Този скрипт не може да бъде инсталиран директно. Това е библиотека за други скриптове и може да бъде използвана с мета-директива // @require https://update.greasyfork.org/scripts/468815/1295885/MVDecoder2.js
// ==UserScript==
// @name MVDecoder2
// @version 0.7
// @description KoGaMa WebSocket Decoder
// @author Zpayer./.AMiNE.
// @match http://*/*
// @match https://*/*
// @grant none
// @run-at document-start
// ==/UserScript==
class StreamBuffer{
constructor(array=[]){this.index=0;this.array=new Uint8Array(array);}
readByte(){return this.array[this.index++];}
read(count){
let arr=new Uint8Array(Math.min(count,this.array.length-this.index));
for(let i=0;i<arr.length;i++)arr.set([this.readByte()],i);
return arr;
}
writeByte(byte){this.array=new Uint8Array([...this.array,byte]);this.index++;}
write(array){for(let i=0;i<array.length;i++)this.writeByte(array[i])}
}
function protoReverse(){
return this.map(a=>new this.constructor(new Uint8Array(new this.constructor([a]).buffer).reverse().buffer)[0])
}
function protoByte(){
return new Uint8Array(this.reversed().buffer);
}
Int32Array.prototype.bytes=protoByte;
Int32Array.prototype.reversed=protoReverse;
Int16Array.prototype.bytes=protoByte;
Int16Array.prototype.reversed=protoReverse;
Float32Array.prototype.bytes=protoByte
Float32Array.prototype.reversed=protoReverse
class TType{
constructor(type,typeCode,value){this.type=type;this.typeCode=typeCode;this.value=value;}
result(){return this.value}//bytes
size(){return this.value.length}//number
read(buf,full=0,size=-1){
let res=new this.constructor(new Uint8Array(
buf.read(size+1?size:this.size())
));
return full?res:res.value;
}
write(buf,full=0){
if(full)buf.writeByte(this.typeCode);
buf.write(this.result());
}
}
class Byte extends TType{
constructor(value=0){if(value.buffer){super('Byte',98,value[0])}else{super('Byte',98,value);}}
result(full=0){return new Uint8Array([...(full?[this.typeCode]:[]),this.value]);}
size(){return 1;}
}
class Bool extends TType{
constructor(value=0){if(value.buffer){super('Bool',111,value[0]?1:0)}else{super('Bool',111,value?1:0);}}
result(full=0){return new Uint8Array([...(full?[this.typeCode]:[]),this.value?1:0]);}
size(){return 1;}
}
class Short extends TType{
constructor(value=0){if(value.buffer){super('Short',107,new Int16Array(value.reverse().buffer)[0])}else{super('Short',107,value);}}
result(full=0){return new Uint8Array([...(full?[this.typeCode]:[]),...new Int16Array([this.value]).bytes()]);}
size(){return 2;}
}
class Int extends TType{
constructor(value=0){if(value.buffer){super('Int',105,new Int32Array(value.reverse().buffer)[0])}else{super('Int',105,value);}}
result(full=0){return new Uint8Array([...(full?[this.typeCode]:[]),...new Int32Array([this.value]).bytes()]);}
size(){return 4;}
}
class Long extends TType{
constructor(value=0){if(value.buffer){super('Long',108,new BigInt64Array(value.reverse().buffer)[0])}else{super('Long',108,value);}}
result(full=0){return new Uint8Array([...(full?[this.typeCode]:[]),...new BigInt64Array([this.value]).bytes()]);}
size(){return 8;}
}
class Float extends TType{
constructor(value=0){if(value.buffer){super('Float',102,new Float32Array(value.reverse().buffer)[0])}else{super('Float',102,value);}}
result(full=0){return new Uint8Array([...(full?[this.typeCode]:[]),...new Float32Array([this.value]).bytes()]);}
size(){return 4;}
}
class Double extends TType{
constructor(value=0){if(value.buffer){super('Double',100,new Double64Array(value.reverse().buffer)[0])}else{super('Double',100,value);}}
result(full=0){return new Uint8Array([...(full?[this.typeCode]:[]),...new Float64Array([this.value]).bytes()]);}
size(){return 8;}
}
class ByteArray extends TType{
constructor(value=[]){super('ByteArray',120,new Uint8Array([...value]))}
result(full=0){
return new Uint8Array([
...(full?[this.typeCode]:[]),
...new Int(this.size()).result(),
...this.value
