tx · F8UdRijRU1q9Gt1QCkqSdvMEZT5hBxNPjEg58bZm8GsT

3N8G95pEaYEhZ4U3m3UrzpEzwBFn5vvXsZH:  -0.05000000 Waves

2022.07.02 20:52 [2122355] smart account 3N8G95pEaYEhZ4U3m3UrzpEzwBFn5vvXsZH > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "F8UdRijRU1q9Gt1QCkqSdvMEZT5hBxNPjEg58bZm8GsT",
    "fee": 5000000,
    "feeAssetId": null,
    "timestamp": 1656784381268,
    "version": 2,
    "chainId": 84,
    "sender": "3N8G95pEaYEhZ4U3m3UrzpEzwBFn5vvXsZH",
    "senderPublicKey": "Hj6oyH6As5UWo8fZ1K4hPsEY7nxH3MvhBqDD6axiwjXs",
    "proofs": [
        "2YyiTB4BG8wFBd8Bz5CpXskeBt9mU6MrEV5cva8dgadC7g2xUnqAzrc6Q9vgRxHfrqvew7iUS7KPZSd3YQMpmxKh"
    ],
    "script": 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    "height": 2122355,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

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Full: 

OldNewDifferences
11 {-# STDLIB_VERSION 5 #-}
22 {-# SCRIPT_TYPE ACCOUNT #-}
33 {-# CONTENT_TYPE DAPP #-}
44 let a = "k_ora_key"
55 
66 let b = "k_ora"
77 
88 let c = "k_balance"
99 
1010 let d = "k_positionSize"
1111 
1212 let e = "k_positionMargin"
1313 
1414 let f = "k_positionOpenNotional"
1515 
1616 let g = "k_positionFraction"
1717 
1818 let h = "k_initialized"
1919 
2020 let i = "k_paused"
2121 
2222 let j = "k_fee"
2323 
2424 let k = "k_fundingPeriod"
2525 
2626 let l = "k_initMarginRatio"
2727 
2828 let m = "k_mmr"
2929 
3030 let n = "k_liquidationFeeRatio"
3131 
3232 let o = "k_spreadLimit"
3333 
3434 let p = "k_maxPriceImpact"
3535 
3636 let q = "k_lastDataStr"
3737 
3838 let r = "k_lastMinuteId"
3939 
4040 let s = "k_twapDataLastCumulativePrice"
4141 
4242 let t = "k_twapDataLastPrice"
4343 
4444 let u = "k_latestLongPremiumFraction"
4545 
4646 let v = "k_latestShortPremiumFraction"
4747 
4848 let w = "k_nextFundingBlockMinTimestamp"
4949 
5050 let x = "k_longFundingRate"
5151 
5252 let y = "k_shortFundingRate"
5353 
5454 let z = "k_qtAstR"
5555 
5656 let A = "k_bsAstR"
5757 
5858 let B = "k_totalPositionSize"
5959 
6060 let C = "k_totalLongPositionSize"
6161 
6262 let D = "k_totalShortPositionSize"
6363 
6464 let E = "k_cumulativeNotional"
6565 
6666 let F = "k_openInterestNotional"
6767 
6868 let G = "k_coordinatorAddress"
6969 
7070 let H = "k_insurance_address"
7171 
7272 let I = "k_admin_address"
7373 
7474 let J = "k_admin_public_key"
7575 
7676 let K = "k_quote_asset"
7777 
7878 let L = "k_quote_staking"
7979 
8080 let M = "k_staking_address"
8181 
8282 func N () = valueOrErrorMessage(addressFromString(getStringValue(this, G)), "Coordinator not set")
8383 
8484 
8585 func O () = addressFromString(getStringValue(N(), I))
8686 
8787 
8888 func P () = fromBase58String(getStringValue(N(), J))
8989 
9090 
9191 func Q () = fromBase58String(getStringValue(N(), K))
9292 
9393 
9494 func R () = valueOrErrorMessage(addressFromString(getStringValue(N(), L)), "Quote asset staking not set")
9595 
9696 
9797 func S () = valueOrErrorMessage(addressFromString(getStringValue(N(), M)), "Insurance not set")
9898 
9999 
100100 func T () = valueOrErrorMessage(addressFromString(getStringValue(N(), H)), "Insurance not set")
101101 
102102 
103103 let U = 1
104104 
105105 let V = 2
106106 
107107 let W = 60
108108 
109109 let X = 15
110110 
111111 let Y = 1000
112112 
113113 let Z = (1 * (((((10 * 10) * 10) * 10) * 10) * 10))
114114 
115115 let aa = (100 * Z)
116116 
117117 let ab = (86400 * Z)
118118 
119119 let ac = 100
120120 
121121 let ad = 1
122122 
123123 let ae = 2
124124 
125125 func af (ag) = (toString(ag) + ",")
126126 
127127 
128128 func ah (ag,ai) = fraction(ag, Z, ai, HALFEVEN)
129129 
130130 
131131 func aj (ag,ai) = fraction(ag, ai, Z, HALFEVEN)
132132 
133133 
134134 func ak (ag) = if ((ag > 0))
135135     then ag
136136     else -(ag)
137137 
138138 
139139 func al (am,an) = ((am + "_") + an)
140140 
141141 
142142 func ao (ap) = valueOrErrorMessage(getInteger(this, ap), ("no value for " + ap))
143143 
144144 
145145 func aq () = ao(c)
146146 
147147 
148148 func ar () = ao(j)
149149 
150150 
151151 func as () = ao(l)
152152 
153153 
154154 func at () = ao(z)
155155 
156156 
157157 func au () = ao(A)
158158 
159159 
160160 func av () = ao(B)
161161 
162162 
163163 func aw () = ao(E)
164164 
165165 
166166 func ax () = ao(F)
167167 
168168 
169169 func ay () = ao(w)
170170 
171171 
172172 func az () = ao(k)
173173 
174174 
