tx · 9NPuNqcbwdaNvHaygV6Jiq6UNNWr6apjwnGAYH9AjpRP

3N1x2A7NumZqydu5zGntLZSMe26rcpdyoss:  -0.04000000 Waves

2020.08.12 16:58 [1129418] smart account 3N1x2A7NumZqydu5zGntLZSMe26rcpdyoss > SELF 0.00000000 Waves

{
    "type": 13,
    "id": "9NPuNqcbwdaNvHaygV6Jiq6UNNWr6apjwnGAYH9AjpRP",
    "fee": 4000000,
    "feeAssetId": null,
    "timestamp": 1597240730991,
    "version": 1,
    "sender": "3N1x2A7NumZqydu5zGntLZSMe26rcpdyoss",
    "senderPublicKey": "7EaUr5Z6zmEQJXz7jVWXjW7xbJLakPjxFPTZFogi8wzr",
    "proofs": [
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    ],
    "script": 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    "chainId": 84,
    "height": 1129418,
    "spentComplexity": 0
}

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Full: 

OldNewDifferences
11 {-# STDLIB_VERSION 3 #-}
22 {-# SCRIPT_TYPE ACCOUNT #-}
33 {-# CONTENT_TYPE DAPP #-}
4+func setCoords (key,latitude,longitude) = [DataEntry(("positionLat_" + key), latitude), DataEntry(("positionLon_" + key), longitude)]
5+
6+
7+func setGameData (playerKey,opponentKey) = {
8+    let gameId = ((playerKey + "_") + opponentKey)
9+[DataEntry(("gameId_" + playerKey), gameId), DataEntry(("opponent_" + playerKey), opponentKey), DataEntry(("gameId_" + opponentKey), gameId), DataEntry(("opponent_" + opponentKey), playerKey), DataEntry(("game_" + gameId), true), DataEntry(("gameTurn_" + gameId), playerKey), DataEntry(("gameWinner_" + gameId), "")]
10+    }
11+
12+
13+func getGameId (key) = getStringValue(this, ("gameId_" + key))
14+
15+
16+func sin (rad) = {
17+    let factor = (rad / 628318)
18+    if ((0 > rad))
19+        then {
20+            let positive = -(rad)
21+            if ((positive > 628318))
22+                then {
23+                    let norm = (positive + (factor * 628318))
24+                    if ((norm > 314159))
25+                        then {
26+                            let norm2 = (norm - 314159)
27+                            let a = ((16 * norm2) * (314159 - norm2))
28+                            let b = (493480220050 - (a / 4))
29+                            ((a * 100000) / b)
30+                            }
31+                        else {
32+                            let a = ((16 * norm) * (314159 - norm))
33+                            let b = (493480220050 - (a / 4))
34+                            ((-(a) * 100000) / b)
35+                            }
36+                    }
37+                else if ((positive > 314159))
38+                    then {
39+                        let norm = (positive - 314159)
40+                        let a = ((16 * norm) * (314159 - norm))
41+                        let b = (493480220050 - (a / 4))
42+                        ((a * 100000) / b)
43+                        }
44+                    else {
45+                        let a = ((16 * positive) * (314159 - positive))
46+                        let b = (493480220050 - (a / 4))
47+                        ((-(a) * 100000) / b)
48+                        }
49+            }
50+        else if ((rad > 628318))
51+            then {
52+                let norm = (rad - (factor * 628318))
53+                if ((norm > 314159))
54+                    then {
55+                        let norm2 = (norm - 314159)
56+                        let a = ((16 * norm2) * (314159 - norm2))
57+                        let b = (493480220050 - (a / 4))
58+                        ((-(a) * 100000) / b)
59+                        }
60+                    else {
61+                        let a = ((16 * norm) * (314159 - norm))
62+                        let b = (493480220050 - (a / 4))
63+                        ((a * 100000) / b)
64+                        }
65+                }
66+            else if ((rad > 314159))
67+                then {
68+                    let norm = (rad - 314159)
69+                    let a = ((16 * norm) * (314159 - norm))
70+                    let b = (493480220050 - (a / 4))
71+                    ((-(a) * 100000) / b)
72+                    }
73+                else {