]);
}
size(){return this.value.length;}
read(buf,full=0,size=-1){
size=size+1?size:new Int().read(buf);
let res=new this.constructor(new Uint8Array(buf.read(size)));
return full?res:res.value;
}
}
class Null extends TType{
constructor(value=0){super('Null',42,null);}
result(full=0){return new Uint8Array([...(full?[this.typeCode]:[])]);}
size(){return 0;}
}
class String extends TType{
constructor(value=''){if(value.buffer){super('String',115,new TextDecoder().decode(value))}else{super('String',115,value);}}
size(){return new TextEncoder().encode(this.value).length}
result(full=0){
return new Uint8Array([
...(full?[this.typeCode]:[]),
...new Short(this.size()).result(),
...new TextEncoder().encode(this.value)
]);
}
read(buf,full=0,size=-1){
size=size+1?size:new Short().read(buf);
let res=new this.constructor(new Uint8Array(buf.read(size)));
return full?res:res.value;
}
}
class TArray extends TType{//{key:value,...}
constructor(value=[],TValue=121){super('TArray',121,value);this.TValue=TValue;}
size(){return this.value.length}
result(full=0){
let arr=[];
for(let k in this.value){
if(this.value[k].result){
arr=[
...arr,
...this.value[k].result()
];
}
}
return new Uint8Array([
...(full?[this.typeCode]:[]),
...new Short(this.size()).result(),
...new Byte(this.TValue).result(),
...arr
]);
}
read(buf,full=0,size=-1){
size=size+1?size:new Short().read(buf);
let b=new Byte().read(buf);//type
let arr=new this.constructor([],b);
if(b==121){//TArray
arr.value=[new TArray().read(buf,full)];
for(let i=1;i<size;i++)
arr.value[i]=new TArray().read(buf,full);
}else{
if(b==120){//Array<ByteArray>
for(let i=0;i<size;i++)
arr.value[i]=new ByteArray().read(buf,full);
}else{
if(b==98){//ByteArray
arr.value=new ByteArray().read(buf,full,size);
}else{
if(b==105){//IntArray
for(let i=0;i<size;i++)
arr.value[i]=new Int().read(buf,full);
}else{
if(b==68){//Dictionary
for(let i=0;i<size;i++)
arr.value[i]=new Dictionary().read(buf,full);
return full?arr:arr.value;
}
for(let i=0;i<size;i++)
arr.value[i]=new Call().read(buf,full,b);//other types
}
}
}
}
return full?arr:arr.value;
}
}
class Hashtable extends TType{//{key:value,...}
constructor(value={}){super('Hashtable',104,value);}
size(){return Object.keys(this.value).length}
result(full=0){
let arr=[];
for(let k in this.value){
if(this.value[k].result){
arr=[
...arr,
...new Byte(Number(k)).result(1),
...this.value[k].result(1)
];
}
}
return new Uint8Array([
...(full?[this.typeCode]:[]),
...new Short(this.size()).result(),
...arr
]);
}
read(buf,full=0,size=-1){
size=size+1?size:new Short().read(buf);
arr={};
for(let i=0;i<size;i++){
let key=new Call().read(buf);
let value=new Call().read(buf,full);
if(!(key===null)){
arr[key]=value;
}
}
let res=new this.constructor(arr);
return full?res:res.value;
}
}
class Dictionary extends TType{//[ {key:"",value:{}},... ]
constructor(value=[],TKey,TValue){super('Dictionary',68,value);this.TKey=TKey;this.TValue=TValue;}
size(){return this.value.length}
result(full=0){
let arr=[];
for(let i in this.value){
arr=[
...arr,
...this.value[i].key.result(this.TKey==0),
...this.value[i].value.result(this.TValue==0)
];
}
return new Uint8Array([
...(full?[this.typeCode]:[]),
...new Byte(this.TKey).result(),
...new Byte(this.TValue).result(),
...new Short(this.size()).result(),
...arr
]);
}
read(buf,full=0,size=-1){
let TKey=new Byte().read(buf);
let TValue=new Byte().read(buf);
size=new Short().read(buf);
let arr=[];
for(let i=0;i<size;i++){
let key=new Call().read(buf,full,TKey||-1);
let value=new Call().read(buf,full,TValue||-1);
if(!(key===null)){
arr.push({key,value});
}
}
let res=new this.constructor(arr,TKey,TValue);
return full?res:res.value;
}
}
class Call{
constructor(){}
read(buf,full=0,type=-1){
type=type+1?type:new Byte().read(buf);
if(!type)throw "No type: "+type;
if(!GpType[type])throw "Unknown typeCode: "+type;
return new GpType[type]().read(buf,full)
