/** * Automatically generated type guard functions for enums and interfaces */ export function isAddResultStatus(_arg: unknown): _arg is AddResultStatus { return _arg === "success" || _arg === "unsupportedFormat" || _arg === "versionMismatch" || _arg === "inconsistentGraph" || _arg === "undefinedError" || _arg === "unsupportedVersion"; } export function isBendDieChoiceType(_arg: unknown): _arg is BendDieChoiceType { return _arg === "database" || _arg === "neutralAxis"; } export function isBendLineEngravingMode(_arg: unknown): _arg is BendLineEngravingMode { return _arg === "none" || _arg === "upwardOnly" || _arg === "downwardOnly" || _arg === "all"; } export function isCadFeatureType(_arg: unknown): _arg is CadFeatureType { return _arg === "countersinking" || _arg === "throughHole"; } export function isCamCommandType(_arg: unknown): _arg is CamCommandType { return _arg === "setColor"; } export function isColor(_arg: unknown): _arg is Color { return _arg === "black" || _arg === "white" || _arg === "green" || _arg === "yellow" || _arg === "cyan" || _arg === "blue" || _arg === "magenta" || _arg === "none" || _arg === "red" || _arg === "lightgrey" || _arg === "lime" || _arg === "turquoise" || _arg === "violet" || _arg === "saddlebrown" || _arg === "darkorange" || _arg === "sienna" || _arg === "closedContour" || _arg === "closedInnerContour" || _arg === "closedOuterContour" || _arg === "openContour" || _arg === "engraving" || _arg === "bendLine" || _arg === "bendLineUp" || _arg === "bendLineDown" || _arg === "darkGreen"; } export function isDatabasePermission(_arg: unknown): _arg is DatabasePermission { return _arg === "read" || _arg === "write"; } export function isDatabaseType(_arg: unknown): _arg is DatabaseType { return _arg === "mssql"; } export function isDocXImageType(_arg: unknown): _arg is DocXImageType { return _arg === "png"; } export function isDocXTableCellType(_arg: unknown): _arg is DocXTableCellType { return _arg === "text" || _arg === "image" || _arg === "tables"; } export function isDocumentAlignment(_arg: unknown): _arg is DocumentAlignment { return _arg === "left" || _arg === "center" || _arg === "right"; } export function isDocumentImageType(_arg: unknown): _arg is DocumentImageType { return _arg === "png" || _arg === "svg"; } export function isDocumentItemType(_arg: unknown): _arg is DocumentItemType { return _arg === "paragraph" || _arg === "heading" || _arg === "table" || _arg === "image" || _arg === "barcode" || _arg === "separator" || _arg === "pageBreak"; } export function isDocumentOrientation(_arg: unknown): _arg is DocumentOrientation { return _arg === "portrait" || _arg === "landscape"; } export function isFeature(_arg: unknown): _arg is Feature { return _arg === "bendMeasurementScene" || _arg === "bomExport" || _arg === "graphRepExport" || _arg === "unlimitedNumExports" || _arg === "httpServiceUnfold" || _arg === "httpServiceNestor" || _arg === "httpServiceAssemblyTree" || _arg === "httpServiceClassifier" || _arg === "lstExport" || _arg === "erpInterfaceItBlech" || _arg === "tubeDetection" || _arg === "quotationExport" || _arg === "developmentAccount"; } export function isFileDialogType(_arg: unknown): _arg is FileDialogType { return _arg === "openFile" || _arg === "openFiles" || _arg === "saveFile" || _arg === "directory"; } export function isFileSystemPathType(_arg: unknown): _arg is FileSystemPathType { return _arg === "directory" || _arg === "openFile" || _arg === "saveFile"; } export function isFileType(_arg: unknown): _arg is FileType { return _arg === "svg" || _arg === "dxf" || _arg === "step" || _arg === "png" || _arg === "geo"; } export function isFormWidgetType(_arg: unknown): _arg is FormWidgetType { return _arg === "checkBox" || _arg === "spinBox" || _arg === "dropDown" || _arg === "lineEdit" || _arg === "textEdit" || _arg === "label"; } export function isGeometryEntityType(_arg: unknown): _arg is GeometryEntityType { return _arg === "edge" || _arg === "face"; } export function isGeometrySelectorConfigFlag(_arg: unknown): _arg is GeometrySelectorConfigFlag { return _arg === "edge" || _arg === "face"; } export function isGraphCreatorInputType(_arg: unknown): _arg is GraphCreatorInputType { return _arg === "step" || _arg === "twoDimRep" || _arg === "extrusion"; } export function isGraphNodeProcessingState(_arg: unknown): _arg is GraphNodeProcessingState { return _arg === "CreateWorkStep" || _arg === "UpdateWorkStep" || _arg === "CreateSources" || _arg === "FillFromSources" || _arg === "AfterFillFromSources" || _arg === "Finished"; } export function isInputType(_arg: unknown): _arg is InputType { return _arg === "undefined" || _arg === "documentGraph" || _arg === "assembly" || _arg === "layered" || _arg === "twoDimRep"; } export function isLocaleType(_arg: unknown): _arg is LocaleType { return _arg === "language" || _arg === "csv"; } export function isLstEvaporateMode(_arg: unknown): _arg is LstEvaporateMode { return _arg === "none" || _arg === "early" || _arg === "beforeEachPart"; } export function isMessageBoxType(_arg: unknown): _arg is MessageBoxType { return _arg === "info" || _arg === "warning" || _arg === "error" || _arg === "question"; } export function isNodeConstraint(_arg: unknown): _arg is NodeConstraint { return _arg === "bendDeductionThicknessInBounds" || _arg === "bendDiesAssigned" || _arg === "bendFlangeLengthInBounds" || _arg === "bendLineLengthInBounds" || _arg === "contourBendZoneUnaffected" || _arg === "sheetCuttingContourSizeInBounds" || _arg === "editingStateOk" || _arg === "dimensionsInBounds" || _arg === "materialsCompatible" || _arg === "sheetCuttingThicknessInBounds" || _arg === "tubeCuttingProfileSupported" || _arg === "semimanufacturedAvailable" || _arg === "sheetCuttingProcessCompatible" || _arg === "tubeCuttingProcessCompatible" || _arg === "tubeDetectionLicensed" || _arg === "unfoldingSimple"; } export function isNodeDatumType(_arg: unknown): _arg is NodeDatumType { return _arg === "processId" || _arg === "sheetMaterialId" || _arg === "tubeMaterialId" || _arg === "tubeSpecificationId" || _arg === "sheetTappingData" || _arg === "dieChoiceMap"; } export function isNodeEditingStateEntryType(_arg: unknown): _arg is NodeEditingStateEntryType { return _arg === "missingDatum" || _arg === "invalidDatum"; } export function isNodeUserDataKey(_arg: unknown): _arg is NodeUserDataKey { return _arg === "attachments" || _arg === "bendLineEngravingMode" || _arg === "comment" || _arg === "deburrDoubleSided" || _arg === "fixedRotations" || _arg === "numCountersinks" || _arg === "numThreads" || _arg === "purchasePartMaterialId" || _arg === "sheetFilterSheetIds" || _arg === "sheetMaterialId" || _arg === "sheetTappingData" || _arg === "testReportRequired" || _arg === "tubeMaterialId" || _arg === "tubeSpecificationId" || _arg === "userDefinedMaterialCostsPerPiece" || _arg === "userDefinedScalePrices" || _arg === "userDefinedSetupTime" || _arg === "userDefinedUnitTimePerPiece"; } export function isPrivateGuiDataType(_arg: unknown): _arg is PrivateGuiDataType { return _arg === "graphRep"; } export function isPrivateMainWindowMenuType(_arg: unknown): _arg is PrivateMainWindowMenuType { return _arg === "fileRun" || _arg === "fileExport"; } export function isProcessType(_arg: unknown): _arg is ProcessType { return _arg === "undefined" || _arg === "manufacturing" || _arg === "semiManufactured" || _arg === "sheetCutting" || _arg === "laserSheetCutting" || _arg === "joining" || _arg === "externalPart" || _arg === "sheet" || _arg === "userDefinedBaseType" || _arg === "assembling" || _arg === "forceFitting" || _arg === "joiningByWelding" || _arg === "joiningByBrazing" || _arg === "bonding" || _arg === "autogenousWelding" || _arg === "arcWelding" || _arg === "gasShieldedWelding" || _arg === "migWelding" || _arg === "magWelding" || _arg === "tigWelding" || _arg === "plasmaWelding" || _arg === "laserWelding" || _arg === "weldingWithPressure" || _arg === "resistanceWelding" || _arg === "studWelding" || _arg === "forming" || _arg === "bendForming" || _arg === "bendingWithoutTool" || _arg === "dieBending" || _arg === "sheetMetalFolding" || _arg === "cutting" || _arg === "removalOperation" || _arg === "plasmaSheetCutting" || _arg === "waterJetSheetCutting" || _arg === "machining" || _arg === "milling" || _arg === "turning" || _arg === "drilling" || _arg === "threading" || _arg === "mechanicalDeburring" || _arg === "cleaning" || _arg === "coating" || _arg === "sprayPainting" || _arg === "powderCoating" || _arg === "sheetBending" || _arg === "transport" || _arg === "packaging" || _arg === "automaticMechanicalDeburring" || _arg === "manualMechanicalDeburring" || _arg === "userDefinedMachining" || _arg === "userDefinedThreading" || _arg === "userDefinedCountersinking" || _arg === "slideGrinding" || _arg === "sheetTapping" || _arg === "userDefinedTube" || _arg === "tube" || _arg === "tubeCutting"; } export function isReplyStateIndicatorJoining(_arg: unknown): _arg is ReplyStateIndicatorJoining { return _arg === "undefinedError"; } export function isReplyStateIndicatorPackaging(_arg: unknown): _arg is ReplyStateIndicatorPackaging { return _arg === "undefinedError" || _arg === "insufficientPackageVolume" || _arg === "overweightParts"; } export function isReplyStateIndicatorSheet(_arg: unknown): _arg is ReplyStateIndicatorSheet { return _arg === "undefinedError" || _arg === "nestingFailed"; } export function isReplyStateIndicatorSheetBending(_arg: unknown): _arg is ReplyStateIndicatorSheetBending { return _arg === "undefinedError" || _arg === "multipleOuterContours" || _arg === "contourInBend" || _arg === "invalidBend" || _arg === "undetectedFeatures" || _arg === "unfoldingFailed" || _arg === "bendDeductionApplicationFailed"; } export function isReplyStateIndicatorSheetCutting(_arg: unknown): _arg is ReplyStateIndicatorSheetCutting { return _arg === "undefinedError" || _arg === "undetectedFeatures" || _arg === "multipleOuterContours" || _arg === "unused0"; } export function isReplyStateIndicatorTransform(_arg: unknown): _arg is ReplyStateIndicatorTransform { return _arg === "undefinedError"; } export function isReplyStateIndicatorTube(_arg: unknown): _arg is ReplyStateIndicatorTube { return _arg === "undefinedError"; } export function isReplyStateIndicatorTubeCutting(_arg: unknown): _arg is ReplyStateIndicatorTubeCutting { return _arg === "undefinedError" || _arg === "undetectedFeatures"; } export function isReplyStateIndicatorUndefined(_arg: unknown): _arg is ReplyStateIndicatorUndefined { return _arg === "undefinedError"; } export function isReplyStateIndicatoruserDefined(_arg: unknown): _arg is ReplyStateIndicatoruserDefined { return _arg === "undefinedError"; } export function isReplyStateIndicatoruserDefinedBase(_arg: unknown): _arg is ReplyStateIndicatoruserDefinedBase { return _arg === "undefinedError"; } export function isSceneElement(_arg: unknown): _arg is SceneElement { return _arg === "cuttingContours" || _arg === "engravings" || _arg === "sheetBendingBendLineLabels" || _arg === "sheetBendingBendZones" || _arg === "sheetBendingDieAffectedSegments" || _arg === "sheetBendingLowerDieAffectZones" || _arg === "sheetBendingOverlappingAreas" || _arg === "tubeCuttingTubeContours" || _arg === "tubeCuttingVirtualCuts"; } export function isSegmentType(_arg: unknown): _arg is SegmentType { return _arg === "line" || _arg === "arc"; } export function isSettingsTableKey(_arg: unknown): _arg is SettingsTableKey { return _arg === "bendFlangeSafetyDistance" || _arg === "dieBendingSetupTimeDistributionEnabled" || _arg === "tubeClampingLength"; } export function isSheetCorner(_arg: unknown): _arg is SheetCorner { return _arg === "lowerLeft" || _arg === "upperLeft" || _arg === "lowerRight" || _arg === "upperRight"; } export function isSheetUpperSideStrategy(_arg: unknown): _arg is SheetUpperSideStrategy { return _arg === "preferUpwardBends" || _arg === "preferDownwardBends" || _arg === "preferConvexity" || _arg === "preferConcavity"; } export function isStrokeStyle(_arg: unknown): _arg is StrokeStyle { return _arg === "continuous" || _arg === "dashed"; } export function isTableErrorType(_arg: unknown): _arg is TableErrorType { return _arg === "referringEntryMissing" || _arg === "referredEntryMissing" || _arg === "valueInvalid" || _arg === "uniqueMemberCollision"; } export function isTableMergeMode(_arg: unknown): _arg is TableMergeMode { return _arg === "update" || _arg === "upsert"; } export function isTableType(_arg: unknown): _arg is TableType { return _arg === "sheetMaterial" || _arg === "sheetMaterialDensity" || _arg === "sheetCuttingMaterialMapping" || _arg === "sheetBendingMaterialMapping" || _arg === "bendTime" || _arg === "bendTimeParameters" || _arg === "bendRateParameters" || _arg === "bendLineConstraint" || _arg === "laserSheetCuttingGas" || _arg === "laserSheetCuttingSpeed" || _arg === "laserSheetCuttingPierceTime" || _arg === "laserSheetCuttingRate" || _arg === "laserSheetCuttingMinArea" || _arg === "laserSheetCuttingMaxThickness" || _arg === "packaging" || _arg === "transportationCosts" || _arg === "surcharge" || _arg === "process" || _arg === "processRate" || _arg === "processSetupTimeFallback" || _arg === "processUnitTimeFallback" || _arg === "sheet" || _arg === "sheetModulus" || _arg === "sheetPrice" || _arg === "upperDieGroup" || _arg === "lowerDieGroup" || _arg === "bendDeduction" || _arg === "setting" || _arg === "automaticMechanicalDeburringMaterial" || _arg === "automaticMechanicalDeburringParameters" || _arg === "dimensionConstraints" || _arg === "screwThread" || _arg === "tappingTimeParameters" || _arg === "tubeMaterial" || _arg === "tubeMaterialDensity" || _arg === "tubeProfile" || _arg === "tubeSpecification" || _arg === "tube" || _arg === "upperDie" || _arg === "lowerDie" || _arg === "upperDieUnit" || _arg === "lowerDieUnit" || _arg === "processHandlingTime" || _arg === "sheetStock" || _arg === "processIdlePeriod" || _arg === "sheetMaterialScrapValue" || _arg === "sheetPriority" || _arg === "dieGroupPriority" || _arg === "sheetCuttingMaterial" || _arg === "sheetBendingMaterial" || _arg === "tubeCuttingProcess" || _arg === "tubeCuttingProcessMapping" || _arg === "tubeCuttingSpeed" || _arg === "tubeCuttingPierceTime" || _arg === "tubePrice" || _arg === "tubeStock" || _arg === "tubeMaterialScrapValue" || _arg === "sheetCuttingProcess" || _arg === "sheetCuttingProcessMapping" || _arg === "sheetCuttingMotionParameters" || _arg === "sheetCuttingProcessToLaserCuttingGas" || _arg === "purchasePartMaterial" || _arg === "processConstraintsSheetMaterial" || _arg === "processConstraintsTubeMaterial" || _arg === "processConstraintsPurchasePartMaterial" || _arg === "consumable" || _arg === "processConsumableRate" || _arg === "sheetCuttingProcessConsumableRate" || _arg === "tubeCuttingProcessConsumableRate" || _arg === "sheetCuttingThicknessConstraints"; } export function isTrumpfLoadingSystem(_arg: unknown): _arg is TrumpfLoadingSystem { return _arg === "manual" || _arg === "paletteChange" || _arg === "paletteChangeLiftMaster" || _arg === "onePalette" || _arg === "paletteChangeLiftMasterSort" || _arg === "paletteChangeLiftMasterSortPullingDevice"; } export function isTubeProfileGeometryType(_arg: unknown): _arg is TubeProfileGeometryType { return _arg === "rectangular" || _arg === "circular"; } export function isTwoDimImportResultType(_arg: unknown): _arg is TwoDimImportResultType { return _arg === "partInvalid" || _arg === "engravingInvalid" || _arg === "success"; } export function isUserDatumType(_arg: unknown): _arg is UserDatumType { return _arg === "string" || _arg === "number" || _arg === "boolean" || _arg === "enumeration"; } export function isWidgetType(_arg: unknown): _arg is WidgetType { return _arg === "assemblyView" || _arg === "attachmentEditor" || _arg === "bendingToolEditor" || _arg === "bulkEditor" || _arg === "calcParamEditor" || _arg === "fileDialog" || _arg === "formEditor" || _arg === "geometrySelector" || _arg === "geometryColorSelector" || _arg === "joiningSequenceEditor" || _arg === "layeredImportDialog" || _arg === "messageBox" || _arg === "processSelector" || _arg === "sheetFilterEditor" || _arg === "sheetTappingEditor" || _arg === "userDataConfigEditor"; } export function isWorkStepType(_arg: unknown): _arg is WorkStepType { return _arg === "undefined" || _arg === "sheet" || _arg === "sheetCutting" || _arg === "joining" || _arg === "tubeCutting" || _arg === "sheetBending" || _arg === "userDefined" || _arg === "userDefinedBase" || _arg === "packaging" || _arg === "transform" || _arg === "tube"; } export function isDatabasePermissions(_arg: unknown): _arg is DatabasePermissions { return ((a: unknown): a is DatabasePermissions => { if (typeof a !== "object" || a === null) { return false; } for (const key in a) { if (!isDatabasePermission(key)) { continue; } if (!((a: unknown): a is boolean => typeof a === "boolean")((a as any)[key])) { return false; } } return true; })(_arg); } export function isGeometrySelectorConfigFlags(_arg: unknown): _arg is GeometrySelectorConfigFlags { return ((a: unknown): a is GeometrySelectorConfigFlags => { if (typeof a !== "object" || a === null) { return false; } for (const key in a) { if (!isGeometrySelectorConfigFlag(key)) { continue; } if (!((a: unknown): a is boolean => typeof a === "boolean")((a as any)[key])) { return false; } } return true; })(_arg); } export function isSceneElements(_arg: unknown): _arg is SceneElements { return ((a: unknown): a is SceneElements => { if (typeof a !== "object" || a === null) { return false; } for (const key in a) { if (!isSceneElement(key)) { continue; } if (!((a: unknown): a is boolean => typeof a === "boolean")((a as any)[key])) { return false; } } return true; })(_arg); } export function isStringIndexedInterface(_arg: unknown): _arg is StringIndexedInterface { if (typeof _arg !== "object" || _arg === null) { return false; } for (const key in _arg) { if (typeof key !== "string") return false; } return true; } export function isAnyTable(_arg: unknown): _arg is AnyTable { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isTableType(_arg.type) && (() : boolean => { switch (_arg.type) { case "sheetMaterial" : return ((a: unknown): a is (SheetMaterial)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetMaterial => !isSheetMaterial(e)) === undefined)(_arg.content); case "sheetMaterialDensity" : return ((a: unknown): a is (SheetMaterialDensity)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetMaterialDensity => !isSheetMaterialDensity(e)) === undefined)(_arg.content); case "sheetCuttingMaterialMapping" : return ((a: unknown): a is (SheetCuttingMaterialMapping)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetCuttingMaterialMapping => !isSheetCuttingMaterialMapping(e)) === undefined)(_arg.content); case "sheetBendingMaterialMapping" : return ((a: unknown): a is (SheetBendingMaterialMapping)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetBendingMaterialMapping => !isSheetBendingMaterialMapping(e)) === undefined)(_arg.content); case "bendTime" : return ((a: unknown): a is (BendTime)[] => Array.isArray(a) && a.find((e: unknown) : e is BendTime => !isBendTime(e)) === undefined)(_arg.content); case "bendTimeParameters" : return ((a: unknown): a is (BendTimeParameters)[] => Array.isArray(a) && a.find((e: unknown) : e is BendTimeParameters => !isBendTimeParameters(e)) === undefined)(_arg.content); case "bendRateParameters" : return ((a: unknown): a is (BendRateParameters)[] => Array.isArray(a) && a.find((e: unknown) : e is BendRateParameters => !isBendRateParameters(e)) === undefined)(_arg.content); case "bendLineConstraint" : return ((a: unknown): a is (BendLineConstraint)[] => Array.isArray(a) && a.find((e: unknown) : e is BendLineConstraint => !isBendLineConstraint(e)) === undefined)(_arg.content); case "laserSheetCuttingGas" : return ((a: unknown): a is (LaserSheetCuttingGas)[] => Array.isArray(a) && a.find((e: unknown) : e is LaserSheetCuttingGas => !isLaserSheetCuttingGas(e)) === undefined)(_arg.content); case "laserSheetCuttingSpeed" : return ((a: unknown): a is (LaserSheetCuttingSpeed)[] => Array.isArray(a) && a.find((e: unknown) : e is LaserSheetCuttingSpeed => !isLaserSheetCuttingSpeed(e)) === undefined)(_arg.content); case "laserSheetCuttingPierceTime" : return ((a: unknown): a is (LaserSheetCuttingPierceTime)[] => Array.isArray(a) && a.find((e: unknown) : e is LaserSheetCuttingPierceTime => !isLaserSheetCuttingPierceTime(e)) === undefined)(_arg.content); case "laserSheetCuttingRate" : return ((a: unknown): a is (LaserSheetCuttingRate)[] => Array.isArray(a) && a.find((e: unknown) : e is LaserSheetCuttingRate => !isLaserSheetCuttingRate(e)) === undefined)(_arg.content); case "laserSheetCuttingMinArea" : return ((a: unknown): a is (LaserSheetCuttingMinArea)[] => Array.isArray(a) && a.find((e: unknown) : e is LaserSheetCuttingMinArea => !isLaserSheetCuttingMinArea(e)) === undefined)(_arg.content); case "laserSheetCuttingMaxThickness" : return ((a: unknown): a is (LaserSheetCuttingMaxThickness)[] => Array.isArray(a) && a.find((e: unknown) : e is LaserSheetCuttingMaxThickness => !isLaserSheetCuttingMaxThickness(e)) === undefined)(_arg.content); case "packaging" : return ((a: unknown): a is (Packaging)[] => Array.isArray(a) && a.find((e: unknown) : e is Packaging => !isPackaging(e)) === undefined)(_arg.content); case "transportationCosts" : return ((a: unknown): a is (TransportationCosts)[] => Array.isArray(a) && a.find((e: unknown) : e is TransportationCosts => !isTransportationCosts(e)) === undefined)(_arg.content); case "surcharge" : return ((a: unknown): a is (Surcharge)[] => Array.isArray(a) && a.find((e: unknown) : e is Surcharge => !isSurcharge(e)) === undefined)(_arg.content); case "process" : return ((a: unknown): a is (Process)[] => Array.isArray(a) && a.find((e: unknown) : e is Process => !isProcess(e)) === undefined)(_arg.content); case "processRate" : return ((a: unknown): a is (ProcessRate)[] => Array.isArray(a) && a.find((e: unknown) : e is ProcessRate => !isProcessRate(e)) === undefined)(_arg.content); case "processSetupTimeFallback" : return ((a: unknown): a is (ProcessSetupTimeFallback)[] => Array.isArray(a) && a.find((e: unknown) : e is ProcessSetupTimeFallback => !isProcessSetupTimeFallback(e)) === undefined)(_arg.content); case "processUnitTimeFallback" : return ((a: unknown): a is (ProcessUnitTimeFallback)[] => Array.isArray(a) && a.find((e: unknown) : e is ProcessUnitTimeFallback => !isProcessUnitTimeFallback(e)) === undefined)(_arg.content); case "sheet" : return ((a: unknown): a is (Sheet)[] => Array.isArray(a) && a.find((e: unknown) : e is Sheet => !isSheet(e)) === undefined)(_arg.content); case "sheetModulus" : return ((a: unknown): a is (SheetModulus)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetModulus => !isSheetModulus(e)) === undefined)(_arg.content); case "sheetPrice" : return ((a: unknown): a is (SheetPrice)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetPrice => !isSheetPrice(e)) === undefined)(_arg.content); case "upperDieGroup" : return ((a: unknown): a is (UpperDieGroup)[] => Array.isArray(a) && a.find((e: unknown) : e is UpperDieGroup => !isUpperDieGroup(e)) === undefined)(_arg.content); case "lowerDieGroup" : return ((a: unknown): a is (LowerDieGroup)[] => Array.isArray(a) && a.find((e: unknown) : e is LowerDieGroup => !isLowerDieGroup(e)) === undefined)(_arg.content); case "bendDeduction" : return ((a: unknown): a is (BendDeduction)[] => Array.isArray(a) && a.find((e: unknown) : e is BendDeduction => !isBendDeduction(e)) === undefined)(_arg.content); case "setting" : return ((a: unknown): a is (Setting)[] => Array.isArray(a) && a.find((e: unknown) : e is Setting => !isSetting(e)) === undefined)(_arg.content); case "automaticMechanicalDeburringMaterial" : return ((a: unknown): a is (AutomaticMechanicalDeburringMaterial)[] => Array.isArray(a) && a.find((e: unknown) : e is AutomaticMechanicalDeburringMaterial => !isAutomaticMechanicalDeburringMaterial(e)) === undefined)(_arg.content); case "automaticMechanicalDeburringParameters" : return ((a: unknown): a is (AutomaticMechanicalDeburringParameters)[] => Array.isArray(a) && a.find((e: unknown) : e is AutomaticMechanicalDeburringParameters => !isAutomaticMechanicalDeburringParameters(e)) === undefined)(_arg.content); case "dimensionConstraints" : return ((a: unknown): a is (DimensionConstraints)[] => Array.isArray(a) && a.find((e: unknown) : e is DimensionConstraints => !isDimensionConstraints(e)) === undefined)(_arg.content); case "screwThread" : return ((a: unknown): a is (ScrewThread)[] => Array.isArray(a) && a.find((e: unknown) : e is ScrewThread => !isScrewThread(e)) === undefined)(_arg.content); case "tappingTimeParameters" : return ((a: unknown): a is (TappingTimeParameters)[] => Array.isArray(a) && a.find((e: unknown) : e is TappingTimeParameters => !isTappingTimeParameters(e)) === undefined)(_arg.content); case "tubeMaterial" : return ((a: unknown): a is (TubeMaterial)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeMaterial => !isTubeMaterial(e)) === undefined)(_arg.content); case "tubeMaterialDensity" : return ((a: unknown): a is (TubeMaterialDensity)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeMaterialDensity => !isTubeMaterialDensity(e)) === undefined)(_arg.content); case "tubeProfile" : return ((a: unknown): a is (TubeProfile)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeProfile => !isTubeProfile(e)) === undefined)(_arg.content); case "tubeSpecification" : return ((a: unknown): a is (TubeSpecification)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeSpecification => !isTubeSpecification(e)) === undefined)(_arg.content); case "tube" : return ((a: unknown): a is (Tube)[] => Array.isArray(a) && a.find((e: unknown) : e is Tube => !isTube(e)) === undefined)(_arg.content); case "upperDie" : return ((a: unknown): a is (UpperDie)[] => Array.isArray(a) && a.find((e: unknown) : e is UpperDie => !isUpperDie(e)) === undefined)(_arg.content); case "lowerDie" : return ((a: unknown): a is (LowerDie)[] => Array.isArray(a) && a.find((e: unknown) : e is LowerDie => !isLowerDie(e)) === undefined)(_arg.content); case "upperDieUnit" : return ((a: unknown): a is (UpperDieUnit)[] => Array.isArray(a) && a.find((e: unknown) : e is UpperDieUnit => !isUpperDieUnit(e)) === undefined)(_arg.content); case "lowerDieUnit" : return ((a: unknown): a is (LowerDieUnit)[] => Array.isArray(a) && a.find((e: unknown) : e is LowerDieUnit => !isLowerDieUnit(e)) === undefined)(_arg.content); case "processHandlingTime" : return ((a: unknown): a is (ProcessHandlingTime)[] => Array.isArray(a) && a.find((e: unknown) : e is ProcessHandlingTime => !isProcessHandlingTime(e)) === undefined)(_arg.content); case "sheetStock" : return ((a: unknown): a is (SheetStock)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetStock => !isSheetStock(e)) === undefined)(_arg.content); case "processIdlePeriod" : return ((a: unknown): a is (ProcessIdlePeriod)[] => Array.isArray(a) && a.find((e: unknown) : e is ProcessIdlePeriod => !isProcessIdlePeriod(e)) === undefined)(_arg.content); case "sheetMaterialScrapValue" : return ((a: unknown): a is (SheetMaterialScrapValue)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetMaterialScrapValue => !isSheetMaterialScrapValue(e)) === undefined)(_arg.content); case "sheetPriority" : return ((a: unknown): a is (SheetPriority)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetPriority => !isSheetPriority(e)) === undefined)(_arg.content); case "dieGroupPriority" : return ((a: unknown): a is (DieGroupPriority)[] => Array.isArray(a) && a.find((e: unknown) : e is DieGroupPriority => !isDieGroupPriority(e)) === undefined)(_arg.content); case "sheetCuttingMaterial" : return ((a: unknown): a is (SheetCuttingMaterial)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetCuttingMaterial => !isSheetCuttingMaterial(e)) === undefined)(_arg.content); case "sheetBendingMaterial" : return ((a: unknown): a is (SheetBendingMaterial)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetBendingMaterial => !isSheetBendingMaterial(e)) === undefined)(_arg.content); case "tubeCuttingProcess" : return ((a: unknown): a is (TubeCuttingProcess)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeCuttingProcess => !isTubeCuttingProcess(e)) === undefined)(_arg.content); case "tubeCuttingProcessMapping" : return ((a: unknown): a is (TubeCuttingProcessMapping)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeCuttingProcessMapping => !isTubeCuttingProcessMapping(e)) === undefined)(_arg.content); case "tubeCuttingSpeed" : return ((a: unknown): a is (TubeCuttingSpeed)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeCuttingSpeed => !isTubeCuttingSpeed(e)) === undefined)(_arg.content); case "tubeCuttingPierceTime" : return ((a: unknown): a is (TubeCuttingPierceTime)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeCuttingPierceTime => !isTubeCuttingPierceTime(e)) === undefined)(_arg.content); case "tubePrice" : return ((a: unknown): a is (TubePrice)[] => Array.isArray(a) && a.find((e: unknown) : e is TubePrice => !isTubePrice(e)) === undefined)(_arg.content); case "tubeStock" : return ((a: unknown): a is (TubeStock)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeStock => !isTubeStock(e)) === undefined)(_arg.content); case "tubeMaterialScrapValue" : return ((a: unknown): a is (TubeMaterialScrapValue)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeMaterialScrapValue => !isTubeMaterialScrapValue(e)) === undefined)(_arg.content); case "sheetCuttingProcess" : return ((a: unknown): a is (SheetCuttingProcess)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetCuttingProcess => !isSheetCuttingProcess(e)) === undefined)(_arg.content); case "sheetCuttingProcessMapping" : return ((a: unknown): a is (SheetCuttingProcessMapping)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetCuttingProcessMapping => !isSheetCuttingProcessMapping(e)) === undefined)(_arg.content); case "sheetCuttingMotionParameters" : return ((a: unknown): a is (SheetCuttingMotionParameters)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetCuttingMotionParameters => !isSheetCuttingMotionParameters(e)) === undefined)(_arg.content); case "sheetCuttingProcessToLaserCuttingGas" : return ((a: unknown): a is (SheetCuttingProcessToLaserCuttingGas)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetCuttingProcessToLaserCuttingGas => !isSheetCuttingProcessToLaserCuttingGas(e)) === undefined)(_arg.content); case "purchasePartMaterial" : return ((a: unknown): a is (PurchasePartMaterial)[] => Array.isArray(a) && a.find((e: unknown) : e is PurchasePartMaterial => !isPurchasePartMaterial(e)) === undefined)(_arg.content); case "processConstraintsSheetMaterial" : return ((a: unknown): a is (ProcessConstraintsSheetMaterial)[] => Array.isArray(a) && a.find((e: unknown) : e is ProcessConstraintsSheetMaterial => !isProcessConstraintsSheetMaterial(e)) === undefined)(_arg.content); case "processConstraintsTubeMaterial" : return ((a: unknown): a is (ProcessConstraintsTubeMaterial)[] => Array.isArray(a) && a.find((e: unknown) : e is ProcessConstraintsTubeMaterial => !isProcessConstraintsTubeMaterial(e)) === undefined)(_arg.content); case "processConstraintsPurchasePartMaterial" : return ((a: unknown): a is (ProcessConstraintsPurchasePartMaterial)[] => Array.isArray(a) && a.find((e: unknown) : e is ProcessConstraintsPurchasePartMaterial => !isProcessConstraintsPurchasePartMaterial(e)) === undefined)(_arg.content); case "consumable" : return ((a: unknown): a is (Consumable)[] => Array.isArray(a) && a.find((e: unknown) : e is Consumable => !isConsumable(e)) === undefined)(_arg.content); case "processConsumableRate" : return ((a: unknown): a is (ProcessConsumableRate)[] => Array.isArray(a) && a.find((e: unknown) : e is ProcessConsumableRate => !isProcessConsumableRate(e)) === undefined)(_arg.content); case "sheetCuttingProcessConsumableRate" : return ((a: unknown): a is (SheetCuttingProcessConsumableRate)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetCuttingProcessConsumableRate => !isSheetCuttingProcessConsumableRate(e)) === undefined)(_arg.content); case "tubeCuttingProcessConsumableRate" : return ((a: unknown): a is (TubeCuttingProcessConsumableRate)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeCuttingProcessConsumableRate => !isTubeCuttingProcessConsumableRate(e)) === undefined)(_arg.content); case "sheetCuttingThicknessConstraints" : return ((a: unknown): a is (SheetCuttingThicknessConstraints)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetCuttingThicknessConstraints => !isSheetCuttingThicknessConstraints(e)) === undefined)(_arg.content); }})() ; } export function isArcSegment(_arg: unknown): _arg is ArcSegment { return typeof _arg === "object" && _arg !