175175 func aA () = (az() * Z)
176176 
177177 
178178 func aB () = (az() * Y)
179179 
180180 
181181 func aC () = ao(m)
182182 
183183 
184184 func aD () = ao(n)
185185 
186186 
187187 func aE () = ao(o)
188188 
189189 
190190 func aF () = ao(p)
191191 
192192 
193193 func aG () = ao(u)
194194 
195195 
196196 func aH () = ao(v)
197197 
198198 
199199 func aI () = ao(D)
200200 
201201 
202202 func aJ () = ao(C)
203203 
204204 
205205 func aK (aL,aM,aN) = {
206206     let aO = (aL - aM)
207207     if (if (aN)
208208         then (0 > aO)
209209         else false)
210210         then throw("Invalid margin")
211211         else if (if (!(aN))
212212             then (aO >= 0)
213213             else false)
214214             then throw("Invalid margin")
215215             else true
216216     }
217217 
218218 
219219 func aP (aQ) = if ((aQ == 0))
220220     then throw("Should not be called with _positionSize == 0")
221221     else if ((aQ > 0))
222222         then aG()
223223         else aH()
224224 
225225 
226226 func aR (aS) = {
227227     let aT = getInteger(this, al(d, aS))
228228     let aU = aT
229229     if ($isInstanceOf(aU, "Int"))
230230         then {
231231             let aV = aU
232232             $Tuple4(aV, getIntegerValue(this, al(e, aS)), getIntegerValue(this, al(f, aS)), getIntegerValue(this, al(g, aS)))
233233             }
234234         else $Tuple4(0, 0, 0, 0)
235235     }
236236 
237237 
238238 func aW (aS) = if ((aR(aS)._1 == 0))
239239     then throw("No open position")
240240     else true
241241 
242242 
243243 func aX () = valueOrElse(getBoolean(this, h), false)
244244 
245245 
246246 func aY () = valueOrElse(getBoolean(this, i), false)
247247 
248248 
249249 func aZ (ba,bb,bc) = if (ba)
250250     then {
251251         let bd = (au() - bc)
252252         if ((0 >= bd))
253253             then throw("Tx lead to base asset reserve <= 0, revert")
254254             else $Tuple4((at() + bb), bd, (av() + bc), (aw() + bb))
255255         }
256256     else {
257257         let be = (at() - bb)
258258         if ((0 >= be))
259259             then throw("Tx lead to base quote reserve <= 0, revert")
260260             else $Tuple4(be, (au() + bc), (av() - bc), (aw() - bb))
261261         }
262262 
263263 
264264 func bf (ba,bb) = {
265265     let bg = at()
266266     let bh = au()
267267     let bi = ah(bg, bh)
268268     let bj = aj(bb, bi)
269269     let ap = aj(bg, bh)
270270     let bk = if (ba)
271271         then (bg + bb)
272272         else (bg - bb)
273273     let bl = ah(ap, bk)
274274     let bm = ak((bl - bh))
275275     let bn = if (ba)
276276         then bm
277277         else -(bm)
278278     let bo = ((bj - bm) / bj)
279279     let bp = aF()
280280     if ((bo > bp))
281281         then throw(((("Price impact " + toString(bo)) + " > max price impact ") + toString(bp)))
282282         else {
283283             let bq = aZ(ba, bb, bm)
284284             let br = bq._1
285285             let bs = bq._2
286286             let bt = bq._3
287287             let bu = bq._4
288288             $Tuple5(bn, br, bs, bt, bu)
289289             }
290290     }
291291 
292292 
293293 func bv (bw,bx,by,bz) = {
294294     let bA = if ((bw != 0))
295295         then {
296296             let bB = aP(bw)
297297             aj((bB - by), bw)
298298             }
299299         else 0
300300     let bC = ((bz - bA) + bx)
301301     let bD = if ((0 > bC))
302302         then $Tuple2(0, ak(bC))
303303         else $Tuple2(ak(bC), 0)
304304     let bE = bD._1
305305     let bF = bD._2
306306     $Tuple3(bE, bF, bA)
307307     }
308308 
309309 
310310 func bG (ba,bc) = {
311311     let bH = at()
312312     let bI = au()
313313     if ((bc == 0))
314314         then throw("Invalid base asset amount")
315315         else {
316316             let ap = aj(bH, bI)
317317             let bJ = if (ba)
318318                 then (bI + bc)
319319                 else (bI - bc)
320320             let bK = ah(ap, bJ)
321321             let bL = ak((bK - bH))
322322             let bM = aZ(!(ba), bL, bc)
323323             let br = bM._1
324324             let bs = bM._2
325325             let bt = bM._3
326326             let bu = bM._4
327327             $Tuple7(bL, br, bs, bt, bu, (aJ() - (if (ba)
328328                 then ak(bc)
329329                 else 0)), (aI() - (if (!(ba))
