w8 · tx

2021.05.26 15:19 [2607282] smart account 3PPH7x7iqobW5ziyiRCic19rQqKr6nPYaK1 > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "8bqywzyZW4EUct44kVRoN2recaoDqC98trhLSdzc2jxp",
    "fee": 1400000,
    "feeAssetId": null,
    "timestamp": 1622031505474,
    "version": 2,
    "chainId": 87,
    "sender": "3PPH7x7iqobW5ziyiRCic19rQqKr6nPYaK1",
    "senderPublicKey": "5aTg4oxM77iRmUGy3y8Zavn5fhVbgtUciAuSGfCJAYjn",
    "proofs": [
        "",
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    ],
    "script": 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    "height": 2607282,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

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Diff: 
Old New Differences
22 22  let kFee = "commission"
23 23  
24 24  let kFeeScaleDelimiter = "commission_scale_delimiter"
25 - 
26 - let kFeeGovernance = "commission_governance"
27 25  
28 26  let kInvariant = "invariant"
29 27  
93 91  
94 92  let feeGovernance = 200
95 93  
96 - let feeScaleDelimiter = 1000000
94 + let feeScale6 = 1000000
97 95  
98 - let scaleValue3 = 1000
96 + let scale3 = 1000
99 97  
100 - let scaleValue8 = 100000000
98 + let scale8 = 100000000
101 99  
102 - let scaleValue12 = 1000000000000
100 + let scale12 = 1000000000000
103 101  
104 - let slippageToleranceDelimiter = 1000
102 + let slippageScale3 = 1000
105 103  
106 - let scaleValue8Digits = 8
107 - 
108 - let scaleValue12Digits = 12
104 + let digits8 = 8
109 105  
110 106  let dAppThreshold = 50
111 107  
112 - let dAppThresholdDelimiter = 100
113 - 
114 - let ratioThresholdMax = 100000000
115 - 
116 - let ratioThresholdMin = 99999000
108 + let dAppThresholdScale2 = 100
117 109  
118 110  let exchangeRatioLimitMin = 90000000
119 111  
124 116  let alphaDigits = 2
125 117  
126 118  let beta = 46000000
127 - 
128 - let betaDigits = 8
129 119  
130 120  func accountBalance (assetId) = match assetId {
131 121      case id: ByteVector => 
166 156      then (accountBalanceWithStakedB >= balanceB)
167 157      else false
168 158  
169 - func skewness (x,y) = (((fraction(scaleValue12, x, y) + fraction(scaleValue12, y, x)) / 2) / 10000)
159 + func skewness (x,y) = (((fraction(scale12, x, y) + fraction(scale12, y, x)) / 2) / 10000)
170 160  
171 161  
172 162  func invariantCalc (x,y) = {
173 163      let sk = skewness(x, y)
174 -     (fraction((x + y), scaleValue8, pow(sk, scaleValue8Digits, alpha, alphaDigits, scaleValue8Digits, UP)) + (2 * fraction(pow(fraction(x, y, scaleValue8), 0, 5, 1, (scaleValue8Digits / 2), DOWN), pow((sk - beta), scaleValue8Digits, alpha, alphaDigits, scaleValue8Digits, DOWN), scaleValue8)))
164 +     (fraction((x + y), scale8, pow(sk, digits8, alpha, alphaDigits, digits8, UP)) + (2 * fraction(pow(fraction(x, y, scale8), 0, 5, 1, (digits8 / 2), DOWN), pow((sk - beta), digits8, alpha, alphaDigits, digits8, DOWN), scale8)))
175 165      }
176 166  
177 167  
178 - func calculateHowManySendA (amountToSendEstimated,minTokenReceiveAmount,amountA,amountB,tokenReceiveAmount) = {
179 -     let slippageValue = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
180 -     let deltaMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
181 -     let amountToSendStep1 = (amountToSendEstimated - ((1 * deltaMaxAndMinSendValue) / 5))
182 -     let amountToSendStep2 = (amountToSendEstimated - ((2 * deltaMaxAndMinSendValue) / 5))
183 -     let amountToSendStep3 = (amountToSendEstimated - ((3 * deltaMaxAndMinSendValue) / 5))
184 -     let amountToSendStep4 = (amountToSendEstimated - ((4 * deltaMaxAndMinSendValue) / 5))
185 -     let amountToSendStep5 = (amountToSendEstimated - ((5 * deltaMaxAndMinSendValue) / 5))
186 -     let y = (amountB + tokenReceiveAmount)
187 -     let invariantNew = invariantCalc((amountA - amountToSendEstimated), y)
188 -     let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
189 -     if ((0 >= (invariantCalc((amountA - amountToSendStep5), y) - invariant)))
190 -         then throw("err1")
168 + func calculateSendAmount (amountToSendEstimated,minTokenReceiveAmount,tokenReceiveAmount,tokenId) = {
169 +     let slippageValue = (scale8 - ((scale8 * 1) / 10000000))
170 +     let deltaBetweenMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
171 +     let x = (balanceA + tokenReceiveAmount)
172 +     let y = (balanceB + tokenReceiveAmount)
173 +     let invariantNew = if ((tokenId == assetIdA))
174 +         then invariantCalc(x, (balanceB - amountToSendEstimated))
175 +         else if ((tokenId == assetIdB))
176 +             then invariantCalc((balanceA - amountToSendEstimated), y)
177 +             else throw("Wrong asset in payment")
178 +     let invariantEstimatedRatio = fraction(scale8, invariant, invariantNew)
179 +     func getStepAmount (acc,step) =     if ((acc == -1))
180 +         then {
181 +             let amountToSend = (amountToSendEstimated - ((step * deltaBetweenMaxAndMinSendValue) / 5))
182 +             let stepInvariant = if ((tokenId == assetIdA))
183 +                 then invariantCalc(x, (balanceB - amountToSend))
184 +                 else invariantCalc((balanceA - amountToSend), y)
185 +             if ((stepInvariant > invariant))
186 +                 then amountToSend
187 +                 else -1
188 +             }
189 +         else acc
190 + 
191 +     let stepAmount = {
192 +         let $list56715714 = [1, 2, 3, 4, 5]
193 +         let $size56715714 = size($list56715714)
194 +         let $acc056715714 = -1
195 +         if (($size56715714 == 0))
196 +             then $acc056715714
197 +             else {
198 +                 let $acc156715714 = getStepAmount($acc056715714, $list56715714[0])
199 +                 if (($size56715714 == 1))
200 +                     then $acc156715714
201 +                     else {
202 +                         let $acc256715714 = getStepAmount($acc156715714, $list56715714[1])
203 +                         if (($size56715714 == 2))
204 +                             then $acc256715714
205 +                             else {
206 +                                 let $acc356715714 = getStepAmount($acc256715714, $list56715714[2])
207 +                                 if (($size56715714 == 3))
208 +                                     then $acc356715714
209 +                                     else {
210 +                                         let $acc456715714 = getStepAmount($acc356715714, $list56715714[3])
211 +                                         if (($size56715714 == 4))
212 +                                             then $acc456715714
213 +                                             else {
214 +                                                 let $acc556715714 = getStepAmount($acc456715714, $list56715714[4])
215 +                                                 if (($size56715714 == 5))
216 +                                                     then $acc556715714
217 +                                                     else {
218 +                                                         let $acc656715714 = getStepAmount($acc556715714, $list56715714[5])
219 +                                                         throw("List size exceed 5")
220 +                                                         }
221 +                                                 }
222 +                                         }
223 +                                 }
224 +                         }
225 +                 }
226 +         }
227 +     if ((0 > stepAmount))
228 +         then throw("something went wrong while working with amountToSend")
191 229          else if (if ((invariantEstimatedRatio > slippageValue))
192 -             then ((invariantNew - invariant) > 0)
230 +             then (invariantNew > invariant)
193 231              else false)
194 232              then amountToSendEstimated
195 -             else if (((invariantCalc((amountA - amountToSendStep1), y) - invariant) > 0))
196 -                 then ((amountToSendStep1 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
197 -                 else if (((invariantCalc((amountA - amountToSendStep2), y) - invariant) > 0))
198 -                     then ((amountToSendStep2 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
199 -                     else if (((invariantCalc((amountA - amountToSendStep3), y) - invariant) > 0))
200 -                         then ((amountToSendStep3 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
201 -                         else if (((invariantCalc((amountA - amountToSendStep4), y) - invariant) > 0))
202 -                             then ((amountToSendStep4 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
203 -                             else if (((invariantCalc((amountA - amountToSendStep5), y) - invariant) > 0))
204 -                                 then ((amountToSendStep5 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
205 -                                 else throw("err2")
206 -     }
207 - 
208 - 
209 - func calculateHowManySendB (amountToSendEstimated,minTokenReceiveAmount,amountA,amountB,tokenReceiveAmount) = {
210 -     let slippageValue = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
211 -     let deltaMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
212 -     let amountToSendStep1 = (amountToSendEstimated - ((1 * deltaMaxAndMinSendValue) / 5))
213 -     let amountToSendStep2 = (amountToSendEstimated - ((2 * deltaMaxAndMinSendValue) / 5))
214 -     let amountToSendStep3 = (amountToSendEstimated - ((3 * deltaMaxAndMinSendValue) / 5))
215 -     let amountToSendStep4 = (amountToSendEstimated - ((4 * deltaMaxAndMinSendValue) / 5))
216 -     let amountToSendStep5 = (amountToSendEstimated - ((5 * deltaMaxAndMinSendValue) / 5))
217 -     let x = (amountA + tokenReceiveAmount)
218 -     let invariantNew = invariantCalc(x, (amountB - amountToSendEstimated))
219 -     let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
220 -     if ((0 >= (invariantCalc(x, (amountB - amountToSendStep5)) - invariant)))
221 -         then throw("err1")
222 -         else if (if ((invariantEstimatedRatio > slippageValue))
223 -             then ((invariantNew - invariant) > 0)
224 -             else false)
225 -             then amountToSendEstimated
226 -             else if (((invariantCalc(x, (amountB - amountToSendStep1)) - invariant) > 0))
227 -                 then ((amountToSendStep1 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
228 -                 else if (((invariantCalc(x, (amountB - amountToSendStep2)) - invariant) > 0))
229 -                     then ((amountToSendStep2 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
230 -                     else if (((invariantCalc(x, (amountB - amountToSendStep3)) - invariant) > 0))
231 -                         then ((amountToSendStep3 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
232 -                         else if (((invariantCalc(x, (amountB - amountToSendStep4)) - invariant) > 0))
233 -                             then ((amountToSendStep4 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
234 -                             else if (((invariantCalc(x, (amountB - amountToSendStep5)) - invariant) > 0))
235 -                                 then ((amountToSendStep5 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
236 -                                 else throw("err2")
233 +             else stepAmount
237 234      }
238 235  
239 236  
288 285  
289 286  @Callable(i)
290 287  func init () = {
291 -     let $t01115911236 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
292 -     let pmtAmountA = $t01115911236._1
293 -     let pmtAssetIdA = $t01115911236._2
294 -     let $t01124111318 = $Tuple2(i.payments[1].amount, i.payments[1].assetId)
295 -     let pmtAmountB = $t01124111318._1
296 -     let pmtAssetIdB = $t01124111318._2
297 -     let $t01132311400 = getAssetInfo(pmtAssetIdA)
298 -     let pmtStrAssetIdA = $t01132311400._1
299 -     let pmtAssetNameA = $t01132311400._2
300 -     let pmtDecimalsA = $t01132311400._3
301 -     let $t01140511482 = getAssetInfo(pmtAssetIdB)
302 -     let pmtStrAssetIdB = $t01140511482._1
303 -     let pmtAssetNameB = $t01140511482._2
304 -     let pmtDecimalsB = $t01140511482._3
288 +     let $t083948471 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
289 +     let pmtAmountA = $t083948471._1
290 +     let pmtAssetIdA = $t083948471._2
291 +     let $t084768553 = $Tuple2(i.payments[1].amount, i.payments[1].assetId)
292 +     let pmtAmountB = $t084768553._1
293 +     let pmtAssetIdB = $t084768553._2
294 +     let $t085588635 = getAssetInfo(pmtAssetIdA)
295 +     let pmtStrAssetIdA = $t085588635._1
296 +     let pmtAssetNameA = $t085588635._2
297 +     let pmtDecimalsA = $t085588635._3
298 +     let $t086408717 = getAssetInfo(pmtAssetIdB)
299 +     let pmtStrAssetIdB = $t086408717._1
300 +     let pmtAssetNameB = $t086408717._2
301 +     let pmtDecimalsB = $t086408717._3
305 302      if (isDefined(getBoolean(this, kActive)))
306 303          then throwIsActive()
307 304          else if ((pmtAssetIdA == pmtAssetIdB))
314 311                  let shareIssue = Issue(shareName, shareDescription, shareInitialSupply, shareDecimals, true)
315 312                  let shareIssueId = calculateAssetId(shareIssue)
316 313                  let invariantCalculated = invariantCalc(pmtAmountA, pmtAmountB)
317 - [StringEntry(kVersion, version), BooleanEntry(kActive, true), StringEntry(kAssetIdA, pmtStrAssetIdA), StringEntry(kAssetIdB, pmtStrAssetIdB), IntegerEntry(kBalanceA, pmtAmountA), IntegerEntry(kBalanceB, pmtAmountB), IntegerEntry(kInvariant, invariantCalculated), IntegerEntry(kFee, fee), IntegerEntry(kFeeScaleDelimiter, feeScaleDelimiter), shareIssue, StringEntry(kShareAssetId, toBase58String(shareIssueId)), IntegerEntry(kShareAssetSupply, shareInitialSupply), ScriptTransfer(i.caller, shareInitialSupply, shareIssueId)]
314 + [StringEntry(kVersion, version), BooleanEntry(kActive, true), StringEntry(kAssetIdA, pmtStrAssetIdA), StringEntry(kAssetIdB, pmtStrAssetIdB), IntegerEntry(kBalanceA, pmtAmountA), IntegerEntry(kBalanceB, pmtAmountB), IntegerEntry(kInvariant, invariantCalculated), IntegerEntry(kFee, fee), IntegerEntry(kFeeScaleDelimiter, feeScale6), shareIssue, StringEntry(kShareAssetId, toBase58String(shareIssueId)), IntegerEntry(kShareAssetSupply, shareInitialSupply), ScriptTransfer(i.caller, shareInitialSupply, shareIssueId)]
318 315                  }
319 316      }
320 317  
321 318  
322 319  
323 320  @Callable(i)
324 - func replenishWithTwoTokens (slippageTolerance) = if ((slippageTolerance > 10))
325 -     then throw("slippage tolerance must be <= 1%")
326 -     else {
327 -         let pmtAssetIdA = i.payments[0].assetId
328 -         let pmtAssetIdB = i.payments[1].assetId
329 -         let pmtAmountA = deductStakingFee(i.payments[0].amount, pmtAssetIdA)
330 -         let pmtAmountB = deductStakingFee(i.payments[1].amount, pmtAssetIdB)
331 -         let tokenRatio = fraction(fraction(balanceA, scaleValue8, pmtAmountA), scaleValue3, fraction(balanceB, scaleValue8, pmtAmountB))
332 -         let ratioShareTokensInA = fraction(pmtAmountA, scaleValue8, balanceA)
333 -         let ratioShareTokensInB = fraction(pmtAmountB, scaleValue8, balanceB)
334 -         let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scaleValue8)
335 -         let invariantCalculated = invariantCalc((balanceA + pmtAmountA), (balanceB + pmtAmountB))
336 -         if (!(isActive))
337 -             then throwIsInactive()
338 -             else if (if ((0 > slippageTolerance))
339 -                 then true
340 -                 else (slippageTolerance > slippageToleranceDelimiter))
341 -                 then throw(((("Slippage tolerance must be between 0 and " + toString(slippageToleranceDelimiter)) + " inclusively. Actual: ") + toString(slippageTolerance)))
342 -                 else if ((size(i.payments) != 2))
343 -                     then throw("Two attached assets expected")
344 -                     else if (if ((pmtAssetIdA != assetIdA))
321 + func replenishWithTwoTokens (slippageTolerance) = {
322 +     let pmtAssetIdA = i.payments[0].assetId
323 +     let pmtAssetIdB = i.payments[1].assetId
324 +     let pmtAmountA = deductStakingFee(i.payments[0].amount, pmtAssetIdA)
325 +     let pmtAmountB = deductStakingFee(i.payments[1].amount, pmtAssetIdB)
326 +     let tokenRatio = fraction(fraction(scale8, balanceA, pmtAmountA), scale3, fraction(scale8, balanceB, pmtAmountB))
327 +     let ratioShareTokensInA = fraction(scale8, pmtAmountA, balanceA)
328 +     let ratioShareTokensInB = fraction(scale8, pmtAmountB, balanceB)
329 +     let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scale8)
330 +     let invariantCalculated = invariantCalc((balanceA + pmtAmountA), (balanceB + pmtAmountB))
331 +     if (!(isActive))
332 +         then throwIsInactive()
333 +         else if (if ((0 > slippageTolerance))
334 +             then true
335 +             else (slippageTolerance > 10))
336 +             then throw("Slippage tolerance must be <= 1%")
337 +             else if ((size(i.payments) != 2))
338 +                 then throw("Two attached assets expected")
339 +                 else if (if ((pmtAssetIdA != assetIdA))
340 +                     then true
341 +                     else (pmtAssetIdB != assetIdB))
342 +                     then throwAssets()
343 +                     else if (if ((((scale3 * (slippageScale3 - slippageTolerance)) / slippageScale3) > tokenRatio))
345 344                          then true
346 -                         else (pmtAssetIdB != assetIdB))
347 -                         then throwAssets()
348 -                         else if (if ((((scaleValue3 * (slippageToleranceDelimiter - slippageTolerance)) / slippageToleranceDelimiter) > tokenRatio))
349 -                             then true
350 -                             else (tokenRatio > ((scaleValue3 * (slippageToleranceDelimiter + slippageTolerance)) / slippageToleranceDelimiter)))
351 -                             then throw("Incorrect assets amount: amounts must have the contract ratio")
352 -                             else if ((shareTokenToPayAmount == 0))
353 -                                 then throw("Too small amount to replenish")
354 -                                 else if (!(hasEnoughBalance))
355 -                                     then suspendSuspicious()
356 -                                     else [IntegerEntry(kBalanceA, (balanceA + pmtAmountA)), IntegerEntry(kBalanceB, (balanceB + pmtAmountB)), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kInvariant, invariantCalculated), Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId)]
357 -         }
345 +                         else (tokenRatio > ((scale3 * (slippageScale3 + slippageTolerance)) / slippageScale3)))
