import { SchemaInput } from "./computed-types-wrapper";
export declare const zGamePreview: 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-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>>>;
    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]>>>;
    playerCount: 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<{
    id: 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]>>>>;
    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]>>>;
    playerCount: 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 ZGamePreview = SchemaInput<typeof zGamePreview>;
export declare const zLobbyResp: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/array").ArrayValidator<{
    id: string;
    name: string;
    playerCount: number;
}[], [{
    id: string;
    name: string;
    playerCount: number;
}[]]>, import("computed-types/lib/schema/FunctionType").default<{
    id: string;
    name: string;
    playerCount: number;
}[], [{
    id: string;
    name: string;
    playerCount: number;
}[]]>>>;
export declare type ZLobbyResp = SchemaInput<typeof zLobbyResp>;
export declare const zLoginReq: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    email: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>;
    password: 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<{
    email: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/string").StringValidator<[string]>, import("computed-types/lib/schema/FunctionType").default<string, [string]>>;
    password: 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 zTokenResp: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<{
    token: string;
} | {
    error: string;
}, [{
    token: string;
} | {
    error: string;
}]>>, import("computed-types/lib/schema/FunctionType").default<{
    token: string;
} | {
    error: string;
}, [{
    token: string;
} | {
    error: string;
}]>>>;
export declare type ZTokenResp = SchemaInput<typeof zTokenResp>;
export declare const zRegisterReq: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    username: 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]>>>;
    email: 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]>>>;
    password: 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]>>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    username: 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]>>>;
    email: 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]>>>;
    password: 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 zRegisterResp: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    token: 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]>>>;
    id: 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]>>>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    token: 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]>>>;
    id: 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 type ZRegisterResp = SchemaInput<typeof zRegisterResp>;
export declare const zGuestReq: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    username: 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]>>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    username: 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 zPlayerEnergy: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    energy: 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]>>>;
    maxEnergy: 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]>>>;
    energyRegenerationRateMs: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    lastEnergyAmount: 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]>>>;
    timeEnergyWasAtAmount: 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<{
    energy: 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]>>>;
    maxEnergy: 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]>>>;
    energyRegenerationRateMs: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
    lastEnergyAmount: 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]>>>;
    timeEnergyWasAtAmount: 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 ZPlayerEnergy = SchemaInput<typeof zPlayerEnergy>;
export declare const zPlayerResp: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types/lib/schema/FunctionType").default<{
    name: string;
    energy: {
        energy: number;
        maxEnergy: number;
        energyRegenerationRateMs: number;
        lastEnergyAmount: number;
        timeEnergyWasAtAmount: number;
    };
    ownedWorlds: {
        id: string;
        name: string;
        playerCount: number;
        type: "saved";
    }[];
}, [{
    name: string;
    energy: {
        energy: number;
        maxEnergy: number;
        energyRegenerationRateMs: number;
        lastEnergyAmount: number;
        timeEnergyWasAtAmount: number;
    };
    ownedWorlds: {
        id: string;
        name: string;
        playerCount: number;
        type: "saved";
    }[];
}]>>, import("computed-types/lib/schema/FunctionType").default<{
    name: string;
    energy: {
        energy: number;
        maxEnergy: number;
        energyRegenerationRateMs: number;
        lastEnergyAmount: number;
        timeEnergyWasAtAmount: number;
    };
    ownedWorlds: {
        id: string;
        name: string;
        playerCount: number;
        type: "saved";
    }[];
}, [{
    name: string;
    energy: {
        energy: number;
        maxEnergy: number;
        energyRegenerationRateMs: number;
        lastEnergyAmount: number;
        timeEnergyWasAtAmount: number;
    };
    ownedWorlds: {
        id: string;
        name: string;
        playerCount: number;
        type: "saved";
    }[];
}]>>>;
export declare type ZPlayerResp = SchemaInput<typeof zPlayerResp>;
export declare const zShopItemsResp: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
    items: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/array").ArrayValidator<{
        id: number;
        title: string;
        description: string;
        dateIntroduced: Date;
        category: import("./enums").Category;
        categoryType: import("./enums").CategoryType;
        limit: number;
        owned: number;