}
}
const GpType={
0:0&&Unknown,
42:Null,
111:Bool,
98:Byte,
107:Short,
105:Int,
108:Long,
102:Float,
100:Double,
115:String,
121:TArray,
120:ByteArray,
119:0&&IntArray,
97:0&&StringArray,
122:0&&ObjectArray,
104:Hashtable,
68:Dictionary,
99:0&&Custom,
101:0&&EventData,
113:0&&OperationRequest,
112:0&&OperationResponse
};
function parseSocket(arr0,full=1){
if(arr0.length==3)return {header:[...arr0.slice(0,2)],opCode:arr0[2],result:function(){return toSocket(this)}};
//243,2,opCode,length,length
let buf=new StreamBuffer(arr0);buf.index=3;
let arr={header:[...arr0.slice(0,2)],opCode:arr0[2],size:new Short().read(buf)};
for(let i=0;i<arr.size;i++){
let slot=new Byte().read(buf);
arr[slot]=new Call().read(buf,full);
}
arr.result=function(){return toSocket(this)};
return arr;
}
function toSocket(arr){
let buf=new StreamBuffer();
buf.write(arr.header);
buf.writeByte(arr.opCode);
if(arr.size>-1){
new Short(arr.size).write(buf);
if(arr.size>0){
for(let k in arr){
if(Number(k)>0){
buf.writeByte(Number(k));
arr[k].write(buf,1);
}
}
}
}
return buf.array;
}
function w7bit(buf,n){
for(;n>=128;n>>=7)buf.writeByte((n|128)%256);
buf.writeByte(n%256);
};
function r7bit(buf){
let num=0;
let num2=0;
while(num2!=35){
let b=buf.readByte();
num|=(b&127)<<num2;
if((b&128)==0){return num;}
num2+=7;
}
};
window.getDictPackerDataTypes=top.getDictPackerDataTypes={}
let TypeGameSapShot={
'0':'Int',
'1':'Int Array',
'2':'Float',
'3':'Float Array',
'5':'Bool',
'6':'Bool Array',
'7':'String',
'8':'Dictionary',
'9':'Byte',
'10':'Long',
'11':'Long Array',
}
function getDictPacker(buf){
let data={};
let num=new Int().read(buf);
if(num>1e3)throw "what is it?";
for(let i2=0;i2<num;i2++){
const key=new String().read(buf,0,r7bit(buf));
const type=new Byte().read(buf);
getDictPackerDataTypes[key]=TypeGameSapShot[type]
let value=0;
let len2=0;
switch(type){
case 0:
value=new Int().read(buf);
break;
case 1://int array
value=[];
len2=new Int().read(buf);
for(let i=0;i<len2;i++){
value.push(new Int().read(buf));
}
break;
case 2:
value=new Float().read(buf);
break;
case 3:
value=[];
len2=new Int().read(buf);
for(let i=0;i<len2;i++){
value.push(new Float().read(buf));
}
break;
case 5:
value=new Bool().read(buf);
break;
case 6:
value=[];
len2=new Int().read(buf);
for(let i=0;i<len2;i++){
value.push(new Bool().read(buf));
}
break;
case 7:
value=new String().read(buf,0,r7bit(buf));
break;
case 8:
value=getDictPacker(buf)
break;
case 9:
value=new Byte().read(buf);
break;
case 10:
value=new Long().read(buf);
break;
case 11:
value=[];
len2=new Int().read(buf);
for(let i=0;i<len2;i++){
value.push(new Long().read(buf));
}
break;
}
data[key]=value;
}
return data;
}
const take = arr => new DataView(Uint8Array.from(arr).buffer);
function gett(arr, l = 1) {
if (!arr.i) arr.i = 0;
arr.i += l;
return arr.slice(arr.i - l, arr.i);
};
const getCubes = arr => {
arr=Object.values(arr)
let chunk = [];
let num = take(gett(arr, 4)).getInt32();
for (let i = 0; i < num; i++) {
let cube = {};
cube.x = take(gett(arr, 2)).getInt16();
cube.y = take(gett(arr, 2)).getInt16();
cube.z = take(gett(arr, 2)).getInt16();
cube.flags = gett(arr);
if ((cube.flags & 1) == 0) cube.shape = gett(arr, 8);
if ((cube.flags & 2) == 0) cube.materials = gett(arr, 6);
else cube.id = gett(arr);
chunk.push(cube);
for (let i2 = 1; i2 < (cube.flags >> 2); i2++) {
let clone = Object.assign({}, cube);
if ((cube.flags & 1) == 0) clone.shape = [...cube.shape];
if ((cube.flags & 2) == 0) clone.materials = [...cube.materials];
clone.x += i2;
chunk.push(clone);
}
}
return chunk;
};
function Enum (_){
var g={};
var c=0;
_.replaceAll(' ','').replaceAll('\t','').split(',').map(p=>{
if(p.includes('//')&&p.includes('\n')){
p=p.replace(/\/\/.*?\n/g, "");
}
if(p.includes('\n')){
p=p.replaceAll('\n','')
}
if(p!=''){
if(p.includes('=')){
g[p.split('=')[0]]=JSON.parse(p.split('=')[1])
c=p.split('=')[1]