346 +                         then throw("Incorrect assets amount: amounts must have the contract ratio")
347 +                         else if ((shareTokenToPayAmount == 0))
348 +                             then throw("Too small amount to replenish")
349 +                             else if (!(hasEnoughBalance))
350 +                                 then suspendSuspicious()
351 +                                 else [IntegerEntry(kBalanceA, (balanceA + pmtAmountA)), IntegerEntry(kBalanceB, (balanceB + pmtAmountB)), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kInvariant, invariantCalculated), Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId)]
352 +     }
358 353  
359 354  
360 355  
361 356  @Callable(i)
362 357  func replenishWithOneToken (virtualSwapTokenPay,virtualSwapTokenGet) = {
363 -     let $t01602416099 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
364 -     let pmtAmount = $t01602416099._1
365 -     let pmtAssetId = $t01602416099._2
358 +     let $t01293213007 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
359 +     let pmtAmount = $t01293213007._1
360 +     let pmtAssetId = $t01293213007._2
366 361      let pmtMinThreshold = 5000000
367 362      let thresholdValueForMinTolerance = 50000000
368 363      let tolerance = if ((thresholdValueForMinTolerance > pmtAmount))
369 364          then 100000
370 365          else 1
371 -     let slippageValueMinForReplenish = (scaleValue8 - ((scaleValue8 * tolerance) / 10000000))
372 -     let slippageValueMaxForReplenish = (scaleValue8 + ((scaleValue8 * tolerance) / 10000000))
373 -     let slippageValueMinForSwap = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
374 -     let slippageValueMaxForSwap = (scaleValue8 + ((scaleValue8 * 1) / 10000000))
366 +     let slippageValueMinForReplenish = (scale8 - ((scale8 * tolerance) / 10000000))
367 +     let slippageValueMaxForReplenish = (scale8 + ((scale8 * tolerance) / 10000000))
368 +     let slippageValueMinForSwap = (scale8 - ((scale8 * 1) / 10000000))
375 369      if (!(isActive))
376 370          then throwIsInactive()
377 371          else if ((pmtMinThreshold > pmtAmount))
380 374                  then throw("One attached payment expected")
381 375                  else if (!(hasEnoughBalance))
382 376                      then suspendSuspicious()
383 -                     else if ((pmtAssetId == assetIdA))
384 -                         then {
385 -                             let virtReplA = (pmtAmount - virtualSwapTokenPay)
386 -                             let virtReplB = virtualSwapTokenGet
387 -                             let balanceAfterSwapA = (balanceA + virtualSwapTokenPay)
388 -                             let balanceAfterSwapB = (balanceB - virtualSwapTokenGet)
377 +                     else if (if ((pmtAssetId != assetIdA))
378 +                         then (pmtAssetId != assetIdB)
379 +                         else false)
380 +                         then throwAssets()
381 +                         else {
382 +                             let $t01394414709 = if ((pmtAssetId == assetIdA))
383 +                                 then $Tuple7((pmtAmount - virtualSwapTokenPay), virtualSwapTokenGet, (balanceA + virtualSwapTokenPay), (balanceB - virtualSwapTokenGet), invariantCalc((balanceA + pmtAmount), balanceB), (balanceA + pmtAmount), balanceB)
384 +                                 else $Tuple7(virtualSwapTokenGet, (pmtAmount - virtualSwapTokenPay), (balanceA - virtualSwapTokenGet), (balanceB + virtualSwapTokenPay), invariantCalc(balanceA, (balanceB + pmtAmount)), balanceA, (balanceB + pmtAmount))
385 +                             let virtualReplenishA = $t01394414709._1
386 +                             let virtualReplenishB = $t01394414709._2
387 +                             let balanceAfterSwapA = $t01394414709._3
388 +                             let balanceAfterSwapB = $t01394414709._4
389 +                             let invariantCalculated = $t01394414709._5
390 +                             let newBalanceA = $t01394414709._6
391 +                             let newBalanceB = $t01394414709._7
392 +                             let newBalanceEntry = if ((pmtAssetId == assetIdA))
393 +                                 then IntegerEntry(kBalanceA, newBalanceA)
394 +                                 else IntegerEntry(kBalanceB, newBalanceB)
389 395                              let invariantNew = invariantCalc(balanceAfterSwapA, balanceAfterSwapB)
390 -                             let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
391 -                             if (if ((invariantEstimatedRatio > slippageValueMinForSwap))
392 -                                 then ((invariantNew - invariant) >= 0)
393 -                                 else false)
394 -                                 then {
395 -                                     let ratioVirtualBalanceToVirtualReplenish = (fraction(balanceAfterSwapA, (scaleValue8 * scaleValue8), balanceAfterSwapB) / fraction(virtReplA, scaleValue8, virtReplB))
396 -                                     if (if ((slippageValueMinForReplenish > ratioVirtualBalanceToVirtualReplenish))
396 +                             let invariantEstimatedRatio = fraction(scale8, invariant, invariantNew)
397 +                             let ratioVirtualBalanceToVirtualReplenish = (fraction((scale8 * scale8), balanceAfterSwapA, balanceAfterSwapB) / fraction(scale8, virtualReplenishA, virtualReplenishB))
398 +                             let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdScale2))
399 +                             if (if ((slippageValueMinForSwap >= invariantEstimatedRatio))
400 +                                 then true
401 +                                 else (invariant > invariantNew))
402 +                                 then throw("Incorrect virtualSwapTokenPay or virtualSwapTokenGet value")
403 +                                 else if (if ((slippageValueMinForReplenish > ratioVirtualBalanceToVirtualReplenish))
404 +                                     then true
405 +                                     else (ratioVirtualBalanceToVirtualReplenish > slippageValueMaxForReplenish))
406 +                                     then throw("Swap with virtualSwapTokenPay and virtualSwapTokenGet is possible, but ratio after virtual swap is incorrect")
407 +                                     else if (if ((dAppThresholdAmount > newBalanceA))
397 408                                          then true
398 -                                         else (ratioVirtualBalanceToVirtualReplenish > slippageValueMaxForReplenish))
399 -                                         then throw("Ratio after virtual swap incorrect")
409 +                                         else (dAppThresholdAmount > newBalanceB))
410 +                                         then throwThreshold(dAppThresholdAmount, newBalanceA, newBalanceB)
400 411                                          else {
401 -                                             let ratioShareTokensInA = fraction(deductStakingFee(virtReplA, assetIdA), scaleValue8, balanceAfterSwapA)
402 -                                             let ratioShareTokensInB = fraction(deductStakingFee(virtReplB, assetIdB), scaleValue8, balanceAfterSwapB)
403 -                                             let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scaleValue8)
404 -                                             let invariantCalculated = invariantCalc((balanceA + pmtAmount), balanceB)
405 -                                             let newBalanceA = (balanceA + pmtAmount)
406 -                                             let newBalanceB = balanceB
407 -                                             let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdDelimiter))
408 -                                             if (if ((dAppThresholdAmount > newBalanceA))
409 -                                                 then true
410 -                                                 else (dAppThresholdAmount > newBalanceB))
411 -                                                 then throwThreshold(dAppThresholdAmount, newBalanceA, newBalanceB)
412 -                                                 else [Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kBalanceA, newBalanceA), IntegerEntry(kInvariant, invariantCalculated)]
412 +                                             let ratioShareTokensInA = fraction(deductStakingFee(virtualReplenishA, assetIdA), scale8, balanceAfterSwapA)
413 +                                             let ratioShareTokensInB = fraction(deductStakingFee(virtualReplenishB, assetIdB), scale8, balanceAfterSwapB)
414 +                                             let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scale8)
415 + [Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), newBalanceEntry, IntegerEntry(kInvariant, invariantCalculated)]
413 416                                              }
414 -                                     }
415 -                                 else throw("Incorrect virtualSwapTokenPay or virtualSwapTokenGet value")
416 417                              }
417 -                         else if ((pmtAssetId == assetIdB))
418 -                             then {
419 -                                 let virtReplB = (pmtAmount - virtualSwapTokenPay)
420 -                                 let virtReplA = virtualSwapTokenGet
421 -                                 let balanceAfterSwapA = (balanceA - virtualSwapTokenGet)
422 -                                 let balanceAfterSwapB = (balanceB + virtualSwapTokenPay)
423 -                                 let invariantNew = invariantCalc(balanceAfterSwapA, balanceAfterSwapB)
424 -                                 let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
425 -                                 if (if ((invariantEstimatedRatio > slippageValueMinForSwap))
426 -                                     then ((invariantNew - invariant) >= 0)
427 -                                     else false)
428 -                                     then {
429 -                                         let ratioVirtualBalanceToVirtualReplenish = (fraction(balanceAfterSwapA, (scaleValue8 * scaleValue8), balanceAfterSwapB) / fraction(virtReplA, scaleValue8, virtReplB))
430 -                                         if (if ((slippageValueMinForReplenish > ratioVirtualBalanceToVirtualReplenish))
431 -                                             then true
432 -                                             else (ratioVirtualBalanceToVirtualReplenish > slippageValueMaxForReplenish))
433 -                                             then throw("Ratio after virtual swap incorrect")
434 -                                             else {
435 -                                                 let ratioShareTokensInA = fraction(deductStakingFee(virtReplA, assetIdA), scaleValue8, balanceAfterSwapA)
436 -                                                 let ratioShareTokensInB = fraction(deductStakingFee(virtReplB, assetIdB), scaleValue8, balanceAfterSwapB)
437 -                                                 let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scaleValue8)
438 -                                                 let invariantCalculated = invariantCalc(balanceA, (balanceB + pmtAmount))
439 -                                                 let newBalanceA = balanceA
440 -                                                 let newBalanceB = (balanceB + pmtAmount)
441 -                                                 let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdDelimiter))
442 -                                                 if (if ((dAppThresholdAmount > newBalanceA))
443 -                                                     then true
444 -                                                     else (dAppThresholdAmount > newBalanceB))
445 -                                                     then throwThreshold(dAppThresholdAmount, newBalanceA, newBalanceB)
446 -                                                     else [Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kBalanceB, newBalanceB), IntegerEntry(kInvariant, invariantCalculated)]
447 -                                                 }
448 -                                         }
449 -                                     else throw("Incorrect virtualSwapTokenPay or virtualSwapTokenGet value")
450 -                                 }
451 -                             else throwAssets()
452 418      }
453 419  
454 420  
455 421  
456 422  @Callable(i)
457 423  func withdraw () = {
458 -     let $t02196422107 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
459 -     let pmtAmount = $t02196422107._1
460 -     let pmtAssetId = $t02196422107._2
424 +     let $t01686217005 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
425 +     let pmtAmount = $t01686217005._1
426 +     let pmtAssetId = $t01686217005._2
461 427      let amountToPayA = deductStakingFee(fraction(pmtAmount, balanceA, shareAssetSupply), assetIdA)
462 428      let amountToPayB = deductStakingFee(fraction(pmtAmount, balanceB, shareAssetSupply), assetIdB)
463 429      let invariantCalculated = invariantCalc((balanceA - amountToPayA), (balanceB - amountToPayB))
480 446  
481 447  @Callable(i)
482 448  func exchange (estimatedAmountToReceive,minAmountToReceive) = {
483 -     let $t02339023465 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
484 -     let pmtAmount = $t02339023465._1
485 -     let pmtAssetId = $t02339023465._2
486 -     if (if ((exchangeRatioLimitMin > fraction(minAmountToReceive, scaleValue8, pmtAmount)))
487 -         then true
488 -         else (fraction(estimatedAmountToReceive, scaleValue8, pmtAmount) > exchangeRatioLimitMax))
489 -         then throw("Incorrect args and pmt ratio")
490 -         else if (!(isActive))
491 -             then throwIsInactive()
492 -             else if ((0 >= estimatedAmountToReceive))
493 -                 then throw(("Estimated amount must be positive. Actual: " + toString(estimatedAmountToReceive)))
494 -                 else if ((minAmountToReceive > estimatedAmountToReceive))
495 -                     then throw(((("Minimal amount can't be greater than estimated. Estimated: " + toString(estimatedAmountToReceive)) + ". Minimal: ") + toString(minAmountToReceive)))
496 -                     else if ((size(i.payments) != 1))
497 -                         then throw("One attached payment expected")
498 -                         else if (!(hasEnoughBalance))
499 -                             then suspendSuspicious()
449 +     let $t01828818363 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
450 +     let pmtAmount = $t01828818363._1
451 +     let pmtAssetId = $t01828818363._2
452 +     if (!(isActive))
453 +         then throwIsInactive()
454 +         else if ((0 >= estimatedAmountToReceive))
455 +             then throw(("Estimated amount must be positive. Actual: " + toString(estimatedAmountToReceive)))
456 +             else if ((minAmountToReceive > estimatedAmountToReceive))
457 +                 then throw(((("Minimal amount can't be greater than estimated. Estimated: " + toString(estimatedAmountToReceive)) + ". Minimal: ") + toString(minAmountToReceive)))
458 +                 else if ((size(i.payments) != 1))
459 +                     then throw("One attached payment expected")
460 +                     else if (!(hasEnoughBalance))
461 +                         then suspendSuspicious()
462 +                         else if (if ((pmtAssetId != assetIdA))
463 +                             then (pmtAssetId != assetIdB)
464 +                             else false)
465 +                             then throwAssets()
500 466                              else if ((10000000 > pmtAmount))
501 467                                  then throw("Only swap of 10.000000 or more tokens is allowed")
502 -                                 else if ((pmtAssetId == assetIdA))
503 -                                     then {
504 -                                         let assetIdSend = assetIdB
505 -                                         let amountWithoutFee = calculateHowManySendB(estimatedAmountToReceive, minAmountToReceive, balanceA, balanceB, pmtAmount)
506 -                                         let amountWithFee = fraction(amountWithoutFee, (feeScaleDelimiter - fee), feeScaleDelimiter)
507 -                                         let governanceReward = fraction(amountWithoutFee, feeGovernance, feeScaleDelimiter)
508 -                                         let newBalanceA = (balanceA + pmtAmount)
509 -                                         let newBalanceB = ((balanceB - amountWithFee) - governanceReward)
510 -                                         let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdDelimiter))
468 +                                 else if (if ((exchangeRatioLimitMin > fraction(scale8, minAmountToReceive, pmtAmount)))
469 +                                     then true
470 +                                     else (fraction(scale8, estimatedAmountToReceive, pmtAmount) > exchangeRatioLimitMax))
471 +                                     then throw("Incorrect args and pmt ratio")
472 +                                     else {
473 +                                         let sendAssetId = if ((pmtAssetId == assetIdA))
474 +                                             then assetIdB
475 +                                             else assetIdA
476 +                                         let amount = calculateSendAmount(estimatedAmountToReceive, minAmountToReceive, pmtAmount, pmtAssetId)
477 +                                         let governanceReward = fraction(amount, feeGovernance, feeScale6)
478 +                                         let amountMinusFee = fraction(amount, (feeScale6 - fee), feeScale6)
479 +                                         let $t01971419977 = if ((pmtAssetId == assetIdA))
480 +                                             then $Tuple2((balanceA + pmtAmount), ((balanceB - amountMinusFee) - governanceReward))
481 +                                             else $Tuple2(((balanceA - amountMinusFee) - governanceReward), (balanceB + pmtAmount))
482 +                                         let newBalanceA = $t01971419977._1
483 +                                         let newBalanceB = $t01971419977._2
484 +                                         let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdScale2))
511 485                                          if (if ((dAppThresholdAmount > newBalanceA))
512 486                                              then true
513 487                                              else (dAppThresholdAmount > newBalanceB))
