const _CHANGE_MIN_PERCENT_PODS_ = 1715590917;const ValType = {"Mode":0,"N0":1,"N1":2,"Bool":3,"I":4,"JSON":5};const ConfigMap = {"PointMode":0,"WinPoints":2,"DrawPoints":1,"ByePoints":1,"MaxRoundPoints":2,"RoundTime":2,"DraftPodSize":2,"DraftTime":2,"TableStart":2,"BestOf":2,"ByeMode":0,"IncludeDiscords":3,"PlayerIdentifier":0,"SelfReport":3,"RequireConfirm":3,"HideStandings":3,"ShowDecks":3,"DeckSubmission":3,"Invite":3,"Event":3,"StartPoints":1,"LossPoints":4,"MinGames":1,"FlawlessPoints":2,"ManualConfirm":3,"Breakers":5};const ConfigDefaults = {"PointMode":"Standard","PlayerIdentifier":"Name","BestOf":3,"TableStart":1,"ByeMode":"Byes","IncludeDiscords":false,"SelfReport":false,"RequireConfirm":false,"HideStandings":false,"ShowDecks":false,"DeckSubmission":true,"Invite":false,"Event":false,"StartPoints":0,"LossPoints":0,"MinGames":0,"ManualConfirm":false,"Breakers":"legacy"};const BreakerTypes = {"MPTS":{"name":"Match Points","label":"Match Points"},"GWR":{"name":"Game Win Rate","label":"Game Win %"},"OWR":{"name":"Opponent Win Rate (points/max)","label":"Opp Win %"},"OGWR":{"name":"Opponent Game Win Rate (points/max)","label":"Opp Game Win %"},"SR":{"name":"Win Percentage (wins/plays)","label":"Win %"},"OSR":{"name":"Opponent Win Percentage (wins/plays)","label":"Opp Win %"},"OBEAT":{"name":"Opponents Beaten","label":null},"UOPP":{"name":"Unique Opponents","label":null}};function ArrayShuffle(array) {
	for (let i = array.length - 1; i > 0; i--) {
	  const j = Math.floor(Math.random() * (i + 1));
	  [array[i], array[j]] = [array[j], array[i]];
	}
	return array;
}function ArrayCount(array, element){
	var counter = 0;
	for (ele of array) {
		if (ele == element) {
			counter++;
		}
	};
	return counter;
}function HI(){
	return ValType.N1;
}function TDATA(data={}){const ret = {"TEST":"FC"};Object.assign(ret, data);ret.Config = function Config(key, val=undefined){
	const ckey = "C:"+key;
	if(val===undefined){
		if (this.hasOwnProperty(ckey)){
			return this[ckey];
		}else{
			if (ConfigDefaults[key] == "legacy"){ //Breakers
				const ARR = [];
				if (this.G("Mode") == "Pairs"){
					ARR.push("MPTS");
					ARR.push("OWR");
					ARR.push("GWR");
					ARR.push("OGWR");
				}else{ //default "Pod"
					ARR.push("MPTS");
					if (this.G("League")){
						ARR.push("SR");
						ARR.push("OSR");
					}else{
						ARR.push("OWR");
					}
					ARR.push("OBEAT");
					ARR.push("UOPP");
				}
				return ARR;
			}
			return ConfigDefaults[key];
		}
	}else{
		this["C:"+key] = val;
	}
};ret.G = function G(key){
	const G = this.Game;
	const F = this.Format;
	if (key == "Mode"){
		if (["EDH", "Pauper EDH", "EDH Draft", "Domain", "4p Swiss"].includes(F)){
			return "Pods";
		}
		return "Pairs";
	}else if (key == "Draft"){
		if (["Limited", "EDH Draft", "Draft"].includes(F)){
			return true;
		}
		return false;
	}else if (key == "League"){
		return this["S1:C:Type"] == "LFG";
	}
};ret.E = function E(E){
	return this["E"+E+":P1"];
};ret.P4E = function P4E(E){
	if (this["E"+E+":P1"] == "_x_"){
		return {
			name: "Deleted",
			discord: "Deleted",
			discordId: "Deleted",
			modo: "Deleted",
			DisplayName: "Deleted",
		}
	}
	const P = this["E"+E+":P1"];
	const ret = this.Players[P] || {};
	if (this["P:"+P]){
		ret.tlock = this["P:"+P].tlock;
	}
	if (this.Config("PlayerIdentifier")){
		switch(this.Config("PlayerIdentifier")) {
			case "Name":
				ret.DisplayName = ret.name;
				break;
			case "Discord":
				ret.DisplayName = (ret.discord !== undefined && ret.discord !== null && ret.discord !== '') ? ret.discord : ret.name;
				break;
			case "Modo":
				ret.DisplayName = (ret.modo !== undefined && ret.modo !== null && ret.modo !== '') ? ret.modo : ret.name;
				break;
			default:
				ret.DisplayName = ret.name;
				break;
		}
	} else if (this.Config("IncludeDiscords")){
		ret.DisplayName = (ret.discord !== undefined && ret.discord !== null && ret.discord !== '') ? ret.discord : ret.name;
	}
	else {
		ret.DisplayName = ret.name;
	}

	const BADGE_COLOR = '#5A4F9E';

	if (ret.pronouns && ret.pronouns !== '') {
	  ret.DisplayName = `
		${ret.DisplayName}
		<span class="badge ms-2" style="background-color: ${BADGE_COLOR}; color: white;">${ret.pronouns}</span>
	  `;
	}

	return ret;
};ret.E4P = function E4P(P){
	var EDEX = 1;
	while(this.hasOwnProperty("E"+EDEX+":P1")){
		if (this["E"+EDEX+":P1"] == P){
			return EDEX;
		}
		EDEX++;
	}
	return 0;
};ret.EntityRender = function EntityRender(withStanding=true, supressFin=false){
	var ret = [null];
	var EDEX = 1;
	while (this.hasOwnProperty("E"+EDEX+":P1")){
		const init = {P:this["E"+EDEX+":P1"]};
		
		init.points = this.Config("StartPoints");
		init.opponentHistory = [];
		init.gamesPlayed = 0;
		if (this.Config("PointMode") != "Flawless"){
			init.gamesWon = 0;
			init.gamesDrawn = 0;
		}
		init.luckLevel = 0;
		init.byesGotten = 0;
		init.standing = EDEX;
		init.E = EDEX;
		init.DS = this.DropStatus(EDEX)>0?1:0;
		
		if (this.G("Mode") == "Pairs"){
			init.littleGamesPlayed = 0;
			init.littleGamesWon = 0;
			init.littleGamesDrawn = 0;
		}else{
			init.opponentsBeat = [];
		}
		
		ret.push(init);
		EDEX++;
	}
	
	const FlawlessPoints = this.Config("FlawlessPoints");
	const WinPoints = this.Config("WinPoints");
	const ByePoints = this.ByePoints();
	const DrawPoints = this.Config("DrawPoints");
	const LossPoints = this.Config("LossPoints");
	var SDEX = 1;
	const RenderTable = (table)=>{
		if (table.Mute) return;
		if (this.G("Mode") == "Pairs"){
			if (this.PairGrade(table) <= 5) return;
		}else{
			if (this.Config("PointMode") == "Custom"){
				if (!table.Points) return;
			}else{
				if (!table.Winner) return;
			}
		}
		
		if (table.Winner == "_x_") return;
		
		if (this.G("Mode") == "Pairs"){
			const P1E = table.Es[0];
			const P2E = table.Es[1];
			
			ret[P1E].gamesPlayed++;
			ret[P2E].gamesPlayed++;
			ret[P1E].opponentHistory.push(ret[P2E]);
			ret[P2E].opponentHistory.push(ret[P1E]);
			ret[P1E].littleGamesPlayed += table.Wins[0] + table.Wins[1] + table.Draws;
			ret[P2E].littleGamesPlayed += table.Wins[0] + table.Wins[1] + table.Draws;
			ret[P1E].littleGamesWon += table.Wins[0];
			ret[P2E].littleGamesWon += table.Wins[1];
			ret[P1E].littleGamesDrawn += table.Draws;
			ret[P2E].littleGamesDrawn += table.Draws;
			
			if (this.Config("PointMode") == "Flawless"){
				ret[P1E].points += table.Wins[0] * WinPoints;
				ret[P2E].points += table.Wins[1] * WinPoints;
				if (this.PairGrade(table) == 10){
					ret[P1E].points += FlawlessPoints;
				}else if (this.PairGrade(table) == 8){
					ret[P2E].points += FlawlessPoints;
				}
			}else{
				if (this.PairGrade(table) >= 9){
					ret[P1E].gamesWon++;
					ret[P1E].points += WinPoints;
					ret[P2E].points += LossPoints;
				}else if (this.PairGrade(table) >= 7){
					ret[P2E].gamesWon++;
					ret[P1E].points += LossPoints;
					ret[P2E].points += WinPoints;
				}else if (this.PairGrade(table) == 6){
					ret[P1E].gamesDrawn++;
					ret[P2E].gamesDrawn++;
					ret[P1E].points += DrawPoints;
					ret[P2E].points += DrawPoints;
				}
			}			
		}else{
			for (var dex = 0; dex < table.Es.length; dex++){
				const E = table.Es[dex];
				ret[E].gamesPlayed++;
				for(OE of table.Es){
					if (E != OE){
						ret[E].opponentHistory.push(ret[OE]);
					}
				}
				if (table.Winner == "_DRAW_"){
					if (!table.Losers.includes(E)){
						ret[E].gamesDrawn++;
						ret[E].points += DrawPoints;
					}
				}
				ret[E].luckLevel += table.Es.length - 1 - dex;
				
