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|
// objexport
// Exports objects from RCT2 to OpenRCT2 json files
namespace OpenRCT2.Legacy.ObjectExporter
module Seq =
let filterOut needle =
Seq.filter (fun x -> x <> needle)
let singleOrMany items =
let len = Seq.length items
if len = 0 then
null
elif len = 1 then
(Seq.head items) :> obj
else
(items |> Seq.toList) :> obj
type FootpathSplitChild = FootpathSurface | FootpathQueue | FootpathRailings
module PropertyExtractor =
open System
open System.IO
open JsonTypes
open RCT2ObjectData.Drawing
open RCT2ObjectData.Objects
open RCT2ObjectData.Objects.Types
open RCT2ObjectData.Objects.Types.AttractionInfo
let getCursor = function
| 1 -> "CURSOR_BLANK"
| 2 -> "CURSOR_UP_ARROW"
| 3 -> "CURSOR_UP_DOWN_ARROW"
| 4 -> "CURSOR_HAND_POINT"
| 5 -> "CURSOR_ZZZ"
| 6 -> "CURSOR_DIAGONAL_ARROWS"
| 7 -> "CURSOR_PICKER"
| 8 -> "CURSOR_TREE_DOWN"
| 9 -> "CURSOR_FOUNTAIN_DOWN"
| 10 -> "CURSOR_STATUE_DOWN"
| 11 -> "CURSOR_BENCH_DOWN"
| 12 -> "CURSOR_CROSS_HAIR"
| 13 -> "CURSOR_BIN_DOWN"
| 14 -> "CURSOR_LAMPPOST_DOWN"
| 15 -> "CURSOR_FENCE_DOWN"
| 16 -> "CURSOR_FLOWER_DOWN"
| 17 -> "CURSOR_PATH_DOWN"
| 18 -> "CURSOR_DIG_DOWN"
| 19 -> "CURSOR_WATER_DOWN"
| 20 -> "CURSOR_HOUSE_DOWN"
| 21 -> "CURSOR_VOLCANO_DOWN"
| 22 -> "CURSOR_WALK_DOWN"
| 23 -> "CURSOR_PAINT_DOWN"
| 24 -> "CURSOR_ENTRANCE_DOWN"
| 25 -> "CURSOR_HAND_OPEN"
| 26 -> "CURSOR_HAND_CLOSED"
| _ -> "CURSOR_ARROW"
let getColour (c: RemapColors) =
match int c with
| 0 -> "black"
| 1 -> "grey"
| 2 -> "white"
| 3 -> "dark_purple"
| 4 -> "light_purple"
| 5 -> "bright_purple"
| 6 -> "dark_blue"
| 7 -> "light_blue"
| 8 -> "icy_blue"
| 9 -> "teal"
| 10 -> "aquamarine"
| 11 -> "saturated_green"
| 12 -> "dark_green"
| 13 -> "moss_green"
| 14 -> "bright_green"
| 15 -> "olive_green"
| 16 -> "dark_olive_green"
| 17 -> "bright_yellow"
| 18 -> "yellow"
| 19 -> "dark_yellow"
| 20 -> "light_orange"
| 21 -> "dark_orange"
| 22 -> "light_brown"
| 23 -> "saturated_brown"
| 24 -> "dark_brown"
| 25 -> "salmon_pink"
| 26 -> "bordeaux_red"
| 27 -> "saturated_red"
| 28 -> "bright_red"
| 29 -> "dark_pink"
| 30 -> "bright_pink"
| 31 -> "light_pink"
| _ -> "unknown"
let getBits32 (x: int) =
seq { 0..31 }
|> Seq.filter(fun i -> (x &&& (1 <<< i)) <> 0)
let getBits64 (x: int64) =
seq { 0..63 }
|> Seq.filter(fun i -> (x &&& (1L <<< i)) <> 0L)
let getSceneryGroupHeader (obj: ObjectData) =
match obj.GroupInfo with
| hdr when not (isNull hdr) && not (String.IsNullOrEmpty hdr.FileName) -> hdr.FileName
| _ -> null
///////////////////////////////////////////////////////////////////////////
// Ride
///////////////////////////////////////////////////////////////////////////
let isTrackTypeShop = function
| TrackTypes.DrinksStall
| TrackTypes.FoodStall
| TrackTypes.Restroom
| TrackTypes.SouvenirStall -> true
| _ -> false
let getCar (ride: Attraction) (car: CarHeader) (loadingPositionsRaw: byte[] option) =
// CarHeader is just too wrong with variable alignment and too many unknowns
// Read it ourselves from a buffer
use ms = new MemoryStream()
let bw = new BinaryWriter(ms)
car.Write(bw)
ms.Position <- 0L
let br = new BinaryReader(ms)
let rotationFrameMask = br.ReadUInt16()
ignore (br.ReadByte())
ignore (br.ReadByte())
let spacing = br.ReadUInt32()
let mass = br.ReadUInt16()
let tabOffset = br.ReadSByte()
let (numSeats, seatsInPairs) =
let b = int (br.ReadByte())
(b &&& 0x7F, (b &&& 0x80) <> 0)
let spriteFlags = br.ReadUInt16()
let spriteWidth = br.ReadByte()
let spriteHeightNegative = br.ReadByte()
