Object¶

Class in Core · Core.Object · abstract, native

Subclasses: Actor, ActorFactory, AICommandBase, AkBank, AkBaseSoundObject, AnimationCompressionAlgorithm, AnimMetaData, AnimNotify, AnimObject, AnimSequence, AnimSet, ApexAsset, ApexDestructibleDamageParameters, AutoNavMeshPathObstacleUnregister, Base64, BookMark, BookMark2D, BrushBuilder, CameraAnim, CameraAnimInst, CameraModifier, CameraShake, Canvas, CheatManager, ClientBeaconAddressResolver, ClipPadEntry, CloudSaveSystem, CloudStorageBaseCloudSaveSystemKVS, CodecMovie, Commandlet, Component, CurveEdPresetCurve, DamageType, DownloadableContentEnumerator, DownloadableContentManager, EdCoordSystem, EngineBaseTypes, EngineTypes, FaceFXAnimSet, FaceFXAsset, Factory, Font, FontImportOptions, ForceFeedbackManager, ForceFeedbackWaveform, ForceFieldShape, FractureMaterial, GameCameraBase, GameCrowd_ListOfAgents, GameCrowdAgentBehavior, GameCrowdGroup, GameExplosion, GameExplosionContent, GameplayEvents, GameplayEventsHandler, GameSpecialMove, GameThirdPersonCameraMode, GameTypes, GameWaveForms, GenericParamListStatEntry, GFxEngine, GFxFSCmdHandler, GFxMoviePlayer, GFxObject, GFxRawData, H7AbilityManager, H7AchievementManager, H7AdventureCursor, H7AdventureMapPathfinder, H7AiActionBase, H7AiActionParam, H7AiAdventureMapConfig, H7AiCombatMapConfig, H7AiSensorBase, H7AiSensorInputConst, H7AiSensorParam, H7AiUtilityBase, H7ArtifactRecyclingTable, H7AuraManager, H7BackgroundImageProperties, H7BaseCell, H7BaseCreatureStack, H7BuffManager, H7ButtonIcons, H7Calendar, H7CameraProperties, H7CampaignDataHolder, H7CampaignDefinition, H7CampaignTransitionManager, H7CheatData, H7CombatAction, H7CombatListLayerInfoObject, H7CombatMapCursor, H7CombatMapDataHolder, H7CombatMapFCT, H7CombatMapGrid, H7CombatMapGridDebug, H7CombatMapPathfinder, H7Command, H7CommandQueue, H7ContentScanner, H7CreatureFX, H7CreatureVisuals, H7Deployment, H7EditorContent, H7EditorItemType, H7Effect, H7EffectAddRandomBuffFromList, H7EffectCharge, H7EffectContainer, H7EffectDelegateRevealMap, H7EffectDivergeEnemyHeroManaCost, H7EffectFlanking, H7EffectLearnSpell, H7EffectLink, H7EffectLuck, H7EffectMagicAbsorption, H7EffectManager, H7EffectModifyBuffDuration, H7EffectModifySpellRank, H7EffectOverrideHeroNegotiation, H7EffectPortalOfAsha, H7EffectRefundManaCost, H7EffectResetRandomBuffDuration, H7EffectSpecialAdditionalCounter, H7EffectSpecialAddResources, H7EffectSpecialAddResourcesToTarget, H7EffectSpecialAddRuneUnit, H7EffectSpecialAllowAlliedMoveThrough, H7EffectSpecialAuraMutator, H7EffectSpecialBuffDurationModifier, H7EffectSpecialBuffJump, H7EffectSpecialCapStat, H7EffectSpecialCastOnEffectTarget, H7EffectSpecialCastOnRandomTarget, H7EffectSpecialChainLightning, H7EffectSpecialChangeAnimationAndMoveSpeed, H7EffectSpecialChangeFlankability, H7EffectSpecialChangeMovementType, H7EffectSpecialCollapseAbility, H7EffectSpecialConditionalStatMod, H7EffectSpecialCreaturePoolModify, H7EffectSpecialCreatureTeleport, H7EffectSpecialCreatureUpgradeCostModifier, H7EffectSpecialDamageMultiplier, H7EffectSpecialDamageMultiplierPerTarget, H7EffectSpecialDeathMarch, H7EffectSpecialDecreaseBuildingCosts, H7EffectSpecialDecreaseRecruitingCosts, H7EffectSpecialDisableFleeSurrender, H7EffectSpecialEnableScouting, H7EffectSpecialExpandGrowthEffects, H7EffectSpecialFaceOfFear, H7EffectSpecialFamiliarTerrain, H7EffectSpecialGlobalRuler, H7EffectSpecialGlobalTradeModifier, H7EffectSpecialImplosion, H7EffectSpecialIncreaseAuraSize, H7EffectSpecialIncreaseBuildingAmountPerDay, H7EffectSpecialInitialDamageReduction, H7EffectSpecialInstantReinforcements, H7EffectSpecialKill, H7EffectSpecialKillCreaturesOnHeroArmy, H7EffectSpecialKillTopCreature, H7EffectSpecialLifeDrain, H7EffectSpecialLimitKills, H7EffectSpecialLoseAction, H7EffectSpecialManeuver, H7EffectSpecialModifiedDamageOverTime, H7EffectSpecialModifyManaCost, H7EffectSpecialModifyStackSize, H7EffectSpecialModifyStatBoniFromBuffs, H7EffectSpecialModifyTargetType, H7EffectSpecialModifyTerrainMovementCost, H7EffectSpecialMoveObstacle, H7EffectSpecialNecromancy, H7EffectSpecialNeutralGrowthMultiplier, H7EffectSpecialOverrideMinimumRank, H7EffectSpecialPerfectOffense, H7EffectSpecialProvideCover, H7EffectSpecialPushAway, H7EffectSpecialPushback, H7EffectSpecialReappearCreatureOnGrid, H7EffectSpecialRecruitersOutpost, H7EffectSpecialRedirectDamage, H7EffectSpecialRefundResourceCost, H7EffectSpecialRemoveBuffs, H7EffectSpecialRemoveCreatureFromGrid, H7EffectSpecialReplaceTargets, H7EffectSpecialResetIdolOfFertility, H7EffectSpecialRetrieveTearOfAsha, H7EffectSpecialReturnToPosition, H7EffectSpecialSetErraticCellCover, H7EffectSpecialShadowOfDeath, H7EffectSpecialShieldEffect, H7EffectSpecialSoulReaver, H7EffectSpecialSpreadBuff, H7EffectSpecialStackRegeneration, H7EffectSpecialStasis, H7EffectSpecialStormLord, H7EffectSpecialSummonCreatureStack, H7EffectSpecialSummonObstacle, H7EffectSpecialSummonShip, H7EffectSpecialSummonWarfareUnit, H7EffectSpecialTeleport, H7EffectSpecialTsunami, H7EffectSpecialWait, H7EffectTeachExperience, H7EffectTeachSpells, H7EffectWarunitControl, H7EngineUtility, H7EnumDisplayNameHelper, H7EventManager, H7EventParam, H7Faction, H7FCTElement, H7ForceCookingAssets, H7FXObject, H7GameData, H7GameProcessor, H7GameUtility, H7GeneralLoreEntry, H7GenericTownNames, H7GlobalName, H7GraphicsController, H7GUIConnector, H7GUIGeneralProperties, H7GUISoundPlayer, H7HallOfHeroesManager, H7HashRandom, H7HeroBioData, H7HeroClass, H7HeroClassProgress, H7HeroEquipment, H7HeroProgress, H7HeroVisuals, H7InitiativeQueue, H7InstantCommandBase, H7InstantCommandManager, H7Inventory, H7ItemController, H7KeybindManager, H7LandscapeGameLayerInfoData, H7ListeningManager, H7ListingCampaign, H7ListingCombatMap, H7ListingMap, H7ListingSavegame, H7LoadingHints, H7Loca, H7Log, H7MagicSchoolIcons, H7MapDataHolder, H7MapDataHolderCommon, H7Math, H7MatineeManager, H7Message, H7MessageCallbacks, H7MessageMapping, H7MessageSystem, H7MinimapNative, H7Month, H7MultiplayerCommandManager, H7MultiplayerGameManager, H7ObjectLayerFilterConfig, H7ObjectListenable, H7OptionsManager, H7PatchingController, H7PathList, H7PlayerProfile, H7PopupKeybindings, H7PopupManager, H7QuestController, H7Resource, H7ResourceSet, H7RMGAreaTemplateBuilder, H7RMGBuilding, H7RMGCell, H7RMGCirclePacker, H7RMGConnectionPrefab, H7RMGData, H7RMGFoliageTool, H7RMGGrid, H7RMGHeightmapBuilder, H7RMGHeightSetup, H7RMGInGameProperties, H7RMGKamadaKawaiLayout, H7RMGKawaiiUtil, H7RMGLandscapeBuilder, H7RMGLandscapeThemes, H7RMGMain, H7RMGMinimalSpanningTree, H7RMGPathfinder, H7RMGPerlinNoise, H7RMGRandom, H7RMGRoadConnector, H7RMGStructsAndEnums, H7RMGTemplateSpawner, H7RMGTopologySetup, H7RMGWaterSetup, H7RMGWeightmapBuilder, H7RMGZoneGraphBuilder, H7RMGZoneTemplate, H7RndSkillManager, H7SavegameController, H7SavegameDataHolder, H7SaveGameHeaderManager, H7SavegameTask_Base, H7SavegameTaskSlotManager, H7SeqAct_ObjectiveAndGateStatus, H7SideBar, H7SimTurnBaseCommand, H7SimTurnCommandManager, H7SkillManager, H7SoundController, H7StatIcons, H7StructsAndEnumsNative, H7TeamManager, H7TextColors, H7ThievesGuildManager, H7TownAssetLoader, H7TownBuilding, H7TradingTable, H7TransitionData, H7UnitCoverManager, H7UnitSlotFXProperties, H7UnitSnapShot, H7UPlayTask, H7WarfareVisuals, H7WeekManager, HttpBaseInterface, HttpFactory, IniLocPatcher, InstancedFoliageSettings, InterpCurveEdSetup, InterpFilter, InterpGroup, InterpGroupInst, InterpTrack, InterpTrackInst, JsonObject, KMeshProps, LandscapeInfo, LandscapeLayerInfoObject, LensFlare, LevelStreaming, LightFunction, LightmappedSurfaceCollection, LightmassLevelSettings, LightmassPrimitiveSettingsObject, LocalMessage, MapInfo, MaterialExpression, MaterialFunction, McpServiceBase, McpServiceConfig, MeshBeacon, MobileInputZone, MobileMenuBarItem, MobileMenuElement, MobileMenuObject, MobileMenuScene, MorphTarget, MorphTargetSet, MorphWeightSequence, MusicTrackDataStructures, NavigationHandle, NavMeshGoal_Filter, NavMeshPathConstraint, NavMeshPathGoalEvaluator, ObjectReferencer, OnlineGameInterfaceImpl, OnlineImageDownloaderWeb, OnlineMatchmakingStats, OnlinePlayerStorage, OnlinePlaylistManager, OnlineRecentPlayersList, OnlineStats, OnlineSubsystem, ParticleEmitter, ParticleLODLevel, ParticleModule, ParticleModuleEventSendToGame, ParticleSystem, ParticleSystemReplay, PartyBeacon, PathConstraint, PathGoalEvaluator, PBRuleNodeBase, PhysicalMaterial, PhysicalMaterialPropertyBase, PhysicsAsset, PhysicsAssetInstance, PhysicsLODVerticalEmitter, PhysXParticleSystem, PlatformInterfaceBase, PlatformInterfaceWebResponse, Player, PlayerProfileState, PostProcessChain, PostProcessEffect, Prefab, PrimitiveComponentFactory, ProcBuildingRuleset, RB_BodyInstance, RB_ConstraintInstance, RB_ConstraintSetup, RDVAsyncTask, RDVAsyncTaskManager, RDVManager, ReachSpec, SavedMove, SaveGameState, SaveGameSummary, SaveGameTransition, Scene, ScriptViewportClient, SequenceObject, Settings, ShadowMap2D, SkeletalMesh, SkeletalMeshSocket, SoundClass, SoundCue, SoundMode, SoundNode, SpeechRecognition, SpeedTree, StormManager, Subsystem, Surface, TerrainLayerSetup, TerrainMaterial, TestClashMobManager, TestMcpGroups, TestMcpIdMapping, TestMcpLeaderboards, TestMcpMessaging, TestMcpSystemFileManager, TestMcpThreadedChat, TestMcpUser, TestMcpUserFileManager, TestMcpUserInventory, TranslationContext, TranslatorTag, UbiservicesManager, UIManager, UIRoot, UISoundTheme, UPlayEventManager, UserCloudFileCloudSaveSystemDataBlobStore, WaveFormBase, WebApplication, WebRequest, WebResponse

