import { DataDescriptor, ValueType, Visibility, Writability } from './data_descriptor.js'; const PositionSimData = { latitudeDeg: { type: ValueType.Number, writableByPlatform: { xplane12: Writability.System, msfs2020: Writability.System, msfs2024: Writability.System, }, precision: 6, range: [-90, 90], }, longitudeDeg: { type: ValueType.Number, writableByPlatform: { xplane12: Writability.System, msfs2020: Writability.System, msfs2024: Writability.System, }, precision: 6, range: [-180, 180], }, aglAltitudeFt: { type: ValueType.Number, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, mslAltitudeFt: { type: ValueType.Number, writableByPlatform: { xplane12: Writability.System, msfs2020: Writability.System, msfs2024: Writability.System, }, }, indicatedAirspeedKts: { type: ValueType.Number, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, gpsGroundSpeedKts: { type: ValueType.Number, }, verticalSpeedUpFpm: { type: ValueType.Number, }, } as const; const AttitudeSimData = { rollAngleDegRight: { type: ValueType.Number, writableByPlatform: { xplane12: Writability.System, msfs2020: Writability.System, msfs2024: Writability.System, }, range: [-180, 180], }, pitchAngleDegUp: { type: ValueType.Number, writableByPlatform: { xplane12: Writability.System, msfs2020: Writability.System, msfs2024: Writability.System, }, range: [-90, 90], }, magneticHeadingDeg: { type: ValueType.Number, // not writable: use trueHeadingDeg instead (magnetic is derived from true + variation) range: [0, 360], }, trueHeadingDeg: { type: ValueType.Number, visibility: Visibility.Tool, writableByPlatform: { xplane12: Writability.System, msfs2020: Writability.System, msfs2024: Writability.System, }, range: [0, 360], }, trueGroundTrackDeg: { type: ValueType.Number, range: [0, 360], }, } as const; const LightSwitchesSimData = { landingLightsSwitchOn: { type: ValueType.Boolean, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, taxiLightsSwitchOn: { type: ValueType.Boolean, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, navigationLightsSwitchOn: { type: ValueType.Boolean, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, strobeLightsSwitchOn: { type: ValueType.Boolean, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, } as const; const IndicatorsSimData = { engineRpm: { type: ValueType.NumberMap, visibility: Visibility.Never, }, rotorRpm: { type: ValueType.NumberMap, visibility: Visibility.Never, }, propellerRpm: { type: ValueType.NumberMap, visibility: Visibility.Never, }, engineN1Percent: { type: ValueType.NumberMap, visibility: Visibility.Never, }, manifoldPressureInchesMercury: { type: ValueType.NumberMap, visibility: Visibility.Never, }, engineTorqueFtLb: { type: ValueType.NumberMap, visibility: Visibility.Never, }, turbineGasTemperatureDegC: { type: ValueType.NumberMap, visibility: Visibility.Never, }, engineIttDegC: { type: ValueType.NumberMap, visibility: Visibility.Never, }, exhaustGasDegC: { type: ValueType.NumberMap, visibility: Visibility.Never, }, lowRotorRPMWarningOn: { type: ValueType.Boolean, visibility: Visibility.Never, description: 'true if rotor RPM too low, false otherwise', }, totalEnergyVariometerUpFpm: { type: ValueType.Number, visibility: Visibility.Never, description: 'estimate rate energy change in feet per minute', }, stallWarningOn: { type: ValueType.Boolean, visibility: Visibility.Always, description: 'true if stall warning is active', }, altimeterSettingInchesMercury: { type: ValueType.Number, visibility: Visibility.Tool, description: 'pilot side', precision: 2, range: [24, 35], writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, altimeterReadingFt: { type: ValueType.Number, visibility: Visibility.Always, description: 'pilot side', precision: 0, }, slipSkidBallRightDeflectionPercent: { type: ValueType.Number, visibility: Visibility.Always, description: '-100 is ball full left - step on ball to center it', range: [-200, 200], // ±200% to account for over-deflection }, yawStringRightSideslipDeg: { type: ValueType.Number, visibility: Visibility.Never, description: 'negative for left', range: [-180, 180], }, } as const; const LeversSimData = { flapsHandlePercentDown: { type: ValueType.Number, description: '100 full down deployed', range: [-100, 100], writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, speedBrakesHandlePercentDeployed: { type: ValueType.Number, visibility: Visibility.Never, range: [-100, 100], writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, landingGearHandlePercentDown: { type: ValueType.Number, range: [0, 100], writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, throttlePercentOpen: { type: ValueType.NumberMap, // there are some planes with "overthrottle" capability range: [-200, 200], }, collectivePercentUp: { type: ValueType.NumberMap, visibility: Visibility.Never, range: [0, 100], }, conditionLeverPercentHigh: { type: ValueType.NumberMap, visibility: Visibility.Never, description: '0 low idle/feather/cutoff, 100 high idle/full', range: [0, 100], }, mixtureLeverPercentRich: { type: ValueType.NumberMap, visibility: Visibility.Never, range: [0, 100], }, carburetorHeatLeverPercentHot: { type: ValueType.NumberMap, visibility: Visibility.Never, range: [0, 100], writableByPlatform: { xplane12: Writability.AfterRead }, }, propellerLeverPercentCoarse: { visibility: Visibility.Never, type: ValueType.NumberMap, range: [0, 100], }, propBetaEnabled: { type: ValueType.Boolean, visibility: Visibility.ToolAndAlwaysWhenTrue, writableByPlatform: { xplane12: Writability.AfterRead }, }, } as const; /** All `mapKeys` for supported radios. */ export const AllComMapKeys = ['com1', 'com2', 'nav1', 'nav2'] as const; /** All `mapKeys` for navigation sources (CDI deflection, OBS course). Pilot side unless otherwise specified. */ export const NavSourceMapKeys = [ 'nav1', 'nav2', 'gps1', 'gps2', 'nav1Copilot', 'nav2Copilot', 'gps1Copilot', 'gps2Copilot', ] as const; /** Type for supported navigation source keys. * @see NavSourceMapKeys */ export type NavSourceMapKey = (typeof NavSourceMapKeys)[number]; const RadiosNavSimData = { frequencyKhz: { // READ-ONLY: Cannot be set directly via setpoints. // To change active frequency, set `standbyFrequencyKhz` alongside `comShouldSwapFrequencies`. type: ValueType.NumberMap, range: [108000, 136975], mapKeys: AllComMapKeys, }, standbyFrequencyKhz: { type: ValueType.NumberMap, description: '108000-136975 kHz', writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, range: [108000, 136975], mapKeys: AllComMapKeys, }, comShouldSwapFrequencies: { type: ValueType.BooleanMap, visibility: Visibility.Never, description: 'simultaneous with standbyFrequencyKhz to change active', writableByPlatform: { xplane12: Writability.Always, msfs2020: Writability.Always, msfs2024: Writability.Always, }, mapKeys: AllComMapKeys, }, transponderCode: { type: ValueType.Number, visibility: Visibility.Tool, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, horizontalDeflectionDots: { type: ValueType.NumberMap, visibility: Visibility.Tool, precision: 1, description: '±2.5 dots - negative when course is to left; CDI localizer lateral deflection', mapKeys: NavSourceMapKeys, }, verticalDeflectionDots: { type: ValueType.NumberMap, visibility: Visibility.Tool, precision: 1, description: '±2.5 dots - negative when glide path is below; CDI glideslope vertical deflection', mapKeys: NavSourceMapKeys, }, obsCourseDeg: { type: ValueType.NumberMap, visibility: Visibility.Tool, description: 'selected course / desired track (magnetic)', range: [0, 360], writableByPlatform: { xplane12: Writability.AfterRead }, mapKeys: NavSourceMapKeys, }, } as const; /** Contains all supported modes that the autopilot can use to control the aircraft's altitude. */ export const AutopilotAltitudeModes = [ 'disabled', 'pitch', 'verticalSpeed', 'levelChange', 'altitudeHold', 'terrain', 'glideSlope', 'VNAV', 'TOGA', 'flightPathAngle', 'VNAVSpeed', ] as const; const AutoPilotSimData = { isAutopilotEngaged: { type: ValueType.Boolean, visibility: Visibility.Always, description: "don't forget isHeadingSelectEnabled and targetVerticalSpeedUpFpm", writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, isFlightDirectorEngaged: { type: ValueType.Boolean, visibility: Visibility.ToolAndAlwaysWhenTrue, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, isHeadingSelectEnabled: { type: ValueType.Boolean, visibility: Visibility.ToolAndAlwaysWhenTrue, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, altitudeMode: { type: ValueType.String, visibility: Visibility.Tool, description: 'allows setting altitudeHold and verticalSpeed