mdx-m3-viewer/dist/cjs/utils/jass2/natives.js

A browser WebGL model viewer. Mainly focused on models of the games Warcraft 3 and Starcraft 2.

"use strict";
Object.defineProperty(exports, "__esModule", { value: true });
const defs_1 = require("fengari/src/defs");
const lapi_1 = require("fengari/src/lapi");
const lauxlib_1 = require("fengari/src/lauxlib");
const ldo_1 = require("fengari/src/ldo");
const types_1 = require("./types");
/**
 * constant native ConvertRace takes integer i returns race
 */
function ConvertRace(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.races[i]);
    return 1;
}
/**
 * constant native ConvertAllianceType takes integer i returns alliancetype
 */
function ConvertAllianceType(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.allianceTypes[i]);
    return 1;
}
/**
 * constant native ConvertRacePref takes integer i returns racepreference
 */
function ConvertRacePref(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.racePrefs[i]);
    return 1;
}
/**
 * constant native ConvertIGameState takes integer i returns igamestate
 */
function ConvertIGameState(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.gameStates[i]);
    return 1;
}
/**
 * constant native ConvertFGameState takes integer i returns fgamestate
 */
function ConvertFGameState(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.gameStates[i]);
    return 1;
}
/**
 * constant native ConvertPlayerState takes integer i returns playerstate
 */
function ConvertPlayerState(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.playerStates[i]);
    return 1;
}
/**
 * constant native ConvertPlayerScore takes integer i returns playerscore
 */
function ConvertPlayerScore(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.playerScores[i]);
    return 1;
}
/**
 * constant native ConvertPlayerGameResult takes integer i returns playergameresult
 */
function ConvertPlayerGameResult(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.playerGameResults[i]);
    return 1;
}
/**
 * constant native ConvertUnitState takes integer i returns unitstate
 */
function ConvertUnitState(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.unitStates[i]);
    return 1;
}
/**
 * constant native ConvertAIDifficulty takes integer i returns aidifficulty
 */
function ConvertAIDifficulty(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.aiDifficulties[i]);
    return 1;
}
/**
 * constant native ConvertGameEvent takes integer i returns gameevent
 */
function ConvertGameEvent(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.events[i]);
    return 1;
}
/**
 * constant native ConvertPlayerEvent takes integer i returns playerevent
 */
function ConvertPlayerEvent(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.events[i]);
    return 1;
}
/**
 * constant native ConvertPlayerUnitEvent takes integer i returns playerunitevent
 */
function ConvertPlayerUnitEvent(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.events[i]);
    return 1;
}
/**
 * constant native ConvertWidgetEvent takes integer i returns widgetevent
 */
function ConvertWidgetEvent(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.events[i]);
    return 1;
}
/**
 * constant native ConvertDialogEvent takes integer i returns dialogevent
 */
function ConvertDialogEvent(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.events[i]);
    return 1;
}
/**
 * constant native ConvertUnitEvent takes integer i returns unitevent
 */
function ConvertUnitEvent(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.events[i]);
    return 1;
}
/**
 * constant native ConvertLimitOp takes integer i returns limitop
 */
function ConvertLimitOp(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.limitOps[i]);
    return 1;
}
/**
 * constant native ConvertUnitType takes integer i returns unittype
 */
function ConvertUnitType(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.unitTypes[i]);
    return 1;
}
/**
 * constant native ConvertGameSpeed takes integer i returns gamespeed
 */
function ConvertGameSpeed(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.gameSpeeds[i]);
    return 1;
}
/**
 * constant native ConvertPlacement takes integer i returns placement
 */
function ConvertPlacement(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.placements[i]);
    return 1;
}
/**
 * constant native ConvertStartLocPrio takes integer i returns startlocprio
 */
function ConvertStartLocPrio(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.startLocPrios[i]);
    return 1;
}
/**
 * constant native ConvertGameDifficulty takes integer i returns gamedifficulty
 */
function ConvertGameDifficulty(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.gameDifficulties[i]);
    return 1;
}
/**
 * constant native ConvertGameType takes integer i returns gametype
 */
function ConvertGameType(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.gameTypes[i]);
    return 1;
}
/**
 * constant native ConvertMapFlag takes integer i returns mapflag
 */
function ConvertMapFlag(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.mapFlags[i]);
    return 1;
}
/**
 * constant native ConvertMapVisibility takes integer i returns mapvisibility
 */
function ConvertMapVisibility(C, L) {
    const _i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    console.warn('ConvertMapVisibility used, but the implementation is unknown');
    (0, lapi_1.lua_pushnil)(L);
    return 1;
}
/**
 * constant native ConvertMapSetting takes integer i returns mapsetting
 */
function ConvertMapSetting(C, L) {
    const _i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    console.warn('ConvertMapSetting used, but the implementation is unknown');
    (0, lapi_1.lua_pushnil)(L);
    return 1;
}
/**
 * constant native ConvertMapDensity takes integer i returns mapdensity
 */
function ConvertMapDensity(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.mapDensities[i]);
    return 1;
}
/**
 * constant native ConvertMapControl takes integer i returns mapcontrol