514 488                                              then throwThreshold(dAppThresholdAmount, newBalanceA, newBalanceB)
515 489                                              else if (if (if ((assetIdA == USDN))
490 +                                                 then (sendAssetId == assetIdA)
491 +                                                 else false)
516 492                                                  then (stakedAmountUSDN >= newBalanceA)
517 493                                                  else false)
518 -                                                 then true
519 -                                                 else if ((assetIdB == USDN))
494 +                                                 then throwInsufficientAvailableBalance(amountMinusFee, availableBalanceA, assetNameA)
495 +                                                 else if (if (if ((assetIdB == USDN))
496 +                                                     then (sendAssetId == assetIdB)
497 +                                                     else false)
520 498                                                      then (stakedAmountUSDN >= newBalanceB)
521 499                                                      else false)
522 -                                                 then throwInsufficientAvailableBalance(amountWithFee, availableBalanceB, assetNameB)
523 -                                                 else [IntegerEntry(kBalanceA, newBalanceA), IntegerEntry(kBalanceB, newBalanceB), IntegerEntry(kInvariant, invariantCalc((balanceA + pmtAmount), ((balanceB - amountWithFee) - governanceReward))), ScriptTransfer(i.caller, amountWithFee, assetIdSend), ScriptTransfer(govAddr, governanceReward, assetIdSend)]
500 +                                                     then throwInsufficientAvailableBalance(amountMinusFee, availableBalanceB, assetNameB)
501 +                                                     else [IntegerEntry(kBalanceA, newBalanceA), IntegerEntry(kBalanceB, newBalanceB), IntegerEntry(kInvariant, invariantCalc(newBalanceA, newBalanceB)), ScriptTransfer(i.caller, amountMinusFee, sendAssetId), ScriptTransfer(govAddr, governanceReward, sendAssetId)]
524 502                                          }
525 -                                     else if ((pmtAssetId == assetIdB))
526 -                                         then {
527 -                                             let assetIdSend = assetIdA
528 -                                             let amountWithoutFee = calculateHowManySendA(estimatedAmountToReceive, minAmountToReceive, balanceA, balanceB, pmtAmount)
529 -                                             let amountWithFee = fraction(amountWithoutFee, (feeScaleDelimiter - fee), feeScaleDelimiter)
530 -                                             let governanceReward = fraction(amountWithoutFee, feeGovernance, feeScaleDelimiter)
531 -                                             let newBalanceA = ((balanceA - amountWithFee) - governanceReward)
532 -                                             let newBalanceB = (balanceB + pmtAmount)
533 -                                             let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdDelimiter))
534 -                                             if (if ((dAppThresholdAmount > newBalanceA))
535 -                                                 then true
536 -                                                 else (dAppThresholdAmount > newBalanceB))
537 -                                                 then throwThreshold(dAppThresholdAmount, newBalanceA, newBalanceB)
538 -                                                 else if (if (if ((assetIdA == USDN))
539 -                                                     then (stakedAmountUSDN >= newBalanceA)
540 -                                                     else false)
541 -                                                     then true
542 -                                                     else if ((assetIdB == USDN))
543 -                                                         then (stakedAmountUSDN >= newBalanceB)
544 -                                                         else false)
545 -                                                     then throwInsufficientAvailableBalance(amountWithFee, availableBalanceA, assetNameA)
546 -                                                     else [IntegerEntry(kBalanceA, newBalanceA), IntegerEntry(kBalanceB, newBalanceB), IntegerEntry(kInvariant, invariantCalc(((balanceA - amountWithFee) - governanceReward), (balanceB + pmtAmount))), ScriptTransfer(i.caller, amountWithFee, assetIdSend), ScriptTransfer(govAddr, governanceReward, assetIdSend)]
547 -                                             }
548 -                                         else throwAssets()
549 503      }
550 504  
551 505  
578 532      let amountEnrollB = (uncountableB - (if ((assetIdB == USDN))
579 533          then amountLeave
580 534          else 0))
535 +     let invariantNew = invariantCalc((balanceA + amountEnrollA), (balanceB + amountEnrollB))
581 536      if (!(isActive))
582 537          then throwIsInactive()
583 538          else if ((i.caller != this))
592 547                          then true
593 548                          else (0 > amountEnrollB))
594 549                          then throw("Too large amountLeave")
595 -                         else [IntegerEntry(kBalanceA, (balanceA + amountEnrollA)), IntegerEntry(kBalanceB, (balanceB + amountEnrollB)), IntegerEntry(("last_income_" + strAssetIdA), amountEnrollA), IntegerEntry(("last_income_" + strAssetIdB), amountEnrollB)]
550 +                         else [IntegerEntry(kInvariant, invariantNew), IntegerEntry(kBalanceA, (balanceA + amountEnrollA)), IntegerEntry(kBalanceB, (balanceB + amountEnrollB)), IntegerEntry(("last_income_" + strAssetIdA), amountEnrollA), IntegerEntry(("last_income_" + strAssetIdB), amountEnrollB)]
596 551      }
597 552  
598 553  
Full: 
Old New Differences
1 1  {-# STDLIB_VERSION 4 #-}
2 2  {-# SCRIPT_TYPE ACCOUNT #-}
3 3  {-# CONTENT_TYPE DAPP #-}
4 4  let version = "2.0.0"
5 5  
6 6  let kVersion = "version"
7 7  
8 8  let kActive = "active"
9 9  
10 10  let kAssetIdA = "A_asset_id"
11 11  
12 12  let kAssetIdB = "B_asset_id"
13 13  
14 14  let kBalanceA = "A_asset_balance"
15 15  
16 16  let kBalanceB = "B_asset_balance"
17 17  
18 18  let kShareAssetId = "share_asset_id"
19 19  
20 20  let kShareAssetSupply = "share_asset_supply"
21 21  
22 22  let kFee = "commission"
23 23  
24 24  let kFeeScaleDelimiter = "commission_scale_delimiter"
25 - 
26 - let kFeeGovernance = "commission_governance"
27 25  
28 26  let kInvariant = "invariant"
29 27  
30 28  let kCause = "shutdown_cause"
31 29  
32 30  let adm1 = base58'DXDY2itiEcYBtGkVLnkpHtDFyWQUkoLJz79uJ7ECbMrA'
33 31  
34 32  let adm2 = base58'E6Wa1SGoktYcjHjsKrvjMiqJY3SWmGKcD8Q5L8kxSPS7'
35 33  
36 34  let adm3 = base58'AZmWJtuy4GeVrMmJH4hfFBRApe1StvhJSk4jcbT6bArQ'
37 35  
38 36  let admStartStop = base58'EtVkT6ed8GtbUiVVEqdmEqsp2J4qbb3rre2HFgxeVYdg'
39 37  
40 38  let admStaking = base58'Czn4yoAuUZCVCLJDRfskn8URfkwpknwBTZDbs1wFrY7h'
41 39  
42 40  let govAddr = Address(base58'3P6J84oH51DzY6xk2mT5TheXRbrCwBMxonp')
43 41  
44 42  let stakingAddress = Address(base58'3PNikM6yp4NqcSU8guxQtmR5onr2D4e8yTJ')
45 43  
46 44  let USDN = base58'DG2xFkPdDwKUoBkzGAhQtLpSGzfXLiCYPEzeKH2Ad24p'
47 45  
48 46  let stakingFeeInUSDN = (9 * value(value(assetInfo(USDN)).minSponsoredFee))
49 47  
50 48  let isActive = getBooleanValue(this, kActive)
51 49  
52 50  let strAssetIdA = getStringValue(this, kAssetIdA)
53 51  
54 52  let strAssetIdB = getStringValue(this, kAssetIdB)
55 53  
56 54  let assetIdA = if ((strAssetIdA == "WAVES"))
57 55      then unit
58 56      else fromBase58String(strAssetIdA)
59 57  
60 58  let assetIdB = if ((strAssetIdB == "WAVES"))
61 59      then unit
62 60      else fromBase58String(strAssetIdB)
63 61  
64 62  let assetNameA = match assetIdA {
65 63      case id: ByteVector => 
66 64          value(assetInfo(id)).name
67 65      case waves: Unit => 
68 66          "WAVES"
69 67      case _ => 
70 68          throw("Match error")
71 69  }
72 70  
73 71  let assetNameB = match assetIdB {
74 72      case id: ByteVector => 
75 73          value(assetInfo(id)).name
76 74      case waves: Unit => 
77 75          "WAVES"
78 76      case _ => 
79 77          throw("Match error")
80 78  }
81 79  
82 80  let balanceA = getIntegerValue(this, kBalanceA)
83 81  
84 82  let balanceB = getIntegerValue(this, kBalanceB)
85 83  
86 84  let shareAssetId = fromBase58String(getStringValue(this, kShareAssetId))
87 85  
88 86  let shareAssetSupply = getIntegerValue(this, kShareAssetSupply)
89 87  
90 88  let invariant = getIntegerValue(this, kInvariant)
91 89  
92 90  let fee = 500
93 91  
94 92  let feeGovernance = 200
95 93  
96 - let feeScaleDelimiter = 1000000
94 + let feeScale6 = 1000000
97 95  
98 - let scaleValue3 = 1000
96 + let scale3 = 1000
99 97  
100 - let scaleValue8 = 100000000
98 + let scale8 = 100000000
101 99  
102 - let scaleValue12 = 1000000000000
100 + let scale12 = 1000000000000
103 101  
104 - let slippageToleranceDelimiter = 1000
102 + let slippageScale3 = 1000
105 103  
106 - let scaleValue8Digits = 8
107 - 
108 - let scaleValue12Digits = 12
104 + let digits8 = 8
109 105  
110 106  let dAppThreshold = 50
111 107  
112 - let dAppThresholdDelimiter = 100
113 - 
114 - let ratioThresholdMax = 100000000
115 - 
116 - let ratioThresholdMin = 99999000
108 + let dAppThresholdScale2 = 100
117 109  
118 110  let exchangeRatioLimitMin = 90000000
119 111  
120 112  let exchangeRatioLimitMax = 110000000
121 113  
122 114  let alpha = 50
123 115  
124 116  let alphaDigits = 2
125 117  
126 118  let beta = 46000000
127 - 
128 - let betaDigits = 8
129 119  
130 120  func accountBalance (assetId) = match assetId {
131 121      case id: ByteVector => 
132 122          assetBalance(this, id)
133 123      case waves: Unit => 
134 124          wavesBalance(this).available
135 125      case _ => 
136 126          throw("Match error")
137 127  }
138 128  
139 129  
140 130  let stakedAmountUSDN = match getInteger(stakingAddress, ((("rpd_balance_" + toBase58String(USDN)) + "_") + toString(this))) {
141 131      case staked: Int => 
142 132          staked
143 133      case nothing: Unit => 
144 134          0
145 135      case _ => 
146 136          throw("Match error")
147 137  }
148 138  
149 139  let availableBalanceA = (balanceA - (if ((assetIdA == USDN))
150 140      then stakedAmountUSDN
151 141      else 0))
152 142  
153 143  let availableBalanceB = (balanceB - (if ((assetIdB == USDN))
154 144      then stakedAmountUSDN
155 145      else 0))
156 146  
157 147  let accountBalanceWithStakedA = (accountBalance(assetIdA) + (if ((assetIdA == USDN))
158 148      then stakedAmountUSDN
159 149      else 0))
160 150  
161 151  let accountBalanceWithStakedB = (accountBalance(assetIdB) + (if ((assetIdB == USDN))
162 152      then stakedAmountUSDN
163 153      else 0))
164 154  
165 155  let hasEnoughBalance = if ((accountBalanceWithStakedA >= balanceA))
166 156      then (accountBalanceWithStakedB >= balanceB)
167 157      else false
168 158  
169 - func skewness (x,y) = (((fraction(scaleValue12, x, y) + fraction(scaleValue12, y, x)) / 2) / 10000)
159 + func skewness (x,y) = (((fraction(scale12, x, y) + fraction(scale12, y, x)) / 2) / 10000)
170 160  
171 161  
172 162  func invariantCalc (x,y) = {
173 163      let sk = skewness(x, y)
174 -     (fraction((x + y), scaleValue8, pow(sk, scaleValue8Digits, alpha, alphaDigits, scaleValue8Digits, UP)) + (2 * fraction(pow(fraction(x, y, scaleValue8), 0, 5, 1, (scaleValue8Digits / 2), DOWN), pow((sk - beta), scaleValue8Digits, alpha, alphaDigits, scaleValue8Digits, DOWN), scaleValue8)))
164 +     (fraction((x + y), scale8, pow(sk, digits8, alpha, alphaDigits, digits8, UP)) + (2 * fraction(pow(fraction(x, y, scale8), 0, 5, 1, (digits8 / 2), DOWN), pow((sk - beta), digits8, alpha, alphaDigits, digits8, DOWN), scale8)))
175 165      }
176 166  
177 167  
178 - func calculateHowManySendA (amountToSendEstimated,minTokenReceiveAmount,amountA,amountB,tokenReceiveAmount) = {
179 -     let slippageValue = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
180 -     let deltaMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
181 -     let amountToSendStep1 = (amountToSendEstimated - ((1 * deltaMaxAndMinSendValue) / 5))
182 -     let amountToSendStep2 = (amountToSendEstimated - ((2 * deltaMaxAndMinSendValue) / 5))
183 -     let amountToSendStep3 = (amountToSendEstimated - ((3 * deltaMaxAndMinSendValue) / 5))
184 -     let amountToSendStep4 = (amountToSendEstimated - ((4 * deltaMaxAndMinSendValue) / 5))
185 -     let amountToSendStep5 = (amountToSendEstimated - ((5 * deltaMaxAndMinSendValue) / 5))
186 -     let y = (amountB + tokenReceiveAmount)
187 -     let invariantNew = invariantCalc((amountA - amountToSendEstimated), y)
188 -     let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
189 -     if ((0 >= (invariantCalc((amountA - amountToSendStep5), y) - invariant)))
190 -         then throw("err1")
168 + func calculateSendAmount (amountToSendEstimated,minTokenReceiveAmount,tokenReceiveAmount,tokenId) = {
169 +     let slippageValue = (scale8 - ((scale8 * 1) / 10000000))
170 +     let deltaBetweenMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
171 +     let x = (balanceA + tokenReceiveAmount)
172 +     let y = (balanceB + tokenReceiveAmount)
173 +     let invariantNew = if ((tokenId == assetIdA))
174 +         then invariantCalc(x, (balanceB - amountToSendEstimated))
175 +         else if ((tokenId == assetIdB))
176 +             then invariantCalc((balanceA - amountToSendEstimated), y)
177 +             else throw("Wrong asset in payment")
178 +     let invariantEstimatedRatio = fraction(scale8, invariant, invariantNew)
179 +     func getStepAmount (acc,step) =     if ((acc == -1))
180 +         then {
181 +             let amountToSend = (amountToSendEstimated - ((step * deltaBetweenMaxAndMinSendValue) / 5))
182 +             let stepInvariant = if ((tokenId == assetIdA))
183 +                 then invariantCalc(x, (balanceB - amountToSend))
184 +                 else invariantCalc((balanceA - amountToSend), y)
185 +             if ((stepInvariant > invariant))
186 +                 then amountToSend
187 +                 else -1
188 +             }
189 +         else acc
190 + 
191 +     let stepAmount = {
192 +         let $list56715714 = [1, 2, 3, 4, 5]
193 +         let $size56715714 = size($list56715714)
194 +         let $acc056715714 = -1
195 +         if (($size56715714 == 0))
196 +             then $acc056715714
197 +             else {
198 +                 let $acc156715714 = getStepAmount($acc056715714, $list56715714[0])
199 +                 if (($size56715714 == 1))
200 +                     then $acc156715714
201 +                     else {
202 +                         let $acc256715714 = getStepAmount($acc156715714, $list56715714[1])
203 +                         if (($size56715714 == 2))
204 +                             then $acc256715714
205 +                             else {
206 +                                 let $acc356715714 = getStepAmount($acc256715714, $list56715714[2])
207 +                                 if (($size56715714 == 3))
208 +                                     then $acc356715714
209 +                                     else {
210 +                                         let $acc456715714 = getStepAmount($acc356715714, $list56715714[3])
211 +                                         if (($size56715714 == 4))
212 +                                             then $acc456715714
213 +                                             else {
214 +                                                 let $acc556715714 = getStepAmount($acc456715714, $list56715714[4])
215 +                                                 if (($size56715714 == 5))
216 +                                                     then $acc556715714
217 +                                                     else {
218 +                                                         let $acc656715714 = getStepAmount($acc556715714, $list56715714[5])
219 +                                                         throw("List size exceed 5")
220 +                                                         }
221 +                                                 }
222 +                                         }
223 +                                 }
224 +                         }
225 +                 }
226 +         }
227 +     if ((0 > stepAmount))
228 +         then throw("something went wrong while working with amountToSend")
191 229          else if (if ((invariantEstimatedRatio > slippageValue))
192 -             then ((invariantNew - invariant) > 0)
230 +             then (invariantNew > invariant)
193 231              else false)
194 232              then amountToSendEstimated
195 -             else if (((invariantCalc((amountA - amountToSendStep1), y) - invariant) > 0))
196 -                 then ((amountToSendStep1 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
197 -                 else if (((invariantCalc((amountA - amountToSendStep2), y) - invariant) > 0))
198 -                     then ((amountToSendStep2 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
199 -                     else if (((invariantCalc((amountA - amountToSendStep3), y) - invariant) > 0))
200 -                         then ((amountToSendStep3 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
201 -                         else if (((invariantCalc((amountA - amountToSendStep4), y) - invariant) > 0))
202 -                             then ((amountToSendStep4 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
203 -                             else if (((invariantCalc((amountA - amountToSendStep5), y) - invariant) > 0))
204 -                                 then ((amountToSendStep5 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
205 -                                 else throw("err2")
206 -     }
207 - 
208 - 
209 - func calculateHowManySendB (amountToSendEstimated,minTokenReceiveAmount,amountA,amountB,tokenReceiveAmount) = {
210 -     let slippageValue = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
211 -     let deltaMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
212 -     let amountToSendStep1 = (amountToSendEstimated - ((1 * deltaMaxAndMinSendValue) / 5))
213 -     let amountToSendStep2 = (amountToSendEstimated - ((2 * deltaMaxAndMinSendValue) / 5))
214 -     let amountToSendStep3 = (amountToSendEstimated - ((3 * deltaMaxAndMinSendValue) / 5))
215 -     let amountToSendStep4 = (amountToSendEstimated - ((4 * deltaMaxAndMinSendValue) / 5))
216 -     let amountToSendStep5 = (amountToSendEstimated - ((5 * deltaMaxAndMinSendValue) / 5))