modes only - also engages autopilot', enumValues: AutopilotAltitudeModes, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, targetVerticalSpeedUpFpm: { type: ValueType.Number, visibility: Visibility.Tool, description: "also enables verticalSpeed mode - don't forget altitudeBugFt", writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, shouldLevelWings: { type: ValueType.Boolean, visibility: Visibility.Never, description: 'also engages autopilot', writableByPlatform: { xplane12: Writability.Always, msfs2020: Writability.Always, msfs2024: Writability.Always, }, }, magneticHeadingBugDeg: { type: ValueType.Number, visibility: Visibility.Tool, range: [0, 360], writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, altitudeBugFt: { type: ValueType.Number, visibility: Visibility.Tool, range: [0, 70000], description: 'level-off altitude when in verticalSpeed mode', writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, barometricAltimeterMinimumFt: { type: ValueType.Number, visibility: Visibility.Tool, description: 'DA/DH bug - 0 to clear', writableByPlatform: { xplane12: Writability.AfterRead }, }, } as const; const SystemsSimData = { batteryOn: { type: ValueType.BooleanMap, visibility: Visibility.Tool, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, pitotHeatSwitchOn: { type: ValueType.Boolean, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, parkingBrakeOn: { type: ValueType.Boolean, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, governorSwitchOn: { type: ValueType.BooleanMap, visibility: Visibility.Never, writableByPlatform: { xplane12: Writability.AfterRead }, }, totalEnergyAudioSwitchOn: { type: ValueType.Boolean, visibility: Visibility.Never, writableByPlatform: { xplane12: Writability.AfterRead }, }, propHeatSwitchOn: { type: ValueType.Boolean, visibility: Visibility.Never, writableByPlatform: { xplane12: Writability.AfterRead }, }, } as const; /** Keys supported for failures - engines start with 0 for farthest left */ export const AllFailureMapKeys = [ 'LeftEngineSeize', 'RightEngineSeize', 'EngineSeize', 'AliaPusherSeize', 'PitotBlockage', 'StaticBlockage', 'Gps1Failure', 'Bus1Failure', 'Battery1Failure', 'Generator1Failure', 'Navigation1Failure', 'Navigation2Failure', ] as const; /** Type for supported failure keys. * @see AllFailureMapKeys */ export type FailureMapKey = (typeof AllFailureMapKeys)[number]; const FailuresSimData = { scheduledAtAltitudeFtAgl: { type: ValueType.NumberMap, visibility: Visibility.Always, description: 'fails at next cross then clears - setting 0 clears', writableByPlatform: { xplane12: Writability.Always, msfs2020: Writability.Always, msfs2024: Writability.Always, }, mapKeys: AllFailureMapKeys, }, scheduledAtAirspeedKias: { type: ValueType.NumberMap, visibility: Visibility.Always, description: 'fails at next cross then clears - setting 0 clears', writableByPlatform: { xplane12: Writability.Always, msfs2020: Writability.Always, msfs2024: Writability.Always, }, mapKeys: AllFailureMapKeys, }, isFailed: { type: ValueType.BooleanMap, visibility: Visibility.Always, writableByPlatform: { xplane12: Writability.Always, msfs2020: Writability.Always, msfs2024: Writability.Always, }, mapKeys: AllFailureMapKeys, }, }; /** All cloud layer keys that shirley can see & use. */ export const AllCloudLayerKeys = ['1', '2', '3'] as const; /** All wind layer keys that shirley can see & use. */ export const AllWindLayerKeys = ['1', '2', '3'] as const; /** All supported cloud types. */ export const AllCloudTypes = ['cirrus', 'stratus', 'cumulus', 'cumulonimbus'] as const; /** All supported runway conditions. */ export const RunwayConditions = [ 'dry', 'lightlyWet', 'wet', 'veryWet', 'lightlyPuddly', 'puddly', 'veryPuddly', 'lightlySnowy', 'snowy', 'verySnowy', 'lightlyIcy', 'icy', 'veryIcy', 'lightlySnowyAndIcy', 'snowyAndIcy', 'verySnowyAndIcy', ] as const; /** All supported weather evolutions. */ export const WeatherEvolutions = [ 'improvingRapidly', 'improving', 'improvingSlowly', 'static', 'deterioratingSlowly', 'deteriorating', 'deterioratingRapidly', 'realWorldWeather', ] as const; const EnvironmentSimData = { aircraftWindHeadingDeg: { type: ValueType.Number, visibility: Visibility.State, // for charting description: 'wind heading at aircraft', range: [0, 