 */
function ConvertMapControl(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.mapControls[i]);
    return 1;
}
/**
 * constant native ConvertPlayerColor takes integer i returns playercolor
 */
function ConvertPlayerColor(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.playerColors[i]);
    return 1;
}
/**
 * constant native ConvertPlayerSlotState takes integer i returns playerslotstate
 */
function ConvertPlayerSlotState(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.playerSlotStates[i]);
    return 1;
}
/**
 * constant native ConvertVolumeGroup takes integer i returns volumegroup
 */
function ConvertVolumeGroup(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.volumeGroups[i]);
    return 1;
}
/**
 * constant native ConvertCameraField takes integer i returns camerafield
 */
function ConvertCameraField(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.cameraFields[i]);
    return 1;
}
/**
 * constant native ConvertBlendMode takes integer i returns blendmode
 */
function ConvertBlendMode(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.blendModes[i]);
    return 1;
}
/**
 * constant native ConvertRarityControl takes integer i returns raritycontrol
 */
function ConvertRarityControl(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.rarityControls[i]);
    return 1;
}
/**
 * constant native ConvertTexMapFlags takes integer i returns texmapflags
 */
function ConvertTexMapFlags(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.texMapFlags[i]);
    return 1;
}
/**
 * constant native ConvertFogState takes integer i returns fogstate
 */
function ConvertFogState(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.fogStates[i]);
    return 1;
}
/**
 * constant native ConvertEffectType takes integer i returns effecttype
 */
function ConvertEffectType(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.effectTypes[i]);
    return 1;
}
/**
 * constant native ConvertVersion takes integer i returns version
 */
function ConvertVersion(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.versions[i]);
    return 1;
}
/**
 * constant native ConvertItemType takes integer i returns itemtype
 */
function ConvertItemType(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.itemTypes[i]);
    return 1;
}
/**
 * constant native ConvertAttackType takes integer i returns attacktype
 */
function ConvertAttackType(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.attackTypes[i]);
    return 1;
}
/**
 * constant native ConvertDamageType takes integer i returns damagetype
 */
function ConvertDamageType(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.damageTypes[i]);
    return 1;
}
/**
 * constant native ConvertWeaponType takes integer i returns weapontype
 */
function ConvertWeaponType(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.weaponTypes[i]);
    return 1;
}
/**
 * constant native ConvertSoundType takes integer i returns soundtype
 */
function ConvertSoundType(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.soundTypes[i]);
    return 1;
}
/**
 * constant native ConvertPathingType takes integer i returns pathingtype
 */
function ConvertPathingType(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.pathingTypes[i]);
    return 1;
}
/**
 * constant native ConvertMouseButtonType takes integer i returns mousebuttontype
 */
function ConvertMouseButtonType(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.mouseButtonTypes[i]);
    return 1;
}
/**
 * constant native ConvertAnimType takes integer i returns animtype
 */
function ConvertAnimType(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.animTypes[i]);
    return 1;
}
/**
 * constant native ConvertSubAnimType takes integer i returns subanimtype
 */
function ConvertSubAnimType(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, C.constantHandles.subAnimTypes[i]);
    return 1;
}
/**
 * constant native OrderId takes string orderIdString returns integer
 */
function OrderId(C, L) {
    const _orderIdString = (0, lauxlib_1.luaL_checkstring)(L, 1);
    console.warn('OrderId was called but is not implemented :(');
    (0, lapi_1.lua_pushinteger)(L, 0);
    return 1;
}
/**
 * constant native OrderId2String takes integer orderId returns string
 */
function OrderId2String(C, L) {
    const _orderId = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    console.warn('OrderId2String was called but is not implemented :(');
    (0, lapi_1.lua_pushstring)(L, '');
    return 1;
}
/**
 * constant native UnitId takes string unitIdString returns integer
 */
function UnitId(C, L) {
    const _unitIdString = (0, lauxlib_1.luaL_checkstring)(L, 1);
    console.warn('UnitId was called but is not implemented :(');
    (0, lapi_1.lua_pushinteger)(L, 0);
    return 1;
}
/**
 * constant native UnitId2String takes integer unitId returns string
 */
function UnitId2String(C, L) {
    const _unitId = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    console.warn('UnitId2String was called but is not implemented :(');
    (0, lapi_1.lua_pushstring)(L, '');
    return 1;
}
/**
 * constant native AbilityId takes string abilityIdString returns integer
 */
function AbilityId(C, L) {
    const _abilityIdString = (0, lauxlib_1.luaL_checkstring)(L, 1);
    console.warn('AbilityId was called but is not implemented :(');
    (0, lapi_1.lua_pushinteger)(L, 0);
    return 1;
}
/**
 * constant native AbilityId2String takes integer abilityId returns string
 */
function AbilityId2String(C, L) {
    const _abilityId = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    console.warn('AbilityId2String was called but is not implemented :(');
    (0, lapi_1.lua_pushstring)(L, '');
    return 1;
}
/**
 * constant native GetObjectName takes integer objectId returns string
 */
function GetObjectName(C, L) {
    const _objectId = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    console.warn('GetObjectName was called but is not implemented :(');
