Method fromEpwStrings

src/utilities/filetypes/EpwFile.cpp:440–502

}

boost::optional<EpwDataPoint> EpwDataPoint::fromEpwStrings(const std::vector<std::string>& strings, bool pedantic) {
  EpwDataPoint pt;
  // Expect 35 items in the strings
  if (strings.size() < 35) {
    if (pedantic) {
      LOG_FREE(Error, "openstudio.EpwFile", "Expected 35 fields in EPW data instead of the " << strings.size() << " received");
      return boost::none;
    } else {
      LOG_FREE(Warn, "openstudio.EpwFile",
               "Expected 35 fields in EPW data instead of the " << strings.size() << " received. The remaining fields will not be available");
    }
  } else if (strings.size() > 35) {
    LOG_FREE(Warn, "openstudio.EpwFile",
             "Expected 35 fields in EPW data instead of the " << strings.size() << " received. The additional data will be ignored");
  }
  // Use the appropriate setter on each field
  if (!pt.setYear(strings[EpwDataField::Year])) {
    return boost::none;
  }
  if (!pt.setMonth(strings[EpwDataField::Month])) {
    return boost::none;
  }
  if (!pt.setDay(strings[EpwDataField::Day])) {
    return boost::none;
  }
  if (!pt.setHour(strings[EpwDataField::Hour])) {
    return boost::none;
  }
  if (!pt.setMinute(strings[EpwDataField::Minute])) {
    return boost::none;
  }
  pt.setDataSourceandUncertaintyFlags(strings[EpwDataField::DataSourceandUncertaintyFlags]);
  pt.setDryBulbTemperature(strings[EpwDataField::DryBulbTemperature]);
  pt.setDewPointTemperature(strings[EpwDataField::DewPointTemperature]);
  pt.setRelativeHumidity(strings[EpwDataField::RelativeHumidity]);
  pt.setAtmosphericStationPressure(strings[EpwDataField::AtmosphericStationPressure]);
  pt.setExtraterrestrialHorizontalRadiation(strings[EpwDataField::ExtraterrestrialHorizontalRadiation]);
  pt.setExtraterrestrialDirectNormalRadiation(strings[EpwDataField::ExtraterrestrialDirectNormalRadiation]);
  pt.setHorizontalInfraredRadiationIntensity(strings[EpwDataField::HorizontalInfraredRadiationIntensity]);
  pt.setGlobalHorizontalRadiation(strings[EpwDataField::GlobalHorizontalRadiation]);
  pt.setDirectNormalRadiation(strings[EpwDataField::DirectNormalRadiation]);
  pt.setDiffuseHorizontalRadiation(strings[EpwDataField::DiffuseHorizontalRadiation]);
  pt.setGlobalHorizontalIlluminance(strings[EpwDataField::GlobalHorizontalIlluminance]);
  pt.setDirectNormalIlluminance(strings[EpwDataField::DirectNormalIlluminance]);
  pt.setDiffuseHorizontalIlluminance(strings[EpwDataField::DiffuseHorizontalIlluminance]);
  pt.setZenithLuminance(strings[EpwDataField::ZenithLuminance]);
  pt.setWindDirection(strings[EpwDataField::WindDirection]);
  pt.setWindSpeed(strings[EpwDataField::WindSpeed]);
  pt.setTotalSkyCover(strings[EpwDataField::TotalSkyCover]);
  pt.setOpaqueSkyCover(strings[EpwDataField::OpaqueSkyCover]);
  pt.setVisibility(strings[EpwDataField::Visibility]);
  pt.setCeilingHeight(strings[EpwDataField::CeilingHeight]);
  pt.setPresentWeatherObservation(strings[EpwDataField::PresentWeatherObservation]);
  pt.setPresentWeatherCodes(strings[EpwDataField::PresentWeatherCodes]);
  pt.setPrecipitableWater(strings[EpwDataField::PrecipitableWater]);
  pt.setAerosolOpticalDepth(strings[EpwDataField::AerosolOpticalDepth]);
  pt.setSnowDepth(strings[EpwDataField::SnowDepth]);
  pt.setDaysSinceLastSnowfall(strings[EpwDataField::DaysSinceLastSnowfall]);