let spriteHeightPositive = br.ReadByte()
let animation = br.ReadByte()
let flags = br.ReadUInt32()
let baseNumFrames = br.ReadUInt16()
ignore (br.ReadBytes(15 * 4))
let numSeatRows = br.ReadByte()
let spinningInertia = br.ReadByte()
let spinningFriction = br.ReadByte()
let frictionSoundId = br.ReadByte()
let logFlumeReverserVehicleType = br.ReadByte()
let soundRange = br.ReadByte()
let doubleSoundFrequency = br.ReadByte()
let poweredAcceleration = br.ReadByte()
let poweredMaxSpeed = br.ReadByte()
let carVisual = br.ReadByte()
let effectVisual = br.ReadByte()
let drawOrder = br.ReadByte()
let numVerticalFramesOverride = br.ReadByte()
let frames =
let hasSpriteFlag i = (int spriteFlags &&& (1 <<< i)) <> 0
{ flat = hasSpriteFlag 0
gentleSlopes = hasSpriteFlag 1
steepSlopes = hasSpriteFlag 2
verticalSlopes = hasSpriteFlag 3
diagonalSlopes = hasSpriteFlag 4
flatBanked = hasSpriteFlag 5
inlineTwists = hasSpriteFlag 6
flatToGentleSlopeBankedTransitions = hasSpriteFlag 7
diagonalGentleSlopeBankedTransitions = hasSpriteFlag 8
gentleSlopeBankedTransitions = hasSpriteFlag 9
gentleSlopeBankedTurns = hasSpriteFlag 10
flatToGentleSlopeWhileBankedTransitions = hasSpriteFlag 11
corkscrews = hasSpriteFlag 12
restraintAnimation = hasSpriteFlag 13
curvedLiftHill = hasSpriteFlag 14
VEHICLE_SPRITE_FLAG_15 = hasSpriteFlag 15 }
let hasFlag i = (int flags &&& (1 <<< i)) <> 0
let loadingPositions =
match loadingPositionsRaw with
| Some loadingPositions when not (Array.isEmpty loadingPositions) && not (hasFlag 26) -> Some loadingPositions
| _ -> None
let loadingWaypoints =
match loadingPositionsRaw with
| Some loadingWaypoints when not (Array.isEmpty loadingWaypoints) && hasFlag 26 -> Some loadingWaypoints
| _ -> None
{ rotationFrameMask = int rotationFrameMask
spacing = int spacing
mass = int mass
tabOffset = int tabOffset
numSeats = numSeats
seatsInPairs =
if seatsInPairs then
None
elif numSeats <= 1 then
None
else
Some false
spriteWidth = int spriteWidth
spriteHeightNegative = int spriteHeightNegative
spriteHeightPositive = int spriteHeightPositive
animation = int animation
baseNumFrames = int baseNumFrames
numSeatRows = int numSeatRows
spinningInertia = int spinningInertia
spinningFriction = int spinningFriction
frictionSoundId =
match int frictionSoundId with
| 255 -> None
| i -> Some i
logFlumeReverserVehicleType = int logFlumeReverserVehicleType
soundRange =
match int soundRange with
| 255 -> None
| i -> Some i
doubleSoundFrequency = int doubleSoundFrequency
poweredAcceleration = int poweredAcceleration
poweredMaxSpeed = int poweredMaxSpeed
carVisual = int carVisual
effectVisual =
match int effectVisual with
| 1 -> None
| i -> Some i
drawOrder = int drawOrder
numVerticalFramesOverride = int numVerticalFramesOverride
frames = frames
isPoweredRideWithUnrestrictedGravity = hasFlag 0
hasNoUpstopWheels = hasFlag 1
hasNoUpstopWheelsBobsleigh = hasFlag 2
isMiniGolf = hasFlag 3
isReverserBogie = hasFlag 4
isReverserPassengerCar = hasFlag 5
hasInvertedSpriteSet = hasFlag 6
hasDodgemInUseLights = hasFlag 7
hasAdditionalColour2 = hasFlag 9
recalculateSpriteBounds = hasFlag 10
VEHICLE_ENTRY_FLAG_11 = hasFlag 11
overrideNumberOfVerticalFrames = hasFlag 12
spriteBoundsIncludeInvertedSet = hasFlag 13
hasAdditionalSpinningFrames = hasFlag 14
isLift = hasFlag 15
hasAdditionalColour1 = hasFlag 16
hasSwinging = hasFlag 17
hasSpinning = hasFlag 18
isPowered = hasFlag 19
hasScreamingRiders = hasFlag 20
useSuspendedSwing = hasFlag 21
useBoatHireCollisionDetection = hasFlag 22
