Token
630e2775293714b8d8eeac955087abfdc876aa6021062cb04d58c4d2b0ea5575
ID
630e2775293714b8d8eeac955087abfdc876aa6021062cb04d58c4d2b0ea5575
Name
Emission amount
1
Decimals
Description
Type
Issuer Box
{ "boxId": "630e2775293714b8d8eeac955087abfdc876aa6021062cb04d58c4d2b0ea5575", "transactionId": "1ebc1b510b752d75cd1f0ee77ce59e80f0e8dc00879d4a183636f7167c2da196", "blockId": "f27e778aac30573254c24c01485ecf9a57a43603e234c93c7bc59611d6421510", "value": 1000000, "index": 0, "globalIndex": 325496, "creationHeight": 1148854, "settlementHeight": 1148857, "ergoTree": 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"ergoTreeConstants": "0: 0\n1: 1\n2: 0\n3: 1\n4: 2\n5: 2\n6: 3\n7: 3\n8: 0\n9: 1\n10: 0\n11: 0\n12: 4\n13: 1\n14: 1\n15: 1\n16: SigmaProp(ProveDlog(ECPoint(4f716d,970b15,...)))\n17: 1\n18: 1\n19: 1\n20: 2\n21: 0\n22: 0\n23: 1\n24: 0\n25: 2\n26: 0\n27: 3\n28: 0\n29: 1\n30: 1474560\n31: 1\n32: 1\n33: 1\n34: 0\n35: 0\n36: 1\n37: 1\n38: 2\n39: 1\n40: 1\n41: 1\n42: 1\n43: 1\n44: 2\n45: 0\n46: 3\n47: 1\n48: 1\n49: 0\n50: 2\n51: 0\n52: 1000\n53: 1\n54: 2\n55: 0\n56: 3\n57: 0\n58: 1\n59: 4000000\n60: 0\n61: 1\n62: 1\n63: false", "ergoTreeScript": "{\n val box1 = INPUTS(placeholder[Int](0))\n val coll2 = box1.tokens\n val tuple3 = coll2(placeholder[Int](1))\n val l4 = tuple3._2\n val box5 = OUTPUTS(placeholder[Int](2))\n val coll6 = box5.tokens\n val tuple7 = coll6(placeholder[Int](3))\n val l8 = tuple7._2\n val bool9 = l4 == l8\n val tuple10 = coll2(placeholder[Int](4))\n val l11 = tuple10._2\n val tuple12 = coll6(placeholder[Int](5))\n val l13 = tuple12._2\n val bool14 = l11 == l13\n val tuple15 = coll2(placeholder[Int](6))\n val l16 = tuple15._2\n val tuple17 = coll6(placeholder[Int](7))\n val l18 = tuple17._2\n val bool19 = l16 == l18\n val coll20 = SELF.R5[Coll[Coll[Byte]]].get\n val coll21 = coll20(placeholder[Int](8))\n val coll22 = SELF.R8[Coll[Long]].get\n val l23 = coll22(placeholder[Int](9))\n val opt24 = SELF.R7[Coll[Byte]]\n val coll25 = tuple15._1\n val bool26 = allOf(\n Coll[Boolean](\n box5.propositionBytes == box1.propositionBytes, coll6(placeholder[Int](10))._1 == coll2(\n placeholder[Int](11)\n )._1, tuple7._1 == tuple3._1, tuple12._1 == tuple10._1, tuple17._1 == coll25, coll6.size == placeholder[Int](12), box5.value == box1.value, box5.R5[\n Coll[Coll[Byte]]\n ] == box1.R5[Coll[Coll[Byte]]], box5.R6[Coll[Byte]] == box1.R6[Coll[Byte]], box5.R7[Coll[Byte]] == box1.R7[Coll[Byte]]\n )\n )\n val bool27 = allOf(Coll[Boolean](box5.R4[Coll[Long]] == box1.R4[Coll[Long]], box5.R8[Coll[Long]] == box1.R8[Coll[Long]]))\n val bool28 = l4 + placeholder[Long](13) == l8\n val bool29 = allOf(Coll[Boolean](bool28, bool14, bool19))\n val bool30 = allOf(Coll[Boolean](bool9, bool14, l16 - placeholder[Long](14) == l18))\n val bool31 = allOf(Coll[Boolean](bool9, bool14, l16 + placeholder[Long](15) == l18))\n if (allOf(Coll[Boolean](bool9, bool14, bool19))) { placeholder[SigmaProp](16) } else {\n if (allOf(Coll[Boolean](l4 - placeholder[Long](17) == l8, bool14, bool19))) {(\n val box32 = OUTPUTS(placeholder[Int](18))\n val coll33 = box32.R4[Coll[Long]].get\n val tuple34 = box32.tokens(placeholder[Int](19))\n val box35 = OUTPUTS(placeholder[Int](20))\n sigmaProp(\n allOf(\n Coll[Boolean](\n allOf(\n Coll[Boolean](\n coll33(placeholder[Int](21)) > placeholder[Long](22), coll33(placeholder[Int](23)) - HEIGHT.toLong > placeholder[Long](24), coll33(\n placeholder[Int](25)\n ) >= placeholder[Long](26), coll33(placeholder[Int](27)) > placeholder[Long](28), tuple34._1 == box1.id, tuple34._2 == placeholder[Long](\n 29\n ), box32.value == placeholder[Long](30)\n )\n ), allOf(Coll[Boolean](blake2b256(box32.propositionBytes) == coll21, box35.value >= l23, box35.propositionBytes == opt24.get)), bool26, bool27\n )\n )\n )\n )} else { if (allOf(Coll[Boolean](bool28, l11 - placeholder[Long](31) == l13, bool19))) {(\n val box32 = INPUTS(placeholder[Int](32))\n val coll33 = box32.tokens\n val coll34 = SELF.tokens\n val box35 = OUTPUTS(placeholder[Int](33))\n val coll36 = box35.tokens\n val tuple37 = coll36(placeholder[Int](34))\n sigmaProp(allOf(Coll[Boolean](allOf(Coll[Boolean](coll33(placeholder[Int](35))._1 == coll34(placeholder[Int](36))._1, blake2b256(box32.propositionBytes) == coll21)), allOf(Coll[Boolean](blake2b256(box35.propositionBytes) == coll20(placeholder[Int](37)), tuple37._1 == coll34(placeholder[Int](38))._1, tuple37._2 == placeholder[Long](39), coll36(placeholder[Int](40)) == coll33(placeholder[Int](41)))), bool26, bool27)))\n )} else { if (allOf(Coll[Boolean](bool9, l11 + placeholder[Long](42) == l13, bool19))) {(\n val box32 = INPUTS(placeholder[Int](43))\n val coll33 = box32.R9[Coll[Long]].get\n if ((box32.R4[Coll[Long]].get(placeholder[Int](44)) == placeholder[Long](45)) || allOf(Coll[Boolean](coll33(placeholder[Int](46)) < HEIGHT.toLong, box32.value < coll33(placeholder[Int](47))))) { sigmaProp(bool26 && bool27) } else {(\n val box34 = OUTPUTS(placeholder[Int](48))\n sigmaProp(allOf(Coll[Boolean](allOf(Coll[Boolean](box34.propositionBytes == opt24.get, box34.tokens(placeholder[Int](49))._2 == coll33(placeholder[Int](50)) * coll22(placeholder[Int](51)) / placeholder[Long](52))), bool26, bool27)))\n )}\n )} else { if (bool29) { sigmaProp(allOf(Coll[Boolean](bool26, bool27, bool29))) } else { if (bool30) {(\n val coll32 = INPUTS(placeholder[Int](53)).tokens\n val box33 = OUTPUTS(placeholder[Int](54))\n val coll34 = box33.tokens\n val bool35 = box33.R6[Long].get == placeholder[Long](55)\n val box36 = OUTPUTS(placeholder[Int](56))\n sigmaProp(allOf(Coll[Boolean](coll32(placeholder[Int](57))._1 == SELF.tokens(placeholder[Int](58))._1, allOf(Coll[Boolean](box33.value == placeholder[Long](59), coll34(placeholder[Int](60))._1 == coll25, bool35, box36.value >= l23, box36.propositionBytes == opt24.get, box33.R4[Coll[Byte]].get == coll32(placeholder[Int](61))._1, box33.R5[Coll[Byte]].get == coll34(placeholder[Int](62))._1, bool35)), bool26, bool27, bool30)))\n )} else { if (bool31) { sigmaProp(allOf(Coll[Boolean](bool31, bool26, bool27))) } else { sigmaProp(placeholder[Boolean](63)) } } } } } }\n }\n}", "address": 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