import { GcpAndDistortions, GcpTransformer, ProjectionFunction, TransformationType, TransformationTypeInputs } from '@allmaps/transform';
import { ProjectedGcpTransformerOptions, ProjectedGcpTransformOptions, Projection } from '../shared/types.js';
import type { GeoreferencedMap } from '@allmaps/annotation';
import type { Gcp, Point, LineString, Polygon, MultiPoint, MultiLineString, MultiPolygon, Geometry, TypedLineString, TypedPolygon, TypedMultiPoint, TypedMultiLineString, TypedMultiPolygon, TypedGeometry } from '@allmaps/types';
/**
 * Class for Projected Ground Control Point Transformers.
 *
 * A Projected GCP Transformer can transform input geometries between 'resource' and 'projected geo' spaces.
 *
 * It does this using a transformation (of a certain type) built from
 * a set of Ground Control Points (with coordinates in
 * resource and geo space), a transformation type,
 * and an internal projection and projection.
 *
 * GCPs are expected in lon-lat 'EPSG:4326' (and are projected to the internal projection).
 * The default projection for the internal projection and projection is WebMercator 'EPSG:3857'.
 *
 * A postToGeo function is built from the internal projection to the projection (by default an identity projection).
 * A preToResource function is built from the projection to the internal projection (by default an identity projection).
 *
 * Like the GCP Transformer class it extends,
 * it has a method to transform 'toGeo' (from resource to projected geo space)
 * and 'toResource' (from projected geo to resource space),
 *
 * Like the GCP Transformer class it extends,
 * the `differentHandedness` setting is `true` by default,
 * since we expect the resource coordinates to identify pixels on an image,
 * with origin in the top left and the y-axis pointing down.
 *
 * @param internalProjection - the internal projection to which the GCPs (supplied in lon-lat 'EPSG:4326') are projected before building the transformation functions.
 * @param projection - the projection of the 'projected geo' space, in which the 'toGeo()' methods results its results.
 * @param internalProjectionToProjection - the postToGeo used to go from the internal projection to the projection.
 * @param projectionToInternalProjection - the preToResource function used to go from the projection to the internal projection.
 */
export declare class ProjectedGcpTransformer extends GcpTransformer {
    internalProjection: Projection;
    projection: Projection;
    internalProjectionToProjection: ProjectionFunction;
    projectionToInternalProjection: ProjectionFunction;
    lonLatToProjection: ProjectionFunction;
    projectionToLonLat: ProjectionFunction;
    /**
     * Create a ProjectedGcpTransformer
     *
     * @param gcps - An array of Ground Control Points (GCPs) in lon-lat 'EPSG:4326'
     * @param type - The transformation type
     * @param partialProjectedGcpTransformerOptions - Projected GCP Transformer options
     */ constructor(gcps: Gcp[], type?: TransformationType, partialProjectedGcpTransformerOptions?: Partial<ProjectedGcpTransformerOptions>);
    /**
     * Get GCPs as they were inputed to the GCP Transformer.
     *
     * For a Projected GCP Transformer, these are the GCPs in projected coordinates.
     */
    get gcps(): Gcp[];
    /**
     * Get GCPs in interal projected coordinates.
     */
    get lonlatGcps(): Gcp[];
    /**
     * Get GCPs in interal projected coordinates.
     */
    get interalProjectedGcps(): Gcp[];
    /**
     * Get GCPs in projected coordinates.
     */
    get projectedGcps(): Gcp[];
    transformToGeo<P = Point>(point: Point, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): P;
    transformToGeo<P = Point>(lineString: LineString, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): TypedLineString<P>;
    transformToGeo<P = Point>(polygon: Polygon, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): TypedPolygon<P>;
    transformToGeo<P = Point>(multiPoint: MultiPoint, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): TypedMultiPoint<P>;
    transformToGeo<P = Point>(multiLineString: MultiLineString, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): TypedMultiLineString<P>;
    transformToGeo<P = Point>(multiPoint: MultiPolygon, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): TypedMultiPolygon<P>;
    transformToGeo<P = Point>(geometry: Geometry, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): TypedGeometry<P>;
    transformToResource<P = Point>(point: Point, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): P;
    transformToResource<P = Point>(lineString: LineString, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): TypedLineString<P>;
    transformToResource<P = Point>(polygon: Polygon, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): TypedPolygon<P>;
    transformToResource<P = Point>(multiPoint: MultiPoint, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): TypedMultiPoint<P>;
    transformToResource<P = Point>(multiLineString: MultiLineString, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): TypedMultiLineString<P>;
    transformToResource<P = Point>(multiPolygon: MultiPolygon, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): TypedMultiPolygon<P>;
    transformToResource<P = Point>(geometry: Geometry, partialGcpTransformOptions?: Partial<ProjectedGcpTransformOptions>, gcpToP?: (gcp: GcpAndDistortions) => P): TypedGeometry<P>;
    /**
     * Create a Projected GCP Transformer from a Georeferenced Map
     *
     * @param georeferencedMap - A Georeferenced Map
     * @param options - Options, including Projected GCP Transformer Options, and a transformation type to overrule the type defined in the Georeferenced Map
     * @returns A Projected GCP Transformer
     */
    static fromGeoreferencedMap(georeferencedMap: GeoreferencedMap, options?: Partial<ProjectedGcpTransformerOptions & TransformationTypeInputs>): ProjectedGcpTransformer;
    /**
     * Set the projection.
     *
     * To transform 'toGeo' or 'toResource' to or from a different projection
     * than set on a transformer's construction (but using the same internal projection)
     * it's possible to specify the requested projection in the transform options.
     *
     * This way we circumvent a possibly expensive recomputation
     * of the toGeo and/or toResource transformations.
     *
     * To do this more systematically, it's possible to set
     * a projected gcp transformer's projection using this method.
     *
     * Combine this with a deep clone of the transformer instance
     * to keep the original transformer as well.
     *
     * @returns this
     */
    static setProjection(projectedTransformer: ProjectedGcpTransformer, projection: Projection): ProjectedGcpTransformer;
}