330330                 then ak(bc)
331331                 else 0)))
332332             }
333333     }
334334 
335335 
336336 func bN () = {
337337     let bO = valueOrErrorMessage(addressFromString(getStringValue(this, b)), "")
338338     let bP = getStringValue(this, a)
339339     getIntegerValue(bO, bP)
340340     }
341341 
342342 
343343 func bQ () = {
344344     let bH = at()
345345     let bI = au()
346346     ah(bH, bI)
347347     }
348348 
349349 
350350 func bR () = {
351351     let bS = bN()
352352     let bT = bQ()
353353     (ah(ak((bS - bT)), bS) > aE())
354354     }
355355 
356356 
357357 func bU (aS,bV) = {
358358     let bW = aR(aS)
359359     let aV = bW._1
360360     let bX = bW._2
361361     let bY = bW._3
362362     let bZ = bW._4
363363     let ca = ak(aV)
364364     if ((ca == 0))
365365         then throw("Invalid position size")
366366         else {
367367             let cb = (0 > aV)
368368             let cc = if ((bV == ad))
369369                 then {
370370                     let cd = bG(!(cb), ca)
371371                     let ce = cd._1
372372                     let cf = cd._2
373373                     let cg = cd._3
374374                     let ch = cd._4
375375                     ce
376376                     }
377377                 else (ca * bN())
378378             let ci = if (cb)
379379                 then (bY - cc)
380380                 else (cc - bY)
381381             $Tuple2(cc, ci)
382382             }
383383     }
384384 
385385 
386386 func cj (aS,bV) = {
387387     let ck = aR(aS)
388388     let aV = ck._1
389389     let bX = ck._2
390390     let cl = ck._3
391391     let bZ = ck._4
392392     let cm = bU(aS, bV)
393393     let cc = cm._1
394394     let ci = cm._2
395395     let cn = bv(aV, bX, bZ, ci)
396396     let bE = cn._1
397397     let bF = cn._2
398398     ah((bE - bF), cc)
399399     }
400400 
401401 
402402 func co (aS) = cj(aS, ad)
403403 
404404 
405405 func cp (aS) = {
406406     let cq = aR(aS)
407407     let aV = cq._1
408408     let bX = cq._2
409409     let cl = cq._3
410410     let bZ = cq._4
411411     let cr = bU(aS, ad)
412412     let cf = cr._1
413413     let ci = cr._2
414414     let cs = bv(aV, bX, bZ, ci)
415415     let bE = cs._1
416416     let bF = cs._2
417417     let ct = -(aV)
418418     let cu = ci
419419     let cv = -(bE)
420420     let cw = bG((aV > 0), ak(aV))
421421     let cx = cw._1
422422     let bk = cw._2
423423     let bl = cw._3
424424     let cy = cw._4
425425     let cz = cw._5
426426     let cA = cw._6
427427     let cB = cw._7
428428     let cC = (ax() - cl)
429429     $Tuple12(ct, bF, cu, cv, bk, bl, cy, cz, cC, cx, cA, cB)
430430     }
431431 
432432 
433433 func cD () = {
434434     let cE = ((lastBlock.timestamp / 1000) / 60)
435435     let cF = (cE - X)
436436     let cG = valueOrElse(getString(this, q), "")
437437     let cH = split(cG, ",")
438438     func cI (cJ,cK) =     if ((cF >= parseIntValue(cK)))
439439         then (cJ :+ parseIntValue(cK))
440440         else cJ
441441 
442442     let cL = {
443443         let cM = cH
444444         let cN = size(cM)
445445         let cO = nil
446446         func cP (cQ,cR) =         if ((cR >= cN))
447447             then cQ
448448             else cI(cQ, cM[cR])
449449 
450450         func cS (cQ,cR) =         if ((cR >= cN))
451451             then cQ
452452             else throw("List size exceeds 20")
453453 
454454         cS(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cO, 0), 1), 2), 3), 4), 5), 6), 7), 8), 9), 10), 11), 12), 13), 14), 15), 16), 17), 18), 19), 20)
455455         }
456456     let cT = if ((size(cL) > 0))
457457         then max(cL)
458458         else parseIntValue(cH[0])
459459     let cU = valueOrElse(getInteger(this, r), 0)
460460     let cV = valueOrElse(getInteger(this, ((s + "_") + toString(cU))), 0)
461461     let cW = valueOrElse(getInteger(this, ((t + "_") + toString(cU))), 0)
462462     let cX = (cV + ((cE - cU) * cW))
463463     let cY = valueOrElse(getInteger(this, ((s + "_") + toString(cT))), 0)
464464     let cZ = valueOrElse(getInteger(this, ((t + "_") + toString(cT))), 0)
465465     let da = (cY + ((cF - cT) * cZ))
466466     ((cX - da) / X)
467467     }
468468 
469469 
470470 func db (dc,dd,de,df,dg,dh,di) = [IntegerEntry(l, dc), IntegerEntry(m, dd), IntegerEntry(n, de), IntegerEntry(k, df), IntegerEntry(j, dg), IntegerEntry(o, dh), IntegerEntry(p, di)]
