@itk-viewer/element

import { View3dActor } from '@itk-viewer/viewer/view-3d.js'; import { LitElement } from 'lit'; import { SelectorController } from 'xstate-lit'; import { Camera } from '@itk-viewer/viewer/camera.js'; import './itk-view-3d-vtkjs.js'; import './itk-camera.js'; type Actor = View3dActor; type Renderer = 'vtkjs' | 'slot'; export declare class ItkView3d extends LitElement { renderer: Renderer; actor: Actor | undefined; scale: SelectorController<Actor, number> | undefined; scaleCount: SelectorController<Actor, number> | undefined; cameraActor: SelectorController<Actor, Camera | undefined> | undefined; dispatched: boolean; setActor(actor: Actor): void; getActor(): import("xstate").ActorRef<import("xstate").MachineSnapshot<{ spawned: import("xstate").AnyActorRef[]; scale: number; image?: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; imageActor?: import("@itk-viewer/viewer/image.js").Image; viewport?: import("@itk-viewer/viewer/viewport.js").ViewportActor; camera?: Camera; autoCameraReset: boolean; }, import("@itk-viewer/viewer/children.js").CreateChild | { type: "setImage"; image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; } | { type: "setScale"; scale: number; } | { type: "createRenderer"; logic: import("xstate").AnyActorLogic; } | { type: "setViewport"; viewport: import("@itk-viewer/viewer/viewport.js").ViewportActor; } | { type: "setResolution"; resolution: [number, number]; } | { type: "setCamera"; camera: Camera; } | { type: "setAutoCameraReset"; enableReset: boolean; }, { [x: string]: import("xstate").ActorRef<import("xstate").MachineSnapshot<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, {}, "active", string, import("xstate").NonReducibleUnknown, import("xstate").MetaObject, { readonly id: "image"; readonly initial: "active"; readonly context: ({ input: image }: { spawn: { <TSrc extends never>(logic: TSrc, ...[options]: never): never; <TLogic extends import("xstate").AnyActorLogic>(src: TLogic, options?: { id?: never; systemId?: string; input?: import("xstate").InputFrom<TLogic> | undefined; syncSnapshot?: boolean; } | undefined): import("xstate").ActorRefFrom<TLogic>; }; input: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; self: import("xstate").ActorRef<import("xstate").MachineSnapshot<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, Record<string, import("xstate").AnyActorRef | undefined>, import("xstate").StateValue, string, unknown, any, any>, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, import("xstate").AnyEventObject>; }) => { image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: never[]; colorRanges: never[]; normalizedColorRanges: never[]; colorMaps: never[]; opacityPoints: never[]; normalizedOpacityPoints: never[]; }; readonly states: { readonly active: { readonly on: { readonly builtImage: { readonly actions: readonly [import("xstate").ActionFunction<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, undefined, never, never, never, never, never>, import("xstate").ActionFunction<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, undefined, never, never, never, never, never>, "updateNormalizedColorRanges", "updateNormalizedOpacityPoints", "ensureComponentDefaults"]; }; readonly colorRange: { readonly actions: readonly [import("xstate").ActionFunction<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "colorRange"; range: readonly [number, number]; component: number; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, undefined, never, never, never, never, never>, "updateNormalizedColorRanges"]; }; readonly normalizedColorRange: { readonly actions: readonly [import("xstate").ActionFunction<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "normalizedColorRange"; range: readonly [number, number]; component: number; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, undefined, never, never, never, never, never>, "updateColorRanges"]; }; readonly opacityPoints: { readonly actions: readonly [import("xstate").ActionFunction<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, undefined, never, never, never, never, never>, "updateNormalizedOpacityPoints"]; }; readonly normalizedOpacityPoints: { readonly actions: readonly [import("xstate").ActionFunction<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, undefined, never, never, never, never, never>, "updateOpacityPoints"]; }; readonly colorMap: { readonly actions: readonly [import("xstate").ActionFunction<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "colorMap"; colorMap: string; component: number; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, undefined, never, never, never, never, never>]; }; }; }; }; }>, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, import("xstate").EventObject> | import("xstate").ActorRef<import("xstate").PromiseSnapshot<import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage, { image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; scale: number; }>, { [k: string]: unknown; type: string; }, import("xstate").EventObject> | undefined; }, { active?: "idle" | "buildingImage" | undefined; }, string, import("xstate").NonReducibleUnknown, import("xstate").MetaObject, { readonly context: () => { scale: number; spawned: never[]; autoCameraReset: true; }; readonly id: "view3d"; readonly initial: "active"; readonly states: { readonly active: { readonly on: { readonly createChild: { readonly actions: readonly [import("xstate").ActionFunction<{ spawned: import("xstate").AnyActorRef[]; scale: number; image?: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; imageActor?: import("@itk-viewer/viewer/image.js").Image; viewport?: import("@itk-viewer/viewer/viewport.js").ViewportActor; camera?: Camera; autoCameraReset: boolean; }, import("@itk-viewer/viewer/children.js").CreateChild, import("@itk-viewer/viewer/children.js").CreateChild | { type: "setImage"; image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; } | { type: "setScale"; scale: number; } | { type: "createRenderer"; logic: import("xstate").AnyActorLogic; } | { type: "setViewport"; viewport: import("@itk-viewer/viewer/viewport.js").ViewportActor; } | { type: "setResolution"; resolution: [number, number]; } | { type: "setCamera"; camera: Camera; } | { type: "setAutoCameraReset"; enableReset: boolean; }, undefined, import("xstate").Values<{ image: { src: "image"; logic: import("xstate").StateMachine<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, {}, never, import("xstate").Values<{ updateColorRanges: { type: "updateColorRanges"; params: import("xstate").NonReducibleUnknown; }; updateNormalizedColorRanges: { type: "updateNormalizedColorRanges"; params: import("xstate").NonReducibleUnknown; }; updateOpacityPoints: { type: "updateOpacityPoints"; params: import("xstate").NonReducibleUnknown; }; updateNormalizedOpacityPoints: { type: "updateNormalizedOpacityPoints"; params: import("xstate").NonReducibleUnknown; }; ensureComponentDefaults: { type: "ensureComponentDefaults"; params: import("xstate").NonReducibleUnknown; }; }>, never, never, "active", string, import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage, import("xstate").NonReducibleUnknown, import("xstate").EventObject, import("xstate").MetaObject, { readonly id: "image"; readonly initial: "active"; readonly context: ({ input: image }: { spawn: { <TSrc extends never>(logic: TSrc, ...[options]: never): never; <TLogic extends import("xstate").AnyActorLogic>(src: TLogic, options?: { id?: never; systemId?: string; input?: import("xstate").InputFrom<TLogic> | undefined; syncSnapshot?: boolean; } | undefined): import("xstate").ActorRefFrom<TLogic>; }; input: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; self: import("xstate").ActorRef<import("xstate").MachineSnapshot<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, Record<string, import("xstate").AnyActorRef | undefined>, import("xstate").StateValue, string, unknown, any, any>, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, import("xstate").AnyEventObject>; }) => { image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: never[]; colorRanges: never[]; normalizedColorRanges: never[]; colorMaps: never[]; opacityPoints: never[]; normalizedOpacityPoints: never[]; }; readonly states: { readonly active: { readonly on: { readonly builtImage: { readonly actions: readonly [import("xstate").ActionFunction<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, undefined, never, never, never, never, never>, import("xstate").ActionFunction<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, undefined, never, never, never, never, never>, "updateNormalizedColorRanges", "updateNormalizedOpacityPoints", "ensureComponentDefaults"]; }; readonly colorRange: { readonly actions: readonly [import("xstate").ActionFunction<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "colorRange"; range: readonly [number, number]; component: number; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage"; builtImage: import("@itk-viewer/io/MultiscaleSpatialImage.js").BuiltImage; } | { type: "colorRange"; range: readonly [number, number]; component: number; } | { type: "normalizedColorRange"; range: readonly [number, number]; component: number; } | { type: "opacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "normalizedOpacityPoints"; points: (readonly [number, number])[]; component: number; } | { type: "colorMap"; colorMap: string; component: number; }, undefined, never, never, never, never, never>, "updateNormalizedColorRanges"]; }; readonly normalizedColorRange: { readonly actions: readonly [import("xstate").ActionFunction<{ image: import("@itk-viewer/io/MultiscaleSpatialImage.js").MultiscaleSpatialImage; dataRanges: import("@itk-viewer/io/types.js").Ranges; colorRanges: import("@itk-viewer/io/types.js").Ranges; normalizedColorRanges: import("@itk-viewer/io/types.js").Ranges; colorMaps: string[]; opacityPoints: (readonly [number, number])[][]; normalizedOpacityPoints: (readonly [number, number])[][]; }, { type: "normalizedColorRange"; range: readonly [number, number]; component: number; }, { type: "getWorker"; receiver: import("xstate").AnyActorRef; } | { type: "builtImage";