Method translateModel

src/isomodel/ForwardTranslator.cpp:147–2270

  }

  UserModel ForwardTranslator::translateModel(const openstudio::model::Model& t_model) {
    m_logSink.resetStringStream();

    /// \todo this should probably be a clone in case the uniqueModelObject calls manipulate the model?
    openstudio::model::Model model = t_model;

    LOG(Debug, "...Setting() Defaults");
    LOG(Debug, "*****************************");
    LOG(Debug, "       Setting Defaults");
    LOG(Debug, "*****************************");

    // set the flags below to true or false to try to get info from OSM file or simply use defaults below
    bool OSM_extract_occupancy = true;      // extract days and hours of occupancy
    bool OSM_extract_temp_setpoint = true;  // extract temperature setpoints
    bool OSM_extract_dhw = true;            // extract dhw info
    bool OSM_extract_vent_rate = true;      // extract the ventilation rate
    bool OSM_extract_infil_rate = true;     // extract infiltration rate info
    bool OSM_extract_HVAC = true;           // extract HVAC info like cooling COP, heating efficiencies, fuel type.
    /// \todo unused
    //bool OSM_extract_glazing_info = true;   // extract glazing info (U & SHGC)
    //bool OSM_extract_wallroof_info = true;  // extract the wall and roof U and other info

    // NOTE  YOU *MUST* SET HVAC SYSTEM TYPE and IPLV/COP ratio below

    // set fan and pump control factors;  (1.0 = no energy saving features)
    // start the strings with a floating point as that's what is stripped off to set the falue
    // fan control  1 = no control, 0.75 = inlet blade adjuct, 0.65= variable speed  see NEN 2916 7.3.3.4
    double fan_flow_control_factor_default = 1.0;  // set default fan flow control factor to 1.0 (no energy savings)
    // pump control 0 = no pump, 0.5 = auto pump controls for more 50% of pumps, 1.0 = all other cases.   See NEN 2914 9.4.3
    double heating_pump_control_factor_default = 1.0;  // set default heating pump control factor to 1.0 (no control or vfd)
    double cooling_pump_control_factor_default = 1.0;  // set default cooling pump control factor to 1.0 (no control or vfd)

    // until we can extract HVAC inputs and guess at HVAC type, set these defaults
    // give the HVAC type number first and a descriptive string after
    int hvac_type_default = 24;            // set default HVAC type to VAV
    double cooling_IPLVToCop_ratio = 1.0;  // set default system partial load ratio
    int ventilation_type_default = 1;      //set ventilation type (1 = mech only, 2 = natural, 3 = mixed)
    int bem_type_default = 1;              // set bem_type=1 (1 = none or minimal BEM, 2 = modern BEM, 3 = advanced BEM w/ FDD)

    // HVAC settings that are hard to extract but might be changed
    double exhaust_recirculation_fraction = 0.0;  // set fraction of air recirculated  to 0.0 (i.e. total outside air)
    double heat_recovery_fraction = 0.0;          // set ventilation heat recovery fraction to 0 since OS doesn't support heat recovery yet

    //these are items that aren't modeled in OS or are hard to extract so set default values
    int occupancy_sensors_default = 1;  // occupancy sensors:  false = none or minimal true > if 60% of floor space has it
    int const_illum_ctrl_default = 1;   //constant illumination control: false = none, true

    // this can be changed within OS, but it is often not sent.
    double specific_fan_power = 1 / 0.7733;  // set default specific fan power (L/W) to match EnergyPlus default

    // set default SCF and SDF for all windows.
    double solar_control_factor = 1.0;
    double shading_device_factor = 1.0;

    // set fall through defaults in case extraction fails or we decide not to extract

    // default occupancy info if we can't extract
    int occupancy_day_start = 1;   // set default starting day of occupancy as monday (Su=0, Mon=1 Sa=6)