Transaction
ID: dfabab3387...d2d1
Inputs (1)
Spent
Address:
Output transaction:
Settlement height:
Value:
120.48 ERG
Tokens:
Loading assets...
Outputs (3)
Unspent
Address:
Settlement height:
Value:
0.0011 ERG
Tokens:
Loading assets...
Spent
Address:
Spent in transaction:
Settlement height:
Value:
0.0011 ERG
Spent
Address:
Spent in transaction:
Settlement height:
Value:
120.48 ERG
Tokens:
Loading assets...
Transaction Details
Confirmations: 258,465
Total coins transferred: 120.48 ERG
Fees: 0.0011 ERG
Fees per byte: 0.000000317 ERG
Raw Transaction Data
{
"id": "dfabab3387f2b86efe98cecaedd7a4e26235ed4dcdddf22b0e81ef2425eed2d1",
"blockId": "1bd6d8b621c054a6ff840240c2cfc57a70b9debd1a1a43cfbfa0c6505a990204",
"inclusionHeight": 1499377,
"timestamp": 1744152816036,
"index": 3,
"globalIndex": 8812798,
"numConfirmations": 258465,
"inputs": [
{
"boxId": "eea8b8ad0c6538f7a24a6749758aad378df3be4b7d38e5a6ec9df9be7454e3e1",
"value": 120483709288,
"index": 0,
"spendingProof": "7394a9b606d050f9417cf22c54ea72d1172c279642f2cf944a409c1b429fe0cad5d831e7031f295ce5ae8566a237a44d50591f0937f4b15f",
"outputBlockId": "cc209edd6d2caa716def1273cfecae600b6562910e3f52d716f27bb60705d071",
"outputTransactionId": "5e3b76c0dcbe919b07919368ccec32c705725110d2bf1777afe1e17bce84efa7",
"outputIndex": 2,
"outputGlobalIndex": 47249158,
"outputCreatedAt": 1499364,
"outputSettledAt": 1499366,
"ergoTree": "0008cd02627b2ae20e2f69ef4fc16569f8474ed850c7b87fc312aa21002e63f6dc0c43bc",
"ergoTreeConstants": "",
"ergoTreeScript": "{SigmaProp(ProveDlog(ECPoint(627b2a,4dc0a9,...)))}",
"address": "9fGS5mw42MPszcjurgijPP3Abqc47Gm8rwUrqM7TQMBY3AFNRWB",
"assets": [
{
"tokenId": "03faf2cb329f2e90d6d23b58d91bbb6c046aa143261cc21f52fbe2824bfcbf04",
"index": 0,
"amount": 1255,
"name": "SigUSD",
"decimals": 2,
"type": "EIP-004"
},
{
"tokenId": "cdc1aebec795ce9822492b5e62fdd93bb2a03653f7c3dfcfabbb0c98f6a33581",
"index": 1,
"amount": 5299,
"name": "Sigmanaut",
"decimals": 2,
"type": "EIP-004"
},
{
"tokenId": "f100123eb4161919bc5e5b2ffe5fb91f7c93b524f372cbba5c7d6b004efa8106",
"index": 2,
"amount": 14500,
"name": "Shaggy",
"decimals": 0,
"type": "EIP-004"
},
{
"tokenId": "72f431450530aa0b750918d23ba5f891f08e4840cc37fdc64745a3c3c1353ce8",
"index": 3,
"amount": 194,
"name": "TRUMP 2024",
"decimals": 0,
"type": "EIP-004"
},
{
"tokenId": "ebb40ecab7bb7d2a935024100806db04f44c62c33ae9756cf6fc4cb6b9aa2d12",
"index": 4,
"amount": 21069420,
"name": "🚬",
"decimals": 0,
"type": "EIP-004"
},
{
"tokenId": "6ad70cdbf928a2bdd397041a36a5c2490a35beb4d20eabb5666f004b103c7189",
"index": 5,
"amount": 69420,
"name": "rsHOSKY",
"decimals": 0,
"type": "EIP-004"
},
{
"tokenId": "f0d5bdf474fcbd4249608e6dc6e9cf34a327b218f66445ea545b4c711b4676e3",
"index": 6,
"amount": 1234321,
"name": "COS",
"decimals": 0,
"type": "EIP-004"
},
{
"tokenId": "fcfca7654fb0da57ecf9a3f489bcbeb1d43b56dce7e73b352f7bc6f2561d2a1b",
"index": 7,
"amount": 22693111154,
"name": "ErgOne",
"decimals": 8,
"type": "EIP-004"
}
],
"additionalRegisters": {}
}
],
"dataInputs": [],
"outputs": [
{
"boxId": "35e97bf1994e33f19e72017129f2a23910753b2540043dde3b93e4f6e32d625b",