hasVehicleAnimation = hasFlag 23
hasRiderAnimation = hasFlag 24
useWoodenWildMouseSwing = hasFlag 25
useSlideSwing = hasFlag 27
isChairlift = hasFlag 28
isWaterRide = hasFlag 29
isGoKart = hasFlag 30
useDodgemCarPlacement = hasFlag 31
numSegments =
match loadingWaypoints with
| Some loadingWaypoints ->
if Array.contains TrackTypes.Enterprise ride.Header.TrackTypeList then
Some 8
else
if int (Array.head loadingWaypoints) = 0 then
Some 0
else
Some 4
| None -> None
loadingPositions =
match loadingPositions with
| Some loadingPositions ->
loadingPositions
|> Array.map (sbyte >> int)
| None -> null
loadingWaypoints =
match loadingWaypoints with
| Some loadingWaypoints ->
loadingWaypoints
|> Array.skip 1
|> Array.map (sbyte >> int)
|> Array.chunkBySize 8
|> Array.map (Array.chunkBySize 2 >> Array.take 3)
| None -> null }
let getRide (ride: Attraction) =
let getRideType = function
| TrackTypes.AirPoweredVerticalCoaster -> "air_powered_vertical_rc"
| TrackTypes.BoatHire -> "boat_hire"
| TrackTypes.BobsledCoaster -> "bobsleigh_rc"
| TrackTypes.Dodgems -> "dodgems"
| TrackTypes.CarRide -> "car_ride"
| TrackTypes.CashMachine -> "cash_machine"
| TrackTypes.ChairLift -> "chairlift"
| TrackTypes.Cinema3D -> "3d_cinema"
| TrackTypes.Circus -> "circus"
| TrackTypes.CorkscrewRollerCoaster -> "corkscrew_rc"
| TrackTypes.CrookedHouse -> "crooked_house"
| TrackTypes.DrinksStall -> "drink_stall"
| TrackTypes.Elevator -> "lift"
| TrackTypes.Enterprise -> "enterprise"
| TrackTypes.FerrisWheel -> "ferris_wheel"
| TrackTypes.FirstAid -> "first_aid"
| TrackTypes.FlyingRollerCoaster -> "flying_rc"
| TrackTypes.FlyingSaucers -> "flying_saucers"
| TrackTypes.FoodStall -> "food_stall"
| TrackTypes.GigaCoaster -> "giga_rc"
| TrackTypes.GoKarts -> "go_karts"
| TrackTypes.HauntedHouse -> "haunted_house"
| TrackTypes.HauntedRide -> "ghost_train"
| TrackTypes.HeartlineTwisterCoaster -> "heartline_twister_rc"
| TrackTypes.HedgeMaze -> "maze"
| TrackTypes.InfoKiosk -> "information_kiosk"
| TrackTypes.InvertedHairpinCoaster -> "inverted_hairpin_rc"
| TrackTypes.InvertedImpulseCoaster -> "inverted_impulse_rc"
| TrackTypes.InvertedRollerCoaster -> "inverted_rc"
| TrackTypes.InvertedShuttleCoaster -> "compact_inverted_rc"
| TrackTypes.JuniorRollerCoaster -> "junior_rc"
| TrackTypes.LaunchedFreefall -> "launched_freefall"
| TrackTypes.LaydownRollerCoaster -> "lay_down_rc"
| TrackTypes.LIMLaunchedRollerCoaster -> "lim_launched_rc"
| TrackTypes.LogFlume -> "log_flume"
| TrackTypes.LoopingRollerCoaster -> "looping_rc"
| TrackTypes.MagicCarpet -> "magic_carpet"
| TrackTypes.MerryGoRound -> "merry_go_round"
| TrackTypes.MineRide -> "mine_ride"
| TrackTypes.MineTrainCoaster -> "mine_train_rc"
| TrackTypes.MiniGolf -> "mini_golf"
| TrackTypes.MiniHelicopters -> "mini_helicopters"
| TrackTypes.MiniRollerCoaster -> "mini_rc"
| TrackTypes.MiniSuspendedCoaster -> "mini_suspended_rc"
| TrackTypes.Monorail -> "monorail"
| TrackTypes.MonorailCycles -> "monorail_cycles"
| TrackTypes.MotionSimulator -> "motion_simulator"
| TrackTypes.MultiDimensionRollerCoaster -> "multi_dimension_rc"
| TrackTypes.ObservationTower -> "observation_tower"
| TrackTypes.Railroad -> "miniature_railway"
| TrackTypes.Restroom -> "toilets"
| TrackTypes.ReverseFreefallCoaster -> "reverse_freefall_rc"
| TrackTypes.ReverserRollerCoaster -> "reverser_rc"
| TrackTypes.RiverRafts -> "river_rafts"
| TrackTypes.RiverRapids -> "river_rapids"
| TrackTypes.RotoDrop -> "roto_drop"
| TrackTypes.SideFrictionRollerCoaster -> "side_friction_rc"
