import { SchemaInput } from "./computed-types-wrapper";
export declare const zToken: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>>;
export declare const zGuid: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>>;
export declare const zWorldId: import("./computed-types-wrapper").ParsableSchemaInput<import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>>>;
export declare const zAccountId: import("./computed-types-wrapper").ParsableSchemaInput<import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>>>;
export declare const zWorldName: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>>;
export declare const zQuantity: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
export declare const zShopItemId: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
export declare type ZShopItemId = SchemaInput<typeof zShopItemId>;
export declare const zUserId: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
export declare type ZUserId = SchemaInput<typeof zUserId>;
export declare const zUsername: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>>;
export declare const zAngle: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
export declare type ZAngle = SchemaInput<typeof zAngle>;
export declare const zMessage: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>>;
export declare const zEmail: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>>;
export declare const zPassword: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>>;
export declare const zEnergy: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
export declare const DYNAMIC_WORLD_WIDTH_MIN = 3;
export declare const DYNAMIC_WORLD_WIDTH_MAX = 50;
export declare const DYNAMIC_WORLD_HEIGHT_MIN = 3;
export declare const DYNAMIC_WORLD_HEIGHT_MAX = 50;
export declare const zDynWidth: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
export declare const zDynHeight: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
export declare const zSize: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    width: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    height: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    width: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    height: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
}>>>;
export declare type ZSize = SchemaInput<typeof zSize>;
export declare const zRole: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<"non" | "edit" | "owner" | "staff", ["non" | "edit" | "owner" | "staff"]>>, import("computed-types/lib/schema/FunctionType").default<"non" | "edit" | "owner" | "staff", ["non" | "edit" | "owner" | "staff"]>>>;
export declare type ZRole = SchemaInput<typeof zRole>;
export declare const zPlayerPosition: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    x: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    y: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    x: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    y: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
}>>>;
export declare type ZPlayerPosition = SchemaInput<typeof zPlayerPosition>;
export declare const zInputs: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    left: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/boolean").BooleanValidator<[boolean]>, import("computed-types/lib/schema/FunctionType").default<boolean, [boolean]>>;
    right: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/boolean").BooleanValidator<[boolean]>, import("computed-types/lib/schema/FunctionType").default<boolean, [boolean]>>;
    up: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/boolean").BooleanValidator<[boolean]>, import("computed-types/lib/schema/FunctionType").default<boolean, [boolean]>>;
    down: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/boolean").BooleanValidator<[boolean]>, import("computed-types/lib/schema/FunctionType").default<boolean, [boolean]>>;
    jump: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/boolean").BooleanValidator<[boolean]>, import("computed-types/lib/schema/FunctionType").default<boolean, [boolean]>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    left: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/boolean").BooleanValidator<[boolean]>, import("computed-types/lib/schema/FunctionType").default<boolean, [boolean]>>;
    right: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/boolean").BooleanValidator<[boolean]>, import("computed-types/lib/schema/FunctionType").default<boolean, [boolean]>>;
    up: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/boolean").BooleanValidator<[boolean]>, import("computed-types/lib/schema/FunctionType").default<boolean, [boolean]>>;
    down: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/boolean").BooleanValidator<[boolean]>, import("computed-types/lib/schema/FunctionType").default<boolean, [boolean]>>;
    jump: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/boolean").BooleanValidator<[boolean]>, import("computed-types/lib/schema/FunctionType").default<boolean, [boolean]>>;
}>>>;
export declare type ZInputs = SchemaInput<typeof zInputs>;
export declare const zKeyKind: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<"white" | "gray" | "black" | "red" | "orange" | "yellow" | "green" | "aqua" | "blue" | "purple", ["white" | "gray" | "black" | "red" | "orange" | "yellow" | "green" | "aqua" | "blue" | "purple"]>>, import("computed-types/lib/schema/FunctionType").default<"white" | "gray" | "black" | "red" | "orange" | "yellow" | "green" | "aqua" | "blue" | "purple", ["white" | "gray" | "black" | "red" | "orange" | "yellow" | "green" | "aqua" | "blue" | "purple"]>>>;
