SS.Architecture 1.8.0

export record AccessibleCirculationResult(public bool connected, public bool compliant, public string originRoomId, public string destinationRoomId, public m pathLength, public double maximumSlope, public m minimumClearWidth, public int traversedEdges, public string ruleIdentity, public string diagnostic)

export function accessibleCirculationRuleSet(string jurisdiction, string edition, string ruleIdentity, double maximumSlope, m minimumClearWidth)->AccessibleCirculationRuleSet

export record AccessibleCirculationRuleSet(public string jurisdiction, public string edition, public string ruleIdentity, public double maximumSlope, public m minimumClearWidth)

export function accessibleRoute(m[] segmentLengths, m[] rises, m[] clearWidths, double maximumAllowedSlope, m minimumAllowedWidth)->RouteResult

export function appendIfcEntity(IfcModel model, IfcEntity value)->IfcModel

export record BuildingRuleSet(public string jurisdiction, public string edition, public string ruleIdentity, public m maximumTravelDistance, public m minimumExitWidth, public int maximumOccupantsPerExit)

export record BuildingTopologyValidation(public bool valid, public int invalidRoomFaceCount, public int disconnectedComponentCount, public int unresolvedOpeningCount, public int incompatibleOpeningCount, public string diagnostic)

export function checkEgress(BuildingRuleSet rules, int occupants, int suppliedExits, m narrowestExitWidth, m travelDistance)->EgressResult

export function classifyIfcEntity(IfcEntity entity, IfcClassification classification)->IfcEntity

export function componentSchedule(Slab[] slabs, Roof[] roofs, Stair[] stairs, Ramp[] ramps, EnvelopeAssembly[] envelopes)->ComponentSchedule

export record ComponentSchedule(public int slabCount, public int roofCount, public int stairCount, public int rampCount, public double slabVolumeCubicMetres, public double envelopeAreaSquareMetres)

export function connected(SpatialGraph graph, string firstRoomId, string secondRoomId)->bool

export function connectedComponentCount(SpatialGraph graph)->int

export function daylightFactor(double windowAreaSquareMetres, double roomAreaSquareMetres, double visibleTransmittance, double skyAngleFactor)->DaylightResult

export record DaylightResult(public double daylightFactorPercent, public double glazedRatio, public bool withinModelDomain)

export function designAlternative(string id, double floorAreaSquareMetres, double daylightFactorPercent, double annualEnergyProxy, double costProxy)->DesignAlternative

export record DesignAlternative(public string id, public double floorAreaSquareMetres, public double daylightFactorPercent, public double annualEnergyProxy, public double costProxy)

export function designRequirement(string id, double minimumFloorAreaSquareMetres, double minimumDaylightFactorPercent, double maximumAnnualEnergyProxy, double maximumCostProxy)->DesignRequirement

export record DesignRequirement(public string id, public double minimumFloorAreaSquareMetres, public double minimumDaylightFactorPercent, public double maximumAnnualEnergyProxy, public double maximumCostProxy)

export record DesignSelection(public string alternativeId, public bool feasible, public double normalizedObjective, public string requirementId, public string diagnostic)

export record EgressResult(public int requiredExits, public int suppliedExits, public m travelDistance, public bool compliant, public string ruleIdentity, public string diagnostic)

export function engineeringCoupling(string alternativeId, double structuralLoadKiloNewtons, EnvelopeAssembly[] envelopes, double conditionedVolumeCubicMetres)->EngineeringCoupling

export record EngineeringCoupling(public string alternativeId, public double structuralLoadKiloNewtons, public double envelopeHeatLossWattsPerKelvin, public double conditionedVolumeCubicMetres)

export function envelopeArea(Wall[] walls)->double

export function envelopeAssembly(string id, double areaSquareMetres, double thermalTransmittance, string construction)->EnvelopeAssembly

export record EnvelopeAssembly(public string id, public double areaSquareMetres, public double thermalTransmittance, public string construction)

export function grossFloorArea(Room[] rooms)->double

export function ifcClassification(string system, string edition, string code, string name, string uri)->IfcClassification

export record IfcClassification(public string system, public string edition, public string code, public string name, public string uri)

export function ifcEntity(string globalId, string entityType, string name, string containerGlobalId, IfcProperty[] properties)->IfcEntity

export record IfcEntity(public string globalId, public string entityType, public string name, public string containerGlobalId, public IfcProperty[] properties)

export function ifcEntityByGlobalId(IfcModel model, string globalId)->IfcEntity

export function ifcModel(string schema, string projectGlobalId, IfcEntity[] entities)->IfcModel

export record IfcModel(public string schema, public string projectGlobalId, public IfcEntity[] entities)

export record IfcModelView(public string name, public string[] entityTypes, public IfcEntity[] entities)

export function ifcProperty(string name, string value, string unitSymbol)->IfcProperty

export record IfcProperty(public string name, public string value, public string unitSymbol)

export function ifcRoundTripDiff(IfcModel canonical, IfcModel roundTripped)->IfcRoundTripDifference

export record IfcRoundTripDifference(public bool equivalent, public string[] missingGlobalIds, public string[] addedGlobalIds, public string[] changedGlobalIds, public int canonicalEntityCount, public int roundTrippedEntityCount)

export function ifcSpace(Room value, string globalId, string storeyGlobalId)->IfcEntity

export function ifcStep(IfcModel model)->string

export record IfcValidation(public bool valid, public int entityCount, public int propertyCount, public string diagnostic)

export function ifcView(IfcModel model, string name, string[] entityTypes)->IfcModelView