217 -     let x = (amountA + tokenReceiveAmount)
218 -     let invariantNew = invariantCalc(x, (amountB - amountToSendEstimated))
219 -     let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
220 -     if ((0 >= (invariantCalc(x, (amountB - amountToSendStep5)) - invariant)))
221 -         then throw("err1")
222 -         else if (if ((invariantEstimatedRatio > slippageValue))
223 -             then ((invariantNew - invariant) > 0)
224 -             else false)
225 -             then amountToSendEstimated
226 -             else if (((invariantCalc(x, (amountB - amountToSendStep1)) - invariant) > 0))
227 -                 then ((amountToSendStep1 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
228 -                 else if (((invariantCalc(x, (amountB - amountToSendStep2)) - invariant) > 0))
229 -                     then ((amountToSendStep2 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
230 -                     else if (((invariantCalc(x, (amountB - amountToSendStep3)) - invariant) > 0))
231 -                         then ((amountToSendStep3 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
232 -                         else if (((invariantCalc(x, (amountB - amountToSendStep4)) - invariant) > 0))
233 -                             then ((amountToSendStep4 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
234 -                             else if (((invariantCalc(x, (amountB - amountToSendStep5)) - invariant) > 0))
235 -                                 then ((amountToSendStep5 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
236 -                                 else throw("err2")
233 +             else stepAmount
237 234      }
238 235  
239 236  
240 237  func getAssetInfo (assetId) = match assetId {
241 238      case id: ByteVector => 
242 239          let stringId = toBase58String(id)
243 240          let info = valueOrErrorMessage(assetInfo(id), (("Asset " + stringId) + " doesn't exist"))
244 241          $Tuple3(stringId, info.name, info.decimals)
245 242      case waves: Unit => 
246 243          $Tuple3("WAVES", "WAVES", 8)
247 244      case _ => 
248 245          throw("Match error")
249 246  }
250 247  
251 248  
252 249  func suspend (cause) = [BooleanEntry(kActive, false), StringEntry(kCause, cause)]
253 250  
254 251  
255 252  func deductStakingFee (amount,assetId) = if ((assetId == USDN))
256 253      then {
257 254          let result = (amount - stakingFeeInUSDN)
258 255          if ((0 >= result))
259 256              then throw((((("Insufficient amount " + toString(amount)) + " to deduct staking fee ") + toString(stakingFeeInUSDN)) + " USD-N"))
260 257              else result
261 258          }
262 259      else amount
263 260  
264 261  
265 262  func throwIsActive () = throw("DApp is already active")
266 263  
267 264  
268 265  func throwIsInactive () = throw("DApp is inactive at this moment")
269 266  
270 267  
271 268  func throwOnlyAdmin () = throw("Only admin can call this function")
272 269  
273 270  
274 271  func throwAssets () = throw(((("Incorrect assets attached. Expected: " + strAssetIdA) + " and ") + strAssetIdB))
275 272  
276 273  
277 274  func throwThreshold (threshold,amountA,amountB) = throw(((((((((("New balance in assets of the DApp is less than threshold " + toString(threshold)) + ": ") + toString(amountA)) + " ") + assetNameA) + ", ") + toString(amountB)) + " ") + assetNameB))
278 275  
279 276  
280 277  func throwInsufficientAvailableBalance (amount,available,assetName) = throw((((((((("Insufficient DApp balance to pay " + toString(amount)) + " ") + assetName) + " due to staking. Available: ") + toString(available)) + " ") + assetName) + ". Please contact support in Telegram: https://t.me/swopfisupport"))
281 278  
282 279  
283 280  func throwInsufficientAvailableBalances (amountA,amountB) = throw((((((((((((((((("Insufficient DApp balance to pay " + toString(amountA)) + " ") + assetNameA) + " and ") + toString(amountB)) + " ") + assetNameB) + " due to staking. Available: ") + toString(availableBalanceA)) + " ") + assetNameA) + " and ") + toString(availableBalanceB)) + " ") + assetNameB) + ". Please contact support in Telegram: https://t.me/swopfisupport"))
284 281  
285 282  
286 283  func suspendSuspicious () = suspend(((((((((((((((("Suspicious state. Actual balances: " + toString(balanceA)) + " ") + assetNameA) + ", ") + toString(balanceB)) + " ") + assetNameB) + ". State: ") + toString(accountBalance(assetIdA))) + " ") + assetNameA) + ", ") + toString(accountBalance(assetIdB))) + " ") + assetNameB))
287 284  
288 285  
289 286  @Callable(i)
290 287  func init () = {
291 -     let $t01115911236 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
292 -     let pmtAmountA = $t01115911236._1
293 -     let pmtAssetIdA = $t01115911236._2
294 -     let $t01124111318 = $Tuple2(i.payments[1].amount, i.payments[1].assetId)
295 -     let pmtAmountB = $t01124111318._1
296 -     let pmtAssetIdB = $t01124111318._2
297 -     let $t01132311400 = getAssetInfo(pmtAssetIdA)
298 -     let pmtStrAssetIdA = $t01132311400._1
299 -     let pmtAssetNameA = $t01132311400._2
300 -     let pmtDecimalsA = $t01132311400._3
301 -     let $t01140511482 = getAssetInfo(pmtAssetIdB)
302 -     let pmtStrAssetIdB = $t01140511482._1
303 -     let pmtAssetNameB = $t01140511482._2
304 -     let pmtDecimalsB = $t01140511482._3
288 +     let $t083948471 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
289 +     let pmtAmountA = $t083948471._1
290 +     let pmtAssetIdA = $t083948471._2
291 +     let $t084768553 = $Tuple2(i.payments[1].amount, i.payments[1].assetId)
292 +     let pmtAmountB = $t084768553._1
293 +     let pmtAssetIdB = $t084768553._2
294 +     let $t085588635 = getAssetInfo(pmtAssetIdA)
295 +     let pmtStrAssetIdA = $t085588635._1
296 +     let pmtAssetNameA = $t085588635._2
297 +     let pmtDecimalsA = $t085588635._3
298 +     let $t086408717 = getAssetInfo(pmtAssetIdB)
299 +     let pmtStrAssetIdB = $t086408717._1
300 +     let pmtAssetNameB = $t086408717._2
301 +     let pmtDecimalsB = $t086408717._3
305 302      if (isDefined(getBoolean(this, kActive)))
306 303          then throwIsActive()
307 304          else if ((pmtAssetIdA == pmtAssetIdB))
308 305              then throw("Assets must be different")
309 306              else {
310 307                  let shareName = ((("s" + take(pmtAssetNameA, 7)) + "_") + take(pmtAssetNameB, 7))
311 308                  let shareDescription = ((((("ShareToken of SwopFi protocol for " + pmtAssetNameA) + " and ") + pmtAssetNameB) + " at address ") + toString(this))
312 309                  let shareDecimals = ((pmtDecimalsA + pmtDecimalsB) / 2)
313 310                  let shareInitialSupply = fraction(pow(pmtAmountA, pmtDecimalsA, 5, 1, pmtDecimalsA, HALFDOWN), pow(pmtAmountB, pmtDecimalsB, 5, 1, pmtDecimalsB, HALFDOWN), pow(10, 0, shareDecimals, 0, 0, HALFDOWN))
314 311                  let shareIssue = Issue(shareName, shareDescription, shareInitialSupply, shareDecimals, true)
315 312                  let shareIssueId = calculateAssetId(shareIssue)
316 313                  let invariantCalculated = invariantCalc(pmtAmountA, pmtAmountB)
317 - [StringEntry(kVersion, version), BooleanEntry(kActive, true), StringEntry(kAssetIdA, pmtStrAssetIdA), StringEntry(kAssetIdB, pmtStrAssetIdB), IntegerEntry(kBalanceA, pmtAmountA), IntegerEntry(kBalanceB, pmtAmountB), IntegerEntry(kInvariant, invariantCalculated), IntegerEntry(kFee, fee), IntegerEntry(kFeeScaleDelimiter, feeScaleDelimiter), shareIssue, StringEntry(kShareAssetId, toBase58String(shareIssueId)), IntegerEntry(kShareAssetSupply, shareInitialSupply), ScriptTransfer(i.caller, shareInitialSupply, shareIssueId)]
314 + [StringEntry(kVersion, version), BooleanEntry(kActive, true), StringEntry(kAssetIdA, pmtStrAssetIdA), StringEntry(kAssetIdB, pmtStrAssetIdB), IntegerEntry(kBalanceA, pmtAmountA), IntegerEntry(kBalanceB, pmtAmountB), IntegerEntry(kInvariant, invariantCalculated), IntegerEntry(kFee, fee), IntegerEntry(kFeeScaleDelimiter, feeScale6), shareIssue, StringEntry(kShareAssetId, toBase58String(shareIssueId)), IntegerEntry(kShareAssetSupply, shareInitialSupply), ScriptTransfer(i.caller, shareInitialSupply, shareIssueId)]
318 315                  }
319 316      }
320 317  
321 318  
322 319  
323 320  @Callable(i)
324 - func replenishWithTwoTokens (slippageTolerance) = if ((slippageTolerance > 10))
325 -     then throw("slippage tolerance must be <= 1%")
326 -     else {
327 -         let pmtAssetIdA = i.payments[0].assetId
328 -         let pmtAssetIdB = i.payments[1].assetId
329 -         let pmtAmountA = deductStakingFee(i.payments[0].amount, pmtAssetIdA)
330 -         let pmtAmountB = deductStakingFee(i.payments[1].amount, pmtAssetIdB)
331 -         let tokenRatio = fraction(fraction(balanceA, scaleValue8, pmtAmountA), scaleValue3, fraction(balanceB, scaleValue8, pmtAmountB))
332 -         let ratioShareTokensInA = fraction(pmtAmountA, scaleValue8, balanceA)
333 -         let ratioShareTokensInB = fraction(pmtAmountB, scaleValue8, balanceB)
334 -         let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scaleValue8)
335 -         let invariantCalculated = invariantCalc((balanceA + pmtAmountA), (balanceB + pmtAmountB))
336 -         if (!(isActive))
337 -             then throwIsInactive()
338 -             else if (if ((0 > slippageTolerance))
339 -                 then true
340 -                 else (slippageTolerance > slippageToleranceDelimiter))
341 -                 then throw(((("Slippage tolerance must be between 0 and " + toString(slippageToleranceDelimiter)) + " inclusively. Actual: ") + toString(slippageTolerance)))
342 -                 else if ((size(i.payments) != 2))
343 -                     then throw("Two attached assets expected")
344 -                     else if (if ((pmtAssetIdA != assetIdA))
321 + func replenishWithTwoTokens (slippageTolerance) = {
322 +     let pmtAssetIdA = i.payments[0].assetId
323 +     let pmtAssetIdB = i.payments[1].assetId
324 +     let pmtAmountA = deductStakingFee(i.payments[0].amount, pmtAssetIdA)
325 +     let pmtAmountB = deductStakingFee(i.payments[1].amount, pmtAssetIdB)
326 +     let tokenRatio = fraction(fraction(scale8, balanceA, pmtAmountA), scale3, fraction(scale8, balanceB, pmtAmountB))
327 +     let ratioShareTokensInA = fraction(scale8, pmtAmountA, balanceA)
328 +     let ratioShareTokensInB = fraction(scale8, pmtAmountB, balanceB)
329 +     let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scale8)
330 +     let invariantCalculated = invariantCalc((balanceA + pmtAmountA), (balanceB + pmtAmountB))
331 +     if (!(isActive))
332 +         then throwIsInactive()
333 +         else if (if ((0 > slippageTolerance))
334 +             then true
335 +             else (slippageTolerance > 10))
336 +             then throw("Slippage tolerance must be <= 1%")
337 +             else if ((size(i.payments) != 2))
338 +                 then throw("Two attached assets expected")
339 +                 else if (if ((pmtAssetIdA != assetIdA))
340 +                     then true
341 +                     else (pmtAssetIdB != assetIdB))
342 +                     then throwAssets()
343 +                     else if (if ((((scale3 * (slippageScale3 - slippageTolerance)) / slippageScale3) > tokenRatio))
345 344                          then true
346 -                         else (pmtAssetIdB != assetIdB))
347 -                         then throwAssets()
348 -                         else if (if ((((scaleValue3 * (slippageToleranceDelimiter - slippageTolerance)) / slippageToleranceDelimiter) > tokenRatio))
349 -                             then true
350 -                             else (tokenRatio > ((scaleValue3 * (slippageToleranceDelimiter + slippageTolerance)) / slippageToleranceDelimiter)))
351 -                             then throw("Incorrect assets amount: amounts must have the contract ratio")
352 -                             else if ((shareTokenToPayAmount == 0))
353 -                                 then throw("Too small amount to replenish")
354 -                                 else if (!(hasEnoughBalance))
355 -                                     then suspendSuspicious()
356 -                                     else [IntegerEntry(kBalanceA, (balanceA + pmtAmountA)), IntegerEntry(kBalanceB, (balanceB + pmtAmountB)), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kInvariant, invariantCalculated), Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId)]
357 -         }
345 +                         else (tokenRatio > ((scale3 * (slippageScale3 + slippageTolerance)) / slippageScale3)))
346 +                         then throw("Incorrect assets amount: amounts must have the contract ratio")
347 +                         else if ((shareTokenToPayAmount == 0))
348 +                             then throw("Too small amount to replenish")
349 +                             else if (!(hasEnoughBalance))
350 +                                 then suspendSuspicious()
351 +                                 else [IntegerEntry(kBalanceA, (balanceA + pmtAmountA)), IntegerEntry(kBalanceB, (balanceB + pmtAmountB)), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kInvariant, invariantCalculated), Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId)]
352 +     }
358 353  
359 354  
360 355  
361 356  @Callable(i)
362 357  func replenishWithOneToken (virtualSwapTokenPay,virtualSwapTokenGet) = {
363 -     let $t01602416099 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
364 -     let pmtAmount = $t01602416099._1
365 -     let pmtAssetId = $t01602416099._2
358 +     let $t01293213007 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
359 +     let pmtAmount = $t01293213007._1
360 +     let pmtAssetId = $t01293213007._2
366 361      let pmtMinThreshold = 5000000
367 362      let thresholdValueForMinTolerance = 50000000
368 363      let tolerance = if ((thresholdValueForMinTolerance > pmtAmount))
369 364          then 100000
370 365          else 1
371 -     let slippageValueMinForReplenish = (scaleValue8 - ((scaleValue8 * tolerance) / 10000000))
372 -     let slippageValueMaxForReplenish = (scaleValue8 + ((scaleValue8 * tolerance) / 10000000))
373 -     let slippageValueMinForSwap = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
374 -     let slippageValueMaxForSwap = (scaleValue8 + ((scaleValue8 * 1) / 10000000))
366 +     let slippageValueMinForReplenish = (scale8 - ((scale8 * tolerance) / 10000000))
367 +     let slippageValueMaxForReplenish = (scale8 + ((scale8 * tolerance) / 10000000))
368 +     let slippageValueMinForSwap = (scale8 - ((scale8 * 1) / 10000000))
375 369      if (!(isActive))
376 370          then throwIsInactive()
377 371          else if ((pmtMinThreshold > pmtAmount))
378 372              then throw((((("Payment amount " + toString(pmtAmount)) + " does not exceed the minimum amount of ") + toString(pmtMinThreshold)) + " tokens"))
379 373              else if ((size(i.payments) != 1))
380 374                  then throw("One attached payment expected")
381 375                  else if (!(hasEnoughBalance))
382 376                      then suspendSuspicious()
383 -                     else if ((pmtAssetId == assetIdA))
384 -                         then {
385 -                             let virtReplA = (pmtAmount - virtualSwapTokenPay)
386 -                             let virtReplB = virtualSwapTokenGet
387 -                             let balanceAfterSwapA = (balanceA + virtualSwapTokenPay)
388 -                             let balanceAfterSwapB = (balanceB - virtualSwapTokenGet)
377 +                     else if (if ((pmtAssetId != assetIdA))
378 +                         then (pmtAssetId != assetIdB)
379 +                         else false)
380 +                         then throwAssets()
381 +                         else {
382 +                             let $t01394414709 = if ((pmtAssetId == assetIdA))
383 +                                 then $Tuple7((pmtAmount - virtualSwapTokenPay), virtualSwapTokenGet, (balanceA + virtualSwapTokenPay), (balanceB - virtualSwapTokenGet), invariantCalc((balanceA + pmtAmount), balanceB), (balanceA + pmtAmount), balanceB)
384 +                                 else $Tuple7(virtualSwapTokenGet, (pmtAmount - virtualSwapTokenPay), (balanceA - virtualSwapTokenGet), (balanceB + virtualSwapTokenPay), invariantCalc(balanceA, (balanceB + pmtAmount)), balanceA, (balanceB + pmtAmount))
385 +                             let virtualReplenishA = $t01394414709._1
386 +                             let virtualReplenishB = $t01394414709._2
387 +                             let balanceAfterSwapA = $t01394414709._3
388 +                             let balanceAfterSwapB = $t01394414709._4
389 +                             let invariantCalculated = $t01394414709._5
390 +                             let newBalanceA = $t01394414709._6
391 +                             let newBalanceB = $t01394414709._7
392 +                             let newBalanceEntry = if ((pmtAssetId == assetIdA))
393 +                                 then IntegerEntry(kBalanceA, newBalanceA)
394 +                                 else IntegerEntry(kBalanceB, newBalanceB)
389 395                              let invariantNew = invariantCalc(balanceAfterSwapA, balanceAfterSwapB)
390 -                             let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
391 -                             if (if ((invariantEstimatedRatio > slippageValueMinForSwap))
392 -                                 then ((invariantNew - invariant) >= 0)
393 -                                 else false)
394 -                                 then {
395 -                                     let ratioVirtualBalanceToVirtualReplenish = (fraction(balanceAfterSwapA, (scaleValue8 * scaleValue8), balanceAfterSwapB) / fraction(virtReplA, scaleValue8, virtReplB))
396 -                                     if (if ((slippageValueMinForReplenish > ratioVirtualBalanceToVirtualReplenish))
396 +                             let invariantEstimatedRatio = fraction(scale8, invariant, invariantNew)
397 +                             let ratioVirtualBalanceToVirtualReplenish = (fraction((scale8 * scale8), balanceAfterSwapA, balanceAfterSwapB) / fraction(scale8, virtualReplenishA, virtualReplenishB))
398 +                             let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdScale2))
399 +                             if (if ((slippageValueMinForSwap >= invariantEstimatedRatio))
400 +                                 then true
401 +                                 else (invariant > invariantNew))
402 +                                 then throw("Incorrect virtualSwapTokenPay or virtualSwapTokenGet value")
403 +                                 else if (if ((slippageValueMinForReplenish > ratioVirtualBalanceToVirtualReplenish))