471471 
472472 
473473 func dj (dk,dl,dm,dn,do) = [IntegerEntry(w, dk), IntegerEntry(u, dl), IntegerEntry(v, dm), IntegerEntry(x, dn), IntegerEntry(y, do)]
474474 
475475 
476476 func dp (an,dq,dr,ds,bB) = [IntegerEntry(al(d, an), dq), IntegerEntry(al(e, an), dr), IntegerEntry(al(f, an), ds), IntegerEntry(al(g, an), bB)]
477477 
478478 
479479 func dt (du) = {
480480     let cE = ((lastBlock.timestamp / 1000) / 60)
481481     let dv = valueOrElse(getInteger(this, r), 0)
482482     if ((dv > cE))
483483         then throw("TWAP out-of-order")
484484         else {
485485             let cU = if ((dv == 0))
486486                 then cE
487487                 else dv
488488             let cG = valueOrElse(getString(this, q), "")
489489             let dw = split(cG, ",")
490490             let cH = if ((size(dw) > X))
491491                 then (removeByIndex(dw, 0) :+ toString(cE))
492492                 else (dw :+ toString(cE))
493493             let dx = valueOrElse(getInteger(this, ((s + "_") + toString(dv))), 0)
494494             let dy = valueOrElse(getInteger(this, ((t + "_") + toString(dv))), du)
495495             let dz = (dx + ((cE - cU) * dy))
496496             func dA (cJ,dB) =             ((cJ + dB) + ",")
497497 
498498             let dC = {
499499                 let cM = cH
500500                 let cN = size(cM)
501501                 let cO = ""
502502                 func cP (cQ,cR) =                 if ((cR >= cN))
503503                     then cQ
504504                     else dA(cQ, cM[cR])
505505 
506506                 func cS (cQ,cR) =                 if ((cR >= cN))
507507                     then cQ
508508                     else throw("List size exceeds 20")
509509 
510510                 cS(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cP(cO, 0), 1), 2), 3), 4), 5), 6), 7), 8), 9), 10), 11), 12), 13), 14), 15), 16), 17), 18), 19), 20)
511511                 }
512512             let dD = dropRight(dC, 1)
513513             let dE = if ((take(dD, 1) == ","))
514514                 then drop(dD, 1)
515515                 else dD
516516 [IntegerEntry(((s + "_") + toString(cE)), dz), IntegerEntry(((t + "_") + toString(cE)), du), IntegerEntry(r, cE), StringEntry(q, dE)]
517517             }
518518     }
519519 
520520 
521521 func dF (bg,bh,dG,dH,dI,dJ,dK) = if (((dJ - dK) != dG))
522522     then throw(((((("Invalid AMM state data: " + toString(dJ)) + " +  ") + toString(dK)) + " != ") + toString(dG)))
523523     else ([IntegerEntry(z, bg), IntegerEntry(A, bh), IntegerEntry(B, dG), IntegerEntry(E, dH), IntegerEntry(F, dI), IntegerEntry(C, dJ), IntegerEntry(D, dK)] ++ dt(ah(bg, bh)))
524524 
525525 
526526 func dL (an) = [DeleteEntry(al(d, an)), DeleteEntry(al(e, an)), DeleteEntry(al(f, an)), DeleteEntry(al(g, an))]
527527 
528528 
529529 func dM (an,dN) = {
530530     let dO = assetBalance(this, Q())
531531     if ((dN > dO))
532532         then throw(((("Unable to withdraw " + toString(dN)) + " from contract balance ") + toString(dO)))
533533         else [ScriptTransfer(an, dN, Q())]
534534     }
535535 
536536 
537537 func dP (dQ) = if ((0 > dQ))
538538     then throw("Balance")
539539     else [IntegerEntry(c, dQ)]
540540 
541541 
542542 func dR (dQ) = [ScriptTransfer(S(), dQ, Q())]
543543 
544544 
545545 @Callable(dQ)
546546 func pause () = if ((dQ.caller != O()))
547547     then throw("Invalid togglePause params")
548548     else [BooleanEntry(i, true)]
549549 
550550 
551551 
552552 @Callable(dQ)
553553 func unpause () = if ((dQ.caller != O()))
554554     then throw("Invalid togglePause params")
555555     else [BooleanEntry(i, false)]
556556 
557557 
558558 
559559 @Callable(dQ)
560560 func changeSettings (dc,dd,de,df,dg,dh,di) = if ((dQ.caller != O()))
561561     then throw("Invalid changeSettings params")
562562     else db(dc, dd, de, df, dg, dh, di)
563563 
564564 
565565 
566566 @Callable(dQ)
567567 func initialize (bg,bh,df,dc,dd,de,dg,dS,dT,dU,dh,di) = if (if (if (if (if (if (if (if (if (if ((0 >= bg))
568568     then true
569569     else (0 >= bh))
570570     then true
571571     else (0 >= df))
572572     then true
573573     else (0 >= dc))
574574     then true
575575     else (0 >= dd))
576576     then true
577577     else (0 >= de))
578578     then true
