import { Vec3Array } from "@amodx/math";
import { VoxelModelRelationsSchemaNodes, VoxelBinaryStateSchemaNode } from "../../Voxels/State/State.types";
import { VoxelEffectData } from "../../Voxels/Effects/VoxelEffects.types";
import { VoxelBaseProperties } from "../Types/Voxel.types";
import { CullingProcedureData, VoxelGeometryTextureArgument, VoxelGeometryBoxUVArgument, VoxelGeometryVector3Argument, VoxelGeometryIntArgument, VoxelGeometryBooleanArgument, VoxelGeometryFloatArgument } from "../Geometry/VoxelGeometry.types";
export interface VoxelGeometryLinkData {
    geometryId: string;
    /**
     * Overrride the culling procedure for faces
     */
    cullingProcedure?: CullingProcedureData;
    /**Divisor used for transform of this specific node.*/
    divisor?: Vec3Array;
    inputs: Record<string, any>;
    scale?: Vec3Array;
    position?: Vec3Array;
    rotation?: Vec3Array;
    rotationPivot?: Vec3Array;
    flip?: [flipX: 0 | 1, flipY: 0 | 1, flipZ: 0 | 1];
}
export interface VoxelModelData {
    id: string;
    /**Divisor used all transforms of geometry nodes. */
    divisor?: Vec3Array;
    arguments: Record<string, VoxelGeometryTextureArgument | VoxelGeometryBoxUVArgument | VoxelGeometryVector3Argument | VoxelGeometryIntArgument | VoxelGeometryBooleanArgument | VoxelGeometryFloatArgument>;
    stateSchema: VoxelBinaryStateSchemaNode[];
    /**Define default properties for the voxel. */
    properties?: Partial<VoxelBaseProperties>;
    effects?: VoxelEffectData[];
    relationsSchema: VoxelModelRelationsSchemaNodes[];
    stateNodes: Record<string, VoxelGeometryLinkData[]>;
    conditonalNodes: Record<string, VoxelGeometryLinkData[]>;
}
/**The model data assoicated with the actual voxel. */
export interface VoxelModelConstructorData {
    id: string;
    modRelationSchema?: VoxelModelRelationsSchemaNodes[];
    modSchema?: VoxelBinaryStateSchemaNode[];
    inputs: Record<string, Record<string, any>>;
}