}else{
g[p]=c
}}
c++
})
return g
}
let WorldObjectCode=Enum(`
// Token: 0x04000277 RID: 631
PlayModeAvatar,
// Token: 0x04000278 RID: 632
CubeModel,
// Token: 0x04000279 RID: 633
PointLight,
// Token: 0x0400027A RID: 634
TriggerBox,
// Token: 0x0400027B RID: 635
Mover,
// Token: 0x0400027C RID: 636
Path,
// Token: 0x0400027D RID: 637
PathNode,
// Token: 0x0400027E RID: 638
SpawnPoint,
// Token: 0x0400027F RID: 639
CubeModelPrototypeTerrain,
// Token: 0x04000280 RID: 640
Group,
// Token: 0x04000281 RID: 641
Action,
// Token: 0x04000282 RID: 642
BlueprintActivator,
// Token: 0x04000283 RID: 643
ParticleEmitter,
// Token: 0x04000284 RID: 644
SoundEmitter,
// Token: 0x04000285 RID: 645
BlueprintFire,
// Token: 0x04000286 RID: 646
BlueprintSmoke,
// Token: 0x04000287 RID: 647
BlueprintExplosion,
// Token: 0x04000288 RID: 648
Flag,
// Token: 0x04000289 RID: 649
TestLogicCube,
// Token: 0x0400028A RID: 650
Battery,
// Token: 0x0400028B RID: 651
ToggleBox,
// Token: 0x0400028C RID: 652
Negate,
// Token: 0x0400028D RID: 653
And,
// Token: 0x0400028E RID: 654
Explosives,
// Token: 0x0400028F RID: 655
TextMsg,
// Token: 0x04000290 RID: 656
Fire,
// Token: 0x04000291 RID: 657
Smoke,
// Token: 0x04000292 RID: 658
TimeTrigger,
// Token: 0x04000293 RID: 659
Teleporter,
// Token: 0x04000294 RID: 660
Goal,
// Token: 0x04000295 RID: 661
PickupItemHealthPack,
// Token: 0x04000296 RID: 662
PickupItemCenterGun,
// Token: 0x04000297 RID: 663
CubeModelTerrainFineGrained,
// Token: 0x04000298 RID: 664
PressurePlate,
// Token: 0x04000299 RID: 665
PickupItemImpulseGun,
// Token: 0x0400029A RID: 666
PickupItemBazookaGun,
// Token: 0x0400029B RID: 667
PickupItemRailGun,
// Token: 0x0400029C RID: 668
PickupItemSpawner,
// Token: 0x0400029D RID: 669
Skybox,
// Token: 0x0400029E RID: 670
SpawnPointRed,
// Token: 0x0400029F RID: 671
SpawnPointGreen,
// Token: 0x040002A0 RID: 672
SpawnPointYellow,
// Token: 0x040002A1 RID: 673
SpawnPointBlue,
// Token: 0x040002A2 RID: 674
ModelToggle,
// Token: 0x040002A3 RID: 675
WaterPlane,
// Token: 0x040002A4 RID: 676
Blueprint,
// Token: 0x040002A5 RID: 677
PulseBox,
// Token: 0x040002A6 RID: 678
RandomBox,
// Token: 0x040002A7 RID: 679
SentryGun,
// Token: 0x040002A8 RID: 680
CollectibleItem,
// Token: 0x040002A9 RID: 681
MovingPlatformNode,
// Token: 0x040002AA RID: 682
WaterPlanePreset,
// Token: 0x040002AB RID: 683
LightPreset,
// Token: 0x040002AC RID: 684
Ghost,
// Token: 0x040002AD RID: 685
PickupCubeGun,
// Token: 0x040002AE RID: 686
CheckPoint,
// Token: 0x040002AF RID: 687
HoverCraft,
// Token: 0x040002B0 RID: 688
WorldObjectSpawnerVehicle,
// Token: 0x040002B1 RID: 689
MonoPlane,
// Token: 0x040002B2 RID: 690
JetPack,
// Token: 0x040002B3 RID: 691
RoundCube,
// Token: 0x040002B4 RID: 692
AdvancedGhost,
// Token: 0x040002B5 RID: 693
HamsterWheel,
// Token: 0x040002B6 RID: 694
KillLimit,
// Token: 0x040002B7 RID: 695
OculusKillLimit,
// Token: 0x040002B8 RID: 696
CountingCube,
// Token: 0x040002B9 RID: 697
VehicleEnergy = 118,
// Token: 0x040002BA RID: 698
WorldObjectSpawnerVehicleEnergy,
// Token: 0x040002BB RID: 699
Jakob6,
// Token: 0x040002BC RID: 700
Jakob7,
// Token: 0x040002BD RID: 701
Jakob8,
// Token: 0x040002BE RID: 702
Jakob9,
// Token: 0x040002BF RID: 703
Jakob10,
// Token: 0x040002C0 RID: 704
Jakob11,
// Token: 0x040002C1 RID: 705
Jakob12,
// Token: 0x040002C2 RID: 706
Jakob13,
// Token: 0x040002C3 RID: 707
Jakob14,
// Token: 0x040002C4 RID: 708
Jakob15,
// Token: 0x040002C5 RID: 709
GamePoint,
// Token: 0x040002C6 RID: 710
GamePassProgressionDataObject,
// Token: 0x040002C7 RID: 711
Christian3,
// Token: 0x040002C8 RID: 712
BuildModeAvatar,
// Token: 0x040002C9 RID: 713
AvatarSpawnRoleCreator,
// Token: 0x040002CA RID: 714
GameOptionsDataObject,
// Token: 0x040002CB RID: 715
ModelTransparency,
// Token: 0x040002CC RID: 716
Christian8,
// Token: 0x040002CD RID: 717
Christian9,