Using it from Lua

h7.find_all("Object")            -- live instances
h7.find_class("Core.Object")   -- the class
h7.hook("Core.Object.Abs", fn)

Constants¶

Name	Value
`AspectRatio16x9`	`1.77778`
`AspectRatio4x3`	`1.33333`
`AspectRatio5x4`	`1.25`
`DegToRad`	`0.017453292519943296`
`DegToUnrRot`	`182.0444`
`INDEX_NONE`	`-1`
`InvAspectRatio16x9`	`0.56249`
`InvAspectRatio4x3`	`0.75`
`InvAspectRatio5x4`	`0.8`
`MaxInt`	`0x7fffffff`
`Pi`	`3.1415926535897932`
`RadToDeg`	`57.295779513082321600`
`RadToUnrRot`	`10430.3783504704527`
`UnrRotToDeg`	`0.00549316540360483`
`UnrRotToRad`	`0.00009587379924285`

Enums¶

AlphaBlendType

ABT_Linear = 0, ABT_Cubic = 1, ABT_Sinusoidal = 2, ABT_EaseInOutExponent2 = 3, ABT_EaseInOutExponent3 = 4, ABT_EaseInOutExponent4 = 5, ABT_EaseInOutExponent5 = 6

EAspectRatioAxisConstraint

AspectRatio_MaintainYFOV = 0, AspectRatio_MaintainXFOV = 1, AspectRatio_MajorAxisFOV = 2

EAutomatedRunResult

ARR_Unknown = 0, ARR_OOM = 1, ARR_Passed = 2

EAxis

AXIS_NONE = 0, AXIS_X = 1, AXIS_Y = 2, AXIS_BLANK = 3, AXIS_Z = 4

EDebugBreakType

DEBUGGER_NativeOnly = 0, DEBUGGER_ScriptOnly = 1, DEBUGGER_Both = 2

EInputEvent

IE_Pressed = 0, IE_Released = 1, IE_Repeat = 2, IE_DoubleClick = 3, IE_Axis = 4

EInterpCurveMode

CIM_Linear = 0, CIM_CurveAuto = 1, CIM_Constant = 2, CIM_CurveUser = 3, CIM_CurveBreak = 4, CIM_CurveAutoClamped = 5

EInterpMethodType

IMT_UseFixedTangentEvalAndNewAutoTangents = 0, IMT_UseFixedTangentEval = 1, IMT_UseBrokenTangentEval = 2

ETickingGroup

TG_PreAsyncWork = 0, TG_DuringAsyncWork = 1, TG_PostAsyncWork = 2, TG_PostUpdateWork = 3, TG_EffectsUpdateWork = 4

Structs¶

Array_Mirror

Field	Type
`Data`	`pointer`
`ArrayNum`	`int`
`ArrayMax`	`int`

BitArray_Mirror

Field	Type
`IndirectData`	`pointer`
`InlineData`	`int[4]`
`NumBits`	`int`
`MaxBits`	`int`

BoneAtom

Field	Type
`Rotation`	`quat`
`Translation`	`vector`
`Scale`	`float`

Box

Field	Type
`Min`	`vector`
`Max`	`vector`
`IsValid`	`byte`

BoxSphereBounds

Field	Type
`Origin`	`vector`
`BoxExtent`	`vector`
`SphereRadius`	`float`

Color

Field	Type
`B`	`byte`
`G`	`byte`
`R`	`byte`
`A`	`byte`

Cylinder

Field	Type
`Radius`	`float`
`Height`	`float`

Double

Field	Type
`A`	`int`
`B`	`int`

FColorVertexBuffer_Mirror

Field	Type
`VfTable`	`pointer`
`VertexData`	`pointer`
`Data`	`int`
`Stride`	`int`
`NumVertices`	`int`

Guid

Field	Type
`A`	`int`
`B`	`int`
`C`	`int`
`D`	`int`

IndirectArray_Mirror

Field	Type
`Data`	`pointer`
`ArrayNum`	`int`
`ArrayMax`	`int`

InlinePointerArray_Mirror

Field	Type
`InlineData`	`pointer`
`SecondaryData`	`Array_Mirror`

InterpCurveFloat

Field	Type
`Points`	`array<InterpCurvePointFloat>`
`InterpMethod`	`EInterpMethodType`

InterpCurveLinearColor

Field	Type
`Points`	`array<InterpCurvePointLinearColor>`
`InterpMethod`	`EInterpMethodType`

InterpCurvePointFloat

Field	Type
`InVal`	`float`
`OutVal`	`float`
`ArriveTangent`	`float`
`LeaveTangent`	`float`
`InterpMode`	`EInterpCurveMode`

InterpCurvePointLinearColor

Field	Type
`InVal`	`float`
`OutVal`	`linearcolor`
`ArriveTangent`	`linearcolor`
`LeaveTangent`	`linearcolor`
`InterpMode`	`EInterpCurveMode`

InterpCurvePointQuat

Field	Type
`InVal`	`float`
`OutVal`	`quat`
`ArriveTangent`	`quat`
`LeaveTangent`	`quat`
`InterpMode`	`EInterpCurveMode`

InterpCurvePointTwoVectors

Field	Type
`InVal`	`float`
`OutVal`	`twovectors`
`ArriveTangent`	`twovectors`
`LeaveTangent`	`twovectors`
`InterpMode`	`EInterpCurveMode`

InterpCurvePointVector

Field	Type
`InVal`	`float`
`OutVal`	`vector`
`ArriveTangent`	`vector`
`LeaveTangent`	`vector`
`InterpMode`	`EInterpCurveMode`

InterpCurvePointVector2D

Field	Type
`InVal`	`float`
`OutVal`	`vector2d`
`ArriveTangent`	`vector2d`
`LeaveTangent`	`vector2d`
`InterpMode`	`EInterpCurveMode`

InterpCurveQuat

Field	Type
`Points`	`array<InterpCurvePointQuat>`
`InterpMethod`	`EInterpMethodType`

InterpCurveTwoVectors

Field	Type
`Points`	`array<InterpCurvePointTwoVectors>`
`InterpMethod`	`EInterpMethodType`

InterpCurveVector

Field	Type
`Points`	`array<InterpCurvePointVector>`
`InterpMethod`	`EInterpMethodType`

InterpCurveVector2D

Field	Type
`Points`	`array<InterpCurvePointVector2D>`
`InterpMethod`	`EInterpMethodType`

IntPoint

Field	Type
`X`	`int`
`Y`	`int`

LinearColor

Field	Type
`R`	`float`
`G`	`float`
`B`	`float`
`A`	`float`

Defaults

A=1.f

Map_Mirror

Field	Type
`Pairs`	`Set_Mirror`

Matrix

Field	Type
`XPlane`	`Plane`
`YPlane`	`Plane`
`ZPlane`	`Plane`
`WPlane`	`Plane`

MultiMap_Mirror

Field	Type
`Pairs`	`Set_Mirror`

OctreeElementId

Field	Type
`Node`	`pointer`
`ElementIndex`	`int`

PackedNormal

Field	Type
`X`	`byte`
`Y`	`byte`
`Z`	`byte`
`W`	`byte`

Plane

Struct extends Vector

Field	Type
`W`	`float`

pointer

Field	Type
`Dummy`	`int`

Pointer

Field	Type
`Dummy`	`int`

Quat

Field	Type
`X`	`float`
`Y`	`float`
`Z`	`float`
`W`	`float`

QWord

Field	Type
`A`	`int`
`B`	`int`

RawDistribution

Field	Type
`Type`	`byte`
`Op`	`byte`
`LookupTableNumElements`	`byte`
`LookupTableChunkSize`	`byte`
`LookupTable`	`array`
`LookupTableTimeScale`	`float`
`LookupTableStartTime`	`float`

RenderCommandFence

Field	Type
`NumPendingFences`	`int`

RenderCommandFence_Mirror

Field	Type
`NumPendingFences`	`int`

Rotator

Field	Type
`Pitch`	`int`
`Yaw`	`int`
`Roll`	`int`

Set_Mirror

Field	Type
`Elements`	`SparseArray_Mirror`
`InlineHash`	`int`
`Hash`	`pointer`
`HashSize`	`int`