== null && "from" in _arg && isPoint2(_arg.from) && "to" in _arg && isPoint2(_arg.to) && "center" in _arg && isPoint2(_arg.center) && "ccw" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.ccw); } export function isArticleAttributes(_arg: unknown): _arg is ArticleAttributes { return typeof _arg === "object" && _arg !== null && "userData" in _arg && isStringIndexedInterface(_arg.userData); } export function isArticleUpdate(_arg: unknown): _arg is ArticleUpdate { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && ( !("articleUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.articleUserData) ); } export function isAssemblyMapEntry(_arg: unknown): _arg is AssemblyMapEntry { return typeof _arg === "object" && _arg !== null && "id" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.id) && "assembly" in _arg && ((a: unknown): a is Assembly => (typeof a === "object" && a !== null))(_arg.assembly); } export function isAssemblyPath(_arg: unknown): _arg is AssemblyPath { return typeof _arg === "object" && _arg !== null && "indices" in _arg && ((a: unknown): a is (number)[] => Array.isArray(a) && a.find((e: unknown) : e is number => !((a: unknown): a is number => typeof a === "number")(e)) === undefined)(_arg.indices); } export function isAttachment(_arg: unknown): _arg is Attachment { return typeof _arg === "object" && _arg !== null && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "data" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.data); } export function isAutomaticMechanicalDeburringMaterialUniqueMembers(_arg: unknown): _arg is AutomaticMechanicalDeburringMaterialUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId); } export function isAutomaticMechanicalDeburringMaterial(_arg: unknown): _arg is AutomaticMechanicalDeburringMaterial { return (typeof _arg === "object" && _arg !== null) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId) && "automaticMechanicalDeburringMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.automaticMechanicalDeburringMaterialId); } export function isAutomaticMechanicalDeburringParametersUniqueMembers(_arg: unknown): _arg is AutomaticMechanicalDeburringParametersUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "automaticMechanicalDeburringMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.automaticMechanicalDeburringMaterialId); } export function isAutomaticMechanicalDeburringParameters(_arg: unknown): _arg is AutomaticMechanicalDeburringParameters { return (typeof _arg === "object" && _arg !== null) && "automaticMechanicalDeburringMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.automaticMechanicalDeburringMaterialId) && "maxDimY" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxDimY) && "unitTimeBase" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.unitTimeBase) && "speed" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.speed); } export function isBendDeductionUniqueMembers(_arg: unknown): _arg is BendDeductionUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetBendingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetBendingMaterialId) && "upperDieGroupId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.upperDieGroupId) && "lowerDieGroupId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.lowerDieGroupId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "bendAngle" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendAngle); } export function isBendDeduction(_arg: unknown): _arg is BendDeduction { return (typeof _arg === "object" && _arg !== null) && "sheetBendingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetBendingMaterialId) && "upperDieGroupId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.upperDieGroupId) && "lowerDieGroupId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.lowerDieGroupId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "bendAngle" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendAngle) && "innerRadius" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.innerRadius) && "sharpDeduction" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.sharpDeduction); } export function isBendDieAffectDistanceEntry(_arg: unknown): _arg is BendDieAffectDistanceEntry { return typeof _arg === "object" && _arg !== null && "bendDescriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendDescriptor) && "affectDistance" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.affectDistance); } export function isBendDieChoice(_arg: unknown): _arg is BendDieChoice { return typeof _arg === "object" && _arg !== null && "baseClass" in _arg && isCamBendDeduction(_arg.baseClass) && "upperDieGroupId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.upperDieGroupId) && "lowerDieGroupId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.lowerDieGroupId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "type" in _arg && isBendDieChoiceType(_arg.type) && "sharpDeduction" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.sharpDeduction); } export function isBendLineConstraintUniqueMembers(_arg: unknown): _arg is BendLineConstraintUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetBendingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetBendingMaterialId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness); } export function isBendLineConstraint(_arg: unknown): _arg is BendLineConstraint { return (typeof _arg === "object" && _arg !== null) && "sheetBendingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetBendingMaterialId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "maxNetLength" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxNetLength); } export function isBendLineData(_arg: unknown): _arg is BendLineData { return typeof _arg === "object" && _arg !== null && "constructedInnerRadius" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.constructedInnerRadius) && "resultingInnerRadius" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.resultingInnerRadius) && "bendAngle" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendAngle) && "bendDescriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendDescriptor); } export function isBendLineFlangeLength(_arg: unknown): _arg is BendLineFlangeLength { return typeof _arg === "object" && _arg !== null && "flangeLengthLhs" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.flangeLengthLhs) && "flangeLengthRhs" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.flangeLengthRhs) && "bendDescriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendDescriptor); } export function isBendLineSegmentsMapEntry(_arg: unknown): _arg is BendLineSegmentsMapEntry { return typeof _arg === "object" && _arg !== null && "bendDescriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendDescriptor) && "segments" in _arg && ((a: unknown): a is (Segment)[] => Array.isArray(a) && a.find((e: unknown) : e is Segment => !isSegment(e)) === undefined)(_arg.segments); } export function isBendRateParametersUniqueMembers(_arg: unknown): _arg is BendRateParametersUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetBendingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetBendingMaterialId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "bendLineNetLength" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendLineNetLength); } export function isBendRateParameters(_arg: unknown): _arg is BendRateParameters { return (typeof _arg === "object" && _arg !== null) && "sheetBendingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetBendingMaterialId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "bendLineNetLength" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendLineNetLength) && "hourlyRateFactor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.hourlyRateFactor) && "hourlyRateDelta" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.hourlyRateDelta); } export function isBendReplyStateContentBendDeductionApplicationFailed(_arg: unknown): _arg is BendReplyStateContentBendDeductionApplicationFailed { return true; } export function isBendReplyStateContentContourInBend(_arg: unknown): _arg is BendReplyStateContentContourInBend { return true; } export function isBendReplyStateContentInvalidBend(_arg: unknown): _arg is BendReplyStateContentInvalidBend { return true; } export function isBendReplyStateContentMultipleOuterContours(_arg: unknown): _arg is BendReplyStateContentMultipleOuterContours { return true; } export function isBendReplyStateContentUndefinedError(_arg: unknown): _arg is BendReplyStateContentUndefinedError { return true; } export function isBendReplyStateContentUndetectedFeatures(_arg: unknown): _arg is BendReplyStateContentUndetectedFeatures { return typeof _arg === "object" && _arg !== null && "unassignedFaceDescriptors" in _arg && ((a: unknown): a is (number)[] => Array.isArray(a) && a.find((e: unknown) : e is number => !((a: unknown): a is number => typeof a === "number")(e)) === undefined)(_arg.unassignedFaceDescriptors); } export function isBendReplyStateContentUnfoldingFailed(_arg: unknown): _arg is BendReplyStateContentUnfoldingFailed { return true; } export function isBendTimeUniqueMembers(_arg: unknown): _arg is BendTimeUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "mass" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.mass); } export function isBendTime(_arg: unknown): _arg is BendTime { return (typeof _arg === "object" && _arg !== null) && "mass" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.mass) && "setupTime" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.setupTime) && "setupTimePerBend" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.setupTimePerBend) && "unitTime" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.unitTime) && "unitTimePerBend" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.unitTimePerBend); } export function isBendTimeParametersUniqueMembers(_arg: unknown): _arg is BendTimeParametersUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetBendingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetBendingMaterialId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "bendLineNetLength" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendLineNetLength); } export function isBendTimeParameters(_arg: unknown): _arg is BendTimeParameters { return (typeof _arg === "object" && _arg !== null) && "sheetBendingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetBendingMaterialId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "bendLineNetLength" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendLineNetLength) && "setupTimeFactor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.setupTimeFactor) && "setupTimeDelta" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.setupTimeDelta) && "setupTimePerBendFactor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.setupTimePerBendFactor) && "setupTimePerBendDelta" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.setupTimePerBendDelta) && "unitTimeFactor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.unitTimeFactor) && "unitTimeDelta" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.unitTimeDelta) && "unitTimePerBendFactor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.unitTimePerBendFactor) && "unitTimePerBendDelta" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.unitTimePerBendDelta); } export function isBendingToolEditorInputEntry(_arg: unknown): _arg is BendingToolEditorInputEntry { return typeof _arg === "object" && _arg !== null && "bendDescriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendDescriptor) && "angle" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.angle) && "constructedInnerRadius" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.constructedInnerRadius) && "bendDieChoices" in _arg && ((a: unknown): a is (BendDieChoice)[] => Array.isArray(a) && a.find((e: unknown) : e is BendDieChoice => !isBendDieChoice(e)) === undefined)(_arg.bendDieChoices); } export function isBox2(_arg: unknown): _arg is Box2 { return typeof _arg === "object" && _arg !== null && "lower" in _arg && isPoint2(_arg.lower) && "upper" in _arg && isPoint2(_arg.upper); } export function isBox3(_arg: unknown): _arg is Box3 { return typeof _arg === "object" && _arg !== null && "lower" in _arg && isPoint3(_arg.lower) && "upper" in _arg && isPoint3(_arg.upper); } export function isBulkEditorCellConfig(_arg: unknown): _arg is BulkEditorCellConfig { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isFormWidgetType(_arg.type) && (() : boolean => { switch (_arg.type) { case "checkBox" : return isBulkEditorCheckBoxConfig(_arg.content); case "spinBox" : return isBulkEditorSpinBoxConfig(_arg.content); case "dropDown" : return isBulkEditorDropDownConfig(_arg.content); case "lineEdit" : return isBulkEditorLineEditConfig(_arg.content); case "textEdit" : return isBulkEditorTextEditConfig(_arg.content); case "label" : return isBulkEditorLabelConfig(_arg.content); }})() ; } export function isBulkEditorCheckBoxConfig(_arg: unknown): _arg is BulkEditorCheckBoxConfig { return typeof _arg === "object" && _arg !== null && ( !("initialValue" in _arg) || ((a: unknown): a is boolean => (a === undefined || ((a: unknown): a is boolean => typeof a === "boolean")(a)))(_arg.initialValue) ) && "isOptional" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.isOptional); } export function isBulkEditorColumnConfig(_arg: unknown): _arg is BulkEditorColumnConfig { return typeof _arg === "object" && _arg !== null && "key" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.key) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name); } export function isBulkEditorDropDownConfig(_arg: unknown): _arg is BulkEditorDropDownConfig { return typeof _arg === "object" && _arg !== null && ( !("initialValue" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.initialValue) ) && "items" in _arg && ((a: unknown): a is (BulkEditorDropDownItem)[] => Array.isArray(a) && a.find((e: unknown) : e is BulkEditorDropDownItem => !isBulkEditorDropDownItem(e)) === undefined)(_arg.items) && "isOptional" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.isOptional); } export function isBulkEditorDropDownItem(_arg: unknown): _arg is BulkEditorDropDownItem { return typeof _arg === "object" && _arg !== null && "id" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.id) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name); } export function isBulkEditorLabelConfig(_arg: unknown): _arg is BulkEditorLabelConfig { return typeof _arg === "object" && _arg !== null && ( !("initialValue" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.initialValue) ); } export function isBulkEditorLineEditConfig(_arg: unknown): _arg is BulkEditorLineEditConfig { return typeof _arg === "object" && _arg !== null && ( !("initialValue" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.initialValue) ) && "isOptional" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.isOptional); } export function isBulkEditorSpinBoxConfig(_arg: unknown): _arg is BulkEditorSpinBoxConfig { return typeof _arg === "object" && _arg !== null && ( !("initialValue" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.initialValue) ) && "min" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.min) && "max" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.max) && "decimals" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.decimals) && "isOptional" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.isOptional); } export function isBulkEditorTextEditConfig(_arg: unknown): _arg is BulkEditorTextEditConfig { return typeof _arg === "object" && _arg !== null && ( !("initialValue" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.initialValue) ) && "isOptional" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.isOptional); } export function isCadCountersinking(_arg: unknown): _arg is CadCountersinking { return typeof _arg === "object" && _arg !== null && "featureDescriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.featureDescriptor); } export function isCadFeature(_arg: unknown): _arg is CadFeature { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isCadFeatureType(_arg.type) && (() : boolean => { switch (_arg.type) { case "countersinking" : return isCadCountersinking(_arg.content); case "throughHole" : return isCadThroughHole(_arg.content); }})() ; } export function isCadImportConfig(_arg: unknown): _arg is CadImportConfig { return typeof _arg === "object" && _arg !== null && ( !("sheetUpperSideStrategy" in _arg) || ((a: unknown): a is SheetUpperSideStrategy => (a === undefined || isSheetUpperSideStrategy(a)))(_arg.sheetUpperSideStrategy) ); } export function isCadThroughHole(_arg: unknown): _arg is CadThroughHole { return typeof _arg === "object" && _arg !== null && "featureDescriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.featureDescriptor); } export function isCamBendDeduction(_arg: unknown): _arg is CamBendDeduction { return typeof _arg === "object" && _arg !== null && "roundDeduction" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.roundDeduction) && "innerRadius" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.innerRadius); } export function isCamCommand(_arg: unknown): _arg is CamCommand { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isCamCommandType(_arg.type) && (() : boolean => { switch (_arg.type) { case "setColor" : return isCamCommandSetColor(_arg.content); }})() ; } export function isCamCommandSetColor(_arg: unknown): _arg is CamCommandSetColor { return typeof _arg === "object" && _arg !== null && "entities" in _arg && ((a: unknown): a is (GeometryEntity)[] => Array.isArray(a) && a.find((e: unknown) : e is GeometryEntity => !isGeometryEntity(e)) === undefined)(_arg.entities) && "color" in _arg && isVector3(_arg.color); } export function isCamNestedPart(_arg: unknown): _arg is CamNestedPart { return typeof _arg === "object" && _arg !== null && "innerOuterPolygon" in _arg && ((a: unknown): a is InnerOuterPolygon => (typeof a === "object" && a !== null))(_arg.innerOuterPolygon) && "coordinateSystem" in _arg && isCoordinateSystem2(_arg.coordinateSystem); } export function isCamNesting(_arg: unknown): _arg is CamNesting { return typeof _arg === "object" && _arg !== null && "sheets" in _arg && ((a: unknown): a is (CamSheet)[] => Array.isArray(a) && a.find((e: unknown) : e is CamSheet => !isCamSheet(e)) === undefined)(_arg.sheets); } export function isCamNestorConfig(_arg: unknown): _arg is CamNestorConfig { return typeof _arg === "object" && _arg !== null && "timeout" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.timeout) && "numRelevantNestings" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.numRelevantNestings); } export function isCamNestorInput(_arg: unknown): _arg is CamNestorInput { return typeof _arg === "object" && _arg !== null && "parts" in _arg && ((a: unknown): a is (CamNestorInputPart)[] => Array.isArray(a) && a.find((e: unknown) : e is CamNestorInputPart => !isCamNestorInputPart(e)) === undefined)(_arg.parts) && "targetBoundary" in _arg && ((a: unknown): a is Polygon => (typeof a === "object" && a !== null))(_arg.targetBoundary) && "nestingDistance" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.nestingDistance) && "xModulus" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.xModulus) && "yModulus" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.yModulus); } export function isCamNestorInputPart(_arg: unknown): _arg is CamNestorInputPart { return typeof _arg === "object" && _arg !== null && "iop" in _arg && ((a: unknown): a is InnerOuterPolygon => (typeof a === "object" && a !== null))(_arg.iop) && "minCount" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.minCount) && "maxCount" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxCount) && "fixedRotations" in _arg && ((a: unknown): a is (number)[] => Array.isArray(a) && a.find((e: unknown) : e is number => !((a: unknown): a is number => typeof a === "number")(e)) === undefined)(_arg.fixedRotations); } export function isCamSheet(_arg: unknown): _arg is CamSheet { return typeof _arg === "object" && _arg !== null && "dimX" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimX) && "dimY" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimY) && "multiplicity" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.multiplicity); } export function isCamTubeNestingResult(_arg: unknown): _arg is CamTubeNestingResult { return typeof _arg === "object" && _arg !== null && "inputLength" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.inputLength) && "nestings" in _arg && ((a: unknown): a is (CamTubeNestingResultNesting)[] => Array.isArray(a) && a.find((e: unknown) : e is CamTubeNestingResultNesting => !isCamTubeNestingResultNesting(e)) === undefined)(_arg.nestings); } export function isCamTubeNestingResultNesting(_arg: unknown): _arg is CamTubeNestingResultNesting { return typeof _arg === "object" && _arg !== null && "transformations" in _arg && ((a: unknown): a is (CoordinateSystem3)[] => Array.isArray(a) && a.find((e: unknown) : e is CoordinateSystem3 => !isCoordinateSystem3(e)) === undefined)(_arg.transformations) && "multiplicity" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.multiplicity); } export function isCamWorkStepUpdateInputSheet(_arg: unknown): _arg is CamWorkStepUpdateInputSheet { return typeof _arg === "object" && _arg !== null && "nestorInput" in _arg && isCamNestorInput(_arg.nestorInput) && "nestorConfig" in _arg && isCamNestorConfig(_arg.nestorConfig); } export function isCamWorkStepUpdateInputTube(_arg: unknown): _arg is CamWorkStepUpdateInputTube { return typeof _arg === "object" && _arg !== null && "length" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.length) && "multiplicity" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.multiplicity) && "nestingDistance" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.nestingDistance); } export function isCamera3(_arg: unknown): _arg is Camera3 { return typeof _arg === "object" && _arg !== null && "eye" in _arg && isPoint3(_arg.eye) && "center" in _arg && isPoint3(_arg.center) && "up" in _arg && isVector3(_arg.up); } export function isCameraOrientation3(_arg: unknown): _arg is CameraOrientation3 { return typeof _arg === "object" && _arg !== null && "center" in _arg && isVector3(_arg.center) && "direction" in _arg && isVector3(_arg.direction) && "up" in _arg && isVector3(_arg.up); } export function isConnectionProperties(_arg: unknown): _arg is ConnectionProperties { return typeof _arg === "object" && _arg !== null && "databaseType" in _arg && isDatabaseType(_arg.databaseType) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "hostName" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.hostName) && "port" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.port) && "databaseName" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.databaseName) && "userName" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.userName) && "password" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.password); } export function isConsumableUniqueMembers(_arg: unknown): _arg is ConsumableUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isConsumable(_arg: unknown): _arg is Consumable { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "unit" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.unit) && "costsPerUnit" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.costsPerUnit) && "description" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.description); } export function isCoordinateSystem2(_arg: unknown): _arg is CoordinateSystem2 { return typeof _arg === "object" && _arg !== null && "origin" in _arg && isVector2(_arg.origin) && "unitaryMatrix" in _arg && isMatrix2(_arg.unitaryMatrix); } export function isCoordinateSystem3(_arg: unknown): _arg is CoordinateSystem3 { return typeof _arg === "object" && _arg !== null && "origin" in _arg && isVector3(_arg.origin) && "unitaryMatrix" in _arg && isMatrix3(_arg.unitaryMatrix); } export function isDieChoiceAlternativesEntry(_arg: unknown): _arg is DieChoiceAlternativesEntry { return typeof _arg === "object" && _arg !== null && "bendDescriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendDescriptor) && "bendDieChoices" in _arg && ((a: unknown): a is (BendDieChoice)[] => Array.isArray(a) && a.find((e: unknown) : e is BendDieChoice => !isBendDieChoice(e)) === undefined)(_arg.bendDieChoices); } export function isDieChoiceMapEntry(_arg: unknown): _arg is DieChoiceMapEntry { return typeof _arg === "object" && _arg !== null && "bendDescriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendDescriptor) && "bendDieChoice" in _arg && isBendDieChoice(_arg.bendDieChoice); } export function isDieGroupPriorityUniqueMembers(_arg: unknown): _arg is DieGroupPriorityUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "upperDieGroupId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.upperDieGroupId) && "lowerDieGroupId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.lowerDieGroupId) && "sheetBendingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetBendingMaterialId) && "sheetThickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.sheetThickness); } export function isDieGroupPriority(_arg: unknown): _arg is DieGroupPriority { return (typeof _arg === "object" && _arg !