// Token: 0x040002CE RID: 718
Christian10,
// Token: 0x040002CF RID: 719
Christian11,
// Token: 0x040002D0 RID: 720
Christian12,
// Token: 0x040002D1 RID: 721
Christian13,
// Token: 0x040002D2 RID: 722
Christian14,
// Token: 0x040002D3 RID: 723
Christian15,
// Token: 0x040002D4 RID: 724
CameraSettings,
// Token: 0x040002D5 RID: 725
GravityCube,
// Token: 0x040002D6 RID: 726
GameCoin = 148,
// Token: 0x040002D7 RID: 727
GameCoinChest,
// Token: 0x040002D8 RID: 728
Theme,
// Token: 0x040002D9 RID: 729
Door,
// Token: 0x040002DA RID: 730
DoorBlueprint,
// Token: 0x040002DB RID: 731
PickupMeleeWeapon,
// Token: 0x040002DC RID: 732
PickupMeleeWeaponBlueprint,
// Token: 0x040002DD RID: 733
PickupCostume,
// Token: 0x040002DE RID: 734
PickupCostumeBlueprint,
// Token: 0x040002DF RID: 735
Caspar13,
// Token: 0x040002E0 RID: 736
Caspar14,
// Token: 0x040002E1 RID: 737
Caspar15,
// Token: 0x040002E2 RID: 738
ShrinkGun,
// Token: 0x040002E3 RID: 739
TeamEditor,
// Token: 0x040002E4 RID: 740
TriggerCube,
// Token: 0x040002E5 RID: 741
Thomas4,
// Token: 0x040002E6 RID: 742
CollectTheItemCollectableInstance,
// Token: 0x040002E7 RID: 743
ShootableButton,
// Token: 0x040002E8 RID: 744
UseLever,
// Token: 0x040002E9 RID: 745
CollectTheItemDropOff,
// Token: 0x040002EA RID: 746
CollectTheItemCollectable,
// Token: 0x040002EB RID: 747
CollectTheItem,
// Token: 0x040002EC RID: 748
WindTurbine,
// Token: 0x040002ED RID: 749
GlobalSoundEmitter,
// Token: 0x040002EE RID: 750
Mathias3,
// Token: 0x040002EF RID: 751
Mathias4,
// Token: 0x040002F0 RID: 752
Mathias5,
// Token: 0x040002F1 RID: 753
Mathias6,
// Token: 0x040002F2 RID: 754
Mathias7,
// Token: 0x040002F3 RID: 755
Mathias8,
// Token: 0x040002F4 RID: 756
Mathias9,
// Token: 0x040002F5 RID: 757
Mathias10,
// Token: 0x040002F6 RID: 758
TimeAttackFlag,
// Token: 0x040002F7 RID: 759
GamePointChest,
// Token: 0x040002F8 RID: 760
Marcus3,
// Token: 0x040002F9 RID: 761
Marcus4,
// Token: 0x040002FA RID: 762
Marcus5,
// Token: 0x040002FB RID: 763
Marcus6,
// Token: 0x040002FC RID: 764
Marcus7,
// Token: 0x040002FD RID: 765
Marcus8,
// Token: 0x040002FE RID: 766
Marcus9,
// Token: 0x040002FF RID: 767
Marcus10
`)
const WorldObjectType = Object.fromEntries(Object.entries(WorldObjectCode).map(a => a.reverse()));
function getPackerInfo(BytePacker){
let result={proto:[],woList:[],links:[],objectLinks:[]};
let buf=new StreamBuffer(BytePacker)
/*prototypes*/
count=new Int().read(buf);
for(let i=0;i<count;i++){
let id=new Int().read(buf);
let scale=new Float().read(buf);
let authorId=new Int().read(buf);
let data= getCubes(new ByteArray().read(buf))
result.proto.push({id,scale,authorId,data});
}
/*worldObjects*/
count=new Int().read(buf);//11812
for(let i=0;i<count;i++){
let id=new Int().read(buf);
let groupId=new Int().read(buf);
let itemId=new Int().read(buf);
let woType=new Int().read(buf);
let woTypeId=woType
woType = WorldObjectType[woType]|| woType;
let posX=new Float().read(buf);
let posY=new Float().read(buf);
let posZ=new Float().read(buf);
let rotationX=new Float().read(buf);
let rotationY=new Float().read(buf);
let rotationZ=new Float().read(buf);
let rotationW=new Float().read(buf);
let scaleX=new Float().read(buf);
let scaleY=new Float().read(buf);
let scaleZ=new Float().read(buf);
let data=getDictPacker(buf);
let owner=new Byte().read(buf);
let ownerID=null;
if((owner&1)!=0){
ownerID=new Int().read(buf);
}
if((owner&2)!=0){
ownerID=new Int().read(buf);
}
let data2=getDictPacker(buf);
result.woList.push({
id,groupId,itemId,woType,woTypeId,
pos:[posX,posY,posZ],
rotation:[rotationX,rotationY,rotationZ,rotationW],
scale:[scaleX,scaleY,scaleZ],
data,
owner,
ownerID,
data2
});
}
/*links*/
count=new Int().read(buf);
for(let i=0;i<count;i++){
let id=new Int().read(buf);
let input=new Int().read(buf);
let output=new Int().read(buf);
result.links.push({id,input,output});
}