SHVector

Field	Type
`V`	`float[9]`
`Padding`	`float[3]`

SHVectorRGB

Field	Type
`R`	`SHVector`
`G`	`SHVector`
`B`	`SHVector`

SparseArray_Mirror

Field	Type
`Elements`	`array`
`AllocationFlags`	`BitArray_Mirror`
`FirstFreeIndex`	`int`
`NumFreeIndices`	`int`

TAlphaBlend

Field	Type
`AlphaIn`	`FLOAT`
`AlphaOut`	`FLOAT`
`AlphaTarget`	`FLOAT`
`BlendTime`	`FLOAT`
`BlendTimeToGo`	`FLOAT`
`BlendType`	`AlphaBlendType`

Defaults

BlendTime=0.67f
BlendType=ABT_Linear

ThreadSafeCounter

Field	Type
`Value`	`int`

TPOV

Field	Type
`Location`	`Vector`
`Rotation`	`Rotator`
`FOV`	`float`

Defaults

FOV=90.f

TwoVectors

Field	Type
`v1`	`Vector`
`v2`	`Vector`

UntypedBulkData_Mirror

Field	Type
`VfTable`	`pointer`
`BulkDataFlags`	`int`
`ElementCount`	`int`
`BulkDataOffsetInFile`	`int`
`BulkDataSizeOnDisk`	`int`
`SavedBulkDataFlags`	`int`
`SavedElementCount`	`int`
`SavedBulkDataOffsetInFile`	`int`
`SavedBulkDataSizeOnDisk`	`int`
`BulkData`	`pointer`
`LockStatus`	`int`
`AttachedAr`	`pointer`
`bShouldFreeOnEmpty`	`int`

Vector

Field	Type
`X`	`float`
`Y`	`float`
`Z`	`float`

Vector2D

Field	Type
`X`	`float`
`Y`	`float`

Vector4

Field	Type
`X`	`float`
`Y`	`float`
`Z`	`float`
`W`	`float`

Properties¶

Name	Type	Notes
`Class`	`class`	const, native, editconst
`HashNext`	`pointer`	const, native, editconst, private
`HashOuterNext`	`pointer`	const, native, editconst, private
`Linker`	`Object`	const, native, editconst, private
`LinkerIndex`	`pointer`	const, native, editconst, private
`Name`	`name`	const, native, editconst
`NetIndex`	`int`	const, native, editconst, private
`ObjectArchetype`	`Object`	const, native, editconst
`ObjectFlags`	`qword`	const, native, editconst, private
`ObjectInternalInteger`	`int`	const, native, editconst, private
`Outer`	`Object`	const, native, editconst
`StateFrame`	`pointer`	const, native, editconst, private
`VfTableObject`	`pointer`	const, native, editconst, private

