Miscellaneous

A BearTrap that comes with more customization and fixes. This bear trap can also hurt a pawn even if the pawn falls into it, making it much more dangerous.

Variables

• fDamageAmount - The amount of damage to deal to the pawn

• TrapSound - The sound the trap should made when activated

• TrapLeavesEmitter - The emitter to spawn when the trap is activated

• TrapLeavesClass - The actor class to spawn in for the leaves that appear near the trap

• TrapStaticAnimName - The animation to play while the trap is idle

• TrapSnapAnimName - The animation to play when the trap is activated

• bChangeOpacityForFadeOut - If true, the bear trap will fade out over the course of fCurrentOpacityForFadeOut seconds. If false, the bear trap will not fade out and will permanently stay de-activated

• fCurrentOpacityForFadeOut - How many seconds it should take for the bear trap to fade out once activated

• fDesiredOpacityForFadeOut - The opacity the bear trap must fade to before being considered able to despawn

• fSpeedOpacityForFadeOut - How long it should take in seconds for the bear trap to fade out when activated

• bAffectAllPawns - If true, all pawns can affect the bear trap

• bTakeKnockback - If true, any pawn that activates the trap will have knockback dealt to the pawn

A generic blob shadow that you can place in your map to make the map's lighting potentially look more consistent. Due to a fun bug with UE2, when you place down this actor, it will appear like a black square, despite the fact it's a transparent texture. Once you place down the actor, you can temporarily make it appear transparent by going into the Texture Browser, clicking on In Use, then modifying the properties of the texture so that bAlphaTexture=true.

When first placed down, build the map, then enable the group associated with this actor.

Variables

• bMadeShadowTwoSided - If true, the blob shadow will render on both sides

A BriarPatch that comes with more customization and fixes. The main difference with this briar patch is the fact it can hurt a pawn even if it falls into the briar patch, making this much more effective as a world hazard.

Variables

• fDamageAmount - The amount of damage a pawn should take when touching the briar patch

• fDamageDelay - How long it will take in seconds before the briar patch can hurt a pawn again

• EmitterHurtClass - The emitter that spawns in when the briar patch is touched

• HurtSound - The sound to play when the briar patch is touched

• bAffectAllPawns - If true, all pawns will be affected by the briar patch instead of only the current player

• bTakeKnockback - If true, any pawn that takes damage from the briar patch will take knockback, if applicable

• fChanceToSayBumpline - The chance of the pawn saying a bumpline when getting hurt. Only applies to playable characters

A controller that features a ton of new console commands, plus some needed features!

To add this controller to a map, locate the main player in the map, go into their PlayerControl property tab, then set DefaultPlayerControllerClass to equal MController. You do not need to do this for every playable character in the map, only the first one. The reason is because when you switch control to another pawn, the controllers are simply swapped, meaning the MController can switch its control across any pawns needed in real-time.

Additionally, there's a custom fork of MController that gives the player a crosshair. When using this controller specifically, 2 additional console commands (both with their own alias) are added.

• SetCrosshairVisibility <bool> - Sets the visibility of the crosshair. True is visible and false is invisible. Alias for this command is SCV

• SetCrosshairDistance <float> - Sets the maximum distance of the crosshair. Default is 1500.0. Alias for this command is SCD

All stock console command changes:

• MListDynamicActors - Fixed to work as intended (was listing static actors)

• MLockCamera - Fixed to work as intended (wasn't working)

• MSetCameraDist - Fixed to work as intended (wasn't working)

• MGhost, MFly and MWalk - Fixed a critical error where you could double jump while ghosting, which would fling you extremely far out of bounds, and fixed a bug with MWalk where if the player had jumped then ghosted and flew into a floor, they would be unable to jump without falling and landing first

• MGod <bool> - Not a toggle; requires a bool. Fixed to prevent other sources of damage/knockback

• MInvisible <bool> - Not a toggle; requires a bool. Fixed to work as intended (only worked for a tick)

• MSloMo <float> - No longer persists the speed across levels (use the new console command SloMoSave instead if you need this to persist)

• MSetJumpZ <float> <bool> - Added an optional bool. If <bool> is true, affects the double jump height instead

• MSetHealth <float> - Health is now clamped to the minimum and maximum health values by default

• MSetSpeed <float> - Takes a raw speed value instead of a multiplier and fixed to work as intended (would stop working all the time)

• MSummon <class> - Same as Summon, but doesn't require specifying a library

All new (or heavily edited) console commands:

• MPakVersion - Displays to the user what the current MPak version is

• UnCauseEvent <event> - Does the opposite of CauseEvent, and uncauses the event <event>

• ListStaticActors - Lists all static actors

• SloMoSave <float> - Acts like the original SloMo command where the SloMo speed persists

