export function phs(tdb: any, tr: any, v: any, rh: any, met: any, clo: any, posture: any, wme?: number, model?: string, kwargs?: {}): {
    t_re: number;
    t_sk: number;
    t_cr: number;
    t_cr_eq: number;
    t_sk_t_cr_wg: number;
    d_lim_loss_50: number;
    d_lim_loss_95: number;
    d_lim_t_re: number;
    sweat_rate_watt: number;
    sweat_loss_g: number;
    evap_load_wm2_min: number;
};
export type Speeds = {
    v: number;
    walk_speed: number;
};
export type VariablesForLoop = {
    sw_max: number;
    w_max: number;
    fcl: number;
    i_cl_dyn: number;
    r_t_dyn: number;
    c_res: number;
    e_res: number;
    hc_dyn: number;
    z: number;
    aux_r: number;
    f_cl_r: number;
    a_dubois: number;
    sp_heat: number;
    d_lim_t_re: number;
    d_lim_loss_50: number;
    d_lim_loss_95: number;
    d_max_50: number;
    d_max_95: number;
    const_t_eq: number;
    const_t_sk: number;
    const_sw: number;
};
export type PhsReturnType = {
    /**
     * - rectal temperature, [°C]
     */
    t_re: number;
    /**
     * - skin temperature, [°C]
     */
    t_sk: number;
    /**
     * - core temperature, [°C]
     */
    t_cr: number;
    /**
     * - core temperature as a function of the metabolic rate, [°C]
     */
    t_cr_eq: number;
    /**
     * - fraction of the body mass at the skin temperature
     */
    t_sk_t_cr_wg: number;
    /**
     * - maximum allowable exposure time for water loss, mean subject, [minutes]
     */
    d_lim_loss_50: number;
    /**
     * - maximum allowable exposure time for water loss, 95% of the working population, [minutes]
     */
    d_lim_loss_95: number;
    /**
     * - maximum allowable exposure time for heat storage, [minutes]
     */
    d_lim_t_re: number;
    /**
     * - instantaneous regulatory sweat rate at skin, [W·m⁻²]
     */
    sweat_rate_watt: number;
    /**
     * - maximum water loss, [g]
     */
    sweat_loss_g: number;
    /**
     * - accumulated evaporative load per area
     */
    evap_load_wm2_min: number;
};
export type PhsKwargs = {
    /**
     * - static moisture permeability index, [dimensionless]
     */
    i_mst?: number;
    /**
     * - fraction of the body surface covered by the reflective clothing, [dimensionless]
     */
    a_p?: number;
    /**
     * - 1 if workers can drink freely, 0 otherwise
     */
    drink?: 0 | 1;
    /**
     * - body weight, [kg]
     */
    weight?: number;
    /**
     * - height, [m]
     */
    height?: number;
    /**
     * - walking speed, [m/s]
     */
    walk_sp?: number;
    /**
     * - angle between walking direction and wind direction [degrees]
     */
    theta?: number;
    /**
     * - 100 if acclimatized subject, 0 otherwise
     */
    acclimatized?: number;
    /**
     * - duration of the work sequence, [minutes]
     */
    duration?: number;
    /**
     * - emissivity of the reflective clothing, [dimensionless]. Default 0.97 (2004) or 0.42 (2023).
     */
    f_r?: number;
    /**
     * - mean skin temperature when worker starts working, [°C]
     */
    t_sk?: number;
    /**
     * - mean core temperature when worker starts working, [°C]
     */
    t_cr?: number;
    /**
     * - mean rectal temperature when worker starts working, [°C]
     */
    t_re?: number;
    /**
     * -  mean core temperature as a function of met when worker starts working, [°C]
     */
    t_cr_eq?: number;
    /**
     * - sweat rate
     */
    sweat_rate?: number;
    /**
     * - round the result of the PHS model
     */
    round?: boolean;
};
export type PhsKwargsRequired = {
    i_mst: number;
    a_p: number;
    drink: 0 | 1;
    weight: number;
    height: number;
    walk_sp: number;
    theta: number;
    acclimatized: number;
    duration: number;
    f_r: number;
    t_sk: number;
    t_cr: number;
    t_re: number;
    t_cr_eq: number;
    t_sk_t_cr_wg: number;
    sweat_rate_watt: number;
    evap_load_wm2_min: number;
    round: boolean;
    model: string;
};
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