export function ifcWall(Wall value, string globalId, string storeyGlobalId)->IfcEntity

export function level(int index, string id, string name, m elevation, m floorToFloorHeight)->Level

export record Level(public int index, public string id, public string name, public m elevation, public m floorToFloorHeight)

export record LevelSummary(public int level, public m elevation, public int roomCount, public double floorAreaSquareMetres)

export function massing(Polygon2 footprint, m height, int levels)->Massing

export record Massing(public Polygon2 footprint, public m height, public int levels)

export function massingVolume(Massing value)->double

export function minimumBoundaryDistance(Polygon2 boundary, Point2 point)->m

export function opening(string id, string wallId, m width, m height, m sillHeight, string kind)->Opening

export record Opening(public string id, public string wallId, public m width, public m height, public m sillHeight, public string kind)

export function openingArea(Opening[] openings)->double

export function optimizeOrientation(double[] candidates, double[] annualSolarProxy, double targetProxy)->OrientationAlternative

export record OrientationAlternative(public double orientationRadians, public double annualProxyScore, public bool feasible)

export function parseIfcStep(string text)->IfcModel

export function parseIfcStepStandard(string text)->IfcModel

export function quantities(Room[] rooms, Wall[] walls, Opening[] openings, Massing value)->QuantitySchedule

export record QuantitySchedule(public double floorAreaSquareMetres, public double envelopeAreaSquareMetres, public double volumeCubicMetres, public int roomCount, public int wallCount, public int openingCount)

export function ramp(string id, string lowerLevelId, string upperLevelId, m width, m run, m rise)->Ramp

export record Ramp(public string id, public string lowerLevelId, public string upperLevelId, public m width, public m run, public m rise)

export function recalculateSpaceQuantities(Room[] rooms, Wall[] walls, Opening[] openings, Massing value)->SpaceQuantityRevision

export function removeIfcEntity(IfcModel model, string globalId)->IfcModel

export function replaceIfcEntity(IfcModel model, IfcEntity replacement)->IfcModel

export function roof(string id, double areaSquareMetres, double slopeRadians, string assembly)->Roof

export record Roof(public string id, public double areaSquareMetres, public double slopeRadians, public string assembly)

export function room(string id, string name, Polygon2 footprint, int level, string occupancy)->Room

export record Room(public string id, public string name, public Polygon2 footprint, public int level, public string occupancy)

export function roomAdjacencies(Level[] levels, Room[] rooms, m tolerance)->RoomAdjacency[]

export record RoomAdjacency(public string firstRoomId, public string secondRoomId, public int level, public m sharedBoundaryLength)

export record RouteResult(public m length, public double maximumSlope, public m minimumClearWidth, public bool accessible, public string diagnostic)

export function ruleSet(string jurisdiction, string edition, string ruleIdentity, m maximumTravelDistance, m minimumExitWidth, int maximumOccupantsPerExit)->BuildingRuleSet

export function satisfiesSetback(Site value, Polygon2 footprint, m required)->bool

export function selectDesign(DesignRequirement requirement, DesignAlternative[] alternatives)->DesignSelection

export function shadowLength(m obstructionHeight, SolarPosition sun)->m

export function site(Polygon2 boundary, double northRadians, string jurisdiction, string coordinateReference)->Site

export record Site(public Polygon2 boundary, public double northRadians, public string jurisdiction, public string coordinateReference)

export function slab(string id, int level, double areaSquareMetres, m thickness, string assembly)->Slab

export record Slab(public string id, public int level, public double areaSquareMetres, public m thickness, public string assembly)

export function solarPosition(double latitudeRadians, int dayOfYear, double solarHour)->SolarPosition

export record SolarPosition(public double altitudeRadians, public double azimuthRadians, public bool aboveHorizon)

export record SpaceQuantityRevision(public QuantitySchedule totals, public string[] roomIds, public double[] roomFloorAreasSquareMetres, public string areaUnit, public string lengthUnit, public string volumeUnit)

export function spatialGraph(Level[] levels, Room[] rooms, VerticalConnection[] connections, m tolerance)->SpatialGraph

export record SpatialGraph(public string[] roomIds, public int[] firstRoomIndices, public int[] secondRoomIndices, public string[] relationshipKinds, public m[] relationshipLengths)

export function stair(string id, string lowerLevelId, string upperLevelId, m width, m rise, int riserCount)->Stair

export record Stair(public string id, public string lowerLevelId, public string upperLevelId, public m width, public m rise, public int riserCount)

export function summarizeLevels(Level[] levels, Room[] rooms)->LevelSummary[]

export function validateAccessibleCirculation(SpatialGraph graph, bool[] accessibleEdges, double[] slopes, m[] clearWidths, AccessibleCirculationRuleSet rules, string originRoomId, string destinationRoomId)->AccessibleCirculationResult

export function validateBuildingTopology(Level[] levels, Room[] rooms, Wall[] walls, Opening[] openings, VerticalConnection[] connections, m tolerance)->BuildingTopologyValidation

export function validateIfc(IfcModel model)->IfcValidation

export function verticalConnection(string id, string lowerRoomId, string upperRoomId, string kind, bool accessible, m rise)->VerticalConnection

export record VerticalConnection(public string id, public string lowerRoomId, public string upperRoomId, public string kind, public bool accessible, public m rise)

export function wall(string id, Point2 start, Point2 end, m height, m thickness, string assembly)->Wall

export record Wall(public string id, public Point2 start, public Point2 end, public m height, public m thickness, public string assembly)