"transactionId": "dfabab3387f2b86efe98cecaedd7a4e26235ed4dcdddf22b0e81ef2425eed2d1",
"blockId": "1bd6d8b621c054a6ff840240c2cfc57a70b9debd1a1a43cfbfa0c6505a990204",
"value": 1100000,
"index": 0,
"globalIndex": 47249340,
"creationHeight": 1499375,
"settlementHeight": 1499377,
"ergoTree": 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"ergoTreeConstants": "0: Coll(101,98,48,101,53,49,57,52,48,50,100,102,100,52,55,57,53,49,98,57,99,54,98,101,98,55,100,100,99,56,99,57,101,57,55,48,56,48,50,102,52,54,102,48,101,56,98,50,97,48,50,57,56,99,48,56,100,55,99,49,50,101,51,49)\n1: SigmaProp(ProveDlog(ECPoint(75acc4,25ee17,...)))\n2: 0\n3: 0\n4: 1\n5: 127\n6: 3\n7: 2\n8: 0\n9: 1\n10: Coll(0,8,-51,2,18,-119,25,-122,77,69,118,50,84,63,54,-89,67,122,-126,85,-111,83,86,57,-80,19,-28,1,-39,4,63,83,-32,-125,-69,-113)\n11: 720\n12: 0\n13: 720\n14: 0\n15: Coll(101,53,52,48,99,99,101,102,102,100,51,98,56,100,100,48,102,52,48,49,49,57,51,53,55,54,99,99,52,49,51,52,54,55,48,51,57,54,57,53,57,54,57,52,50,55,100,102,57,52,52,53,52,49,57,51,100,100,100,102,98,51,55,53)\n16: 0\n17: 0\n18: 30\n19: 8\n20: 1\n21: 1\n22: 0\n23: 1\n24: 1\n25: true\n26: false\n27: 0\n28: 10\n29: 100\n30: 0\n31: 1\n32: 2\n33: 1\n34: 0\n35: 1\n36: 0\n37: 2\n38: 2\n39: 0\n40: 60\n41: 0\n42: 3\n43: 1\n44: 0\n45: 2\n46: 1\n47: 2\n48: 2\n49: 0\n50: 0\n51: false\n52: 0\n53: 0\n54: false\n55: 0\n56: true\n57: 4\n58: 1\n59: 0\n60: 0\n61: 5\n62: 1\n63: 0\n64: 0\n65: 800\n66: 1000\n67: 1\n68: 120\n69: 1000\n70: 0\n71: 2\n72: 30\n73: 1000\n74: 0\n75: 3\n76: 2\n77: 1\n78: 0\n79: 0\n80: true\n81: 0\n82: true\n83: 6\n84: 0\n85: 1\n86: 0\n87: 1\n88: 7\n89: 0\n90: 0\n91: 2\n92: 1\n93: 0\n94: 1\n95: 8\n96: 1\n97: 120\n98: 1000\n99: 0\n100: 2\n101: 30\n102: 1000\n103: 0\n104: 3\n105: 2\n106: 1\n107: 0\n108: 1\n109: 0\n110: true\n111: 0\n112: true\n113: 800\n114: 1000\n115: 9\n116: 0\n117: 0\n118: 1\n119: 0\n120: 1\n121: 2\n122: false",
"ergoTreeScript": "{\n val i1 = getVar[Int](0.toByte).get\n val func2 = {(box2: Box) => box2.tokens.exists({(tuple4: (Coll[Byte], Long)) => tuple4._1 == placeholder[Coll[Byte]](0) }) }\n val prop3 = placeholder[SigmaProp](1)\n val func4 = {(tuple4: (SigmaProp, Box)) =>\n val coll6 = tuple4._2.propositionBytes\n val coll7 = tuple4._1.propBytes\n if (coll6(placeholder[Int](2)).toInt == placeholder[Int](3)) { coll6 == coll7 } else {(\n val i8 = coll6.size\n coll7.slice(placeholder[Int](4), coll7.size) == coll6.slice(if (i8 > placeholder[Int](5)) { placeholder[Int](6) } else { placeholder[Int](7) }, i8)\n )}\n }\n val l5 = SELF.R8[Long].get\n val coll6 = SELF.propositionBytes\n val coll7 = SELF.tokens\n val tuple8 = coll7(placeholder[Int](8))\n val coll9 = tuple8._1\n val tuple10 = coll7(placeholder[Int](9))\n val coll11 = tuple10._1\n val i12 = SELF.R4[Int].get\n val tuple13 = SELF.R5[(SigmaProp, SigmaProp)].get\n val prop14 = tuple13._1\n val tuple15 = SELF.R6[(Coll[Byte], Coll[Byte])].get\n val prop16 = tuple13._2\n val l17 = SELF.R9[Long].get\n val coll18 = placeholder[Coll[Byte]](10)\n val func19 = {(coll19: Coll[Byte]) =>\n OUTPUTS.forall(\n {(box21: Box) => allOf(Coll[Boolean](box21.tokens.forall({(tuple23: (Coll[Byte], Long)) => tuple23._1 != coll19 }), box21.propositionBytes != coll6)) }\n )\n }\n val tuple20 = SELF.R7[(Boolean, Boolean)].get\n val bool21 = tuple20._1\n val i22 = HEIGHT - i12\n val bool23 = (i22 <= placeholder[Int](11)) && (i22 > placeholder[Int](12))\n val bool24 = i22 >= placeholder[Int](13)\n val bool25 = tuple20._2\n val func26 = {(coll26: Coll[Byte]) =>\n OUTPUTS.filter({(box28: Box) => blake2b256(box28.propositionBytes) == coll26 }).map({(box28: Box) => box28.value }).fold(\n placeholder[Long](14), {(tuple28: (Long, Long)) => tuple28._1 + tuple28._2 }\n )\n }\n val coll27 = placeholder[Coll[Byte]](15)\n val coll28 = tuple15._1\n val bool29 = coll28.size > placeholder[Int](16)\n val coll30 = tuple15._2\n val bool31 = coll30.size > placeholder[Int](17)\n val i32 = i12 + placeholder[Int](18)\n val i33 = i32 + placeholder[Int](19)\n if (i1 == placeholder[Int](20)) {(\n val box34 = INPUTS(placeholder[Int](21))\n val box35 = OUTPUTS(placeholder[Int](22))\n val tuple36 = box35.R5[(SigmaProp, SigmaProp)].get\n val prop37 = tuple36._2\n val l38 = box35.R9[Long].get\n val coll39 = box35.tokens\n val tuple40 = coll39(placeholder[Int](23))\n val box41 = OUTPUTS(placeholder[Int](24))\n sigmaProp(\n allOf(\n Coll[Boolean](\n allOf(\n Coll[Boolean](\n func2(box34), allOf(\n Coll[Boolean](prop37 != prop3, func4((prop37, box34)), box35.R7[(Boolean, Boolean)].get == (placeholder[Boolean](25), placeholder[Boolean](26)))\n )\n )\n ), allOf(Coll[Boolean](l38 > placeholder[Long](27), l38 == placeholder[Long](28) * l5 / placeholder[Long](29), tuple40._2 == l5 + l38)), allOf(\n Coll[Boolean](\n box35.value == SELF.value, box35.propositionBytes == coll6, coll39(placeholder[Int](30)) == (\n coll9, placeholder[Long](31)\n ), tuple40._1 == coll11, box35.R4[Int].get == i12, tuple36._1 == prop14, box35.R6[(Coll[Byte], Coll[Byte])].get == tuple15, box35.R8[\n Long\n ].get == l5\n )\n ), allOf(Coll[Boolean](box41.value == box34.value, box41.propositionBytes == box34.propositionBytes, box41.tokens == box34.tokens))\n )\n )\n ) && prop16\n )} else { if (i1 == placeholder[Int](32)) {(\n val box34 = INPUTS(placeholder[Int](33))\n val box35 = OUTPUTS(placeholder[Int](34))\n val box36 = OUTPUTS(placeholder[Int](35))\n val tuple37 = box36.tokens(placeholder[Int](36))\n val l38 = l17 / placeholder[Long](37)\n val box39 = OUTPUTS(placeholder[Int](38))\n val tuple40 = box39.tokens(placeholder[Int](39))\n sigmaProp(allOf(Coll[Boolean](bool21, i22 >= placeholder[Int](40), allOf(Coll[Boolean](func4((prop16, box34)), func2(box34))), allOf(Coll[Boolean](func4((prop14, box35)), box35.tokens(placeholder[Int](41)) == (coll11, l5))), allOf(Coll[Boolean](box36.value == box34.value, box36.propositionBytes == box34.propositionBytes, allOf(Coll[Boolean](tuple37._1 == coll11, tuple37._2 == l38)), func2(box36))), allOf(Coll[Boolean](box39.value == SELF.value, box39.propositionBytes == coll18, allOf(Coll[Boolean](tuple40._1 == coll11, tuple40._2 == tuple10._2 - l5 - l38)))), func19(coll9)))) && prop16\n )} else { if (i1 == placeholder[Int](42)) {(\n val box34 = INPUTS(placeholder[Int](43))\n val box35 = OUTPUTS(placeholder[Int](44))\n val l36 = l5 / placeholder[Long](45)\n val box37 = OUTPUTS(placeholder[Int](46))\n val l38 = l5 - l36\n val l39 = l38 / placeholder[Long](47)\n val box40 = OUTPUTS.getOrElse(placeholder[Int](48), SELF)\n sigmaProp(allOf(Coll[Boolean](bool21, func4((prop14, box34)), allOf(Coll[Boolean](box35.propositionBytes == box34.propositionBytes, if (bool24) { box35.tokens(placeholder[Int](49)) == (coll11, l5) } else { if (bool23) { box35.tokens(placeholder[Int](50)) == (coll11, l36) } else { placeholder[Boolean](51) } })), allOf(Coll[Boolean](func4((prop16, box37)), if (bool24) {(\n val tuple41 = box37.tokens(placeholder[Int](52))\n allOf(Coll[Boolean](tuple41._1 == coll11, tuple41._2 == l17))\n )} else { if (bool23) {(\n val tuple41 = box37.tokens(placeholder[Int](53))\n allOf(Coll[Boolean](tuple41._1 == coll11, tuple41._2 == l17 + l38 - l39))\n )} else { placeholder[Boolean](54) } })), if (bool23) {(\n val tuple41 = box40.tokens(placeholder[Int](55))\n allOf(Coll[Boolean](box40.value == SELF.value, box40.propositionBytes == coll18, allOf(Coll[Boolean](tuple41._1 == coll11, tuple41._2 == l39))))\n )} else { placeholder[Boolean](56) }, func19(coll9)))) && prop14\n )} else { if (i1 == placeholder[Int](57)) {(\n val box34 = INPUTS(placeholder[Int](58))\n val box35 = OUTPUTS(placeholder[Int](59))\n sigmaProp(allOf(Coll[Boolean](!bool21, func4((prop14, box34)), allOf(Coll[Boolean](box35.value == SELF.value, box35.propositionBytes == box34.propositionBytes, box35.tokens(placeholder[Int](60)) == (coll11, l5))), func19(coll9)))) && prop14\n )} else { if (i1 == placeholder[Int](61)) {(\n val box34 = INPUTS(placeholder[Int](62))\n val box35 = OUTPUTS(placeholder[Int](63))\n val tuple36 = box35.tokens(placeholder[Int](64))\n val l37 = placeholder[Long](65) * l5 / placeholder[Long](66)\n val box38 = OUTPUTS.getOrElse(placeholder[Int](67), SELF)\n val l39 = func26(coll27)\n val l40 = if (bool29) { placeholder[Long](68) * l5 / placeholder[Long](69) } else { placeholder[Long](70) }\n val box41 = OUTPUTS.getOrElse(placeholder[Int](71), SELF)\n val l42 = if (bool31) { placeholder[Long](72) * l5 / placeholder[Long](73) } else { placeholder[Long](74) }\n val box43 = if (bool29 && bool31) { OUTPUTS(placeholder[Int](75)) } else { if (bool29) { OUTPUTS(placeholder[Int](76)) } else { OUTPUTS(placeholder[Int](77)) } }\n val tuple44 = box43.tokens(placeholder[Int](78))\n sigmaProp(allOf(Coll[Boolean](HEIGHT >= i32, HEIGHT >= i33, bool21, !bool25, allOf(Coll[Boolean](func4((prop16, box34)), func2(box34))), allOf(Coll[Boolean](box35.value == box34.value, box35.propositionBytes == box34.propositionBytes, allOf(Coll[Boolean](tuple36._1 == coll11, tuple36._2 == l17 + l37)), func2(box35))), if (bool29) {(\n val tuple45 = box38.tokens(placeholder[Int](79))\n allOf(Coll[Boolean](box38.value == l39, box38.propositionBytes == coll28, allOf(Coll[Boolean](tuple45._1 == coll11, tuple45._2 == l40))))\n )} else { placeholder[Boolean](80) }, if (bool31 && bool29) {(\n val tuple45 = box41.tokens(placeholder[Int](81))\n