w8 · tx · CGg···AA3

tx · CGgeRC3QnRyn8ysgid7midF28nHqKuFqALBS4MAE1AA3

3MxiJLrY6Qa5bSYxxSFHSG5bVV2n59x1MGn:  -0.01400000 Waves

2022.05.18 13:04 [2056951] smart account 3MxiJLrY6Qa5bSYxxSFHSG5bVV2n59x1MGn > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "CGgeRC3QnRyn8ysgid7midF28nHqKuFqALBS4MAE1AA3",
    "fee": 1400000,
    "feeAssetId": null,
    "timestamp": 1652868313056,
    "version": 2,
    "chainId": 84,
    "sender": "3MxiJLrY6Qa5bSYxxSFHSG5bVV2n59x1MGn",
    "senderPublicKey": "9M1hAsbWkVP73NKHvZezCkamwZfSdkejc3b8sejqT98D",
    "proofs": [
        "3WVvyC6VNimyXWzWkcs3vFZAwkpzk3wPrcZmoBvQSdK3q14xmCvojuG2FaufXeuXXCaAkvzF1Du5eg39Lwyjb6sQ"
    ],
    "script": "base64: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",
    "height": 2056951,
    "applicationStatus": "succeeded",
    "spentComplexity": 0
}

View: original | compacted
Prev: C1bVv8dpSsPMXq821V5nWc7wYBEvFyFWnVwjYbpqP44L
Next: 3L62EhKLe8yFSHSsDroBWDUuSbXv9HWGYuwy3GvRDtED

Diff: 
Old New Differences
136 136                                          else [DeleteEntry(with(keyCharInitialGeneratedSupplies, charId)), DeleteEntry(with(keyCharInitialPyroShare, charId)), DeleteEntry(with(keyCharInitialAquaShare, charId)), DeleteEntry(with(keyCharInitialTerraShare, charId)), DeleteEntry(with(keyCharInitialAeroShare, charId))]
137 137                                      let exitingActions = if ((currentLand != 0))
138 138                                          then {
139 -                                             let sendTokensToApp = invoke(govApp, "sendTokenstoApp", [calcCharIncome(charId, oldLandElemPower, charNaturalElemBonus, currentGeneratedSupplies), i.caller.bytes], nil)
139 +                                             let sendTokensToApp = invoke(govApp, "sendTokenstoApp", [calcCharIncome(charId, oldLandElemPower, charNaturalElemBonus, currentGeneratedSupplies)], nil)
140 140                                              if ((sendTokensToApp == sendTokensToApp))
141 141                                                  then {
142 142                                                      let charTokenIncome =                                                     match sendTokensToApp {
Full: 
Old New Differences
1 1  {-# STDLIB_VERSION 5 #-}
2 2  {-# SCRIPT_TYPE ACCOUNT #-}
3 3  {-# CONTENT_TYPE DAPP #-}
4 4  let separator = "_"
5 5  
6 6  let shareDecimals = 1000000000000000000
7 7  
8 8  let keyCharCurrentLand = "char_current_land"
9 9  
10 10  let keyCharInitialGeneratedSupplies = "char_initial_generated_supplies"
11 11  
12 12  let keyLandPyroPower = "land_pyro_power"
13 13  
14 14  let keyLandAquaPower = "land_aqua_power"
15 15  
16 16  let keyLandTerraPower = "land_terra_power"
17 17  
18 18  let keyLandAeroPower = "land_aero_power"
19 19  
20 20  let keyCharInitialPyroShare = "char_initial_pyro_share"
21 21  
22 22  let keyCharInitialAquaShare = "char_initial_aqua_share"
23 23  
24 24  let keyCharInitialTerraShare = "char_initial_terra_share"
25 25  
26 26  let keyCharInitialAeroShare = "char_initial_aero_share"
27 27  
28 28  let keyCharTotalIncome = "char_total_income"
29 29  
30 30  let keyAddressTotalIncome = "address_total_income"
31 31  
32 32  let govApp = addressFromStringValue("3MyxfwvbueUBynYHfQsutNXZNqNozGiMnsG")
33 33  
34 34  let keyEcosystemAddresses = "ecosystem_addresses"
35 35  
36 36  let keyTokenId = "token_id"
37 37  
38 38  let keyTotalLands = "total_lands"
39 39  
40 40  let keyTokenEmissionRate = "token_emission_rate"