Functions¶

Name	Declaration
`Abs`	`static final native function float Abs(float A)`
`Acos`	`static final native function float Acos(float A)`
`Add_ColorColor`	`function struct Add_ColorColor(struct A, struct B)` (no declaration: types are approximate)
`Add_FloatFloat`	`function float Add_FloatFloat(float A, float B)` (no declaration: types are approximate)
`Add_IntInt`	`function int Add_IntInt(int A, int B)` (no declaration: types are approximate)
`Add_QuatQuat`	`function struct Add_QuatQuat(struct A, struct B)` (no declaration: types are approximate)
`Add_RotatorRotator`	`function struct Add_RotatorRotator(struct A, struct B)` (no declaration: types are approximate)
`Add_Vector2DVector2D`	`function struct Add_Vector2DVector2D(struct A, struct B)` (no declaration: types are approximate)
`Add_VectorVector`	`function struct Add_VectorVector(struct A, struct B)` (no declaration: types are approximate)
`AddAdd_Byte`	`function byte AddAdd_Byte(byte A)` (no declaration: types are approximate)
`AddAdd_Int`	`function int AddAdd_Int(int A)` (no declaration: types are approximate)
`AddAdd_PreByte`	`function byte AddAdd_PreByte(byte A)` (no declaration: types are approximate)
`AddAdd_PreInt`	`function int AddAdd_PreInt(int A)` (no declaration: types are approximate)
`AddEqual_ByteByte`	`function byte AddEqual_ByteByte(byte A, byte B)` (no declaration: types are approximate)
`AddEqual_FloatFloat`	`function float AddEqual_FloatFloat(float A, float B)` (no declaration: types are approximate)
`AddEqual_IntInt`	`function int AddEqual_IntInt(int A, int B)` (no declaration: types are approximate)
`AddEqual_RotatorRotator`	`function struct AddEqual_RotatorRotator(struct A, struct B)` (no declaration: types are approximate)
`AddEqual_Vector2DVector2D`	`function struct AddEqual_Vector2DVector2D(struct A, struct B)` (no declaration: types are approximate)
`AddEqual_VectorVector`	`function struct AddEqual_VectorVector(struct A, struct B)` (no declaration: types are approximate)
`And_IntInt`	`function int And_IntInt(int A, int B)` (no declaration: types are approximate)
`AndAnd_BoolBool`	`function bool AndAnd_BoolBool(bool A, bool B)` (no declaration: types are approximate)
`Asc`	`static final native function int Asc(string S)`
`Asin`	`static final native function float Asin(float A)`
`At_StrStr`	`function string At_StrStr(string A, string B)` (no declaration: types are approximate)
`Atan`	`static final native function float Atan(float A)`
`Atan2`	`static final native function float Atan2(float A, float B)`
`AtEqual_StrStr`	`function string AtEqual_StrStr(string A, string B)` (no declaration: types are approximate)
`BeginState`	`event BeginState(Name PreviousStateName)`
`ByteToFloat`	`final simulated function float ByteToFloat(byte inputByte, optional bool bSigned)`
`Caps`	`static final native function string Caps(coerce string S)`
`Chr`	`static final native function string Chr(int i)`
`Clamp`	`static final native function int Clamp(int V, int A, int B)`
`ClampLength`	`static final native function vector ClampLength(vector V, float MaxLength)`
`ClampRotAxis`	`static final simulated function ClampRotAxis(int ViewAxis, out int out_DeltaViewAxis, int MaxLimit, int MinLimit)`
`ClampRotAxisFromBase`	`static final simulated function int ClampRotAxisFromBase(int Current, int Center, int MaxDelta)`
`ClampRotAxisFromRange`	`static final simulated function int ClampRotAxisFromRange(int Current, int Min, int Max)`
`ClassIsChildOf`	`static final native function bool ClassIsChildOf(class TestClass, class ParentClass)`
`ClockwiseFrom_IntInt`	`function bool ClockwiseFrom_IntInt(int A, int B)` (no declaration: types are approximate)
`ColorToLinearColor`	`static final function LinearColor ColorToLinearColor(color OldColor)`
`Complement_PreInt`	`function int Complement_PreInt(int A)` (no declaration: types are approximate)
`ComplementEqual_FloatFloat`	`function bool ComplementEqual_FloatFloat(float A, float B)` (no declaration: types are approximate)
`ComplementEqual_StrStr`	`function bool ComplementEqual_StrStr(string A, string B)` (no declaration: types are approximate)
`Concat_StrStr`	`function string Concat_StrStr(string A, string B)` (no declaration: types are approximate)
`ConcatEqual_StrStr`	`function string ConcatEqual_StrStr(string A, string B)` (no declaration: types are approximate)
`ContinuedState`	`event ContinuedState()`
`Cos`	`static final native function float Cos(float A)`
`CreateGuid`	`static final native function Guid CreateGuid()`
`Cross_VectorVector`	`function struct Cross_VectorVector(struct A, struct B)` (no declaration: types are approximate)
`DebugBreak`	`static final native function DebugBreak(optional int UserFlags, optional EDebugBreakType DebuggerType = DEBUGGER_NativeOnly)`
`Disable`	`final native function Disable(name ProbeFunc)`
`Divide_FloatFloat`	`function float Divide_FloatFloat(float A, float B)` (no declaration: types are approximate)
`Divide_IntInt`	`function int Divide_IntInt(int A, int B)` (no declaration: types are approximate)
`Divide_RotatorFloat`	`function struct Divide_RotatorFloat(struct A, float B)` (no declaration: types are approximate)
`Divide_Vector2DFloat`	`function struct Divide_Vector2DFloat(struct A, float B)` (no declaration: types are approximate)
`Divide_VectorFloat`	`function struct Divide_VectorFloat(struct A, float B)` (no declaration: types are approximate)
`DivideEqual_ByteByte`	`function byte DivideEqual_ByteByte(byte A, byte B)` (no declaration: types are approximate)
`DivideEqual_FloatFloat`	`function float DivideEqual_FloatFloat(float A, float B)` (no declaration: types are approximate)
`DivideEqual_IntFloat`	`function int DivideEqual_IntFloat(int A, float B)` (no declaration: types are approximate)
`DivideEqual_RotatorFloat`	`function struct DivideEqual_RotatorFloat(struct A, float B)` (no declaration: types are approximate)
`DivideEqual_Vector2DFloat`	`function struct DivideEqual_Vector2DFloat(struct A, float B)` (no declaration: types are approximate)
`DivideEqual_VectorFloat`	`function struct DivideEqual_VectorFloat(struct A, float B)` (no declaration: types are approximate)
`Dot_VectorVector`	`function float Dot_VectorVector(struct A, struct B)` (no declaration: types are approximate)
`DumpStateStack`	`final native function DumpStateStack()`
`DynamicLoadObject`	`static final native function object DynamicLoadObject(string ObjectName, class ObjectClass, optional bool MayFail)`
`DynLoadObjectArrayProperty`	`function DynLoadObjectArrayProperty(name PropertyName)` (no declaration: types are approximate)
`DynLoadObjectProperty`	`function DynLoadObjectProperty(name PropertyName)` (no declaration: types are approximate)
`Enable`	`final native function Enable(name ProbeFunc)`
`EndState`	`event EndState(Name NextStateName)`
`EnumFromString`	`static final native function int EnumFromString(object E, coerce name ValueName)`
`EqualEqual_BoolBool`	`function bool EqualEqual_BoolBool(bool A, bool B)` (no declaration: types are approximate)
`EqualEqual_FloatFloat`	`function bool EqualEqual_FloatFloat(float A, float B)` (no declaration: types are approximate)
`EqualEqual_InterfaceInterface`	`function bool EqualEqual_InterfaceInterface(interface A, interface B)` (no declaration: types are approximate)
`EqualEqual_IntInt`	`function bool EqualEqual_IntInt(int A, int B)` (no declaration: types are approximate)
`EqualEqual_NameName`	`function bool EqualEqual_NameName(name A, name B)` (no declaration: types are approximate)
`EqualEqual_ObjectObject`	`function bool EqualEqual_ObjectObject(Object A, Object B)` (no declaration: types are approximate)
`EqualEqual_RotatorRotator`	`function bool EqualEqual_RotatorRotator(struct A, struct B)` (no declaration: types are approximate)
`EqualEqual_StrStr`	`function bool EqualEqual_StrStr(string A, string B)` (no declaration: types are approximate)