/*objectLinks*/
count=new Int().read(buf);
for(let i=0;i<count;i++){
let id=new Int().read(buf);
let connectorWOID=new Int().read(buf);
let WOID=new Int().read(buf);
result.objectLinks.push({id,WOID,connectorWOID});
}
result.woList.forEach(l=>{
result.links.forEach(m=>{
if(l.id==m.input){
l.Link=m
l.LinkType='input'
}
if(l.id==m.output){
l.Link=m
l.LinkType='output'
}
})
result.objectLinks.forEach(m=>{
if(l.id==m.connectorWOID){
l.ObjectLink=m
l.ObjectLinkType='connectorWOID'
}
if(l.id==m.WOID){
l.ObjectLink=m
l.ObjectLinkType='WOID'
}
})
result.proto.forEach(M=>{
if(l.data.protoTypeID==M.id){
l.proto=M
}
})
})
return result.woList;
}
const BytePacker=()=>{
const t = new Worker(window.URL.createObjectURL(new Blob(["onmessage=" + (e => {
let t = e.data.buffer,
a = {
proto: [],
woList: [],
links: [],
oLinks: []
};
const r = Object.fromEntries(Object.entries({
PlayModeAvatar: 0,
CubeModel: 1,
PointLight: 2,
TriggerBox: 3,
Mover: 4,
Path: 5,
PathNode: 6,
SpawnPoint: 7,
CubeModelPrototypeTerrain: 8,
Group: 9,
Action: 10,
BlueprintActivator: 11,
ParticleEmitter: 12,
SoundEmitter: 13,
BlueprintFire: 14,
BlueprintSmoke: 15,
BlueprintExplosion: 16,
Flag: 17,
TestLogicCube: 18,
Battery: 19,
ToggleBox: 20,
Negate: 21,
And: 22,
Explosives: 23,
TextMsg: 24,
Fire: 25,
Smoke: 26,
TimeTrigger: 27,
Teleporter: 28,
Goal: 29,
PickupItemHealthPack: 30,
PickupItemCenterGun: 31,
CubeModelTerrainFineGrained: 32,
PressurePlate: 33,
PickupItemImpulseGun: 34,
PickupItemBazookaGun: 35,
PickupItemRailGun: 36,
PickupItemSpawner: 37,
Skybox: 38,
SpawnPointRed: 39,
SpawnPointGreen: 40,
SpawnPointYellow: 41,
SpawnPointBlue: 42,
ModelToggle: 43,
WaterPlane: 44,
Blueprint: 45,
PulseBox: 46,
RandomBox: 47,
SentryGun: 48,
CollectibleItem: 49,
MovingPlatformNode: 50,
WaterPlanePreset: 51,
LightPreset: 52,
Ghost: 53,
PickupCubeGun: 54,
CheckPoint: 55,
HoverCraft: 56,
WorldObjectSpawnerVehicle: 57,
MonoPlane: 58,
JetPack: 59,
RoundCube: 60,
AdvancedGhost: 61,
HamsterWheel: 62,
KillLimit: 63,
OculusKillLimit: 64,
CountingCube: 65,
Jakob4: 118,
Jakob5: 119,
Jakob6: 120,
Jakob7: 121,
Jakob8: 122,
Jakob9: 123,
Jakob10: 124,
Jakob11: 125,
Jakob12: 126,
Jakob13: 127,
Jakob14: 128,
Jakob15: 129,
GamePoint: 130,
GamePassProgressionDataObject: 131,
Christian3: 132,
BuildModeAvatar: 133,
AvatarSpawnRoleCreator: 134,
GameOptionsDataObject: 135,
Christian7: 136,
Christian8: 137,
Christian9: 138,
Christian10: 139,
Christian11: 140,
Christian12: 141,
Christian13: 142,
Christian14: 143,
Christian15: 144,
CameraSettings: 145,
GravityCube: 146,
GameCoin: 148,
GameCoinChest: 149,
Theme: 150,
Caspar7: 151,
Caspar8: 152,
Caspar9: 153,
Caspar10: 154,
Caspar11: 155,
Caspar12: 156,
Caspar13: 157,
Caspar14: 158,
Caspar15: 159,
ShrinkGun: 160,
TeamEditor: 161,
TriggerCube: 162,
Thomas4: 163,
CollectTheItemCollectableInstance: 164,
ShootableButton: 165,
UseLever: 166,
CollectTheItemDropOff: 167,
CollectTheItemCollectable: 168,
CollectTheItem: 169,
WindTurbine: 170,
GlobalSoundEmitter: 171,
Mathias3: 172,
Mathias4: 173,
Mathias5: 174,
Mathias6: 175,
Mathias7: 176,
Mathias8: 177,
Mathias9: 178,
Mathias10: 179,
TimeAttackFlag: 180,
GamePointChest: 181,
Marcus3: 182,
Marcus4: 183,
Marcus5: 184,
Marcus6: 185,
Marcus7: 186,
Marcus8: 187,
Marcus9: 188,
Marcus10: 189
}).map(e => e.reverse())),
i = e => new DataView(Uint8Array.from(e).buffer),
s = e => {
let t = [],
a = i(e.splice(0, 4)).getInt32();
for (let r = 0; r < a; r++) {
let a = {};
a.x = i(e.splice(0, 2)).getInt16(),
a.y = i(e.splice(0, 2)).getInt16(),
a.z = i(e.splice(0, 2)).getInt16(),
a.flags = e.shift(),
0 == (1 & a.flags) && (a.corners = e.splice(0, 8)),
0 == (2 & a.flags) ? a.materials = e.splice(0, 6) : a.material = e.shift(), t.push([a.pos, a]);
for (let e = 1; e < a.flags >> 2; e++) {
let r = Object.assign({}, a);
0 == (1 & a.flags) && (r.corners = [...a.corners]), 0 == (2 & a.flags) && (r.materials = [...a.materials]), r.x += e, t.push([r.pos, r])