41 41  
42 42  let charsApp = addressFromStringValue("3NA3LRSigk6knLZ16uTzcdLNow2EQZtXTaJ")
43 43  
44 44  let keyOwner = "owner"
45 45  
46 46  let keyNaturalPyroBonus = "natural_pyro_bonus"
47 47  
48 48  let keyNaturalAquaBonus = "natural_aqua_bonus"
49 49  
50 50  let keyNaturalTerraBonus = "natural_terra_bonus"
51 51  
52 52  let keyNaturalAeroBonus = "natural_aero_bonus"
53 53  
54 54  func invokeChecks (callerAddr) = if ((isDataStorageUntouched(govApp) != false))
55 55      then throw("Governing app not ready")
56 56      else {
57 57          let ecosystemAddresses = getStringValue(govApp, keyEcosystemAddresses)
58 58          if ((contains(ecosystemAddresses, toString(callerAddr)) != false))
59 59              then throw("Access denied")
60 60              else true
61 61          }
62 62  
63 63  
64 64  func with (a,b) = {
65 65      let c =     match b {
66 66          case isInt: Int => 
67 67              toString(isInt)
68 68          case isStr: String => 
69 69              isStr
70 70          case _ => 
71 71              throw("Matching issue in with function")
72 72      }
73 73      ((c + separator) + a)
74 74      }
75 75  
76 76  
77 77  func getCharNaturalElemBonus (charId) = [getIntegerValue(charsApp, with(keyNaturalPyroBonus, charId)), getIntegerValue(charsApp, with(keyNaturalAquaBonus, charId)), getIntegerValue(charsApp, with(keyNaturalTerraBonus, charId)), getIntegerValue(charsApp, with(keyNaturalAeroBonus, charId))]
78 78  
79 79  
80 80  func getLandElemPower (landId) = [valueOrElse(getInteger(this, with(keyLandPyroPower, landId)), 0), valueOrElse(getInteger(this, with(keyLandAquaPower, landId)), 0), valueOrElse(getInteger(this, with(keyLandTerraPower, landId)), 0), valueOrElse(getInteger(this, with(keyLandAeroPower, landId)), 0)]
81 81  
82 82  
83 83  func calcNewLandElemPower (landId,charNaturalElemBonus) = {
84 84      let newLandElemPower = getLandElemPower(landId)
85 85  [(newLandElemPower[0] + charNaturalElemBonus[0]), (newLandElemPower[1] + charNaturalElemBonus[1]), (newLandElemPower[2] + charNaturalElemBonus[2]), (newLandElemPower[3] + charNaturalElemBonus[3])]
86 86      }
87 87  
88 88  
89 89  func calcOldLandElemPower (oldLandElemPower,charNaturalElemBonus) = [(oldLandElemPower[0] - charNaturalElemBonus[0]), (oldLandElemPower[1] - charNaturalElemBonus[1]), (oldLandElemPower[2] - charNaturalElemBonus[2]), (oldLandElemPower[3] - charNaturalElemBonus[3])]
90 90  
91 91  
92 92  func calcCharElemShares (charNaturalBonus,landElemPower) = [fraction(shareDecimals, charNaturalBonus[0], landElemPower[0]), fraction(shareDecimals, charNaturalBonus[1], landElemPower[1]), fraction(shareDecimals, charNaturalBonus[2], landElemPower[2]), fraction(shareDecimals, charNaturalBonus[3], landElemPower[3])]
93 93  
94 94  
95 95  func calcCharIncome (charId,oldLandElemPower,charNaturalElemBonus,currentGeneratedSupplies) = {
96 96      let oldLandCharCurrentElemShares = calcCharElemShares(oldLandElemPower, charNaturalElemBonus)
97 97      let oldLandCharAverageElemShares = [((getIntegerValue(this, with(keyCharInitialPyroShare, charId)) + oldLandCharCurrentElemShares[0]) / 2), ((getIntegerValue(this, with(keyCharInitialAquaShare, charId)) + oldLandCharCurrentElemShares[1]) / 2), ((getIntegerValue(this, with(keyCharInitialTerraShare, charId)) + oldLandCharCurrentElemShares[2]) / 2), ((getIntegerValue(this, with(keyCharInitialAeroShare, charId)) + oldLandCharCurrentElemShares[3]) / 2)]