    (0, lapi_1.lua_pushstring)(L, '');
    return 1;
}
/**
 * constant native GetBJMaxPlayers takes nothing returns integer
 */
function GetBJMaxPlayers(C, L) {
    (0, lapi_1.lua_pushinteger)(L, 24);
    return 1;
}
/**
 * constant native GetBJPlayerNeutralVictim takes nothing returns integer
 */
function GetBJPlayerNeutralVictim(C, L) {
    (0, lapi_1.lua_pushinteger)(L, 24);
    return 1;
}
/**
 * constant native GetBJPlayerNeutralExtra takes nothing returns integer
 */
function GetBJPlayerNeutralExtra(C, L) {
    (0, lapi_1.lua_pushinteger)(L, 25);
    return 1;
}
/**
 * constant native GetBJMaxPlayerSlots takes nothing returns integer
 */
function GetBJMaxPlayerSlots(C, L) {
    (0, lapi_1.lua_pushinteger)(L, 28);
    return 1;
}
/**
 * constant native GetPlayerNeutralPassive takes nothing returns integer
 */
function GetPlayerNeutralPassive(C, L) {
    (0, lapi_1.lua_pushinteger)(L, 26);
    return 1;
}
/**
 * constant native GetPlayerNeutralAggressive takes nothing returns integer
 */
function GetPlayerNeutralAggressive(C, L) {
    (0, lapi_1.lua_pushinteger)(L, 27);
    return 1;
}
/**
 * native Deg2Rad takes real degrees returns real
 */
function Deg2Rad(C, L) {
    const degrees = (0, lauxlib_1.luaL_checknumber)(L, 1);
    (0, lapi_1.lua_pushnumber)(L, degrees * (Math.PI / 180));
    return 1;
}
/**
 * native Rad2Deg takes real radians returns real
 */
function Rad2Deg(C, L) {
    const radians = (0, lauxlib_1.luaL_checknumber)(L, 1);
    (0, lapi_1.lua_pushnumber)(L, radians * (180 / Math.PI));
    return 1;
}
/**
 * native Sin takes real radians returns real
 */
function Sin(C, L) {
    const radians = (0, lauxlib_1.luaL_checknumber)(L, 1);
    (0, lapi_1.lua_pushnumber)(L, Math.sin(radians));
    return 1;
}
/**
 * native Cos takes real radians returns real
 */
function Cos(C, L) {
    const radians = (0, lauxlib_1.luaL_checknumber)(L, 1);
    (0, lapi_1.lua_pushnumber)(L, Math.cos(radians));
    return 1;
}
/**
 * native Tan takes real radians returns real
 */
function Tan(C, L) {
    const radians = (0, lauxlib_1.luaL_checknumber)(L, 1);
    (0, lapi_1.lua_pushnumber)(L, Math.tan(radians));
    return 1;
}
/**
 * native Asin takes real y returns real
 */
function Asin(C, L) {
    const y = (0, lauxlib_1.luaL_checknumber)(L, 1);
    (0, lapi_1.lua_pushnumber)(L, Math.asin(y));
    return 1;
}
/**
 * native Acos takes real x returns real
 */
function Acos(C, L) {
    const x = (0, lauxlib_1.luaL_checknumber)(L, 1);
    (0, lapi_1.lua_pushnumber)(L, Math.acos(x));
    return 1;
}
/**
 * native Atan takes real x returns real
 */
function Atan(C, L) {
    const x = (0, lauxlib_1.luaL_checknumber)(L, 1);
    (0, lapi_1.lua_pushnumber)(L, Math.atan(x));
    return 1;
}
/**
 * native Atan2 takes real y, real x returns real
 */
function Atan2(C, L) {
    const y = (0, lauxlib_1.luaL_checknumber)(L, 1);
    const x = (0, lauxlib_1.luaL_checknumber)(L, 2);
    (0, lapi_1.lua_pushnumber)(L, Math.atan2(y, x));
    return 1;
}
/**
 * native SquareRoot takes real x returns real
 */
function SquareRoot(C, L) {
    const x = (0, lauxlib_1.luaL_checknumber)(L, 1);
    (0, lapi_1.lua_pushnumber)(L, Math.sqrt(x));
    return 1;
}
/**
 * native Pow takes real x, real power returns real
 */
function Pow(C, L) {
    const x = (0, lauxlib_1.luaL_checknumber)(L, 1);
    const power = (0, lauxlib_1.luaL_checknumber)(L, 2);
    (0, lapi_1.lua_pushnumber)(L, Math.pow(x, power));
    return 1;
}
/**
 * native I2R takes integer i returns real
 */
function I2R(C, L) {
    const i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    (0, lapi_1.lua_pushnumber)(L, i);
    return 1;
}
/**
 * native R2I takes real r returns integer
 */
function R2I(C, L) {
    const r = (0, lauxlib_1.luaL_checknumber)(L, 1);
    (0, lapi_1.lua_pushinteger)(L, r | 0);
    return 1;
}
/**
 * native I2S takes integer i returns string
 */
function I2S(C, L) {
    const _i = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    console.warn('I2S was called but is not implemented :(');
    (0, lapi_1.lua_pushstring)(L, '');
    return 1;
}
/**
 * native R2S takes real r returns string
 */
function R2S(C, L) {
    const _r = (0, lauxlib_1.luaL_checknumber)(L, 1);
    console.warn('R2S was called but is not implemented :(');
    (0, lapi_1.lua_pushstring)(L, '');
    return 1;
}
/**
 * native R2SW takes real r, integer width, integer precision returns string
 */
function R2SW(C, L) {
    const _r = (0, lauxlib_1.luaL_checknumber)(L, 1);
    const _width = (0, lauxlib_1.luaL_checkinteger)(L, 2);
    const _precision = (0, lauxlib_1.luaL_checkinteger)(L, 3);
    console.warn('R2SW was called but is not implemented :(');
    (0, lapi_1.lua_pushstring)(L, '');
    return 1;
}
/**
 * native S2I takes string s returns integer
 */
function S2I(C, L) {
    const _s = (0, lauxlib_1.luaL_checkstring)(L, 1);
    console.warn('S2I was called but is not implemented :(');
    (0, lapi_1.lua_pushinteger)(L, 0);
    return 1;
}
/**
 * native S2R takes string s returns real
 */
function S2R(C, L) {
    const _s = (0, lauxlib_1.luaL_checkstring)(L, 1);
    console.warn('S2R was called but is not implemented :(');
    (0, lapi_1.lua_pushnumber)(L, 0);
    return 1;
}
/**
 * native GetHandleId takes handle h returns integer
 */
function GetHandleId(C, L) {
    const h = (0, lapi_1.lua_touserdata)(L, 1);
    (0, lapi_1.lua_pushinteger)(L, h.handleId);
    return 1;
}
/**
 * native SubString takes string source, integer start, integer end_ returns string
 */
function SubString(C, L) {
    const _source = (0, lauxlib_1.luaL_checkstring)(L, 1);
    const _start = (0, lauxlib_1.luaL_checkinteger)(L, 2);
    const _end_ = (0, lauxlib_1.luaL_checkinteger)(L, 3);
    console.warn('SubString was called but is not implemented :(');
    (0, lapi_1.lua_pushstring)(L, '');
    return 1;
}
/**
 * native StringLength takes string s returns integer
 */
function StringLength(C, L) {