| TrackTypes.SingleRailCoaster -> "steeplechase"
| TrackTypes.SouvenirStall -> "shop"
| TrackTypes.SpaceRings -> "space_rings"
| TrackTypes.SpiralRollerCoaster -> "spiral_rc"
| TrackTypes.SpiralSlide -> "spiral_slide"
| TrackTypes.SplashBoats -> "splash_boats"
| TrackTypes.StandUpRollerCoaster -> "stand_up_rc"
| TrackTypes.SubmarineRide -> "submarine_ride"
| TrackTypes.SuspendedMonorail -> "suspended_monorail"
| TrackTypes.SuspendedSwingingCoaster -> "suspended_swinging_rc"
| TrackTypes.SwingingInvertedShip -> "swinging_inverter_ship"
| TrackTypes.SwingingShip -> "swinging_ship"
| TrackTypes.TopSpin -> "top_spin"
| TrackTypes.Twist -> "twist"
| TrackTypes.TwisterRollerCoaster -> "twister_rc"
| TrackTypes.VerticalDropRollerCoaster -> "vertical_drop_rc"
| TrackTypes.VirginiaReel -> "virginia_reel"
| TrackTypes.WaterCoaster -> "water_coaster"
| TrackTypes.DinghySlide -> "dinghy_slide"
| TrackTypes.WildMouse -> "steel_wild_mouse"
| TrackTypes.WoodenRollerCoaster -> "wooden_rc"
| TrackTypes.WoodenWildRide -> "wooden_wild_mouse"
| x -> x.ToString().ToLower()
let getShopItem = function
| ItemTypes.Burger -> "burger"
| ItemTypes.Fries -> "chips"
| ItemTypes.IceCream -> "ice_cream"
| ItemTypes.CottonCandy -> "candyfloss"
| ItemTypes.Pizza -> "pizza"
| ItemTypes.Popcorn -> "popcorn"
| ItemTypes.Hotdog -> "hot_dog"
| ItemTypes.Seafood -> "tentacle"
| ItemTypes.CandyApple -> "toffee_apple"
| ItemTypes.Donut -> "doughnut"
| ItemTypes.Chicken -> "chicken"
| ItemTypes.Pretzel -> "pretzel"
| ItemTypes.FunnelCake -> "funnel_cake"
| ItemTypes.BeefNoodles -> "beef_noodles"
| ItemTypes.FriedNoodles -> "fried_rice_noodles"
| ItemTypes.WontonSoup -> "wonton_soup"
| ItemTypes.MeatballSoup -> "meatball_soup"
| ItemTypes.SubSandwich -> "sub_sandwich"
| ItemTypes.Cookies -> "cookie"
| ItemTypes.RoastSausage -> "roast_sausage"
| ItemTypes.Cola -> "drink"
| ItemTypes.Coffee -> "coffee"
| ItemTypes.Lemonade -> "lemonade"
| ItemTypes.HotChocolate -> "chocolate"
| ItemTypes.IcedTea -> "iced_tea"
| ItemTypes.FruitJuice -> "fruit_juice"
| ItemTypes.SoybeanMilk -> "soybean_milk"
| ItemTypes.Sujongkwa -> "sujeonggwa"
| ItemTypes.Balloon -> "balloon"
| ItemTypes.PlushToy -> "toy"
| ItemTypes.Map -> "map"
| ItemTypes.OnRidePhoto -> "photo"
| ItemTypes.Umbrella -> "umbrella"
| ItemTypes.Voucher -> "voucher"
| ItemTypes.Hat -> "hat"
| ItemTypes.TShirt -> "tshirt"
| ItemTypes.Sunglasses -> "sunglasses"
| _ -> "unknown"
let rideTypes =
let numTypes =
let lastTypeIndex =
ride.Header.TrackTypeList
|> Seq.findIndexBack (fun x -> x <> TrackTypes.None)
match lastTypeIndex with
| -1 -> 0
| x -> x + 1
ride.Header.TrackTypeList
|> Seq.take numTypes
|> Seq.map getRideType
|> Seq.toList
let isShop = Seq.exists isTrackTypeShop ride.Header.TrackTypeList
let headCars =
[| ride.Header.FrontCarType
ride.Header.SecondCarType
ride.Header.ThirdCarType |]
|> Seq.filterOut CarTypes.None
|> Seq.map int
|> Seq.toList
let tailCars =
[| ride.Header.RearCarType |]
|> Seq.filterOut CarTypes.None
|> Seq.map int
|> Seq.toList
let cars =
if isShop then
[]
else
ride.Header.CarTypeList
|> Seq.mapi (fun i c -> getCar ride c (Seq.tryItem i ride.RiderPositions))
|> Seq.takeWhile (fun c -> c.effectVisual <> Some 0)
|> Seq.toList
let ratingMultiplier =
match (int ride.Header.Excitement, int ride.Header.Intensity, int ride.Header.Nausea) with
| (0, 0, 0) -> None
| (e, i, n) -> Some { excitement = e; intensity = i; nausea = n }
{ ``type`` = rideTypes
category =
[| ride.Header.RideCategory; ride.Header.RideCategoryAlternate |]