export declare type ZKeyKind = SchemaInput<typeof zKeyKind>;
export declare const SWITCH_ID_MIN = 0;
export declare const SWITCH_ID_MAX = 999;
export declare const zSwitchId: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
export declare type ZSwitchId = SchemaInput<typeof zSwitchId>;
export declare const zVelocity: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    x: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    y: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    x: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    y: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
}>>>;
export declare type ZVelocity = SchemaInput<typeof zVelocity>;
export declare const zBlockPosition: (width: number, height: number) => import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    x: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    y: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    x: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    y: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
}>>>;
export declare type ZBlockPosition = SchemaInput<ReturnType<typeof zBlockPosition>>;
export declare const zBoundlessBlockPosition: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    x: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    y: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    x: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    y: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
}>>>;
export declare enum TileLayer {
    Foreground = 0,
    Action = 1,
    Background = 2,
    Decoration = 3
}
export declare const zTileLayer: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<TileLayer, [TileLayer]>>, import("computed-types/lib/schema/FunctionType").default<TileLayer, [TileLayer]>>>;
export declare type ZTileLayer = SchemaInput<typeof zTileLayer>;
export declare enum Rotation {
    Right = 0,
    Up = 1,
    Left = 2,
    Down = 3
}
export declare const zBlock: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<number, [number]>>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
export declare type ZBlock = SchemaInput<typeof zBlock>;
export declare const MAX_SIGN_LENGTH = 2000;
export declare const zSignHeap: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    kind: "sign";
    text: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    kind: "sign";
    text: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>;
}>>>;
export declare type ZSignHeap = SchemaInput<typeof zSignHeap>;
export declare const zSwitchHeap: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    kind: "switch";
    id: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    kind: "switch";
    id: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
}>>>;
export declare type ZSwitchHeap = SchemaInput<typeof zSwitchHeap>;
export declare const zHeap: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<{
    kind: "sign";
    text: string;
} | {
    kind: "switch";
    id: number;
}, [{
    kind: "sign";
    text: string;
} | {
    kind: "switch";
    id: number;
}]>>, import("computed-types/lib/schema/FunctionType").default<{
    kind: "sign";
    text: string;
} | {
    kind: "switch";
    id: number;
}, [{
    kind: "sign";
    text: string;
} | {
    kind: "switch";
    id: number;
}]>>>;
export declare type ZHeap = SchemaInput<typeof zHeap>;
export declare const zPlayerListActionKind: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<{
    action: "give edit";
    playerId: number;
} | {
    action: "remove edit";
    playerId: number;
} | {
    action: "kick";
    playerId: number;
} | {
    action: "give god";
    playerId: number;
} | {
    action: "remove god";
    playerId: number;
}, [{
    action: "give edit";
    playerId: number;
} | {
    action: "remove edit";
    playerId: number;
} | {
    action: "kick";
    playerId: number;
} | {
    action: "give god";
    playerId: number;
} | {
    action: "remove god";
    playerId: number;
}]>>, import("computed-types/lib/schema/FunctionType").default<{
    action: "give edit";
    playerId: number;
} | {
    action: "remove edit";
    playerId: number;
} | {
    action: "kick";
    playerId: number;
} | {
    action: "give god";
    playerId: number;
} | {
    action: "remove god";
    playerId: number;
}, [{
    action: "give edit";
    playerId: number;
} | {
    action: "remove edit";
    playerId: number;
} | {
    action: "kick";
    playerId: number;
} | {
    action: "give god";
    playerId: number;
} | {
    action: "remove god";
    playerId: number;
}]>>>;
export declare const zWorldActionKind: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<{
    action: "save";
} | {
    action: "load";
} | {
    action: "clear";
} | {
    action: "change title";
    title: string;
}, [{
    action: "save";
} | {
    action: "load";
} | {
    action: "clear";
} | {
    action: "change title";
    title: string;
}]>>, import("computed-types/lib/schema/FunctionType").default<{
    action: "save";
} | {
    action: "load";
} | {
    action: "clear";
} | {
    action: "change title";
    title: string;
}, [{
    action: "save";
} | {
    action: "load";
} | {
    action: "clear";
} | {
    action: "change title";
    title: string;
}]>>>;
export declare const zWorldBlocks: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/array").ArrayValidator<number[][][], [number[][][]]>, import("computed-types/lib/schema/FunctionType").default<number[][][], [number[][][]]>>>;