				if (this.Config("PointMode") == "Custom"){
					const Max = this.Config("MaxRoundPoints");
					if (table.Points && table.Points.length >= table.Es.length){
						const MeDex = table.Es.indexOf(E);
						if(table.Points[MeDex] >= Max){
							ret[E].gamesWon++;
						}
						ret[E].points += table.Points[MeDex];
						//~ for(E of table.Es){
							//~ if (E != table.Winner){
								//~ ret[table.Winner].opponentsBeat.push(ret[E]);
								//~ ret[E].points += LossPoints;
							//~ }
						//~ }
					}
				}
			}
			
			if (this.Config("PointMode") != "Custom"){
				if (table.Winner && table.Winner != "_DRAW_"){
					ret[table.Winner].gamesWon++;
					ret[table.Winner].points += WinPoints;
					for(E of table.Es){
						if (E != table.Winner){
							ret[table.Winner].opponentsBeat.push(ret[E]);
							ret[E].points += LossPoints;
						}
					}
				}
			}
		}
	}
	
	while (this.hasOwnProperty("S"+SDEX+":C:Type")){
		if (this["S"+SDEX+":C:Type"] == "GRP"){
			var RDEX = 1;
			while (this.hasOwnProperty("S"+SDEX+":R"+RDEX+":C:Type")){
				if (this.hasOwnProperty("S"+SDEX+":R"+RDEX+":End")){
					var TDEX = 1;
					while (this.hasOwnProperty("S"+SDEX+":R"+RDEX+":T"+TDEX)){
						const table = this["S"+SDEX+":R"+RDEX+":T"+TDEX];
						RenderTable(table);
						TDEX++;
					}
					if (this.hasOwnProperty("S"+SDEX+":R"+RDEX+":TB")){
						for (E of this["S"+SDEX+":R"+RDEX+":TB"].Es){
							ret[E].byesGotten++;
							ret[E].points += ByePoints;
							if (this.Config("PointMode") == "Flawless"){
								ret[E].points += this.Config("WinPoints") * Math.ceil(this.Config("BestOf")*0.51);
							}
						}
					}
					if (this.hasOwnProperty("S"+SDEX+":R"+RDEX+":TL")){
						for (E of this["S"+SDEX+":R"+RDEX+":TL"]){
							ret[E].gamesPlayed++;
						}
					}
				}
				RDEX++;
			}
		}else if (this["S"+SDEX+":C:Type"] == "LFG"){
			var TDEX = 1;
			while (this.hasOwnProperty("S"+SDEX+":T"+TDEX)){
				const table = this["S"+SDEX+":T"+TDEX];
				RenderTable(table);
				TDEX++;
			}
		}
		SDEX++;
	}

	ret.shift();
	if (withStanding){
		for(let dex = ret.length-1; dex >= 0; dex--){
			if (this.End){
				delete ret[dex].DS;
			}else{
				if (ret[dex].P == "_x_"){
					ret.splice(dex, 1);
				}
			}			
		}
		if (this.End && supressFin==false){
			if (this.G("Mode") == "Pairs"){
				var Fins = [];
				var SDEX = 1;
				while (this.hasOwnProperty("S"+SDEX+":C:Type")){
					SDEX++;
				}
				SDEX--;
				var RDEX = 1;
				while(this.hasOwnProperty("S"+SDEX+":R"+RDEX+":C:Type")){
					RDEX++;
				}
				RDEX--;
				for(let R = RDEX; R > 0; R--){
					const ChunkW = [];
					const ChunkL = [];
					var TDEX = 1;
					while(this.hasOwnProperty("S"+SDEX+":R"+R+":T"+TDEX)){
						const table = this["S"+SDEX+":R"+R+":T"+TDEX];
						var WinE;
						var LossE;
						if (this.PairGrade(table) >= 9){
							WinE = ret[table.Es[0]-1];
							LossE = ret[table.Es[1]-1];
						}else if (this.PairGrade(table) >= 7){
							WinE = ret[table.Es[1]-1];
							LossE = ret[table.Es[0]-1];
						}
						if (!Fins.includes(WinE)){
							ChunkW.push(WinE);
						}
						if (!Fins.includes(LossE)){
							ChunkL.push(LossE);
						}
						TDEX++;
					}
					ChunkW.sort(this.SortByRanking.bind(this));
					ChunkL.sort(this.SortByRanking.bind(this));
					Fins = Fins.concat(ChunkW);
					Fins = Fins.concat(ChunkL);
				}
				ret.sort(this.SortByRanking.bind(this));
				for (let E of ret){
					if (E.P != "_x_" && !Fins.includes(E)){
						Fins.push(E);
					}
				}
				ret = Fins;
			}else{
				var Fins = [];
				var SDEX = 1;
				while (this.hasOwnProperty("S"+SDEX+":C:Type")){
					SDEX++;
				}
				SDEX--;
				var RDEX = 1;
				while(this.hasOwnProperty("S"+SDEX+":R"+RDEX+":C:Type")){
					RDEX++;
				}
				RDEX--;
				for(let R = RDEX; R > 0; R--){
					const Chunk = [];
					var TDEX = 1;
					while(this.hasOwnProperty("S"+SDEX+":R"+R+":T"+TDEX)){
						const table = this["S"+SDEX+":R"+R+":T"+TDEX];
						const WinE = table.Winner;
						if (!Fins.includes(ret[WinE-1])){
							Chunk.push(ret[WinE-1]);
						}
						TDEX++;
					}
					if (this.hasOwnProperty("S"+SDEX+":R"+R+":TB")){
						for (let Bye of this["S"+SDEX+":R"+R+":TB"].Es){
							if (!Fins.includes(ret[Bye-1])){
								Chunk.push(ret[Bye-1]);
							}
						}
					}
					Chunk.sort(this.SortByRanking.bind(this));
					Fins = Fins.concat(Chunk);
				}
				ret.sort(this.SortByRanking.bind(this));
				for (let E of ret){
					if (E.P != "_x_" && !Fins.includes(E)){
						Fins.push(E);
					}
				}
				ret = Fins;
			}
		}else{
			ret.sort(this.SortByRanking.bind(this));
		}
		for(var s = 0; s < ret.length; s++){
			ret[s].standing = s+1;
		}
	}
	
	return ret;
};ret.PerformActions = async function PerformActions(ACTS, CBS={}){
	//~ console.log("ACTS", ACTS);
	const Set =(key, val)=>{
		this[key] = val;
		if (CBS.OnSet) CBS.OnSet(key, val);
	}
	
	const Del = (key)=>{
		delete this[key];
		if (CBS.OnDelete) CBS.OnDelete(key);
	}
	
	if (ACTS.UCONFIG){
		for(Config of Object.entries(ACTS.UCONFIG)){
			if (ConfigDefaults[Config[0]] == Config[1]){
				if (this.hasOwnProperty("C:" + Config[0])){
					Del("C:" + Config[0]);
				}
			}else{
				Set("C:" + Config[0], Config[1]);
			}
		}
	}

	if (ACTS.UEVENT) {
		const { Name, StartDate, EndDate, DeckDeadline } = ACTS.UEVENT;
		if (Name !== undefined && Name !== this.Name) {
			Set("Name", Name);
		}
		if (StartDate !== undefined && StartDate != this.StartDate) {
			Set("StartDate", StartDate);
		}
		if (EndDate !== undefined && EndDate != this.EndDate) {
			Set("EndDate", EndDate);
		}
		if (DeckDeadline !== undefined && DeckDeadline != this.DeckDeadline){
			Set("DeckDeadline", DeckDeadline);
		}
	}

	if (ACTS.UTIER) {
		const Tier = ACTS.UTIER;
		if (!this.Tier2025 && Tier) {
			Set("Tier2025", Tier);
		}
	}
	
	if (Array.isArray(ACTS.ENEW)){
		var EDEX = 1;
		while(this.hasOwnProperty("E" + EDEX + ":P1")){
			const dex = ACTS.ENEW.indexOf(this["E" + EDEX + ":P1"]);
			if (dex > -1){
				ACTS.ENEW.splice(dex, 1);
			}
			EDEX++;
		}
		for (ADD of ACTS.ENEW){
			Set("E" + EDEX + ":P1", ADD);
			EDEX++;
		}
	}
	
	if (Array.isArray(ACTS.EDEL)){
		var EDEX = 1;
		while(this.hasOwnProperty("E" + EDEX + ":P1")){
			if (ACTS.EDEL.includes(this["E" + EDEX + ":P1"])){
				Set("E" + EDEX + ":P1", "_x_");
			}
			EDEX++;
		}
	}
	
	const DVAL = (E, Key, Val)=>{
		var DEX = 1;
		while(true){
			if (!this["E"+E+":D:"+Key+DEX]){
				break;
			}
			DEX++;
		}
		var Set = [];
		if (Array.isArray(Val)){
			Set = [...Val];
		}else{
			Set = [Val];
		}
		Set.unshift(Date.now());
		this["E"+E+":D:"+Key+DEX] = Set;
	}
	
	const DTOG = (On, Off, E, D)=>{
		if (D > 0){
			if (!this.hasOwnProperty("E"+E+":D:"+On+D)){
				if (D == 1 || this.hasOwnProperty("E"+E+":D:"+On+(D-1))){
					Set("E"+E+":D:"+On+D, Date.now());
				}
			}
		}else if (D < 0){
			if (!this.hasOwnProperty("E"+E+":D:"+Off+(-D))){
				if (this.hasOwnProperty("E"+E+":D:"+On+(-D))){
					Set("E"+E+":D:"+Off+(-D), Date.now());
				}
			}
		}
	}
	
	const DADD = (On, Off, E, D)=>{
		if (D > 0){
			if (!this.hasOwnProperty("E"+E+":D:"+On+D)){
				if (D == 1 || this.hasOwnProperty("E"+E+":D:"+On+(D-1))){
					Set("E"+E+":D:"+On+D, Date.now());
				}
			}
		}else if (D < 0){
			if (!this.hasOwnProperty("E"+E+":D:"+Off+(-D))){
				if (D == -1 || this.hasOwnProperty("E"+E+":D:"+Off+(-D-1))){
					Set("E"+E+":D:"+Off+(-D), Date.now());
				}
			}
		}
	}
	