|> Seq.filterOut RideCategories.None
|> Seq.map (fun x -> x.ToString().ToLower())
|> Seq.toList
sells =
[| ride.Header.SoldItem1; ride.Header.SoldItem2 |]
|> Seq.filterOut ItemTypes.None
|> Seq.map getShopItem
|> Seq.toList
tabScale = if ride.Header.Flags.HasFlag(AttractionFlags.VehicleTabHalfScale) then 0.5f else 0.0f
operatingModes = []
hasShelter = ride.Header.Flags.HasFlag(AttractionFlags.Covered)
disableBreakdown = ride.Header.Flags.HasFlag(AttractionFlags.CannotBreakDown)
disablePainting = ride.Header.Flags.HasFlag(AttractionFlags.DisableColorTab)
noInversions = ride.Header.Flags.HasFlag(AttractionFlags.NoInversions)
noBanking = ride.Header.Flags.HasFlag(AttractionFlags.NoBankedTrack)
limitAirTimeBonus = ride.Header.Flags.HasFlag(AttractionFlags.LimitAirtimeRatingBonus)
playDepartSound = ride.Header.Flags.HasFlag(AttractionFlags.PlayTrainDepartSound)
playSplashSound = ride.Header.Flags.HasFlag(AttractionFlags.PlaySplashSound)
playSplashSoundSlide = ride.Header.Flags.HasFlag(AttractionFlags.PlaySplashSoundSlowInWater)
swingMode =
if ride.Header.Flags.HasFlag(AttractionFlags.AlternativeSwingMode1) then
if ride.Header.Flags.HasFlag(AttractionFlags.AlternativeSwingMode2) then 2
else 1
else 0
rotationMode =
if ride.Header.Flags.HasFlag(AttractionFlags.AlternativeRotationMode1) then 1
elif ride.Header.Flags.HasFlag(AttractionFlags.AlternativeRotationMode2) then 2
else 0
disallowWandering = ride.Header.Flags.HasFlag(AttractionFlags.UnknownBoatHireFlag)
noDoorsOverTrack = ride.Header.Flags.HasFlag(AttractionFlags.DisableDoors)
noCollisionCrashes = ride.Header.Flags.HasFlag(AttractionFlags.UnknownVehicleTrackMotionFlag)
minCarsPerTrain = int ride.Header.MinCarsPerTrain
maxCarsPerTrain = int ride.Header.MaxCarsPerTrain
carsPerFlatRide = int ride.Header.CarsPerFlatRide
numEmptyCars = int ride.Header.ZeroCars
tabCar = int ride.Header.CarTabIndex
defaultCar = int ride.Header.DefaultCarType
headCars = headCars
tailCars = tailCars
ratingMultipler = ratingMultiplier
maxHeight = int ride.Header.MaxHeight
carColours =
// ObjectData library doesn't keep whether colours are per car or not
// Assume if there are 32 then it is per car
if ride.CarColors.Count = 32 then
[| ride.CarColors
|> Seq.map (Array.map getColour)
|> Seq.toArray |]
else
ride.CarColors
|> Seq.map (Array.map getColour)
|> Seq.map (fun x -> [| x |])
|> Seq.toArray
cars = cars }
///////////////////////////////////////////////////////////////////////////
// Small scenery
///////////////////////////////////////////////////////////////////////////
let getSmallScenery (smallScenery: SmallScenery) =
let hasFlag flag = ((int smallScenery.Header.Flags) &&& (1 <<< flag)) <> 0
{ price = int smallScenery.Header.BuildCost
removalPrice = int smallScenery.Header.RemoveCost
cursor = getCursor (int smallScenery.Header.Cursor)
height = int smallScenery.Header.Height
animationDelay = int smallScenery.Header.Animation1
animationMask = int smallScenery.Header.Animation2
numFrames = int smallScenery.Header.Animation3
sceneryGroup = getSceneryGroupHeader smallScenery
frameOffsets =
match Seq.toArray smallScenery.AnimationSequence with
| [||] -> null
| offsets -> offsets |> Array.map int
shape =
let isFullTile = hasFlag 0
let isDiag = hasFlag 8
let is2q = hasFlag 24
let is3q = hasFlag 25
let part0 =
if isFullTile then
if is2q then "2/4"
elif is3q then "3/4"
else "4/4"
else
// TT:ARTDEC29 is only known occurrence of a 2/4 or 3/4 without isFullTile
if is2q then "2/4"
elif is3q then "3/4"
else "1/4"