• SetPotions <int> - Sets the total of all potion totals to <int>

• SetCoins <int> - Sets the coin total to <int>

• ShowAINodes <bool> - If <bool>=true, runs the console command ShowDebug, then shows all AI node lines/paths

• SetJumpZ <float> <bool> - Sets your player's jump height (not for the double jump) to <float>. If <bool>=true, then the command changes the double jump height instead. The default value varies between characters

• Invisible <bool> - Sets the invisibility of the player to <bool>

• NoTarget <bool> - Sets the player's NoTarget to <bool>, meaning no enemies will target the player if true

• FullDebug <bool> - If <bool>=true, turns on both notable debug features

• SummonNoRot <class> - Same as MSummon, but doesn't pitch the actor. The camera angle will still dictate how high or low the actor will spawn however

• SummonCoords <class> <float1> <float2> <float3> - Same as SummonNoRot, but spawns an actor at specific coordinates and doesn't rotate on any axis. Example: Summon Shrek 360 420 640

• SetProp <ActorTag> <ActorVariable> <ActorValue> - Sets <ActorTag>'s <ActorVariable> to <ActorValue>. Example: SetProp Shrek Health 64 sets the health of Shrek to a value of 64.0

• GetProp <ActorTag> <ActorVariable> - Just like SetProp, but will return with the value of the variable

• WhoAmI - Logs who you are playing as

• Rocket - Takes away all movement input and propels you in the direction you were last flying in

• Spider - Converts your character into a spider

• Driving - Takes away all movement input and makes you walk in the direction you were last walking in

• Announce <message> - Acts like AdminSay, but that can have the display time and colors customized (making it practical for real maps)

• AnnounceTime <float> - Sets the amount of seconds the announcement should be onscreen for to <float> seconds

• AnnounceColor <red> <green> <blue> - Sets the color of the announcement text (Example: AnnounceColor 127 255 0 will make the text have a greenish color)

• TP <X> <Y> <Z> - Teleports the player to the location vector provided

• TPBack - If the player has used the TP command, teleports them back to where they were originally

• WriteString <string> - Logs <string> to the log

• WriteStrings <string(s)> - Logs <string(s)> to the log

• UpdateInv - Updates the inventory, which is sometimes required to do when checking how many coins or potions a player has via a GetProp (not doing so may crash the game)

• SetBoth <int> - Sets the coin total and the potion total to <int>

• AddBoth <int> - Adds the coin total and the potion total by <int>

• BossCheat - Sets the health of all 4 main boss types to 1.0

• ChangeState <state> <bool> - Changes the state of the player to <state>. If <bool>=true, then the state is changed relative to the pawn (instead of the controller)

• ChangePhysics <int> - Changes the physics of the player to <int>. <int> is converted from a numerical value to a physics enumerator. Example: ChangePhysics 1 would change the physics of the player to PHYS_Walking

• AntiAntiCheat - Disables M.A.C. (Master's Anti-Cheat) if it currently exists in the map

• AddHealth <float> - Adds to the player's health by <float>

• Execute <string> - Allows you to execute multiple console commands from within a single console command. Simply add the keyword | between each console command, just like when configurating keybinds. Example: Execute Ghost | SetHealth 50 runs both the console command Ghost and SetHealth 50

• SleepFor <float> <string> - The same as Execute but delays running the commands until <float> seconds have passed

• PlayASound <library>.<class> - Plays a 2D sound. Example: PlayASound Shrek.Faint will play Shrek's faint sound

• PlayADialog <string> - Plays the dialog <string> from the player's mouth. Example: PlayADialog pc_dnk_CarHijack_34 will play the voice line "Are we there yet?"

• PlayAMusic <string> - Plays the song <string>. Example: PlayAMusic 1_Swamp will play the Shrek's Swamp theme

• RefreshJumpVars - Refreshes all jump variables on the current player to match the default values and the current environment. This should be used when the gravity changes or when the variables need to be defaulted

• SetGameState <string> - Sets the GameState to <string>. Example: SetGameState GSTATE010 would set the current GameState to GSTATE010. Due to an arbitrary "valid check" forced by KnowWonder that can't be bypassed, this command can only change to the 6 GameStates you see in the KnowWonder debug menu

• GetGameState - Returns with the current GameState and prints the value in the KW log

• DropCarryingActor <bool> - Drops the currently held actor onto the ground. If <bool>=true, then the held actor is also destroyed

• ConsoleKey <byte> - Changes the current console key to the keyboard key code value of <byte>. This change is saved until Default.ini is refreshed

• SetShamrocks <int> - Sets the player's total shamrocks to <int>. Takes a value between -1 and 5. 5 is all shamrocks, 0 is no shamrocks, and -1 is no health, so an instant death

• AddShamrocks <int> - Adds the player's total shamrocks by <int>

• PlayAMovie <string> - Plays the movie <string> on the screen. Do not include the number 512, 640 or 1024 after, as the console command will locate these versions of the movie automatically as needed

