tx · H8YeaEAJNxKqs13gCutmhiL4Ho7kgDwqTz8u284Y3CAM

3N4revPn12feiSAyC78tAZEJfsyprVYPzsL:  -0.05000000 Waves

2022.02.22 10:53 [1934591] smart account 3N4revPn12feiSAyC78tAZEJfsyprVYPzsL > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "H8YeaEAJNxKqs13gCutmhiL4Ho7kgDwqTz8u284Y3CAM",
    "fee": 5000000,
    "feeAssetId": null,
    "timestamp": 1645516468520,
    "version": 2,
    "chainId": 84,
    "sender": "3N4revPn12feiSAyC78tAZEJfsyprVYPzsL",
    "senderPublicKey": "5smGxL7bfeRokaN53Z31Y72dF2Lkr5Cg1kuWRV3gniNe",
    "proofs": [
        "4XRbcnyf1N1Ax9Y9dmuzCr5iicVL6TRNKCG8cN9NJ3wQCvuapJqKnHv8Aj174vibFjq5JcdJCDiTgLMJNzA9K6mg"
    ],
    "script": "base64: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    "height": 1934591,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

View: original | compacted
Prev: 2Vc7aHTkra4gYTn8nsDCMfCsMnZfmx3vpoVz9LasQAoD
Next: none

Diff: 
Old
New
Differences
163
163
 
    let secondSumFraction = fraction(toBigInt(x), toBigInt(y), toBigInt(scale8))
164
164
 
    let secondSumFirstPart = toInt(pow(secondSumFraction, 0, toBigInt(5), 1, (digits8 / 2), DOWN))
165
165
 
    let t = (sk - betaDR)
166
-
    let secondSumSecondPart = pow((sk - betaDR), digits8, alpha, alphaDigits, digits8, DOWN)
166
+
    let secondSumSecondPart = pow(t, digits8, alpha, alphaDigits, digits8, DOWN)
167
167
 
    let secondSum = (2 * fraction(secondSumFirstPart, secondSumSecondPart, scale8))
168
168
 
    let invariant = (firstSum + secondSum)
169
169
 
[IntegerEntry("invariant", invariant)]
Full: 
Old
New
Differences
1
1
 
{-# STDLIB_VERSION 5 #-}
2
2
 
{-# SCRIPT_TYPE ACCOUNT #-}
3
3
 
{-# CONTENT_TYPE DAPP #-}
4
4
 
let strAssetIdA = "34N9YcEETLWn93qYQ64EsP1x89tSruJU44RrEMSXXEPJ"
5
5
 
6
6
 
let strAssetIdB = "DG2xFkPdDwKUoBkzGAhQtLpSGzfXLiCYPEzeKH2Ad24p"
7
7
 
8
8
 
let assetIdA = if ((strAssetIdA == "WAVES"))
9
9
 
    then unit
10
10
 
    else fromBase58String(strAssetIdA)
11
11
 
12
12
 
let assetIdB = if ((strAssetIdB == "WAVES"))
13
13
 
    then unit
14
14
 
    else fromBase58String(strAssetIdB)
15
15
 
16
16
 
let fee = 500
17
17
 
18
18
 
let feeGovernance = 200
19
19
 
20
20
 
let feeScale6 = 1000000
21
21
 
22
22
 
let scale3 = 1000
23
23
 
24
24
 
let scale8 = 100000000
25
25
 
26
26
 
let scale12 = 1000000000000
27
27
 
28
28
 
let scale16 = 10000000000000000
29
29
 
30
30
 
let slippageScale3 = 1000
31
31
 
32
32
 
let digits8 = 8
33
33
 
34
34
 
let digits12 = 12
35
35
 
36
36
 
let dAppThreshold = 50
37
37
 
38
38
 
let dAppThresholdScale2 = 100
39
39
 
40
40
 
let exchangeRatioLimitMin = 90000000
41
41
 
42
42
 
let exchangeRatioLimitMax = 110000000
43
43
 
44
44
 
let alpha = 50
45
45
 
46
46
 
let alphaDigits = 2
47
47
 
48
48
 
let beta = 46000000
49
49
 
50
50
 
let betaBigInt = 460000000000
51
51
 
52
52
 
let betaDR = 4600000000000000
53
53
 
54
54
 
func skewness (x,y) = (((fraction(scale12, x, y) + fraction(scale12, y, x)) / 2) / 10000)
55
55
 