        energySpent: number;
        energyCost: number;
        columnSpan?: number | undefined;
    }[], [{
        id: number;
        title: string;
        description: string;
        dateIntroduced: unknown;
        category: import("./enums").Category;
        categoryType: import("./enums").CategoryType;
        limit: number;
        owned: number;
        energySpent: number;
        energyCost: number;
        columnSpan?: number | null | undefined;
    }[]]>, import("computed-types/lib/schema/FunctionType").default<{
        id: number;
        title: string;
        description: string;
        dateIntroduced: Date;
        category: import("./enums").Category;
        categoryType: import("./enums").CategoryType;
        limit: number;
        owned: number;
        energySpent: number;
        energyCost: number;
        columnSpan?: number | undefined;
    }[], [{
        id: number;
        title: string;
        description: string;
        dateIntroduced: unknown;
        category: import("./enums").Category;
        categoryType: import("./enums").CategoryType;
        limit: number;
        owned: number;
        energySpent: number;
        energyCost: number;
        columnSpan?: number | null | undefined;
    }[]]>>;
}>>, import("computed-types").SchemaValidatorFunction<{
    items: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/array").ArrayValidator<{
        id: number;
        title: string;
        description: string;
        dateIntroduced: Date;
        category: import("./enums").Category;
        categoryType: import("./enums").CategoryType;
        limit: number;
        owned: number;
        energySpent: number;
        energyCost: number;
        columnSpan?: number | undefined;
    }[], [{
        id: number;
        title: string;
        description: string;
        dateIntroduced: unknown;
        category: import("./enums").Category;
        categoryType: import("./enums").CategoryType;
        limit: number;
        owned: number;
        energySpent: number;
        energyCost: number;
        columnSpan?: number | null | undefined;
    }[]]>, import("computed-types/lib/schema/FunctionType").default<{
        id: number;
        title: string;
        description: string;
        dateIntroduced: Date;
        category: import("./enums").Category;
        categoryType: import("./enums").CategoryType;
        limit: number;
        owned: number;
        energySpent: number;
        energyCost: number;
        columnSpan?: number | undefined;
    }[], [{
        id: number;
        title: string;
        description: string;
        dateIntroduced: unknown;
        category: import("./enums").Category;
        categoryType: import("./enums").CategoryType;
        limit: number;
        owned: number;
        energySpent: number;
        energyCost: number;
        columnSpan?: number | null | undefined;
    }[]]>>;
}>>>;
export declare type ZShopItemsResp = SchemaInput<typeof zShopItemsResp>;
export declare const zShopBuyReq: 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]>>>;
    spendEnergy: 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<{
    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]>>>;
    spendEnergy: 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 ZShopBuyReq = SchemaInput<typeof zShopBuyReq>;
export declare const zShopBuyResp: 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]>>>;
    purchased: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/boolean").BooleanValidator<[boolean]>, import("computed-types/lib/schema/FunctionType").default<boolean, [boolean]>>;
    item: 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)?]>>;
    }>>>;
    playerEnergy: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
        energy: 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]>>>;
        maxEnergy: 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]>>>;
        energyRegenerationRateMs: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
        lastEnergyAmount: 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]>>>;
        timeEnergyWasAtAmount: 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<{
        energy: 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]>>>;
        maxEnergy: 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]>>>;
        energyRegenerationRateMs: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
        lastEnergyAmount: 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]>>>;
        timeEnergyWasAtAmount: 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<{
    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]>>>;
    purchased: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/boolean").BooleanValidator<[boolean]>, import("computed-types/lib/schema/FunctionType").default<boolean, [boolean]>>;
    item: 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)?]>>;
    }>>>;
    playerEnergy: import("./computed-types-wrapper").ParsableSchemaInput<import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/Validator").default<import("computed-types").SchemaValidatorFunction<{
        energy: 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]>>>;
        maxEnergy: 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]>>>;
        energyRegenerationRateMs: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
        lastEnergyAmount: 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]>>>;
        timeEnergyWasAtAmount: 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<{
        energy: 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]>>>;
        maxEnergy: 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]>>>;
        energyRegenerationRateMs: import("computed-types/lib/Validator").ValidatorProxy<import("computed-types/lib/number").NumberValidator<[number]>, import("computed-types/lib/schema/FunctionType").default<number, [number]>>;
        lastEnergyAmount: 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]>>>;
        timeEnergyWasAtAmount: 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 ZShopBuyResp = SchemaInput<typeof zShopBuyResp>;