404 +                                     then true
405 +                                     else (ratioVirtualBalanceToVirtualReplenish > slippageValueMaxForReplenish))
406 +                                     then throw("Swap with virtualSwapTokenPay and virtualSwapTokenGet is possible, but ratio after virtual swap is incorrect")
407 +                                     else if (if ((dAppThresholdAmount > newBalanceA))
397 408                                          then true
398 -                                         else (ratioVirtualBalanceToVirtualReplenish > slippageValueMaxForReplenish))
399 -                                         then throw("Ratio after virtual swap incorrect")
409 +                                         else (dAppThresholdAmount > newBalanceB))
410 +                                         then throwThreshold(dAppThresholdAmount, newBalanceA, newBalanceB)
400 411                                          else {
401 -                                             let ratioShareTokensInA = fraction(deductStakingFee(virtReplA, assetIdA), scaleValue8, balanceAfterSwapA)
402 -                                             let ratioShareTokensInB = fraction(deductStakingFee(virtReplB, assetIdB), scaleValue8, balanceAfterSwapB)
403 -                                             let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scaleValue8)
404 -                                             let invariantCalculated = invariantCalc((balanceA + pmtAmount), balanceB)
405 -                                             let newBalanceA = (balanceA + pmtAmount)
406 -                                             let newBalanceB = balanceB
407 -                                             let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdDelimiter))
408 -                                             if (if ((dAppThresholdAmount > newBalanceA))
409 -                                                 then true
410 -                                                 else (dAppThresholdAmount > newBalanceB))
411 -                                                 then throwThreshold(dAppThresholdAmount, newBalanceA, newBalanceB)
412 -                                                 else [Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kBalanceA, newBalanceA), IntegerEntry(kInvariant, invariantCalculated)]
412 +                                             let ratioShareTokensInA = fraction(deductStakingFee(virtualReplenishA, assetIdA), scale8, balanceAfterSwapA)
413 +                                             let ratioShareTokensInB = fraction(deductStakingFee(virtualReplenishB, assetIdB), scale8, balanceAfterSwapB)
414 +                                             let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scale8)
415 + [Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), newBalanceEntry, IntegerEntry(kInvariant, invariantCalculated)]
413 416                                              }
414 -                                     }
415 -                                 else throw("Incorrect virtualSwapTokenPay or virtualSwapTokenGet value")
416 417                              }
417 -                         else if ((pmtAssetId == assetIdB))
418 -                             then {
419 -                                 let virtReplB = (pmtAmount - virtualSwapTokenPay)
420 -                                 let virtReplA = virtualSwapTokenGet
421 -                                 let balanceAfterSwapA = (balanceA - virtualSwapTokenGet)
422 -                                 let balanceAfterSwapB = (balanceB + virtualSwapTokenPay)
423 -                                 let invariantNew = invariantCalc(balanceAfterSwapA, balanceAfterSwapB)
424 -                                 let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
425 -                                 if (if ((invariantEstimatedRatio > slippageValueMinForSwap))
426 -                                     then ((invariantNew - invariant) >= 0)
427 -                                     else false)
428 -                                     then {
429 -                                         let ratioVirtualBalanceToVirtualReplenish = (fraction(balanceAfterSwapA, (scaleValue8 * scaleValue8), balanceAfterSwapB) / fraction(virtReplA, scaleValue8, virtReplB))
430 -                                         if (if ((slippageValueMinForReplenish > ratioVirtualBalanceToVirtualReplenish))
431 -                                             then true
432 -                                             else (ratioVirtualBalanceToVirtualReplenish > slippageValueMaxForReplenish))
433 -                                             then throw("Ratio after virtual swap incorrect")
434 -                                             else {
435 -                                                 let ratioShareTokensInA = fraction(deductStakingFee(virtReplA, assetIdA), scaleValue8, balanceAfterSwapA)
436 -                                                 let ratioShareTokensInB = fraction(deductStakingFee(virtReplB, assetIdB), scaleValue8, balanceAfterSwapB)
437 -                                                 let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scaleValue8)
438 -                                                 let invariantCalculated = invariantCalc(balanceA, (balanceB + pmtAmount))
439 -                                                 let newBalanceA = balanceA
440 -                                                 let newBalanceB = (balanceB + pmtAmount)
441 -                                                 let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdDelimiter))
442 -                                                 if (if ((dAppThresholdAmount > newBalanceA))
443 -                                                     then true
444 -                                                     else (dAppThresholdAmount > newBalanceB))
445 -                                                     then throwThreshold(dAppThresholdAmount, newBalanceA, newBalanceB)
446 -                                                     else [Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kBalanceB, newBalanceB), IntegerEntry(kInvariant, invariantCalculated)]
447 -                                                 }
448 -                                         }
449 -                                     else throw("Incorrect virtualSwapTokenPay or virtualSwapTokenGet value")
450 -                                 }
451 -                             else throwAssets()
452 418      }
453 419  
454 420  
455 421  
456 422  @Callable(i)
457 423  func withdraw () = {
458 -     let $t02196422107 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
459 -     let pmtAmount = $t02196422107._1
460 -     let pmtAssetId = $t02196422107._2
424 +     let $t01686217005 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
425 +     let pmtAmount = $t01686217005._1
426 +     let pmtAssetId = $t01686217005._2
461 427      let amountToPayA = deductStakingFee(fraction(pmtAmount, balanceA, shareAssetSupply), assetIdA)
462 428      let amountToPayB = deductStakingFee(fraction(pmtAmount, balanceB, shareAssetSupply), assetIdB)
463 429      let invariantCalculated = invariantCalc((balanceA - amountToPayA), (balanceB - amountToPayB))
464 430      if (!(isActive))
465 431          then throwIsInactive()
466 432          else if ((size(i.payments) != 1))
467 433              then throw("One attached payment expected")
468 434              else if ((pmtAssetId != shareAssetId))
469 435                  then throw(("Incorrect asset attached. Expected: " + toBase58String(shareAssetId)))
470 436                  else if (!(hasEnoughBalance))
471 437                      then suspendSuspicious()
472 438                      else if (if ((amountToPayA > availableBalanceA))
473 439                          then true
474 440                          else (amountToPayB > availableBalanceB))
475 441                          then throwInsufficientAvailableBalances(amountToPayA, amountToPayB)
476 442                          else [IntegerEntry(kBalanceA, (balanceA - amountToPayA)), IntegerEntry(kBalanceB, (balanceB - amountToPayB)), IntegerEntry(kShareAssetSupply, (shareAssetSupply - pmtAmount)), IntegerEntry(kInvariant, invariantCalculated), Burn(shareAssetId, pmtAmount), ScriptTransfer(i.caller, amountToPayA, assetIdA), ScriptTransfer(i.caller, amountToPayB, assetIdB)]
477 443      }
478 444  
479 445  
480 446  
481 447  @Callable(i)
482 448  func exchange (estimatedAmountToReceive,minAmountToReceive) = {
483 -     let $t02339023465 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
484 -     let pmtAmount = $t02339023465._1
485 -     let pmtAssetId = $t02339023465._2
486 -     if (if ((exchangeRatioLimitMin > fraction(minAmountToReceive, scaleValue8, pmtAmount)))
487 -         then true
488 -         else (fraction(estimatedAmountToReceive, scaleValue8, pmtAmount) > exchangeRatioLimitMax))
489 -         then throw("Incorrect args and pmt ratio")
490 -         else if (!(isActive))
491 -             then throwIsInactive()
492 -             else if ((0 >= estimatedAmountToReceive))
493 -                 then throw(("Estimated amount must be positive. Actual: " + toString(estimatedAmountToReceive)))
494 -                 else if ((minAmountToReceive > estimatedAmountToReceive))
495 -                     then throw(((("Minimal amount can't be greater than estimated. Estimated: " + toString(estimatedAmountToReceive)) + ". Minimal: ") + toString(minAmountToReceive)))
496 -                     else if ((size(i.payments) != 1))
497 -                         then throw("One attached payment expected")
498 -                         else if (!(hasEnoughBalance))
499 -                             then suspendSuspicious()
449 +     let $t01828818363 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
450 +     let pmtAmount = $t01828818363._1
451 +     let pmtAssetId = $t01828818363._2
452 +     if (!(isActive))
453 +         then throwIsInactive()
454 +         else if ((0 >= estimatedAmountToReceive))
455 +             then throw(("Estimated amount must be positive. Actual: " + toString(estimatedAmountToReceive)))
456 +             else if ((minAmountToReceive > estimatedAmountToReceive))
457 +                 then throw(((("Minimal amount can't be greater than estimated. Estimated: " + toString(estimatedAmountToReceive)) + ". Minimal: ") + toString(minAmountToReceive)))
458 +                 else if ((size(i.payments) != 1))
459 +                     then throw("One attached payment expected")
460 +                     else if (!(hasEnoughBalance))
461 +                         then suspendSuspicious()
462 +                         else if (if ((pmtAssetId != assetIdA))
463 +                             then (pmtAssetId != assetIdB)
464 +                             else false)
465 +                             then throwAssets()
500 466                              else if ((10000000 > pmtAmount))
501 467                                  then throw("Only swap of 10.000000 or more tokens is allowed")
502 -                                 else if ((pmtAssetId == assetIdA))
503 -                                     then {
504 -                                         let assetIdSend = assetIdB
505 -                                         let amountWithoutFee = calculateHowManySendB(estimatedAmountToReceive, minAmountToReceive, balanceA, balanceB, pmtAmount)
506 -                                         let amountWithFee = fraction(amountWithoutFee, (feeScaleDelimiter - fee), feeScaleDelimiter)
507 -                                         let governanceReward = fraction(amountWithoutFee, feeGovernance, feeScaleDelimiter)
508 -                                         let newBalanceA = (balanceA + pmtAmount)
509 -                                         let newBalanceB = ((balanceB - amountWithFee) - governanceReward)
510 -                                         let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdDelimiter))
468 +                                 else if (if ((exchangeRatioLimitMin > fraction(scale8, minAmountToReceive, pmtAmount)))
469 +                                     then true
470 +                                     else (fraction(scale8, estimatedAmountToReceive, pmtAmount) > exchangeRatioLimitMax))
471 +                                     then throw("Incorrect args and pmt ratio")
472 +                                     else {
473 +                                         let sendAssetId = if ((pmtAssetId == assetIdA))
474 +                                             then assetIdB
475 +                                             else assetIdA
476 +                                         let amount = calculateSendAmount(estimatedAmountToReceive, minAmountToReceive, pmtAmount, pmtAssetId)
477 +                                         let governanceReward = fraction(amount, feeGovernance, feeScale6)
478 +                                         let amountMinusFee = fraction(amount, (feeScale6 - fee), feeScale6)
479 +                                         let $t01971419977 = if ((pmtAssetId == assetIdA))
480 +                                             then $Tuple2((balanceA + pmtAmount), ((balanceB - amountMinusFee) - governanceReward))
481 +                                             else $Tuple2(((balanceA - amountMinusFee) - governanceReward), (balanceB + pmtAmount))
482 +                                         let newBalanceA = $t01971419977._1
483 +                                         let newBalanceB = $t01971419977._2
484 +                                         let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdScale2))
511 485                                          if (if ((dAppThresholdAmount > newBalanceA))
512 486                                              then true
513 487                                              else (dAppThresholdAmount > newBalanceB))
514 488                                              then throwThreshold(dAppThresholdAmount, newBalanceA, newBalanceB)
515 489                                              else if (if (if ((assetIdA == USDN))
490 +                                                 then (sendAssetId == assetIdA)
491 +                                                 else false)
516 492                                                  then (stakedAmountUSDN >= newBalanceA)
517 493                                                  else false)
518 -                                                 then true
519 -                                                 else if ((assetIdB == USDN))
494 +                                                 then throwInsufficientAvailableBalance(amountMinusFee, availableBalanceA, assetNameA)
495 +                                                 else if (if (if ((assetIdB == USDN))
496 +                                                     then (sendAssetId == assetIdB)
497 +                                                     else false)
520 498                                                      then (stakedAmountUSDN >= newBalanceB)
521 499                                                      else false)
522 -                                                 then throwInsufficientAvailableBalance(amountWithFee, availableBalanceB, assetNameB)
523 -                                                 else [IntegerEntry(kBalanceA, newBalanceA), IntegerEntry(kBalanceB, newBalanceB), IntegerEntry(kInvariant, invariantCalc((balanceA + pmtAmount), ((balanceB - amountWithFee) - governanceReward))), ScriptTransfer(i.caller, amountWithFee, assetIdSend), ScriptTransfer(govAddr, governanceReward, assetIdSend)]
500 +                                                     then throwInsufficientAvailableBalance(amountMinusFee, availableBalanceB, assetNameB)
501 +                                                     else [IntegerEntry(kBalanceA, newBalanceA), IntegerEntry(kBalanceB, newBalanceB), IntegerEntry(kInvariant, invariantCalc(newBalanceA, newBalanceB)), ScriptTransfer(i.caller, amountMinusFee, sendAssetId), ScriptTransfer(govAddr, governanceReward, sendAssetId)]
524 502                                          }
525 -                                     else if ((pmtAssetId == assetIdB))
526 -                                         then {
527 -                                             let assetIdSend = assetIdA
528 -                                             let amountWithoutFee = calculateHowManySendA(estimatedAmountToReceive, minAmountToReceive, balanceA, balanceB, pmtAmount)
529 -                                             let amountWithFee = fraction(amountWithoutFee, (feeScaleDelimiter - fee), feeScaleDelimiter)
530 -                                             let governanceReward = fraction(amountWithoutFee, feeGovernance, feeScaleDelimiter)
531 -                                             let newBalanceA = ((balanceA - amountWithFee) - governanceReward)
532 -                                             let newBalanceB = (balanceB + pmtAmount)
533 -                                             let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdDelimiter))
534 -                                             if (if ((dAppThresholdAmount > newBalanceA))
535 -                                                 then true
536 -                                                 else (dAppThresholdAmount > newBalanceB))
537 -                                                 then throwThreshold(dAppThresholdAmount, newBalanceA, newBalanceB)
538 -                                                 else if (if (if ((assetIdA == USDN))
539 -                                                     then (stakedAmountUSDN >= newBalanceA)
540 -                                                     else false)
541 -                                                     then true
542 -                                                     else if ((assetIdB == USDN))
543 -                                                         then (stakedAmountUSDN >= newBalanceB)
544 -                                                         else false)
545 -                                                     then throwInsufficientAvailableBalance(amountWithFee, availableBalanceA, assetNameA)
546 -                                                     else [IntegerEntry(kBalanceA, newBalanceA), IntegerEntry(kBalanceB, newBalanceB), IntegerEntry(kInvariant, invariantCalc(((balanceA - amountWithFee) - governanceReward), (balanceB + pmtAmount))), ScriptTransfer(i.caller, amountWithFee, assetIdSend), ScriptTransfer(govAddr, governanceReward, assetIdSend)]
547 -                                             }
548 -                                         else throwAssets()