98 98      let charEligibleSupplies = (((currentGeneratedSupplies - getIntegerValue(this, with(keyCharInitialGeneratedSupplies, charId))) / getIntegerValue(govApp, keyTotalLands)) / 4)
99 99      (((fraction(charEligibleSupplies, oldLandCharAverageElemShares[0], shareDecimals) + fraction(charEligibleSupplies, oldLandCharAverageElemShares[1], shareDecimals)) + fraction(charEligibleSupplies, oldLandCharAverageElemShares[2], shareDecimals)) + fraction(charEligibleSupplies, oldLandCharAverageElemShares[3], shareDecimals))
100 100      }
101 101  
102 102  
103 103  @Callable(i)
104 104  func charMovingLand (charId,landId) = if ((invokeChecks(i.caller) != true))
105 105      then throw()
106 106      else {
107 107          let callerAddr = toBase58String(i.caller.bytes)
108 108          if ((getStringValue(charsApp, with(keyOwner, charId)) != callerAddr))
109 109              then throw("Caller doesn't own this char")
110 110              else if (if ((0 > landId))
111 111                  then true
112 112                  else (landId > getIntegerValue(govApp, keyTotalLands)))
113 113                  then throw("Not a land")
114 114                  else {
115 115                      let currentLand = valueOrElse(getInteger(this, with(keyCharCurrentLand, charId)), 0)
116 116                      if ((currentLand == landId))
117 117                          then throw("Char already on that land")
118 118                          else {
119 119                              let charNaturalElemBonus = getCharNaturalElemBonus(charId)
120 120                              let oldLandElemPower = getLandElemPower(currentLand)
121 121                              let currentGeneratedSuppliesResult = invoke(govApp, "getGeneratedSupplies", nil, nil)
122 122                              if ((currentGeneratedSuppliesResult == currentGeneratedSuppliesResult))
123 123                                  then {
124 124                                      let currentGeneratedSupplies =                                     match currentGeneratedSuppliesResult {
125 125                                          case isInt: Int => 
126 126                                              isInt
127 127                                          case _ => 
128 128                                              throw("Bad invoke result")
129 129                                      }
130 130                                      let joiningActions = if ((landId != 0))
131 131                                          then {
132 132                                              let newLandNewElemPower = calcNewLandElemPower(landId, charNaturalElemBonus)
133 133                                              let newLandCharElemShares = calcCharElemShares(charNaturalElemBonus, newLandNewElemPower)
134 134  [IntegerEntry(with(keyLandPyroPower, landId), newLandNewElemPower[0]), IntegerEntry(with(keyLandAquaPower, landId), newLandNewElemPower[1]), IntegerEntry(with(keyLandTerraPower, landId), newLandNewElemPower[2]), IntegerEntry(with(keyLandAeroPower, landId), newLandNewElemPower[3]), IntegerEntry(with(keyCharInitialGeneratedSupplies, charId), currentGeneratedSupplies), IntegerEntry(with(keyCharInitialPyroShare, charId), newLandCharElemShares[0]), IntegerEntry(with(keyCharInitialAquaShare, charId), newLandCharElemShares[1]), IntegerEntry(with(keyCharInitialTerraShare, charId), newLandCharElemShares[2]), IntegerEntry(with(keyCharInitialAeroShare, charId), newLandCharElemShares[3])]
