def _calc_horizontal_wind(self):
"""Calculates magnitude of horizontal wind.
Returns:
ndarray: Horizontal wind (m s-1).
"""
u_wind, v_wind = p_tools.interpolate_model(self.cat_file, ['uwind', 'vwind'])
return utils.l2norm(u_wind, v_wind)
def _calc_horizontal_wind(self):
"""Calculates magnitude of horizontal wind.
Returns:
ndarray: Horizontal wind (m s-1).
"""
atmosphere = product_tools.interpolate_model(self.cat_file,
["uwind", "vwind"])
u_wind = atmosphere["uwind"]
v_wind = atmosphere["vwind"]
return utils.l2norm(u_wind, v_wind)
def _get_temperature(categorize_file: str) -> np.ndarray:
"""Returns interpolated temperatures in Celsius."""
atmosphere = product_tools.interpolate_model(categorize_file, "temperature")
return atmos.k2c(atmosphere["temperature"])
def _get_temperature_field(cat_file):
"""Returns interpolated temperatures in Celsius."""
temperature = p_tools.interpolate_model(cat_file, 'temperature')
return atmos.k2c(temperature)
def _get_atmosphere(categorize_file):
fields = ['temperature', 'pressure']
return p_tools.interpolate_model(categorize_file, fields)
def _get_atmosphere(categorize_file: str) -> Tuple[np.ndarray, np.ndarray]:
fields = ["temperature", "pressure"]
atmosphere = p_tools.interpolate_model(categorize_file, fields)
return atmosphere["temperature"], atmosphere["pressure"]
def _get_atmosphere(categorize_file: str) -> Tuple[np.ndarray, np.ndarray]:
fields = ['temperature', 'pressure']
return p_tools.interpolate_model(categorize_file, fields)