579579     else (0 >= dg))
580580     then true
581581     else (0 >= dh))
582582     then true
583583     else (0 >= di))
584584     then true
585585     else aX())
586586     then throw("Invalid initialize parameters")
587587     else ((((dF(bg, bh, 0, 0, 0, 0, 0) ++ db(dc, dd, de, df, dg, dh, di)) ++ dj((lastBlock.timestamp + df), 0, 0, 0, 0)) ++ dP(0)) ++ [BooleanEntry(h, true), StringEntry(b, dS), StringEntry(a, dT), StringEntry(G, dU)])
588588 
589589 
590590 
591591 @Callable(dQ)
592592 func decreasePosition (dV,dN,dW,dX) = if (if (if (if (if (if (if (if ((dV != U))
593593     then (dV != V)
594594     else false)
595595     then true
596596     else (0 >= dN))
597597     then true
598598     else if (((1 * Z) > dW))
599599         then true
600600         else (dW > (3 * Z)))
601601     then true
602602     else !(aX()))
603603     then true
604604     else !(aK(ah(Z, dW), as(), true)))
605605     then true
606606     else !(aW(toString(dQ.caller))))
607607     then true
608608     else aY())
609609     then throw("Invalid decreasePosition parameters")
610610     else {
611611         let dY = aR(toString(dQ.caller))
612612         let dZ = dY._1
613613         let ea = dY._2
614614         let eb = dY._3
615615         let ec = dY._4
616616         let ed = (dZ == 0)
617617         let ee = if ((dZ > 0))
618618             then (dV == U)
619619             else (dV == V)
620620         let ef = if (!(ed))
621621             then ee
622622             else false
623623         let eg = (dV == U)
624624         let eh = if (if (ed)
625625             then true
626626             else ef)
627627             then throw("Use increasePosition to open new or increase position")
628628             else {
629629                 let ei = aj(dN, dW)
630630                 let ej = bU(toString(dQ.caller), ad)
631631                 let ek = ej._1
632632                 let ci = ej._2
633633                 if ((ek > ei))
634634                     then {
635635                         let el = bf(eg, ei)
636636                         let ct = el._1
637637                         let bk = el._2
638638                         let bl = el._3
639639                         let cy = el._4
640640                         let cz = el._5
641641                         let em = ak(ct)
642642                         if (if ((dX != 0))
643643                             then (dX > em)
644644                             else false)
645645                             then throw(((("Too little base asset exchanged, got " + toString(em)) + " expected ") + toString(dX)))
646646                             else {
647647                                 let cu = if ((dZ != 0))
648648                                     then ah(aj(ci, em), dZ)
649649                                     else 0
650650                                 let en = bv(dZ, ea, ec, cu)
651651                                 let bE = en._1
652652                                 let bF = en._2
653653                                 let bA = en._3
654654                                 let cx = ei
655655                                 let eo = (ci - cu)
656656                                 let ep = if ((dZ > 0))
657657                                     then ((ek - cx) - eo)
658658                                     else ((eo + ek) - cx)
659659                                 let eq = (dZ + ct)
660660                                 $Tuple11(eq, bE, ak(ep), aP(eq), bl, bk, cy, cz, (ax() - ei), (aJ() - (if ((eq > 0))
661661                                     then ak(ct)
662662                                     else 0)), (aI() - (if ((0 > eq))
663663                                     then ak(ct)
664664                                     else 0)))
665665                                 }
666666                         }
667667                     else throw("Close position first")
668668                 }
669669         let eq = eh._1
670670         let er = eh._2
671671         let es = eh._3
672672         let et = eh._4
673673         let bl = eh._5
674674         let bk = eh._6
675675         let cy = eh._7
676676         let cz = eh._8
677677         let cC = eh._9
678678         let cA = eh._10
679679         let cB = eh._11
680680         (dp(toString(dQ.caller), eq, er, es, et) ++ dF(bk, bl, cy, cz, cC, cA, cB))
681681         }
682682 
683683 
684684 
685685 @Callable(dQ)
686686 func increasePosition (dV,dW,dX) = {
687687     let eu = dQ.payments[0].amount
688688     if (if (if (if (if (if (if (if ((dV != U))
689689         then (dV != V)
690690         else false)
691691         then true
692692         else (0 >= eu))
693693         then true
694694         else if (((1 * Z) > dW))
695695             then true
696696             else (dW > (3 * Z)))
697697         then true
698698         else !(aX()))
699699         then true
700700         else (dQ.payments[0].assetId != Q()))
701701         then true
702702         else !(aK(ah(Z, dW), as(), true)))
703703         then true
704704         else aY())
705705         then throw("Invalid increasePosition parameters")
706706         else {
707707             let ev = aj(eu, ar())
708708             let dN = (eu - ev)
709709             let ew = aR(toString(dQ.caller))
710710             let dZ = ew._1
711711             let ea = ew._2
712712             let eb = ew._3
713713             let ed = (dZ == 0)
714714             let ee = if ((dZ > 0))
715715                 then (dV == U)
716716                 else (dV == V)
717717             let ef = if (!(ed))
718718                 then ee
719719                 else false
720720             let eg = (dV == U)
721721             let ex = if (if (ed)
722722                 then true
723723                 else ef)
724724                 then {
725725                     let ei = aj(dN, dW)
726726                     let ey = bf(eg, ei)
727727                     let bn = ey._1
728728                     let bk = ey._2
729729                     let bl = ey._3
730730                     let cy = ey._4
731731                     let cz = ey._5
732732                     if (if ((dX != 0))
733733                         then (dX > ak(bn))
734734                         else false)
735735                         then throw(((("Limit error: " + toString(ak(bn))) + " < ") + toString(dX)))
736736                         else {
737737                             let eq = (dZ + bn)
738738                             let bZ = aP(eq)
739739                             let ez = ah(ei, dW)
740740                             let eA = bv(dZ, ea, bZ, ez)
741741                             let bE = eA._1
742742                             let cf = eA._2
743743                             let cg = eA._3
744744                             $Tuple11(eq, bE, (eb + ei), aP(eq), bl, bk, cy, cz, (ax() + ei), (aJ() + (if ((eq > 0))
745745                                 then ak(bn)
746746                                 else 0)), (aI() + (if ((0 > eq))
747747                                 then ak(bn)
748748                                 else 0)))
749749                             }
750750                     }
751751                 else {
752752                     let ei = aj(dN, dW)
753753                     let eB = bU(toString(dQ.caller), ad)
754754                     let ek = eB._1
755755                     let ci = eB._2
756756                     if ((ek > ei))
757757                         then throw("Use decreasePosition to decrease position size")
758758                         else throw("Close position first")
759759                     }
760760             let eq = ex._1
761761             let er = ex._2
762762             let es = ex._3
763763             let et = ex._4
764764             let bl = ex._5
765765             let bk = ex._6
766766             let cy = ex._7
767767             let cz = ex._8
768768             let cC = ex._9
769769             let cA = ex._10
770770             let cB = ex._11
771771             let eC = (ev / 2)
772772             let eD = (ev - eC)
773773             let eE = invoke(R(), "lockNeutrinoSP", [toString(S()), ac], [AttachedPayment(Q(), dN)])
774774             if ((eE == eE))
775775                 then {
776776                     let eF = invoke(T(), "deposit", nil, [AttachedPayment(Q(), eD)])
777777                     if ((eF == eF))
778778                         then (((dp(toString(dQ.caller), eq, er, es, et) ++ dF(bk, bl, cy, cz, cC, cA, cB)) ++ dR(eC)) ++ dP((aq() + dN)))
779779                         else throw("Strict value is not equal to itself.")
780780                     }
781781                 else throw("Strict value is not equal to itself.")