== null) && "upperDieGroupId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.upperDieGroupId) && "lowerDieGroupId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.lowerDieGroupId) && "sheetBendingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetBendingMaterialId) && "sheetThickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.sheetThickness) && "priority" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.priority); } export function isDieSelectorQuery(_arg: unknown): _arg is DieSelectorQuery { return typeof _arg === "object" && _arg !== null && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "bendAngle" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendAngle) && "maxOpeningWidth" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxOpeningWidth); } export function isDimensionConstraintsUniqueMembers(_arg: unknown): _arg is DimensionConstraintsUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId); } export function isDimensionConstraints(_arg: unknown): _arg is DimensionConstraints { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "minX" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.minX) && "minY" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.minY) && "minZ" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.minZ) && "maxX" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxX) && "maxY" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxY) && "maxZ" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxZ); } export function isDocXImage(_arg: unknown): _arg is DocXImage { return typeof _arg === "object" && _arg !== null && "placeholder" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.placeholder) && "content" in _arg && ((a: unknown): a is ArrayBuffer => a instanceof ArrayBuffer)(_arg.content) && "type" in _arg && isDocXImageType(_arg.type); } export function isDocXTableCell(_arg: unknown): _arg is DocXTableCell { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isDocXTableCellType(_arg.type) && (() : boolean => { switch (_arg.type) { case "text" : return isDocXText(_arg.content); case "image" : return isDocXImage(_arg.content); case "tables" : return isDocXTables(_arg.content); }})() ; } export function isDocXTables(_arg: unknown): _arg is DocXTables { return typeof _arg === "object" && _arg !== null && "tables" in _arg && ((a: unknown): a is (((DocXTableCell)[])[])[] => Array.isArray(a) && a.find((e: unknown) : e is ((DocXTableCell)[])[] => !((a: unknown): a is ((DocXTableCell)[])[] => Array.isArray(a) && a.find((e: unknown) : e is (DocXTableCell)[] => !((a: unknown): a is (DocXTableCell)[] => Array.isArray(a) && a.find((e: unknown) : e is DocXTableCell => !isDocXTableCell(e)) === undefined)(e)) === undefined)(e)) === undefined)(_arg.tables); } export function isDocXText(_arg: unknown): _arg is DocXText { return typeof _arg === "object" && _arg !== null && "placeholder" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.placeholder) && "text" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.text); } export function isDocumentBarcode(_arg: unknown): _arg is DocumentBarcode { return typeof _arg === "object" && _arg !== null && "width" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.width) && "text" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.text) && "alignment" in _arg && isDocumentAlignment(_arg.alignment); } export function isDocumentFormat(_arg: unknown): _arg is DocumentFormat { return typeof _arg === "object" && _arg !== null && "orientation" in _arg && isDocumentOrientation(_arg.orientation); } export function isDocumentHeading(_arg: unknown): _arg is DocumentHeading { return typeof _arg === "object" && _arg !== null && "level" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.level) && "text" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.text); } export function isDocumentImage(_arg: unknown): _arg is DocumentImage { return typeof _arg === "object" && _arg !== null && "width" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.width) && "type" in _arg && isDocumentImageType(_arg.type) && "uuid" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.uuid) && "data" in _arg && ((a: unknown): a is ArrayBuffer => a instanceof ArrayBuffer)(_arg.data) && "alignment" in _arg && isDocumentAlignment(_arg.alignment); } export function isDocumentItem(_arg: unknown): _arg is DocumentItem { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isDocumentItemType(_arg.type) && (() : boolean => { switch (_arg.type) { case "paragraph" : return isDocumentParagraph(_arg.content); case "heading" : return isDocumentHeading(_arg.content); case "table" : return isDocumentTable(_arg.content); case "image" : return isDocumentImage(_arg.content); case "barcode" : return isDocumentBarcode(_arg.content); case "separator" : return isDocumentSeparator(_arg.content); case "pageBreak" : return isDocumentPageBreak(_arg.content); }})() ; } export function isDocumentPageBreak(_arg: unknown): _arg is DocumentPageBreak { return true; } export function isDocumentParagraph(_arg: unknown): _arg is DocumentParagraph { return typeof _arg === "object" && _arg !== null && "width" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.width) && "text" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.text) && "alignment" in _arg && isDocumentAlignment(_arg.alignment); } export function isDocumentSeparator(_arg: unknown): _arg is DocumentSeparator { return true; } export function isDocumentTable(_arg: unknown): _arg is DocumentTable { return typeof _arg === "object" && _arg !== null && "width" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.width) && "columnWidths" in _arg && ((a: unknown): a is (number)[] => Array.isArray(a) && a.find((e: unknown) : e is number => !((a: unknown): a is number => typeof a === "number")(e)) === undefined)(_arg.columnWidths) && "columnHeaders" in _arg && isDocumentTableRow(_arg.columnHeaders) && "rows" in _arg && ((a: unknown): a is (DocumentTableRow)[] => Array.isArray(a) && a.find((e: unknown) : e is DocumentTableRow => !isDocumentTableRow(e)) === undefined)(_arg.rows); } export function isDocumentTableCell(_arg: unknown): _arg is DocumentTableCell { return typeof _arg === "object" && _arg !== null && "text" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.text) && "alignment" in _arg && isDocumentAlignment(_arg.alignment); } export function isDocumentTableRow(_arg: unknown): _arg is DocumentTableRow { return true; } export function isFormRowConfig(_arg: unknown): _arg is FormRowConfig { return typeof _arg === "object" && _arg !== null && "key" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.key) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "config" in _arg && isFormWidgetConfig(_arg.config); } export function isFormWidgetCheckBoxConfig(_arg: unknown): _arg is FormWidgetCheckBoxConfig { return typeof _arg === "object" && _arg !== null && "initialValue" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.initialValue); } export function isFormWidgetConfig(_arg: unknown): _arg is FormWidgetConfig { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isFormWidgetType(_arg.type) && (() : boolean => { switch (_arg.type) { case "checkBox" : return isFormWidgetCheckBoxConfig(_arg.content); case "spinBox" : return isFormWidgetSpinBoxConfig(_arg.content); case "dropDown" : return isFormWidgetDropDownConfig(_arg.content); case "lineEdit" : return isFormWidgetLineEditConfig(_arg.content); case "textEdit" : return isFormWidgetTextEditConfig(_arg.content); case "label" : return isFormWidgetLabelConfig(_arg.content); }})() ; } export function isFormWidgetDropDownConfig(_arg: unknown): _arg is FormWidgetDropDownConfig { return typeof _arg === "object" && _arg !== null && "initialValue" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.initialValue) && "entries" in _arg && ((a: unknown): a is (FormWidgetDropDownEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is FormWidgetDropDownEntry => !isFormWidgetDropDownEntry(e)) === undefined)(_arg.entries); } export function isFormWidgetDropDownEntry(_arg: unknown): _arg is FormWidgetDropDownEntry { return typeof _arg === "object" && _arg !== null && "id" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.id) && "text" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.text); } export function isFormWidgetLabelConfig(_arg: unknown): _arg is FormWidgetLabelConfig { return typeof _arg === "object" && _arg !== null && "initialValue" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.initialValue); } export function isFormWidgetLineEditConfig(_arg: unknown): _arg is FormWidgetLineEditConfig { return typeof _arg === "object" && _arg !== null && "initialValue" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.initialValue); } export function isFormWidgetSpinBoxConfig(_arg: unknown): _arg is FormWidgetSpinBoxConfig { return typeof _arg === "object" && _arg !== null && "initialValue" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.initialValue) && "min" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.min) && "max" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.max) && "decimals" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.decimals); } export function isFormWidgetTextEditConfig(_arg: unknown): _arg is FormWidgetTextEditConfig { return typeof _arg === "object" && _arg !== null && "initialValue" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.initialValue); } export function isGeometryEntity(_arg: unknown): _arg is GeometryEntity { return typeof _arg === "object" && _arg !== null && "assemblyPath" in _arg && isAssemblyPath(_arg.assemblyPath) && "descriptor" in _arg && isGeometryEntityDescriptor(_arg.descriptor); } export function isGeometryEntityDescriptor(_arg: unknown): _arg is GeometryEntityDescriptor { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isGeometryEntityType(_arg.type) && (() : boolean => { switch (_arg.type) { case "edge" : return isGeometryEntityDescriptorContentEdge(_arg.content); case "face" : return isGeometryEntityDescriptorContentFace(_arg.content); }})() ; } export function isGeometryEntityDescriptorContentEdge(_arg: unknown): _arg is GeometryEntityDescriptorContentEdge { return typeof _arg === "object" && _arg !== null && "value" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.value); } export function isGeometryEntityDescriptorContentFace(_arg: unknown): _arg is GeometryEntityDescriptorContentFace { return typeof _arg === "object" && _arg !== null && "value" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.value); } export function isGeometrySelectionEntry(_arg: unknown): _arg is GeometrySelectionEntry { return typeof _arg === "object" && _arg !== null && "entities" in _arg && ((a: unknown): a is (GeometryEntity)[] => Array.isArray(a) && a.find((e: unknown) : e is GeometryEntity => !isGeometryEntity(e)) === undefined)(_arg.entities) && "data" in _arg && isStringIndexedInterface(_arg.data); } export function isGltfNodeVendorData(_arg: unknown): _arg is GltfNodeVendorData { return typeof _arg === "object" && _arg !== null && "assembly" in _arg && ((a: unknown): a is Assembly => (typeof a === "object" && a !== null))(_arg.assembly) && "data" in _arg && isStringIndexedInterface(_arg.data); } export function isGraphCreatorInput(_arg: unknown): _arg is GraphCreatorInput { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isGraphCreatorInputType(_arg.type) && (() : boolean => { switch (_arg.type) { case "step" : return isGraphCreatorInputStep(_arg.content); case "twoDimRep" : return isGraphCreatorInputTwoDimRep(_arg.content); case "extrusion" : return isGraphCreatorInputExtrusion(_arg.content); }})() ; } export function isGraphCreatorInputExtrusion(_arg: unknown): _arg is GraphCreatorInputExtrusion { return typeof _arg === "object" && _arg !== null && "importId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.importId) && "innerOuterPolygon" in _arg && ((a: unknown): a is InnerOuterPolygon => (typeof a === "object" && a !== null))(_arg.innerOuterPolygon) && "depth" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.depth) && "assemblyName" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.assemblyName) && "multiplicity" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.multiplicity); } export function isGraphCreatorInputStep(_arg: unknown): _arg is GraphCreatorInputStep { return typeof _arg === "object" && _arg !== null && "importId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.importId) && "data" in _arg && ((a: unknown): a is ArrayBuffer => a instanceof ArrayBuffer)(_arg.data) && "multiplicity" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.multiplicity); } export function isGraphCreatorInputTwoDimRep(_arg: unknown): _arg is GraphCreatorInputTwoDimRep { return typeof _arg === "object" && _arg !== null && "importId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.importId) && "twoDimRep" in _arg && ((a: unknown): a is TwoDimRepresentation => (typeof a === "object" && a !== null))(_arg.twoDimRep) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "assemblyName" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.assemblyName) && "multiplicity" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.multiplicity); } export function isGraphDeserializationResult(_arg: unknown): _arg is GraphDeserializationResult { return typeof _arg === "object" && _arg !== null && "status" in _arg && isAddResultStatus(_arg.status) && ( !("graph" in _arg) || ((a: unknown): a is ImportedDocumentGraph => (a === undefined || ((a: unknown): a is ImportedDocumentGraph => (typeof a === "object" && a !== null))(a)))(_arg.graph) ); } export function isHandlerPackaging(_arg: unknown): _arg is HandlerPackaging { return typeof _arg === "object" && _arg !== null && "package" in _arg && isBox3(_arg.package) && "maxWeight" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxWeight) && "masses" in _arg && ((a: unknown): a is (number)[] => Array.isArray(a) && a.find((e: unknown) : e is number => !((a: unknown): a is number => typeof a === "number")(e)) === undefined)(_arg.masses); } export function isHandlerPostProcessCreateSources(_arg: unknown): _arg is HandlerPostProcessCreateSources { return typeof _arg === "object" && _arg !== null && "attributes" in _arg && ((a: unknown): a is (VertexWithArticleAttributes)[] => Array.isArray(a) && a.find((e: unknown) : e is VertexWithArticleAttributes => !isVertexWithArticleAttributes(e)) === undefined)(_arg.attributes); } export function isHandlerPostProcessSheetBending(_arg: unknown): _arg is HandlerPostProcessSheetBending { return typeof _arg === "object" && _arg !== null && "upperDieAffectDistances" in _arg && ((a: unknown): a is (number)[] => Array.isArray(a) && a.find((e: unknown) : e is number => !((a: unknown): a is number => typeof a === "number")(e)) === undefined)(_arg.upperDieAffectDistances) && "lowerDieAffectDistances" in _arg && ((a: unknown): a is (number)[] => Array.isArray(a) && a.find((e: unknown) : e is number => !((a: unknown): a is number => typeof a === "number")(e)) === undefined)(_arg.lowerDieAffectDistances); } export function isHandlerPreProcessCreateWorkStep(_arg: unknown): _arg is HandlerPreProcessCreateWorkStep { return typeof _arg === "object" && _arg !== null && "processTable" in _arg && ((a: unknown): a is (Process)[] => Array.isArray(a) && a.find((e: unknown) : e is Process => !isProcess(e)) === undefined)(_arg.processTable); } export function isHttpReply(_arg: unknown): _arg is HttpReply { return typeof _arg === "object" && _arg !== null && "errorCode" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.errorCode) && "data" in _arg && ((a: unknown): a is ArrayBuffer => a instanceof ArrayBuffer)(_arg.data); } export function isInvalidValueTableError(_arg: unknown): _arg is InvalidValueTableError { return typeof _arg === "object" && _arg !== null && "affectedRowType" in _arg && isTableType(_arg.affectedRowType) && "affectedRowIndex" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.affectedRowIndex) && "affectedColumnIndex" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.affectedColumnIndex); } export function isJoining(_arg: unknown): _arg is Joining { return typeof _arg === "object" && _arg !== null && "joiningSteps" in _arg && ((a: unknown): a is (JoiningStep)[] => Array.isArray(a) && a.find((e: unknown) : e is JoiningStep => !isJoiningStep(e)) === undefined)(_arg.joiningSteps); } export function isJoiningReplyStateContentUndefinedError(_arg: unknown): _arg is JoiningReplyStateContentUndefinedError { return true; } export function isJoiningStep(_arg: unknown): _arg is JoiningStep { return typeof _arg === "object" && _arg !== null && "entries" in _arg && ((a: unknown): a is (JoiningStepEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is JoiningStepEntry => !isJoiningStepEntry(e)) === undefined)(_arg.entries) && ( !("cameraOrientation" in _arg) || ((a: unknown): a is CameraOrientation3 => (a === undefined || isCameraOrientation3(a)))(_arg.cameraOrientation) ) && "comment" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.comment); } export function isJoiningStepEntry(_arg: unknown): _arg is JoiningStepEntry { return typeof _arg === "object" && _arg !== null && "assembly" in _arg && ((a: unknown): a is Assembly => (typeof a === "object" && a !== null))(_arg.assembly); } export function isKeyValue(_arg: unknown): _arg is KeyValue { return typeof _arg === "object" && _arg !== null && "key" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.key) && "value" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.value); } export function isLaserSheetCuttingGasUniqueMembers(_arg: unknown): _arg is LaserSheetCuttingGasUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isLaserSheetCuttingGas(_arg: unknown): _arg is LaserSheetCuttingGas { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name); } export function isLaserSheetCuttingMaxThicknessUniqueMembers(_arg: unknown): _arg is LaserSheetCuttingMaxThicknessUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingMaterialId) && "laserSheetCuttingGasId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.laserSheetCuttingGasId); } export function isLaserSheetCuttingMaxThickness(_arg: unknown): _arg is LaserSheetCuttingMaxThickness { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingMaterialId) && "laserSheetCuttingGasId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.laserSheetCuttingGasId) && "maxThickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxThickness) && "minThickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.minThickness); } export function isLaserSheetCuttingMinAreaUniqueMembers(_arg: unknown): _arg is LaserSheetCuttingMinAreaUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingMaterialId) && "laserSheetCuttingGasId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.laserSheetCuttingGasId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness); } export function isLaserSheetCuttingMinArea(_arg: unknown): _arg is LaserSheetCuttingMinArea { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingMaterialId) && "laserSheetCuttingGasId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.laserSheetCuttingGasId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "area" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.area); } export function isLaserSheetCuttingPierceTimeUniqueMembers(_arg: unknown): _arg is LaserSheetCuttingPierceTimeUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingMaterialId) && "laserSheetCuttingGasId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.laserSheetCuttingGasId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness); } export function isLaserSheetCuttingPierceTime(_arg: unknown): _arg is LaserSheetCuttingPierceTime { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingMaterialId) && "laserSheetCuttingGasId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.laserSheetCuttingGasId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "time" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.time); } export function isLaserSheetCuttingRateUniqueMembers(_arg: unknown): _arg is LaserSheetCuttingRateUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingMaterialId) && "laserSheetCuttingGasId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.laserSheetCuttingGasId); } export function isLaserSheetCuttingRate(_arg: unknown): _arg is LaserSheetCuttingRate { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingMaterialId) && "laserSheetCuttingGasId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.laserSheetCuttingGasId) && "rate" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.rate); } export function isLaserSheetCuttingSpeedUniqueMembers(_arg: unknown): _arg is LaserSheetCuttingSpeedUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingMaterialId) && "laserSheetCuttingGasId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.laserSheetCuttingGasId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness); } export function isLaserSheetCuttingSpeed(_arg: unknown): _arg is LaserSheetCuttingSpeed { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingMaterialId) && "laserSheetCuttingGasId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.laserSheetCuttingGasId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "speed" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.speed); } export function isLayer(_arg: unknown): _arg is Layer { return typeof _arg === "object" && _arg !== null && "descriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.descriptor) && "number" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.number) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name); } export function isLayeredExtraData(_arg: unknown): _arg is LayeredExtraData { return typeof _arg === "object" && _arg !== null && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "material" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.material); } export function isLineSegment(_arg: unknown): _arg is LineSegment { return typeof _arg === "object" && _arg !== null && "from" in _arg && isPoint2(_arg.from) && "to" in _arg && isPoint2(_arg.to); } export function isLowerDieUniqueMembers(_arg: unknown): _arg is LowerDieUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isLowerDie(_arg: unknown): _arg is LowerDie { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "lowerDieGroupId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.lowerDieGroupId) && "description" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.description); } export function isLowerDieGroupUniqueMembers(_arg: unknown): _arg is LowerDieGroupUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isLowerDieGroup(_arg: unknown): _arg is LowerDieGroup { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "exportIdentifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.exportIdentifier) && "openingWidth" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.openingWidth); } export function isLowerDieUnitUniqueMembers(_arg: unknown): _arg is LowerDieUnitUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "lowerDieId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.lowerDieId) && "dimX" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimX); } export function isLowerDieUnit(_arg: unknown): _arg is LowerDieUnit { return (typeof _arg === "object" && _arg !== null) && "lowerDieId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.lowerDieId) && "dimX" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimX) && "multiplicity" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.multiplicity); } export function isLstCreationParameters(_arg: unknown): _arg is LstCreationParameters { return typeof _arg === "object" && _arg !== null && "programName" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.programName) && "lttIdentifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.lttIdentifier) && "sheetThickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.sheetThickness) && "sheetMaterial" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterial) && "measureSheet" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.measureSheet) && "loadingSystem" in _arg && isTrumpfLoadingSystem(_arg.loadingSystem) && "evaporate" in _arg && isLstEvaporateMode(_arg.evaporate) && "measuringCorner" in _arg && isSheetCorner(_arg.measuringCorner) && "sheetMetalStop" in _arg && isSheetCorner(_arg.sheetMetalStop); } export function isMatrix2(_arg: unknown): _arg is Matrix2 { return typeof _arg === "object" && _arg !== null && "entries" in _arg && ((a: unknown): a is [ (number), (number), (number), (number), ] => { const m = [ ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"),]; return Array.isArray(a) && a.length === m.length && m.every((t, index) => t(a[index])); })(_arg.entries); } export function isMatrix3(_arg: unknown): _arg is Matrix3 { return typeof _arg === "object" && _arg !== null && "entries" in _arg && ((a: unknown): a is [ (number), (number), (number), (number), (number), (number), (number), (number), (number), ] => { const m = [ ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"),]; return Array.isArray(a) && a.length === m.length && m.every((t, index) => t(a[index])); })(_arg.entries); } export function isMatrix4(_arg: unknown): _arg is Matrix4 { return typeof _arg === "object" && _arg !== null && "entries" in _arg && ((a: unknown): a is [ (number), (number), (number), (number), (number), (number), (number), (number), (number), (number), (number), (number), (number), (number), (number), (number), ] => { const m = [ ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"),]; return Array.isArray(a) && a.length === m.length && m.every((t, index) => t(a[index])); })(_arg.entries); } export function isMeasurementScene(_arg: unknown): _arg is MeasurementScene { return typeof _arg === "object" && _arg !== null && "scene" in _arg && ((a: unknown): a is Scene => (typeof a === "object" && a !== null))(_arg.scene) && "camera" in _arg && isCamera3(_arg.camera); } export function isNest2PartInstance(_arg: unknown): _arg is Nest2PartInstance { return typeof _arg === "object" && _arg !== null && "descriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.descriptor) && "transformation" in _arg && isCoordinateSystem2(_arg.transformation); } export function isNest3InputBin(_arg: unknown): _arg is Nest3InputBin { return typeof _arg === "object" && _arg !== null && "box" in _arg && isBox3(_arg.box) && "maxWeight" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxWeight); } export function isNest3Part(_arg: unknown): _arg is Nest3Part { return typeof _arg === "object" && _arg !== null && "assembly" in _arg && ((a: unknown): a is Assembly => (typeof a === "object" && a !== null))(_arg.assembly) && "multiplicity" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.multiplicity) && "mass" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.mass) && "profileShadow" in _arg && ((a: unknown): a is ProfileShadowFuture => (typeof a === "object" && a !== null))(_arg.profileShadow); } export function isNest3ResultBox(_arg: unknown): _arg is Nest3ResultBox { return typeof _arg === "object" && _arg !== null && "assembly" in _arg && ((a: unknown): a is Assembly => (typeof a === "object" && a !== null))(_arg.assembly) && "weight" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.weight); } export function isNestingDissection(_arg: unknown): _arg is NestingDissection { return typeof _arg === "object" && _arg !== null && "nestingDescriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.nestingDescriptor) && ( !("xDissection" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.xDissection) ) && ( !("yDissection" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.yDissection) ); } export function isNewNodeParams(_arg: unknown): _arg is NewNodeParams { return typeof _arg === "object" && _arg !== null && "processType" in _arg && isProcessType(_arg.processType) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "nodeUserData" in _arg && isStringIndexedInterface(_arg.nodeUserData); } export function isNodeEditingStateEntry(_arg: unknown): _arg is NodeEditingStateEntry { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isNodeEditingStateEntryType(_arg.type) && (() : boolean => { switch (_arg.type) { case "missingDatum" : return isNodeEditingStateEntryMissingDatum(_arg.content); case "invalidDatum" : return isNodeEditingStateEntryInvalidDatum(_arg.content); }})() ; } export function isNodeEditingStateEntryInvalidDatum(_arg: unknown): _arg is NodeEditingStateEntryInvalidDatum { return typeof _arg === "object" && _arg !== null && "nodeDatumType" in _arg && isNodeDatumType(_arg.nodeDatumType) && "value" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.value); } export function isNodeEditingStateEntryMissingDatum(_arg: unknown): _arg is NodeEditingStateEntryMissingDatum { return typeof _arg === "object" && _arg !