	if (Array.isArray(ACTS.EDROP)){
		for (DROP of ACTS.EDROP){
			DTOG("Drop", "Undrop", DROP[0], DROP[1]);
		}
	}
	
	if (ACTS.ELOSS){
		DADD("Loss", "Unloss", ACTS.ELOSS[0], ACTS.ELOSS[1]);
	}
	
	if (ACTS.EBYE){
		DADD("Bye", "Unbye", ACTS.EBYE[0], ACTS.EBYE[1]);
	}
	
	if (Array.isArray(ACTS.TLOCK)){
		for (L of ACTS.TLOCK){
			if (L.length > 1){
				if (L[1] != null){
					Set("P:"+L[0], {tlock: L[1]});
				}else{
					Del("P:"+L[0]);
				}
			}
		}
	}
	
	if(Array.isArray(ACTS.SNEW)){
		const S = ACTS.SNEW[0];
		const Type = ACTS.SNEW[1];
		if (!this.hasOwnProperty(["S"+S+":C:Type"])){
			if (S==1 || this.hasOwnProperty(["S"+(S-1)+":C:Type"])){
				if (S > 1){
					//Check the last stage isn't empty or in progress
				}
				Set("S"+S+":C:Type", Type);
			}
		}
	}
	
	if(Array.isArray(ACTS.RNEW)){
		const S = ACTS.RNEW[0];
		const R = ACTS.RNEW[1];
		if (this.hasOwnProperty("S"+S+":C:Type")){
			const SType = this["S"+S+":C:Type"];
			
			if (R==1 || this.hasOwnProperty(["S"+S+":R"+(R-1)+":C:Type"])){
				if (!this.hasOwnProperty(["S"+S+":R"+R+":C:Type"])){
					var RType = ACTS.RNEW[2];
					if (RType == "A"){
						if (R > 1){
							// "Pairs"
							const LastType = this["S"+S+":R"+(R-1)+":C:Type"];
							if (this.G("Mode") == "Pairs"){
								if (typeof(RType === "string") && typeof(LastType) === "string"){
									const DE = LastType.split("-");
									const U = parseInt(DE[0]);
									const L = parseInt(DE[1]);
									if (this.BracketDex(LastType) == 0){
										const Ls = U/2;
										RType = Ls + "-" + (Ls+L);
									}else{
										RType = U + "-" + L/2;
									}
								}else{
									RType = LastType / 2;
								}
							}else{
								if (LastType % 4 == 0){
									RType = LastType / 4;
								}else if (LastType == 13){
									RType = 4;
								}else if (LastType == 10){
									RType = 4;
								}else if (LastType == 40){
									RType = 16;
								}
							}
						}
					}
					Set("S"+S+":R"+R+":C:Type", RType);
					Set("S"+S+":R"+R+":C:Hide", true);
		
					if (CBS.OverMatch){
						CBS.OverMatch();
					}else{
						if (RType == "Draft"){
							const Es = this.EntityRender();
							var EDEX = 0;
							while(EDEX < Es.length){
								const E = Es[EDEX];
								if (this.DropStatus(E.E) > 0 || E.P == "_x_"){
									Es.splice(EDEX, 1);
									continue;
								}
								EDEX++;
							}
							ArrayShuffle(Es);
							const Size = this.Config("DraftPodSize");
							var TDEX = 1;
							while (Es.length > 0){
								const Fin = [];
								const pEs = Es.length>=Size ? Es.splice(0, Size) : Es.splice(0, Es.length);
								for (E of pEs){
									Fin.push(E.E);
								}
								Set("S"+S+":R"+R+":T"+TDEX, {Es:Fin});
								TDEX++;
							}
						}else if (this.G("Mode") == "Pairs"){
							if (SType == "GRP"){
								const PBL = this.DoMatchmaking(S, R, RType);
								const Pairs = PBL[0];
								for(var x = 1; x <= Pairs.length; x++){
									Set("S"+S+":R"+R+":T"+x, {Es:Pairs[x-1].Es, Wins:[0, 0], Draws:0});
								}
								if (PBL[1].length > 0){
									Set("S"+S+":R"+R+":TB", {Es:PBL[1]});
								}
								if (PBL[2].length > 0){
									Set("S"+S+":R"+R+":TL", PBL[2]);
								}
							}else if (SType == "BRKT"){
								const Pods = this.BracketPairs(S, R, RType);
								for(var x = 1; x <= Pods.Ts.length; x++){
									Set("S"+S+":R"+R+":T"+x, {Es:Pods.Ts[x-1], Wins:[0, 0], Draws:0});
								}
								if (Pods.TB){
									Set("S"+S+":R"+R+":TB", {Es:Pods.TB});
								}
							}
						}else{
							if (SType == "GRP"){
								const PBL = this.DoMatchmaking(S, R, RType);
								const Pods = PBL[0];
								for(var x = 1; x <= Pods.length; x++){
									if (this.Config("PointMode") == "Custom"){
										Set("S"+S+":R"+R+":T"+x, {Es:Pods[x-1].Es, Points:null});
									}else{
										Set("S"+S+":R"+R+":T"+x, {Es:Pods[x-1].Es, Winner:null, Losers:[]});
									}
								}
								if (PBL[1].length > 0){
									Set("S"+S+":R"+R+":TB", {Es:PBL[1]});
								}
								if (PBL[2].length > 0){
									Set("S"+S+":R"+R+":TL", PBL[2]);
								}
							}else if (SType == "BRKT"){
								const Pods = this.BracketPods(S, R, RType);
								for(var x = 1; x <= Pods.Ts.length; x++){
									Set("S"+S+":R"+R+":T"+x, {Es:Pods.Ts[x-1], Winner:null, Losers:[]});
								}
								if (Pods.TB){
									Set("S"+S+":R"+R+":TB", {Es:Pods.TB});
								}
							}
						}
					}
				}
			}
		}
	}
	
	if(ACTS.RDEL){
		const S = ACTS.RDEL[0];
		const R = ACTS.RDEL[1];
		const SR = "S"+S+":R"+R;
		if (this.hasOwnProperty(SR+":C:Type")){
			Del(SR+":C:Type");
			Del(SR+":Start");
			Del(SR+":End");
			var TDEX = 1;
			while(this.hasOwnProperty(SR+":T"+TDEX)){
				Del(SR+":T"+TDEX);
				TDEX++;
			}
			Del(SR+":TB");
		}
		if (R == 1){
			Del("S"+S+":C:Type");
		}
		//delete tourney End?
	}
	
	if(ACTS.RPUB){
		const S = ACTS.RPUB[0];
		const R = ACTS.RPUB[1];
		const SR = "S"+S+":R"+R;
		if (this.hasOwnProperty(SR+":C:Hide")){
			Del(SR+":C:Hide");
		}
	}
	
	if(ACTS.RUNPUB){
		const S = ACTS.RUNPUB[0];
		const R = ACTS.RUNPUB[1];
		const SR = "S"+S+":R"+R;
		if (!this.hasOwnProperty(SR+":C:Hide")){
			Set(SR+":C:Hide", true);
		}
	}
	
	if(ACTS.RSTART){
		const S = ACTS.RSTART[0];
		const R = ACTS.RSTART[1];
		const SR = "S"+S+":R"+R;
		if (this.hasOwnProperty(SR+":C:Type")){
			if (!this.hasOwnProperty(SR+":Start")){
				Set(SR+":Start", Date.now());
			}
		}
	}
	
	const RTOG = (On, Off, S, R, D)=>{
		const SR = "S"+S+":R"+R;
		if (this.hasOwnProperty(SR+":C:Type")){
			if (this.hasOwnProperty(SR+":Start")){
				if (D > 0){
					if (!this.hasOwnProperty(SR+":D:"+On+D)){
						if (D == 1 || this.hasOwnProperty(SR+":D:"+On+(D-1))){
							Set(SR+":D:"+On+D, Date.now());
						}
					}
				}else if (D < 0){
					if (!this.hasOwnProperty(SR+":D:"+Off+(-D))){
						if (this.hasOwnProperty(SR+":D:"+On+(-D))){
							Set(SR+":D:"+Off+(-D), Date.now());
						}
					}
				}
			}
		}
	}
	
	if (ACTS.RPAUSE){
		const S = ACTS.RPAUSE[0];
		const R = ACTS.RPAUSE[1];
		const D = ACTS.RPAUSE[2];
		RTOG("Pause", "Unpause", S, R, D);
	}
	
	if(ACTS.RSTOP){
		const S = ACTS.RSTOP[0];
		const R = ACTS.RSTOP[1];
		const SR = "S"+S+":R"+R;
		if (this.hasOwnProperty(SR+":C:Type")){
			if (this.hasOwnProperty(SR+":Start")){
				Del(SR+":Start");
			}
		}
	}
	
	const T_OP = (ACTS, CB)=>{
		const S = ACTS[0];
		const R = ACTS[1];
		const T = ACTS[2];
		//eventually make client have to pass null R and do R ? SRT : ST
		var KEY = "S"+S+":R"+R+":T"+T;
		if(!this.hasOwnProperty(KEY)){
			KEY = "S"+S+":T"+T;
		}
		if (this.hasOwnProperty(KEY)){
			CB(KEY);
		}
	}
	
	if(ACTS.TWIN){
		T_OP(ACTS.TWIN, (KEY)=>{
			//check validity based on config
			const change = this[KEY];
			if (change.hasOwnProperty("Points")){
				change.Points = ACTS.TWIN[3];
			}else{
				change.Winner = ACTS.TWIN[3];
			}
			delete change.SelfReport;
			change.End = Date.now();
			Set(KEY, change);
		})
	}
	