if isDiag then part0 + "+D"
else part0
SMALL_SCENERY_FLAG_VOFFSET_CENTRE = hasFlag 1
requiresFlatSurface = hasFlag 2
isRotatable = hasFlag 3
isAnimated = hasFlag 4
canWither = hasFlag 5
canBeWatered = hasFlag 6
hasOverlayImage = hasFlag 7
hasGlass = hasFlag 9
hasPrimaryColour = hasFlag 10
SMALL_SCENERY_FLAG_FOUNTAIN_SPRAY_1 = hasFlag 11
SMALL_SCENERY_FLAG_FOUNTAIN_SPRAY_4 = hasFlag 12
isClock = hasFlag 13
SMALL_SCENERY_FLAG_SWAMP_GOO = hasFlag 14
SMALL_SCENERY_FLAG17 = hasFlag 16
isStackable = hasFlag 17
prohibitWalls = hasFlag 18
hasSecondaryColour = hasFlag 19
hasNoSupports = hasFlag 20
SMALL_SCENERY_FLAG_VISIBLE_WHEN_ZOOMED = hasFlag 21
SMALL_SCENERY_FLAG_COG = hasFlag 22
allowSupportsAbove = hasFlag 23
supportsHavePrimaryColour = hasFlag 26
SMALL_SCENERY_FLAG27 = hasFlag 27 }
///////////////////////////////////////////////////////////////////////////
// Large scenery
///////////////////////////////////////////////////////////////////////////
let getLargeScenery (largeScenery: LargeScenery) =
let getTile (tile: LargeSceneryTileHeader) =
let flags0 = int tile.Unknown1
let flags1 = int tile.Flags
{ x = int tile.Row
y = int tile.Column
z = int tile.BaseHeight
clearance = int tile.Clearance
hasSupports = (flags0 &&& (1 <<< 5)) = 0
allowSupportsAbove = (flags0 &&& (1 <<< 6)) <> 0
walls = (flags1 &&& 0x0F)
corners =
// 15 (all corners occupied) is the default, so don't emit that
match (flags1 >>> 4) with
| 15 -> None
| i -> Some i }
let get3dFont =
if largeScenery.Text3D.Count = 0 then
None
else
use ms = new System.IO.MemoryStream(Seq.toArray largeScenery.Text3D)
let br = new System.IO.BinaryReader(ms)
let readOffset() =
let x = int (br.ReadInt16())
let y = int (br.ReadInt16())
{ x = x; y = y }
let offset0 = readOffset()
let offset1 = readOffset()
let maxWidth = int (br.ReadInt16())
ignore (br.ReadInt16())
let flags = int (br.ReadByte())
let numImages = int (br.ReadByte())
let glyphs =
[| for i in 0..255 do
let image = int (br.ReadByte())
let width = int (br.ReadByte())
let height = int (br.ReadByte())
ignore (br.ReadByte())
yield { image = image; width = width; height = height } |]
Some { offsets = [| offset0; offset1 |]
maxWidth = maxWidth
numImages = numImages
isVertical = (flags &&& 1) <> 0
isTwoLine = (flags &&& 2) <> 0
glyphs = glyphs }
{ price = int largeScenery.Header.BuildCost
removalPrice = int largeScenery.Header.RemoveCost
cursor = getCursor (int largeScenery.Header.Cursor)
hasPrimaryColour = largeScenery.Header.Flags.HasFlag(LargeSceneryFlags.Remap1)
hasSecondaryColour = largeScenery.Header.Flags.HasFlag(LargeSceneryFlags.Remap2)
isAnimated = largeScenery.Header.Flags.HasFlag(LargeSceneryFlags.TextScrolling)
isPhotogenic = largeScenery.Header.Flags.HasFlag(LargeSceneryFlags.Photogenic)
scrollingMode =
match int largeScenery.Header.Scrolling with
| 255 -> None
| i -> Some i
sceneryGroup = getSceneryGroupHeader largeScenery
tiles =
largeScenery.Tiles
|> Seq.map getTile
|> Seq.toArray
``3dFont`` = get3dFont }
///////////////////////////////////////////////////////////////////////////
// Wall
///////////////////////////////////////////////////////////////////////////
let getWall (wall: Wall) =
{ isAnimated = ((int wall.Header.Effects) &&& (1 <<< 4)) <> 0
isLongDoorAnimation = ((int wall.Header.Flags) &&& 32) <> 0
isDoor = wall.Header.Flags.HasFlag(WallFlags.Door)
isBanner = wall.Header.Flags.HasFlag(WallFlags.TwoSides)
// Remap1 is always set if there is *any* remap colour. To suppress remap colour 1, the lowest bit of "Effects" can be set to 1.