}
}
return t
},
l = e => {
let t = (e => {
let t = 0,
a = 0;
for (; 35 != a;) {
let r = e[a / 7];
if (t |= (127 & r) << a, 0 == (128 & r)) return [t, a / 7 + 1];
a += 7
}
})(e);
return e.splice(0, t[1]), (new TextDecoder).decode(new Uint8Array([...e.splice(0, t[0])]))
},
n = e => {
let t = i(e.splice(0, 4)).getInt32();
if (t > 1e3) throw "Hashtable size limit";
for (let r = 0; r < t; r++) {
let t = l(e),
r = 0,
s = 0;
switch (i(e.splice(0, 1)).getUint8()) {
case 0:
r = i(e.splice(0, 4)).getInt32();
break;
case 1:
r = [], s = i(e.splice(0, 4)).getInt32();
for (let t = 0; t < s; t++) r.push(i(e.splice(0, 4)).getInt32());
break;
case 2:
r = i(e.splice(0, 4)).getFloat32();
break;
case 3:
r = [], s = i(e.splice(0, 4)).getInt32();
for (let t = 0; t < s; t++) r.push(i(e.splice(0, 4)).getFloat32());
break;
case 5:
r = i(e.splice(0, 1)).getUint8() > 0;
break;
case 6:
r = [], s = i(e.splice(0, 4)).getInt32();
for (let t = 0; t < s; t++) r.push(i(e.splice(0, 1)).getUint8() > 0);
break;
case 7:
r = l(e);
break;
case 8:
r = n(e);
break;
case 9:
r = i(e.splice(0, 1)).getUint8();
break;
case 10:
r = i(e.splice(0, 8)).getBigInt64();
break;
case 11:
r = [], s = i(e.splice(0, 4)).getInt32();
for (let t = 0; t < s; t++) r.push(i(e.splice(0, 8)).getBigInt64())
}
a[t] = r
}
};
num = i(t.splice(0, 4)).getInt32();
for (let e = 0; e < num; e++) {
let e = {};
e.id = i(t.splice(0, 4)).getInt32(),
e.scale = i(t.splice(0, 4)).getFloat32(),
e.profileId = i(t.splice(0, 4)).getInt32(),
e.cubes = s(t.splice(0, i(t.splice(0, 4)).getInt32())),
a.proto.push(e)
}
num = i(t.splice(0, 4)).getInt32();
for (let e = 0; e < num; e++) {
let e = i(t.splice(0, 4)).getInt32(),
s = i(t.splice(0, 4)).getInt32(),
l = i(t.splice(0, 4)).getInt32(),
p = i(t.splice(0, 4)).getInt32();
p = r[p] || p;
let o = i(t.splice(0, 4)).getFloat32(),
c = i(t.splice(0, 4)).getFloat32(),
u = i(t.splice(0, 4)).getFloat32(),
g = i(t.splice(0, 4)).getFloat32(),
h = i(t.splice(0, 4)).getFloat32(),
m = i(t.splice(0, 4)).getFloat32(),
I = i(t.splice(0, 4)).getFloat32(),
d = i(t.splice(0, 4)).getFloat32(),
f = i(t.splice(0, 4)).getFloat32(),
b = i(t.splice(0, 4)).getFloat32(),
C = n(t),
y = i(t.splice(0, 1)).getUint8(),
k = null;
0 != (1 & y) && (k = i(t.splice(0, 4)).getInt32()), 0 != (2 & y) && (k = i(t.splice(0, 4)).getInt32());
let A = n(t);
a.woList.push({
woType: p,
data2: A,
data: C,
id: e,
groupId: s,
itemId: l,
pos: {
x: o,
y: c,
z: u
},
rot: {
x: g,
y: h,
z: m,
w: I
},
scale: {
x: d,
y: f,
z: b
},
owner: y,
ownerId: k,
})
}
num = i(t.splice(0, 4)).getInt32();
for (let e = 0; e < num; e++) {
let e = i(t.splice(0, 4)).getInt32(),
r = i(t.splice(0, 4)).getInt32(),
s = i(t.splice(0, 4)).getInt32();
a.links.push({
id: e,
input: r,
output: s
})
}
num = i(t.splice(0, 4)).getInt32();
for (let e = 0; e < num; e++) {
let e = i(t.splice(0, 4)).getInt32(),
r = i(t.splice(0, 4)).getInt32(),
s = i(t.splice(0, 4)).getInt32();
a.oLinks.push({
id: e,
WOID: s,
connectorWOID: r
})
}
self.postMessage(a)
}).toString()], {
type: "text/javascript"
}))),
a = e => new DataView(Uint8Array.from(e).buffer),
r = (e, t) => [...new Uint8Array(t.of(e).buffer).reverse()];
return {
getWorld(e, a) {
t.postMessage({
buffer: e
}), t.onmessage = (e => a(e.data))
},
getAvatarsMeta(e) {
let t = {},
r = a(e.splice(0, 4)).getInt32();
for (let i = 0; i < r; i++) {
t[a(e.splice(0, 4)).getInt32()] = this.getAvatarMeta(e)
}
return t
},
setAvatarsMeta(e) {
let t = [];
t.push(...r(Object.keys(e).length, Int32Array));
for (let a in e) t.push(...r(a, Int32Array)), t.push(...this.setAvatarMeta(e[a]));
return t
},
getAvatarMeta(e) {
let t = {};
return t.avatarId = a(e.splice(0, 4)).getInt32(), t.name = (e => {
let t = (e => {
let t = 0,
a = 0;
for (; 35 != a;) {
let r = e[a / 7];
if (t |= (127 & r) << a, 0 == (128 & r)) return [t, a / 7 + 1];
a += 7
}
})(e),
a = t[0],
r = t[1];