== null && "nodeDatumType" in _arg && isNodeDatumType(_arg.nodeDatumType); } export function isNodeUpdate(_arg: unknown): _arg is NodeUpdate { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isWorkStepType(_arg.type) && (() : boolean => { switch (_arg.type) { case "undefined" : return isNodeUpdateUndefined(_arg.content); case "sheet" : return isNodeUpdateSheet(_arg.content); case "sheetCutting" : return isNodeUpdateSheetCutting(_arg.content); case "joining" : return isNodeUpdateJoining(_arg.content); case "tubeCutting" : return isNodeUpdateTubeCutting(_arg.content); case "sheetBending" : return isNodeUpdateSheetBending(_arg.content); case "userDefined" : return isNodeUpdateUserDefined(_arg.content); case "userDefinedBase" : return isNodeUpdateUserDefinedBase(_arg.content); case "packaging" : return isNodeUpdatePackaging(_arg.content); case "transform" : return isNodeUpdateTransform(_arg.content); case "tube" : return isNodeUpdateTube(_arg.content); }})() ; } export function isNodeUpdateJoining(_arg: unknown): _arg is NodeUpdateJoining { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isNodeUpdatePackaging(_arg: unknown): _arg is NodeUpdatePackaging { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isNodeUpdateSheet(_arg: unknown): _arg is NodeUpdateSheet { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isNodeUpdateSheetBending(_arg: unknown): _arg is NodeUpdateSheetBending { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ) && ( !("dieChoiceMap" in _arg) || ((a: unknown): a is (DieChoiceMapEntry)[] => (a === undefined || ((a: unknown): a is (DieChoiceMapEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is DieChoiceMapEntry => !isDieChoiceMapEntry(e)) === undefined)(a)))(_arg.dieChoiceMap) ) && ( !("toggleUpperSide" in _arg) || ((a: unknown): a is boolean => (a === undefined || ((a: unknown): a is boolean => typeof a === "boolean")(a)))(_arg.toggleUpperSide) ) && ( !("correctBends" in _arg) || ((a: unknown): a is boolean => (a === undefined || ((a: unknown): a is boolean => typeof a === "boolean")(a)))(_arg.correctBends) ); } export function isNodeUpdateSheetCutting(_arg: unknown): _arg is NodeUpdateSheetCutting { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ) && ( !("sheetThickness" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.sheetThickness) ) && ( !("toggleUpperSide" in _arg) || ((a: unknown): a is boolean => (a === undefined || ((a: unknown): a is boolean => typeof a === "boolean")(a)))(_arg.toggleUpperSide) ); } export function isNodeUpdateTransform(_arg: unknown): _arg is NodeUpdateTransform { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isNodeUpdateTube(_arg: unknown): _arg is NodeUpdateTube { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isNodeUpdateTubeCutting(_arg: unknown): _arg is NodeUpdateTubeCutting { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isNodeUpdateUndefined(_arg: unknown): _arg is NodeUpdateUndefined { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isNodeUpdateUserDefined(_arg: unknown): _arg is NodeUpdateUserDefined { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isNodeUpdateUserDefinedBase(_arg: unknown): _arg is NodeUpdateUserDefinedBase { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isNodeUserDataBase(_arg: unknown): _arg is NodeUserDataBase { return typeof _arg === "object" && _arg !== null && "attachments" in _arg && ((a: unknown): a is (Attachment)[] => Array.isArray(a) && a.find((e: unknown) : e is Attachment => !isAttachment(e)) === undefined)(_arg.attachments) && "bendLineEngravingMode" in _arg && isBendLineEngravingMode(_arg.bendLineEngravingMode) && "comment" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.comment) && "deburrDoubleSided" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.deburrDoubleSided) && "fixedRotations" in _arg && ((a: unknown): a is (number)[] => Array.isArray(a) && a.find((e: unknown) : e is number => !((a: unknown): a is number => typeof a === "number")(e)) === undefined)(_arg.fixedRotations) && "numCountersinks" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.numCountersinks) && "numThreads" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.numThreads) && "purchasePartMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.purchasePartMaterialId) && "sheetFilterSheetIds" in _arg && ((a: unknown): a is (string)[] => Array.isArray(a) && a.find((e: unknown) : e is string => !((a: unknown): a is string => typeof a === "string")(e)) === undefined)(_arg.sheetFilterSheetIds) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId) && "sheetTappingData" in _arg && ((a: unknown): a is (SheetTappingDataEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetTappingDataEntry => !isSheetTappingDataEntry(e)) === undefined)(_arg.sheetTappingData) && "testReportRequired" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.testReportRequired) && "tubeMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeMaterialId) && "tubeSpecificationId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeSpecificationId) && "userDefinedMaterialCostsPerPiece" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.userDefinedMaterialCostsPerPiece) && "userDefinedScalePrices" in _arg && ((a: unknown): a is (UserDefinedScalePrice)[] => Array.isArray(a) && a.find((e: unknown) : e is UserDefinedScalePrice => !isUserDefinedScalePrice(e)) === undefined)(_arg.userDefinedScalePrices) && "userDefinedSetupTime" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.userDefinedSetupTime) && "userDefinedUnitTimePerPiece" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.userDefinedUnitTimePerPiece); } export function isPackagingUniqueMembers(_arg: unknown): _arg is PackagingUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isPackaging(_arg: unknown): _arg is Packaging { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "dimX" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimX) && "dimY" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimY) && "dimZ" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimZ) && "maxWeight" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxWeight) && "price" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.price) && "tr" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.tr) && "tep" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.tep) && "tea" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.tea) && "packagingWeight" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.packagingWeight); } export function isPackagingReplyStateContentInsufficientPackageVolume(_arg: unknown): _arg is PackagingReplyStateContentInsufficientPackageVolume { return true; } export function isPackagingReplyStateContentOverweightParts(_arg: unknown): _arg is PackagingReplyStateContentOverweightParts { return true; } export function isPackagingReplyStateContentUndefinedError(_arg: unknown): _arg is PackagingReplyStateContentUndefinedError { return true; } export function isPoint2(_arg: unknown): _arg is Point2 { return typeof _arg === "object" && _arg !== null && "entries" in _arg && ((a: unknown): a is [ (number), (number), ] => { const m = [ ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"),]; return Array.isArray(a) && a.length === m.length && m.every((t, index) => t(a[index])); })(_arg.entries); } export function isPoint3(_arg: unknown): _arg is Point3 { return typeof _arg === "object" && _arg !== null && "entries" in _arg && ((a: unknown): a is [ (number), (number), (number), ] => { const m = [ ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"),]; return Array.isArray(a) && a.length === m.length && m.every((t, index) => t(a[index])); })(_arg.entries); } export function isPrivateArticleCalcDataResourceEntry(_arg: unknown): _arg is PrivateArticleCalcDataResourceEntry { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && ( !("approxSemimanufacturedShare" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.approxSemimanufacturedShare) ) && ( !("manufacturingPriceExclSurcharges" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.manufacturingPriceExclSurcharges) ) && ( !("manufacturingPriceInclSurcharges" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.manufacturingPriceInclSurcharges) ) && ( !("recursiveManufacturingPriceExclSurcharges" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.recursiveManufacturingPriceExclSurcharges) ) && ( !("recursiveManufacturingPriceInclSurcharges" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.recursiveManufacturingPriceInclSurcharges) ) && ( !("sellingPrice" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.sellingPrice) ) && ( !("recursiveSellingPrice" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.recursiveSellingPrice) ); } export function isPrivateArticleRepresentation(_arg: unknown): _arg is PrivateArticleRepresentation { return typeof _arg === "object" && _arg !== null && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "externalPartNumber" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.externalPartNumber) && "externalDrawingNumber" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.externalDrawingNumber) && "externalRevisionNumber" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.externalRevisionNumber) && "comment" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.comment) && "multiplicity" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.multiplicity) && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && "rootId" in _arg && ((a: unknown): a is GraphNodeRootId => (typeof a === "object" && a !== null))(_arg.rootId) && "nodeIds" in _arg && ((a: unknown): a is (GraphNodeId)[] => Array.isArray(a) && a.find((e: unknown) : e is GraphNodeId => !((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(e)) === undefined)(_arg.nodeIds); } export function isPrivateArticleSignatureNodeResourceEntry(_arg: unknown): _arg is PrivateArticleSignatureNodeResourceEntry { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && "material" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.material) && ( !("mass" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.mass) ) && ( !("sheetThickness" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.sheetThickness) ); } export function isPrivateArticleTextResourceEntry(_arg: unknown): _arg is PrivateArticleTextResourceEntry { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && "details" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.details); } export function isPrivateAssemblyResourceEntry(_arg: unknown): _arg is PrivateAssemblyResourceEntry { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && "assembly" in _arg && ((a: unknown): a is Assembly => (typeof a === "object" && a !== null))(_arg.assembly); } export function isPrivateBinaryResourceEntry(_arg: unknown): _arg is PrivateBinaryResourceEntry { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && "data" in _arg && ((a: unknown): a is ArrayBuffer => a instanceof ArrayBuffer)(_arg.data); } export function isPrivateEditingNote(_arg: unknown): _arg is PrivateEditingNote { return typeof _arg === "object" && _arg !== null && "type" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.type) && "message" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.message); } export function isPrivateEditingNotesResourceEntry(_arg: unknown): _arg is PrivateEditingNotesResourceEntry { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && "notes" in _arg && ((a: unknown): a is (PrivateEditingNote)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateEditingNote => !isPrivateEditingNote(e)) === undefined)(_arg.notes); } export function isPrivateForceSheetMetalPartResourceEntry(_arg: unknown): _arg is PrivateForceSheetMetalPartResourceEntry { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && "canForceFuture" in _arg && ((a: unknown): a is BooleanFuture => (typeof a === "object" && a !== null))(_arg.canForceFuture); } export function isPrivateGraphData(_arg: unknown): _arg is PrivateGraphData { return typeof _arg === "object" && _arg !== null && "projectName" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.projectName); } export function isPrivateGuiData(_arg: unknown): _arg is PrivateGuiData { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isPrivateGuiDataType(_arg.type) && (() : boolean => { switch (_arg.type) { case "graphRep" : return isPrivateGuiDataGraphRep(_arg.content); }})() ; } export function isPrivateGuiDataGraphRep(_arg: unknown): _arg is PrivateGuiDataGraphRep { return typeof _arg === "object" && _arg !== null && "nodes" in _arg && ((a: unknown): a is (PrivateNodeRepresentation)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateNodeRepresentation => !isPrivateNodeRepresentation(e)) === undefined)(_arg.nodes) && "articles" in _arg && ((a: unknown): a is (PrivateArticleRepresentation)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateArticleRepresentation => !isPrivateArticleRepresentation(e)) === undefined)(_arg.articles) && "resources" in _arg && isPrivateResources(_arg.resources) && "data" in _arg && isPrivateGraphData(_arg.data) && "sourceMults" in _arg && ((a: unknown): a is (PrivateSourceMultEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateSourceMultEntry => !isPrivateSourceMultEntry(e)) === undefined)(_arg.sourceMults); } export function isPrivateMainWindowScriptAction(_arg: unknown): _arg is PrivateMainWindowScriptAction { return typeof _arg === "object" && _arg !== null && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "modulePath" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.modulePath) && "functionName" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.functionName) && ( !("shortcut" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.shortcut) ) && ( !("icon" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.icon) ) && ( !("menuType" in _arg) || ((a: unknown): a is PrivateMainWindowMenuType => (a === undefined || isPrivateMainWindowMenuType(a)))(_arg.menuType) ); } export function isPrivateMainWindowScriptConfig(_arg: unknown): _arg is PrivateMainWindowScriptConfig { return typeof _arg === "object" && _arg !== null && "scripts" in _arg && ((a: unknown): a is (PrivateMainWindowScriptAction)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateMainWindowScriptAction => !isPrivateMainWindowScriptAction(e)) === undefined)(_arg.scripts); } export function isPrivateManufacturingStateEntry(_arg: unknown): _arg is PrivateManufacturingStateEntry { return typeof _arg === "object" && _arg !== null && "level" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.level) && "message" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.message); } export function isPrivateManufacturingStateResourceEntry(_arg: unknown): _arg is PrivateManufacturingStateResourceEntry { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && "actualState" in _arg && ((a: unknown): a is (PrivateManufacturingStateEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateManufacturingStateEntry => !isPrivateManufacturingStateEntry(e)) === undefined)(_arg.actualState) && "virtualState" in _arg && ((a: unknown): a is (PrivateManufacturingStateEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateManufacturingStateEntry => !isPrivateManufacturingStateEntry(e)) === undefined)(_arg.virtualState); } export function isPrivateMeasurementScenesResourceEntry(_arg: unknown): _arg is PrivateMeasurementScenesResourceEntry { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && "data" in _arg && ((a: unknown): a is (MeasurementScene)[] => Array.isArray(a) && a.find((e: unknown) : e is MeasurementScene => !isMeasurementScene(e)) === undefined)(_arg.data); } export function isPrivateNodeCalcDataResourceEntry(_arg: unknown): _arg is PrivateNodeCalcDataResourceEntry { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && ( !("materialCosts" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.materialCosts) ) && ( !("setupTime" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.setupTime) ) && ( !("unitTime" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.unitTime) ) && ( !("manufacturingPriceExclSurcharges" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.manufacturingPriceExclSurcharges) ) && ( !("manufacturingPriceInclSurcharges" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.manufacturingPriceInclSurcharges) ) && ( !("sellingPrice" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.sellingPrice) ); } export function isPrivateNodeRepresentation(_arg: unknown): _arg is PrivateNodeRepresentation { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && "rootId" in _arg && ((a: unknown): a is GraphNodeRootId => (typeof a === "object" && a !== null))(_arg.rootId) && "sourceNodeIds" in _arg && ((a: unknown): a is (GraphNodeId)[] => Array.isArray(a) && a.find((e: unknown) : e is GraphNodeId => !((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(e)) === undefined)(_arg.sourceNodeIds) && "targetNodeIds" in _arg && ((a: unknown): a is (GraphNodeId)[] => Array.isArray(a) && a.find((e: unknown) : e is GraphNodeId => !((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(e)) === undefined)(_arg.targetNodeIds) && "workStepType" in _arg && isWorkStepType(_arg.workStepType) && "processType" in _arg && isProcessType(_arg.processType) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "processName" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processName) && "comment" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.comment) && "hasTwoDimInput" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.hasTwoDimInput) && "hasCalcOverride" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.hasCalcOverride); } export function isPrivateNodeTextResourceEntry(_arg: unknown): _arg is PrivateNodeTextResourceEntry { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && "brief" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.brief) && "details" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.details) && "toolTip" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.toolTip); } export function isPrivatePostProcessingResultCreateSourcesSheetCutting(_arg: unknown): _arg is PrivatePostProcessingResultCreateSourcesSheetCutting { return typeof _arg === "object" && _arg !== null && "source" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.source) && "deducedDataOfSource" in _arg && isStringIndexedInterface(_arg.deducedDataOfSource); } export function isPrivatePostProcessingResultCreateWorkStep(_arg: unknown): _arg is PrivatePostProcessingResultCreateWorkStep { return typeof _arg === "object" && _arg !== null && "processType" in _arg && isProcessType(_arg.processType) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "nodeUserData" in _arg && isStringIndexedInterface(_arg.nodeUserData) && ( !("articleUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.articleUserData) ); } export function isPrivateProblematicGeometryResourceEntry(_arg: unknown): _arg is PrivateProblematicGeometryResourceEntry { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && "hasProblematicGeometries" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.hasProblematicGeometries); } export function isPrivateResources(_arg: unknown): _arg is PrivateResources { return typeof _arg === "object" && _arg !== null && "pngs" in _arg && ((a: unknown): a is (PrivateBinaryResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateBinaryResourceEntry => !isPrivateBinaryResourceEntry(e)) === undefined)(_arg.pngs) && "inputAssemblies" in _arg && ((a: unknown): a is (PrivateAssemblyResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateAssemblyResourceEntry => !isPrivateAssemblyResourceEntry(e)) === undefined)(_arg.inputAssemblies) && "outputAssemblies" in _arg && ((a: unknown): a is (PrivateAssemblyResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateAssemblyResourceEntry => !isPrivateAssemblyResourceEntry(e)) === undefined)(_arg.outputAssemblies) && "defaultScenes" in _arg && ((a: unknown): a is (PrivateSceneResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateSceneResourceEntry => !isPrivateSceneResourceEntry(e)) === undefined)(_arg.defaultScenes) && "bendZoneScenes" in _arg && ((a: unknown): a is (PrivateSceneResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateSceneResourceEntry => !isPrivateSceneResourceEntry(e)) === undefined)(_arg.bendZoneScenes) && "lowerDieAffectZoneScenes" in _arg && ((a: unknown): a is (PrivateSceneResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateSceneResourceEntry => !isPrivateSceneResourceEntry(e)) === undefined)(_arg.lowerDieAffectZoneScenes) && "technicalDrawingScenes" in _arg && ((a: unknown): a is (PrivateMeasurementScenesResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateMeasurementScenesResourceEntry => !isPrivateMeasurementScenesResourceEntry(e)) === undefined)(_arg.technicalDrawingScenes) && "tubeOutlineScenes" in _arg && ((a: unknown): a is (PrivateSceneResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateSceneResourceEntry => !isPrivateSceneResourceEntry(e)) === undefined)(_arg.tubeOutlineScenes) && "editingNotes" in _arg && ((a: unknown): a is (PrivateEditingNotesResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateEditingNotesResourceEntry => !isPrivateEditingNotesResourceEntry(e)) === undefined)(_arg.editingNotes) && "manufacturingStates" in _arg && ((a: unknown): a is (PrivateManufacturingStateResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateManufacturingStateResourceEntry => !isPrivateManufacturingStateResourceEntry(e)) === undefined)(_arg.manufacturingStates) && "nodeTexts" in _arg && ((a: unknown): a is (PrivateNodeTextResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateNodeTextResourceEntry => !isPrivateNodeTextResourceEntry(e)) === undefined)(_arg.nodeTexts) && "articleTexts" in _arg && ((a: unknown): a is (PrivateArticleTextResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateArticleTextResourceEntry => !isPrivateArticleTextResourceEntry(e)) === undefined)(_arg.articleTexts) && "articleCalcData" in _arg && ((a: unknown): a is (PrivateArticleCalcDataResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateArticleCalcDataResourceEntry => !isPrivateArticleCalcDataResourceEntry(e)) === undefined)(_arg.articleCalcData) && "articleSignatureNodeData" in _arg && ((a: unknown): a is (PrivateArticleSignatureNodeResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateArticleSignatureNodeResourceEntry => !isPrivateArticleSignatureNodeResourceEntry(e)) === undefined)(_arg.articleSignatureNodeData) && "nodeCalcData" in _arg && ((a: unknown): a is (PrivateNodeCalcDataResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateNodeCalcDataResourceEntry => !isPrivateNodeCalcDataResourceEntry(e)) === undefined)(_arg.nodeCalcData) && "nodeProblematicGeometryData" in _arg && ((a: unknown): a is (PrivateProblematicGeometryResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateProblematicGeometryResourceEntry => !isPrivateProblematicGeometryResourceEntry(e)) === undefined)(_arg.nodeProblematicGeometryData) && "nodeForceSheetMetalPartData" in _arg && ((a: unknown): a is (PrivateForceSheetMetalPartResourceEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is PrivateForceSheetMetalPartResourceEntry => !isPrivateForceSheetMetalPartResourceEntry(e)) === undefined)(_arg.nodeForceSheetMetalPartData); } export function isPrivateSceneResourceEntry(_arg: unknown): _arg is PrivateSceneResourceEntry { return typeof _arg === "object" && _arg !== null && "nodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.nodeId) && "data" in _arg && ((a: unknown): a is Scene => (typeof a === "object" && a !== null))(_arg.data); } export function isPrivateSheetTablesEditorInitData(_arg: unknown): _arg is PrivateSheetTablesEditorInitData { return typeof _arg === "object" && _arg !== null && "sheetMaterials" in _arg && ((a: unknown): a is (SheetMaterial)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetMaterial => !isSheetMaterial(e)) === undefined)(_arg.sheetMaterials) && "sheetMaterialDensities" in _arg && ((a: unknown): a is (SheetMaterialDensity)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetMaterialDensity => !isSheetMaterialDensity(e)) === undefined)(_arg.sheetMaterialDensities) && "sheetMaterialScrapValues" in _arg && ((a: unknown): a is (SheetMaterialScrapValue)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetMaterialScrapValue => !isSheetMaterialScrapValue(e)) === undefined)(_arg.sheetMaterialScrapValues) && "sheets" in _arg && ((a: unknown): a is (Sheet)[] => Array.isArray(a) && a.find((e: unknown) : e is Sheet => !isSheet(e)) === undefined)(_arg.sheets) && "sheetPrices" in _arg && ((a: unknown): a is (SheetPrice)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetPrice => !isSheetPrice(e)) === undefined)(_arg.sheetPrices) && "sheetStocks" in _arg && ((a: unknown): a is (SheetStock)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetStock => !isSheetStock(e)) === undefined)(_arg.sheetStocks) && "sheetModuli" in _arg && ((a: unknown): a is (SheetModulus)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetModulus => !isSheetModulus(e)) === undefined)(_arg.sheetModuli) && "sheetPriorities" in _arg && ((a: unknown): a is (SheetPriority)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetPriority => !isSheetPriority(e)) === undefined)(_arg.sheetPriorities) && "sheetCuttingMaterials" in _arg && ((a: unknown): a is (SheetCuttingMaterial)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetCuttingMaterial => !isSheetCuttingMaterial(e)) === undefined)(_arg.sheetCuttingMaterials) && "sheetBendingMaterials" in _arg && ((a: unknown): a is (SheetBendingMaterial)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetBendingMaterial => !isSheetBendingMaterial(e)) === undefined)(_arg.sheetBendingMaterials) && "sheetCuttingMaterialMappings" in _arg && ((a: unknown): a is (SheetCuttingMaterialMapping)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetCuttingMaterialMapping => !isSheetCuttingMaterialMapping(e)) === undefined)(_arg.sheetCuttingMaterialMappings) && "sheetBendingMaterialMappings" in _arg && ((a: unknown): a is (SheetBendingMaterialMapping)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetBendingMaterialMapping => !isSheetBendingMaterialMapping(e)) === undefined)(_arg.sheetBendingMaterialMappings); } export function isPrivateSourceMultEntry(_arg: unknown): _arg is PrivateSourceMultEntry { return typeof _arg === "object" && _arg !== null && "sourceArticleNodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.sourceArticleNodeId) && "targetArticleNodeId" in _arg && ((a: unknown): a is GraphNodeId => (typeof a === "object" && a !== null))(_arg.targetArticleNodeId) && "multiplicity" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.multiplicity); } export function isPrivateTubeTablesEditorInitData(_arg: unknown): _arg is PrivateTubeTablesEditorInitData { return typeof _arg === "object" && _arg !