New command aliases:

• LogAIS - LogScriptedSequences

• CE - CauseEvent

• UCE - UnCauseEvent

• SH - SetHealth

• SP - SetPotions

• SC - SetCoins

• SB - SetBoth

• AH - AddHealth

• AP - AddPotions

• AC - AddCoins

• AB - AddBoth

• BC - BossCheat

• MV - MPakVersion

• FD - FullDebug

• AAC - AntiAntiCheat

Variables

• fPlayASoundVolume - The volume at which any sound played with the console command PlayASound plays at

• bModifyHealthSFX - If true, a sound effect will play when using SetHealth or AddHealth

• bModifyHealthKnockback - If true, the player will take knockback when using SetHealth or AddHealth

• ModifyHealthHealSFX - What sound effect should play if SetHealth or AddHealth causes the player's health to increase

• ModifyHealthHurtSFX - What sound effect should play if SetHealth or AddHealth causes the player's health to decrease

• ModifyHealthDeathCC - What console command should be ran if SetHealth or AddHealth causes the player's health to go to 0 or below

• bTPBackOncePerTP - If true, a TPBack only works once per TP (a TP must be done before a TPBack can work once)

• iTPRetryAttempts - How many times should a TP be retried if the TP initially fails (due to the location being blocked). A safe value is 28, however if a TP you need isn't working consistently, you may need to increase this value (however higher values may impact performance)

• iSummonRetryAttempts - How many times should a summon be retried if the summoned actor is attempted to be spawned in an illegal position

• fTeleportDist - The maximum distance that the command Teleport will teleport the player forward

A custom action for CutScript that adds the ability to execute player console commands. Simply type CC and then anything after it will execute as a console command (CC stands for Console Command). To enable this in-game, you must edit your Default.ini configuration file in the game's System directory, then add this line at the bottom of [KWGame.KWCutController]: ProjectActionString="MPak.MCUTACTION_"

A custom action for CutScript that replaces the Say CutScript actions and must be used if AllDialog.uax is modified (in order to preserve lipsyncing). Simply type MSay instead of Say. To enable this in-game, you must edit your Default.ini configuration file in the game's System directory, then add this line at the bottom of [KWGame.KWCutController]: ProjectActionString="MPak.MCUTACTION_"

An extension of a DriveThrough that allows you to modify normally impossible-to-access variables. This includes the cost of each potion and click sounds.

Variables

• iPotionCost_Strength - The cost of a strength potion

• iPotionCost_Frog - The cost of a frog potion

• iPotionCost_Invisibility - The cost of an invisibility potion

• iPotionCost_Sleep - The cost of a sleep potion

• iPotionCost_Stinky - The cost of a stinky potion

• iPotionCost_Shrink - The cost of a shrink potion

• iPotionCost_ShrinkEnemies - The cost of a shrink enemies potion

• iPotionCost_Freeze - The cost of a freeze potion

• iPotionCost_Love - The cost of a love potion

• AcceptSound - The sound to play when accepting a purchase

• CancelSound - The sound to play when canceling a purchase

• BuySound1 - The sound to play when buying a potion (1)

• BuySound2 - The sound to play when buying a potion (2)

• JingleSound - The sound to play when the player approaches the drive through

An emitter that can have the opacity of the texture be adjusted for each individual ParticleEmitter inside this emitter. The index of the variable fOpacities should correspond with the ParticleEmitter in Emitters that you wish to change. If you do not want to change the opacity, then assign the value 1.0 for the fOpacities index.

Variables

• fOpacities - The amount of opacity that each texture in the emitter should render with. 1.0 is completely visible, and 0.0 is invisible

Allows a mapper to define an area that should block light. To place down a fake shadow, right-click on the place mover button, seen on the left of the level editor view, then select MFakeShadow. Whatever shadow is casted from the static mesh used for this actor is what the shadow will appear like in-game. This actor will be destroyed once the map is loaded, meaning it doesn't matter what it looks like.

When first placed down, build the map, then enable the group associated with this actor.

A jump magnet, but with more customization!

Variables

• fJumpTime - How long it should take in seconds for the player to land where the jump magnet is located from the time the player actuates the jump magnet

• fHeightCheckAmount - If bDisableIfNoGroundBelow=true, how close a ground needs to be relative to the jump magnet (on the Z axis) in order for the jump magnet to be possible to trigger

• bTakeAwayControl - If true, the player will lose the ability to control their character until they land

• bAutoJump - If true, the jump magnet will instead act like a SHJumpMagnet where it throws the player in the jump magnet's direction automatically

• bAllowMultipleInputs - If true, the player will be able to actuate the jump magnet multiple times without having to land

• bDisableIfFalling - If true, the jump magnet will be disabled while the player is falling (prevents phantom jumps)

• bDisableIfNoGroundBelow - If true, if no ground is close enough to the jump magnet, the jump magnet will be disabled

An invisible plane that can be used to specify the material type of the ground in a certain area in a map. This is very convenient for when you need to specify the ground's material type in a certain area without making it based on a texture, or for toggling between different material types.