56
56
 
57
57
 
func skewnessBigInt (x,y) = {
58
58
 
    let skfirst = fraction(scale12, x, y)
59
59
 
    let skseconsd = fraction(scale12, y, x)
60
60
 
    ((skfirst + skseconsd) / 2)
61
61
 
    }
62
62
 
63
63
 
64
64
 
func skewnessDR (x,y) = ((fraction(scale16, x, y) + fraction(scale16, y, x)) / 2)
65
65
 
66
66
 
67
67
 
func invariantCalc (x,y) = {
68
68
 
    let sk = skewness(x, y)
69
69
 
    let xy = (x + y)
70
70
 
    let firstpow = pow(sk, digits8, alpha, alphaDigits, digits8, CEILING)
71
71
 
    let secondpow = pow(fraction(x, y, scale8), 0, 5, 1, (digits8 / 2), DOWN)
72
72
 
    let thirdpow = pow((sk - beta), digits8, alpha, alphaDigits, digits8, DOWN)
73
73
 
    let firstsum = fraction(xy, scale8, firstpow)
74
74
 
    let secondsum = (2 * fraction(secondpow, thirdpow, scale8))
75
75
 
    (firstsum + secondsum)
76
76
 
    }
77
77
 
78
78
 
79
79
 
func calculateSendAmount (balanceA,balanceB,amountToSendEstimated,minTokenReceiveAmount,tokenReceiveAmount,tokenId) = {
80
80
 
    let slippageValue = (scale8 - ((scale8 * 1) / 10000000))
81
81
 
    let deltaBetweenMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
82
82
 
    let x = (balanceA + tokenReceiveAmount)
83
83
 
    let y = (balanceB + tokenReceiveAmount)
84
84
 
    let invariant = invariantCalc(balanceA, balanceB)
85
85
 
    let invariantNew = if ((tokenId == strAssetIdA))
86
86
 
        then invariantCalc(x, (balanceB - amountToSendEstimated))
87
87
 
        else if ((tokenId == strAssetIdB))
88
88
 
            then invariantCalc((balanceA - amountToSendEstimated), y)
89
89
 
            else throw("Wrong asset in payment")
90
90
 
    let invariantEstimatedRatio = fraction(scale8, invariant, invariantNew)
91
91
 
    func getStepAmount (acc,step) =     if ((acc == -1))
92
92
 
        then {
93
93
 
            let amountToSend = (amountToSendEstimated - ((step * deltaBetweenMaxAndMinSendValue) / 5))
94
94
 
            let stepInvariant = if ((tokenId == strAssetIdA))
95
95
 
                then invariantCalc(x, (balanceB - amountToSend))
96
96
 
                else invariantCalc((balanceA - amountToSend), y)
97
97
 
            if ((stepInvariant > invariant))
98
98
 
                then amountToSend
99
99
 
                else -1
100
100
 
            }
101
101
 
        else acc
102
102
 
103
103
 
    let stepAmount = {
104
104
 
        let $l = [1, 2, 3, 4, 5]
105
105
 
        let $s = size($l)
106
106
 
        let $acc0 = -1
107
107
 
        func $f0_1 ($a,$i) =         if (($i >= $s))
108
108
 
            then $a
109
109
 
            else getStepAmount($a, $l[$i])
110
110
 
111
111
 
        func $f0_2 ($a,$i) =         if (($i >= $s))
112
112
 
            then $a
113
113
 
            else throw("List size exceeds 5")
114
114
 
115
115
 
        $f0_2($f0_1($f0_1($f0_1($f0_1($f0_1($acc0, 0), 1), 2), 3), 4), 5)
116
116
 
        }
117
117
 
    if ((0 > stepAmount))
118
118
 
        then throw("something went wrong while working with amountToSend")
119
119
 
        else if (if ((invariantEstimatedRatio > slippageValue))
120
120
 
            then (invariantNew > invariant)
121
121
 
            else false)
122
122
 
            then amountToSendEstimated
123
123
 
            else stepAmount
124
124
 
    }
125
125
 
126
126
 
127
127
 
@Callable(i)
128
128
 
func invariantCalcc (x,y) = {
129
129
 
    let sk = skewness(x, y)
130
130
 
    let xy = (x + y)
131
131
 
    let firstpow = pow(sk, digits8, alpha, alphaDigits, digits8, CEILING)
132
132
 
    let secondpow = pow(fraction(x, y, scale8), 0, 5, 1, (digits8 / 2), DOWN)
133
133
 