`EqualEqual_VectorVector`	`function bool EqualEqual_VectorVector(struct A, struct B)` (no declaration: types are approximate)
`EvalInterpCurveFloat`	`static final native function float EvalInterpCurveFloat(const out InterpCurveFloat FloatCurve, float InVal)`
`EvalInterpCurveVector`	`static final native function vector EvalInterpCurveVector(const out InterpCurveVector VectorCurve, float InVal)`
`EvalInterpCurveVector2D`	`static final native function vector2D EvalInterpCurveVector2D(const out InterpCurveVector2D Vector2DCurve, float InVal)`
`Exp`	`static final native function float Exp(float A)`
`FCeil`	`static final native function int FCeil(float A)`
`FClamp`	`static final native function float FClamp(float V, float A, float B)`
`FCubicInterp`	`static final native function float FCubicInterp(float P0, float T0, float P1, float T1, float A)`
`FFloor`	`static final native function int FFloor(float A)`
`FindDeltaAngle`	`static final simulated function float FindDeltaAngle(float A1, float A2)`
`FindObject`	`static final native function object FindObject(string ObjectName, class ObjectClass)`
`FInterpConstantTo`	`static final native function float FInterpConstantTo(float Current, float Target, float DeltaTime, float InterpSpeed)`
`FInterpEaseIn`	`static final function float FInterpEaseIn(float A, float B, float Alpha, float Exp)`
`FInterpEaseInOut`	`static final native function float FInterpEaseInOut(float A, float B, float Alpha, float Exp)`
`FInterpEaseOut`	`static final function float FInterpEaseOut(float A, float B, float Alpha, float Exp)`
`FInterpTo`	`static final native function float FInterpTo(float Current, float Target, float DeltaTime, float InterpSpeed)`
`FloatToByte`	`final simulated function byte FloatToByte(float inputFloat, optional bool bSigned)`
`FMax`	`static final native function float FMax(float A, float B)`
`FMin`	`static final native function float FMin(float A, float B)`
`FPctByRange`	`static final simulated function float FPctByRange(float Value, float InMin, float InMax)`
`FRand`	`static final native function float FRand()`
`GetAngularDegreesFromRadians`	`static final simulated function GetAngularDegreesFromRadians(out Vector2D OutFOV)`
`GetAngularDistance`	`static final native function bool GetAngularDistance(out Vector2D OutAngularDist, Vector Direction, Vector AxisX, Vector AxisY, Vector AxisZ)`
`GetAngularFromDotDist`	`static final native function GetAngularFromDotDist(out Vector2D OutAngDist, Vector2D DotDist)`
`GetAxes`	`static final native function GetAxes(rotator A, out vector X, out vector Y, out vector Z)`
`GetBuildChangelistNumber`	`final native function int GetBuildChangelistNumber()`
`GetDotDistance`	`static final native function bool GetDotDistance(out Vector2D OutDotDist, Vector Direction, Vector AxisX, Vector AxisY, Vector AxisZ)`
`GetEngineVersion`	`final native function int GetEngineVersion()`
`GetEnum`	`static final native function name GetEnum(object E, coerce int i)`
`GetFuncName`	`static final native function Name GetFuncName()`
`GetGuidFromString`	`static final native function Guid GetGuidFromString(const out string InGuidString)`
`GetHeadingAngle`	`static final simulated function float GetHeadingAngle(Vector Dir)`
`GetLanguage`	`static final native function string GetLanguage()`
`GetMappedRangeValue`	`static final native simulated function float GetMappedRangeValue(vector2d InputRange, vector2d OutputRange, float Value)`
`GetPackageName`	`final function name GetPackageName()`
`GetPerObjectConfigSections`	`static final native function bool GetPerObjectConfigSections(class SearchClass, out array out_SectionNames, optional Object ObjectOuter, optional int MaxResults = 1024)`
`GetRandomOptionSumFrequency`	`final function int GetRandomOptionSumFrequency(const out array FreqList)`
`GetRangePctByValue`	`static final simulated function float GetRangePctByValue(Vector2D Range, float Value)`
`GetRangeValueByPct`	`static final simulated function float GetRangeValueByPct(Vector2D Range, float Pct)`
`GetRightMost`	`static final function string GetRightMost(coerce string Text)`
`GetRotatorAxis`	`static final native function vector GetRotatorAxis(rotator A, int Axis)`
`GetScriptTrace`	`static final native function String GetScriptTrace()`
`GetStateName`	`final native function name GetStateName()`
`GetStringFromGuid`	`static final native function string GetStringFromGuid(const out guid InGuid)`
`GetSystemTime`	`final native function GetSystemTime(out int Year, out int Month, out int DayOfWeek, out int Day, out int Hour, out int Min, out int Sec, out int MSec)`
`GetUnAxes`	`static final native function GetUnAxes(rotator A, out vector X, out vector Y, out vector Z)`
`GotoState`	`final native function GotoState(optional name NewState, optional name Label, optional bool bForceEvents, optional bool bKeepStack)`
`Greater_FloatFloat`	`function bool Greater_FloatFloat(float A, float B)` (no declaration: types are approximate)
`Greater_IntInt`	`function bool Greater_IntInt(int A, int B)` (no declaration: types are approximate)
`Greater_StrStr`	`function bool Greater_StrStr(string A, string B)` (no declaration: types are approximate)
`GreaterEqual_FloatFloat`	`function bool GreaterEqual_FloatFloat(float A, float B)` (no declaration: types are approximate)
`GreaterEqual_IntInt`	`function bool GreaterEqual_IntInt(int A, int B)` (no declaration: types are approximate)
`GreaterEqual_StrStr`	`function bool GreaterEqual_StrStr(string A, string B)` (no declaration: types are approximate)
`GreaterGreater_IntInt`	`function int GreaterGreater_IntInt(int A, int B)` (no declaration: types are approximate)
`GreaterGreater_VectorRotator`	`function struct GreaterGreater_VectorRotator(struct A, struct B)` (no declaration: types are approximate)
`GreaterGreaterGreater_IntInt`	`function int GreaterGreaterGreater_IntInt(int A, int B)` (no declaration: types are approximate)
`ImportJSON`	`static final native function ImportJSON(string PropertyName, const out string JSON)`
`InCylinder`	`final simulated function bool InCylinder(Vector Origin, Rotator Dir, float Width, Vector A, optional bool bIgnoreZ)`
`InStr`	`static final native function int InStr(coerce string S, coerce string t, optional bool bSearchFromRight, optional bool bIgnoreCase, optional int StartPos)`
`InvalidateGuid`	`static final native function InvalidateGuid(out Guid InGuid)`
`InverseTransformNormal`	`static final native function vector InverseTransformNormal(Matrix TM, vector A)`
`InverseTransformVector`	`static final native function vector InverseTransformVector(Matrix TM, vector A)`
`IsA`	`final native function bool IsA(name ClassName)`
`IsChildState`	`final native function bool IsChildState(Name TestState, Name TestParentState)`
`IsGuidValid`	`static final native function bool IsGuidValid(const out Guid InGuid)`
`IsInState`	`final native function bool IsInState(name TestState, optional bool bTestStateStack)`
`IsPendingKill`	`final native function bool IsPendingKill()`
`IsUTracing`	`static final native function bool IsUTracing()`
`IsZero`	`static final native function bool IsZero(Vector A)`
`JoinArray`	`static final function JoinArray(array StringArray, out string out_Result, optional string delim = ", optional bool bIgnoreBlanks = true)`
`Left`	`static final native function string Left(coerce string S, int i)`
`Len`	`static final native function int Len(coerce string S)`
`Lerp`	`static final native function float Lerp(float A, float B, float Alpha)`
`LerpColor`	`static final function Color LerpColor(Color A, Color B, float Alpha)`
`Less_FloatFloat`	`function bool Less_FloatFloat(float A, float B)` (no declaration: types are approximate)
`Less_IntInt`	`function bool Less_IntInt(int A, int B)` (no declaration: types are approximate)