    const _s = (0, lauxlib_1.luaL_checkstring)(L, 1);
    console.warn('StringLength was called but is not implemented :(');
    (0, lapi_1.lua_pushinteger)(L, 0);
    return 1;
}
/**
 * native StringCase takes string source, boolean upper returns string
 */
function StringCase(C, L) {
    const _source = (0, lauxlib_1.luaL_checkstring)(L, 1);
    const _upper = (0, lapi_1.lua_toboolean)(L, 2);
    console.warn('StringCase was called but is not implemented :(');
    (0, lapi_1.lua_pushstring)(L, '');
    return 1;
}
/**
 * native StringHash takes string s returns integer
 */
function StringHash(C, L) {
    const _s = (0, lauxlib_1.luaL_checkstring)(L, 1);
    console.warn('StringHash was called but is not implemented :(');
    (0, lapi_1.lua_pushinteger)(L, 0);
    return 1;
}
/**
 * native GetLocalizedString takes string source returns string
 */
function GetLocalizedString(C, L) {
    const _source = (0, lauxlib_1.luaL_checkstring)(L, 1);
    console.warn('GetLocalizedString was called but is not implemented :(');
    (0, lapi_1.lua_pushstring)(L, '');
    return 1;
}
/**
 * native GetLocalizedHotkey takes string source returns integer
 */
function GetLocalizedHotkey(C, L) {
    const _source = (0, lauxlib_1.luaL_checkstring)(L, 1);
    console.warn('GetLocalizedHotkey was called but is not implemented :(');
    (0, lapi_1.lua_pushinteger)(L, 0);
    return 1;
}
/**
 * native SetMapName takes string name returns nothing
 */
function SetMapName(C, L) {
    const _name = (0, lauxlib_1.luaL_checkstring)(L, 1);
    console.warn('SetMapName was called but is not implemented :(');
    return 0;
}
/**
 * native SetMapDescription takes string description returns nothing
 */
function SetMapDescription(C, L) {
    const _description = (0, lauxlib_1.luaL_checkstring)(L, 1);
    console.warn('SetMapDescription was called but is not implemented :(');
    return 0;
}
/**
 * native SetTeams takes integer teamcount returns nothing
 */
function SetTeams(C, L) {
    const _teamcount = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    console.warn('SetTeams was called but is not implemented :(');
    return 0;
}
/**
 * native SetPlayers takes integer playercount returns nothing
 */
function SetPlayers(C, L) {
    const _playercount = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    console.warn('SetPlayers was called but is not implemented :(');
    return 0;
}
/**
 * native DefineStartLocation takes integer whichStartLoc, real x, real y returns nothing
 */
function DefineStartLocation(C, L) {
    const whichStartLoc = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    const x = (0, lauxlib_1.luaL_checknumber)(L, 2);
    const y = (0, lauxlib_1.luaL_checknumber)(L, 3);
    C.startLocations[whichStartLoc] = C.addHandle(new types_1.JassLocation(x, y));
    return 0;
}
/**
 * native DefineStartLocationLoc takes integer whichStartLoc, location whichLocation returns nothing
 */
function DefineStartLocationLoc(C, L) {
    const _whichStartLoc = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    const _whichLocation = (0, lapi_1.lua_touserdata)(L, 2);
    console.warn('DefineStartLocationLoc was called but is not implemented :(');
    return 0;
}
/**
 * native SetStartLocPrioCount takes integer whichStartLoc, integer prioSlotCount returns nothing
 */
function SetStartLocPrioCount(C, L) {
    const _whichStartLoc = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    const _prioSlotCount = (0, lauxlib_1.luaL_checkinteger)(L, 2);
    console.warn('SetStartLocPrioCount was called but is not implemented :(');
    return 0;
}
/**
 * native SetStartLocPrio takes integer whichStartLoc, integer prioSlotIndex, integer otherStartLocIndex, startlocprio priority returns nothing
 */
function SetStartLocPrio(C, L) {
    const _whichStartLoc = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    const _prioSlotIndex = (0, lauxlib_1.luaL_checkinteger)(L, 2);
    const _otherStartLocIndex = (0, lauxlib_1.luaL_checkinteger)(L, 3);
    const _priority = (0, lapi_1.lua_touserdata)(L, 4);
    console.warn('SetStartLocPrio was called but is not implemented :(');
    return 0;
}
/**
 * native GetStartLocPrioSlot takes integer whichStartLoc, integer prioSlotIndex returns integer
 */
function GetStartLocPrioSlot(C, L) {
    const _whichStartLoc = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    const _prioSlotIndex = (0, lauxlib_1.luaL_checkinteger)(L, 2);
    console.warn('GetStartLocPrioSlot was called but is not implemented :(');
    (0, lapi_1.lua_pushinteger)(L, 0);
    return 1;
}
/**
 * native GetStartLocPrio takes integer whichStartLoc, integer prioSlotIndex returns startlocprio
 */
function GetStartLocPrio(C, L) {
    const _whichStartLoc = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    const _prioSlotIndex = (0, lauxlib_1.luaL_checkinteger)(L, 2);
    console.warn('GetStartLocPrio was called but is not implemented :(');
    (0, lapi_1.lua_pushlightuserdata)(L, { name: 'FAKE' });
    return 1;
}
/**
 * native SetGameTypeSupported takes gametype whichGameType, boolean value returns nothing
 */
function SetGameTypeSupported(C, L) {
    const _whichGameType = (0, lapi_1.lua_touserdata)(L, 1);
    const _value = (0, lapi_1.lua_toboolean)(L, 2);
    console.warn('SetGameTypeSupported was called but is not implemented :(');
    return 0;
}
/**
 * native SetMapFlag takes mapflag whichMapFlag, boolean value returns nothing
 */
function SetMapFlag(C, L) {
    const _whichMapFlag = (0, lapi_1.lua_touserdata)(L, 1);
    const _value = (0, lapi_1.lua_toboolean)(L, 2);
    console.warn('SetMapFlag was called but is not implemented :(');
    return 0;
}
/**
 * native SetGamePlacement takes placement whichPlacementType returns nothing
 */
function SetGamePlacement(C, L) {
    const _whichPlacementType = (0, lapi_1.lua_touserdata)(L, 1);
    console.warn('SetGamePlacement was called but is not implemented :(');
    return 0;
}
/**
 * native SetGameSpeed takes gamespeed whichspeed returns nothing