    let thirdpow = pow((sk - beta), digits8, alpha, alphaDigits, digits8, DOWN)
134
134
 
    let fractionFirst = fraction(xy, scale8, firstpow)
135
135
 
    let fractionSecond = fraction(secondpow, thirdpow, scale8)
136
136
 
    let invariant = (fractionFirst + (2 * fractionSecond))
137
137
 
[IntegerEntry("invariant", invariant)]
138
138
 
    }
139
139
 
140
140
 
141
141
 
142
142
 
@Callable(i)
143
143
 
func invariantCalccBigInt (x,y) = {
144
144
 
    let sk = skewnessBigInt(x, y)
145
145
 
    let xy = toBigInt((x + y))
146
146
 
    let firstpow = pow(toBigInt(sk), digits12, toBigInt(alpha), alphaDigits, digits12, CEILING)
147
147
 
    let secpowfraction = fraction(toBigInt(x), toBigInt(y), toBigInt(scale8))
148
148
 
    let secondpow = pow(secpowfraction, 0, toBigInt(5), 1, (digits8 / 2), DOWN)
149
149
 
    let thirdpow = pow(toBigInt((sk - betaBigInt)), digits12, toBigInt(alpha), alphaDigits, digits12, DOWN)
150
150
 
    let fractionFirst = toInt(fraction(xy, toBigInt(scale12), firstpow))
151
151
 
    let fractionSecond = (2 * toInt(fraction(secondpow, thirdpow, toBigInt(scale12))))
152
152
 
    let invariant = (fractionFirst + fractionSecond)
153
153
 
[IntegerEntry("invariant", invariant)]
154
154
 
    }
155
155
 
156
156
 
157
157
 
158
158
 
@Callable(i)
159
159
 
func invariantCalcDR (x,y) = {
160
160
 
    let sk = skewnessDR(x, y)
161
161
 
    let firstPow = pow(sk, digits8, alpha, alphaDigits, digits8, CEILING)
162
162
 
    let firstSum = fraction((x + y), scale16, firstPow)
163
163
 
    let secondSumFraction = fraction(toBigInt(x), toBigInt(y), toBigInt(scale8))
164
164
 
    let secondSumFirstPart = toInt(pow(secondSumFraction, 0, toBigInt(5), 1, (digits8 / 2), DOWN))
165
165
 
    let t = (sk - betaDR)
166
-
    let secondSumSecondPart = pow((sk - betaDR), digits8, alpha, alphaDigits, digits8, DOWN)
166
+
    let secondSumSecondPart = pow(t, digits8, alpha, alphaDigits, digits8, DOWN)
167
167
 
    let secondSum = (2 * fraction(secondSumFirstPart, secondSumSecondPart, scale8))
168
168
 
    let invariant = (firstSum + secondSum)
169
169
 
[IntegerEntry("invariant", invariant)]
170
170
 
    }
171
171
 
172
172
 
173
173
 
174
174
 
@Callable(i)
175
175
 
func exchange (balanceA,balanceB,pmtAmount,pmtAssetId,estimatedAmountToReceive,minAmountToReceive) = {
176
176
 
    let amount = calculateSendAmount(balanceA, balanceB, estimatedAmountToReceive, minAmountToReceive, pmtAmount, pmtAssetId)
177
177
 
    let governanceReward = fraction(amount, feeGovernance, feeScale6)
178
178
 
    let amountMinusFee = fraction(amount, (feeScale6 - fee), feeScale6)
179
179
 
    ([IntegerEntry("sendAmount", amount), IntegerEntry("sendAmountWithComission", amountMinusFee), IntegerEntry("invariant", invariantCalc(balanceA, balanceB))] ++ (if ((pmtAssetId == strAssetIdA))
180
180
 
        then [IntegerEntry("invariantNew", invariantCalc((balanceA + pmtAmount), (balanceB - amount)))]
181
181
 
        else [IntegerEntry("invariantNew", invariantCalc((balanceA - amount), (balanceB + pmtAmount)))]))
182
182
 
    }
183
183
 
184
184
 
185
185
 
@Verifier(tx)
186
186
 
func verify () = sigVerify(tx.bodyBytes, tx.proofs[0], tx.senderPublicKey)
187
187
 

github/deemru/w8io/169f3d6 
55.50 ms ◑