	if(ACTS.TLOSS){
		T_OP(ACTS.TLOSS, (KEY)=>{
			//check validity based on config
			const change = this[KEY];
			if (!change.Losers.includes(ACTS.TLOSS[3])){
				change.Losers.push(ACTS.TLOSS[3]);
				Set(KEY, change);
			}
		})
	}
	
	if(ACTS.TUNLOSS){
		T_OP(ACTS.TUNLOSS, (KEY)=>{
			//check validity based on config
			const change = this[KEY];
			if (change.Losers.includes(ACTS.TUNLOSS[3])){
				change.Losers.splice(change.Losers.indexOf(ACTS.TUNLOSS[3]), 1);
				Set(KEY, change);
			}
		})
	}
	
	if(ACTS.TWLD){
		T_OP(ACTS.TWLD, (KEY)=>{
			//check validity based on config
			const change = this[KEY];
			const WLD = ACTS.TWLD[3];
			change.Wins = [WLD[0], WLD[1]];
			change.Draws = WLD[2];
			delete change.SelfReport;
			change.End = Date.now();
			Set(KEY, change);
		})
	}
	
	if(ACTS.TSETS){
		const S = ACTS.TSETS[0];
		const R = ACTS.TSETS[1];
		const Ts = ACTS.TSETS[2];
		for (TEs of Ts){
			const T = TEs[0];
			const KEY = "S"+S+(R=="active"?"":(":R"+R))+":T"+T;
			if (TEs[1].length == 0){
				if (this.hasOwnProperty(KEY) && !this[KEY].End){
					Del(KEY);
				}
			}else{
				if (this.hasOwnProperty(KEY)){
					const change = this[KEY];
					change.Es = TEs[1];
					Set(KEY, change);
				}else{
					var SetMe = {Es:TEs[1]};
					if (this["S"+S+":R"+R+":C:Type"] != "Draft"){
						if (this.G("Mode") == "Pairs"){
							SetMe.Wins = [0, 0];
							SetMe.Draws = 0;
						}else{
							if (this.Config("PointMode") == "Custom"){
								SetMe = {Es:TEs[1], Points:null};
							}else{
								SetMe = {Es:TEs[1], Winner:null, Losers:[]};
							}
						}
						if (R == "active"){
							SetMe.Start = Date.now();
						}
					}
					Set(KEY, SetMe);
				}
			}	
		}		
	}
	
	if(ACTS.TRESET){
		T_OP(ACTS.TRESET, (KEY)=>{
			//check validity based on config
			const change = this[KEY];
			if (this.G("Mode") == "Pairs"){
				change.Wins = [0, 0];
				change.Draws = 0;
			}else{
				if (this.Config("PointMode") == "Custom"){
					change.Points = null;
				}else{
					change.Winner = null;
					change.Losers = [];
				}
			}
			delete change.SelfReport;
			if (this["S"+ACTS.TRESET[0]+":C:Type"] == "LFG"){
				change.End = "_x_";
			}else{
				delete change.End;
			}
			Set(KEY, change);
		})
	}
	
	if(ACTS.TMUTE){
		T_OP(ACTS.TMUTE, (KEY)=>{
			//check validity based on config
			const change = this[KEY];
			change.Mute = true;
			Set(KEY, change);
		})
	}
	
	if(ACTS.TTIME){
		T_OP(ACTS.TTIME, (KEY)=>{
			const change = this[KEY];
			change.ExtraTime = ACTS.TTIME[3];
			Set(KEY, change);
		})
	}
	
	if(ACTS.REND){
		const S = ACTS.REND[0];
		const R = ACTS.REND[1];
		const SR = "S"+S+":R"+R;
		if (this.hasOwnProperty(SR+":C:Type")){
			//TODO check that it's actually done
			Set(SR+":End", Date.now());
		}
	}
	
	if(ACTS.SSTART){
		const S = ACTS.SSTART;
		if (this.hasOwnProperty("S"+S+":C:Type")){
			if (this["S"+S+":C:Type"] == "LFG"){
				Set("S"+S+":Start", this.StartDate);
			}else{
				if (!this.hasOwnProperty("S"+S+":Start")){
					Set("S"+S+":Start", Date.now());
				}
			}			
		}
	}
	
	if(ACTS.SEND){
		const S = ACTS.SEND;
		if (this.hasOwnProperty("S"+S+":C:Type")){
			//TODO check that it's actually done
			Set("S"+S+":End", Date.now());
		}
	}
	
	if(ACTS.FIN){
		//TODO check if something is outstanding
		Set("End", Date.now());
	}
	
	if(ACTS.LFGS){
		const S = ACTS.LFGS;
		if (this["S"+S+":C:Type"] == "LFG"){
			if (CBS.OverMatch){
				CBS.OverMatch();
			}else{
				const Es = this.EntityRender(false); //keep E order
				var TDEX = 1;
				while (this.hasOwnProperty("S"+S+":T"+TDEX)){
					const table = this["S"+S+":T"+TDEX];
					if (!table.End && !table.Mute){
						for(E of table.Es){
							Es[E-1] = null;
						}
					}
					TDEX++;
				}
				
				var EDEX = 0;
				while(EDEX < Es.length){
					if (!Es[EDEX] || this.DropStatus(Es[EDEX].E) > 0){
						Es.splice(EDEX, 1);
					}else{
						EDEX++;
					}
				}
				
				ArrayShuffle(Es);
				
				if (this.G("Mode") == "Pods"){
					EDEX = 0;
					var NewPod = [];
					while(EDEX < Es.length-3){
						NewPod.push(Es[EDEX].E);
						NewPod.push(Es[EDEX+1].E);
						NewPod.push(Es[EDEX+2].E);
						NewPod.push(Es[EDEX+3].E);
						Set("S"+S+":T"+TDEX, {Es:NewPod, Winner:null, Losers:[], Start:Date.now()});
						NewPod = [];
						TDEX++;
						EDEX+=4;
					}
				}else{
					EDEX = 0;
					var NewPair = [];
					while(EDEX < Es.length-1){ 
						NewPair.push(Es[EDEX].E);
						NewPair.push(Es[EDEX+1].E);
						Set("S"+S+":T"+TDEX, {Es:NewPair, Wins:[0, 0], Draws:0, Start:Date.now()});
						NewPair = [];
						TDEX++;
						EDEX+=2;
					}
				}

				Set("S"+S+":Lobby", []);
			}
		}
	}
};ret.H = function H(){
	return "Frooty Loops " + HI() + this.TEST;
};ret.PodSizes = function PodSizes(pCount){
	if (pCount < 3){
		console.log("There are too few players to start a round");
		return [0, 0];
	}
	
	const r = pCount % 4;
	var fours = (pCount-r) / 4;
	const byeMode = this.Config("ByeMode");
	
	if (byeMode == "Byes"){
		return [fours, r];
	}else{
		if (byeMode == "High3s" || byeMode == "Low3s"){
			switch(r){
			case 3:
				return [fours, 1];
			case 2:
				return [fours-1, 2];
			case 1:
				return [fours-2, 3];
			default:
				return [fours, 0];
			}
		}else{
			if (pCount == 6){
				return [0, 0, 2];
			}else if (pCount == 7){
				return [0, 1, 1];
			}else if (pCount == 11){
				return [0, 2, 1];
			}else{
				switch(r){
				case 3:
					return [3, fours-3, 0];
				case 2:
					return [2, fours-2, 0];
				case 1:
					return [1, fours-1, 0];
				default:
					return [0, fours, 0];
				}
			}
		}
	}
};ret.InitPods = function InitPods(Es, pcount=0){
	const Pods = [];
	const PodCounts = this.PodSizes(Es.length);
	
	function PodOfSize(n){
		Pods.push({Es:[], Size:n});
	}
	
	const byeMode = this.Config("ByeMode");
	if (pcount){
		for (var c = 0; c < pcount/4; c++){
			PodOfSize(4);
		}
	}else{
		if (byeMode == "Byes"){
			for (var p = 1; p <= PodCounts[0]; p++){
				PodOfSize(4)
			}
		}else{
			if (byeMode == "High3s"){
				for (var p = 1; p <= PodCounts[1]; p++){
					PodOfSize(3);
				}
				for (var p = 1; p <= PodCounts[0]; p++){
					PodOfSize(4);
				}
			}else if (byeMode == "Low3s"){
				for (var p = 1; p <= PodCounts[0]; p++){
					PodOfSize(4);
				}
				for (var p = 1; p <= PodCounts[1]; p++){
					PodOfSize(3);
				}
			}else if (byeMode == "High5s"){
				for (var p = 1; p <= PodCounts[0]; p++){
					PodOfSize(5);
				}
				for (var p = 1; p <= PodCounts[1]; p++){
					PodOfSize(4);
				}
				for (var p = 1; p <= PodCounts[2]; p++){
					PodOfSize(3);
				}
			}else if (byeMode == "Low5s"){
				for (var p = 1; p <= PodCounts[2]; p++){
					PodOfSize(3);
				}
				for (var p = 1; p <= PodCounts[1]; p++){
					PodOfSize(4)
				}
				for (var p = 1; p <= PodCounts[0]; p++){
					PodOfSize(5)
				}
			}
		}
	}
	
	return Pods;
};ret.DoMatchmaking = function DoMatchmaking(S, R, RType){
	const Byes = [];
	const Losses = [];
	const byeMode = this.Config("ByeMode");
	const Since = this["S"+S+":R"+(R-1)+":Start"] || 0;
	const Memo = {};
	const TLocks = [];
	var Fin = [];
	