 */
function SetGameSpeed(C, L) {
    const _whichspeed = (0, lapi_1.lua_touserdata)(L, 1);
    console.warn('SetGameSpeed was called but is not implemented :(');
    return 0;
}
/**
 * native SetGameDifficulty takes gamedifficulty whichdifficulty returns nothing
 */
function SetGameDifficulty(C, L) {
    const _whichdifficulty = (0, lapi_1.lua_touserdata)(L, 1);
    console.warn('SetGameDifficulty was called but is not implemented :(');
    return 0;
}
/**
 * native SetResourceDensity takes mapdensity whichdensity returns nothing
 */
function SetResourceDensity(C, L) {
    const _whichdensity = (0, lapi_1.lua_touserdata)(L, 1);
    console.warn('SetResourceDensity was called but is not implemented :(');
    return 0;
}
/**
 * native SetCreatureDensity takes mapdensity whichdensity returns nothing
 */
function SetCreatureDensity(C, L) {
    const _whichdensity = (0, lapi_1.lua_touserdata)(L, 1);
    console.warn('SetCreatureDensity was called but is not implemented :(');
    return 0;
}
/**
 * native GetTeams takes nothing returns integer
 */
function GetTeams(C, L) {
    console.warn('GetTeams was called but is not implemented :(');
    (0, lapi_1.lua_pushinteger)(L, 0);
    return 1;
}
/**
 * native GetPlayers takes nothing returns integer
 */
function GetPlayers(C, L) {
    console.warn('GetPlayers was called but is not implemented :(');
    (0, lapi_1.lua_pushinteger)(L, 0);
    return 1;
}
/**
 * native IsGameTypeSupported takes gametype whichGameType returns boolean
 */
function IsGameTypeSupported(C, L) {
    const _whichGameType = (0, lapi_1.lua_touserdata)(L, 1);
    console.warn('IsGameTypeSupported was called but is not implemented :(');
    (0, lapi_1.lua_pushboolean)(L, false);
    return 1;
}
/**
 * native GetGameTypeSelected takes nothing returns gametype
 */
function GetGameTypeSelected(C, L) {
    console.warn('GetGameTypeSelected was called but is not implemented :(');
    (0, lapi_1.lua_pushlightuserdata)(L, { name: 'FAKE' });
    return 1;
}
/**
 * native IsMapFlagSet takes mapflag whichMapFlag returns boolean
 */
function IsMapFlagSet(C, L) {
    const _whichMapFlag = (0, lapi_1.lua_touserdata)(L, 1);
    console.warn('IsMapFlagSet was called but is not implemented :(');
    (0, lapi_1.lua_pushboolean)(L, false);
    return 1;
}
/**
 * constant native GetGamePlacement takes nothing returns placement
 */
function GetGamePlacement(C, L) {
    console.warn('GetGamePlacement was called but is not implemented :(');
    (0, lapi_1.lua_pushlightuserdata)(L, { name: 'FAKE' });
    return 1;
}
/**
 * constant native GetGameSpeed takes nothing returns gamespeed
 */
function GetGameSpeed(C, L) {
    console.warn('GetGameSpeed was called but is not implemented :(');
    (0, lapi_1.lua_pushlightuserdata)(L, { name: 'FAKE' });
    return 1;
}
/**
 * constant native GetGameDifficulty takes nothing returns gamedifficulty
 */
function GetGameDifficulty(C, L) {
    console.warn('GetGameDifficulty was called but is not implemented :(');
    (0, lapi_1.lua_pushlightuserdata)(L, { name: 'FAKE' });
    return 1;
}
/**
 * constant native GetResourceDensity takes nothing returns mapdensity
 */
function GetResourceDensity(C, L) {
    console.warn('GetResourceDensity was called but is not implemented :(');
    (0, lapi_1.lua_pushlightuserdata)(L, { name: 'FAKE' });
    return 1;
}
/**
 * constant native GetCreatureDensity takes nothing returns mapdensity
 */
function GetCreatureDensity(C, L) {
    console.warn('GetCreatureDensity was called but is not implemented :(');
    (0, lapi_1.lua_pushlightuserdata)(L, { name: 'FAKE' });
    return 1;
}
/**
 * constant native GetStartLocationX takes integer whichStartLocation returns real
 */
function GetStartLocationX(C, L) {
    const _whichStartLocation = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    console.warn('GetStartLocationX was called but is not implemented :(');
    (0, lapi_1.lua_pushnumber)(L, 0);
    return 1;
}
/**
 * constant native GetStartLocationY takes integer whichStartLocation returns real
 */
function GetStartLocationY(C, L) {
    const _whichStartLocation = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    console.warn('GetStartLocationY was called but is not implemented :(');
    (0, lapi_1.lua_pushnumber)(L, 0);
    return 1;
}
/**
 * constant native GetStartLocationLoc takes integer whichStartLocation returns location
 */
function GetStartLocationLoc(C, L) {
    const _whichStartLocation = (0, lauxlib_1.luaL_checkinteger)(L, 1);
    console.warn('GetStartLocationLoc was called but is not implemented :(');
    (0, lapi_1.lua_pushlightuserdata)(L, { name: 'FAKE' });
    return 1;
}
/**
 * native SetPlayerTeam takes player whichPlayer, integer whichTeam returns nothing
 */
function SetPlayerTeam(C, L) {
    const _whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    const _whichTeam = (0, lauxlib_1.luaL_checkinteger)(L, 2);
    console.warn('SetPlayerTeam was called but is not implemented :(');
    return 0;
}
/**
 * native SetPlayerStartLocation takes player whichPlayer, integer startLocIndex returns nothing
 */
function SetPlayerStartLocation(C, L) {
    const whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    const startLocIndex = (0, lauxlib_1.luaL_checkinteger)(L, 2);
    whichPlayer.startLocation = startLocIndex;
    return 0;
}
/**
 * native ForcePlayerStartLocation takes player whichPlayer, integer startLocIndex returns nothing
 */
function ForcePlayerStartLocation(C, L) {
    const _whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    const _startLocIndex = (0, lauxlib_1.luaL_checkinteger)(L, 2);
    console.warn('ForcePlayerStartLocation was called but is not implemented :(');
    return 0;
}
/**
 * native SetPlayerColor takes player whichPlayer, playercolor color returns nothing
 */
function SetPlayerColor(C, L) {
    const whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    const color = (0, lapi_1.lua_touserdata)(L, 2);