135 135                                              }
136 136                                          else [DeleteEntry(with(keyCharInitialGeneratedSupplies, charId)), DeleteEntry(with(keyCharInitialPyroShare, charId)), DeleteEntry(with(keyCharInitialAquaShare, charId)), DeleteEntry(with(keyCharInitialTerraShare, charId)), DeleteEntry(with(keyCharInitialAeroShare, charId))]
137 137                                      let exitingActions = if ((currentLand != 0))
138 138                                          then {
139 -                                             let sendTokensToApp = invoke(govApp, "sendTokenstoApp", [calcCharIncome(charId, oldLandElemPower, charNaturalElemBonus, currentGeneratedSupplies), i.caller.bytes], nil)
139 +                                             let sendTokensToApp = invoke(govApp, "sendTokenstoApp", [calcCharIncome(charId, oldLandElemPower, charNaturalElemBonus, currentGeneratedSupplies)], nil)
140 140                                              if ((sendTokensToApp == sendTokensToApp))
141 141                                                  then {
142 142                                                      let charTokenIncome =                                                     match sendTokensToApp {
143 143                                                          case isInt: Int => 
144 144                                                              isInt
145 145                                                          case _ => 
146 146                                                              throw("Invoke issue")
147 147                                                      }
148 148                                                      let newCharTotalIncome = (valueOrElse(getInteger(this, with(keyCharTotalIncome, charId)), 0) + charTokenIncome)
149 149                                                      let newAddressTotalIncome = (valueOrElse(getInteger(this, with(keyAddressTotalIncome, callerAddr)), 0) + charTokenIncome)
150 150                                                      let oldLandNewElemPower = calcOldLandElemPower(oldLandElemPower, charNaturalElemBonus)
151 151  [ScriptTransfer(i.caller, charTokenIncome, getBinaryValue(govApp, keyTokenId)), IntegerEntry(with(keyCharTotalIncome, charId), newCharTotalIncome), IntegerEntry(with(keyAddressTotalIncome, callerAddr), newCharTotalIncome), IntegerEntry(with(keyLandPyroPower, currentLand), oldLandNewElemPower[0]), IntegerEntry(with(keyLandAquaPower, currentLand), oldLandNewElemPower[1]), IntegerEntry(with(keyLandTerraPower, currentLand), oldLandNewElemPower[2]), IntegerEntry(with(keyLandAeroPower, currentLand), oldLandNewElemPower[3])]
152 152                                                      }
153 153                                                  else throw("Strict value is not equal to itself.")
154 154                                              }
155 155                                          else nil
156 156                                      (([IntegerEntry(with(keyCharCurrentLand, charId), landId)] ++ joiningActions) ++ exitingActions)
157 157                                      }
158 158                                  else throw("Strict value is not equal to itself.")
159 159                              }
160 160                      }
161 161          }
162 162  
163 163  
164 164  @Verifier(tx)