hasPrimaryColour = (wall.Header.Flags.HasFlag(WallFlags.Remap1) && ((int wall.Header.Effects) &&& (1 <<< 0)) = 0)
hasSecondaryColour = wall.Header.Flags.HasFlag(WallFlags.Remap2)
hasTertiaryColour = wall.Header.Flags.HasFlag(WallFlags.Remap3)
hasGlass = wall.Header.Flags.HasFlag(WallFlags.Glass)
isOpaque = ((int wall.Header.Effects) &&& (1 <<< 3)) <> 0
isAllowedOnSlope = not (wall.Header.Flags.HasFlag(WallFlags.Flat))
doorSound = (int wall.Header.Effects >>> 1) &&& 3
height = int wall.Header.Clearance
price = int wall.Header.BuildCost
cursor =
match int wall.Header.Cursor with
| 15 -> null // cursor wall - most common cursor for walls
| c -> getCursor c
scrollingMode =
match int wall.Header.Scrolling with
| 255 -> None
| i -> Some i
sceneryGroup = getSceneryGroupHeader wall }
///////////////////////////////////////////////////////////////////////////
// Footpath
///////////////////////////////////////////////////////////////////////////
let getSupportType (flags: FootpathFlags) =
if flags.HasFlag(FootpathFlags.PoleSupports) then "pole" else "box"
let getFootpath (footpath: Footpath) =
{ hasSupportImages = footpath.Header.Flags.HasFlag(FootpathFlags.PoleBase)
hasElevatedPathImages = footpath.Header.Flags.HasFlag(FootpathFlags.OverlayPath)
editorOnly = footpath.Header.Flags.HasFlag(FootpathFlags.Hidden)
supportType = getSupportType footpath.Header.Flags
scrollingMode = int footpath.Header.Reserved1 }
let getFootpathSplit (splitChild: FootpathSplitChild) (footpath: Footpath) =
match splitChild with
| FootpathSurface ->
{ editorOnly = footpath.Header.Flags.HasFlag(FootpathFlags.Hidden)
isQueue = false
noSlopeRailings = false }
:> obj
| FootpathQueue ->
{ editorOnly = footpath.Header.Flags.HasFlag(FootpathFlags.Hidden)
isQueue = true
noSlopeRailings = false }
:> obj
| FootpathRailings ->
{ hasSupportImages = footpath.Header.Flags.HasFlag(FootpathFlags.PoleBase)
hasElevatedPathImages = footpath.Header.Flags.HasFlag(FootpathFlags.OverlayPath)
supportType = getSupportType footpath.Header.Flags
scrollingMode = int footpath.Header.Reserved1
colour = null }
:> obj
///////////////////////////////////////////////////////////////////////////
// Footpath item
///////////////////////////////////////////////////////////////////////////
let getFootpathItem (pa: PathAddition) =
let getRenderAs = function
| PathAdditionSubtypes.LitterBin -> "bin"
| PathAdditionSubtypes.Bench -> "bench"
| PathAdditionSubtypes.Lamp -> "lamp"
| PathAdditionSubtypes.JumpFountain -> "fountain"
| _ -> "other"
{ isBin = pa.Header.Flags.HasFlag(PathAdditionFlags.HoldTrash)
isBench = pa.Header.Flags.HasFlag(PathAdditionFlags.CanSit)
isLamp = pa.Header.Flags.HasFlag(PathAdditionFlags.Light)
isTelevision = pa.Header.Flags.HasFlag(PathAdditionFlags.QueueTV)
isBreakable = pa.Header.Flags.HasFlag(PathAdditionFlags.CanVandal)
isJumpingFountainWater = pa.Header.Flags.HasFlag(PathAdditionFlags.JumpFountain)
isJumpingFountainSnow = pa.Header.Flags.HasFlag(PathAdditionFlags.JumpSnowball)
isAllowedOnQueue = not (pa.Header.Flags.HasFlag(PathAdditionFlags.Unknown1))
isAllowedOnSlope = not (pa.Header.Flags.HasFlag(PathAdditionFlags.Unknown2))
renderAs = getRenderAs pa.Header.Subtype
cursor = getCursor (int pa.Header.Cursor)
price = int pa.Header.BuildCost
sceneryGroup = getSceneryGroupHeader pa }