360], writableByPlatform: { xplane12: Writability.Never }, }, aircraftWindSpeedKts: { type: ValueType.Number, visibility: Visibility.State, // for charting description: 'wind speed at aircraft', writableByPlatform: { xplane12: Writability.Never }, }, zuluTimeHours: { type: ValueType.Number, description: 'hours UTC', precision: 2, range: [0, 24], writableByPlatform: { xplane12: Writability.Always }, }, dayOfYear: { type: ValueType.Number, description: '0-364', range: [0, 365], visibility: Visibility.Tool, writableByPlatform: { xplane12: Writability.AfterRead }, }, cloudLayerEnabled: { type: ValueType.BooleanMap, visibility: Visibility.Tool, mapKeys: AllCloudLayerKeys, writableByPlatform: { xplane12: Writability.AfterRead }, }, cloudLayerBasesAltitudeFtMsl: { type: ValueType.NumberMap, visibility: Visibility.Tool, description: "don't forget tops", mapKeys: AllCloudLayerKeys, range: [0, 70000], writableByPlatform: { xplane12: Writability.AfterRead }, }, cloudLayerTopsAltitudeFtMsl: { type: ValueType.NumberMap, visibility: Visibility.Tool, description: "don't forget bases", range: [0, 70000], mapKeys: AllCloudLayerKeys, writableByPlatform: { xplane12: Writability.AfterRead }, }, cloudLayerCoveragePercent: { type: ValueType.NumberMap, visibility: Visibility.Tool, description: '100 for overcast', range: [0, 100], mapKeys: AllCloudLayerKeys, writableByPlatform: { xplane12: Writability.AfterRead }, }, cloudLayerType: { type: ValueType.StringMap, visibility: Visibility.Tool, enumValues: AllCloudTypes, mapKeys: AllCloudLayerKeys, writableByPlatform: { xplane12: Writability.AfterRead }, }, windLayerEnabled: { type: ValueType.BooleanMap, visibility: Visibility.Tool, mapKeys: AllWindLayerKeys, writableByPlatform: { xplane12: Writability.AfterRead }, }, windLayerAltitudeFt: { type: ValueType.NumberMap, visibility: Visibility.Tool, description: 'enable wind layer first', range: [0, 70000], mapKeys: AllWindLayerKeys, writableByPlatform: { xplane12: Writability.AfterRead }, }, windLayerDirectionDeg: { type: ValueType.NumberMap, visibility: Visibility.Tool, description: 'enable wind layer first', range: [0, 360], mapKeys: AllWindLayerKeys, writableByPlatform: { xplane12: Writability.AfterRead }, }, windLayerSpeedKts: { type: ValueType.NumberMap, visibility: Visibility.Tool, description: 'enable wind layer first', mapKeys: AllWindLayerKeys, writableByPlatform: { xplane12: Writability.AfterRead }, }, windLayerTurbulencePercent: { type: ValueType.NumberMap, visibility: Visibility.Tool, description: 'calm to extreme, enable wind layer first', range: [0, 100], mapKeys: AllWindLayerKeys, writableByPlatform: { xplane12: Writability.AfterRead }, }, windLayerGustIncreaseKts: { type: ValueType.NumberMap, visibility: Visibility.Tool, description: 'enable wind layer first', mapKeys: AllWindLayerKeys, writableByPlatform: { xplane12: Writability.AfterRead }, }, visibilityMiles: { type: ValueType.Number, visibility: Visibility.Tool, description: 'in region; statute miles', writableByPlatform: { xplane12: Writability.AfterRead }, }, seaLevelPressureInchesMercury: { type: ValueType.Number, visibility: Visibility.Tool, description: 'in region; often used with indicators.altimeterSettingInchesMercury', precision: 2, range: [24, 35], writableByPlatform: { xplane12: Writability.AfterRead }, }, runwayFriction: { type: ValueType.String, visibility: Visibility.Tool, enumValues: RunwayConditions, writableByPlatform: { xplane12: Writability.AfterRead }, }, rainPercent: { type: ValueType.Number, visibility: Visibility.Tool, description: 'rain requires clouds', range: [0, 100], writableByPlatform: { xplane12: Writability.AfterRead }, }, groundTemperatureDegC: { type: ValueType.Number, visibility: Visibility.Always, description: 'in region', precision: 1, writableByPlatform: { xplane12: Writability.AfterRead }, }, thermalClimbRateUpFpm: { type: ValueType.Number, visibility: Visibility.Tool, precision: 1, description: 'ft/min where thermals present', writableByPlatform: { xplane12: Writability.AfterRead }, }, weatherEvolution: { type: ValueType.String, visibility: Visibility.Tool, description: 'static best for custom weather', enumValues: WeatherEvolutions, writableByPlatform: { xplane12: Writability.AfterRead }, }, shouldUseCurrentWeather: { type: ValueType.Boolean, visibility: Visibility.Tool, description: 'true to use current date, time and weather conditions', writableByPlatform: { xplane12: Writability.AfterRead }, }, shouldRegenerateWeather: { type: ValueType.Boolean, visibility: Visibility.Never, description: 'applies weather changes immediately', writableByPlatform: { xplane12: Writability.Always }, }, deviceTimeMs: { type: ValueType.Number, description: 'Device eg. iPad timestamp - milliseconds since epoch', }, } as const; const SimulationSimData = { aircraftName: { type: ValueType.String, visibility: Visibility.Tool, description: 'sim name of the aircraft being flown', }, isPaused: { type: ValueType.Boolean, visibility: Visibility.ToolAndAlwaysWhenTrue, writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, simSpeedRatio: { type: ValueType.Number, visibility: Visibility.Tool, description: 'setting toggles between 1x 2x etc - subject to performance limits; pause then unpause easiest for 1x', writableByPlatform: { xplane12: Writability.AfterRead, msfs2020: Writability.AfterRead, msfs2024: Writability.AfterRead, }, }, isCrashed: { type: ValueType.Boolean, visibility: Visibility.ToolAndAlwaysWhenTrue, description: 'can be used to uncrash', writableByPlatform: { xplane12: Writability.AfterRead }, }, shouldResetFlight: { type: ValueType.Boolean, visibility: Visibility.Never, writableByPlatform: { xplane12: Writability.System }, }, } as const; const FreezesSimData = { positionFreezeEnabled: { type: ValueType.Boolean, visibility: Visibility.ToolAndAlwaysWhenTrue, writableByPlatform: { xplane12: Writability.Always, msfs2020: Writability.Always, msfs2024: Writability.Always, }, }, } as const; /** * Custom data slots for aircraft-specific datarefs and command refs. * * By default these are hidden from Shirley (`Visibility.System`, `Writability.System`). * Aircraft profiles can "activate" them by overriding visibility/writability. * * @example Dataref-based control with scaling (readable/writable value): * xplane: { * custom: { * customControl1: { * dataref: 'custom/aircraft/special_lever', * ratio: 100, // dataref is 0-1, scale to 0-100% * descriptor: { * visibility: Visibility.Always, * writableByPlatform: { xplane12: Writability.AfterRead }, * description: 'Special lever 0-100%', * range: [0, 100], * }, * }, * }, * } * * @example Dataref + Command (read state, toggle via command): * xplane: { * custom: { * customSwitch1: { * dataref: 'custom/aircraft/aux_light_on', * command: { ref: 'custom/aircraft/toggle_aux_light' }, * descriptor: { * visibility: Visibility.Always, * writableByPlatform: { xplane12: Writability.AfterRead }, * description: 'Auxiliary light is on', * }, * }, * }, * } * * @see Visibility in data_descriptor.ts for visibility options * @see Writability in data_descriptor.ts for writability options * @see XplaneDescriptorSchema in xplane_platform_descriptor.ts for full descriptor options */ const CustomSimData = { customButton1: { type: ValueType.Boolean, visibility: Visibility.System, description: 'aircraft-specific momentary button', writableByPlatform: { xplane12: Writability.System }, }, customSwitch1: { type: ValueType.Boolean, visibility: Visibility.System, description: 'aircraft-specific latching switch', writableByPlatform: { xplane12: Writability.System }, }, customIndicator1: { type: ValueType.Number, visibility: Visibility.System, description: 'aircraft-specific gauge/display', }, customControl1: { type: ValueType.Number, visibility: Visibility.System, description: 'aircraft-specific control input', writableByPlatform: { xplane12: Writability.System }, }, } as const; /** All Shirley data descriptors. * Typed as map from category to an arbitrary DataDescriptor. */ export const SimDataDescriptors = { position: PositionSimData as Record, attitude: AttitudeSimData as Record, radiosNavigation: RadiosNavSimData as Record, lights: LightSwitchesSimData as Record, indicators: IndicatorsSimData as Record, levers: LeversSimData as Record, autopilot: AutoPilotSimData as Record, systems: SystemsSimData as Record, failures: FailuresSimData as Record, environment: EnvironmentSimData as Record, simulation: SimulationSimData as Record, freezes: FreezesSimData as Record, custom: CustomSimData as Record, } as const;

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