When first placed down, build the map, then enable the group associated with this actor.

Extremely important notice: You should never change the collision values to change where it collides. Only change the variable DrawScale to set the collision for it (DrawScale3D will not work).

An plane that renders a looping movie onto the face of it. This plane does not support transparency and is strictly 1-sided. Triggering the movie plane will cause the movie to toggle whether its playing or not. The movie that is played MUST HAVE A RESOLUTION TO THE POWER OF 2. If the resolution of the movie is not divisible by 2, then it will not properly render.

Variables

• MovieToPlay - The name of the movie, and its versions that play depending on the game's resolution

• fFrameRate - The frame rate of the movie

• bInitiallyPlayMovie - If true, the movie will automatically start playing

• bDoNotLoop - If true, the movie will not loop, although this only works if you provide the duration of the movie

• fMovieDuration - If bDoNotLoop=true, how long will the movie play until it is finished

• bTriggerOnceOnly - If true, can only be triggered once

• TextureWhileMovieIsNotPlaying - If a movie is not playing, what texture should the plane render

MMutRPC = Master's Replace PlayerController Mutator

A mutator that is capable of replacing ANY PlayerController in ANY map, including stock maps and bonus levels. Simply open any map like you normally would, but add ?Mutator=MPak.MMutRPC to the end of the name of the map. Run this console command to activate this mutator: Open Book_FrontEnd?Mutator=MPak.MMutRPC

Important notice: once this mutator is loaded, it is permanently loaded until you close the game. If you open a save that had this mutator running, that also permanently re-enables the mutator. To disable this mutator, run this console command: Start Book_FrontEnd

This mutator uses a hacky method of doing this, which causes the beginning of every level to have to reload. After this occurs, no more reloading is required and you can now play the level with the new player controller. If you want to force-add your own custom controller into any map, simply extend this mutator and change the default property of NewController to equal your own custom controller. At that point, you just simply change the mutator to the name of your mutator you just made.

Pros of using this mutator:

• Can easily add your own code into any map without modifying the map via a custom PlayerController instead of a custom actor

• Easier custom game rule creations that are related directly with the current player

• Can easily obtain the current player's controller and their pawn via calling PC and HP (if calling HP, call GetHP() before this) in your mutator's code

• Don't have to make the framework for the mutator as you can easily extend this one

Cons of using this mutator:

• To change what the PlayerController should be, you have to extend this mutator and change the default property

• A save-load will always occur at the beginning of every map, which can be a bit off-putting and can cause certain weird issues

• Annoying to unload mutator

A better version of the Note actor that takes multiple lines. Convenient for to-do lists built straight into the map's file.

Variables

• Notes - All of the notes

For those who need to borderline write a manual inside the map's file, here you go. Convenient for big guides or for detailed information built straight into the map's file. Can have a title, a table of contents (which allows you to mark which index corresponds to what section) and sections.

Variables

• Notes - All of the side notes

• NoteTitle - The title of this entire note

• NoteTableOfContents.NoteSectionTitle - The section title

• NoteTableOfContents.NoteIndex - The note index (or chapter number) that corresponds with the section title

• NoteChapters.Notes - All of the notes

A fork of MPathBlockingPlane that is a cube instead of a plane.

Allows a mapper to block off paths that could be used for NPC navigation. To block off a path, simply place the plane between the 2 paths to disconnect them. This is especially helpful when you don't want auto-generated AI nodes that come from pickups to interfere with your AI nodes. This actor will be destroyed once the map is loaded, meaning it doesn't matter what it looks like.

When first placed down, build the map, then enable the group associated with this actor.

A path node that, at the moment, only has the original collision size. These path nodes should always be used since they will typically build paths better.

A pawn that simulates physics and interacts with the world in many different ways. Simply change the StaticMesh to what you want your physics pawn to look like and configure it to your liking! The class MPCrate is a simple way of testing how these physic pawns work.