== null && "tubeMaterials" in _arg && ((a: unknown): a is (TubeMaterial)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeMaterial => !isTubeMaterial(e)) === undefined)(_arg.tubeMaterials) && "tubeMaterialDensities" in _arg && ((a: unknown): a is (TubeMaterialDensity)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeMaterialDensity => !isTubeMaterialDensity(e)) === undefined)(_arg.tubeMaterialDensities) && "tubeProfiles" in _arg && ((a: unknown): a is (TubeProfile)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeProfile => !isTubeProfile(e)) === undefined)(_arg.tubeProfiles) && "tubeSpecifications" in _arg && ((a: unknown): a is (TubeSpecification)[] => Array.isArray(a) && a.find((e: unknown) : e is TubeSpecification => !isTubeSpecification(e)) === undefined)(_arg.tubeSpecifications) && "tubes" in _arg && ((a: unknown): a is (Tube)[] => Array.isArray(a) && a.find((e: unknown) : e is Tube => !isTube(e)) === undefined)(_arg.tubes); } export function isProcessUniqueMembers(_arg: unknown): _arg is ProcessUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isProcess(_arg: unknown): _arg is Process { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "parentIdentifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.parentIdentifier) && "type" in _arg && isProcessType(_arg.type) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "costCenter" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.costCenter) && "priority" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.priority) && "active" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.active) && "childrenActive" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.childrenActive) && "description" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.description); } export function isProcessConstraintsPurchasePartMaterialUniqueMembers(_arg: unknown): _arg is ProcessConstraintsPurchasePartMaterialUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "purchasePartMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.purchasePartMaterialId); } export function isProcessConstraintsPurchasePartMaterial(_arg: unknown): _arg is ProcessConstraintsPurchasePartMaterial { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "purchasePartMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.purchasePartMaterialId) && "isAllowed" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.isAllowed); } export function isProcessConstraintsSheetMaterialUniqueMembers(_arg: unknown): _arg is ProcessConstraintsSheetMaterialUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId); } export function isProcessConstraintsSheetMaterial(_arg: unknown): _arg is ProcessConstraintsSheetMaterial { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId) && "isAllowed" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.isAllowed); } export function isProcessConstraintsTubeMaterialUniqueMembers(_arg: unknown): _arg is ProcessConstraintsTubeMaterialUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "tubeMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeMaterialId); } export function isProcessConstraintsTubeMaterial(_arg: unknown): _arg is ProcessConstraintsTubeMaterial { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "tubeMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeMaterialId) && "isAllowed" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.isAllowed); } export function isProcessConsumableRateUniqueMembers(_arg: unknown): _arg is ProcessConsumableRateUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "consumableId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.consumableId); } export function isProcessConsumableRate(_arg: unknown): _arg is ProcessConsumableRate { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "consumableId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.consumableId) && "unitsPerHour" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.unitsPerHour); } export function isProcessHandlingTimeUniqueMembers(_arg: unknown): _arg is ProcessHandlingTimeUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "mass" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.mass); } export function isProcessHandlingTime(_arg: unknown): _arg is ProcessHandlingTime { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "mass" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.mass) && "setupTimeDelta" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.setupTimeDelta) && "unitTimeDelta" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.unitTimeDelta); } export function isProcessIdlePeriodUniqueMembers(_arg: unknown): _arg is ProcessIdlePeriodUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId); } export function isProcessIdlePeriod(_arg: unknown): _arg is ProcessIdlePeriod { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "time" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.time); } export function isProcessRateUniqueMembers(_arg: unknown): _arg is ProcessRateUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId); } export function isProcessRate(_arg: unknown): _arg is ProcessRate { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "rate" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.rate); } export function isProcessSetupTimeFallbackUniqueMembers(_arg: unknown): _arg is ProcessSetupTimeFallbackUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId); } export function isProcessSetupTimeFallback(_arg: unknown): _arg is ProcessSetupTimeFallback { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "time" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.time); } export function isProcessUnitTimeFallbackUniqueMembers(_arg: unknown): _arg is ProcessUnitTimeFallbackUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId); } export function isProcessUnitTimeFallback(_arg: unknown): _arg is ProcessUnitTimeFallback { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "time" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.time); } export function isProfileShadow(_arg: unknown): _arg is ProfileShadow { return typeof _arg === "object" && _arg !== null && "coordinateSystem" in _arg && isCoordinateSystem3(_arg.coordinateSystem) && "shadow" in _arg && ((a: unknown): a is InnerOuterPolygon => (typeof a === "object" && a !== null))(_arg.shadow); } export function isProgramVersion(_arg: unknown): _arg is ProgramVersion { return typeof _arg === "object" && _arg !== null && "major" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.major) && "minor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.minor) && "patch" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.patch); } export function isPurchasePartMaterialUniqueMembers(_arg: unknown): _arg is PurchasePartMaterialUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isPurchasePartMaterial(_arg: unknown): _arg is PurchasePartMaterial { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "density" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.density) && "description" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.description); } export function isReferredEntryMissingTableError(_arg: unknown): _arg is ReferredEntryMissingTableError { return typeof _arg === "object" && _arg !== null && "affectedRowType" in _arg && isTableType(_arg.affectedRowType) && "affectedRowIndex" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.affectedRowIndex) && "affectedColumnIndex" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.affectedColumnIndex) && "relatedRowType" in _arg && isTableType(_arg.relatedRowType) && "relatedColumnIndex" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.relatedColumnIndex) && "referredId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.referredId); } export function isReferringEntryMissingTableError(_arg: unknown): _arg is ReferringEntryMissingTableError { return typeof _arg === "object" && _arg !== null && "affectedRowType" in _arg && isTableType(_arg.affectedRowType) && "affectedColumnIndex" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.affectedColumnIndex) && "relatedRowType" in _arg && isTableType(_arg.relatedRowType) && "relatedRowIndex" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.relatedRowIndex) && "relatedColumnIndex" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.relatedColumnIndex); } export function isRenderSceneSettings(_arg: unknown): _arg is RenderSceneSettings { return typeof _arg === "object" && _arg !== null && "resolution" in _arg && isResolution(_arg.resolution) && ( !("viewPort" in _arg) || ((a: unknown): a is Box2 => (a === undefined || isBox2(a)))(_arg.viewPort) ); } export function isReplyStateIndicatorMap(_arg: unknown): _arg is ReplyStateIndicatorMap { return typeof _arg === "object" && _arg !== null && ( !("undefined" in _arg) || ((a: unknown): a is ReplyStateIndicatorsUndefined => (a === undefined || isReplyStateIndicatorsUndefined(a)))(_arg.undefined) ) && ( !("sheet" in _arg) || ((a: unknown): a is ReplyStateIndicatorsSheet => (a === undefined || isReplyStateIndicatorsSheet(a)))(_arg.sheet) ) && ( !("sheetCutting" in _arg) || ((a: unknown): a is ReplyStateIndicatorsSheetCutting => (a === undefined || isReplyStateIndicatorsSheetCutting(a)))(_arg.sheetCutting) ) && ( !("joining" in _arg) || ((a: unknown): a is ReplyStateIndicatorsJoining => (a === undefined || isReplyStateIndicatorsJoining(a)))(_arg.joining) ) && ( !("tubeCutting" in _arg) || ((a: unknown): a is ReplyStateIndicatorsTubeCutting => (a === undefined || isReplyStateIndicatorsTubeCutting(a)))(_arg.tubeCutting) ) && ( !("sheetBending" in _arg) || ((a: unknown): a is ReplyStateIndicatorsSheetBending => (a === undefined || isReplyStateIndicatorsSheetBending(a)))(_arg.sheetBending) ) && ( !("userDefined" in _arg) || ((a: unknown): a is ReplyStateIndicatorsUserDefined => (a === undefined || isReplyStateIndicatorsUserDefined(a)))(_arg.userDefined) ) && ( !("userDefinedBase" in _arg) || ((a: unknown): a is ReplyStateIndicatorsUserDefinedBase => (a === undefined || isReplyStateIndicatorsUserDefinedBase(a)))(_arg.userDefinedBase) ) && ( !("packaging" in _arg) || ((a: unknown): a is ReplyStateIndicatorsPackaging => (a === undefined || isReplyStateIndicatorsPackaging(a)))(_arg.packaging) ) && ( !("transform" in _arg) || ((a: unknown): a is ReplyStateIndicatorsTransform => (a === undefined || isReplyStateIndicatorsTransform(a)))(_arg.transform) ) && ( !("tube" in _arg) || ((a: unknown): a is ReplyStateIndicatorsTube => (a === undefined || isReplyStateIndicatorsTube(a)))(_arg.tube) ); } export function isReplyStateIndicatorsJoining(_arg: unknown): _arg is ReplyStateIndicatorsJoining { return typeof _arg === "object" && _arg !== null && "replyStateIndicators" in _arg && isReplyStateMapJoining(_arg.replyStateIndicators); } export function isReplyStateIndicatorsPackaging(_arg: unknown): _arg is ReplyStateIndicatorsPackaging { return typeof _arg === "object" && _arg !== null && "replyStateIndicators" in _arg && isReplyStateMapPackaging(_arg.replyStateIndicators); } export function isReplyStateIndicatorsSheet(_arg: unknown): _arg is ReplyStateIndicatorsSheet { return typeof _arg === "object" && _arg !== null && "replyStateIndicators" in _arg && isReplyStateMapSheet(_arg.replyStateIndicators); } export function isReplyStateIndicatorsSheetBending(_arg: unknown): _arg is ReplyStateIndicatorsSheetBending { return typeof _arg === "object" && _arg !== null && "replyStateIndicators" in _arg && isReplyStateMapSheetBending(_arg.replyStateIndicators); } export function isReplyStateIndicatorsSheetCutting(_arg: unknown): _arg is ReplyStateIndicatorsSheetCutting { return typeof _arg === "object" && _arg !== null && "replyStateIndicators" in _arg && isReplyStateMapSheetCutting(_arg.replyStateIndicators); } export function isReplyStateIndicatorsTransform(_arg: unknown): _arg is ReplyStateIndicatorsTransform { return typeof _arg === "object" && _arg !== null && "replyStateIndicators" in _arg && isReplyStateMapTransform(_arg.replyStateIndicators); } export function isReplyStateIndicatorsTube(_arg: unknown): _arg is ReplyStateIndicatorsTube { return typeof _arg === "object" && _arg !== null && "replyStateIndicators" in _arg && isReplyStateMapTube(_arg.replyStateIndicators); } export function isReplyStateIndicatorsTubeCutting(_arg: unknown): _arg is ReplyStateIndicatorsTubeCutting { return typeof _arg === "object" && _arg !== null && "replyStateIndicators" in _arg && isReplyStateMapTubeCutting(_arg.replyStateIndicators); } export function isReplyStateIndicatorsUndefined(_arg: unknown): _arg is ReplyStateIndicatorsUndefined { return typeof _arg === "object" && _arg !== null && "replyStateIndicators" in _arg && isReplyStateMapUndefined(_arg.replyStateIndicators); } export function isReplyStateIndicatorsUserDefined(_arg: unknown): _arg is ReplyStateIndicatorsUserDefined { return typeof _arg === "object" && _arg !== null && "replyStateIndicators" in _arg && isReplyStateMapUserDefined(_arg.replyStateIndicators); } export function isReplyStateIndicatorsUserDefinedBase(_arg: unknown): _arg is ReplyStateIndicatorsUserDefinedBase { return typeof _arg === "object" && _arg !== null && "replyStateIndicators" in _arg && isReplyStateMapUserDefinedBase(_arg.replyStateIndicators); } export function isReplyStateMapJoining(_arg: unknown): _arg is ReplyStateMapJoining { return typeof _arg === "object" && _arg !== null && ( !("undefinedError" in _arg) || ((a: unknown): a is JoiningReplyStateContentUndefinedError => (a === undefined || isJoiningReplyStateContentUndefinedError(a)))(_arg.undefinedError) ); } export function isReplyStateMapPackaging(_arg: unknown): _arg is ReplyStateMapPackaging { return typeof _arg === "object" && _arg !== null && ( !("undefinedError" in _arg) || ((a: unknown): a is PackagingReplyStateContentUndefinedError => (a === undefined || isPackagingReplyStateContentUndefinedError(a)))(_arg.undefinedError) ) && ( !("insufficientPackageVolume" in _arg) || ((a: unknown): a is PackagingReplyStateContentInsufficientPackageVolume => (a === undefined || isPackagingReplyStateContentInsufficientPackageVolume(a)))(_arg.insufficientPackageVolume) ) && ( !("overweightParts" in _arg) || ((a: unknown): a is PackagingReplyStateContentOverweightParts => (a === undefined || isPackagingReplyStateContentOverweightParts(a)))(_arg.overweightParts) ); } export function isReplyStateMapSheet(_arg: unknown): _arg is ReplyStateMapSheet { return typeof _arg === "object" && _arg !== null && ( !("undefinedError" in _arg) || ((a: unknown): a is SheetReplyStateContentUndefinedError => (a === undefined || isSheetReplyStateContentUndefinedError(a)))(_arg.undefinedError) ) && ( !("nestingFailed" in _arg) || ((a: unknown): a is SheetReplyStateContentNestingFailedError => (a === undefined || isSheetReplyStateContentNestingFailedError(a)))(_arg.nestingFailed) ); } export function isReplyStateMapSheetBending(_arg: unknown): _arg is ReplyStateMapSheetBending { return typeof _arg === "object" && _arg !== null && ( !("undefinedError" in _arg) || ((a: unknown): a is BendReplyStateContentUndefinedError => (a === undefined || isBendReplyStateContentUndefinedError(a)))(_arg.undefinedError) ) && ( !("multipleOuterContours" in _arg) || ((a: unknown): a is BendReplyStateContentMultipleOuterContours => (a === undefined || isBendReplyStateContentMultipleOuterContours(a)))(_arg.multipleOuterContours) ) && ( !("contourInBend" in _arg) || ((a: unknown): a is BendReplyStateContentContourInBend => (a === undefined || isBendReplyStateContentContourInBend(a)))(_arg.contourInBend) ) && ( !("invalidBend" in _arg) || ((a: unknown): a is BendReplyStateContentInvalidBend => (a === undefined || isBendReplyStateContentInvalidBend(a)))(_arg.invalidBend) ) && ( !("undetectedFeatures" in _arg) || ((a: unknown): a is BendReplyStateContentUndetectedFeatures => (a === undefined || isBendReplyStateContentUndetectedFeatures(a)))(_arg.undetectedFeatures) ) && ( !("unfoldingFailed" in _arg) || ((a: unknown): a is BendReplyStateContentUnfoldingFailed => (a === undefined || isBendReplyStateContentUnfoldingFailed(a)))(_arg.unfoldingFailed) ) && ( !("bendDeductionApplicationFailed" in _arg) || ((a: unknown): a is BendReplyStateContentBendDeductionApplicationFailed => (a === undefined || isBendReplyStateContentBendDeductionApplicationFailed(a)))(_arg.bendDeductionApplicationFailed) ); } export function isReplyStateMapSheetCutting(_arg: unknown): _arg is ReplyStateMapSheetCutting { return typeof _arg === "object" && _arg !== null && ( !("undefinedError" in _arg) || ((a: unknown): a is SheetCuttingReplyStateContentUndefinedError => (a === undefined || isSheetCuttingReplyStateContentUndefinedError(a)))(_arg.undefinedError) ) && ( !("undetectedFeatures" in _arg) || ((a: unknown): a is SheetCuttingReplyStateContentUndetectedFeatures => (a === undefined || isSheetCuttingReplyStateContentUndetectedFeatures(a)))(_arg.undetectedFeatures) ) && ( !("multipleOuterContours" in _arg) || ((a: unknown): a is SheetCuttingReplyStateContentMultipleOuterContours => (a === undefined || isSheetCuttingReplyStateContentMultipleOuterContours(a)))(_arg.multipleOuterContours) ) && ( !("unused0" in _arg) || ((a: unknown): a is Unused => (a === undefined || isUnused(a)))(_arg.unused0) ); } export function isReplyStateMapTransform(_arg: unknown): _arg is ReplyStateMapTransform { return typeof _arg === "object" && _arg !== null && ( !("undefinedError" in _arg) || ((a: unknown): a is TransformReplyStateContentUndefinedError => (a === undefined || isTransformReplyStateContentUndefinedError(a)))(_arg.undefinedError) ); } export function isReplyStateMapTube(_arg: unknown): _arg is ReplyStateMapTube { return typeof _arg === "object" && _arg !== null && ( !("undefinedError" in _arg) || ((a: unknown): a is TubeReplyStateContentUndefinedError => (a === undefined || isTubeReplyStateContentUndefinedError(a)))(_arg.undefinedError) ); } export function isReplyStateMapTubeCutting(_arg: unknown): _arg is ReplyStateMapTubeCutting { return typeof _arg === "object" && _arg !== null && ( !("undefinedError" in _arg) || ((a: unknown): a is TubeCuttingReplyStateContentUndefinedError => (a === undefined || isTubeCuttingReplyStateContentUndefinedError(a)))(_arg.undefinedError) ) && ( !("undetectedFeatures" in _arg) || ((a: unknown): a is TubeCuttingReplyStateContentUndetectedFeatures => (a === undefined || isTubeCuttingReplyStateContentUndetectedFeatures(a)))(_arg.undetectedFeatures) ); } export function isReplyStateMapUndefined(_arg: unknown): _arg is ReplyStateMapUndefined { return typeof _arg === "object" && _arg !== null && ( !("undefinedError" in _arg) || ((a: unknown): a is UndefinedReplyStateContentUndefinedError => (a === undefined || isUndefinedReplyStateContentUndefinedError(a)))(_arg.undefinedError) ); } export function isReplyStateMapUserDefined(_arg: unknown): _arg is ReplyStateMapUserDefined { return typeof _arg === "object" && _arg !== null && ( !("undefinedError" in _arg) || ((a: unknown): a is UserDefinedReplyStateContentUndefinedError => (a === undefined || isUserDefinedReplyStateContentUndefinedError(a)))(_arg.undefinedError) ); } export function isReplyStateMapUserDefinedBase(_arg: unknown): _arg is ReplyStateMapUserDefinedBase { return typeof _arg === "object" && _arg !== null && ( !("undefinedError" in _arg) || ((a: unknown): a is UserDefinedBaseReplyStateContentUndefinedError => (a === undefined || isUserDefinedBaseReplyStateContentUndefinedError(a)))(_arg.undefinedError) ); } export function isResolution(_arg: unknown): _arg is Resolution { return typeof _arg === "object" && _arg !== null && "width" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.width) && "height" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.height); } export function isSceneConfig(_arg: unknown): _arg is SceneConfig { return typeof _arg === "object" && _arg !== null && ( !("elements" in _arg) || ((a: unknown): a is SceneElements => (a === undefined || isSceneElements(a)))(_arg.elements) ) && ( !("sceneId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.sceneId) ) && ( !("fontSize" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.fontSize) ) && ( !("textItems" in _arg) || ((a: unknown): a is (SceneTextItem)[] => (a === undefined || ((a: unknown): a is (SceneTextItem)[] => Array.isArray(a) && a.find((e: unknown) : e is SceneTextItem => !isSceneTextItem(e)) === undefined)(a)))(_arg.textItems) ) && ( !("sheetBendingBendLineMaxEngravingLength" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.sheetBendingBendLineMaxEngravingLength) ) && ( !("sheetExtraText" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.sheetExtraText) ) && ( !("sheetNestingDissections" in _arg) || ((a: unknown): a is (NestingDissection)[] => (a === undefined || ((a: unknown): a is (NestingDissection)[] => Array.isArray(a) && a.find((e: unknown) : e is NestingDissection => !isNestingDissection(e)) === undefined)(a)))(_arg.sheetNestingDissections) ); } export function isSceneLabel(_arg: unknown): _arg is SceneLabel { return typeof _arg === "object" && _arg !== null && "position" in _arg && isPoint2(_arg.position) && "text" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.text) && "fontSize" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.fontSize); } export function isSceneObjectData(_arg: unknown): _arg is SceneObjectData { return typeof _arg === "object" && _arg !== null && "zValue" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.zValue) && "bendAngle" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendAngle) && "innerRadius" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.innerRadius) && "upperDieGroup" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.upperDieGroup) && "lowerDieGroup" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.lowerDieGroup) && "sharpDeduction" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.sharpDeduction); } export function isSceneSceneData(_arg: unknown): _arg is SceneSceneData { return typeof _arg === "object" && _arg !== null && "material" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.material) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "comment" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.comment) && "globalMaterial" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.globalMaterial); } export function isSceneStyle(_arg: unknown): _arg is SceneStyle { return typeof _arg === "object" && _arg !== null && ( !("strokeWidth" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.strokeWidth) ) && ( !("strokeColor" in _arg) || ((a: unknown): a is Color => (a === undefined || isColor(a)))(_arg.strokeColor) ) && ( !("fillColor" in _arg) || ((a: unknown): a is Vector4 => (a === undefined || isVector4(a)))(_arg.fillColor) ) && ( !("strokeStyle" in _arg) || ((a: unknown): a is StrokeStyle => (a === undefined || isStrokeStyle(a)))(_arg.strokeStyle) ) && ( !("zValue" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.zValue) ) && ( !("fontSize" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.fontSize) ); } export function isSceneTextItem(_arg: unknown): _arg is SceneTextItem { return typeof _arg === "object" && _arg !== null && "text" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.text) && "pos" in _arg && isPoint2(_arg.pos); } export function isScrewThreadUniqueMembers(_arg: unknown): _arg is ScrewThreadUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isScrewThread(_arg: unknown): _arg is ScrewThread { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "coreHoleDiameter" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.coreHoleDiameter) && "minDepth" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.minDepth) && "symmetricTolerance" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.symmetricTolerance); } export function isSegment(_arg: unknown): _arg is Segment { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isSegmentType(_arg.type) && (() : boolean => { switch (_arg.type) { case "line" : return isLineSegment(_arg.content); case "arc" : return isArcSegment(_arg.content); }})() ; } export function isSettingUniqueMembers(_arg: unknown): _arg is SettingUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "key" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.key); } export function isSetting(_arg: unknown): _arg is Setting { return (typeof _arg === "object" && _arg !== null) && "key" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.key) && "value" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.value); } export function isSettingsTableDataBase(_arg: unknown): _arg is SettingsTableDataBase { return typeof _arg === "object" && _arg !== null && "bendFlangeSafetyDistance" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendFlangeSafetyDistance) && "dieBendingSetupTimeDistributionEnabled" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.dieBendingSetupTimeDistributionEnabled) && "tubeClampingLength" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.tubeClampingLength); } export function isSheetUniqueMembers(_arg: unknown): _arg is SheetUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isSheet(_arg: unknown): _arg is Sheet { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId) && "dimX" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimX) && "dimY" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimY) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "description" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.description); } export function isSheetBendingMaterialUniqueMembers(_arg: unknown): _arg is SheetBendingMaterialUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isSheetBendingMaterial(_arg: unknown): _arg is SheetBendingMaterial { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name); } export function isSheetBendingMaterialMappingUniqueMembers(_arg: unknown): _arg is SheetBendingMaterialMappingUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId); } export function isSheetBendingMaterialMapping(_arg: unknown): _arg is SheetBendingMaterialMapping { return (typeof _arg === "object" && _arg !== null) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId) && "sheetBendingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetBendingMaterialId); } export function isSheetCuttingCalcParams(_arg: unknown): _arg is SheetCuttingCalcParams { return typeof _arg === "object" && _arg !== null && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId) && "bendLineEngravingMode" in _arg && isBendLineEngravingMode(_arg.bendLineEngravingMode) && "machineVMax" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.machineVMax) && "machineAMax" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.machineAMax); } export function isSheetCuttingMaterialUniqueMembers(_arg: unknown): _arg is SheetCuttingMaterialUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isSheetCuttingMaterial(_arg: unknown): _arg is SheetCuttingMaterial { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name); } export function isSheetCuttingMaterialMappingUniqueMembers(_arg: unknown): _arg is SheetCuttingMaterialMappingUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId); } export function isSheetCuttingMaterialMapping(_arg: unknown): _arg is SheetCuttingMaterialMapping { return (typeof _arg === "object" && _arg !== null) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId) && "sheetCuttingMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingMaterialId); } export function isSheetCuttingMotionParametersUniqueMembers(_arg: unknown): _arg is SheetCuttingMotionParametersUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingProcessId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "contourArea" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.contourArea); } export function isSheetCuttingMotionParameters(_arg: unknown): _arg is SheetCuttingMotionParameters { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingProcessId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "contourArea" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.contourArea) && "speed" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.speed) && "acceleration" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.acceleration) && "pierceTime" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.pierceTime); } export function isSheetCuttingProcessUniqueMembers(_arg: unknown): _arg is SheetCuttingProcessUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isSheetCuttingProcess(_arg: unknown): _arg is SheetCuttingProcess { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "description" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.description); } export function isSheetCuttingProcessConsumableRateUniqueMembers(_arg: unknown): _arg is SheetCuttingProcessConsumableRateUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingProcessId) && "consumableId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.consumableId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness); } export function isSheetCuttingProcessConsumableRate(_arg: unknown): _arg is SheetCuttingProcessConsumableRate { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingProcessId) && "consumableId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.consumableId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "unitsPerHour" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.unitsPerHour); } export function isSheetCuttingProcessMappingUniqueMembers(_arg: unknown): _arg is SheetCuttingProcessMappingUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId); } export function isSheetCuttingProcessMapping(_arg: unknown): _arg is SheetCuttingProcessMapping { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId) && "sheetCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingProcessId); } export function isSheetCuttingProcessToLaserCuttingGasUniqueMembers(_arg: unknown): _arg is SheetCuttingProcessToLaserCuttingGasUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingProcessId); } export function isSheetCuttingProcessToLaserCuttingGas(_arg: unknown): _arg is SheetCuttingProcessToLaserCuttingGas { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingProcessId) && "laserSheetCuttingGasId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.laserSheetCuttingGasId); } export function isSheetCuttingReplyStateContentMultipleOuterContours(_arg: unknown): _arg is SheetCuttingReplyStateContentMultipleOuterContours { return true; } export function isSheetCuttingReplyStateContentUndefinedError(_arg: unknown): _arg is SheetCuttingReplyStateContentUndefinedError { return true; } export function isSheetCuttingReplyStateContentUndetectedFeatures(_arg: unknown): _arg is SheetCuttingReplyStateContentUndetectedFeatures { return typeof _arg === "object" && _arg !== null && "unassignedFaceDescriptors" in _arg && ((a: unknown): a is (number)[] => Array.isArray(a) && a.find((e: unknown) : e is number => !((a: unknown): a is number => typeof a === "number")(e)) === undefined)(_arg.unassignedFaceDescriptors); } export function isSheetCuttingThicknessConstraintsUniqueMembers(_arg: unknown): _arg is SheetCuttingThicknessConstraintsUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingProcessId); } export function isSheetCuttingThicknessConstraints(_arg: unknown): _arg is SheetCuttingThicknessConstraints { return (typeof _arg === "object" && _arg !