    whichPlayer.color = color.id;
    return 0;
}
/**
 * native SetPlayerAlliance takes player sourcePlayer, player otherPlayer, alliancetype whichAllianceSetting, boolean value returns nothing
 */
function SetPlayerAlliance(C, L) {
    const _sourcePlayer = (0, lapi_1.lua_touserdata)(L, 1);
    const _otherPlayer = (0, lapi_1.lua_touserdata)(L, 2);
    const _whichAllianceSetting = (0, lapi_1.lua_touserdata)(L, 3);
    const _value = (0, lapi_1.lua_toboolean)(L, 4);
    console.warn('SetPlayerAlliance was called but is not implemented :(');
    return 0;
}
/**
 * native SetPlayerTaxRate takes player sourcePlayer, player otherPlayer, playerstate whichResource, integer rate returns nothing
 */
function SetPlayerTaxRate(C, L) {
    const _sourcePlayer = (0, lapi_1.lua_touserdata)(L, 1);
    const _otherPlayer = (0, lapi_1.lua_touserdata)(L, 2);
    const _whichResource = (0, lapi_1.lua_touserdata)(L, 3);
    const _rate = (0, lauxlib_1.luaL_checkinteger)(L, 4);
    console.warn('SetPlayerTaxRate was called but is not implemented :(');
    return 0;
}
/**
 * native SetPlayerRacePreference takes player whichPlayer, racepreference whichRacePreference returns nothing
 */
function SetPlayerRacePreference(C, L) {
    const _whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    const _whichRacePreference = (0, lapi_1.lua_touserdata)(L, 2);
    console.warn('SetPlayerRacePreference was called but is not implemented :(');
    return 0;
}
/**
 * native SetPlayerRaceSelectable takes player whichPlayer, boolean value returns nothing
 */
function SetPlayerRaceSelectable(C, L) {
    const whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    const value = (0, lapi_1.lua_toboolean)(L, 2);
    whichPlayer.raceSelectable = value;
    return 0;
}
/**
 * native SetPlayerController takes player whichPlayer, mapcontrol controlType returns nothing
 */
function SetPlayerController(C, L) {
    const whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    const controlType = (0, lapi_1.lua_touserdata)(L, 2);
    whichPlayer.controller = controlType.id;
    return 0;
}
/**
 * native SetPlayerName takes player whichPlayer, string name returns nothing
 */
function SetPlayerName(C, L) {
    const whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    const name = (0, lauxlib_1.luaL_checkstring)(L, 2);
    whichPlayer.name = name;
    return 0;
}
/**
 * native SetPlayerOnScoreScreen takes player whichPlayer, boolean flag returns nothing
 */
function SetPlayerOnScoreScreen(C, L) {
    const _whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    const _flag = (0, lapi_1.lua_toboolean)(L, 2);
    console.warn('SetPlayerOnScoreScreen was called but is not implemented :(');
    return 0;
}
/**
 * native GetPlayerTeam takes player whichPlayer returns integer
 */
function GetPlayerTeam(C, L) {
    const _whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    console.warn('GetPlayerTeam was called but is not implemented :(');
    (0, lapi_1.lua_pushinteger)(L, 0);
    return 1;
}
/**
 * native GetPlayerStartLocation takes player whichPlayer returns integer
 */
function GetPlayerStartLocation(C, L) {
    const whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    (0, lapi_1.lua_pushinteger)(L, whichPlayer.startLocation);
    return 1;
}
/**
 * native GetPlayerColor takes player whichPlayer returns playercolor
 */
function GetPlayerColor(C, L) {
    const whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, whichPlayer.color);
    return 1;
}
/**
 * native GetPlayerSelectable takes player whichPlayer returns boolean
 */
function GetPlayerSelectable(C, L) {
    const _whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    console.warn('GetPlayerSelectable was called but is not implemented :(');
    (0, lapi_1.lua_pushboolean)(L, false);
    return 1;
}
/**
 * native GetPlayerController takes player whichPlayer returns mapcontrol
 */
function GetPlayerController(C, L) {
    const whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    (0, lapi_1.lua_pushlightuserdata)(L, whichPlayer.controller);
    return 1;
}
/**
 * native GetPlayerSlotState takes player whichPlayer returns playerslotstate
 */
function GetPlayerSlotState(C, L) {
    const _whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    console.warn('GetPlayerSlotState was called but is not implemented :(');
    (0, lapi_1.lua_pushlightuserdata)(L, { name: 'FAKE' });
    return 1;
}
/**
 * native GetPlayerTaxRate takes player sourcePlayer, player otherPlayer, playerstate whichResource returns integer
 */
function GetPlayerTaxRate(C, L) {
    const _sourcePlayer = (0, lapi_1.lua_touserdata)(L, 1);
    const _otherPlayer = (0, lapi_1.lua_touserdata)(L, 2);
    const _whichResource = (0, lapi_1.lua_touserdata)(L, 3);
    console.warn('GetPlayerTaxRate was called but is not implemented :(');
    (0, lapi_1.lua_pushinteger)(L, 0);
    return 1;
}
/**
 * native IsPlayerRacePrefSet takes player whichPlayer, racepreference pref returns boolean
 */
function IsPlayerRacePrefSet(C, L) {
    const _whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    const _pref = (0, lapi_1.lua_touserdata)(L, 2);
    console.warn('IsPlayerRacePrefSet was called but is not implemented :(');
    (0, lapi_1.lua_pushboolean)(L, false);
    return 1;
}
/**
 * native GetPlayerName takes player whichPlayer returns string
 */
function GetPlayerName(C, L) {
    const whichPlayer = (0, lapi_1.lua_touserdata)(L, 1);
    (0, lapi_1.lua_pushstring)(L, whichPlayer.name);
    return 1;
}
/**
 * native CreateTimer takes nothing returns timer
 */
function CreateTimer(C, L) {
    (0, lapi_1.lua_pushlightuserdata)(L, C.addHandle(new types_1.JassTimer()));
    return 1;
}
/**
 * native DestroyTimer takes timer whichTimer returns nothing
 */
function DestroyTimer(C, L) {
    const whichTimer = (0, lapi_1.lua_touserdata)(L, 1);
    // In case it's in the middle of running, remove it.