Variables

• bCanBePickedUpWhileBouncing - If true, can be picked up while bouncing. This will cause a lot of weird issues if allowed

• bDestroyWhenFallOutOfWorld - If true, will be destroyed if it falls out of the world

• bAutoRotateWhileBouncing - If true, will automatically rotate in the air while falling

• bDealDamageToPawns - If true, can deal damage to pawns if it has a high enough velocity

• bScaleDamageWithVelocity - If true and if bDealDamageToPawns=true, the damage will scale depending on the velocity

• bTakeKnockback - If true and if bDealDamageToPawns=true, the pawn that is hit will take knockback if applicable

• bAllowBumpForBounce - If true, any pawn bumping this can cause it to be kicked in the direction it was bumped from by the instigator

• bAllowBumpFromAbove - If true and if bAllowBumpForBounce=true, bumping the pawn from above is allowed (allows for a lot of exploits)

• bUseBounceLivesSystem - If true, can only bounce a certain amount of times before being destroyed

• bStickToSurfaces - If true, will stick to any bumped surfaces

• bCanTouchActors - If true, can touch other actors, such as triggers

• bDoNotStayOnTopOfPawns - If true, if the pawn stops moving on top of a pawn when thrown, it will constantly attempt to get off of it. This is recommended so that the pawn doesn't easily get stuck in a place that may not be easily reachable

• BounceSounds - What random sound to play when a bounce occurs

• DestroySounds - What random sound to play when destroyed

• fMinimumVelocitySpeedToPlaySound - The minimum amount of velocity the pawn must be travelling at in order to play a bounce sound

• fBounceDropoffMultiplier - The dropoff multiplier for the pawn. The higher the value, the slower it drops off in velocity

• fBounceSoundRadius - The sound radius for the bounce sound

• fAutoRotatePitchDirection - If bAutoRotateWhileBouncing=true, the pitch direction auto rotation should rotate in (should be a value between -1.0 and 1.0)

• fAutoRotateRollDirection - If bAutoRotateWhileBouncing=true, the roll direction auto rotation should rotate in (should be a value between -1.0 and 1.0)

• fAutoRotateRate - If bAutoRotateWhileBouncing=true, the rate/speed at which the pawn should auto rotate

• fDamageAmount - If bDealDamageToPawns=true, how much damage should be dealt to other pawns when bumped into

• fMinimumVelocitySpeedToDamagePawn - If bDealDamageToPawns=true, how much velocity must the pawn be falling with in order to damage a pawn

• fVelocityDamageMultiplier - If bDealDamageToPawns=true and if bScaleDamageWithVelocity=true, the multiplier for how much of the velocity should be translated to damage. Higher values equal higher damage

• fMinimumVelocitySpeedToBump - If bAllowBumpForBounce=true, the minimum amount of velocity the instigating pawn must have in order to bump it

• fBumpBounceVelocityMultiplier - When bumping into an actor, the multiplier to apply to the current velocity of the pawn

• fBumpBounceHelpBoostMultiplier - When a pawn bumps into this pawn, how much upward (or downward) velocity should be applied? It's recommended to keep this at a value of at least 1.0 so that the pawn actually moves when bumped into

• fReBumpDelay - How long in seconds it should take before the pawn can be bumped again by another actor

• iBounceLives - If bUseBounceLivesSystem=true, how many times can the pawn bounce before being destroyed

• AmbientEmitterClass - The emitter to constantly show

• BounceEmitterClass - The emitter to spawn when the pawn bounces

• DestroyEmitterClass - The emitter to spawn when destroyed

• vAmbientEmitterOffset - The offset for the ambient emitter

• vBounceEmitterOffset - The offset for the bounce emitter

• vDestroyEmitterOffset - The offset for the destroyed emitter

A heavily customizable PlayerStart actor that is actually useful for Shrek 2 maps! The variables below are ordered explicitly (in order  of execution) and certain ones cause latent actions to occur, those of which will be labelled with [LATENT].

Variables

• nPreStartingEvent - If provided, what event to fire to immediately upon level load

• bClearInventory - If true, clears all player inventories

• sStartingMovie - [LATENT] If provided a valid movie name, plays the movie sStartingMovie

• bMovieUsesSound - If true, the movie will play with sound

• sStartingMenu - [LATENT] If provided a valid menu, opens the menu sStartingMenu (example: SHGame.SHPageYesNo)

• sStartingMusicName - If provided, plays the music track sStartingMusicName

• fMusicFadeTime - How long it should take in seconds for the music to fade in

• StartingSound - If provided, what sound to play

• fStartingSoundVolume - The volume of the sound to play

• FadeSettings.bFadeScreen - If true, fades the screen with the settings below

• FadeSettings.ScreenColor - The new color of the screen

• FadeSettings.fFadeTime - [LATENT] How long should the fade take in seconds

• FadeSettings.FadeType - The easing type for the fade transition

• FadeSettings.bFlash - If true, the fade will act as a flash instead

• FadeSettings.bHideHUDDuringFade - If true, the HUD will be hidden while the fade occurs

• AnnounceMessage.sMessage - If provided, the message to announce onto the center of the screen

• AnnounceMessage.fAnnTime - [LATENT] How long the announcement should stay on screen

• AnnounceMessage.AnnColor - The color of the announcement text

• sStartingDialog - [LATENT] What dialog should be played

• fStartingDialogDelay - [LATENT] How long should it take before the dialog plays

• nPostStartingEvent - If provided, what event to fire to once the above latent actions have finished

• bAutoSave - [LATENT] If true, automatically saves the game once all latent variables above are finished and if the player is not mounting

• fAutoSaveDelay - [LATENT] How long should an autosave take in seconds before actually saving

A dynamic light that is turned on only while the current player is colliding with the collision of the light.

