    let J = H._2
47
+
    let K = e((m([I[0], I[1]], c[0]) + d[0]), "OL")
48
+
    let L = K._1
49
+
    let M = K._2
50
+
    $Tuple2([M, (m([I[0], I[1]], c[0]) + d[0]), I[2], I[3]], (J ++ L))
43
51
 
    }
44
52
 
45
53
 
46
-
@Callable(D)
47
-
func predict (y,z) = {
48
-
    let E = if ((y == 1))
54
+
@Callable(N)
55
+
func predict (F,G) = {
56
+
    let O = if ((F == 1))
49
57
 
        then 1000000
50
58
 
        else 0
51
-
    let F = if ((z == 1))
59
+
    let P = if ((G == 1))
52
60
 
        then 1000000
53
61
 
        else 0
54
-
    let G = x(E, F)
55
-
    let H = G[0]
56
-
    let B = G[1]
57
-
    let I = G[2]
58
-
    let J = G[3]
59
-
[IntegerEntry("result", H), IntegerEntry("outputLayerSum", B), IntegerEntry("hiddenLayerOutput1Sum", I), IntegerEntry("hiddenLayerOutput2Sum", J)]
62
+
    let Q = E(O, P)
63
+
    let R = Q._1
64
+
    let S = Q._2
65
+
    ([IntegerEntry("result", R[0]), IntegerEntry("outputLayerSum", R[1]), IntegerEntry("hiddenLayerOutput1Sum", R[2]), IntegerEntry("hiddenLayerOutput2Sum", R[3])] ++ S)
60
66
 
    }
61
67
 
62
68
 

github/deemru/w8io/3ef1775 
34.65 ms ◑