549 503      }
550 504  
551 505  
552 506  
553 507  @Callable(i)
554 508  func shutdown () = if (!(isActive))
555 509      then throw(("DApp is already suspended. Cause: " + valueOrElse(getString(this, kCause), "the cause wasn't specified")))
556 510      else if (!(containsElement([adm1, adm2, adm3, admStartStop], i.callerPublicKey)))
557 511          then throwOnlyAdmin()
558 512          else suspend("Paused by admin")
559 513  
560 514  
561 515  
562 516  @Callable(i)
563 517  func activate () = if (isActive)
564 518      then throwIsActive()
565 519      else if (!(containsElement([adm1, adm2, adm3, admStartStop], i.callerPublicKey)))
566 520          then throwOnlyAdmin()
567 521          else [BooleanEntry(kActive, true), DeleteEntry(kCause)]
568 522  
569 523  
570 524  
571 525  @Callable(i)
572 526  func takeIntoAccountExtraFunds (amountLeave) = {
573 527      let uncountableA = (accountBalanceWithStakedA - balanceA)
574 528      let uncountableB = (accountBalanceWithStakedB - balanceB)
575 529      let amountEnrollA = (uncountableA - (if ((assetIdA == USDN))
576 530          then amountLeave
577 531          else 0))
578 532      let amountEnrollB = (uncountableB - (if ((assetIdB == USDN))
579 533          then amountLeave
580 534          else 0))
535 +     let invariantNew = invariantCalc((balanceA + amountEnrollA), (balanceB + amountEnrollB))
581 536      if (!(isActive))
582 537          then throwIsInactive()
583 538          else if ((i.caller != this))
584 539              then throwOnlyAdmin()
585 540              else if ((0 > amountLeave))
586 541                  then throw(("Argument 'amountLeave' cannot be negative. Actual: " + toString(amountLeave)))
587 542                  else if (if ((0 > uncountableA))
588 543                      then true
589 544                      else (0 > uncountableB))
590 545                      then suspend("Enroll amount negative")
591 546                      else if (if ((0 > amountEnrollA))
592 547                          then true
593 548                          else (0 > amountEnrollB))
594 549                          then throw("Too large amountLeave")
595 -                         else [IntegerEntry(kBalanceA, (balanceA + amountEnrollA)), IntegerEntry(kBalanceB, (balanceB + amountEnrollB)), IntegerEntry(("last_income_" + strAssetIdA), amountEnrollA), IntegerEntry(("last_income_" + strAssetIdB), amountEnrollB)]
550 +                         else [IntegerEntry(kInvariant, invariantNew), IntegerEntry(kBalanceA, (balanceA + amountEnrollA)), IntegerEntry(kBalanceB, (balanceB + amountEnrollB)), IntegerEntry(("last_income_" + strAssetIdA), amountEnrollA), IntegerEntry(("last_income_" + strAssetIdB), amountEnrollB)]
596 551      }
597 552  
598 553  
599 554  @Verifier(tx)
600 555  func verify () = match tx {
601 556      case invoke: InvokeScriptTransaction => 
602 557          let callTakeIntoAccount = if ((invoke.dApp == this))
603 558              then (invoke.function == "takeIntoAccountExtraFunds")
604 559              else false
605 560          let callStaking = if ((invoke.dApp == stakingAddress))
606 561              then if (if (if ((invoke.function == "lockNeutrino"))
607 562                  then (size(invoke.payments) == 1)
608 563                  else false)
609 564                  then (invoke.payments[0].assetId == USDN)
610 565                  else false)
611 566                  then true
612 567                  else if ((invoke.function == "unlockNeutrino"))
613 568                      then (size(invoke.payments) == 0)
614 569                      else false
615 570              else false
616 571          let signedByAdmin = if (if (if (sigVerify(tx.bodyBytes, tx.proofs[0], adm1))
617 572              then true
618 573              else sigVerify(tx.bodyBytes, tx.proofs[0], adm2))
619 574              then true
620 575              else sigVerify(tx.bodyBytes, tx.proofs[0], adm3))
621 576              then true
622 577              else sigVerify(tx.bodyBytes, tx.proofs[0], admStaking)
623 578          if (if (callTakeIntoAccount)
624 579              then true
625 580              else callStaking)
626 581              then signedByAdmin
627 582              else false
628 583      case _ => 
629 584          let adm1Signed = if (sigVerify(tx.bodyBytes, tx.proofs[0], adm1))
630 585              then 1
631 586              else 0
632 587          let adm2Signed = if (sigVerify(tx.bodyBytes, tx.proofs[1], adm2))
633 588              then 1
634 589              else 0
635 590          let adm3Signed = if (sigVerify(tx.bodyBytes, tx.proofs[2], adm3))
636 591              then 1
637 592              else 0
638 593          (((adm1Signed + adm2Signed) + adm3Signed) >= 2)
639 594  }
640 595

Old	New		Differences
22	22		let kFee = "commission"
23	23
24	24		let kFeeScaleDelimiter = "commission_scale_delimiter"
25		-
26		-	let kFeeGovernance = "commission_governance"
27	25
28	26		let kInvariant = "invariant"
29	27

93	91
94	92		let feeGovernance = 200
95	93
96		-	let ~~feeScaleDelimiter~~ = 1000000
	94	+	let feeScale6 = 1000000
97	95
98		-	let ~~scaleValue3~~ = 1000
	96	+	let scale3 = 1000
99	97
100		-	let ~~scaleValue8~~ = 100000000
	98	+	let scale8 = 100000000
101	99
102		-	let ~~scaleValue12~~ = 1000000000000
	100	+	let scale12 = 1000000000000
103	101
104		-	let ~~slippageToleranceDelimiter~~ = 1000
	102	+	let slippageScale3 = 1000
105	103
106		-	let scaleValue8Digits = 8
107		-
108		-	let scaleValue12Digits = 12
	104	+	let digits8 = 8
109	105
110	106		let dAppThreshold = 50
111	107
112		-	let dAppThresholdDelimiter = 100
113		-
114		-	let ratioThresholdMax = 100000000
115		-
116		-	let ratioThresholdMin = 99999000
	108	+	let dAppThresholdScale2 = 100
117	109
118	110		let exchangeRatioLimitMin = 90000000
119	111

124	116		let alphaDigits = 2
125	117
126	118		let beta = 46000000
127		-
128		-	let betaDigits = 8
129	119
130	120		func accountBalance (assetId) = match assetId {
131	121		case id: ByteVector =>

166	156		then (accountBalanceWithStakedB >= balanceB)
167	157		else false
168	158
169		-	func skewness (x,y) = (((fraction(~~scaleValue12~~, x, y) + fraction(~~scaleValue12~~, y, x)) / 2) / 10000)
	159	+	func skewness (x,y) = (((fraction(scale12, x, y) + fraction(scale12, y, x)) / 2) / 10000)
170	160
171	161
172	162		func invariantCalc (x,y) = {
173	163		let sk = skewness(x, y)
174		-	(fraction((x + y), ~~scaleValue8~~, pow(sk, ~~scaleValue8Digits~~, alpha, alphaDigits, ~~scaleValue8Digits~~, UP)) + (2 * fraction(pow(fraction(x, y, ~~scaleValue8~~), 0, 5, 1, (~~scaleValue8Digits~~ / 2), DOWN), pow((sk - beta), ~~scaleValue8Digits~~, alpha, alphaDigits, ~~scaleValue8Digits~~, DOWN), ~~scaleValue8~~)))
	164	+	(fraction((x + y), scale8, pow(sk, digits8, alpha, alphaDigits, digits8, UP)) + (2 * fraction(pow(fraction(x, y, scale8), 0, 5, 1, (digits8 / 2), DOWN), pow((sk - beta), digits8, alpha, alphaDigits, digits8, DOWN), scale8)))
175	165		}
176	166
177	167
178		-	func calculateHowManySendA (amountToSendEstimated,minTokenReceiveAmount,amountA,amountB,tokenReceiveAmount) = {
179		-	let slippageValue = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
180		-	let deltaMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
181		-	let amountToSendStep1 = (amountToSendEstimated - ((1 * deltaMaxAndMinSendValue) / 5))
182		-	let amountToSendStep2 = (amountToSendEstimated - ((2 * deltaMaxAndMinSendValue) / 5))
183		-	let amountToSendStep3 = (amountToSendEstimated - ((3 * deltaMaxAndMinSendValue) / 5))
184		-	let amountToSendStep4 = (amountToSendEstimated - ((4 * deltaMaxAndMinSendValue) / 5))
185		-	let amountToSendStep5 = (amountToSendEstimated - ((5 * deltaMaxAndMinSendValue) / 5))
186		-	let y = (amountB + tokenReceiveAmount)
187		-	let invariantNew = invariantCalc((amountA - amountToSendEstimated), y)
188		-	let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
189		-	if ((0 >= (invariantCalc((amountA - amountToSendStep5), y) - invariant)))
190		-	then throw("err1")
	168	+	func calculateSendAmount (amountToSendEstimated,minTokenReceiveAmount,tokenReceiveAmount,tokenId) = {
	169	+	let slippageValue = (scale8 - ((scale8 * 1) / 10000000))
	170	+	let deltaBetweenMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
	171	+	let x = (balanceA + tokenReceiveAmount)
	172	+	let y = (balanceB + tokenReceiveAmount)
	173	+	let invariantNew = if ((tokenId == assetIdA))
	174	+	then invariantCalc(x, (balanceB - amountToSendEstimated))
	175	+	else if ((tokenId == assetIdB))
	176	+	then invariantCalc((balanceA - amountToSendEstimated), y)
	177	+	else throw("Wrong asset in payment")
	178	+	let invariantEstimatedRatio = fraction(scale8, invariant, invariantNew)
	179	+	func getStepAmount (acc,step) = if ((acc == -1))
	180	+	then {
	181	+	let amountToSend = (amountToSendEstimated - ((step * deltaBetweenMaxAndMinSendValue) / 5))
	182	+	let stepInvariant = if ((tokenId == assetIdA))
	183	+	then invariantCalc(x, (balanceB - amountToSend))
	184	+	else invariantCalc((balanceA - amountToSend), y)
	185	+	if ((stepInvariant > invariant))
	186	+	then amountToSend
	187	+	else -1
	188	+	}
	189	+	else acc
	190	+
	191	+	let stepAmount = {
	192	+	let $list56715714 = [1, 2, 3, 4, 5]
	193	+	let $size56715714 = size($list56715714)
	194	+	let $acc056715714 = -1
	195	+	if (($size56715714 == 0))
	196	+	then $acc056715714
	197	+	else {
	198	+	let $acc156715714 = getStepAmount($acc056715714, $list56715714[0])
	199	+	if (($size56715714 == 1))
	200	+	then $acc156715714
	201	+	else {
	202	+	let $acc256715714 = getStepAmount($acc156715714, $list56715714[1])
	203	+	if (($size56715714 == 2))
	204	+	then $acc256715714
	205	+	else {
	206	+	let $acc356715714 = getStepAmount($acc256715714, $list56715714[2])
	207	+	if (($size56715714 == 3))
	208	+	then $acc356715714
	209	+	else {
	210	+	let $acc456715714 = getStepAmount($acc356715714, $list56715714[3])
	211	+	if (($size56715714 == 4))
	212	+	then $acc456715714
	213	+	else {
	214	+	let $acc556715714 = getStepAmount($acc456715714, $list56715714[4])
	215	+	if (($size56715714 == 5))
	216	+	then $acc556715714
	217	+	else {
	218	+	let $acc656715714 = getStepAmount($acc556715714, $list56715714[5])
	219	+	throw("List size exceed 5")
	220	+	}
	221	+	}
	222	+	}
	223	+	}
	224	+	}
	225	+	}
	226	+	}
	227	+	if ((0 > stepAmount))
	228	+	then throw("something went wrong while working with amountToSend")
191	229		else if (if ((invariantEstimatedRatio > slippageValue))
192		-	then ((invariantNew - invariant) ~~> 0)~~
	230	+	then (invariantNew > invariant)
193	231		else false)
194	232		then amountToSendEstimated
195		-	else if (((invariantCalc((amountA - amountToSendStep1), y) - invariant) > 0))
196		-	then ((amountToSendStep1 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
197		-	else if (((invariantCalc((amountA - amountToSendStep2), y) - invariant) > 0))
198		-	then ((amountToSendStep2 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
199		-	else if (((invariantCalc((amountA - amountToSendStep3), y) - invariant) > 0))
200		-	then ((amountToSendStep3 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
201		-	else if (((invariantCalc((amountA - amountToSendStep4), y) - invariant) > 0))
202		-	then ((amountToSendStep4 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
203		-	else if (((invariantCalc((amountA - amountToSendStep5), y) - invariant) > 0))
204		-	then ((amountToSendStep5 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
205		-	else throw("err2")
206		-	}
207		-
208		-
209		-	func calculateHowManySendB (amountToSendEstimated,minTokenReceiveAmount,amountA,amountB,tokenReceiveAmount) = {
210		-	let slippageValue = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
211		-	let deltaMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
212		-	let amountToSendStep1 = (amountToSendEstimated - ((1 * deltaMaxAndMinSendValue) / 5))
213		-	let amountToSendStep2 = (amountToSendEstimated - ((2 * deltaMaxAndMinSendValue) / 5))
214		-	let amountToSendStep3 = (amountToSendEstimated - ((3 * deltaMaxAndMinSendValue) / 5))
215		-	let amountToSendStep4 = (amountToSendEstimated - ((4 * deltaMaxAndMinSendValue) / 5))
216		-	let amountToSendStep5 = (amountToSendEstimated - ((5 * deltaMaxAndMinSendValue) / 5))
217		-	let x = (amountA + tokenReceiveAmount)
218		-	let invariantNew = invariantCalc(x, (amountB - amountToSendEstimated))
219		-	let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
220		-	if ((0 >= (invariantCalc(x, (amountB - amountToSendStep5)) - invariant)))
221		-	then throw("err1")
222		-	else if (if ((invariantEstimatedRatio > slippageValue))
223		-	then ((invariantNew - invariant) > 0)
224		-	else false)
225		-	then amountToSendEstimated
226		-	else if (((invariantCalc(x, (amountB - amountToSendStep1)) - invariant) > 0))
227		-	then ((amountToSendStep1 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
228		-	else if (((invariantCalc(x, (amountB - amountToSendStep2)) - invariant) > 0))
229		-	then ((amountToSendStep2 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
230		-	else if (((invariantCalc(x, (amountB - amountToSendStep3)) - invariant) > 0))
231		-	then ((amountToSendStep3 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
232		-	else if (((invariantCalc(x, (amountB - amountToSendStep4)) - invariant) > 0))
233		-	then ((amountToSendStep4 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
234		-	else if (((invariantCalc(x, (amountB - amountToSendStep5)) - invariant) > 0))
235		-	then ((amountToSendStep5 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
236		-	else throw("err2")
	233	+	else stepAmount
237	234		}
238	235
239	236

288	285
289	286		@Callable(i)
290	287		func init () = {
291		-	let $~~t01115911236~~ = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
292		-	let pmtAmountA = $~~t01115911236~~._1
293		-	let pmtAssetIdA = $~~t01115911236~~._2
294		-	let $~~t01124111318~~ = $Tuple2(i.payments[1].amount, i.payments[1].assetId)
295		-	let pmtAmountB = $~~t01124111318~~._1
296		-	let pmtAssetIdB = $~~t01124111318~~._2
297		-	let $~~t01132311400~~ = getAssetInfo(pmtAssetIdA)
298		-	let pmtStrAssetIdA = $~~t01132311400~~._1
299		-	let pmtAssetNameA = $~~t01132311400~~._2
300		-	let pmtDecimalsA = $~~t01132311400~~._3
301		-	let $~~t01140511482~~ = getAssetInfo(pmtAssetIdB)
302		-	let pmtStrAssetIdB = $~~t01140511482~~._1
303		-	let pmtAssetNameB = $~~t01140511482~~._2
304		-	let pmtDecimalsB = $~~t01140511482~~._3
	288	+	let $t083948471 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
	289	+	let pmtAmountA = $t083948471._1
	290	+	let pmtAssetIdA = $t083948471._2
	291	+	let $t084768553 = $Tuple2(i.payments[1].amount, i.payments[1].assetId)
	292	+	let pmtAmountB = $t084768553._1
	293	+	let pmtAssetIdB = $t084768553._2
	294	+	let $t085588635 = getAssetInfo(pmtAssetIdA)
	295	+	let pmtStrAssetIdA = $t085588635._1
	296	+	let pmtAssetNameA = $t085588635._2
	297	+	let pmtDecimalsA = $t085588635._3
	298	+	let $t086408717 = getAssetInfo(pmtAssetIdB)
	299	+	let pmtStrAssetIdB = $t086408717._1
	300	+	let pmtAssetNameB = $t086408717._2
	301	+	let pmtDecimalsB = $t086408717._3
305	302		if (isDefined(getBoolean(this, kActive)))
306	303		then throwIsActive()
307	304		else if ((pmtAssetIdA == pmtAssetIdB))

314	311		let shareIssue = Issue(shareName, shareDescription, shareInitialSupply, shareDecimals, true)
315	312		let shareIssueId = calculateAssetId(shareIssue)
316	313		let invariantCalculated = invariantCalc(pmtAmountA, pmtAmountB)
317		-	[StringEntry(kVersion, version), BooleanEntry(kActive, true), StringEntry(kAssetIdA, pmtStrAssetIdA), StringEntry(kAssetIdB, pmtStrAssetIdB), IntegerEntry(kBalanceA, pmtAmountA), IntegerEntry(kBalanceB, pmtAmountB), IntegerEntry(kInvariant, invariantCalculated), IntegerEntry(kFee, fee), IntegerEntry(kFeeScaleDelimiter, ~~feeScaleDelimiter~~), shareIssue, StringEntry(kShareAssetId, toBase58String(shareIssueId)), IntegerEntry(kShareAssetSupply, shareInitialSupply), ScriptTransfer(i.caller, shareInitialSupply, shareIssueId)]
	314	+	[StringEntry(kVersion, version), BooleanEntry(kActive, true), StringEntry(kAssetIdA, pmtStrAssetIdA), StringEntry(kAssetIdB, pmtStrAssetIdB), IntegerEntry(kBalanceA, pmtAmountA), IntegerEntry(kBalanceB, pmtAmountB), IntegerEntry(kInvariant, invariantCalculated), IntegerEntry(kFee, fee), IntegerEntry(kFeeScaleDelimiter, feeScale6), shareIssue, StringEntry(kShareAssetId, toBase58String(shareIssueId)), IntegerEntry(kShareAssetSupply, shareInitialSupply), ScriptTransfer(i.caller, shareInitialSupply, shareIssueId)]
318	315		}
319	316		}
320	317
321	318
322	319
323	320		@Callable(i)
324		-	func replenishWithTwoTokens (slippageTolerance) = if ((slippageTolerance > 10))
325		-	then throw("slippage tolerance must be <= 1%")
326		-	else {
327		-	let pmtAssetIdA = i.payments[0].assetId
328		-	let pmtAssetIdB = i.payments[1].assetId
329		-	let pmtAmountA = deductStakingFee(i.payments[0].amount, pmtAssetIdA)
330		-	let pmtAmountB = deductStakingFee(i.payments[1].amount, pmtAssetIdB)
331		-	let tokenRatio = fraction(fraction(balanceA, scaleValue8, pmtAmountA), scaleValue3, fraction(balanceB, scaleValue8, pmtAmountB))
332		-	let ratioShareTokensInA = fraction(pmtAmountA, scaleValue8, balanceA)
333		-	let ratioShareTokensInB = fraction(pmtAmountB, scaleValue8, balanceB)
334		-	let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scaleValue8)
335		-	let invariantCalculated = invariantCalc((balanceA + pmtAmountA), (balanceB + pmtAmountB))
336		-	if (!(isActive))
337		-	then throwIsInactive()
338		-	else if (if ((0 > slippageTolerance))
339		-	then true
340		-	else (slippageTolerance > slippageToleranceDelimiter))
341		-	then throw(((("Slippage tolerance must be between 0 and " + toString(slippageToleranceDelimiter)) + " inclusively. Actual: ") + toString(slippageTolerance)))
342		-	else if ((size(i.payments) != 2))
343		-	then throw("Two attached assets expected")
344		-	else if (if ((pmtAssetIdA != assetIdA))
	321	+	func replenishWithTwoTokens (slippageTolerance) = {
	322	+	let pmtAssetIdA = i.payments[0].assetId
	323	+	let pmtAssetIdB = i.payments[1].assetId
	324	+	let pmtAmountA = deductStakingFee(i.payments[0].amount, pmtAssetIdA)
	325	+	let pmtAmountB = deductStakingFee(i.payments[1].amount, pmtAssetIdB)
	326	+	let tokenRatio = fraction(fraction(scale8, balanceA, pmtAmountA), scale3, fraction(scale8, balanceB, pmtAmountB))
	327	+	let ratioShareTokensInA = fraction(scale8, pmtAmountA, balanceA)
	328	+	let ratioShareTokensInB = fraction(scale8, pmtAmountB, balanceB)
	329	+	let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scale8)
	330	+	let invariantCalculated = invariantCalc((balanceA + pmtAmountA), (balanceB + pmtAmountB))
	331	+	if (!(isActive))
	332	+	then throwIsInactive()
	333	+	else if (if ((0 > slippageTolerance))
	334	+	then true
	335	+	else (slippageTolerance > 10))
	336	+	then throw("Slippage tolerance must be <= 1%")