Variables

• fTransitionTime - How long it should take for the light to turn on or off in seconds

A full re-design/overhaul to the original SlotMachine actor that is incredibly customizable, a lot more entertaining and a lot more fun!

Here's the general method in which the slot machine works:

1. The player must interact with the slot machine by attacking in front of it, the same way you interact with a DriveThrough

2. The player will get a GUI popup, where if they click Yes, they will be charged the bet amount if applicable

3. The typical slot machine spins a single time, but sometimes it can spin more. It will pick 3 random icons to display with a custom animation to do so

4. If 2 of the 3 icons match, it is considered a win, and a small payout will be given (unless PrizesToWin.bMustFullscreen=true)

5. If 3 of the 3 icons match, it is considered a fullscreen, and a big payout will be given. Certain fullscreens are considered max wins

6. After this has concluded, the slot machine may be re-used as many times as the player can bet (unless the slot machine is configured to work otherwise)

This slot machine features a custom texture pack full of custom-made slot textures made by Karpai. To use any of these textures, open a new texture package in the level editor and tell it to open MPak.u in the System folder. From this point, simply pick any of the slot textures you wish to use.

Variables

• bDetermineRTP - If true, an RTP-determining system will be enabled and will majorly lag the entire game for typically a few minutes. The progress and results of the RTP determination are shown in the game's log, which you can check in-game with the console command ShowLog. If the RTP is under 100%, then your slot machine is considered balanced, and very similar to real-life slot machines. If it is above 100%, then it is in theory possible to obtain an infinite amount of coins, unless the slot machine is limited by lives

• bLockPlayerWhileSpinning - If true, the player will be locked in place during the entire phase of the spinning process of the slot machine

• bUseLifeSystem - If true, the slot machine can only be used iTotalLives times before the slot machine is permanently disabled. It's important to understand that the free spins mechanic adds lives, but additional spins do NOT add lives. This means that if you only have 1 life but iSpinsPerBet is above 1, only 1 spin will be done before the slot machine is disabled

• CostSignFontType - The fonts the cost sign can use. Similar to GUIStyles, 4 fonts can be provided, which are switched between in real-time depending on how many characters are in the current cost sign text string. The first font will be used if it's only 1 character long, the second font will be used if it's only 2 characters long, etc. The fourth font is the default case font, meaning the font that will be used if the amount of characters in the current cost sign text string is equal to or exceeds 4 characters in length

• CostSignMaterialOverride - If provided a material, the material to use for the cost sign

• CostSignTextColor - The color of the cost sign text string

• CostSignTexts.sWinText - The text to display on the cost sign when a spin wins

• CostSignTexts.sFullscreenText - The text to display on the cost sign when a spin hits a fullscreen of icons

• CostSignTexts.sMaxWinText - The text to display on the cost sign when a spin hits a max win

• CostSignTexts.sLossText - The text to display on the cost sign when a spin loses

• CostSignTexts.sOutOfServiceText - The text to display on the cost sign when the slot machine runs out of lives

• CostSignTexts.sSpinText - The text to display on the cost sign when a spin begins

• CostSignTexts.bCostDecrementsWithBetProcessing - If true, the cost of the bet shown on the cost sign will decrement while it takes away the player's coins

• CostSignTexts.bShowSpinCountForSpinText - If true, the cost sign will display the total amount of spins left if iSpinsPerBet is above 1 or if the player receives free spins resulting in spinning more than 1 additional time

• fBetProcessTime - How long it should take in seconds for a bet to be processed. This is referring to the time while the slot machine takes away the player's coins

• fDelayBeforeSpin - How long it should take in seconds before the spins begin, after a bet has been successfully processed

• fPrizeDropInitialDelay - How long it should take in seconds after a winning spin has finished before a prize is dropped

• fPrizeDropTime - How long it should take in seconds to drop all of the prizes won in a single spin

• fRepeatIconChance - The percent chance of an icon being repeated. This is a pretty complex value and largely determines how many wins you will end up getting, especially with higher prize types. Essentially the odds of all 3 icons being the same is very low, so when the icons are being determined, first, 3 are picked with weighted RNG. Afterward, this percent chance is run on each of the 3 slots, and if it hits the chance, it duplicates its icon to any of the 3 icons, which can also include itself. Due to how this system works, you may now understand why the slot machine is so unpredictable

