tx · GtG7mCapTmYceaRkKY1vhdnd2yLu3vXtwL6gnTomt2N9

3N3n75UqB8G1GKmXFr4zPhKCjGcqJPRSuJY:  -0.01000000 Waves

2024.04.28 14:25 [3082655] smart account 3N3n75UqB8G1GKmXFr4zPhKCjGcqJPRSuJY > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "GtG7mCapTmYceaRkKY1vhdnd2yLu3vXtwL6gnTomt2N9",
    "fee": 1000000,
    "feeAssetId": null,
    "timestamp": 1714303469498,
    "version": 2,
    "chainId": 84,
    "sender": "3N3n75UqB8G1GKmXFr4zPhKCjGcqJPRSuJY",
    "senderPublicKey": "2AWdnJuBMzufXSjTvzVcawBQQhnhF1iXR6QNVgwn33oc",
    "proofs": [
        "21SPdzhzPPKjDKz7mSUHHX6qmiQY9Ucrh6vTU8dNKvwpjvFJ1SmHyx6K5H2Z7THDSECMmeLa6VuPLj2sKdXJEon6"
    ],
    "script": "base64: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",
    "height": 3082655,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

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Diff: 
Old
New
Differences
1
1
 
{-# STDLIB_VERSION 5 #-}
2
2
 
{-# SCRIPT_TYPE ACCOUNT #-}
3
3
 
{-# CONTENT_TYPE DAPP #-}
4
-
let a = [[600496, 600733], [414197, 414253]]
4
+
let a = [[600497, 600732], [414197, 414253]]
5
5
 
6
6
 
let b = [-259051, -635637]
7
7
 
9
9
 
10
10
 
let d = [-381179]
11
11
 
12
-
func e (f,g) = if ((f > g))
13
-
    then g
14
-
    else if ((-(g) > f))
15
-
        then -(g)
16
-
        else f
17
-
18
-
19
-
func h (i) = {
20
-
    let j = if ((0 > i))
21
-
        then -(i)
22
-
        else i
23
-
    let k = if ((j > 100000))
24
-
        then 100000
25
-
        else j
26
-
    let l = (k / 1000)
27
-
    (100000 - (10 * l))
12
+
func e (f) = {
13
+
    let g = fraction(f, 1, 1000000)
14
+
    let h = fraction(g, g, 1000000)
15
+
    let i = (1000000 - g)
16
+
    let j = fraction(h, 500000, 1)
17
+
    (i + j)
28
18
 
    }
29
19
 
30
20
 
31
-
func m (f,n) = {
32
-
    let o = e(f, 100000)
33
-
    let p = h(-(o))
34
-
    let q = fraction(1000000, (1000000 + p), 1, DOWN)
35
-
    $Tuple2([IntegerEntry((n + "inputZ"), f), IntegerEntry((n + "clampedZ"), o), IntegerEntry((n + "expValue"), p), IntegerEntry((n + "sigValue"), q)], q)
21
+
func k (l,m) = {
22
+
    let n = e(-(l))
23
+
    let o = (1000000 + n)
24
+
    let p = fraction(1000000000000, o, 1)
25
+
    $Tuple2([IntegerEntry((m + "inputZ"), l), IntegerEntry((m + "expNegZ"), n), IntegerEntry((m + "onePlusExpNegZ"), o), IntegerEntry((m + "sigValue"), p)], p)
36
26
 
    }
37
27
 
38
28
 
39
-
func r (s,t,u,n) = {
40
-
    let v = (((s[0] * t[0][0]) + (s[1] * t[0][1])) + (u[0] * 100000))
41
-
    let w = (((s[0] * t[1][0]) + (s[1] * t[1][1])) + (u[1] * 100000))
42
-
    let x = m(v, "Layer1N0")
43
-
    let y = x._1
44
-
    let z = x._2
45
-
    let A = m(w, "Layer1N1")
46
-
    let B = A._1
47
-
    let C = A._2
48
-
    let D = (y ++ B)
49
-
    let E = [z, C]
50
-
    $Tuple2(D, E)
29
+
func q (r,s,t,m) = {
30
+
    let u = (((r[0] * s[0][0]) + (r[1] * s[0][1])) + (t[0] * 100000))
31
+
    let v = (((r[0] * s[1][0]) + (r[1] * s[1][1])) + (t[1] * 100000))
32
+
    let w = k(u, "Layer1N0")
33
+
    let x = w._1
34
+
    let y = w._2
35
+
    let z = k(v, "Layer1N1")
36
+
    let A = z._1
37
+
    let B = z._2
38
+
    let C = (x ++ A)
39
+
    let D = [y, B]
40
+
    $Tuple2(C, D)
51
41
 