	const ProcEss = (Es)=>{
		var EDEX = 0;
		while(EDEX < Es.length){
			const E = Es[EDEX];
			if (this.DropStatus(E.E) > 0 || E.P == "_x_"){
				Es.splice(EDEX, 1);
				continue;
			}
			if (this.ByeStack(E.E, Since) > 0){
				Byes.push(Es.splice(EDEX, 1)[0].E);
				continue;
			}
			if (this.LossStack(E.E, Since) > 0){
				Losses.push(Es.splice(EDEX, 1)[0].E);
				continue;
			}
			const tlock = this.P4E(E.E).tlock;
			if(tlock){
				E.tlock = tlock;
				TLocks.push(E);
			}
			Memo["E"+E.E] = E;
			EDEX++;
		}
		if (RType != "X"){
			ArrayShuffle(Es);
		}
		
		var Ret = [];
		if (this.G("Mode")=="Pairs"){
			function PowerPairing(Set, reLimit=Infinity){
				const set = [...Set];
				const ret = [];
				
				while (set.length > 0){
					if (set.length > 1){
						var cert = false;
						var reLimiter = 0;
						while(!cert){
							for (fR = 1; fR < set.length; fR++){
								if (!set[0].opponentHistory || ArrayCount(set[0].opponentHistory, set[fR]) <= reLimiter){
									ret.push(set[0]);
									ret.push(set[fR]);
									set.splice(fR, 1);
									set.splice(0, 1);
									cert = true;
									break;
								}
							}
							
							if (!cert){
								reLimiter++;
								if (reLimiter > reLimit) return null;
							}
						}
					}else{
						ret.push(set[0]);
						set.splice(0, 1);
					}
				}
				return ret;
			}
			
			function FreshPairing(_Set, reLimit=Infinity){
				var ret = null;
				var Best = Infinity;
				function Recurse(Set, AX, BX){
					if (Set.length > 1){
						for (var fR = 1; fR < Set.length; fR++){
							const rees = ArrayCount(Set[0].opponentHistory, Set[fR]);
							if (rees <= reLimit){
								const bx = rees + BX;
								if (bx < Best){
									const set = [...Set];
									const ax = [...AX].concat([set[0], set[fR]]);
									set.splice(fR, 1);
									set.splice(0, 1);
									Recurse(set, ax, bx);
								}
							}
						}
						return null;
					}else{
						ret = AX.concat(Set);
						Best = BX;
					}
				}
				
				Recurse(_Set, [], 0);
				return ret;
			}
			
			function NewPair(p1, p2){
				return {
					Es: [p1, p2],
				}
			}
			
			var FinList = null;
			if (RType == "X"){
				if (Es.length % 2 == 1){
					Byes.push(Es.splice(Es.length-1, 1)[0].E);
				}
				const half = Es.length/2;
				for (let d = 0; d < half; d++){
					Ret.push(NewPair(Es[d].E, Es[d+half].E));
				}
			}else if (RType == "Random"){
				EDEX = 0;
				while(EDEX < Es.length-1){
					Ret.push(NewPair(Es[EDEX].E, Es[EDEX+1].E));
					EDEX+=2;
				}
			}else{
				if (RType == "Power"){
					if (R > 1) Es.sort(this.SortByRanking.bind(this));
					FinList = PowerPairing(Es);
				}else{
					if (R > 1) Es.sort(this.SortByMatching.bind(this));
					
					function RangeShuffle(start, end){
						const slice = [];
						for (let x = start; x <= end; x++){
							slice.push(Es[x]);
						}
						ArrayShuffle(slice);
						for (let x = start; x <= end; x++){
							Es[x] = slice[x-start];
						}
					}
					
					var sDex = 0;
					var eDex = 0;
					while (eDex < Es.length){
						if (Es[sDex].points != Es[eDex].points){
							RangeShuffle(sDex, eDex-1);
							sDex = eDex;
						}
						eDex++;
					}
					eDex--;
					if (sDex != eDex){
						RangeShuffle(sDex, eDex);
					}
					
					const BaseTiers = [];
					var Bye = null;
					const Clone = [...Es];
					if (Clone.length%2 == 1){
						var maxbyes = 0;
						var findex = null;
						while (findex == null){
							var dex = Clone.length-1;
							while (dex > 0){
								if (Clone[dex].byesGotten <= maxbyes){
									findex = dex;
									break;
								}
								dex--;
							}
							maxbyes++;
						}
						Bye = Clone.splice(findex, 1)[0];
					}
					
					while (Clone.length > 0){
						const tier = this.MatchPoints(Clone[1]);
						var dex = 2;
						while (dex < Clone.length && this.MatchPoints(Clone[dex]) == tier && this.MatchPoints(Clone[dex+1]) == tier){
							dex+=2;
						}
						BaseTiers.push(Clone.splice(0, dex));
					}
					
					function SpliceArray(arr, x, y){
						const S = x > y ? y : x;
						const E = x > y ? x : y;
						arr[S] = arr[S].concat(arr.splice(E, 1)[0]);
					}
					
					var reLimit = 0;
					function RecurseTiers(Tiers){
						if (Tiers.length == 1){
							return FreshPairing(Tiers[0], reLimit);
						}
						//Trim Ends
						const Front = FreshPairing(Tiers[0], reLimit);
						const Back = FreshPairing(Tiers[Tiers.length-1], reLimit);
						if (Front && Back){
							var ret = [];
							for (var t = 0; t < Tiers.length; t++){
								tier = Tiers[t];
								const fresh = FreshPairing(tier, reLimit);
								if (fresh){
									ret = ret.concat(fresh);
								}else{
									SpliceArray(Tiers, t, t+1);
									return RecurseTiers(Tiers);
								}
							}
							return ret;
						}else{
							if (Tiers.length == 2){
								SpliceArray(Tiers, 0, 1);
								return RecurseTiers(Tiers);
							}else if (Tiers.length == 3){
								if (Front){
									SpliceArray(Tiers, 1, 2);
									return RecurseTiers(Tiers);
								}else{
									SpliceArray(Tiers, 0, 1);
									return RecurseTiers(Tiers);
								}
							}else{
								if (!Front){
									SpliceArray(Tiers, 0, 1);
								}
								if (!Back){
									SpliceArray(Tiers, Tiers.length-2, Tiers.length-1);
								}
								return RecurseTiers(Tiers);
							}
						}
					}
					
					do {
						const Clone = [];
						for (Tier of BaseTiers){
							Clone.push([...Tier]);
						}
						FinList = RecurseTiers(Clone);
						reLimit++;
					}while (FinList == null)
					if (Bye) FinList.push(Bye);
				}
				
				for (var p = 0; p < FinList.length; p+=2){
					if (p+1 < FinList.length){
						const newpair = NewPair(FinList[p].E,FinList[p+1].E);
						Ret.push(newpair);
					}else{
						Byes.push(FinList[p].E);
					}
				}
			}
		}else{
			if (RType == "X"){
				const Rem = Es.length % 4;
				if (Rem > 0){
					const byEs = Es.splice(Es.length-Rem, Rem);
					const tab = [];
					for (E of byEs){
						Byes.push(E.E);
					}
				}
				const pods = Es.length/4;
				const End = Es.length-1;
				var TDEX = 1;
				for (let p = pods-1; p >= 0; p--){
					const tab = [Es[End-p].E, Es[End-pods-p].E, Es[End-2*pods-p].E, Es[End-3*pods-p].E];
					Ret.push({Es:tab});
					TDEX++;
				}
			}else if (RType == "Random"){
				EDEX = 0;
				while(EDEX < Es.length-3){
					const tab = [Es[EDEX].E, Es[EDEX+1].E, Es[EDEX+2].E, Es[EDEX+3].E]
					Ret.push({Es:tab});
					EDEX+=4;
				}
			}else{
				Ret = this.InitPods(Es);
				if (RType == "Bubble"){
					if (R > 1) Es.sort(this.SortByRanking.bind(this));
					for (E of Es){
						var FullPods = true;
						for(pod of Ret){
							if (pod.Es.length == pod.Size){
								continue;
							}
							
							pod.Es.push(E.E);
							FullPods = false;
							break;
						}
						
						if (FullPods && byeMode == "Byes"){
							Byes.push(E.E);
						}
					}
				}else{
					if (R > 1) Es.sort(this.SortByMatching.bind(this));

					function calculateRounds(players) {
						if (players <= 16) return 2;
						if (players <= 28) return 3;
						if (players <= 56) return 4;
						if (players <= 128) return 5;
						if (players <= 160) return 6;
						if (players <= 324) return 7;
						if (players <= 540) return 8;
						if (players <= 960) return 9;
						return 10; 
					}

					// Get total player count
					const totalPlayers = this.EntityRender().length;
					// Estimate number of rounds
					const expectedRs = calculateRounds(totalPlayers);

					// Snake Pairing for events 20-56 players
					if (totalPlayers > 20 && totalPlayers <= 56 && R == 2) {
					    const winners = Es.filter(e => e.gamesWon === 1 || e.byesGotten === 1);
					    console.log(winners.length);
					    const nonWinners = Es.filter(e => e.gamesWon === 0 && e.byesGotten === 0);
					    console.log(nonWinners.length);
					    
					    // Distribute winners evenly across pods
					    let winnerIndex = 0;
					    for (let pod of Ret) {
					        if (winnerIndex < winners.length) {
					            pod.Es.push(winners[winnerIndex].E);
					            winnerIndex++;
					        }
					    }
					    