782782             }
783783     }
784784 
785785 
786786 
787787 @Callable(dQ)
788788 func addMargin () = {
789789     let eu = dQ.payments[0].amount
790790     if (if (if (if ((dQ.payments[0].assetId != Q()))
791791         then true
792792         else !(aW(toString(dQ.caller))))
793793         then true
794794         else !(aX()))
795795         then true
796796         else aY())
797797         then throw("Invalid addMargin parameters")
798798         else {
799799             let ev = aj(eu, ar())
800800             let dN = (eu - ev)
801801             let eG = aR(toString(dQ.caller))
802802             let dZ = eG._1
803803             let ea = eG._2
804804             let eb = eG._3
805805             let ec = eG._4
806806             let eC = (ev / 2)
807807             let eD = (ev - eC)
808808             let eE = invoke(R(), "lockNeutrinoSP", [toString(S()), ac], [AttachedPayment(Q(), dN)])
809809             if ((eE == eE))
810810                 then {
811811                     let eF = invoke(T(), "deposit", nil, [AttachedPayment(Q(), eD)])
812812                     if ((eF == eF))
813813                         then ((dp(toString(dQ.caller), dZ, (ea + dN), eb, ec) ++ dR(eC)) ++ dP((aq() + dN)))
814814                         else throw("Strict value is not equal to itself.")
815815                     }
816816                 else throw("Strict value is not equal to itself.")
817817             }
818818     }
819819 
820820 
821821 
822822 @Callable(dQ)
823823 func removeMargin (dN) = if (if (if (if ((0 >= dN))
824824     then true
825825     else !(aW(toString(dQ.caller))))
826826     then true
827827     else !(aX()))
828828     then true
829829     else aY())
830830     then throw("Invalid removeMargin parameters")
831831     else {
832832         let eH = aR(toString(dQ.caller))
833833         let dZ = eH._1
834834         let ea = eH._2
835835         let eb = eH._3
836836         let ec = eH._4
837837         let eI = -(dN)
838838         let eJ = bv(dZ, ea, ec, eI)
839839         let bE = eJ._1
840840         let bF = eJ._2
841841         if ((bF != 0))
842842             then throw("Invalid added margin amount")
843843             else {
844844                 let eK = invoke(R(), "unlockNeutrino", [dN, toBase58String(Q())], nil)
845845                 if ((eK == eK))
846846                     then ((dp(toString(dQ.caller), dZ, bE, eb, aP(dZ)) ++ dM(dQ.caller, dN)) ++ dP((aq() - dN)))
847847                     else throw("Strict value is not equal to itself.")
848848                 }
849849         }
850850 
851851 
852852 
853853 @Callable(dQ)
854854 func closePosition () = if (if (if (!(aW(toString(dQ.caller))))
855855     then true
856856     else !(aX()))
857857     then true
858858     else aY())
859859     then throw("Invalid closePosition parameters")
860860     else {
861861         let eL = cp(toString(dQ.caller))
862862         let cf = eL._1
863863         let eM = eL._2
864864         let cu = eL._3
865865         let cv = eL._4
866866         let bk = eL._5
867867         let bl = eL._6
868868         let cy = eL._7
869869         let cz = eL._8
870870         let cC = eL._9
871871         let cg = eL._10
872872         let cA = eL._11
873873         let cB = eL._12
874874         if ((eM > 0))
875875             then throw("Unable to close position with bad debt")
876876             else {
877877                 let eN = ak(cv)
878878                 let eO = (aq() - eN)
879879                 let eP = if ((0 > eO))
880880                     then $Tuple2(0, ak(eO))
881881                     else $Tuple2(eO, 0)
882882                 let eQ = eP._1
883883                 let eR = eP._2
884884                 let eS = if ((eR > 0))
885885                     then {
886886                         let eT = invoke(T(), "withdraw", [eR], nil)
887887                         if ((eT == eT))
888888                             then nil
889889                             else throw("Strict value is not equal to itself.")
890890                         }
891891                     else nil
892892                 if ((eS == eS))
893893                     then {
894894                         let eK = invoke(R(), "unlockNeutrino", [(eN - eR), toBase58String(Q())], nil)
895895                         if ((eK == eK))
896896                             then (((dL(toString(dQ.caller)) ++ dF(bk, bl, cy, cz, cC, cA, cB)) ++ dM(dQ.caller, eN)) ++ dP(eQ))
897897                             else throw("Strict value is not equal to itself.")
898898                         }
899899                     else throw("Strict value is not equal to itself.")