	337	+	else if ((size(i.payments) != 2))
	338	+	then throw("Two attached assets expected")
	339	+	else if (if ((pmtAssetIdA != assetIdA))
	340	+	then true
	341	+	else (pmtAssetIdB != assetIdB))
	342	+	then throwAssets()
	343	+	else if (if ((((scale3 * (slippageScale3 - slippageTolerance)) / slippageScale3) > tokenRatio))
345	344		then true
346		-	else (pmtAssetIdB != assetIdB))
347		-	then throwAssets()
348		-	else if (if ((((scaleValue3 * (slippageToleranceDelimiter - slippageTolerance)) / slippageToleranceDelimiter) > tokenRatio))
349		-	then true
350		-	else (tokenRatio > ((scaleValue3 * (slippageToleranceDelimiter + slippageTolerance)) / slippageToleranceDelimiter)))
351		-	then throw("Incorrect assets amount: amounts must have the contract ratio")
352		-	else if ((shareTokenToPayAmount == 0))
353		-	then throw("Too small amount to replenish")
354		-	else if (!(hasEnoughBalance))
355		-	then suspendSuspicious()
356		-	else [IntegerEntry(kBalanceA, (balanceA + pmtAmountA)), IntegerEntry(kBalanceB, (balanceB + pmtAmountB)), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kInvariant, invariantCalculated), Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId)]
357		-	}
	345	+	else (tokenRatio > ((scale3 * (slippageScale3 + slippageTolerance)) / slippageScale3)))
	346	+	then throw("Incorrect assets amount: amounts must have the contract ratio")
	347	+	else if ((shareTokenToPayAmount == 0))
	348	+	then throw("Too small amount to replenish")
	349	+	else if (!(hasEnoughBalance))
	350	+	then suspendSuspicious()
	351	+	else [IntegerEntry(kBalanceA, (balanceA + pmtAmountA)), IntegerEntry(kBalanceB, (balanceB + pmtAmountB)), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kInvariant, invariantCalculated), Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId)]
	352	+	}
358	353
359	354
360	355
361	356		@Callable(i)
362	357		func replenishWithOneToken (virtualSwapTokenPay,virtualSwapTokenGet) = {
363		-	let $~~t01602416099~~ = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
364		-	let pmtAmount = $~~t01602416099~~._1
365		-	let pmtAssetId = $~~t01602416099~~._2
	358	+	let $t01293213007 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
	359	+	let pmtAmount = $t01293213007._1
	360	+	let pmtAssetId = $t01293213007._2
366	361		let pmtMinThreshold = 5000000
367	362		let thresholdValueForMinTolerance = 50000000
368	363		let tolerance = if ((thresholdValueForMinTolerance > pmtAmount))
369	364		then 100000
370	365		else 1
371		-	let slippageValueMinForReplenish = (scaleValue8 - ((scaleValue8 * tolerance) / 10000000))
372		-	let slippageValueMaxForReplenish = (scaleValue8 + ((scaleValue8 * tolerance) / 10000000))
373		-	let slippageValueMinForSwap = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
374		-	let slippageValueMaxForSwap = (scaleValue8 + ((scaleValue8 * 1) / 10000000))
	366	+	let slippageValueMinForReplenish = (scale8 - ((scale8 * tolerance) / 10000000))
	367	+	let slippageValueMaxForReplenish = (scale8 + ((scale8 * tolerance) / 10000000))
	368	+	let slippageValueMinForSwap = (scale8 - ((scale8 * 1) / 10000000))
375	369		if (!(isActive))
376	370		then throwIsInactive()
377	371		else if ((pmtMinThreshold > pmtAmount))

380	374		then throw("One attached payment expected")
381	375		else if (!(hasEnoughBalance))
382	376		then suspendSuspicious()
383		-	else if ((pmtAssetId == assetIdA))
384		-	then {
385		-	let virtReplA = (pmtAmount - virtualSwapTokenPay)
386		-	let virtReplB = virtualSwapTokenGet
387		-	let balanceAfterSwapA = (balanceA + virtualSwapTokenPay)
388		-	let balanceAfterSwapB = (balanceB - virtualSwapTokenGet)
	377	+	else if (if ((pmtAssetId != assetIdA))
	378	+	then (pmtAssetId != assetIdB)
	379	+	else false)
	380	+	then throwAssets()
	381	+	else {
	382	+	let $t01394414709 = if ((pmtAssetId == assetIdA))
	383	+	then $Tuple7((pmtAmount - virtualSwapTokenPay), virtualSwapTokenGet, (balanceA + virtualSwapTokenPay), (balanceB - virtualSwapTokenGet), invariantCalc((balanceA + pmtAmount), balanceB), (balanceA + pmtAmount), balanceB)
	384	+	else $Tuple7(virtualSwapTokenGet, (pmtAmount - virtualSwapTokenPay), (balanceA - virtualSwapTokenGet), (balanceB + virtualSwapTokenPay), invariantCalc(balanceA, (balanceB + pmtAmount)), balanceA, (balanceB + pmtAmount))
	385	+	let virtualReplenishA = $t01394414709._1
	386	+	let virtualReplenishB = $t01394414709._2
	387	+	let balanceAfterSwapA = $t01394414709._3
	388	+	let balanceAfterSwapB = $t01394414709._4
	389	+	let invariantCalculated = $t01394414709._5
	390	+	let newBalanceA = $t01394414709._6
	391	+	let newBalanceB = $t01394414709._7
	392	+	let newBalanceEntry = if ((pmtAssetId == assetIdA))
	393	+	then IntegerEntry(kBalanceA, newBalanceA)
	394	+	else IntegerEntry(kBalanceB, newBalanceB)
389	395		let invariantNew = invariantCalc(balanceAfterSwapA, balanceAfterSwapB)
390		-	let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
391		-	if (if ((invariantEstimatedRatio > slippageValueMinForSwap))
392		-	then ((invariantNew - invariant) >= 0)
393		-	else false)
394		-	then {
395		-	let ratioVirtualBalanceToVirtualReplenish = (fraction(balanceAfterSwapA, (scaleValue8 * scaleValue8), balanceAfterSwapB) / fraction(virtReplA, scaleValue8, virtReplB))
396		-	if (if ((slippageValueMinForReplenish > ratioVirtualBalanceToVirtualReplenish))
	396	+	let invariantEstimatedRatio = fraction(scale8, invariant, invariantNew)
	397	+	let ratioVirtualBalanceToVirtualReplenish = (fraction((scale8 * scale8), balanceAfterSwapA, balanceAfterSwapB) / fraction(scale8, virtualReplenishA, virtualReplenishB))
	398	+	let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdScale2))
	399	+	if (if ((slippageValueMinForSwap >= invariantEstimatedRatio))
	400	+	then true
	401	+	else (invariant > invariantNew))
	402	+	then throw("Incorrect virtualSwapTokenPay or virtualSwapTokenGet value")
	403	+	else if (if ((slippageValueMinForReplenish > ratioVirtualBalanceToVirtualReplenish))
	404	+	then true
	405	+	else (ratioVirtualBalanceToVirtualReplenish > slippageValueMaxForReplenish))
	406	+	then throw("Swap with virtualSwapTokenPay and virtualSwapTokenGet is possible, but ratio after virtual swap is incorrect")
	407	+	else if (if ((dAppThresholdAmount > newBalanceA))
397	408		then true
398		-	else (~~ratioVirtualBalanceToVirtualReplenish~~ > ~~slippageValueMaxForReplenish~~))
399		-	then ~~throw~~(~~"Ratio after virtual swap incorrect"~~)
	409	+	else (dAppThresholdAmount > newBalanceB))
	410	+	then throwThreshold(dAppThresholdAmount, newBalanceA, newBalanceB)
400	411		else {
401		-	let ratioShareTokensInA = fraction(deductStakingFee(virtReplA, assetIdA), scaleValue8, balanceAfterSwapA)
402		-	let ratioShareTokensInB = fraction(deductStakingFee(virtReplB, assetIdB), scaleValue8, balanceAfterSwapB)
403		-	let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scaleValue8)
404		-	let invariantCalculated = invariantCalc((balanceA + pmtAmount), balanceB)
405		-	let newBalanceA = (balanceA + pmtAmount)
406		-	let newBalanceB = balanceB
407		-	let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdDelimiter))
408		-	if (if ((dAppThresholdAmount > newBalanceA))
409		-	then true
410		-	else (dAppThresholdAmount > newBalanceB))
411		-	then throwThreshold(dAppThresholdAmount, newBalanceA, newBalanceB)
412		-	else [Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kBalanceA, newBalanceA), IntegerEntry(kInvariant, invariantCalculated)]
	412	+	let ratioShareTokensInA = fraction(deductStakingFee(virtualReplenishA, assetIdA), scale8, balanceAfterSwapA)
	413	+	let ratioShareTokensInB = fraction(deductStakingFee(virtualReplenishB, assetIdB), scale8, balanceAfterSwapB)
	414	+	let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scale8)
	415	+	[Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), newBalanceEntry, IntegerEntry(kInvariant, invariantCalculated)]
413	416		}
414		-	}
415		-	else throw("Incorrect virtualSwapTokenPay or virtualSwapTokenGet value")
416	417		}
417		-	else if ((pmtAssetId == assetIdB))
418		-	then {
419		-	let virtReplB = (pmtAmount - virtualSwapTokenPay)
420		-	let virtReplA = virtualSwapTokenGet
421		-	let balanceAfterSwapA = (balanceA - virtualSwapTokenGet)
422		-	let balanceAfterSwapB = (balanceB + virtualSwapTokenPay)
423		-	let invariantNew = invariantCalc(balanceAfterSwapA, balanceAfterSwapB)
424		-	let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
425		-	if (if ((invariantEstimatedRatio > slippageValueMinForSwap))
426		-	then ((invariantNew - invariant) >= 0)
427		-	else false)
428		-	then {
429		-	let ratioVirtualBalanceToVirtualReplenish = (fraction(balanceAfterSwapA, (scaleValue8 * scaleValue8), balanceAfterSwapB) / fraction(virtReplA, scaleValue8, virtReplB))
430		-	if (if ((slippageValueMinForReplenish > ratioVirtualBalanceToVirtualReplenish))
431		-	then true
432		-	else (ratioVirtualBalanceToVirtualReplenish > slippageValueMaxForReplenish))
433		-	then throw("Ratio after virtual swap incorrect")
434		-	else {
435		-	let ratioShareTokensInA = fraction(deductStakingFee(virtReplA, assetIdA), scaleValue8, balanceAfterSwapA)
436		-	let ratioShareTokensInB = fraction(deductStakingFee(virtReplB, assetIdB), scaleValue8, balanceAfterSwapB)
437		-	let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scaleValue8)
438		-	let invariantCalculated = invariantCalc(balanceA, (balanceB + pmtAmount))
439		-	let newBalanceA = balanceA
440		-	let newBalanceB = (balanceB + pmtAmount)
441		-	let dAppThresholdAmount = fraction((newBalanceA + newBalanceB), dAppThreshold, (2 * dAppThresholdDelimiter))
442		-	if (if ((dAppThresholdAmount > newBalanceA))
443		-	then true
444		-	else (dAppThresholdAmount > newBalanceB))
445		-	then throwThreshold(dAppThresholdAmount, newBalanceA, newBalanceB)
446		-	else [Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kBalanceB, newBalanceB), IntegerEntry(kInvariant, invariantCalculated)]
447		-	}
448		-	}
449		-	else throw("Incorrect virtualSwapTokenPay or virtualSwapTokenGet value")
450		-	}
451		-	else throwAssets()
452	418		}
453	419
454	420
455	421
456	422		@Callable(i)
457	423		func withdraw () = {
458		-	let $~~t02196422107~~ = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
459		-	let pmtAmount = $~~t02196422107~~._1
460		-	let pmtAssetId = $~~t02196422107~~._2
	424	+	let $t01686217005 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
	425	+	let pmtAmount = $t01686217005._1
	426	+	let pmtAssetId = $t01686217005._2
461	427		let amountToPayA = deductStakingFee(fraction(pmtAmount, balanceA, shareAssetSupply), assetIdA)
462	428		let amountToPayB = deductStakingFee(fraction(pmtAmount, balanceB, shareAssetSupply), assetIdB)
463	429		let invariantCalculated = invariantCalc((balanceA - amountToPayA), (balanceB - amountToPayB))

480	446
481	447		@Callable(i)
482	448		func exchange (estimatedAmountToReceive,minAmountToReceive) = {
483		-	let $~~t02339023465~~ = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
484		-	let pmtAmount = $~~t02339023465~~._1
485		-	let pmtAssetId = $~~t02339023465~~._2
486		-	if (if (~~(exchangeRatioLimitMin > fraction(minAmountToReceive, scaleValue8, pmtAmount~~)))
487		-	then ~~true~~
488		-	else (~~fraction~~(~~estimatedAmountToReceive, scaleValue8, pmtAmount)~~ > ~~exchangeRatioLimitMax~~))
489		-	then throw("~~Incorrect args and pmt ratio~~")
490		-	else if (!(~~isActive~~))
491		-	then ~~throwIsInactive~~()
492		-	else if ((~~0 >~~= ~~estimatedAmountToReceive~~))
493		-	then throw(("~~Estimated amount must be positive. Actual:~~ " ~~+ toString(estimatedAmountToReceive~~)))
494		-	else if ((~~minAmountToReceive > estimatedAmountToReceive~~))
495		-	then ~~throw~~(~~((("Minimal amount can't be greater than estimated. Estimated: " + toString(estimatedAmountToReceive~~)~~) + ". Minimal: ") + toString(minAmountToReceive)))~~
496		-	else if ((~~size~~(~~i.payments)~~ != 1))
497		-	then ~~throw~~(~~"One attached payment expected"~~)
498		-	else ~~if (!(hasEnoughBalance~~))
499		-	then ~~suspendSuspicious~~()
	449	+	let $t01828818363 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
	450	+	let pmtAmount = $t01828818363._1
	451	+	let pmtAssetId = $t01828818363._2
	452	+	if (!(isActive))
	453	+	then throwIsInactive()
	454	+	else if ((0 >= estimatedAmountToReceive))
	455	+	then throw(("Estimated amount must be positive. Actual: " + toString(estimatedAmountToReceive)))
	456	+	else if ((minAmountToReceive > estimatedAmountToReceive))
	457	+	then throw(((("Minimal amount can't be greater than estimated. Estimated: " + toString(estimatedAmountToReceive)) + ". Minimal: ") + toString(minAmountToReceive)))
	458	+	else if ((size(i.payments) != 1))
	459	+	then throw("One attached payment expected")
	460	+	else if (!(hasEnoughBalance))
	461	+	then suspendSuspicious()
	462	+	else if (if ((pmtAssetId != assetIdA))
	463	+	then (pmtAssetId != assetIdB)
	464	+	else false)
	465	+	then throwAssets()
500	466		else if ((10000000 > pmtAmount))
501	467		then throw("Only swap of 10.000000 or more tokens is allowed")
502		-	else if ((pmtAssetId == assetIdA))
503		-	then {
504		-	let assetIdSend = assetIdB
505		-	let amountWithoutFee = calculateHowManySendB(estimatedAmountToReceive, minAmountToReceive, balanceA, balanceB, pmtAmount)
506		-	let amountWithFee = fraction(amountWithoutFee, (feeScaleDelimiter - fee), feeScaleDelimiter)
507		-	let governanceReward = fraction(amountWithoutFee, feeGovernance, feeScaleDelimiter)

Old	New		Differences
1	1		{-# STDLIB_VERSION 4 #-}
2	2		{-# SCRIPT_TYPE ACCOUNT #-}
3	3		{-# CONTENT_TYPE DAPP #-}
4	4		let version = "2.0.0"
5	5
6	6		let kVersion = "version"
7	7
8	8		let kActive = "active"
9	9
10	10		let kAssetIdA = "A_asset_id"
11	11
12	12		let kAssetIdB = "B_asset_id"
13	13
14	14		let kBalanceA = "A_asset_balance"
15	15
16	16		let kBalanceB = "B_asset_balance"
17	17
18	18		let kShareAssetId = "share_asset_id"
19	19
20	20		let kShareAssetSupply = "share_asset_supply"
21	21
22	22		let kFee = "commission"
23	23
24	24		let kFeeScaleDelimiter = "commission_scale_delimiter"
25		-
26		-	let kFeeGovernance = "commission_governance"
27	25
28	26		let kInvariant = "invariant"
29	27
30	28		let kCause = "shutdown_cause"
31	29
32	30		let adm1 = base58'DXDY2itiEcYBtGkVLnkpHtDFyWQUkoLJz79uJ7ECbMrA'
33	31
34	32		let adm2 = base58'E6Wa1SGoktYcjHjsKrvjMiqJY3SWmGKcD8Q5L8kxSPS7'
35	33
36	34		let adm3 = base58'AZmWJtuy4GeVrMmJH4hfFBRApe1StvhJSk4jcbT6bArQ'
37	35
38	36		let admStartStop = base58'EtVkT6ed8GtbUiVVEqdmEqsp2J4qbb3rre2HFgxeVYdg'
39	37
40	38		let admStaking = base58'Czn4yoAuUZCVCLJDRfskn8URfkwpknwBTZDbs1wFrY7h'
41	39
42	40		let govAddr = Address(base58'3P6J84oH51DzY6xk2mT5TheXRbrCwBMxonp')
43	41
44	42		let stakingAddress = Address(base58'3PNikM6yp4NqcSU8guxQtmR5onr2D4e8yTJ')
45	43
46	44		let USDN = base58'DG2xFkPdDwKUoBkzGAhQtLpSGzfXLiCYPEzeKH2Ad24p'
47	45
48	46		let stakingFeeInUSDN = (9 * value(value(assetInfo(USDN)).minSponsoredFee))
49	47
50	48		let isActive = getBooleanValue(this, kActive)
51	49
52	50		let strAssetIdA = getStringValue(this, kAssetIdA)
53	51
54	52		let strAssetIdB = getStringValue(this, kAssetIdB)
55	53
56	54		let assetIdA = if ((strAssetIdA == "WAVES"))
57	55		then unit
58	56		else fromBase58String(strAssetIdA)
59	57
60	58		let assetIdB = if ((strAssetIdB == "WAVES"))
61	59		then unit
62	60		else fromBase58String(strAssetIdB)
63	61
64	62		let assetNameA = match assetIdA {
65	63		case id: ByteVector =>
66	64		value(assetInfo(id)).name
67	65		case waves: Unit =>
68	66		"WAVES"
69	67		case _ =>
70	68		throw("Match error")
71	69		}
72	70
73	71		let assetNameB = match assetIdB {
74	72		case id: ByteVector =>
75	73		value(assetInfo(id)).name
76	74		case waves: Unit =>
77	75		"WAVES"
78	76		case _ =>
79	77		throw("Match error")
80	78		}
81	79
82	80		let balanceA = getIntegerValue(this, kBalanceA)
83	81
84	82		let balanceB = getIntegerValue(this, kBalanceB)
85	83
86	84		let shareAssetId = fromBase58String(getStringValue(this, kShareAssetId))
87	85
88	86		let shareAssetSupply = getIntegerValue(this, kShareAssetSupply)
89	87
90	88		let invariant = getIntegerValue(this, kInvariant)
91	89
92	90		let fee = 500
93	91
94	92		let feeGovernance = 200
95	93
96		-	let ~~feeScaleDelimiter~~ = 1000000
	94	+	let feeScale6 = 1000000
97	95
98		-	let ~~scaleValue3~~ = 1000
	96	+	let scale3 = 1000
99	97
100		-	let ~~scaleValue8~~ = 100000000
	98	+	let scale8 = 100000000
101	99
102		-	let ~~scaleValue12~~ = 1000000000000
	100	+	let scale12 = 1000000000000
103	101
104		-	let ~~slippageToleranceDelimiter~~ = 1000
	102	+	let slippageScale3 = 1000
105	103
106		-	let scaleValue8Digits = 8
107		-
108		-	let scaleValue12Digits = 12
	104	+	let digits8 = 8
109	105
110	106		let dAppThreshold = 50
111	107
112		-	let dAppThresholdDelimiter = 100
113		-
114		-	let ratioThresholdMax = 100000000
115		-
116		-	let ratioThresholdMin = 99999000
	108	+	let dAppThresholdScale2 = 100
117	109
118	110		let exchangeRatioLimitMin = 90000000
119	111
120	112		let exchangeRatioLimitMax = 110000000
121	113
122	114		let alpha = 50
123	115
124	116		let alphaDigits = 2
125	117
126	118		let beta = 46000000
127		-
128		-	let betaDigits = 8
129	119
130	120		func accountBalance (assetId) = match assetId {
131	121		case id: ByteVector =>
132	122		assetBalance(this, id)
133	123		case waves: Unit =>
134	124		wavesBalance(this).available
135	125		case _ =>
136	126		throw("Match error")
137	127		}
138	128
139	129
140	130		let stakedAmountUSDN = match getInteger(stakingAddress, ((("rpd_balance_" + toBase58String(USDN)) + "_") + toString(this))) {
141	131		case staked: Int =>
142	132		staked
143	133		case nothing: Unit =>
144	134		0
145	135		case _ =>
146	136		throw("Match error")
147	137		}
148	138
149	139		let availableBalanceA = (balanceA - (if ((assetIdA == USDN))
150	140		then stakedAmountUSDN
151	141		else 0))
152	142
153	143		let availableBalanceB = (balanceB - (if ((assetIdB == USDN))
154	144		then stakedAmountUSDN
155	145		else 0))
156	146
157	147		let accountBalanceWithStakedA = (accountBalance(assetIdA) + (if ((assetIdA == USDN))
158	148		then stakedAmountUSDN
159	149		else 0))
160	150
161	151		let accountBalanceWithStakedB = (accountBalance(assetIdB) + (if ((assetIdB == USDN))
162	152		then stakedAmountUSDN
163	153		else 0))
164	154
165	155		let hasEnoughBalance = if ((accountBalanceWithStakedA >= balanceA))
166	156		then (accountBalanceWithStakedB >= balanceB)
167	157		else false
168	158
169		-	func skewness (x,y) = (((fraction(~~scaleValue12~~, x, y) + fraction(~~scaleValue12~~, y, x)) / 2) / 10000)
	159	+	func skewness (x,y) = (((fraction(scale12, x, y) + fraction(scale12, y, x)) / 2) / 10000)
170	160
171	161
172	162		func invariantCalc (x,y) = {
173	163		let sk = skewness(x, y)
174		-	(fraction((x + y), ~~scaleValue8~~, pow(sk, ~~scaleValue8Digits~~, alpha, alphaDigits, ~~scaleValue8Digits~~, UP)) + (2 * fraction(pow(fraction(x, y, ~~scaleValue8~~), 0, 5, 1, (~~scaleValue8Digits~~ / 2), DOWN), pow((sk - beta), ~~scaleValue8Digits~~, alpha, alphaDigits, ~~scaleValue8Digits~~, DOWN), ~~scaleValue8~~)))