					    // Fill remaining spots with non-winners
					    for (let E of [...winners.slice(winnerIndex), ...nonWinners]) {
					        const PodScores = [];
					        var FullPods = true;
					        for (let pod of Ret) {
					            if (pod.Es.length == pod.Size) {
					                PodScores.push(-Infinity);
					                continue;
					            }
					            
					            var score = 0;
					            for (let pp of pod.Es) {
					                var ACount = 0;
					                for (let OH of E.opponentHistory) {
					                    if (OH.E == pp) {
					                        ACount++;
					                    }
					                }
					                score -= ACount ** 2;
					            }
					            PodScores.push(score);
					            FullPods = false;
					        }
					        
					        if (FullPods && byeMode == "Byes") {
					            Byes.push(E.E);
					        } else {
					            const pdex = PodScores.indexOf(Math.max(...PodScores));
					            Ret[pdex].Es.push(E.E);
					        }
					    }
					}
					// Use new algo on last ~3 rounds. Doesn't work in smaller tournaments (56 or less)
					else if (totalPlayers > 56 && R > 2 && R >= (expectedRs - 2)) {
						// Get top 16 players
						const topPlayers = new Set(Es.slice(0, 16).map(e => e.E));

						for (E of Es) {
							const PodScores = [];
							var FullPods = true;
							for(pod of Ret) {
								if (pod.Es.length == pod.Size) {
									PodScores.push(-Infinity);
									continue;
								}
								
								var score = 0;
								// Check opponent history
								for (pp of pod.Es) {
									var ACount = 0;
									for (OH of E.opponentHistory) {
										if (OH.E == pp) {
											ACount++;
										}
									}
									score -= ACount ** 3 * 1000;
								}
								
								// Adjust score based on top players in the pod
								const topPlayersInPod = pod.Es.filter(p => topPlayers.has(p)).length;
								if (topPlayers.has(E.E)) {
									// If current player is a top player
									if (topPlayersInPod == 0) {
										score += 500; // Strongly encourage first top player in a pod
									} else if (topPlayersInPod == 1) {
										score += 1000; // Very strongly encourage second top player in a pod
									} else {
										score -= 2000; // Very strongly discourage more than 2 top players in a pod
									}
								} else {
									// If current player is not a top player
									if (topPlayersInPod == 0) {
										score -= 500; // Discourage non-top players in pods without top players
									} else if (topPlayersInPod == 1) {
										score += 250; // Encourage non-top players to join pods with 1 top player
									} else if (topPlayersInPod == 2) {
										score += 1000; // Strongly encourage non-top players to fill pods with 2 top players
									}
								}
								
								PodScores.push(score);
								FullPods = false;
							}
							
							if (FullPods && byeMode == "Byes") {
								Byes.push(E.E);
							} else {
								const pdex = PodScores.indexOf(Math.max(...PodScores));
								Ret[pdex].Es.push(E.E);
							}
						}
					} 
					// Default
					else {
						for (E of Es) {
							const PodScores = [];
							var FullPods = true;
							for(pod of Ret) {
								if (pod.Es.length == pod.Size) {
									PodScores.push(-Infinity);
									continue;
								}
								
								var score = 0;
								for (pp of pod.Es) {
									var ACount = 0;
									for (OH of E.opponentHistory) {
										if (OH.E == pp) {
											ACount++;
										}
									}
									score -= ACount ** 2;
								}
								PodScores.push(score);
								FullPods = false;
							}
							
							if (FullPods && byeMode == "Byes") {
								Byes.push(E.E);
							} else {
								const pdex = PodScores.indexOf(Math.max(...PodScores));
								Ret[pdex].Es.push(E.E);
							}
						}
					}
				}
				
				for (pod of Ret){
					const order = [];
					const players = [];
					for (E of pod.Es){
						players.push({E:E, luck:Memo["E"+E].luckLevel});
					}
					
					function SortByLuck(a, b){
						La = a.luck;
						Lb = b.luck;
						return La - Lb;
					}
					players.sort(SortByLuck);
					
					const D = pod.Es.length * 2;
					for (var d = 0; d < pod.Es.length; d++){
						var rand = Math.random();
						if (rand < 0.5){
							const dex = Math.floor(rand * (D - d*2));
							order.push(players.splice(dex, 1)[0].E);
						}else{
							rand = (rand - 0.5) * 2;
							var reposte = 1;
							while (reposte < players.length && players[reposte-1].luck == players[reposte].luck){
								reposte++;
							}
							
							const dex = Math.floor(rand * reposte);
							order.push(players.splice(dex, 1)[0].E);
						}
					}
					
					pod.Es = order;
				}
			}
		}
		Fin = Fin.concat(Ret);
	}
	
	if (this.G("Draft")){
		var SDEX = 1;
		const Es = this.EntityRender(false); //stays in E order
		var DSDEX = 0;
		while(this.hasOwnProperty("S"+SDEX+":C:Type")){
			const SType = this["S"+SDEX+":C:Type"];
			if (SType == "DRFT"){
				DSDEX = SDEX
			}
			SDEX++;
		}
		if (DSDEX > 0){
			var SDEX = DSDEX;
			var RDEX = 1;
			while(this.hasOwnProperty("S"+SDEX+":R"+RDEX+":C:Type")){
				const RType = this["S"+SDEX+":R"+RDEX+":C:Type"];
				if (RType == "Draft"){
					RDEX++;
				}else{
					break;
				}
			}
			RDEX--;
			if (RDEX > 0){
				var TDEX = 1;
				while(this.hasOwnProperty("S"+SDEX+":R"+RDEX+":T"+TDEX)){
					const table = this["S"+SDEX+":R"+RDEX+":T"+TDEX];
					const tEs = [];
					for(E of table.Es){
						tEs.push(Es[E-1]);
					}
					ProcEss(tEs);
					TDEX++;
				}
			}
		}
	}else{
		ProcEss(this.EntityRender());
	}
	
	for (var l = 0; l < TLocks.length; l++){
		const lock = TLocks[l];
		if (lock.tlock <= Fin.length){
			for(var t = 0; t < Fin.length; t++){
				const table = Fin[t];
				if (table.Es.includes(lock.E)){
					var cert = true;
					for (var c = l-1; c >= 0; c--){
						if (table.Es.includes(TLocks[c].E)){
							cert = false;
							break;
						}
					}
					if (cert){
						const swap = Fin[lock.tlock-1];
						Fin[lock.tlock-1] = table;
						Fin[t] = swap;
					}
					break;
				}
			}
		}
	}
	
	return [Fin, Byes, Losses];
};ret.BracketDex = function BracketDex(TX){
	if (this.G("Mode") == "Pairs"){
		const DE = TX.split("-");
		const U = parseInt(DE[0]);
		const L = parseInt(DE[1]);
		if (U > 1){
			const NextL = U/2 + L;
			if (NextL & (NextL - 1)){
				return 1;
			}else{
				return 0;
			}
		}else{
			if (L == 2){
				return 1;
			}else{
				return 0;
			}
		}
	}else{
		return 0;
	}
};ret.BracketPods = function BracketPods(S, R, TopX){
	const ret = {
		Ts: [],
	};
	
	var Es = this.EntityRender(false); //stays in E order
	if (R == 1){
		var EDEX = 0;
		while(EDEX < Es.length){
			const E = Es[EDEX];
			if (this.DropStatus(E.E) > 0 || E.P == "_x_"){
				Es.splice(EDEX, 1);
				continue;
			}
			EDEX++;
		}
		
		if (Es.length < TopX){
			return ret;
		}
		
		ArrayShuffle(Es);
	}else{
		const newEs = [];
		var TDEX = 1;
		while(this.hasOwnProperty("S"+S+":R"+(R-1)+":T"+TDEX)){
			newEs.push(Es[this["S"+S+":R"+(R-1)+":T"+TDEX].Winner-1]);
			TDEX++;
		}
		if (this["S"+S+":R"+(R-1)+":TB"]){
			for (Bye of this["S"+S+":R"+(R-1)+":TB"].Es){
				newEs.push(Es[Bye-1]);
			}
		}
		Es = newEs;
	}
	Es.sort(this.SortByRanking.bind(this));
	
	var pow4 = 4;
	while (pow4 < TopX){
		pow4 *= 4;
	}
	
	var b = 0;
	if (pow4 != TopX){
		if (TopX == 13){
			pow4 = 12;
		}
		if (TopX == 10){
			pow4 = 8;
		}else if (TopX == 40){
			pow4 = 32;
		}
		ret.TB = [];
		for (let dex = 0; dex < TopX-pow4; dex++){
			ret.TB.push(Es.splice(0, 1)[0].E);
		}
	}
	
	for (let x = 1; x <= pow4/4; x++){
		ret.Ts.push([]);
	}
	
	const numPlayers = pow4;
	const halfPlayers = numPlayers / 2;
	for (let i = 0; i < ret.Ts.length; i++) {
		ret.Ts[i].push(Es[i+b].E);
		ret.Ts[i].push(Es[halfPlayers+b - 1 - i].E);
		ret.Ts[i].push(Es[i+b + halfPlayers].E);
		ret.Ts[i].push(Es[numPlayers+b - 1 - i].E);
	}
	
	return ret;
};ret.BracketPairs = function BracketPairs(S, R, TX){
	const ret = {
		Ts: [],
	};
	
	function NewPair(p1, p2){
		return [p1, p2];
	}
	
	var Es = this.EntityRender(false); //stays in E order
	if (R == 1){
		var EDEX = 0;
		while(EDEX < Es.length){
			const E = Es[EDEX];
			if (this.DropStatus(E.E) > 0 || E.P == "_x_"){
				Es.splice(EDEX, 1);
				continue;
			}
			EDEX++;
		}
		
		if (Es.length < TX){
			return ret;
		}
		
		Es.sort(this.SortByRanking.bind(this));
		
		var Seeds = [0];
		var TopX = TX;
		if (typeof(TopX) === "string"){
			TopX = parseInt(TopX.split("-")[0]);
		}
		while (Seeds.length < TopX){
			const Double = [];
			for (let s = 0; s < Seeds.length; s++){
				if (s < Seeds.length/2){
					Double.push(Seeds[s]);
					Double.push(Seeds.length*2-1 - Seeds[s]);
				}else{
					Double.push(Seeds.length*2-1 - Seeds[s]);
					Double.push(Seeds[s]);
				}
			}
			Seeds = Double;
		}
		