export declare type ZWorldBlocks = SchemaInput<typeof zWorldBlocks>;
export declare const zHeaps: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/array").ArrayValidator<(0 | {
    kind: "sign";
    text: string;
} | {
    kind: "switch";
    id: number;
})[][][], [(0 | {
    kind: "sign";
    text: string;
} | {
    kind: "switch";
    id: number;
})[][][]]>, import("computed-types/lib/schema/FunctionType").default<(0 | {
    kind: "sign";
    text: string;
} | {
    kind: "switch";
    id: number;
})[][][], [(0 | {
    kind: "sign";
    text: string;
} | {
    kind: "switch";
    id: number;
})[][][]]>>>;
export declare type ZHeaps = SchemaInput<typeof zHeaps>;
export declare const zWorldActionKindReply: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<{
    action: "save";
} | {
    action: "load";
    blocks: number[][][];
    heaps: (0 | {
        kind: "sign";
        text: string;
    } | {
        kind: "switch";
        id: number;
    })[][][];
} | {
    action: "clear";
} | {
    action: "change title";
    title: string;
}, [{
    action: "save";
} | {
    action: "load";
    blocks: number[][][];
    heaps: (0 | {
        kind: "sign";
        text: string;
    } | {
        kind: "switch";
        id: number;
    })[][][];
} | {
    action: "clear";
} | {
    action: "change title";
    title: string;
}]>>, import("computed-types/lib/schema/FunctionType").default<{
    action: "save";
} | {
    action: "load";
    blocks: number[][][];
    heaps: (0 | {
        kind: "sign";
        text: string;
    } | {
        kind: "switch";
        id: number;
    })[][][];
} | {
    action: "clear";
} | {
    action: "change title";
    title: string;
}, [{
    action: "save";
} | {
    action: "load";
    blocks: number[][][];
    heaps: (0 | {
        kind: "sign";
        text: string;
    } | {
        kind: "switch";
        id: number;
    })[][][];
} | {
    action: "clear";
} | {
    action: "change title";
    title: string;
}]>>;
export declare type ZWorldActionKindReply = SchemaInput<typeof zWorldActionKindReply>;
export declare const zWorldDetails: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    name: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>>;
    owner: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string | undefined, [(string | null | undefined)?]>>;
    ownerId: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string | undefined, [(string | null | undefined)?]>>;
    width: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    height: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    name: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>>;
    owner: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string | undefined, [(string | null | undefined)?]>>;
    ownerId: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string | undefined, [(string | null | undefined)?]>>;
    width: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    height: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
}>>>;
export declare type ZWorldDetails = SchemaInput<typeof zWorldDetails>;
export declare const zShopItem: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    id: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
    title: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>;
    description: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>;
    dateIntroduced: (arg: unknown) => Date;
    category: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<import("./enums").Category, [import("./enums").Category]>>, import("computed-types/lib/schema/FunctionType").default<import("./enums").Category, [import("./enums").Category]>>>;
    categoryType: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<import("./enums").CategoryType, [import("./enums").CategoryType]>>, import("computed-types/lib/schema/FunctionType").default<import("./enums").CategoryType, [import("./enums").CategoryType]>>>;
    limit: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
    owned: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
    energySpent: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
    energyCost: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    columnSpan: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number | undefined, [(number | null | undefined)?]>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    id: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
    title: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>;
    description: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>;
    dateIntroduced: (arg: unknown) => Date;
    category: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<import("./enums").Category, [import("./enums").Category]>>, import("computed-types/lib/schema/FunctionType").default<import("./enums").Category, [import("./enums").Category]>>>;
    categoryType: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<import("./enums").CategoryType, [import("./enums").CategoryType]>>, import("computed-types/lib/schema/FunctionType").default<import("./enums").CategoryType, [import("./enums").CategoryType]>>>;
    limit: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
    owned: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
    energySpent: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>>;
    energyCost: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    columnSpan: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number | undefined, [(number | null | undefined)?]>>;
}>>>;
export declare type ZShopItem = SchemaInput<typeof zShopItem>;