return e.splice(0, r), (new TextDecoder).decode(new Uint8Array([...e.splice(0, a)]))
})(e), t.priceGold = a(e.splice(0, 4)).getInt32(), t.isOnMarketPlace = a(e.shift()).getUint8() > 0, t.canBeSoldOnMarketPlace = a(e.shift()).getUint8() > 0, t
},
setAvatarMeta(e) {
let t = [];
return t.push(...r(e.avatarId, Int32Array)), t.push(...(e => {
let t = [],
a = (e => {
let t = [];
for (; e >= 128; e >>= 7) t.push((128 | e) % 256);
return t.push(e % 256), t
})(e.length);
return t.push(a), t.push(...(new TextEncoder).encode(e)), t
})(e.name)), t.push(...r(e.priceGold, Int32Array)), t.push(e.isOnMarketPlace > 0), t.push(e.canBeSoldOnMarketPlace > 0), t
},
getRPC(e) {
let t = {};
return t.flags = e.shift(), 0 != (1 & t.flags) && (t.interaction = e.shift()), 0 != (2 & t.flags) ? t.damage = a(e.splice(0, 4)).getFloat32() : t.damage = {
9: 11.5,
6: 110,
4: 100,
7: 13,
14: 12.5,
19: 12.5,
5: 15,
15: 15,
24: 12,
26: 25
} [t.interaction] || 0, 0 != (4 & t.flags) ? (t.x = a(e.splice(0, 4)).getFloat32(), t.y = a(e.splice(0, 4)).getFloat32(), t.z = a(e.splice(0, 4)).getFloat32()) : Object.assign(t, {
x: 0,
y: 0,
z: 0
}), 0 != (8 & t.flags) ? t.type = e.shift() : t.type = 0, t
},
setRPC(e) {
let t = [];
return t.push(e.flags || 15), 0 != (1 & e.flags) && t.push(e.interaction || 0), 0 != (2 & e.flags) && t.push(...r(e.damage || 0, Float32Array)), 0 != (4 & e.flags) && t.push(...r(e.x || 0, Float32Array), ...r(e.y || 0, Float32Array), ...r(e.z || 0, Float32Array)), 0 != (8 & e.flags) && t.push(e.type || 0), t
},
getRuntime(t) {
let r = {};
const i = Object.fromEntries(Object.entries({
Undefined: 0,
FineGrainedSingleCubeAdd: 1,
FineGrainedSingleCubeRemove: 2,
Bazooka: 3,
AvatarImpact25: 4,
FineGrainedSingleCubeRemovedAddedFineGrainedCube: 5,
VehicleImpact25: 6,
AvatarImpact50: 7,
AvatarImpact75: 8,
VehicleImpact50: 9,
VehicleImpact75: 10,
SwordTerrainDestroy: 15,
ImpulseGunImpact: 16
}).map(e => e.reverse()));
let s = t.shift();
return r.type = i[s] || "Undefined", 1 == s || 2 == s || 5 == s ? (r.material = -1, "FineGrainedSingleCubeAdd" == r.type && (r.material = t.shift()), r.x = a(t.splice(0, 2)).getInt16(), r.y = a(t.splice(0, 2)).getInt16(), r.z = a(t.splice(0, 2)).getInt16()) : (3 == s || 4 == s || s >= 6 && s <= 10 || 15 == s || 16 == s) && (r.x = a(t.splice(0, 2)).getInt16(), r.y = a(t.splice(0, 2)).getInt16(), r.z = a(t.splice(0, 2)).getInt16()),r
},
setRuntime(e) {
let t = [];
const a = {
Undefined: 0,
FineGrainedSingleCubeAdd: 1,
FineGrainedSingleCubeRemove: 2,
Bazooka: 3,
AvatarImpact25: 4,
FineGrainedSingleCubeRemovedAddedFineGrainedCube: 5,
VehicleImpact25: 6,
AvatarImpact50: 7,
AvatarImpact75: 8,
VehicleImpact50: 9,
VehicleImpact75: 10,
SwordTerrainDestroy: 15,
ImpulseGunImpact: 16
};
let i = a[e.type];
t.push(i)
if(i==1)t.push(e.material > -1 ? e.material : 0)
t.push(...r(e.x,Int16Array))
t.push(...r(e.y,Int16Array))
t.push(...r(e.z,Int16Array))
return t
},
getCube(e) {
let t = {};
return t.action = e.shift(), t.pos = [a(e.splice(0, 2)).getInt16(),a(e.splice(0, 2)).getInt16(),a(e.splice(0, 2)).getInt16()], t.material = -1, 0 == t.action ? t : (t.flags = e.shift(), 0 == (1 & t.flags) && (t.corners = e.splice(0, 8)), 0 == (2 & t.flags) ? t.materials = e.splice(0, 6) : t.material = e.shift(), t)
},
setCube(e) {
let t = [];
return t.push(e.material > -1 ? e.action : 0), t.push(...r(e.x, Int16Array)), t.push(...r(e.y, Int16Array)), t.push(...r(e.z, Int16Array)), e.material < 0 ? new Uint8Array(t) : (t.push(e.flags), 0 == (1 & e.flags) && t.push(...e.corners || [20, 120, 124, 24, 4, 104, 100, 0]), 0 == (2 & e.flags) ? t.push(...e.materials || [e.material, e.material, e.material, e.material, e.material, e.material]) : t.push(e.material), new Uint8Array(t))
}
}
}
const GetSize=(e)=>{
var c=0
function containsNumbers(str) {
return /\d/.test(str);
}
Object.entries(e).forEach(l=>{
if(containsNumbers(l[0])){
c++
}
})
return c
}