    }
52
42
 
53
43
 
54
-
func F (s,t,u,n) = {
55
-
    let v = (((s[0] * t[0][0]) + (s[1] * t[0][1])) + (u[0] * 100000))
56
-
    let G = m(v, "Layer2N0")
57
-
    let y = G._1
58
-
    let z = G._2
44
+
func E (r,s,t,m) = {
45
+
    let u = (((r[0] * s[0][0]) + (r[1] * s[0][1])) + (t[0] * 100000))
46
+
    let F = k(u, "Layer2N0")
47
+
    let x = F._1
48
+
    let y = F._2
49
+
    let C = x
59
50
 
    let D = y
60
-
    let E = z
61
-
    $Tuple2(D, E)
51
+
    $Tuple2(C, D)
62
52
 
    }
63
53
 
64
54
 
65
-
@Callable(H)
66
-
func predict (I,J) = {
55
+
@Callable(G)
56
+
func predict (H,I) = {
57
+
    let J = if ((H == 1))
58
+
        then 1000000
59
+
        else 0
67
60
 
    let K = if ((I == 1))
68
61
 
        then 1000000
69
62
 
        else 0
70
-
    let L = if ((J == 1))
71
-
        then 1000000
72
-
        else 0
73
-
    let M = [K, L]
74
-
    let N = r(M, a, b, "Layer1")
75
-
    let O = N._1
76
-
    let P = N._2
77
-
    let Q = F(P, c, d, "Layer2")
78
-
    let R = Q._1
79
-
    let S = Q._2
80
-
    (([IntegerEntry("result", S)] ++ O) ++ R)
63
+
    let L = [J, K]
64
+
    let M = q(L, a, b, "Layer1")
65
+
    let N = M._1
66
+
    let O = M._2
67
+
    let P = E(O, c, d, "Layer2")
68
+
    let Q = P._1
69
+
    let R = P._2
70
+
    (([IntegerEntry("result", R)] ++ N) ++ Q)
81
71
 
    }
82
72
 
83
73
 

Full: 
Old
New
Differences
1
1
 
{-# STDLIB_VERSION 5 #-}
2
2
 
{-# SCRIPT_TYPE ACCOUNT #-}
3
3
 
{-# CONTENT_TYPE DAPP #-}
4
-
let a = [[600496, 600733], [414197, 414253]]
4
+
let a = [[600497, 600732], [414197, 414253]]
5
5
 
6
6
 
let b = [-259051, -635637]
7
7
 
8
8
 
let c = [[832966, -897142]]
9
9
 
10
10
 
let d = [-381179]
11
11
 
12
-
func e (f,g) = if ((f > g))
13
-
    then g
14
-
    else if ((-(g) > f))
15
-
        then -(g)
16
-
        else f
17
-
18
-
19
-
func h (i) = {
20
-
    let j = if ((0 > i))
21
-
        then -(i)
22
-
        else i
23
-
    let k = if ((j > 100000))
24
-
        then 100000
25
-
        else j
26
-
    let l = (k / 1000)
27
-
    (100000 - (10 * l))
12
+
func e (f) = {
13
+
    let g = fraction(f, 1, 1000000)
14
+
    let h = fraction(g, g, 1000000)
15
+
    let i = (1000000 - g)
16
+
    let j = fraction(h, 500000, 1)
17
+
    (i + j)
28
18
 