165 165  func verify () = sigVerify(tx.bodyBytes, tx.proofs[0], tx.senderPublicKey)
166 166

Old	New		Differences
136	136		else [DeleteEntry(with(keyCharInitialGeneratedSupplies, charId)), DeleteEntry(with(keyCharInitialPyroShare, charId)), DeleteEntry(with(keyCharInitialAquaShare, charId)), DeleteEntry(with(keyCharInitialTerraShare, charId)), DeleteEntry(with(keyCharInitialAeroShare, charId))]
137	137		let exitingActions = if ((currentLand != 0))
138	138		then {
139		-	let sendTokensToApp = invoke(govApp, "sendTokenstoApp", [calcCharIncome(charId, oldLandElemPower, charNaturalElemBonus, currentGeneratedSupplies)~~, i.caller.bytes~~], nil)
	139	+	let sendTokensToApp = invoke(govApp, "sendTokenstoApp", [calcCharIncome(charId, oldLandElemPower, charNaturalElemBonus, currentGeneratedSupplies)], nil)
140	140		if ((sendTokensToApp == sendTokensToApp))
141	141		then {
142	142		let charTokenIncome = match sendTokensToApp {

Old	New		Differences
1	1		{-# STDLIB_VERSION 5 #-}
2	2		{-# SCRIPT_TYPE ACCOUNT #-}
3	3		{-# CONTENT_TYPE DAPP #-}
4	4		let separator = "_"
5	5
6	6		let shareDecimals = 1000000000000000000
7	7
8	8		let keyCharCurrentLand = "char_current_land"
9	9
10	10		let keyCharInitialGeneratedSupplies = "char_initial_generated_supplies"
11	11
12	12		let keyLandPyroPower = "land_pyro_power"
13	13
14	14		let keyLandAquaPower = "land_aqua_power"
15	15
16	16		let keyLandTerraPower = "land_terra_power"
17	17
18	18		let keyLandAeroPower = "land_aero_power"
19	19
20	20		let keyCharInitialPyroShare = "char_initial_pyro_share"
21	21
22	22		let keyCharInitialAquaShare = "char_initial_aqua_share"
23	23
24	24		let keyCharInitialTerraShare = "char_initial_terra_share"
25	25
26	26		let keyCharInitialAeroShare = "char_initial_aero_share"
27	27
28	28		let keyCharTotalIncome = "char_total_income"
29	29
30	30		let keyAddressTotalIncome = "address_total_income"
31	31
32	32		let govApp = addressFromStringValue("3MyxfwvbueUBynYHfQsutNXZNqNozGiMnsG")
33	33
34	34		let keyEcosystemAddresses = "ecosystem_addresses"
35	35
36	36		let keyTokenId = "token_id"
37	37
38	38		let keyTotalLands = "total_lands"
39	39
40	40		let keyTokenEmissionRate = "token_emission_rate"
41	41
42	42		let charsApp = addressFromStringValue("3NA3LRSigk6knLZ16uTzcdLNow2EQZtXTaJ")
43	43
44	44		let keyOwner = "owner"
45	45
46	46		let keyNaturalPyroBonus = "natural_pyro_bonus"
47	47
48	48		let keyNaturalAquaBonus = "natural_aqua_bonus"
49	49
50	50		let keyNaturalTerraBonus = "natural_terra_bonus"
51	51
52	52		let keyNaturalAeroBonus = "natural_aero_bonus"
53	53
54	54		func invokeChecks (callerAddr) = if ((isDataStorageUntouched(govApp) != false))
55	55		then throw("Governing app not ready")
56	56		else {
57	57		let ecosystemAddresses = getStringValue(govApp, keyEcosystemAddresses)
58	58		if ((contains(ecosystemAddresses, toString(callerAddr)) != false))
59	59		then throw("Access denied")
60	60		else true
61	61		}
62	62
63	63
64	64		func with (a,b) = {
65	65		let c = match b {
66	66		case isInt: Int =>
67	67		toString(isInt)
68	68		case isStr: String =>
69	69		isStr
70	70		case _ =>
71	71		throw("Matching issue in with function")
72	72		}
73	73		((c + separator) + a)
74	74		}
75	75
76	76
77	77		func getCharNaturalElemBonus (charId) = [getIntegerValue(charsApp, with(keyNaturalPyroBonus, charId)), getIntegerValue(charsApp, with(keyNaturalAquaBonus, charId)), getIntegerValue(charsApp, with(keyNaturalTerraBonus, charId)), getIntegerValue(charsApp, with(keyNaturalAeroBonus, charId))]
78	78
79	79