• fSlotSpinRate - How long it should take in seconds before the slot spin animation can change its texture. Higher values will result in slower animation speeds

• fSpinTime - How long it should take in seconds for one of the slots to stop spinning

• iCostOfBet - The cost of the bet, also known as the amount of coins the player must bet with to spin the slot machine

• iCostSignTextOffset - The X and Y offsets for all 4 fonts, relative to the center of the cost sign material. This can be used to manually center the text if the font was incorrectly created, or to make it not be centered

• iSpinsPerBet - How many spins should occur per bet

• iTotalLives - If bUseLifeSystem=true, how many times can the slot machine be used

• SlotSpinMaterials - The range of materials to make a random animation out of for the spinning slot animation

• PrizesToWin.bBadPrize - If true, the prize will be considered a loss no matter what

• PrizesToWin.bIgnoreMultiplier - If true, no multiplier will be applied to PrizesToWin.iDropCount if a fullscreen occurs

• PrizesToWin.bMaxWinPrize - If true, the prize will be considered a max win if a fullscreen of this prize icon occurs

• PrizesToWin.bSurpriseFullscreen - If true, the prize will only ever be seen as a fullscreen, meaning that if it was picked to be spun in but not all 3 icons were related to this prize, then it changes the icons to be something else

• PrizesToWin.bMustFullscreen - If true, the prize can only be considered a win if it fullscreens (meaning 2/3 doesn't count as a win)

• PrizesToWin.bDisableSlotMachine - If true, the prize will cause the slot machine to be disabled (but can be overwritten with a script by modifying the variable bDisabled back to false)

• PrizesToWin.BonusSettings.BonusType - If applicable, what type of bonus icon should this icon be? Typically this will be none and will only be assigned to a single prize type

• PrizesToWin.BonusSettings.fFreeSpinsDelay - If free spins are enabled, the time it should take in seconds when this prize is won, which stacks with the time it takes for the prize to be dropped if that's applicable

• PrizesToWin.BonusSettings.iFreeSpinCount - If free spins are enabled, the amount of free spins that should be won. This amount can be multiplied by the fullscreen multiplier if enabled

• PrizesToWin.BonusSettings.BonusRewardSound - The random sound to play when a bonus is won

• PrizesToWin.fThrowDeviationLengthMultiplier - The multiplier of how much the direction of the prize being thrown in can deviate to the left or the right. This value should typically stay under a value of 1.0

• PrizesToWin.fThrowHeightMultiplier - The multiplier for high the prize should be thrown

• PrizesToWin.fThrowLengthMultiplier - The multiplier for how far forward the prize should be thrown

• PrizesToWin.fThrowVelocityMultiplier - The overall multiplier for how much velocity the prize should be thrown with 

• PrizesToWin.iDropCount - How many prizes should be dropped per win

• PrizesToWin.iDropWeight - The weight of the prize. Lower weights typically mean lower odds, unless there is not much weight being added by all the other prizes. This is used for calculating the odds of how often this prize can appear

• PrizesToWin.iFullscreenMultiplier - If PrizesToWin.bIgnoreMultiplier=false, the multiplier to apply to PrizesToWin.iDropCount if a fullscreen of this prize is spun in

• PrizesToWin.nEventToFireTo - If provided, the event to fire to each time this prize is dropped, not how much it has been spun in. This means that if this prize drops 5 prizes, then this event will be fired to 5 times

• PrizesToWin.nStateToRun - If provided, the state to make the prize actor go to when spawned in

• PrizesToWin.PrizeClass - The class(es) to pick from when determining which actor class to spawn in. Each time the prize is dropped by the witch, this list is checked and one of the classes is picked to be spawned in

• PrizesToWin.FullscreenPrizeClass - The class(es) to pick from when determining which actor class to spawn in, only if a fullscreen hits and only if any classes are provided. If the fullscreen reward should be the same class as PrizesToWin.PrizeClass, then don't provide any fullscreen prize classes. Each time the prize is dropped by the witch, this list is checked and one of the classes is picked to be spawned in

• PrizesToWin.vOffset - The locational offset to apply to the spawnpoint for the prize

• PrizesToWin.rOffset - The rotational offset to apply to the prize

• PrizesToWin.SetProps.Variable - What variable to Set to the prize

• PrizesToWin.SetProps.Value - What value to Set to the prize

• PrizesToWin.SlotMaterial - The material of the slot that corresponds to this prize

• PrizesToWin.SpawnSound - The random sound to play from the prize when 

• PrizesOnLoss - The same variables as PrizesToWin, but certain variables will have no effect, such as SlotMaterial

• WitchSettings.bTurnToPlayer - If true, the witch will turn to face the player. This also affects the direction the prizes are thrown in, since that is relative to the rotational direction

• WitchSettings.fAppearDistance - The distance the player must be within range of the witch in order for the witch to pop out of the slot machine cauldron