    C.timers.delete(whichTimer);
    C.freeHandle(whichTimer);
    return 0;
}
/**
 * native TimerStart takes timer whichTimer, real timeout, boolean periodic, code handlerFunc returns nothing
 */
function TimerStart(C, L) {
    const whichTimer = (0, lapi_1.lua_touserdata)(L, 1);
    const timeout = (0, lauxlib_1.luaL_checknumber)(L, 2);
    const periodic = (0, lapi_1.lua_toboolean)(L, 3);
    const handlerFunc = (0, lauxlib_1.luaL_ref)(L, defs_1.LUA_REGISTRYINDEX);
    whichTimer.elapsed = 0;
    whichTimer.timeout = timeout;
    whichTimer.periodic = periodic;
    whichTimer.handlerFunc = handlerFunc;
    C.timers.add(whichTimer);
    return 0;
}
/**
 * native TimerGetElapsed takes timer whichTimer returns real
 */
function TimerGetElapsed(C, L) {
    const whichTimer = (0, lapi_1.lua_touserdata)(L, 1);
    (0, lapi_1.lua_pushnumber)(L, whichTimer.elapsed);
    return 1;
}
/**
 * native TimerGetRemaining takes timer whichTimer returns real
 */
function TimerGetRemaining(C, L) {
    const whichTimer = (0, lapi_1.lua_touserdata)(L, 1);
    (0, lapi_1.lua_pushnumber)(L, whichTimer.timeout - whichTimer.elapsed);
    return 1;
}
/**
 * native TimerGetTimeout takes timer whichTimer returns real
 */
function TimerGetTimeout(C, L) {
    const whichTimer = (0, lapi_1.lua_touserdata)(L, 1);
    (0, lapi_1.lua_pushnumber)(L, whichTimer.timeout);
    return 1;
}
/**
 * native PauseTimer takes timer whichTimer returns nothing
 */
function PauseTimer(C, L) {
    const whichTimer = (0, lapi_1.lua_touserdata)(L, 1);
    C.timers.delete(whichTimer);
    return 0;
}
/**
 * native ResumeTimer takes timer whichTimer returns nothing
 */
function ResumeTimer(C, L) {
    const whichTimer = (0, lapi_1.lua_touserdata)(L, 1);
    C.timers.add(whichTimer);
    return 0;
}
/**
 * native GetExpiredTimer takes nothing returns timer
 */
function GetExpiredTimer(C, L) {
    const thread = C.currentThread;
    if (thread && thread.expiredTimer) {
        (0, lapi_1.lua_pushlightuserdata)(L, thread.expiredTimer);
    }
    else {
        (0, lapi_1.lua_pushnil)(L);
    }
    return 1;
}
/**
 * native CreateGroup takes nothing returns group
 */
function CreateGroup(C, L) {
    (0, lapi_1.lua_pushlightuserdata)(L, C.addHandle(new types_1.JassGroup()));
    return 1;
}
/**
 * native DestroyGroup takes group whichGroup returns nothing
 */
function DestroyGroup(C, L) {
    const whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    C.freeHandle(whichGroup);
    return 0;
}
/**
 * native GroupAddUnit takes group whichGroup, unit whichUnit returns nothing
 */
function GroupAddUnit(C, L) {
    const whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const whichUnit = (0, lapi_1.lua_touserdata)(L, 2);
    whichGroup.units.add(whichUnit);
    return 0;
}
/**
 * native GroupRemoveUnit takes group whichGroup, unit whichUnit returns nothing
 */
function GroupRemoveUnit(C, L) {
    const whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const whichUnit = (0, lapi_1.lua_touserdata)(L, 2);
    whichGroup.units.delete(whichUnit);
    return 0;
}
/**
 * native GroupClear takes group whichGroup returns nothing
 */
function GroupClear(C, L) {
    const whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    whichGroup.units.clear();
    return 0;
}
/**
 * native GroupEnumUnitsOfType takes group whichGroup, string unitname, boolexpr filter returns nothing
 */
function GroupEnumUnitsOfType(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _unitname = (0, lauxlib_1.luaL_checkstring)(L, 2);
    const _filter = (0, lapi_1.lua_touserdata)(L, 3);
    console.warn('GroupEnumUnitsOfType was called but is not implemented :(');
    return 0;
}
/**
 * native GroupEnumUnitsOfPlayer takes group whichGroup, player whichPlayer, boolexpr filter returns nothing
 */
function GroupEnumUnitsOfPlayer(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _whichPlayer = (0, lapi_1.lua_touserdata)(L, 2);
    const _filter = (0, lapi_1.lua_touserdata)(L, 3);
    console.warn('GroupEnumUnitsOfPlayer was called but is not implemented :(');
    return 0;
}
/**
 * native GroupEnumUnitsOfTypeCounted takes group whichGroup, string unitname, boolexpr filter, integer countLimit returns nothing
 */
function GroupEnumUnitsOfTypeCounted(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _unitname = (0, lauxlib_1.luaL_checkstring)(L, 2);
    const _filter = (0, lapi_1.lua_touserdata)(L, 3);
    const _countLimit = (0, lauxlib_1.luaL_checkinteger)(L, 4);
    console.warn('GroupEnumUnitsOfTypeCounted was called but is not implemented :(');
    return 0;
}
/**
 * native GroupEnumUnitsInRect takes group whichGroup, rect r, boolexpr filter returns nothing
 */
function GroupEnumUnitsInRect(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _r = (0, lapi_1.lua_touserdata)(L, 2);
    const _filter = (0, lapi_1.lua_touserdata)(L, 3);
    console.warn('GroupEnumUnitsInRect was called but is not implemented :(');
    return 0;
}
/**