900900                 }
901901         }
902902 
903903 
904904 
905905 @Callable(dQ)
906906 func liquidate (aS) = {
907907     let eU = if (bR())
908908         then cj(aS, ae)
909909         else cj(aS, ad)
910910     if (if (if (if (!(aK(eU, aC(), false)))
911911         then true
912912         else !(aW(aS)))
913913         then true
914914         else !(aX()))
915915         then true
916916         else aY())
917917         then throw("Unable to liquidate")
918918         else {
919919             let eV = cp(aS)
920920             let cf = eV._1
921921             let bF = eV._2
922922             let cg = eV._3
923923             let cv = eV._4
924924             let bk = eV._5
925925             let bl = eV._6
926926             let cy = eV._7
927927             let cz = eV._8
928928             let cC = eV._9
929929             let cx = eV._10
930930             let cA = eV._11
931931             let cB = eV._12
932932             let eW = aj(cx, aD())
933933             let eX = (eW / 2)
934934             let eD = (eW - eX)
935935             let eY = (aq() - eW)
936936             let eZ = if ((0 > eY))
937937                 then $Tuple2(0, ak(eY))
938938                 else $Tuple2(eY, 0)
939939             let fa = eZ._1
940940             let fb = eZ._2
941941             let eS = if ((fb > 0))
942942                 then {
943943                     let eT = invoke(T(), "withdraw", [fb], nil)
944944                     if ((eT == eT))
945945                         then nil
946946                         else throw("Strict value is not equal to itself.")
947947                     }
948948                 else nil
949949             if ((eS == eS))
950950                 then {
951951                     let eF = invoke(T(), "deposit", nil, [AttachedPayment(Q(), eD)])
952952                     if ((eF == eF))
953953                         then {
954954                             let eK = invoke(R(), "unlockNeutrino", [(eX - fb), toBase58String(Q())], nil)
955955                             if ((eK == eK))
956956                                 then (((dL(aS) ++ dF(bk, bl, cy, cz, cC, cA, cB)) ++ dM(dQ.caller, eX)) ++ dP(eY))
957957                                 else throw("Strict value is not equal to itself.")
958958                             }
959959                         else throw("Strict value is not equal to itself.")
960960                     }
961961                 else throw("Strict value is not equal to itself.")
962962             }
963963     }
964964 
965965 
966966 
967967 @Callable(dQ)
968968 func payFunding () = {
969969     let fc = ay()
970970     if (if (if ((fc > lastBlock.timestamp))
971971         then true
972972         else !(aX()))
973973         then true
974974         else aY())
975975         then throw(((("Invalid funding block timestamp: " + toString(lastBlock.timestamp)) + " < ") + toString(fc)))
976976         else {
977977             let fd = bN()
978978             let fe = cD()
979979             let ff = (fe - fd)
980980             let fg = if (if ((aI() == 0))
981981                 then true
982982                 else (aJ() == 0))
983983                 then $Tuple4(0, 0, 0, 0)
984984                 else if ((0 > ff))
985985                     then {
986986                         let fh = ah(aj(ff, aA()), ab)
987987                         let fi = ah(fh, fd)
988988                         let fj = ah(aj(fh, aI()), aJ())
989989                         let fk = ah(aj(fj, aa), fd)
990990                         $Tuple4(fh, fj, fi, fk)
991991                         }
992992                     else {
993993                         let fj = ah(aj(ff, aA()), ab)
994994                         let fk = ah(fj, fd)
995995                         let fh = ah(aj(fj, aJ()), aI())
996996                         let fi = ah(aj(fh, aa), fd)
997997                         $Tuple4(fh, fj, fi, fk)
998998                         }
999999             let fh = fg._1
10001000             let fj = fg._2
10011001             let fi = fg._3
10021002             let fk = fg._4
10031003             dj((fc + aB()), (aG() + fj), (aH() + fh), fk, fi)
10041004             }
10051005     }
10061006 
10071007 
10081008 
10091009 @Callable(dQ)
10101010 func v_get (aS) = {
10111011     let fl = cp(aS)
10121012     let cf = fl._1
10131013     let cg = fl._2
10141014     let ch = fl._3
10151015     let fm = fl._4
10161016     throw((((af(cg) + af(ch)) + af(fm)) + af(co(aS))))
10171017     }
10181018 
10191019 
10201020 
10211021 @Callable(dQ)
10221022 func view_calcRemainMarginWithFundingPayment (aS) = {
10231023     let fn = aR(aS)
10241024     let aV = fn._1
10251025     let bX = fn._2
10261026     let cl = fn._3
10271027     let bZ = fn._4
10281028     let fo = bU(aS, ad)
10291029     let cc = fo._1
10301030     let ci = fo._2
10311031     let fp = bv(aV, bX, bZ, ci)
10321032     let bE = fp._1
10331033     let bF = fp._2
10341034     let bA = fp._3
10351035     throw(((af(bE) + af(bA)) + af(co(aS))))
10361036     }
10371037 
10381038 
10391039 @Verifier(fq)
10401040 func fr () = sigVerify(fq.bodyBytes, fq.proofs[0], P())
10411041 
github/deemru/w8io/169f3d6 
105.73 ms ◑