74+                    let a = ((16 * rad) * (314159 - rad))
75+                    let b = (493480220050 - (a / 4))
76+                    ((a * 100000) / b)
77+                    }
78+    }
79+
80+
81+func cos (rad) = sin((157079 - rad))
82+
83+
84+func asin (x) = if (if ((-100000 > x))
85+    then true
86+    else (x > 100000))
87+    then throw("The asin implementation is defined for x [-1,1]!")
88+    else if ((0 > x))
89+        then {
90+            let x1 = (-1 * x)
91+            let val4 = ((((((-1873 * x1) / 100000) + 7426) * x1) / 100000) - 21211)
92+            let val6 = (((val4 * x1) / 100000) + 157072)
93+            let root = pow((100000 - x1), 5, 5, 1, 5, HALFEVEN)
94+            -((157080 - ((root * val6) / 100000)))
95+            }
96+        else {
97+            let val2 = (((-1873 * x) / 100000) + 7426)
98+            let val4 = (((val2 * x) / 100000) - 21211)
99+            let val6 = (((val4 * x) / 100000) + 157072)
100+            let root = pow((100000 - x), 5, 5, 1, 5, HALFEVEN)
101+            (157080 - ((root * val6) / 100000))
102+            }
103+
104+
105+func atan (x) = {
106+    let xPow2 = ((x * x) / 100000)
107+    if ((-100000 > x))
108+        then (-157079 - ((x * 100000) / (xPow2 + 28000)))
109+        else if ((x > 100000))
110+            then (157079 - ((x * 100000) / (xPow2 + 28000)))
111+            else ((x * 100000) / (100000 + ((28000 * xPow2) / 100000)))
112+    }
113+
114+
115+func atan2 (y,x) = if ((x > 0))
116+    then atan(((y * 100000) / x))
117+    else if (if ((0 > x))
118+        then (y >= 0)
119+        else false)
120+        then (atan(((y * 100000) / x)) + 314159)
121+        else if (if ((0 > x))
122+            then (0 > y)
123+            else false)
124+            then (atan(((y * 100000) / x)) - 314159)
125+            else if (if ((x == 0))
126+                then (y > 0)
127+                else false)
128+                then 157080
129+                else if (if ((x == 0))
130+                    then (0 > y)
131+                    else false)
132+                    then -157080
133+                    else 0
134+
135+
136+func calculateShotDistance (v,pitch) = (((2 * v) * ((cos(pitch) * sin(pitch)) / 100000)) / 980665)
137+
138+
139+func gpsDistance (lat1,lon1,lat2,lon2) = {
140+    let dLat = (lat1 - lat2)
141+    let dLon = (lon1 - lon2)
142+    let dLatSin = sin((dLat / 2))
143+    let dLonSin = sin((dLon / 2))
144+    let hav = ((dLatSin * dLatSin) + (((cos(lat1) * cos(lat2)) / 100000) * ((dLonSin * dLonSin) / 100000)))
145+    let theta = (2 * asin(pow((hav / 1000), 7, 5, 1, 5, HALFEVEN)))
146+    ((637100000000 * theta) / 100000)
147+    }
148+
149+
150+func calculateImpactPosition (lat,lon,dist,yaw) = {
151+    let th = (dist / 6371000)
152+    let sinLat = sin(lat)
153+    let cosLat = cos(lat)
154+    let sinTh = sin(th)
155+    let cosTh = cos(th)
156+    let newLat = asin((((sinLat * cosTh) / 100000) + (((cosLat * sinTh) * cos(yaw)) / 10000000000)))
157+    let newLon = (lon + atan2((((sin(yaw) * sinTh) * cosLat) / 10000000000), (cosTh - ((sinLat * sinLat) / 100000))))
158+[newLat, newLon]
159+    }
160+
161+
162+func calculateShot (pitch,yaw,force,playerKey,opponentKey) = {
163+    let playerLatitude = getIntegerValue(this, ("positionLat_" + playerKey))
164+    let playerLongitude = getIntegerValue(this, ("positionLon_" + playerKey))
165+    let opponentLatitude = getIntegerValue(this, ("positionLat_" + opponentKey))
166+    let opponentLongitude = getIntegerValue(this, ("positionLon_" + opponentKey))
167+    let distanceBetweenPlayers = gpsDistance(playerLatitude, playerLongitude, opponentLatitude, opponentLongitude)
168+    let optimalVelocity = ((distanceBetweenPlayers * 980665) / 100000)
169+    let playerShotReach = calculateShotDistance(((optimalVelocity * force) / 100000), pitch)
170+    let impactPosition = calculateImpactPosition(playerLatitude, playerLongitude, playerShotReach, yaw)
171+    let impactDistance = gpsDistance(impactPosition[0], impactPosition[1], opponentLatitude, opponentLongitude)
172+impactDistance :: impactPosition