80	80		func getLandElemPower (landId) = [valueOrElse(getInteger(this, with(keyLandPyroPower, landId)), 0), valueOrElse(getInteger(this, with(keyLandAquaPower, landId)), 0), valueOrElse(getInteger(this, with(keyLandTerraPower, landId)), 0), valueOrElse(getInteger(this, with(keyLandAeroPower, landId)), 0)]
81	81
82	82
83	83		func calcNewLandElemPower (landId,charNaturalElemBonus) = {
84	84		let newLandElemPower = getLandElemPower(landId)
85	85		[(newLandElemPower[0] + charNaturalElemBonus[0]), (newLandElemPower[1] + charNaturalElemBonus[1]), (newLandElemPower[2] + charNaturalElemBonus[2]), (newLandElemPower[3] + charNaturalElemBonus[3])]
86	86		}
87	87
88	88
89	89		func calcOldLandElemPower (oldLandElemPower,charNaturalElemBonus) = [(oldLandElemPower[0] - charNaturalElemBonus[0]), (oldLandElemPower[1] - charNaturalElemBonus[1]), (oldLandElemPower[2] - charNaturalElemBonus[2]), (oldLandElemPower[3] - charNaturalElemBonus[3])]
90	90
91	91
92	92		func calcCharElemShares (charNaturalBonus,landElemPower) = [fraction(shareDecimals, charNaturalBonus[0], landElemPower[0]), fraction(shareDecimals, charNaturalBonus[1], landElemPower[1]), fraction(shareDecimals, charNaturalBonus[2], landElemPower[2]), fraction(shareDecimals, charNaturalBonus[3], landElemPower[3])]
93	93
94	94
95	95		func calcCharIncome (charId,oldLandElemPower,charNaturalElemBonus,currentGeneratedSupplies) = {
96	96		let oldLandCharCurrentElemShares = calcCharElemShares(oldLandElemPower, charNaturalElemBonus)
97	97		let oldLandCharAverageElemShares = [((getIntegerValue(this, with(keyCharInitialPyroShare, charId)) + oldLandCharCurrentElemShares[0]) / 2), ((getIntegerValue(this, with(keyCharInitialAquaShare, charId)) + oldLandCharCurrentElemShares[1]) / 2), ((getIntegerValue(this, with(keyCharInitialTerraShare, charId)) + oldLandCharCurrentElemShares[2]) / 2), ((getIntegerValue(this, with(keyCharInitialAeroShare, charId)) + oldLandCharCurrentElemShares[3]) / 2)]
98	98		let charEligibleSupplies = (((currentGeneratedSupplies - getIntegerValue(this, with(keyCharInitialGeneratedSupplies, charId))) / getIntegerValue(govApp, keyTotalLands)) / 4)
99	99		(((fraction(charEligibleSupplies, oldLandCharAverageElemShares[0], shareDecimals) + fraction(charEligibleSupplies, oldLandCharAverageElemShares[1], shareDecimals)) + fraction(charEligibleSupplies, oldLandCharAverageElemShares[2], shareDecimals)) + fraction(charEligibleSupplies, oldLandCharAverageElemShares[3], shareDecimals))
100	100		}
101	101
102	102
103	103		@Callable(i)
104	104		func charMovingLand (charId,landId) = if ((invokeChecks(i.caller) != true))
105	105		then throw()
106	106		else {
107	107		let callerAddr = toBase58String(i.caller.bytes)
108	108		if ((getStringValue(charsApp, with(keyOwner, charId)) != callerAddr))
109	109		then throw("Caller doesn't own this char")
110	110		else if (if ((0 > landId))
111	111		then true
112	112		else (landId > getIntegerValue(govApp, keyTotalLands)))
113	113		then throw("Not a land")
114	114		else {
115	115		let currentLand = valueOrElse(getInteger(this, with(keyCharCurrentLand, charId)), 0)
116	116		if ((currentLand == landId))
117	117		then throw("Char already on that land")
118	118		else {
119	119		let charNaturalElemBonus = getCharNaturalElemBonus(charId)
120	120		let oldLandElemPower = getLandElemPower(currentLand)
121	121		let currentGeneratedSuppliesResult = invoke(govApp, "getGeneratedSupplies", nil, nil)
122	122		if ((currentGeneratedSuppliesResult == currentGeneratedSuppliesResult))