allOf(Coll[Boolean](box41.value == l39, box41.propositionBytes == coll30, allOf(Coll[Boolean](tuple45._1 == coll11, tuple45._2 == l42))))\n )} else { placeholder[Boolean](82) }, allOf(Coll[Boolean](box43.value == SELF.value, box43.propositionBytes == coll18, allOf(Coll[Boolean](tuple44._1 == coll11, tuple44._2 == l5 - l37 + l40 + l42)))), func19(coll9)))) && prop16\n )} else { if (i1 == placeholder[Int](83)) {(\n val box34 = OUTPUTS(placeholder[Int](84))\n val tuple35 = box34.R7[(Boolean, Boolean)].get\n val coll36 = box34.tokens\n sigmaProp(allOf(Coll[Boolean]((HEIGHT >= i12) && bool21, HEIGHT < i33, func4((prop14, INPUTS(placeholder[Int](85)))), tuple35._2, allOf(Coll[Boolean](box34.value == SELF.value, box34.propositionBytes == coll6, coll36(placeholder[Int](86)) == tuple8, coll36(placeholder[Int](87)) == tuple10, box34.R4[Int].get == i12, box34.R5[(SigmaProp, SigmaProp)].get == tuple13, box34.R6[(Coll[Byte], Coll[Byte])].get == tuple15, tuple35._1 == bool21, box34.R8[Long].get == l5, box34.R9[Long].get == l17))))) && prop14\n )} else { if (i1 == placeholder[Int](88)) {(\n val box34 = OUTPUTS(placeholder[Int](89))\n val tuple35 = box34.tokens(placeholder[Int](90))\n val l36 = l17 / placeholder[Long](91)\n val box37 = OUTPUTS(placeholder[Int](92))\n val tuple38 = box37.tokens(placeholder[Int](93))\n sigmaProp(allOf(Coll[Boolean](bool25, func4((prop3, INPUTS(placeholder[Int](94)))), allOf(Coll[Boolean](box34.value == SELF.value, func4((prop14, box34)), allOf(Coll[Boolean](tuple35._1 == coll11, tuple35._2 == l36 + l5)))), allOf(Coll[Boolean](box37.propositionBytes == coll18, allOf(Coll[Boolean](tuple38._1 == coll11, tuple38._2 == l17 - l36)))), func19(coll9)))) && prop3\n )} else { if (i1 == placeholder[Int](95)) {(\n val box34 = OUTPUTS.getOrElse(placeholder[Int](96), SELF)\n val l35 = func26(coll27)\n val l36 = if (bool29) { placeholder[Long](97) * l5 / placeholder[Long](98) } else { placeholder[Long](99) }\n val box37 = OUTPUTS.getOrElse(placeholder[Int](100), SELF)\n val l38 = if (bool31) { placeholder[Long](101) * l5 / placeholder[Long](102) } else { placeholder[Long](103) }\n val box39 = if (bool29 && bool31) { OUTPUTS(placeholder[Int](104)) } else { if (bool29) { OUTPUTS(placeholder[Int](105)) } else { OUTPUTS(placeholder[Int](106)) } }\n val tuple40 = box39.tokens(placeholder[Int](107))\n sigmaProp(allOf(Coll[Boolean](bool25, func4((prop3, INPUTS(placeholder[Int](108)))), if (bool29) {(\n val tuple41 = box34.tokens(placeholder[Int](109))\n allOf(Coll[Boolean](box34.value == l35, box34.propositionBytes == coll28, allOf(Coll[Boolean](tuple41._1 == coll11, tuple41._2 == l36))))\n )} else { placeholder[Boolean](110) }, if (bool31 && bool29) {(\n val tuple41 = box37.tokens(placeholder[Int](111))\n allOf(Coll[Boolean](box37.value == l35, box37.propositionBytes == coll30, allOf(Coll[Boolean](tuple41._1 == coll11, tuple41._2 == l38))))\n )} else { placeholder[Boolean](112) }, allOf(Coll[Boolean](box39.value == SELF.value, box39.propositionBytes == coll18, allOf(Coll[Boolean](tuple40._1 == coll11, tuple40._2 == l5 - placeholder[Long](113) * l5 / placeholder[Long](114) + l36 + l38)))), func19(coll9)))) && prop3\n )} else { if (i1 == placeholder[Int](115)) {(\n val box34 = OUTPUTS(placeholder[Int](116))\n val l35 = box34.value\n val l36 = SELF.value\n val tuple37 = box34.tokens(placeholder[Int](117))\n val box38 = OUTPUTS(placeholder[Int](118))\n val tuple39 = box38.tokens(placeholder[Int](119))\n sigmaProp(allOf(Coll[Boolean](bool25, func4((prop3, INPUTS(placeholder[Int](120)))), allOf(Coll[Boolean](l35 == l36 / placeholder[Long](121), func4((prop14, box34)), allOf(Coll[Boolean](tuple37._1 == coll11, tuple37._2 == l5)))), allOf(Coll[Boolean](box38.value == l36 - l35, func4((prop16, box38)), allOf(Coll[Boolean](tuple39._1 == coll11, tuple39._2 == l17)))), func19(coll9)))) && prop3\n )} else { sigmaProp(placeholder[Boolean](122)) } } } } } } } } }\n}",
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"assets": [
{
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"index": 0,
"amount": 1,
"name": null,
"decimals": null,
"type": null
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{
"tokenId": "03faf2cb329f2e90d6d23b58d91bbb6c046aa143261cc21f52fbe2824bfcbf04",
"index": 1,
"amount": 10,
"name": "SigUSD",
"decimals": 2,
"type": "EIP-004"
}
],
"additionalRegisters": {
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"sigmaType": "(SSigmaProp, SSigmaProp)",
"renderedValue": "[02627b2ae20e2f69ef4fc16569f8474ed850c7b87fc312aa21002e63f6dc0c43bc,02627b2ae20e2f69ef4fc16569f8474ed850c7b87fc312aa21002e63f6dc0c43bc]"
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"R6": {
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"sigmaType": "(Coll[SByte], Coll[SByte])",
"renderedValue": "[,]"
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"R8": {
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"sigmaType": "SLong",
"renderedValue": "10"
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"R7": {
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"sigmaType": "(SBoolean, SBoolean)",
"renderedValue": "[false,false]"
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"sigmaType": "SLong",
"renderedValue": "0"
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"R4": {
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"sigmaType": "SInt",
"renderedValue": "1537628"
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"mainChain": true
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{
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"index": 1,
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"ergoTreeScript": "{sigmaProp(\n allOf(\n Coll[Boolean](\n HEIGHT == OUTPUTS(placeholder[Int](0)).creationInfo._1, OUTPUTS(placeholder[Int](1)).propositionBytes == substConstants(\n placeholder[Coll[Byte]](2), placeholder[Coll[Int]](3), Coll[SigmaProp](proveDlog(decodePoint(minerPubKey)))\n ), OUTPUTS.size == placeholder[Int](4)\n )\n )\n)}",
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"ergoTreeScript": "{SigmaProp(ProveDlog(ECPoint(627b2a,4dc0a9,...)))}",
"address": "9fGS5mw42MPszcjurgijPP3Abqc47Gm8rwUrqM7TQMBY3AFNRWB",
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