		for (let s = 0; s < Seeds.length; s+=2){
			const A = Seeds[s];
			const B = Seeds[s+1];
			ret.Ts.push(NewPair(Es[Math.min(A, B)].E, Es[Math.max(A, B)].E));
		}
	}else{
		if (typeof(TX) === "string"){
			const DE = TX.split("-");
			const U = parseInt(DE[0]);
			const L = parseInt(DE[1]);
			const winners = [];
			const losers = [];
			var WinR = 0;
			var LoseR = 0;
			if (U == L){
				if (U+L == 2){
					//Grand Finals
					const TL = this["S"+S+":R"+(R-1)+":T1"];
					const TW = this["S"+S+":R"+(R-2)+":T1"];
					var E1;
					var E2;
					if (this.PairGrade(TL) >= 9){
						E2 = TL.Es[0];
					}else{
						E2 = TL.Es[1];
					}
					if (this.PairGrade(TW) >= 9){
						E1 = TW.Es[0];
					}else{
						E1 = TW.Es[1];
					}
					ret.Ts.push(NewPair(E1, E2));
					return ret;
				}else{
					if (R == 2){
						LoseR = 1;
					}else{
						WinR = 1;
					}
				}
			}else if (U < L){
				WinR = 2;
				LoseR = 1;
			}else{
				if (R == 3){
					WinR = 2;
				}else{
					WinR = 3;
				}
				if (this.BracketDex(TX) == 1){
					LoseR = 1;
				}
			}
			var TDEX = 1;
			while(this.hasOwnProperty("S"+S+":R"+(R-WinR)+":T"+TDEX)){
				const table = this["S"+S+":R"+(R-WinR)+":T"+TDEX];
				if (this.PairGrade(table) >= 9){
					winners.push(table.Es[0]);
				}else{
					winners.push(table.Es[1]);
				}
				TDEX++;
			}
			TDEX = 1;
			while(this.hasOwnProperty("S"+S+":R"+(R-LoseR)+":T"+TDEX)){
				const table = this["S"+S+":R"+(R-LoseR)+":T"+TDEX];
				if (this.PairGrade(table) >= 9){
					losers.push(table.Es[1]);
				}else{
					losers.push(table.Es[0]);
				}
				TDEX++;
			}
			if (losers.length == 0){
				for (let p = 0; p < winners.length; p+=2){
					if (p < winners.length/2){
						ret.Ts.push(NewPair(winners[p], winners[p+1]));
					}else{
						ret.Ts.push(NewPair(winners[p+1], winners[p]));
					}
				}
			}else if (winners.length == 0){
				for (let p = 0; p < losers.length; p+=2){
					if (p < losers.length/2){
						ret.Ts.push(NewPair(losers[p+1], losers[p]));
					}else{
						ret.Ts.push(NewPair(losers[p], losers[p+1]));
					}
					
				}
			}else if (losers.length == winners.length){
				if (winners.length == 1){
					ret.Ts.push(NewPair(losers[0], winners[0]));
				}else{
					//losers here are from the winners bracket, so they are first seat
					for (let p = 0; p < winners.length; p+=2){
						ret.Ts.push(NewPair(losers[p+1], winners[p+1]));
						ret.Ts.push(NewPair(losers[p], winners[p]));
					}
				}
			}else{
				console.log(winners, losers);
				console.log("HOOOOOOOOOOOOOOLD UP");
			}
		}else{
			const winners = [];
			const newEs = [];
			var TDEX = 1;
			while(this.hasOwnProperty("S"+S+":R"+(R-1)+":T"+TDEX)){
				const table = this["S"+S+":R"+(R-1)+":T"+TDEX];
				if (this.PairGrade(table) >= 9){
					winners.push(table.Es[0]);
				}else{
					winners.push(table.Es[1]);
				}
				TDEX++;
			}
			for (let p = 0; p < winners.length; p+=2){
				if (p < winners.length/2){
					ret.Ts.push(NewPair(winners[p], winners[p+1]));
				}else{
					ret.Ts.push(NewPair(winners[p+1], winners[p]));
				}
			}
		}
	}
	
	return ret;
};ret.D = function D(E, Key){
	var DEX = 1;
	while(true){
		if (!this["E"+E+":D:"+Key+DEX]){
			DEX--;
			break;
		}
		DEX++;
	}
	const stuff = this["E"+E+":D:"+Key+DEX];
	if (stuff.length == 2){
		return stuff[1];
	}else{
		const ret = [...stuff];
		ret.shift(); //remove timestamp
		return ret;
	}
};ret.DSTAT = function DSTAT(On, Off, E, val=null){
	var DEX = 1;
	while(true){
		const onstamp = this["E"+E+":D:"+On+DEX];
		if (onstamp){
			const offstamp = this["E"+E+":D:"+Off+DEX];
			if (offstamp){
				//empty
			}else{
				return DEX;
			}
		}else{
			return -(DEX-1);
		}
		DEX++;
	}
};ret.DSTACK = function DSTACK(On, Off, E, since){
	const SINCE = since || 0;
	var DEX = 1;
	var ON = 0;
	while(this.hasOwnProperty("E"+E+":D:"+On+DEX)){
		if (this["E"+E+":D:"+On+DEX] > since){
			ON++;
		}
		DEX++;
	}
	
	DEX = 1;
	
	var OFF = 0;
	while(this.hasOwnProperty("E"+E+":D:"+Off+DEX)){
		if (this["E"+E+":D:"+Off+DEX] > since){
			OFF++;
		}
		DEX++;
	}
	
	return [ON, OFF];
};ret.DropStatus = function DropStatus(E){
	return this.DSTAT("Drop", "Undrop", E);
};ret.LossStatus = function LossStatus(E, since=null){
	return this.DSTACK("Loss", "Unloss", E, since);
};ret.LossStack = function LossStack(E, since=null){
	const Loss = this.LossStatus(E, since);
	return Loss[0] - Loss[1];
};ret.ByeStatus = function ByeStatus(E, since=null){
	return this.DSTACK("Bye", "Unbye", E, since);
};ret.ByeStack = function ByeStack(E, since=null){
	const Bye = this.ByeStatus(E, since);
	return Bye[0] - Bye[1];
};ret.RSTAT = function RSTAT(S, R, On, Off){
	var DEX = 1;
	const SR = "S"+S+":R"+R;
	var ret = 0;
	while(true){
		const onstamp = this[SR+":D:"+On+DEX];
		if (onstamp){
			const offstamp = this[SR+":D:"+Off+DEX];
			if (offstamp){
				ret += offstamp - onstamp;
			}else{
				return [DEX, onstamp, ret];
			}
		}else{
			return [-(DEX-1), onstamp, ret];
		}
		DEX++;
	}
};ret.PauseStatus = function PauseStatus(S, R){
	return this.RSTAT(S, R, "Pause", "Unpause")[0];
};ret.LastStart = function LastStart(){
	var SDEX = 1;
	while (this.hasOwnProperty("S"+SDEX+":C:Type")){
		SDEX++;
	}
	SDEX--;
	var RDEX = 1;
	while (this.hasOwnProperty(["S"+SDEX+":R"+RDEX+":C:Type"])){
		RDEX++;
	}
	RDEX--;
	
	if(this.hasOwnProperty("S"+SDEX+":R"+RDEX+":Start")){
		return this["S"+SDEX+":R"+RDEX+":Start"];
	}else if (RDEX == 1){
		return 0;
	}else{
		return this["S"+SDEX+":R"+RDEX+":Start"];
	}
};ret.ByePoints = function ByePoints(){
	if (this.Config("PointMode") == "Standard"){
		return this.Config("WinPoints");
	}else if (this.Config("PointMode") == "Flawless"){
		return this.Config("FlawlessPoints");
	}else{
		return this.Config("ByePoints");
	}
};ret.PairGrade = function PairGrade(Pair){
	if (Pair.Void) return 0;
	