== null) && "sheetCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetCuttingProcessId) && "minThickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.minThickness) && "maxThickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxThickness); } export function isSheetFilter(_arg: unknown): _arg is SheetFilter { return typeof _arg === "object" && _arg !== null && "ids" in _arg && ((a: unknown): a is (string)[] => Array.isArray(a) && a.find((e: unknown) : e is string => !((a: unknown): a is string => typeof a === "string")(e)) === undefined)(_arg.ids); } export function isSheetMaterialUniqueMembers(_arg: unknown): _arg is SheetMaterialUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isSheetMaterial(_arg: unknown): _arg is SheetMaterial { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "description" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.description); } export function isSheetMaterialDensityUniqueMembers(_arg: unknown): _arg is SheetMaterialDensityUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId); } export function isSheetMaterialDensity(_arg: unknown): _arg is SheetMaterialDensity { return (typeof _arg === "object" && _arg !== null) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId) && "density" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.density); } export function isSheetMaterialScrapValueUniqueMembers(_arg: unknown): _arg is SheetMaterialScrapValueUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId); } export function isSheetMaterialScrapValue(_arg: unknown): _arg is SheetMaterialScrapValue { return (typeof _arg === "object" && _arg !== null) && "sheetMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetMaterialId) && "scrapValue" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.scrapValue); } export function isSheetModulusUniqueMembers(_arg: unknown): _arg is SheetModulusUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetId); } export function isSheetModulus(_arg: unknown): _arg is SheetModulus { return (typeof _arg === "object" && _arg !== null) && "sheetId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetId) && "xModulus" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.xModulus) && "yModulus" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.yModulus) && "applyToAll" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.applyToAll); } export function isSheetNestingPrePartition(_arg: unknown): _arg is SheetNestingPrePartition { return typeof _arg === "object" && _arg !== null && "compatibleTargets" in _arg && ((a: unknown): a is (SheetNestingTarget)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetNestingTarget => !isSheetNestingTarget(e)) === undefined)(_arg.compatibleTargets) && "nestorConfig" in _arg && isCamNestorConfig(_arg.nestorConfig) && "nestingDistance" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.nestingDistance) && ( !("sheetMaterialId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.sheetMaterialId) ) && ( !("sheetProcessId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.sheetProcessId) ); } export function isSheetNestingTarget(_arg: unknown): _arg is SheetNestingTarget { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && "fixedRotations" in _arg && ((a: unknown): a is (number)[] => Array.isArray(a) && a.find((e: unknown) : e is number => !((a: unknown): a is number => typeof a === "number")(e)) === undefined)(_arg.fixedRotations) && "sheetFilterSheetIds" in _arg && ((a: unknown): a is (string)[] => Array.isArray(a) && a.find((e: unknown) : e is string => !((a: unknown): a is string => typeof a === "string")(e)) === undefined)(_arg.sheetFilterSheetIds); } export function isSheetPriceUniqueMembers(_arg: unknown): _arg is SheetPriceUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetId); } export function isSheetPrice(_arg: unknown): _arg is SheetPrice { return (typeof _arg === "object" && _arg !== null) && "sheetId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetId) && "pricePerSheet" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.pricePerSheet); } export function isSheetPriorityUniqueMembers(_arg: unknown): _arg is SheetPriorityUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetId); } export function isSheetPriority(_arg: unknown): _arg is SheetPriority { return (typeof _arg === "object" && _arg !== null) && "sheetId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetId) && "priority" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.priority); } export function isSheetReplyStateContentNestingFailedError(_arg: unknown): _arg is SheetReplyStateContentNestingFailedError { return true; } export function isSheetReplyStateContentUndefinedError(_arg: unknown): _arg is SheetReplyStateContentUndefinedError { return true; } export function isSheetStockUniqueMembers(_arg: unknown): _arg is SheetStockUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "sheetId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetId); } export function isSheetStock(_arg: unknown): _arg is SheetStock { return (typeof _arg === "object" && _arg !== null) && "sheetId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.sheetId) && "count" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.count); } export function isSheetTappingDataEntry(_arg: unknown): _arg is SheetTappingDataEntry { return typeof _arg === "object" && _arg !== null && "cadFeature" in _arg && isCadFeature(_arg.cadFeature) && "screwThreadId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.screwThreadId); } export function isSheetTappingEditorCandidate(_arg: unknown): _arg is SheetTappingEditorCandidate { return typeof _arg === "object" && _arg !== null && "id" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.id) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "values" in _arg && ((a: unknown): a is (SheetTappingEditorCandidateValue)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetTappingEditorCandidateValue => !isSheetTappingEditorCandidateValue(e)) === undefined)(_arg.values); } export function isSheetTappingEditorCandidateValue(_arg: unknown): _arg is SheetTappingEditorCandidateValue { return typeof _arg === "object" && _arg !== null && "id" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.id) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name); } export function isSheetTappingEditorSelectionEntry(_arg: unknown): _arg is SheetTappingEditorSelectionEntry { return typeof _arg === "object" && _arg !== null && "candidateId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.candidateId) && "valueId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.valueId); } export function isSlArticleUpdate(_arg: unknown): _arg is SlArticleUpdate { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.vertex) && ( !("articleUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.articleUserData) ); } export function isSlNodeUpdate(_arg: unknown): _arg is SlNodeUpdate { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isWorkStepType(_arg.type) && (() : boolean => { switch (_arg.type) { case "undefined" : return isSlNodeUpdateUndefined(_arg.content); case "sheet" : return isSlNodeUpdateSheet(_arg.content); case "sheetCutting" : return isSlNodeUpdateSheetCutting(_arg.content); case "joining" : return isSlNodeUpdateJoining(_arg.content); case "tubeCutting" : return isSlNodeUpdateTubeCutting(_arg.content); case "sheetBending" : return isSlNodeUpdateSheetBending(_arg.content); case "userDefined" : return isSlNodeUpdateUserDefined(_arg.content); case "userDefinedBase" : return isSlNodeUpdateUserDefinedBase(_arg.content); case "packaging" : return isSlNodeUpdatePackaging(_arg.content); case "transform" : return isSlNodeUpdateTransform(_arg.content); case "tube" : return isSlNodeUpdateTube(_arg.content); }})() ; } export function isSlNodeUpdateJoining(_arg: unknown): _arg is SlNodeUpdateJoining { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isSlNodeUpdatePackaging(_arg: unknown): _arg is SlNodeUpdatePackaging { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isSlNodeUpdateSheet(_arg: unknown): _arg is SlNodeUpdateSheet { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isSlNodeUpdateSheetBending(_arg: unknown): _arg is SlNodeUpdateSheetBending { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ) && ( !("dieChoiceMap" in _arg) || ((a: unknown): a is (DieChoiceMapEntry)[] => (a === undefined || ((a: unknown): a is (DieChoiceMapEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is DieChoiceMapEntry => !isDieChoiceMapEntry(e)) === undefined)(a)))(_arg.dieChoiceMap) ) && ( !("toggleUpperSide" in _arg) || ((a: unknown): a is boolean => (a === undefined || ((a: unknown): a is boolean => typeof a === "boolean")(a)))(_arg.toggleUpperSide) ) && ( !("correctBends" in _arg) || ((a: unknown): a is boolean => (a === undefined || ((a: unknown): a is boolean => typeof a === "boolean")(a)))(_arg.correctBends) ); } export function isSlNodeUpdateSheetCutting(_arg: unknown): _arg is SlNodeUpdateSheetCutting { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ) && ( !("sheetThickness" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.sheetThickness) ) && ( !("toggleUpperSide" in _arg) || ((a: unknown): a is boolean => (a === undefined || ((a: unknown): a is boolean => typeof a === "boolean")(a)))(_arg.toggleUpperSide) ); } export function isSlNodeUpdateTransform(_arg: unknown): _arg is SlNodeUpdateTransform { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isSlNodeUpdateTube(_arg: unknown): _arg is SlNodeUpdateTube { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isSlNodeUpdateTubeCutting(_arg: unknown): _arg is SlNodeUpdateTubeCutting { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isSlNodeUpdateUndefined(_arg: unknown): _arg is SlNodeUpdateUndefined { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isSlNodeUpdateUserDefined(_arg: unknown): _arg is SlNodeUpdateUserDefined { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isSlNodeUpdateUserDefinedBase(_arg: unknown): _arg is SlNodeUpdateUserDefinedBase { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.vertex) && ( !("processType" in _arg) || ((a: unknown): a is ProcessType => (a === undefined || isProcessType(a)))(_arg.processType) ) && ( !("processId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.processId) ) && ( !("nodeUserData" in _arg) || ((a: unknown): a is StringIndexedInterface => (a === undefined || isStringIndexedInterface(a)))(_arg.nodeUserData) ); } export function isSlSheetNestingPrePartition(_arg: unknown): _arg is SlSheetNestingPrePartition { return typeof _arg === "object" && _arg !== null && "compatibleTargets" in _arg && ((a: unknown): a is (SlSheetNestingTarget)[] => Array.isArray(a) && a.find((e: unknown) : e is SlSheetNestingTarget => !isSlSheetNestingTarget(e)) === undefined)(_arg.compatibleTargets) && "nestorConfig" in _arg && isCamNestorConfig(_arg.nestorConfig) && "nestingDistance" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.nestingDistance) && ( !("sheetMaterialId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.sheetMaterialId) ) && ( !("sheetProcessId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.sheetProcessId) ); } export function isSlSheetNestingTarget(_arg: unknown): _arg is SlSheetNestingTarget { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.vertex) && "fixedRotations" in _arg && ((a: unknown): a is (number)[] => Array.isArray(a) && a.find((e: unknown) : e is number => !((a: unknown): a is number => typeof a === "number")(e)) === undefined)(_arg.fixedRotations) && "sheetFilterSheetIds" in _arg && ((a: unknown): a is (string)[] => Array.isArray(a) && a.find((e: unknown) : e is string => !((a: unknown): a is string => typeof a === "string")(e)) === undefined)(_arg.sheetFilterSheetIds); } export function isSlTubeNestingPrePartition(_arg: unknown): _arg is SlTubeNestingPrePartition { return typeof _arg === "object" && _arg !== null && "targetVertex" in _arg && ((a: unknown): a is SlVertex => (typeof a === "number"))(_arg.targetVertex) && "targetLength" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.targetLength) && "nestingDistance" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.nestingDistance) && ( !("tubeProcessId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.tubeProcessId) ); } export function isSurchargeUniqueMembers(_arg: unknown): _arg is SurchargeUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "type" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.type) && "value" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.value); } export function isSurcharge(_arg: unknown): _arg is Surcharge { return (typeof _arg === "object" && _arg !== null) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "type" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.type) && "value" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.value) && "description" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.description); } export function isTableError(_arg: unknown): _arg is TableError { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isTableErrorType(_arg.type) && (() : boolean => { switch (_arg.type) { case "referringEntryMissing" : return isReferringEntryMissingTableError(_arg.content); case "referredEntryMissing" : return isReferredEntryMissingTableError(_arg.content); case "valueInvalid" : return isInvalidValueTableError(_arg.content); case "uniqueMemberCollision" : return isUniqueMemberCollisionTableError(_arg.content); }})() ; } export function isTappingTimeParametersUniqueMembers(_arg: unknown): _arg is TappingTimeParametersUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "screwThreadId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.screwThreadId); } export function isTappingTimeParameters(_arg: unknown): _arg is TappingTimeParameters { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "screwThreadId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.screwThreadId) && "unitTimePerMm" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.unitTimePerMm); } export function isTransformReplyStateContentUndefinedError(_arg: unknown): _arg is TransformReplyStateContentUndefinedError { return true; } export function isTransportationCostsUniqueMembers(_arg: unknown): _arg is TransportationCostsUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isTransportationCosts(_arg: unknown): _arg is TransportationCosts { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "packagingId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.packagingId) && "fixedCosts" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.fixedCosts) && "minCosts" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.minCosts) && "kmKgFactor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.kmKgFactor) && "kmFactor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.kmFactor) && "minDistance" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.minDistance) && "maxDistance" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxDistance); } export function isTubeUniqueMembers(_arg: unknown): _arg is TubeUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isTube(_arg: unknown): _arg is Tube { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "tubeMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeMaterialId) && "tubeProfileId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeProfileId) && "tubeSpecificationId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeSpecificationId) && "dimX" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimX); } export function isTubeCuttingCalcParams(_arg: unknown): _arg is TubeCuttingCalcParams { return typeof _arg === "object" && _arg !== null && "tubeMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeMaterialId) && "machineVMax" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.machineVMax) && "machineAMax" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.machineAMax); } export function isTubeCuttingPierceTimeUniqueMembers(_arg: unknown): _arg is TubeCuttingPierceTimeUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "tubeCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeCuttingProcessId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness); } export function isTubeCuttingPierceTime(_arg: unknown): _arg is TubeCuttingPierceTime { return (typeof _arg === "object" && _arg !== null) && "tubeCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeCuttingProcessId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "time" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.time); } export function isTubeCuttingProcessUniqueMembers(_arg: unknown): _arg is TubeCuttingProcessUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isTubeCuttingProcess(_arg: unknown): _arg is TubeCuttingProcess { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "description" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.description); } export function isTubeCuttingProcessConsumableRateUniqueMembers(_arg: unknown): _arg is TubeCuttingProcessConsumableRateUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "tubeCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeCuttingProcessId) && "consumableId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.consumableId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness); } export function isTubeCuttingProcessConsumableRate(_arg: unknown): _arg is TubeCuttingProcessConsumableRate { return (typeof _arg === "object" && _arg !== null) && "tubeCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeCuttingProcessId) && "consumableId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.consumableId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "unitsPerHour" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.unitsPerHour); } export function isTubeCuttingProcessMappingUniqueMembers(_arg: unknown): _arg is TubeCuttingProcessMappingUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "tubeMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeMaterialId); } export function isTubeCuttingProcessMapping(_arg: unknown): _arg is TubeCuttingProcessMapping { return (typeof _arg === "object" && _arg !== null) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "tubeMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeMaterialId) && "tubeCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeCuttingProcessId); } export function isTubeCuttingReplyStateContentUndefinedError(_arg: unknown): _arg is TubeCuttingReplyStateContentUndefinedError { return true; } export function isTubeCuttingReplyStateContentUndetectedFeatures(_arg: unknown): _arg is TubeCuttingReplyStateContentUndetectedFeatures { return typeof _arg === "object" && _arg !== null && "unassignedFaceDescriptors" in _arg && ((a: unknown): a is (number)[] => Array.isArray(a) && a.find((e: unknown) : e is number => !((a: unknown): a is number => typeof a === "number")(e)) === undefined)(_arg.unassignedFaceDescriptors); } export function isTubeCuttingSpeedUniqueMembers(_arg: unknown): _arg is TubeCuttingSpeedUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "tubeCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeCuttingProcessId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness); } export function isTubeCuttingSpeed(_arg: unknown): _arg is TubeCuttingSpeed { return (typeof _arg === "object" && _arg !== null) && "tubeCuttingProcessId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeCuttingProcessId) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "speed" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.speed); } export function isTubeMaterialUniqueMembers(_arg: unknown): _arg is TubeMaterialUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isTubeMaterial(_arg: unknown): _arg is TubeMaterial { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "description" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.description); } export function isTubeMaterialDensityUniqueMembers(_arg: unknown): _arg is TubeMaterialDensityUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "tubeMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeMaterialId); } export function isTubeMaterialDensity(_arg: unknown): _arg is TubeMaterialDensity { return (typeof _arg === "object" && _arg !== null) && "tubeMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeMaterialId) && "density" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.density); } export function isTubeMaterialScrapValueUniqueMembers(_arg: unknown): _arg is TubeMaterialScrapValueUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "tubeMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeMaterialId); } export function isTubeMaterialScrapValue(_arg: unknown): _arg is TubeMaterialScrapValue { return (typeof _arg === "object" && _arg !== null) && "tubeMaterialId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeMaterialId) && "scrapValue" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.scrapValue); } export function isTubeNestingPrePartition(_arg: unknown): _arg is TubeNestingPrePartition { return typeof _arg === "object" && _arg !== null && "targetVertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.targetVertex) && "targetLength" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.targetLength) && "nestingDistance" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.nestingDistance) && ( !("tubeProcessId" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.tubeProcessId) ); } export function isTubePriceUniqueMembers(_arg: unknown): _arg is TubePriceUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "tubeId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeId); } export function isTubePrice(_arg: unknown): _arg is TubePrice { return (typeof _arg === "object" && _arg !== null) && "tubeId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeId) && "pricePerTube" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.pricePerTube); } export function isTubeProfileUniqueMembers(_arg: unknown): _arg is TubeProfileUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isTubeProfile(_arg: unknown): _arg is TubeProfile { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "description" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.description) && "geometryJson" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.geometryJson); } export function isTubeProfileGeometry(_arg: unknown): _arg is TubeProfileGeometry { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isTubeProfileGeometryType(_arg.type) && (() : boolean => { switch (_arg.type) { case "rectangular" : return isTubeProfileGeometryRectangular(_arg.content); case "circular" : return isTubeProfileGeometryCircular(_arg.content); }})() ; } export function isTubeProfileGeometryCircular(_arg: unknown): _arg is TubeProfileGeometryCircular { return typeof _arg === "object" && _arg !== null && "outerRadius" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.outerRadius) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness); } export function isTubeProfileGeometryRectangular(_arg: unknown): _arg is TubeProfileGeometryRectangular { return typeof _arg === "object" && _arg !== null && "dimY" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimY) && "dimZ" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimZ) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness); } export function isTubeReplyStateContentUndefinedError(_arg: unknown): _arg is TubeReplyStateContentUndefinedError { return true; } export function isTubeSpecificationUniqueMembers(_arg: unknown): _arg is TubeSpecificationUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isTubeSpecification(_arg: unknown): _arg is TubeSpecification { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "description" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.description); } export function isTubeStockUniqueMembers(_arg: unknown): _arg is TubeStockUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "tubeId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeId); } export function isTubeStock(_arg: unknown): _arg is TubeStock { return (typeof _arg === "object" && _arg !== null) && "tubeId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.tubeId) && "count" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.count); } export function isTwoDimImportResult(_arg: unknown): _arg is TwoDimImportResult { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isTwoDimImportResultType(_arg.type) && (() : boolean => { switch (_arg.type) { case "partInvalid" : return isTwoDimImportResultPartInvalid(_arg.content); case "engravingInvalid" : return isTwoDimImportResultEngravingInvalid(_arg.content); case "success" : return isTwoDimImportResultSuccess(_arg.content); }})() ; } export function isTwoDimImportResultEngravingInvalid(_arg: unknown): _arg is TwoDimImportResultEngravingInvalid { return typeof _arg === "object" && _arg !== null && "problematicPoint" in _arg && isPoint2(_arg.problematicPoint); } export function isTwoDimImportResultPartInvalid(_arg: unknown): _arg is TwoDimImportResultPartInvalid { return typeof _arg === "object" && _arg !== null && ( !("problematicPoint" in _arg) || ((a: unknown): a is Point2 => (a === undefined || isPoint2(a)))(_arg.problematicPoint) ); } export function isTwoDimImportResultSuccess(_arg: unknown): _arg is TwoDimImportResultSuccess { return typeof _arg === "object" && _arg !== null && "twoDimRep" in _arg && ((a: unknown): a is TwoDimRepresentation => (typeof a === "object" && a !== null))(_arg.twoDimRep); } export function isUiJoiningRepresentation(_arg: unknown): _arg is UiJoiningRepresentation { return typeof _arg === "object" && _arg !== null && "joiningSteps" in _arg && ((a: unknown): a is (UiJoiningStepRepresentation)[] => Array.isArray(a) && a.find((e: unknown) : e is UiJoiningStepRepresentation => !isUiJoiningStepRepresentation(e)) === undefined)(_arg.joiningSteps); } export function isUiJoiningStepEntryRepresentation(_arg: unknown): _arg is UiJoiningStepEntryRepresentation { return typeof _arg === "object" && _arg !== null && "assembly" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.assembly) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isUiJoiningStepRepresentation(_arg: unknown): _arg is UiJoiningStepRepresentation { return typeof _arg === "object" && _arg !== null && "entries" in _arg && ((a: unknown): a is (UiJoiningStepEntryRepresentation)[] => Array.isArray(a) && a.find((e: unknown) : e is UiJoiningStepEntryRepresentation => !isUiJoiningStepEntryRepresentation(e)) === undefined)(_arg.entries) && ( !("cameraOrientation" in _arg) || ((a: unknown): a is CameraOrientation3 => (a === undefined || isCameraOrientation3(a)))(_arg.cameraOrientation) ) && "comment" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.comment); } export function isUndefinedReplyStateContentUndefinedError(_arg: unknown): _arg is UndefinedReplyStateContentUndefinedError { return true; } export function isUniqueMemberCollisionTableError(_arg: unknown): _arg is UniqueMemberCollisionTableError { return typeof _arg === "object" && _arg !== null && "affectedRowType" in _arg && isTableType(_arg.affectedRowType) && "affectedRowIndex" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.affectedRowIndex) && "affectedColumnIndex" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.affectedColumnIndex) && "relatedRowIndex" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.relatedRowIndex); } export function isUnused(_arg: unknown): _arg is Unused { return true; } export function isUpperDieUniqueMembers(_arg: unknown): _arg is UpperDieUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isUpperDie(_arg: unknown): _arg is UpperDie { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "upperDieGroupId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.upperDieGroupId) && "description" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.description); } export function isUpperDieGroupUniqueMembers(_arg: unknown): _arg is UpperDieGroupUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier); } export function isUpperDieGroup(_arg: unknown): _arg is UpperDieGroup { return (typeof _arg === "object" && _arg !== null) && "identifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.identifier) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "exportIdentifier" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.exportIdentifier) && "radius" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.radius); } export function isUpperDieUnitUniqueMembers(_arg: unknown): _arg is UpperDieUnitUniqueMembers { return (typeof _arg === "object" && _arg !== null) && "upperDieId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.upperDieId) && "dimX" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimX); } export function isUpperDieUnit(_arg: unknown): _arg is UpperDieUnit { return (typeof _arg === "object" && _arg !