	164	+	(fraction((x + y), scale8, pow(sk, digits8, alpha, alphaDigits, digits8, UP)) + (2 * fraction(pow(fraction(x, y, scale8), 0, 5, 1, (digits8 / 2), DOWN), pow((sk - beta), digits8, alpha, alphaDigits, digits8, DOWN), scale8)))
175	165		}
176	166
177	167
178		-	func calculateHowManySendA (amountToSendEstimated,minTokenReceiveAmount,amountA,amountB,tokenReceiveAmount) = {
179		-	let slippageValue = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
180		-	let deltaMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
181		-	let amountToSendStep1 = (amountToSendEstimated - ((1 * deltaMaxAndMinSendValue) / 5))
182		-	let amountToSendStep2 = (amountToSendEstimated - ((2 * deltaMaxAndMinSendValue) / 5))
183		-	let amountToSendStep3 = (amountToSendEstimated - ((3 * deltaMaxAndMinSendValue) / 5))
184		-	let amountToSendStep4 = (amountToSendEstimated - ((4 * deltaMaxAndMinSendValue) / 5))
185		-	let amountToSendStep5 = (amountToSendEstimated - ((5 * deltaMaxAndMinSendValue) / 5))
186		-	let y = (amountB + tokenReceiveAmount)
187		-	let invariantNew = invariantCalc((amountA - amountToSendEstimated), y)
188		-	let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
189		-	if ((0 >= (invariantCalc((amountA - amountToSendStep5), y) - invariant)))
190		-	then throw("err1")
	168	+	func calculateSendAmount (amountToSendEstimated,minTokenReceiveAmount,tokenReceiveAmount,tokenId) = {
	169	+	let slippageValue = (scale8 - ((scale8 * 1) / 10000000))
	170	+	let deltaBetweenMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
	171	+	let x = (balanceA + tokenReceiveAmount)
	172	+	let y = (balanceB + tokenReceiveAmount)
	173	+	let invariantNew = if ((tokenId == assetIdA))
	174	+	then invariantCalc(x, (balanceB - amountToSendEstimated))
	175	+	else if ((tokenId == assetIdB))
	176	+	then invariantCalc((balanceA - amountToSendEstimated), y)
	177	+	else throw("Wrong asset in payment")
	178	+	let invariantEstimatedRatio = fraction(scale8, invariant, invariantNew)
	179	+	func getStepAmount (acc,step) = if ((acc == -1))
	180	+	then {
	181	+	let amountToSend = (amountToSendEstimated - ((step * deltaBetweenMaxAndMinSendValue) / 5))
	182	+	let stepInvariant = if ((tokenId == assetIdA))
	183	+	then invariantCalc(x, (balanceB - amountToSend))
	184	+	else invariantCalc((balanceA - amountToSend), y)
	185	+	if ((stepInvariant > invariant))
	186	+	then amountToSend
	187	+	else -1
	188	+	}
	189	+	else acc
	190	+
	191	+	let stepAmount = {
	192	+	let $list56715714 = [1, 2, 3, 4, 5]
	193	+	let $size56715714 = size($list56715714)
	194	+	let $acc056715714 = -1
	195	+	if (($size56715714 == 0))
	196	+	then $acc056715714
	197	+	else {
	198	+	let $acc156715714 = getStepAmount($acc056715714, $list56715714[0])
	199	+	if (($size56715714 == 1))
	200	+	then $acc156715714
	201	+	else {
	202	+	let $acc256715714 = getStepAmount($acc156715714, $list56715714[1])
	203	+	if (($size56715714 == 2))
	204	+	then $acc256715714
	205	+	else {
	206	+	let $acc356715714 = getStepAmount($acc256715714, $list56715714[2])
	207	+	if (($size56715714 == 3))
	208	+	then $acc356715714
	209	+	else {
	210	+	let $acc456715714 = getStepAmount($acc356715714, $list56715714[3])
	211	+	if (($size56715714 == 4))
	212	+	then $acc456715714
	213	+	else {
	214	+	let $acc556715714 = getStepAmount($acc456715714, $list56715714[4])
	215	+	if (($size56715714 == 5))
	216	+	then $acc556715714
	217	+	else {
	218	+	let $acc656715714 = getStepAmount($acc556715714, $list56715714[5])
	219	+	throw("List size exceed 5")
	220	+	}
	221	+	}
	222	+	}
	223	+	}
	224	+	}
	225	+	}
	226	+	}
	227	+	if ((0 > stepAmount))
	228	+	then throw("something went wrong while working with amountToSend")
191	229		else if (if ((invariantEstimatedRatio > slippageValue))
192		-	then ((invariantNew - invariant) ~~> 0)~~
	230	+	then (invariantNew > invariant)
193	231		else false)
194	232		then amountToSendEstimated
195		-	else if (((invariantCalc((amountA - amountToSendStep1), y) - invariant) > 0))
196		-	then ((amountToSendStep1 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
197		-	else if (((invariantCalc((amountA - amountToSendStep2), y) - invariant) > 0))
198		-	then ((amountToSendStep2 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
199		-	else if (((invariantCalc((amountA - amountToSendStep3), y) - invariant) > 0))
200		-	then ((amountToSendStep3 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
201		-	else if (((invariantCalc((amountA - amountToSendStep4), y) - invariant) > 0))
202		-	then ((amountToSendStep4 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
203		-	else if (((invariantCalc((amountA - amountToSendStep5), y) - invariant) > 0))
204		-	then ((amountToSendStep5 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
205		-	else throw("err2")
206		-	}
207		-
208		-
209		-	func calculateHowManySendB (amountToSendEstimated,minTokenReceiveAmount,amountA,amountB,tokenReceiveAmount) = {
210		-	let slippageValue = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
211		-	let deltaMaxAndMinSendValue = (amountToSendEstimated - minTokenReceiveAmount)
212		-	let amountToSendStep1 = (amountToSendEstimated - ((1 * deltaMaxAndMinSendValue) / 5))
213		-	let amountToSendStep2 = (amountToSendEstimated - ((2 * deltaMaxAndMinSendValue) / 5))
214		-	let amountToSendStep3 = (amountToSendEstimated - ((3 * deltaMaxAndMinSendValue) / 5))
215		-	let amountToSendStep4 = (amountToSendEstimated - ((4 * deltaMaxAndMinSendValue) / 5))
216		-	let amountToSendStep5 = (amountToSendEstimated - ((5 * deltaMaxAndMinSendValue) / 5))
217		-	let x = (amountA + tokenReceiveAmount)
218		-	let invariantNew = invariantCalc(x, (amountB - amountToSendEstimated))
219		-	let invariantEstimatedRatio = fraction(invariant, scaleValue8, invariantNew)
220		-	if ((0 >= (invariantCalc(x, (amountB - amountToSendStep5)) - invariant)))
221		-	then throw("err1")
222		-	else if (if ((invariantEstimatedRatio > slippageValue))
223		-	then ((invariantNew - invariant) > 0)
224		-	else false)
225		-	then amountToSendEstimated
226		-	else if (((invariantCalc(x, (amountB - amountToSendStep1)) - invariant) > 0))
227		-	then ((amountToSendStep1 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
228		-	else if (((invariantCalc(x, (amountB - amountToSendStep2)) - invariant) > 0))
229		-	then ((amountToSendStep2 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
230		-	else if (((invariantCalc(x, (amountB - amountToSendStep3)) - invariant) > 0))
231		-	then ((amountToSendStep3 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
232		-	else if (((invariantCalc(x, (amountB - amountToSendStep4)) - invariant) > 0))
233		-	then ((amountToSendStep4 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
234		-	else if (((invariantCalc(x, (amountB - amountToSendStep5)) - invariant) > 0))
235		-	then ((amountToSendStep5 * (feeScaleDelimiter - fee)) / feeScaleDelimiter)
236		-	else throw("err2")
	233	+	else stepAmount
237	234		}
238	235
239	236
240	237		func getAssetInfo (assetId) = match assetId {
241	238		case id: ByteVector =>
242	239		let stringId = toBase58String(id)
243	240		let info = valueOrErrorMessage(assetInfo(id), (("Asset " + stringId) + " doesn't exist"))
244	241		$Tuple3(stringId, info.name, info.decimals)
245	242		case waves: Unit =>
246	243		$Tuple3("WAVES", "WAVES", 8)
247	244		case _ =>
248	245		throw("Match error")
249	246		}
250	247
251	248
252	249		func suspend (cause) = [BooleanEntry(kActive, false), StringEntry(kCause, cause)]
253	250
254	251
255	252		func deductStakingFee (amount,assetId) = if ((assetId == USDN))
256	253		then {
257	254		let result = (amount - stakingFeeInUSDN)
258	255		if ((0 >= result))
259	256		then throw((((("Insufficient amount " + toString(amount)) + " to deduct staking fee ") + toString(stakingFeeInUSDN)) + " USD-N"))
260	257		else result
261	258		}
262	259		else amount
263	260
264	261
265	262		func throwIsActive () = throw("DApp is already active")
266	263
267	264
268	265		func throwIsInactive () = throw("DApp is inactive at this moment")
269	266
270	267
271	268		func throwOnlyAdmin () = throw("Only admin can call this function")
272	269
273	270
274	271		func throwAssets () = throw(((("Incorrect assets attached. Expected: " + strAssetIdA) + " and ") + strAssetIdB))
275	272
276	273
277	274		func throwThreshold (threshold,amountA,amountB) = throw(((((((((("New balance in assets of the DApp is less than threshold " + toString(threshold)) + ": ") + toString(amountA)) + " ") + assetNameA) + ", ") + toString(amountB)) + " ") + assetNameB))
278	275
279	276
280	277		func throwInsufficientAvailableBalance (amount,available,assetName) = throw((((((((("Insufficient DApp balance to pay " + toString(amount)) + " ") + assetName) + " due to staking. Available: ") + toString(available)) + " ") + assetName) + ". Please contact support in Telegram: https://t.me/swopfisupport"))
281	278
282	279
283	280		func throwInsufficientAvailableBalances (amountA,amountB) = throw((((((((((((((((("Insufficient DApp balance to pay " + toString(amountA)) + " ") + assetNameA) + " and ") + toString(amountB)) + " ") + assetNameB) + " due to staking. Available: ") + toString(availableBalanceA)) + " ") + assetNameA) + " and ") + toString(availableBalanceB)) + " ") + assetNameB) + ". Please contact support in Telegram: https://t.me/swopfisupport"))
284	281
285	282
286	283		func suspendSuspicious () = suspend(((((((((((((((("Suspicious state. Actual balances: " + toString(balanceA)) + " ") + assetNameA) + ", ") + toString(balanceB)) + " ") + assetNameB) + ". State: ") + toString(accountBalance(assetIdA))) + " ") + assetNameA) + ", ") + toString(accountBalance(assetIdB))) + " ") + assetNameB))
287	284
288	285
289	286		@Callable(i)
290	287		func init () = {
291		-	let $~~t01115911236~~ = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
292		-	let pmtAmountA = $~~t01115911236~~._1
293		-	let pmtAssetIdA = $~~t01115911236~~._2
294		-	let $~~t01124111318~~ = $Tuple2(i.payments[1].amount, i.payments[1].assetId)
295		-	let pmtAmountB = $~~t01124111318~~._1
296		-	let pmtAssetIdB = $~~t01124111318~~._2
297		-	let $~~t01132311400~~ = getAssetInfo(pmtAssetIdA)
298		-	let pmtStrAssetIdA = $~~t01132311400~~._1
299		-	let pmtAssetNameA = $~~t01132311400~~._2
300		-	let pmtDecimalsA = $~~t01132311400~~._3
301		-	let $~~t01140511482~~ = getAssetInfo(pmtAssetIdB)
302		-	let pmtStrAssetIdB = $~~t01140511482~~._1
303		-	let pmtAssetNameB = $~~t01140511482~~._2
304		-	let pmtDecimalsB = $~~t01140511482~~._3
	288	+	let $t083948471 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
	289	+	let pmtAmountA = $t083948471._1
	290	+	let pmtAssetIdA = $t083948471._2
	291	+	let $t084768553 = $Tuple2(i.payments[1].amount, i.payments[1].assetId)
	292	+	let pmtAmountB = $t084768553._1
	293	+	let pmtAssetIdB = $t084768553._2
	294	+	let $t085588635 = getAssetInfo(pmtAssetIdA)
	295	+	let pmtStrAssetIdA = $t085588635._1
	296	+	let pmtAssetNameA = $t085588635._2
	297	+	let pmtDecimalsA = $t085588635._3
	298	+	let $t086408717 = getAssetInfo(pmtAssetIdB)
	299	+	let pmtStrAssetIdB = $t086408717._1
	300	+	let pmtAssetNameB = $t086408717._2
	301	+	let pmtDecimalsB = $t086408717._3
305	302		if (isDefined(getBoolean(this, kActive)))
306	303		then throwIsActive()
307	304		else if ((pmtAssetIdA == pmtAssetIdB))
308	305		then throw("Assets must be different")
309	306		else {
310	307		let shareName = ((("s" + take(pmtAssetNameA, 7)) + "_") + take(pmtAssetNameB, 7))
311	308		let shareDescription = ((((("ShareToken of SwopFi protocol for " + pmtAssetNameA) + " and ") + pmtAssetNameB) + " at address ") + toString(this))
312	309		let shareDecimals = ((pmtDecimalsA + pmtDecimalsB) / 2)
313	310		let shareInitialSupply = fraction(pow(pmtAmountA, pmtDecimalsA, 5, 1, pmtDecimalsA, HALFDOWN), pow(pmtAmountB, pmtDecimalsB, 5, 1, pmtDecimalsB, HALFDOWN), pow(10, 0, shareDecimals, 0, 0, HALFDOWN))
314	311		let shareIssue = Issue(shareName, shareDescription, shareInitialSupply, shareDecimals, true)
315	312		let shareIssueId = calculateAssetId(shareIssue)
316	313		let invariantCalculated = invariantCalc(pmtAmountA, pmtAmountB)
317		-	[StringEntry(kVersion, version), BooleanEntry(kActive, true), StringEntry(kAssetIdA, pmtStrAssetIdA), StringEntry(kAssetIdB, pmtStrAssetIdB), IntegerEntry(kBalanceA, pmtAmountA), IntegerEntry(kBalanceB, pmtAmountB), IntegerEntry(kInvariant, invariantCalculated), IntegerEntry(kFee, fee), IntegerEntry(kFeeScaleDelimiter, ~~feeScaleDelimiter~~), shareIssue, StringEntry(kShareAssetId, toBase58String(shareIssueId)), IntegerEntry(kShareAssetSupply, shareInitialSupply), ScriptTransfer(i.caller, shareInitialSupply, shareIssueId)]
	314	+	[StringEntry(kVersion, version), BooleanEntry(kActive, true), StringEntry(kAssetIdA, pmtStrAssetIdA), StringEntry(kAssetIdB, pmtStrAssetIdB), IntegerEntry(kBalanceA, pmtAmountA), IntegerEntry(kBalanceB, pmtAmountB), IntegerEntry(kInvariant, invariantCalculated), IntegerEntry(kFee, fee), IntegerEntry(kFeeScaleDelimiter, feeScale6), shareIssue, StringEntry(kShareAssetId, toBase58String(shareIssueId)), IntegerEntry(kShareAssetSupply, shareInitialSupply), ScriptTransfer(i.caller, shareInitialSupply, shareIssueId)]
318	315		}
319	316		}
320	317
321	318
322	319
323	320		@Callable(i)
324		-	func replenishWithTwoTokens (slippageTolerance) = if ((slippageTolerance > 10))
325		-	then throw("slippage tolerance must be <= 1%")
326		-	else {
327		-	let pmtAssetIdA = i.payments[0].assetId
328		-	let pmtAssetIdB = i.payments[1].assetId
329		-	let pmtAmountA = deductStakingFee(i.payments[0].amount, pmtAssetIdA)
330		-	let pmtAmountB = deductStakingFee(i.payments[1].amount, pmtAssetIdB)
331		-	let tokenRatio = fraction(fraction(balanceA, scaleValue8, pmtAmountA), scaleValue3, fraction(balanceB, scaleValue8, pmtAmountB))
332		-	let ratioShareTokensInA = fraction(pmtAmountA, scaleValue8, balanceA)
333		-	let ratioShareTokensInB = fraction(pmtAmountB, scaleValue8, balanceB)
334		-	let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scaleValue8)
335		-	let invariantCalculated = invariantCalc((balanceA + pmtAmountA), (balanceB + pmtAmountB))
336		-	if (!(isActive))
337		-	then throwIsInactive()
338		-	else if (if ((0 > slippageTolerance))
339		-	then true
340		-	else (slippageTolerance > slippageToleranceDelimiter))
341		-	then throw(((("Slippage tolerance must be between 0 and " + toString(slippageToleranceDelimiter)) + " inclusively. Actual: ") + toString(slippageTolerance)))
342		-	else if ((size(i.payments) != 2))
343		-	then throw("Two attached assets expected")
344		-	else if (if ((pmtAssetIdA != assetIdA))
	321	+	func replenishWithTwoTokens (slippageTolerance) = {
	322	+	let pmtAssetIdA = i.payments[0].assetId
	323	+	let pmtAssetIdB = i.payments[1].assetId
	324	+	let pmtAmountA = deductStakingFee(i.payments[0].amount, pmtAssetIdA)
	325	+	let pmtAmountB = deductStakingFee(i.payments[1].amount, pmtAssetIdB)
	326	+	let tokenRatio = fraction(fraction(scale8, balanceA, pmtAmountA), scale3, fraction(scale8, balanceB, pmtAmountB))
	327	+	let ratioShareTokensInA = fraction(scale8, pmtAmountA, balanceA)
	328	+	let ratioShareTokensInB = fraction(scale8, pmtAmountB, balanceB)
	329	+	let shareTokenToPayAmount = fraction(min([ratioShareTokensInA, ratioShareTokensInB]), shareAssetSupply, scale8)
	330	+	let invariantCalculated = invariantCalc((balanceA + pmtAmountA), (balanceB + pmtAmountB))
	331	+	if (!(isActive))
	332	+	then throwIsInactive()
	333	+	else if (if ((0 > slippageTolerance))
	334	+	then true
	335	+	else (slippageTolerance > 10))
	336	+	then throw("Slippage tolerance must be <= 1%")
	337	+	else if ((size(i.payments) != 2))
	338	+	then throw("Two attached assets expected")
	339	+	else if (if ((pmtAssetIdA != assetIdA))
	340	+	then true
	341	+	else (pmtAssetIdB != assetIdB))
	342	+	then throwAssets()
	343	+	else if (if ((((scale3 * (slippageScale3 - slippageTolerance)) / slippageScale3) > tokenRatio))
345	344		then true
346		-	else (pmtAssetIdB != assetIdB))
347		-	then throwAssets()
348		-	else if (if ((((scaleValue3 * (slippageToleranceDelimiter - slippageTolerance)) / slippageToleranceDelimiter) > tokenRatio))
349		-	then true
350		-	else (tokenRatio > ((scaleValue3 * (slippageToleranceDelimiter + slippageTolerance)) / slippageToleranceDelimiter)))
351		-	then throw("Incorrect assets amount: amounts must have the contract ratio")
352		-	else if ((shareTokenToPayAmount == 0))
353		-	then throw("Too small amount to replenish")
354		-	else if (!(hasEnoughBalance))
355		-	then suspendSuspicious()
356		-	else [IntegerEntry(kBalanceA, (balanceA + pmtAmountA)), IntegerEntry(kBalanceB, (balanceB + pmtAmountB)), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kInvariant, invariantCalculated), Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId)]
357		-	}
	345	+	else (tokenRatio > ((scale3 * (slippageScale3 + slippageTolerance)) / slippageScale3)))
	346	+	then throw("Incorrect assets amount: amounts must have the contract ratio")
	347	+	else if ((shareTokenToPayAmount == 0))
	348	+	then throw("Too small amount to replenish")
	349	+	else if (!(hasEnoughBalance))
	350	+	then suspendSuspicious()
	351	+	else [IntegerEntry(kBalanceA, (balanceA + pmtAmountA)), IntegerEntry(kBalanceB, (balanceB + pmtAmountB)), IntegerEntry(kShareAssetSupply, (shareAssetSupply + shareTokenToPayAmount)), IntegerEntry(kInvariant, invariantCalculated), Reissue(shareAssetId, shareTokenToPayAmount, true), ScriptTransfer(i.caller, shareTokenToPayAmount, shareAssetId)]
	352	+	}
358	353
359	354
360	355
361	356		@Callable(i)
362	357		func replenishWithOneToken (virtualSwapTokenPay,virtualSwapTokenGet) = {
363		-	let $~~t01602416099~~ = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
364		-	let pmtAmount = $~~t01602416099~~._1
365		-	let pmtAssetId = $~~t01602416099~~._2
	358	+	let $t01293213007 = $Tuple2(i.payments[0].amount, i.payments[0].assetId)
	359	+	let pmtAmount = $t01293213007._1
	360	+	let pmtAssetId = $t01293213007._2
366	361		let pmtMinThreshold = 5000000
367	362		let thresholdValueForMinTolerance = 50000000
368	363		let tolerance = if ((thresholdValueForMinTolerance > pmtAmount))
369	364		then 100000
370	365		else 1
371		-	let slippageValueMinForReplenish = (scaleValue8 - ((scaleValue8 * tolerance) / 10000000))
372		-	let slippageValueMaxForReplenish = (scaleValue8 + ((scaleValue8 * tolerance) / 10000000))
373		-	let slippageValueMinForSwap = (scaleValue8 - ((scaleValue8 * 1) / 10000000))
374		-	let slippageValueMaxForSwap = (scaleValue8 + ((scaleValue8 * 1) / 10000000))
	366	+	let slippageValueMinForReplenish = (scale8 - ((scale8 * tolerance) / 10000000))
	367	+	let slippageValueMaxForReplenish = (scale8 + ((scale8 * tolerance) / 10000000))
	368	+	let slippageValueMinForSwap = (scale8 - ((scale8 * 1) / 10000000))
375	369		if (!(isActive))
376	370		then throwIsInactive()

github/deemru/w8io/786bc32 
291.19 ms ◑