 * native GroupEnumUnitsInRectCounted takes group whichGroup, rect r, boolexpr filter, integer countLimit returns nothing
 */
function GroupEnumUnitsInRectCounted(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _r = (0, lapi_1.lua_touserdata)(L, 2);
    const _filter = (0, lapi_1.lua_touserdata)(L, 3);
    const _countLimit = (0, lauxlib_1.luaL_checkinteger)(L, 4);
    console.warn('GroupEnumUnitsInRectCounted was called but is not implemented :(');
    return 0;
}
/**
 * native GroupEnumUnitsInRange takes group whichGroup, real x, real y, real radius, boolexpr filter returns nothing
 */
function GroupEnumUnitsInRange(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _x = (0, lauxlib_1.luaL_checknumber)(L, 2);
    const _y = (0, lauxlib_1.luaL_checknumber)(L, 3);
    const _radius = (0, lauxlib_1.luaL_checknumber)(L, 4);
    const _filter = (0, lapi_1.lua_touserdata)(L, 5);
    console.warn('GroupEnumUnitsInRange was called but is not implemented :(');
    return 0;
}
/**
 * native GroupEnumUnitsInRangeOfLoc takes group whichGroup, location whichLocation, real radius, boolexpr filter returns nothing
 */
function GroupEnumUnitsInRangeOfLoc(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _whichLocation = (0, lapi_1.lua_touserdata)(L, 2);
    const _radius = (0, lauxlib_1.luaL_checknumber)(L, 3);
    const _filter = (0, lapi_1.lua_touserdata)(L, 4);
    console.warn('GroupEnumUnitsInRangeOfLoc was called but is not implemented :(');
    return 0;
}
/**
 * native GroupEnumUnitsInRangeCounted takes group whichGroup, real x, real y, real radius, boolexpr filter, integer countLimit returns nothing
 */
function GroupEnumUnitsInRangeCounted(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _x = (0, lauxlib_1.luaL_checknumber)(L, 2);
    const _y = (0, lauxlib_1.luaL_checknumber)(L, 3);
    const _radius = (0, lauxlib_1.luaL_checknumber)(L, 4);
    const _filter = (0, lapi_1.lua_touserdata)(L, 5);
    const _countLimit = (0, lauxlib_1.luaL_checkinteger)(L, 6);
    console.warn('GroupEnumUnitsInRangeCounted was called but is not implemented :(');
    return 0;
}
/**
 * native GroupEnumUnitsInRangeOfLocCounted takes group whichGroup, location whichLocation, real radius, boolexpr filter, integer countLimit returns nothing
 */
function GroupEnumUnitsInRangeOfLocCounted(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _whichLocation = (0, lapi_1.lua_touserdata)(L, 2);
    const _radius = (0, lauxlib_1.luaL_checknumber)(L, 3);
    const _filter = (0, lapi_1.lua_touserdata)(L, 4);
    const _countLimit = (0, lauxlib_1.luaL_checkinteger)(L, 5);
    console.warn('GroupEnumUnitsInRangeOfLocCounted was called but is not implemented :(');
    return 0;
}
/**
 * native GroupEnumUnitsSelected takes group whichGroup, player whichPlayer, boolexpr filter returns nothing
 */
function GroupEnumUnitsSelected(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _whichPlayer = (0, lapi_1.lua_touserdata)(L, 2);
    const _filter = (0, lapi_1.lua_touserdata)(L, 3);
    console.warn('GroupEnumUnitsSelected was called but is not implemented :(');
    return 0;
}
/**
 * native GroupImmediateOrder takes group whichGroup, string order returns boolean
 */
function GroupImmediateOrder(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _order = (0, lauxlib_1.luaL_checkstring)(L, 2);
    console.warn('GroupImmediateOrder was called but is not implemented :(');
    (0, lapi_1.lua_pushboolean)(L, false);
    return 1;
}
/**
 * native GroupImmediateOrderById takes group whichGroup, integer order returns boolean
 */
function GroupImmediateOrderById(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _order = (0, lauxlib_1.luaL_checkinteger)(L, 2);
    console.warn('GroupImmediateOrderById was called but is not implemented :(');
    (0, lapi_1.lua_pushboolean)(L, false);
    return 1;
}
/**
 * native GroupPointOrder takes group whichGroup, string order, real x, real y returns boolean
 */
function GroupPointOrder(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _order = (0, lauxlib_1.luaL_checkstring)(L, 2);
    const _x = (0, lauxlib_1.luaL_checknumber)(L, 3);
    const _y = (0, lauxlib_1.luaL_checknumber)(L, 4);
    console.warn('GroupPointOrder was called but is not implemented :(');
    (0, lapi_1.lua_pushboolean)(L, false);
    return 1;
}
/**
 * native GroupPointOrderLoc takes group whichGroup, string order, location whichLocation returns boolean
 */
function GroupPointOrderLoc(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _order = (0, lauxlib_1.luaL_checkstring)(L, 2);
    const _whichLocation = (0, lapi_1.lua_touserdata)(L, 3);
    console.warn('GroupPointOrderLoc was called but is not implemented :(');
    (0, lapi_1.lua_pushboolean)(L, false);
    return 1;
}
/**
 * native GroupPointOrderById takes group whichGroup, integer order, real x, real y returns boolean
 */
function GroupPointOrderById(C, L) {
    const _whichGroup = (0, lapi_1.lua_touserdata)(L, 1);
    const _order = (0, lauxlib_1.luaL_checkinteger)(L, 2);
    const _x = (0, lauxlib_1.luaL_checknumber)(L, 3);
    const _y =