///////////////////////////////////////////////////////////////////////////
// Footpath banner
///////////////////////////////////////////////////////////////////////////
let getFootpathBanner (pb: PathBanner) =
{ scrollingMode = int pb.Header.Scrolling
price = int pb.Header.BuildCost
hasPrimaryColour = pb.Header.Flags.HasFlag(PathBannerFlags.Remap1)
sceneryGroup = getSceneryGroupHeader pb }
///////////////////////////////////////////////////////////////////////////
// Scenery group
///////////////////////////////////////////////////////////////////////////
let getSceneryGroup (scg: SceneryGroup) =
let getEntertainer = function
| 4 -> "panda"
| 5 -> "tiger"
| 6 -> "elephant"
| 7 -> "roman"
| 8 -> "gorilla"
| 9 -> "snowman"
| 10 -> "knight"
| 11 -> "astronaut"
| 12 -> "bandit"
| 13 -> "sheriff"
| 14 -> "pirate"
| _ -> "unknown"
let getEntertainers bits =
getBits32 bits
|> Seq.map(getEntertainer)
|> Seq.toList
let getEntries =
scg.Items
|> Seq.map(fun x -> x.FileName)
|> Seq.toList
{ entries = getEntries
priority = int scg.Header.Unknown0x108
entertainerCostumes =
let bits = (int scg.Header.Unknown0x10A) ||| (int (scg.Header.Unknown0x10B) <<< 8)
getEntertainers bits }
///////////////////////////////////////////////////////////////////////////
// Park entrance
///////////////////////////////////////////////////////////////////////////
let getParkEntrance (pe: ParkEntrance) =
{ scrollingMode = int pe.Header.SignX
textHeight = int pe.Header.SignY }
///////////////////////////////////////////////////////////////////////////
// Water
///////////////////////////////////////////////////////////////////////////
let getWater (water: Water) =
let toHex (c: Drawing.Color) = String.Format("#{0:X2}{1:X2}{2:X2}", c.R, c.G, c.B)
let paletteNames =
[| "general"
"waves-0"; "waves-1"; "waves-2"
"sparkles-0"; "sparkles-1"; "sparkles-2" |]
let numPalettes = min (Array.length paletteNames) water.GraphicsData.NumPalettes
Array.Resize(ref paletteNames, numPalettes)
let palettes =
paletteNames
|> Array.mapi (fun i name -> (name, water.GraphicsData.GetPalette(i)))
|> Array.map (fun (name, palette) ->
let palette =
{ index = palette.Offset
colours =
palette.Colors
|> Array.map toHex }
(name, palette))
|> dict
let flags = int (BitConverter.ToInt16(water.Header.Reserved0, 14))
{ palettes = palettes
allowDucks = ((flags &&& 1) <> 0) }
///////////////////////////////////////////////////////////////////////////
// Catch all
///////////////////////////////////////////////////////////////////////////
let getProperties (obj: ObjectData) =
match obj.Type with
| ObjectTypes.Attraction -> getRide (obj :?> Attraction) :> obj
| ObjectTypes.SmallScenery -> getSmallScenery (obj :?> SmallScenery) :> obj
| ObjectTypes.LargeScenery -> getLargeScenery (obj :?> LargeScenery) :> obj
| ObjectTypes.Wall -> getWall (obj :?> Wall) :> obj
| ObjectTypes.Footpath -> getFootpath (obj :?> Footpath) :> obj
| ObjectTypes.PathAddition -> getFootpathItem (obj :?> PathAddition) :> obj
| ObjectTypes.PathBanner -> getFootpathBanner (obj :?> PathBanner) :> obj
| ObjectTypes.SceneryGroup -> getSceneryGroup (obj :?> SceneryGroup) :> obj
| ObjectTypes.ParkEntrance -> getParkEntrance (obj :?> ParkEntrance) :> obj
| ObjectTypes.Water -> getWater (obj :?> Water) :> obj
| _ -> new Object()
|