173+    }
174+
175+
176+func coordinatesToAngleInRad (lat1,lon1,lat2,lon2) = {
177+    let dLon = (lon1 - lon2)
178+    let x = (sin(dLon) * cos(lat2))
179+    let y = ((cos(lat1) * sin(lat2)) - ((sin(lat1) * cos(lat2)) * cos(dLon)))
180+    ((atan2(y, x) + 628318) % 628318)
181+    }
4182 
5183 
6184 @Callable(i)
7-func random () = {
8-    let hash = sha256(toBytes("test2"))
9-    let number = toInt(hash, 0)
10-    let result = number
11-    WriteSet([DataEntry("number", result)])
185+func startGame (latitude,longitude) = {
186+    let caller = toString(i.caller)
187+    let opponentLatitude = ((latitude * 1745) / 100000)
188+    let opponentLongitude = ((longitude * 1745) / 100000)
189+    let coordinates = setCoords(caller, opponentLatitude, opponentLongitude)
190+    let openGame = getString(this, "openGame")
191+    let gameId = getString(this, ("gameId_" + caller))
192+    if (if ((gameId != ""))
193+        then (gameId != unit)
194+        else false)
195+        then throw("Please finish your current game, before starting another one")
196+        else if (!(isDefined(openGame)))
197+            then WriteSet(DataEntry("openGame", caller) :: coordinates)
198+            else if (if ((openGame == ""))
199+                then true
200+                else (openGame == caller))
201+                then WriteSet(DataEntry("openGame", caller) :: coordinates)
202+                else {
203+                    let playerLatitude = getIntegerValue(this, ("positionLat_" + value(openGame)))
204+                    let playerLongitude = getIntegerValue(this, ("positionLon_" + value(openGame)))
205+                    let distanceBetweenPlayers = gpsDistance(playerLatitude, playerLongitude, opponentLatitude, opponentLongitude)
206+                    let hash = sha256(toBytes(distanceBetweenPlayers))
207+                    let number = toInt(hash)
208+                    let offset = ((number % (628318 / 4)) - (628318 / 8))
209+                    let playerYaw = coordinatesToAngleInRad(playerLatitude, playerLongitude, opponentLatitude, opponentLongitude)
210+                    let playerOffsetYaw = (playerYaw + offset)
211+                    let opponentYaw = (628318 - playerYaw)
212+                    let opponentOffsetYaw = (opponentYaw + offset)
213+                    WriteSet([DataEntry("openGame", ""), coordinates[0], coordinates[1], DataEntry(("opponentOffsetYaw_" + caller), playerOffsetYaw), DataEntry(("opponentOffsetYaw_" + value(openGame)), opponentOffsetYaw), setGameData(value(openGame), caller)])
214+                    }
215+    }
216+
217+
218+
219+@Callable(i)
220+func executeShot (pitch,yaw,force) = {
221+    let asset = base58''
222+    let caller = toString(i.caller)
223+    let opponent = getStringValue(this, ("opponent_" + caller))
224+    let gameId = getGameId(caller)
225+    if ((getStringValue(this, ("gameTurn_" + gameId)) != caller))
226+        then throw("Please wait for your turn.")
227+        else {
228+            let shotData = calculateShot(pitch, yaw, force, caller, opponent)
229+            if ((1000 > shotData[0]))
230+                then ScriptResult(WriteSet([DataEntry(("game_" + gameId), false), DataEntry(("gameWinner_" + gameId), caller), DataEntry(("lastShotDistance_" + gameId), shotData[0]), DataEntry(("lastShotLat_" + gameId), shotData[1]), DataEntry(("lastShotLon_" + gameId), shotData[2])]), TransferSet([ScriptTransfer(i.caller, 2, asset)]))
231+                else WriteSet([DataEntry(("gameTurn_" + gameId), opponent), DataEntry(("lastShotDistance_" + gameId), shotData[0]), DataEntry(("lastShotLat_" + gameId), shotData[1]), DataEntry(("lastShotLon_" + gameId), shotData[2])])
232+            }
233+    }
234+
235+
236+
237+@Callable(i)
238+func faucet () = {
239+    let asset = base58''
240+    let caller = toString(i.caller)
241+    let balance = assetBalance(i.caller, asset)
242+    if ((100 > balance))
243+        then TransferSet([ScriptTransfer(i.caller, 100, asset)])
244+        else TransferSet(nil)
12245     }
13246 
14247 
github/deemru/w8io/03bedc9 
33.51 ms ◑