== null) && "upperDieId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.upperDieId) && "dimX" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.dimX) && "multiplicity" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.multiplicity); } export function isUserDataConfig(_arg: unknown): _arg is UserDataConfig { return typeof _arg === "object" && _arg !== null && "entries" in _arg && ((a: unknown): a is (UserDatumConfig)[] => Array.isArray(a) && a.find((e: unknown) : e is UserDatumConfig => !isUserDatumConfig(e)) === undefined)(_arg.entries); } export function isUserDatumBooleanConfig(_arg: unknown): _arg is UserDatumBooleanConfig { return typeof _arg === "object" && _arg !== null && "id" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.id) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name); } export function isUserDatumConfig(_arg: unknown): _arg is UserDatumConfig { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isUserDatumType(_arg.type) && (() : boolean => { switch (_arg.type) { case "string" : return isUserDatumStringConfig(_arg.content); case "number" : return isUserDatumNumberConfig(_arg.content); case "boolean" : return isUserDatumBooleanConfig(_arg.content); case "enumeration" : return isUserDatumEnumConfig(_arg.content); }})() ; } export function isUserDatumEnumConfig(_arg: unknown): _arg is UserDatumEnumConfig { return typeof _arg === "object" && _arg !== null && "id" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.id) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "items" in _arg && ((a: unknown): a is (UserDatumEnumConfigItem)[] => Array.isArray(a) && a.find((e: unknown) : e is UserDatumEnumConfigItem => !isUserDatumEnumConfigItem(e)) === undefined)(_arg.items); } export function isUserDatumEnumConfigItem(_arg: unknown): _arg is UserDatumEnumConfigItem { return typeof _arg === "object" && _arg !== null && "id" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.id) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name); } export function isUserDatumNumberConfig(_arg: unknown): _arg is UserDatumNumberConfig { return typeof _arg === "object" && _arg !== null && "id" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.id) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "min" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.min) && "max" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.max) && "decimals" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.decimals); } export function isUserDatumStringConfig(_arg: unknown): _arg is UserDatumStringConfig { return typeof _arg === "object" && _arg !== null && "id" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.id) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name); } export function isUserDefinedBaseReplyStateContentUndefinedError(_arg: unknown): _arg is UserDefinedBaseReplyStateContentUndefinedError { return true; } export function isUserDefinedReplyStateContentUndefinedError(_arg: unknown): _arg is UserDefinedReplyStateContentUndefinedError { return true; } export function isUserDefinedScalePrice(_arg: unknown): _arg is UserDefinedScalePrice { return typeof _arg === "object" && _arg !== null && "scaleValue" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.scaleValue) && "price" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.price); } export function isVector2(_arg: unknown): _arg is Vector2 { return typeof _arg === "object" && _arg !== null && "entries" in _arg && ((a: unknown): a is [ (number), (number), ] => { const m = [ ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"),]; return Array.isArray(a) && a.length === m.length && m.every((t, index) => t(a[index])); })(_arg.entries); } export function isVector3(_arg: unknown): _arg is Vector3 { return typeof _arg === "object" && _arg !== null && "entries" in _arg && ((a: unknown): a is [ (number), (number), (number), ] => { const m = [ ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"),]; return Array.isArray(a) && a.length === m.length && m.every((t, index) => t(a[index])); })(_arg.entries); } export function isVector4(_arg: unknown): _arg is Vector4 { return typeof _arg === "object" && _arg !== null && "entries" in _arg && ((a: unknown): a is [ (number), (number), (number), (number), ] => { const m = [ ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"),]; return Array.isArray(a) && a.length === m.length && m.every((t, index) => t(a[index])); })(_arg.entries); } export function isVertexWithArticleAttributes(_arg: unknown): _arg is VertexWithArticleAttributes { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && "articleAttributes" in _arg && isArticleAttributes(_arg.articleAttributes); } export function isVertexWithMultiplicity(_arg: unknown): _arg is VertexWithMultiplicity { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && "multiplicity" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.multiplicity); } export function isVertexWithProcessTypeData(_arg: unknown): _arg is VertexWithProcessTypeData { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "forced" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.forced); } export function isVertexWithSheetThickness(_arg: unknown): _arg is VertexWithSheetThickness { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && "sheetThickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.sheetThickness); } export function isVertexWithUserData(_arg: unknown): _arg is VertexWithUserData { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && "userData" in _arg && isStringIndexedInterface(_arg.userData); } export function isVertexWithWorkStepType(_arg: unknown): _arg is VertexWithWorkStepType { return typeof _arg === "object" && _arg !== null && "vertex" in _arg && ((a: unknown): a is Vertex => (typeof a === "number"))(_arg.vertex) && "workStepType" in _arg && isWorkStepType(_arg.workStepType); } export function isViolatedNodeConstraint(_arg: unknown): _arg is ViolatedNodeConstraint { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isNodeConstraint(_arg.type) && (() : boolean => { switch (_arg.type) { case "bendDeductionThicknessInBounds" : return isViolatedNodeConstraintBendDeductionThicknessInBounds(_arg.content); case "bendDiesAssigned" : return isViolatedNodeConstraintBendDiesAssigned(_arg.content); case "bendFlangeLengthInBounds" : return isViolatedNodeConstraintBendFlangeLengthInBounds(_arg.content); case "bendLineLengthInBounds" : return isViolatedNodeConstraintBendLineLengthInBounds(_arg.content); case "contourBendZoneUnaffected" : return isViolatedNodeConstraintContourBendZoneUnaffected(_arg.content); case "sheetCuttingContourSizeInBounds" : return isViolatedNodeConstraintSheetCuttingContourSizeInBounds(_arg.content); case "editingStateOk" : return isViolatedNodeConstraintEditingStateOk(_arg.content); case "dimensionsInBounds" : return isViolatedNodeConstraintDimensionsInBounds(_arg.content); case "materialsCompatible" : return isViolatedNodeConstraintMaterialsCompatible(_arg.content); case "sheetCuttingThicknessInBounds" : return isViolatedNodeConstraintSheetCuttingThicknessInBounds(_arg.content); case "tubeCuttingProfileSupported" : return isViolatedNodeConstraintTubeCuttingProfileSupported(_arg.content); case "semimanufacturedAvailable" : return isViolatedNodeConstraintSemimanufacturedAvailable(_arg.content); case "sheetCuttingProcessCompatible" : return isViolatedNodeConstraintSheetCuttingProcessCompatible(_arg.content); case "tubeCuttingProcessCompatible" : return isViolatedNodeConstraintTubeCuttingProcessCompatible(_arg.content); case "tubeDetectionLicensed" : return isViolatedNodeConstraintTubeDetectionLicensed(_arg.content); case "unfoldingSimple" : return isViolatedNodeConstraintUnfoldingSimpl(_arg.content); }})() ; } export function isViolatedNodeConstraintBendDeductionThicknessInBounds(_arg: unknown): _arg is ViolatedNodeConstraintBendDeductionThicknessInBounds { return true; } export function isViolatedNodeConstraintBendDiesAssigned(_arg: unknown): _arg is ViolatedNodeConstraintBendDiesAssigned { return true; } export function isViolatedNodeConstraintBendFlangeLengthInBounds(_arg: unknown): _arg is ViolatedNodeConstraintBendFlangeLengthInBounds { return typeof _arg === "object" && _arg !== null && "bendDescriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendDescriptor) && "flangeLength0" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.flangeLength0) && "flangeLength1" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.flangeLength1) && "requiredOpeningWidth" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.requiredOpeningWidth) && "actualOpeningWidth" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.actualOpeningWidth); } export function isViolatedNodeConstraintBendLineLengthInBounds(_arg: unknown): _arg is ViolatedNodeConstraintBendLineLengthInBounds { return typeof _arg === "object" && _arg !== null && "bendDescriptor" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.bendDescriptor) && "actualNetLength" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.actualNetLength) && "maxAllowedNetLength" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxAllowedNetLength); } export function isViolatedNodeConstraintContourBendZoneUnaffected(_arg: unknown): _arg is ViolatedNodeConstraintContourBendZoneUnaffected { return true; } export function isViolatedNodeConstraintDimensionsInBounds(_arg: unknown): _arg is ViolatedNodeConstraintDimensionsInBounds { return typeof _arg === "object" && _arg !== null && "actualDimensions" in _arg && ((a: unknown): a is [ (number), (number), (number), ] => { const m = [ ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"),]; return Array.isArray(a) && a.length === m.length && m.every((t, index) => t(a[index])); })(_arg.actualDimensions) && ( !("violatedLowerConstaints" in _arg) || ((a: unknown): a is [ (number), (number), (number), ] => (a === undefined || ((a: unknown): a is [ (number), (number), (number), ] => { const m = [ ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"),]; return Array.isArray(a) && a.length === m.length && m.every((t, index) => t(a[index])); })(a)))(_arg.violatedLowerConstaints) ) && ( !("violatedUpperConstaints" in _arg) || ((a: unknown): a is [ (number), (number), (number), ] => (a === undefined || ((a: unknown): a is [ (number), (number), (number), ] => { const m = [ ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"), ((a: unknown): a is number => typeof a === "number"),]; return Array.isArray(a) && a.length === m.length && m.every((t, index) => t(a[index])); })(a)))(_arg.violatedUpperConstaints) ); } export function isViolatedNodeConstraintEditingStateOk(_arg: unknown): _arg is ViolatedNodeConstraintEditingStateOk { return typeof _arg === "object" && _arg !== null && "dataMissing" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.dataMissing) && "dataInvalid" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.dataInvalid); } export function isViolatedNodeConstraintMaterialsCompatible(_arg: unknown): _arg is ViolatedNodeConstraintMaterialsCompatible { return typeof _arg === "object" && _arg !== null && "incompatibleSheetMaterialIds" in _arg && ((a: unknown): a is (string)[] => Array.isArray(a) && a.find((e: unknown) : e is string => !((a: unknown): a is string => typeof a === "string")(e)) === undefined)(_arg.incompatibleSheetMaterialIds) && "incompatibleTubeMaterialIds" in _arg && ((a: unknown): a is (string)[] => Array.isArray(a) && a.find((e: unknown) : e is string => !((a: unknown): a is string => typeof a === "string")(e)) === undefined)(_arg.incompatibleTubeMaterialIds) && "incompatiblePurchasePartMaterialIds" in _arg && ((a: unknown): a is (string)[] => Array.isArray(a) && a.find((e: unknown) : e is string => !((a: unknown): a is string => typeof a === "string")(e)) === undefined)(_arg.incompatiblePurchasePartMaterialIds); } export function isViolatedNodeConstraintSemimanufacturedAvailable(_arg: unknown): _arg is ViolatedNodeConstraintSemimanufacturedAvailable { return true; } export function isViolatedNodeConstraintSheetCuttingContourSizeInBounds(_arg: unknown): _arg is ViolatedNodeConstraintSheetCuttingContourSizeInBounds { return true; } export function isViolatedNodeConstraintSheetCuttingProcessCompatible(_arg: unknown): _arg is ViolatedNodeConstraintSheetCuttingProcessCompatible { return true; } export function isViolatedNodeConstraintSheetCuttingThicknessInBounds(_arg: unknown): _arg is ViolatedNodeConstraintSheetCuttingThicknessInBounds { return typeof _arg === "object" && _arg !== null && "minThickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.minThickness) && "maxThickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.maxThickness); } export function isViolatedNodeConstraintTubeCuttingProcessCompatible(_arg: unknown): _arg is ViolatedNodeConstraintTubeCuttingProcessCompatible { return true; } export function isViolatedNodeConstraintTubeCuttingProfileSupported(_arg: unknown): _arg is ViolatedNodeConstraintTubeCuttingProfileSupported { return true; } export function isViolatedNodeConstraintTubeDetectionLicensed(_arg: unknown): _arg is ViolatedNodeConstraintTubeDetectionLicensed { return true; } export function isViolatedNodeConstraintUnfoldingSimpl(_arg: unknown): _arg is ViolatedNodeConstraintUnfoldingSimpl { return true; } export function isWidgetConfig(_arg: unknown): _arg is WidgetConfig { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isWidgetType(_arg.type) && (() : boolean => { switch (_arg.type) { case "assemblyView" : return isWidgetConfigAssemblyView(_arg.content); case "attachmentEditor" : return isWidgetConfigAttachmentEditor(_arg.content); case "bendingToolEditor" : return isWidgetConfigBendingToolEditor(_arg.content); case "bulkEditor" : return isWidgetConfigBulkEditor(_arg.content); case "calcParamEditor" : return isWidgetConfigCalcParamEditor(_arg.content); case "fileDialog" : return isWidgetConfigFileDialog(_arg.content); case "formEditor" : return isWidgetConfigFormEditor(_arg.content); case "geometrySelector" : return isWidgetConfigGeometrySelector(_arg.content); case "geometryColorSelector" : return isWidgetConfigGeometryColorSelector(_arg.content); case "joiningSequenceEditor" : return isWidgetConfigJoiningSequenceEditor(_arg.content); case "layeredImportDialog" : return isWidgetConfigLayeredImportDialog(_arg.content); case "messageBox" : return isWidgetConfigMessageBox(_arg.content); case "processSelector" : return isWidgetConfigProcessSelector(_arg.content); case "sheetFilterEditor" : return isWidgetConfigSheetFilterEditor(_arg.content); case "sheetTappingEditor" : return isWidgetConfigSheetTappingEditor(_arg.content); case "userDataConfigEditor" : return isWidgetConfigUserDataConfigEditor(_arg.content); }})() ; } export function isWidgetConfigAssemblyView(_arg: unknown): _arg is WidgetConfigAssemblyView { return typeof _arg === "object" && _arg !== null && "assembly" in _arg && ((a: unknown): a is Assembly => (typeof a === "object" && a !== null))(_arg.assembly); } export function isWidgetConfigAttachmentEditor(_arg: unknown): _arg is WidgetConfigAttachmentEditor { return typeof _arg === "object" && _arg !== null && "initialValue" in _arg && isWidgetResultAttachmentEditor(_arg.initialValue); } export function isWidgetConfigBendingToolEditor(_arg: unknown): _arg is WidgetConfigBendingToolEditor { return typeof _arg === "object" && _arg !== null && "input" in _arg && ((a: unknown): a is (BendingToolEditorInputEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is BendingToolEditorInputEntry => !isBendingToolEditorInputEntry(e)) === undefined)(_arg.input) && "initialValue" in _arg && isWidgetResultBendingToolEditor(_arg.initialValue); } export function isWidgetConfigBulkEditor(_arg: unknown): _arg is WidgetConfigBulkEditor { return typeof _arg === "object" && _arg !== null && "columnConfigs" in _arg && ((a: unknown): a is (BulkEditorColumnConfig)[] => Array.isArray(a) && a.find((e: unknown) : e is BulkEditorColumnConfig => !isBulkEditorColumnConfig(e)) === undefined)(_arg.columnConfigs) && "rowConfigs" in _arg && ((a: unknown): a is ((BulkEditorCellConfig)[])[] => Array.isArray(a) && a.find((e: unknown) : e is (BulkEditorCellConfig)[] => !((a: unknown): a is (BulkEditorCellConfig)[] => Array.isArray(a) && a.find((e: unknown) : e is BulkEditorCellConfig => !isBulkEditorCellConfig(e)) === undefined)(e)) === undefined)(_arg.rowConfigs) && ( !("widgetState" in _arg) || ((a: unknown): a is string => (a === undefined || ((a: unknown): a is string => typeof a === "string")(a)))(_arg.widgetState) ); } export function isWidgetConfigCalcParamEditor(_arg: unknown): _arg is WidgetConfigCalcParamEditor { return typeof _arg === "object" && _arg !== null && "initialValue" in _arg && isWidgetResultCalcParamEditor(_arg.initialValue) && ( !("materialCostsPerPieceSuggestion" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.materialCostsPerPieceSuggestion) ) && ( !("setupTimeSuggestion" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.setupTimeSuggestion) ) && ( !("unitTimePerPieceSuggestion" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.unitTimePerPieceSuggestion) ); } export function isWidgetConfigFileDialog(_arg: unknown): _arg is WidgetConfigFileDialog { return typeof _arg === "object" && _arg !== null && "type" in _arg && isFileDialogType(_arg.type) && "title" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.title) && "defaultPath" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.defaultPath) && "filter" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.filter); } export function isWidgetConfigFormEditor(_arg: unknown): _arg is WidgetConfigFormEditor { return typeof _arg === "object" && _arg !== null && "rows" in _arg && ((a: unknown): a is (FormRowConfig)[] => Array.isArray(a) && a.find((e: unknown) : e is FormRowConfig => !isFormRowConfig(e)) === undefined)(_arg.rows); } export function isWidgetConfigGeometryColorSelector(_arg: unknown): _arg is WidgetConfigGeometryColorSelector { return typeof _arg === "object" && _arg !== null && "flags" in _arg && isGeometrySelectorConfigFlags(_arg.flags) && "assembly" in _arg && ((a: unknown): a is Assembly => (typeof a === "object" && a !== null))(_arg.assembly) && "formEditorConfig" in _arg && isWidgetConfigFormEditor(_arg.formEditorConfig) && "colorDataKey" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.colorDataKey) && "initialValue" in _arg && isWidgetResultGeometryColorSelector(_arg.initialValue); } export function isWidgetConfigGeometrySelector(_arg: unknown): _arg is WidgetConfigGeometrySelector { return typeof _arg === "object" && _arg !== null && "flags" in _arg && isGeometrySelectorConfigFlags(_arg.flags) && "assembly" in _arg && ((a: unknown): a is Assembly => (typeof a === "object" && a !== null))(_arg.assembly) && "formEditorConfig" in _arg && isWidgetConfigFormEditor(_arg.formEditorConfig) && "initialValue" in _arg && isWidgetResultGeometrySelector(_arg.initialValue); } export function isWidgetConfigJoiningSequenceEditor(_arg: unknown): _arg is WidgetConfigJoiningSequenceEditor { return typeof _arg === "object" && _arg !== null && "articleName" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.articleName) && "assemblyMap" in _arg && ((a: unknown): a is (AssemblyMapEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is AssemblyMapEntry => !isAssemblyMapEntry(e)) === undefined)(_arg.assemblyMap) && "initialValue" in _arg && isWidgetResultJoiningSequenceEditor(_arg.initialValue); } export function isWidgetConfigLayeredImportDialog(_arg: unknown): _arg is WidgetConfigLayeredImportDialog { return typeof _arg === "object" && _arg !== null && "title" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.title) && "layered" in _arg && ((a: unknown): a is Layered => (typeof a === "object" && a !== null))(_arg.layered) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness) && "name" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.name) && "material" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.material); } export function isWidgetConfigMessageBox(_arg: unknown): _arg is WidgetConfigMessageBox { return typeof _arg === "object" && _arg !== null && "type" in _arg && isMessageBoxType(_arg.type) && "title" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.title) && "text" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.text); } export function isWidgetConfigProcessSelector(_arg: unknown): _arg is WidgetConfigProcessSelector { return typeof _arg === "object" && _arg !== null && "processTable" in _arg && ((a: unknown): a is (Process)[] => Array.isArray(a) && a.find((e: unknown) : e is Process => !isProcess(e)) === undefined)(_arg.processTable) && "supportedWorkStepTypes" in _arg && ((a: unknown): a is (WorkStepType)[] => Array.isArray(a) && a.find((e: unknown) : e is WorkStepType => !isWorkStepType(e)) === undefined)(_arg.supportedWorkStepTypes) && "initialValue" in _arg && isWidgetResultProcessSelector(_arg.initialValue); } export function isWidgetConfigSheetFilterEditor(_arg: unknown): _arg is WidgetConfigSheetFilterEditor { return typeof _arg === "object" && _arg !== null && "sheets" in _arg && ((a: unknown): a is (string)[] => Array.isArray(a) && a.find((e: unknown) : e is string => !((a: unknown): a is string => typeof a === "string")(e)) === undefined)(_arg.sheets) && "initialValue" in _arg && isWidgetResultSheetFilterEditor(_arg.initialValue); } export function isWidgetConfigSheetTappingEditor(_arg: unknown): _arg is WidgetConfigSheetTappingEditor { return typeof _arg === "object" && _arg !== null && "base64Scene" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.base64Scene) && "candidates" in _arg && ((a: unknown): a is (SheetTappingEditorCandidate)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetTappingEditorCandidate => !isSheetTappingEditorCandidate(e)) === undefined)(_arg.candidates) && "initialValue" in _arg && isWidgetResultSheetTappingEditor(_arg.initialValue); } export function isWidgetConfigUserDataConfigEditor(_arg: unknown): _arg is WidgetConfigUserDataConfigEditor { return typeof _arg === "object" && _arg !== null && "initialValue" in _arg && isWidgetResultUserDataConfigEditor(_arg.initialValue); } export function isWidgetResult(_arg: unknown): _arg is WidgetResult { return typeof _arg === "object" && _arg !== null && "type" in _arg && "content" in _arg && isWidgetType(_arg.type) && (() : boolean => { switch (_arg.type) { case "assemblyView" : return isWidgetResultAssemblyView(_arg.content); case "attachmentEditor" : return isWidgetResultAttachmentEditor(_arg.content); case "bendingToolEditor" : return isWidgetResultBendingToolEditor(_arg.content); case "bulkEditor" : return isWidgetResultBulkEditor(_arg.content); case "calcParamEditor" : return isWidgetResultCalcParamEditor(_arg.content); case "fileDialog" : return isWidgetResultFileDialog(_arg.content); case "formEditor" : return isWidgetResultFormEditor(_arg.content); case "geometrySelector" : return isWidgetResultGeometrySelector(_arg.content); case "geometryColorSelector" : return isWidgetResultGeometryColorSelector(_arg.content); case "joiningSequenceEditor" : return isWidgetResultJoiningSequenceEditor(_arg.content); case "layeredImportDialog" : return isWidgetResultLayeredImportDialog(_arg.content); case "messageBox" : return isWidgetResultMessageBox(_arg.content); case "processSelector" : return isWidgetResultProcessSelector(_arg.content); case "sheetFilterEditor" : return isWidgetResultSheetFilterEditor(_arg.content); case "sheetTappingEditor" : return isWidgetResultSheetTappingEditor(_arg.content); case "userDataConfigEditor" : return isWidgetResultUserDataConfigEditor(_arg.content); }})() ; } export function isWidgetResultAssemblyView(_arg: unknown): _arg is WidgetResultAssemblyView { return true; } export function isWidgetResultAttachmentEditor(_arg: unknown): _arg is WidgetResultAttachmentEditor { return typeof _arg === "object" && _arg !== null && "attachments" in _arg && ((a: unknown): a is (Attachment)[] => Array.isArray(a) && a.find((e: unknown) : e is Attachment => !isAttachment(e)) === undefined)(_arg.attachments); } export function isWidgetResultBendingToolEditor(_arg: unknown): _arg is WidgetResultBendingToolEditor { return typeof _arg === "object" && _arg !== null && "dieChoiceMap" in _arg && ((a: unknown): a is (DieChoiceMapEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is DieChoiceMapEntry => !isDieChoiceMapEntry(e)) === undefined)(_arg.dieChoiceMap); } export function isWidgetResultBulkEditor(_arg: unknown): _arg is WidgetResultBulkEditor { return typeof _arg === "object" && _arg !== null && ( !("rows" in _arg) || ((a: unknown): a is (StringIndexedInterface)[] => (a === undefined || ((a: unknown): a is (StringIndexedInterface)[] => Array.isArray(a) && a.find((e: unknown) : e is StringIndexedInterface => !isStringIndexedInterface(e)) === undefined)(a)))(_arg.rows) ) && "widgetState" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.widgetState); } export function isWidgetResultCalcParamEditor(_arg: unknown): _arg is WidgetResultCalcParamEditor { return typeof _arg === "object" && _arg !== null && ( !("materialCostsPerPiece" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.materialCostsPerPiece) ) && ( !("setupTime" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.setupTime) ) && ( !("unitTimePerPiece" in _arg) || ((a: unknown): a is number => (a === undefined || ((a: unknown): a is number => typeof a === "number")(a)))(_arg.unitTimePerPiece) ) && "userDefinedScalePrices" in _arg && ((a: unknown): a is (UserDefinedScalePrice)[] => Array.isArray(a) && a.find((e: unknown) : e is UserDefinedScalePrice => !isUserDefinedScalePrice(e)) === undefined)(_arg.userDefinedScalePrices); } export function isWidgetResultFileDialog(_arg: unknown): _arg is WidgetResultFileDialog { return typeof _arg === "object" && _arg !== null && "paths" in _arg && ((a: unknown): a is (string)[] => Array.isArray(a) && a.find((e: unknown) : e is string => !((a: unknown): a is string => typeof a === "string")(e)) === undefined)(_arg.paths); } export function isWidgetResultFormEditor(_arg: unknown): _arg is WidgetResultFormEditor { return typeof _arg === "object" && _arg !== null && "values" in _arg && isStringIndexedInterface(_arg.values); } export function isWidgetResultGeometryColorSelector(_arg: unknown): _arg is WidgetResultGeometryColorSelector { return typeof _arg === "object" && _arg !== null && "selection" in _arg && ((a: unknown): a is (GeometrySelectionEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is GeometrySelectionEntry => !isGeometrySelectionEntry(e)) === undefined)(_arg.selection); } export function isWidgetResultGeometrySelector(_arg: unknown): _arg is WidgetResultGeometrySelector { return typeof _arg === "object" && _arg !== null && "selection" in _arg && ((a: unknown): a is (GeometrySelectionEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is GeometrySelectionEntry => !isGeometrySelectionEntry(e)) === undefined)(_arg.selection); } export function isWidgetResultJoiningSequenceEditor(_arg: unknown): _arg is WidgetResultJoiningSequenceEditor { return typeof _arg === "object" && _arg !== null && "joining" in _arg && isUiJoiningRepresentation(_arg.joining); } export function isWidgetResultLayeredImportDialog(_arg: unknown): _arg is WidgetResultLayeredImportDialog { return typeof _arg === "object" && _arg !== null && "twoDimRep" in _arg && ((a: unknown): a is TwoDimRepresentation => (typeof a === "object" && a !== null))(_arg.twoDimRep) && "thickness" in _arg && ((a: unknown): a is number => typeof a === "number")(_arg.thickness); } export function isWidgetResultMessageBox(_arg: unknown): _arg is WidgetResultMessageBox { return typeof _arg === "object" && _arg !== null && "accepted" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.accepted); } export function isWidgetResultProcessSelector(_arg: unknown): _arg is WidgetResultProcessSelector { return typeof _arg === "object" && _arg !== null && "processId" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.processId) && "forced" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.forced); } export function isWidgetResultSheetFilterEditor(_arg: unknown): _arg is WidgetResultSheetFilterEditor { return typeof _arg === "object" && _arg !== null && "filter" in _arg && isSheetFilter(_arg.filter); } export function isWidgetResultSheetTappingEditor(_arg: unknown): _arg is WidgetResultSheetTappingEditor { return typeof _arg === "object" && _arg !== null && "selection" in _arg && ((a: unknown): a is (SheetTappingEditorSelectionEntry)[] => Array.isArray(a) && a.find((e: unknown) : e is SheetTappingEditorSelectionEntry => !isSheetTappingEditorSelectionEntry(e)) === undefined)(_arg.selection); } export function isWidgetResultUserDataConfigEditor(_arg: unknown): _arg is WidgetResultUserDataConfigEditor { return typeof _arg === "object" && _arg !