	const BestOf = this.Config("BestOf");
	const MaxWins = Math.ceil(BestOf*0.51);
	const P1 = Pair.Wins[0];
	const P2 = Pair.Wins[1];
	const D = Pair.Draws;
	if (P1 > MaxWins || P2 > MaxWins || P1+D > BestOf || P2+D > BestOf || P1+P2 > BestOf){
		return 0;
	}
	if (P1 == 0 && P2 == 0 && D == 0){
		return 5;
	}
	if (P1 == P2){
		return 6;
	}else if(Pair.Wins[0] > Pair.Wins[1]){
		if (Pair.Wins[0] == MaxWins && Pair.Wins[1] == 0){
			return 10
		}else{
			return 9
		}
	}else if(Pair.Wins[0] < Pair.Wins[1]){
		if (Pair.Wins[1] == MaxWins && Pair.Wins[0] == 0){
			return 8;
		}else{
			return 7;
		}
	}
	return 5;
};ret.ActiveEntities = function ActiveEntities(){
	var EDEX = 1;
	var ret = 0;
	while (this.hasOwnProperty("E"+EDEX+":P1")){
		if (this["E"+EDEX+":P1"] != "_x_" && this.DropStatus(EDEX)<=0){
			ret++;
		}
		EDEX++;
	}
	return ret;
};ret.MatchPoints = function MatchPoints(Player){
	return Player.points;
};ret.WinRate = function WinRate(Player){
	if (Player.gamesPlayed == 0 && Player.byesGotten == 0) {
		return 0;
	}else{
		if (this.Config("PointMode") == "Custom"){
			const ret = (Player.points - this.Config("StartPoints")) / (Player.gamesPlayed*this.Config("MaxRoundPoints"));
			return ret;
		}else{
			var N = this.MatchPoints(Player) - this.Config("StartPoints");
			var D = 0;
			if (this.Config("PointMode") == "Flawless"){
				D += this.Config("WinPoints") * Player.littleGamesPlayed;
				D += this.Config("WinPoints") * Player.byesGotten * Math.ceil(this.Config("BestOf")*0.51);
				D += this.Config("FlawlessPoints") * (Player.gamesPlayed + Player.byesGotten);
			}else{
				D += (Player.gamesPlayed + Player.byesGotten)*this.Config("WinPoints");
			}
			return N/D;
		}
	}
};ret.OpponentWinRate = function OpponentWinRate(Player){
	const MinWin = (this.G("Mode") == "Pods" && this.StartDate > _CHANGE_MIN_PERCENT_PODS_) ? 20 : 33
	const Opps = new Set(Player.opponentHistory);
	if (Opps.size == 0){
		if (Player.byesGotten > 0){
			return MinWin/100;
		}else{
			return 0;
		}
	}
	var Ax = 0;
	for (O of Opps){
		Ax += Math.max(this.WinRate(O), MinWin/100);
	}
	if (Player.byesGotten > 0 && this.G("Mode") == "Pods"){
		return (Ax+((MinWin/100)*3))/(Opps.size+3);
	}else{
		return Ax / Opps.size;
	}
};ret.SuccessRate = function SuccessRate(Player){
	if (Player.gamesPlayed == 0 && Player.byesGotten == 0) {
		return 0;
	}else{
		if (this.Config("PointMode") == "Custom"){
			return (Player.points - this.Config("StartPoints")) / (Player.gamesPlayed*this.Config("MaxRoundPoints"));
		}else{
			return Player.gamesWon / Player.gamesPlayed;
		}
	}
};ret.OpponentSuccessRate = function OpponentSuccessRate(Player){
	const Opps = new Set(Player.opponentHistory);
	if (Opps.size == 0){
		return 0;
	}
	var Ax = 0;
	for (O of Opps){
		Ax += this.SuccessRate(O);
	}
	return Ax / Opps.size;
};ret.GamePoints = function GamePoints(Player){
	var points = this.Config("WinPoints") * Player.littleGamesWon;
	points += this.Config("WinPoints") * Player.byesGotten * Math.ceil(this.Config("BestOf")*0.51);
	if (Player.littleGamesDrawn){
		points += this.Config("DrawPoints") * Player.littleGamesDrawn;
	}
	return points ? points : 0;
};ret.GameWinRate = function GameWinRate(Player){
	if (Player.littleGamesPlayed == 0 && Player.byesGotten == 0) {
		return 0;
	}else{
		const N = this.GamePoints(Player);
		var D = Player.littleGamesPlayed*this.Config("WinPoints");
		D += this.Config("WinPoints") * Player.byesGotten * Math.ceil(this.Config("BestOf")*0.51);
		return N/D;
	}
};ret.OpponentGameWinRate = function OpponentGameWinRate(Player){
	const MinWin = (this.G("Mode") == "Pods" && this.StartDate > _CHANGE_MIN_PERCENT_PODS_) ? 20 : 33
	const Opps = new Set(Player.opponentHistory);
	if (Opps.size == 0){
		if (Player.byesGotten > 0){
			return MinWin/100;
		}else{
			return 0;
		}
	}
	var Ax = 0;
	for (O of Opps){
		Ax += Math.max(this.GameWinRate(O), MinWin/100);
	}
	return Ax / Opps.size;
};ret.SortByRanking = function SortByRanking(Pa, Pb){
	//Drop Status Moves to Last
	if (Pa.DS != Pb.DS){
		return Pa.DS - Pb.DS;
	}
	
	const Breakers = this.Config("Breakers");
	for (Breaker of Breakers){
		switch(Breaker){
		case "MPTS":
			MPa = this.MatchPoints(Pa);
			MPb = this.MatchPoints(Pb);
			if (MPa != MPb){
				return MPb - MPa;
			}
			break;
		case "GWR":
			GWa = Math.round(this.GameWinRate(Pa) * 10000)/100;
			GWb = Math.round(this.GameWinRate(Pb) * 10000)/100;
			if (GWa != GWb){
				return GWb - GWa;
			}
			break;
		case "OWR":
			OWa = Math.round(this.OpponentWinRate(Pa) * 10000)/100;
			OWb = Math.round(this.OpponentWinRate(Pb) * 10000)/100;
			if (OWa != OWb){
				return OWb - OWa;
			}
			break;
		case "OGWR":
			OGWa = Math.round(this.OpponentGameWinRate(Pa) * 10000)/100;
			OGWb = Math.round(this.OpponentGameWinRate(Pb) * 10000)/100;
			if (OGWa != OGWb){
				return OGWb - OGWa;
			}
			break;
		case "SR":
			WRa = Math.round(this.SuccessRate(Pa) * 10000)/100;
			WRb = Math.round(this.SuccessRate(Pb) * 10000)/100;
			if (WRa != WRb){
				return WRb - WRa;
			}
			break
		case "OSR":
			ORa = Math.round(this.OpponentSuccessRate(Pa) * 10000)/100;
			ORb = Math.round(this.OpponentSuccessRate(Pb) * 10000)/100;
			if (ORa != ORb){
				return ORb - ORa;
			}
			break
		case "OBEAT":
			const OBa = new Set(Pa.opponentsBeat);
			const OBb = new Set(Pb.opponentsBeat);
			if (OBa.size != OBb.size){
				return OBb.size - OBa.size;
			}
			break
		case "UOPP":
			const Ua = (new Set(Pa.opponentHistory)).size;
			const Ub = (new Set(Pb.opponentHistory)).size;
			if (Ua != Ub){
				return Ub - Ua;
			}
			break
		default:
			console.error("Breaker type '" + Breaker + "' does not exist");
			return 0;
		}
	}
	
	//First Come, First Serve
	return Pa.E - Pb.E;
};ret.SortByMatching = function SortByMatching(Pa, Pb){
	if (this.G("Mode") == "Pairs"){
		return this.SortByRanking(Pa, Pb);
	}else{ //default "Pods"
		//More Points Higher In List
		if (Pa.points != Pb.points){
			return Pb.points - Pa.points;
		}

		//Less Games Played Higher In List
		if (Pa.gamesPlayed != Pb.gamesPlayed){
			return Pa.gamesPlayed - Pb.gamesPlayed;
		}
		//Less Unique Opponents Higher In List
		const Ua = (new Set(Pa.opponentHistory)).size;
		const Ub = (new Set(Pb.opponentHistory)).size;
		if (Ua != Ub){
			return Ua - Ub;
		}
		//Lower Opponent Winrate Higher in List
		OWa = this.OpponentWinRate(Pa);
		OWb = this.OpponentWinRate(Pb);
		if (OWa != OWb){
			return OWa - OWb;
		}
	}
	
	return 0;
};return ret;}function PDATA(data={}){const ret = {};Object.assign(ret, data);ret.PlayerActions = function PlayerActions(ACTS, CBS={}, UID=""){
	const Set =(P, key, val)=>{
		if (CBS.OnSet) CBS.OnSet(P, key, val);
	}
	
	const Del = (P, key)=>{
		if (CBS.OnDelete) CBS.OnDelete(P, key);
	}
	
	const Push = (P, key, val)=>{
		if (CBS.OnPush) CBS.OnPush(P, key, val);
	}
	
	const Remove = (P, key, dex, len)=>{
		if (CBS.OnRemove) CBS.OnRemove(P, key, dex, len);
	}
	
	if (Array.isArray(ACTS.CHECKIN)){
		for(P of ACTS.CHECKIN){
			Set(P, "CheckedIn", true);
		}
	}
	
	if (Array.isArray(ACTS.CHECKOFF)){
		for(P of ACTS.CHECKOFF){
			Del(P, "CheckedIn");
		}
	}
	
	if (Array.isArray(ACTS.DCHECKON)){
		for(P of ACTS.DCHECKON){
			Set(P, "DeckChecked", true);
		}
	}
	
	if (Array.isArray(ACTS.DCHECKOFF)){
		for(P of ACTS.DCHECKOFF){
			Del(P, "DeckChecked");
		}
	}
	
	if (Array.isArray(ACTS.PAYYES)){
		for(P of ACTS.PAYYES){
			Set(P, "paid", true);
		}
	}
	
	if (Array.isArray(ACTS.PAYNO)){
		for(P of ACTS.PAYNO){
			Del(P, "paid");
		}
	}
	
	if (Array.isArray(ACTS.DECKSET)){
		for(PD of ACTS.DECKSET){
			if (PD.length > 1){
				Set(PD[0], "decklist", PD[1]);
				Del(PD[0], "decklock");
			}
		}
	}

	if (Array.isArray(ACTS.SETNAME)){
		for(PD of ACTS.SETNAME){
			if (PD.length > 1){
				Set(PD[0], "name", PD[1]);
				Set(PD[0], "discord", PD[1]);
				Set(PD[0], "modo", PD[1]);
			}
		}
	}
	
	if (Array.isArray(ACTS.PENALTY)){
		Push(ACTS.PENALTY[0], "Penalties", {
			Name: ACTS.PENALTY[1],
			Description: ACTS.PENALTY[2],
			timestamp: Math.round(Date.now()/1000),
			User: UID,
		});
	}
	
	if (Array.isArray(ACTS.NOPENALTY) && ACTS.NOPENALTY.length >= 3){
		Remove(ACTS.NOPENALTY[0], "Penalties", ACTS.NOPENALTY[1], ACTS.NOPENALTY[2]);
	}
};ret.All = function All(){
	const ret = [];
	for (PE of Object.entries(this)){
		if (typeof PE[1] === "function") continue;
		PE[1].P = PE[0];
		ret.push(PE[1]);
	}
	return ret;
};return ret;}