• WitchSettings.nAppearAnim - The animation the witch should play when appearing

• WitchSettings.nDisappearAnim - The animation the witch should play when disappearing

• WitchSettings.nIdleAnim - The animation the witch should play while doing nothing and being visible

• WitchSettings.nPayoutAnim - The animation the witch should play when dropping a prize

• WitchSettings.nSpinIdleAnim - The animation the witch should play when the slot machine is spinning

• WitchSettings.vOffset - The locational offset to apply

• WitchSettings.rOffset - The rotational offset to apply

• WitchSettings.SetProps.Variable - What variable to Set to the witch

• WitchSettings.SetProps.Value - What value to Set to the witch

• WitchSettings.WitchAppearSound - The random sound the witch should play when appearing

• WitchSettings.WitchDisappearSound - The random sound the witch should play when disappearing

• WitchSettings.WitchMeshes - What random mesh should be used for the witch

• WitchSettings.WitchSkins - What random skin should be applied to the witch

• WinSound - The random sound to play when a spin wins

• FullscreenSound - The random sound to play when a spin hits a fullscreen of icons

• MaxWinSound - The random sound to play when a spin hits a max win

• ProcessBetFailSound - The random sound to play when processing a bet fails (the player lacks the amount of coins to place a bet)

• ProcessBetSuccessSound - The random sound to play when processing a bet succeeds

• SpinLoop1Sound - The sound to loop while the slot machine is on its first slot

• SpinLoop2Sound - The sound to loop while the slot machine is on its second slot

• SpinLoop3Sound - The sound to loop while the slot machine is on its last slot

• SpinStartSound - The random sound to play when the slot machine starts to spin

• SpinStopSound - The random sound to play when any of the slots stop spinning

A StaticMeshActor that has full access to all in-game variables. You'll likely only use this for shimmy pipes or for when you need a StaticMeshActor to use a box collision (although if you're going to do this, consider the much better and easier alternative of a BlockingVolume).

A plane that is capable of dynamically rendering text from within the game onto itself. This plane does not support transparency and is strictly 1-sided. Supports a layering system for both the text being dynamically rendered on the face of the plane, and the textures making up the material behind the text. Firing an event to this text plane will cause the text to toggle its visibility, or it can cause the text to change.

Important notice: this is known to cause a render device crash if you go fullscreen mode twice while in a level with this in it. There is nothing I can do about this.

Variables

• TextLayers.sText - The text to be displayed

• TextLayers.FontType - The font the text should render with

• TextLayers.cTextColor - The color of the text

• TextLayers.iPositionOffset - The positional offset of the text. This is relative to the center of the plane

• TextLayers.bDropShadow - If true, drops a shadow beneath the text

• TextLayers.fDropShadowDistance - Determines how far the drop shadow should be

• TextureLayers.Texture - The texture to render behind the text. If no texture is provided, it will simply render black

• TextureLayers.cTextureColor - The color to render the texture through. A white color with an opacity of 255 will make the texture render as normal

• bInitiallyDrawText - If true, the text will initially be drawn onto the plane

• bTriggerOnceOnly - If true, the text plane can only be triggered once

• bShowTextLayersInOrderByTrigger - If true, only the first text layer is rendered, and each triggering of the text plane will cycle through the text layers

• bCycleThroughTextLayers - If true, the text layers will automatically cycle in order at the rate of fCycleRate

• fCycleRate - If bCycleThroughTextLayers=true, how long it should take in seconds until the text layer is cycled

• bPickRandomTextLayer - If true, picks a random text layer to render

A dynamic light that can be toggled on and off through the use of events. Essential for lighting effects, such as lightning, or glowing effects that need to be toggled. This actor is ported directly from Shrek 2's Gameplay.u (KnowWonder's code), with no changes made to the original at the moment.

Variables

• ChangeTime - How long it takes in seconds for a light to transition from off to on or on to off

• bInitiallyOn - If true, the light will initially be on

• bDelayFullOn - If true, the light will wait ChangeTime seconds, then fully turn on (?)

• RemainOnTime - If the state of the light is set to TriggerPound, how long should the light stay on once activated, before turning off (?)

An actor that simply contains the current version of MPak in its variable Version. This can be useful for debugging.

If this WorldInfo is applied, you can use up to 100 GameStates, instead of only 6 specific ones. To load this in-game, you must edit your Default.ini configuration file in the game's System directory, then add this line at the bottom of [Engine.Engine]: WorldInfo=MPak.MWorldInfo.

The numbers you can use for GameStates are as follows: Starting from 000, and then adding 10 to that value, until 990 is reached.

By default, without using this WorldInfo, these will be the only valid GameStates you can use:

• GSTATE000

• GSTATE010

• GSTATE020

• GSTATE030

• GSTATE040

• GSTATE900