== null && "configJson" in _arg && ((a: unknown): a is string => typeof a === "string")(_arg.configJson); } export function isWorkStepTypeChangeResult(_arg: unknown): _arg is WorkStepTypeChangeResult { return typeof _arg === "object" && _arg !== null && "success" in _arg && ((a: unknown): a is boolean => typeof a === "boolean")(_arg.success) && "preGraph" in _arg && ((a: unknown): a is PreDocumentGraph => (typeof a === "object" && a !== null))(_arg.preGraph) && "changedVertices" in _arg && ((a: unknown): a is (SlVertex)[] => Array.isArray(a) && a.find((e: unknown) : e is SlVertex => !((a: unknown): a is SlVertex => (typeof a === "number"))(e)) === undefined)(_arg.changedVertices); } export const SheetMaterialUniqueMembersKey = [ "identifier", ] as const; type SheetMaterialUniqueMembersKeyTuple = typeof SheetMaterialUniqueMembersKey; export type SheetMaterialUniqueMembersKey = SheetMaterialUniqueMembersKeyTuple[number]; export const SheetMaterialDensityUniqueMembersKey = [ "sheetMaterialId", ] as const; type SheetMaterialDensityUniqueMembersKeyTuple = typeof SheetMaterialDensityUniqueMembersKey; export type SheetMaterialDensityUniqueMembersKey = SheetMaterialDensityUniqueMembersKeyTuple[number]; export const SheetCuttingMaterialMappingUniqueMembersKey = [ "sheetMaterialId", ] as const; type SheetCuttingMaterialMappingUniqueMembersKeyTuple = typeof SheetCuttingMaterialMappingUniqueMembersKey; export type SheetCuttingMaterialMappingUniqueMembersKey = SheetCuttingMaterialMappingUniqueMembersKeyTuple[number]; export const SheetBendingMaterialMappingUniqueMembersKey = [ "sheetMaterialId", ] as const; type SheetBendingMaterialMappingUniqueMembersKeyTuple = typeof SheetBendingMaterialMappingUniqueMembersKey; export type SheetBendingMaterialMappingUniqueMembersKey = SheetBendingMaterialMappingUniqueMembersKeyTuple[number]; export const BendTimeUniqueMembersKey = [ "mass", ] as const; type BendTimeUniqueMembersKeyTuple = typeof BendTimeUniqueMembersKey; export type BendTimeUniqueMembersKey = BendTimeUniqueMembersKeyTuple[number]; export const BendTimeParametersUniqueMembersKey = [ "sheetBendingMaterialId", "thickness", "bendLineNetLength", ] as const; type BendTimeParametersUniqueMembersKeyTuple = typeof BendTimeParametersUniqueMembersKey; export type BendTimeParametersUniqueMembersKey = BendTimeParametersUniqueMembersKeyTuple[number]; export const BendRateParametersUniqueMembersKey = [ "sheetBendingMaterialId", "thickness", "bendLineNetLength", ] as const; type BendRateParametersUniqueMembersKeyTuple = typeof BendRateParametersUniqueMembersKey; export type BendRateParametersUniqueMembersKey = BendRateParametersUniqueMembersKeyTuple[number]; export const BendLineConstraintUniqueMembersKey = [ "sheetBendingMaterialId", "thickness", ] as const; type BendLineConstraintUniqueMembersKeyTuple = typeof BendLineConstraintUniqueMembersKey; export type BendLineConstraintUniqueMembersKey = BendLineConstraintUniqueMembersKeyTuple[number]; export const LaserSheetCuttingGasUniqueMembersKey = [ "identifier", ] as const; type LaserSheetCuttingGasUniqueMembersKeyTuple = typeof LaserSheetCuttingGasUniqueMembersKey; export type LaserSheetCuttingGasUniqueMembersKey = LaserSheetCuttingGasUniqueMembersKeyTuple[number]; export const LaserSheetCuttingSpeedUniqueMembersKey = [ "sheetCuttingMaterialId", "laserSheetCuttingGasId", "thickness", ] as const; type LaserSheetCuttingSpeedUniqueMembersKeyTuple = typeof LaserSheetCuttingSpeedUniqueMembersKey; export type LaserSheetCuttingSpeedUniqueMembersKey = LaserSheetCuttingSpeedUniqueMembersKeyTuple[number]; export const LaserSheetCuttingPierceTimeUniqueMembersKey = [ "sheetCuttingMaterialId", "laserSheetCuttingGasId", "thickness", ] as const; type LaserSheetCuttingPierceTimeUniqueMembersKeyTuple = typeof LaserSheetCuttingPierceTimeUniqueMembersKey; export type LaserSheetCuttingPierceTimeUniqueMembersKey = LaserSheetCuttingPierceTimeUniqueMembersKeyTuple[number]; export const LaserSheetCuttingRateUniqueMembersKey = [ "sheetCuttingMaterialId", "laserSheetCuttingGasId", ] as const; type LaserSheetCuttingRateUniqueMembersKeyTuple = typeof LaserSheetCuttingRateUniqueMembersKey; export type LaserSheetCuttingRateUniqueMembersKey = LaserSheetCuttingRateUniqueMembersKeyTuple[number]; export const LaserSheetCuttingMinAreaUniqueMembersKey = [ "sheetCuttingMaterialId", "laserSheetCuttingGasId", "thickness", ] as const; type LaserSheetCuttingMinAreaUniqueMembersKeyTuple = typeof LaserSheetCuttingMinAreaUniqueMembersKey; export type LaserSheetCuttingMinAreaUniqueMembersKey = LaserSheetCuttingMinAreaUniqueMembersKeyTuple[number]; export const LaserSheetCuttingMaxThicknessUniqueMembersKey = [ "sheetCuttingMaterialId", "laserSheetCuttingGasId", ] as const; type LaserSheetCuttingMaxThicknessUniqueMembersKeyTuple = typeof LaserSheetCuttingMaxThicknessUniqueMembersKey; export type LaserSheetCuttingMaxThicknessUniqueMembersKey = LaserSheetCuttingMaxThicknessUniqueMembersKeyTuple[number]; export const PackagingUniqueMembersKey = [ "identifier", ] as const; type PackagingUniqueMembersKeyTuple = typeof PackagingUniqueMembersKey; export type PackagingUniqueMembersKey = PackagingUniqueMembersKeyTuple[number]; export const TransportationCostsUniqueMembersKey = [ "identifier", ] as const; type TransportationCostsUniqueMembersKeyTuple = typeof TransportationCostsUniqueMembersKey; export type TransportationCostsUniqueMembersKey = TransportationCostsUniqueMembersKeyTuple[number]; export const SurchargeUniqueMembersKey = [ "name", "type", "value", ] as const; type SurchargeUniqueMembersKeyTuple = typeof SurchargeUniqueMembersKey; export type SurchargeUniqueMembersKey = SurchargeUniqueMembersKeyTuple[number]; export const ProcessUniqueMembersKey = [ "identifier", ] as const; type ProcessUniqueMembersKeyTuple = typeof ProcessUniqueMembersKey; export type ProcessUniqueMembersKey = ProcessUniqueMembersKeyTuple[number]; export const ProcessRateUniqueMembersKey = [ "processId", ] as const; type ProcessRateUniqueMembersKeyTuple = typeof ProcessRateUniqueMembersKey; export type ProcessRateUniqueMembersKey = ProcessRateUniqueMembersKeyTuple[number]; export const ProcessSetupTimeFallbackUniqueMembersKey = [ "processId", ] as const; type ProcessSetupTimeFallbackUniqueMembersKeyTuple = typeof ProcessSetupTimeFallbackUniqueMembersKey; export type ProcessSetupTimeFallbackUniqueMembersKey = ProcessSetupTimeFallbackUniqueMembersKeyTuple[number]; export const ProcessUnitTimeFallbackUniqueMembersKey = [ "processId", ] as const; type ProcessUnitTimeFallbackUniqueMembersKeyTuple = typeof ProcessUnitTimeFallbackUniqueMembersKey; export type ProcessUnitTimeFallbackUniqueMembersKey = ProcessUnitTimeFallbackUniqueMembersKeyTuple[number]; export const SheetUniqueMembersKey = [ "identifier", ] as const; type SheetUniqueMembersKeyTuple = typeof SheetUniqueMembersKey; export type SheetUniqueMembersKey = SheetUniqueMembersKeyTuple[number]; export const SheetModulusUniqueMembersKey = [ "sheetId", ] as const; type SheetModulusUniqueMembersKeyTuple = typeof SheetModulusUniqueMembersKey; export type SheetModulusUniqueMembersKey = SheetModulusUniqueMembersKeyTuple[number]; export const SheetPriceUniqueMembersKey = [ "sheetId", ] as const; type SheetPriceUniqueMembersKeyTuple = typeof SheetPriceUniqueMembersKey; export type SheetPriceUniqueMembersKey = SheetPriceUniqueMembersKeyTuple[number]; export const UpperDieGroupUniqueMembersKey = [ "identifier", ] as const; type UpperDieGroupUniqueMembersKeyTuple = typeof UpperDieGroupUniqueMembersKey; export type UpperDieGroupUniqueMembersKey = UpperDieGroupUniqueMembersKeyTuple[number]; export const LowerDieGroupUniqueMembersKey = [ "identifier", ] as const; type LowerDieGroupUniqueMembersKeyTuple = typeof LowerDieGroupUniqueMembersKey; export type LowerDieGroupUniqueMembersKey = LowerDieGroupUniqueMembersKeyTuple[number]; export const BendDeductionUniqueMembersKey = [ "sheetBendingMaterialId", "upperDieGroupId", "lowerDieGroupId", "thickness", "bendAngle", ] as const; type BendDeductionUniqueMembersKeyTuple = typeof BendDeductionUniqueMembersKey; export type BendDeductionUniqueMembersKey = BendDeductionUniqueMembersKeyTuple[number]; export const SettingUniqueMembersKey = [ "key", ] as const; type SettingUniqueMembersKeyTuple = typeof SettingUniqueMembersKey; export type SettingUniqueMembersKey = SettingUniqueMembersKeyTuple[number]; export const AutomaticMechanicalDeburringMaterialUniqueMembersKey = [ "sheetMaterialId", ] as const; type AutomaticMechanicalDeburringMaterialUniqueMembersKeyTuple = typeof AutomaticMechanicalDeburringMaterialUniqueMembersKey; export type AutomaticMechanicalDeburringMaterialUniqueMembersKey = AutomaticMechanicalDeburringMaterialUniqueMembersKeyTuple[number]; export const AutomaticMechanicalDeburringParametersUniqueMembersKey = [ "automaticMechanicalDeburringMaterialId", ] as const; type AutomaticMechanicalDeburringParametersUniqueMembersKeyTuple = typeof AutomaticMechanicalDeburringParametersUniqueMembersKey; export type AutomaticMechanicalDeburringParametersUniqueMembersKey = AutomaticMechanicalDeburringParametersUniqueMembersKeyTuple[number]; export const DimensionConstraintsUniqueMembersKey = [ "processId", ] as const; type DimensionConstraintsUniqueMembersKeyTuple = typeof DimensionConstraintsUniqueMembersKey; export type DimensionConstraintsUniqueMembersKey = DimensionConstraintsUniqueMembersKeyTuple[number]; export const ScrewThreadUniqueMembersKey = [ "identifier", ] as const; type ScrewThreadUniqueMembersKeyTuple = typeof ScrewThreadUniqueMembersKey; export type ScrewThreadUniqueMembersKey = ScrewThreadUniqueMembersKeyTuple[number]; export const TappingTimeParametersUniqueMembersKey = [ "processId", "screwThreadId", ] as const; type TappingTimeParametersUniqueMembersKeyTuple = typeof TappingTimeParametersUniqueMembersKey; export type TappingTimeParametersUniqueMembersKey = TappingTimeParametersUniqueMembersKeyTuple[number]; export const TubeMaterialUniqueMembersKey = [ "identifier", ] as const; type TubeMaterialUniqueMembersKeyTuple = typeof TubeMaterialUniqueMembersKey; export type TubeMaterialUniqueMembersKey = TubeMaterialUniqueMembersKeyTuple[number]; export const TubeMaterialDensityUniqueMembersKey = [ "tubeMaterialId", ] as const; type TubeMaterialDensityUniqueMembersKeyTuple = typeof TubeMaterialDensityUniqueMembersKey; export type TubeMaterialDensityUniqueMembersKey = TubeMaterialDensityUniqueMembersKeyTuple[number]; export const TubeProfileUniqueMembersKey = [ "identifier", ] as const; type TubeProfileUniqueMembersKeyTuple = typeof TubeProfileUniqueMembersKey; export type TubeProfileUniqueMembersKey = TubeProfileUniqueMembersKeyTuple[number]; export const TubeSpecificationUniqueMembersKey = [ "identifier", ] as const; type TubeSpecificationUniqueMembersKeyTuple = typeof TubeSpecificationUniqueMembersKey; export type TubeSpecificationUniqueMembersKey = TubeSpecificationUniqueMembersKeyTuple[number]; export const TubeUniqueMembersKey = [ "identifier", ] as const; type TubeUniqueMembersKeyTuple = typeof TubeUniqueMembersKey; export type TubeUniqueMembersKey = TubeUniqueMembersKeyTuple[number]; export const UpperDieUniqueMembersKey = [ "identifier", ] as const; type UpperDieUniqueMembersKeyTuple = typeof UpperDieUniqueMembersKey; export type UpperDieUniqueMembersKey = UpperDieUniqueMembersKeyTuple[number]; export const LowerDieUniqueMembersKey = [ "identifier", ] as const; type LowerDieUniqueMembersKeyTuple = typeof LowerDieUniqueMembersKey; export type LowerDieUniqueMembersKey = LowerDieUniqueMembersKeyTuple[number]; export const UpperDieUnitUniqueMembersKey = [ "upperDieId", "dimX", ] as const; type UpperDieUnitUniqueMembersKeyTuple = typeof UpperDieUnitUniqueMembersKey; export type UpperDieUnitUniqueMembersKey = UpperDieUnitUniqueMembersKeyTuple[number]; export const LowerDieUnitUniqueMembersKey = [ "lowerDieId", "dimX", ] as const; type LowerDieUnitUniqueMembersKeyTuple = typeof LowerDieUnitUniqueMembersKey; export type LowerDieUnitUniqueMembersKey = LowerDieUnitUniqueMembersKeyTuple[number]; export const ProcessHandlingTimeUniqueMembersKey = [ "processId", "mass", ] as const; type ProcessHandlingTimeUniqueMembersKeyTuple = typeof ProcessHandlingTimeUniqueMembersKey; export type ProcessHandlingTimeUniqueMembersKey = ProcessHandlingTimeUniqueMembersKeyTuple[number]; export const SheetStockUniqueMembersKey = [ "sheetId", ] as const; type SheetStockUniqueMembersKeyTuple = typeof SheetStockUniqueMembersKey; export type SheetStockUniqueMembersKey = SheetStockUniqueMembersKeyTuple[number]; export const ProcessIdlePeriodUniqueMembersKey = [ "processId", ] as const; type ProcessIdlePeriodUniqueMembersKeyTuple = typeof ProcessIdlePeriodUniqueMembersKey; export type ProcessIdlePeriodUniqueMembersKey = ProcessIdlePeriodUniqueMembersKeyTuple[number]; export const SheetMaterialScrapValueUniqueMembersKey = [ "sheetMaterialId", ] as const; type SheetMaterialScrapValueUniqueMembersKeyTuple = typeof SheetMaterialScrapValueUniqueMembersKey; export type SheetMaterialScrapValueUniqueMembersKey = SheetMaterialScrapValueUniqueMembersKeyTuple[number]; export const SheetPriorityUniqueMembersKey = [ "sheetId", ] as const; type SheetPriorityUniqueMembersKeyTuple = typeof SheetPriorityUniqueMembersKey; export type SheetPriorityUniqueMembersKey = SheetPriorityUniqueMembersKeyTuple[number]; export const DieGroupPriorityUniqueMembersKey = [ "upperDieGroupId", "lowerDieGroupId", "sheetBendingMaterialId", "sheetThickness", ] as const; type DieGroupPriorityUniqueMembersKeyTuple = typeof DieGroupPriorityUniqueMembersKey; export type DieGroupPriorityUniqueMembersKey = DieGroupPriorityUniqueMembersKeyTuple[number]; export const SheetCuttingMaterialUniqueMembersKey = [ "identifier", ] as const; type SheetCuttingMaterialUniqueMembersKeyTuple = typeof SheetCuttingMaterialUniqueMembersKey; export type SheetCuttingMaterialUniqueMembersKey = SheetCuttingMaterialUniqueMembersKeyTuple[number]; export const SheetBendingMaterialUniqueMembersKey = [ "identifier", ] as const; type SheetBendingMaterialUniqueMembersKeyTuple = typeof SheetBendingMaterialUniqueMembersKey; export type SheetBendingMaterialUniqueMembersKey = SheetBendingMaterialUniqueMembersKeyTuple[number]; export const TubeCuttingProcessUniqueMembersKey = [ "identifier", ] as const; type TubeCuttingProcessUniqueMembersKeyTuple = typeof TubeCuttingProcessUniqueMembersKey; export type TubeCuttingProcessUniqueMembersKey = TubeCuttingProcessUniqueMembersKeyTuple[number]; export const TubeCuttingProcessMappingUniqueMembersKey = [ "processId", "tubeMaterialId", ] as const; type TubeCuttingProcessMappingUniqueMembersKeyTuple = typeof TubeCuttingProcessMappingUniqueMembersKey; export type TubeCuttingProcessMappingUniqueMembersKey = TubeCuttingProcessMappingUniqueMembersKeyTuple[number]; export const TubeCuttingSpeedUniqueMembersKey = [ "tubeCuttingProcessId", "thickness", ] as const; type TubeCuttingSpeedUniqueMembersKeyTuple = typeof TubeCuttingSpeedUniqueMembersKey; export type TubeCuttingSpeedUniqueMembersKey = TubeCuttingSpeedUniqueMembersKeyTuple[number]; export const TubeCuttingPierceTimeUniqueMembersKey = [ "tubeCuttingProcessId", "thickness", ] as const; type TubeCuttingPierceTimeUniqueMembersKeyTuple = typeof TubeCuttingPierceTimeUniqueMembersKey; export type TubeCuttingPierceTimeUniqueMembersKey = TubeCuttingPierceTimeUniqueMembersKeyTuple[number]; export const TubePriceUniqueMembersKey = [ "tubeId", ] as const; type TubePriceUniqueMembersKeyTuple = typeof TubePriceUniqueMembersKey; export type TubePriceUniqueMembersKey = TubePriceUniqueMembersKeyTuple[number]; export const TubeStockUniqueMembersKey = [ "tubeId", ] as const; type TubeStockUniqueMembersKeyTuple = typeof TubeStockUniqueMembersKey; export type TubeStockUniqueMembersKey = TubeStockUniqueMembersKeyTuple[number]; export const TubeMaterialScrapValueUniqueMembersKey = [ "tubeMaterialId", ] as const; type TubeMaterialScrapValueUniqueMembersKeyTuple = typeof TubeMaterialScrapValueUniqueMembersKey; export type TubeMaterialScrapValueUniqueMembersKey = TubeMaterialScrapValueUniqueMembersKeyTuple[number]; export const SheetCuttingProcessUniqueMembersKey = [ "identifier", ] as const; type SheetCuttingProcessUniqueMembersKeyTuple = typeof SheetCuttingProcessUniqueMembersKey; export type SheetCuttingProcessUniqueMembersKey = SheetCuttingProcessUniqueMembersKeyTuple[number]; export const SheetCuttingProcessMappingUniqueMembersKey = [ "processId", "sheetMaterialId", ] as const; type SheetCuttingProcessMappingUniqueMembersKeyTuple = typeof SheetCuttingProcessMappingUniqueMembersKey; export type SheetCuttingProcessMappingUniqueMembersKey = SheetCuttingProcessMappingUniqueMembersKeyTuple[number]; export const SheetCuttingMotionParametersUniqueMembersKey = [ "sheetCuttingProcessId", "thickness", "contourArea", ] as const; type SheetCuttingMotionParametersUniqueMembersKeyTuple = typeof SheetCuttingMotionParametersUniqueMembersKey; export type SheetCuttingMotionParametersUniqueMembersKey = SheetCuttingMotionParametersUniqueMembersKeyTuple[number]; export const SheetCuttingProcessToLaserCuttingGasUniqueMembersKey = [ "sheetCuttingProcessId", ] as const; type SheetCuttingProcessToLaserCuttingGasUniqueMembersKeyTuple = typeof SheetCuttingProcessToLaserCuttingGasUniqueMembersKey; export type SheetCuttingProcessToLaserCuttingGasUniqueMembersKey = SheetCuttingProcessToLaserCuttingGasUniqueMembersKeyTuple[number]; export const PurchasePartMaterialUniqueMembersKey = [ "identifier", ] as const; type PurchasePartMaterialUniqueMembersKeyTuple = typeof PurchasePartMaterialUniqueMembersKey; export type PurchasePartMaterialUniqueMembersKey = PurchasePartMaterialUniqueMembersKeyTuple[number]; export const ProcessConstraintsSheetMaterialUniqueMembersKey = [ "processId", "sheetMaterialId", ] as const; type ProcessConstraintsSheetMaterialUniqueMembersKeyTuple = typeof ProcessConstraintsSheetMaterialUniqueMembersKey; export type ProcessConstraintsSheetMaterialUniqueMembersKey = ProcessConstraintsSheetMaterialUniqueMembersKeyTuple[number]; export const ProcessConstraintsTubeMaterialUniqueMembersKey = [ "processId", "tubeMaterialId", ] as const; type ProcessConstraintsTubeMaterialUniqueMembersKeyTuple = typeof ProcessConstraintsTubeMaterialUniqueMembersKey; export type ProcessConstraintsTubeMaterialUniqueMembersKey = ProcessConstraintsTubeMaterialUniqueMembersKeyTuple[number]; export const ProcessConstraintsPurchasePartMaterialUniqueMembersKey = [ "processId", "purchasePartMaterialId", ] as const; type ProcessConstraintsPurchasePartMaterialUniqueMembersKeyTuple = typeof ProcessConstraintsPurchasePartMaterialUniqueMembersKey; export type ProcessConstraintsPurchasePartMaterialUniqueMembersKey = ProcessConstraintsPurchasePartMaterialUniqueMembersKeyTuple[number]; export const ConsumableUniqueMembersKey = [ "identifier", ] as const; type ConsumableUniqueMembersKeyTuple = typeof ConsumableUniqueMembersKey; export type ConsumableUniqueMembersKey = ConsumableUniqueMembersKeyTuple[number]; export const ProcessConsumableRateUniqueMembersKey = [ "processId", "consumableId", ] as const; type ProcessConsumableRateUniqueMembersKeyTuple = typeof ProcessConsumableRateUniqueMembersKey; export type ProcessConsumableRateUniqueMembersKey = ProcessConsumableRateUniqueMembersKeyTuple[number]; export const SheetCuttingProcessConsumableRateUniqueMembersKey = [ "sheetCuttingProcessId", "consumableId", "thickness", ] as const; type SheetCuttingProcessConsumableRateUniqueMembersKeyTuple = typeof SheetCuttingProcessConsumableRateUniqueMembersKey; export type SheetCuttingProcessConsumableRateUniqueMembersKey = SheetCuttingProcessConsumableRateUniqueMembersKeyTuple[number]; export const TubeCuttingProcessConsumableRateUniqueMembersKey = [ "tubeCuttingProcessId", "consumableId", "thickness", ] as const; type TubeCuttingProcessConsumableRateUniqueMembersKeyTuple = typeof TubeCuttingProcessConsumableRateUniqueMembersKey; export type TubeCuttingProcessConsumableRateUniqueMembersKey = TubeCuttingProcessConsumableRateUniqueMembersKeyTuple[number]; export const SheetCuttingThicknessConstraintsUniqueMembersKey = [ "sheetCuttingProcessId", ] as const; type SheetCuttingThicknessConstraintsUniqueMembersKeyTuple = typeof SheetCuttingThicknessConstraintsUniqueMembersKey; export type SheetCuttingThicknessConstraintsUniqueMembersKey = SheetCuttingThicknessConstraintsUniqueMembersKeyTuple[number]; declare interface UniqueMembersKeyMap { sheetMaterial: SheetMaterialUniqueMembersKey[]; sheetMaterialDensity: SheetMaterialDensityUniqueMembersKey[]; sheetCuttingMaterialMapping: SheetCuttingMaterialMappingUniqueMembersKey[]; sheetBendingMaterialMapping: SheetBendingMaterialMappingUniqueMembersKey[]; bendTime: BendTimeUniqueMembersKey[]; bendTimeParameters: BendTimeParametersUniqueMembersKey[]; bendRateParameters: BendRateParametersUniqueMembersKey[]; bendLineConstraint: BendLineConstraintUniqueMembersKey[]; laserSheetCuttingGas: LaserSheetCuttingGasUniqueMembersKey[]; laserSheetCuttingSpeed: LaserSheetCuttingSpeedUniqueMembersKey[]; laserSheetCuttingPierceTime: LaserSheetCuttingPierceTimeUniqueMembersKey[]; laserSheetCuttingRate: LaserSheetCuttingRateUniqueMembersKey[]; laserSheetCuttingMinArea: LaserSheetCuttingMinAreaUniqueMembersKey[]; laserSheetCuttingMaxThickness: LaserSheetCuttingMaxThicknessUniqueMembersKey[]; packaging: PackagingUniqueMembersKey[]; transportationCosts: TransportationCostsUniqueMembersKey[]; surcharge: SurchargeUniqueMembersKey[]; process: ProcessUniqueMembersKey[]; processRate: ProcessRateUniqueMembersKey[]; processSetupTimeFallback: ProcessSetupTimeFallbackUniqueMembersKey[]; processUnitTimeFallback: ProcessUnitTimeFallbackUniqueMembersKey[]; sheet: SheetUniqueMembersKey[]; sheetModulus: SheetModulusUniqueMembersKey[]; sheetPrice: SheetPriceUniqueMembersKey[]; upperDieGroup: UpperDieGroupUniqueMembersKey[]; lowerDieGroup: LowerDieGroupUniqueMembersKey[]; bendDeduction: BendDeductionUniqueMembersKey[]; setting: SettingUniqueMembersKey[]; automaticMechanicalDeburringMaterial: AutomaticMechanicalDeburringMaterialUniqueMembersKey[]; automaticMechanicalDeburringParameters: AutomaticMechanicalDeburringParametersUniqueMembersKey[]; dimensionConstraints: DimensionConstraintsUniqueMembersKey[]; screwThread: ScrewThreadUniqueMembersKey[]; tappingTimeParameters: TappingTimeParametersUniqueMembersKey[]; tubeMaterial: TubeMaterialUniqueMembersKey[]; tubeMaterialDensity: TubeMaterialDensityUniqueMembersKey[]; tubeProfile: TubeProfileUniqueMembersKey[]; tubeSpecification: TubeSpecificationUniqueMembersKey[]; tube: TubeUniqueMembersKey[]; upperDie: UpperDieUniqueMembersKey[]; lowerDie: LowerDieUniqueMembersKey[]; upperDieUnit: UpperDieUnitUniqueMembersKey[]; lowerDieUnit: LowerDieUnitUniqueMembersKey[]; processHandlingTime: ProcessHandlingTimeUniqueMembersKey[]; sheetStock: SheetStockUniqueMembersKey[]; processIdlePeriod: ProcessIdlePeriodUniqueMembersKey[]; sheetMaterialScrapValue: SheetMaterialScrapValueUniqueMembersKey[]; sheetPriority: SheetPriorityUniqueMembersKey[]; dieGroupPriority: DieGroupPriorityUniqueMembersKey[]; sheetCuttingMaterial: SheetCuttingMaterialUniqueMembersKey[]; sheetBendingMaterial: SheetBendingMaterialUniqueMembersKey[]; tubeCuttingProcess: TubeCuttingProcessUniqueMembersKey[]; tubeCuttingProcessMapping: TubeCuttingProcessMappingUniqueMembersKey[]; tubeCuttingSpeed: TubeCuttingSpeedUniqueMembersKey[]; tubeCuttingPierceTime: TubeCuttingPierceTimeUniqueMembersKey[]; tubePrice: TubePriceUniqueMembersKey[]; tubeStock: TubeStockUniqueMembersKey[]; tubeMaterialScrapValue: TubeMaterialScrapValueUniqueMembersKey[]; sheetCuttingProcess: SheetCuttingProcessUniqueMembersKey[]; sheetCuttingProcessMapping: SheetCuttingProcessMappingUniqueMembersKey[]; sheetCuttingMotionParameters: SheetCuttingMotionParametersUniqueMembersKey[]; sheetCuttingProcessToLaserCuttingGas: SheetCuttingProcessToLaserCuttingGasUniqueMembersKey[]; purchasePartMaterial: PurchasePartMaterialUniqueMembersKey[]; processConstraintsSheetMaterial: ProcessConstraintsSheetMaterialUniqueMembersKey[]; processConstraintsTubeMaterial: ProcessConstraintsTubeMaterialUniqueMembersKey[]; processConstraintsPurchasePartMaterial: ProcessConstraintsPurchasePartMaterialUniqueMembersKey[]; consumable: ConsumableUniqueMembersKey[]; processConsumableRate: ProcessConsumableRateUniqueMembersKey[]; sheetCuttingProcessConsumableRate: SheetCuttingProcessConsumableRateUniqueMembersKey[]; tubeCuttingProcessConsumableRate: TubeCuttingProcessConsumableRateUniqueMembersKey[]; sheetCuttingThicknessConstraints: SheetCuttingThicknessConstraintsUniqueMembersKey[]; } export const uniqueMembersKeyMap : UniqueMembersKeyMap = { sheetMaterial: [...SheetMaterialUniqueMembersKey], sheetMaterialDensity: [...SheetMaterialDensityUniqueMembersKey], sheetCuttingMaterialMapping: [...SheetCuttingMaterialMappingUniqueMembersKey], sheetBendingMaterialMapping: [...SheetBendingMaterialMappingUniqueMembersKey], bendTime: [...BendTimeUniqueMembersKey], bendTimeParameters: [...BendTimeParametersUniqueMembersKey], bendRateParameters: [...BendRateParametersUniqueMembersKey], bendLineConstraint: [...BendLineConstraintUniqueMembersKey], laserSheetCuttingGas: [...LaserSheetCuttingGasUniqueMembersKey], laserSheetCuttingSpeed: [...LaserSheetCuttingSpeedUniqueMembersKey], laserSheetCuttingPierceTime: [...LaserSheetCuttingPierceTimeUniqueMembersKey], laserSheetCuttingRate: [...LaserSheetCuttingRateUniqueMembersKey], laserSheetCuttingMinArea: [...LaserSheetCuttingMinAreaUniqueMembersKey], laserSheetCuttingMaxThickness: [...LaserSheetCuttingMaxThicknessUniqueMembersKey], packaging: [...PackagingUniqueMembersKey], transportationCosts: [...TransportationCostsUniqueMembersKey], surcharge: [...SurchargeUniqueMembersKey], process: [...ProcessUniqueMembersKey], processRate: [...ProcessRateUniqueMembersKey], processSetupTimeFallback: [...ProcessSetupTimeFallbackUniqueMembersKey], processUnitTimeFallback: [...ProcessUnitTimeFallbackUniqueMembersKey], sheet: [...SheetUniqueMembersKey], sheetModulus: [...SheetModulusUniqueMembersKey], sheetPrice: [...SheetPriceUniqueMembersKey], upperDieGroup: [...UpperDieGroupUniqueMembersKey], lowerDieGroup: [...LowerDieGroupUniqueMembersKey], bendDeduction: [...BendDeductionUniqueMembersKey], setting: [...SettingUniqueMembersKey], automaticMechanicalDeburringMaterial: [...AutomaticMechanicalDeburringMaterialUniqueMembersKey], automaticMechanicalDeburringParameters: [...AutomaticMechanicalDeburringParametersUniqueMembersKey], dimensionConstraints: [...DimensionConstraintsUniqueMembersKey], screwThread: [...ScrewThreadUniqueMembersKey], tappingTimeParameters: [...TappingTimeParametersUniqueMembersKey], tubeMaterial: [...TubeMaterialUniqueMembersKey], tubeMaterialDensity: [...TubeMaterialDensityUniqueMembersKey], tubeProfile: [...TubeProfileUniqueMembersKey], tubeSpecification: [...TubeSpecificationUniqueMembersKey], tube: [...TubeUniqueMembersKey], upperDie: [...UpperDieUniqueMembersKey], lowerDie: [...LowerDieUniqueMembersKey], upperDieUnit: [...UpperDieUnitUniqueMembersKey], lowerDieUnit: [...LowerDieUnitUniqueMembersKey], processHandlingTime: [...ProcessHandlingTimeUniqueMembersKey], sheetStock: [...SheetStockUniqueMembersKey], processIdlePeriod: [...ProcessIdlePeriodUniqueMembersKey], sheetMaterialScrapValue: [...SheetMaterialScrapValueUniqueMembersKey], sheetPriority: [...SheetPriorityUniqueMembersKey], dieGroupPriority: [...DieGroupPriorityUniqueMembersKey], sheetCuttingMaterial: [...SheetCuttingMaterialUniqueMembersKey], sheetBendingMaterial: [...SheetBendingMaterialUniqueMembersKey], tubeCuttingProcess: [...TubeCuttingProcessUniqueMembersKey], tubeCuttingProcessMapping: [...TubeCuttingProcessMappingUniqueMembersKey], tubeCuttingSpeed: [...TubeCuttingSpeedUniqueMembersKey], tubeCuttingPierceTime: [...TubeCuttingPierceTimeUniqueMembersKey], tubePrice: [...TubePriceUniqueMembersKey], tubeStock: [...TubeStockUniqueMembersKey], tubeMaterialScrapValue: [...TubeMaterialScrapValueUniqueMembersKey], sheetCuttingProcess: [...SheetCuttingProcessUniqueMembersKey], sheetCuttingProcessMapping: [...SheetCuttingProcessMappingUniqueMembersKey], sheetCuttingMotionParameters: [...SheetCuttingMotionParametersUniqueMembersKey], sheetCuttingProcessToLaserCuttingGas: [...SheetCuttingProcessToLaserCuttingGasUniqueMembersKey], purchasePartMaterial: [...PurchasePartMaterialUniqueMembersKey], processConstraintsSheetMaterial: [...ProcessConstraintsSheetMaterialUniqueMembersKey], processConstraintsTubeMaterial: [...ProcessConstraintsTubeMaterialUniqueMembersKey], processConstraintsPurchasePartMaterial: [...ProcessConstraintsPurchasePartMaterialUniqueMembersKey], consumable: [...ConsumableUniqueMembersKey], processConsumableRate: [...ProcessConsumableRateUniqueMembersKey], sheetCuttingProcessConsumableRate: [...SheetCuttingProcessConsumableRateUniqueMembersKey], tubeCuttingProcessConsumableRate: [...TubeCuttingProcessConsumableRateUniqueMembersKey], sheetCuttingThicknessConstraints: [...SheetCuttingThicknessConstraintsUniqueMembersKey], };