    }
29
19
 
30
20
 
31
-
func m (f,n) = {
32
-
    let o = e(f, 100000)
33
-
    let p = h(-(o))
34
-
    let q = fraction(1000000, (1000000 + p), 1, DOWN)
35
-
    $Tuple2([IntegerEntry((n + "inputZ"), f), IntegerEntry((n + "clampedZ"), o), IntegerEntry((n + "expValue"), p), IntegerEntry((n + "sigValue"), q)], q)
21
+
func k (l,m) = {
22
+
    let n = e(-(l))
23
+
    let o = (1000000 + n)
24
+
    let p = fraction(1000000000000, o, 1)
25
+
    $Tuple2([IntegerEntry((m + "inputZ"), l), IntegerEntry((m + "expNegZ"), n), IntegerEntry((m + "onePlusExpNegZ"), o), IntegerEntry((m + "sigValue"), p)], p)
36
26
 
    }
37
27
 
38
28
 
39
-
func r (s,t,u,n) = {
40
-
    let v = (((s[0] * t[0][0]) + (s[1] * t[0][1])) + (u[0] * 100000))
41
-
    let w = (((s[0] * t[1][0]) + (s[1] * t[1][1])) + (u[1] * 100000))
42
-
    let x = m(v, "Layer1N0")
43
-
    let y = x._1
44
-
    let z = x._2
45
-
    let A = m(w, "Layer1N1")
46
-
    let B = A._1
47
-
    let C = A._2
48
-
    let D = (y ++ B)
49
-
    let E = [z, C]
50
-
    $Tuple2(D, E)
29
+
func q (r,s,t,m) = {
30
+
    let u = (((r[0] * s[0][0]) + (r[1] * s[0][1])) + (t[0] * 100000))
31
+
    let v = (((r[0] * s[1][0]) + (r[1] * s[1][1])) + (t[1] * 100000))
32
+
    let w = k(u, "Layer1N0")
33
+
    let x = w._1
34
+
    let y = w._2
35
+
    let z = k(v, "Layer1N1")
36
+
    let A = z._1
37
+
    let B = z._2
38
+
    let C = (x ++ A)
39
+
    let D = [y, B]
40
+
    $Tuple2(C, D)
51
41
 
    }
52
42
 
53
43
 
54
-
func F (s,t,u,n) = {
55
-
    let v = (((s[0] * t[0][0]) + (s[1] * t[0][1])) + (u[0] * 100000))
56
-
    let G = m(v, "Layer2N0")
57
-
    let y = G._1
58
-
    let z = G._2
44
+
func E (r,s,t,m) = {
45
+
    let u = (((r[0] * s[0][0]) + (r[1] * s[0][1])) + (t[0] * 100000))
46
+
    let F = k(u, "Layer2N0")
47
+
    let x = F._1
48
+
    let y = F._2
49
+
    let C = x
59
50
 
    let D = y
60
-
    let E = z
61
-
    $Tuple2(D, E)
51
+
    $Tuple2(C, D)
62
52
 
    }
63
53
 
64
54
 
65
-
@Callable(H)
66
-
func predict (I,J) = {
55
+
@Callable(G)
56
+
func predict (H,I) = {
57
+
    let J = if ((H == 1))
58
+
        then 1000000
59
+
        else 0
67
60
 
    let K = if ((I == 1))
68
61
 
        then 1000000
69
62
 
        else 0
70
-
    let L = if ((J == 1))
71
-
        then 1000000
72
-
        else 0
73
-
    let M = [K, L]
74
-
    let N = r(M, a, b, "Layer1")
75
-
    let O = N._1
76
-
    let P = N._2
77
-
    let Q = F(P, c, d, "Layer2")
78
-
    let R = Q._1
79
-
    let S = Q._2
80
-
    (([IntegerEntry("result", S)] ++ O) ++ R)
63
+
    let L = [J, K]
64
+
    let M = q(L, a, b, "Layer1")
65
+
    let N = M._1
66
+
    let O = M._2
67
+
    let P = E(O, c, d, "Layer2")
68
+
    let Q = P._1
69
+
    let R = P._2
70
+
    (([IntegerEntry("result", R)] ++ N) ++ Q)
81
71
 
    }
82
72
 
83
73
 

github/deemru/w8io/3ef1775 
40.73 ms ◑