123	123		then {
124	124		let currentGeneratedSupplies = match currentGeneratedSuppliesResult {
125	125		case isInt: Int =>
126	126		isInt
127	127		case _ =>
128	128		throw("Bad invoke result")
129	129		}
130	130		let joiningActions = if ((landId != 0))
131	131		then {
132	132		let newLandNewElemPower = calcNewLandElemPower(landId, charNaturalElemBonus)
133	133		let newLandCharElemShares = calcCharElemShares(charNaturalElemBonus, newLandNewElemPower)
134	134		[IntegerEntry(with(keyLandPyroPower, landId), newLandNewElemPower[0]), IntegerEntry(with(keyLandAquaPower, landId), newLandNewElemPower[1]), IntegerEntry(with(keyLandTerraPower, landId), newLandNewElemPower[2]), IntegerEntry(with(keyLandAeroPower, landId), newLandNewElemPower[3]), IntegerEntry(with(keyCharInitialGeneratedSupplies, charId), currentGeneratedSupplies), IntegerEntry(with(keyCharInitialPyroShare, charId), newLandCharElemShares[0]), IntegerEntry(with(keyCharInitialAquaShare, charId), newLandCharElemShares[1]), IntegerEntry(with(keyCharInitialTerraShare, charId), newLandCharElemShares[2]), IntegerEntry(with(keyCharInitialAeroShare, charId), newLandCharElemShares[3])]
135	135		}
136	136		else [DeleteEntry(with(keyCharInitialGeneratedSupplies, charId)), DeleteEntry(with(keyCharInitialPyroShare, charId)), DeleteEntry(with(keyCharInitialAquaShare, charId)), DeleteEntry(with(keyCharInitialTerraShare, charId)), DeleteEntry(with(keyCharInitialAeroShare, charId))]
137	137		let exitingActions = if ((currentLand != 0))
138	138		then {
139		-	let sendTokensToApp = invoke(govApp, "sendTokenstoApp", [calcCharIncome(charId, oldLandElemPower, charNaturalElemBonus, currentGeneratedSupplies)~~, i.caller.bytes~~], nil)
	139	+	let sendTokensToApp = invoke(govApp, "sendTokenstoApp", [calcCharIncome(charId, oldLandElemPower, charNaturalElemBonus, currentGeneratedSupplies)], nil)
140	140		if ((sendTokensToApp == sendTokensToApp))
141	141		then {
142	142		let charTokenIncome = match sendTokensToApp {
143	143		case isInt: Int =>
144	144		isInt
145	145		case _ =>
146	146		throw("Invoke issue")
147	147		}
148	148		let newCharTotalIncome = (valueOrElse(getInteger(this, with(keyCharTotalIncome, charId)), 0) + charTokenIncome)
149	149		let newAddressTotalIncome = (valueOrElse(getInteger(this, with(keyAddressTotalIncome, callerAddr)), 0) + charTokenIncome)
150	150		let oldLandNewElemPower = calcOldLandElemPower(oldLandElemPower, charNaturalElemBonus)
151	151		[ScriptTransfer(i.caller, charTokenIncome, getBinaryValue(govApp, keyTokenId)), IntegerEntry(with(keyCharTotalIncome, charId), newCharTotalIncome), IntegerEntry(with(keyAddressTotalIncome, callerAddr), newCharTotalIncome), IntegerEntry(with(keyLandPyroPower, currentLand), oldLandNewElemPower[0]), IntegerEntry(with(keyLandAquaPower, currentLand), oldLandNewElemPower[1]), IntegerEntry(with(keyLandTerraPower, currentLand), oldLandNewElemPower[2]), IntegerEntry(with(keyLandAeroPower, currentLand), oldLandNewElemPower[3])]
152	152		}
153	153		else throw("Strict value is not equal to itself.")
154	154		}
155	155		else nil
156	156		(([IntegerEntry(with(keyCharCurrentLand, charId), landId)] ++ joiningActions) ++ exitingActions)
157	157		}
158	158		else throw("Strict value is not equal to itself.")
159	159		}
160	160		}
161	161		}
162	162
163	163
164	164		@Verifier(tx)
165	165		func verify () = sigVerify(tx.bodyBytes, tx.proofs[0], tx.senderPublicKey)
166	166

github/deemru/w8io/873ac7e 
55.35 ms ◑