`Less_StrStr`	`function bool Less_StrStr(string A, string B)` (no declaration: types are approximate)
`LessEqual_FloatFloat`	`function bool LessEqual_FloatFloat(float A, float B)` (no declaration: types are approximate)
`LessEqual_IntInt`	`function bool LessEqual_IntInt(int A, int B)` (no declaration: types are approximate)
`LessEqual_StrStr`	`function bool LessEqual_StrStr(string A, string B)` (no declaration: types are approximate)
`LessLess_IntInt`	`function int LessLess_IntInt(int A, int B)` (no declaration: types are approximate)
`LessLess_VectorRotator`	`function struct LessLess_VectorRotator(struct A, struct B)` (no declaration: types are approximate)
`Localize`	`static native function string Localize(string SectionName, string KeyName, string PackageName)`
`Locs`	`static final native function string Locs(coerce string S)`
`Loge`	`static final native function float Loge(float A)`
`LogInternal`	`function LogInternal(coerce string S, optional name Tag)`
`MakeColor`	`static final function Color MakeColor(byte R, byte G, byte B, optional byte A)`
`MakeLinearColor`	`static final function LinearColor MakeLinearColor(float R, float G, float B, float A)`
`MakeRotationMatrix`	`static final native function matrix MakeRotationMatrix(Rotator Rotation)`
`MakeRotationTranslationMatrix`	`static final native function matrix MakeRotationTranslationMatrix(vector Translation, Rotator Rotation)`
`MakeRotator`	`static final function Rotator MakeRotator(int Pitch, int Yaw, int Roll)`
`MatrixGetAxis`	`static final native function vector MatrixGetAxis(Matrix TM, EAxis Axis)`
`MatrixGetOrigin`	`static final native function vector MatrixGetOrigin(Matrix TM)`
`MatrixGetRotator`	`static final native function rotator MatrixGetRotator(Matrix TM)`
`Max`	`static final native function int Max(int A, int B)`
`Mid`	`static final native function string Mid(coerce string S, int i, optional int j)`
`Min`	`static final native function int Min(int A, int B)`
`MirrorVectorByNormal`	`static final native function vector MirrorVectorByNormal(vector InVect, vector InNormal)`
`Multiply_ColorFloat`	`function struct Multiply_ColorFloat(struct A, float B)` (no declaration: types are approximate)
`Multiply_FloatColor`	`function struct Multiply_FloatColor(float A, struct B)` (no declaration: types are approximate)
`Multiply_FloatFloat`	`function float Multiply_FloatFloat(float A, float B)` (no declaration: types are approximate)
`Multiply_FloatRotator`	`function struct Multiply_FloatRotator(float A, struct B)` (no declaration: types are approximate)
`Multiply_FloatVector`	`function struct Multiply_FloatVector(float A, struct B)` (no declaration: types are approximate)
`Multiply_IntInt`	`function int Multiply_IntInt(int A, int B)` (no declaration: types are approximate)
`Multiply_LinearColorFloat`	`function struct Multiply_LinearColorFloat(struct LC, float Mult)` (no declaration: types are approximate)
`Multiply_MatrixMatrix`	`function struct Multiply_MatrixMatrix(struct A, struct B)` (no declaration: types are approximate)
`Multiply_RotatorFloat`	`function struct Multiply_RotatorFloat(struct A, float B)` (no declaration: types are approximate)
`Multiply_Vector2DFloat`	`function struct Multiply_Vector2DFloat(struct A, float B)` (no declaration: types are approximate)
`Multiply_VectorFloat`	`function struct Multiply_VectorFloat(struct A, float B)` (no declaration: types are approximate)
`Multiply_VectorVector`	`function struct Multiply_VectorVector(struct A, struct B)` (no declaration: types are approximate)
`MultiplyEqual_ByteByte`	`function byte MultiplyEqual_ByteByte(byte A, byte B)` (no declaration: types are approximate)
`MultiplyEqual_ByteFloat`	`function byte MultiplyEqual_ByteFloat(byte A, float B)` (no declaration: types are approximate)
`MultiplyEqual_FloatFloat`	`function float MultiplyEqual_FloatFloat(float A, float B)` (no declaration: types are approximate)
`MultiplyEqual_IntFloat`	`function int MultiplyEqual_IntFloat(int A, float B)` (no declaration: types are approximate)
`MultiplyEqual_RotatorFloat`	`function struct MultiplyEqual_RotatorFloat(struct A, float B)` (no declaration: types are approximate)
`MultiplyEqual_Vector2DFloat`	`function struct MultiplyEqual_Vector2DFloat(struct A, float B)` (no declaration: types are approximate)
`MultiplyEqual_VectorFloat`	`function struct MultiplyEqual_VectorFloat(struct A, float B)` (no declaration: types are approximate)
`MultiplyEqual_VectorVector`	`function struct MultiplyEqual_VectorVector(struct A, struct B)` (no declaration: types are approximate)
`MultiplyMultiply_FloatFloat`	`function float MultiplyMultiply_FloatFloat(float Base, float Exp)` (no declaration: types are approximate)
`Normal`	`static final native function vector Normal(vector A)`
`Normal2D`	`static final native function vector Normal2D(vector A)`
`Normalize`	`static final native function Rotator Normalize(rotator Rot)`
`NormalizeRotAxis`	`static final native function int NormalizeRotAxis(int Angle)`
`Not_PreBool`	`function bool Not_PreBool(bool A)` (no declaration: types are approximate)
`NotEqual_BoolBool`	`function bool NotEqual_BoolBool(bool A, bool B)` (no declaration: types are approximate)
`NotEqual_FloatFloat`	`function bool NotEqual_FloatFloat(float A, float B)` (no declaration: types are approximate)
`NotEqual_InterfaceInterface`	`function bool NotEqual_InterfaceInterface(interface A, interface B)` (no declaration: types are approximate)
`NotEqual_IntInt`	`function bool NotEqual_IntInt(int A, int B)` (no declaration: types are approximate)
`NotEqual_NameName`	`function bool NotEqual_NameName(name A, name B)` (no declaration: types are approximate)
`NotEqual_ObjectObject`	`function bool NotEqual_ObjectObject(Object A, Object B)` (no declaration: types are approximate)
`NotEqual_RotatorRotator`	`function bool NotEqual_RotatorRotator(struct A, struct B)` (no declaration: types are approximate)
`NotEqual_StrStr`	`function bool NotEqual_StrStr(string A, string B)` (no declaration: types are approximate)
`NotEqual_VectorVector`	`function bool NotEqual_VectorVector(struct A, struct B)` (no declaration: types are approximate)
`NoZDot`	`static final native function float NoZDot(vector A, vector B)`
`Or_IntInt`	`function int Or_IntInt(int A, int B)` (no declaration: types are approximate)
`OrOr_BoolBool`	`function bool OrOr_BoolBool(bool A, bool B)` (no declaration: types are approximate)
`OrthoRotation`	`static final native function Rotator OrthoRotation(vector X, vector Y, vector Z)`
`ParseLocalizedPropertyPath`	`static final function string ParseLocalizedPropertyPath(string PathName)`
`ParseStringIntoArray`	`static final native function ParseStringIntoArray(string BaseString, out array Pieces, string Delim, bool bCullEmpty)`
`PathName`	`static final native function string PathName(Object CheckObject)`
`PausedState`	`event PausedState()`
`Percent_FloatFloat`	`function float Percent_FloatFloat(float A, float B)` (no declaration: types are approximate)
`Percent_IntInt`	`function int Percent_IntInt(int A, int B)` (no declaration: types are approximate)
`PointDistToLine`	`final native function float PointDistToLine(vector Point, vector Line, vector Origin, optional out vector OutClosestPoint)`
`PointDistToPlane`	`final simulated function float PointDistToPlane(Vector Point, Rotator Orientation, Vector Origin, optional out vector out_ClosestPoint)`
`PointDistToSegment`	`final native function float PointDistToSegment(Vector Point, Vector StartPoint, Vector EndPoint, optional out Vector OutClosestPoint)`
`PointProjectToPlane`	`static final native function Vector PointProjectToPlane(Vector Point, Vector A, Vector B, Vector C)`
`PoppedState`	`event PoppedState()`
`PopState`	`final native function PopState(optional bool bPopAll)`
`ProfNodeEvent`	`static final native function ProfNodeEvent(string EventName)`
`ProfNodeSetDepthThreshold`	`static final native function ProfNodeSetDepthThreshold(int Depth)`
`ProfNodeSetTimeThresholdSeconds`	`static final native function ProfNodeSetTimeThresholdSeconds(float Threshold)`
`ProfNodeStart`	`static final native function int ProfNodeStart(string TimerName)`
`ProfNodeStop`	`static final native function ProfNodeStop(optional int AssumedTimerIndex = -1)`
`ProjectOnTo`	`static final native function Vector ProjectOnTo(Vector x, Vector y)`
`PushedState`	`event PushedState()`
`PushState`	`final native function PushState(Name NewState, optional Name NewLabel)`
`QuatDot`	`static final native function float QuatDot(Quat A, Quat B)`
`QuatFindBetween`	`static final native function Quat QuatFindBetween(Vector A, Vector B)`
`QuatFromAxisAndAngle`	`static final native function Quat QuatFromAxisAndAngle(Vector Axis, Float Angle)`
`QuatFromRotator`	`static final native function Quat QuatFromRotator(rotator A)`
`QuatInvert`	`static final native function Quat QuatInvert(Quat A)`
`QuatProduct`	`static final native function Quat QuatProduct(Quat A, Quat B)`
`QuatRotateVector`	`static final native function vector QuatRotateVector(Quat A, vector B)`
`QuatSlerp`	`static final native function Quat QuatSlerp(Quat A, Quat B, float Alpha, optional bool bShortestPath)`
`QuatToRotator`	`static final native function rotator QuatToRotator(Quat A)`
`Rand`	`static final native function int Rand(int Max)`
`RandRange`	`static final simulated function float RandRange(float InMin, float InMax)`
`RDiff`	`static final native function float RDiff(Rotator A, Rotator B)`
`Repl`	`static final native function string Repl(coerce string Src, coerce string Match, coerce string With, optional bool bCaseSensitive)`
`Right`	`static final native function string Right(coerce string S, int i)`
`RInterpTo`	`static final native function Rotator RInterpTo(rotator Current, rotator Target, float DeltaTime, float InterpSpeed, optional bool bConstantInterpSpeed)`
`RLerp`	`static final native function Rotator RLerp(Rotator A, Rotator B, float Alpha, optional bool bShortestPath)`
`RotRand`	`static final native function Rotator RotRand(optional bool bRoll)`
`Round`	`static final native function int Round(float A)`
`RSize`	`static final native function float RSize(rotator R)`
`RTransform`	`static final native function Rotator RTransform(rotator R, rotator RBasis)`
`SaveConfig`	`final native function SaveConfig()`
`SaveConfig`	`final native function SaveConfig(optional bool bRefreshInstances, optional string PropertyName)`
`SClampRotAxis`	`static final simulated function bool SClampRotAxis(float DeltaTime, int ViewAxis, out int out_DeltaViewAxis, int MaxLimit, int MinLimit, float InterpolationSpeed)`
`ScriptTrace`	`static final native function ScriptTrace()`
`SetUTracing`	`static final native function SetUTracing(bool bShouldUTrace)`
`Sin`	`static final native function float Sin(float A)`
`Split`	`static final function string Split(coerce string Text, coerce string SplitStr, optional bool bOmitSplitStr)`
`SplitString`	`static final function array SplitString(string Source, optional string Delimiter = ", optional bool bCullEmpty)`
`Sqrt`	`static final native function float Sqrt(float A)`
`Square`	`static final native function float Square(float A)`
`StaticSaveConfig`	`static final native function StaticSaveConfig()`
`StaticSaveConfig`	`static final native function StaticSaveConfig(optional bool bRefreshInstances, optional string PropertyName)`
`Subtract_ColorColor`	`function struct Subtract_ColorColor(struct A, struct B)` (no declaration: types are approximate)
`Subtract_FloatFloat`	`function float Subtract_FloatFloat(float A, float B)` (no declaration: types are approximate)
`Subtract_IntInt`	`function int Subtract_IntInt(int A, int B)` (no declaration: types are approximate)
`Subtract_LinearColorLinearColor`	`function struct Subtract_LinearColorLinearColor(struct A, struct B)` (no declaration: types are approximate)
`Subtract_PreFloat`	`function float Subtract_PreFloat(float A)` (no declaration: types are approximate)
`Subtract_PreInt`	`function int Subtract_PreInt(int A)` (no declaration: types are approximate)
`Subtract_PreVector`	`function struct Subtract_PreVector(struct A)` (no declaration: types are approximate)
`Subtract_QuatQuat`	`function struct Subtract_QuatQuat(struct A, struct B)` (no declaration: types are approximate)
`Subtract_RotatorRotator`	`function struct Subtract_RotatorRotator(struct A, struct B)` (no declaration: types are approximate)
`Subtract_Vector2DVector2D`	`function struct Subtract_Vector2DVector2D(struct A, struct B)` (no declaration: types are approximate)
`Subtract_VectorVector`	`function struct Subtract_VectorVector(struct A, struct B)` (no declaration: types are approximate)
`SubtractEqual_ByteByte`	`function byte SubtractEqual_ByteByte(byte A, byte B)` (no declaration: types are approximate)
`SubtractEqual_FloatFloat`	`function float SubtractEqual_FloatFloat(float A, float B)` (no declaration: types are approximate)
`SubtractEqual_IntInt`	`function int SubtractEqual_IntInt(int A, int B)` (no declaration: types are approximate)
`SubtractEqual_RotatorRotator`	`function struct SubtractEqual_RotatorRotator(struct A, struct B)` (no declaration: types are approximate)
`SubtractEqual_StrStr`	`function string SubtractEqual_StrStr(string A, string B)` (no declaration: types are approximate)
`SubtractEqual_Vector2DVector2D`	`function struct SubtractEqual_Vector2DVector2D(struct A, struct B)` (no declaration: types are approximate)
`SubtractEqual_VectorVector`	`function struct SubtractEqual_VectorVector(struct A, struct B)` (no declaration: types are approximate)
`SubtractSubtract_Byte`	`function byte SubtractSubtract_Byte(byte A)` (no declaration: types are approximate)
`SubtractSubtract_Int`	`function int SubtractSubtract_Int(int A)` (no declaration: types are approximate)
`SubtractSubtract_PreByte`	`function byte SubtractSubtract_PreByte(byte A)` (no declaration: types are approximate)
`SubtractSubtract_PreInt`	`function int SubtractSubtract_PreInt(int A)` (no declaration: types are approximate)
`Tan`	`static final native function float Tan(float A)`
`TimeStamp`	`final native function string TimeStamp()`
`ToHex`	`static final native function string ToHex(int A)`
`TransformNormal`	`static final native function vector TransformNormal(Matrix TM, vector A)`
`TransformVector`	`static final native function vector TransformVector(Matrix TM, vector A)`
`TransformVectorByRotation`	`final native function vector TransformVectorByRotation(rotator SourceRotation, vector SourceVector, optional bool bInverse)`
`UnwindHeading`	`static final simulated function float UnwindHeading(float a)`
`vect2d`	`static final function vector2d vect2d(float InX, float InY)`
`VInterpTo`	`static final native function vector VInterpTo(vector Current, vector Target, float DeltaTime, float InterpSpeed)`
`VLerp`	`static final native function vector VLerp(vector A, vector B, float Alpha)`
`VRand`	`static final native function vector VRand()`
`VRandCone`	`static final native function vector VRandCone(vector Dir, float ConeHalfAngleRadians)`
`VRandCone2`	`static final native function vector VRandCone2(vector Dir, float HorizontalConeHalfAngleRadians, float VerticalConeHalfAngleRadians)`
`VSize`	`static final native function float VSize(vector A)`
`VSize2D`	`static final native function float VSize2D(vector A)`
`VSizeSq`	`static final native function float VSizeSq(vector A)`
`VSizeSq2D`	`static final native function float VSizeSq2D(vector A)`
`WarnInternal`	`function WarnInternal(coerce string S)`
`Xor_IntInt`	`function int Xor_IntInt(int A, int B)` (no declaration: types are approximate)
`XorXor_BoolBool`	`function bool XorXor_BoolBool(bool A, bool B)` (no declaration: types are approximate)